Instruction Manual
PT Eastern Pearl Flour Mills Indonesia
KWE 5000 LM FVS 3201 Checkweigher Auger filler
Order data
Translation of the original instructions
Customer
Overall order no.
PT Eastern Pearl Flour Mills
11020431
Indonesia Year of construction
2012 Type of machine:
Designation
Order/machine no.
KWE 5000 LM
Checkweigher
717079MS5025W
FVS 3201
Auger filler
717078MS3822W
Declaration of conformity : Chapter 1 - Important Information
Robert Bosch GmbH Packaging Technology Postfach 11 27 D‐71301 Waiblingen Telefon:
+49 711 811‐0
Fax:
+49 711 811‐45000
E‐Mail:
[email protected]
www.bosch.de/pa Robert Bosch GmbH 2012 All rights reserved, also regarding any disposal, exploitation, reproduction, editing, distribution, as well as in the event of applications for industrial property rights. These documents are destined for the purchasers of our machines only and may neither be reproduced nor made known to a third party without our written approval.
Chapter overview
Chapter 1
Important Information Chapter 2
Basic Safety Information Chapter 3
Transport, Installation and Connections Chapter 4
Description of the Machine Chapter 5
Operation Chapter 6
Troubleshooting Chapter 7
Change of Size / Product Chapter 8
Maintenance Chapter 9
Appendix Chapter 10
Operation and maintenance-relevant Purchase Parts (OEM)
Important Information
Chapter 1:
Important Information
1
1 | Important Information
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Contents
Bosch Packaging Technology
Target group
3
Further documentation
3
Electrics documentation
3
Spare parts list
3
Information for these operating instructions
4
Safety instructions and their significance
4
Information symbol
4
Danger symbols in safety instructions
5
Declaration of conformity
6
Version overview
7
Notes
8
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Target group These operating instructions are intended for: u
The operating staff These members of staff have been introduced to the machine and are informed about potential danger situations due to incorrect behavior.
u
Skilled staff These members of staff received a suitable expert training, have additional experience and in-depth technical knowledge. They are capable to assess the task at hand and recognize potential hazards or danger situations.
Persons working with the machine must be informed regularly on the operational hazards with regard to the machine. u
The operating and maintenance staff must have read and understood the operating instructions, in particular the chapter ”Basic Safety Information” and any valid regulations before commencing work.
u
Keep the operating instructions and valid regulations so that they are accessible for the operating and maintenance personnel.
Further documentation The following documentations are supplied in addition to these operating instructions:
Electrics documentation The electrics documentation consists of: u
Wiring diagram, including list of devices One copy is normally kept inside the control cabinet.
u
Software folder The folder includes the Software Recovery Disc (Image-CD) and Software CDs / DVDs and license documents of the implemented programs.
Spare parts list The spare parts catalog lists all wear parts of the machine. Electric components inside the control cabinet or the terminal boxes are not included in the spare parts catalogue.
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Information for these operating instructions Safety instructions and their significance
DANGER Signifies direct and imminent danger which if not heeded will lead to serious bodily injury or fatal injuries causing death.
WARNING Refers to direct and imminent danger which if not heeded might lead to serious bodily injury or fatal injuries causing death.
CAUTION Refers to a potentially dangerous situation which if not heeded might lead to minor injuries.
NOTICE Refers to a potentially harmful situation which if not heeded might lead to damage to the machine or its environment.
Information symbol
INFORMATION Refers to user suggestions and other especially useful information.
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Information for these operating instructions Danger symbols in safety instructions These danger symbols can be used in the individual safety instructions. They indicate the type of hazard or danger:
Symbol
Significance
Symbol
Significance
Danger in general
Hot surface
Voltage / Current
Suspended load
Health-impairing or irritating materials
Corrosive substances
Fire
Explosive substances
Crushing - hands
Explosive atmosphere
Crash
Laser radiation
X-ray radiation
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1 | Important Information
Declaration of conformity
717079MS5025W | Version 1.0 | en CE_Konformitaet
Bosch Packaging Technology
Type of machine:
Customer
Order/machine no.
KWE 5000 LM
PT Eastern Pearl Flour Mills / Indonesia
717079MS5025W
Version
Date
Chapter
New pages
Changed pages
Scope of supply
Changed by
1.0
06.02.2012
1 - 10
all
‐
all
srw2wa2
1 | Important Information
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Version overview
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1 | Important Information
Notes 1.
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Basic Safety Information
Chapter 2:
Basic Safety Information
2
2 | Basic Safety Information
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Contents
Bosch Packaging Technology
Warranty and liability
3
Software amendments
3
Illustrations and drawings
3
Proprietary rights
3
Storage
3
Transport
3
Information for the plant operator
4
Inspection in compliance with the accident prevention regulations
4
Operator control of the machine
5
Machine in operation
5
Reference/synchronous run
5
Hot surfaces
5
Machines with heat-sealing devices
5
Guard devices
6
Measures prior to working on the machine
7
Measures prior to working on electrical/electronic devices
8
Measures for electrical welding work
9
Dust explosion
10
Notes
11
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Warranty and liability Warranty and liability are governed by the terms and conditions defined in the contract.
Software amendments If there are any software amendments without the knowledge of or authorization by Robert Bosch GmbH, the liability and warranty rights shall lapse.
Illustrations and drawings Pictures and drawings are for the purpose of general illustration. Operating facilities and illustrations may deviate from the machine supplied. The specified dimensions are not binding.
Proprietary rights The company Robert Bosch GmbH retains all rights in its drawings, software, other documents and all powers of disposal such as copying and dissemination rights. This also applies to patent applications.
Storage The company Robert Bosch GmbH assumes no warranty whatsoever for any corrosion damage that occurs through improper storage.
Transport We draw attention to the fact that improper transport provides no entitlement to replacement or warranty rights of any kind. If in doubt, consult the company Robert Bosch GmbH before carrying out any transportation. If a fitter from Robert Bosch GmbH is present, he may be asked for advise on transportation matters. However, he cannot assume any responsibility for transportation nor for any damage caused by it.
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Information for the plant operator INFORMATION All work and activities may be carried out by trained and duly authorized persons only. u
The machine is constructed in accordance with the statutory regulations that were valid at the time of delivery and represents the state of the art in terms of safety.
u
Any residual dangers are designated by relevant safety information and are described in the operating instructions.
u
All safety information attached to the machine must be heeded and observed. All safety information must be available in full and be easily readable.
u
Operate the machine only if all guard devices are in place.
u
Secure danger zones that exist between Bosch machines and customer equipment.
u
The legally stipulated checking and inspection intervals for the line must be adhered to. The checking and inspection results must be recorded in an inspection certificate and kept on record until the next inspection.
u
Have the guard devices, warning systems, locks and couplings to packaging machines and auxiliary packaging machines checked at least once annually by a skilled person as to their safe condition.
u
Devices that serve to extract harmful substances must be checked by a skilled specialist as to their functional effectiveness prior to their commissioning.
Inspection in compliance with the accident prevention regulations In the following cases the plant operator must perform prior to commissioning an inspection in conformity with the valid accident prevention regulations and rules of electrical engineering: u
When combining and installing machines, systems and operating means from various manufacturers or suppliers.
u
Following conversion work on products supplied by us in which the electrical equipment has been interfered with.
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Operator control of the machine Machine in operation WARNING Moving masses and revolving or hot components inside the machine. Long hair worn open, loose clothing, jewelry or similar can be seized and drawn in by rotating components. Serious bodily injury can occur. u
Do not climb on the machine.
u
Do not reach over high guards that are open at the top.
u
Wear tight-fitting clothing.
u
Protect long hair, e.g. with a hair net.
u
Take off any jewelry.
Reference/synchronous run WARNING During the machine's reference/synchronous run, movements of the machine drives occur that are not apparent to the operator. Serious bodily injury can occur. u
Keep a sufficient safety distance to the machine during the reference/synchronous run.
Hot surfaces CAUTION Hot surfaces on heated machine parts. Contact with hot surfaces might cause burns. Allow machinery parts to cool down sufficiently before touching them.
Machines with heat-sealing devices CAUTION Fire hazard due to overheating of machine parts. Injury and damage to the machine can occur. Switch Off heaters during extended machine standstill (in excess of 15 minutes).
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Guard devices The machine is equipped with the following guard devices: u
Movable guard devices: electrically locked or openable only with special tools.
u
EMERGENCY STOP strike button.
u
Safety information for residual dangers on the machine.
u
Control cabinet with mechanically lockable main switch.
WARNING Risk of accidents due to missing or defective guard devices. Arbitrary changes to the machine can lead to serious bodily injury.
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u
Do not carry out any modifications, changes, attachments or conversions that may constitute a safety risk.
u
Do not modify or change any safety guards.
u
Do not carry out any welding work at load-carrying components.
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Measures prior to working on the machine WARNING Moving masses and revolving or hot components inside the machine. There exists the risk of serious bodily injury during work at the running machine! u
Any work on the machine may be carried out only while the machine is stationary and not running.
u
Secure the machine against being switched On.
WARNING Media supply systems, e.g. pneumatics, steam pressure or gassing systems are pressurized. Risk of explosion! When working with pressurized media supply systems there exists the risk of parts exploding. Serious bodily injury can occur. u
Close all cut-off valves of the media supply systems prior to carrying out any work.
u
Interlock cut-off valves with a U-lock.
u
Release existing pressures.
WARNING When working above body height there is a danger of falling! Serious bodily injury can occur. u
When working high up, wear an anti-fall harness!
u
Use safety-compatible climbing aid. Do not use machine parts as climbing aid.
u
Keep all handles, steps, railings, platforms, stages and ladders free of dirt.
WARNING Servomotors in use. Moving masses. Serious bodily injury can occur.
Bosch Packaging Technology
u
Prior to working on the machine the strike button EMERGENCY STOP must be actuated without fail.
u
Secure the machine against being switched On.
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Measures prior to working on electrical/electronic devices INFORMATION All electric work may be carried out by trained and duly authorized electricians only.
WARNING There exists peril of loss of life in case of contact with current-carrying lines or components. Serious bodily injury or death can occur. u
The entire machine must be separated from mains prior to working on electric installations:
Switch Off the main switch (after switching Off the main switch, excepted electrical circuits can still carry live voltage - see wiring diagram).
Disconnect mains plug (if present).
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u
Secure the machine against being switched On.
u
Use a test device to reliably ensure the absence of voltage.
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Measures for electrical welding work WARNING In the event of any welding, burning or grinding work on the machine there exists the risk of fire or explosion. Serious bodily injury can occur. u
Easily inflammable or combustible materials may not be located within the vicinity of the work place.
u
One additional person must be ready with a suitable fire extinguisher for fighting potential fires.
NOTICE High electric current flows during electric welding processes. Incorrect earthing of the welding device may lead to damage of the machine. Have electric welding work carried out by skilled staff only. u
Switch off the machine's main switch.
u
Clean the machine of dust and combustible substances.
u
Do not plug the welding device into or connect it to the machine's control cabinet.
u
Pull the electronic devices (e.g. control devices) and boards out of the control cabinet, otherwise there will be a danger of connecting voltage spikes to these.
u
Unplug or disconnect any electronic devices (e.g. angle encoders, pulse generators) existing on the machine.
u
Place the ground connection of the welding device immediately next to the welding point and make perfect contact.
INFORMATION The welding current must not flow via the ground cable or screening of the electrical equipment. The above mentioned measures must be performed, if any electrical welding is takes place at machines or units connected mechanically, i.e. conductively, to Bosch machines (e.g. hoppers, feed belts etc.).
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Dust explosion
DANGER Combustible dust such as flour dust, cocoa dust, coffee dust, sugar dust or starch dust can serve, mixed with air, as an ignition source causing an explosion. An only millimeter thick dust layer, whirled up and simultaneously ignited by a spark, can cause a dust explosion. Danger of explosion! The explosion can be triggered by: A spark, caused by pulling an electrical plug. A defective electrical appliance. Discharge of electrostatically charged clothing.
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u
Check electrical devices at regular intervals!
u
Ground statically rechargeable objects!
u
Keep the machine clean as required!
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Notes
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2 | Basic Safety Information
Notes 2.
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Bosch Packaging Technology
Transport, Installation and Connections
Chapter 3:
Transport, Installation and Connections
3
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Contents
Transport
3
Scope of supply
3
Damage in transit
3
Weight of the machine
3
Transport information
3
Installation and connection of checkweigher
4
Installation and alignment of checkweigher
4
Assemble the weighing belt
5
Connect power supply and compressed air
6
Quality of the operating substances and auxiliary substances
6
Dismantling, storage and disposal
7
Dismantling
7
Storage
7
Disposal
7
Transport drawing
8
Checkweigher KWE 5000 LM
8
Auger filler FVS 3201
9
Notes
Bosch Packaging Technology
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Transport Scope of supply Refer to the order documents for the scope of supply and compare this with the delivery note.
Damage in transit u
Note in the shipment papers any visible damage detected upon delivery and report the damage immediately to the insurance agency.
u
Report any hidden damage immediately after detection to the insurance agency.
Weight of the machine Machine weight - see transport drawing or type plate on the machine.
Transport information
WARNING Moving loads can fall or trap personnel. The load might drop if not fastened correctly or due to breaking of the hoisting gear. Serious bodily injury can occur. u
Never stand under or in front of moving loads.
u
Use suitable lifting gear and fastening means.
u
Transport the machine in accordance with the transportation drawing.
u
Machines delivered with transportation carriers may be transported with such transportation carriers only.
u
The machine operator must be entitled to drive the lifting gear.
u
Before lifting the machine all personnel must leave the working area of the lifting gear.
u
Cables and chains must be free of damage and possess the relevant loadbearing capacity.
u
Cables and chains must not touch the machine while it is being lifted off the ground. The carriers must be hooked only into the lug rings provided for that purpose.
u
If using transport rollers, carefully set down the transport unit and push it to the place of installation, e.g. with a fork-lift truck.
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Installation and connection of checkweigher NOTICE The checkweighers is a sensitive measuring device. Any shock or impact may lead to damage of the checkweigher. u
Avoid any shock or impact exerted on the weighing belt.
u
Please comply with the limit values indicated on the rating plate or the calibration plate.
Installation and alignment of checkweigher 1.
Set up the checkweigher on a firm and stable vibration‐free surface.
2.
Aligning the checkweigher:
u
Height of the infeed belt (1) suited for the transfer of the downstream machine.
u
Horizontal both lengthwise and in transverse direction with the help of an air lever (2).
3.
Secure feet (3) with counternuts (4).
1
2
4
3
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Installation and connection of checkweigher Assemble the weighing belt INFORMATION To avoid damage at the weighing cell, the weighing belt has to be dismounted during transport.
NOTICE When assembling the weighing cell please heed the tightening torque of the screws (5). Any excessive tightening torque will damage the weighing cell. Fasten screws (5) with tightening torque of max. 9 Nm!
1.
Place the belt carrier (1) onto the weighing cell (2).
2.
Unscrew two screws (3) from the belt carrier and locate into the bores (4) to aid assembly.
3.
Align the belt carrier (1) and fasten the two screws (5) with max. 9 Nm.
4.
Remove two screws (3) from the bores (4) and screw in at the front side of the belt carrier (1).
5.
Place the weighing belt (6) onto the belt carrier (1). Make sure that the screws (3) are located in the recesses (7).
6.
Fasten two screws (3) each at the front and rear.
6
7
5
1 2
3
4
The belts may not be offset with regard to height and must not contact one another.
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3 | Transport, Installation and Connections
Installation and connection of checkweigher Assemble the weighing belt 7.
Connect the plug (1) to the weighing belt drive (2) and secure with screws.
4
The cable (3) must not be twisted and must have slack; it may, however, not contact the base plate. 8.
Fit the guard cover (4) over the cable (3) of the weighing belt drive and fasten with screws.
The guard cover (4) may not touch the cable (3) between plug and clamping point.
2 1 3
Connect power supply and compressed air 1.
For connection data, see the layout drawing and the wiring diagrams.
2.
Check if the existing supply voltage complies with the voltage indicated on the type plate.
3.
Connect the power supply cable to the mains input according to VDE requirements or the locally valid legal regulations.
4.
Check the direction of rotation.
u
Check the direction of rotation with the help of the arrow or
u
check the phase rotation with a phase rotation meter.
Quality of the operating substances and auxiliary substances Use only the contractually agreed type and quality of the required operating and auxiliary sub stances. The quality of the supplied compressed air must be in conformity with ISO 85731 Item 6.3 Class 1 in terms of total oil content.
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Dismantling, storage and disposal Dismantling WARNING The machine is run with electric current, compressed air and other energy sources. On dismantling, these energy sources might still be present. Serious bodily injury can occur. u
Before dismantling the machine, disconnect it from all external energy supplies.
u
Release existing energy.
INFORMATION The machine may be disassembled only by trained, skilled and duly authorized technicians. u
Fully remove all oils and other matters hazardous to water prior to disassembly.
u
Dismantle the machine with suitable tool.
Storage To maintain the operability of a machine that is not going to be used for a long period of time, the following points must be heeded: u
The storage room must be dry and cool.
u
Storage conditions: Room temperature: +5C to +35C (41F to 95F). Relative air humidity: 30% to 60%.
u
Set the machine down on level ground to prevent distortion.
u
Secure the machine against tipping and being set in motion unintentionally.
u
Clean the machine and provide the bright parts with a film of acid-free oil as protection against corrosion.
u
Cover the machine completely so that no dirt or dust is able to penetrate.
Disposal u
Disassemble dismounted modular componentry into individual parts.
u
Dispose of components in compliance with environmental and regulatory stipulations, thereby adhering to all legal and operational regulations.
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Transport drawing Checkweigher KWE 5000 LM Weight
approx. 250 kg
Infeed belt (transport separately)
Transport fork (fork length 1100 mm)
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Transport drawing Auger filler FVS 3201 Weight
approx. 300 kg
4 x steel rope Length approx. 1.5 m
4 x 8-108-100-5014 eye bolt Load per eye bolt: vertical 340 kg, up to 45 rope incline 240 kg, see also PA standard 2 4720
Doser Type: FVS 3120 Weight: max. 300 kg (configuration as shown: approx. 210 kg)
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Notes 5.
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Description of the Machine
Chapter 4:
Description of the Machine
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Contents
Bosch Packaging Technology
Structure and operating method
3
Technical data
4
Environmental conditions
4
Noise measurement
4
Measuring conditions
4
Measuring
4
Intended and proper use
5
Installation layout drawing 8-108-255-586
7
Classification (division into weight ranges) checkweigher
9
Operating modes for classification
9
”Finished Package Regulation (FPR)”
10
”According to Input”
11
Control checkweigher
12
Task
12
Calculating the regulating increment
12
Test whether the computed regulating increment will be output
13
Converting the regulating increment from grams into time i.e. pulses
13
Output of the regulating increment
14
Suppressed increments
14
Function startup mode
14
Configuration options
15
Structure of the auger filler
16
Modular groups
16
Description
18
Notes
19
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Structure and operating method
3
6
10
7
9
8
5
2
1
4
Pos.
Designation
Pos.
Designation
1
Infeed belt
6
Discharge
2
Weighing belt
7
Guard cover
3
Discharge belt
8
Control cabinet
4
Weighing cell
9
Operating and display terminal
5
Light-barrier
10
Metal detector
The product is conveyed on conveyors (1-3) through the checkweigher and thereby weighed. Weighed product with a faulty weight is sorted out by the discharge unit (6) (depending on the discharge mode and weight limits).
INFORMATION The checkweigher is available with the transportation options from right to left and vice versa. The graphics refer to the transportation direction ”from right to left”.
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Technical data Model KWE
5000
5010
5020
Gross weighing range
10 – 1 250 g
20 – 2 800 g
40 – 6 000 g
Display increment
0.5 g
1.0 g
2.0 g
Belt width
100/200 mm
100/200 mm
100/200 mm
Output
150 packages/min
150
150
Current type
see Installation Drawing
Air consumption Air pressure
Environmental conditions
The machine has been designed in accordance with European Standard EN 60 204 and can be used under the following ambient conditions: u
Room temperature between +5 and +40 C (41 to 104 F),
u
Relative humidity max. 50 % at +40 C (104 F),
u
Altitude between 1 000 m (3 281 ft) above sea level.
Noise measurement Measuring conditions Machine model: KWE 5000 LM. Location: Robert Bosch GmbH, Packaging Technology Division. Measuring to be effected as per DIN 45635 Part 1 and Part 28. Class 2. Implemented measuring device: Brüel & Kjaer, Type 2260. The measuring device complies with IEC 651 Class 1 and ANSI S1.4 Type S2a. The measuring device was checked before and after the measuring process.
Measuring The sound pressure level at a distance of 1m from the machine and at a height of 1.6 m off the floor is LpAeq: 70 dB (A).
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Intended and proper use
The KWE 5000 LM is a checkweigher for weight verification of finished packages in terms of the Finished Package Regulation (FPR). The checkweigher is basically designed for particulate products / solids from the food industry. Non-solid products can be weighed only in packaged condition. The KWE 5000 LM is not suitable for: u
operation in a potentially explosive environment,
u
the weighing of explosive products,
u
the weighing of packages outside the weighing range.
Robert Bosch GmbH cannot be held liable for damage resulting from this. The risk is assumed by the owner/user exclusively. Operation of the machine is not permitted: u
With power sources, products, packaging materials, packaging etc. that are subject to the hazardous substances ordinance or that in some way can affect the health of the operating personnel,
u
With machine devices that have been modified by the plant operator.
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Installation layout drawing 8-108-255-586
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Classification (division into weight ranges) checkweigher Operating modes for classification INFORMATION The machine is operated via the operating and display terminal of the package maker. The classification can be changed in the menu screen ”checkweigher setup / weights”.
The checkweigher provides two operating modes (”Finished Package Regulation (FPR)” and “According to input”. and for classification for weight limits. The classification type is item-related and must be specified by the user in articles which are to be created or changed:
FPR ”According to input”
Item
Designation
Function
1
Finished Package Regulation (FPR)
Application in the food industry, (”e” marking). Automatic weight limit calculation.
2
According to input
Item‐related manually set fixed limit values. You can select all values.
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Classification (division into weight ranges) checkweigher ”Finished Package Regulation (FPR)” Definition of terms u To = upper tolerance limit (overweight) u Tu = bottom tolerance limit (underweight) u Nominal weight = default weight u Net weight = weight of weighed product after deduction of packaging weight u Tare = weight of packaging. Task This operating mode is utilized for checking finished packs in compliance with the fill volume requirement of the European Union. Only packs meeting this EU-Guideline may carry the ”e” symbol. The Finished Package Regulation is used mainly in the foodstuff industry. Function The reject limits are set automatically according to the FPR requirements in dependence on the nominal weight. Packages with weights below TU2 and above TO2 are always rejected. For packs in the range between TU1 and TU2 active continuous monitoring is performed, which ensures that only a maximum of 2 % of all packs (at any point in time during production) that are within this range reach the retail trade. In case of upper deviation of 2% unit count rejection takes place already as of weight limit TU1. The limit value TO1 is only for the purpose of trend detection by way of the count function of packs in the range TO1 to TO2. No rejection takes place. Required inputs u Nominal weight u Tare Changing the automatically set limits for overweight, underweight and TO1 limit is possible only to a narrower pass-range. The weight limit values relate to the net weight.
Nominal weight
Weight limits
Rejection
TU2
TU1
Rejection
TO1
TO2
Weight
ACCEPT RANGE
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Classification (division into weight ranges) checkweigher ”According to Input” Task The weight limits for overweight and underweight are entered randomly for each article depending on requirements. They are a fixed component of each article. Function The rejection of packs with a weight outside of underweight and overweight. The weight limits G2 and G3 are additional range limits for trend recognition, with a counting function in the statistics program for packages within the range u
G2 to underweight G1.
u
G3 to overweight G4
In the standard version, packages within those ranges are not rejected. Required inputs u Nominal weight u Overweight u Underweight u Tare u G2, G3: values are set as the midpoint between the rejection limits and the nominal weight; if required other values can be entered for G2 and G3. The weight limit values relate to the net weight.
Nominal weight
Weight limits
Rejection
G1
G2
Rejection
G3
G4
Weight
ACCEPT RANGE G = weight limit
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4 | Description of the Machine
Control checkweigher Task The regulating system controls one upstream filling unit (such as a dosing unit) so that the required fill volume will be filled as accurately as possible. Additionally, in classification mode FPR (Finished Package Regulation) the filler will be controlled so as to be in compliance with the legal FPR.
Calculating the regulating increment
The regulation must be enabled immediately with production startup so that the setpoint fill volume can be obtained as quickly as possible. The regulation system takes samples from the running production and calculates the mean value and the standard deviation (S). Then the mean value is compared with the default setpoint fill volume and the resulting difference serves to compute the increment toward plus or minus (P‐percentage). With the classification mode FPR the mean value of the total production is included additionally for computing the regulating increment (I‐percentage). This way the regulation system brings the mean value of the total production to the setpoint filling quantity, albeit the mean value of the random sample corresponds the setpoint filling volume while the mean value of the total production still ranges below the setpoint filling volume.
A higher random sampling size renders the regulation more precise, but slower. The random sampling scope can be filed for each item in the article data memory.
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Control checkweigher Test whether the computed regulating increment will be output Setpoint filling volume Deviation - <
> + Deviation <‐k*S
Regulating increment
+k*S>
No regulating increment
Regulating increment
S = Standard deviation of the random sample k = A statistical parameter, dependent on the scope of the random sample and of the assertion probability. If the computed regulating increment is smaller than the result of k * S the regulating increment will not be output. Unnecessary regulating increments would lead to a higher standard deviation of the fill weight without simultaneous increase the filling accuracy. If the computed regulating increment drops below the minimum time which the output medium can transfer to an external filler (e.g. relay) there will be no output of that increment as well. Special case: For the random sampling size consisting of only one unit, a regulating increment is issued after each package and there will be no test as per k * S! If the regulating system determines that no regulating increment will be required, the next random sample is taken immediately. An execution of the suppressed-increment function is not required.
Converting the regulating increment from grams into time i.e. pulses Regulating increment [Imp] = weight deviation [g] * regulating factor [Imp/g] Decisive for the correct function of the regulation is the correct determination of the regulating factor (ms/g or pulse/g).
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4 | Description of the Machine
Control checkweigher Output of the regulating increment Direct pulse default for the dosing scroll
Suppressed increments After output of the regulating increment, the regulation for the entered package count is suppressed (suppressed increments). The next random sample may be taken only from packs with the adjusted fill volume. The number of suppressed increments must at least be equal to the number of packages between dosing unit and checkweigher.
The suppressed-increments count can be filed for each item in the article data memory. After an article change i.e. a RESET the regulation begins with the suppressed cycles.
Function startup mode After certain downtimes the product can either settle in the filler or the filling characteristics of the product may change. Upon restart, undesirable regulating increments may therefore occur briefly until product characteristics and behavior have returned to normal. These undesirable regulating increments can be suppressed by the regulating system. There are the following input options: u
Standstill detection time in minutes and seconds
u
Unit count default, defining the duration of the startup interlock.
If there is no package on the checkweigher any more, the countdown starts for the preselected standstill detection time, which is displayed on the screen. As soon as the time reaches the value zero the startup interlock is automatically activated upon restart. Regulation is disabled for the preset unit count. If the time will not reached the value zero, startup interlock will not be activated. Regulation instantly picks up operation in the regular operating mode.
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Control checkweigher Configuration options The following setting options are available for each of the 100 article data memory units: u
Desired excess fill volume (with negative suffix also possible as under-filling option).
u
Separate setting of the regulating factor [ms/g] e.g. [pulse/g] for plus and minus adjustment (0.1...9999.9 ms/g).
u
Suppressed cycles up to the next random sampling (0...9999).
u
Random sampling count of which the regulating increment is computed (1...9999 units).
u
Serial fault recognition: If all packages in sequence are outside a regulating range of plus or minus 20 % of the regulating reference point, the checkweigher (and thus also the packaging line) is switched Off after a preset unit count (0...9999 units). A fault message is shown on the screen.
INFORMATION The settings indicated above may be modified during weighing mode:
Bosch Packaging Technology
u
for the current article, or
u
in the article data memory.
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Structure of the auger filler Modular groups
1 3
2 4
8
5
6
7
Item
Designation
1
Feed hopper (option)
2
Fill level sensor feed hopper
3
Crossfeed auger (option)
4
Drive motor crossfeed auger
5
Fill level sensor agitator hopper
6
Ventilation nozzle with dust filter
7
Agitator hopper
8
Drive motor agitator
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Structure of the auger filler Modular groups
12
9 14
10
15
11 16 13 Item 9
Designation Agitation holder with agitator
10
Clamping piece
11
Filling auger
12
Drive motor filling auger
13
Filling connection
14
Closure drive unit (option) for long filling auger
15
Control cabinet with air conditioner
16
Pipe connection for flushing the bearings
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Structure of the auger filler Description
1
4 2
5
3
6
Depending on the product handled, the product is either filled directly via the filling opening or the feed hopper (1) and the crossfeed auger (2) into the agitator hopper (3). A sensor (4) in the agitator hopper monitors the fill height. As required, the crossfeed auger is switched on or off. The agitator (5) in the agitator hopper provides uniform product flow. The exact filling quantity is determined by the revolution number of the filling auger (6).
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Notes
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4 | Description of the Machine
Notes 6.
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Operation
Chapter 5:
Operation
5
5 | Operation
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Contents
Bosch Packaging Technology
Safety instructions
3
Position of operator
4
Control elements
5
Commissioning
6
Set up individual passwords
6
Calibration - calibrating the checkweigher
6
Adjusting sizes
6
Checkweigher startup
7
Auger filler startup
8
Control System
8
Information on production
9
Switching off checkweigher
10
Shutdown in case of emergency (EMERGENCY STOP)
11
Control and display terminal
12
Start screen - basic structure
12
Frequently appearing buttons
13
Buttons for switching on and off
13
Text and number input
14
Information area
15
Weight display
16
User and passwords
17
Preset passwords
17
User log-in
17
Log off user
18
Change password
18
Reset all passwords
19
Basic functions
20
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717079MS5025W | Version 1.0 | en T
Checkweigher
21
Basic data
21
Parameter input - package
22
Zero point
23
Ejector
24
Calibrating
25
Random samples
27
Shift start/shift end
28
Parameter display - statistics
29
Histogram
30
Last 60 weights
31
Last 100 tare changes
32
Manual random samplings
33
Cyclical random samples
35
Conveyor belts
36
Size management
37
Create new recipe
38
Change size
38
Delete size
39
Setup
40
Adjust the network connection (option)
42
Regulation auger filler - parameter input
43
Regulation auger filler - parameter display
45
Metal detector ‐ basic screen
46
Metal detector ‐ statistic
47
Metal detector ‐ inputs
48
Filling auger
50
Basic data
50
Operating modes
51
Operating modes ‐ single filling
52
Operating modes ‐ emptying
53
Operating modes ‐ calibrated filling
54
Operating modes ‐ turn filling auger backwards
56
Filling auger
57
Cross-feed auger
58
Agitator
59
Closure
60
Product sensor
61
Dosing data
62
Menu tree
63
Notes
67 Bosch Packaging Technology
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Safety instructions
INFORMATION All work and activities may be carried out by trained and duly authorized persons only.
WARNING The machine presents a danger, if it is operated improperly or if it is not in a correct condition. Serious bodily injury can occur.
Bosch Packaging Technology
u
Operate the machine only if all guard devices and safety-related devices, e.g. detachable guard devices, EMERGENCY STOP devices, acoustic insulation, extraction devices, are in place.
u
Before switching On the machine ensure that nobody can be endangered by the machine starting up.
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5 | Operation
Position of operator
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Control elements
1
2
Item 1
2
Element
Assignment
Function
Operating and display terminal (touchscreen)
depends on menu called up
Commands are entered by tapping the relevant button.
Main switch
MAIN SWITCH
Never use sharp objects to tap the buttons!
Switch On/Off power supply of the checkweigher and the auger filler (option). Secure against switching On: Throw switch to position "0" and lock with a padlock.
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5 | Operation
Commissioning Set up individual passwords The checkweigher is delivered with standard passwords for the 4 user groups.
See “default passwords”. These passwords should be changed during commissioning! u
See page 18 “Change password”.
Perform password change for further user groups as well! Calibration - calibrating the checkweigher The weighing cell must be recalibrated after installation and alignment. u
See page 25 “Calibrate checkweigher”.
Adjusting sizes Upon delivery, the checkweigher has a default setting with the ordered and tested sizes. Should further sizes be required, these can be set easily by copying existing sizes. u
See page 38 “Set up new size”.
with auger filler (option), additionally "perform a calibration dosing" for every new size and adapt the parameters accordingly. u
See “Perform calibration dosing”.
Repeat process for each additional size one more time!
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Checkweigher startup NOTICE Weighing cell fault Do not use any radio‐operated devices within an area of two meters around the weighing cell. u
Incorrect weighing can occur.
Requirement u
The upstream machine is still switched off
u
There is no product or no other load on the weighing belt.
Procedure u
Set main switch to "1".
The “start screen” is displayed.
The “home screen” is displayed. (home screen: see page 12)
The checkweigher is switched on.
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Auger filler startup Control System INFORMATION Operation is carried out at the operating and display terminal. This may be
717079MS5025W | Version 1.0 | en 101192 (1)
u
an individual device
u
a checkweigher with dosing option, or
u
a machine control system with appropriate option.
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Auger filler startup Information on production INFORMATION The auger filler is inspected at our plant. Any readjustments may be performed only by Bosch service technicians.
1.
The product feed has to be set out by the customer so that the product quality is uniform:
u
no segregation
u
smallest possible batch or container fluctuations
u
minor air admixtures etc.
2.
Attach a customer-provided extraction line at the venting connections (if installed) and connect with the on-site extraction device.
u
The crossfeed auger (1) must convey more product than the filling auger (2) pours.
u
The rotational speed of the feed auger is selected via the relevant control device and during operation is automatically optimized as a derivative of the switching frequency of the sensors (3).
3
1
Option u
Two operating modes are selectable on the control device: a) switching mode (crossfeed auger on or off) b) controller mode: automatic rotational speed adjustment.
u
The air fed at the hose connection (4) has to be oil-free and microfiltered.
Set maximum 0.2 bar at the pressure
2
5
4
controller (5). Bosch Packaging Technology
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Switching off checkweigher Requirement u u
The upstream machine is switched off to avoid infeed backup There is no longer any product on the belts for weighing.
Procedure 1.
Touch the button
The belts of the checkweigher come to a stop 2.
Set main switch to "0"
The display goes out 3.
The checkweigher is switched off.
INFORMATION The checkweigher cannot be switched on again for approx. 30 seconds after having been switched off.
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Shutdown in case of emergency (EMERGENCY STOP) INFORMATION The checkweigher does not have its own EMERGENCY STOP button. The EMERGENCY STOP function is performed via the upline machine.
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Control and display terminal Start screen - basic structure 1
2
3
Item
Designation
Function
1
Information section (see Page 15).
Overview of current machine status.
2
Basic functions (see Page 20).
Basic functions for machine operation.
3
Machine configuration (see Page 21). Adjust and manage machine sections.
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Control and display terminal Frequently appearing buttons Button
Function Accept/save input.
Designation in these operating instructions: button Ļ. Close window. or Abort input.
Designation in these operating instructions: button ĺ. Delete input.
Print screen shots or logs (option).
Buttons for switching on and off Button
Function Switched Off.
Switched On.
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Control and display terminal Text and number input Button
Function Dialog window for input of numbers. 1 1.
Admissible input range (min. - max.)
Dialog window for text input.
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Information area Function u
Overview of current machine status.
1
2 A 3 5
4 Item
Designation
1
Password administration see Page 17.
2
Display panel Display of the latest message or fault including number and time. u
Green background: Messages (operating status of the machine).
u
Red background: Faults.
Press button: The list of all pending messages, warnings and faults appears.
Acknowledge faults with screen button (A) (see “Help system” in Section 6). 3
For weight display see page 16.
4
Current format.
5
Date and time.
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Information area Weight display 1
2
3
4
Item 1
Description Display gross (B) / net (N). Press to switch over.
2
Weight display. Press screen button: display zooms to screen size. Press again: display is reset.
3
Display flashing = new package being weighed.
4
Display AT = automatic zero point taring is switched On.
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User and passwords Preset passwords There are 4 user groups equipped with different levels of authorization (see "menu tree").
INFORMATION Ex-factory the user groups are password-protected. Change supplier passwords for security reasons. User group
Password level
Manufacturer password
Operator 1
1
pass1
Operator 2
2
pass2
Setup engineer 1
3
pass3
Setup engineer 2
4
pass4
User log-in Requirements To log on, the password must be known. If the user does not have authorization for a function: u
For signing in, the password administration menu is shown with a different user group.
Procedure 1.
Click on button.
2.
Press screen button Enter password.
3.
Enter password and confirm Ļ. The user is logged in.
4.
The user screen button switches to the display of the password level (1 - 4).
1
If an incorrect password is entered: u
The user is not logged in.
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User and passwords Log off user 1.
Press screen button Log Off. The user is logged off.
Change password Requirement: The user must be logged on. Procedure 1.
Click on button.
2.
Press screen button Change password.
3.
Enter old password (1).
4.
Enter new password (2).
5.
Enter new password (3).
1
1
The password is changed. 2 3
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User and passwords Reset all passwords Requirement: Setup engineer 2 must be logged in. Procedure 1.
Press screen button User.
2.
Press screen button Reset passwords.
4
CAUTION ! Reset passwords to DELIVERY STATUS? 3.
Confirm Ļ. All passwords are reset to the status on delivery (see “default passwords”).
If the password for setup engineer 2 is no longer known, log On with the master password and carry out the procedure described above. See “Master password” in Section 9.
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Basic functions Function u
Basic functions for machine operation.
1
2
3
4
5
6
7
8
9
10
4.
Item
Designation
Function
1
Conveyor belts
Switch conveyor belts On and Off.
2
Basic data
Return to start screen.
3
Parameter input
See page 22.
4
Parameter display
See page 29.
5
Format administration
Create, change formats.
6
Setup
Language, user administration and program data.
7
FVS (filler)
See page 50.
8
Metal detector
See page 46.
9
Cleaning the touchscreen
Clean Touchscreen.
The touch sensitivity of the screen is switched Off for approx. 30 s. The remaining time is displayed. 10
Information
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Go to Online Help.
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Checkweigher Basic data
1 6
2 3
4 5
Item
Designation
Function
1
Counter pass-packages.
Display.
2
Tare weight.
Input.
3
Display output (packages per minute).
Pre‐set value/actual value.
4
Mean value.
Display.
5
Standard deviation.
6
Diagram with the most recent weight values.
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Checkweigher Parameter input - package
1
5
2
6
8
3
4
Item
7
Designation
Function
1
Overweight limit.
Input.
2
Upper warning limit.
3
Lower warning limit.
4
Underweight limit.
5
Nominal weight.
6
Tare weight.
7
Package length.
8
FPR or “according to input”.
Select classification type.
As shown on the display.
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Checkweigher Zero point
1
4
2
5
3
Item
Designation
Function
1
Maximally admissible zero point difference.
Input.
2
Max. zero point difference.
3
Number of zero point error. Exceeding this causes a machine standstill.
4
Automatic zero point taring.
On/Off.
The zero point can be disabled for testing purposes. 5
Machine stop with zero point error.
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Checkweigher Ejector
2
1
3
4
5
6
7
8
9
10
11
12
Item
Designation
Function
1
Ejector.
Selection.
2
Distance between the ejector light barrier and ejector.
Input.
3
Dead time of the ejector.
4
After series fault, belt is switched off automatically.
5
Pushing time of the ejector.
6
Eject overweight and underweight packages.
7
Eject overweight packages.
8
Eject underweight packages.
9
Switch Off ejector.
10
Eject pass-packages.
11
Eject metal-containing packages.
12
Number of ejected packages.
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On/Off.
Display.
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Checkweigher Calibrating
1
2
Item
Designation
Function
1
Calibrating process.
Start.
2
Calibration switch.
Procedure 1.
Remove product residue.
2.
Press select button (1).
Wait for message "Ready measuring empty weigher". 3.
4.
Press screen button (2). Following the message "Ready measuring calibration weight": Emplace calibration weight and press screen button (2) once again.
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Checkweigher Calibrating Potential fault messages during and after the calibration process Cause
Remedy
Errors while reading the serial number.
Check the cable connection between the control unit and weigher cell.
Unsteadiness during zero point determination.
Erratic running of the belt, air draft etc.
Unsteadiness during adjusting measurement.
Erratic running of the belt, air draft etc.
Unsteadiness during individual measurement.
Erratic running of the belt, air draft etc.
Adjusting weight too small.
Check the imposed adjusting weight and compare with input.
Calibration value input error.
Check the input.
Adjusting weight input error.
Check the input.
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Checkweigher Random samples
1
1
3 2 4
While the manual random sample is started by hand (by pressing the start button, see "Displays Manual random sample"), the cyclical random sample operates automatically. Either a time or a number of packs can be selected for this as a pause between 2 random samples. Item
Designation
Function
1
Random sampling size. Number of packages per random sample.
Input.
2
Interval with cyclic random sampling: n = number of packages (target unit count). t = time (time target).
Selection.
3
Target unit count.
Input.
4
Time target.
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Checkweigher Shift start/shift end
1
2
Item 1
Designation Shift start. Press screen button if the start of the shift is not congruent with the end of the last shift.
2
End of shift. Press screen button to end the current shift. A new shift begins automatically.
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Checkweigher Parameter display - statistics
1
8
2
9
3
10
14
4
Item
5
11
6
12
7
13
Designation
1
Number of packages above the overweight limit.
2
Number of packages between the upper warning limit and the overweight limit.
3
Number of packages between the lower warning limit and the underweight limit.
4
Number of packages below the underweight limit.
5
Number of packages with weighing fault (unsettled, overload, underload).
6
Monitoring of package length.
7
Number of packages with too small a distance between packages.
8
Number of pass‐packages.
9
Number of ejected packages of the checkweigher.
10
All packages (regardless of being pass or fail packages).
11
Total packaged mass in kg.
12
Mean value.
13
Standard deviation.
14
Count of rejected packages.
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Checkweigher Histogram
1
2
Item 1
2
Designation The scale of the histogram is done automatically according to the input overweight and underweight limits. u
Green bars: pass-weights.
u
Red bars: weighing error or fail-packs.
Print statistics data.
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Checkweigher Last 60 weights
1
2
Item
3
4
5
Designation
1
A list of the last 60 weights with status is displayed. The latest weight is in position 1. A newly added weight replaces the oldest weight.
2
Scroll page by page.
3
Scroll line by line.
4
Print statistics data.
5
Delete statistics data.
Bosch Packaging Technology
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Checkweigher Last 100 tare changes
1
2
Item
Designation
1
The last 100 tare changes (tare = weight of package) are saved with date and time. If the statistics are deleted this table is deleted as well. All tare changes are noted on the statistics printout.
2
Scroll page by page.
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Checkweigher Manual random samplings
Item
1
6
2
7
3
8
4
9
5
10
11
12
Designation
Function
1
Number of packages above the overweight limit.
Display.
2
Number of packages between the upper warning limit and the overweight limit.
3
Number of packages between the lower warning limit and the underweight limit.
4
Number of packages below the underweight limit.
5
Count of good packages.
6
Number of packages with weighing fault (unsettled, overload, underload).
7
All packages (regardless of being pass or fail packages).
8
Count of rejected packages.
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Checkweigher Manual random samplings
Item 9
1
6
2
7
3
8
4
9
5
10
11
12
Designation
Function
Standard deviation.
Display.
10
Mean value.
11
Number of manual samplings subject to the defaulted number of packages (pass-packages/random sampling size).
Input.
12
Start manual random sampling
Start.
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Checkweigher Cyclical random samples
Item
1
6
2
7
3
8
4
9
5
10
11
Designation
Function
1
Number of packages above the overweight limit.
Display.
2
Number of packages between the upper warning limit and the overweight limit.
3
Number of packages between the lower warning limit and the underweight limit.
4
Number of packages below the underweight limit.
5
Count of good packages.
6
Number of packages with weighing fault (unsettled, overload, underload).
7
All packages (regardless of being pass or fail packages).
8
Count of rejected packages.
9
Standard deviation.
10
Mean value.
11
Number of cyclical samplings subject to the defaulted number of packages (pass-packages/random sampling size).
Bosch Packaging Technology
Input.
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Checkweigher Conveyor belts
1
2
3
4
Item
Designation
Function
1
Belt speed in packages/min.
Display.
2
Belt speed in meters/min.
3
Post-feed time.
On/Off.
4
Post-feed time in seconds.
Input.
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Checkweigher Size management
1
2
3
4
5
Item
Designation
1
Size number.
2
Size list.
3
Set up new size, see Page 38.
4
Change to new size, see Page 38.
5
Delete size, see Page 39.
Bosch Packaging Technology
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Checkweigher Create new recipe INFORMATION Creating a new size means copying the current size. All parameters are taken over. It is recommended to select the most similar size as a template (e.g. same product or same weight).
1.
Press size you wish to use as a template. The size name is shown against a blue background.
2.
Press screen button.
3.
Enter new size name into the text box and confirm Ļ. A new size has been created.
4.
Adapt all required parameters to the new size in the respective menu screens.
For information whether a parameter is size-dependent please see Section 9 “Access Rights”.
Change size 1.
Press size to which you wish to go. The size name is shown against a blue background.
2.
Press screen button.
3.
Confirm size name Ļ. The selected size is active.
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Checkweigher Delete size Delete one size 1.
Press size which you wish to delete. The size name is shown against a blue background.
2.
Press screen button.
3.
Confirm delete command Ļ. The size selected is deleted.
Delete all formats 1.
Press screen button. Caution!
There is no second query "Are you sure you wish to delete?"! 2.
Press clear all formats. All sizes are deleted.
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Checkweigher Setup
1
4
7
2
5
8
13
3
6
9
14
Item
Designation
1
10
11 7
12
Press: switch languages Æ Menu selection language.
Press flag representing the desired language. All texts switch to the selected language. 2
Outputs for random wiring.
3
Filler regulation (see page 43).
4
Electronic type plate.
5
Individual weight interface (option).
6
Set the network connection (e.g. IP address, gateway etc.) (option).
For the unique addressing of computers in the network (see next page). 7
General settings.
8
Metal detector (option).
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Checkweigher Setup
1
4
7
10
11 7
2
5
8
13
3
6
9
14
Item
Designation
9
Camera system (option).
10
Generate weighing curve.
11
Set time and date.
12
Option overview (display in German and English).
12
The options can be modified by a Bosch Service Technician only. 13
Service inputs.
The inputs can be modified by a Bosch Service Technician only. 14
Fault history.
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Checkweigher Adjust the network connection (option)
1 3
2
Requirement: The checkweigher must be connected to a network with an Ethernet cable. Procedure 1.
Press screen button (1) and enter new address.
2.
Save input (2).
Abort input with ĺ. 3.
Press screen button (3) for connecting with a network.
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Checkweigher Regulation auger filler - parameter input
1
5
2
6
9
10
Item
3
7
11
4
8
12
Designation
Function
1
Overfilling: shifting the reference point towards the nominal weight. Modification is possible during operation.
Input.
2
Min. adjustment increment.
3
Number of packages for random sampling.
4
Number of packages between filling unit and checkweigher.
5
Startup operation per: time target in seconds, after expiry of which the startup disable becomes effective.
6
Startup disable: number of packages until the first measuring is performed again after a standstill.
7
Regulating time factor Plus (option).
8
Regulating time factor Minus (option).
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Checkweigher Regulation auger filler - parameter input
1
5
2
6
9
10
3
7
11
4
8
12
Item
Designation
Function
9
Regulation.
On/Off.
10
Number of packages per multipack (option).
Input.
11
Increase regulating increment.
12
Reduce regulating increment.
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Checkweigher Regulation auger filler - parameter display
1
2
3
Item
Designation
4
Function
1
Startup disable: number of packages until Display. the first measuring is performed again after a standstill.
2
Number of packages for measured value acquisition (random sample).
3
Number of packages between filling unit and checkweigher.
4
Calculated regulating step.
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Checkweigher Metal detector ‐ basic screen
1
5
2
4
3
Item
Designation
Function
1
Metal detector.
On/off.
2
Sensitivity.
Input.
Sensitivity for the triggering threshold of the metal fault in percent. 3
Angle.
Input.
Product angle: Is determined during the teach‐in process. Is different depending on the type of metal. 4
Triggering threshold.
Input.
The triggering threshold is used for fine tuning the sensitivity. 5
Setting metal detector.
717079MS5025W | Version 1.0 | en 108593 (1)
Display.
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Checkweigher Metal detector ‐ statistic
1
2
Item
3
4
Designation
1
A list of statistics including value, date and time is displayed.
2
Scroll page by page.
3
Scroll line by line.
4
Delete statistics data.
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Checkweigher Metal detector ‐ inputs
4
1
5 2 6 3
Item 1
Designation
Function
Distance weigher‐coil.
Input.
Distance between the metal coil and the infeed light barrier of the weighing belt. 2
Start teach in.
On/off.
Teach in process: Start the teach in process with the button <Start teach in>. A minimum of 3 packages must be transported through the metal detector. The packages must be placed on the infeed belt of the checkweigher. The press the button ”Continue teach in”. 3
Continue teach.
717079MS5025W | Version 1.0 | en 108593 (1)
On/off.
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Checkweigher Metal detector ‐ inputs
4
1
5 2 6 3
Item 4
Designation
Function
Tracking
On/off.
Low drifts of product angle (due to product deviations) that do not yet result in an error message are corrected. The product angle is automatically updated. 5
Teach in (quick learn)
On/off.
Abrupt changes in product angle up to a deviation of max. 5° are detected and corrected within 2 packages. 6
Half cycle
On/off.
Some criteria are deactivated that a signal must fulfill so that a metal alarm is triggered (less susceptible to interferences).
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Filling auger Basic data
2 1
5
3 6 4
7
Item
Designation
Function
1
Auger filler.
On/Off.
2
Cross-feed auger setting.
Display.
3
Agitator setting.
4
Filling auger setting.
5
Correction weight.
Input.
6
Capacity utilization motor filling auger.
Display.
Load is not to exceed 100 %. 7
Cycle time utilization.
Running time of dosing unit in relation to the cycle time (packages/min).
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Filling auger Operating modes
6
1
7
8
2
3
4
5
Item
Designation
Function
1
Automatic mode
On/Off.
2
Single filling. See page 52.
Start.
3
Emptying. See page 53.
4
Calibrated filling. See page 54.
5
Turn filling auger backwards. See page 56.
6
Operating mode manual.
On/Off.
7
Time (ms) that is waited for after filling.
Input.
8
Time (ms) for weighing and determining the weight.
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Filling auger Operating modes ‐ single filling
Function u
If the machine is at a standstill a single dosing can be triggered for testing purposes.
1
Item 1
Designation
Function
Trigger single dosing. For checking of function and weight.
Start.
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Filling auger Operating modes ‐ emptying
Conditions u
The cross-feed auger is switched optionally on or off.
u
The agitator is switched optionally on or off.
u
The sensor is not active for minimum level.
u
The closure is open.
1
Item 1
2
Designation
Function
Start emptying (continuous operation of the auger).
Start.
Place a sufficiently large container under the opening. 2
Speed.
Bosch Packaging Technology
Input.
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Filling auger Operating modes ‐ calibrated filling
Function u
To adjust the filler to the product. The pulse/weight factor is calculated and displayed.
2
1 3
4
Item
Designation
Function
1
Standard revolutions target value (see data Input. sheet).
2
Start calibrated filling. Triggering of the calibrated filling, weighing out of the calibrated filling. The standard weight should be close to the nominal weight. Adapt the standard revolutions as necessary and perform the calibrated filling again.
Start.
Change the value of the standard revolutions (1) until the standard weight is achieved. 3
Standard weight.
Input.
4
Standard weight factor
Display.
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Filling auger Operating modes ‐ calibrated filling Procedure: 1.
Enter target value calibrated revolutions. (See data sheet).
Put suitable container under the filler. Write down the weight of the container. 2.
Trigger the calibrated filling process.
Carry out the calibrated filling process three times using the data to calculate the mean value. 3.
Determine the weight of the dosing quantity.
4.
Enter the determined ”Calibration weight”.
The calibration factor is automatically calculated.
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Filling auger Operating modes ‐ turn filling auger backwards
Function u
Turn filling auger backwards,
u
Withdraw filling auger by turning.
1
Item 1
Designation
Function
Turning filling auger backwards. One revolution is performed for each actuation.
Start.
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Filling auger Filling auger
1
6 7
2
8
3
9
4
10
5
Item
Designation
Function
1
Preset fill weight parameter.
Input.
2
Dosing screw rotational speed.
3
Revolution/weight factor of the last calibration dosing.
4
Revolution/weight factor current.
5
Percentage of regulation.
6
Ramp time acceleration.
7
Ramp time brakes.
8
Relation foreign mass to motor mass.
9
Positioning accuracy.
10
Display.
Input.
Programmed cams of servo motors.
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Filling auger Cross-feed auger
1
3
2
4
Item
5
Designation
Function
1
Cross-feed scroll.
On/Off.
2
Regulation.
3
Revolution speed crossfeed scroll.
4
Setpoint product level in chute if with option measuring probe.
5
Response time sensor until start of crossfeed scroll.
717079MS5025W | Version 1.0 | en 103228 (2)
Input.
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Filling auger Agitator
1
2
Item
3
Designation
Function
1
Agitator.
On/Off.
2
Agitator revolution speed.
Input.
3
Agitator slow-down-to-stop time.
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Filling auger Closure
1
Item 1
Designation
Function
Closure pre-switch-off time.
Input.
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Filling auger Product sensor
2 1 3
4
Item 1
Designation
Function
Product sensor.
On/Off.
Selection which sensor (vibration rod/ capacitive initiator) is to be used. 2
Delay material sensor.
Input.
Delay time until product available is reported. 3
Delay empty detection.
If the product sensor is not occupied for this period of time, an empty message is sent to the machine control and production stops. 4
Remaining quantity.
Quantity that is still produced after the product monitoring was switched off until an empty message is issued.
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Filling auger Dosing data INFORMATION This is where dosing data can be stored. There is only one display to facilitate the size setting process.
1
Item 1
Designation
Function
Dosing data for size parts.
Input.
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Menu tree
Basic screen
1 Password administration
Conveyor belts
Log on/Log off
Parameter input
Basic data
Target tare weight
1
Nominal output
3
Parameter display
3 Package
1 Statistics
4 Zero point
Change password
4 Delete size
1 Last 100 tare changes.
3
1 Man. random samplings
Random samples
Shift start/ shift end
Change size
Last 60 weights
Adjusting weigher
1
1
3
4 Password administration On / Off
Create size
Histogram
Ejector
Reset password
3
1
4
4
Format administration
1
2 Cycl. random samplings
1 Conveyor belts
Post-feed time On / Off
3
Enter post-feed time
3
1 Password level 1 - operator 1 2 Password level 2 - operator 2 3 Password level 3 - setup engineer 1 4 Password level 4 - setup engineer 2
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5 | Operation
This page is empty on purpose!
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Menu tree
Basic screen
1 Setup
Filler (FVS)
1
Cleaning the touchscreen
Netweigher (FIW)
2 2
Basic data
Language
Information
Online help for current menu screen
Single dosing
4 Regulation auger filler parameter input
Special function
3
Operating modes
2 3
Dosing unit control
1 Electr. designation plate Interface single weight
Regulation auger filler parameter display
1
Run empty
Dosing scroll
2
3 Calibration dosing
Cross-feed scroll
4
3 Race auger filler backwards
Agitator
4
2
3
Network connection
Closure
General settings
Enter regulating increment
3
4 Adjust weighing curve
1 Display regulating increment
3 Time + date
3 Product sensor
3 Metal detector
1 Password level 1 - operator 1 2 Password level 2 - operator 2
Dosing data
3 Password level 3 - setup engineer 1 4 Password level 4 - setup engineer 2
For Bosch Service Bosch Packaging Technology
717079MS5025W | Version 1.0 | en 107727 (1)
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5 | Operation
This page is empty on purpose!
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Notes
Bosch Packaging Technology
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5 | Operation
Notes 5.
717079MS5025W | Version 1.0 | en S_Notiz_2s
Bosch Packaging Technology
Troubleshooting
Chapter 6:
Troubleshooting
6
6 | Troubleshooting
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Contents
Bosch Packaging Technology
Safety information
11
Preparations for troubleshooting
11
Measures after faults and prior to switching back on
11
Checkweigher faults
12
Possible faults
12
Faults without fault message
12
Troubleshooting checkweigher
13
401
Package length too small
13
402
No new measured values
13
403
Fault zero point
13
404
Wrong weighing cell connected
13
405
No weighing cell connected
13
406
No valid adjusting values
13
407
Communication weighing cell master distorted
14
408
Zero point unsteadiness
14
410
Adjusting weight too small.
14
411
Calibration value input error.
14
412
Adjusting weight input error.
14
413
Operating values inconsistent
14
414
Fail pack not ejected
15
415
Zero point too high
15
416
Zero point too low
15
417
Zero point unsteadiness
15
418
Input weighing belt length = 0
15
419
No adjusting process with calibration dongle
15
420
Monitoring of cycle time
16
423
Measuring level too short.
16
424
Fault frequency converter
16
425
Start initialization could not be completed
16
426
Input performance = 0
16
428
Profibus connection PMC2 disturbed!
16
429
Profibus connection BX3110 disturbed!
17
450
PMC2 internal fault
17
451
Too many fail packs
17
452
External belt release missing
17
453
Only possible when belts are running
17
454
Size is unreadable
17
455
New size cannot be saved
17
461
Pass package missing in counter-check
18
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717079MS5025W | Version 1.0 | en T
462
Unexpected package in counter-check
18
600
Fault initialization printer
18
601
Printer interface reception disturbed
18
602
Printer interface sending disturbed
18
611
Printing unit blocked
18
612
Printer: end of paper reached
18
613
Printer: cutter is blocked
19
615
No I/O data exchange with slave PMC2
19
616
Inputs CX9000 defective
19
617
Outputs CX9000 defective
19
650
Only allowed when machine is standing still
19
651
External stop
19
652
Please clear belts
20
653
Size data are transferred
20
699
Unknown printer error
20
1706
Check light barrier package scanner!
20
2421
Printer not enabled
20
2423
Option: Printer not installed.
20
7300
Belts are blocking
21
Auger filler faults
22
Faults without fault message
22
Troubleshooting auger filler
23
System of the fault message numbers
23
9110
A job timeout
24
9120
Output stage short circuit
24
9131
Bleeder defective
24
9148
MEM no module
25
9149
No MEM parameters
25
9163
Incompatible EPROMs
25
9164
SW WatchD MC/VC
26
9165
VC fatal error
26
9167
Wiring
26
9171
Error encoder_1:
27
9173
Error encoder_2:
27
9176
EEprom checksum.
27
9177
Internal voltage error
28
9178
ECL error 1
28
9195
Mot/res pairs of poles
28
9197
SINCOS_1
28
9198
SINCOS_2/INK_2
29
9207
Parameter invalid
29
9209
MC fatal error
29
9211
JOB timeout
29 Bosch Packaging Technology
6 | Troubleshooting
Bosch Packaging Technology
3 / 126
9217
Default parameters
30
9221
Excess current
30
9223
Intermediate circuit voltage too high
30
9225
Motor temp / +UL
31
9232
Output stages I²T
31
9234
Unknown errors
31
9241
Encoder stoppage
32
9242
Encoder jump
32
9243
Error encoder_0:
32
9247
MEM CRC error
33
9255
Parameter error.
33
9258
Breakpoint number
33
9268
Wrong encoder no.
33
9269
Max. rotational speed
34
9270
Max current
34
9271
Error encoder_1:
34
9272
Error encoder_2:
35
9275
Parameter > v_max
35
9279
ECL error 2
35
9291
8-fold lag error
35
9293
Parameter < A max
35
9301
HW limit switch negative
36
9302
HW limit switch positive
36
9303
SW limit switch negative
36
9304
SW limit switch positive
36
9305
Lag error
37
9312
Arithmetical overflow
37
9313
Division by zero
38
9314
Time overflow
38
9315
Blending timeout
38
9335
Invalid reference run mode
38
9336
Limit switch before zero pulse
39
9337
No zero pulse in a revolution
39
9339
Not referenced
39
9345
Sector invalid
39
9346
MEM R/W error
40
9350
BCD format error
40
9351
Variable number
40
9352
Variable range
40
9353
Nesting
40
9354
Program location
41
9356
PGM trans active
41
9357
No valid PGM
41
9359
VEL <= 0
41
9360
VEL too high
41 717079MS5025W | Version 1.0 | en T
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717079MS5025W | Version 1.0 | en T
9361
ACC <= 0
42
9362
ACC too high
42
9366
Defective. SYN data:
42
9380
ECL error 3
42
9383
ECL COM
43
9386
Pos overflow
43
9390
PLC PT function
43
9416
Target window timeout
44
9426
Heat sink temperature too high
44
9427
Inner temperature high
44
9430
Bleeder I²T
44
9481
ECL error 4
45
9522
Phase failure
45
9524
Intermediate circuit voltage too low
45
9526
Heat sink temperature too high
45
9528
Motor I²T
46
9529
Output stages I²T rpm
46
9582
ECL error 5
46
9584
EEPROM ANA-1
47
9587
BE timeout
47
9588
Control voltage low
47
9589
Communication module
47
9592
EG sequence error
47
9596
Axis pos timeout
48
9700
EMERGENCY STOP
48
9701
Cross-feed auger faulty
48
9702
Agitator faulty
48
9703
Protective motor switch
49
9704
Closure does not open
49
9705
Cycle too short
49
9707
No material/empty message
49
9708
Closure's advance switch-off time is too long
50
9710
Address in the secure memory area
50
9711
Data loss in the RAM, transfer again
50
9712
Max. top-off volume exceeded
50
9713
Transfer the value < = 0
50
9714
Weight too low or no new value
51
9715
No calibrated filling, product is missing
51
9716
Weight regulation at the stop
51
9717
Closure is closing during dosing
51
9718
Profibus faulty
51
9719
Voltage for outputs is missing
52
9720
Fuse for outputs defective
52
9721
Motor temperature of agitator
52
9722
Motor temperature of cross-feed auger
52
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9723
Agitator hopper open
52
9724
Wrong operating mode
53
10037
Battery low
54
10038
Power fail
54
10100
I2T Motor
54
10101
Amplifier power-off due to excess temperature
54
10102
Motor - power-off due to excess temperature
55
10103
Power-off due to cooling error
55
10104
Power-off due to control voltage error
55
10105
Feedback error (track monitoring)
56
10106
Communication error DC controller
56
10107
Excess current
56
10108
Excess voltage
57
10109
Undervoltage
57
10110
Phase error (power supply)
57
10111
Excessive following error
57
10112
Communication error real-time bus
58
10113
Braking resistor defective
58
10114
Reading error EEPROM
58
10115
Gate-power failure
58
10116
Commutation error
59
10117
Reading error encoder EEPROM
59
10118
Error on serial interface to encoder
59
10119
Short or ground circuit in output stage
59
10120
Overload power-off output stage
60
10121
Bleeder temperature too high
60
10122
Max. motor speed reached
60
10123
Error "Inverter Enable"
61
10124
Power-off due to overload
61
10125
"2t Motor" warning
61
10126
Amplifier excess temperature warning
61
10127
Excess temperature motor warning
62
10128
Cooling error warning
62
10129
Power-off overload output stage warning
62
10130
Bleeder temperature rising
62
10131
Phase failure of power supply warning
62
10132
Following error
63
10133
Speed-dependent power reduction
63
10134
External 24 V power supply too low
63
10135
Undervoltage warning
64
10136
"Inverter Enable" warning
64
10137
Motorless
64
10138
Inadmissible motor
64
10139
Error in DC-circuit charge
65
10140
Stop time limit
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10141
Reading error EncoderPosition
65
10142
Board power-off due to overtemperature
66
10143
Encoder temperature warning
66
10144
DC bus short circuit
66
10145
DC bus ground circuit
66
10146
DC bus overload
67
10147
24 V power supply overload
67
10148
Internal voltage error 15 V
67
10149
Internal voltage error 12 V
67
10150
Phase L1 failure
68
10151
Phase L2 failure
68
10152
Phase L3 failure
68
10153
DC bus discharge failure
68
10154
Phase L1 warning
69
10155
Phase L2 warning
69
10156
Phase L3 warning
69
10157
DC bus overload warning
69
10158
24 V supply overload warning
69
10159
DC bus no discharge warning
70
10160
Undervoltage power stage driver
70
10161
Overtemperature board warning
70
10162
Wiring error O_0
70
10163
SERCOS: C1D error
70
10164
SERCOS: C1D manufacturer-specific error
71
10165
SERCOS: C2D warning
71
10166
SERCOS: C2D manufacturer-specific error
71
10167
SERCOS: C3D operation status
71
10168
SERCOS: C3D manufacturer-specific error
71
10169
Single SERCOS error (SLAVE)
72
10170
DrvEncPosition reading error
72
10171
Encoder communication warning
72
10172
Extebded diagnosis message
73
10173
Feedback message (track monitoring)
73
10174
Excess current warning
73
10175
Bleeder overload
73
10176
Reserved
73
10177
Power-Board-excess temperature power-off
74
10178
Device error
74
10179
Warning braking resistance overloaded
74
10180
Warning power board excess temperature power-off
74
10181
Warning fan defective
75
10182
External 24 V supply too high
75
10200
Faulty log. address of the parameter
75
10201
Faulty parameter type code
75
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10202
Faulty configuration file
75
10203
Faulty parameter file
76
10204
IEC program cannot be loaded
76
10205
Illegal parameter value
76
10206
Faulty ObjType of Log Adr
77
10207
Hardware module does not exist
77
10208
Too many real axes in config
77
10209
Last boot failed
78
10210
Boot failed
79
10211
Invalid configuration
79
10300
Division error
79
10301
Coprocessor segment overflow
79
10302
Stack error
80
10303
General protection error
80
10304
Coprocessor error
80
10305
Memory limit exceeded
80
10306
Arithmetic overflow
80
10307
Double execution error
80
10308
Invalid task state segment
81
10309
No memory segment
81
10310
Faulty memory segment adjustment
81
10311
Coprocessor division error
81
10312
Parameter relocation failed
81
10313
Serious cycle time overflow
82
10314
Defective program file
82
10315
Library function not implemented
82
10316
Faulty NvRam CRC
83
10317
Cycle time overflow
83
10318
Profile to be calculated was deleted
83
10319
TPEdge inaccurate at 4 ms
84
10320
Array access error(check)
84
10321
Division by 0 (check)
84
10322
IEC task exception processing
84
10323
Max. string length exceeded
84
10324
UPS internal error
85
10325
Corrupt file
85
10326
Function not available
85
10327
Invalid PositionSource
85
10328
Invalid destination
86
10329
Invalid BitNumber
86
10330
Bad master parameter data
86
10331
Licensing
86
10332
Licensing
87
10333
Fatal error receiving encoder data
87
10334
Error receiving encoder data (warning)
87
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10335
Fatal synchronization error
87
10336
Synchronization error (warning)
89
10337
Insufficient system memory to create DynIECData
89
10338
UPS accu error
90
10339
UPS active - system temperature too high
90
10340
Outside limits (check)
90
10400
IEC diagnosis message class2
90
10401
IEC diagnosis message class3
90
10402
IEC diagnosis message class4
91
10403
IEC diagnosis message class5
91
10404
IEC diagnosis message class6
91
10405
IEC diagnosis message class7
91
10406
IEC diagnosis message class 1
91
10407
IEC diagnosis message class 8
92
10500
Duplication of SERCOS slave address
92
10501
SERCOS slave not found
92
10502
Loop not closed
93
10503
error in parameter channel
93
10504
Read cycle overflow
94
10505
Simple SERCOS cycle error (MASTER)
94
10506
Multiple SERCOS error (MASTER)
95
10507
Write cycle error
95
10508
SERCOS boot error
96
10509
Wrong FW version
96
10510
RTB interrupt missing
97
10511
CPU time overflow
97
10512
SERCOS wrong device type
97
10513
Download result
98
10514
Error download configuration file
98
10516
SERCOS wrong device position
98
10517
Multiple use RealTimeBusAdr
99
10518
Too many real SERCOS slaves
99
10600
Serial interface disturbed
99
10601
Encoder track error
100
10700
CAN layer2 driver error
100
10701
CAN Layer 2 Init error
100
10702
CAN Layer 2 1 error occurred
100
10703
CAN Layer 2 error reaches warning limit
101
10704
CAN Layer 2 switched passive
101
10705
CAN system error
101
10706
CAN Layer 2 under warning limit
102
10707
CAN Layer 2 switched active
102
10720
No module found
102
10721
Module not ready
103
10722
No cyclic telegrams
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10723
No Profibus configuration data
104
10724
No I/O range
104
10725
Module firmware replaced
104
10726
Module firmware invalid
104
10730
Faulty master parameter data
105
10731
Automatic bus deactivation
105
10732
No reply from slave
105
10733
Serious bus error
106
10734
Bus short circuit recognized
106
10735
Bus telegrams ignored
106
10736
No I/O data exchange with slave
106
10737
Duplication of IEC addresses
107
10738
Conf. IO data > admissible IO range
107
10739
Duplicate Profibus addresses
107
10750
CanOpen node does not exist
107
10751
CanOpen node not configured
107
10752
No CanOpen EDS file
108
10753
Init of CanOpen module failed
108
10754
CanOpen error message
108
10755
CanOpen node guarding error
108
10756
CanOpen DPM access time overflow
108
10757
CanOpen config error
109
10758
Size of application object not supported
109
10759
Max. no. of application objects limit reached
109
10770
Overflow of optional module ranges
109
10771
Duplicate IRQ config. of optional modules
110
10780
Frequency > 1 MHz
110
10781
No connection with encoder
110
10782
Track error
111
10785
Hardware defective
111
10786
Asynchronous to SERCOS-Bus
111
10787
Configuration error
111
10788
Connection error
113
10789
Simple bus error
113
10790
Module error
114
10800
Insufficient memory
114
10801
Error reading FAT
114
10802
Error writing FAT
114
10803
Inconsistency of FATs
115
10804
Corrupt cluster detected
115
10805
Corrupt file name detected
115
10806
Corrupt file size detected
115
10807
Multiple cluster/block detected
115
10808
Corrupt directory name detected
116
10809
Circularly linked clusters/blocks detected
116
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10810
Error reading directory entry
10811
Error writing directory entry
116
10812
Lost cluster/block found
116
10813
Device
not found
117
10814
Initialization of failed
117
10815
Error using function with
117
10816
Bootrom.sys
117
10817
No device name
117
10818
File not found
118
10819
File open error
118
10820
File read error
118
10821
File not continuously saved
118
10822
Cluster read error
118
10823
Contents of files different
119
10824
No file name
119
10825
Invalid directory size
119
10826
Error during PIC-FW update
119
10827
Power-Off due to hardware monitoring
120
10828
Library active
120
10900
Software error (suspend Task)
120
10901
Software error (invalid opcode)
120
10902
Software error (page fault)
121
10903
Software error (class 2)
121
10904
Software error (class 1)
121
11000
Reference run: initiator not found
121
11001
Reference run: no torque found
122
11002
Warmstart: outside window
122
11011
Reference run: initiator not found
122
11019
Cam definition higher than period
122
11020
Movement profile missing
123
11021
Error monitor mains contactor
123
11022
Error monitor "Inverter Enable"
123
11023
Error monitor Hardware Enable
123
11024
DC voltage too low
124
11025
Controller not ready
124
15000
Warmstart not finished
124
Notes
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Safety information
INFORMATION All work and activities may be carried out by trained and duly authorized persons only. All work with electric devices may be carried out by trained and duly authorized persons only.
Preparations for troubleshooting u
If necessary, switch Off the machine in compliance with these operating instructions and secure it against being unexpectedly switched back On again.
u
If required, lock the main command devices and withdraw the key and/or attach a warning sign to the main switch.
u
Cordon off a large area around the repair zone.
u
Inform the operating personnel and appoint a supervisor.
Measures after faults and prior to switching back on u
When the cause of the fault has been eliminated, clear the fault (reset).
u
Check the safety devices.
u
Check the fault-free functional sequence of the machine (collision-free operation).
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Checkweigher faults Possible faults INFORMATION The checkweigher fault messages are displayed on the operating and display terminal.
Faults without fault message Fault
Possible cause
Remedy
The checkweigher is not switched On.
Switch On the checkweigher at the operating and display terminal of the machine.
Defective fuse.
Replace defective fuse.
Signal from upstream machine is missing (if installed by customer).
Check signal from upstream machine.
Belt starts running laterally.
Unequal belt tension left/right.
Rectify tension of respective belt (see Chapter 8).
Belt slipping.
Low belt tension.
Excessive load on 3-phase motor.
Excessive belt tension.
The discharge runs too slowly / low‐power.
Cylinder / air nozzle has insufficient compressed air supply.
The checkweigher does not switch On after service work.
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Check air pressure. Check compressed air line for absence of leaks and bends.
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Troubleshooting checkweigher
401
Package length too small
Cause
Remedy
The input of the carton length is too small.
Increase the carton length on the control and display terminal.
402
No new measured values
Cause
Remedy
The measured value could not be transferred.
Check connection to weighing cell.
403
Fault zero point
Cause
Remedy
No zero point could be determined several times in succession.
Increase the cumulative error on the control and display terminal. Reduce agitation. Switch off the machine, then clean it and switch it back on.
404
Wrong weighing cell connected
Cause
Remedy
The serial number of the weighing cell differs from the stored serial number.
Install the correct weighing cell. Carry out another alignment process.
405
No weighing cell connected
Cause
Remedy
No weighing cell has been detected.
Check the connection cable between the weighing cell and the weigher control unit. Connect the weighing cell.
406
No valid adjusting values
Cause
Remedy
The weigher control unit has not yet been adjusted.
Perform an adjusting procedure as described in the operating instructions.
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407
Communication weighing cell master distorted
Cause
Remedy
The weighing cell control unit cannot communicate with the weighing cell.
Check the connection cable between the weighing cell and the weigher control unit. Put switch S4 on the weighing module in position Off.
408
Zero point unsteadiness
Cause
Remedy
Zero point synchronization could not be completed successfully because there was too much agitation.
Reduce agitation.
410
Adjusting weight too small.
Cause
Remedy
The applied adjusting weight is too small.
Check the imposed adjusting weight and compare with input. Carry out another alignment process.
411
Calibration value input error.
Cause
Remedy
The calibration value input is outside the tolerance range.
Check input and correct if necessary.
412
Adjusting weight input error.
Cause
Remedy
The adjusting weight input is outside the tolerance range.
Check input and correct if necessary.
413
Operating values inconsistent
Cause
Remedy
Operating values could not be transferred from the master to the weighing module.
Check Profibus connection.
The weigher control system has failed (does not respond).
Check the operability of the weigher coupler.
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Fail pack not ejected
Cause
Remedy
Ejector countercheck has detected a non-ejected fail pack.
Check the ejector and sensor of the ejector countercheck.
415
Zero point too high
Cause
Remedy
Load on the weighing cell is too large.
Clean belts and weighing cell and restart the machine.
416
Zero point too low
Cause
Remedy
Load on the weighing cell is too small.
Check belts and weighing cell for damage, e.g. for parts that fell off.
417
Zero point unsteadiness
Cause
Remedy
Zero point synchronization could not be completed successfully because there was too much agitation.
Reduce agitation.
418
Input weighing belt length = 0
Cause
Remedy
The value 0 has been entered as the weighing belt length.
Increase the value on the control and display terminal.
419
No adjusting process with calibration dongle
Cause
Remedy
An attempt has been made to adjust with a dongle inserted.
Pull off the dongle to adjust.
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420
Monitoring of cycle time
Cause
Remedy
The internal cycle time was exceeded.
Switch Off main switch. Wait until the machine is switched Off. Switch On main switch.
423
Measuring level too short.
Cause
Remedy
No measuring level could be calculated.
Check the inputs for pack width and output.
424
Fault frequency converter
Cause
Remedy
Frequency converter signals malfunction.
Check frequency converter. See Operating Instructions for the frequency converter.
425
Start initialization could not be completed
Cause
Remedy
Initialization of the weigher control unit could not be completed.
Check at the operating and display terminal if further faults are pending and eliminate them (e.g. zero point). Switch the weigher on and off.
426
Input performance = 0
Cause
Remedy
The value 0 has been entered as the performance.
Increase the value at the control and display terminal.
428
Profibus connection PMC2 disturbed!
Cause
Remedy
Profibus connection between weigher and dosing unit is disturbed.
Check Profibus connection. Switch the weigher on and off.
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Profibus connection BX3110 disturbed!
Cause
Remedy
Connection break between profibus modules.
Check Profibus connection. Switch the weigher on and off.
450
PMC2 internal fault
Cause
Remedy
An internal fault has occurred. Initialization of dosing unit is missing.
Check dosing unit.
451
Too many fail packs
Cause
Remedy
Too mane packs were discharged.
If more than the indicated number of packs are discharged in succession, the machine performs a ”Normal Stop”
452
External belt release missing
Cause
Remedy
The external belt release of the downstream machine is missing.
Check the downstream machine.
453
Only possible when belts are running
Cause
Remedy
Belts are not switched on. Function cannot be executed.
Switch on belts. Execute function when machine is running.
454
Size is unreadable
Cause
Remedy
The size is unreadable.
Enter the valid size.
455
New size cannot be saved
Cause
Remedy
The size cannot be saved.
Check size name.
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461
Pass package missing in counter-check
Cause
Remedy
A weighed package was removed from the outfeed belt.
Do not remove any weighed packages from the outfeed belt.
462
Unexpected package in counter-check
Cause
Remedy
An unweighed package was put onto the outfeed belt.
Do not put any unweighed packages onto the outfeed belt.
600
Fault initialization printer
Cause
Remedy
Initialization of the printer could not be completed.
Switch off weigher and check connecting cable to the printer.
601
Printer interface reception disturbed
Cause
Remedy
The signal exchange to the printer interface is disturbed.
Switch off weigher and check connecting cable to the printer.
602
Printer interface sending disturbed
Cause
Remedy
The signal exchange to the printer interface is disturbed.
Switch off weigher and check connecting cable to the printer.
611
Printing unit blocked
Cause
Remedy
The printing tool is blocked.
See separate operating instructions for the printer.
612
Printer: end of paper reached
Cause
Remedy
The printing paper roll is used up.
See separate operating instructions for the printer.
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Printer: cutter is blocked
Cause
Remedy
The cutter at the printer is blocked.
See separate operating instructions for the printer.
615
No I/O data exchange with slave PMC2
Cause
Remedy
The data exchange with the dosing unit is disturbed.
Check power supply the module.
No voltage supply.
Check power supply the module.
Module PMC2 of the dosing unit is defective.
Replace defective module.
616
Inputs CX9000 defective
Cause
Remedy
The module is defective.
Replace defective module.
617
Outputs CX9000 defective
Cause
Remedy
The module is defective.
Replace defective module.
650
Only allowed when machine is standing still
Cause
Remedy
Downstream machine is not switched Off. Function cannot be executed.
Switch Off machine. Execute function when machine is standing still.
651
External stop
Cause
Remedy
The machine was stopped by the downstream machine. The downstream machine is switched Off. Fault at downstream machine.
Inform operating personnel of the downstream machine. Switch on downstream machine or eliminate fault.
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652
Please clear belts
Cause
Remedy
There are packs on the belt.
Remove packs from the belt.
653
Size data are transferred
Cause
Remedy
User triggered a size data transfer.
Wait until size data transfer is completed.
699
Unknown printer error
Cause
Remedy
A printing error has occurred.
Acknowledge fault and switch weigher on or off, if necessary. If fault occurs more frequently, inform Bosch service technician.
1706
Check light barrier package scanner!
Cause
Remedy
Sensor is dirty, defective, disconnected or adjusted incorrectly.
Clean sensor. Check sensor. Replace defective sensor.
Cable to sensor is damaged.
Check cable leading to the sensor.
2421
Printer not enabled
Cause
Remedy
The printer is not enabled.
Check if printer is enabled.
2423
Option: Printer not installed.
Cause
Remedy
No printer is installed in the machine.
Option: Install printer to the machine.
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Belts are blocking
Cause
Remedy
The belt is mechanically blocked.
Attention: danger of crushing! Check if mechanically moving parts can easily be moved.
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Auger filler faults Faults without fault message Fault
Possible cause
Remedy
The auger filler does not start up after servicing or changeover work.
1 The agitator hopper is not closed. Safety switch (1) is defective. The auger filler stops or is not filling any longer.
Close the agitator hopper. Check the safety switch (1) and replace it as necessary.
The gate valve does not open.
Check the drive and valve. Check the initiator in the gate housing.
Foreign body in the agitator hopper.
Open the agitator hopper and remove any foreign bodies as necessary.
Encrusted product has built up on the filling auger.
Open the agitator hopper and clean the filling auger.
Fluctuations in volume in the product.
Check the uniformity of the product.
The filling weight is fluctuating too intensively.
The quality of the product is changing. Compare size parts with data sheet.
Ensure uniform quality of the product. Perform trial weighings more frequently.
The cross-feed auger does not start.
The fill level sensor signals full.
Check the fill level sensor.
The pouring volume is constantly diminishing.
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Troubleshooting auger filler INFORMATION Fault messages must always be deleted on the operator control unit!
System of the fault message numbers Fault messages are given a 4‐digit number, starting with the number 9100 or a 5‐digit number, starting with the number 10000. There are three main groups of messages: u
9100 ... 9599 are faults or messages of the servo control unit (see page 24) that are passed on to the operator control unit, with an addition of von 9000. Details can be referred to in the manual of the servo control unit.
Example: Fault 9291 = 291 in the manual. u
9700 ... 9799 are faults or messages that occur at the filler or due to a faulty filling sequence (see page 48).
u
10000 ... 15000 are faults or messages of the Diagnosis servo control unit (see page 54).
Example: fault 10037 = 37 in the manual.
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Troubleshooting filling auger
9110
A job timeout A job timeout has occurred.
Cause
Remedy
Internal problem with the data interchange between the positioning and actuator parts.
Encoder cable on SINCOS encoder not plugged in correctly or is defective. Please get in touch with our customer service department.
In versions < V20.01.04 the AXIS SINCOS SET <no.> statement has led to this error.
If AXIS SINCOS SET <no.> statement is needed, a software update is required in the PMC-2.
9120
Output stage short circuit A short circuit (phase short circuit) of the motor leads or of the motor is being checked.
Cause
Remedy
Wiring defect: short circuit in motor cable.
Replace motor cable or send in for repair.
Hardware defect: short circuit in motor (phase to phase or phase to casing).
Replace motor or send in for repair.
Hardware defect: the output stage in the PMC-2 is defective.
Replace the PMC-2 or send it in for repair.
9131
Bleeder defective The bleeder resistance (brake resistance) is being checked for operability.
Cause
Remedy
Wiring: the brake resistance is not connected to the PMC-2.
Connect the brake resistance (terminals 2 and 3).
Wiring: the brake resistance or supply line has a short circuit.
Check the brake resistance and supply line.
A mains voltage drop has occurred.
Check the mains voltage.
Mains voltage too high.
Check the mains voltage.
The brake resistance is wrongly dimensioned (ohm value too low).
Check the brake resistance rating.
Hardware defect: bleeder defective.
Measure the bleeder resistance and replace the bleeder as necessary.
Hardware defect: PMC-2 defective.
Replace the PMC-2 or send it in for repair.
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MEM no module The memory module is an elementary component of the PMC-2 and must therefore be plugged in for operation.
Cause
Remedy
The memory module is not plugged in.
Put on the MEM module.
Hardware defect: the memory module is defective.
Replace the MEM module.
9149
No MEM parameters No valid parameters are stored on the memory module.
Cause
Remedy
No parameters are stored on the memory module.
Send parameters to PMC-2.
Hardware defect: the memory module is defective.
Replace the MEM module.
The PMC-2 firmware version has been replaced and the PMC-2 was unable to convert the old parameters.
Change parameters to EPAS-3 and send to PMC-2.
9163
Incompatible EPROMs There are incompatible EPROMs in the in PMC-2.
Cause
Remedy
You have replaced EPROMs yourself. When you did so, you plugged in incompatible EPROMs.
Plug 2 compatible EPROM sets into the PMC-2.
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9164
SW WatchD MC/VC The cyclical process monitoring of the PMC-2 ascertains a defect in the actuator part.
Cause
Remedy
In a version < V20.03.00 with SinCos encoders although the encoder cable is plugged into the PMC-2, it is not plugged into the encoder. This problem only occurs after a reset or power On.
Plug the encoder cable into the encoder.
EPROMs have been replaced that are not compatible.
With "incompatible EPROMs”, under certain circumstances this error is reported, although the diagnostic message E163 would have to be triggered (OV change!).
EPROMs have been replaced that are not correctly plugged in.
Check whether the EPROMs are inserted in the correct order and in the correct direction. It may also be that an EPROM pin has been bent over.
A processor failure has been determined in the actuator part.
Please get in touch with our customer service department.
Errors can occur when changing over from 8 to 16 bit VECON (FPGA) (software version V0X.XX.XX -> V10.XX.XX).
Please get in touch with our customer service department.
9165
VC fatal error A serious software error has occurred in the actuator part.
Cause
Remedy
The TAB operator has been used without a cam being available.
Load cam data into the function buffer BUF.
A fatal software error has occurred in the actuator part.
Please get in touch with our customer service department.
9167
Wiring In the parameter set in the wiring table there wiring elements on optional modules that are not plugged in.
Cause
Remedy
In the wiring table wiring elements has been performed on optional modules that are not available in the PMC-2.
Adapt the wiring table (parameters) to the optional module and transfer it to the PMC-2.
The optional module is not correctly plugged in.
Check the code of the optional module in the system variables S9.14 "A_POS_OPT_X19". If the code is not correct, check whether the module is plugged into the correct slot and whether the module is correctly plugged in.
Hardware defect: the optional module is defective.
If the code of the optional module in the system variables S9.14 "A_POS_OPT_X19" is not correct, replace the optional module or send it in for repair.
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Error encoder_1: A hardware encoder error has occurred on encoder 1.
Cause
Remedy
Wiring defect: an encoder cable on the encoder Check the encoder cable and replace it, if or on the PMC-2 is pulled out or defective. necessary - check the ground connection (screening). The encoder voltage is not connected or is not correct.
Check the encoder voltage (see also encoder documents).
The parameter P1.05 "Lagegeber" = 1, but no optional module is plugged in.
Change the parameters or plug in the optional module.
The value in parameter P3.04 "Inkr_Geber_1" is not a number for base 2 with a SinCos encoder as position encoder.
Enter a valid value (4096, 8192, 16384, 32768 or 65536).
Hardware defect: the encoder is defective.
Replace the encoder.
9173
Error encoder_2: A hardware encoder error has occurred on encoder 2 (reference encoder).
Cause
Remedy
Wiring defect: an encoder cable on the encoder Check the encoder cable and replace it, if or on the PMC-2 is pulled out or defective. necessary - check the ground connection (screening). The encoder voltage is not connected or is not correct.
Check the encoder voltage (see also encoder documents).
The value in parameter P3.10 "Inkr_Geber_2" is not a number for base 2 with a SinCos encoder as position encoder.
Enter a valid value (4096, 8192, 16384, 32768 or 65536).
Hardware defect: the encoder is defective.
Replace the encoder.
9176
EEprom checksum. The checksum in the EEPROM is wrong.
Cause
Remedy
The device is not balanced.
Please get in touch with our customer service department.
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9177
Internal voltage error An internal device voltage is too low or has failed.
Cause
Remedy
The control voltage is too low or there was a brief voltage drop in the 24 V DC.
Check the 24 V control voltage (22...33 V DC).
Wiring defect: there is a short circuit in the encoder cable of an encoder.
Check the encoder cable and replace it, if necessary.
Hardware defect: the power unit in the PMC-2 is defective.
Please get in touch with our customer service department.
9178
ECL error 1 With the ECL statement "ERROR 1” a class 1 error has been triggered in the ECL user program. This error does not lead to the program part error, because it was triggered by the user.
Cause
Remedy
An error has been triggered by the user program.
See ECL user program or description relating to the ECL user program.
9195
Mot/res pairs of poles
The number of pairs of poles for the resolver and motor are not compatible. The number of pole pairs of the motor must be an integral multiple of the number of resolver pole pairs. For example: P4.04 Pol_Paare_Motor = 4 -> P3.02 Pol_Paare_Resolv = 1, 2, or 4; 3 is prohibited. P4.04 Pol_Paare_Motor = 2 -> P3.02 Pol_Paare_Resolv = 1, or 2, 3 and 4 prohibited. Cause
Remedy
The number of pole pairs for the resolver or motor are entered incorrectly in the parameter set.
Check the parameter set.
9197
SINCOS_1 No serial data was able to be received from the SinCos position encoder.
Cause
Remedy
Wiring defect: the encoder cable is not correctly plugged in or is defective.
Check the encoder cable and replace it, if necessary.
The SinCos position encoder has moved upon being switched on (power On or reset).
The SinCos encoder must stop upon being switched on (< approx. 1 rpm).
Hardware defect: the SinCos encoder is defective.
Replace the encoder.
Hardware defect: SCI-1 optional module defective.
Replace the module.
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SINCOS_2/INK_2 No serial data was able to be received from the SinCos reference encoder. Or the incremental reference encoder is not present.
Cause
Remedy
Wiring defect: the encoder cable is not correctly plugged in or is defective.
Check the encoder cable and replace it, if necessary.
This error also occurs on the SCI-1 optional module with incremental encoder as the reference encoder, if the parameter P1.07 "Check reference encoder" is on "Yes" and no encoder is plugged into the PMC-2.
Plug the encoder cable into the PMC-2 or check the plug bridge (X12.1 pin 8 to pin 10 for incremental encoder).
Hardware defect: the SinCos encoder is defective.
Replace the encoder.
Hardware defect: SCI-1 optional module defective.
Replace the module.
9207
Parameter invalid The parameter set in the PMC-2 is not valid. After switching on and receiving new parameters a parameter check for limit values is performed.
Cause
Remedy
Incorrect parameters have been transferred to the PMC-2.
Check and change the parameter set.
Hardware defect: the memory module is defective.
Replace the memory module.
9209
MC fatal error A serious software error has occurred in the positioning part.
Cause
Remedy
Hardware defect: the PMC-2 is defective.
Replace the PMC-2.
Software error: the PMC-2 firmware version has Please get in touch with our customer service errors. department.
9211
JOB timeout An internal timeout has occurred during a data interchange between the positioning and actuator parts.
Cause
Remedy
Software error: the PMC-2 firmware version has Please get in touch with our customer service errors. department.
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9217
Default parameters No valid parameter set was found when the device was switched on. The standard parameter set has therefore been loaded from the EPROM.
Cause
Remedy
No valid parameters are available.
Transfer parameters to the PMC-2.
Hardware defect: the memory module is defective.
Replace the memory module.
9221
Excess current The current via the output stage is too great (double the PMC-2 device peak current).
Cause
Remedy
Wiring defect: the motor cable is not correctly connected or has a short circuit.
Check the wiring.
The current controller parameters (group 4) are Check the current controller parameters not correct. (P4.11, P4.12 and P4.13). Commutation defect, i.e. the encoder (resolver or SinCos) is not balanced or calibrated.
Balance or calibrate the encoder.
Hardware defect: the motor has a short circuit.
Replace the motor.
9223
Intermediate circuit voltage too high The intermediate circuit voltage is too high.
Cause
Remedy
Wiring defect: brake resistance (bleeder resistance) not connected.
Connect the brake resistance (terminals 2 and 3).
The motor's braking energy fed back into the intermediate circuit of the motor is too high, which causes an increase in the voltage.
Decelerate slower. Check the dimensioning of the brake resistance (bleeder resistance).
The mains voltage is too high.
Check the mains infeed.
There has been a drop in the supply voltage.
Check the mains infeed.
Hardware defect: the bleeder transistor is defective.
Replace PMC-2 or send it in for repair.
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Motor temp / +UL The internal motor temperature is too high (approx. 130 °C) or the 24 V supply to X5.1 is missing.
Cause
Remedy
Wiring defect: the 24 V +UL/L0 supply is missing (X5.1).
Connect 24 V.
Wiring defect: the temperature switch in the motor winding is not correctly connected.
Check the wiring.
The holding brake is not released.
Release the brake.
The motor is overloaded.
Run the line slower, check the drive rating, possibly use a larger motor for this application.
Commutation defect, i.e. the encoder (resolver or SinCos) is not balanced or calibrated.
Balance or calibrate the encoder.
Wiring defect: the temperature switch in the motor winding is defective.
Replace the motor or send it in for repair.
Hardware defect: the input for the temperature encoder on the PMC-2 is defective.
Replace PMC-2 or send it in for repair.
9232
Output stages I²T
The output stage is overloaded or the output stage wattage is too high. When output stages I²T occur the motor current is limited to the PMC-2 device's rated current. Monitoring of the output stages I²T is performed with the aid of an integrator, which is determined by an equation. Cause
Remedy
The output stage is overloaded.
Check the drive rating.
For further causes and remedies see 9528 motor I²t.
9234
Unknown errors An unknown error has occurred.
Cause
Remedy
The error text has not yet been defined.
Take note of the change status. Please get in touch with our customer service department.
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9241
Encoder stoppage
The encoder is not supplying any position change, although a setpoint is pending. If a setpoint of ¼ of the maximum rotational speed is pending and after 5 samplings of the position controller no impulses have yet been returned, this message is triggered. Important information: this message (and E242) can be switched off via S1.21 "E_Geber_Stillstand". Cause
Remedy
The mechanical connection between motor and encoder is broken.
Check the mechanical connection to the position encoder.
Hardware defect: the holding brake of the motor is defective.
Check the holding brake.
9242
Encoder jump
A jump-like change in position has been determined on the encoder. Important information: this message (and E242) can be switched off via S1.21 "E_Geber_Stillstand". Cause
Remedy
An encoder overflow (max. encoder range exceeded) has occurred on an absolute value encoder (SSI) in an absolute system (P0.12) that has been preselected as a position encoder.
Check the maximum traversing range and resolution.
Wiring defect: the encoder cable is defective.
Replace the encoder cable.
Hardware defect: the encoder is defective.
Replace the encoder.
9243
Error encoder_0:
An error has occurred on the resolver. Important information: In PMC-2 versions < 20.03.00 this error message can also occur on SinCos encoders (position encoders). Cause
Remedy
Wiring defect: the encoder cable is defective or not correctly plugged in.
Plug in the encoder cable. Check the encoder cable.
Hardware defect: the resolver in the motor is defective.
Replace the motor.
Hardware defect: the resolver input on the PMC-2 is defective.
Replace the PMC-2.
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MEM CRC error A checksum error has occurred while reading from the memory module.
Cause
Remedy
The data on the memory module is defective.
Write new data to the memory module.
Hardware defect: the memory module is defective.
Replace the memory module.
9255
Parameter error.
Limitation of the resolutions for the rotational speed pilot control is monitored by means of this diagnostic message. Rotational speed pilot control: Under certain resolution conditions of standardization encoders (NG) and position encoders (LG) a limitation of the rotational speed pilot control takes place and hence an increased lag error. The resolutions must stay within limits (formula). Cause
Remedy
The parameters do not comply with the formula.
Adapt the parameters.
9258
Breakpoint number The breakpoint number is too high.
Cause
Remedy
The breakpoint number is entered too high.
Use a valid breakpoint number.
9268
Wrong encoder no. The position encoder number (P1.05) is not correctly entered in the parameter set.
Cause
Remedy
SINCOS is entered in the parameter P0.24 "PMC_Variant", but the parameter P1.05 "Lagegeber" is not entered on "1".
Change parameter P1.05 "Lagegeber" to "1" or P0.24 "PMC_Variant" to "Standard".
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9269
Max. rotational speed The current rotational speed is greater than is entered in the parameter P4.03 "Max_Drehzahl".
Cause
Remedy
Error occurring on the electrical cam on account of wrong data.
Check the cam data and program.
Jumps have occurred in the reference encoder.
Check the reference encoder.
The error is occurring on the electrical transmission or electrical cam on account of a wrong AXIS SETPOSG statement.
Check the program.
Commutation defect, i.e. the encoder (resolver or SinCos) is not balanced or calibrated.
Balance or calibrate the encoder.
Parameter P0.02 "A_max" is so high that fast automatic control with the preset P4.02 "Max_Strom" is not possible.
Check parameter P0.02 "A_max". Check the drive rating.
The rotational direction parameter is not correctly entered.
Check the parameter P3.08 "Geber_Richt_1" and P4.01 "Drehrichtung".
9270
Max current
The parameterized "Max_Strom" (Parameter 4.02) is greater than the PMC-2 peak current or the parameterized "Nenn_Strom" (Parameter 4.08) is greater than the PMC-2 rated current. Cause
Remedy
The parameters P4.02 and/or P4.08 are not correctly entered.
Check the parameters. Motor actuator combination correct?
9271
Error encoder_1: A hardware encoder error has occurred on encoder 1.
Cause
Remedy
Wiring defect: an encoder cable on the encoder Check the encoder cable and replace it, if or on the PMC-2 is pulled out or defective. necessary - check the ground connection (screening). The encoder voltage is not connected or is not correct.
Check the encoder voltage (see also encoder documents).
The parameter P1.05 "Lagegeber" = 1, but no optional module is plugged in.
Change the parameters or plug in the optional module.
The value in parameter P3.04 "Inkr_Geber_1" is not a number for base 2 with a SinCos encoder as position encoder.
Enter a valid value (4096, 8192, 16384, 32768 or 65536).
Hardware defect: the encoder is defective.
Replace the encoder.
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Error encoder_2: A hardware encoder error has occurred on encoder 2 (reference encoder).
Cause
Remedy
Wiring defect: an encoder cable on the encoder Check the encoder cable and replace it, if or on the PMC-2 is pulled out or defective. necessary - check the ground connection (screening). The encoder voltage is not connected or is not correct.
Check the encoder voltage (see also encoder documents).
The value in parameter P3.10 "Inkr_Geber_2" is not a number for base 2 with a SinCos encoder as position encoder.
Enter a valid value (4096, 8192, 16384, 32768 or 65536).
Hardware defect: the encoder is defective.
Replace the encoder.
9275
Parameter > v_max A velocity in the parameters is greater than parameter P0.01 "V_max".
Cause
Remedy
One of the parameters P0.05 "Man_langsam", P0.06 "Man_schnell" or P0.09 "V_Referenz" is greater than the parameter P0.01 "V_max".
Check the parameters.
9279
ECL error 2
With the ECL statement "ERROR 2" a class 2 error has been triggered in the ECL user program. This error does not lead to the program part error, because it was triggered by the user. Cause
Remedy
An error has been triggered by the user program.
See ECL user program or description relating to the ECL user program.
9291
8-fold lag error Exceeding of the 8-fold lag error (8*P1.01) has occurred. The lag error time is not taken into consideration with this error.
Cause
Remedy
This error normally occurs only in conjunction with the electrical cam disk.
Check your cam data.
9293
Parameter < A max Parameter P0.03 "A_Schnell_Halt" is less than P0.02 "A_max".
Cause
Remedy
The parameter has not been correctly entered.
Adapt the parameters.
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9301
HW limit switch negative The negative hardware limit switch (X5.1 / I.5) has been actuated (see also S0.15 "E_Endschalter_neg").
Cause
Remedy
The drive is outside of its physical traversing range.
Put the drive out of the limit switch range and possibly check the parameters.
The parameter P0.11 "End_Schalter" is wrongly set.
Check parameter P0.11 "End_Schalter" (break or make contact!).
The reference switch was not found on the reference run.
Check the parameter P0.10 "Ref_Schalter" (break or make contact!) and check the wiring.
9302
HW limit switch positive The positive hardware limit switch (X5.1 / I.4) has been actuated (see also S0.14 "E_Endschalter_pos").
Cause
Remedy
The drive is outside of its physical traversing range.
Put the drive out of the limit switch range and possibly check the parameters.
The parameter P0.11 "End_Schalter" is wrongly set.
Check parameter P0.11 "End_Schalter" (break or make contact!).
The reference switch was not found on the reference run.
Check the parameter P0.10 "Ref_Schalter" (break or make contact!) and check the wiring.
9303
SW limit switch negative The negative software limit switch has been approached or should be approached or crossed.
Cause
Remedy
A positioning statement "POS" should cross the negative software limit switch.
Check the ECL program.
A traversing order should cross the negative software limit switch.
Check the ECL program.
9304
SW limit switch positive The positive software limit switch will be approached or should be approached or crossed.
Cause
Remedy
A positioning statement "POS" should cross the positive software limit switch.
Check the ECL program.
A traversing order should cross the positive software limit switch.
Check the ECL program.
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Lag error A position lag error has occurred in the position controller of the PMC-2, which is greater than the parameter P1.01 "Schleppfehler" and was pending longer than the time in the parameter P1.02 "Schleppf_Zeit" (see also S2.09 "A_Schleppfehler" or the monitor outputs of the PMC-2).
Cause
Remedy
The "V_Vorsteuerung" is too small.
Increase the parameter P2.02 "V_Vorsteuerung".
The lag error monitoring is too intolerant.
Increase parameter P1.01 "Schleppfehler" and/or P1.02 "Schleppf_Zeit".
The acceleration is too great.
Reduce the acceleration (P0.02 "A_max" or in the user program).
The lag error is a consequence of the diagnostic message E528 "Motor I²t".
In the system variables S4.02 "A_Letzte_Warnung" it can be checked whether the E528 "Motor I²t" has occurred previously. See E528 "Motor I²t".
Mechanism stiff or blocked.
Check the traversing range.
Parameterization not correct.
Check parameter P1.00 "Lage_Kv", P1.01 "Schleppfehler", P1.02 "Schleppf_Zeit", parameter group 2 (velocity controller), P4.11 "I_P_Verstärkung", P4.12 "I_I_Verstärkung" and P4.13 "I_Vorsteuerung".
Wiring defect: conductors in the motor or resolver cable interchanged.
Check the cable connection or cable.
Wiring defect: wrong encoder plug or motor plug inserted (possibly by the adjacent actuator).
Check the encoder plug and motor plug. Check the encoder cable and motor cable.
Wiring defect: holding brake not released.
Check the holding brake.
Supply voltage missing.
Check supply voltage to X1.
An encoder with the wrong number of graduations has been installed.
Check the encoder.
Hardware defect: the coupling is too loose.
Check the encoder coupling.
Hardware defect: encoder signal is delivering jumps.
Check the traversing range.
9312
Arithmetical overflow An overflow or underflow has occurred in an ECL arithmetical function.
Cause
Remedy
The number format is insufficient.
Check the numerical ranges and possibly make calculations in DSET or FLOAT.
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9313
Division by zero A division by 0 should be performed in the user program.
Cause
Remedy
The divisor was equal to zero in an ECL division Check a division by 0 in the user program, function. check the numerical ranges.
9314
Time overflow The new target time in the WAITT command is greater than the overflow (24.8 days).
Cause
Remedy
The time in the WAITT command is too great.
Check the ECL program.
The PMC-2 has already been interrupted for 24.8 days (without a reset or power OFF) in operation. This leads to an internal time overflow.
Trigger a reset on the PMC-2 or an acknowledgment. Intercept this suitably in the ECL program -> possibly consultation with the application.
9315
Blending timeout A timeout has occurred while blending to the new traversing order.
Cause
Remedy
The last positioning order on which blending was performed, was not completed with VELEND 0.
Check the ECL program.
The positioning order on which blending was performed is not available in good time.
Check the ECL program.
9335
Invalid reference run mode The selected reference run mode is unknown.
Cause
Remedy
A wrong value has been entered in the parameter P0.08 "Referenz_Modus".
Enter the valid reference run mode in parameter P0.08.
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Limit switch before zero pulse During referencing the axis after the reference switch is hitting the limit switch before the zero pulse arrives.
Cause
Remedy
Wiring defect: encoder cable defective or zero track is missing.
Replace the encoder cable.
Reference switch is not correctly installed.
The reference switch must be positioned at least 1 revolution before the HW limit switch.
The encoder has been replaced and installed so Readjust the encoder. that the zero pulse is outside of the traversing range. Hardware defect: encoder defective.
9337
Replace the encoder.
No zero pulse in a revolution During referencing it is checked whether a zero pulse arrives within a revolution of the position encoder.
Cause
Remedy
The parameter P3.01 "Inkr_Geber_0" or P3.04 "Inkr_Geber_1" is incorrectly entered.
Enter the parameter correctly.
Wiring defect: the position encoder cable is defective.
Check the encoder cable.
Hardware defect: the encoder is defective.
Replace the encoder.
9339
Not referenced The called function requires a referenced system. This diagnostic message can only occur in systems with a resolver or incremental encoder as the position encoder.
Cause
Remedy
The system is not referenced.
Reference the system.
9345
Sector invalid The memory module is subdivided into sectors. An error message is issued when writing to a populated sector.
Cause
Remedy
The sector is populated.
Select a valid sector or delete the sector first of all via EPAS-3.
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9346
MEM R/W error Error during read or write access to the MEM module.
Cause
Remedy
Hardware defect: the memory module is defective.
Replace the memory module.
9350
BCD format error A BCD conversion is not possible.
Cause
Remedy
The number to be converted is not a BCD notation or the binary number is greater than 8 decimal places or the number is negative.
Check the numerical range.
Wiring defect: the BCD-value is read in via I/O wiring. In doing so, for example, the conductors have got mixed up.
Check the wiring.
9351
Variable number An illegal variable number has been used.
Cause
Remedy
For example, it is verified for the PUT statement whether the source index + quantity > 10000 and whether the target index + quantity > 3999.
Check the numerical range.
9352
Variable range The value cannot be represented by the variable.
Cause
Remedy
For example, AXIS SETPOSG on an encoder that is not present.
Check the value range.
For a VARIO CAM statement (e.g. SYNG) Y_NORM * Auflösung_NormGeber > 3276800.
Change Y-scaling in the cam file.
AXIS SINCOS SET statement for encoder that is Use the statement only for SinCos encoders. not a SinCos encoder.
9353
Nesting A maximum nesting depth of 10 is envisaged for ECL subroutines.
Cause
Remedy
The maximum nesting depth has been reached.
Check subroutine calls.
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Program location An invalid program location has been used in an ECL statement (e.g. ECL START).
Cause
Remedy
A program location number has been used that is already populated (multiple calls).
Check the user program.
A program location number has been used that is greater than 8.
Check the user program.
9356
PGM trans active A program could not be started because it has only just been transferred.
Cause
Remedy
A program start has been attempted during transfer of the program (EPAS-3 or MEM --> PMC).
Comply with the chronological order.
9357
No valid PGM A program start has been attempted without a valid program being available.
Cause
Remedy
No program is available in the PMC-2.
Send the program to the PMC-2.
There is no valid BASIC soft program in a BASIC soft PMC-2.
Install a valid Elau BASIC soft program.
9359
VEL <= 0 The preset velocity is zero or negative.
Cause
Remedy
In the user program (VEL or VELEND statement) a velocity is preselected that is zero or negative.
Check the user program.
9360
VEL too high The preset velocity is greater than the maximum velocity in the parameter P0.01 "V_max".
Cause
Remedy
In the user program (VEL or VELEND statement) a velocity is preselected that is greater than the maximum velocity in the parameter P0.01 "V_max".
Check the user program.
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9361
ACC <= 0 The preset acceleration is zero or negative.
Cause
Remedy
In the user program (ACC statement) an acceleration is preselected that is zero or negative.
Check the user program.
9362
ACC too high The preset acceleration is greater than the maximum acceleration in the parameter P0.02 "A_max".
Cause
Remedy
The preset acceleration is greater than the maximum acceleration in the parameter P0.02 "A_max".
Check the user program.
9366
Defective. SYN data: Invalid data has been transferred for the SYNG statement "electrical cam".
Cause
Remedy
The cam variable has not yet been transferred to the PMC-2.
Transfer the cam variable file to the PMC-2.
The cam variable data has not been loaded correctly from the memory module with the GET statement.
Check the user program.
The cam variable data has not been transferred correctly to the buffer by the "PUT xx, yy BUF zz" statement.
Check the user program.
9380
ECL error 3 With the ECL statement "ERROR 3” a class 3 error has been triggered in the ECL user program. This error does not lead to the program part error, because it was triggered by the user.
Cause
Remedy
An error has been triggered by the user program.
See ECL user program or description relating to the ECL user program.
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ECL COM COM1/2 has not been reserved for the COM statement or COMX statement.
Cause
Remedy
The parameter P0.21 (COM2) or P0.26 (COM1) is not set to COM ECL.
Adapt the parameters (RESET after parameter acceptance is required!).
9386
Pos overflow
An overflow is occurring in the conversion INK <-> units. The value range of a 32-bit two's complement number is between: + 231-1 = + 2 147 483 647 and - 231 = - 2 147 483 648 Cause
Remedy
The error occurs while sending or receiving the parameters in the PMC-2. The values for parameter P0.13 "Softlimit_Pos" or P0.14 "Softlimit_Neg" or P0.15 "O_Punkt_Offset" are too great.
Check the parameters e.g. P0.13 "Softlimit_Pos" 999 999.999 units. P3.00 "Auflösung_Geb_0" 4096.0000 incr/unit -> calculate value in increments -> 999 999.999 units * 4096.0000 incr/unit = 4 095 999 995.904 incr -> value is too high Elimination: reduce resolution, e.g. 409.6000 incr/unit reduce P0.13 "Softlimit_Pos" e.g. 99 999.999 units.
Error occurs during normal operation. The value range (I32) is exceeded when converting a system variable. This occurs mostly when a system variable is displayed in EPAS-3, in BE-1, BE-7, BE-8 or during transfer via an interface.
Reset system variables in the user program in good time.
9390
PLC PT function An illegal statement is to be used in a PLC program part.
Cause
Remedy
The statement HOME, POS, POSG, SYN or SYNG is used in a PLC program part.
Check the user program.
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9416
Target window timeout The target window is not reached during a positioning.
Cause
Remedy
The target window in the parameter P1.03 "Zielfenster" has been selected too small.
Increase the parameter P1.03 "Zielfenster".
The parameterization of the control circuits (parameter group 2 and P4.10 - P4.13) is not correct.
Check the parameters.
There is a mechanical blockage.
Check the mechanism.
9426
Heat sink temperature too high The heat sink temperature is too high (level 2).
Cause
Remedy
The output stage is overloaded.
Check the motor / actuator combination. Check the calculation of the motor and actuator. Run the line slower.
Ventilation is insufficient or the ambient temperature is too high.
Check the ventilation of the switch cabinet (filter may be dirty). Check the function of the air conditioning unit.
Hardware defect: the temperature sensor is defective.
Replace the PMC-2.
9427
Inner temperature high The PMC-2 inner temperature is too high.
Cause
Remedy
Ventilation is insufficient or the ambient temperature is too high.
Check the ventilation of the switch cabinet (filter may be dirty). Check the function of the air conditioning unit.
Hardware defect: the temperature sensor is defective.
Replace the PMC-2.
9430
Bleeder I²T The bleeder resistance is overloaded.
Cause
Remedy
The drive is wrongly dimensioned.
Check the drive rating.
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ECL error 4 A class 4 error with the ECL statement "ERROR 4” has been triggered in the ECL user program. This error does not lead to the program part error, because it was triggered by the user.
Cause
Remedy
An error has been triggered by the user program.
See ECL user program or description relating to the ECL user program.
9522
Phase failure Failure of a phase (or two) of the mains connection.
Cause
Remedy
Wiring defect: not all phases are connected or the mains contactor is not correctly wired.
Check the wiring.
External fuse has responded.
Check fuses.
9524
Intermediate circuit voltage too low The intermediate circuit voltage is too low.
Cause
Remedy
The mains voltage is too low.
Check the mains voltage.
With intermediate circuits wired in parallel a PMC-2 has a class 1 or 2 error.
Look for the PMC-2 with the error and eliminate the error.
9526
Heat sink temperature too high The heat sink temperature is too high (level 1).
Cause
Remedy
The output stage is overloaded.
Check the motor / actuator combination. Check the calculation of the motor and actuator. Run the line slower.
Ventilation is insufficient or the ambient temperature is too high.
Check the ventilation of the switch cabinet (filter may be dirty). Check the function of the air conditioning unit.
Hardware defect: the temperature sensor is defective.
Replace the PMC-2.
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9528
Motor I²T
The motor is overloaded or the wattage supplied to the motor is too high. Upon the occurrence of motor I²T the motor current is limited to the motor's rated current. The motor I²t monitoring is performed with the aid of an integrator. Cause
Remedy
The holding brake is not released (broken cable, voltage outside of the range 22...33 V).
Check the brake or wiring.
The lubrication system is defective.
Check the lubrication.
Blunt tool.
Check or replace the tool
The motor is vibrating.
Check the parameters (parameter group 2 and P4.10 - P4.13).
The suspended axis is too heavy or. the counterbalance is defective.
Check the drive rating and counterbalance.
Mechanism stiff or blocked.
Check the traversing range.
The motor is overloaded.
Check the drive rating. Run the line slower or accelerate more slowly.
The motor is demagnetized.
Replace the motor.
9529
Output stages I²T rpm
The output stage is overloaded or the output stage wattage is too high. When output stages I²T occur the motor current is limited to the PMC-2 device's rated current. Monitoring of the output stages I²t is performed with the aid of an integrator, which is determined by the following equations. Cause
Remedy
The output stage is overloaded (where rpm <50).
Check the drive rating.
For further causes and remedies see 9528 motor I²t.
9582
ECL error 5
With the ECL statement "ERROR 5” a class 5 error (warning) has been triggered in the ECL user program. This error does not lead to the program part error, because it was triggered by the user. Cause
Remedy
An error has been triggered by the user program.
See ECL user program or description relating to the ECL user program.
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EEPROM ANA-1 The EEPROM on the ANA-1 module does not contain any offset balancing data.
Cause
Remedy
The EEPROM on the ANA-1 module is defective or deleted.
Send ANA-1 in for checking.
9587
BE timeout The PMC-2 expects an operator control device to be connected, but cannot connect to it.
Cause
Remedy
No operator control device should be connected.
Change parameter P0.21 "COM2_Anwendung" or P0.26 "COM1_Anwendung".
Wiring defect: no connecting cable is plugged into the operator control device or the cable is defective.
Make the connection to the operator control device, check the cable.
Hardware defect: the operator control device is defective.
Replace the operator control device.
9588
Control voltage low The control voltage (24 V DC) is too low.
Cause
Remedy
Control voltage too low.
Check the control voltage (22...33 V DC).
9589
Communication module An error in connection with the communication module has occurred.
Cause
Remedy
See documentation (Elau) process coupling.
See documentation (Elau) process coupling.
9592
EG sequence error The drive did not become synchronous by the synchronous end point (S5.04 "E_SYN_Ende").
Cause
Remedy
The reference velocity is too fast.
Check the reference velocity.
The path to synchronization is too short.
Check the starting point. Increase the acceleration.
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9596
Axis pos timeout A timeout has occurred in the internal calculation of the POS statement. The reason for this is a PMC-2 processor overload.
Cause
Remedy
AXIS VEL, AXIS ACC, AXIS DEC or AXIS POS statement has been composed and the internal calculations for the POS statement were not able to be terminated in good time.
Compose AXIS statement again. Reduce the system load.
9700
EMERGENCY STOP
Cause
Remedy
Safety circuit is broken.
Safety switch on the agitator hopper is broken or other additional safety switches (optional) on the filler are broken.
Connection in plug X1/6-7 is disconnected (external EMERGENCY STOP).
Use wiring diagram for troubleshooting.
9701
Cross-feed auger faulty
Cause
Remedy
The motor of the cross-feed auger on the displayed filler is overloaded.
Check the cross-feed auger for smooth operation. Check the mechanical components for damage.
The protective motor switch hat triggered.
Check the protective motor switch.
Voltage connection (400 V) has no contact.
Check the voltage.
Error message on the frequency converter.
See operating instructions of the manufacturer.
9702
Agitator faulty
Cause
Remedy
The motor of the agitator on the displayed filler is overloaded.
Check the agitator for smooth operation. Check the mechanical components for damage.
The protective motor switch hat triggered.
Check the protective motor switch.
Voltage connection (400 V) has no contact.
Check the voltage.
Error message on the frequency converter.
See operating instructions of the manufacturer.
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Protective motor switch
Cause
Remedy
Protective motor switch for drive of the cross-feed auger and agitator in the filler has triggered.
Check the protective motor switch and servomotor. Check the voltages on the servomotors. Then render the protective motor switch operable again.
9704
Closure does not open
Cause
Remedy
The closure motor on the displayed filler is overloaded.
Check the closure for smooth operation. Check the mechanical components for damage.
Only in case of a closure with a servomotor. The current supply plug of the electricity supply is not plugged in.
The electricity supply plug is not plugged in. Check the servomotor's brake.
For pneumatic closure only. The initiator is not being reached in the preset time.
Check the closure for smooth operation. Check the pneumatics. Check the initiator.
9705
Cycle too short
Cause
Remedy
The dosing time is too short.
Check and correct the input. Reduce the machine cycle. Increase the dosing auger speed, however this can cause a change in the filling precision.
9707
No material/empty message
Cause
Remedy
There is too little product in the displayed filler.
Top off the product. Check the product feed to the product distributor.
Initiator for the product scan is defective, unplugged or incorrectly set.
Check the initiator. Readjust the sensitivity of the initiator. "Calibrated filling" is not possible, if there is a product empty message.
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9708
Closure's advance switch-off time is too long
Cause
Remedy
The advance switch-off time is too long.
Check and correct the input.
The advance switch-off time is too long for the current dosing time.
To eliminate the delay when closing the closure, a lead time can be defined that is usually between 0 and 60 ms.
9710
Address in the secure memory area
Cause
Remedy
Error in the memory. The program has errors. Profibus transfer is faulty.
Switch off the displayed filler and switch it back on again (on the operator control and display terminal).
9711
Data loss in the RAM, transfer again
Cause
Remedy
Data loss in the format data memory. The last production/filler data are stored in the control unit. The memory duration is roughly 7 days.
Transfer the format data again (in the operator control and display terminal).
9712
Max. top-off volume exceeded
Cause
Remedy
Only for use as a top-off filler: The top-off volume of the top-off filler is exceeded. No top-off filling is taking place.
Increase the preset filling weight of the main filler (in the operator control and display terminal). Check the top-off filler.
9713
Transfer the value < = 0
Cause
Remedy
Error in the memory. The program has errors. Profibus transfer is faulty.
Switch off the displayed filler and switch it back on again (on the operator control and display terminal). Check the data entered.
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Weight too low or no new value
Cause
Remedy
Only for use as a top-off filler: The top-off volume of the top-off filler is exceeded. No top-off filling is taking place.
Increase the preset filling weight of the main filler (in the operator control and display terminal). Check the top-off filler.
9715
No calibrated filling, product is missing
Cause
Remedy
There is too little product in the displayed filler. The calibrated filling could not be performed.
Top off the product. Check the product feed to the product distributor.
Initiator for the product scan is defective, unplugged or incorrectly set.
Check the initiator. Readjust the sensitivity of the initiator.
9716
Weight regulation at the stop
Cause
Remedy
The regulating range of the filler is exhausted, because the product has changed too much.
Perform a recalibration.
Dosing auger dirty.
Clean the auger.
9717
Closure is closing during dosing
Cause
Remedy
The initiator on the closure is free during dosing.
Check the mechanism. Check the wiring and initiator.
9718
Profibus faulty
Cause
Remedy
No bus connection to the filler.
Check the Profibus wiring/operability.
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9719
Voltage for outputs is missing
Cause
Remedy
Supply voltage missing.
Check the voltage. See wiring diagram.
9720
Fuse for outputs defective
Cause
Remedy
Fuse in the infeed terminal of the I/O modules is defective.
Check outputs for short circuit, replace fuse with same type.
9721
Motor temperature of agitator
Cause
Remedy
Thermal contact in the agitator motor has triggered.
Check the agitator for smooth operation. Clean the cooling ribs and vents of the motor. Replace motor, if defective.
9722
Motor temperature of cross-feed auger
Cause
Remedy
Thermal contact in the cross-feed auger motor has triggered.
Check the cross-feed auger for smooth operation. Clean the cooling ribs and vents of the motor. Replace motor, if defective.
9723
Agitator hopper open
Cause
Remedy
Safety switch on the agitator hopper is open.
Close the agitator hopper. Check the wiring and safety switch.
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Wrong operating mode
Cause
Remedy
Function not possible in the set operating mode.
Change the operating mode.
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10037
Battery low
The buffer battery of the servo control device is discharged. Cause
Remedy
The battery voltage is too low.
Change the battery with the aid of the operating instructions.
10038
Power fail
A voltage drop has occurred on the NvRam and on the real-time clock (RTC). The NvRam is deleted and the system time is not correct. Cause
Remedy
The system has been switched off for too long and the battery voltage is insufficient.
Re-initialize the retain area and the clock. Change the battery with the aid of the operating instructions.
10100
I2T Motor
The motor is overloaded or the power transmitted to the motor is too high. The integra tor (see control configuration l2t) increased to 100 %. Cause
Remedy
The holding brake is not bled (broken cable, voltage outside the range of 24 V +/-10 %).
Check brake and wiring.
Defective lubricating system.
Check lubrication.
Blunt tool.
Check and/or exchange tool.
Motor oscillates.
Check the controller parameters.
Pendant axis too heavy or weight balancing defective.
Check drive settings and weight balancing, run plant at slower speed or accelerate more slowly.
Motor is demagnetized.
Exchange motor.
10101
Amplifier power-off due to excess temperature
The cooling body of the PacDrive servo amplifier is too hot. Cause
Remedy
Insufficient ventilation or too high ambient temperature.
Check equipment ventilation and ventilation openings (if applicable), check control cabinet ventilation, check function of the air conditioning system.
End stage or mains rectifier are overloaded.
Check motor/actuator combination, check calculation of motor and actuator.
Hardware error: Temperature sensor is defective.
Exchange device.
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Motor - power-off due to excess temperature
The internal motor temperature (temperature switch in the motor) is too high for at least 2 seconds (approx. 130 °C). Cause
Remedy
Wiring error: Temperature switch in the motor winding is connected incorrectly.
Check wiring.
Wiring error: Shield of motor cable is applied incorrectly.
Check shield clamp at the bottom of the MC-4 motor controller and in the terminal box of the SM motor.
The holding brake is not bled.
Bleed brake.
Motor is overloaded.
Run plant more slowly.
Check drive design.
Possibly use a bigger motor for this application.
Commutation error, i.e. encoder is not adjusted Adjust and/or trim encoder. or trimmed. Hardware fault: Defective temperature switch in motor winding.
10103
Exchange motor.
Power-off due to cooling error
The internal temperature of the device is too high. For PS-5, the fan is switched on when the temperature is higher than 55 °C and switched off again when the temperature is lower than 40 °C. Cause
Remedy
Insufficient ventilation or too high ambient temperature.
Check equipment ventilation and ventilation openings (if applicable), check control cabinet ventilation.
Hardware error: Defective temperature sensor.
Exchange device.
10104
Power-off due to control voltage error
Control voltage incorrect. Cause
Remedy
Control voltage is too low or temporarily fell below 24V DC.
Check 24 V control voltage.
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10105
Feedback error (track monitoring)
A hardware encoder error occurred. It is necessary to reset the device that triggered the error. Cause
Remedy
Wiring error: Encoder cable at encoder or at servo amplifier or PacDrive controller is pulled off or defective.
Check encoder cable and exchange if necessary, check mass connection (shield).
Encoder voltage is not applied or incorrect.
Check encoder voltage.
Hardware error: Encoder is defective.
Exchange encoder.
10106
Communication error DC controller
An internal system error has occurred. Cause
Remedy
EMC errors.
Reset PacDrive system (PacDrive controller and servo amplifier).
Hardware error: Servo amplifier is defective.
Exchange servo amplifier.
10107
Excess current
The current flowing the output stage of the servo amplifier or in the DC circuit of the power supply is too high. Unlike diagnosis messages 120 "Overload power-off of output state" and 146 "DC circuit overloaded", shutdown occurs immediately after the peak cur rent is exceeded. For PS-5 the diagnosis message 146 "DC circuit overloaded" is also reported as diagnosis message 107 "Excess current". Cause
Remedy
Wiring error servo amplifier: Motor cable is connected incorrectly or has a short circuit.
Check wiring.
Servo amplifier: The current regulator parameters are incorrect.
Parameterize.
Hardware error servo amplifier: short circuit in the motor.
Exchange motor.
Power supply devices PS-4/PS-5: Too many consumers are connected (ServoDrive SCL, Intelligent Servo Module iSH).
Use an additional power supply and distribute the power supply for the consumers. The existing arrangement of devices may be made adequate by adjusting one of the applications (e.g. decreasing acceleration).
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Excess voltage
The DC circuit voltage is too high (for 400 V AC devices greater than 860 V DC; for 230 V AC devices greater than 430 V DC) Cause
Remedy
Wiring error: Bleeder not connected.
Connect bleeder.
Brake energy fed back to the DC-circuit is too high, which results in increased voltage.
Brake more slowly, check dimensioning of bleeder; use additional bleeder (bleeder module BM-4) for 400 V AC devices.
Mains voltage too high.
Check mains power supply.
Hardware error: Bleeder transistor is defective.
Exchange bleeder transistor.
10109
Undervoltage
The DC circuit voltage is too low. Cause
Remedy
The mains voltage is too low.
Check mains voltage (see Technical Data).
Parallel connected DC links, error in one servo amplifier.
Find servo amplifier with error and clear error.
10110
Phase error (power supply)
Failure of a phase (or two phase of the mains supply of the servo amplifier. The warning 131 "Phase failure of power supply warning" must have been pending beforehand for 10 s. Cause
Remedy
Wiring error: Not all phases connected correctly or mains contactor wired incorrectly.
Check wiring.
External fuse reacted.
Check fuses.
10111
Excessive following error
A very serious following error has occurred that is bigger than the 8-fold value of the Fol lowingLimit. Cause
Remedy
Usually this error occurs only in combination with CAM functions (e.g. MultiCam).
Check cam data.
The axis should be run with revolution control.
Set parameter Pos_P_Gain to "0".
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10112
Communication error real-time bus
The device (SERCOS slave) did not receive a valid telegram of the real time bus (SERCOS). This diagnosis signal is not reported in the system, because, in the case of an error, the SERCOS slave (e.g. power amplifier MC-4) cannot report the diagnosis code via SERCOS bus to the control system (e.g. C400). In this case, the diagnosis code 506 Multiple SERCOS cycle error (MASTER) is reported. Cause
Remedy
Intensity of optical fiber signal from predecessor too low or too high.
Set intensity according to configuration.
Hardware error: Optical fiber defective or signal too weak.
Exchange optical fiber; it may be sufficient to exchange optical fiber guide.
Due to aging.
Exchange device.
10113
Braking resistor defective
The device recognized a defect of the braking resistor (bleeder resistor). Cause
Remedy
Wiring: Short circuit in brake resistor or feeder.
Check brake resistor and feeder.
Wrong dimensioning of brake resistor (too low Ohm value).
Check brake resistor dimensioning (see also Project Manual and Technical Data).
Hardware error: Braking resistor (bleeder) defective.
Measure bleeder resistor and, if necessary, exchange bleeder.
Hardware error: Device with internal braking resistor defective.
Exchange device.
10114
Reading error EEPROM
The electronic device type plate cannot be read from the EEPROM. In the rating plate the device type, serial number, adjustment values etc. are stored. Cause
Remedy
Hardware error: EEPROM is defective.
Please contact the customer service, exchange servo amplifier.
10115
Gate-power failure
The voltage supply of the end stage of the servo amplifier is not available. Cause
Remedy
Hardware error: Servo amplifier defective.
Exchange servo amplifier.
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Commutation error
Commutation cannot be detected. Cause
Remedy
Motor is turning during MC-4 boot of power amplifier MC-4.
Make sure that the motor is standing when booting the servo amplifier.
Wiring error: Encoder cable not connected or defective.
Check wiring.
10117
Reading error encoder EEPROM
It is not possible to read the electronic motor rating plate from the encoder EEPROM. Cause
Remedy
Wiring error: Encoder cable is incorrect.
Check wiring.
Hardware error: Encoder defective.
Exchange motor and/or encoder.
10118
Error on serial interface to encoder
Data transmission to the encoder is disturbed. Cause
Remedy
Wiring error: Encoder cable defective.
Check encoder cable and exchange it if necessary.
Check mass connection (shield).
Check bridge in encoder cable connector.
Encoder voltage is not applied or incorrect.
Check encoder voltage.
Hardware error: Encoder is defective.
Exchange motor and/or encoder.
10119
Short or ground circuit in output stage
The system checks for a short circuit (phase short circuit) of the motor cables or the mo tor. Cause
Remedy
Wiring error: Short circuit in motor cable.
Exchange motor cable.
Hardware error: Short circuit in motor (phase to phase or phase to casing).
Exchange motor.
Hardware error: End stage in servo amplifier is defective.
Exchange servo amplifier.
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10120
Overload power-off output stage
Output stage is overloaded. Unlike diagnosis messages 107 "Excess current", shutdown does not occur immediately when voltage limit has been exceeded. The high thermal load of the device over a certain time interval is considered. Cause
Remedy
Output stage is overloaded.
Check combination of motor / positioning controller, check calculation of motor and positioning controller, drive system at lower speed.
Motor brake is not opened.
Check wiring of motor brake (protection against polarity reversal, cable break, ....).
Hardware error: Servo amplifier is defective.
Replace servo amplifier.
10121
Bleeder temperature too high
Bleeder is overloaded. Cause
Remedy
Drive is dimensioned wrongly.
Check drive dimensioning.
Hardware error: Bleeder or control is defective.
Please contact the customer service.
10122
Max. motor speed reached
The current motor speed is higher than the rated motor speed. Cause
Remedy
Error occurs when using a motor SH-055 with a rated speed bigger than 6000 rpm.
Use Firmware version starting from V00.22.00 in the power amplifier MC-4.
Error occurs in CAM function (e.g. MultiCAM9 due to wrong cam or profile data.
Check cam data and program.
Jumps occurred in the master encoder.
Check master encoder.
The error occurs in a CAM function due to an incorrect position manipulation (e.g. Setpos1() function).
Check program.
Hardware error: Commutation error, i.e. the motor encoder (SinCos) is not adjusted and/or trimmed.
Please contact the customer service.
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Error "Inverter Enable"
The "Inverter Enable" input became LOW while the drive was "in regulation" (DeviceState >= 16#20). If the drive is shut down via HW_Enable or ControllerEnable, the regulation is active until the drive is stationary and then the brake is activated (BrakeCouplingTime). Cause
Remedy
Wiring error.
Check wiring of the "Inverter Enable" input.
Switching error: "Inverter Enable" input was set Check addressing of "Inverter Enable" input. to LOW. Ext. diagnosis = Wrong Mode: xx The set mode in the parameter InverterEnableMode does not correspond with the real devices.
10124
Check parameter InverterEnableMode and adjust if necessary, check iSH hardware configuration and, if necessary, plug in or pull off iSH-DIS1.
Power-off due to overload
The power-off due to overload (overload function) detected an excess torque. This dia gnosis signal can be switch off via function OverloadErrorOff() switched back on via function OverloadErrorOn() (standard behavior!). Cause
Remedy
A case of overload occurs with active overload function.
Mechanics are tight or blocked, check driving range.
10125
"2t Motor" warning
Motor is overloaded. Integrator (parameter I2t) has already increased to 80 %. This can result in an error 100 "I2T motor". Cause
Remedy
Warning of control device.
-
10126
Amplifier excess temperature warning
The cooling body of MC-4/SCL/PS-4 gets too hot. This can result in an error 101 "Ampli fier - power-off due to excess temperature". Cause
Remedy
Warning of control device.
-
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10127
Excess temperature motor warning
Internal motor temperature (temperature switch inside the motor) is too high (approx. 130°C). If the temperature switching the motor reports a too high temperature for at least 2 seconds, the error 102 "Motor - power-off due to excess temp." is triggered. Cause
Remedy
Warning of control device.
-
10128
Cooling error warning
Internal temperature of the device is too high. For SCL, the internal power supply can be overloaded as well. This can result in an error 103 "Power-off due to cooling error". Cause
Remedy
Warning of control system.
-
10129
Power-off overload output stage warning
End stage is overloaded. This can result in an error 120 "Overload power-off output stage". Cause
Remedy
Warning of the control device.
-
10130
Bleeder temperature rising
Bleeder is overloaded. This can result in an error 121 "Bleeder temperature too high". Cause
Remedy
Warning of the control device.
-
10131
Phase failure of power supply warning
Failure of one phase (or two) of the mains connection of the servo amplifier. If this war ning exists for 10s, this leads to an error 110 "Phase error (power supply)" Cause
Remedy
Warning of the control device.
-
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Following error
A positioning following error greater than the parameter "FollowingLimit" occurred in the position regulator of the servo amplifier. Cause
Remedy
The contouring error monitoring is too intolerant.
Increase object parameter FollowingLimit.
Acceleration is too high.
Reduce acceleration.
Following error is a result of the diagnosis message 100 "I2T motor".
Mechanics are tight or blocked, check driving range.
Incorrect parameterization.
Check regulator parameters and J_Load.
The current feed forward is switched off.
Wiring error: Cores in the motor or encoder cable are switched, check cable connection and/or cable.
Wiring error: Wrong encoder connector or motor connector connected maybe from neighboring actuator).
Check encoder connector and motor connector, check connector cable and motor cable.
Wiring error: Holding brake not lifted.
Check holding brake.
No mains voltage.
Check mains voltage at the servo amplifier.
An encoder with a wrong bar code was installed.
Check encoder.
Hardware error: Coupling to the position encoder is loose.
Check encoder coupling.
Hardware error: Encoder signal gives jumps.
Check driving range.
The axis should be operated with velocity control.
Set parameter Pos_P_Gain to 0.
10133
Speed-dependent power reduction
From a speed of < 75 RPM (112.5 RPM SM 070), the maximum motor current is limited to 70% of peak current. This is a safety measure to protect the output stage of the servo amplifier when driving on block. In versions V00.11.00 or higher, this message is not generated until the set current is really limited to 70% of peak current. Cause
Remedy
Axis is driven to block.
Check driving range of the axis.
10134
External 24 V power supply too low
Control voltage (24 V DC) is too low. Cause
Remedy
Control voltage too low.
Check control voltage (see also Technical Data of the device).
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10135
Undervoltage warning
The system tries to start the drive, but the DC-circuit voltage is too low. Cause
Remedy
Hardware enable and software enable are there, but the mains voltage is too low.
Check mains voltage (see also Technical Data of the device); the mains contactor may not be connected.
Parallel connected DC links, one servo amplifier has an error.
Search the servo amplifier with error and clear error.
10136
"Inverter Enable" warning
Attempt to start the drive, but inverter enable is still LOW. Cause
Remedy
Hardware enable and software enable are there, but "inverter enable" is still LOW.
Switch on "inverter enable".
10137
Motorless
When changing the power amplifier MC-4 from motorless to normal operation, the sys tem reports a motor error that occurred in the meantime. Cause
Remedy
A motor error occurred.
The MC-4 can only be freed from this state if you carry out a hardware reset on the MC-4 or you set the MC-4 back to motorless.
The MC-4 was not switched off when connecting a motor to an MC-4 that was parameterized to motorless. After that, the MC-4 was changed to normal operation.
The MC-4 can only be freed from this state if you carry out a hardware reset on the MC-4 or you set the MC-4 back to motorless.
10138
Inadmissible motor
An inadmissible motor is connected to the MotorController. Cause
Remedy
An SM 070 60 010 is connected to the MC-4 / 22 A.
Use a "bigger" motor (e.g. SM 070 60 020) or a "smaller" MotorController (e.g. MC-4 / 10 A).
An SM 070 60 010, SM 070 60 020 or SM 100 50 030 is connected to an MC-4 / 50 A.
Use a "bigger" motor (z. B. SM 100 40 050) or a "smaller" MotorController (z. B. MC-4 / 10 A).
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Error in DC-circuit charge
The error message is generated if the mains voltage is applied and the DC circuit voltage is not reached after switching on the mains phases. The phase monitoring (MC-4: Pha seCheck, PS-4: PhaseCheckMode) does not influence this error check. This check pre vents a thermal destruction of the internal brake resistor. Cause
Remedy
The following sequence leads to the diagnosis message: 1. The parameter DC_LowCheck is "off". 2. The mains voltage drops and the drive remains in regulation. (If DC_LowCheck is "on", diagnosis message 109 "Undervoltage" appears. This leads to a reaction B and the drive does not stay in regulation.) 3. The mains voltage is increases (drive still in regulation!) while e.g. a load is pressing on the axis (energy consumption on the shaft!). This consumes so much energy that the DC circuit cannot be loaded.
Prevent drop of mains voltage while the drive is in regulation. Switch off regulation or the end stage of the MotorController when switching off the mains contactor (parameter ControllerEnable or input enable on the MotorController).
Short circuit or ground fault in DC voltage wiring.
Check wiring.
10140
Stop time limit
The stop time limit was exceeded when ramping down the motor in a controlled way. When switching off the Enable or HW_Enable or if an error with reaction B (best possible shutdown) occurs or by user-driven shutdown, the ramping down time is determined by the parameter StopTimeLim. If the drive still is not standing at the end of this ramping down time, the brake is actuated and the error message stop time limit is triggered. When the BrakeCouplingTime is completed, the drive is switched to a torque free state. Cause
Remedy
The load on the drive is too great to be able to observe the set stop time limit.
Check the parameter StopTimeLim.
Encoder in the motor is defective (or commutation not ok).
Exchange motor.
10141
Reading error EncoderPosition
An error occurred when reading the matching position from the motor encoder. In Mo torController Firmware version 00.20.00 and higher, this diagnosis message is replaced by diagnosis message 170 "Reading error DrvEncPosition". Cause
Remedy
The function DrvEncSetPosition() was called up Call up the function DrvEncSetPosition() again. and could not be processed correctly. Encoder in the motor is defective.
Bosch Packaging Technology
Exchange motor.
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10142
Board power-off due to overtemperature
The board temperature inside the housing is too high. Cause
Remedy
Ventilation is inadequate or the ambient temperature is too high.
Check the control cabinet ventilation system, check air conditioning unit (if available) for proper function.
Hardware error: The temperature sensor is defective.
Exchange the device.
10143
Encoder temperature warning
The temperature inside the encoder is too high. Cause
Remedy
Ventilation is inadequate or the ambient temperature is too high.
Check equipment ventilation and ventilation openings (if applicable), check control cabinet ventilation, check function of the air conditioning system (if applicable).
Hardware error: The temperature sensor is defective.
Exchange the device.
10144
DC bus short circuit
A short circuit has occurred in the DC bus of the power supplies PS-4/PS-5. For the PS-5 a ground circuit may have occurred. Cause
Remedy
Wiring error: the connecting cables of the power supply via the terminal boxes to the ServoDrives are incorrectly connected or short circuited.
Check cables and exchange, if necessary.
10145
DC bus ground circuit
A ground circuit has occurred in the power supply PS-4. Cause
Remedy
Wiring error: the connecting cables of the power supply via the terminal boxes to the ServoDrives are incorrectly connected or ground circuited.
Check cables and exchange, if necessary.
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DC bus overload
The DC circuit is overloaded. In this case, unlike diagnosis message 107 "overcurrent", switch-off does not occur as soon as the current threshold has been exceeded. The thermal overload of the device is observed over a specific period of time. Cause
Remedy
Too many loads (e.g. ServoDrive SCL) are connected to the DC bus.
Maybe the existent device constellation is sufficient when adapting the application (e.g. lower acceleration). Use another power supply PS-4 and divide the supply of the loads.
10147
24 V power supply overload
The 24 V supply available at the output of the PS-4/PS-5 power supplies is overloaded. If the diagnosis message occurs at the (load >100%) and the load continues to increase to >130%, then the 24 V for the 24 V for the subordinate iSH and DB-5 is switched off which means that the iSH cannot be reached via SERCOS any longer. The PS5 remains accessi ble in the SERCOS loop, because in this case, the PS-5 recloses the loop. Cause
Remedy
Wiring error: a short circuit has occurred.
Check wiring of the 24 V supply of the power supply via the terminal boxes to the ServoDrives.
Too many consumers (ServoDrive SCL, Intelligent Servo Module iSH) are connected.
Use another power supply PS-4 and divide the supply of the consumers.
10148
Internal voltage error 15 V
The device-internal 15 V voltage is too low. Cause
Remedy
The device is defective.
Exchange the device.
10149
Internal voltage error 12 V
The device-internal 12 V voltage is too low. Cause
Remedy
The device is defective.
Exchange the device.
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10150
Phase L1 failure
The L1 phase of the mains connection to the device has failed or is too low. Via the Pha seCheckMode parameter the diagnosis message can be switched off. Cause
Remedy
Wiring error.
Check the phase connection. Check wiring of the mains contactor.
External fuse reacted.
Check fuses.
The mains contactor is defective.
Exchange mains contactor.
10151
Phase L2 failure
The phase L2 of the mains connection of the device has failed or is too low. The Pha seCheckMode parameter can switch off the diagnosis message. Cause
Remedy
Wiring error.
Check the connection of the phase. Check wiring of mains contactor.
External fuse reacted.
Check fuses.
Mains contactor defective.
Exchange mains contactor.
10152
Phase L3 failure
The phase L3 of the mains connection of the device has failed or is too low. The Pha seCheckMode parameter can switch off the diagnosis message. Cause
Remedy
Wiring error.
Check the connection of the phase. Check wiring of mains contactor.
External fuse reacted.
Check fuses.
10153
DC bus discharge failure
DC bus was not discharged properly. Cause
Remedy
Too much braking energy is being fed from the connected SCL back into the DC bus.
Decelerate the drives before discharging (at a reduced rate of speed if necessary) and then start the discharge procedure. Incorrect shutdown sequence.
Phase voltage has been present for too long (see also 159 "DC bus not discharged warning").
Allow the mains contractor to release before activating the discharge.
The bleeder (responsible for the discharge) reaches maximum load when the discharge begins.
Decelerate the drives before discharging (at a reduced rate of speed if necessary) and then start the discharge procedure.
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Phase L1 warning
The phase L1 of the mains connection of the device has failed. If the warning persists for 10 s or longer, the system issues the error message 150 "Phase L1 failure". Cause
Remedy
Warning of the control device.
-
10155
Phase L2 warning
The phase L2 of the mains connection of the device has failed. If the warning persists for 10 s or longer, the system issues the error message 151 "Phase L2 failure". Cause
Remedy
Warning of the control device.
-
10156
Phase L3 warning
The phase L2 of the mains connection of the device has failed. If the warning persists for 10 s or longer, the system issues the error message 152 "Phase L3 failure". Cause
Remedy
Warning of the control device.
-
10157
DC bus overload warning
The load of the DC bus is at 80 %. This is displayed by the DC_BusOverload parameter. If the load reached 100 %, error message 146 "DC bus overload" is triggered. Cause
Remedy
Warning of the control device.
-
10158
24 V supply overload warning
The load of the 24 V supply for the devices SCL, iSH, PS-4 and PS-5 is at 80 %. If the load reaches 100 %, error message 147 "24 V supply overload" is triggered. Cause
Remedy
Warning of the control device.
-
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10159
DC bus no discharge warning
An attempt was made to discharge the DC bus, but the mains voltage is still present. If the DC bus voltage does not decrease to 25 V within 200 ms of this warning appearing, the error message 153 "DC bus discharge failure" is triggered. Cause
Remedy
Wiring error: the mains contractor is controlled incorrectly.
Check the wiring.
10160
Undervoltage power stage driver
The supply voltage of the power stage driver is too low. Cause
Remedy
Hardware error: the device is defective.
Exchange the device.
10161
Overtemperature board warning
The temperature of the board in the inside of the housing is too high. If the temperature continues to rise, diagnosis message 142 "Board power-off due to overtemperature" is triggered. Cause
Remedy
Warning of the control device.
-
10162
Wiring error O_0
There is a wiring error at pin 1 of the sensor/actor connector to the SCL. Cause
Remedy
The output is short circuited or overloaded.
Check the wiring of the output.
Hardware error: the output function block is defective.
Exchange the device.
10163
SERCOS: C1D error
A SERCOS warning in diagnosis class 1 (C1D) has occurred. The extended diagnosis con tains a data word that provides information on the exact cause. Cause
Remedy
Warning of the control device.
-
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SERCOS: C1D manufacturer-specific error
A manufacturer-specific SERCOS error in diagnosis class 1 (C1D) has occurred. The extended diagnosis contains a data word that provides information on the exact cause. For detailed information of the single bits, refer to the operating instructions of the SERCOS device manufacturer. Cause
Remedy
Warning of the control device.
-
10165
SERCOS: C2D warning
A SERCOS warning in diagnosis class 2 (C2D) has occurred. The extended diagnosis con tains a data word that provides information on the exact cause. Cause
Remedy
Warning of the control device.
-
10166
SERCOS: C2D manufacturer-specific error
A manufacturer-specific SERCOS error in diagnosis class 2 (C2D) has occurred. The extended diagnosis contains a data word that provides information on the exact cause. For detailed information of the single bits, refer to the operating instructions of the SERCOS device manufacturer. Cause
Remedy
Warning of the control device.
-
10167
SERCOS: C3D operation status
A SERCOS operation status in diagnosis class 3 (C3D) has changed. The extended dia gnosis contains a data word that provides information on the exact cause. Cause
Remedy
Warning of the control device.
-
10168
SERCOS: C3D manufacturer-specific error
A manufacturer-specific SERCOS error in diagnosis class 3 (C3D) has occurred. The extended diagnosis contains a data word that provides information on the exact cause. For detailed information of the single bits, refer to the operating instructions of the SERCOS device manufacturer. Cause
Remedy
Warning of the control device.
-
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10169
Single SERCOS error (SLAVE)
A temporary signal error on the SERCOS bus has been detected. The MDT data may now be incorrect due to this fault. In this case, the data of the last cycle is reused. Cause
Remedy
Temporary errors can have the following causes: Signal distortion, loss of more than 10 signal edges (fiberoptic break), failure of master synchronous telegram (MST), failure of master data telegram (MDT), signal over SERCOS fiberoptic conductor incorrect.
Check the intensity setting in the PacDrive Controller and on the servo amplifier. Check fiberoptic conductor.
EMC problems.
Check wiring.
SCL-055 motors are connected to the PacDrive -Controller. The SCL-055 motors in the PacDrive PD-8 Box is connected incorrectly.
Check the connection of the SCL-055 motors in the PacDrive-PD-8 Box. Simply placing jumpers on the desired terminals will not resolve the problem. Slaves must not be inserted into the following SERCOS slot. Also observe the notices in the operating instructions "SCL" and "PS-4 and PD-8".
10170
DrvEncPosition reading error
The error message is triggered when an error occurs as the position is being read from or written to the electronic type plate of the motor. Writing to the position occurs by using the function DrvEncSetPosition(). This diagnosis message replaces the diagnosis mes sage 141 "Reading error EncoderPosition" in MotorController firmware version 00.20.00 or higher. Cause
Remedy
The DrvEncSetPosition() was called and could not be processed properly.
Call the DrvEncSetPosition() function again.
Encoder in the motor is defective.
Exchange the motor.
10171
Encoder communication warning
An error occurred in reading the encoder via the serial interface. Cause
Remedy
Wiring error: the encoder cable is incorrect.
Check wiring.
Hardware error: The encoder is defective.
Exchange motor or encoder.
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Extebded diagnosis message
This diagnosis message is only intended for ELAU internal use. To view the diagnosis message in the message, logger, FilterType 15 must be selected via Setfilter. Cause
Remedy
Warning of the control device.
-
10173
Feedback message (track monitoring)
This diagnosis message is only intended for ELAU internal use. To view the diagnosis message in the message, logger, FilterType 15 must be selected via Setfilter. Cause
Remedy
Warning of the control device.
-
10174
Excess current warning
In the power supply PS-4 the warning "Excess current warning" will be triggered in hard ware code xx3xxx if a DC bus current of more than 50 A is present for at least 1 ms. The error message 107 "Excess current" will be generated if the DC bus current reaches 55 A. Cause
Remedy
Too many consumers (e.g. ServoDrive SCL) are connected to the DC bus.
Use an additional power supply PS-4 and distribute the power supply of the consumers. The existing arrangement of devices may be made adequate by adjusting one of the applications (e.g. decreasing acceleration).
10175
Bleeder overload
If a bleeder of 86 % (MC-4 and PS-4) or 90 % (PS-5) is reached, the message "Bleeder overload" can be triggered. Cause
Remedy
The braking energy of the motor that is fed into the DC bus is too high and therefore results in voltage build-up.
Brake at a slower rate. Check the dimensioning of the bleeder. Use additional bleeder module (BM-4) with 400 V AC devices.
10176
Reserved
This diagnosis code is reserved. Cause
Remedy
Warning of the control device.
-
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10177
Power-Board-excess temperature power-off
The temperature of the power board inside the housing is too high. Cause
Remedy
Insufficient ventilation or ambient temperature is too high.
Check the control cabinet ventilation. Check the air conditioning device (if available) for proper function.
Hardware error: the temperature sensor is defective.
Exchange the device.
10178
Device error
An internal error has occurred. Cause
Remedy
Device error.
Please contact the service department.
Device defective.
Exchange the device.
10179
Warning braking resistance overloaded
The bleeder-I2t has reached a value of 80 % for the PS-5. At 100 % Bleeder, the bleeder is deactivated with further message. Once the DC bus voltage exceeds 850 V, an error message 108 "Excess current" is generated. Cause
Remedy
The braking energy of the motor that is fed into the DC bus is too high and therefore results in voltage build-up.
Brake at a slower rate. Check the dimensioning of the bleeder. Use additional bleeder module.
10180
Warning power board excess temperature power-off
The temperature of the power board inside the housing is too high. If the temperature continues to increase, the diagnosis message 177 "Power board excess temperature power-off" will be triggered. Cause
Remedy
Warning of the control device.
-
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Warning fan defective
An error of the fan has occurred. Cause
Remedy
The fan is blocked.
CAUTION: Rotating fan. Risk of injuries. Open the main switch. Secure main switch against switching back on. Remove blocking objects. Clean fan.
The fan is defective.
Exchange the device.
10182
External 24 V supply too high
The control voltage (24 V DC) is too high. Cause
Remedy
Control voltage is too high.
Check the control voltage (see also Technical Data of the device).
10200
Faulty log. address of the parameter
The object or parameter to be accessed does not exit in the control configuration. In the external diagnosis in the message logger, the logic address is displayed. Cause
Remedy
The IEC program addresses an object or parameter which does not exist in the control configuration.
Check program. Please contact the application department.
Following error of diagnosis message 209 "last boot failed". The configuration file of the control is corrupted.
See diagnosis message 209 "last boot failed". Retransmit the configuration file to the control.
10201
Faulty parameter type code
The type code of a parameter is wrong. Cause
Remedy
Software error.
Please contact the service department.
10202
Faulty configuration file
The configuration file can no longer be read. Cause
Remedy
Warning of the control device.
-
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10203
Faulty parameter file
The parameter file cannot be read. In the Controller-Firmware version 00.16.30, the file name of the temporary parameter file in the message logger is displayed in the external diagnosis. Cause
Remedy
There is no parameter file in the PacDrive controller or parameter file is faulty.
Retransmit the parameter file with EPAS-4.
10204
IEC program cannot be loaded
The IEC program cannot be loaded. In DiagExtCode or in the message logger in external diagnosis, more information for error localization are stored. Observe the previous error message (e.g. 312 "parameter relocation failed"). This is a following error. Cause
Remedy
There is no IEC program in the PacDrive controller or the IEC program is defective or incompatible.
Retransmit with EPAS-4 IEC program.
IEC program code, IEC data range or IEC retain range in the PacDrive controller too large.
Adjust project.
The settings under “Number of data segments“ EPAS-4 Project/Options/Compilation options is less than 2 (DiagExtCode = ret xhhhhhhhh).
Increase number of data segments.
10205
Illegal parameter value
The parameter has an illegal value. Use the parameter DiagExtCode in the control confi guration or the message logger to detect the logic address of the parameter with the illegal value. Thus it can be allocated to the control configuration. Cause
Remedy
External diagnosis: BaudRate=.
Enter valid value for BaudRate.
l=0Bxx0004; i.e. a too high or too low value for "acceleration" was entered in the virtual encoder.
Enter valid value for Acceleration.
l=03xx0025; i.e. J_Load in the control configuration is too high.
Enter valid value for J_Load.
l=01000004;i.e. IP_Gateway in the control configuration does not match IP_SubNetMask.
Observe conventions of IP address nomenclature.
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Faulty ObjType of Log Adr
There is not object with the type code. Use the configuration object "DiagExtCode" in the control configuration or the message logger to detect the logic address of the parameter with the illegal value. Thus it can be allocated to the control configuration. See diagnosis message 209 "last boot failed". Cause
Remedy
Software error.
Contact the customer service.
10207
Hardware module does not exist
A hardware module that does not exist in the real system was entered in the control con figuration. Use the configuration object DiagExtCode in the control configuration or the message logger to detect the type of the hardware module. Cause
Remedy
An analog input or physical encoder that does not exist was entered in the control configuration.
Check control configuration.
Hardware error: Hardware module not recognized or defective.
Exchange PacDrive controller or optional module.
10208
Too many real axes in config
The number of exes in the control configuration is too high. Cause
Remedy
The number of axes for the cycle time is too high.
Check cycle time.
The number of axis per PacDrive controller is limited.
Check type plate for PacDrive controller type.
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10209
Last boot failed
During the last booting process, a PacDrive controller voltage drop or a PacDrive con troller rest or a serious error occurred. With the DiagExtCode, the problem can be locali zed in detail. When booting, the PacDrive controller protocols the individual phases in the NvRam. If a serious error occurs in the process (err LED permanently ON), the next boot will boot only with the basic configuration and the diagnosis message 209 is be generated. For minimal booting of the PacDrive controller, the configuration and the pa rameters of the control configuration are set to default values! Cause
Remedy
Procedure.
Read out and evaluate EPAS-4 connection with TCP/IP default address or serial, read out and evaluate message logger (important DiagExtCode!). The DiagExtCode can be used to read which phase of the boot procedure was executed correctly last time.
The function SysReset() was called, although the boot procedure of the PacDrive controller was not yet complete.
Use the GetPacDriveBootState() function to make sure that the PacDrive controller has stopped the boot procedure before you use the SysReset() function.
DiagExtCode = 19: programming error, i.d. the IEC program file is incorrect.
Overwrite the IEC program on the PacDrive controller by transferring the IEC project (dummy) with the default configuration. Check your program and send an error-free project to the PacDrive controller.
DiagExtCode is not 19.
Please contact the service department.
The PacDrive controller was booted twice in quick succession. This may have been caused by pressing the reset button twice or a drop in the control voltage.
Check control voltage (see also Technical Data).
Insufficient RAM in the PacDrive controller for the project (DiagExtCode=out of memory).
Reduce configuration. RamDiskSize must be decreased. Reduce number of tasks. Apply a PacDrive controller that has more RAM.
A PacDrive controller version 00.15.00 or higher is being used. The user data area was increased from2 MB to 3.7 MB starting from this version. If the PacDrive controller has less than 32 MB RAM, the PacDrive controller in minimal boot mode.
Use a PacDrive controller that has at least 32 MB RAM or firmware versions < V00.15.00.
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Boot failed
The diagnosis message is used to differentiate from the message 209 "Last boot failed" for minimal boot (boot not complete). In such a case the last boot failed. Cause
Remedy
If this diagnosis message appears, the minimal boot is also in error. However, this is caused by having insufficient RAM in the PacDrive controller MAx-4 (RAM<32 MB).
Exchange the PacDrive controller MAx-4 with a device that has newer hardware or use an older firmware version in the PacDrive controller MAx-4 (lower than V00.15.03).
10211
Invalid configuration
A configuration error has occurred. Cause
Remedy
Cause, firmware V00.20.00:The connector parameter is set for the "Bottom / 1" connector, but there is no expansion module present in the PacDrive controller (C600 or P600).
Check the "Connector" parameter in the control configuration.
Cause, firmware V00.16.41: This diagnosis message will be triggered if there are two field busses configured in PacDrive controller C600 or P600 that cannot be connected at the same time. Can Layer 2 and DeviceNet Slave are configured; or CANopen Master and DeviceNet Slave are configured; or PROFIBUS DP Master and PROFIBUS DP Slave are configured.
Check the control configuration.
10300
Division error
A division by 0 was attempted in the IEC program. NOTICE The division by "0" is defined for REAL and LREAL and therefore does not generate the diagnosis message 300 "Di vision error". Cause
Remedy
In an IEC division function the divisor was zero.
Avoid division by 0 in the IEC program. Check numerical range.
10301
Coprocessor segment overflow
A system error has occurred. Cause
Remedy
A system error has occurred.
Please contact the service department.
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10302
Stack error
A system error has occurred. Cause
Remedy
A system error has occurred.
Please contact the service department.
10303
General protection error
A system error has occurred. Cause
Remedy
A system error has occurred.
Please contact the service department.
10304
Coprocessor error
A system error has occurred. Cause
Remedy
A system error has occurred.
Please contact the service department.
10305
Memory limit exceeded
A system error has occurred. Cause
Remedy
A system error has occurred.
Please contact the service department.
10306
Arithmetic overflow
A system error has occurred. Cause
Remedy
A system error has occurred.
Please contact the service department.
10307
Double execution error
A system error has occurred. Cause
Remedy
A system error has occurred.
Please contact the service department.
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Invalid task state segment
A system error has occurred. Cause
Remedy
A system error has occurred.
Please contact the service department.
10309
No memory segment
A system error has occurred. Cause
Remedy
A system error has occurred.
Please contact the service department.
10310
Faulty memory segment adjustment
A system error has occurred. Cause
Remedy
A system error has occurred.
Please contact the service department.
10311
Coprocessor division error
A system error has occurred. Cause
Remedy
A system error has occurred.
Please contact the service department.
10312
Parameter relocation failed
A system error has occurred. Cause
Remedy
Program not matching active configuration.
Retransmit the project.
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10313
Serious cycle time overflow
The serious cycle time error of an IEC task is triggered if the 10-fold cycle time is excee ded (see Task Configuration). The task moves to error state. This state can only be quitted by an IEC task reset (online > reset PacDrive controller). The cycle time monito ring of the IEC tasks refers to the object parameter Load, which is shown in the IEC Task expansion object in the control configuration. Cause
Remedy
Call of a parameter or system component which takes "very long" to process. Time interval too short.
Increase interval time in the task configuration.
10314
Defective program file
A system error has occurred. Cause
Remedy
The check sum of the program is incorrect.
Retransmit the program.
10315
Library function not implemented
The program used an interface library which is not or not fully supported in the actual PacDrive controller (function name see DiagExtCode). Cause
Remedy
Firmware in PacDrive controller too old.
Update firmware in PacDrive controller. Maybe use older library version.
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Faulty NvRam CRC
The NvRam lost the data. This means that the data were deleted from the message logger and the IEC variable values are deleted. Cause
Remedy
Object in message logger: "MAX4" PacDrive controller was not switched on for more than 7 days (control voltage!).
Reboot the PacDrive controller. Now the error must not reappear.
Object in the message logger: "PN4" The internal or external battery on the optional module PN-4 is empty and the PacDrive controller was not switched on for more than 7 days (control voltage!).
Reboot the PacDrive controller. Now the error must not reappear.
Object in message logger: "MAX4" External diagnosis in the message logger: Nvram damaged The NvRam of the PacDrive controller is defective.
Exchange PacDrive controller.
Object in message logger: "PN4" External diagnosis in the message logger: Nvram damaged The NvRam of the optional module PN-4 is defective.
Exchange optional module PN-4.
Hardware error: The buffer capacitor is defective.
Exchange PacDrive controller.
10317
Cycle time overflow
A cycle time error was detected. It is triggered if the cycle time is exceeded by more than a system cycle (a standard cycle is 250 μs or 1 ms for C200). The "actual cycle time" / "cycle time from the task configuration" in ms can be found in DiagExtCode. Cause
Remedy
Warning of the control device.
-
10318
Profile to be calculated was deleted
The system tried to calculate a profile (e.g. CamMasterStart() ), that is just being deleted by the function ProfilDelete(). In DiagExtCode the profile ID is shown in hexadecimal code (e.g. Prof=10010000). Cause
Remedy
Program error: The profile to be calculated was deleted too early or the wrong profile was deleted.
Check program.
Program error: Asynchronously running high priority FastTasks were used.
Synchronize FastTask to real time process.
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10319
TPEdge inaccurate at 4 ms
The touchprobe measurement is inaccurate at the entered CycleTime of 4ms. Cause
Remedy
A CycleTime of 4ms is entered in the control configuration and the PacDrive controller hardware does not correctly support the touchprobe measurement at this CycleTime.
Set CycleTime to 1 or 2 ms, if possible. Update PacDrive controller hardware. Contact the customer service.
10320
Array access error(check)
Check.lib detected an array access error in the IEC user program. The component calls and their interlacing can be traced back using the function call hierarchy of the message logger. Cause
Remedy
The limits of the array were violated when accessing an array in the IEC program.
Check the IEC user program.
10321
Division by 0 (check)
Check.lib detected a division by 0 in the IEC user program. The component calls and their interlacing can be traced back using the function call hierarchy of the message log ger. Cause
Remedy
The IEC user program attempted a division by 0.
Intercept division by 0 in the IEC program. Check number range.
10322
IEC task exception processing
If the IEC-Task detects a serious error (e.g. faulty access via pointer), the diagnosis mes sage is generated. The component calls and their interlacing can be traced back using the function call hierarchy of the message logger. Cause
Remedy
Warning of the control device.
-
10323
Max. string length exceeded
Check.lib detected a violation of the maximum string length (255) in the IEC user pro gram. The component calls and their interlacing can be traced back using the function call hierarchy of the message logger. Cause
Remedy
The maximum string length was exceeded in the IEC user program.
Check IEC user program.
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UPS internal error
There is an internal error in the UPS. Cause
Remedy
UPS battery is empty.
Recharge battery.
Power supply of UPS is ok, but the UPS input “ON/OFF“ is OFF.
With correct power supply, the input “ON/OFF“ must be ON in order for the UPS function to be available.
A UPS object is entered in the control configuration, but no UPS is connected.
Connect UPS or adjust control configuration.
An internal error occurred in the UPS.
Check UPS.
Ext. diagnosis: "PIC fail" or "State=5". An internal error of the PIC Controllers has occurred.
Please contact the service department.
10325
Corrupt file
A problem (no data or CRC error) occurred when reading the retain file. The retain file is read from the flash disk when booting the PacController if the parameter Enable of the UPS expansion object is set to “external / 1“. Cause
Remedy
A UPS object is entered in the control configuration, but no UPS is connected.
Connect UPS or adjust control configuration.
Function of UPS not ok.
Check function of UPS.
10326
Function not available
A function that is not supported by the system was called up. Further information on object type and instance are shown in the message logger. The DiagExtCode contains further information on the cause of the error. Cause
Remedy
The hardware of the PacDrive controllers does not support this function.
Check the hardware version on the type plate and using the parameter MAx4Type.
10327
Invalid PositionSource
The CamTrack in the PositionSource parameter contains an invalid value. Cause
Remedy
The symbolic name of a logical encoder or an axis (MC-4 or SCL)was not specified in the PositionSource.
Check the value in the PositionSource parameter.
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10328
Invalid destination
The CamTrack in the Destination parameter contains an invalid value. Cause
Remedy
The Destination parameter was specified either without the symbolic name of an output group or with "none".
Check the value in the Destination parameter.
10329
Invalid BitNumber
The CamTrack in the Bitno parameter contains an invalid value. Cause
Remedy
An invalid bit number was specified in the Bitno parameter.
Check the value in the Bitno parameter.
10330
Bad master parameter data
The message will be triggered if the system is unable to process the master positioning job of an axis even though no errors were detected by the job parameter area checks (e.g. error in the precalculation of the generator data). An extended diagnosis message as "GT=XXX,MJId=YYY" is generated. XXX indicated the generator type while YYY indica ted the Master-JobId of the job that caused the problem. Cause
Remedy
Internal calculation error.
Contact the customer service department.
10331
Licensing
This diagnosis message will be triggered by the license server of the PAC Driver con troller (e.g. C600) if a function block is used without a sufficient number of points. The 331 "Licensing" error (can be acknowledged) will be triggered first so as to notify the user that the remaining run time of the system is only six hours. Then all functions can be used without restrictions until the evaluation phase of six hours has elapsed. When this time period has elapsed, a higher priority error that cannot be acknowledged is trigge red. After a few minutes (about 5 min.), the SERCOS bus is shut down, making any further use of the affected control impossible. Cause
Remedy
The number of license points on the compact flash card of the PacDrive controller is not sufficient.
Check the number of required license points on the Licensing parameter in the control configuration.
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Licensing
This diagnosis message will be triggered by the license server of the PAC Driver con troller (e.g. C600) if a function block is used without a sufficient number of points. The 331 "Licensing" error (can be acknowledged) will be triggered first so as to notify the user that the remaining run time of the system is only six hours. Then all functions can be used without restrictions until the evaluation phase of six hours has elapsed. When this time period has elapsed, a higher priority error that cannot be acknowledged is trigge red. After a few minutes (about 5 min.), the SERCOS bus is shut down, making any further use of the affected control impossible. Cause
Remedy
The number of license points on the compact flash card of the PacDrive controller is not sufficient.
Check he number of required license points based on the Licensing parameter in the control configuration.
10333
Fatal error receiving encoder data
V00.22.00 or higher: in the encoder network, a fatal error occurred while distributing the encoder positions. Cause
Remedy
Multiple initialization of object (SYN_DIN, SYN_DOUT).
Please contact the service department.
Synchronization was lost while the object (SYN_DIN, SYN_DOUT) was activated.
Please contact the service department.
The number of data sets (xxx) that was not received sequentially exceeds the limit specified in DataCycleErrorLimit.
Please contact the service department.
Due to an internal error, the system was unable to send a telegram for 5 cycles.
Please contact the service department.
10334
Error receiving encoder data (warning)
V00.22.00 or higher: in the encoder network, an error occurred while distributing the en coder positions. Cause
Remedy
xxx data sets were not received sequentially. If more data sets were not received sequentially, as specified in the DataCycleErrorLimit, diagnosis message 333 "Fatal error receiving encoder data".
Please contact the service department.
10335
Fatal synchronization error
In the encoder network, a fatal error occurred while synchronizing the controller system clocks. Cause
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Remedy
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Initialization of the synchronization master or synchronization slave failed.
Check SlaveIPAddress parameter of the sync. module in the synchronization master control configuration.
The IP address (SlaveIPAddress) of the sync. module is assigned twice.
Check SlaveIPAddress parameter of the sync. module in the synchronization master control configuration.
The SERCOS loop is not in phase 4.
"Ramp up" the SERCOS bus to phase 4.
The set MasterID is already being used by another synchronization master that is in the same network.
Change the MasterID.
The synchronization master protocol version does not match the synchronization slave protocol version.
Use compatible software versions of the controls. Please contact the service department.
The synchronization master failed to respond to Check the Ethernet connection to the a ping. synchronization master. The IP address (SlaveIPAddress) of the synchronization module is assigned twice.
Check the SlaveIPAddress of the synchronization module parameter in the synchronization master control configuration.
SlaveCycleTime is not a multiple of the SERCOS cycle time.
Adjust the SlaveCycleTime parameter or the SERCOS cycle time.
The addresses synchronization slave is not properly configured or is not responding.
Check the configuration of the synchronization slave (e.g. same CycleTime). Check the TCP/IP connection synchronization master to synchronization slave.
The SERCOS cycle time differs on synchronization master and synchronization slave or the synchronization slave configuration cannot be sent.
Adjust the CycleTime parameter of the synchronization master or the synchronization slave.
The addresses synchronization slave is in an error state.
Acknowledge the error in the synchronization slave.
External diagnosis: "No DataOut"
Check control configuration. Activate sync. Encoder output if necessary (Enable parameter).
No sync. Module and no sync. encoder input has been configured or activated.
Check the control configuration. Activate the sync. module or sync. encoder input (sync. module Enable parameter or sync. encoder input Enable parameter).
The synchronization slaves are unable to synchronize the synchronization master. No sync. encoder output is configured or activated. The Ethernet (see SyncQuality parameter) and / or The CPU load (see AvailableLoad parameter) is too high.
Check Ethernet connection. Optimize the IEC project to reduce the CPU load.
The number of sequential synchronization telegrams (xxx) which were not received exceeded the number specified in SlaveCycleErrorLimit. The Ethernet see SyncQuality parameter) and / or the CPU load see AvailableLoadparameter) is too high.
Check Ethernet connection. Optimize the IEC project to reduce the CPU load. Increase the SlaveCycleErrorLimit.
The sync. encoder outputs are unable to configure the sync. encoder inputs or a data error has occurred while the system is running.
Check the DiagCode parameter of the sync. module to receive more detailed information about the source of the error.
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Not all sync. encoder outputs and sync. encoder inputs are ready to exchange data.
Check the DiagCode parameter of the sync. module to receive more detailed information about the source of the error.
The SlaveIPAddress parameter is not set.
Please contact the service department.
Internal error code.
Please contact the service department.
10336
Synchronization error (warning)
V00.22.00 or higher: in the encoder network, an error occurred while synchronizing the controller system clocks. Cause
Remedy
More than half of the synchronization telegrams Please contact the service department. (xxx) specified in SlaveCycleErrorLimit have not been received sequentially. If more than half of the synchronization telegrams have not been received sequentially, the 335 diagnosis message "Fatal synchronization error" will be triggered.
10337
Insufficient system memory to create DynIECData
V00.22.00 or higher: the dynamic memory area, which was specified with the DynIECDa taSize parameter, could not be reserved due to insufficient memory (RAM). During IEC program start, a check will be performed to determine if there is at least 4 MB of availa ble memory after the dynamic memory area is reserved. Cause
Remedy
The dynamic memory area to be reserved is too high.
Reduce the value of the DynIECDataSize parameter.
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10338
UPS accu error
The battery is not sufficiently charged. Cause
Remedy
The PacDrive controller has been switched off for too long.
Switch on the PacDrive controller. The battery will be charged automatically when the PacDrive controller is on.
The UPS has been operating in the battery mode (state = 3) for an extended period.
Check the supply voltage. Maybe switch on the PacDrive controller. The battery will be charged automatically when the PacDrive controller is on.
The battery capacity is insufficient due to aging.
Please contact the service department.
10339
UPS active - system temperature too high
The temperature in the PacDrive controller is too high. Cause
Remedy
Ambient temperature too high.
Observe the Technical Data of the PacDrive controller (see operating instructions).
10340
Outside limits (check)
TODO Cause
Remedy
-
-
10400
IEC diagnosis message class2
The IEC program triggered a diagnosis message with the function DiagMsgWrite(). Cause
Remedy
The error was caused by the IEC program.
See description of your IEC program. It is possible to output an additional error text using the function DiagMsgWrite().
10401
IEC diagnosis message class3
The IEC program triggered a diagnosis message with the function DiagMsgWrite(). Cause
Remedy
The error was caused by the IEC program.
See description of your IEC program. It is possible to output an additional error text using the function DiagMsgWrite().
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IEC diagnosis message class4
The IEC program triggered a diagnosis message with the function DiagMsgWrite(). Cause
Remedy
The error was caused by the IEC program.
See description of your IEC program. It is possible to output an additional error text using the function DiagMsgWrite().
10403
IEC diagnosis message class5
The IEC program triggered a diagnosis message with the function DiagMsgWrite(). Cause
Remedy
The error was caused by the IEC program.
See description of your IEC program. It is possible to output an additional error text using the function DiagMsgWrite().
10404
IEC diagnosis message class6
The IEC program triggered a diagnosis message with the function DiagMsgWrite(). Cause
Remedy
The error was caused by the IEC program.
See description of your IEC program. It is possible to output an additional error text using the function DiagMsgWrite().
10405
IEC diagnosis message class7
The IEC program triggered a diagnosis message with the function DiagMsgWrite(). Cause
Remedy
The error was caused by the IEC program.
See description of your IEC program. It is possible to output an additional error text using the function DiagMsgWrite().
10406
IEC diagnosis message class 1
TODO Cause
Remedy
-
-
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10407
IEC diagnosis message class 8
TODO Cause
Remedy
-
-
10500
Duplication of SERCOS slave address
During bootup of the SERCOS bus in phase 3, the addresses of the found SERCOS slaves are checked. Thereby, duplication of addresses is detected. This function, however, must also be supported by the SERCOS slaves. ELAU slaves (MC-4, SCL and PS-4) support this function for version V00.15.00 and higher. Cause
Remedy
A SERCOS slave address was issued twice to the SERCOS slaves.
Determine duplication of addresses in the parameter DiagExtCode. Check and adjust the parameter RealTimeBusAdr in the control configuration.
A SERCOS slave address was issued several times in the control configuration.
Check the rotary switch settings at the SERCOS slaves.
10501
SERCOS slave not found
A SERCOS slave (MC-4, PS-4, SCL) entered in the control configuration cannot be found in the SERCOS bus. Cause
Remedy
SERCOS slave does not exist in the SERCOS bus.
Integrate SERCOS slave in SERCOS bus or remove SERCOS slave from the control configuration or parameterize as virtual device.
SCL-055 motors are connected to the PacDrive controller. The connection of the SCL-055 motors in the PacDrive PD-8 Box is incorrect.
Check the connection of the SCL-055 motors in the PacDrive PD-8 Box. It is not sufficient to place the jumpers on the desired terminals. No slave may be place on the following SERCOS slot. Observe the notices in operating manuals "SCL" and "PS-4 and PD-8".
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Loop not closed
The SERCOS loop is not closed. A longer interruption (>100 ms) of the loop has occur red. Via the LED "bus err" and the parameter LoopStatus it can be detected where the interruption exists. When the interruption is cleared and the SERCOS bus has entered at least phase 2, the source of error can be limited by using the SERCOS firmware assistant in the data view system diagnosis > SERCOS configuration and SERCOS topology. Cause
Remedy
Signal via SERCOS optical waveguide incorrect. Check intensity setting in the PacDrive controller and at the PacDrive servo amplifier. Check wiring (see parameter LoopStatus). A device in the SERCOS loop is switched off or was reset.
Check voltage supply (24 V) of the device. Switch the device on.
SCL-055 motors are connected to the PacDrive controller. The connection of the SCL-055 motors in the PacDrive PD-8 Box is incorrect.
Check the connection of the SCL-055 motors in the PacDrive PD-8 Box. It is not sufficient to place the jumpers on the desired terminals. No slave may be place on the following SERCOS slot. Observe the notices in operating manuals "SCL" and "PS-4 and PD-8".
10503
error in parameter channel
A transmission error occurred in the SERCOS bus during operation. Additional informa tion is recorded in DiagExtCode. Cause
Remedy
SERCOS slaves (MC-4) with a firmware version smaller than V00.15.00 are in the loop that are not addressed as real devices. This causes during phase run-up of the SERCOS bus a serious error including abortion of the phase run-up.
For SERCOS slaves (MC-4) with a firmware version smaller than V00.15.00, that are not addressed as real devices, the SERCOS address must be adjusted to 0 at the device.
EMC problem.
Check electric environment.
HW problem of a SERCOS slave (e.g. power amplifier MC-4) or the SERCOS master (e.g. PacDrive controller MAx-4).
Please contact the service department.
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10504
Read cycle overflow
Actual speed is possibly incorrect. The transfer of the actual position of the axis (servo amplifiers) to the PacDrive controller was carried out too late. The actual values of the next SERCOS cycle were already entered. The actual speed provided for the IEC program is possibly incorrect. Cause
Remedy
SERCOS bus is overloaded.
Increase CycleTime parameter in the control configuration.
One or several SERCOS slaves were switched off and therefore no longer supply data on the SERCOS-Bus.
Switch on SERCOS slave.
10505
Simple SERCOS cycle error (MASTER)
A checksum error on the SERCOS bus was detected. The data (target and actual posi tion) of the last cycle are used again. Cause
Remedy
Signal via SERCOS fiberoptic cable incorrect.
Check intensity setting in PacDrive controller and at the PacDrive servo amplifier. Check fiberoptic cable.
EMC problems.
Check wiring.
SCL-055 motors are connected to the PacDrive controller. The connection of the SCL-055 motors in the PacDrive PD-8 Box is incorrect.
Check the connection of the SCL-055 motors in the PacDrive PD-8 Box. It is not sufficient to place the jumpers on the desired terminals. No slave may be place on the following SERCOS slot. Observe the notices in operating manuals "SCL" and "PS-4 and PD-8".
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Multiple SERCOS error (MASTER)
An error during receipt of data on the SERCOS bus in two consecutive cycles has been detected. The SERCOS bus was shut down. For firmware versions smaller than V00.15.00, the PacDrive controllers must be reset to restart the SERCOS bus. CAUTION Position loss caused by severe SERCOS bus error! Material damage may occur! Cause
Remedy
Diagnosis message can only be acknowledged when reinitialization and reference of the system by the IEC program is secured.
The acknowledgability of the diagnosis message can be switched off via function DiagNoQuitSet(). Possibly use functions SysReset() or PrgResetAndStart().
A drop of the control voltage (24 V DC) has occurred. Possibly the diagnosis message 134 "External 24 V supply too low" is still entered in the message logger (if it still could be transferred via SERCOS bus).
Check control voltage (see also Technical Data of the device).
SERCOS slaves (MC-4) with a firmware version smaller than V00.15.00 are in the loop that are not addressed as real devices. This causes during phase run-up of the SERCOS bus a serious error including abortion of the phase run-up.
For SERCOS slaves (MC-4) with a firmware version smaller than V00.15.00, that are not addressed as real devices, the SERCOS address must be adjusted to 0 at the device.
SCL-055 motors are connected to the PacDrive controller. The connection of the SCL-055 motors in the PacDrive PD-8 Box is incorrect.
Check the connection of the SCL-055 motors in the PacDrive PD-8 Box. It is not sufficient to place the jumpers on the desired terminals. No slave may be place on the following SERCOS slot. Observe the notices in operating manuals "SCL" and "PS-4 and PD-8".
10507
Write cycle error
The transfer of the target position to the SERCOS bus was carried out too late. The last target position was possibly transferred twice. For drive, this causes a speed jump (see parameter RTPWriteRes). Cause
Remedy
SERCOS bus is overloaded.
Increase the CycleTime parameter in the control configuration.
The real time process is overloaded.
Reduce number of objects with real-time jobs (e.g. virtual axes, virtual encoders, logic encoders, sum encoders, ... ).
One or several SERCOS slaves were switched off and no longer supply data on the SERCOS bus.
Switch on SERCOS slaves.
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10508
SERCOS boot error
A system error has occurred. Cause
Remedy
In the control configuration, virtual SERCOS slaves are entered although the slaves are physically connected to the SERCOS bus.
Check RealTimeBusAdr parameter of the SERCOS slaves in the control configuration.
There are more SERCOS slaves in the loop than entered in the control configuration.
Check the number of SERCOS slaves in the control configuration. Check the RealTimeBusAdr parameter of the SERCOS slaves in the control configuration. Possibly remove SERCOS slaves from the loop or set address at the device to 0.
SCL-055 motors are connected to the PacDrive controller. The connection of the SCL-055 motors in the PacDrive PD-8 Box is incorrect.
Check the connection of the SCL-055 motors in the PacDrive PD-8 Box. It is not sufficient to place the jumpers on the desired terminals. No slave may be place on the following SERCOS slot. Observe the notices in operating manuals "SCL" and "PS-4 and PD-8".
In case of a bad connection, it is possible that no loop interruption is detected. The transfer quality at the BUS can be so bad that no telegrams can be transferred. A run-up from phase 0 is aborted without diagnosis message. According to the message logger, the change from phase 0 to phase 1 was aborted with the internal error code 483.
Check the intensity setting for the SERCOS interface. Check the wiring of the SERCOS bus.
A synchronization error has occurred during phase run-up.
Please contact the service department.
The phase run-up of the SERCOS bus took too Please contact the service department. long. The diagnosis message is triggered during bootup of the control.
10509
Wrong FW version
The firmware version of the SERCOS slave is incorrect. Cause
Remedy
The firmware version of the SERCOS slave (MC-4, SCL, PS-4, ...) is higher than the firmware version of the PacDrive controller in the first 4 digits.
Update PacDrive controller firmware or install an "older" firmware version on the SERCOS slave.
The SERCOS slave is in boot loader mode. The version of the bootloader is displayed in the message logger under ext. diagnosis. Furthermore, with the help of the information about object and entity in the message logger, the SERCOS slave can be determined.
Pull off programming cable from SERCOS slave. Reset SERCOS slave. Acknowledge diagnosis message. The SERCOS bus runs up in phase 4.
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RTB interrupt missing
The interrupt of the SERCOM bus has not arrived for at least double the cycle time. This diagnosis message typically occurs in conjunction with further diagnosis messages (504 Read cycle overflow ... 507 Write cycle error). Cause
Remedy
The problem occurs when switching off the plant. The 24V control voltage of the SERCOS slave is lifted faster than the 24V control voltage of the PacDrive controller.
Check wiring or wiring diagram.
Wiring error: The fiberoptic cable of the SERCOS bus is damaged.
Exchange fiberoptic cable.
A SERCOS slave has failed.
Check SERCOS slave.
10511
CPU time overflow
The real time process is overloaded (CycleLoad >95 %). In the parameter DiagExtCode parameter the measured load is displayed with 'Load = xxx%' whereby xxx represents the load %. NOCTICE: After fault detection the processing of the real and target values for the encoder, generators and axis in the real time process are not carried out any longer. Therefore, the "Target and actual values" parameters of the axis do not display valid va lues. Cause
Remedy
Too many objects entered in the control configuration.
Increase the CycleTime parameter of the SERCOS-Interfaces in the control configuration.
10512
SERCOS wrong device type
During run-up of the SERCOS bus in phase 2, a type check is performed regarding the type of found SERCOS slave (MC-4, SCL, PS-4, ...) and the type entered in the control configuration. If they do not correspond, the SERCOS bus phase run-up is aborted. In the extended diagnosis the SERCOS address and the found type are entered. Multiple addressing can exist, too. In case of multiple addressing, at least two SERCOS slaves have identical addresses. Cause
Remedy
The SERCOS slave address (RealTimeBusAdr) on the SERCOS slave (MC-4, SCL, PS-4, ...) was not set correctly.
Check if the address setting on the SERCOS slave that is displayed in the diagnosis message. Check if the address setting on the SERCOS slave matches the address setting in the control configuration (RealTimeBusAdr).
The SERCOS address (RealTimeBusAdr) has not been specified correctly in the control configuration.
Check the RealTimeBusAdr parameter of the device displayed in the diagnosis message.
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10513
Download result
An error has occurred during the program-controlled firmware download. Find more in formation on the error in the ext. diagnosis. Cause
Remedy
An incorrect device type is indicated in the configuration file (e.g. a PS-4 firmware for a MC-4). This diagnosis message is generated for each SERCOS slave.
Adjust the configuration file.
The "Download Mode" in the configuration file is specified as "upgrade" (or "downgrade") and the current firmware version is higher (or lower) than the firmware version that is to be programmed.
Check firmware version of the SERCOS slave. Adjust configuration file, if necessary.
10514
Error download configuration file
TODO Cause
Remedy
-
-
10516
SERCOS wrong device position
While starting up, the SERCOS bus at the end of phase 3, the assignment of the SCLs to the PS-4 systems is checked. All SCLs that have been assigned a specific PS-4 power supply in the control configuration, must be physically connected with that PS-4. If an assignment error occurs, the diagnosis message 516 "SERCOS wrong device position" will be generated. The message appears for the affected SCL. The DiagExtCode displays the name of the PS-4 that actually should be assigned to the SCL. Cause
Remedy
The address of the integrated servo drive SCL have been incorrectly set via the rotary switch on the device.
Check the address settings on the SCL.
The address of the PS-4 power supply/power supplies has been set incorrectly via the rotary switch on the device.
Check the address settings on the PS-4.
The RealTimeBusAdrcontrol parameter in the control configuration contains incorrectly specified PS-4 and/or SLC addresses.
Check the RealTimeBusAdr parameter in the control configuration.
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Multiple use RealTimeBusAdr
A SERCOS address ( RealTimeBusAdr) has been assigned more than once in the control configuration. A check is performed while preparing the SERCOS phase 1. The boot pro cedure of the SERCOS bus is cancelled. The DiagExtCode parameter and the ext. diagno sis in the message logger display the address that has been assigned more than once. Cause
Remedy
A SERCOS address has been assigned more than once in the RealTimeBusAdr parameter in the control configuration.
Check the RealTimeBusAdr parameter in the control configuration.
10518
Too many real SERCOS slaves
The number of real SERCOS slaves is too high. Ext. diagnosis: HW <maximum number SERCOS slaves on the controller>/. Cause
Remedy
Limited by the controller type.
Check the PacDrive controller type referring to the type plate.
The number of SERCOS slaves (MC-4, PS-4, SCL) for the cycle time is too high.
Check the cycle time. Check the baud rate.
Limited by the hardware configuration (licensing).
Check the PacDrive controller type by referring to the type plate.
10600
Serial interface disturbed
During data exchange with the SinCos master encoder via a serial interface of the enco der, a fault has occurred. CAUTION: InitPosition and EncoderPosition could be wrong! Damage caused by not referenced machine is possible! Reset the PacDrive controller, after you have cleared the error. Cause
Remedy
Wiring error: The encoder cable is connected incorrectly or defective.
Check and, if necessary, exchange encoder cable. Reset the PacDrive controller.
PacDrive controller is overloaded.
Increase the priority of the system task. Reset the PacDrive controller.
Hardware error: SinCos encoder is defective.
Exchange encoder. Reset the PacDrive controller.
Hardware error: SinCos encoder interface in the control is defective.
Exchange control.
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10601
Encoder track error
No analog data received from the SinCos master encoder. CAUTION: Hardware encoder error! Loss of position of master encoder! Acknowledge diagnosis message only when reinitialization or reference of the system by the IEC program has been secured. Possibly use functions SysReset() or PrgResetAndStart(). Cause
Remedy
Wiring error: The encoder cable is connected incorrectly or defective.
Check and, if necessary, exchange encoder cable.
Hardware error: SinCos encoder defective.
Exchange encoder.
Hardware error: SinCos encoder interface in the control defective.
Exchange control.
10700
CAN layer2 driver error
The driver for the CAN module could not be started. Cause
Remedy
No CAN module in the PacDrive controller.
Order CAN module and install it.
I/O address or interrupt set incorrectly.
Check I/O address. Check interrupt setting.
Hardware error: CAN module defective.
Exchange CAN module.
Hardware error: Control defective.
Exchange control.
10701
CAN Layer 2 Init error
Initialization failed. Cause
Remedy
CAN module overloaded; command messages could not be processed fast enough. Hardware error: CAN module defective.
Exchange module.
10702
CAN Layer 2 1 error occurred
A send or receive error occurred. Cause
Remedy
Two nodes are using the same identifier or COB-ID.
Check identifier or COB-ID.
Temporarily disturbed connection to receiver. Dominant signal level due to external disturbance, critical bus time setting (Baud rate) or bus length, bus error.
Check bus wiring and environment.
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CAN Layer 2 error reaches warning limit
The number of send or receive errors set in the warning limit register have occurred. Cause
Remedy
Warning of the control device.
-
10704
CAN Layer 2 switched passive
128 send or receive errors occurred. In passive mode, no more CAN messages are ack nowledged and no error messages are sent on the bus. Cause
Remedy
Warning of the control device.
-
10705
CAN system error
A system error of the CAN module occurred. The kind of error is further specified in ext. diagnosis. Cause
Remedy
The control firmware could not pick the command or state messages fast enough from the CAN module, which resulted in a buffer overflow and the loss of XXX messages.
Please contact the service department.
The control firmware could not pick the layer2 Please contact the service department. messages fast enough from the CAN module, which resulted in a buffer overflow and the loss of XXX messages. CPU on CAN module could not read data fast enough from CAN bus, which resulted in a loss of messages.
Please contact the service department.
CPU on CAN module could not read CAN messages for CAL/CANopen fast enough from the bus. In layer 2 no messages are defined for CAL/CANopen! This error must not occur with CAN layer 2 module.
Please contact the service department.
CPU on CAN module could not send CAN messages for CAL/CANopen fast enough. In layer 2 no messages are defined for CAL/CANopen! This error must not occur with CAN layer 2 module.
Please contact the service department.
Unspecified event error of the CAN module. Default branch event error evaluation. Should not occur.
Please contact the service department.
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10706
CAN Layer 2 under warning limit
The number of send or receive errors is lower than the number set in the warning limit register. Sending and receiving is working again. Cause
Remedy
Warning of the control device.
-
10707
CAN Layer 2 switched active
Number of send or receive errors below 128. The CAN module is working in active mode again. Sending and receiving is working again. Cause
Remedy
Warning of the control device.
-
10720
No module found
Module ID could not be found or it was not possible to update the field bus firmware. An iSH-DIO8 was configured and activated at the iSH (Enable = TRUE), but not found during the SERCOS phase run-up. Cause
Remedy
The firmware file on the flash disk (or on the hard disk of the P600) does not exist or is incorrect.
Check if the valid firmware file is available.
Optional module does not exist.
Install module or send control/drive for modification.
An optional module that does not exist was entered in the control configuration.
Check the control configuration.
A phys. master encoder (SinCos encoder) is entered in the control configuration at the BT-4/ENC1, but no phys. master encoder at the connector BT-4/ENC1.
Attach the incremental encoder cable to the BT-4/ENC1 connector. Check encoder cable. Check I/O address.
Hardware error: Module defective.
Exchange module.
Hardware error: Control defective.
Exchange control.
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Module not ready
After initialization by the control, the module does not react. Cause
Remedy
Module defective.
Exchange module in the control.
Watchdog monitoring of the (PROFIBUS-) Exchange module in the control. module is activated. The module does not react within the preset monitoring time (see standard configuration). FPGA could not be programmed. The module is not ready.
Exchange module in the control.
The FPGA firmware file does not match the FPGA pinout. This could damage the module.
Copy correct FPGA firmware via FTP to control flash disk and restart control.
The FPGA could not be programmed. The firmware does not match the module.
Copy correct FPGA firmware via FTP to control flash disk and restart control.
The FPGA firmware file could not be opened. Flash disk may be defective.
Exchange flash disk.
The header in the firmware file was incorrect.
Copy correct FPGA firmware via FTP to control flash disk and restart control.
The size of the FPGA file was wrong.
Copy correct FPGA firmware via FTP to control flash disk and restart control.
No FPGA firmware file found on the flash disk.
Copy correct FPGA firmware via FTP to control flash disk and restart control.
The time of the RealTimeClock of the optional module PN-4 could not be set. Diagnosis message cannot be acknowledged.
This is a problem of a very early hardware version of the PN-4. To clear fault, the PN-4 module must be exchanged. The problem does not exist any longer for hardware code 030033 an higher. Workaround: The diagnosis message can be made acknowledgeable via IEC function DiagNoQuitReset().
10722
No cyclic telegrams
The exchange of cyclic data was interrupted. NOTICE: In case the connection is inter rupted between the PROFIBUS DP slave and the PROFIBUS DP master connection, no error is shown if the master switched off the call monitoring in the slave. This means that the diagnosis code 722 is not triggered. Cause
Remedy
Master interrupts sending of cyclic data.
Check the master.
Cable problem.
Check the wiring.
Duplicate slave address in the network.
Check the configuration.
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10723
No Profibus configuration data
This diagnosis message occurs only in the boot phase of the PacDrive controller or in the bus release. No configuration file on the flash disk of the PacDrive controller was found. A DiagExtCode may be generated. Cause
Remedy
Communication problems.
Retransmit control configuration.
Duplicate slave address in the network.
Check the configuration.
Hardware error: Flash disk defective.
Exchange flash disk.
Hardware error: Control defective.
Exchange control.
10724
No I/O range
See diagnosis message 204 "IEC program cannot be loaded". The field bus server(s) found no IEC I/O range. The I/O range is made available when loading the IEC program. Following error for diagnosis 204 "IEC program cannot be loaded". Cause
Remedy
Libraries in the project were changed or exchange. This program may occurred in Controller versions smaller than V00.16.20.
Reset the Controller (EPAS-4: Online > Reset PacDrive controller).
A project with a different setting of MaxNumOfPOUs was transmitted to EPAS-4 in the file "EPAS-4.ini".
Match the settings of the MaxNumOfPOUs against your EPAS-4 installations. Reset the Controller (EPAS-4: Online > Reset PacDrive controller).
Faulty project.
Retransmit the project by firstly executing in EPAS-4 "Project > Clear all" and then "Project > Transmit all". Then Retransmit the project to the Controller and reset the Controller (EPAS-4: Online > Reset PacDrive controller).
10725
Module firmware replaced
This message indicates that the firmware of a field bus module was exchanged. Cause
Remedy
Warning of the control device.
-
10726
Module firmware invalid
This message indicates that the firmware of a field bus module is invalid. Cause
Remedy
The firmware download for a field bus module via the Controller was not successful.
Repeat firmware download.
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Faulty master parameter data
The master and/or slave data of the configuration file are faulty. The error code entered after "Err=" is equivalent to the error code of the parameter ErrorCode. Cause
Remedy
Communication problems when transmitting the control configuration from EPAS-4 to the control.
Retransmit the control configuration.
Hardware error: Control or flash disk defective.
Exchange control.
10731
Automatic bus deactivation
The Auto Clear bit in the master is set and at least one slave is not exchanging cyclic I/O data. The error code entered after "Err=" is equivalent to the error code of the parameter ErrorCode. Cause
Remedy
Slave was switched off.
Reactivate slave.
Faulty configuration of at least one slave.
Check configuration.
Wiring error: Cable problem in the bus.
Check cable.
Wiring error: Faulty bus topology.
Check terminals, stubs.
10732
No reply from slave
Slave with the bus address indicated after "Sl=" is not exchanging cyclic I/O data. The error code entered after "Err=" is equivalent to the error code of the parameter Er rorCode. If the parameter activation is set to "false", this diagnosis message is not trigge red for V00.20.00 and higher of the Controller. Cause
Remedy
Slave was switched off.
Reactivate slave.
Faulty configuration of at least one slave.
Check configuration.
Wiring error: Cable problem in PROFIBUS-DP.
Check cable.
Wiring error: Faulty bus topology.
Check terminals, stubs.
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10733
Serious bus error
No further bus communication possible due to a serious bus error. CAUTION: No data exchange with bus terminals BT-4/ENC1! Position loss of master encoder connected to bus terminals BT-4/ENC1! Acknowledge diagnosis message only when reinitialization or referencing of the system by the IEC program has been secured. Possibly use functions SysReset() or PrgResetAndStart(). Cause
Remedy
Wiring error: Faulty bus topology.
Check terminals, stubs.
EMC problem.
Check wiring and EMC protection.
A synchronization error occurred. The touchprobes to BT-4/DIO1 are not working.
Check bridging cable between the control and the optional module PN-4 (in the control).
A communication error occurred in PacNet. This can have several reasons: PacNet loop not closed, PacNet terminal connector missing, failure of a module connected to PacNet (no voltage supply).
Check PacNet loop and all modules in the loop.
10734
Bus short circuit recognized
The number of bus short circuits given after "count=" was recognized. Cause
Remedy
Faulty slave.
Check slave device.
EMC problem.
Check wiring.
Wiring error: Cable defective.
Check wiring.
10735
Bus telegrams ignored
Cause
Remedy
Wiring error: Cable defective.
Check wiring.
10736
No I/O data exchange with slave
Slave with the bus address given after "Sl=" exchanges no cyclic I/O data. Cause
Remedy
Faulty slave configuration.
Check configuration by using slave documentation.
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Duplication of IEC addresses
The IEC start addresses for the input or output range were allocated twice. Cause
Remedy
Faulty slave configuration.
Check configuration. Adjust addresses manually or select "Addresses automatic" in the properties dialog of the Profibus master object in the control configuration.
10738
Conf. IO data > admissible IO range
IO data size exceeded. Cause
Remedy
Faulty slave configuration.
Reduce IO data of the slave.
10739
Duplicate Profibus addresses
The Profibus address Adr=xxx was allocated twice within the master configuration. Cause
Remedy
Faulty configuration of the slave.
Check configuration. Adjust addresses manually or select "Addresses automatic" in the properties dialog of the Profibus master object in the control configuration.
10750
CanOpen node does not exist
The bus is checked for existing nodes using the default Sdo index 0x1000. This diagnosis message is triggered if the configuration contains nodes that were not recognized. Cause
Remedy
Node not switched on or not yet ready at the time of checking; node permits no Sdo access to Index 0x1000; wrong or faulty electrical connection; node addresses set incorrectly.
Check configuration.
Electrical connection wrong or defective.
Check wiring.
10751
CanOpen node not configured
The bus is checked for existing nodes using the default Sdo index 0x1000. This diagnosis message is triggered if the configuration contains nodes that were not recognized. Cause
Remedy
Node not configured.
Switch off node or configure node.
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10752
No CanOpen EDS file
No CANopen description file COPMAX4.EDS found on the flash disk of the control. Cause
Remedy
Description file was not transmitted to the control or was deleted.
Description file transmitted via FTP to the control.
10753
Init of CanOpen module failed
An error occurred during the initialization phase of the CANopenmodule. Cause
Remedy
Software error.
Please contact the service department.
10754
CanOpen error message
A CANopen node sent an error message to the bus. Cause
Remedy
Node reports an error.
See description of triggering node.
10755
CanOpen node guarding error
The CANopen master can monitor the individual CANopen slave nodes. The state of the node is checked in a configurable interval (Guard Time). If no reply is received within a configured time (Guard Time * Life Time Factor), the diagnosis message is triggered. Af ter receipt of the first monitoring request, the CANopen slave also checks the time bet ween the monitoring requests (Guard Time * Life Time Factor). In this case no ext. dia gnosis is shown. Cause
Remedy
CANopen node did not process reset or no configuration was sent. Electrical bus connection distorted or faulty.
Check wiring.
10756
CanOpen DPM access time overflow
At least one input application object could not be read. Cause
Remedy
Software error; module overloaded.
Please contact the service department.
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CanOpen config error
An error occurred when configuring the individual CANopen slaves. Cause
Remedy
CANopen node cannot be addressed via Sdo access (node e.g. still in boot phase); node does not exist; electrical bus connection distorted or interrupted; mapping of application object not allowed (application object does not exist or cannot be mapped); writing access to index not allowed for this node. Electrical bus connection distorted or faulty.
Check electrical connection. Please contact the service department.
10758
Size of application object not supported
The CANopen master makes available the described application objects. This diagnosis message is triggered if application objects with an unavailable size are configured in the configuration of a CANopen node. Cause
Remedy
Configuration error.
Check configuration.
10759
Max. no. of application objects limit reached
The CANopen master provides the number of application objects described in the opera ting manual. This diagnosis message triggered if more application objects than available are configured in the CANopen master configuration. Cause
Remedy
Configuration error.
Check configuration.
10770
Overflow of optional module ranges
An overlapping of the IO ranges of the optional modules was recognized. The number code of the type key of the overlapping modules is shown in DiagExtCode. Cause
Remedy
The IO ranges of the optional modules were not Check setting of IO ranges against the set duly in the control. respective operating manuals of the optional modules.
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10771
Duplicate IRQ config. of optional modules
Duplicate interrupt use by optional modules detected. The interrupt that is used twice is shown in DiagExtCode. Cause
Remedy
The interrupts of the optional modules were not set duly in the control.
Check setting of interrupts against the respective operating manuals of the optional modules.
10780
Frequency > 1 MHz
Output velocity in increments was too high. CAUTION: Velocity in increments too high. Position loss at incremental encoder output! Cause
Remedy
Velocity of encoder to be simulated is too high.
Reduce encoder velocity.
The Resolution and/or FeedConstant parameters are not entered correctly.
Check parameters.
Connector of incremental encoder was connected or unconnected while device was switched on (control voltage on!).
Switch off device. Connect or disconnect connector. Switch on device. device is switched on. Modifications at the wiring can cause equipment damage. Switch off voltage supply of the equipment before connectors are connected or disconnected. CAUTION!
10781
No connection with encoder
The bridge in the connector of the encoder cable on the control is not recognized. This monitoring is active for the MAx-4 optional module for the connection of an incremental encoder . The monitoring of the SinCos encoder is active at the controllers Cx00 and P600. Cause
Remedy
Wiring error: Encoder cable disconnected from control.
Connect encoder cable.
Wiring error: Encoder cable defective.
Check encoder cable and exchange, if necessary.
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Track error
A hardware error has occurred at the incremental encoder input (BT-4/ENC1 or incre mental encoder module INC-4). CAUTION: Hardware encoder error! Position loss of master encoder! Acknowledge diagnosis message only after reinitialization or referencing of the system is secured by the IEC program. Possibly use functions SysReset() or Pr gResetAndStart(). Cause
Remedy
Wiring error: Encoder cable at the encoder or Check encoder cable and exchange, if at the encoder input disconnected or defective. necessary. Check mass connection (shield). Encoder or encoder supply or encoder stimulation not yet ready for operation.
By default, monitoring can be switched off using the parameter CheckOff. When the encoder or encoder simulation is ready, the monitoring can be activated in the IEC program.
Encoder defective.
Exchange encoder.
10785
Hardware defective
There is a hardware defect. Cause
Remedy
Ext. diagnosis = PIIX Error.
Exchange control.
Ext. diagnosis = EEPROM damag.
Exchange optional module PN-4.
Ext. diagnosis = EEPROM S xxxx.
Exchange optional module PN-4.
Ext. diagnosis = RTC is damaged. The time of the RealTimeClock of the optional module PN-4 could not be set. This is a problem of a very early hardware version of the PN-4. The problem is cleared for hardware for hardware code 030033 and higher.
Exchange PN-4 module.
Ext. diagnosis = Ref PowerFail.
Check the supply voltage.
10786
Asynchronous to SERCOS-Bus
TODO Cause
Remedy
-
-
10787
Configuration error
A configuration error has occurred. Cause
Remedy
A non-configured module at the PacNet was found. The module cannot be used.
Check the configuration of the module in the control configuration.
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6 | Troubleshooting
No module at the PacNet was found.
Switch on control voltage at the module.
The module with the bus address xx repeatedly give no response. This may be caused by a power failure or a defective module. The module cannot be used.
Check the module address on the module. Check the module address in the control configuration. Check the power supply of the module. Maybe exchange the module.
The supply voltage for outputs 0-7 of the BT-4/DIO1 or iSH-DIO8 is not available or too low. These outputs cannot be used. The diagnosis message is only triggered by the iSH-DIO8 in case of PowerSupply = "Extern / TRUE".
Check supply voltage of the outputs. The message can be disabled with the DiagPF0_7Enable parameter.
The mains voltage for outputs 0-7 of the BT-4/DIO1 missing or too low. Those outputs cannot be used.
Check power supply of the outputs. The message can be switch off via the parameter DiagPF8_15Enable.
No "c2_xpxx.bin" file was found on the flash of the C200. xpxx is in accordance with the FPGA firmware version. The Controller C200 cannot be used. The pinout of the Controller C200 must match the pinout of the FPGA firmware. The pinout of the FPGA firmware is the number represented by p in the xpxx of the FPGA firmware version. The pinout of the control can be read in the ControllerType1 parameter and is indicated by P in FPGA=pyxxxx.
Install the valid FPGA firmware file "c2_xpxx.bin" with the matching pinout to the flash disk of the C200. During installation of a firmware version to the Controller C200, the firmware assistant automatically copies the firmware file "c2_xpxx.bin" to the flash of the C200.
No file "c2_xpxx.bin" was found on the flash of the C200. xpxx is in accordance with the FPGA firmware version. The Controller C200 cannot be used. The pinout of the Controller C200 must match the pinout of the FPGA firmware. The pinout of the FPGA firmware corresponds to the number at position p in xpxx of the FPGA firmware version. The pinout of the control can be read off in the parameter ControllerType1 under FPGA=pyxxxx at position p.
Attach the valid FPGA firmware file "c2_xpxx.bin" with the appropriate pinout to the flash disk of the C200. During attachment of a firmware version to the Controller C200, the firmware assistant copies automatically the firmware file "c2_xpxx.bin" to the flash of the C200.
The current firmware of the controller (C400, C600 or P600) does not match the hardware of the Controller.
Attach the appropriate firmware version with the firmware assistant to the Controller.
A FPGA version on the Controller (C200, C400, C600 or P600) was found that is not marked as beta test version. The pinout of the FPGA firmware corresponds to the number at position p in zpxx of the FPGA firmware version. The pinout of the control can be read in the ControllerType1 parameter for C200 by FPGA=pyzpxx) and is indicated by the p. The highest bit at position z marks a beta test version.
Install a valid FPGA firmware file to the Controller (C200, C400 and C600 -> flash disk; P600 -> hard disk).
The PROFIBUS address is larger than the max. permitted bus address.
Check the PROFIBUS configuration.
The sum of the measuring inputs and puls counters are higher than two for the iSH-DIO8.
Check the configuration (parameter IO0_Mode ... IO7_Mode).
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Connection error
There is a connection error. Cause
Remedy
There is a short circuit or an overload at the output in question. The diagnosis message is only triggered by the SH-DIO8 only for PowerSupply = "Intern / FALSE".
Check the connections of the output.
The output has not connection or is used very little.
Check the connections of the output. It may be sensible to switch off this diagnosis message.
The external power supply of the digital outputs was not connected. The supply of the digital outputs is checked, if at least one bit is set to 1 in the DiagMask parameter of the output group object.
Check the power supply of the digital outputs. Check the DiagMask parameter.
The power supply of the encoder is too low. Short circuit of the power supply (pin 5 and 9) to the connected encoder or defective bus terminal BT4/ENC1. Parameter EncPowerSupply = "Extern / TRUE": There is no or not enough power at the X5 plug connector or there is a short circuit at the power supply (pin 5 and 9) of the connected encoder.
Check the power supply of the encoder. Check the encoder cable.
A SinCos encoder (physical encoder) was entered in the control configuration, but no SinCos encoder is recognized at the X2 or X3 connector of the BT-4/ENC1.
Connect the SinCos encoder cable to the BT-4/ENC1 X2 or X3 connector. Check encoder cable.
The connected encoder type is not supported by the system.
Check the assignment of encoder connectors.
10789
Simple bus error
A simple bus error occurred. Cause
Remedy
The module with bus address xx did not reply once. Transmission is disturbed.
Check the wiring of the module.
PacNet-Warning. An RX clock is missing.
Check the wiring of the module.
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10790
Module error
A module error occurred. Cause
Remedy
An error in the communication between iSH-DIO8 and iSH occurred.
Please contact the service department.
An error during the synchronization with the SERCOS cycle occurred.
Please contact the service department.
The iSH , at which the iSH-DIO8 was configured, is deactivated (RealTimeBusAdr = 200 ... 299) and the iSHDIO8 is activated (Enable = TRUE).
Check control configuration.
Internal error.
Please contact the service department.
10800
Insufficient memory
As soon as the free main memory exceeds drops below 512000 bytes, the diagnosis mes sage 800 is generated. The problem can be narrowed down further by using the DiagEx tCode parameter in the control configuration or the message logger. Cause
Remedy
Insufficient memory (RAM) for the project (DiagExtCode = free<512000).
Reduce control configuration, reduce RamDiskSize, reduce number of tasks, maybe use control with bigger RAM.
10801
Error reading FAT
Cause
Remedy
There was a fault in the file system of the flash disk.
Repair file system. Replace flash disk. Please contact the service department.
10802
Error writing FAT
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
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Inconsistency of FATs
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10804
Corrupt cluster detected
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10805
Corrupt file name detected
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10806
Corrupt file size detected
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10807
Multiple cluster/block detected
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
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10808
Corrupt directory name detected
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10809
Circularly linked clusters/blocks detected
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10810
Error reading directory entry
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10811
Error writing directory entry
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10812
Lost cluster/block found
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
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Device not found
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10814
Initialization of failed
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10815
Error using function with
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10816
Bootrom.sys
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10817
No device name
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
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10818
File not found
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10819
File open error
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10820
File read error
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10821
File not continuously saved
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10822
Cluster read error
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
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Contents of files different
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10824
No file name
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10825
Invalid directory size
Cause
Remedy
An error in the file system of the flash disk occurred.
Repair file system. Replace flash disk. Please contact the service department.
10826
Error during PIC-FW update
An error occurred during a firmware exchange for the PIC Controller (on C400, C600 or P600). The PacDrive controller is in bootloader mode and is attempting to exchange the firmware again. The firmware (such as file "c6p_0511.bin") is on the flash disk (C400 and C600) or the hard disk (P600). When the firmware has been exchanged, the controller will be reset (Reset). The PacDrive controller P600 has not automatic reset. A note ap pears on the display. After the real-time system successfully starts up, the firmware file is deleted automatically. Cause
Remedy
The PacDrive controller attempts to exchange the firmware again.
If this attempt also fails, contact the service department.
Transfer the firmware file to the flash disk (C400 and C600) or to the hard disk (P600).
If this attempt also fails, contact the service department.
Transfer the correct firmware file to the flash disk (C400 and C600) or the hard disk (P600).
If this attempt also fails, contact the service department.
Checking hardware dependencies. The message appears if PIC update files are found that have an incorrect hardware code. The index outputs the required HW index.
Use the PIC update file that matches the device (hardware).
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10827
Power-Off due to hardware monitoring
The hardware provides an internal "error logger" that logs all the causes for errordependent control deactivations. The next time the control is started up the error is analyzed and the cause of the error can be output in the message logger. In addition, a more specific message is displayed (055 "Debug message cause by hardware monitor"), that can be enabled by the MsgFilter parameter and through the EPAS-4 message logger. This message is intended to be a debug message and outputs the exact cause of the de activation. Cause
Remedy
The DiagExtCode defines the error further (high Please contact the service department. or low voltage, high or low temperature, fan error, temperature sensor error).
10828
Library active
TODO Cause
Remedy
-
-
10900
Software error (suspend Task)
Cause
Remedy
During operation of the PacDrive system, this error should not occur.
Please contact the service department.
10901
Software error (invalid opcode)
Cause
Remedy
During operation of the PacDrive system, this error should not occur.
Please contact the service department.
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Software error (page fault)
Cause
Remedy
During operation of the PacDrive system, this error should not occur.
Please contact the service department.
An old firmware < V00.10.00 was loaded on a PacDrive controller and the project on the PacDrive controller flash disk was created for a firmware >= 00.10.00. The error occurs when booting and MAX4 is entered at Object in the message logger.
Retransmit the project from EPAS-4.
IECPRG is entered at Object in the message logger. The IEC task stated at Instance in the message logger recognized a serious error. Possible errors are e.g. disregard of array limits, incorrect use of pointers or the address operator (ADR).
Find faulty point in the program and correct application program.
10903
Software error (class 2)
Cause
Remedy
During operation of the PacDrive system this error should not occur.
Please contact the service department.
10904
Software error (class 1)
Cause
Remedy
During operation of the PacDrive system this error should not occur.
Please contact the service department.
11000
Reference run: initiator not found
During the reference run of the servo axis no initiator was found. Cause
Remedy
Drive is decoupled or dismantled from the motor.
Mount and adjust drive and motor.
Initiator or wiring defective or missing.
Check initiator and wiring and replace, if necessary. Repeat reference run.
Travel limit for the reference run is too short to find initiator.
Check defaults in the operation. Repeat reference run.
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11001
Reference run: no torque found
During the reference run of the servo axis no resistance as reference point was found. Cause
Remedy
Drive is decoupled or dismounted from the motor.
Mount and adjust drive and motor.
The mechanic limit for the reference run (e.g. stop or screw head) is missing.
Check and repair limit. Repeat reference run.
The travel limit for the reference run is too short to run to the limit.
Check defaults in the operation. Repeat reference run.
11002
Warmstart: outside window
A warmstart is only possible when the drive position is inside a window around the target position. The current actual position is outside the window, however, and collisions with other drives/components can result from this. Cause
Remedy
The drive was adjusted manually.
Manually readjust the drive back to the valid section and repeat the reference run. If the reference run fails again, reset the Controller and thus force a reference run.
11011
Reference run: initiator not found
During the reference run of the servo axis no initiator was found. Cause
Remedy
Drive is decoupled or dismounted from the motor.
Mount and adjust drive and motor.
Initiator or wiring is defective or missing.
Check initiator and wiring and replace, if necessary. Repeat reference run.
The travel limit for the reference run is too short to run to the limit.
Check defaults in the operation. Repeat reference run.
11019
Cam definition higher than period
A cam must always defined for a period (normally 360°). But the cam definition of the drive is higher than the period and therefore invalid. Cause
Remedy
Input error during input of cam definition.
Check and correct defaults of cam definition.
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Movement profile missing
A movement profile shall be loaded from the flash or RAM disk. But the file with the cam data is missing. Cause
Remedy
Movement profile is not saved on flash disk.
Please contact the service department.
Program error, movement profile was not generated or not deposited on RAM disk.
Please contact the service department.
11021
Error monitor mains contactor
The mains contactor that activates the power supply of the drive was not energized. Cause
Remedy
Mains contactor defective.
Exchange mains contactor.
11022
Error monitor "Inverter Enable"
The "Inverter Enable" inputs of the servo controller are not activated even though the Controller receives a release signal. Cause
Remedy
Activation "Inverter Enable" defective.
Check wiring and activation of the "Inverter Enable" inputs.
"Inverter Enable" relays defective.
Exchange control device.
Control device defective.
Exchange control device.
Software error.
Please contact the service department.
11023
Error monitor Hardware Enable
The Hardware Enable inputs are not activated even though the Controller receives a re lease signal. Cause
Remedy
Activation Hardware Enable defective.
Check wiring and activation of the Hardware Enable inputs.
Control device defective.
Exchange control device.
Hardware Enable relay defective.
Exchange control device.
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11024
DC voltage too low
The DC voltage is too low. Cause
Remedy
The mains voltage is too low.
Check mains voltage (see Technical Data).
Mains contactor is not activated.
Exchange mains contactor.
Parallel connected DC links, error in one servo amplifier.
Find servo amplifier with error and clear error.
Control device defective.
Exchange control device.
Software error, drive was released before DC voltage could be built up.
Please contact the service department.
11025
Controller not ready
The Controller is not ready but is to be released anyway. Cause
Remedy
Software error, the drive was released although Please contact the service department. the Controller was not ready.
15000
Warmstart not finished
The warmstart of the drive was not completed yet. Cause
Remedy
Software error.
Please contact the service department.
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Notes
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6 | Troubleshooting
Notes 6.
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Bosch Packaging Technology
Change of Size / Product
Chapter 7:
Change of Size / Product
7
7 | Change of Size / Product
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Contents
Bosch Packaging Technology
Safety instructions
3
Preparations for a size change or product change
3
Measures prior to switching back On following a size change or product change
3
Size changing
4
Introduction
4
Sequence
5
Auger filler size change
6
Remove the filling auger and connection
6
Installing the filling auger and connection
7
Gate closure basic setting
8
Size setting table - auger filler
13
Size data sheet with option auger filler FVS
17
Production data sheet
18
Operation data sheet with option filler
20
Notes
21
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7 | Change of Size / Product
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Safety instructions
INFORMATION All work and activities may be carried out by trained and duly authorized persons only. All work with electric devices may be carried out by trained and duly authorized persons only.
Preparations for a size change or product change u
Cordon off a wide area around the working area.
u
Inform the operating personnel and appoint a supervisor.
u
Appoint a responsible person who will operate the machine from a location at which the machine can be shut down at any time
Measures prior to switching back On following a size change or product change u
After a changeover, machines with size-dependent, isolating guard devices must not be put back into operation until the guard devices have been adapted to the new size.
u
Check the fault-free functional sequence of the machine (collision-free operation).
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Size changing Introduction INFORMATION Before beginning the size change / product change ensure that all size parts pertaining to the size sets are clean and in good condition.
WARNING Danger due to crushing, shearing, cutting and impact. Serious bodily injury can occur. u
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Before working on the machine press the EMERGENCY STOP button.
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Size changing Sequence INFORMATION The settings of the machine have been carried out with great care and in compliance with the contractual conditions. Preparing for a size change Procedure 1.
Remove the product completely from the machine.
2.
Clean the entire machine.
3.
Prepare the tools and size set. Before beginning the size change ensure that the size sets are clean and in good condition.
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Comment
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Auger filler size change Remove the filling auger and connection WARNING Moving masses and revolving or hot components inside the machine. All work on the machine during operation may have fatal consequences, peril of loss of life. u
For cleaning the machine must be at a complete standstill.
1.
Run the auger filler empty.
2.
Switch Off the control unit for auger fillers.
3.
Switch Off the machine.
4.
Unscrew the four clamping screws, e.g. (1) on the agitator hopper (2).
5.
Open the agitator hopper shell.
2
1
6.
Loosen the four screws on the clamping piece (3) and push the clamping piece up.
7.
Separate the filling auger (4) and shaft (5) in the agitator hopper.
8.
Remove the filling auger and connection (6).
3
5 4
6
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Auger filler size change Installing the filling auger and connection 1.
Clean the connection between filler auger (1) and shaft (2) from remnants.
2.
Insert the filler auger (1) into the filling connection (5).
3.
Insert the filling connection (5) into the agitator hopper.
Take heed of the fixing pins. 4.
Hook the filling auger (1) with the fixing pin (2) into the shaft (3) and slide the clamping piece (4) over it.
Turn the butt of the clamping piece relative
4
3
2
1
to the butt of the two shaft ends through 90. 5.
Tighten the four screws on the clamping piece.
6.
Close the agitator hopper shell (6) and tighten the clamping screws (7).
5
Avoid torsion. 6
7
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7 | Change of Size / Product
Auger filler size change Gate closure basic setting
1 2
3
4
5
Basic setting 1.
Retract the cylinder (2) fully.
2.
Screw the joint head (1) into the cylinder (2) until the lever (3) no longer moves when the hinge joint (4) is moved within the slot (5).
Stroke setting
The highest position for the lever is when the cylinder (2) is retracted and the lowest position when the cylinder (2) is extended. 1.
The stroke can be modified by shifting the hinge (4) in the slot (5). After adjusting the hinge (4) tighten it again.
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Auger filler size change Gate closure basic setting Setting the gate (open)
2
For example, after a size changeover or removal of the size tube.
The cylinder of the closure drive must be pressureless. 1.
Retract the pressureless cylinder fully.
2.
Loosen the nuts (1) and (2).
3.
Slacken nuts (3).
4.
Screw the lift rods (4) fully into the hinge (7).
5.
Tighten the nuts (1) slightly.
6.
With the nuts (3) adjust the lift rods (4) until the two gates (5) are externally flush with the size tube (6).
7.
Tighten the nuts (2) and (3).
8.
Relieve the lift rods (4).
9.
Tighten nuts (1).
3 4
1
6
7
5
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Auger filler size change Gate closure basic setting
1
4 3
2
Setting the gate (closed)
Extend the pressureless cylinder (1) fully. 1.
Loosen the nuts (2) on the hinge.
2.
Adjust the lever (3) and hinge (4) so that both gates (5) are positioned centrically under the filling tube and a gap (x) of 0.5 to 0.7 mm is created.
3.
Tighten nuts (2).
4.
Check the gap (x).
X
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5
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Auger filler size change Gate closure basic setting Check the gate for smooth operation 1.
Open both gates (1) fully by hand.
2.
Release both gates (1).
The closure must close of its own accord. If not: 3.
Remove the nuts (2) to eliminate the tension.
4.
Retighten the nuts (2). 4
Adjusting the lift rod guides 1.
Align the two lift rod guides (3) roughly with the center of the lift rods.
2.
Tighten the tensioning strap (4) on the size tube.
3.
Check for smooth operation again.
3
2
1
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7 | Change of Size / Product
Auger filler size change Gate closure basic setting
1 2
Adjusting the proximity sensor 1.
Adjust the proximity sensor (1) so that the LED lights up when the gate plates (2) are roughly half open.
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Size setting table - auger filler Date
01.02.2012
Type of machine: Customer
FVS 3201 PT Eastern Pearl Flour Mills
Order No.
717078MS3822W
Size number Memory location
500 g
1000 g
Product designation
Flour
Flour
Original product
yes
yes
Power (Cycles / min.)
65
50
500 g
1000 g
940 cm³
940 cm³
Ø56x65St. 8108342929 no yes 59 mm 59 mm F 35X55 r65 2/1 25 mm M6
Ø56x65St. 8108342929 no yes 59 mm 59 mm F 35X55 r65 2/1 25 mm M6
-
-
50/50 1700 6,1 500,0 0,012200
50/50 1700 12,6 1000,0 0,012600
-
-
-
-
Weight Volume with 500g Filler configuration Auger dimensions Retainer wire on auger Spiral, welded on Connection- Nozzle- Add. Spiral / Blade No. of agitators, bottom / top Pressing disk- Distance sleeve height
8108341137 8108341922
Filler data Fill quantity in PF max. weight [g] Calibration factor(s) Range 1, mainfiller (MF) + postfiller (PF) Acceleration/braking [ms] Auger speed [revs/min] Calibration revs. [xx,xx] Calibration weight [g] Calib. factor (unregulated) [revs/g] Range 2, only postfiller Auger speed [revs/min] Calibration revs. [xx,xx] Calibration weight [g] Calib. factor (unregulated) [revs/g] Range 3, only postfiller Auger speed [revs/min] Calibration revs. [xx,xx] Calibration weight [g] Calib. factor (unregulated) [revs/g]
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Type of machine: Customer
FVS 3201 PT Eastern Pearl Flour Mills
Order No.
717078MS3822W
Size number Agitator Speed [%] Agitator mode Slow-to-stop time [ms] Feed auger speed [%] Feed auger Feed auger speed regulation Reaction time sensor [ms] Dosing time max. [ms] Dosing time (required) [%] [ms] Power uptake (servo) [%]
60 free 1000 40 free blocked 500 458 272 1,8 V/50%
60 free 1000 70 free blocked 500 620 500 1,3 V/40%
max.
10 mm above agitator
80 -
80 -
Pusher closure 30
Pusher closure 30
leftright
leftright
Setpoint Actual
S≤2,8 -
S≤4,0 -
Setpoint Actual
65/min -
50/min -
Product level in duct Cap. initiator (from bottom) [mm] Level sensor with vibrating rod
Parameter, servo motor Y5, foreign mass [%] Y6, Positioning accuracy [%] Closure data Closure type Closure earlier closing [ms] Distance [º] Enabling dosing auger [º] Rotation direction (left/right) Weight accuracy
Output
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Size setting table - auger filler Date Type of machine: Customer
FVS 3201 PT Eastern Pearl Flour Mills
Order No.
717078MS3822W
Size number Memory location Product designation Original product Power (Cycles / min.) Weight Volume with 500g Filler configuration Auger dimensions Retainer wire on auger Spiral, welded on Connection- Nozzle- Add. Spiral / Blade No. of agitators, bottom / top Pressing disk- Distance sleeve height Filler data Fill quantity in PF max. weight [g] Calibration factor(s) Range 1, mainfiller (MF) + postfiller (PF) Acceleration/braking [ms] Auger speed [revs/min] Calibration revs. [xx,xx] Calibration weight [g] Calib. factor (unregulated) [revs/g]
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Type of machine: Customer
FVS 3201 PT Eastern Pearl Flour Mills
Order No.
717078MS3822W
Size number Agitator Speed [%] Agitator mode Slow-to-stop time [ms] Feed auger speed [%] Feed auger Feed auger speed regulation Reaction time sensor [ms] Dosing time max. [ms] Dosing time (required) [%] [ms] Power uptake (servo) [%] Parameter, servo motor Y5, foreign mass [%] Y6, Positioning accuracy [%] Closure data Closure type Closure earlier closing [ms] Distance [º] Enabling dosing auger [º] Rotation direction (left/right) Weight accuracy Setpoint Actual Output Setpoint Actual
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Size data sheet with option auger filler FVS Master copy - Please make a copy prior to filling out. Order/machine no. Size name (30 digit, alphanumeric) Designation
Input/input value
Unit/text
Checkweigher Classification per
Default FPR
Package length
mm in direction of travel
Output
Packages/minute
Nominal weight
grams
Tare weight
grams
Overweight limit
grams
Weight limit TO1/G3
grams
Underweight limit
grams
Weight limit TU1/G2
grams
Operating mode rejector 1
default text
Operating mode rejector 2
default text
Auger filler FVS Dosing weight
grams
Filling auger r.p.m.
1/min
Agitator
OnOff
Agitator r.p.m.
%
Agitator slow‐down‐to‐stop‐time
ms
Cross‐feed auger
OnOff
Cross‐feed auger regulator
OnOff
Cross‐feed auger r.p.m.
%
Calibration revolutions set value
rotations
Calibration weight
grams
Mode during start
with calibration weight with last regulating factor
Filler control (option) Control
On
Off
Overfill
grams
Min. regulator step
grams
Number of packages for data logging (sampling)
units
Number of packages between filling unit and KWE (blocked cycles)
units
Startup operation according to time
s
Startup interlock
units
Number of packages per multi‐unit pack (option)
units
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Production data sheet Order/machine no.
Zero point
Designation
Input/input value
Automatic zero point
On
Off
Machine stop in case of zero point failure
On
Off
Maximally admissible zero point difference
grams
Maximum zero point deviation
grams
Number of zero point faults
amount
Designation Ejector control
Input/input value
no.
Distance sensor ejector
mm
Dead time ejector
ms (max. 9999):
Push time of ejector
717079MS5025W | Version 1.0 | en 103235 (1)
Unit/text
Ejector
Number for stop after serial fault
Ejector operating modes:
Unit/text
amount ms
Eject packages (underweight/overweight/ faults)
On
Off
Ejector overweights
On
Off
Ejector underweights
On
Off
Ejector switched off
On
Off
Eject good packages
On
Off
no.
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Production data sheet Order/machine no.
Designation Sampling
Belt inputs
Input/input value
Manual sampling
amount
Cyclical sampling
amount
u
Break unit setting
amount
u
Break time setting
minutes
Designation
Input/input value
Release slow‐down-to‐stop‐time
On
Designation
Bosch Packaging Technology
seconds
Input/input value
Unit/text
Startup operation
seconds
Startup interlock
amount
Designation Network connection
Unit/text
Off
Slow‐down-to‐stop‐time
Filler control
Unit/text
Input/input value
Unit/text
IP address
-
Subnet mask
-
Default gateway
-
DNS
-
717079MS5025W | Version 1.0 | en 103235 (1)
7 | Change of Size / Product
20 / 22
Operation data sheet with option filler Order/machine no.
Designation Basic data
Input/input value
Unit/text
Ramp time acceleration
ms
Ramp time brakes
ms
Mass load to mass motor
%
Please do not modify the ex‐works values Positioning accuracy
%
Please do not modify the ex‐works values Programmed cams of servo motors
Designation Filler setting: Cross‐feed auger
717079MS5025W | Version 1.0 | en 103236 (1)
Input/input value
Unit/text
Response time fill level (normal 200): sensor
ms
Nominal height fill level
%
Designation Filler setting: Closure
%
Closure pre‐switch‐off time
Input/input value
Unit/text ms
Bosch Packaging Technology
7 | Change of Size / Product
21 / 22
Notes
Bosch Packaging Technology
717079MS5025W | Version 1.0 | en S_Notiz_2s
22 / 22
7 | Change of Size / Product
Notes 2.
717079MS5025W | Version 1.0 | en S_Notiz_2s
Bosch Packaging Technology
Maintenance
Chapter 8:
Maintenance
8
8 | Maintenance
1 / 26
Contents
Bosch Packaging Technology
Safety instructions
3
Measures prior to maintenance work
3
Procedures prior to renewed Power On following maintenance work
3
Information on maintenance
4
Lubrication
4
Information on cleaning
5
Work instructions
5
Composition of the cleansers and disinfectants
5
Cleaning plan checkweigher
6
Cleaning plan auger filler
7
Information on cleaning
8
Schedule for checkweigher cleaning
8
Clean filter housing and filter cartridge
9
Overview ‐ cleaning auger filler
10
Cleaning crossfeed auger
11
Clean the dust filter
12
Clean sensors
13
Clean the agitator, filling auger and filling pipe connection
14
Clean the drive chain of the agitator drive
17
Electrical devices
18
Maintenance plan checkweigher
19
Maintenance plan auger filler
20
Information for maintenance
21
Adjust/replace belts
21
Drain water from the filter housing
23
Tension the drive chain of the agitator drive
24
Lubricant change at the drive motor
25
Notes
26
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8 | Maintenance
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8 | Maintenance
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Safety instructions
INFORMATION All work and activities may be carried out by trained and duly authorized persons only. All work with electric devices may be carried out by trained and duly authorized persons only.
Measures prior to maintenance work u
Switch Off the machine in accordance with these operating instructions and secure it against being unexpectedly switched back On.
u
Lock the main command devices and withdraw the key and/or attach a warning sign to the main switch.
u
Cordon off a large area around the repair zone.
u
Inform the operating personnel and appoint a supervisor.
Procedures prior to renewed Power On following maintenance work u
Check the safety devices.
u
Check the fault-free functional sequence of the machine (collision-free operation).
Bosch Packaging Technology
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8 | Maintenance
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Information on maintenance INFORMATION Lack of cleaning and inadequate maintenance and upkeep will cut short the service life of the machine. Service the machine regularly and in accordance with the instructions, make sure you keep the workplace clean.
u
Comply with setting, maintenance and servicing jobs and intervals that are described in the operating instructions including the specifications on the replacement of parts.
u
Workshop equipment appropriate for the work is absolutely necessary for the performance of maintenance measures.
u
Clean the machine, in particular the connections and screwed fittings prior to starting maintenance procedures.
u
Do not use any corrosive cleaning agents.
Lubrication INFORMATION Use only lubricants approved for the appropriate sector (e.g. pharmaceutical or foodstuffs sector).
u
Observe manufacturer instructions for lubrication (Chapter 10) for the sub-supplied parts.
u
A warranty for high aging stability must be provided for all lubricants. Ensure that the lubricant type and quality are adhered to when topping up lubricants.
u
Use lubricant types in compliance with the maintenance or lubrication plan. If using different lubricants please reconcile this with the supplier of the lubricant.
Hydraulic-type lubricating nipples Lubricate all lubricating nipples as laid down in the maintenance and lubrication plans. u
The lubricating nipples must be cleaned prior to lubrication with a grease gun.
u
Normally, lubricating with a grease gun is sufficient. If a high-pressure press is used, the pressure may not exceed 1000kPa (10bar / 145psi).
717079MS5025W | Version 1.0 | en S_08_Hinweise (7.1)
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8 | Maintenance
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Information on cleaning WARNING Moving masses and revolving or hot components inside the machine. There exists the risk of serious bodily injury during work at the running machine! u
For cleaning the machine must be at a complete standstill.
u
Secure the machine against being switched On.
Work instructions u
Perform cleaning and any disinfection of the machine in conformity with the works cleaning schedule.
u
For cleaning use only suction air (no blowing air). If blowing air is used there is a danger that dirt particles will penetrate sensitive components such as bearings, bushes or electrical components and cause damage.
u
Do not clean the machine with water!
u
After the cleaning process examine all piping and hoses for leaks, loose connections, abrasion points and damage! Immediately eliminate any defects that are ascertained.
u
Do not use solvents!
u
For normal contamination use commonly available non-combustible cleaning agents.
u
In case the machine is heavily soiled (such as due to very sticky media) the components must be disassembled and cleaned. After cleaning, dry the components completely, then lubricate and refit.
Composition of the cleansers and disinfectants CAUTION Wrong cleansers and disinfectants may constitute a health hazard and lead to damage of the machine. u
Check whether the cleansers and disinfectants may be used without risk to personnel and machine. Heed the manufacturer's information!
u
If in doubt, contact the Bosch Service Department, stating the name/brand of the agent as well as its chemical composition.
New agents should be tested prior to use.
Bosch Packaging Technology
717079MS5025W | Version 1.0 | en S_08_Trockenreinigung (7)
Info page
10 000
Personnel 5 000
2 000
Use suction air!
1 000
Removing packaging material residues
500
Service interval *)
40
Description
160
Job description
8
Item Maintenance point
6 / 26
717079MS5025W | Version 1.0 | en 107833 (1)
Cleaning plan checkweigher
Cleaning 1
Weighing work area
¬
1.1
Cover
Cleaning
Do not use alcohol or aggressive cleaning agents! Clean with ”Antistatic plastic cleaner and polish”.
2
Sensors
Cleaning
With fine brush or soft lint‐free cloth
Cleaning
Housing must be unpressurized before opening! Cleanse housing and filter
Page 8
¬
¬
Page 8
Page 9
Pneumatic system 3
Filter housing and filter cartridge
Overall machine 4
Rollers
Cleaning
If necessary
¬
Page 8
5
Belts
Cleaning
If necessary
¬
Page 8
*)
in operating hours
= cleaning = checking / replacing = lubricating
¬ = Operating staff = Skilled staff
8 | Maintenance
Bosch Packaging Technology
Info page
10 000
Personnel 5 000
2 000
500
Vacuum air
1 000
Service interval*)
40
Description
160
Job description
8
Item Maintenance point
8 | Maintenance
Bosch Packaging Technology
Cleaning plan auger filler
Cleaning 1
Overall machine
Remove filling material residues
¬
Page 10
2
Crossfeed scroll
Cleaning
¬
Page 11
3
Dust filter
Cleaning
¬
Page 12
4
Sensor
Clean active surfaces
Page 13
5
Agitator hopper
Cleaning
¬
Page 14
6
Agitator, filling auger and filling pipe connection
Chapter 2 page 18
With soft lint‐free cloth
Electrical devices 7
Motor frequency converter
Clean dirty cooling ribs Dust explosion! *)
in operating hours
= cleaning = checking / replacing = lubricating
¬ = Operating staff = Skilled staff
7 / 26
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8 | Maintenance
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Information on cleaning Schedule for checkweigher cleaning INFORMATION Use only lint-free cloth and solvent-free cleansers. Use suction air in case of dust deposits! Clean lenses and mirror of the light-barrier (7) with a fine brush or lint-free cloth.
3
1
2
5
4
The position numbers refer to the cleaning plan.
717079MS5025W | Version 1.0 | en 107133 (1)
Bosch Packaging Technology
8 | Maintenance
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Information on cleaning WARNING The pneumatic systems are pressurized. If incorrectly disassembled the systems can explode and cause serious accidents. u
Depressurize the pneumatic system (see package maker).
Clean filter housing and filter cartridge INFORMATION Use water, soap suds or similar neutral cleansers for cleaning plastic containers and caps.
1.
Unscrew the filter housing (1).
2.
Rinse filter housing with water.
3.
Unscrew the filter cartridge (2).
4.
Rinse filter cartridge.
5.
Blow-dry filter cartridge from the inside to the outside.
6.
2
1
Mount the filter cartridge (2) and the filter housing (1).
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8 | Maintenance
10 / 26
Information on cleaning Overview ‐ cleaning auger filler INFORMATION Neutral cleaning agents and disinfectants, e.g. “P 3 - Sterile” from the company Henkel are allowed. Acids and lyes are not allowed! Clean all parts in contact with product with a u
vacuum cleaner
u
cloth
u
brush or paintbrush.
Wet cleaning is not recommended because moisture makes dry products biologically unstable. If wet cleaning is performed despite this, dry the parts completely.
2
1
3
4 5 6 7
Item
Designation
Item
Designation
1
Crossfeed scroll
5
Agitator
2
Dust filter
6
Dosing scroll
3
Sensor
7
Dosing nozzle
4
Filling hopper
717079MS5025W | Version 1.0 | en 101198 (1)
Bosch Packaging Technology
8 | Maintenance
11 / 26
Information on cleaning Cleaning crossfeed auger WARNING Moving masses and revolving or hot components inside the machine. All work on the machine during operation may have fatal consequences, peril of loss of life. u
1
For cleaning the machine must be at a complete standstill.
3
4
2
Procedure
Notice
1.
Slacken screws (1).
Four screws.
2.
Turn and remove lid (2).
3.
Slacken screw (3) at crossfeed auger.
4.
Pull out crossfeed auger (4) with shaft.
5.
Clean crossfeed auger.
6.
Insert crossfeed auger (4) with shaft.
7.
Locate and fasten screw (3) at crossfeed auger.
8.
Locate lid (2) and turn into position.
9.
Fasten screws (1).
Bosch Packaging Technology
One screw.
One screw.
Four screws.
717079MS5025W | Version 1.0 | en 101199 (1)
8 | Maintenance
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Information on cleaning Clean the dust filter
3
2
1
4
Procedure
Notice
1.
Slacken screw (1) at hose clip (2).
1 screw.
2.
Remove dust filter (3) and clean.
Shake off the dirt, vacuum.
3.
Put dust filter (3) onto connection piece (4).
4.
Tighten screw (1) at hose clip (2).
717079MS5025W | Version 1.0 | en 101200 (1)
1 screw.
Bosch Packaging Technology
8 | Maintenance
13 / 26
Information on cleaning Clean sensors WARNING Moving masses and revolving or hot components inside the machine. All work on the machine during operation may have fatal consequences, peril of loss of life. u
For cleaning the machine must be at a complete standstill.
1
2
Procedure
Notice
1.
Slacken clamping screws at agitator hopper.
Four screws.
2.
Open the shell of the agitator hopper.
3.
Clean sensor rod (1) from remnants.
4.
Clean inspection glass (2) (option) from remnants.
5.
Close the agitator hopper shell and tighten the clamping screws.
Bosch Packaging Technology
Clean with fine brush or with a soft lint-free cloth. Avoid torsion.
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8 | Maintenance
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Information on cleaning Clean the agitator, filling auger and filling pipe connection WARNING Moving masses and revolving or hot components inside the machine. All work on the machine during operation may have fatal consequences, peril of loss of life. u
For cleaning the machine must be at a complete standstill.
1.
Run the auger filler empty.
2.
Switch Off the control unit for auger fillers.
3.
Switch Off the machine.
4.
Unscrew the four clamping screws, e.g. (1) on the agitator hopper (2).
5.
Open the agitator hopper shell.
2
1
6.
Loosen the four screws on the clamping piece (3) and push the clamping piece up.
7.
Separate the filling auger (4) and shaft (5) in the agitator hopper.
8.
Remove the filling auger and connection (6).
3
5 4
6
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Bosch Packaging Technology
8 | Maintenance
15 / 26
Information on cleaning Clean the agitator, filling auger and filling pipe connection INFORMATION The displayed graphic of the agitator serves as an example.
9.
Slacken three screws e.g. (1).
1
10. Remove the agitator (2).
2
11. Clean the agitator hopper with soft lint-free cloth. 12. Clean the agitator, filling auger and filling pipe connection. 13. Insert the agitator holder into the agitator (1).
1
14. Fasten the three screws e.g. (2).
2
Bosch Packaging Technology
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8 | Maintenance
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Information on cleaning Clean the agitator, filling auger and filling pipe connection
15. Clean the connection between filler auger (1) and shaft (2) from remnants.
4
16. Insert the filler auger (1) into the filling connection (5). 17. Insert the filling connection (5) into the agitator hopper.
Take heed of the fixing pins. 18. Hook the filling auger (1) with the fixing pin (2) into the shaft (3) and slide the clamping piece (4) over it.
Turn the butt of the clamping piece relative
3
2
1
to the butt of the two shaft ends through 90.
5
19. Tighten the four screws on the clamping piece. 20. Close the agitator hopper shell (6) and tighten the clamping screws (7).
Avoid torsion. 6
7
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8 | Maintenance
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Information on cleaning Clean the drive chain of the agitator drive
1
2
3
Procedure
Notice
1.
Slacken screw (1).
1 screw.
2.
Lift off the cover plate (2)
3.
Clean contaminated drive chain (3).
4.
After cleaning lubricate the chain links with some drops of oil.
5.
Apply cover plate (2).
6.
Fasten screw (1).
Bosch Packaging Technology
With wire brush or with petroleum.
1 screw.
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8 | Maintenance
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Information on cleaning Electrical devices DANGER There is a risk of fire and explosion at the machine. See chapter 2 ”Processing of dusty materials”. u
The following measures must be observed without fail.
Carry out maintenance every 8 hours! Item 1
Measure Keep motor frequency converter free of dust. u
Layers of dust must be removed!
2
Keep plug connections free of dust.
3
Visual inspection: u
Remove any other contamination.
1
2
717079MS5025W | Version 1.0 | en 101374 (1)
Bosch Packaging Technology
Info page
10 000
Personnel 5 000
2 000
500
1 000
Service interval *)
40
Description
160
Job description
8
Item Maintenance point
8 | Maintenance
Bosch Packaging Technology
Maintenance plan checkweigher
Drives and gears 1
3-phase motor
In normal conditions maintenance-free
2
Belts
Check belt tension
As delivered condition
Replace belt
If necessary
2.1
-
¬
Page 21
Pneumatic system 3
Maintenance unit
Drain water from the filter housing
¬
Housing must be unpressurized before opening!
Page 23
Electrical devices 4
Control cabinet and terminal boxes
4.1
Electric screw and clamp connections
Check all electric screw and clamp connections for firm seating
Every 24 months at the latest! Switch Off the main switch and secure it against being switched back On.
Check for firm seating
Once after 160 hrs if the machine is new
Overall machine 5
Fastening elements
*)
in operating hours
= cleaning = checking / replacing = lubricating
¬ = Operating staff = Skilled staff
19 / 26
717079MS5025W | Version 1.0 | en 107837 (1)
A few drops of Shell Omala oil 320
Info page
10 000
Lubricate and check tension
Personnel 5 000
Every 24 months at the latest! Switch Off the main switch and secure it against being switched back On.
2 000
Check all electric screw and clamp connections for firm seating
500
Especially of moving parts
1 000
Check firm seating
Service interval*)
40
Description
160
Job description
8
Item Maintenance point
20 / 26
717079MS5025W | Version 1.0 | en 101197 (2)
Maintenance plan auger filler
Overall machine 1
Fastening elements
Electrical devices 2
Control cabinet and terminal boxes
Drives and gears 3
Drive chain of agitator drive
4
Drive motor - agitator and crossfeed auger
Esso Synthetic low-viscosity grease S 420 *)
in operating hours
= cleaning = checking / replacing = lubricating
Page 24
Page 25
¬ = Operating staff = Skilled staff
8 | Maintenance
Bosch Packaging Technology
8 | Maintenance
21 / 26
Information for maintenance Adjust/replace belts WARNING The machine is equipped with rotating components. Long hair worn open, loose clothing, jewelry or similar can be seized and drawn in by rotating components. Extremely serious injuries can be caused by this. u
Wear tight-fitting clothing. Protect long hair, e.g. with a hair net. Take off any jewelry.
Adjust belt tension
The belt tension is set ex-works and should not be changed. Depending on load strain the tension might change after a longer period of operation. Tension is adjusted by shifting the axis (1) in the desired bearing point. u
Requirement: belts must run during setup operation.
u
Slacken lock nut (2) on the right and left side of the belt.
u
Slowly turn clamping (3) and check belt movement. Belt must run straight and parallel.
u
Tighten lock nut (2).
The belt tension is adjusted correctly if
2
neither slack nor excessive load occur. 3 Adjust lateral setting u
Requirement: belts must run during setup operation.
u
Slacken lock nut (2) on the belt side to be adjusted.
u
Slowly turn clamping nut (3) and check belt movement. Belt must run straight and parallel.
u
Tighten lock nut (2).
Bosch Packaging Technology
1
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8 | Maintenance
22 / 26
Information for maintenance Adjust/replace belts Replace belt in case of excessive wear u
Slacken screws (1) and remove belt body.
u
Slacken lock nut (2) and slacken the belt tension with the clamping nut (3).
5
u
Unscrew screw (4).
7
u
Unscrew screws (5).
u
Remove side panel (6).
u
Pull belt (7) off toward the front.
u
Install new belt.
u
Mount by following the reverse order of steps.
u
Readjust belt tension (see page 21).
6
1
4 2 3
717079MS5025W | Version 1.0 | en 108135 (3)
Bosch Packaging Technology
8 | Maintenance
23 / 26
Information for maintenance WARNING The pneumatic systems are pressurized. If incorrectly disassembled the systems can explode and cause serious accidents. u
Depressurize the pneumatic system (see package maker).
Drain water from the filter housing
The compressed air system must be unpressurized.
The pressure gauge (1) must display 0 bar. 1.
Open valve (2).
2.
Drain water from filter housing (3).
3.
Close valve (2).
1 3
2
Bosch Packaging Technology
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8 | Maintenance
24 / 26
Information for maintenance Tension the drive chain of the agitator drive INFORMATION Check the tension of the drive chain (1) once a month.
1 3
2
4
10 mm
5
Procedure
Notice
1.
Slacken screw (1).
1 screw.
2.
Lift off the cover plate (2).
3.
Slacken the four screws, e.g. (3) at the slotted holes in the motor plate (4).
4.
Slide the motor plate (4) smoothly in the direction of the arrow to tension the drive chain (5).
5.
Retighten the four screws (3) on the motor plate (4).
6.
Apply cover plate (2).
7.
Fasten screw (1).
717079MS5025W | Version 1.0 | en 101203 (2)
The chain is correctly tensioned when it can be pressed inwards by approx. 10 mm.
1 screw. Bosch Packaging Technology
8 | Maintenance
25 / 26
Information for maintenance Lubricant change at the drive motor WARNING Peril of loss of life - do not touch any lines, leads or components that carry a live voltage. The consequence can be very serious injuries or death. u
The entire machine must be separated from mains prior to working on electric installations:
Switch Off the main switch (after switching Off the main switch, excepted electrical circuits can still carry live voltage - see wiring diagram).
Disconnect mains plug (if present). u
Secure the machine against being switched back on.
u
Reliably establish the absence of any voltage with a suitable test instrument.
2
1
Procedure
Notice
1.
See operating instructions drive motors crossfeed auger (1)/ agitator (2).
Change the lubricant every 10 000 operating hours using the synthetic liquid grease Esso S 420.
Bosch Packaging Technology
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8 | Maintenance
Notes 2.
717079MS5025W | Version 1.0 | en S_Notiz
Bosch Packaging Technology
Appendix
Chapter 9:
Appendix
9
9 | Appendix
1/4
Contents
Bosch Packaging Technology
Note
3
Notes
4
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9 | Appendix
This page is empty on purpose!
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Bosch Packaging Technology
9 | Appendix
3/4
Note INFORMATION Chapter 9 of these Operating Instructions is void.
Bosch Packaging Technology
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9 | Appendix
Notes 3.
717079MS5025W | Version 1.0 | en S_Notiz
Bosch Packaging Technology
Operation and maintenance-relevant Purchase Parts (OEM)
Chapter 10: Operation and maintenance-relevant Purchase Parts (OEM)
10
10 | Operation and maintenance-relevant Purchase Parts (OEM)
1/6
Contents
Bosch Packaging Technology
Overview
4
GEARS, MOTORS, DRIVE ELEMENTS
4
PROCESSING / FILTER
4
SENSORS, LIMIT SWITCHES
4
CONTROL/REGULATING DEVICES, COMPUTER SYSTEMS
4
SUBSUPPLIED EQUIPMENT
4
CHECK SETTING HELPS, COMPUTER, ETC.
4
Notes
5
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10 | Operation and maintenance-relevant Purchase Parts (OEM)
This page is empty on purpose!
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Bosch Packaging Technology
10 | Operation and maintenance-relevant Purchase Parts (OEM)
3/6
Documents for purchase parts on CD-ROM
INFORMATION The documents for operation and maintenance-relevant purchase parts are gathered as listed below on the attached CD-ROM as PDF-files. They do not exist in a printed version.
Bosch Packaging Technology
717079MS5025W | Version 1.0 | en S_10_OEM_CD (7)-en
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717079MS5025W | Version 1.0 | en t_Kap10_717078_en
Overview Machine / Type
Machine No. / Order No.
Customer
as per
KWE 5000 LM
717079MS5025W
PT Eastern Pearl Flour Mills
21.12.2011
Designation
Benennung
Manufacturer / supplier
Bosch No.
THREE‐PHASE GEAR MOTOR
DREHSTROM‐GETRIEBEMOTOR IGK 65‐60;I=7
GROSSCHOPP AG
8 108 174 269
10.1
THREE‐PHASE GEAR MOTOR
DREHSTROM‐GETRIEBEMOT. IGK 65‐60;I=12
GROSSCHOPP AG
8 108 174 272
10.1
AC‐SERVOMOTOR
AC‐SERVOM.SH140/20200/0/1/00/00/00/00
SCHNEIDER ELECTRIC GMBH
8 108 150 282
10.2
FILTER‐DRUCKREGELVENTIL NL2 G1/4
BOSCH REXROTH AG
0 821 300 300
10.3
PHOTOELECTRIC REFLEX SWITCH
REFLEXIONS‐LICHTSCHRANKE WL160‐F440
SICK AG
8 108 166 183
10.4
POINT LEVEL SENSOR WITH VIBRATING ROD
VIBRATIONSGRENZSCHALTER VEGAVIB 63
VEGA GRIESHABER KG
8 108 175 354
10.5
GEARS, MOTORS, DRIVE ELEMENTS
FILTER / PRESSURE REGULATOR
SENSORS, LIMIT SWITCHES
CONTROL/REGULATING DEVICES, COMPUTER SYSTEMS SERVO CONTROL UNIT
SERVO‐STEUERGERAET MC‐4/11/10/400
ELAU AG
8 108 171 684
10.6
FREQUENCY CONVERTER E82EV371K2C
FREQUENZUMRICHTER E82EV371K2C
LENZE VERTRIEB GMBH
8 108 171 427
10.7
CONTROLLER
MULTIACHSCO. C200/A2 PROFIBUS‐DP/CAN
SCHNEIDER ELECTRIC GMBH
8 108 174 329
10.8
TOUCH PANEL
TOUCH PANEL TP104AT/781060
SÜTRON ELECTRONIC GMBH
8 108 174 604
10.9
UNICON‐D 1100/200/250/150 GENIUS+
S+S SEPARATION & SORTING
8 108 255 350
10.10
HOTTINGER BALDWIN
8 108 150 280
10.11
SUBSUPPLIED EQUIPMENT Bosch Packaging Technology
METAL DETECTOR
CHECK SETTING HELPS, COMPUTER, ETC. WEIGHING CELL
WAEGEZELLE DIGITAL 1‐FIT/1SB30/5KG
10 | Operation and maintenance-relevant Purchase Parts (OEM)
PROCESSING / FILTER
10 | Operation and maintenance-relevant Purchase Parts (OEM)
5/6
Notes
Bosch Packaging Technology
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10 | Operation and maintenance-relevant Purchase Parts (OEM)
Notes 4.
717079MS5025W | Version 1.0 | en S_Notiz_2s
Bosch Packaging Technology