Ecfangrid Installation And Operation Guide.pdf

ECFanGrid

Installation, Operation and Maintenance Guide

SAFETY WARNING: Improper installation, adjustment, alteration service or maintenance can cause property damage, injury or death. Read the installation,operating and maintenance instructions thoroughly before installing or servicing this equipment. Rosenberg. ECFanGrid: Installation, Operation and Maintenance Guide. V.1.0.17

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TABLE OF CONTENTS: 1. ECFanGrid: General Information.........................................................................page 3 2. Safety Considerations.........................................................................................page 6 3. Inspection on Arrival............................................................................................page 7 4. Inspection Prior to Installation............................................................................page 8 5. Installation Recommendations for the ECFanGrid ............................................page 9 5.1 Frame Construction .................................................................................page 9 5.2 Retrofit Kit.................................................................................................page 9 5.3 UnoBox ....................................................................................................page 9 6. Electrical Connection........................................................................................page 10 7. Installation of Constant Volume Control System.............................................page 13 8. Airflow Measuring System................................................................................page 15 9. Start up and Commissioning ...........................................................................page 16 10. Troubleshooting...............................................................................................page 17 10.1 ECFanGrid Ecfangrid Motor And Impeller Replacement...................page 19 11. Contacts..........................................................................................................page 20

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1. General Information Thank you for choosing Rosenberg! Your ventilation system now will have several advantages over traditional belt driven fans, your building is now part of the future of ventilation. Please read this guide carefully and follow the installation recommendations as close as possible in order to maximize the performance of your system. Avoid unnecessary risks and also to keep it running for a long time.

Principles of operation: • ECFanGrid made of n high efficiency EC Fans including Power and Wiring Cabinet and a Differential Pressure Controller. • The ECFanGrid acts like a single Rosenberg EC Fan. But opposed to that of a single fan, the ECFanGrid offers built in redundancy, other advantages that the ECFanGrid offers over traditional drive solutions is its compactness and flexibility, uniform flow profile, less low frequency sound, integrated speed regulation, simple replacement and maintenance, easy cleaning and weight reduction. • The physical fundamentals of the ECFanGrid are simple, the volume flow multiplies proportional to the number of fans and the pressure ratios remain identical. Optimal distance between the EC Fans is an important factor to allow peak performance, again please follow the installation and mounting instructions. • For construction the ECFanGrid in all its modes require accurate and defined internal dimensions of the section where it needs to be installed. The Rosenberg ECFanGrid is an all in one solution – Plug & Play.

ECFanGrid Control System Principles: All fans can be speed controlled in a range of 0-100% by a common 0-10V signal. • All fans can be enabled by a common potential free signal. The enabling is made by closing the contact. • All fans are wired on a common collective error alarm contact. When a disturbance on one of the n fans is present this will be displayed either through 24VDC or through a potential free contact. • The regulation and/ or measurement of pressure or volume is made by the supplied differential pressure controller, prerequisite is the correct interconnection of the supplied piezometer rings at the cones according to the EC Fan installation instructions and the correct installation downstream or upstream of the pressure tabs that would be completing the differential pressure circuit in which the whole control is based.

Power and Control Wiring Cabinet

According to your project specific number of fans a certified electrician should wire all the fans together to the supplied Rosenberg’s power and wiring cabinet, made out of light grey (RAL 7035) coated steel sheet , IP54 protection all components are UL, ULC, CSA listed, wiring design and drawings should be supplied to you together with the package, the wiring cabinet external dimensions vary depending in the number of fans it will encompass, Rosenberg supplies cabinets for 2, 4, 6, 9 and 12 fans as a standard. Temperature range is -20C to +50C. Each fan is individually fused in accordance to CSA regulations; the cabinet has an independent 24VDC voltage source. Through this feature the redundancy capabilities of the entire system increases.

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1. General Information ( cont’d) Fig. 1-1 ECFanGrid Typical Configuration

Note: A complete set of wiring drawings should be delivered with your cabinet. A certified electrician should interconnect all the components of the system.

The ECFanGrid Components Independent of the ECFanGrid type the main components of the system are as follows. • EC Fans • CSA approved Wiring Cabinet (460V and 24V power supply, 0-10V Control ) • Differential Pressure Controller PLC with ModBus communication capacity (0-10V signal output)

Existing types of ECFanGrid Depending on your required solution your ECFanGrid can be supplied in three different modes, although the operational concept remains the same, some of the components will have differences and the scope of supply varies hence installation recommendations are particular for each.

• ECFanGrid Frame Construction • ECFanGrid RetroFit Kit • ECFanGrid UnoBox Note: Please make sure what is the type of ECFanGrid you are about to install and refer to the proper installation guideline. Rosenberg. ECFanGrid: Installation, Operation and Maintenance Guide. V.1.0.17

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1. General Information ( cont’d)

The assembling sequence outlined for the ECFanGrid in this document is as follows: 1. Mechanical (Installation of the Fans) 2. Electrical Wiring (460V power feed) 3. Control Wiring ( 0-10V Control ) 4. Air Flow Measurement System (Pneumatic signal) 5. Control System (24V input, 0-10V Control, Pneumatic Signal)

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2. SAFETY CONSIDERATIONS

Hazards may exist within each Fan Module Unit because it contains electrical and powerful moving components. Only qualified service personnel should install or service this equipment. Observe precautions as marked in literature and on labels attached to each unit.

Main power must be disconnected via the main disconnect and ‘locked out’ before performing any service to at each unit(s) – failure to do so could result in an electric shock which could cause personal injury or death.

Improper installation, adjustment or alteration to a unit(s) could cause property damage, personal injury or death. During Construction and/or Installation the following Safety Codes must be observed: Safety Shoes, Safety Glasses, Hard Hats and Work Gloves must be worn.

Fire Extinguishers must be on Site for any Cutting, Welding and/or Brazing, as required.

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3. INSPECTION ON ARRIVAL

All Rosenberg Fan Products are carefully constructed and inspected prior to shipment to insure the highest level of quality and performance.

A Visual Inspection of Fan Module Components and/or UnoBoxes as well as Control Cabinets should be carried out for any damage that may have occurred during shipment or material handling. In addition the Packing List should be compared to the quantity of items received.

Should any damage be evident or if there is a discrepancy, with regard to missing items – the Carrier’s Bill of Lading should be signed indicating damage and items missing.

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4. INSPECTION PRIOR TO INSTALLATION

Before the assembly of the ECFanGrid, an inspection of ALL the Fan Wheels is required to ensure freedom of rotation and that there is an equal distance/clearance between the Fan Wheel Cone and the Inlet Cone through 360o.

If there is a discrepancy in freedom of rotation, the Fan Assembly in question may require a further adjustment of the Inlet Cone – if this is not possible – THE FAN SHOULD NOT BE PUT INTO SERVICE and immediately contact the Rosenberg Sales Office located in Mississauga, Ontario.

Rosenberg Fans Canada Ltd. 1210 Mid-Way Blvd, Unit 20 Mississauga, ON, L5T 2B8 Tel: (905) 565-1038 (head office) Tel: (514) 592-7462 (QC, NS, NB, NF) Tel: (403) 992-6042 (SK, AB, BC) Fax: (905) 565-0161 Email: [email protected] www.rosenbergcanada.com www.ecfangrid.ca

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5. INSTALLATION RECOMMENDATIONS

5.1 ECFanGrid Frame Construction Rosenberg delivers your fans as a module, these modules will require a an engineered design support structure with the capability of carrying both static and dynamic load of the fan system (See Appendix A)

5.2 ECFanGrid Retrofit Kit Rosenberg delivers your fans as modules, together with a pre-engineered internal support structure and sheet metal parts to close all the gaps between the fans and the existing external enclosure, this enclosure has to be horizontally leveled and vertically plum. Further the assembly of the structure and additional parts and accessories is as outlined (See Appendix B)

5.3 ECFanGrid UnoBox Rosenberg delivers the fans as stackable boxes, these boxes are constructed in galvanized steel which give structural support to the fan, these boxes can be stacked up to three boxes high, width number of boxes can be unlimited, in order to give structural support and avoid risks it is recommended to bolt together the Unoboxes. (See Appendix C)

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6. ELECTRICAL CONNECTION

SAFETY WARNING: Improper installation, adjustment, alteration service or maintenance can cause property damage, injury or death. Read the installation,operating and maintenance instructions thoroughly before installing or servicing this equipment.

When installed, the ECFanGrid and optional Controls shall be wired and electrically grounded in accordance with local codes as well as with the National Fire Protection Association (National Electrical Code), ANSA/NFPA70 and/or the Canadian Electrical Code CSA C22.1. The ECFanGrid installation must have an uninterrupted, ground to minimize possible personal injury, should any electrical fault occur. Failure to follow this procedure could result in that the Installer being liable for personal injury to others. Electrical characteristics of each individual Fan Motor in the ECFanGrid are detailed on the Nameplate attached to the Motor Support Plate. Required Line Voltage(s) and/or Control Voltage(s) are detailed and specified in the following figures.

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6. ELECTRICAL CONNECTION (CONT’d)

Fig. 6-2 ECFan Three phase wiring diagram (GD112, GD150 3~)

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6. ELECTRICAL CONNECTION (CONT’d) Fig. 6-3 ECFan Three phase wiring diagram (GD112 3~)

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7. INSTALLATION OF CONSTANT VOLUME CONTROL SYSTEM

All Rosenberg Fan Products are carefully constructed and inspected prior to shipment to insure the highest level of quality and performance. A Visual Inspection of Fan Module Components and/or UnoBoxes as well as Control Cabinets should be carried out for any damage that may have occurred during shipment or material handling. In addition the Packing List should be compared to the quantity of items received. Should any damage be evident or if there is a discrepancy, with regard to missing items – the Carrier’s Bill of Lading should be signed indicating damage and items missing.

INTERFACE of the CONTROL SYSTEM for Constant Volume The Flow Control of the ECFanGrid is established by the connection of the circular ‘Loop’ and the ‘Pitot Ring’ on each of the Inlet Cones to a DIFFERENTIAL PRESSURE TRANSDUCER, which converts the Differential Pressure with Calibration Factor (k-factor) of the Fan System. Please refer to appendix D which covers chapter of the HK differential pressure controller that we supply with the ECFanGrid, how to set it up and how to operate it. The ECFanGrid can be setup as a Constant Pressure or Constant Volume System with the combination of a Differential Pressure Sensor and a Rosenberg Inlet Cone, supplied with multiple pressure taps. Please refer to the following figure for clarification.

Fig. 7-4 ECFanGrid – Constant Volume or Constant Pressure Schematic

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7. INSTALLATION OF CONSTANT VOLUME CONTROL SYSTEM (CONT’D)

Fig. 7-5 – DPT Transducer (0-10V) wiring example

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8. AirFlow Measuring System ECFanGrid AirFlow Measuring System components ( in kit)

Rosenberg’s ECFanGrid is delivered with the following components and accessories in order to measure accurately air differential pressure in your system, please follow the guideline outlined with greater detail in appendixes A, B or C.

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9. START UP AND COMMISSIONING

Pre START-UP Check VERIFY in coming voltage at main disconnect against phase to phase on three phase electrical system. If is not within 5% of Fan Nameplate Rating or 2% of phase to phase, the condition must be corrected prior to SWITCHING ON ECFanGrid CONTROL CABINET.

COMMISIONING SYSTEM To ensure proper operation of the ECFanGrid as per design, qualified/trained personnel should perform the start-up as outlined below: 1. With Energized incoming main power to the ECFanGrid Control Panel after positioning ENABLE Switch to OFF and switch control panel ON-Green indicator should glow bright green- System Ready. 2. If RED indicator is glowing there is an ALARM with one or more FANS in the ECFanGrid, please refer to chapter 10 for trouble shooting ECFans before positioning ENABLE Switch to ON 3. If System ready for operation the differential pressure controller requires to be configured refer to Appendix D HK DPT – Installation and configuration instructions. 4. After HK DPT Controller is configured for the number of fans (k-Factors) and CFM/Static Pressure the enable switch is positioned to ON – System will be in full operation. 5. At this step if the ECFanGrid is operating in a unstable condition – The configuration of the DPT-Ctrl Should be modified Please refer to Appendix D again. 6. If at any point and the ECFanGrid comes to a STOP and the red indicator goes on and does not turn off, one or more fans are in ALARM mode, please refer to step two of the following chapter troubleshooting.

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10. TROUBLESHOOTING ECFANGRID Fault

Possible Cause

Action

NO Main Power or Incorrect Voltage Phase-to-Phase

CHECK supply mains DIRECTLY at FAN TERMINALS If Voltage is not within 6% of rated or 2% of phase-to-phase, have the condition corrected.

Missing vdc SET POINT from Analog 1

CHECK for 10vdc availability Between 10V and GND Terminals at Analog 1

Missing ENABLE Signal

CHECK the 24VDC availability Between ‘ENABLE’ and GND Terminals “Under voltage” – Incoming Voltage is below the tolerance limit of the specified line voltage. Check main supply and fusing Failure is automatically reset after the voltage rises above the minimum limit “Over voltage” – Incoming Voltage is above the tolerance level of the specified line voltage. Check main supply and fusing Failure is automatically reset after the voltage falls under the maximum limit

FAN WILL NOT START OR RUN

“Locked Rotor” Check Fan Impeller for overload caused by dirt or foreign matter and freedom of rotation. Also check motor Inlet Cone mounting hardware. INTERNAL PROTECTIVE FEATURE HAS TRIPPED

Manual Reset required “Over temperature – electronics” Air Flow and Ambient temperature too high Failure is automatically reset after temperature returns to a normal level “Over temperature – motor” Air Flow and Ambient temperature too high Failure is automatically reset after temperature returns to a normal level “Failure in power section” Current or Voltage has risen to a critical level Manual Reset required

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10. TROUBLESHOOTING ECFANGRID (CONT’D) Fault

Possible Cause

Fan rotates at max Fan is in Closed speed – Loop Mode independent of Set Point Fan does not run at max speed

Action Contact Rosenberg Support to change parameter with “EC-Param” SoftWare

Max Set Point is not Check Set Point according to pin connection and increase. present on Analog 1. Set Point on Analog 1 is too high.

Limit Set Point according to pin connection.

Temperature depen- Bring Air Flow and Ambient temperature to within Nameplate limits. dant power derating is activated. Fan rotates with is NO or NOT ENOUGH Air Flow

RPM of Fan too low. Refer to “Fan does not run at max speed” above Air Flow restricted

Actual System pres- Check Fan selection sure is higher than Calculated Installation not favorable to good design practice

Vibration / Fan Noise

Check System duct elements (filtration, dampers, duct fittings and size)

Impeller rubbing

Review resistance within the installation design

Inspect Impeller for clearance between Inlet cone and Wheel cone.

Poor mounting Modify mounting support – add additional hardware arrangement - resonance Impeller build-up

Remove build-up and/or re-balance Impeller

Defective bearings

Isolate Fan immediately. Contact Rosenberg Support

Fan operating in stall Move Operating Point by reducing pressure losses or forbidden flow region RCDSwitch or Fuse tripping

Ground Fault or Short Circuitx Defective Motor and/or Electronic Head

Check for Cable damage or the presence of moisture Contact Rosenberg Support

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10.1 ECFanGrid MOTOR AND IMPELLER REPLACEMENT

1 – Disconnect Main Power And Control Wire From Motor Head 2 – Provide Blocking Under Module Motor Mounting Plate Of Fan To Be Removed 3 – Remove (8) M6 Tx30 Self Tapping Pan Head Screws 4 – Slide Assembly Back And Position Fan Motor For Removal Of M10 Mounting Bolts 5 – Exchange Motor And Wheel Assembly And Re-install M10 Mounting Bolts 6 – Slide Assembly Back In Position And Re-install (8) M6 T30 Screws 7 – Check - Wheel Cone To Inlet Cone - For Uniform Rotational Clearance 8 – Re-establish Main And Control Power And Operate Ecfangrid

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11. CONTACTS

Rosenberg Fans Canada Ltd. 1210 Mid-Way Blvd, Unit 20 Mississauga, ON, L5T 2B8 Tel: (905) 565-1038 (head office) Tel: (514) 592-7462 (QC, NS, NB, NF) Tel: (403) 992-6042 (SK, AB, BC) Fax: (905) 565-0161 Email: [email protected] www.rosenbergcanada.com www.ecfangrid.ca

© Copyright 2017, ROSENBERG CANADA, LTD. ALL RIGHT RESERVED. NO PART OF THIS BOOK MAY BE REPRODUCED, STORED IN A RETRIEVAL SYSTEM, OR TRANSMITTED IN ANY FORM BY AN ELECTRONIC, MECHANICAL, PHOTOCOPYING, RECORDING MEANS OR OTHERWISE WITHOUT THE WRITTEN PERMISSION OF ROSENBERG CANADA, LTD. Rosenberg Canada reserves the right to modify the materials and specifications , at our discretion, resulting from a continuing program of product improvement or the availability of new materials.

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Appendix A

ECFanGrid FRAME CONSTRUCTION

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Rosenberg’s ECFans are to be delivered in module configuration like the preceding illustration they are ment to be mounted in a plenum all inside a new or existing AHU cabinet, please refer to your specific module model for individual weight and dimensions as well as the number of fans to design the supporting frame for your ECFanGrid. The wall plate supplied is made out from galvanized steel GA. This wall plate should be fixed to the structure through the eight mounting holes. Warning: The mechanical structure supporting the ECFans/ECFanGrid should be designed and calculated by a qualified technician- Rosenberg Fans Canada Ltd bears no responsibility over this design. Please consult us for specific weights and dimensions for each module.

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Rosenberg Fans Canada Ltd. 1210 Mid-Way Blvd, Unit 20 Mississauga, ON, L5T 2B8 Tel: (905) 565-1038 (head office) Tel: (514) 592-7462 (QC, NS, NB, NF) Tel: (403) 992-6042 (SK, AB, BC) Fax: (905) 565-0161 Email: [email protected] www.rosenbergcanada.com www.ecfangrid.ca

© Copyright 2017, ROSENBERG CANADA, LTD. ALL RIGHT RESERVED. NO PART OF THIS BOOK MAY BE REPRODUCED, STORED IN A RETRIEVAL SYSTEM, OR TRANSMITTED IN ANY FORM BY AN ELECTRONIC, MECHANICAL, PHOTOCOPYING, RECORDING MEANS OR OTHERWISE WITHOUT THE WRITTEN PERMISSION OF ROSENBERG CANADA, LTD. Rosenberg Canada reserves the right to modify the materials and specifications , at our discretion, resulting from a continuing program of product improvement or the availability of new materials.

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Appendix B

ECFanGrid

RETROFIT

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Rosenberg Fans Canada Ltd. 1210 Mid-Way Blvd, Unit 20 Mississauga, ON, L5T 2B8 Tel: (905) 565-1038 (head office) Tel: (514) 592-7462 (QC, NS, NB, NF) Tel: (403) 992-6042 (SK, AB, BC) Fax: (905) 565-0161 Email: [email protected] www.rosenbergcanada.com www.ecfangrid.ca

© Copyright 2017, ROSENBERG CANADA, LTD. ALL RIGHT RESERVED. NO PART OF THIS BOOK MAY BE REPRODUCED, STORED IN A RETRIEVAL SYSTEM, OR TRANSMITTED IN ANY FORM BY AN ELECTRONIC, MECHANICAL, PHOTOCOPYING, RECORDING MEANS OR OTHERWISE WITHOUT THE WRITTEN PERMISSION OF ROSENBERG CANADA, LTD. Rosenberg Canada reserves the right to modify the materials and specifications , at our discretion, resulting from a continuing program of product improvement or the availability of new materials.

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Appendix C

ECFanGrid

UNOBOX

ROSENBERG’S UNOBOX MODULAR SELF CONTAINED EC FAN UNO050 / UNO067 / UNO080 / UNO102

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STURDY FRAME CONSTRUCTION

EC MOTOR MODULE

DOUBLE WALL INSULATED GALVANIZED STEEL PANELS

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Handling

Units are shipped as a complete assembly. They may be lifted with slings and spreader bars, please lift the fan in a way the all the fan itself and the coating is protected fromdamage. Avoid lifting a fan by the inlet or discharge flange, motor, impeller or housing or any other way that may bend or damage parts.

Lifting Instructions

UNOBoxes are designed to be lifted and moved as a single module, Rosenberg does not recommend lifting connected UNOBoxes unless the modules are supported in a common base. 1. Carefully remove any crate and packing materials 2. Place the bottom fans onto mounting structure 3. Lift each fan individually into position

Foundation

Critical to every fan installation is a strong leveled foundation, Fans mounted to or within a structure should be placed as close as possible to a rigid member such as a wall or column. The structure must be designed for rotating equipment , static design for strength is not sufficient to insure proper operation. Any ducting should have independent support , do not use the UNOBOX to support ducting, Isolating the fan from duct work with flex connectionseliminates transmission of vibration.

Isolation

Structural bases must be sturdy enough to prevent flexing and vibration. Design, fabrication and installation of the isolation base are the sole responsibility of the customer. After the fan, isolation base and isolators (if any) are installed, the entire assembly must be leveled. Floor fans should be installed on a flat, leveled rigid foundation.

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ECFanGrid UNOBOX: Intake Side

ECFanGrid UNOBOX: Supply side

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Installation: ECFanGrid – UnoBox Construction requires a rigid horizontally level base with a Framed Angle Border across the top and bottom of eachhorizontal row of UnoBox Modules. The Framed Angle Border to be constructed of 3”x 3” x 14 ga Galvanized Material, framing theFront and Back of each UnoBox Module Row. To complete the installation a 3” Vertical Trim Strip is added between the Top and Bottom Framed Angle Border – connecting each UnoBox Module, at the Front and Back

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Rosenberg Fans Canada Ltd. 1210 Mid-Way Blvd, Unit 20 Mississauga, ON, L5T 2B8 Tel: (905) 565-1038 (head office) Tel: (514) 592-7462 (QC, NS, NB, NF) Tel: (403) 992-6042 (SK, AB, BC) Fax: (905) 565-0161 Email: [email protected] www.rosenbergcanada.com www.ecfangrid.ca

© Copyright 2017, ROSENBERG CANADA, LTD. ALL RIGHT RESERVED. NO PART OF THIS BOOK MAY BE REPRODUCED, STORED IN A RETRIEVAL SYSTEM, OR TRANSMITTED IN ANY FORM BY AN ELECTRONIC, MECHANICAL, PHOTOCOPYING, RECORDING MEANS OR OTHERWISE WITHOUT THE WRITTEN PERMISSION OF ROSENBERG CANADA, LTD. Rosenberg Canada reserves the right to modify the materials and specifications , at our discretion, resulting from a continuing program of product improvement or the availability of new materials.

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Appendix D

ECFanGrid

AIR HANDLING CONTROLLER DPT-Ctrl Series

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AIR HANDLING CONTROLLER DPT-Ctrl Series INTRODUCTION

INSTALLATION INSTRUCTIONS

WARNING

Thank you for choosing an HK Instruments DPT-Ctrl series air handling controller with differential pressure or airflow transmitter. The DPT-Ctrl series PID controllers are engineered for building automation in the HVAC/R industry. With the built-in controller of the DPT-Ctrl it is possible to control the constant pressure or flow of fans, VAV systems or dampers. When controlling air flow, it is possible to select a fan manufacturer or a common measuring probe that has a K-value.

APPLICATIONS

• READ THESE INSTRUCTIONS CAREFULLY BEFORE ATTEMPTING TO INSTALL, OPERATE OR SERVICE THIS DEVICE. • Failure to observe safety information and comply with instructions can result in PERSONAL INJURY, DEATH AND/OR PROPERTY DAMAGE. • To avoid electrical shock or damage to equipment, disconnect power before installing or servicing and use only wiring with insulation rated for full device operating voltage. • To avoid potential fire and/or explosion do not use in potentially flammable or explosive atmospheres. • Retain these instructions for future reference. • This product, when installed, will be part of an engineered system whose specifications and performance characteristics are not designed or controlled by HK Instruments. Review applications and national and local codes to assure that the installation will be functional and safe. Use only experienced and knowledgeable technicians to install this device.

DPT-Ctrl series devices are commonly used in HVAC/R systems for: • Controlling differential pressure or air flow in air handling systems • VAV applications

SPECIFICATIONS Performance Accuracy (at applied pressure): Ranges < 125 Pa = ±2 Pa Ranges 125 Pa = ±1,5 % Pa (Accuracy specifications include: general accuracy, temperature drift, linearity, hysteresis, long term stability, and repetition error) Thermal effects: Temperature compensated across the full spectrum of capability Overpressure: Proof pressure: 25 kPa Zero point calibration: Automatic autozero or manual pushbutton Response time: 1.0−20 s, selectable via menu

Technical Specifications Media compatibility: Dry air or non-aggressive gases Controller parameter (selectabe via menu): Setpoint 0...2500/7000 Pa P-band 0...100 000 I-time 0...1000 s D-factor 0...100 Pressure units (select via menu): Pa, kPa, mbar, inWC, mmWC Flow units (select via menu): Volume: m3/s, m3/hr, cfm, l/s Velocity: m/s, ft/min

Copyright HK Instruments 2016

Measuring element: MEMS Environment: Operating temperature: -10...50 °C with autozero (-AZ) calibration -5...50 °C Storage temperature: -20...70 °C Humidity: 0 to 95 % rH, non condensing

Electrical connections: 4-screw terminal block Wire: 12–24 AWG (0.2–1.5 mm2) Cable entry: Strain relief: M16 Knockout : 16 mm Pressure fittings 5.2 mm barbed brass + High pressure − Low pressure

Physical

Electrical

Dimensions: Case: 90.0 x 95.0 x 36.0 mm Weight: 150 g Mounting: 2 each 4.3 mm screw holes, one slotted Materials: Case: ABS Lid: PC Protection standard: IP54 Display 2-line display (12 characters/line) Line 1: Direction of control output Line 2: Pressure or air flow measurement, selectable via menu Size: 46.0 x 14.5 mm

Voltage: Circuit: 3-wire (V Out, 24 V, GND) Input: 24 VAC or VDC, ±10 % Output: 0–10 V, selectable via jumper Power consumption: <1.0 W Resistance minimum: 1 kΩ Current: Circuit: 3-wire (mA Out, 24 V, GND) Input: 24 VAC or VDC, ±10 % Output: 4–20 mA, selectable via jumper Power consumption: <1.2 W Maximum load: 500 Ω

www.hkinstruments.fi

Conformance Meets requirements for CE marking: EMC Directive 2014/30/EU RoHS Directive 2002/95/EY

Installation version 4.0 2016

SCHEMATICS

MOUNTING THE DEVICE CONTINUED Figure 1 - Mounting orientation

Connection for display Menu buttons SELECT

Terminal block Pressure sensor

LED

DOWN

CONTROL OUT P/V OUT

ZERO

24 V GND

YES

CTRL OUTPUT PRESSURE

UP

NO

NO

STEP 2: WIRING DIAGRAMS

4–20 mA Out 0–10 V

For CE compliance, a properly grounded shielding cable is required. 1) Unscrew the strain relief and route the cable. 2) Connect the wires as shown in figure 2. 3) Tighten the strain relief.

Figure 2a - Wiring diagram 0–10 V / 4–20 mA 0–10 V / 4–20 mA

DIMENSIONAL DRAWINGS 90.0

Control output Pressure/Flow output

+ Power supply 24 VDC / 24 VAC

36.0

24 V GND

Pressure

Ctrl output

95.0

DPT-Ctrl

53.0

71.5

77.0

Figure 2b - Output mode selection: Default selection 0–10 V for both

Jumper installed to the two lower pins on the left side: 0–10 V output selected for control output

Jumper installed to the two upper pins on the left side: 4–20 mA output selected for control output

4.2

Jumper installed to the two lower pins on the right side: 0–10 V output selected for pressure

INSTALLATION 1) Mount the device in the desired location (see step 1). 2) Open the lid and route the cable through the strain relief and connect the wires to the terminal block(s) (see step 2). 3) The device is now ready for configuration. WARNING! Apply power only after the device is properly wired.

Jumper installed to the two upper pins on the right side: 4–20 mA output selected for pressure

STEP 3: CONFIGURATION Select the functioning mode of the controller: PRESSURE or FLOW.

STEP 1: MOUNTING THE DEVICE 1) Select the mounting location (duct, wall, panel). 2) Use the device as a template and mark the screw holes. 3) Mount with appropriate screws (not included).

Copyright HK Instruments 2016

Select PRESSURE when controlling a differential pressure.

CONTROL UNIT PRESSURE

www.hkinstruments.fi

SELECT UP DOWN

Installation version 4.0 2016

CONFIGURATION CONTINUED

CONFIGURATION CONTINUED

1) Select pressure unit for display and output: Pa, kPa, mbar, inWC or mmWC.

1) Select the functioning mode of the controller - Select Manufacturer when connecting DPT-Ctrl to a fan with pressure measurement taps - Select Common probe when using DPT-Ctrl with a common measurment probe that follows the formula: q = k ∙ √∆P (i.e. FloXact)

PRESS. UNIT Pa

SELECT UP DOWN

2) Pressure output scale (P OUT). Select pressure output scale to improve output resolution.

P OUTPUT MAX 2000 Pa

MANUFACTURER Common probe

SELECT

SELECT UP

DOWN SELECT

UP

Common probe

DOWN

Flakt Woods

UP DOWN

3) Response time: Select response time between 1.0-20 s.

RESPONSE TIME 20 s

2) If Common probe selected: select measurement units used in the formula (aka Formula unit) (i.e. l/s)

SELECT UP

FORMULA UNIT l/s

DOWN

SELECT UP DOWN

4) Select a setpoint of the controller.

REF PRESSURE 100 Pa

3) Select K-value a. If manufacturer selected in step 1: Each fan has a specific K-value. Select the K-value from fan manufacturer’s specifications.

SELECT UP DOWN

b. If Common probe selected in step 1: Each common probe has a specific K-value. Select the K-value from common probe manufacturer’s specifications. Available K-value range: 0.001...9999.000

5) Select proportional band according to your application specifications.

P-VALUE 206

SELECT UP

K-VALUE 9000.000

DOWN

6) Select integration time according to your application specifications.

I-VALUE 4.00

UP

FLOW UNIT m3/s

DOWN

7) Select derivation time according to your application specifications.

D-VALUE 1.00

8) Push select button to exit menu and to save changes.

SELECT EXIT MENU

Copyright HK Instruments 2016

SELECT UP DOWN

V OUTPUT MAX 50.000 m3/s

SELECT UP DOWN

6) Response time: Select response time between 1.0–20 s. SELECT

Select FLOW when controlling an air flow.

CONTROL UNIT FLOW

DOWN

5) Flow output scale (V OUT): Select flow output scale to improve output resolution.

UP DOWN

UP

4) Select flow unit for display and output: Flow volume: m3/s, m3/h, cfm, l/s Velocity: m/s, f/min

SELECT

SELECT

SELECT

SELECT UP DOWN

RESPONSE TIME 20 s

SELECT UP DOWN

7) Select a setpoint of the controller.

REF FLOW 0.025 m3/s

www.hkinstruments.fi

SELECT UP DOWN

Installation version 4.0 2016

CONFIGURATION CONTINUED

ZEROING THE DEVICE CONTINUED

8) Select proportional band according to your application specifications.

2) Autozero calibration If the device includes the optional autozero circuit, no action is required.

SELECT

P-VALUE 206

Autozero calibration (-AZ) is an autozero function in the form of an automatic zeroing circuit built into the PCB board. The autozero calibration electronically adjusts the transmitter zero at predetermined time intervals (every 10 minutes). The function eliminates all output signal drift due to thermal, electronic or mechanical effects, as well as the need for technicians to remove high and low pressure tubes when performing initial or periodic transmitter zero point calibration. The autozero adjustment takes 4 seconds after which the device returns to its normal measuring mode. During the 4 second adjustment period, the output and display values will freeze to the latest measured value.

UP DOWN

9) Select integration time according to your application specifications. SELECT

I-VALUE 4.00

UP DOWN

10) Select derivation time according to your application specifications.

Transmitters equipped with the autozero calibration are virtually maintenance free.

SELECT

D-VALUE 1.00

UP

RECYCLING/DISPOSAL

DOWN

11) Push select button to exit menu.

SELECT EXIT MENU

The parts left over from installation should be recycled according to your local instructions. Decommissioned devices should be taken to a recycling site that specializes in electronic waste.

SELECT

STEP 4: ZEROING THE DEVICE WARRANTY POLICY

To zero the device two options are available: 1) Manual Pushbutton zero point calibration 2) Autozero calibration Does my transmitter have an autozero calibration? See the product label. If it shows -AZ in the model number, then you have the autozero calibration. 1) Manual Pushbutton zero point calibration NOTE: Supply voltage must be connected at least one hour prior to zero point adjustment. a) Disconnect both pressure tubes from the pressure ports labeled a)+ Disconnect both pressure tubes from the pressure ports labeled and –. + and –. b) Push down the zero button (joystick) until the LED light (red) b)turns Pushondown thedisplay zero button the LED light (red) turns on(see and and the readsuntil “zeroing” (display option only). the display reads “zeroing” (display option only). (see figure 4) Figure 6) c)c)The zeroing of the device will proceed automatically. Zeroing The zeroing of the device will proceed automatically. Zeroing is is complete when the LED turns off, and the display reads 0 complete when the LED turns off, and the display reads 0 (display (display option only). option only). d) Reinstall the pressure tubes ensuring that the High pressure d) Reinstall the pressure tubes, ensuring the High pressure tube is tube is connected to the port labeled +, and the Low pressure connected to the port labeled +, and the Low pressure tube is tube is connected to the port labeled −. connected to the port labeled −.

Figure 4 Press down button LED turns ON Display reads “Zeroing”

The seller is obligated to provide a warranty of five years for the delivered goods regarding material and manufacturing. The warranty period is considered to start on the delivery date of the product. If a defect in raw materials or a production flaw is found, the seller is obligated, when the product is sent to the seller without delay or before expiration of the warranty, to amend the mistake at his/her discretion either by repairing the defective product or by delivering free of charge to the buyer a new flawless product and sending it to the buyer. Delivery costs for the repair under warranty will be paid by the buyer and the return costs by the seller. The warranty does not comprise damages caused by accident, lightning, flood or other natural phenomenon, normal wear and tear, improper or careless handling, abnormal use, overloading, improper storage, incorrect care or reconstruction, or changes and installation work not done by the seller or his/her authorized representative. The selection of materials for devices prone to corrosion is the buyer’s responsibility, unless otherwise is legally agreed upon. Should the manufacturer alter the structure of the device, the seller is not obligated to make comparable changes to devices already purchased. Appealing for warranty requires that the buyer has correctly fulfilled his/her duties arisen from the delivery and stated in the contract. The seller will give a new warranty for goods that have been replaced or repaired within the warranty, however only to the expiration of the original product’s warranty time. The warranty includes the repair of a defective part or device, or if needed, a new part or device, but not installation or exchange costs. Under no circumstance is the seller liable for damages compensation for indirect damage.

LED

Copyright HK Instruments 2016

www.hkinstruments.fi

Installation version 4.0 2016

Rosenberg Fans Canada Ltd. 1210 Mid-Way Blvd, Unit 20 Mississauga, ON, L5T 2B8 Tel: (905) 565-1038 (head office) Tel: (514) 592-7462 (QC, NS, NB, NF) Tel: (403) 992-6042 (SK, AB, BC) Fax: (905) 565-0161 Email: [email protected] www.rosenbergcanada.com www.ecfangrid.ca

© Copyright 2017, ROSENBERG CANADA, LTD. ALL RIGHT RESERVED. NO PART OF THIS BOOK MAY BE REPRODUCED, STORED IN A RETRIEVAL SYSTEM, OR TRANSMITTED IN ANY FORM BY AN ELECTRONIC, MECHANICAL, PHOTOCOPYING, RECORDING MEANS OR OTHERWISE WITHOUT THE WRITTEN PERMISSION OF ROSENBERG CANADA, LTD. Rosenberg Canada reserves the right to modify the materials and specifications , at our discretion, resulting from a continuing program of product improvement or the availability of new materials.

Rosenberg. APPENDIX

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