Gs12b07c01-00e.pdf
This document was uploaded by user and they confirmed that they have the permission to share it. If you are author or own the copyright of this book, please report to us by using this DMCA report form. Report DMCA
Overview
Download & View Gs12b07c01-00e.pdf as PDF for free.
More details
- Words: 9,536
- Pages: 27
<> <>
General Specifications
PH400G 4-Wire Type pH Meter
GS 12B7C1-E
GENERAL The EXA PH intelligent pH conveter is a highly reliable advanced function pH measurement system designed for wide application in all industries such as for medium-scale waste water treatment system, and general-purpose pH measurement and control systems. The EXA PH intelligent pH converter features highly effective built-in functions for sensor diagnosis similar to FLXA21 2-wire liquid analyzer. These functions monitor sensor errors even while pH measurements are in progress, enabling more highly reliable pH measurement. The converter also offers an interactive system for setting the various parameters, facilitating effective use of its wealth of functions. The EXA PH intelligent pH converter is available not only in versions for general-purpose applications but also for high-purity water service.
High-Purity Water pH Measurements High-purity water today is widely used in numerous process plants in a variety of chemical processes and boilers, with heavy emphasis placed on pH measurement and monitoring for water quality control and water purification unit operational control. However, the use of general-purpose pH meters for pH measurements in high-purity water meets with the following problems. d Since measurement solutions are chemically pure, their pH values may vary owing to carbon dioxide in the atmosphere and / or impurities in measurement lines. d The pH electrode output is likely to be affected by streaming potentials, externally induced potentials, etc. and thus likely to produce measurement error because the liquid resistance between the electrodes in measurement solution is high owing to low solution conductivity. Since the pH sensors and their holders for high-purity water service have been designed considering countermeasures against the above problems, they can provide highly reliable pH measurements. Moreover, since the EXA PH intelligent pH converter is equipped with a reference temperature conversion function to compensate for pH variation owing to measured liquid temperature variation, any effect from sample liquid temperature fluctuation is slight, and devices such as sampling system coolers, etc. can thus be simplified.
FEATURES Microprocessor - Based Intelligent pH converter d Sensor failure can be monitored even during pH measurement. d Automatic calibration using standard buffer solutions can be initiated by merely a single touch of a key. Tables for three types of standard solution are incorporated. This allows for simple automatic calibration.
PH400G
d Sensor characteristic deterioration is automatically checked during automatic calibration using the standard solutions. The sensor replacement time that previously depended on intuition can now be decided automatically. d Daily operation can be performed without opening the case. Even in rainy weather, since the routine maintenance operation such as calibration using standard solutions can be performed without opening the case lid, there is no worry about insulation deterioration. d Ranges can be freely set in the field if the span is 1 pH or more. d A timer function for cleaning is incorporated. d Abundant built-in contact output function d Operating panel has excellent operability.
Ryton pH Sensor Body d The sensor body uses Ryton which compares with Teflon in corrosion resistance and heat resistance and has excellent mechanical properties. This pH sensor can cover most applications. d This pH sensor is easy to handle. As this is a composite pH sensor, calibration using standard solutions or maintenance can be easily performed. Glass electrode and junction can also be simply replaced.
Yokogawa Electric Corporation 2-9-32, Nakacho, Musashino-shi, Tokyo, 180-8750 Japan Tel.: 81-422-52-5617 Fax.: 81-422-52-6792
GS 12B7C1-E ©Copyright Jan. 1991 6th Edition Nov. 2012
2
<> <>
SYSTEM CONFIGURATION For the pH sensors, see GS 12B07B02-E. For the holders or cleaning devices, see GS 12J05C02-00E. Fig. 1-a System Configuration (General Purpose) pH sensors d Xerolyt HA405/HA485
d KCL refillable type PH8ERP
Holder, Holder with Cleaning system d Suspension Type Holder HH350G
d Guide Pipe PH8HG
pH Converter d 4-wires pH Converter PH400G
<With Jet Cleaning> pH
NO
MODE
>
>
MEASURE AUT CAL MAN CAL TCMP DISP HOLD
YES
ENT
CONTACTS S1 S2 S3 FAIL
d for Chemical DPA405/DPA485
d Angled Floating Ball Holder PB350G
d Submersion Type Holder d KCL filling type PH8EFP
Float
d Vertical Floating Ball Holder
d Hydrofluoric Acid-resistive HF405
No Cleaning
Accessories
Ultrasonic Cleaning Jet Cleaning Brush Cleaning d Flow Type Holder PH8HF
Cleaning Devices d Ultrasonic Oscillator PUS400G
d Sensor Stand
No Cleaning
Ultrasonic Cleaning Jet Cleaning Brush Cleaning
Fig. 1-b System Configuration (For Pure Water) Holder d For pure water PH8HH d For pure water PH8EHP
Accessories
pH Converter d 4-wires pH Converter PH400G
PH8AX d Sensor Stand d Calibration Reagent and KCL Solution
pH
MEASURE AUT CAL MAN CAL TCMP DISP HOLD
YES
NO
MODE
>
>
pH sensor
ENT
CONTACTS S1 S2 S3 FAIL
F1-a.b.c.EPS
CAUTION Installation Location of Holders (Guide Pipe, Submersion Type, etc) The holder should be used in a place that is as vibration free as possible. Using the holder in a place where it is affected by vibration, may result in damage to the holder.
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
3
<> <>
SPECIFICATIONS EXA PH Series General Specifications Measured object: Hydrogen ion concentration (pH) in aqueous solutions Measuring principle: Glass electrode method Measuring range: 0 to 14 pH Measuring conditions: Solution temperature: See Table 1, for high-purity water, 0 to 508C Solution pressure: See Table 2, for high-purity water, atmospheric pressure (measured liquid outlet side open to atmosphere) Solution flow rate: Max. 2 m/s for submersion guidepipe type 3 to 11 l/min for flow-through type, for high-purity water, see Figure 2. Solution conductivity: Min. 50 mS/cm, for high-purity water, see Figure 1. Temperature compensation range: -10 to 1308C (for pH converter) Table 1. Process Temperature Range
(a) pH and Liquid Temperature Ranges for pH sensors Solution pH Ranges
Solution Temperature Ranges (8C)
2 to 12
-5 to 80
Guide-pipe
2 to 12
-5 to 80
Submersion *3 Flow-through
0 to 14
Holder Type
Guide-pipe *3 KCl refilable Solution type Flow-through KCl filling type
*2
Table 2. Process Pressure Range pH Sensor Holder Submersion
PH8ERP
PH8EFP
Atmospheric pressure (Submersion depth: Max. 3 m)
Guide-pipe Atmospheric pressure Suspension (Submersion depth: Max.3 m) Float Atmospheric pressure to 10 kPa when general purpose reserve Atmospheric tank used. Flow-through pressure Atmospheric pressure to 500 kPa to 50 kPa when medium-pressure reserve tank used. (Note 1)
For flow-through types, refer also to the solution temperature and pressure diagram of Holder GS 12J5C2-E. T03.EPS
*1
-5 to 105
*2 *1
T01.EPS
ml/min
pH Sensor
Notes: (*1): The solution temperature should preferably be below 808C when the pH value is in the range 11 to 14. Even if the solution is below 808C, sensor service life may be shortened in store solutions. In such cases the KCl filling type is recommended. (*2): Maximum temperature 508C when Hard PVC guidepipe is used. (*3): For flow-through types, refer also to the solution temperature and pressure graph (in notes following Model and Suffix code table for flow-through type holders). (*4): Solutions with normal pH ranges of 3 to 14 are recommended for stainless steel (SUS316).
700 600
(b) Solution Temperature Ranges for Holders Holder Type
Guide-pipe
Holder Material
Cleaner
Liquid Temperature (8C)
PV
None
-5 to 50
PP
None
-5 to 80
None
-5 to 100
Provided
-5 to 80
PP Submersion S3
*4
PP Flow-through *3
S3
*4
PV: Hard PVC PP: Polypropylene S3: Stainless steel (SUS 316)
None
-5 to 100
Provided
-5 to 80
None
-5 to 80
Provided
-5 to 80
None
-5 to 105
Provided
-5 to 80
Solution flow rate
500 400 300
Usable range
200 100 0 0
0.1
0.2
0.3
0.4
0.5
0.6
50
Solution conductivity (mS/cm) F02.EPS
Figure 2 Solution flow rate and solution conductivity of sensor and holder for high purity water
T02.EPS
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
4
<> <>
1. pH Sensors: PH8ERP, PH8EFP, PH8EHP
Table 4. Utilities (For Jet Cleaning or Brush Cleaning)
A compound sensor assembly consisting of glass electrode, reference electrode, temperature sensor, and ground tip.
Water jet
200 to 400 + Liquid pressure
5 to 20 l/min
Type: KCl filling and KCl refillable types
Water brush 100 to 250 + Liquid pressure
20 to 30 l/min
Measuring range: 0 to 14 pH for KCl refillable type; normal pH =2 to 12 pH) Refer to "Selection Criteria for pH Sensors and Holders" shown on the last page to select KCl filling or refillable type sensors. Temperature compensation sensor: Platinum RTD (Pt1000) Wetted part materials:
Air jet
200 to 400 + Liquid pressure 100 to 300 Nl/min
Air brush
150 to 250 + Liquid pressure 300 to 600 Nl/min
pH Sensor
Wetted parts materials
KCl refillable type
Ryton (PPS resin), glass, ceramics, titanium or Hastelloy C, fluorocarbon rubber and chlorinated polyethylen rubber (carbon sheath only when suspended in guide-pipe)
KCl filling type
Same as above. Plus heat resistant soft PVC (KCl tube only when suspended in guide-pipe) T04.EPS
Weight: KCl refillable type; Approx. 0.4 kg KCl filling type; Body: Approx. 0.4 kg General purpose: Approx. 0.3 kg Medium-pressure: Approx. 1 kg For high-purity water; Body: Approx. 0.4 kg Tank: Approx. 0.3 kg Tank:
Note: Although sensors other than the EXA PH pH sensor (Pt1000 temperature sensor) can also be used, there are some restrictions on function. Also, since reference performance values will differ, please consult your Yokogawa representative.
2. Holders 2.1 General-Purpose Holders: PH8HG, PH8HF, PH8HS Materials: Polypropylene, Stainless steel, PVC (guidepipe only) Cleaning: Ultrasonic, jet, or brush cleaning Cleaning Unit Wetted Materials: Ultrasonic unit: Stainless steel, PVC (guide-pipe only) Jet unit: Polypropylene Brush unit: Polypropylene, titanium (shaft), Ryton(bearings) Mounting: Mount on 50 A vertical or horizontal pipe Mounting hardware: One or two sets (submersion type) or one set (flow-through type) Weight: See Table 3.
Pressure (kPa)
Flow Rate
T06.EPS
2.2 Holder For High-purity Water: PH8HH Materials: Acrylic resin, SUS316, chloroprene rubber Process connections: Rc1/4 (inlet) and R1/2 (outlet), or 1/4 NPT (inlet) and 1/2 NPT (outlet) Mounting: Mount on 50 A vertical or horizontal pipe, or wall-mount (specify mounting hardware) Weight: Body: 1.7 kg Mounting hardware: 0.7 kg
3.
4-wires type pH Converters: PH400G
Measuring Range pH: - 2 to15 pH Temperature : -10 to 1308C Display Method: Digital display Display Range pH : -2 to15 pH Temperature : -10 to 1308C Transmission Signal Output 4 to 20 mA DC, isolated transmission output, Max. load 600 V 0 to 1 V DC, isolated transmission output, Minimum load 1 kV (However, the above current (4 to 20 mA) signal and the voltage (0 to 1 V) signal are not isolated from each other.)
pH or temperature can be freely set.
Transmission Signal Range pH: Freely adjustable to any desired range of 1 pH span or greater (set at 0 to14 pH when shipped). Temperature: Freely settable to any desired range of 508C span or greater (set to 0 to 1008C when shipped).
Table 3. Holder Weight
Materials Holder
Submersion Flow-through Guide-pipe
Polyethylen
Stainless steel (SUS316)
Approx. 0.5 to Approx. 1.5 2.2kg to 6kg Approx. 0.5 to Approx. 7 to 8.5kg 2kg Approx. 1kg
Hard PVC
Approx. 1.6kg T05.EPS
Note: Table does not include mounting hardware weights. Mounting hardware weight: For submersion type: Approx. 1 kg / set For flow-through type: Approx. 0.5 kg All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
5
<> <> Contact ON / OFF
Contact Output ?Contact output function that can be set Contact
ON/OFF, Proportional duty pulses Proportional frequency pulses *2
S2
OFF, low limit, high limit, HOLD
Ditto
OFF, low limit, high limit, HOLD, Cleaning timer, Hi - Hi limit, Lo - Lo limit
Ditto
S3
Failure
ON/OFF T07.EPS
output is to be used.
(*1) Proportional duty pulse Example of high limit alarm (conrol) output 10%
% duty cycle control 90% 100
50%
50%
t on
t off
50
10%
90%
0
Proportional range
pH
Duty cycle
% of output range
Time F02.EPS
(*2) Proportional frequency pulse Example of high limit alarm (conrol) output
% controller output 100
Maximum pulse frequency 0.3 s
Setpoint
pH
OFF
Open
OFF Open
ON Action
ON Closed OFF Open
OFF Closed
No pulses
% of output range
When closed, each indicator lamp is lit corresponding to each contact status. ?Contact Type: Relay contact output (dry contact) ?Contact Rating 250 V AC, 2 A, Max. 100 VA 220 V DC, 2 A, Max. 50 W Contact Input: Dry contact for manual start for automatic cleaning Ambient Temperature: -10 to 558C (hood may be fitting as option) Storage Temperature: -30 to 708C Ambient Humidity: 10 to 90% RH Construction: Watertight complying with JIS C0920 equivalent to NEMA 4 waterproof construction Material: Case; Aluminum alloy casting Cover and window; Polycarbonate Finish: Baked polyurethane resin coating Colors: Cover; Deep sea moss green (Munsell 0.6GY3.1/2.0) Case; Frosty white (Munsell 2.5Y8.4/1.2) Mounting: Pipe mounting, wall mounting or rack mounting Panel mounting Power Supply Voltage: 88 to 132 V AC, 50 / 60 Hz 176 to 264 V AC, 50/60 Hz Power Consumption: Approx. 8.5 VA Electrical Connection: pH sensor: Watertight plastic gland equivalent to JIS A8 attached to pH sensor side, f13.5 hole Others: Watertight plastic gland equivalent to JIS A15 (for cable OD. 9 to 12 mm) attached, f21 hole Weight: Body: Approx. 2.5 kg Mounting bracket: Approx. 0.4 kg Dimensions: 144 (W) x 144 (H) x 135 (D) mm
Note: Use a sensor with solution earth sensor because of differential amplifier (that uses two high-impedance amplifiers).
50% pulse frequency
Proportional range
Action
ON Closed
Function Specifications Input Impedance: 1012 V or more
50
0
*1
Power
T08.EPS
(*1) and (*2) are effective when the low high limit contact
Setpoint
ON
Operation (free selectable)
OFF, low limit, high limit, HOLD
FAIL
FAIL Power
Function Setting (free selectable)
S1
S1, S2, S3
Time F03.EPS
Settable parameters ? pH value setpoint ? Control range ? Pulse periode
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
Asymmetry Potential Adjustable Range: pH 7 6 2 pH Slope Adjusting Range: Adjustable in the range from 70 % to 110 % of the theoretical value. Automatic Temperature Compensation Range: -10 to 1308C (manual compensation is also available) Reference Temperature Conversion Coefficient (Reference Temperature 258C): On shipment: 0 Adjustable range: -1.00 to 1.00 pH / 108C Conversion to the reference temperature is used only for high-purity water or when the measured solution temperature coefficient is known.
GS 12B7C1-E
6th Edition 2012.11.10-00
6
<> <> Standard Performance (performance when combined with a pH sensor) Repeatability: 0.05 pH (sensor submerged 3 times in the same buffer solution) Response Time: 10 sec (90 % response, using pH sensor and buffer solution both at temperature equilibrium at 208C, with adequate agitation) Accuracy: 60.1 pH (using KCl filling type pH sensor or high-purity water pH sensor ) 60.15 pH (using KCl refillable pH sensor) Temperature Repeatability: 18C Operating Functions Display: 3 1/2 digit digital display (data display) Six digit alphanumerics (message or data display) Display function: pH value Temperature value mA output mV output Reference electrode impedance The e.m.f. slope Asymmetry potential mV (e.m.f.) 90% response time Error display (at error occurrence) Hold display (when holding) Manual temperature compensation display (in manual temperature compensation setting) Interactive message Key operation requesting display Functions that can be set or executed at operation level: One-touch calibration (Buffer selection is manual but indication stability check is automatic.) Measurement of sensor 90 % response time Manual calibration Selection of message area display contents Temperature coefficient setting Auto / manual temperature compensation selection Manual temperature setting Hold set / reset Functions that can be set or executed at setting level: pH value setting for contacts (Sl, S2, and S3) Output range setting (mA and mV outputs) Hold parameter setting: Hold provided / no selection Selection of holding either the value immediately before or the preset value Preset value setting (mA and mV outputs) Cleaning parameter setting: Auto / manual cleaning selection Manual cleaning start / stop selection Automatic cleaning ON / OFF selection Cleaning period: Setting range 0.1 to 36 hours Relaxation time: Setting range 0.1 to 10 min Cleaning time: setting range 0.1 to 10 min Functions that can be set or executed at service level: 8C / 8F selection Use / no use of conversion to reference temperature Temperature sensor selection Checking item setting (asymmetry potential, e.m.f. slope, reference electrode impedance)
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
Setting of reference electrode impedance high limit value Setting of response time high limit value One-point temperature calibration Sensor type selection (glass electrode or antimony electrode) Error reset pH display value selection (0.1 pH / 0.01 pH) Half value recovery time check ON / OFF Half value recovery time setting (0.1 to 10 min) Burn-up or burn-down ON/OFF Response stabilization judging parameter setting Auto-return (approx. 60 min) ON/OFF pH standard solution temperature characteristics setting Temperature sensor cable length correction Signal output selection 4 to 20mA DC
OFF, pH Temperature
0 to 1V DC
OFF, pH Temperature T09.EPS
Contact (S1, S2, or S3) output selection Setting of contact output delay time (0.1 to 20 sec) and hysteresis (0.01 pH to 0.2 pH) Setting of proportional duty pulse contact output period (5 to 100 sec) Setting of maximum frequency (50 to 120 pulses / min) at the proportional frequency pulse contact output Control range (0 to 10 pH) Details of failure detection by self-diagnosis function: Response time error during calibration (time until pH value is settled) Asymmetry potential failure e.m.f. slope failure Temperature range failure pH range failure Glass electrode impedance failure (measured solution must be (50 mS/cm or more and temperature 608C or less) Reference electrode impedance failure (measured solution must be 50 mS/cm or more) Half value recovery time failure 90% response time failure Calibrating solution temperature failure
GS 12B7C1-E
6th Edition 2012.11.10-00
7
<> <>
4. Ultrasonic Oscillator (Model PUS400G) Combination device: Holder with ultrasonic cleaner (PH8HS, PH8HF) Connection cable are provided with holders. Cleaning method: Continuous ultrasonic emission (Frequency sweep method) Oscillation frequency: Approx. 61 to 81 kHz Output voltage: Approx. 40 to 70V Power supply: 100/110/115/200/220/240 V AC610% 50/60 Hz Power consumption: Approx. 15 VA Ambient Temperature: -10 to 50 8C (hood may be fitting as option) Storage Temperature: -25 to 70 8C Construction: JIS C0920 Watertight (NEMA 4 equivalent waterproof construction) Material: Case: Aluminum alloy casting Window: Polycarbonate Mounting bracket: Stainless steel Finish: Baked polyurethane resin (Standard) Baked epoxy resin (Option) Color: Case; Frosty white (Munsell 2.5Y8.4/1.2 or equivalent) Cover; Deep sea-moss green (Munsell 0.6GY3.1/ 2.0 equivalent) Mounting: (2-inch) pipe mounting, wall or rack mounting or panel mounting Cable inlet: f22.7 x 2 Pg16 watertight plastic gland Cable / Terminal: For 7 to 12 mm, M4 Conduit adapter: Power Supply side only (Option) Connection: G 1/2 or 1/2 NPT Weight: Body; Approx. 2.5 kg Mounting bracket; Approx. 0.7 kg (Note) Output of ultrasonic oscillator changes with power supply voltage or connected cable length.
5. Solenoid Valve for Jet/Brush Cleaning PH8MV Pilot kick operated, 2-port valve. Open when energized. Fluid: Normal tap water, industrial water, or air Operating pressure: 0 to 1 MPa Forward (reverse) pressure resistance: 2 MPa Fluid temperature: Water; 5 to 608C , Air; -10 to 608C Cv: 4.5 Process connection: Rc 1/2 Power supply: 100/110/200/220 V AC, 50/60 Hz Construction: IP53 Material: Body: Bronze Sealing: Nitrile rubber Ambient temperature: Maximum 508C Electric connection: G 1/2 Weight: Approx. 0.9 kg
Cleaning water outlet flow rate: Max. 30 l/min, (which can be regulated by the bypass valve.) Connectable unit: Holder or sensor with the jet cleaning system Tank: With a ball tap (ball float valve for level control) Effective capacity of approx. 40 liters. Pump: Suction pump with capacitor-starting-type induction motor. Equipped with an electromagnetic actuator with overcorrect protection. Cleaning water inlet connection: G 1/2 Cleaning water outlet connections: G 1/2 (Optional Rc 1/2 or ANSI 1/2NPT adapters are available.) Electric connection: Plastic watertight gland equivalent to JIS A15. Applicable cable outside diameter: 9 to 12 mm Conduit adapter: Optional Ambient temperature: 5 to 508C Power supply: 100 or 200 V AC 610%, 50/60 Hz, single phase (Must be equal to the converter’s power supply.) Power consumption: 0.4 kW Construction: For installation outdoors (in a place safe from rain, wind, and direct sunlight) Color: Light gray (Munsell 2.8GY6.4/0.9 equivalent) Dimensions: Approx. 442 (W) x 804 (D) x 800 (H) mm Finish: Baked polyurethane Weight: Approx. 55 kg
7.
Terminal Box PH8TBG Used when pH converter is installed remotely from the pH sensor. Ambient temperature: -10 to 50 8C Construction: JIS waterproof Case material: Fiberglass reinforced polycarbonate resin Case color: Grayish green (Munsell 2.5GY5.0/1.0) Electrical connections: pH Converter side: f21 mm hole (With G1/2 plastic gland) pH sensor side: f13 mm hole (With G1/2 plastic gland) With Cable (Maximum length 20 m) Conduit adapter (optional)
8.
Accessories (Purchased Separately)
See Model and Suffix Codes.
6. Cleaning Pump/Tank Assembly PH8PU1 Pump/tank assembly for water jet cleaning. Allows tap water to be used for cleaning, using a level-controlled tank. Cleaning water: Normal tap water or industrial water (when isolation from other water lines is required); maximum pressure of 500 kPa Cleaning water outlet pressure: Max. 300 kPa, (which can be regulated by the bypass valve.)
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
8
<> <>
MODEL AND SUFFIX CODES When ordering, specify model and codes, product name and / or part numbers. Item to be specified.
1. pH Sensors For selection of KCl filling or refillable type pH sensors, refer to "Selection Criteria For pH Sensors and Holders" on page 24, and "Table of Corrosion-Resistant Materials" on page 25 of this manual. d KCl Refillable Type pH Sensor
1. pH Sensor
PH8ERP, PH8EFP
2. Holder
PH8HG, PH8HS, PH8HF or PH8HH
3. pH Converter
PH400G
Model
Cable Length -03
7. Terminal box
PH8PU1
Only for installation of pH converter PH8TBG at distance from pH sensor.
8. Accessories
3m 5m 7m 10m 15m 20m
-05 -07 -10 -15 -20
PH8MV
For jet or brush cleaning only
Specifications KCl Refillable Type pH Sensor
PH8ERP
4. Ultrasonic oscillator for ultrasonic cleaning PUS400G 5. Solenoid valve 6. Cleaning pump/tank
Option Code
Suffix Code
Titanium Hastelloy C
-TN -HC
Solution Ground Tip
PH8AX
Always -N
-N T10.EPS
pH Measuring System
d KCl Filling Type pH Sensor Model
Option Code
Suffix Code
PH8EFP -03
3m 5m 7m 10m 15m 20m
Cable Length -05 and KCl Tube -07 Length -10
-15 -20 Solution Ground Tip
Titanium Hastelloy C
-TN -HC -TT1
For general purpose (250ml solution inlet) For medium pressure, Big volume tank (With 500 ml tank) For maintenance (for TT1, TT3) For maintenance (for TT2)
KCl Reserve Tank -TT2 (*1)
-TT3 -TN1 -TN2
Always -N
-N pH Measuring System
Style Option
Specifications KCl Filling Type pH Sensor
Style
*A O-ring /PF Special glass sensor /HA Special junction /TF
Option
O-ring
Suffix Code
Model
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
Specifications
PH8EHP Cable Length -03
3m
-05
5m
-07
7m
-10
10m
-15
15m
-20
20m
Solution Ground Tip
Titanium
-TN
(*1)
For general purpose (250 ml solution inlet) Big volume tank (With 500 ml tank) For maintenance (for TT1)
-TT1 -TT3 -TN1 -N
Measuring System
Air Sup. Regulator (to be prepared separately) To pH sensor *3: Mark band is shown by mark and fork terminals are used. *4: Mark band is shown by numeral and pin terminals are used. *5: The tag which indicated the color, the sign, and the number is attached to the cable of a sensor. *6: Choose Daielperfrow when this is used in organic solvent, high alkali or high temperature solution. T12.eps *7: Choose when using in high alkali solution. *8: Choose when using in the heavily contaminated application. *9: Mark band is shown by numeral and M3 ring terminals are used.
Option Code
pH sensor for high purity water
KCl Reserve Tank
*1: A 50A pipe mounting bracket is supplied with TT1, TT2 and TT3. Only a supply tube, but no KCl solution, is supplied with TN1 and TN2. Since a KCl solution is not supplied with TT2 and TT3, arrange it from among accessories or auxiliary parts. *2: Prepare an air pressure regulator as shown in the diagram below when the medium-pressure reserve tank is used. To pH sensor, Regulator, (to be prepared separately)
Daielperfrow (*4)
/PF
d pH Sensor for High-Purity Water
Style A Daielperfrow (*6) Glass sensor for high alkali (*7) Teflon junction (*8)
For PH450G,PH202/TB (*5)
Style A
*A
*1: Mark band is shown by mark and fork terminals are used. *2: Mark band is shown by numeral and pin terminals are used. *3: The tag which indicated the color, the sign, and the number is attached to the cable of a sensor. *4: Choose Daielperfrow when this is used in organic solvent, T11.eps high alkali or high temperature solution. *5: Mark band is shown by numeral and M3 ring terminals are used.
For PH200/PH400 (*3) For PH202 (*4) For PH100 (*5) For PH450G,PH202/TB (*9)
-T -E -B -G
For PH200/PH400 (*1) For PH202 (*2) For PH100 (*3)
-T -E -B -G
Style
Always -N
-H
For PH200/PH400 (*2)
-E
For PH202 (*3)
-G
For PH450G,PH202/TB (*4)
*A
Style A
* 1: Since a KCl solution is not supplied with TT3, arrange it from among accessories or auxiliary parts. T13.eps * 2: Mark band is shown by mark and fork terminals are used. * 3: Mark band is shown by numeral and pin terminals are used. * 4: Mark band is shown by numeral and M3 ring terminals are used.
GS 12B7C1-E
6th Edition 2012.11.10-00
9
<> <>
2.
Holders
d Guide-pipe Type Model
Option Code
Suffix Code
PH8HG
Description Guide-pipe (*1)
Material
Polyvinylchloride (fluid temperature 508C or less)
-PV -PP
Style Code
Polypropylene (fluid temperature 808C or less) Style A
*A
Option, Mounting Bracket (*2)
/MS5
Stainless steel mounting bracket (1 set)
*1 : Pipe length: 2 m *2 : A set of 2-inch galvanized pipe mounting bracket is provided as standard. T14.EPS
d Submersion Type Suffix Code
Model
Option Code
PH8HS Material
-PP
Polypropylene
-S3
Stainless steel
Pipe length
pH Measuring System
Cleaning System
-10
1.0m
-15
1.5m
-20
2.0m
-25
2.5m
-30
3.0m
-T
Always -T
-NN
None
-S3
For ultrasonic cleaning (Transducer: SUS316) (*1)
-TN
For ultrasonic cleaning (Transducer: Titanium) (*2)
-HC
For ultrasonic cleaning (Transducer: Hastelloy C) (*3)
-JT
For jet cleaning. The solenoid valve must be specified separately.
-BR
For brush cleaning. The solenoid valve must be specified separately.
Cable Length for Ultrasonic Cleaning
Connector for Jet or Brush Cleaning
-NN
None
-C3
3m
-C5
5m
-C6
7m
-C7
10m
-C8
15m
-C9
20m
-JP
Rc1/2
-NP
1/2 NPT
*A
Style Code
Mounting Bracket Options
Description Submersion type holder
(*5)
Style A
/MS1
Mounting bracket : 1 set
/MS2
Mounting bracket : 2 sets
/MS3
Stainless steel mounting bracket : 1 set
/MS4
Stainless steel mounting bracket : 2 sets
Special Mounting
/F1
With flange (Without Cleaning System)
/F2
With flange (With Cleaning System)
O-ring
/PF
Daielper (*4)
*1: General purpose (Normal pH3 to 14) *2: For salt water *3: For acid (Normal pH0 to 4) *4: Choose Daielperfrow when this holder is used in organic solvent, high alkali or high temperature alkali. *5: The required number of mounting bracket sets depends on the installation location and flow rate. In general, one set is sufficient for pipe lengths of 1 meter, and otherwise two sets are required. T15.EPS
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
10
<> <> d Flow-Through Type Model
Suffix Code
Option Code
PH8HF Material
Description Flow-through type holder
-PP
Polypropylene
-S3
Stainless steel
Process Connection
Refer to note below for selection
-JPT
Rc1
-NPT
1 NPT female thread
-J10
JIS 10K 25 FF flange
-A15
ANSI Class 150 1 FF flange equivalent
(for polypropylene holder -PP) ANSI Class 150 1 RF flange with serration
(for Stainless steel holder -S3) pH Measuring System
Cleaning System
Cable Length for Ultrasonic Cleaning
Connector for Jet or Brush Cleaning Style Code Options
-T
Always -T
-NN
None
-S3
For ultrasonic cleaning (Transducer: SUS316) (*1)
-TN
For ultrasonic cleaning (Transducer: Titanium) (*2)
-HC
For ultrasonic cleaning (Transducer: Hastelloy C) (*3)
-JT
For jet cleaning. The solenoid valve must be specified separately
-BR
For brush cleaning. The solenoid valve must be specified separately
-NN
None
-C1
1m
-C3
3m
-C5
5m
-C6
7m
-C7
10m
-C8
15m
-C9
20m
-JP
Rc1/2
-NP
1/2 NPT Style A
*A O-ring
/MF1
Mounting bracket (stainless steel)
/PF
Daielperfrow (*4)
(3) For stainless steel, normally a 3 to 14 pH value is recommended.
Temperature
*1: General purpose (Normal pH 3 to 14) *2: For salt water *3: For acid (Normal pH 0 to 4) *4: Choose Daielperfrow when this holder is used in organic solvent, high alkali or high temperature alkali. Notes:(1) Mounting bracket is generally not required when the stainless steel holder is installed in-line in a pipe It is required where the holder is installed in a sampling rack (in which case the U-bolt included in /MF1 in not used). (2) Criteria for material selection (-PP or -S3) 105 In general, polypropylene is recommended from the viewpoint of chemical resistance. 100 However stainless steel is recommend in any of the following cases: * (a) The liquid contains organic reagent, oxidizing agents, etc., which can attack Stainless Steel 80 polypropylene. * (b) The temperature/pressure correlation of the process condition falls within the hatched 60 area of the diagram shown right. (8C) (c) The use of polypropylene is not reasonable from a viewpoint of strength or past 40 experience. 20
Polypropylene (or Stainless Steel) 0 100 200 300 400 500 Pressure (kPa) T16.EPS
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
11
<> <> d pH Holder for High Purity Water Suffix Code
Model
Option Code
5. Specifications
Model
pH holder for high purity water, wall-mount type
PH8HH Connection -JPT ports -NPT
Style A
*A
Pipe mounting bracket
Option Mounting Bracket /P
T17.EPS
3.
Interigent pH Converter
Power Supply -100 -110 voltage -200 -220 Power Supply -50 Frequency -60
Air Water 100V AC 110V AC 200V AC 220V AC 50Hz 60Hz
Style Code
Style D
*D
T20.EPS
d 4-Wire Type pH Converter Model
Description Solenoid valve
-A -W
Fluid
Always -H
Style
Suffix Code Option Code
PH8MV
Inlet; Rc1/4, Outlet; Rc1/2 Inlet; 1/4NPT, Outlet; 1/2NPT
-H
Solenoid Valve
Option Suffix Code Code
Description
PH400G
4-wire pH Converter -1 -2
Power Supply
100/110 V AC, 50/60 Hz 200/220 V AC, 50/60 Hz Japanese English
Language for -J warning, etc -E A
Always A
*B
Style B
Mounting hardware Hood
/U /PM /H3 /H4 Options /X1 Tag plate /SCT Conduit Adapter /AFTG /ANSI /SPS
Pipe, wall mounting bracket (stainless steel) Panel mounting bracket (stainless steel) Awning hood (carbon steel) Awning hood (stainless steel) Baked epoxy resin Stainless steel tag plate G1/2 1/2 NPT Teflon coated SUS steel screws T18.EPS
4.
Ultrasonic Oscillator (PUS400G) Model
Option Code
Suffix Code
-NN Application
Description Ultrasonic oscillator for pH meter
PUS400G
Always -NN General purpose
-NN -1
100V AC 50/60Hz
-2
110V AC 50/60Hz
Power Supply -3
115V AC 50/60Hz
-4
200V AC 50/60Hz
-5
220V AC 50/60Hz
-6
240V AC 50/60Hz
Language
-J
Japanese
-E
English /PS
Pipe mounting bracket (stainless steel)
/W
Wall mounting bracket (stainless steel)
/PA
Panel mounting bracket (stainless steel)
/H
Awning hood (carbon steel)
/H2
Awning hood (stainless steel)
Special Finish
/X1
Baked epoxy resin
Tag Plate
/SCT
Stainless steel tag plate
/AFTG
G1/2
/ANSI
1/2 NPT
/SPS
Teflon coated SUS steel screws
Mounting Bracket
Options
Hood
Conduit Adapter
T19.EPS
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.22-00
12
<> <>
6.
Cleaning Pump / Tank Model
Description
Suffix Code Option Code
PH8PU1
Cleaning tank / pump assembly
Power Supply -3
200V AC, 50/60 Hz
-5
100V AC, 50/60 Hz
Style code
*B
Style B
Options
/PT
With Rc 1/2 adapter
Cleaning Water Inlet/Outlet
/NP
With 1/2 NPT adapter
Anchor volts
/AN
4 L-shape M12 x 160 (SS41) bolts
Conduit adapter /APUG /ANSI
G 1/2 1/2NPT T21.EPS
7.
Terminal Box Model
Suffix Code
Option Code
PH8TBG
Specifications
Model
Terminal Box pA
Suffix Code
PH8TBS
Option Length of special cable (max. 20 m) Adapter for conduit construction
-A
/P /W
Pipe mounting hardware Wall mounting hardware
/ C uu
u; Standard 03 (3 m), 07 (7 m), 10 (10 m)
/ ATBG
Rc 1/2 screw thread
Specifications Terminal Box
Style A
Mounting hardware
Option Code
Always -A
Mounting hardware Option Length of special cable (max. 20 m) Adapter for conduit construction
/P /W
Pipe mounting hardware Wall mounting hardware
/ C uu
u; Standard 03 (3 m), 07 (7 m), 10 (10 m)
/ ATBG
Rc 1/2 screw thread T22-1.eps
T22.eps
8.
Accessories Model
Suffix Code
9. Option Code
PH8AX Calibration Reagents
Style Option (*2)
Specifications
Consumables Part Name
Accessories for pH meter (*1)
-L
Two bottles, each containing 250ml solution (pH7 and pH4) 24 bags, each bag containing powder for 500ml solution (pH7 X 12 bags and pH4 X 12 bags) and two 500ml polyethylene bottles.
-P
*A
Style A
/STD /KCLL /KCLP /TMP
Sensor stand (with mounting bracket for 50A 2-inch pipe) KCl solution (one 250ml polyethylene bottle) KCl powder (three bags, 250ml solution each) Thermometer (0 to 100 8C)
* 1: Including the following: Two 200ml polyethylene cups One cleaning bottle * 2: Either /KCLL or /KCLP is required for PH8EFP-u-u-TT2. T23.EPS
General purpose Glass electrode
High alkali
Part Number
Remarks
K9142TN One for PH8ERP, PH8EFP, PH8EHP K9319NA One for PH8ERP/PF, PH8EFP/PF K9142TU One for PH8EFP/HA K9319NC One for PH8EFP/HA, /PF
General K9142TH One for PH8ERP, PH8EFP purpose K9319QA One for PH8ERP, PH8EFP/PF High purity K9142TK One for PH8EHP water Junction K9142HW One for PH8ERP/TF, PH8EFP/TF Teflon
K9319QB One for PH8ERP/TF, /PF,PH8EFP/TF, /PF
KCl solution (3.3mol/l)
Buffer solution for calibration (pH 4) Buffer solution for calibration (pH 7) Buffer solution for calibration (pH 9) Powder for buffer solution (pH 4) Powder for buffer solution (pH 7) Powder for buffer solution (pH 9) KCl powder (for PH8EFP, PH8EHP) KCl powder (for PH8ERP)
K9084LP Six 250 ml polyethylene bottles K9084LL Six 250 ml polyethylene bottles K9084LM Six 250 ml polyethylene bottles K9084LN Six 250 ml polyethylene bottles K9020XA 12 bags,each for preparation
of 500 ml
K9020XB 12 bags, each for preparation
of 500 ml 12 bags, each for preparation
K9020XC of 500 ml
8 bags, each for preparation K9020XU of 250ml
2 bags, 1 bottle of 3.3 mol/l KCl,
K9142UT 1 syringe
(Note) The pH value of the calibrating buffer solution may vary depending on storage conditions. Prepare a new solution from powder for accurate instrument T24.EPS calibration
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
13
<> <>
WIRING DIAGRAMS (1) Wiring for pH conveter PH400G pH converter
*3
*5
+ mA + mV -
Output signal (4 to 20mA DC) Output signal (0 to 1V DC) Contact input PH8TBG *1 (cleaning start Terminal box command)
R1 R2
L1 L2
Power supply *5
S1
Contact output S1
S2
Contact output S2
High and low alarms
*5
PH8ERP PH8EFP PH8EHP pH sensor
S GE T1 T2 RE SE
*2
RE T1 T2 SE GE S
S3
Contact output S3 (cleaning or high and low alarms)
FAIL
Contact output FAIL (failure)
Note : External wiring connection terminal size is for M3 screw. *4
Grounding terminal (M4 screw) Grounding (100 or less)
*1: Terminal box is used only where pH converter is installed some distance from pH sensor (ordinary not needed). *2: This cable is specified in the option code for the PH8TBG. *3: Use only shielded cable with an outside diameter of 9 to 12 mm. *4: Be sure to ground pH converter case grounding terminal (grounding resistance; 100 or less). Only when the above grounding is impossible, ground at power cable side. But be sure to avoid two point-grounding. *5: Be sure to use cable with the outside diameter of 9 to 12 mm.
F04.EPS
Wiring to use S3 contact output for cleaning PH400G Converter 51 Power supply
S3
Solenoid valve
52
(2) Wiring for ultrasonic cleaning system pH Meter Holder Ultrasonic Transducer Cable
PUS400G Ultrasonic Oscillator U1 U2
S Ultrasonic Vibrator
L1 L2
Power Supply
Grounding (100V or less) F05.EPS
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
14
<> <>
WIRING USING CONDUIT INSTALLATION Notes for Conduit Installation pH converter PH400G Ultrasonic oscillator PUS400G
Terminal box PH8TBG (*1): Hanging (for drip)
(*2)
(*2): Bend (for water proofing) (*3): Conduit use is prohibited for sensor cable and ultrasonic (*3) cleaning cable
(*2)
(*2) (*3) (*3)
(*1)
(*1)
(*1)
(a) Recommended conduit installation (adapter not needed)
(*3): Conduit use is prohibited for sensor cable and ultrasonic cleaning cable
(*4) (*4) (*5)
(*4)
(*3)
(*6)
(*5)
(*3)
(*6)
(*5) (*6)
(*4): Conduit adapter (for installation) (*5): Flexible conduit (*6): Union
(*3) F06.EPS
(b) Conduit installation using a conduit adapter
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
15
<> <>
DIMENSIONS
Unit : mm KCl refillable pH/ sensor
KCl filling pH sensor
PH8ERP-u
PH8EFP-u
pH sensor for pure water
PH8EHP-u Medium pressure KCl reserve tank for KCl filling pH sensor (with mounting bracket)
(PH8EFP-u)-TT2
88
f27.5
;3m,5m,7m, 10m,15m,20m)
Tube length 64
JIS 2-inch stanchion
(Standard
;3m,5m,7m, 10m,15m,20m)
Cable length (Standard
263
f60.5
308
Tube length 64
10m,15m,20m)
60
Coupling with valve
115
103
(Standard;3m,5m,7m,
;3m,5m,7m, 10m,15m,20m)
Cable length (Standard 103
64
10m,15m,20m)
Cable length (Standard:3m,5m,7m,
Rc 1 / 4
f27.5
f38
f27.5
f38 f38
Guide-pipe for submersion type (with mounting hardware) PH8HG
General purpose KCl reserve tank for KCl filling pH sensor and pH sensor for high purity water (with mounting bracket)
Min :110 Max:515
(PH8EFP-u)-TT1 (PH8EHP-u)-TT1 F07.EPS
95
85
JIS 2-inch stanchion Approx.115
f48.6
600
f63
JIS 2-inch stanchion (vertical) Approx.75
Approx.45
Big volume tank KCl reserve tank for KCl filling pH sensor and pH sensor for high purity water. (with mounting bracket)
f48.6
(PH8EFP-u)-TT3 (PH8EHP-u)-TT3
54
2000
Approx.151
Sensor
JIS 2-inch Pipe (f60.5)
Hole requirements for wall mounting
25
Approx. 20
F08.EPS
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
2-f(M8 screw) holes
7060.2
60
Min :50 Max:1900
Approx.105 f105
60
GS 12B7C1-E
6th Edition 2012.11.10-00
16
<> <> Submersion holder — Polypropylene — (See separate drawing for mounting hardware)
Unit:: mm
PH8HS-PP
83 62
<With Jet Cleaner>
<With Ultrasonic Cleaner>
<Without Cleaner>
(L: Holder length; 1, 1.5, 2, 2.5, 3 m)
Cable for ultrasonic cleaning (Cable length: 3, 5, 7, 10, 15, 20 m)
u 1/2NPT 35
42 44
<With Brush Cleaner>
u 1/2NPT 35
(Code : -NP)
(Code : -NP)
64 105
u Rc1/2
105
f34
55
55
f22
u Rc1/2
105
(Code : -JP)
(Code : -JP)
55
f22
f22
L+31 L-323
L-40
L-323
L-40
L+145
f51
L-323
L-40
L+165
55
L+165
55
55
138.5
f50
Approx.155
Approx.155
Approx.155
75
75
75
F10.EPS
Submersion holder — Stainless steel — (See separate drawing for mounting hardware) PH8HS-S3 <With Jet Cleaner>
<With Ultrasonic Cleaner>
<Without Cleaner>
<With Brush Cleaner>
(L: Holder length; 1, 1.5, 2, 2.5, 3 m) Cable for ultrasonic cleaning (Cable length: 3, 5, 7, 10, 15, 20 m)
83 62
u 1/2NPT (Code : -NP)
35
42 44
64 176
u Rc1/2
176
(Code : -JP)
42
f 34
L+31
L+31
u Rc1/2
176
(Code : -JP)
42
f 22
42
f 22
L+31
L-323
f 22
L+31
L-323
L+56
u 1/2NPT (Code : -NP)
35
L-323
L+56
49
L+56
49
49
141.0
f 48.6
Approx. 200
Approx. 200
75 All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
Approx. 200
75
75 GS 12B7C1-E
F11.EPS
6th Edition 2012.11.10-00
17
<> <> Mounting hardware for submersion type holder UNIT: mm
PH8HS.../MS1 1 set PH8HS.../MS2 2 sets
68
JIS 2-inch (OD 60.5) Stanchion
64
94
90 54 Max : 515 Min : 110
Sensor Holder
600 Max : 515 Min : 110
f48.6
95
62
600 Cleaner Holder
JIS 2-inch (OD 60.5) Stanchion
90
130 54 100
F12.EPS
Stainless steel hardware for mounting submersion type holder PH8HS.../MS3
1 set
PH8HS.../MS4
2 sets
Max : 500 Min : 236
Holder with cleaner Holder without cleaner 51 44
48.5
28 55 22
44
44
44
44
44
44
44
22
65
55
600 Cleaner holder Sensor holder
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
JIS 2-inch (OD 60.5) Stanchion
GS 12B7C1-E
F13.EPS
6th Edition 2012.11.10-00
18
<> <> Mounting hardware for submersion type holder
Mounting hardware for submersion type holder
— Flange mounting hardware for holder without cleaner
— Flange mounting hardware for holder with cleaner
— Material: Polypropylene or Stainless steel
— Material: Polypropylene or Stainless steel
f210
Unit: mm
f330
JIS 10K 100 FF flange (Note)
JIS 10K 200 FF flange (Note) 12-f23 holes
8-f19 holes
L: Holder length; 1, 1.5, 2, 2.5, 3 m
74
f290
18 f175
78
L+31 22
Min : 150 Max : L-115
Min : 405 Max : L-130
Note: Only mating dimensions are according to flange standard.
Approx. 155
F14.EPS
Flow-through type holder with mounting hardware PH8HF fa
(pH Sensor)
4-fD holes
b c
e Outlet
O-ring
fB
fd
fA
165 h
11061 E Inlet
C
g f
15061 O-ring Model and Code PH8HF-PP-J10-T-NN-NN PH8HF-PP-A15-T-NN-NN PH8HF-S3-J10-T-NN-NN PH8HF-S3-A15-T-NN-NN
A
B
C
D
E
125 90 14 19 108 79.2 14.2 15.7 125 90 14 19 108 79.2 12 15.7 2
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
a
b
80 9 80 9 70 10 70 10
c
d
e
f
g
h (Approx.)
11 11 6 6
60 60 60.5 60.5
25 25 26 26
30 30 26 26
70 70 69 69
250 250 245 245
GS 12B7C1-E
F15.EPS
6th Edition 2012.11.10-00
19
<> <>
Unit : mm
Holder for high purity water PH8HH
Hole dimensions for Holder mounting
60
Sensor holding screw
180
171
20
1. Pipe mounting (2-inch pipe)
64
70
102
SAMPLE IN
70
14
Ground connection terminal M5
SAMPLE OUT
2. Wall mounting
6- f10 holes
27
Sample inlet 1/4NPT adapter
56 70 100 120
73 100 148
15
Rc 1/4
50
35 50 70
110
28Max
Rc 1/2 Sample outlet 1/2 NPT adapter
100
F16.EPS
Interigent pH Converter PH400G Hood (optional) Option code : /Hh
Four M6 screws, 8 deep 220
184
80
72
20
144
80
23
144
112
Cable inlet port (13.5 dia. holes) For JIS A8 cable gland
36
Adaptor for conduit work (option code : /AFTG, /ANSI)
A
B 36 C
D
36
36
E
A: B: C: D: E:
For output signal / contact input For sensor cable For power supply For contact output (S1 and S2) For contact output (S3 and FAIL)
Adaptor
49
38
Ground terminal (M4 screw)
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
G 1/2 female ( / AFTG) 1/2 NPT female ( / ANSI)
GS 12B7C1-E
Approx. 55
Cable inlet port (21 dia. holes) equivalent to JIS A15 cable gland
F17.eps
6th Edition 2012.11.10-00
20
<> <> Pipe Mounting Bracket / Wall Mounting Bracket (option code : /U) d
Example of bracket used for pipe mounting 188
Unit : mm
M6, 4 screws
174 200
50
Nominal 50A (O.D 60.5mm) mounting pipe d
100
Example of bracket used for wall mounting 135
13
M6, 4 screws
224
200
35 15 70 10 mm dia., 3 holes
100
F18.eps
Panel Mounting Bracket (option code : / PM) 23 12 max.(panel thickness)
Unit: mm
M6, 4 screws
137 +20
100
137 +20 178
Panel cutout dimensions F19.eps
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
21
<> <> Ultrasonic oscillator (PUS400G) Pipe mounting
Panel/, Wall mounting Unit : mm
151
30
30 288
Panel mounting bracket
Hood (optional)
38
68
96
8
Ultrasonic transducer cable inlet Cable gland DIN PG16 equivalent 100 2-f5.5 holes +1.1 (for hood mounting) 7060.2 156 0 5660.2 121
121 JIS 2-inch pipe stanchion (horizontal)
13
27
2-f6.6 holes (for oscillator mounting)
15
173 0 138
JIS 2-inch (OD f60.5mm) stanchion (vertical)
203
206
Power supply cable inlet Cable gland DIN PG16 equivalent
42
+1.1
2-f6.6 holes (for hood mounting)
2-f6.6 holes (for hood mounting)
185
27
100 7060.2 5660.2
3.9
185
42
Ultrasonic transducer cable inlet Cable gland DIN PG16 or equivalent
27
8
Ground terminal (M4 screw) Power supply cable inlet Cable gland DIN PG16 equivalent
80
138
96
68
Pipe mounting bracket (optional)
Ground terminal (M4 screw)
60
110
130 180
1 to 10
162
48
50
155 115
180
202 162
7060.2
3-f10 holes <Panel cutout>
<Wall mounting bracket>
48 F20.EPS
46
14.5
102
General Purpose Solenoid Valve PH8MV*D 103 72
71
2-Rc1/2 G1/2
Cautions on Installation of Solenoid Valve for Jet / Brush Cleaning 1. Do not allow a sample solution to flow backward into the solenoid valve or to be replaced with the driving fluid. For this take relevant measures; e.g. install a check valve to prevent inverse pressure between the inlet and outlet of the solenoid valve, or install the solenoid valve higher than the holder, especially when using the air jet/brush cleaning system. 2. Make sure to avoid the risk of corrosion of the solenoid body (bronze) and seal (nitrilel rubber) by vapor or gaseous components generated from a sample solution, especially when using the air jet/brush cleaning system.
F21.EPS
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
22
<> <> Terminal Box PH8TBG 65
126
Unit: mm
48
30
178 75 60.2
254
Waterproof gland
Pipe mounting hardware (example)
4-M5 screws, 9mm deep
7060.2
For conduit construction
(for mounting)
Adapter (option)
<Wall mounting hardware>
100 7060.2
4 - [ 5.5 hole
Nominal 50A pipe mounting
4 - [ 5.5 hole
100 7060.2
8 8 7560.2
75 60.2
13
185
203
27 15 7060.2
48
3 - [ 10 hole F22.eps
Sensor stand (PH8AX-u)/STD Sensor (Example)
115
(64)
JIS 50A 2-inch stanchion
108 F24.EPS
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
23
<> <> Cleaning Pump/Tank Assembly PH8PU1
Unit: mm (450)
(408)
(442)
4-f15 holes
T : Tank 50 V1 : Float valve 1/2 B V2 : Check valve 1/2 B V3 : Ball valve G : Pressure gauge P : Pump Cleaning water inlet
Cleaning water outlet G 1/2B female(std.)
G 1/2B male(std.)
1/2 PVC Pipe Teflon braided horse
Flow diagram
Motor
(800)
Pump
Cable connection
WATER IN
OVER FLOW
Overflow outlet (16 ATS type)
(804)
(290) Height to inlet
Tank
(504) Height to outlet
Cleaning water outlet Cleaning water inlet
Electromagnetic actuator
(138) F25e.eps
Notes on installation of cleaning pump / tank assembly (1) The cleaning pump / tank assemble may be installed outdoors. However, the place must be sheltered from rain, wind, and direct sunlight. (2) Since the noise level will increase to a maximum of 100 dB (A), utmost attention should be paid to the installation environment. (3) Connect a wired soft vinyl-chloride tube to the cleaning water outlet. Do not connect a rigid PVC pipe directly.
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
24
<> <> SELECTION CRITERIA FOR pH SENSORS AND HOLDERS
(1) When any of the two conditions listed below are applicable, select a KCl filling type pH sensor and either the submersion or flow-through type holder. d The solution is out of the range 2 < pH < 12. d The solution contains organic or oil in the order of a few percent. (2) When any of the two conditions listed below are applicable, consult our salesperson. d Strong oxidizing solutions such as aqua regia, chromic acid , hypochloric acid, perchloric acid. d The solution contains corrosive gases (ammonia, chlorine, hydrogen sulfide).
s: Can be used, n:Shortens useful life, x:Cannot be used
Phosphoric acid Boric acid Carbonic acid Chromic acid Sulfurous acid
0.5 0.05 0.4 0.04 0.6 0.06 1.0 0.6 0.6 1.2 0.8
1.0 2.0 1.0 2.0 1.0 2.0 1.5 5.0 3.6 0.8 1.4
Organic acid
Acetic acid Formic acid Oxalic acid Lactic acid Phenol acid Monochloroacetic acid
0.6 0.5 0.9 0.9 0.9 0.9
2.8 2.3 1.0 2.4 5.4 1.8
Alkali
Calcium hydroxide Potassium hydroxide Sodium hydroxide
0.2 0.5 0.4
12.4 12.7 12.9
Acid salts
Ammonium chloride Aluminous water Zinc chloride Ferric chloride Ferric nitrate
5 5 5 5 5
1.3
Basic salts
Sodium sulfite Sodium carbonate Sodium phosphate
5 5 5
Neutral salts
pH * (25 8C)
Potassium chloride Sodium sulfate Calcium chlorine Sodium nitrate Aluminum chloride
5 5 5 5 5
Oxdizing agents
Concentration W/V (%)
Hydrogen peroxide Sodium hypochlorite solution Chlorinated lime Potassium bichromate
1 1 1 5
Organic solvents
Chemical
Alcohol Organic solvent or oil (excluding alcohol)
10
Inorganic acid
Sulfuric acid Hydrochloric acid Nitric acid
Holder Flow-through, Submersion
Guide-pipe
11.8
8.2
12.5 4.5
Note: pH values in table are calculated from dissociation constant (including measured value). T25.EPS
CAUTION Select the material of wetted parts with careful consideration of process characteristics. Inappropriate selection may cause leakage of process fluids, which greatly affects facilities. Considerable care must be taken particularly in the case of strongly corrosive process fluid such as hydrochloric acid, sulfuric acid, hydrogen sulfide, and sodium hypochlorite. If you have any questions about the wetted part construction of the product, be sure to contact Yokogawa.
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
25
<> <>
Table of Corrosion-Resistant Materials (The data should be used for reference only) Note: This table shows corrosion resistance for each single substance alone. If a sample contains two or more substances, then the corrosion resistance may differ from that given in this table. : Excellent : Good : Not so good X : Unusable
Ultrasonic transducer material Sensor solution ground tip
Holder material Polypropylene Sulfurous acid
Inorganic acid
Hydrochloric acid
Concent’n Temp Judge Concent’n Temp Judge Concent’n Temp Judge
100 20 90 20 5 80 5
6
30
5
30
20 20 10 Hypochlorous Acid 10
20 40 20 40
Sulfuric acid Phosphoric acid Ammonia water
10 10 57 57 3 3 30 30 15 15
20 80 20 70 20 100 60 100 80 100
Alkali
Sodium hydroxide
20 20
Sodium hydroxide, Sodium hydroxide9 to 11% +Sodium chloride 15%
80 100 100
Potassium carbonate Sodium carbonate sat. 100 Zinc chloride
Chlorides
Aluminum chloride Ammonium chloride 35 Potassium chloride sat. sat. Calcium chloride sat. 20 Ferric chloride 20 Sodium chloride, 20% + Saturated Cl2 (Electrolysis solution)
14
30
6
30
5
30
5 5
30 b
40 60 80 100 40 60 100
X
10 10 10 10
20 90 20 90 90
5 35 25
b b 90
25 20 25
90 90 90
20
60
30 100
57
30
10
10
30
57
25
6 5 15 5 10 28 10 25 20 20
30 100 30 b b 65 b b 30 b
5 35 25 20 25 25 25 sat. 25
b b b b 25 25 b 60 b
30
b
X
90
X
X
X
5 5 5 5 10 20 10 25 20 20
30 70 30 b b 65 b b 30 b
5 5 5 5 10 20 10 25 20 20
30 100 30 60 b 65 b b 30 b 93
5 35 25 20
b b b b
5 35 25 20 10 25 25 sat. 25
b b b b b b b 60 b
30
b
X X 25 b sat. 60 25 b 30
b
X
90
X
X
Strong alkaliX Weak alkali
X
X
40 20 sat. 10 20 20
24 b b 30 b b b
10
24 80 90
10 10 10
90 90 90
50 20 10
b b 30
10
30
5
90
10
90
10
b
80
10 10 10
X
30
b b b 30
Sea water + Saturated Cl2
95
X
Bromine gas Hydrogen sulfide
95 30
20
b b 30 b b b
X
20
b b b 30
42 20 sat. 10 20 20
Strong acid Weak acid
90
10 10 10
Potassium bichromate
Sulfurous acid gas
30
30
40 10
30
20 40 60
15
5
15
Wet chlorine gas
20 90 90
40
60-90
60
90 30 85
20
2
Sodium sulfide Sodium bisulfate
X
43
60-90 X
Corrsion resistance is good for usual salts. 30 20
20 60
15
2
24 sat. 80 60 5
Hydrogen peroxide
Sodium sulfide
5 10
b
90 80
Sodium nitrate Sodium sulfite
X
10
b b 30
Ammonium nitrate
20 40
30
50 20 10
Potassium sulfate Sodium sulfate
30 60 90 20
20
24 b b 30 b b b
Ammonium sulfate
Remarks
Concent’n Temp Judge
5 37 37 20
42 20 sat. 10 20 20
Seawater, Magnesium chloride
Nitrates Sulfates
b
30
Viton
X
Potassium hydroxide
Others
10
X
6
Hydrobromic acid
Hydroiodic acid
Titanium
Concent’n Temp Judge
Chromic acid
Nitric acid
Gases
Hastelloy C
SUS 316
Sensor body material Ryton
Seal O-ring material
Polypropylene may sometimes be eroded by ammonium sulfate crystals
20
X
30
X
X
80 100
95 30 20 30-90
80 T26.EPS
Note: "b" refers to the boiling point.
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
26
<> <>
Ultrasonic transducer material Sensor solution ground tip
Holder material Polypropylene Acetaldehyde Acetone Aniline Ether Ethylene glycol Ethyl alcohol Methyl chloride Glacial acetic acid Glycerin Chlorophenol Xylene Chlorobezene Chloroform
Organic substances
Dioxane Dichloroethare Ethyl nitrate Carbon tetrachloride
Trichloroethylene Toluene Benzophenone Benzaldehyde
SUS 316
Concent’n Temp Judge
Concent’n Temp Judge
20 100 20
100 30 50 25 100 110
100 100 100 100 100 100 96
20 70 100 20 70 100 70
100 100 100 100 100 100 100 100 100 100 100 100 100 100 100
20 70 100 70 100 20 70 100 20 20 100 20 20 70 100
X
100 100 100 100 100 100
70 20
X
20 20 20
X X X
100 20 100 70 100 100
Hastelloy C
Seal O-ring material
Titanium
Viton
Concent’n Temp Judge Concent’n Temp Judge Concent’n Temp Judge
Sensor body material Ryton 100
20
100
b
100 25
100
90
100 25 100 25
100
20
100
100
90
100
20
100
20
100
20
100
90
100
90
100
90
100 100
90 90
100 100
20 90
100
90
100
90
100 100
25 90
100
90
100
20
100 100
20 20
100 25
X
b
Remarks
Concent’n Temp Judge
100 25 100 24
X
100 25
X X X X X
100
b
100
b
100
b
X
100
105
90 100
b b
100
b
90 100
b b 145
100
24
X
Benzyl alcohol benzene
100 20
100
30
Fomaldehyde
10 10
37
b
70 100
37
b
100
30
37
b
100
25
X X
X
Methylnaphthelen Methyl ethyl ketone Methyl alcohol Nitrobenzene
Acetic acid
100 20 70 100 20 100 20 100 70 100 100 100 20 100 70 100 100 100 20
100 25
X
X 10
b
95
30
10
b
95
30
X 95
30
Phenol Benzonic acid Motor oil Petroleum ether Kerosene Tartaric acid Oil and fats Carbon sulfide
100 100 100 100 100 100 100 100 10 10 10 100
100 20 70 100 20 20 70 40 60 80 70
100 20
101 X 50
100
100 25 X
50
100
100 180
100 25
50
100
100 180 100 25
Note: "b" refers to the boiling point.
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
T27.EPS
GS 12B7C1-E
6th Edition 2012.11.10-00
27
<> <>
Enquiry Specifications Sheet for PH400G pH Converter System For enquires on the Yokogawa pH converter system, please tick (v) the appropriate box u and write down the relevant information in the blanks.
1 General Information Company name; Department; Contact Person; Plant name; Measurement location; Purpose of use; u Indication, u Recording, u Alarm, u Control V AC Hz Power supply;
2 Measurement Conditions (1) Process temperature; to Normally [8C] to Normally [kPa] (2) Process pressure; to Normally [l/min] (3) Flow rate; to Normally [m/s] (4) Flow speed; (5) Slurry or contaminants; u No, u Yes (6) Name of process fluid; (7) Components of process fluid; (8) Others;
3 Installation Site (1) Ambient temperature; (2) Location; u Outdoors, u I ndoors (3) Others;
4 Requirements (1) Measuring range; u pH 0 to 14 u (2) Transmission output; u 4 to 20 mA DC u (3) System configuration selection; u Sensor, u Holder, u pH Converter, u Cleaning system, u Terminal box, u Accessories m (4) Sensor cable length; u 3m, u 5m, u 7m, u 10m, u 15m, u 20m, u (5) Sensor operating pressure; u10 kPa or less, u Greater than 10kPa (6) Type of holder; u Guide pipe, u Submersion, u Flow-through, u Suspension, u Angled floating ball, u Vertical floating ball (7) Cleaning method; u No cleaning, u Ultrasonic cleaning, u Jet cleaning, u Brush cleaning (8) Sample temperature; u -5 to 1058C, u -5 to 1008C, u -5 to 808C (9) Others;
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation Subject to change without notice
GS 12B7C1-E
6th Edition 2012.11.10-00
General Specifications
PH400G 4-Wire Type pH Meter
GS 12B7C1-E
GENERAL The EXA PH intelligent pH conveter is a highly reliable advanced function pH measurement system designed for wide application in all industries such as for medium-scale waste water treatment system, and general-purpose pH measurement and control systems. The EXA PH intelligent pH converter features highly effective built-in functions for sensor diagnosis similar to FLXA21 2-wire liquid analyzer. These functions monitor sensor errors even while pH measurements are in progress, enabling more highly reliable pH measurement. The converter also offers an interactive system for setting the various parameters, facilitating effective use of its wealth of functions. The EXA PH intelligent pH converter is available not only in versions for general-purpose applications but also for high-purity water service.
High-Purity Water pH Measurements High-purity water today is widely used in numerous process plants in a variety of chemical processes and boilers, with heavy emphasis placed on pH measurement and monitoring for water quality control and water purification unit operational control. However, the use of general-purpose pH meters for pH measurements in high-purity water meets with the following problems. d Since measurement solutions are chemically pure, their pH values may vary owing to carbon dioxide in the atmosphere and / or impurities in measurement lines. d The pH electrode output is likely to be affected by streaming potentials, externally induced potentials, etc. and thus likely to produce measurement error because the liquid resistance between the electrodes in measurement solution is high owing to low solution conductivity. Since the pH sensors and their holders for high-purity water service have been designed considering countermeasures against the above problems, they can provide highly reliable pH measurements. Moreover, since the EXA PH intelligent pH converter is equipped with a reference temperature conversion function to compensate for pH variation owing to measured liquid temperature variation, any effect from sample liquid temperature fluctuation is slight, and devices such as sampling system coolers, etc. can thus be simplified.
FEATURES Microprocessor - Based Intelligent pH converter d Sensor failure can be monitored even during pH measurement. d Automatic calibration using standard buffer solutions can be initiated by merely a single touch of a key. Tables for three types of standard solution are incorporated. This allows for simple automatic calibration.
PH400G
d Sensor characteristic deterioration is automatically checked during automatic calibration using the standard solutions. The sensor replacement time that previously depended on intuition can now be decided automatically. d Daily operation can be performed without opening the case. Even in rainy weather, since the routine maintenance operation such as calibration using standard solutions can be performed without opening the case lid, there is no worry about insulation deterioration. d Ranges can be freely set in the field if the span is 1 pH or more. d A timer function for cleaning is incorporated. d Abundant built-in contact output function d Operating panel has excellent operability.
Ryton pH Sensor Body d The sensor body uses Ryton which compares with Teflon in corrosion resistance and heat resistance and has excellent mechanical properties. This pH sensor can cover most applications. d This pH sensor is easy to handle. As this is a composite pH sensor, calibration using standard solutions or maintenance can be easily performed. Glass electrode and junction can also be simply replaced.
Yokogawa Electric Corporation 2-9-32, Nakacho, Musashino-shi, Tokyo, 180-8750 Japan Tel.: 81-422-52-5617 Fax.: 81-422-52-6792
GS 12B7C1-E ©Copyright Jan. 1991 6th Edition Nov. 2012
2
<
SYSTEM CONFIGURATION For the pH sensors, see GS 12B07B02-E. For the holders or cleaning devices, see GS 12J05C02-00E. Fig. 1-a System Configuration (General Purpose) pH sensors d Xerolyt HA405/HA485
d KCL refillable type PH8ERP
Holder, Holder with Cleaning system d Suspension Type Holder HH350G
d Guide Pipe PH8HG
pH Converter d 4-wires pH Converter PH400G
<With Jet Cleaning> pH
NO
MODE
>
>
MEASURE AUT CAL MAN CAL TCMP DISP HOLD
YES
ENT
CONTACTS S1 S2 S3 FAIL
d for Chemical DPA405/DPA485
d Angled Floating Ball Holder PB350G
d Submersion Type Holder d KCL filling type PH8EFP
Float
d Vertical Floating Ball Holder
d Hydrofluoric Acid-resistive HF405
No Cleaning
Accessories
Ultrasonic Cleaning Jet Cleaning Brush Cleaning d Flow Type Holder PH8HF
Cleaning Devices d Ultrasonic Oscillator PUS400G
d Sensor Stand
No Cleaning
Ultrasonic Cleaning Jet Cleaning Brush Cleaning
Fig. 1-b System Configuration (For Pure Water) Holder d For pure water PH8HH d For pure water PH8EHP
Accessories
pH Converter d 4-wires pH Converter PH400G
PH8AX d Sensor Stand d Calibration Reagent and KCL Solution
pH
MEASURE AUT CAL MAN CAL TCMP DISP HOLD
YES
NO
MODE
>
>
pH sensor
ENT
CONTACTS S1 S2 S3 FAIL
F1-a.b.c.EPS
CAUTION Installation Location of Holders (Guide Pipe, Submersion Type, etc) The holder should be used in a place that is as vibration free as possible. Using the holder in a place where it is affected by vibration, may result in damage to the holder.
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
3
<
SPECIFICATIONS EXA PH Series General Specifications Measured object: Hydrogen ion concentration (pH) in aqueous solutions Measuring principle: Glass electrode method Measuring range: 0 to 14 pH Measuring conditions: Solution temperature: See Table 1, for high-purity water, 0 to 508C Solution pressure: See Table 2, for high-purity water, atmospheric pressure (measured liquid outlet side open to atmosphere) Solution flow rate: Max. 2 m/s for submersion guidepipe type 3 to 11 l/min for flow-through type, for high-purity water, see Figure 2. Solution conductivity: Min. 50 mS/cm, for high-purity water, see Figure 1. Temperature compensation range: -10 to 1308C (for pH converter) Table 1. Process Temperature Range
(a) pH and Liquid Temperature Ranges for pH sensors Solution pH Ranges
Solution Temperature Ranges (8C)
2 to 12
-5 to 80
Guide-pipe
2 to 12
-5 to 80
Submersion *3 Flow-through
0 to 14
Holder Type
Guide-pipe *3 KCl refilable Solution type Flow-through KCl filling type
*2
Table 2. Process Pressure Range pH Sensor Holder Submersion
PH8ERP
PH8EFP
Atmospheric pressure (Submersion depth: Max. 3 m)
Guide-pipe Atmospheric pressure Suspension (Submersion depth: Max.3 m) Float Atmospheric pressure to 10 kPa when general purpose reserve Atmospheric tank used. Flow-through pressure Atmospheric pressure to 500 kPa to 50 kPa when medium-pressure reserve tank used. (Note 1)
For flow-through types, refer also to the solution temperature and pressure diagram of Holder GS 12J5C2-E. T03.EPS
*1
-5 to 105
*2 *1
T01.EPS
ml/min
pH Sensor
Notes: (*1): The solution temperature should preferably be below 808C when the pH value is in the range 11 to 14. Even if the solution is below 808C, sensor service life may be shortened in store solutions. In such cases the KCl filling type is recommended. (*2): Maximum temperature 508C when Hard PVC guidepipe is used. (*3): For flow-through types, refer also to the solution temperature and pressure graph (in notes following Model and Suffix code table for flow-through type holders). (*4): Solutions with normal pH ranges of 3 to 14 are recommended for stainless steel (SUS316).
700 600
(b) Solution Temperature Ranges for Holders Holder Type
Guide-pipe
Holder Material
Cleaner
Liquid Temperature (8C)
PV
None
-5 to 50
PP
None
-5 to 80
None
-5 to 100
Provided
-5 to 80
PP Submersion S3
*4
PP Flow-through *3
S3
*4
PV: Hard PVC PP: Polypropylene S3: Stainless steel (SUS 316)
None
-5 to 100
Provided
-5 to 80
None
-5 to 80
Provided
-5 to 80
None
-5 to 105
Provided
-5 to 80
Solution flow rate
500 400 300
Usable range
200 100 0 0
0.1
0.2
0.3
0.4
0.5
0.6
50
Solution conductivity (mS/cm) F02.EPS
Figure 2 Solution flow rate and solution conductivity of sensor and holder for high purity water
T02.EPS
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
4
<
1. pH Sensors: PH8ERP, PH8EFP, PH8EHP
Table 4. Utilities (For Jet Cleaning or Brush Cleaning)
A compound sensor assembly consisting of glass electrode, reference electrode, temperature sensor, and ground tip.
Water jet
200 to 400 + Liquid pressure
5 to 20 l/min
Type: KCl filling and KCl refillable types
Water brush 100 to 250 + Liquid pressure
20 to 30 l/min
Measuring range: 0 to 14 pH for KCl refillable type; normal pH =2 to 12 pH) Refer to "Selection Criteria for pH Sensors and Holders" shown on the last page to select KCl filling or refillable type sensors. Temperature compensation sensor: Platinum RTD (Pt1000) Wetted part materials:
Air jet
200 to 400 + Liquid pressure 100 to 300 Nl/min
Air brush
150 to 250 + Liquid pressure 300 to 600 Nl/min
pH Sensor
Wetted parts materials
KCl refillable type
Ryton (PPS resin), glass, ceramics, titanium or Hastelloy C, fluorocarbon rubber and chlorinated polyethylen rubber (carbon sheath only when suspended in guide-pipe)
KCl filling type
Same as above. Plus heat resistant soft PVC (KCl tube only when suspended in guide-pipe) T04.EPS
Weight: KCl refillable type; Approx. 0.4 kg KCl filling type; Body: Approx. 0.4 kg General purpose: Approx. 0.3 kg Medium-pressure: Approx. 1 kg For high-purity water; Body: Approx. 0.4 kg Tank: Approx. 0.3 kg Tank:
Note: Although sensors other than the EXA PH pH sensor (Pt1000 temperature sensor) can also be used, there are some restrictions on function. Also, since reference performance values will differ, please consult your Yokogawa representative.
2. Holders 2.1 General-Purpose Holders: PH8HG, PH8HF, PH8HS Materials: Polypropylene, Stainless steel, PVC (guidepipe only) Cleaning: Ultrasonic, jet, or brush cleaning Cleaning Unit Wetted Materials: Ultrasonic unit: Stainless steel, PVC (guide-pipe only) Jet unit: Polypropylene Brush unit: Polypropylene, titanium (shaft), Ryton(bearings) Mounting: Mount on 50 A vertical or horizontal pipe Mounting hardware: One or two sets (submersion type) or one set (flow-through type) Weight: See Table 3.
Pressure (kPa)
Flow Rate
T06.EPS
2.2 Holder For High-purity Water: PH8HH Materials: Acrylic resin, SUS316, chloroprene rubber Process connections: Rc1/4 (inlet) and R1/2 (outlet), or 1/4 NPT (inlet) and 1/2 NPT (outlet) Mounting: Mount on 50 A vertical or horizontal pipe, or wall-mount (specify mounting hardware) Weight: Body: 1.7 kg Mounting hardware: 0.7 kg
3.
4-wires type pH Converters: PH400G
Measuring Range pH: - 2 to15 pH Temperature : -10 to 1308C Display Method: Digital display Display Range pH : -2 to15 pH Temperature : -10 to 1308C Transmission Signal Output 4 to 20 mA DC, isolated transmission output, Max. load 600 V 0 to 1 V DC, isolated transmission output, Minimum load 1 kV (However, the above current (4 to 20 mA) signal and the voltage (0 to 1 V) signal are not isolated from each other.)
pH or temperature can be freely set.
Transmission Signal Range pH: Freely adjustable to any desired range of 1 pH span or greater (set at 0 to14 pH when shipped). Temperature: Freely settable to any desired range of 508C span or greater (set to 0 to 1008C when shipped).
Table 3. Holder Weight
Materials Holder
Submersion Flow-through Guide-pipe
Polyethylen
Stainless steel (SUS316)
Approx. 0.5 to Approx. 1.5 2.2kg to 6kg Approx. 0.5 to Approx. 7 to 8.5kg 2kg Approx. 1kg
Hard PVC
Approx. 1.6kg T05.EPS
Note: Table does not include mounting hardware weights. Mounting hardware weight: For submersion type: Approx. 1 kg / set For flow-through type: Approx. 0.5 kg All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
5
<
Contact Output ?Contact output function that can be set Contact
ON/OFF, Proportional duty pulses Proportional frequency pulses *2
S2
OFF, low limit, high limit, HOLD
Ditto
OFF, low limit, high limit, HOLD, Cleaning timer, Hi - Hi limit, Lo - Lo limit
Ditto
S3
Failure
ON/OFF T07.EPS
output is to be used.
(*1) Proportional duty pulse Example of high limit alarm (conrol) output 10%
% duty cycle control 90% 100
50%
50%
t on
t off
50
10%
90%
0
Proportional range
pH
Duty cycle
% of output range
Time F02.EPS
(*2) Proportional frequency pulse Example of high limit alarm (conrol) output
% controller output 100
Maximum pulse frequency 0.3 s
Setpoint
pH
OFF
Open
OFF Open
ON Action
ON Closed OFF Open
OFF Closed
No pulses
% of output range
When closed, each indicator lamp is lit corresponding to each contact status. ?Contact Type: Relay contact output (dry contact) ?Contact Rating 250 V AC, 2 A, Max. 100 VA 220 V DC, 2 A, Max. 50 W Contact Input: Dry contact for manual start for automatic cleaning Ambient Temperature: -10 to 558C (hood may be fitting as option) Storage Temperature: -30 to 708C Ambient Humidity: 10 to 90% RH Construction: Watertight complying with JIS C0920 equivalent to NEMA 4 waterproof construction Material: Case; Aluminum alloy casting Cover and window; Polycarbonate Finish: Baked polyurethane resin coating Colors: Cover; Deep sea moss green (Munsell 0.6GY3.1/2.0) Case; Frosty white (Munsell 2.5Y8.4/1.2) Mounting: Pipe mounting, wall mounting or rack mounting Panel mounting Power Supply Voltage: 88 to 132 V AC, 50 / 60 Hz 176 to 264 V AC, 50/60 Hz Power Consumption: Approx. 8.5 VA Electrical Connection: pH sensor: Watertight plastic gland equivalent to JIS A8 attached to pH sensor side, f13.5 hole Others: Watertight plastic gland equivalent to JIS A15 (for cable OD. 9 to 12 mm) attached, f21 hole Weight: Body: Approx. 2.5 kg Mounting bracket: Approx. 0.4 kg Dimensions: 144 (W) x 144 (H) x 135 (D) mm
Note: Use a sensor with solution earth sensor because of differential amplifier (that uses two high-impedance amplifiers).
50% pulse frequency
Proportional range
Action
ON Closed
Function Specifications Input Impedance: 1012 V or more
50
0
*1
Power
T08.EPS
(*1) and (*2) are effective when the low high limit contact
Setpoint
ON
Operation (free selectable)
OFF, low limit, high limit, HOLD
FAIL
FAIL Power
Function Setting (free selectable)
S1
S1, S2, S3
Time F03.EPS
Settable parameters ? pH value setpoint ? Control range ? Pulse periode
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
Asymmetry Potential Adjustable Range: pH 7 6 2 pH Slope Adjusting Range: Adjustable in the range from 70 % to 110 % of the theoretical value. Automatic Temperature Compensation Range: -10 to 1308C (manual compensation is also available) Reference Temperature Conversion Coefficient (Reference Temperature 258C): On shipment: 0 Adjustable range: -1.00 to 1.00 pH / 108C Conversion to the reference temperature is used only for high-purity water or when the measured solution temperature coefficient is known.
GS 12B7C1-E
6th Edition 2012.11.10-00
6
<
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
Setting of reference electrode impedance high limit value Setting of response time high limit value One-point temperature calibration Sensor type selection (glass electrode or antimony electrode) Error reset pH display value selection (0.1 pH / 0.01 pH) Half value recovery time check ON / OFF Half value recovery time setting (0.1 to 10 min) Burn-up or burn-down ON/OFF Response stabilization judging parameter setting Auto-return (approx. 60 min) ON/OFF pH standard solution temperature characteristics setting Temperature sensor cable length correction Signal output selection 4 to 20mA DC
OFF, pH Temperature
0 to 1V DC
OFF, pH Temperature T09.EPS
Contact (S1, S2, or S3) output selection Setting of contact output delay time (0.1 to 20 sec) and hysteresis (0.01 pH to 0.2 pH) Setting of proportional duty pulse contact output period (5 to 100 sec) Setting of maximum frequency (50 to 120 pulses / min) at the proportional frequency pulse contact output Control range (0 to 10 pH) Details of failure detection by self-diagnosis function: Response time error during calibration (time until pH value is settled) Asymmetry potential failure e.m.f. slope failure Temperature range failure pH range failure Glass electrode impedance failure (measured solution must be (50 mS/cm or more and temperature 608C or less) Reference electrode impedance failure (measured solution must be 50 mS/cm or more) Half value recovery time failure 90% response time failure Calibrating solution temperature failure
GS 12B7C1-E
6th Edition 2012.11.10-00
7
<
4. Ultrasonic Oscillator (Model PUS400G) Combination device: Holder with ultrasonic cleaner (PH8HS, PH8HF) Connection cable are provided with holders. Cleaning method: Continuous ultrasonic emission (Frequency sweep method) Oscillation frequency: Approx. 61 to 81 kHz Output voltage: Approx. 40 to 70V Power supply: 100/110/115/200/220/240 V AC610% 50/60 Hz Power consumption: Approx. 15 VA Ambient Temperature: -10 to 50 8C (hood may be fitting as option) Storage Temperature: -25 to 70 8C Construction: JIS C0920 Watertight (NEMA 4 equivalent waterproof construction) Material: Case: Aluminum alloy casting Window: Polycarbonate Mounting bracket: Stainless steel Finish: Baked polyurethane resin (Standard) Baked epoxy resin (Option) Color: Case; Frosty white (Munsell 2.5Y8.4/1.2 or equivalent) Cover; Deep sea-moss green (Munsell 0.6GY3.1/ 2.0 equivalent) Mounting: (2-inch) pipe mounting, wall or rack mounting or panel mounting Cable inlet: f22.7 x 2 Pg16 watertight plastic gland Cable / Terminal: For 7 to 12 mm, M4 Conduit adapter: Power Supply side only (Option) Connection: G 1/2 or 1/2 NPT Weight: Body; Approx. 2.5 kg Mounting bracket; Approx. 0.7 kg (Note) Output of ultrasonic oscillator changes with power supply voltage or connected cable length.
5. Solenoid Valve for Jet/Brush Cleaning PH8MV Pilot kick operated, 2-port valve. Open when energized. Fluid: Normal tap water, industrial water, or air Operating pressure: 0 to 1 MPa Forward (reverse) pressure resistance: 2 MPa Fluid temperature: Water; 5 to 608C , Air; -10 to 608C Cv: 4.5 Process connection: Rc 1/2 Power supply: 100/110/200/220 V AC, 50/60 Hz Construction: IP53 Material: Body: Bronze Sealing: Nitrile rubber Ambient temperature: Maximum 508C Electric connection: G 1/2 Weight: Approx. 0.9 kg
Cleaning water outlet flow rate: Max. 30 l/min, (which can be regulated by the bypass valve.) Connectable unit: Holder or sensor with the jet cleaning system Tank: With a ball tap (ball float valve for level control) Effective capacity of approx. 40 liters. Pump: Suction pump with capacitor-starting-type induction motor. Equipped with an electromagnetic actuator with overcorrect protection. Cleaning water inlet connection: G 1/2 Cleaning water outlet connections: G 1/2 (Optional Rc 1/2 or ANSI 1/2NPT adapters are available.) Electric connection: Plastic watertight gland equivalent to JIS A15. Applicable cable outside diameter: 9 to 12 mm Conduit adapter: Optional Ambient temperature: 5 to 508C Power supply: 100 or 200 V AC 610%, 50/60 Hz, single phase (Must be equal to the converter’s power supply.) Power consumption: 0.4 kW Construction: For installation outdoors (in a place safe from rain, wind, and direct sunlight) Color: Light gray (Munsell 2.8GY6.4/0.9 equivalent) Dimensions: Approx. 442 (W) x 804 (D) x 800 (H) mm Finish: Baked polyurethane Weight: Approx. 55 kg
7.
Terminal Box PH8TBG Used when pH converter is installed remotely from the pH sensor. Ambient temperature: -10 to 50 8C Construction: JIS waterproof Case material: Fiberglass reinforced polycarbonate resin Case color: Grayish green (Munsell 2.5GY5.0/1.0) Electrical connections: pH Converter side: f21 mm hole (With G1/2 plastic gland) pH sensor side: f13 mm hole (With G1/2 plastic gland) With Cable (Maximum length 20 m) Conduit adapter (optional)
8.
Accessories (Purchased Separately)
See Model and Suffix Codes.
6. Cleaning Pump/Tank Assembly PH8PU1 Pump/tank assembly for water jet cleaning. Allows tap water to be used for cleaning, using a level-controlled tank. Cleaning water: Normal tap water or industrial water (when isolation from other water lines is required); maximum pressure of 500 kPa Cleaning water outlet pressure: Max. 300 kPa, (which can be regulated by the bypass valve.)
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
8
<
MODEL AND SUFFIX CODES When ordering, specify model and codes, product name and / or part numbers. Item to be specified.
1. pH Sensors For selection of KCl filling or refillable type pH sensors, refer to "Selection Criteria For pH Sensors and Holders" on page 24, and "Table of Corrosion-Resistant Materials" on page 25 of this manual. d KCl Refillable Type pH Sensor
1. pH Sensor
PH8ERP, PH8EFP
2. Holder
PH8HG, PH8HS, PH8HF or PH8HH
3. pH Converter
PH400G
Model
Cable Length -03
7. Terminal box
PH8PU1
Only for installation of pH converter PH8TBG at distance from pH sensor.
8. Accessories
3m 5m 7m 10m 15m 20m
-05 -07 -10 -15 -20
PH8MV
For jet or brush cleaning only
Specifications KCl Refillable Type pH Sensor
PH8ERP
4. Ultrasonic oscillator for ultrasonic cleaning PUS400G 5. Solenoid valve 6. Cleaning pump/tank
Option Code
Suffix Code
Titanium Hastelloy C
-TN -HC
Solution Ground Tip
PH8AX
Always -N
-N T10.EPS
pH Measuring System
d KCl Filling Type pH Sensor Model
Option Code
Suffix Code
PH8EFP -03
3m 5m 7m 10m 15m 20m
Cable Length -05 and KCl Tube -07 Length -10
-15 -20 Solution Ground Tip
Titanium Hastelloy C
-TN -HC -TT1
For general purpose (250ml solution inlet) For medium pressure, Big volume tank (With 500 ml tank) For maintenance (for TT1, TT3) For maintenance (for TT2)
KCl Reserve Tank -TT2 (*1)
-TT3 -TN1 -TN2
Always -N
-N pH Measuring System
Style Option
Specifications KCl Filling Type pH Sensor
Style
*A O-ring /PF Special glass sensor /HA Special junction /TF
Option
O-ring
Suffix Code
Model
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
Specifications
PH8EHP Cable Length -03
3m
-05
5m
-07
7m
-10
10m
-15
15m
-20
20m
Solution Ground Tip
Titanium
-TN
(*1)
For general purpose (250 ml solution inlet) Big volume tank (With 500 ml tank) For maintenance (for TT1)
-TT1 -TT3 -TN1 -N
Measuring System
Air Sup. Regulator (to be prepared separately) To pH sensor *3: Mark band is shown by mark and fork terminals are used. *4: Mark band is shown by numeral and pin terminals are used. *5: The tag which indicated the color, the sign, and the number is attached to the cable of a sensor. *6: Choose Daielperfrow when this is used in organic solvent, high alkali or high temperature solution. T12.eps *7: Choose when using in high alkali solution. *8: Choose when using in the heavily contaminated application. *9: Mark band is shown by numeral and M3 ring terminals are used.
Option Code
pH sensor for high purity water
KCl Reserve Tank
*1: A 50A pipe mounting bracket is supplied with TT1, TT2 and TT3. Only a supply tube, but no KCl solution, is supplied with TN1 and TN2. Since a KCl solution is not supplied with TT2 and TT3, arrange it from among accessories or auxiliary parts. *2: Prepare an air pressure regulator as shown in the diagram below when the medium-pressure reserve tank is used. To pH sensor, Regulator, (to be prepared separately)
Daielperfrow (*4)
/PF
d pH Sensor for High-Purity Water
Style A Daielperfrow (*6) Glass sensor for high alkali (*7) Teflon junction (*8)
For PH450G,PH202/TB (*5)
Style A
*A
*1: Mark band is shown by mark and fork terminals are used. *2: Mark band is shown by numeral and pin terminals are used. *3: The tag which indicated the color, the sign, and the number is attached to the cable of a sensor. *4: Choose Daielperfrow when this is used in organic solvent, T11.eps high alkali or high temperature solution. *5: Mark band is shown by numeral and M3 ring terminals are used.
For PH200/PH400 (*3) For PH202 (*4) For PH100 (*5) For PH450G,PH202/TB (*9)
-T -E -B -G
For PH200/PH400 (*1) For PH202 (*2) For PH100 (*3)
-T -E -B -G
Style
Always -N
-H
For PH200/PH400 (*2)
-E
For PH202 (*3)
-G
For PH450G,PH202/TB (*4)
*A
Style A
* 1: Since a KCl solution is not supplied with TT3, arrange it from among accessories or auxiliary parts. T13.eps * 2: Mark band is shown by mark and fork terminals are used. * 3: Mark band is shown by numeral and pin terminals are used. * 4: Mark band is shown by numeral and M3 ring terminals are used.
GS 12B7C1-E
6th Edition 2012.11.10-00
9
<
2.
Holders
d Guide-pipe Type Model
Option Code
Suffix Code
PH8HG
Description Guide-pipe (*1)
Material
Polyvinylchloride (fluid temperature 508C or less)
-PV -PP
Style Code
Polypropylene (fluid temperature 808C or less) Style A
*A
Option, Mounting Bracket (*2)
/MS5
Stainless steel mounting bracket (1 set)
*1 : Pipe length: 2 m *2 : A set of 2-inch galvanized pipe mounting bracket is provided as standard. T14.EPS
d Submersion Type Suffix Code
Model
Option Code
PH8HS Material
-PP
Polypropylene
-S3
Stainless steel
Pipe length
pH Measuring System
Cleaning System
-10
1.0m
-15
1.5m
-20
2.0m
-25
2.5m
-30
3.0m
-T
Always -T
-NN
None
-S3
For ultrasonic cleaning (Transducer: SUS316) (*1)
-TN
For ultrasonic cleaning (Transducer: Titanium) (*2)
-HC
For ultrasonic cleaning (Transducer: Hastelloy C) (*3)
-JT
For jet cleaning. The solenoid valve must be specified separately.
-BR
For brush cleaning. The solenoid valve must be specified separately.
Cable Length for Ultrasonic Cleaning
Connector for Jet or Brush Cleaning
-NN
None
-C3
3m
-C5
5m
-C6
7m
-C7
10m
-C8
15m
-C9
20m
-JP
Rc1/2
-NP
1/2 NPT
*A
Style Code
Mounting Bracket Options
Description Submersion type holder
(*5)
Style A
/MS1
Mounting bracket : 1 set
/MS2
Mounting bracket : 2 sets
/MS3
Stainless steel mounting bracket : 1 set
/MS4
Stainless steel mounting bracket : 2 sets
Special Mounting
/F1
With flange (Without Cleaning System)
/F2
With flange (With Cleaning System)
O-ring
/PF
Daielper (*4)
*1: General purpose (Normal pH3 to 14) *2: For salt water *3: For acid (Normal pH0 to 4) *4: Choose Daielperfrow when this holder is used in organic solvent, high alkali or high temperature alkali. *5: The required number of mounting bracket sets depends on the installation location and flow rate. In general, one set is sufficient for pipe lengths of 1 meter, and otherwise two sets are required. T15.EPS
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
10
<
Suffix Code
Option Code
PH8HF Material
Description Flow-through type holder
-PP
Polypropylene
-S3
Stainless steel
Process Connection
Refer to note below for selection
-JPT
Rc1
-NPT
1 NPT female thread
-J10
JIS 10K 25 FF flange
-A15
ANSI Class 150 1 FF flange equivalent
(for polypropylene holder -PP) ANSI Class 150 1 RF flange with serration
(for Stainless steel holder -S3) pH Measuring System
Cleaning System
Cable Length for Ultrasonic Cleaning
Connector for Jet or Brush Cleaning Style Code Options
-T
Always -T
-NN
None
-S3
For ultrasonic cleaning (Transducer: SUS316) (*1)
-TN
For ultrasonic cleaning (Transducer: Titanium) (*2)
-HC
For ultrasonic cleaning (Transducer: Hastelloy C) (*3)
-JT
For jet cleaning. The solenoid valve must be specified separately
-BR
For brush cleaning. The solenoid valve must be specified separately
-NN
None
-C1
1m
-C3
3m
-C5
5m
-C6
7m
-C7
10m
-C8
15m
-C9
20m
-JP
Rc1/2
-NP
1/2 NPT Style A
*A O-ring
/MF1
Mounting bracket (stainless steel)
/PF
Daielperfrow (*4)
(3) For stainless steel, normally a 3 to 14 pH value is recommended.
Temperature
*1: General purpose (Normal pH 3 to 14) *2: For salt water *3: For acid (Normal pH 0 to 4) *4: Choose Daielperfrow when this holder is used in organic solvent, high alkali or high temperature alkali. Notes:(1) Mounting bracket is generally not required when the stainless steel holder is installed in-line in a pipe It is required where the holder is installed in a sampling rack (in which case the U-bolt included in /MF1 in not used). (2) Criteria for material selection (-PP or -S3) 105 In general, polypropylene is recommended from the viewpoint of chemical resistance. 100 However stainless steel is recommend in any of the following cases: * (a) The liquid contains organic reagent, oxidizing agents, etc., which can attack Stainless Steel 80 polypropylene. * (b) The temperature/pressure correlation of the process condition falls within the hatched 60 area of the diagram shown right. (8C) (c) The use of polypropylene is not reasonable from a viewpoint of strength or past 40 experience. 20
Polypropylene (or Stainless Steel) 0 100 200 300 400 500 Pressure (kPa) T16.EPS
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
11
<
Model
Option Code
5. Specifications
Model
pH holder for high purity water, wall-mount type
PH8HH Connection -JPT ports -NPT
Style A
*A
Pipe mounting bracket
Option Mounting Bracket /P
T17.EPS
3.
Interigent pH Converter
Power Supply -100 -110 voltage -200 -220 Power Supply -50 Frequency -60
Air Water 100V AC 110V AC 200V AC 220V AC 50Hz 60Hz
Style Code
Style D
*D
T20.EPS
d 4-Wire Type pH Converter Model
Description Solenoid valve
-A -W
Fluid
Always -H
Style
Suffix Code Option Code
PH8MV
Inlet; Rc1/4, Outlet; Rc1/2 Inlet; 1/4NPT, Outlet; 1/2NPT
-H
Solenoid Valve
Option Suffix Code Code
Description
PH400G
4-wire pH Converter -1 -2
Power Supply
100/110 V AC, 50/60 Hz 200/220 V AC, 50/60 Hz Japanese English
Language for -J warning, etc -E A
Always A
*B
Style B
Mounting hardware Hood
/U /PM /H3 /H4 Options /X1 Tag plate /SCT Conduit Adapter /AFTG /ANSI /SPS
Pipe, wall mounting bracket (stainless steel) Panel mounting bracket (stainless steel) Awning hood (carbon steel) Awning hood (stainless steel) Baked epoxy resin Stainless steel tag plate G1/2 1/2 NPT Teflon coated SUS steel screws T18.EPS
4.
Ultrasonic Oscillator (PUS400G) Model
Option Code
Suffix Code
-NN Application
Description Ultrasonic oscillator for pH meter
PUS400G
Always -NN General purpose
-NN -1
100V AC 50/60Hz
-2
110V AC 50/60Hz
Power Supply -3
115V AC 50/60Hz
-4
200V AC 50/60Hz
-5
220V AC 50/60Hz
-6
240V AC 50/60Hz
Language
-J
Japanese
-E
English /PS
Pipe mounting bracket (stainless steel)
/W
Wall mounting bracket (stainless steel)
/PA
Panel mounting bracket (stainless steel)
/H
Awning hood (carbon steel)
/H2
Awning hood (stainless steel)
Special Finish
/X1
Baked epoxy resin
Tag Plate
/SCT
Stainless steel tag plate
/AFTG
G1/2
/ANSI
1/2 NPT
/SPS
Teflon coated SUS steel screws
Mounting Bracket
Options
Hood
Conduit Adapter
T19.EPS
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.22-00
12
<
6.
Cleaning Pump / Tank Model
Description
Suffix Code Option Code
PH8PU1
Cleaning tank / pump assembly
Power Supply -3
200V AC, 50/60 Hz
-5
100V AC, 50/60 Hz
Style code
*B
Style B
Options
/PT
With Rc 1/2 adapter
Cleaning Water Inlet/Outlet
/NP
With 1/2 NPT adapter
Anchor volts
/AN
4 L-shape M12 x 160 (SS41) bolts
Conduit adapter /APUG /ANSI
G 1/2 1/2NPT T21.EPS
7.
Terminal Box Model
Suffix Code
Option Code
PH8TBG
Specifications
Model
Terminal Box pA
Suffix Code
PH8TBS
Option Length of special cable (max. 20 m) Adapter for conduit construction
-A
/P /W
Pipe mounting hardware Wall mounting hardware
/ C uu
u; Standard 03 (3 m), 07 (7 m), 10 (10 m)
/ ATBG
Rc 1/2 screw thread
Specifications Terminal Box
Style A
Mounting hardware
Option Code
Always -A
Mounting hardware Option Length of special cable (max. 20 m) Adapter for conduit construction
/P /W
Pipe mounting hardware Wall mounting hardware
/ C uu
u; Standard 03 (3 m), 07 (7 m), 10 (10 m)
/ ATBG
Rc 1/2 screw thread T22-1.eps
T22.eps
8.
Accessories Model
Suffix Code
9. Option Code
PH8AX Calibration Reagents
Style Option (*2)
Specifications
Consumables Part Name
Accessories for pH meter (*1)
-L
Two bottles, each containing 250ml solution (pH7 and pH4) 24 bags, each bag containing powder for 500ml solution (pH7 X 12 bags and pH4 X 12 bags) and two 500ml polyethylene bottles.
-P
*A
Style A
/STD /KCLL /KCLP /TMP
Sensor stand (with mounting bracket for 50A 2-inch pipe) KCl solution (one 250ml polyethylene bottle) KCl powder (three bags, 250ml solution each) Thermometer (0 to 100 8C)
* 1: Including the following: Two 200ml polyethylene cups One cleaning bottle * 2: Either /KCLL or /KCLP is required for PH8EFP-u-u-TT2. T23.EPS
General purpose Glass electrode
High alkali
Part Number
Remarks
K9142TN One for PH8ERP, PH8EFP, PH8EHP K9319NA One for PH8ERP/PF, PH8EFP/PF K9142TU One for PH8EFP/HA K9319NC One for PH8EFP/HA, /PF
General K9142TH One for PH8ERP, PH8EFP purpose K9319QA One for PH8ERP, PH8EFP/PF High purity K9142TK One for PH8EHP water Junction K9142HW One for PH8ERP/TF, PH8EFP/TF Teflon
K9319QB One for PH8ERP/TF, /PF,PH8EFP/TF, /PF
KCl solution (3.3mol/l)
Buffer solution for calibration (pH 4) Buffer solution for calibration (pH 7) Buffer solution for calibration (pH 9) Powder for buffer solution (pH 4) Powder for buffer solution (pH 7) Powder for buffer solution (pH 9) KCl powder (for PH8EFP, PH8EHP) KCl powder (for PH8ERP)
K9084LP Six 250 ml polyethylene bottles K9084LL Six 250 ml polyethylene bottles K9084LM Six 250 ml polyethylene bottles K9084LN Six 250 ml polyethylene bottles K9020XA 12 bags,each for preparation
of 500 ml
K9020XB 12 bags, each for preparation
of 500 ml 12 bags, each for preparation
K9020XC of 500 ml
8 bags, each for preparation K9020XU of 250ml
2 bags, 1 bottle of 3.3 mol/l KCl,
K9142UT 1 syringe
(Note) The pH value of the calibrating buffer solution may vary depending on storage conditions. Prepare a new solution from powder for accurate instrument T24.EPS calibration
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
13
<
WIRING DIAGRAMS (1) Wiring for pH conveter PH400G pH converter
*3
*5
+ mA + mV -
Output signal (4 to 20mA DC) Output signal (0 to 1V DC) Contact input PH8TBG *1 (cleaning start Terminal box command)
R1 R2
L1 L2
Power supply *5
S1
Contact output S1
S2
Contact output S2
High and low alarms
*5
PH8ERP PH8EFP PH8EHP pH sensor
S GE T1 T2 RE SE
*2
RE T1 T2 SE GE S
S3
Contact output S3 (cleaning or high and low alarms)
FAIL
Contact output FAIL (failure)
Note : External wiring connection terminal size is for M3 screw. *4
Grounding terminal (M4 screw) Grounding (100 or less)
*1: Terminal box is used only where pH converter is installed some distance from pH sensor (ordinary not needed). *2: This cable is specified in the option code for the PH8TBG. *3: Use only shielded cable with an outside diameter of 9 to 12 mm. *4: Be sure to ground pH converter case grounding terminal (grounding resistance; 100 or less). Only when the above grounding is impossible, ground at power cable side. But be sure to avoid two point-grounding. *5: Be sure to use cable with the outside diameter of 9 to 12 mm.
F04.EPS
Wiring to use S3 contact output for cleaning PH400G Converter 51 Power supply
S3
Solenoid valve
52
(2) Wiring for ultrasonic cleaning system pH Meter Holder Ultrasonic Transducer Cable
PUS400G Ultrasonic Oscillator U1 U2
S Ultrasonic Vibrator
L1 L2
Power Supply
Grounding (100V or less) F05.EPS
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
14
<
WIRING USING CONDUIT INSTALLATION Notes for Conduit Installation pH converter PH400G Ultrasonic oscillator PUS400G
Terminal box PH8TBG (*1): Hanging (for drip)
(*2)
(*2): Bend (for water proofing) (*3): Conduit use is prohibited for sensor cable and ultrasonic (*3) cleaning cable
(*2)
(*2) (*3) (*3)
(*1)
(*1)
(*1)
(a) Recommended conduit installation (adapter not needed)
(*3): Conduit use is prohibited for sensor cable and ultrasonic cleaning cable
(*4) (*4) (*5)
(*4)
(*3)
(*6)
(*5)
(*3)
(*6)
(*5) (*6)
(*4): Conduit adapter (for installation) (*5): Flexible conduit (*6): Union
(*3) F06.EPS
(b) Conduit installation using a conduit adapter
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
15
<
DIMENSIONS
Unit : mm KCl refillable pH/ sensor
KCl filling pH sensor
PH8ERP-u
PH8EFP-u
pH sensor for pure water
PH8EHP-u Medium pressure KCl reserve tank for KCl filling pH sensor (with mounting bracket)
(PH8EFP-u)-TT2
88
f27.5
;3m,5m,7m, 10m,15m,20m)
Tube length 64
JIS 2-inch stanchion
(Standard
;3m,5m,7m, 10m,15m,20m)
Cable length (Standard
263
f60.5
308
Tube length 64
10m,15m,20m)
60
Coupling with valve
115
103
(Standard;3m,5m,7m,
;3m,5m,7m, 10m,15m,20m)
Cable length (Standard 103
64
10m,15m,20m)
Cable length (Standard:3m,5m,7m,
Rc 1 / 4
f27.5
f38
f27.5
f38 f38
Guide-pipe for submersion type (with mounting hardware) PH8HG
General purpose KCl reserve tank for KCl filling pH sensor and pH sensor for high purity water (with mounting bracket)
Min :110 Max:515
(PH8EFP-u)-TT1 (PH8EHP-u)-TT1 F07.EPS
95
85
JIS 2-inch stanchion Approx.115
f48.6
600
f63
JIS 2-inch stanchion (vertical) Approx.75
Approx.45
Big volume tank KCl reserve tank for KCl filling pH sensor and pH sensor for high purity water. (with mounting bracket)
f48.6
(PH8EFP-u)-TT3 (PH8EHP-u)-TT3
54
2000
Approx.151
Sensor
JIS 2-inch Pipe (f60.5)
Hole requirements for wall mounting
25
Approx. 20
F08.EPS
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
2-f(M8 screw) holes
7060.2
60
Min :50 Max:1900
Approx.105 f105
60
GS 12B7C1-E
6th Edition 2012.11.10-00
16
<
Unit:: mm
PH8HS-PP
83 62
<With Jet Cleaner>
<With Ultrasonic Cleaner>
<Without Cleaner>
(L: Holder length; 1, 1.5, 2, 2.5, 3 m)
Cable for ultrasonic cleaning (Cable length: 3, 5, 7, 10, 15, 20 m)
u 1/2NPT 35
42 44
<With Brush Cleaner>
u 1/2NPT 35
(Code : -NP)
(Code : -NP)
64 105
u Rc1/2
105
f34
55
55
f22
u Rc1/2
105
(Code : -JP)
(Code : -JP)
55
f22
f22
L+31 L-323
L-40
L-323
L-40
L+145
f51
L-323
L-40
L+165
55
L+165
55
55
138.5
f50
Approx.155
Approx.155
Approx.155
75
75
75
F10.EPS
Submersion holder — Stainless steel — (See separate drawing for mounting hardware) PH8HS-S3 <With Jet Cleaner>
<With Ultrasonic Cleaner>
<Without Cleaner>
<With Brush Cleaner>
(L: Holder length; 1, 1.5, 2, 2.5, 3 m) Cable for ultrasonic cleaning (Cable length: 3, 5, 7, 10, 15, 20 m)
83 62
u 1/2NPT (Code : -NP)
35
42 44
64 176
u Rc1/2
176
(Code : -JP)
42
f 34
L+31
L+31
u Rc1/2
176
(Code : -JP)
42
f 22
42
f 22
L+31
L-323
f 22
L+31
L-323
L+56
u 1/2NPT (Code : -NP)
35
L-323
L+56
49
L+56
49
49
141.0
f 48.6
Approx. 200
Approx. 200
75 All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
Approx. 200
75
75 GS 12B7C1-E
F11.EPS
6th Edition 2012.11.10-00
17
<
PH8HS.../MS1 1 set PH8HS.../MS2 2 sets
68
JIS 2-inch (OD 60.5) Stanchion
64
94
90 54 Max : 515 Min : 110
Sensor Holder
600 Max : 515 Min : 110
f48.6
95
62
600 Cleaner Holder
JIS 2-inch (OD 60.5) Stanchion
90
130 54 100
F12.EPS
Stainless steel hardware for mounting submersion type holder PH8HS.../MS3
1 set
PH8HS.../MS4
2 sets
Max : 500 Min : 236
Holder with cleaner Holder without cleaner 51 44
48.5
28 55 22
44
44
44
44
44
44
44
22
65
55
600 Cleaner holder Sensor holder
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
JIS 2-inch (OD 60.5) Stanchion
GS 12B7C1-E
F13.EPS
6th Edition 2012.11.10-00
18
<
Mounting hardware for submersion type holder
— Flange mounting hardware for holder without cleaner
— Flange mounting hardware for holder with cleaner
— Material: Polypropylene or Stainless steel
— Material: Polypropylene or Stainless steel
f210
Unit: mm
f330
JIS 10K 100 FF flange (Note)
JIS 10K 200 FF flange (Note) 12-f23 holes
8-f19 holes
L: Holder length; 1, 1.5, 2, 2.5, 3 m
74
f290
18 f175
78
L+31 22
Min : 150 Max : L-115
Min : 405 Max : L-130
Note: Only mating dimensions are according to flange standard.
Approx. 155
F14.EPS
Flow-through type holder with mounting hardware PH8HF fa
(pH Sensor)
4-fD holes
b c
e Outlet
O-ring
fB
fd
fA
165 h
11061 E Inlet
C
g f
15061 O-ring Model and Code PH8HF-PP-J10-T-NN-NN PH8HF-PP-A15-T-NN-NN PH8HF-S3-J10-T-NN-NN PH8HF-S3-A15-T-NN-NN
A
B
C
D
E
125 90 14 19 108 79.2 14.2 15.7 125 90 14 19 108 79.2 12 15.7 2
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
a
b
80 9 80 9 70 10 70 10
c
d
e
f
g
h (Approx.)
11 11 6 6
60 60 60.5 60.5
25 25 26 26
30 30 26 26
70 70 69 69
250 250 245 245
GS 12B7C1-E
F15.EPS
6th Edition 2012.11.10-00
19
<
Unit : mm
Holder for high purity water PH8HH
Hole dimensions for Holder mounting
60
Sensor holding screw
180
171
20
1. Pipe mounting (2-inch pipe)
64
70
102
SAMPLE IN
70
14
Ground connection terminal M5
SAMPLE OUT
2. Wall mounting
6- f10 holes
27
Sample inlet 1/4NPT adapter
56 70 100 120
73 100 148
15
Rc 1/4
50
35 50 70
110
28Max
Rc 1/2 Sample outlet 1/2 NPT adapter
100
F16.EPS
Interigent pH Converter PH400G Hood (optional) Option code : /Hh
Four M6 screws, 8 deep 220
184
80
72
20
144
80
23
144
112
Cable inlet port (13.5 dia. holes) For JIS A8 cable gland
36
Adaptor for conduit work (option code : /AFTG, /ANSI)
A
B 36 C
D
36
36
E
A: B: C: D: E:
For output signal / contact input For sensor cable For power supply For contact output (S1 and S2) For contact output (S3 and FAIL)
Adaptor
49
38
Ground terminal (M4 screw)
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
G 1/2 female ( / AFTG) 1/2 NPT female ( / ANSI)
GS 12B7C1-E
Approx. 55
Cable inlet port (21 dia. holes) equivalent to JIS A15 cable gland
F17.eps
6th Edition 2012.11.10-00
20
<
Example of bracket used for pipe mounting 188
Unit : mm
M6, 4 screws
174 200
50
Nominal 50A (O.D 60.5mm) mounting pipe d
100
Example of bracket used for wall mounting 135
13
M6, 4 screws
224
200
35 15 70 10 mm dia., 3 holes
100
F18.eps
Panel Mounting Bracket (option code : / PM) 23 12 max.(panel thickness)
Unit: mm
M6, 4 screws
137 +20
100
137 +20 178
Panel cutout dimensions F19.eps
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
21
<
Panel/, Wall mounting Unit : mm
151
30
30 288
Panel mounting bracket
Hood (optional)
38
68
96
8
Ultrasonic transducer cable inlet Cable gland DIN PG16 equivalent 100 2-f5.5 holes +1.1 (for hood mounting) 7060.2 156 0 5660.2 121
121 JIS 2-inch pipe stanchion (horizontal)
13
27
2-f6.6 holes (for oscillator mounting)
15
173 0 138
JIS 2-inch (OD f60.5mm) stanchion (vertical)
203
206
Power supply cable inlet Cable gland DIN PG16 equivalent
42
+1.1
2-f6.6 holes (for hood mounting)
2-f6.6 holes (for hood mounting)
185
27
100 7060.2 5660.2
3.9
185
42
Ultrasonic transducer cable inlet Cable gland DIN PG16 or equivalent
27
8
Ground terminal (M4 screw) Power supply cable inlet Cable gland DIN PG16 equivalent
80
138
96
68
Pipe mounting bracket (optional)
Ground terminal (M4 screw)
60
110
130 180
1 to 10
162
48
50
155 115
180
202 162
7060.2
3-f10 holes <Panel cutout>
<Wall mounting bracket>
48 F20.EPS
46
14.5
102
General Purpose Solenoid Valve PH8MV*D 103 72
71
2-Rc1/2 G1/2
Cautions on Installation of Solenoid Valve for Jet / Brush Cleaning 1. Do not allow a sample solution to flow backward into the solenoid valve or to be replaced with the driving fluid. For this take relevant measures; e.g. install a check valve to prevent inverse pressure between the inlet and outlet of the solenoid valve, or install the solenoid valve higher than the holder, especially when using the air jet/brush cleaning system. 2. Make sure to avoid the risk of corrosion of the solenoid body (bronze) and seal (nitrilel rubber) by vapor or gaseous components generated from a sample solution, especially when using the air jet/brush cleaning system.
F21.EPS
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
22
<
126
Unit: mm
48
30
178 75 60.2
254
Waterproof gland
Pipe mounting hardware (example)
4-M5 screws, 9mm deep
7060.2
For conduit construction
(for mounting)
Adapter (option)
<Wall mounting hardware>
4 - [ 5.5 hole
Nominal 50A pipe mounting
4 - [ 5.5 hole
100 7060.2
8 8 7560.2
75 60.2
13
185
203
27 15 7060.2
48
3 - [ 10 hole F22.eps
Sensor stand (PH8AX-u)/STD Sensor (Example)
115
(64)
JIS 50A 2-inch stanchion
108 F24.EPS
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
23
<
Unit: mm (450)
(408)
(442)
4-f15 holes
T : Tank 50 V1 : Float valve 1/2 B V2 : Check valve 1/2 B V3 : Ball valve G : Pressure gauge P : Pump Cleaning water inlet
Cleaning water outlet G 1/2B female(std.)
G 1/2B male(std.)
1/2 PVC Pipe Teflon braided horse
Flow diagram
Motor
(800)
Pump
Cable connection
WATER IN
OVER FLOW
Overflow outlet (16 ATS type)
(804)
(290) Height to inlet
Tank
(504) Height to outlet
Cleaning water outlet Cleaning water inlet
Electromagnetic actuator
(138) F25e.eps
Notes on installation of cleaning pump / tank assembly (1) The cleaning pump / tank assemble may be installed outdoors. However, the place must be sheltered from rain, wind, and direct sunlight. (2) Since the noise level will increase to a maximum of 100 dB (A), utmost attention should be paid to the installation environment. (3) Connect a wired soft vinyl-chloride tube to the cleaning water outlet. Do not connect a rigid PVC pipe directly.
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
24
<
Phosphoric acid Boric acid Carbonic acid Chromic acid Sulfurous acid
0.5 0.05 0.4 0.04 0.6 0.06 1.0 0.6 0.6 1.2 0.8
1.0 2.0 1.0 2.0 1.0 2.0 1.5 5.0 3.6 0.8 1.4
Organic acid
Acetic acid Formic acid Oxalic acid Lactic acid Phenol acid Monochloroacetic acid
0.6 0.5 0.9 0.9 0.9 0.9
2.8 2.3 1.0 2.4 5.4 1.8
Alkali
Calcium hydroxide Potassium hydroxide Sodium hydroxide
0.2 0.5 0.4
12.4 12.7 12.9
Acid salts
Ammonium chloride Aluminous water Zinc chloride Ferric chloride Ferric nitrate
5 5 5 5 5
1.3
Basic salts
Sodium sulfite Sodium carbonate Sodium phosphate
5 5 5
Neutral salts
pH * (25 8C)
Potassium chloride Sodium sulfate Calcium chlorine Sodium nitrate Aluminum chloride
5 5 5 5 5
Oxdizing agents
Concentration W/V (%)
Hydrogen peroxide Sodium hypochlorite solution Chlorinated lime Potassium bichromate
1 1 1 5
Organic solvents
Chemical
Alcohol Organic solvent or oil (excluding alcohol)
10
Inorganic acid
Sulfuric acid Hydrochloric acid Nitric acid
Holder Flow-through, Submersion
Guide-pipe
11.8
8.2
12.5 4.5
Note: pH values in table are calculated from dissociation constant (including measured value). T25.EPS
CAUTION Select the material of wetted parts with careful consideration of process characteristics. Inappropriate selection may cause leakage of process fluids, which greatly affects facilities. Considerable care must be taken particularly in the case of strongly corrosive process fluid such as hydrochloric acid, sulfuric acid, hydrogen sulfide, and sodium hypochlorite. If you have any questions about the wetted part construction of the product, be sure to contact Yokogawa.
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
25
<
Table of Corrosion-Resistant Materials (The data should be used for reference only) Note: This table shows corrosion resistance for each single substance alone. If a sample contains two or more substances, then the corrosion resistance may differ from that given in this table. : Excellent : Good : Not so good X : Unusable
Ultrasonic transducer material Sensor solution ground tip
Holder material Polypropylene Sulfurous acid
Inorganic acid
Hydrochloric acid
Concent’n Temp Judge Concent’n Temp Judge Concent’n Temp Judge
100 20 90 20 5 80 5
6
30
5
30
20 20 10 Hypochlorous Acid 10
20 40 20 40
Sulfuric acid Phosphoric acid Ammonia water
10 10 57 57 3 3 30 30 15 15
20 80 20 70 20 100 60 100 80 100
Alkali
Sodium hydroxide
20 20
Sodium hydroxide, Sodium hydroxide9 to 11% +Sodium chloride 15%
80 100 100
Potassium carbonate Sodium carbonate sat. 100 Zinc chloride
Chlorides
Aluminum chloride Ammonium chloride 35 Potassium chloride sat. sat. Calcium chloride sat. 20 Ferric chloride 20 Sodium chloride, 20% + Saturated Cl2 (Electrolysis solution)
14
30
6
30
5
30
5 5
30 b
40 60 80 100 40 60 100
X
10 10 10 10
20 90 20 90 90
5 35 25
b b 90
25 20 25
90 90 90
20
60
30 100
57
30
10
10
30
57
25
6 5 15 5 10 28 10 25 20 20
30 100 30 b b 65 b b 30 b
5 35 25 20 25 25 25 sat. 25
b b b b 25 25 b 60 b
30
b
X
90
X
X
X
5 5 5 5 10 20 10 25 20 20
30 70 30 b b 65 b b 30 b
5 5 5 5 10 20 10 25 20 20
30 100 30 60 b 65 b b 30 b 93
5 35 25 20
b b b b
5 35 25 20 10 25 25 sat. 25
b b b b b b b 60 b
30
b
X X 25 b sat. 60 25 b 30
b
X
90
X
X
Strong alkaliX Weak alkali
X
X
40 20 sat. 10 20 20
24 b b 30 b b b
10
24 80 90
10 10 10
90 90 90
50 20 10
b b 30
10
30
5
90
10
90
10
b
80
10 10 10
X
30
b b b 30
Sea water + Saturated Cl2
95
X
Bromine gas Hydrogen sulfide
95 30
20
b b 30 b b b
X
20
b b b 30
42 20 sat. 10 20 20
Strong acid Weak acid
90
10 10 10
Potassium bichromate
Sulfurous acid gas
30
30
40 10
30
20 40 60
15
5
15
Wet chlorine gas
20 90 90
40
60-90
60
90 30 85
20
2
Sodium sulfide Sodium bisulfate
X
43
60-90 X
Corrsion resistance is good for usual salts. 30 20
20 60
15
2
24 sat. 80 60 5
Hydrogen peroxide
Sodium sulfide
5 10
b
90 80
Sodium nitrate Sodium sulfite
X
10
b b 30
Ammonium nitrate
20 40
30
50 20 10
Potassium sulfate Sodium sulfate
30 60 90 20
20
24 b b 30 b b b
Ammonium sulfate
Remarks
Concent’n Temp Judge
5 37 37 20
42 20 sat. 10 20 20
Seawater, Magnesium chloride
Nitrates Sulfates
b
30
Viton
X
Potassium hydroxide
Others
10
X
6
Hydrobromic acid
Hydroiodic acid
Titanium
Concent’n Temp Judge
Chromic acid
Nitric acid
Gases
Hastelloy C
SUS 316
Sensor body material Ryton
Seal O-ring material
Polypropylene may sometimes be eroded by ammonium sulfate crystals
20
X
30
X
X
80 100
95 30 20 30-90
80 T26.EPS
Note: "b" refers to the boiling point.
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation
GS 12B7C1-E
6th Edition 2012.11.10-00
26
<
Ultrasonic transducer material Sensor solution ground tip
Holder material Polypropylene Acetaldehyde Acetone Aniline Ether Ethylene glycol Ethyl alcohol Methyl chloride Glacial acetic acid Glycerin Chlorophenol Xylene Chlorobezene Chloroform
Organic substances
Dioxane Dichloroethare Ethyl nitrate Carbon tetrachloride
Trichloroethylene Toluene Benzophenone Benzaldehyde
SUS 316
Concent’n Temp Judge
Concent’n Temp Judge
20 100 20
100 30 50 25 100 110
100 100 100 100 100 100 96
20 70 100 20 70 100 70
100 100 100 100 100 100 100 100 100 100 100 100 100 100 100
20 70 100 70 100 20 70 100 20 20 100 20 20 70 100
X
100 100 100 100 100 100
70 20
X
20 20 20
X X X
100 20 100 70 100 100
Hastelloy C
Seal O-ring material
Titanium
Viton
Concent’n Temp Judge Concent’n Temp Judge Concent’n Temp Judge
Sensor body material Ryton 100
20
100
b
100 25
100
90
100 25 100 25
100
20
100
100
90
100
20
100
20
100
20
100
90
100
90
100
90
100 100
90 90
100 100
20 90
100
90
100
90
100 100
25 90
100
90
100
20
100 100
20 20
100 25
X
b
Remarks
Concent’n Temp Judge
100 25 100 24
X
100 25
X X X X X
100
b
100
b
100
b
X
100
105
90 100
b b
100
b
90 100
b b 145
100
24
X
Benzyl alcohol benzene
100 20
100
30
Fomaldehyde
10 10
37
b
70 100
37
b
100
30
37
b
100
25
X X
X
Methylnaphthelen Methyl ethyl ketone Methyl alcohol Nitrobenzene
Acetic acid
100 20 70 100 20 100 20 100 70 100 100 100 20 100 70 100 100 100 20
100 25
X
X 10
b
95
30
10
b
95
30
X 95
30
Phenol Benzonic acid Motor oil Petroleum ether Kerosene Tartaric acid Oil and fats Carbon sulfide
100 100 100 100 100 100 100 100 10 10 10 100
100 20 70 100 20 20 70 40 60 80 70
100 20
101 X 50
100
100 25 X
50
100
100 180
100 25
50
100
100 180 100 25
Note: "b" refers to the boiling point.
All Rights Reserved. Copyright © 1991, Yokogawa Electric Corporation
T27.EPS
GS 12B7C1-E
6th Edition 2012.11.10-00
27
<
Enquiry Specifications Sheet for PH400G pH Converter System For enquires on the Yokogawa pH converter system, please tick (v) the appropriate box u and write down the relevant information in the blanks.
1 General Information Company name; Department; Contact Person; Plant name; Measurement location; Purpose of use; u Indication, u Recording, u Alarm, u Control V AC Hz Power supply;
2 Measurement Conditions (1) Process temperature; to Normally [8C] to Normally [kPa] (2) Process pressure; to Normally [l/min] (3) Flow rate; to Normally [m/s] (4) Flow speed; (5) Slurry or contaminants; u No, u Yes (6) Name of process fluid; (7) Components of process fluid; (8) Others;
3 Installation Site (1) Ambient temperature; (2) Location; u Outdoors, u I ndoors (3) Others;
4 Requirements (1) Measuring range; u pH 0 to 14 u (2) Transmission output; u 4 to 20 mA DC u (3) System configuration selection; u Sensor, u Holder, u pH Converter, u Cleaning system, u Terminal box, u Accessories m (4) Sensor cable length; u 3m, u 5m, u 7m, u 10m, u 15m, u 20m, u (5) Sensor operating pressure; u10 kPa or less, u Greater than 10kPa (6) Type of holder; u Guide pipe, u Submersion, u Flow-through, u Suspension, u Angled floating ball, u Vertical floating ball (7) Cleaning method; u No cleaning, u Ultrasonic cleaning, u Jet cleaning, u Brush cleaning (8) Sample temperature; u -5 to 1058C, u -5 to 1008C, u -5 to 808C (9) Others;
All Rights Reserved. Copyright ©1991, Yokogawa Electric Corporation Subject to change without notice
GS 12B7C1-E
6th Edition 2012.11.10-00
More Documents from "Fad MaDeuce"
Gs12b07c01-00e.pdf
October 2019 15
Manifesto_ph_bm.pdf
August 2019 10
Rps Kt 2019 Revisi.docx
October 2019 15
Senarai Semak Pemerhatian Dan Analisis Pendekatan.docx
December 2019 10