Document Outline

• PREFACE
• 1. Introduction And General Description
  • 1-1. Instrument check
  • 1-2. Application
• 2. PH202 Specifications
  • 2-1. General
  • 2-2. Operating specifications
  • 2-3. Model and suffix codes
  • 2-4. Control Drawing of PH202S mA HART® Specification (IECEx).
  • 2-5. Control Drawing of PH202S mA HART® Specification (ATEX)
  • 2-6. Control Drawing of PH202S mA HART® Specification (FM Intrinsically safe design)
  • 2-7. Control Drawing of PH202S mA HART® Specification (FM Non-incendive design).
  • 2-8. Control Drawing of PH202S mA HART® Specification (CSA).
  • 2-9. Control Drawing of PH202S FF/PB Specification (IECEx)
  • 2-10. Control Drawing of PH202S FF/PB Specification (ATEX)
  • 2-11. Control Drawing of PH202S FF/PB Specification (FM Intrinsically safe Entity).
  • 2-12. Control Drawing of PH202S FF/PB Specification (FM Intrinsically safe FISCO)
  • 2-13. Control Drawing of PH202S FF/PB Specification (FM Non-incendive Entity).
  • 2-14. Control Drawing of PH202S FF/PB Specification (FM Non-incendive FNICO)
  • 2-15. Control Drawing of PH202S FF/PB Specification (CSA).
• 3. Installation And Wiring
  • 3-1. Installation and dimensions
    • 3-1-1. Installation site
    • 3-1-2. Mounting methods
  • 3-2. Preparation
    • 3-2-1. Cables, terminals and glands
  • 3-3. Wiring of sensors
    • 3-3-1. General precautions
    • 3-3-2. Additional precautions for installations in hazardous areas
    • 3-3-3. Installation in: Hazardous Area-Non-Incendive
    • 3-3-4. Liquid earth
    • 3-3-5. Access to terminal and cable entry
  • 3-4. Wiring of power supply
    • 3-4-1. General precautions
    • 3-4-2. Connection of the power supply
    • 3-4-3. Switching the instrument on
  • 3-5. Wiring the sensor system
    • 3-5-1. Impedance measurement jumper settings
  • 3-6. Sensor wiring
    • 3-6-1. Connection cable
    • 3-6-2. Sensor cable connection with special grommet
    • 3-6-3. Sensor cable connections using junction box (BA10) and extension cable (WF10)
    • 3-6-4. Connection VP type sensor
• 4. Operation; Display Functions And Setting
  • 4-1. Operator interface
  • 4-2. Explanation of operating keys
  • 4-3. Setting passcodes
    • 4-3-1. Passcode protection
  • 4-4. Display examples
  • 4-5. Display functions
    • 4-5-1. Display functions pH (default)
    • 4-5-2. Display functions pH (ORP)
    • 4-5-3. Display functions pH (rH)
• 5. Parameter setting
  • 5-1. Maintenance mode
    • 5-1-1. Manual temperature selection and adjustment
    • 5-1-2. Process temperature measuring in ORP mode
    • 5-1-3. Manual activation of HOLD
    • 5-1-4. Manual impedance check
  • 5-2. Commissioning mode
    • 5-2-1. Output range
    • 5-2-2. Hold
    • 5-2-3. Service
  • 5-3. Notes for guidance in the use of service coded settings
    • 5-3-1. Parameter specific functions
    • 5-3-2. Temperature compensation and measuring functions.
    • 5-3-3. Calibration functions
    • 5-3-4. mA output functions
    • 5-3-5. User interface
    • 5-3-6. Communication setup
    • 5-3-7. General
    • 5-3-8. Test and setup mode
• 6. Calibration
  • 6-1. Automatic calibration
  • 6-2. Manual calibration
  • 6-3. Sample calibration
  • 6-4. Data entry
  • 6-5. Calibration procedures
    • 6-5-1. Automatic calibration
    • 6-5-2. Automatic calibration with HOLD active
    • 6-5-3. Manual calibration (2nd parameter calibration)
    • 6-5-4. Sample calibration
• 7. Maintenance
  • 7-1. Periodic maintenance for the EXA transmitter
  • 7-2. Periodic maintenance for the sensor system
  • 7-3. Calibration procedures are described in step-by-step detail in chapter 6. However, follow these guidelines.
• 8. Troubleshooting
  • 8-1. Diagnostics
    • 8-1-1. Off-line calibration checks
    • 8-1-2. On-line impedance checks
• 9. Spare Parts
• 10. Appendix
  • 10-1. User setting table
  • 10-2. Configuration checklist for PH202G
  • 10-3. Setup for sensor compatibility
    • 10-3-1. General
    • 10-3-2. Selection of measurement and reference electrode
    • 10-3-3. Selecting a temperature sensor
  • 10-4. Set up for other functions
  • 10-5. Set up for Pfaudler Type 18 sensor
    • 10-5-1. General set up
    • 10-5-2. Calibration set up
  • 10-6. Device Description (DD) menu structure
• 11. APPENDIX 2
  • 11-1. Preface
  • 11-2. Wiring diagrams
    • 11-2-1. Example of Non-Explosionproof System
    • 11-2-2. Example of Intrinsically Safe Explosionproof System
  • 11-3. Sensor wiring
    • 11-3-1. Connection cable
    • 11-3-2. Sensor cable connection using terminal box
  • 11-4. PH201G*B Dedicated Distributor
    • 11-4-1. Communication setup
    • 11-4-2. The setting of sending WASH signal (*WASH)
    • 11-4-3. How to output manual wash signal
    • 11-4-4. Setting of errors (FAIL contact)
  • 11-5. Calibration in ORP Mode
    • 11-5-1 Electrode Check
    • 11-5-2. Manual Calibration
    • 11-5-3. Calibration with Sample
    • 11-5-4. Data Entry
    • 11-5-5. Calibration Procedure
  • 11-6. Supplement of troubleshooting
    • 11-6-1. Error Codes
    • 11-6-2. On-line impedance checks
    • 11-6-3. Supplement of temperature sensor
    • 11-6-4. Auto-Return
    • 11-6-5. CALEND
    • 11-6-6. How to cancel sample calibration
• 12. Appendix 3 QUALITY INSPECTION
  • 12-1. PH202G, PH202SJ 2-Wire pH/ORP Transmitter
  • 12-2. PH202S 2-Wire pH/ORP Transmitter
  • 12-3. PH202G, PH202S 2-Wire pH/ORP Transmitter (Fieldbus Communication)
  • 12-4. PH202G, PH202S 2-Wire pH/ORP Transmitter (Profibus Communication)
• CMPL
• Revision Record
• Supplement