What does it mean when the temperature sensor is shortened on YOKOGAWA PH202G (S) Transmitter?
If the temperature sensor is shortened and reads < -30 0C (or > 120 0C for 8k55) on your YOKOGAWA Transmitter, it could indicate that the process is too cold or too hot, the wrong temperature sensor is used, or the temperature sensor is damaged. Check the process, the sensor and its setting, and the connections.
What causes wash recovery check error on YOKOGAWA PH202G (S) Transmitter?
If you get a wash recovery check error on your YOKOGAWA Transmitter (if communication is set to pH201*B in code 60), it could be because the measuring sensor is aged, still coated after washing, or the wash system is defective. Replace the measuring sensor, check the cleaning system, and if needed, adjust the timings.
What to do if ORP/rH is outside of preset limits in YOKOGAWA PH202G (S)?
If the ORP / rH is outside of the preset limits on your YOKOGAWA Transmitter, the sensors might be disconnected or wrongly connected. Check the cabling.
General| Brand | YOKOGAWA |
|---|---|
| Model | PH202G (S) |
| Category | Transmitter |
| Language | English |
Details on general specs, input ranges, span, and output signal characteristics.
Specs for temp compensation, calibration, serial communication, and display.
Linearity, accuracy, ambient temperature, humidity, and housing details.
Data protection, watchdog timer, operation protection, and communication specs.
Details on regulatory compliance and various safety certifications (ATEX, CSA, FM).
Table listing model codes and their corresponding options and descriptions.
Diagrams and data for intrinsically safe installations in hazardous areas per CENELEC.
Diagrams and electrical data for FM intrinsic safety (FISCO concept).
Diagrams and electrical data for CSA intrinsic safety compliance.
Diagrams and electrical data for CSA intrinsic safety (entity concept).
Diagrams and electrical data for FM intrinsic safety compliance.
Diagrams and electrical data for FM non-incendive installations.
Diagrams and electrical data for FM intrinsic safety (FISCO concept).
Diagrams and electrical data for FM intrinsic safety (Entity concept).
Diagrams and electrical data for FM non-incendive (Entity concept).
Criteria for choosing an installation location and available mounting options.
Details on cable types, terminal specifications, and gland usage for wiring.
Precautions for sensor wiring, including general and hazardous environment guidelines.
Steps for wiring the power supply, including safety precautions.
Detailed steps for connecting power and turning on the instrument.
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