Why am I getting an E15 error on my YOKOGAWA SC202G (S)?
An E15 error on your YOKOGAWA Transmitter could be due to high cable resistance, corroded contacts, or a wrongly programmed sensor. Check the cable, clean and reterminate the connections, and reprogram the sensor if needed.
What should I do if my YOKOGAWA SC202G (S) shows E3 error?
If your YOKOGAWA Transmitter is showing an E3 error, it means that the calibrated value differs more than +/- 20 % of the nominal value programmed in code 03. Make sure you have the correct sensor and the correct unit (µS/cm, mS/cm, kO.cm or MO.cm). If necessary, repeat the calibration.
How to resolve E2 error in YOKOGAWA SC202G (S) Transmitter?
The E2 error in a YOKOGAWA Transmitter is often due to an incorrect field calibration of TC. Readjust it. If the issue remains, set calculated TC.
What does E8 error mean on YOKOGAWA SC202G (S) Transmitter?
An E8 error on the YOKOGAWA Transmitter indicates that the process temperature is too high or too low, the wrong sensor is programmed, or the wiring is incorrect. You should check the process, verify the sensor model code, and inspect the connections and cable.
What causes E7 error in YOKOGAWA Transmitter?
The E7 error in a YOKOGAWA Transmitter can be triggered by a process temperature that is too high or too low, a wrong sensor programmed, or incorrect wiring. Verify the process, check the model code of the sensor, and inspect the connections and cable.
Why does my YOKOGAWA Transmitter show error E6?
The E6 error on a YOKOGAWA Transmitter can be caused by a dry sensor, incorrect wiring, or a defective cable. Immerse the sensor. Also, check the wiring (3-5). If the problem continues, replace the cable.
What to do if my YOKOGAWA SC202G (S) shows E5 error?
If your YOKOGAWA Transmitter displays an E5 error, it could be due to incorrect wiring, internal leakage of the sensor, or a defective cable. Check the wiring (3-5). If the issue persists, try replacing the sensor or the cable.
General| Brand | YOKOGAWA |
|---|---|
| Model | SC202G (S) |
| Category | Transmitter |
| Language | English |
Procedure for inspecting the instrument upon delivery for damage.
Describes the intended use, capabilities, and environmental suitability of the transmitter.
Details input, output, detection methods, ranges, and temperature specifications.
Covers performance, environmental conditions, safety, and compliance details.
Covers site selection criteria and various mounting methods for the transmitter.
General precautions and specific guidance for safe and effective sensor wiring.
Precautions and connection details for the DC power supply.
Diagrams and instructions for connecting various types of sensors.
Overview of the instrument's interface, access levels, and basic operations.
Description of the function of each key on the operator interface.
Describes access and basic operations within the maintenance mode.
Guide to setting up the instrument for specific applications.
Details service codes for parameter selection, sensor type, cell constant, and zero calibration.
Explains setting reference temperature, compensation factors, and matrix compensation.
Configuring output signals (linear, table, burnout) and linearization.
Configuring auto-return, passcodes, error messages, limits, display, and USP settings.
Configuring communication parameters (HART, PH201*B) and clock settings.
Explains conditions requiring calibration and the role of cell constant.
Step-by-step guide for performing calibration using standard solutions.
Overview of the instrument's self-diagnostic capabilities.
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