Why am I getting a wrong temperature coefficient during calibration of my YOKOGAWA Transmitter?
A wrong temperature coefficient during calibration of your YOKOGAWA Transmitter indicates that incorrect data was entered. Repeat the temperature calibration.
General| Model | SC200 |
|---|---|
| Type | Transmitter |
| Display | LCD with backlight |
| Input Channels | 2 |
| Output Signal | 4-20 mA, HART |
| Communication Protocol | HART |
| Power Supply | 24 VDC |
| Process Temperature | Depends on sensor type |
| Enclosure | IP66 |
| Mounting | Pipe, Wall, or Panel |
| Accuracy | Depends on sensor |
| Measurement Range | Depends on sensor type and configuration |
Describes the EXA SC200 transmitter's purpose in industrial installations.
Details intrinsic safety, indicating range, transmission signal, power supply, and climatic conditions.
Explains the EXA SC200's real-time micro-controller operation and features.
Provides general precautions, hazardous area considerations, grounding, and terminal access for sensor wiring.
Details precautions, hazardous area installation, terminal access, and power-on procedures for the power supply.
Guides through the process of adjusting the output range for the transmitter.
Details how to set up temperature compensation, including automatic and manual methods.
Covers selecting conductivity cells, cell constants, temperature sensors, and sensor diagnostics.
Provides a step-by-step guide for calibrating the conductivity transmitter.
Explains how the instrument checks the conductivity cell for faults like fouling or polarization.
Lists error codes, their possible causes, and suggested remedies for troubleshooting.
Details Cenelec classification, including intrinsic safety standards and hazardous area zones.
Covers FM classification, including installation requirements for hazardous locations.
Provides instructions for physically switching the instrument from conductivity to resistivity mode.
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