What to do if my YOKOGAWA SC200 Transmitter shows conductivity too high?
If the conductivity reading is too high on your YOKOGAWA Transmitter, it indicates that the measurement is out of range. You should check the cell range and reprogram the range accordingly.
What to do if my YOKOGAWA SC200 Transmitter shows conductivity too low?
If the conductivity reading is too low on your YOKOGAWA Transmitter, it means the measurement is out of range. Verify the cell range and reprogram the range.
Why is my YOKOGAWA SC200 calibration out of limits?
If the calibration is out of limits on your YOKOGAWA Transmitter, it means the calibration value deviates more than 20%. To resolve this, check the cell, connections, or reference.
How to fix temperature too high on YOKOGAWA Transmitter?
If the temperature reading is too high on your YOKOGAWA Transmitter, it could be due to a wrong temperature sensor being selected or a fault in the connections. You should program the correct sensor type and check the connections.
How to fix temperature too low on YOKOGAWA SC200 Transmitter?
If the temperature reading is too low on your YOKOGAWA Transmitter, it could be caused by selecting the wrong temperature sensor or a fault in the connections. Program the correct sensor type and check the connections to resolve this.
What to do if my YOKOGAWA Transmitter programmed value not accepted?
If a programmed value is not accepted by your YOKOGAWA Transmitter, it indicates that the values are not acceptable. Reprogram with new values.
What to do if my YOKOGAWA Transmitter output span is too small?
If the output span is too small on your YOKOGAWA Transmitter, it means the 0% range value is set too high. Program a value that is less than 60% of the high range.
How to troubleshoot a faulty signal from conductivity cell in YOKOGAWA SC200 Transmitter?
A faulty signal from the conductivity cell in your YOKOGAWA Transmitter can be caused by a polarised or fouled cell. Check that the cell is correct for the range and clean the cell.
What causes wrong temperature correction in YOKOGAWA SC200?
If you are experiencing temperature correction outside limits (> 5?) on your YOKOGAWA Transmitter, it could be due to a fault in the cable or the wrong temperature sensor being selected. Check the connections or program the correct sensor type.
Why does my YOKOGAWA SC200 output table make no sense?
If the output table of your YOKOGAWA Transmitter makes no sense, it means the table changes from ascending to descending or vice versa. Check the programming of the table.
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.
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.
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 |
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