Why source cannot be turned on with SOURCE ON (output) on YOKOGAWA CA150?
If an abnormal voltage or current is applied to the output terminals of your YOKOGAWA Test Equipment, the built-in protection fuse may blow. The instrument needs to be repaired.
How to fix the hold function if it does not work on YOKOGAWA CA150?
If the hold function for measurement on your YOKOGAWA Test Equipment isn't working, check if "Print" is set for communication in setting mode. The communication output state is indicated by the flashing of REMOTE.
How to troubleshoot communication issues via the RS232 interface on YOKOGAWA CA150 Test Equipment?
If your YOKOGAWA Test Equipment cannot be controlled by communication via the RS232 interface, ensure that the communication settings are configured properly.
What to do if measurement values are not displayed on YOKOGAWA CA150 Test Equipment?
If measurement values are not displayed on your YOKOGAWA Test Equipment, verify whether MEASURE ON/OFF is indicated as being in the OFF state.
What does Err 79 or Err 80 mean on YOKOGAWA Test Equipment?
If Err 79 or Err 80 appears at power on of your YOKOGAWA Test Equipment, the instrument needs to be repaired.
How to troubleshoot if nothing appears on the LCD of YOKOGAWA Test Equipment?
When running on batteries and nothing appears on the LCD of your YOKOGAWA Test Equipment: Ensure the batteries are attached properly and have power. If using an AC adapter, ensure it's reliably supplied with power and the plug of the AC adapter is inserted in the instrument but the AC adapter is connected to an AC power supply (outlet).
Explains the 'Danger' symbol and its importance for avoiding risks.
Describes symbols indicating direct current (DC) and power source.
Defines hazards leading to loss of life or serious injury if instructions are not followed.
Defines hazards leading to injury or product damage if instructions are not followed.
Outlines warnings for intended purpose, appearance, environment, and protection features.
Details warnings for using the AC adapter and power cord supplied by YOKOGAWA.
Re-iterates safety precautions, especially regarding casing and abnormalities.
Warns about charging the NiMH battery in specific temperature conditions.
Warns about voltage limits and using supplied lead cables for safety.
Step-by-step instructions for sourcing DC voltage.
Step-by-step instructions for sourcing DC current.
Explains how to use the 4-20 mA current sourcing function.
Details the procedure and precautions for the 20 mA SINK function.
Details the procedure for generating voltage signals corresponding to thermocouple types.
Step-by-step instructions for generating continuous pulse trains.
Step-by-step instructions for generating pulse cycles.
Details how to set and generate a step sweep output.
Details how to set and generate a linear sweep output.
Details how to output saved values in order for program sweep.
Warns about connecting/disconnecting cables while powered and incorrect terminal connections.
Step-by-step instructions for measuring DC current.
Details how to perform transmitter loop tests using the 24V LOOP function.
Lists problems and their corrective actions for instrument operation.
Lists problems and their corrective actions for instrument operation.
General| Brand | YOKOGAWA |
|---|---|
| Model | CA150 |
| Category | Test Equipment |
| Language | English |
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