To Next PageTo Next PageWhy are the keys on the front panel of my Kikusui TOS7200 Test Equipment not working?
If the keys on the front panel of your Kikusui Test Equipment aren't working, first ensure that the KEYLOCK function is disabled. Also, check that the tester isn't being remotely controlled through the REMOTE terminal, SIGNAL I/O connector, or RS232C interface.
How to fix a Kikusui TOS7200 that does not start?
If your Kikusui Test Equipment doesn't start when you press the POWER switch, the first thing you should do is check that the AC power cord is properly connected.
What to do if START switch of Kikusui TOS7200 Test Equipment doesn't work?
If the START switch or START signal on your Kikusui Test Equipment's SIGNAL I/O isn't working, make sure that no STOP signal is being input through the SIGNAL I/O. Also, verify that the tester isn't in PASS or FAIL status, and that it's not currently storing or recalling panel settings. Check if the double-action function is off, the ENABLE signal of the SIGNAL I/O is at a high level, the tester isn't making system settings, and that none of the LOWER, UPPER, TIMER ON, or UPPER ON LEDs are blinking. Finally, confirm that the tester isn't being remotely controlled via the RS232C interface.
General| Output Frequency | 50 Hz / 60 Hz |
|---|---|
| Frequency Range | 50 Hz / 60 Hz |
| Type | Withstanding Voltage Tester |
| Leakage Current Range | 0.5 mA to 20 mA |
| Ramp Time | 0.1 s - 999 s |
| Test Time | 1 s to 999 s |
| Display | Digital Display |
| Interface | RS-232C |
| Dimensions | 320 mm (W) x 140 mm (H) x 400 mm (D) |
Step-by-step guide for safely connecting the power cord to the tester and outlet.
Instructions for powering on the tester, including self-testing and initial display.
Procedures for securely connecting low and high voltage test leadwires to the tester's output terminals.
Guidance on connecting test leadwires to the Device Under Test (DUT), including grounded and ungrounded types.
Essential checks to perform before operating the tester to prevent accidents and ensure safety.
Safety measures for pausing tests, handling high voltages, and during remote control operations.
Information on residual voltage hazards and safe discharge procedures after testing.
Steps to take in case of an emergency, such as electric shock or DUT damage.
Lists operations that should not be performed, like rapid power cycling or switching off during output.
Identifies hazardous conditions if the tester fails, emphasizing immediate shutdown and professional service.
