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Compliance West
HTT-1 Function Checker
 Click image to enlarge
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Features:
- Quickly and easily proves function of any Hipot and Ground Continuity Tester, including High Current models delivering up to 30 amps.
- Provides compliance to: CCA-201 sections: 5.4 Quality Control & Production Verification Test 7.2 Functional Test; CCA-202 MC6-C Inspection form section C3.4; CCA-204 section B.6.2
- Simulates Ground Continuity passing/failing conditions
- Custom configurations allow you to specify: Ground continuity pass and fail levels (ohms); Leakage limits pass and fail (mA); Dielectric withstand failure level (volts)
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Your hipot tester meter reads 1200 volts. How do you know that the test voltage is getting to your product? Have you plugged the product into the correct output? Are your test cables still good?
The HTT-1 was designed to provide a fast, safe and reliable way to verify proper operation of Dielectric Withstand (hipot) and Ground Continuity Testers between calibration cycles. It allows the operator to check the result of the three failure modes encountered in production hipot and ground circuit testing (open ground, high leakage current, and dielectric breakdown) separately or in any combination to verify proper test equipment operation. A passing test can also be simulated.
Provided with test lead and manual.
Custom configurations for various pass/fail points are available. Consult factory for price and delivery. |
| Model |
Description |
List Price |
Sale Price |
| HTT-1 |
Hipot and Ground Continuity Function Tester |
| $200.00 |  |
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 Click here to download the HTT-1 Data Sheet in PDF format
| Item |
Name |
Function |
| 1 |
Chassis Banana Receptacle |
Connected to the ground or chassis lead on the Hipot or Ground Continuity tester, which is normally connected to ground. |
| 2 |
Return Banana Receptacle |
Connected to the return lead on the Hipot or Ground Continuity tester, which is normally connected to dead metal parts of the equipment undergoing the test. |
| 3 |
Output Banana Receptacle |
Connected to high voltage output of the Hipot tester being checked. If a Ground Continuity tester is being checked, there is no connection to theis receptacle |
| 4 |
Arc View |
When Dielectric Breakdown function is being checked, a spark will visually demonstrate the breakdown occurred |
| 5 |
Hipot Test Switch |
When set to FAIL, a dielectric breakdown will be simulated and a spark can be seen in the arc view window. When set to PASS, a normal passing result will be simulated. |
| 6 |
Leakage Test Switch |
Used for Dielectric Testers only. When set to FAIL, an excess leakage condition is simulated and the tester should stop testing and indicate a failure. When set to PASS, a normal passing result is simulated. |
| 7 |
Ground Test Switch |
When set to FAIL, an open ground is simulated and the tester should stop testing and indicate a failure. When set to PASS, a normal passing result is simulated.. |
| Electrical |
| Maximum current capability of GROUND test circuit: |
30 Amps |
| Setting of PASS for Ground Circuit: |
0 ohm |
| Setting of FAIL for Ground Circuit: |
open circuit |
| Setting of PASS for Leakage Current: |
open cicuit |
| Setting of FAIL for Leakage Currrent: |
short -circuit |
| Maximum voltage capability of HIPOT test circuit: |
3000 V |
| Setting of PASS for HIPOT test: |
open circuit |
| Setting of FAIL for HIPOT test: |
arc-over at 750 V+/- 200 V |
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