Dynalab Test Systems Announces Availability of AC/DC NX Hipot Wire Harness Testers

New AC/DC option extends the existing offering of DC-only NX Hipot Wire Harness Testers, providing capability of 1000 VAC hipot testing.

Dynalab Test Systems is pleased to announce the availability of NX Hipot Wire Harness Testers capable of testing with either AC or DC voltage. The new AC/DC option extends the existing offering of DC-only NX Hipot Wire Harness Testers.

NX Hipot Wire Harness Testers offer the same flexibility, accuracy, and ease of use as Dynalab's line of low voltage NX Testers plus the additional capability of high voltage testing for insulation resistance up to 1.5 Gig ohm and dielectric withstand up to 1500 VDC or 1000 VAC. Configurations from 64 to 1024 test points are available.

All Dynalab NX Hipot Wire Harness Testers provide the following features and capabilities:

• Print a product label only when the wire harness passes all tests
• Restrict an operator from altering the test program
• Identify an operator for data collection or product labeling
• Verify the correct bar code label is applied to the wire harness
• Transfer programs from a computer via a memory card
• Alert the operator if the wire harness is removed before the test is complete
• Connect to a network for program file transfers and data collection

NX Hipot testers are available in one of two configurations. The standard NX Hipot Testers are available with either 64 or 128 test points. NX Hipot+ Testers are available with as few as 128 test points up to 1024 test points. Other than test point capacity, NX Hipot testers offer the same features and same capabilities.

Prices start at $3,695 for an NX Hipot Wire Harness Tester equipped with 64 test points.

NX Wire Harness Testers are backed by Dynalab's excellent support capabilities. Free technical consultation is available from Dynalab's knowledgeable application engineers. In addition, Dynalab offers an extensive library of application notes and product documentation containing examples for solving common wire harness and cable assembly testing problems.