Showing results: 1 - 5 of 5 items found.
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NX Hipot -
Dynalab Test Systems, Inc.
* 50 to 1500VDC Hipot Testing* 50 to 1000VAC (optional) * 5Mohm to 1Gohm Insulation Resistance * Simple 4-button user interface * Tests for continuity and shorts * Tests a variety of components * Precision resistance measurements * Continuous high speed scanning for real time complete status information of harness assembly progress * Keyed security access and control * Built for rough industrial environments * 2 serial ports for connection to printers and scanners * Standalone operation * Uses a high capacity memory card * Available from 64 to 1024 test points * Networkable
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NX Hipot+ -
Dynalab Test Systems, Inc.
* 50 to 1500VDC Hipot Testing * 50 to 1000VAC (optional) * Expandable to 1024 test points * 5Mohm to 1Gohm Insulation Resistance * Simple 4-button user interface * Tests for continuity and shorts * Tests a variety of components * Precision resistance measurements * Continuous high speed scanning for real time complete status information of harness assembly progress * Keyed security access and control * Built for rough industrial environments * 2 serial ports for connection to printers and scanners * Standalone operation * Uses a high capacity memory card * Available from 64 to 1024 test points * Networkable
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NX Pro+ -
Dynalab Test Systems, Inc.
The Dynalab NX Pro+ Wire HarnessTester is modular and is designed for applications requiring up to 32,768 test points. It has the same front end as the NX Pro Tester, but employs a series of Expansion Units to accommodate the test point cards. Testing for continuity, shorts, and a variety of components. Highly flexible and adaptable product line that meets the changing needs of wire harness manufacturers.
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NX Solo -
Dynalab Test Systems, Inc.
The Dynalab NX Solo Wire HarnessTester is a low-cost, feature-packed, stand-alone tester with a maximum capacity of 256 test points. The flexibility of the NX System allows each program to perform multiple tests, display custom messages or sounds, and analyze the results of a test or an input to decide which operation to perform next. Testing for continuity, shorts, and a variety of components.