Showing product results. 1 - 15 of 38 products found.
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CHT - Get Control, Inc.
The Cable and Harness Tester (CHT) provides multiple testing capabilities for up to 300 connector/harness test points. Test capabilities include DC Insulation Resistance (IR), DC and AC Dielectric Withstanding Voltage (DWV), and 2-Wire and 4-Wire Continuity.
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NX Pro - Dynalab Test Systems, Inc.
The Dynalab NX Pro Wire Harness Tester is a low-cost, feature-packed, stand-alone continuity tester with a maximum capability of 512 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. The NX Pro Tester has 1.3Mb memory capacity for program storage and is compatible with Printers, Scanners, and all other Dynalab NX System accessories.
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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.
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PANTHER 4HT - Qmax Test Technologies Pvt. Ltd.
The Panther 4HT Wire \ Cable Harness tester is designed for Automotive and Semiconductor industry to apply in testing of wire harnesses, that needs testing during production with whole new fleet of features that make the task reliable, complete and fast. It uses innovative technology to test the impedance values. It can be interfaced to any type of fixtures as required. It uses the Learn and Compare technique for finding out opens or shorts in a harness. The learnt open / short combination from a Good Board is taken as reference and compared with the Board Under Test for any mismatch.
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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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CB49 - CAMI Research Inc. (CableEye®)
Populated with solder pads to accept a suite of TE-Connectivity Micro-MaTch connectors, this board addresses markets plagued by vibration and fretting corrosion, and requiring "miniaturized connectivity". Rated to 500Vdc/350Vac, the CB49 may be used on all CableEye models. The CB49, sold without connectors, contains nine sets of 20 solder pads accommodating numerous configurations of Micro-MaTch connectors. There are nine preset locations for automatic detection & display of 4, 6, 8, 10, 12, 14, 16, 18, and 20-pin connectors. Yet, any single set may be fitted with any combination of lower pin count connectors that total to 20 or less (e.g. a 14-pin with a 4-pin). Connectors soldered in non-preset positions will also appear graphically correct once they are mapped with PinMap (optional software). Sold as a set of two boards, each Micro-MaTch test board may be paired with other CableEye adapter boards to accommodate any combination of connectors.
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Autobuild™ - CAMI Research Inc. (CableEye®)
Our optional, add-on AutoBuild™ software (Item 728) offers Guided Assembly for cables and wire harnesses. Use a supplied probe, or a finger with wrist strap, to touch an unterminated wire and the software shows (and says) exactly where the wire should be connected. As the operator attaches each new wire, AutoBuild checks the entire assembly and provides a clear checklist showing all completed good connections. When using our resistance-capable testers, you may connect diodes and resistors by name and value, check resistance values over the tester's specified range, and test conduction and isolation resistance against specified thresholds. Programmable tones accompany the graphic screen to give clear signals to the operator when good connections are completed or when incorrect connections, resistance violations, or diode insertions are detected. Combine with our Light Director™ option for light-guided assembly.
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MK Test Systems Ltd.
Automatic high voltage wire harness testers are used in a variety of industries, such as aerospace and defence through to rail, and are used to test any equipment which contains a high number of electrical wires, or active components ensuring these pass specified test criteria at the sub-assembly and final stages of construction. These systems ensure the wiring and components are 100% compliant and undamaged, recording every test measurement and aiding diagnosis of detected faults.
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CableEye Light Director System - CAMI Research Inc. (CableEye®)
Our Light Director™ system (patented) provides a computer-guided technique for assembling connectors used in aerospace, medical, and other high-reliability applications. This system uses light fibers driven by super-bright LED lamps to individually illuminate target cavities in the connector being assembled. When the technician enters the wire code printed on unconnected wires, or touches a wire connected at the other end, the CableEye software turns on the appropriate fiber, thereby causing a bright, flashing light to project from inside the target cavity guiding the technician to the proper insertion point. Correct insertion is confirmed by the elimination of light from that location, whereas insertion into an incorrect location leaves the flashing light visible.
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CB50 - CAMI Research Inc. (CableEye®)
Populated with precision resistors, it allows users to determine empirically whether the tester requires calibration. The CB50 may be used on all CableEye models. The CB50 is intended for periodic verification of tester calibration. To ensure that resistance measurements remain accurate, CAMI recommends yearly calibration. However, depending on environmental conditions and usage, testers may need calibrating more or less frequently. Certain components within models M3U, M3UH, HVX, and HVX-21 (i.e. those capable of measuring resistance) are analog components whose characteristics change slightly over time. This aging is a natural phenomenon common to all electronic components and may cause resistance measurements or gradually deviate from normal. A tester that is out of calibration will give inaccurate results. Some (maybe all) resistance measurements will be incorrect. Consequently, it may Pass what should Fail and, conversely, Fail what should Pass. In other words product yield will be contaminated due to unreliable quality.
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CAMI Research Inc. (CableEye®)
A USB Type-C test interface board for CableEye® cable and harness testing systems. Consisting of a daughter board, populated with two USB-C female connectors, it allows users to continuity-check USB Type-C terminated cables using the CableEye tester while seeing the connectors-under-test rendered graphically. The CB26U fits all CableEye models. Configuration A leader in development of PC-based cable and wire harness, continuity, resistance and hipot test systems for over 20 years, CAMI offers the CableEye suite of products complete with accessories – including “connector boards”. The selection of these test fixture boards is constantly growing and is currently numbering over 60 – most of which are populated with ‘families’ of connectors. When pre-populated boards are used, the tester GUI automatically displays a graphic of the connectors under test. Sold as a set of two boards, each CB26U accepts two USB Type-C connectors. In addition to the latest CableEye software, it requires the CB26 small-frame motherboard (Item 756) for operation, and plugs into one of two available slots – two USB-C-connectors can be tested simultaneously. The CB26 (with CB26U) attaches to the tester like a regular connector board. Contact sales@camiresearch.com or +1 (978) 266-2655 for a quote.
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CB52 - CAMI Research Inc. (CableEye®)
The CB52 is intended for periodic calibration verification of the Kelvin 4-wire resistance measurement module – an optional, add-on module that may be purchased with any new hipot system, or added to an existing high voltage tester as an upgrade. To ensure that 4-wire resistance measurements remain accurate, CAMI recommends running the verification check every quarter. A 4-wire measurement module that is out of calibration will give inaccurate results. Some (maybe all) resistance measurements will be incorrect. Consequently, it may Pass what should Fail and, conversely, Fail what should Pass. In other words product yield will be contaminated due to unreliable measurements.
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CB29H - CAMI Research Inc. (CableEye®)
CAMI Research Inc. (Acton, MA) announces another new board for its CableEye cable and harness testing systems. Populated with four 16-pole screw terminal blocks, the board addresses high voltage (HiPot) testing to 2100Vdc/1200Vac. Of particular interest to the harness testing market, the CB29H is also available as a transition board variant (CB29AH). The CB29H and CB29AH boards are high voltage versions of the CB29 with the high voltage traces running on inner layers to afford additional safety, and protection from contamination. Each contains four 16-pole screw terminal blocks that will accept bare wires from 12- to 30-gauge in size. The metal jaws firmly grip an inserted wire without damaging or distorting the end, and the space between each terminal block may be used as a wire channel to guide wires neatly to the side. For each channel, a pair of holes is provided through which wire ties may be inserted to hold the wire bundles in place.
