Showing results: 1 - 6 of 6 items found.
-
63800-7950 -
Molex, Inc.
The crimp force monitor measures the force signature of a crimped terminal and compares it to a reference crimp. Depending on the limits programmed, the measurement will pass, fail, or be suspect.
-
TF125 -
TESTEX Testing Equipment Systems Ltd.
Crimp Tester, to calculate the crimp in yarn affected by knitting or weaving by taking apart the yarn from a piece of given-length fabric, unbending it under given force and measuring its length, to determine actual yarn usage.
-
WT3-201 -
Mark-10 Corp.
The WT3-201 wire crimp pull tester is designed to measure the pull-off force of crimped wire and tube terminations. An ergonomic lever allows for easy application of up to 200 lbF (1,000 N) of crimp pull force. Adjustable wire terminal grip contains multiple slots for wire diameters up to AWG 3 (0.25 in [6.3 mm]). The tester accommodates most insulation types. Samples can be sent to Mark-10 for evaluation prior to purchase.
-
Model MR06-200 -
Mark-10 Corp.
The MR06-200 wire crimp pull sensor is a hand-operated solution for measuring wire crimp pull-off forces. The ergonomic handles and convenient tensioning mechanism make field measurements a breeze for applications up to 200 lbF (1,000 N). Squeeze the handles together to increase tension on the sample until a break occurs. The peak force is recorded by a Mark-10 indicator. A rotating turret with slots of multiple sizes accommodates a wide range of wire diameters, up to 0.25 in. (6.4 mm).
-
WT3-201M -
Mark-10 Corp.
The WT3-201M motorized wire crimp pull tester is designed to measure pull-off forces of up to 200 lbF [1 kN] for wire and tube terminations. The tester conforms to numerous UL, ISO, ASTM, SAE, MIL, and other requirements for destructive testing. Non-destructive testing is also possible, such as pulling to a load or maintaining a load for a specified period of time, as per the requirements of UL 486A/B. Programmable pass/fail limits with red and green indicators and audio alerts help identify non-conforming samples.