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 the indicator.

A rotating turret with slots of multiple sizes accommodates a wide range of wire diameters, up to 0.25 in. (6.4 mm).

A combined certificate for the sensor and an indicator is available at time of order, part no. CERT-SI.

Intuitive Effectiveness

The motorized TCM Series from Chatillon offers fast and effective force testing at an affordable price.

The TCM Series features a high frame stiffness, light weight bench top design suitable for both production and laboratory environments.

Force ranges of 100 lbf (500 N) and 350 lbf (1500 N) are available in both 16 in (406 mm) and extended 32 in (812 mm) travel versions.

Select from Chatillon’s wide range of grips and fixtures to use the TCM Series for a wide variety of tests such as:

• Tension

• Compression

• Bending

• Peeling

• Adhesion

• Insertion and extraction

The lever operated TSA750 is ideal for quick-action testing of up to 750 lbf (3.75 kN) of tensile or compressive force. Made of rugged components, this test stand is durable enough for the factory floor, yet precise enough for laboratory environments. The loading lever can be positioned in 30° increments and the adjustable precision ground rack and pinion mechanism assures smooth, precise motion through 6 in. of travel.

The test stand includes adjustable travel stops and a frictional low force brake. It is available in vertical and horizontal orientations. Use this test stand with Mark-10 force gauges and gripping fixtures to create a complete push/pull testing system.

The lever-operated TSB100 test stand is ideal for quick-action tensile testing and compression testing of up to 100 lbf (500 N) of force. Constructed of rugged components, this test stand is durable enough for the factory floor, yet precise enough for laboratory environments.

The TSC1000 test stand is ruggedly built for testing up to 1,000 lbf (5 kN) of compression or tension force. A large hand wheel requires little effort, even at high loads, and a precision Acme screw and nut ensures smooth operation over time. The stand includes a loading table with threaded holes for fixture or grip mounting and a solid metal base (TSC1000) contains a storage pocket and holes for bench mounting. Available in vertical and horizontal configurations.

The TSF test stand is ideal for spring testing, destructive testing, product integrity testing, and other applications requiring up to 1,000 lbf (5,000 N) of push or pull force. The stand features a large side mounted hand wheel requiring minimal user effort and a rigid 3” x 3” column. A removable steel loading surface with threaded holes for fixture and grip mounting adds flexibility for many testing applications, and a solid metal base (TSF) contains a storage pocket and holes for bench mounting. Available in vertical and horizontal orientations.

Measure wire crimp pull forces accurately and efficiently with the portable and customizable WT-205 tester. Easily apply up to 200 lbf (1,000 N) of force via an ergonomic lever. The tester’s standard adjustable terminal fixture contains multiple slots for diameters up to AWG 3 (0.25 in [6.3 mm]), while the self-tightening wedge grip securely clamps the free end of the cable.

A backlit graphic LCD displays real-time force, peak force, unit of measurement, and pass/fail indicators. Green and red pass/fail indicators may also be used. A load bar on the display shows when an overload is approaching.

Transfer data to a PC or other data collector via USB, RS-232, Mitutoyo (Digimatic), or analog outputs. The WT-205 stores up to 1,000 readings and calculates statistics. Upon sample break, the tester can automatically save and output the peak force and auto-zero in preparation for the next test, increasing testing efficiency.

Use free MESUR® Lite data acquisition software to tabulate continuous or single point data. Data stored in the tester’s memory can also be downloaded in bulk. One-click export to Excel allows for further data manipulation.

To accommodate a wide range of materials, optional and interchangeable alternative grips are available. Samples can be sent to Mark-10 for evaluation and recommendation prior to purchase.

Measure wire crimp pull forces up to 200 lbf [1 kN] accurately and efficiently with the WT-205M motorized pull tester.
Portable and customizable, the tester conforms to numerous UL, ISO, ASTM, SAE, MIL, and other requirements for destructive and non-destructive testing. Pull to break, pull to load, or maintain a load for a specified period of time (optional functions), 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.

The tester’s standard adjustable terminal fixture contains multiple slots for diameters up to AWG 3 (0.25 in [6.3 mm]), while the self-tightening wedge grip securely clamps the free end of the cable. To accommodate a wide range of materials, optional and interchangeable alternative grips are available. Samples can be sent to Mark-10 for evaluation and recommendation prior to purchase.

The WT-205M stores and calculates statistics for up to 2,000 readings, with available date and time stamps for each saved data point. Data can be transferred to a PC or other data collector via USB, RS-232, Mitutoyo (Digimatic), or analog outputs.

Upon sample break, the tester can auto-reverse, save and output the peak force, and auto-zero in preparation for the next test, increasing testing efficiency. The available Profiles function allows the user to create and save test setups for quick recall.

Use free MESUR® Lite data acquisition software to tabulate continuous or single point data. Data stored in the tester’s memory can also be downloaded in bulk. One-click export to Excel allows for further data manipulation.