The wire pull test machine supports electric/manual dual-mode switching, is equipped with a high-precision touch screen to display data curves in real time, covers three ranges from 500N to 3000N, and is equipped with a self-tightening clamp to prevent slipping. The body adopts an industrial-grade protective design, which can adapt to long-term use in complex environments. It is widely used in tension and plug-in force tests in the fields of automotive wiring harnesses, electronic connectors, etc.
Automated and Efficient Testing System
Efficient Automated Operation
Pull tester is widely used in electronic welding strength testing, electrical connection component pull-off testing, automotive wiring harness and terminal crimping quality assessment, and connection reliability verification of adhesive riveted structures to ensure the safety, stability, and long-term durability of various products during use.
Model | SISCO-PT-JCQ | ||
Test Range | 0~500N | 0~1000N | 0~3000N |
Test Accuracy | ±0.04N | ||
Test Speed Power | 10~800mm/min | ||
Power Supply | 100W, AC 220V, 50/60Hz | ||
Dimensions | 430mm×180mm×210mm | 480mm×260mm×240mm | |
Weight | 10kg | 12kg | 21kg |
Q1: What types of connectors can be measured by the pull tester?
A1: The pull tester can be used to test various types of connectors, such as solder joints, wire terminals, pins, connectors, cables, crimping parts, bonding or riveting parts, and is widely used in electronics, electrical, automotive, medical, and other industries.
Q2: What is the difference between the pull tester and the universal material testing machine?
A2: The pull tester focuses on the pull-off strength test of the connection part. It has a compact structure and simple operation, which is suitable for rapid on-site testing; while the universal material testing machine is mainly used for mechanical properties testing, such as tension, compression, and bending of the material body. It has higher precision and more complex functions and is often used in laboratories.
Q3: How to ensure accurate test results when using the pull tester?
A3: To ensure test accuracy, the appropriate fixture should be selected according to the test object, the sensor should be calibrated regularly, the appropriate tension speed should be set, and data deviation caused by sample sliding or improper clamping should be avoided.
Tips: Common Operating Errors of Pull Tester
Common operating errors include testing directly without calibrating the equipment, resulting in data deviation; improper force when clamping the sample, too loose and easy to slip, too tight and may damage the sample; the test speed setting does not meet the standard, affecting the accuracy of the results; ignoring the impact of ambient temperature and humidity on material properties; not selecting the sensor range correctly, too large or too small range will reduce the measurement accuracy; not cleaning the equipment and recording data in time after the test, which will bury hidden dangers for subsequent operations.
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