Fully automatic Semir 5000I instantaneous break tester, manufacturer of aerospace high-speed railway cables

Instant break tester for distributed extension detection of aerospace high-speed railway cables

It can simulate actual working conditions through three modes: wire bridge vibration, connector instantaneous break, and programmable, accurately verify the risk of wire harness instantaneous break faults, and provide reliable guarantees for the automation production of wire harness lines. The SMR5000I-B instantaneous detection box, which comes with it, supports precise settings of frequency (1Hz-1MHz), frequency (0-9999), and impedance (10 Ω/100 Ω/1k Ω) in programmable mode. It is designed with lithium battery power supply, balancing flexibility and professionalism.

The core advantage of this device lies in its "efficient, intelligent, and scalable" detection capability: at the hardware level, it captures extremely short transient signals at an ultra-high acquisition frequency of ≤ 1 μ s, adopts a distributed 128 point/board structure, supports flexible channel expansion, and all channels can be tested simultaneously in parallel, greatly improving detection efficiency; At the software and functional level, the built-in self-learning loop function can quickly generate test file groups, support saving and calling multiple file groups, and work with point alias and point finding functions to reduce the operational threshold. At the same time, the device integrates I/O communication and TCP/UDP inter process communication capabilities, enabling scanning testing, label printing, MES system docking, full process data traceability, and report support for exporting in multiple formats such as CSV, XLSX, PDF, WORD, etc., meeting the digital management needs of enterprises.

In addition, SAIMR5000I also has three-level permission management (administrator/programmer/operator), balancing data security and operational convenience. From high-frequency acquisition and flexible expansion to intelligent adaptation and digital docking, it covers the precision, efficiency, and intelligence requirements of wire harness detection and is one of the core devices for industrial grade wire harness reliability verification.

Instant break tester for distributed extension detection of aerospace high-speed railway cables