Post RFQ
It supports testing up to 24 cable cores at the same time, and is equipped with integrated data analysis software, which can automatically compare multiple sets of test data and quickly locate complex faults such as cross short circuits and crosstalk of multi-core cables. The 10-inch touch screen supports intuitively viewing the test results and fault locations of all cores, which improves the efficiency by 300% compared with traditional single-core testers. It adopts an aluminum alloy frame body, which balances portability and structural strength. It supports dual power supply modes of AC mains and backup lithium battery, and can adapt to indoor and outdoor different operation scenarios. It is equipped with three communication interfaces of USB, Ethernet and Wi-Fi, which can quickly export test reports and synchronize to the cloud management platform, adapting to the needs of multi-team collaborative work.

The whole machine has dimensions of 500mm×380mm×220mm, with a net weight of 5.8kg. It adopts an aluminum alloy frame body, with an IP54 protection grade, and supports testing up to 24 cable cores at the same time. The single-core test range is 0-30km, the test accuracy is ±1.5%, and the test voltage covers 0-25kV. It is equipped with a 10-inch touch display screen, built-in integrated data analysis software, supports three communication interfaces of USB, Ethernet and Wi-Fi, can store 10000 sets of test records, and supports generating standardized fault troubleshooting reports which can be directly used for operation and maintenance settlement and fault archiving.

It is suitable for maintenance of multi-core communication cables in communication machine rooms, fault troubleshooting of control cables in industrial factories, signal cable testing of rail transit, etc. It can quickly complete comprehensive detection of multi-core cables, and is suitable for large power and communication service companies to carry out large-scale cable operation and maintenance work, greatly improving the fault troubleshooting efficiency of multi-core cables.