Compact Portable Transformer Comprehensive Test Bench

Product features:

This test bench adopts a modular integrated design, with a built-in high-precision sensing module to ensure that the test accuracy of each item reaches Class 0.5. The portable design is equipped with a built-in portable handle and shock-absorbing foot pads, adapting to complex field working environments. It supports one-key start test, automatically generates standard PDF-format test reports, and can quickly export data via USB or RS485 interface. The shell is made of cold-rolled steel plate with anti-rust spray paint, which has good anti-collision and corrosion resistance, suitable for most outdoor dry environments. It solves the problems of incomplete test items, messy data sorting, and low work efficiency that exist in traditional transformer testing tools.

Product specifications:

Test Voltage Range: 0~10kV with adjustable gears; Test Current Range: 0~50A with automatic shifting; Accuracy Grade: Class 0.5 for voltage and current detection; Max Test Transformer Capacity: 1000kVA; Net Weight: 42kg; Overall Dimension: 620mm (length) × 480mm (width) × 310mm (height); Power Supply: AC 220V±10% 50Hz, with a built-in rechargeable backup battery for 30-minute emergency use; Built-in test items include insulation resistance test, transformer turns ratio test, DC winding resistance test, no-load loss and no-load current test, short-circuit loss test; Data storage supports 10000+ test reports with query and screening functions; Communication interfaces: USB 2.0, RS485; Protection Grade: IP23; Shell Material: Cold-rolled steel plate with spray paint.

Product application:

It is mainly applicable to grassroots power supply stations, community transformer maintenance, small transformer manufacturing workshops, and field emergency testing scenarios. Typical usage scenarios include regular inspection of 10kV distribution transformers, post-maintenance performance testing of transformers, and acceptance testing of newly installed small transformers. It can also be used by electric power maintenance teams to quickly complete on-site transformer performance testing without relying on fixed test rooms, greatly reducing the time and labor costs of on-site detection.