Key Features
The product outputs up to 6-phase voltage and 6-phase current, allowing for arbitrary combinations to achieve regular 4-phase voltage, 3-phase current, 6-phase voltage, 6-phase current, and 12-phase output modes.
High-performance embedded industrial control computers paired with an 8.4-inch high-resolution color TFT LCD display offer rich and intuitive information, including the current status of the equipment, next-step prompts, and various helpful messages.
The output end utilizes high-fidelity, high-reliability modular linear power amplifiers instead of switch-mode amplifiers, delivering exceptional performance. It does not generate high and medium-frequency interference at the test site and ensures smooth waveforms and excellent precision throughout the entire range from high to low currents.
The output section utilizes DSP control, offering rapid processing speed, strong real-time digital signal processing capabilities, wide transmission bandwidth, and high-resolution D/A conversion control. The output waveforms are highly precise with minimal distortion and excellent linearity. The product incorporates a wealth of advanced technologies and precision component materials, along with professional structural design, resulting in a compact size, light weight, comprehensive functionality, and ease of portability. It's ready to work upon startup, making mobile testing highly convenient.
The system can perform a variety of highly automated large-scale complex verification tasks, conveniently test and scan various protective setpoints, conduct fault playback, store test data in real-time, display vector diagrams, and print reports online.
An independent 110V and 220V dedicated adjustable DC power supply output is provided for convenient on-site testing.
The new generation tester is equipped with 10 input channels and 8 output channels, facilitating backup and self-connection tests. The input contacts are compatible with open contacts and 0-250V potential contacts, capable of intelligent automatic identification.
Offering various automatic test software modules and optional GPS synchronized trigger tests.
The system can handle various complex verification tasks, conveniently test and scan various protective setpoints, and perform fault playback. It can store test data in real-time, display vector graphs, print reports, and more.
The heat dissipation structure is designed rationally, hardware protection measures are reliable and comprehensive, featuring soft power-on capability, software-based fault self-diagnosis, and output lock functions.
