Are you looking for professional and reliable equipment to test relay performance? Do you want your relays to operate stably under various complex operating conditions? Our relay load cabinet test equipment is designed specifically to address these issues and is a must-have.
As an essential control component in a circuit, the stability and reliability of relay performance are directly related to the safe operation of the entire circuit system. Accurate testing is key to ensuring relay quality. Our relay load cabinet test equipment demonstrates superior performance in test currents. It can accurately simulate test currents of varying magnitudes, from tiny control currents to larger operating currents, providing stable output and precise measurement. Whether testing the relay’s pull-in and drop-out currents, or examining its operating conditions at rated and overload currents, it provides accurate data, giving you a comprehensive understanding of the relay’s electrical performance.
Why choose our relay load cabinet test equipment? First, our professional R&D team has in-depth research into relay operating principles and testing requirements. Our equipment is designed to fully align with industry standards and practical application scenarios. Second, our equipment utilizes advanced technology and high-quality components to ensure test accuracy and stability, ensuring a long service life and continuous, reliable service. Furthermore, we offer flexible customization services, allowing us to adjust equipment parameters and functions to meet your specific testing needs.
The relay load test cabinet complies with the resistive and inductive loads specified in GB10963, GB9816, GB2099, GB15092, and IEC61058. It can be used not only for overload and life testing of switches, relays, and contactors, but also for testing other similar electrical devices such as transformers, fuses, and plugs and sockets.
Technical Parameters:
- Test Voltage: External input, single-phase AC 0-540VAC, 50Hz/60Hz
- Basic Resistive Load: Current adjustable from 0.3 to 50A, Power Factor (φ): ≥0.98
Basic Inductive Load: Current adjustable from 0.3 to 50A, Power Factor (φ): 0.3 to 1.000
