Description
The UI 1CH 12V/12V Genset Relay Card is a highly efficient and compact control component designed specifically for generator automation systems, DG set panels, and AMF (Auto Mains Failure) applications. Built with industrial-grade durability and precise switching capabilities, this relay card allows you to automate the start/stop sequence of diesel generators, providing both safety and operational convenience.
Powered by 12V DC input and delivering 12V DC on relay activation, this 1-channel relay card is perfect for users looking to control electrical loads like engine starter motors, solenoids, or circuit breakers in genset control environments. It features a single-pole double-throw (SPDT) relay for reliable and accurate switching, even under continuous duty cycles.
If you're dealing with standby power systems, residential diesel generators, or telecom tower backup units, the UI 1CH relay card is your go-to automation module. Its ability to interface seamlessly with genset controllers, battery chargers, and monitoring systems makes it highly compatible with both manual and automatic generator setups.
Its easy-to-install design and universal PCB/panel mount compatibility allow service engineers and technicians to incorporate it into existing electrical panels without any modifications. Whether you are replacing a faulty relay or designing a new system from scratch, this card simplifies your job by providing stable switching, low power consumption, and long contact life.
The UI relay card is built to handle moderate loads, with proper electrical isolation, helping prevent damage to other control components. It includes an LED indicator for relay status monitoring, which adds an extra layer of visual feedback during installation or servicing.
In addition to its primary use in generator automation, this relay module is also widely used in inverter panels, battery management systems, automatic battery chargers, and solar off-grid control boards. Due to its 12V/12V design, it can work in most low-voltage DC circuits without requiring a voltage converter, which makes it highly adaptable and cost-effective for a wide range of electrical and electronic projects.
