The ABB UR512 D15 Thermal Overload Relay Module, model 3EHL409319R0001, is a critical component designed to safeguard electrical systems by monitoring and controlling temperature overloads, ensuring system reliability and safety.
Operating Voltage:690 V AC
Rated Current:D15 A
Number of Poles:3
Power Loss per Pole:1.1…2.2 W
Net Weight:0.15 kg
This high-performance thermal overload relay module from ABB is engineered to provide precise protection against temperature-induced failures, safeguarding your electrical systems from overheating. With its wide setting range and accurate current sensing capability, it ensures continuous operation and extends the lifespan of your equipment.
Featuring a trip-free mechanism, the module ensures reliable operation without the risk of false trips due to minor fluctuations in temperature. The STOP and TEST functions provide an added layer of control, allowing for immediate shutdowns and diagnostics when necessary.
Manufactured with premium materials, the UR512 D15 module is built to withstand harsh industrial environments, offering durability and robustness essential for long-term reliability. Its compact design and compatibility with single mounting kits facilitate easy integration into existing systems, minimizing downtime during installation or maintenance.
Compliant with international safety standards, this module is an ideal choice for industries requiring stringent protection against electrical overloads. It supports efficient power management and maintenance planning, contributing to overall operational efficiency and cost savings.
To optimize performance and ensure seamless integration, we recommend consulting the detailed user manual and technical specifications provided by ABB. Our dedicated support team is always available to assist with any questions or customization needs you might have.
The ABB UR512 D15 Thermal Overload Relay Module, model 3EHL409319R0001, is a critical component designed to safeguard electrical systems by monitoring and controlling temperature overloads, ensuring system reliability and safety.