The ABB 3EHL409319R0001 URB512D15 Thermal Overload Relay Module is designed for precision and reliability in industrial settings, providing protection against overloads and ensuring continuous operation of machinery.
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The ABB 3EHL409319R0001 URB512D15 Thermal Overload Relay Module is designed for precision and reliability in industrial settings, providing protection against overloads and ensuring continuous operation of machinery.
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Brand:ABB
Model:3EHL409319R0001
Subtype:URB512D15
Module Type:Thermal Overload Relay
Operating Voltage:Up to 400V AC/DC
Current Rating:12 to 50A
Protection Range:0.1 to 20°C
Operating Temperature:-20°C to +50°C
Humidity:Relative humidity up to 95% non-condensing
Connection Type:Terminal Block
Protection Class:IP20
Mounting Type:Panel Mount
Dimensions:90mm x 14mm x 55mm
Weight:Approximately 100g
This ABB URBD15 module is specifically engineered to handle high currents with precision, offering reliable protection against overloads in demanding industrial settings. Its robust design ensures durability and longevity under harsh conditions.
Featuring a trip-free mechanism, this relay module allows for continuous operation without interruption upon detection of an overload condition. The STOP function ensures immediate cessation of power to the circuit when necessary, safeguarding against potential damage to machinery.
The module supports manual reset, allowing operators to quickly restore power after safely removing the cause of the overload. The integrated test function enables regular checks on the relay’s performance, ensuring system reliability.
Crafted from industrial-grade materials, this relay module withstands the rigors of continuous use in various environments. It weighs approximately 0.2kg, making it lightweight yet sturdy enough for integration into complex electrical systems.
Ideal for applications requiring precise control and protection, such as motor control, HVAC systems, and automation processes, the ABB URBD15 3EHL409319R0001 Thermal Overload Relay Module is a critical component in maintaining operational efficiency and safety.
