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Siemens 3RU2116-4AB0 Thermal Overload Relay, 11-16A, Size S00
Siemens 3RU2116-4AB0 Thermal Overload Relay, 11-16A, Size S00
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Siemens 3RU2116-4AB0 Thermal Overload Relay, 11-16A, Size S00
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Siemens 3RU2116-4AB0 Thermal Overload Relay, 11-16A, Size S00
Siemens 3RU2116-4AB0 Thermal Overload Relay, 11-16A, Size S00
The Siemens 3RU2116-4AB0 is a professional-grade thermal overload relay engineered to provide robust protection for electric motors against thermal overloads and phase failures. Designed for seamless integration into industrial control panels, this device offers precise current monitoring within an adjustable range of 11 to 16 amperes. Its compact S00 frame size makes it an efficient choice for space-constrained electrical cabinets, ensuring reliable performance and longevity for connected motor equipment.
This thermal overload relay stands out due to its high reliability and precision in detecting thermal stress, which helps prevent costly motor damage and unplanned downtime. The adjustable current setting allows for flexible configuration to match specific motor requirements, while the compact S00 design facilitates easy installation alongside contactors. Built to withstand demanding industrial environments, it provides consistent operational safety and supports the longevity of automation systems.
This device is not intended for applications requiring protection against short-circuit currents, as it must be paired with appropriate fuses or circuit breakers for that purpose. It is also not suitable for motors operating outside the specified 11-16A current range.
The relay is typically mounted directly onto the load side of a compatible Siemens S00 contactor. Once installed, the desired current value should be set using the adjustment dial on the front of the device to match the rated current of the motor. Ensure that all electrical connections are tightened according to the specified torque requirements. The device can be configured for manual or automatic reset depending on the specific safety requirements of the application.
Regularly inspect the relay for signs of wear and verify that the current setting remains calibrated to the motor's nameplate data to ensure optimal protection.
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