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Siemens 3RV2011-0DA15 Motor Circuit Breaker 3-Pole 0.22-0.32A S00
Siemens 3RV2011-0DA15 Motor Circuit Breaker 3-Pole 0.22-0.32A S00
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Siemens 3RV2011-0DA15 Motor Circuit Breaker 3-Pole 0.22-0.32A S00
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Siemens 3RV2011-0DA15 Motor Circuit Breaker 3-Pole 0.22-0.32A S00
Siemens 3RV2011-0DA15 Motor Circuit Breaker 3-Pole 0.22-0.32A S00
The Siemens 3RV2011-0DA15 is a high-performance 3-pole motor circuit breaker engineered for the precise protection of electrical motors. This compact device, belonging to the S00 size category, is specifically designed to safeguard industrial equipment against the risks of short circuits and thermal overloads. By offering a reliable disconnection mechanism, it ensures that motors operate within safe parameters, thereby extending the service life of your electrical infrastructure.
This motor circuit breaker stands out due to its robust construction and high operational reliability in demanding industrial environments. The adjustable thermal release range allows for fine-tuned protection tailored to the specific current requirements of the connected motor. Its compact design facilitates space-saving installation within control cabinets, while the integrated auxiliary contacts provide essential feedback for monitoring and control systems, enhancing overall plant safety and operational transparency.
This device is not intended for use with motors requiring a nominal current outside the 0.22-0.32A range. It is also not suitable for high-voltage applications or environments that exceed the specified environmental protection ratings for this series.
The device is designed for mounting on standard DIN rails within a control panel. Ensure that the power supply is disconnected before installation. Connect the incoming power lines to the top terminals and the motor leads to the bottom terminals. Once installed, adjust the thermal release dial to the specific full-load current rating of your motor using a screwdriver. After wiring, the device can be manually switched on or off using the front-facing toggle.
Regularly inspect the circuit breaker for signs of wear or thermal damage and perform periodic testing of the trip mechanism to ensure continued operational safety.
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