Power Rating:55A
Motor Rating:18.5kW @ 400V
Operating Voltage:380V – 500V
Protection Class:IP20
Control System Compatibility:Profibus DP
Switching Capacity:Up to 16A
Environmental Conditions:Temperature Range: -20°C to +40°C
Protection Against:Overcurrent, Overload, Under-voltage, Over-voltage
The SIEMENS 3RW2235-0DB15 Solid-State Motor Starter is engineered to deliver superior performance and reliability in demanding industrial environments. This state-of-the-art control system is designed to ensure smooth, controlled start-ups of motors, significantly reducing mechanical stress and wear.
Featuring electronic protection mechanisms, this starter provides comprehensive safeguarding against overloads and short-circuits, ensuring uninterrupted operation and prolonging the lifespan of the connected equipment. Its soft start capability helps minimize mechanical and electrical stress on the motor, leading to enhanced efficiency and reduced energy consumption.
With a wide voltage range and power handling capacity, the SIEMENS 3RW2235-0DB15 is suitable for a broad spectrum of industrial applications, from small-scale operations to large manufacturing processes. Its digital input/output interfaces facilitate seamless integration with various control systems, enhancing operational flexibility and ease of use.
The IP20 protection class ensures durability against dust and splashes, making it ideal for environments where industrial hygiene and safety standards are paramount. Additionally, the unit’s operating temperature range (-25°C to +40°C) guarantees reliable performance across different climatic conditions, ensuring operational continuity throughout the year.
The SIEMENS 3RW2235-0DB15 is not just about performance; it also boasts user-friendly design features. Its compact size allows for easy installation and maintenance, while clear labeling and intuitive control panels simplify the setup process. This makes it an excellent choice for both experienced engineers and those looking to integrate advanced motor control solutions without extensive training.
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