SM20M1S31

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SM20M1S31 is a multi-purpose contactor made by Schneider Electrical, designed for controlling various electrical devices. This product is suitable for applications in motor control, lighting control, heating control, general-purpose industrial control, building automation and industrial automation fields. This product is available in several versions, such as DIN rail or base mounting version, direct or pluggable version.

The SM20M1S31 contactor utilizes a high-performance core designed to control both AC and DC motors. It is rated at upto 10A, 20A and 40A, and at various voltages. The product features a high breaking capacity of 28kA. It is designed for frequent switching of heavy loads or motors, making it an economical solution for motor control. In addition, the product has overload protection functions to prevent motor overloads.

The SM20M1S31 contactor utilizes a grooved contact mechanism to ensure a consistent current flow. It is designed to provide a superior conductivity in both AC and DC systems, and comes with a single-movement, snap-action contactor design for stable, reliable operation. The product also has a wide range of features, such as terminal canopy for easy wiring, DIN rail-mounted options for easy installation and an adjustable over-current protection device.

The operation principle of the SM20M1S31 contactor is simple. When an electric voltage is applied to the terminals, the contactor energizes a coil, which causes a plunger to move and close the contacts. The switch then stays in that position until the voltage is removed. This makes the contactor extremely reliable and suitable for a wide range of motor control applications.

The SM20M1S31 contactor is a reliable and versatile product designed for a wide range of applications. With its multiple mounting options and high performance, this contactor is suitable for motor control applications in general industrial, building automation and industrial automation fields. This product is also suitable for controlling current flow in AC and DC systems, and is a cost-effective solution for motor control.

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