D2HW-BL223ML

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Snap action, limit switches are mechanical components used in order to detect a position of an object. These snap action, limit switches are made up of two parts; an actuator and a lever joint. The actuator can move the lever joint, which is what triggers the switch. The D2HW-BL223ML snap action, limit switch is a double-throw, bifurcated lever, limit switch designed for applications where a high-current contact is required. It has a lever length of 2.75 inches, a 2-inch travel of the actuator, and a maximum voltage rating of 220 Vdc.

The D2HW-BL223ML snap action, limit switch has many applications within the industrial and commercial industries. It is commonly used as a safety mechanism in elevators, roller coasters and escalators. Additionally, it is used to control the speed of conveyor belts, prevent machinery overload and trip circuit breakers, as well as disconnect equipment. It is also used to control the starting and stopping of motors, and to detect the presence of components in an assembly process.

The working principle of the D2HW-BL223ML snap action, limit switch is based on a simple mechanism. When the actuator moves, it triggers the lever joint, which reaches its limit and snaps into place, thus completing or interrupting the circuit. The two contacts of the switch open or close depending on the movement of the actuator. The switch can be used to start and stop a motor, or to transmit a signal indicating the position of an object.

The D2HW-BL223ML snap action, limit switch is a reliable, rugged and durable switch. It is designed with a large contact area and a high dielectric strength, which provides superior contact reliability in high-current applications. Additionally, it is designed for use in industrial environments, and is resistant to dust, moisture, grease and other industrial contaminants.

In conclusion, the D2HW-BL223ML snap action, limit switch has a variety of applications and is suitable for use in high-current applications. It is a reliable, durable and rugged switch with a large contact area and a high dielectric strength. The switch works on the principle of the lever joint reaching its limit and snapping into place, thus completing or interrupting the circuit.

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