50P36-01-1-10S

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Rotary switches are used in a variety of applications, and the 50P36-01-1-10S model is no exception. This switch is designed for use in motors, pumps, and other rotary applications that require precise control over the direction and speed of the motor. This switch is designed with a simple design, requiring minimal maintenance and installation.

The 50P36-01-1-10S rotary switch has a two-pole design, which is capable of transmitting two separate signals. The outside pole is used to set the direction or speed of the motor while the inside pole is used to switch between high and low speed. The switch has a maximum speed rating of 10Amps and a maximum load of 36V. The rotary switch also features a switch lockout mechanism, which prevents the switch from being turned on or off when it is in the wrong position.

The most important part of the 50P36-01-1-10S is the working principle. The switch consists of several internal components, which include a magnetized rotor, a series of contact rings and brushes, and an actuator. The rotor is magnetized so it can be spun in either direction with the help of the contact rings and brushes. The contact rings and brushes provide electrical current to the coil of the actuator, which then causes the actuator to rotate.

When the actuator rotates, it closes the electrical contacts and provides the necessary control of the motor. The actuator can be adjusted to determine the speed and direction of the motor and it can also be used to adjust the level of torque. The actuator is designed to be reliable and durable, making it an ideal choice for use in rotary applications.

The 50P36-01-1-10S rotary switch is an effective and reliable device, which is suitable for a wide range of applications. It is easy to install and provides precise control over the motor\'s speed and direction. The actuator is durable and can be adjusted to provide the necessary control over the motor. The switch is also capable of handling high loads and provides a switch lockout mechanism to prevent accidental switching.

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