2217267-1

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2217267-1 is a type of actuator produced by the American engineering company, Johnson Electric. It is used in applications such as automotive, transportation, medical, and consumer electronics. The actuator is characterized by its small size, robust construction, and low power consumption.

The operating principle of 2217267-1 is based on electromagnetism. Inside the actuator is an electromagnet that generates an electromagnetic field when current is applied to it. This field interacts with an attached armature, allowing for the actuator to be put into motion. This motion is used to control many different types of equipment.

One common application of the 2217267-1 is in automotive applications. Common uses include automatic transmission shifting, door locks, and window lifts. In these systems, the actuator operates a given device through the application of an electric current, either opening or closing the device (such as a door lock). The precise control offered by the actuator can be tailored to the specific requirements of the automotive system at hand.

A medical application of 2217267-1 is the control of robotic surgical instruments. The actuator is capable of producing quick and precise motions that allow a robotic arm to accurately actuate a surgical tool. In addition, the small size and low power consumption of the 2217267-1 make it ideal for use in the restricted space of a medical device.

2217267-1 is also commonly used in consumer electronics, such as cell phones, laptops, and cameras. For example, a cell phone requires an actuator to move the keyboard keys and other tactile controls during use. 2217267-1 has proven to be an ideal choice for these applications as its small size allows for the device to be effectively integrated into the device without taking up a great deal of space.

The 2217267-1 is an example of a versatile and capable electromechanical actuator, which has been employed in numerous applications worldwide. It has a compact size, robust construction, and low power consumption, all of which make it a popular choice for many designs.

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