ZM10E10F01

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Snap Action, Limit Switches, such as the ZM10E10F01, are designed to selectively actuate at a certain limit of circuit travel. They consist of two basic elements: a stationary actuator button, and a movable switch arm. Usually, the switch arm is in an "off" position and pressed against a stop, and a spring keeps the arm positioned in its initial off-state. The actuator button is released by the user, who, depending on the specific type of switch arm, can pull, push, twist, or slide it in the appropriate direction to actuate the switch.

The ZM10E10F01 switch is a rotary style snap-action switch. It features a flatted actuator disk and a rotary lever arm, which is mounted over a grooved cam. The cam is fixed in one frame and the lever arm, actuator disk and cam are movable within the other frame. When the actuator disk is depressed, it causes the lever arm to rotate about the cam shaft, pressing against the underside of the cam groove and pushing the switch arm away from its off position. The switch arm then snaps into contact with one of the two contacts, causing a change in the circuit\'s electrical state.

The ZM10E10F01 switch is designed for limited-space applications, featuring a compact size and low-profile design. It has a current rating of 10A and a maximum operating temperature of 85°C. The switch features fast action and a mechanical endurance of 500,000 cycles. It is made of a UL-approved material, making it resistant to common solvents, acids, oils and other chemicals.

The ZM10E10F01 switch can be used in a wide variety of applications and settings. It is used in vending machines, refrigeration and freezer controls, electronically-controlled machines, industrial process controllers, home and consumer appliances, and medical equipment. It is also used in the aviation, automotive and oil and gas industries, among others.

The ZM10E10F01 switch is typically used in applications that require an \'on/off\' action. It can be used to control motors and other loads, as well as to set safety limits. In process control applications, it can be used to detect the end-of-travel of a process, and to set up a limit for the machine or process. Its long-lasting design, combined with its robust and flexible construction, make it suitable for a variety of different applications.

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