IMP7Z422

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Pushbutton Switches are used in a wide array of applications, from simple emergency stop field devices to complex industrial automation and control applications. The IMP7Z42 is a robust pushbutton switch that provides reliable and accurate operation for even the most demanding applications. Designed for heavy-duty operation, the pushbutton switch is rated for an operating temperature range of -40°C to +85°C and can withstand vibration up to 17.2Grms. It features an extra long H pad actuation length, allowing the switch to operate reliably under more extreme environmental conditions.

The IMP7Z42 is a low-profile pushbutton switch with a gold-plated phosphor bronze contact interface. It is designed for applications that require a lightweight, low-cost pushbutton switch. The switch is also designed for high performance and reliable operation, offering high repeatability with a rated life of 5 million cycles. For further reliability, the switch is tested and qualified for use in a wide range of extreme environments, including high humidity and dust, high levels of shock, and temperatures of up to 260°C. It is ideal for applications that require durability and accuracy, such as medical and industrial automation.

The IMP7Z42 features a two-position, two-stage actuator switch with a key release feature. When an operator pushes the switch to the ON position, it triggers a brake release relay, which then activates a motor to enable the connection of two metal surfaces. This causes a current pulse, which is then detected by the switch’s control unit. The pulse activates a switch to the OFF position, and the relay is switched back off. An optional fail-safe contact closure is available for added safety.

The IMP7Z42 is suitable for a wide range of applications, including lighting, actuators, and pumps. It is an ideal choice for applications that require reliable and accurate operation, such as medical and industrial automation. Compared to other models, the IMP7Z42 has a longer H pad actuation length, making it more reliable in extreme environmental conditions and providing enhanced durability.

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