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Emas T0-B102DY Push Button Switch, 1NO 1NC, Green
Emas T0-B102DY Push Button Switch, 1NO 1NC, Green
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Emas T0-B102DY Push Button Switch, 1NO 1NC, Green
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Emas T0-B102DY Push Button Switch, 1NO 1NC, Green
Emas T0-B102DY Push Button Switch, 1NO 1NC, Green
The Emas T0-B102DY is a high-quality industrial push button switch engineered for precision control in automation systems and electrical panels. Featuring a distinct green actuator, this component provides clear visual identification for operational tasks. It is equipped with a versatile contact configuration consisting of one normally open (1NO) and one normally closed (1NC) contact block, allowing for flexible integration into various control circuits.
This push button switch is built for durability and consistent performance in demanding industrial environments. Its robust construction ensures a long service life even under frequent operation. The inclusion of both 1NO and 1NC contacts provides the necessary versatility to handle diverse switching logic requirements without the need for additional components. The ergonomic design of the green actuator allows for easy manual activation, contributing to efficient workflow management in control rooms and machinery interfaces.
This switch is designed for standard industrial control voltages and is not intended for high-power direct load switching. It should not be used in environments where hazardous gases or extreme corrosive substances are present without additional protective enclosures.
The switch is designed for installation into standard panel cutouts. Secure the device firmly to the panel using the provided locking mechanism. Connect the electrical wires to the corresponding 1NO and 1NC terminals according to your circuit diagram. Ensure that all connections are tightened to the manufacturer's torque specifications to prevent loose wiring. Once installed, the green button can be pressed to trigger the desired electrical state change.
Regularly inspect the terminal connections for tightness and ensure the actuator moves freely without obstruction to maintain optimal operational safety and reliability.
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