AZ35239

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Snap action, limit switches are types of contact elements used to signal the presence or absence of an object. Specifically, the AZ35239 contact elements are designed to serve as a switching mechanism for various applications, typically paired with a control circuit to activate functions in the application. To explain exactly how an AZ35239 device works, it’s important to understand the contact elements of this particular switch and its operating principle.

Contact Elements

AZ35239 switches are designed with two sets of contacts: normally closed (NC) and normally open (NO). This configuration allows a user to validate the presence of an object. Specifically, the NC contacts are connected to the voltage source when the switch is not activated and the NO contacts are disconnected from the voltage source. When an object is detected, the switch is activated, the NC contacts disconnect from the voltage source and open the circuit, and the NO contacts are connected to the voltage source and close the circuit.

It is important to note that AZ35239 contact elements are typically placed in the OFF position until a user or an external source activates the switch. Furthermore, once the switch is activated, the contact elements will remain in the current position until the switch is deactivated.

In addition, AZ35239 contact elements have a variable draw rating, ranging from 6A to 12A, depending on the switching purpose.

Operating Principle

The operating principle of AZ35239 switches is triggered by an external pressure or magnetic field. When pressure is applied, the contact elements of the switch are forced to close and the circuit is completed. Furthermore, AZ35239 switches are designed with a diaphragm that adapts to different surfaces and can sense pressure up to a certain limit. Additionally, when a magnetic field is applied to the AZ35239 switch, the contact elements close, completing the circuit.

The traditional ON/OFF switching of AZ35239 switches is ideal for limit-type applications and is commonly used in motors, machine tools, presses, elevators, electrical doors, and automotive applications. By including AZ35239 switches in these applications, users can more easily detect objects and control the process.

Furthermore, the AZ35239 switch is designed to endure temperatures between -30°C and +100°C, making it suitable for a wide range of applications in temperature sensitive environments.

Conclusion

The AZ35239 switch is an electrical contact element designed to detect the presence or absence of an object. It operates on an external pressure or magnetic field and features two contact elements, normally closed (NC) and normally open (NO). Furthermore, it offers a 6A to 12A switching capacity making it ideal for limit-type applications such as motors, machine tools, elevators, and electrical doors. Lastly, it is designed to operate in temperatures between -30°C and +100°C, making it useful in a range of applications.

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