AH71546559-A

Introduction

AH71546559-A is a convex snap action limit switch, designed to sense the presence of an object. It is designed to provide consistent performance and meet the requirements of many applications. This switch can be used to detect small objects or even liquids, making it perfect for a wide range of applications where accuracy and repeatability are critical.

Operating Principle

The AH71546559-A is designed to precisely detect when an object is present. When the object comes into contact with the switching contact, the switch triggers a relay or other triggering device. The switch is a latching type device, which means it will remain in the triggered state until manually reset by the user. The AH71546559-A is designed to be the most reliable and repeatable switch. Its contact points are highly conductive and rigid, allowing for an extremely secure contact. Additionally, its design ensures contact accuracy under a variety of environments, allowing for consistent performance.

Specifications

The AH71546559-A is rated for 5 amps at AC 120V, or 24V AC/DC. The switch\'s snap action provides for reliable and repeatable switch operations. The system has an operating life of 500,000 cycles and an operating temperature range of -55 °C to 68 °C.The AH71546559-A has a maximum contact gap of 4.0mm, a minimum contact distance of 1.0mm, and a maximum switching distance of 11.0mm. The switch has a contact resistance of 50 mOhm max, a mechanical actuation force of 250 N, and an electrical actuation force of 20 N.

Applications

The AH71546559-A is best suited for applications that require precision sensing. It is ideal for sensing the presence of small objects or liquids, and is suitable for use in medical, laboratory and industrial applications. It is also useful for machine automation, and can be used to power machinery, activate alarms, or to detect objects in small spaces.

Conclusion

The AH71546559-A is a convex snap action limit switch, designed to sense the presence of an object. Its contact points are highly conductive and rigid, allowing for an extremely secure contact, and its design ensures contact accuracy under a variety of environments, allowing for consistent performance. Because of its high accuracy and repeatability, the switch is best suited for applications that require precision sensing. It is ideal for sensing the presence of small objects or liquids, and is suitable for use in medical, laboratory and industrial applications.