A165L-ARM-5-1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Application Field and Working Principle of A165L-ARM-5-1

The A165L-ARM-5-1 is a research grade push button switch which is typically used in a variety of laboratory settings. The switch features an armature which has been precisely engineered for reliable operation, as well as a long service life. As it is research grade, this model is particularly suited for applications such as scientific experimentation, instrumentation control, and other applications that require extremely accurate operation.

Design and Features of A165L-ARM-5-1

A165L-ARM-5-1 is a pushbutton switch of single-pole single-throw (SPST) configuration. This switch is housed in a durable yet lightweight molded plastic housing that is designed for long-term reliability. The armature is equipped with a 5.5-inch handle, which can be maneuver easily in tight spaces. The switch also features a recessed black button, which is used to actuate the contacts.

The A165L-ARM-5-1 is UL and cUL recognized, which ensures that the switch meets industrial safety requirements and has been tested for reliable operation. In addition, the switch has an operating temperature range of -20 to +60°C and a maximum voltage of 500Vac. The switch is rated for a current capacity of 5A, which is sufficient for most applications.

Working Principle of A165L-ARM-5-1

The A165L-ARM-5-1 switch is designed to be actuated by pressing the black button. This causes the armature to move inward, which then actuates the internal contacts. The switch is designed such that the closing of the contacts is always accompanied by an audible \'click\', making it easy for users to differentiate between actuated and unactuated positions of the switch.

The A165L-ARM-5-1 utilizes a special mechanism which ensures the reliable and repeatable operation of the pushbutton switch. This mechanism is composed of spring-loaded contacts and an internal locking mechanism, which ensure that the switch contacts maintain their position until the armature is actuated. This locking mechanism also helps to prevent accidental actuation of the switch.

The armature of the A165L-ARM-5-1 is designed to be highly durable and reliable. The armature is composed of stainless steel material, which is resistant to heat, corrosion, and other harsh environmental conditions. The armature is also equipped with an integral shock absorber, which serves to minimize damage caused by direct impacts.

Conclusion

The A165L-ARM-5-1 pushbutton switch is designed for reliable and accurate operation in a variety of research and industrial environments. With a durably constructed armature, shock absorbent mechanism, and UL and cUL recognition, the switch is a perfect choice for users who require a reliable switch for their applications.

The specific data is subject to PDF, and the above content is for reference