ASQ10320

ASQ10320 is a kind of snap action limit switch, which is mainly used to detect the state of mechanical parts and to adjust their position precisely. It can be used for linear or rotary actuators. The ASQ10320 has a small form factor and flexibility that make it ideal for applications where space is limited or the need for a unique actuator shape is required.

The working principle of the ASQ10320 is simple. It uses a triggered contact mechanism which is triggered by an actuating force to make an electrical contact. The actuator is connected to the limit switch body housing, and when the actuating force is applied, the contacts move against a spring and make contact. The contact can be reset by reversing the actuating force. This allows the switch to act as an on/off switch, or as a type of limit switch. The contact can also be configured to offer multiple positions, thus allowing for more complex switching functions.

The ASQ10320 is typically used for industrial applications, such as machine control and automation systems, robotics, food and beverage processing, and safety systems. The small form factor and low cost make it suitable for applications that require high quality, reliable switching. In addition to the basic contact configurations, the switch can also be configured for a variety of feedback signals and other features such as reset capability, adjustable actuating and release forces, protection against electrical noise, dust and water ingress, and temperature ranges.

The ASQ10320 is available in a wide range of sizes and configurations to meet the needs of most industrial applications. More complex switches can also be custom-designed with unique actuating and releasing forces, voltage ratings, and other features.

Overall, the ASQ10320 is a versatile and reliable switch that is well-suited for a variety of industrial applications. Its small form factor and flexibility make it a great choice for space-constrained applications, while its low cost makes it a great option for cost-sensitive applications.