602EN230-6B

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Snap Action, Limit Switches – 602EN230-6B application field and working principle

Snap action switches are available in a wide range of styles and come with different features. 602EN230-6B is one such snap action limit switch which offers features for various applications. This article discusses the application fields and working principle of 602EN230-6B snap action limit switch.

Application fields of 602EN230-6B

602EN230-6B snap action limit switch is widely used in the manufacturing process. It serves as a switch to detect the movement of an automated machine. In the automotive industry, it is used to detect the movement of the vehicle and send appropriate signals to control the vehicle’s motion.

In the home appliance sector, 602EN230-6B can be used as a safety switch. It can be used to sense the presence of an object and provide the corresponding signal to control the operation of the device.

602EN230-6B can be used in other areas such as power tools, security systems, and door sensors. It provides reliable performance in harsh industrial environments such as those encountered in oil and gas, stainless steel, and food and beverage industries.

Working principle of 602EN230-6B

The 602EN230-6B snap action limit switch is based on a snap-action mechanism which is triggered when a predetermined actuation force is applied. The switch does not require any additional power source as it functions on mechanical forces alone.

When actuated, the switch mechanism is pushed against a movable plunger that applies pressure against an electrical contact. This removes the insulation between the contacts, thus forming an electrical connection. The 602EN230-6B switch is designed to operate at a wide range of actuation forces and can also be configured to withstand extreme shock and vibration.

When configured to a high-ampere operation, the switch can be used in AC power motors and other high-load applications. Additionally, the switch is also designed with a high level of protection against over-currents, overheating, and short circuiting.

The 602EN230-6B limit switch is also designed with a wide variety of mounting configurations. These include side mounts, top mounts, and combination back mounts. Additionally, the switch is also available in different varieties such as single pole, double pole, and DC rated.

Conclusion

In conclusion, the 602EN230-6B snap action limit switch has wide application in industries where reliable operation is required. The switch is designed with a wide range of mounting options and can be configured to operate at different levels of current. Additionally, the switch is designed to withstand extreme shock and vibration, making it suitable for use in harsh industrial environments.

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