831619C6.CB

A 831619C6.CB is a type of snap action, limit switch. It can be used in a variety of applications, including those that require precise actuation of a control device. The switch can actuate either an off/on relay or a mechanical switch. The switch is relatively small, with dimensions of 19mm x 9.5mm x 28.8mm, allowing it to be mounted in confined spaces. The switch is unique in its design, providing an extremely reliable switching action with a precision of contact point and actuation force. The switch is also highly repeatable, meaning that it will consistently perform the same action.

831619C6.CB Application Field and Working Principle

The 831619C6.CB is typically used for applications requiring precise actuation of control devices. It is ideally suited for applications where there is a need for high repeatability of a contact point and actuation force. In these applications, the switch can provide minute variations in contact point and actuation force, which may be necessary for a wide range of operations. One example of this is in the automotive industry, where the switch is used to control the ignition of a car, ensuring the correct timing for combustion.

The 831619C6.CB switch operates by converting manual force into an electrical signal. The switch is fitted with a heavy duty spring-loaded plunger, which when pushed down, bends and returns back to its original position when released. This action opens and closes the snap switch contacts, allowing current to flow or be interrupted. The switch is designed to close when the plunger is deflected a certain amount, while re-opening after the plunger reaches its original position.

Benefits of the 831619C6.CB Series Limit Switch

The 831619C6.CB is an extremely reliable switch, with a precision of contact points and actuation forces. The switch provides reliable switching action with a repeatability of over 20 million cycles, making it suitable for a variety of demanding applications. It also has a long lifetime, with a contact life rated at over 10 million cycles. As such, it is ideal for applications where longevity is a key requirement.

The switch also offers a number of safety features. The switch is designed to reduce the risk of electrical overload, providing protection against short circuits, overloads and overtemperature conditions. In addition, the switch is equipped with a unique self-locking mechanism, which prevents accidental operation.