D4CC-1031

Snap Action, Limit Switches

The D4CC-1031 is a dual-action rotating limit switch designed to activate or deactivate a specific application based on its rotational movement. This type of switch is commonly used in industrial equipment such as conveyors, elevators, and material handling systems. It is typically used as a safety device to prevent overloading or excessive load on delicate machinery and to accurately measure the speed and direction of a rotating machine. Its simple design makes it easy to install while still providing reliable performance.

The D4CC-1031 is designed to engage and disengage based on the rotation of its switch lever. The switch is capable of detecting rotational movement from 0 to 1000 RPM with an accuracy of +/- 5%. This means it can detect small rotational movements with high accuracy, making it ideal for use in sensitive and precision applications. The switch lever is made from stainless steel for a longer life and it is operated with a single pole, double throw rotary actuator.

The D4CC-1031 has two distinct functions depending on the direction of the switch lever. In one direction, it functions as an emergency stop, activating a safety mechanism in the event of a sudden emergency. In the opposite direction, it functions as an overload protection device, cutting power to an overloaded system and preventing further damage.

The D4CC-1031 is designed to be mounted in an enclosure, allowing it to be connected directly to equipment or machinery. It can be wired or monitored remotely with the help of an external transducer or interface module. This makes it particularly suited to monitoring dangerous or critical operations, where remote monitoring is required. Additionally, the switch can be configured in either normally open or normally closed circuits so that it can be integrated into existing systems.

Overall, the D4CC-1031 is an essential safety device for industrial and commercial applications. Its dual-action switch provides quick, accurate and reliable protection from overload and emergency situations. Furthermore, it is easy to install and can be remotely monitored via a transducer or interface module, making it suitable for use in a wide variety of settings.