MC4-0111

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Safety is paramount in any professional environment or busy workspace, and the dangers associated with moving machinery can be numerous and potentially fatal. The MC4-0111 from Berpautronics is an electronically-based safety controller, which provides an affordable and reliable solution to machine safety. In this article, we’ll take a look at the application field of the MC4-0111 as well as its working principle.

Application Field

The MC4-0111 is designed to be used with a range of machinery, from industrial robotic arms to CNC lathes and other automated production systems. The controller’s core function is to detect the presence of personnel or objects in the vicinity of moving machinery, and then trigger a shut-down response if a possible hazard is detected. This allows for safe and reliable operation of the machinery without the need for manual monitoring by personnel.

In addition to its core safety function, the MC4-0111 can also be utilized in order to control other machine elements, such as light curtains, door locks, output signals and contactors. This makes the controller an ideal solution for a wide range of industrial applications, from machine automation and production to robotic arm control.

The MC4-0111 is suitable for use with a wide range of machinery, from robot systems to CNC machines, and can be tailored to provide a customised solution for any application. The controller’s slim design also makes it well suited to using in confined spaces or restricted areas, allowing for a space saving and efficient safety solution.

Working Principle

At its simplest, the MC4-0111 is designed to detect the presence of any individuals or objects near a moving machine, and then trigger a shutdown response if a hazard is detected. This is done through implementing an electronic switch as part of the unit’s design. The switch is rigidly connected to the body of the machine, and comprises of two distinct elements – housing and paddle.

When the machine starts up, the switch begins to rotate, and this motion will cause the paddle to move across the face of the housing. Should an obstruction come into contact with the paddle before it has completed its revolution, the switch will be triggered and the machine shut down. This allows for an effective and reliable hazard detection system.

Conclusion

The Berpautronics MC4-0111 safety controller is a reliable and affordable solution for preventing hazards in moving machinery. It is suitable for a wide range of applications, from robotics and CNC systems to production machines, and can be tailored for specific requirements. The controller uses an electronically-based switch which rotates and triggers a shut-down response if a potential hazard is detected. The MC4-0111 allows for a safe and reliable solution for machine safety.

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