MC4-0012

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MC4-0012 is an industrial-grade, 4-axis machine safety controller from Matsushita Electric Works. It is a versatile safety solution for a wide range of applications, from small to medium-sized machines. It is designed to provide comprehensive safety monitoring, control, and communication capabilities.

Overview

The MC4-0012 controller is a multi-functional and economical safety solution for controlling and monitoring industrial machines. It offers an integrated safety platform that can be easily customized to meet individual machine safety and performance requirements. The controller integrates four, independently configurable safety axes, along with the necessary communication, control, and monitoring features for comprehensive machine safety and automation control. All control and communication features of the MC4-0012 are easily programmable through the integrated designer software.

Application Field

The MC4-0012 is suitable for a wide range of applications, including robotics, assembly systems, machine tools, process machinery, and machinery in hazardous environments. It can be used to protect personnel from potential injuries due to hazardous machinery and machine operation, as well as to automate and improve machine performance. The MC4-0012 safety controller is designed to be used in conjunction with PLCs, robots, motion controllers, HMI/Scada systems, and other automation components.

Working Principle

The MC4-0012 safety controller offers four independent safety axes, with each axis including one or more inputs and outputs. The inputs are assigned to monitor the safety conditions of the machine, including items such as emergency stop switches, door sensors, and more. The outputs are used to control the machine, such as stopping the motion when a safety condition is detected. The controller also includes communication features to enable remote monitoring and control of the machine.

The safety controller is designed to work in tandem with an automation system, including PLCs, HMIs/SCADA systems, motion controllers, and other components. This allows the safety controller to monitor and control the operation of the machine, and to also communicate with the automation system. The safety controller can be programmed to provide the necessary safety functions, such as ensuring that the machine will stop if a safety condition is detected.

The safety controller also includes a built-in diagnostic system to ensure that any safety issues that may arise are addressed promptly. The diagnostic system performs tests, checks, and displays messages when abnormalities are detected. It also helps to minimize the risk of potential accidents by warning users of any safety risks that may occur during operation.

Conclusion

The MC4-0012 safety controller is a powerful and reliable safety solution for a wide variety of machines, including robotics, assembly systems, machine tools, process machinery, and hazardous environments. It offers an integrated safety platform that is easily customizable to meet individual application needs, and includes a comprehensive set of safety functions, inputs, outputs, communication features, and diagnostics. The MC4-0012 is an affordable and reliable solution for machine safety and automation control.

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