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DeviceNet CANopen M12 A-Coded 5 Pin Male Straight to Female Right Angled Cable


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Description


Introduction:

The M12 A-Coded 5 Pin Male Straight to Female Right Angled Cable is a high-performance cable assembly widely used in industrial automation and control systems. It is equipped with a straight M12 5-pin  male connector on one end and a right-angled M12 5-pin female connector on the other, facilitating flexible installation in tight or restricted spaces. It supports DeviceNet, CANopen, CAN Bus, and NMEA 2000 communication protocols, ensuring reliable data transmission and stable connections between different devices.

Specification:

Type M12 CAN Bus CANopen NMEA2000 Cable
Product Name DeviceNet CANopen M12 A-Coded 5 Pin Male Straight to Female Right Angled Cable 
Connector 1 M12 5 Pin Male
Connector 2 M12 5 Pin Female
Coding A-Coding
Gender Male to Female
Direction Male Straight, Female Right Angled
Protocol DeviceNet, CANopen, CAN Bus, NMEA2000
Certificate UL, RoHS, REACH

Features:

  1. 90-Degree Design: The M12 female connector is designed for Right-Angled structure, improving space utilization and enabling easy installations in confined areas.
  2. Easy to Use: All M12 connectors use a threaded-locking mechanism, which allows users to install them in a short time.
  3. Flexibility: The combination of straight and right-angled connectors provides great flexibility for cable routing, suitable for various installation configurations and orientations.
  4. Protocol Compatibility: Compatible with DeviceNet and CANopen communication standards, ensuring reliable data transfer and communication in industrial automation systems.

    Application:

    1. Sensors and Actuators: Connect sensors, actuators, and other devices to controllers, facilitating data exchange and precise control in manufacturing processes.
    2. HVAC and Lighting Systems: Used in building automation systems, such as HAVC and lighting controls, to facilitate reliable communication and efficient management of temperature and illumination.
    3. Real-Time Feedback: Support real-time data exchange between robots and control systems, providing up-to-date feedback on robot performance and environmental conditions.
    4. Data Loggers: Used to connect data loggers to network systems, enabling the collection and transmission of operational data for detailed performance analysis and monitoring.
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