DEMAC Automatic Cable Reel CR10 Series

DEMAC Automatic Cable Reel CR10 Series

Spring-Loaded, Electromagnetic Brake Cable Reel with Optional CANBus, Ethernet, and Profinet Support
The CR10 Series Automatic Cable Reel by DEMAC is a spring-loaded cable rewinder designed for efficient and reliable cable management in industrial applications. This reel can automatically rewind up to 32 meters of cable and is equipped with an electromagnetic spring brake that activates with the power supply. Suitable for continuous operation in various positions, the CR10 Series is built for environments where dust and water protection are critical, thanks to its IP66-rated design. With optional support for CANBus, Ethernet, and Profinet communication protocols, this cable reel is perfect for advanced industrial connectivity needs.

Product Details:

  • Model: CR10 Series Automatic Cable Reel
  • Cable Length: 32 meters
  • Cable Specifications:
    • 2x1 m section
    • 6 mm diameter
  • Maximum Voltage: 50 V
  • Maximum Current: 6 A
  • Maximum Speed: 30 meters/minute
  • Protection Rating: IP66 (Dust-tight and protected against powerful water jets)
  • Temperature Range: -20°C to +60°C
  • Braking System: Electromagnetic spring brake (opens with power supply)
  • Winding System: Automatic, cable distributed naturally around the drum
  • Optional Features: CANBus, Ethernet, Profinet connectivity
  • Applications: Suitable for outdoor environments, industrial handling equipment, hydraulic drills, off-shore equipment, and other complex hydraulic systems
  • Manufacturer: DEMAC, world leader in hose and cable reels for industrial and lifting applications

Key Benefits:

  • Durability: IP66-rated actuators ensure protection against dust and water ingress, making it suitable for harsh environments.
  • Performance: Supports continuous rewinding with a maximum speed of 30 m/min and voltage up to 50 V, ideal for high-demand applications.
  • Flexibility: Optional CANBus, Ethernet, and Profinet protocols enable advanced communication for complex systems.
  • Low Maintenance: Designed for long maintenance cycles, minimizing downtime.