



M12 K-Code 4 Pin Female to Open End Power Cable – PUR Drag Chain, Unshielded
This 1m M12 K-Code 4 Pin Female to Open End power cable assembly is designed for industrial automation and higher current power applications requiring reliable and secure circular connectivity.
Featuring a robust PUR outer jacket, this cable is suitable for drag chain and continuous flex installations, making it ideal for robotics, machine building and automated production environments.
The M12 K-coded interface is engineered for power transmission in industrial systems where dependable performance and vibration resistance are essential.
Key Features:
• M12 K-Code female connector
• 4 pin configuration
• Open end (cut cable termination)
• Unshielded construction
• Durable PUR outer jacket
• Drag chain suitable
• Grey industrial cable
• Designed for power applications
Applications:
• Industrial automation
• Machine tools and CNC systems
• Robotics and motion control
• Control panels and cabinets
• Power distribution interfaces
Original: $50.92
-70%$50.92
$15.28Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
This 1m M12 K-Code 4 Pin Female to Open End power cable assembly is designed for industrial automation and higher current power applications requiring reliable and secure circular connectivity.
Featuring a robust PUR outer jacket, this cable is suitable for drag chain and continuous flex installations, making it ideal for robotics, machine building and automated production environments.
The M12 K-coded interface is engineered for power transmission in industrial systems where dependable performance and vibration resistance are essential.
Key Features:
• M12 K-Code female connector
• 4 pin configuration
• Open end (cut cable termination)
• Unshielded construction
• Durable PUR outer jacket
• Drag chain suitable
• Grey industrial cable
• Designed for power applications
Applications:
• Industrial automation
• Machine tools and CNC systems
• Robotics and motion control
• Control panels and cabinets
• Power distribution interfaces























