Why Choose the Unitronics UMC-B6C-PN-R-05 Servo Motor Power Cable?
The Unitronics UMC-B6C-PN-R-05 is a premium robotic servo motor power cable developed for reliable power transmission between Unitronics B6 servo drives and motors. Designed specifically for demanding motion control applications, this cable delivers dependable electrical performance while maintaining flexibility and durability in dynamic machine environments.
As part of the Unitronics servo motion range, the UMC-B6C-PN-R-05 is engineered for use with B6 servo motors rated from 4.4 kW to 5 kW. Its robotic-grade construction is suitable for applications involving continuous movement, drag chains and repetitive flexing, helping maximise service life and machine reliability.
Featuring a 5 metre cable length, the UMC-B6C-PN-R-05 provides additional installation flexibility for larger machinery and automation systems. The factory-assembled design simplifies installation while ensuring secure connections and consistent performance in industrial environments.
Key Advantages
- Designed specifically for Unitronics B6 servo motor systems.
- Compatible with 4.4 kW to 5 kW servo motors.
- Robotic-grade construction for continuous flexing applications.
- 5 metre cable length for extended installation flexibility.
- Reliable power transmission between servo drive and motor.
- Durable industrial design for demanding automation environments.
Key Features
- Unitronics UMC servo cable series.
- Power cable for B6 servo motor range.
- Suitable for motors rated 4.4 kW to 5 kW.
- Robotic cable design for dynamic motion applications.
- 5 m cable length.
- Factory-terminated assembly.
- Industrial-grade insulation and cable construction.
- Optimised for machine automation and motion control systems.
Reliable Connectivity for Motion Control Systems
Servo motor power cables are critical components within modern motion control systems, delivering stable power between the drive and motor. The UMC-B6C-PN-R-05 is engineered to maintain reliable performance in high-cycle industrial applications where durability and electrical integrity are essential.
Its robotic-grade construction allows it to withstand continuous movement and repetitive bending, making it particularly suitable for automated production lines, robotic cells and machine-building projects that demand long-term reliability.
Typical Applications
- Industrial robotics.
- Packaging and processing machinery.
- Automated manufacturing systems.
- Material handling equipment.
- CNC and motion control machinery.
- OEM machine building projects.
