Why Choose the Unitronics UMC-B6C-PN-R-03 Servo Motor Power Cable?
The Unitronics UMC-B6C-PN-R-03 is a high-quality robotic servo motor power cable engineered for use with Unitronics B6 series servo motors. Designed to provide reliable power transmission between the servo drive and motor, this cable supports demanding motion control applications where flexibility, durability and consistent electrical performance are essential.
As part of the Unitronics motion control ecosystem, the UMC-B6C-PN-R-03 is specifically designed for B6 servo motors rated between 4.4 kW and 5 kW. Its robotic-grade construction makes it ideal for applications involving continuous movement, cable chains and dynamic machine operations where standard power cables may be unsuitable.
With a factory-assembled design and a 3 metre cable length, the UMC-B6C-PN-R-03 simplifies installation while ensuring dependable performance in industrial automation systems, robotics, packaging equipment and advanced manufacturing machinery.
Key Advantages
- Designed specifically for Unitronics B6 servo motors.
- Suitable for 4.4 kW to 5 kW servo motor applications.
- Robotic-grade cable construction for continuous movement applications.
- 3 metre cable length provides installation flexibility.
- Reliable power transmission between servo drive and motor.
- Durable design for demanding industrial environments.
Key Features
- Unitronics UMC servo cable series.
- Power cable for B6 servo motor range.
- Supports motors rated 4.4 kW to 5 kW.
- Robotic cable design for dynamic motion systems.
- 3 m cable length.
- Factory-terminated assembly.
- Industrial-grade insulation and construction.
- Suitable for machine automation and motion control applications.
Reliable Connectivity for Motion Control Systems
Servo motor power cables play a critical role in maintaining efficient operation between servo drives and motors. The UMC-B6C-PN-R-03 is engineered to provide dependable electrical performance while withstanding the repetitive movement commonly found in automated machinery and robotic systems.
Its robotic-grade construction helps reduce wear and improve service life in applications involving continuous flexing, making it a suitable choice for machine builders, system integrators and automation engineers requiring long-term reliability.
Typical Applications
- Industrial robotics.
- Packaging machinery.
- Automated production lines.
- Material handling equipment.
- CNC and motion control systems.
- OEM machine building projects.
