Model: MR-PWCNK1-5M
Length: 5 meters
Compatibility: HC-KFS, HC-MFS, HC-UFS servo motor series
Material: Pure copper with gold plating
Bending Durability: Up to 10 million cycles
Operating Temperature: 0 to 40°C
Mitsubishi MR-PWCNK1-5M Servo Motor Power Cable
MR-PWCNK1-5M
Servo Motor Accessories and Power Cables
5 Meters
Mitsubishi HC-KFS, HC-MFS, and HC-UFS Servo Motor Series
In Stock. Contact to confirm current lead time and shipping availability.
MR-PWCNK1-5M is a power supply cable designed to deliver electrical power from a servo amplifier to Mitsubishi servo motors in industrial motion control systems.
This cable is specifically built for HC-KFS, HC-MFS, and HC-UFS Mitsubishi servo motor series, ensuring reliable electrical connectivity between the servo drive and the motor.
Servo motor power cables play a critical role in motion control systems by transmitting controlled electrical power from the servo amplifier to the motor. Stable power transmission ensures accurate torque generation, consistent motion performance, and safe operation of automation equipment.
The MR-PWCNK1-5M cable is engineered for industrial environments where motion systems experience frequent movement, vibration, and continuous operation.
| Specification | Value |
|---|---|
| Model Number | MR-PWCNK1-5M |
| Cable Type | Servo Motor Power Cable |
| Cable Length | 5 meters |
| Conductor Material | High Purity Copper |
| Connector Type | Mitsubishi Servo Motor Connector |
| Bending Resistance | Up to 10 million cycles |
| Operating Temperature | 0°C to 40°C |
| Storage Temperature | –15°C to 70°C |
| Humidity Tolerance | Up to 80 percent RH non-condensing |
The cable is designed for direct compatibility with Mitsubishi HC-KFS, HC-MFS, and HC-UFS servo motor series, ensuring correct electrical connection between servo amplifier and motor.
High purity copper conductors provide efficient electrical transmission, minimizing resistance and maintaining stable power delivery during servo motor operation.
The cable supports up to 10 million bending cycles, making it suitable for robotic joints, moving axes, and flexible cable carrier systems.
The cable operates reliably within industrial temperature ranges commonly found in production facilities and automation environments.
The cable construction allows stable operation in environments with humidity levels up to 80 percent relative humidity without condensation.
Servo motor power cables connect a servo amplifier to the motor to supply electrical energy required for motion.
In a servo system:
The servo amplifier generates controlled electrical current.
The power cable transmits this current to the servo motor.
The servo motor converts electrical energy into rotational motion.
The motion drives mechanical components such as ball screws or robotic joints.
Stable power transmission is necessary for accurate torque output and reliable axis movement.
Servo motor power cables supply electrical power to motion control systems used in automated production lines.
Robotic arms and articulated automation systems require flexible cables capable of handling repeated movement cycles.
CNC machines use servo motor power cables to drive feed axes and positioning systems.
Power cables support servo motors used in high-speed assembly and packaging equipment.
The MR-PWCNK1-5M cable is designed for use with:
Mitsubishi HC-KFS servo motors
Mitsubishi HC-MFS servo motors
Mitsubishi HC-UFS servo motors
Always verify connector type and system configuration before installation.
No. This cable is designed specifically for Mitsubishi HC-KFS, HC-MFS, and HC-UFS servo motor series.
Yes. The cable supports up to ten million bending cycles, making it suitable for robotic joints and cable carrier systems.
The cable uses high purity copper conductors designed to provide stable electrical transmission in industrial motion control systems.
The cable is designed for industrial automation environments including robotics, CNC machinery, and automated production systems.
Using the correct servo motor power cable provides important operational benefits:
reliable power delivery to servo motors
stable torque output during motion control
longer cable life in dynamic environments
reduced risk of electrical connection failure
These benefits help maintain efficient and stable performance in industrial automation systems.
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