Servo Motor Shielded Cables are engineered to provide high-performance power and signal transmission for servo motors in industrial automation and motion control systems. Featuring advanced shielding, these cables minimize electromagnetic interference (EMI), reduce signal loss, and ensure precise motor control. They are widely used in CNC machines, robotic arms, production lines, and other applications requiring accuracy, durability, and stability.

Key benefits include:

• High Signal Integrity: Shielding design prevents EMI and maintains clean data transmission.

• Durability: Withstands mechanical stress, abrasion, and high-flex operations.

• Flexibility: Supports frequent bending and torsion movements in dynamic applications.

• Safety Compliance: Meets international standards such as UL, CE, and RoHS.

Storage Conditions

Proper storage conditions help extend the life of servo motor shielded cables before installation.

Ideal Storage Guidelines

1. Temperature Control – Store between -10°C and +40°C to prevent insulation degradation.

2. Humidity – Keep relative humidity below 75% to avoid moisture absorption.

3. UV Protection – Protect from direct sunlight to prevent jacket hardening.

4. Chemical Safety – Avoid contact with corrosive chemicals, oils, or solvents.

5. Mechanical Protection – Store on reels or racks to prevent kinks, bends, or crushing.

Storage Conditions Table

Upgrade Options

Servo motor applications evolve, and cable upgrades enhance performance and system reliability.

Common Upgrade Scenarios

1. High-Flex Versions – For robotic and dynamic applications requiring extreme flexibility.

2. Torsion-Resistant Designs – Suitable for continuous rotational motion.

3. Enhanced Shielding – Double or triple shielding for environments with high EMI.

4. High-Temperature Resistance – Specialized jackets for hot industrial settings.

5. Custom Lengths and Connectors – Tailored solutions for unique installations.

Upgrade Options Table

Maintenance Methods

Proper maintenance ensures long-term performance and reliability.

1. Visual Inspection

• Check for cracks, cuts, or abrasions on insulation and jacket.

• Inspect connectors for signs of corrosion or looseness.

2. Cleaning

• Use a dry or slightly damp cloth.

• Avoid solvents or chemicals that damage insulation.

3. Mechanical Checks

• Verify proper bend radius and torsion limits are maintained.

• Ensure cables are secured but not over-tightened.

4. Electrical Testing

• Conduct continuity tests to verify conductor integrity.

• Measure insulation resistance for safety assurance.

Maintenance Frequency Table

Product Overview

Servo Motor Shielded Cables are designed to meet the demanding requirements of automation and motion control systems. They combine strength, precision, and safety to ensure uninterrupted performance in industrial environments.

Key Features

• Voltage Rating: 300V / 600V (depending on model)

• Temperature Range: -40°C to +105°C

• Conductor: High-purity copper for excellent conductivity

• Insulation: PVC, PE, or TPE for flexibility and protection

• Shielding: Braided copper, foil, or hybrid shielding for EMI resistance

• Outer Jacket: Oil-resistant, flame-retardant, and UV-stable options available

Product Specification Table

Conclusion

Servo Motor Shielded Cables are critical components in industrial automation, robotics, and motion control. With strict storage guidelines, flexible upgrade options, proper maintenance methods, and robust technical specifications, these cables deliver reliability, precision, and durability. Choosing high-quality, shielded Servo Motor Cables reduces downtime, ensures consistent signal transmission, and enhances system efficiency.