High Temperature Resistance Industrial Cable Harness Servo Wire Harness Cable

Product Specification

High temperature resistance strong conductivity 85% cable shielding rate low inertia servo motor industrial wire harness

Enhanced Safety: Industrial Wire Harnesses ensure safe and secure electrical connections, minimizing the risk of electrical faults, short circuits, and accidents, thereby enhancing worker safety and equipment reliability.

Reliable Signal Transmission: These harnesses are designed to maintain excellent signal integrity, minimizing signal loss, noise, and interference, which is crucial for accurate data transmission and control in industrial systems.

1.  Product description

  High temperature resistance strong conductivity 85% cable shielding rate low inertia servo motor industrial wire harness choose TPU outer quilt:

wear resistance, good oil resistance and elasticity, cable shielding rate >85%, anti-interference, stable operation of the machine, drag chain times

up to 5 million times or more: cable using tensile cotton thread. Low eccentricity cable with uniform thickness: prevent current breakdown and

ignition, ensure electrical safety. Copper wire high-precision oxygen-free copper: low resistance, strong conductivity, ultra-fine copper wire, to

ensure that the wire is soft.

  This type of industrial cable is designed for industrial wiring of low inertia servo motors. The industrial harness uses lightweight materials and

construction to reduce the inertial effect of load on motor movement. This industrial harness can provide precise signal transmission and fast

response to meet the requirements of high precision control of servo motors.

  Feel free to contact with us, if you ever needed to consider your wire harness solution.

1.1 Application area

I: Servo system: Servo motors are widely used in fields requiring high-precision motion control, such as machine tools, printing equipment, textile equipment, etc. Low-inertia servo motor industrial wiring can reduce the inertia effect of load on motor movement, provide accurate signal transmission and fast response to achieve high-precision position and speed control.

II: High temperature environment: Cables with high temperature resistance and strong conductivity are suitable for applications that need to work in high temperature environment, such as heat treatment equipment, furnaces, high temperature baking equipment, etc. These cables are able to maintain stable electrical conductivity under high temperature conditions and have high temperature resistant insulating materials to ensure reliable signal transmission and safety performance.

III: Industrial automation: These cables are commonly used in the field of industrial automation, including automated production lines, robotics systems, control systems, etc. In these applications, high temperature resistant and conductive cables can withstand high temperature environments and provide reliable signal transmission to meet the requirements of high precision control and fast response.

1.2 Feature

I: Low inertia design: For industrial wiring of servo motors, these cable harnesses are designed with lightweight materials and construction to reduce the inertial effect of load on motor movement. This helps to improve the response speed and control accuracy of the system.

II: High electromagnetic shielding effect: with 85% cable shielding rate means that the cable can effectively reduce the impact of external electromagnetic interference on internal signals. The industrial wiring harness uses a shielding layer to block the external electromagnetic radiation to ensure the integrity and reliability of signal transmission.

III: Strong electrical conductivity: These cable industrial harnesses have good electrical conductivity to ensure the reliability and stability of signal transmission. The industrial harness uses high quality conductor materials and is designed to minimize resistance and signal losses to meet the requirements of high precision control and fast response.

2. Product information

2.1 Picture of real products