High Torque Resistance Length 750mm Robot Wiring Harness Assemblies For Servo System
Product description:
High torque resistance length 750mm robot wiring harness assemblies for servo system with high torque resistance and other characteristics, clever wiring between the bending mechanical arms, more bending resistance, greatly increasing the service life of the equipment. The wiring harness assembly is specially designed with high torque resistance to withstand torque stress during robot and equipment movement. This helps to prevent the cable from being damaged or broken during movement, ensuring the stability and reliability of the system.
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| Product Name |
High Torque Resistance Length 750mm Robot Wiring Harness Assemblies For Servo System |
| Certification |
Pass ISO13485,ISO9001,IATF16949,UL and ROHS certification |
| Product application |
Industrial equipment (servo system) robot |
| Length, color |
Optional |
| Processing technic |
Riveting, assembly molding |
| Customized or not |
Yes |
| Test requirement |
Conduction rate 100%,Salt spray test |
| Samples |
Samples confirmed first before mass production |
Product application:
I: Robotics: Robot wire harnesses can be used to connect key components such as power systems, controllers, and sensors of robots. For example, in an industrial robot, wiring harness components can be used to connect motors, encoders, and sensors of a robotic arm to achieve precise motion control and feedback. In service robots, wiring harness components can be used to connect navigation system, vision system and human-computer interaction equipment to achieve intelligent functions.
II: Intelligent manufacturing: In the field of intelligent manufacturing, robot wiring harness components can be used to connect various intelligent devices and sensors to achieve data interaction and linkage between devices. For example, in smart factories, robotic wiring harness components can be used to connect iot devices, industrial robots, and automated control systems, enabling real-time data collection and remote monitoring to improve production efficiency and quality.
III: Medical robots: The applications of robotic wiring harness components in the medical field cover diagnosis, surgery, and rehabilitation. For example, in surgical robots, robotic wire harness components can be used to connect image sensors, surgical tools, and control systems for precise surgical manipulation and image guidance.
Product character:
I: Strong torque tolerance: The robot harness is designed with high torque resistance and is able to withstand torque stress in the movement of the robot and equipment. This helps prevent the wiring harness from being damaged or broken during movement, ensuring the stability and reliability of the system.
II: Reliable power supply: The robot wiring harness provides reliable power transmission to ensure the normal operation of the robot system. It is able to withstand high current loads and provide stable voltage output to meet the power requirements of the robotic system.
III: Accurate signal transmission: The robot wiring harness components stably transmit signals, ensuring accurate data transmission and control. It uses shielding and insulation design to effectively reduce signal interference and noise, thus providing clear and reliable signal transmission.
