8pin 5m Robot Wiring Harness UL1007 24AWG For Stable Signal Transmission

Product description:

  8PIN 5m anti interference robot wiring harness UL1007 certification the connector adopts imported plug-in.Shielding tinned copper wire mesh braid density of more than 85%. Shielding structure is adopted to block external electromagnetic interference. By guiding the external electromagnetic field to the ground, the shielding layer protects the signals inside the harness from interference and improves the stability and reliability of signal transmission. Wire harness machining strictly comply with IPC620 standard to ensure the stability of wire harness.

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Product application:
 

I: Automated production line: On the automated production wire harness, robot wiring harnesses are used to connect robots in different workstations to realize material handling, assembly, welding and other processes. The high-quality anti-interference characteristics of the harness ensure stable signal transmission and improve the efficiency and accuracy of the production line.

II: Medical robots: In the medical field, robotic wiring harness are used for the connection and control of medical robots, such as surgical robots, rehabilitation robots, etc. Wiring harnesses transmit power, signal, and image data to support precise surgical operations and rehabilitation, improving medical effectiveness and safety.

III: Logistics and warehousing: Robot wiring harnesses are used in automatic navigation vehicles, automatic picking systems and other equipment in the field of logistics and warehousing. Wiring harnesses transmit navigation and control signals to support operations such as automatic navigation, cargo picking and warehouse management, improving logistics efficiency and accuracy.

I: Anti-electromagnetic interference capability: anti-interference robot wiring harness design adopts shielding structure or other anti-interference measures to reduce the influence of external electromagnetic interference on signal transmission. This helps maintain the stability and reliability of the signal.

II: High temperature and chemical resistance: High temperature, chemical substances and other challenges to wire harness materials may exist in industrial environments. Anti-interference robot wiring harnesses may be resistant to high temperature and chemical corrosion to adapt to harsh working environments.

III: Durability: Robot harnesses usually need to withstand high mechanical stress and environmental requirements. Anti-interference robotic wiring harnesses may employ high quality materials and reinforcement measures to improve their durability and tensile resistance.