Product description:

Customized Robot Mechanical Arm 8 Core Aviation Connector Wiring Harness, UL20276 24AWG the design is simple and easy to install and connect to the relay base. It is usually equipped with plugs and sockets to make the installation process easier and faster. Simply plug the harness into the socket in the base of the relay to complete the connection.The wires inside the harness are made of high-quality conductive materials that provide stable current transmission and low resistance. This ensures that the power can be efficiently transmitted to the relay base and other robot components, guaranteeing the normal operation of the robot.

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Product application:

I: Industrial automation: Robots play a key role in industrial automation and are used to perform various tasks such as assembly, handling, welding, and others. 300V soft and easy to install relay base The robot wiring harness can be used to connect the relay base of the robot, providing stable power transmission and control signals to ensure the normal operation of the robot.

II: Healthcare: Robots are increasingly being used in healthcare, including surgical assistance, rehabilitation therapy, among others. 300V soft and easy to install relay Base The robot wire harness can be used to connect the relay base of the robot to provide the required power and control signals to ensure the safe and reliable operation of the robot in the medical environment.

III: Agriculture and farm mechanization: The application of robots in agriculture helps to improve the production efficiency and quality of crops. The 300V soft and easy to install relay base Robot wire harness can be used to connect the relay base of agricultural robots to provide power and control signals to the robots, enabling them to automatically perform agricultural tasks such as planting, spraying, and harvesting.

I: High torsional resistance: Robot power harness assembly needs to be able to withstand large angle torsional motion, so high torsional resistance is a very important feature. This means that the power harness assembly is able to withstand torsional forces while the robot is in motion without being damaged or broken.

II: Soft and flexible: The robot power harness assembly needs to be soft and flexible to adapt to the complex movement and attitude changes of the robot. The flexible wiring harness assembly can bend and move freely without limiting the range of motion and flexibility of the robot.

III: High electrical performance: The robot power harness assembly needs to have good electrical performance, including low resistance, low voltage drop, good shielding performance, etc. These features ensure that the power harness assembly can effectively transmit power and signals, reducing energy loss and interference.