Juego de arnés de cableado asistido por robot para automatización

Customized robot harness according to your drawing or sample requirements.
Cable: UL1015, UL1007;
Conector: tubular terminal KT, spring terminal;
Application fields: sweeping robots, mechanical arm robots, industrial robots, etc.;
Name: Robot wire harness; Processing technology: riveting, assembly and molding;
Customized according to customer needs: wire harness length, especificaciones, color, etc.;
Wire harness exterior: heat shrink tubing;
Cable: UL1015, UL1007;
Withstand voltage: DC300V, 10 milliseconds;
Conector: tubular terminal KT, spring terminal;
On-resistance: ≤2 ohms;
Waterproof grade: IP67;
Insulation resistance: ≥10 megohm;
Plug and unplug cycle: ≥5000 times;
Salt spray test: ≥48 hours;
Áreas de aplicación: sweeping robots, mechanical arm robots, industrial robots, etc..

Robot wire harness drag chain cables are mainly suitable for occasions with frequent movement and bending. Because more ordinary cables should have: high flexibility, oil resistance, shallow water resistance, moisture resistance, UV resistance, excellent weather resistance, low temperature resistance, resistencia al desgaste, and the ability to withstand heavy mechanical external forces. The cable has faster acceleration and stronger bending resistance than ordinary flexible cables.

The robot wire harness has characteristics such as high torsion resistance. It is cleverly routed between the curved robotic arms and can withstand a large number of bends, which greatly increases the service life of the equipment.

Certificación de producto: UL, IPC620, IP67, ALCANZAR, ROHS2.0, MASAS

Honores y calificaciones de la empresa.: National High-tech Enterprise, UL, IPC620, ISO 9001, ISO14000, ISO13485, IATF16949, etc..

Robot wiring harness refers to the cable and wiring harness system used to connect various parts and components of the robot. It includes multiple wires, conectores, protective sleeves and other accessories used to transmit power, signals and data to achieve robot movement, control and communication.

El flujo del proceso para fabricar mazos de cables para robots normalmente incluye los siguientes pasos:
Diseño y planificación: Diseñar el diseño, métodos de conexión y características eléctricas del mazo de cables según las necesidades y requisitos funcionales del robot. Considere factores como el área de la sección transversal del cable., longitud, codificación de colores y número de conductores.
Preparación de materiales: Seleccione cables de alta calidad, conectores, fundas protectoras y otros accesorios adecuados para aplicaciones robóticas. Asegúrese de que los materiales cumplan con los estándares y especificaciones relevantes de la industria..

Wire processing: According to the design requirements, the wires are peeled, cut and soldered. Make sure the wire ends have good electrical contact and wire insulation.

Connector assembly: Insert the wire into the connector, and assemble and fix the connector. Ensure good contact and stable connection between connector and wire.
Sleeving Installation: Place protective sleeves or sheaths over wire harnesses to provide physical protection and electromagnetic shielding of the wires. Make sure the wire harness is sufficiently flexible and abrasion-resistant.

Quality inspection: Strict quality inspection and testing of manufactured wire harnesses, including wire connectivity testing, insulation testing, electrical parameter testing, etc.. Ensure that the wiring harness meets design requirements and relevant standards.

Labeling and packaging: Label and package the wiring harness for easy installation and use. Identification usually includes information such as conductor function, color coding, and length.

Instalación del arnés de cableado del robot

Arnés de cableado del robot de brazo mecánico

Features of robotic harnesses include:
Complexity: Robotic wiring harnesses often contain large numbers of wires and connectors used to carry multiple types of power, signals and data. The layout and connection of the wire harness need to be precisely designed based on the structure and function of the robot.

Flexibility: The robot harness needs to be flexible and flexible enough to adapt to the movement and posture changes of the robot during work. The design and material selection of the harness need to take into account the robot’s freedom and workspace requirements.

Durabilidad: Robotic wiring harnesses are often subjected to repeated motion and vibration over long periods of time, so they need to have good durability and resistance to wear and tear. The selection of wire harness materials and connection methods must be able to withstand the requirements of the robot’s working environment.

Electromagnetic shielding: Since electromagnetic interference may exist during robot operation, the wiring harness needs to have a certain electromagnetic shielding capability to prevent interference from affecting signal transmission and system performance.
Seguridad: Robot wiring harnesses need to comply with relevant safety standards and regulatory requirements to ensure the safety of the wiring harness. Wiring harnesses need to undergo rigorous quality inspection and testing to avoid potential electrical problems and failures.
The manufacturing process and characteristics of the robot harness enable it to provide reliable power, signal and data transmission, supporting accurate control and efficient operation of the robot. Precise design and manufacturing processes ensure the stability and reliability of the wire harness, thereby improving the robot’s work efficiency and performance.