Material:High-strength, lightweight aluminum alloy

Conductivity:Ultra-low resistance, ensuring reliable current flow

Flexibility:Robust design for repeated bending without damage

Temperature Range:-40°C to +125°C

Connector Compatibility:Compliant with ABB standard connectors

Wire Gauge:2.5 mm² copper wire for high capacity

Length:Customizable from 1 to 6 meters

Weight:Approximately 2.5 kg

    Engineered for precision and reliability, the ABB IRB 6620 3HAC070402-001 Manipulator Harness Ax 1-6 integrates advanced robotic technology to deliver unmatched performance on the factory floor. This model boasts an impressive reach of 1690 mm and a load capacity of 7 kg, making it suitable for a wide range of applications from intricate assembly tasks to efficient material handling processes.

    Featuring 6 axes of motion, this robotic arm offers exceptional flexibility and control, allowing manufacturers to optimize their production lines for greater productivity and accuracy. With a maximum speed of 2.25 m/s and repeatability of +/- 0.01 mm, the ABB IRB 6620 ensures consistent quality in every operation.

    Equipped with a 220 V electrical supply, the robot is designed for compatibility with various industrial power sources, ensuring seamless integration into existing factory setups. The CE certification guarantees adherence to stringent safety and quality standards, providing peace of mind for users in Europe and beyond.

    Innovative design and robust construction make the ABB IRB 6620 3HAC070402-001 Manipulator Harness Ax 1-6 a top choice for modern manufacturing environments. Its durability and efficiency contribute to reducing downtime and enhancing overall operational effectiveness, driving competitive advantages for businesses in diverse sectors.

    With its commitment to continuous innovation and excellence, ABB has developed the IRB 6620 3HAC070402-001 to meet the evolving needs of today’s fast-paced manufacturing industries. Experience unparalleled automation capabilities and boost your productivity with this state-of-the-art robotic solution.