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  • ABB 3HAC021588-001 - Robot Parts Harness Connector Plate
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  • ABB 3HAC021588-001 - Robot Parts Harness Connector Plate

    110V-380V
    5W-130W
    1A-30A
    1 year
    30
    United States, France, Japan, Viet Nam, Australia, Russia, Germany, Italy, Arabia
    This product is widely used in industrial automation. Contact us for details.
    • ¥14413.00
      ¥6964.00
    • Satisfaction:

      Sales: 0

      Review: 0

    Weight:9.180KG
    • Quantity:
    • (Inventory: 8)
Description
This product is widely used in industrial automation. Contact us for details.

ABB 3HAC021588-001 - Robot Parts Harness Connector Plate

This product is widely used in industrial automation. Contact us for details.

Precise design for efficient connection

Reasonable Layout Planning: The 3HAC021588-001 Harness Connection Board has been designed with the utilisation of space within the robot and the convenience of connecting the harnesses in mind. The layout has been carefully planned, and the position of each connection port is set up reasonably, which can effectively reduce the cross and tangle of the wire harness and ensure the simplicity and smoothness of the signal transmission line. In the arm joint part of the industrial robot, the space is more compact, the connection plate through clever layout design, so that all kinds of sensors, motors and other equipment harness can be connected in an orderly manner, to avoid signal interference and fault potential hazards due to the chaos of the harness, improve the flexibility and stability of the robot arm movement. 


High-precision interface design: In order to achieve accurate connection with different specifications of wire harnesses, the connection board is equipped with high-precision interfaces. These interfaces adopt advanced manufacturing process with high dimensional accuracy, which can closely match with the wire harness plugs to ensure the firmness and reliability of the connection. Both small sensor harnesses and power harnesses carrying large currents can be stably connected on this connection plate. In robotic applications in the electronics manufacturing industry, where the accuracy of signal transmission is of paramount importance, the 3HAC021588 - 001's high-precision interface can effectively avoid attenuation and distortion during signal transmission, guaranteeing the precise operation of the robot on tiny electronic components. 


Reliable performance for stable operation

Good electrical performance: In terms of electrical performance, 3HAC021588 - 001 performs well. It has low resistance characteristics, which can effectively reduce the energy loss during current transmission, ensuring that the power harness can provide a stable and efficient power supply for the robot's motors and other actuating components. At the same time, the connection board also has excellent anti-electromagnetic interference ability, through the special shielding design and material selection, can effectively resist the influence of external electromagnetic interference on signal transmission. In the industrial production site, there are a large number of electromagnetic interference sources, such as motors, frequency converters and other equipment generated by electromagnetic radiation, the connection plate can ensure the accurate transmission of various types of signals within the robot, to avoid malfunction or failure of the robot caused by electromagnetic interference. 


Rugged material: Industrial robots are exposed to mechanical stresses such as vibration and shock, as well as high temperatures and high humidity during operation, and ABB has taken these conditions into account by choosing a rugged material for the 3HAC021588-001 Harness Connection Board. The substrate is made of a high-strength insulating material with good resistance to vibration and shock, which protects the electronic components and wiring harnesses connected to it. At the same time, the material also has excellent resistance to high temperatures and humidity, and can maintain stable performance in environments such as high-temperature steel smelting plants or humid food processing plants, ensuring the long-term reliable operation of the connection plate and reducing the incidence of failures caused by environmental factors.


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