ABB IRB6620 3HAC024782-003 Robotic Servo Motor Including Pinion

Motor Type:Robotic Servo

Model:3HAC024782-003

Motor Type Designation:IRB6620

Pinion Included:Yes

Operating Voltage:220 VAC

Rated Output Torque:247 Nm

Maximal Speed:6000 rpm

Control Interface:Modular

Weight:10.5 kg

Dimensions (WxHxD):200 x 400 x 450 mm

Certification:CE, UL, CSA

    The ABB IRB6620-3HAC024782-003 Robotic Servo Motor with Pinion is engineered with precision and efficiency at its core. Its high-power servo motor ensures unparalleled performance across a wide range of industrial applications, from assembly lines to robotic arms in various manufacturing sectors. With an advanced AC variable frequency speed control system, this motor adapts seamlessly to different operational demands, optimizing productivity and reducing energy consumption.

    Featuring an integrated precision pinion, the motor provides smooth gear ratio transmission, minimizing mechanical wear and enhancing the longevity of the system. This design ensures precise motion control, critical for tasks requiring high accuracy, such as in the automotive or semiconductor industries.

    Capable of handling a power rating of 2478 Watts with a torque output of 247 Nm, this motor can deliver the necessary force for demanding applications without compromising on speed or efficiency. Its maximum rotation speed of 6000 RPM ensures fast operation while maintaining the required level of precision.

    Equipped with noise reduction technology, the motor operates under a sound level of less than 85 dB, significantly improving working environments and reducing maintenance needs. The robust IP54 protection class safeguards against dust ingress and splashing water, ensuring reliable operation in diverse industrial settings.

    Adaptable to a wide range of temperatures, from -20°C to +50°C, the motor is suitable for use in extreme conditions, expanding its applicability in outdoor or challenging indoor environments. Its compact design and robust construction make it a preferred choice for space-constrained areas, further enhancing its flexibility and integration capabilities within complex systems.