ABB IRB 6603 HAC022279-001 Robot Reducer – Precision Drive Solution for Robotic Applications

Brand:ABB

Model:IRB 6603

Submodel:HAC022279-001

Type:Robot Reducer

Speed Ratio:1:40

Input Torque:45 Nm

Output Torque:1125 Nm

Maximum Load Capacity:16 kg

Motor Type:DC Servo Motor

Gear Ratio:2.5:1

Reduction Ratio:1:10

Rotation Direction:Direct Drive

Temperature Range:-20°C to +60°C

IP Rating:IP54

Operating Voltage:24 V DC

    Engineered for extreme precision and reliability, the ABB IRB 6603HAC022279-001 Robot Reducer offers unmatched performance in robotic applications. This reduction gearbox is specifically designed to optimize the torque and speed requirements of modern industrial robots, ensuring seamless integration and enhanced operational efficiency.

    Featuring a compact yet robust design, it minimizes space requirements on the assembly line without compromising on strength or durability. The reducer is compatible with a wide range of robotic arms, making it a versatile choice for various manufacturing sectors.

    With a torque capacity of up to 222Nm, this reducer is capable of handling heavy payloads with ease, enabling robots to perform complex tasks with precision and accuracy. Its speed range from 0.01 to 4000 rpm allows for fine-tuning to meet specific operational needs, whether it’s fast-paced assembly operations or delicate material handling.

    The input shaft diameter of 30mm ensures compatibility with standard robotic arm interfaces, while the output shaft diameter of 20mm facilitates efficient power transmission. The dimension of 250x150x100mm and a weight of 4.5kg make it a lightweight yet powerful component that can be easily integrated into existing robotic systems.

    The ABB IRB 6603HAC022279-001 Robot Reducer comes equipped with advanced sealing mechanisms to protect against dust, debris, and coolant ingress, ensuring reliable operation even in harsh industrial environments. Its long lifespan and low maintenance requirements make it an ideal choice for manufacturers seeking to maximize productivity and minimize downtime.