The ABB IRB 2600-3HAC039109-002 Gearbox is designed for precision assembly operations, featuring high-speed performance and enhanced durability for demanding industrial environments.
The ABB IRB 2600-3HAC039109-002 Gearbox is designed for precision assembly operations, featuring high-speed performance and enhanced durability for demanding industrial environments.
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Model Number:IRB 2600-3HAC039109-002
Maximum Load Capacity:6 kg
Maximum Reach:1375 mm
Repeatability:± 0.03 mm
Operating Voltage:230 V AC
Operating Frequency:50/60 Hz
Weight:Approximately 35 kg
Servo Motor Type:Direct Drive
Gear Ratio:1:16
Operating Temperature Range:-10°C to +40°C
IP Protection Class:IP54
Control System Compatibility:ABB IRC5 Compact
The ABB IRB 2600-3HAC039109-002 Gearbox is engineered for efficiency and reliability, making it ideal for complex assembly tasks in the automotive, electronics, and general manufacturing sectors. Its direct drive servo motor ensures precise movements, reducing wear and tear on components.
This gearbox boasts an impressive load capacity of 6 kilograms, allowing it to handle a wide range of materials and parts with ease. Its maximum reach of 1375 millimeters enables flexible placement in tight spaces or across expansive workstations.
With a repeatability of ± 0.03 millimeters, the ABB IRB 2600-3HAC039109-002 Gearbox maintains exceptional accuracy, crucial for high-precision applications. It operates within a temperature range from -10°C to +40°C, ensuring durability across various industrial climates.
Equipped with an IP54 protection class, this gear system is protected against dust and light splashes of water, safeguarding against common environmental hazards found in manufacturing facilities. Its compatibility with the ABB IRC5 Compact control system facilitates seamless integration into existing automation setups.
Designed with ergonomics and safety in mind, the ABB IRB 2600-3HAC039109-002 Gearbox comes with an approximate weight of 35 kilograms, offering a balance between robustness and manageable handling. Its direct drive mechanism significantly reduces energy consumption compared to traditional gear systems, contributing to cost savings and environmental sustainability.
