The ABB IRB 6700 VR3HAC058399-002 Reduction Gear is engineered for high-speed precision tasks, enhancing operational efficiency and accuracy in demanding industrial settings.
Brand:ABB
Model:IRB 6700 VR3 HAC058399-002
Type:Reduction Gear
Material:High-grade alloy steel
Operating Temperature Range:-40°C to +100°C
Load Capacity:Up to 1000 Nm
Speed Ratio:Variable, depending on application
Service Life:Over 50,000 hours under normal conditions
The ABB IRB 6700 VR3 HAC058399-002 Reduction Gear is engineered with precision to ensure high operational efficiency and reliability in demanding industrial settings. Its compact design and optimized gear ratio facilitate smoother motion control, reducing wear and tear on connected machinery.
Featuring a robust construction made from high-grade steel, this reduction gear is designed to withstand harsh operating conditions while maintaining its structural integrity. It is capable of handling significant loads, making it suitable for applications requiring high torque output.
With a speed range of 1000 rpm and a torque capacity of 1000 Nm, this gear ensures smooth and consistent operation across various manufacturing processes. The optimal gear ratio enhances precision and allows for more efficient power transmission, contributing to overall productivity improvements.
The ABB IRB 6700 VR3 HAC058399-002 Reduction Gear operates within a temperature range of -20°C to +55°C, ensuring reliable performance in diverse environmental conditions. This wide operational temperature range makes it suitable for use in a multitude of industries where temperature fluctuations are common.
Compliant with international standards such as ISO 9001 for quality management, CE for safety and compliance, and UL for electrical safety, this gear meets the stringent requirements for industrial automation components. It guarantees peace of mind for users in terms of safety, quality, and reliability.
The ABB IRB 6700 VR3HAC058399-002 Reduction Gear is engineered for high-speed precision tasks, enhancing operational efficiency and accuracy in demanding industrial settings.