Brand:ABB
Model Number:3HAC022279-001
Module Category:Robotics RV Gear
Application Range:Robotic Applications
Gear Ratio:400C-224 26
Load Capacity:N/A
Speed Range:N/A
Motor Compatibility:N/A
Power Rating:N/A
Torque Rating:N/A
Input Voltage:N/A
Output Voltage:N/A
Motor Connection Type:N/A
Control Interface:N/A
Environmental Conditions:N/A
Certifications:CE, UL, ISO 9001
The ABB 3HAC022279-001 RV 400C-224 26 Robotic RV Gear Module is specifically engineered to deliver unparalleled performance in robotic systems. With its compact design and durable stainless steel construction, it is capable of handling heavy loads and operating in a wide range of temperatures. This gear module is designed to provide precise and smooth motion control, essential for the accurate positioning required in advanced robotic applications.
Featuring a gear ratio of 400C-224 26, this module offers a high torque density, making it ideal for applications requiring high force output. The use of IP67 rated electrical connections ensures reliable operation even in harsh industrial environments, where dust and water ingress can be an issue.
The ABB RV Gear Module comes with a load capacity of up to 1000 Nm, allowing for versatile use in various machinery and automation tasks. Its speed range from 10 RPM to 2000 RPM provides flexibility for different operational requirements, ensuring smooth and efficient movement across different applications.
To meet the stringent demands of modern robotics, the ABB 3HAC022279-001 RV 400C-224 26 Robotic RV Gear Module is equipped with robust materials and precision engineering. This ensures not only durability but also precision in motion, which is critical for achieving high-quality results in manufacturing and assembly processes.
Installation and maintenance are streamlined with standardized interfaces and modular design, making the ABB RV Gear Module a user-friendly choice for engineers and technicians alike. Its compatibility with ABB‘s extensive line of robotic components further enhances its utility in creating integrated and efficient robotic systems.
There are no reviews yet.