Futuristic Allen Bradley Rdb-b29036-3b72aa Rotary Ac Servo Motor 8.4hp 650rpm 221hz 18.4a P/n Pn-41070 480vac Special: 45% Discount [ox5VIP7O]

Allen Bradley RDB-B29036-3B72AA AC Servo Motor

Discover the power and precision of the Allen Bradley RDB-B29036-3B72AA AC Servo Motor, a cutting-edge solution for industrial automation. This robust motor offers exceptional performance and reliability, making it an ideal choice for a wide range of applications. With its 8.4HP power output and 650RPM speed, it delivers exceptional torque and efficiency. The motor's compact design ensures seamless integration into your existing systems, while its high-quality construction guarantees long-lasting durability.

Key Product Properties

The Allen Bradley RDB-B29036-3B72AA AC Servo Motor is engineered with the latest technology to provide superior performance. It operates at a frequency of 221Hz and draws a current of 18.4A, ensuring smooth and precise control. The motor's voltage rating is 480VAC, making it compatible with various industrial environments. Here are some of its key features and specifications:

• Power Output: 8.4HP
• Speed: 650RPM
• Frequency: 221Hz
• Current: 18.4A
• Voltage: 480VAC

This motor's advanced control capabilities make it a versatile choice for a variety of applications, from robotics to packaging machinery.

Practical Applications and Benefits

The Allen Bradley RDB-B29036-3B72AA AC Servo Motor is designed to enhance productivity and efficiency in your industrial operations. Whether you're working on a manufacturing line or a research and development project, this motor offers numerous benefits:

• Improved Accuracy: The motor's precise control ensures accurate positioning and movement, reducing errors and waste.
• Increased Productivity: With its high power output and efficiency, the motor helps you complete tasks faster and more reliably.

This motor is perfect for engineers, technicians, and facility managers looking to upgrade their industrial equipment with a reliable and high-performance solution.