Allen-Bradley VPL-B0752F-PK12AA

Overview

The Allen-Bradley VPL-B0752F-PK12AA is a high-speed, low-inertia servo motor from the Kinetix VP series, engineered for precise motion applications. It features a 75mm bolt circle frame, two magnet stacks, and F winding for up to 4500RPM operation. With a keyless shaft, 18-bit single-turn and 12-bit multi-turn digital high-resolution encoder, and no holding brake, this model is ideal for systems requiring smooth and dynamic control.

Key Features

• Voltage: 480VAC, 3-phase

• Frame Size: 75mm bolt circle

• Magnet Stacks: 2

• Winding Type: F

• Rated Speed: 4500RPM

• Encoder: 18-bit single-turn + 12-bit multi-turn

• Shaft Type: Keyless

• Connector: SpeedTec right-angle DIN

• Holding Brake: Not included

• Mounting: IEC metric flange

• Enclosure: Standard industrial build

Technical Specifications

• Catalog Number: VPL-B0752F-PK12AA

• Rated Voltage: 480VAC

• Rated Speed: 4500RPM

• Encoder Type: Digital high-resolution, multi-turn

• Shaft: Keyless

• Brake: Not included

• Connector Type: SpeedTec DIN, right-angle

• Mounting Style: IEC metric flange

• Protection Rating: IP50

• Operating Temperature: 0C to 40C

• Weight: Approx. 5.2kg

Applications

• High-speed machinery and conveyors

• Robotics and light-load motion systems

• Packaging automation

• Compact OEM control solutions

• Dynamic positioning systems

Why Choose the VPL-B0752F-PK12AA

• Responsive torque and speed control with low inertia

• High-resolution encoder for accurate feedback

• Keyless shaft simplifies installation and alignment

• Ideal for systems that dont require a brake

• Optimized for compact, high-efficiency automation

Order Now

The Allen-Bradley VPL-B0752F-PK12AA servo motor is available and ships worldwide.

Looking for more options?

Explore our complete selection of Kinetix VPL Low-Inertia Servo Motors for high-performance, precise motion control solutions.

You can also browse our full range of Allen-Bradley Servo Motors to find the perfect match for your automation needs.