The VPL-B0752F-WJ14AA is a low inertia servo motor from Allen-Bradley, designed for use in industrial automation applications. It operates on 480V AC power and features a 75mm bolt circle frame size, with two magnet stacks and an F winding configuration. The motor's rated speed is between 4500 and 6600 RPM, and it includes an 18-bit single-turn encoder for precise position control. The shaft is keyed for secure mounting and has a diameter of approximately 10.997 to 11.008 mm (0.4330 to 0.4334 inches).
Technical Specifications
- Power Supply: 480V AC
- Frame Size: 75mm Bolt Circle
- Magnet Stacks: 2
- Winding: F
- Rated Speed: 4500-6600 RPM
- Encoder: 18-bit Single-turn
- Shaft Diameter: 10.997-11.008 mm (0.4330-0.4334 inches)
- Keyed Shaft
Alarm/Error Codes
No specific information on alarm or error codes for this motor was found in our research.
User Manuals
The user manual for the VPL-B0752F-WJ14AA can be accessed through the Rockwell Automation website, where detailed documentation on the motor's operation, installation, and troubleshooting is provided.
Troubleshooting
Troubleshooting information for the VPL-B0752F-WJ14AA can be found in the user manual provided by Rockwell Automation. This includes guidance on identifying and resolving common issues related to motor performance, such as unusual noise or vibration, and motor failure due to overheating or electrical faults.
Programming
The programming of the VPL-B0752F-WJ14AA is typically done using specialized software designed for the motor's control system. This software is usually provided by the manufacturer and allows users to configure the motor's settings, such as speed and position control, as well as monitor its performance in real-time.
Installation
The installation of the VPL-B0752F-WJ14AA typically involves mounting the motor to a suitable frame or base, connecting it to a power supply, and configuring its control system. The motor's user manual provides detailed instructions on the installation process, including guidelines for ensuring proper alignment and securing the motor in place.
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