Allen-Bradley VPL-B0753M-PK14AA

Overview

The Allen-Bradley VPL-B0753M-PK14AA is a high-performance Kinetix VP low-inertia servo motor meticulously engineered for demanding industrial motion control applications requiring exceptional speed, precision, and reliability. This robust motor is an ideal solution for systems where rapid acceleration, deceleration, and accurate positioning are critical for operational efficiency. Featuring a compact 75 mm bolt circle frame, three magnet stacks, and M winding, it delivers an impressive rated speed of up to 6000 RPM. Designed for seamless integration into advanced automation setups, the VPL-B0753M-PK14AA comes equipped with a high-resolution 18-bit single-turn and 12-bit multi-turn encoder for superior feedback, a keyless shaft for simplified mounting, and an integrated 24 V DC holding brake to ensure enhanced control and safety during operation and power loss. This motor represents Allen-Bradley's commitment to delivering cutting-edge technology for dynamic industrial environments.

Key Features

• Dynamic Performance: Achieves a high rated speed of 6000 RPM, coupled with low inertia for rapid acceleration and deceleration.
• Advanced Feedback: Features an 18-bit single-turn and 12-bit multi-turn encoder for precise absolute position feedback.
• Integrated Safety Brake: Equipped with a robust 24 V DC holding brake, enhancing operational safety and control.
• Flexible Connectivity: Utilizes a SpeedTec right-angle DIN connector for convenient and secure wiring.
• Designed for Durability: Housed in a standard industrial enclosure with an IP50 protection rating for reliable operation.
• Simplified Installation: Keyless shaft design streamlines mounting and reduces potential wear.
• Voltage Compatibility: Operates efficiently at 480 VAC, 3-phase, suitable for various industrial power systems.

Technical Specifications

• Catalog Number: VPL-B0753M-PK14AA
• Rated Voltage: 480 VAC, 3-phase
• Rated Speed: 6000 RPM
• Frame Size: 75 mm bolt circle
• Magnet Stacks: 3
• Winding Type: M
• Encoder Type: Digital high-resolution (18-bit single-turn + 12-bit multi-turn)
• Shaft Type: Keyless
• Brake: Included, 24 V DC holding brake
• Connector Type: SpeedTec DIN, right-angle
• Mounting Style: IEC metric flange
• Protection Rating: IP50
• Operating Temperature: 0 °C to 40 °C
• Weight: Approximately 4.4 kg

Applications

• High-Speed Pick-and-Place: Essential for systems requiring rapid and accurate material handling.
• Packaging and Converting: Drives machinery demanding precise control for optimal production cycles.
• Robotics and Multi-Axis Control: Powers complex robotic movements and synchronized multi-axis systems.
• OEM Machinery: Ideal for original equipment manufacturers building solutions with strict motion requirements.
• Industrial Platforms: Suitable for environments needing fast acceleration and responsive motion.
• Automated Assembly: Enhances speed and reliability in critical assembly line operations.

Why Choose This Model?

• Unmatched Precision: The high-resolution multi-turn encoder ensures exact positioning, critical for sophisticated automation tasks.
• Operational Efficiency: With a 6000 RPM rated speed and low inertia, it significantly boosts throughput and reduces cycle times.
• Enhanced Safety Features: The integrated 24 V DC holding brake provides an additional layer of security, especially during power interruptions.
• Robust and Reliable: Constructed for enduring performance in challenging industrial environments, minimizing downtime.
• Simplified Integration: Its compact design and keyless shaft facilitate easier installation and maintenance, saving time and resources.
• Global Availability: The Allen-Bradley VPL-B0753M-PK14AA is available and ships worldwide, ensuring accessibility for diverse projects.

Order Now

Elevate your industrial automation with the Allen-Bradley VPL-B0753M-PK14AA Kinetix VP low-inertia servo motor. This exceptional motor is engineered to deliver unparalleled speed, precision, and reliability for your most demanding applications. Experience the difference that Allen-Bradley