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Allen-Bradley VPL-B1306F-CJ12AA

by Allen-Bradley

OverviewUpgrade your motion control systems with the Allen-Bradley VPL-B1306F-CJ12AA, a powerful, low-inertia servo motor designed for challenging industrial environments. This motor is crafted to provide outstanding responsiveness and accuracy, making it vital for enhancing machine dynamics. Operating at 480V AC, the VPL-B1306F-CJ12AA features a compact 130mm bolt circle frame and includes six magnet stacks, contributing to its impressive power and torque density. Achieving a swift 4500 RPM rated speed, this servo motor ensures efficient operation in high-speed settings. Precision is paramount, and the built-in single-turn encoder delivers accurate position feedback, critical for complex control tasks. The motor's keyed shaft guarantees a secure connection to driven loads, while the innovative SpeedTec right-angle DIN connector simplifies wiring for improved connection integrity. This particular model without a holding brake is ideal for applications where external braking solutions are preferred or immediate motion cessation is not necessary. Its IEC metric mounting flange allows for seamless integration into various existing industrial setups, adhering to international standards for compatibility and ease of installation. Whether your field is robotics, packaging, or advanced manufacturing, the VPL-B1306F-CJ12AA is engineered to redefine your operational efficiency and precision.Key Features Low Inertia Design: Experience extremely fast acceleration and deceleration, providing superior dynamic performance for highly responsive applications that demand quick changes in speed and direction. 480V AC Operation: Integrate effortlessly into standard industrial three-phase power systems, ensuring broad compatibility and stable power delivery in diverse manufacturing environments. 130mm Bolt Circle Frame Size: Benefit from a widely accepted standard metric frame size that simplifies mechanical integration and mounting into a multitude of machinery and equipment without extensive modifications. 4500 RPM Rated Speed: Achieve optimal speeds for high-throughput processes, significantly enhancing productivity and reducing cycle times in fast-paced industrial operations. Single-Turn Encoder: Gain exceptionally precise position feedback, enabling fine-tuned control over motion and ensuring repeatable accuracy critical for complex tasks. Keyed Shaft: Ensure a robust and secure mechanical connection to your driven loads, preventing slippage and maintaining consistent power transmission during operation. SpeedTec Right Angle DIN Connector: Facilitate straightforward and dependable electrical connections, streamlining installation and maintenance while offering a rugged, industrial-grade interface. Technical SpecificationsThe Allen-Bradley VPL-B1306F-CJ12AA servo motor is engineered with the following detailed specifications: Product Type: Servo Motor Catalog Number: VPL-B1306F-CJ12AA Motor Series: VPL Inertia: Low Input Voltage: 480V AC Frame Size: 130mm Bolt Circle Magnet Stacks: 6 Rated Speed: 4500 RPM Encoder Type: Single-Turn Shaft Type: Keyed Connector Type: SpeedTec Right Angle DIN Holding Brake: No Mounting Flange: IEC Metric ApplicationsThe Allen-Bradley VPL-B1306F-CJ12AA servo motor is ideally suited for a broad spectrum of demanding industrial applications, including: High-Performance Motion Control Systems (providing precise and dynamic control for intricate automated processes) Robotics (enhancing the speed, accuracy, and agility of robotic arms and automated guided vehicles (AGVs)) Packaging Machinery (optimizing the operation of high-speed packaging lines, including filling, sealing, and labeling) Printing and Converting Equipment (ensuring exact registration and tension control in web handling and printing presses) Machine Tools (driving axes with high precision and rapid response for milling, turning, and grinding) Why Choose This Product?The Allen-Bradley VPL-B1306F-CJ12AA servo motor is an excellent choice for industrial applications requiring unmatched precision, durability, and operational efficiency. Its advanced design ensures seamless integration and high performance, making it a valuable asset for optimizing complex automated processes. With features like a low-inertia design and high-speed capabilities, this motor contributes to reduced cycle times and improved productivity across various industries.Order NowEnhance your industrial systems by ordering the Allen-Bradley VPL-B1306F-CJ12AA servo motor today. Contact our sales team for pricing and availability, or to discuss how this high-performance unit can meet your specific application needs. Our experts are ready to assist you in selecting the ideal components for your automation projects.FAQWhat are the primary benefits of the low-inertia design?The low-inertia design of the VPL-B1306F-CJ12AA allows for incredibly fast acceleration and deceleration, providing superior dynamic performance. This is particularly advantageous in applications that require quick and precise changes in speed and direction.Is this servo motor suitable for high-speed industrial operations?Yes, with a rated speed of 4500 RPM, the VPL-B1306F-CJ12AA is specifically designed for high-throughput processes, significantly enhancing productivity and reducing cycle times in fast-paced industrial environments.Does this model include a holding brake?No, this particular model, the VPL-B1306F-CJ12AA, is designed without a holding brake. It is ideal for applications where external braking mechanisms are preferred or motion cessation is not an immediate requirement.What type of connector does this servo motor use?The VPL-B1306F-CJ12AA features an innovative SpeedTec right-angle DIN connector. This design simplifies wiring and enhances connection integrity, while offering a rugged, industrial-grade interface for reliable electrical connections.How does the single-turn encoder contribute to precision?The integrated single-turn encoder provides exceptionally precise position feedback. This capability is crucial for enabling fine-tuned control over motion and ensuring repeatable accuracy, which is essential for executing complex tasks in automated systems.

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