Your New Favorite Allen-bradley Vpl-b1303f-pk14aa Massive 45% Savings [xzCmKvcH]

Your New Favorite Allen-bradley Vpl-b1303f-pk14aa Massive 45% Savings [xzCmKvcH]: High-Performance Servo Motor for Advanced Automation

The Your New Favorite Allen-bradley Vpl-b1303f-pk14aa Massive 45% Savings [xzCmKvcH] is a top-tier servo motor from the Kinetix VP series, engineered for precision and reliability. This motor is a perfect fit for demanding applications, offering a continuous stall torque of 8.8 Nm and a high-speed rating of 4500 RPM. Its compact 130mm frame houses an array of advanced features, including a 24V DC holding brake, a high-resolution encoder, and a keyless shaft, making it a versatile choice for automation systems.

Key Product Specifications and Features

The VPL-B1303F-PK14AA boasts an impressive set of specifications designed for optimal performance. It operates on a 480V AC, 3-phase voltage, ensuring compatibility with various industrial systems. The motor features an 18-bit single-turn and 12-bit multi-turn encoder for precise feedback, essential for accurate positioning. With a mounting flange that adheres to the IEC metric standard and an IP66/IP67 enclosure, it is built to withstand harsh environments. Key features include a 24V DC holding brake for secure axis control and a right-angle SpeedTec DIN connector for easy integration.

Applications and Benefits of the VPL-B1303F-PK14AA

This servo motor is ideal for a wide range of demanding applications, such as robotics, high-speed packaging, CNC machinery, conveyor control systems, and automated pick-and-place solutions. Its compact and robust frame is designed for space-limited installations, making it a perfect choice for tight spaces. The brake-equipped design ensures safe and secure axis control, while the high-performance feedback and keyless shaft contribute to minimal wear and improved torque delivery. By seamlessly integrating with Kinetix 5500 and 5700 drives, the VPL-B1303F-PK14AA is the go-to solution for automation professionals seeking excellence in motion control.