VPL-B1002E-PJ14AA

The VPL-B1002E-PJ14AA is a brushless low-inertia servo motor from the Kinetix VP series of products. Manufactured by Allen Bradley/Rockwell Automation, this AC synchronous servo motor is designed for high-performance motion systems. What makes the VPL-B1002E-PJ14AA stand out is the optimized sizing of the system which enables a reduction of costs while maximizing energy efficiency at the same time. This compact motor is approximately 26.6 millimeters (1.05 inches) wide, 195.2 millimeters (7.68 inches) long, and 131.2 millimeters (5.17 inches) high. The motor weighs approximately 3.56 kilograms (7.85 pounds). This rotary motor is typically used in the automotive industry, and it is particularly useful in applications for material handling, packaging, and electronic assembly.

The rated voltage of the VPL-B1002E-PJ14AA is 200 Volts, whereas its rated output amounts to 1.86 kilowatts (2.49 Horsepower). The maximum speed this motor can achieve does not go beyond its rated speed, which is 6000 revolutions per minute. The motor comes with 2 stacks of rare-earth magnets with high energy. The motor has a frame size of 100 and it comes with a 24 Volts DC brake. Furthermore, the VPL-B1002E-PJ14AA is equipped with a shaft key and a single SpeedTec DIN connector which is rotatable. When it comes to the mounting flange, the motor uses the IEC metric flange with free mounting holes. Feedback is obtained using a Hiperface DSL protocol – more specifically, using the 18-bit multi-turn encoder. The VPL-B1002E-PJ14AA can be easily installed due to its single-cable design which avoids the terminations of wire and hardware and enables digital communication between the motor and the drive. Some important characteristics of the motor include reliability and dynamic performance. In order to prolong the life of the motor, the users must follow the guidelines given by the manufacturer concerning the mounting of the motor, as well as the optimal ambient conditions at the place intended for installing or storing the drive.