1. Home/
  2. Products/
  3. Automation and Control/
  4. Motors and Drives/
  5. AC Motors/
  6. KINETIX VP LOW INERTIA SERVO MOTOR 480VAC 4500 RPM DIGITAL
  • (0)
ALLEN-BRADLEY

KINETIX VP LOW INERTIA SERVO MOTOR 480VAC 4500 RPM DIGITAL

VPL-B1003F-CJ12AA
2206004

Sign in to view price

The ALLEN-BRADLEY VPL-B1003F-CJ12AA is a servo motor that delivers low-inertia performance for precise speed and position control. Designed for 480V AC supply with a 100mm bolt circle frame, this motor features three magnet stacks and a 4500 RPM rated speed to support responsive motion in automation systems. A single-turn encoder and keyed shaft provide accurate feedback and reliable mechanical coupling, while the SpeedTec right-angle DIN option suits compact drivetrain layouts. With IEC metric mounting flange and no holding brake, this standard servo motor is suited for machine builders and integrators needing a compact, high-speed actuator for servo drives and motion control applications.
ab-VPL-B1003F-series_Datasheet1
  • All returns must be made within 7 days of purchase.
  • Valid receipt is required for all returns.
  • Click Here to view the return policy.
Available Shipping Methods:

Product Overview

Product ID:
2206004
Manufacturer Part Number:
VPL-B1003F-CJ12AA
EAN:
00884951871564
Brand/Manufacturer
ALLEN-BRADLEY
Unit of Measure:
PCS

Specification

Degree of protection (IP):
IP66
Duty cycle:
S1
Frame size according to IEC:
100 mm
Model:
Rotary current synchronous motor
Nominal torque:
4.18 Nm
Number of phases:
3
Operating temperature:
0...40 °C
Rated performance at rated frequency:
1.65 kW
Rated rotational speed at rated frequency:
4500 1/min
Rated voltage:
480 V
Voltage type:
AC

Reviews

We'd like your opinion! Rate and review this item

There are no reviews from other users.

Recently Viewed

KINETIX VP LOW INERTIA SERVO MOTOR 480VAC 4500 RPM DIGITAL product photo
ALLEN-BRADLEY
KINETIX VP LOW INERTIA SERVO MOTOR 480VAC 4500 RPM DIGITAL
MPN Part #: VPL-B1003F-CJ12AA
Product ID: 2206004
Sign In to View Price
View All