Stepper Motor | Stepper Motor Driver | CNC Router | Laser Machine | 3D Printers For Sale » Featured Products » Close Loop Stepper Motor System-Hybrid Servo Kit » NEMA23 Close Loop Stepper Motor System-Hybrid Servo Kit » NEMA 23 283 oz-in (2.0 Nm) Easy Servo Motor; Fully Closed Position Loop with Integrated 4,000 CPR (1,000-line) Encoder; 20-50VDC/6A Peak, KL-5056H

NEMA 23 283 oz-in (2.0 Nm) Easy Servo Motor; Fully Closed Position Loop with Integrated 4,000 CPR (1,000-line) Encoder; 20-50VDC/6A Peak, KL-5056H

Product in stock

Price

$159.00

Loading Updating cart...

NEMA 23 283 oz-in (2.0 Nm) Easy Servo Motor; Fully Closed Position Loop with Integrated 4,000 CPR (1,000-line) Encoder; 20-50VDC/6A Peak, KL-5056H

Product Description

NEMA 23 283 oz-in (2.0 Nm) Easy Servo Motor; Fully Closed Position Loop with Integrated 4,000 CPR (1,000-line) Encoder; 20-50VDC/6A Peak

Features

  • Compact integrated design with stepper motor + drive + encoder

  • Fully closed position loop for servo control without loss of steps or stall

  • Load based current from the drive to motor for much lower motor heating

  • Step & direction, or CW/CCW control

  • 283 oz-in (2.0 Nm) holding torque

  • 20-50VDC input voltage and variable current up to 6A for the drive board

  • 4,000 CPR(1,000-Line) optical incremental encoder

  • 3 digital inputs (PUL, DIR, ENA) and 2 outputs (FAULT, IN POSITION)

  • 10 DIP switch resolution settings of 400, 800, 1,600, 3,200, 6,400, 12,800, 25,600, 51,200, 1,000, 2,000

  • Default 200K input frequency; 500K software configurable

  • Reduced wiring for easy setpup and installation

  • No torque reservation for much better high speed performance

  • Vector control for smooth motor movement without vibration

  • Quick response time

  • No torque reservation needed

  • No hunting; no overshooting with zero settling time

  • No tuning for plug and play

  • Free tuning software for fine-tuning and customized configurations for advanced user

Specification:

Specificationclosedloop (2014)

LoadingUpdating...