αSTEP

The αSTEP ARD pulse input drivers substantially reduces heat generation from the stepper motor through the use of high-efficiency technology. In addition to implementing the closed loop control based on Oriental Motor's original αSTEP technology, the αSTEP ARD drivers also achieves up to 40% less power consumption, low vibration, improved angle accuracy and is capable of driving large inertia loads. There is no hunting or gain tuning.


Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Controllers

Product Line Update

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Drivers

Unit of Measure
Lead Time1 Up to 20 pcs as of 6:30am EST Estimated Ship: 02/06/2025

Product Line

Oriental Motor®

Driver Type

Closed Loop, Pulse Input

Power Supply

Single-Phase 200-230 VAC

RoHS Compliant

These products do not contain substances that exceed the regulation values in the RoHS Directive.

Safety Standards

UL CSA EN CE
  • 1 Quoted Ship Date for orders placed before 12:00 pm PST. Quantities may affect Shipping Date.

 

©2024 - ORIENTAL MOTOR USA CORP. - All Rights Reserved