UIM242 programmable stepper motor motion controller

Product Description

UIM**2 programmable stepper motor motion controller;

CAN bus network;

****0VDC ;

8A max current, adjustable within this range;

Dual full H-bridge with PWM constant current control;

Accurate micro-stepping and current control, ***0 RPM max speed for NEMA*7 motor (half-step) and ***0 RPM for NEMA *7/*3 motor (quad-step);

Embedded **-bit calculation precision high-performance digital signal processing micro controller;

Advanced motion control module, from 0 to ***0 RPM in 0.*5s and from 0 to ***0 RPM in 0.5s (for NEMA*7/*3);

Sensor Input Module and TTL Output Module

Description

UIM****4 and UIM****8 are miniature stepper motor controllers with CAN network capability. Through a CAN-RS**2 converter (UIM***1), user device can command multiple UIM**2 controllers through RS**2 using ASCII coded instructions. Instructions are simple, intuitive and
fault-tolerating. User is not required to have knowledge on stepper motor driving and CAN network.

UIM**2 controller’s architecture comprises communication system, basic motion control system, absolute position counter, and real-time event-based change notification system. Embedded **-bit calculation precision DSP controller guarantees the real-time processing of the motion control and change notifications.

There are 3 optional advanced modules: Advanced Motion Control Module, Input Control Module, and Output Control Module. With UIM**2’s Advanced Motion Control, selected NEMA *7/*3 motors can ramp up to ***0 RPM in 0.5 seconds and ***0 RPM in 0.*5 seconds (online video available for downloading).

UIM**2 controllers can be mounted onto NEMA*7/*3/*4/*2 series stepper motor through adapting flanges. Controller thickness is less than *4 mm. Enclosure is made of die-cast aluminum to provide a rugged durable protection and improves the heat dissipation.