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Help CenterUIM24102-M Two Phase Bi-polar Stepper Motor Controller Serial Port RS232 Programmable Advanced Motion Control
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Specifications
stepper motor controllersize:42.3mm*42.3mm*14.5mm
1.5-4A adjustable current
12-40V input voltage
can integrate with motor
stepper motor controller
Motor Drive Characteristics
− Wide supply voltage range 12 ~ 40VDC
− Output current 4/8A, instruction adjustable
− Full to 16th micro-step resolution
− Dual full H-bridge with PWM constant current control
− Accurate micro-stepping and current control, 6600 RPM max speed for NEMA 17 motor (half-step) and 4000 RPM for NEMA 17/23 motor (quad-step).
RS232 Interface
− RS232 three-wire serial communication
− Max baud rate 57600 bps
Embedded DSP Microprocessor
− Embedded 64-bit calculation precision high-performance digital signal processing micro controller
− Absolute position counter, reset by instruction or sensor input
− Advanced motion control module, from 0 to 4000 RPM in 0.25s and from 0 to 6600 RPM in 0.5s (for NEMA17/23)
− 2 sensor input ports, can be configured as 2 digital or 1digital 1 analog input ports (12bit)
− 8 programmable real-time event-based change notifications (similar to interrupters)
− 5 programmable actions triggered by 6 sensor events
− Simple, intuitive, rich instructions
− User-friendly interface
Description
UIM24104 and UIM24108 are miniature stepper motor controllers with RS232 interface. User device can command these controllers through RS232 using ASCII coded instructions. Instructions are simple, intuitive and fault-tolerating. User is not required to have advance knowledge on stepper motor driving.
UIM241 controller’s architecture comprises communication system, basic motion control system, absolute position counter, and real-time event-based change notification system. Embedded 64-
bit calculation precision DSP controller guarantees the real-time processing of the motion control
and change notifications. There are 2 optional advanced modules for selection: Advanced Motion Control Module and Input Control Module. With UIM241’s Advanced Motion Control, selected NEMA 17/23 motors can ramp up to 6600 RPM in 0.5 seconds and 4000 RPM in 0.25 seconds (online video
available for downloading).
UIM241 controllers can be mounted onto NEMA17/23/34/42 series stepper motor through adapting flanges. Controller thickness is less than 14 mm. Enclosure is made of die-cast aluminum to provide a rugged durable protection and improves the heat dissipation.
Basic Motion Control
User device can control following basic motions/parameters through instructions in real-time:
direction, speed, angular displacement, phase current, micro-stepping, and enable/disable
the H-bridge, etc. Speed input range is 0 ~ 65,000 pulses/sec, and angular displacement
input range is 0 ~ 2,000,000,000 pulses.
Advanced Motion Control Module
Advanced motion control module is capable to perform following functions without the help of user device: Uniform Acceleration / Deceleration, Nonlinear Acceleration / Deceleration, S-curve Displacement Control and Auto Direction Control. UIM241XX provides 2 methods to define acceleration/deceleration rate:
1. Absolute Value. Input range: 1 ~ 65,000,000 PPS/Sec (pulse/sec2 ).
2. Period, i.e., expect period for the acceleration/deceleration to finish. Input range: 1 ~ 60,000 milliseconds.
The input range of the displacement control is 0 ~ 2 billion pulses (steps), with the user defined direction. Under advanced control, the actual direction is controlled by the module itself. Once the displacement control is done, there could be a RTCN, depending on the user configuration. The time from it’s done to the RTCN being sent is less than 1 millisecond.
Advanced motion control module can be disabled/enabled by user instruction.
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