As the direct replacement of our old MSD325 stepper drive, the DMD422 is a fully digital microstepping drive based on a DSP with advanced control algorithm. Microstep resolutions programmable (102,400 steps/rev); max. current 2.2A; Supply voltage upto 40V
The MSD542 stepper drive with 50VDC input and 4.1A is suitable for a wide range of stepping motors including our FL42, 57, 86 and the FL110 and are ideal for any application that requires a High performance but very low cost Microstepping drive.
The MSD752E is a high performance microstepping drive based on latest 32 DSP technology, with supply voltage up to +70 VDC and current of 5.2A.
The MSD556 stepper drive is suitable for a wide range of stepping motors including our FL42, 57, 86 and the FL110 and are ideal for any application that requires a high performance but very low cost Microstepping drive.
As a replacement model to our old MSD980, MSD880 is a high performance microstepping drive based on pure-sinusoidal current control technology and the self-adjustment technology, with 80VDC inputs and 7.8A output current.
The high performance DMD556 digital stepper drive results from the use of new, patented 32-bit DSP control technology. Each DMD drive calculates its own natural system frequency and applies a damping control algorithm for superior anti-resonance.
Motion Control Products Ltd’s digital stepper drive DM805-AI is a digital stepper drive with built-in oscillator, featured in supporting 0-5V analogue signal for speed controls. The drive calculates its own natural system frequency and applies a damping c
Motion Control Products Ltd’s digital stepper drive DMD870 / DM870 is a digital stepper drive using a DSP with advanced control algorithm. It supports input voltage of 72VDC with output current (programmable) from 0.5A to 7.0A (5.0RMS).
By implementing the latest motion control technologies, our new EM series, DSP-based digital stepper drives deliver excellent performance better than ever before: Unique features of sensorless stall detection, anti-resonance, extra smoothness and more...
