Programmable Stepper Motor Control Centre

Introduction Performance features

The Programmable Stepper Motor Control Centre (PSMCC) series  offers a complete solution for intelligent motion control of stepper motor driven products for up to four axis of motion.  Fully programmable, the PSMCC offer a multitude of features to accommodate both general and complex motion control requirements.  

The units are provided with user-friendly Microsoft Windows™ based software.  UHV Design, controls the assembly, wiring and product testing to ensure competitive prices.

They are fully compatible with the UHV Design range of motorised Linear Shift Mechanisms and motorised MagiDrives.
  The series is available in 110Va.c. and 220Va.c. configurations.

The products are housed in 19-inch rack mounted cases. The front panel contains switches for starting a sequence, jogging and an emergency stop. All other control functions are entered through the centers software. This Microsoft Windows™ based software package allows the user to set motor current, idle current, step resolution, jogging parameters, limit switch polarity and even define the units to be used.  

The user-friendly software provides an excellent interface to write simple and complex motion control programs. Once programmed, the center may be disconnected from the PC and on the start command will execute the downloaded control commands.

Software main screen (click for more detail)

Software programming toolbox (click for detail)

software main screen

Software programming menu

Ultra-smooth motion Series Configuration

A micro-stepping driver is used to ensure smooth motor operation, avoiding the cogging associated with stepper motors.

Micro stepping, subdivides 1.8
° steps (standard motors) with a choice of up to 13 further step resolutions. The highest setting divides each full step in to 254 micro-steps.

The PSMCC series can be configured for up to four axis of control.

 Please click here to view a schematic of each configuration along with details of cables, ancillary components and part numbers.

Click here to view configuration table

PSMCC Specification
For information on the PSMCC specification and part number configuration please click here

 

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