Dynaposition Motion Control System
                                                                --State of the art computer control at an affordable price

In response to the demand of precise and affordable computerized motion control. We now offer you a line of computerized motion control solutions. They are designed for both DC servo and Stepper applications, and we provide customized cabling to fit different kinds of acuators.

Special software -- Dynaposition, is also available for synchronized control of several axis that are correlated with external parameters.

Features and Specifications  

Model DCX-PC & DC2-PC  

Model UP-XYZ  motorized linear stages

Ordering information

1. Features:

• Control any type of closed loop DC servo acuator motion control systems
• Windows based software (drivers for C, BASIC and LabView)
• Specially tailored software for NLO crystal tracking
• High performance yet affordable

Dynaposition software for synchronize axes position (e.g. crystal angle or grating position) with external parameters (e.g. wavelength, delay).

2. Specifications:

A. Model: DCX-PC

SPECIFICATIONS
Mix servo and stepper control modules for as many as 8 axes of control on one motherboard. Encoder Input: Differential (-7 to +7 VDC) or TTL/CMOS compatible PID filter: 3.3 KHz PID, 32 bit precision Step Rates: 20 to 20K steps / sec Max. Motor Ouput: 12 volt @ 500mA, 8-bit Interface: IBM PC bus
	Modular design

The DynaPosition Motion Control Card DCX-PC fits in an 8-bit ISA expansion slot of an IBM PC compatible computer. The Control Card will drive any Closed Loop (i.e. Encoder + DC motor) DC servo acuators or stepper acuators with output current up to 500mA and requires no external power supplies. Custom fitting on non-standard acuators are available.

Fully Programmable Integral/Derivative (PID) control is provided for each actuator. There are also 16 digital I/O and 4 8-bits AD lines which are user-accessible; they may be used to monitor your set-up or to control external devices. Software disk containing a comprehensive installation and diagnostic program is supplied with the Control Card. Software drivers in Visual BASIC, C, Pascal and LabView are also available.

B. Model: DC2-PC

SPECIFICATIONS

One or two axes closed loop DC servo motor + 2 steppers indexing control. Encoder Input: Differential (-7 to +7 VDC) or TTL/CMOS compatible PID filter: 1 KHz PID, 32 bit precision Max. Motor Ouput: 1A (12 or 24 Volt) PWM control Interface: IBM PC bus or stand alone On-board RS-232 port, baud rates to 19.2K. Price starts at $1088

Click the picture to view the details

The DynaPosition Motion Control Card DC2-PC fits in an 8-bit ISA expansion slot of an IBM PC compatible computer. The Control Card will drive any Closed Loop (i.e. Encoder + DC motor) DC servo acuators with output current up to 1A and requires no external power supplies. Custom fitting on non-standard acuators are available.

Fully Programmable Integral/Derivative (PID) control is provided for each actuator. There are also 16 digital I/O and 4 8-bits AD lines which are user-accessible; they may be used to monitor your set-up or to control external devices. An independent RS232 port allows easy communication with other computers. Software disk containing a comprehensive installation and diagnostic program is supplied with the Control Card. Software drivers in Visual BASIC, C, Pascal and LabView are also available.

C. Model: UP-XYZ

Ordering Information

The controllers all come with software drivers and sample programs for programing in Visual C, BASIC, PASACAL and LABVIEW.

The controllers all come with cables which are adaptable to standard DC servo acuators.

Currently, we provide cabling for the following manufacturers' DC servo acuators:

NewPort (850 series) Oriel Instruments (all models) Coherent (formerly Ealing, all models)

We also provide customized cabling for other DC servo modules, please contact us for details.

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Copyright  1999 U-Oplaz Technologies, Inc. All rights reserved. Last Revised: Sep. 20, 1999
Web Page maintained by : Uoplaz@aol.com