Visual basic and RS232 for easy automation and control. Education kits and tutorial help you to learn control of stepper motor, dc motor, vb programming and electronics

                                     


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RSVB1000

Interface board

RSVB1500

Adapter board

RSVB1600 

Control board

RSVB3000

Experiment station

RSVBcon 

 Software

RSVB1700

Controller

RSVB1700 controller            Price US$480

 

(Includes RS232 cable and CD carrying user manual and RSVBtest software)

 

  • Two 10-bit analog inputs, 7 TTL compatible inputs

  • One 16-bit counter for reading motor encoders

  • LEDs for output status display

  • Communication with PC through a RS232 port or a USB port with a RS232 converter

  • Simple command set for Visual Basic programming

  • Built- in driver for 2 stepper motors

  • Built-in function for monitoring communication between PC and the control board and automatic shutdown in case of communication interruption

  • Eight outputs based on H-bridge circuit for driving bipolar stepper motors or DC motors with 600-mA maximum output current and 24VDC maximum output voltage. Power regulation by using PWM technique  for motor speed control and accommodation of devices with different working voltage. 

  • Eight outputs with 500-mA maximum output current and 24-volt maximum output voltage.

  • Two TTL compatible outputs with 220-Ohm current limiting resistors

  • A remote start/stop connector for interfacing with other laboratory instruments

  • Shipped with a test software for locating right communication port and troubleshooting assistance

  • A  control software for easy control (RSVBcon software, order separately)

 

RSVB1000 interface board                           

 Price: US$190.00

(Includes RS232 cable and CD carrying user manual and RSVBtest software)

  • Two 10-bit analog inputs, 7 TTL compatible inputs, 18 TTL compatible outputs

  • One 16-bit counter for reading motor encoders

  • Two PWM outputs of 8K frequency for  output current adjustment or motor speed control

  • LEDs for  output status display

  • Communication with PC through a RS232 port or a USB port with a RS232 converter

  • Simple command set for Visual Basic programming

  • Two types of connectors for some inputs for convenience of connection

  • Built-in driver for 2 stepper motors

  • Built-in function for monitoring communication between PC and the control board and automatic shutdown in case of communication interruption

  • Shipped with a test software for locating right communication port and troubleshooting assistance

  • A control software for easy control (RSVBcon software, order separately)

     Order        More information

RSVB1500 adapter board

Price: US$70.00

 

  • Adapters for easy connection with RSVB1000 interface board

  • Eight outputs based on H-bridge circuit for driving bipolar stepper motors or DC motors with 600-mA maximum output current and 24VDC maximum output voltage. Power regulation by PWM outputs from ESVB1000 board for motor speed control and accommodation of devices with different working voltage. 

  • Eight outputs driven by Darlington circuit with 500-mA maximum output current and 24VDC maximum output voltage.

  • Two TTL compatible outputs with 220-Ohm current limiting resistors.

     Order       More information 

RSVB1600 control board

Price: US$250.00

(Includes RS232 cable and  CD carrying user manual and RSVBtest software)

  • Two 10-bit analog inputs, 7 TTL compatible inputs

  • One 16-bit counter for reading motor encoders

  • LEDs for output status display

  • Communication with PC through a RS232 port or a USB port with a RS232 converter

  • Simple command set for Visual Basic programming

  • Built- in driver for 2 stepper motors

  • Built-in function for monitoring communication between PC and the control board and automatic shutdown in case of communication interruption

  • Eight outputs based on H-bridge circuit for driving bipolar stepper motors or DC motors with 600-mA maximum output current and 24VDC maximum output voltage. Power regulation by using PWM technique  for motor speed control and accommodation of devices with different working voltage. 

  • Eight outputs driven by Darlington circuit with 500-mA maximum output current and 24-volt maximum output voltage.

  • Two TTL compatible outputs with 220-Ohm current limiting resistors

  • A remote start/stop connector for interfacing with other laboratory instruments

  • Shipped with a test software for locating right communication port and troubleshooting assistance

  • A  control software for easy control (RSVBcon software, order separately)

      Order        More information

RSVB3000 experiment station

Price: US$80.00

(Includes user manual. Does not include RSVB1600 board or RSVB1000 board. )

 

  • A  stepper motor ready to work with a RSVB1000+RSVB1500 board or a RSVB1600 board

  • A  geared DC motor  ready to work with a RSVB1000+RSVB1500 board or a RSVB1600 board

  • An encoder for DC motor speed control

  • An optic sensor for position control with the stepper motor

  • A relay for driving device using external power supply

  • User manual with detailed information for experiment setup and programming

  • Easily mounted on a RSVB1000 board or a RSVB1600 board

  • Extra holes for mounting motors of various size

RSVBcon software                                                                                    Order                  More information

Price: US$140.00

  • Automatic search and connection to a RSVB1000 board or a RSVB1600 board through a RS232 port or a USB port with a RS232 converter

  • Control of stepper motors and  switches of outputs according to time and input status

  • Optional automatic shutdown in case of communication interruptions or PC malfunctioning

  • Read  all inputs  and update individual display panels every 0.05 second

  • Fast and easy setup of control methods involving only several mouse clicks or loading of an existing method

  • Selection of two triggering modes for remote start, one as host and the other as listener

  • On-line help for getting started and troubleshooting