Print
Mail
STP100
$259.00
*** NOT RECOMMENDED FOR NEW DESIGNS, USE STP101 ***
The STP100 Stepper Motor Controllers are the perfect choice for small to medium stepper motor applications where step positioning to 32 bits is required.
The STP100 Stepper Motor Controllers are divided into four functional blocks (Embedded Microprocessor, Stepper Logic, Motor Driver Circuit, and Serial Line Drivers). The embedded microprocessor gives the STP100 Stepper Motor Controller the ability to keep track of an absolute motor position. Among other things, the position is a signed 32-bit number.
The STP100 Stepper Motor Controllers are the perfect choice for small to medium stepper motor applications where step positioning to 32 bits is required.
The STP100 Stepper Motor Controllers are divided into four functional blocks (Embedded Microprocessor, Stepper Logic, Motor Driver Circuit, and Serial Line Drivers). The embedded microprocessor gives the STP100 Stepper Motor Controller the ability to keep track of an absolute motor position. Among other things, the position is a signed 32-bit number.
MORE INFORMATION
The sample interface code below uses QBasic to communicate with the STP100 Stepper Motor Controller.
OPEN "COM1:9600,N,8,1" FOR RANDOM AS #1
DO
PRINT: PRINT "**STP100 Controller**
INPUT "Board ID Number :"; ID$
INPUT "Position of Stepper :"; Position$
PRINT #1,"BD";ID$
PRINT #1,"MI";Position$
LOOP
Below is a sample screen of above program when run.
**STP100 Controller**
Board ID Number : 1
Position of Stepper : -200
Enable Board with ID # = 1 move Stepper to position -200
**STP100 Controller**
Board ID Number : 0
Position of Stepper : 0
Returns all steppers to home position if ID # = 0, all STP100 Stepper Motor Controller boards will be enable
**STP100 Controller**
Board ID Number : 2
Position of Stepper : 1000
Enable Board with ID # = 2 move Stepper to position 1000
OPEN "COM1:9600,N,8,1" FOR RANDOM AS #1
DO
PRINT: PRINT "**STP100 Controller**
INPUT "Board ID Number :"; ID$
INPUT "Position of Stepper :"; Position$
PRINT #1,"BD";ID$
PRINT #1,"MI";Position$
LOOP
Below is a sample screen of above program when run.
**STP100 Controller**
Board ID Number : 1
Position of Stepper : -200
Enable Board with ID # = 1 move Stepper to position -200
**STP100 Controller**
Board ID Number : 0
Position of Stepper : 0
Returns all steppers to home position if ID # = 0, all STP100 Stepper Motor Controller boards will be enable
**STP100 Controller**
Board ID Number : 2
Position of Stepper : 1000
Enable Board with ID # = 2 move Stepper to position 1000
Features
# RS232 or RS485 interface
# Addressable up to 255 boards
# Controls Bi-polar Stepper Motors up to 2 Amps/phase
# Chopping current limiting
# Full, half or wave step modes
# Acceleration/deceleration ramping
# Speed, direction, position changing while motor is in motion
# 32-bit absolute position tracking
# 4-bit digital I/O for home limits
# Over temperature protection
# Power Supply (Motor) : 5VDC to 46VDC
# Power Supply (Logic) : 7VDC to 15VDC
# May use one supply if motor supply is in range of logic supply
# Dimensions: 4.3" x 2.4" x 1.1"
# Addressable up to 255 boards
# Controls Bi-polar Stepper Motors up to 2 Amps/phase
# Chopping current limiting
# Full, half or wave step modes
# Acceleration/deceleration ramping
# Speed, direction, position changing while motor is in motion
# 32-bit absolute position tracking
# 4-bit digital I/O for home limits
# Over temperature protection
# Power Supply (Motor) : 5VDC to 46VDC
# Power Supply (Logic) : 7VDC to 15VDC
# May use one supply if motor supply is in range of logic supply
# Dimensions: 4.3" x 2.4" x 1.1"
PRODUCTS
Downloads
