The converter can convert control signals of servo or stepper motor drivers. The pulse + direction can be converted into a double pulse signal signal.Convert PULS+ directional signals DIR into CW+,CW-,CCW+,CCW-, which can be used for interface conversion between controller and motor drive. Input/output signal specifications meet industry standards, support 5V/24 input/output level, photoelectric isolation transmission. Can be used as signal conversion match. It can improve the stability of pulse signal transmission, improve the anti-interference ability and increase the signal transmission distance.
Features:
- Wide voltage supply: voltage input Dc7-30v (more than 24V must be used if 24V output level is to be used).
- Input and output can be matched with 5V or 24V level through the jumper pin setting on the board
- Theoutput is NPN output, with built-in 330 ohm /5V pull-up resistance and2.7k /24V pull-up resistance. Equipped with 5V/24V/GND 0V connector.Common anode connection is recommended.
- The connection adopts of 5.08 spacing, 6-bit terminal, convenient for connection and later maintenance.
- The power input has reverse connection protection function.
Specification:
- Input signal:
5V pulse: VPP4.2v ~6V, current: 5~15MA. Bandwidth: 0 ~ 700 KHZ.
24V pulse: VPP18~28V, current 3~12MA, bandwidth 0~700KHZ.
- Output signal:
NMOS output, built-in 330 ohm /5V pull-up resistor, 2.7k /24V pull-up resistor.
Charging current supports up to 50MA. Support bandwidth 0~700KHZ square wave signal.
- Module power consumption: less than 30MA/24V
- Pulse signal delay: < 1US.
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Directional signal delay: < 300US
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Installation: M3 screw *4. Row spacing 27MM, column spacing 41MM
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Size:7.53.41.5cm/31.30.6in
- Weight: Approx.29g/1oz
Package list:
1 x Motor driver pulse module
Note:
Pay attention to the time sequence problem of directional and pulse signals. To ensure the stability of the system, It is recommended to turn on the direction signal at least 50MS before sending the pulse signal.. Most controllers on the market meet this requirement.
