STEPPERONLINE Digital Stepper Driver 0.3-2.2A 18-36VDC for Nema 14, 17, 23 Stepper Motor
STEPPERONLINE Digital Stepper Driver 0.3-2.2A 18-36VDC for Nema 14, 17, 23 Stepper Motor
Mainly used in medical equipment, dispensing machines, engraving machines, laser equipment, labeling machines, electronic equipment, advertising equipment and other automation equipment. It is particularly effective in applications where users expect low heat, low noise, low vibration, high stability, and high precision.Key Features: A new generation of 32-bit DSP control technology, cost-effective, stable and excellent vibration performance With 4 equal angle constant torque subdivision, up to 32 subdivisions The current control is smooth, precise, and the motor heat is small The highest impulse response frequency is up to 100KHz When the step pulse stops for more than 200ms, the motor current is halved. Excellent smoothness in low frequency subdivision Optically isolated differential signal input, strong anti-interference ability The drive current peak is adjustable below 2.2A Voltage input range: DC18~36V With over voltage, under voltage and other error protection Very small size, volume 865521 (mm), weight 0.12kg Electrical Specifications: Output Peak Current: 0.3 - 2.2 A(0.2~1.6RMS) Input Voltage: DC18V~36V Logic Signal Current: 7 - 15 mA (Typical 10 mA) Pulse Input Frequency: 0 - 100 kHz Pulse Width: 5μS Isolation Resistance: 500 MΩ Operating Environment and other Specifications(Tj = 25℃/77℉): Cooling: Natural Cooling or Forced cooling Environment: Avoid dust, oil fog and corrosive gases Ambient Temperature: 0 - 65 ℃ Humidity: 40% - 90% RH Operating Temperature: 50 ℃ MAX Storage Temperature: -20 - 65 ℃ Weight: Approx.120 g (4.23 oz)
Product Features
- High performance stepper driver for Nema 14,17,23 motors
- Output Peak Current: 0.3 - 2.2 A(0.2~1.6RMS)
- Input Voltage: DC18V~36V
- Mainly used in medical equipment, dispensing machines, engraving machines, laser equipment, labeling machines, electronic equipment, advertising equipment and other automation equipment.
- It is particularly effective in applications where users expect low heat, low noise, low vibration, high stability, and high precision.