Menu
Your Cart

Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor

Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
Integrated Stepper Motor Driver 0-2A 10-28VDC for NEMA 8,11,14,17 Stepper Motor
$28.69
5 + $27.79
10 + $26.89
50 + $26.00
100 + $24.20
  • Model: ISD02
  • Stock Status: 4888
  • SKU: ISD02

Available Options

The ISD02 is a parallel port control series of miniature high performance stepper motor drivers.Its biggest feature is its small size and strong driving ability. Its thickness is less than 14 mm. They can be directly mounted onto NEMA 8, 11, 14, 17 series stepper motors with the corresponding flange. ISD02 can provide 0-2A adjustable peak current. Its high-speed current compensation function can compensate for the effects of back electromotive force when the motor rotates at high speed.


Key Features:

  • Miniature size 42.3 x 42.3 x 16.5 mm
  • Integrated with the motor, can also work separately
  • All-aluminum precision cast housing, sturdy and durable, good heat dissipation
  • Wide range input voltage
  • 0 - 2 A adjustable output current
  • 5 selectable microstep resolutions including 100,200,400,800,1600
  • H-bridge bipolar constant current, online controllable offline / enable
  • Optical-isolated inputs
  • Automatic Current Reduction
  • Maximum frequency of whole step 12KHz;Maximum frequency of 3200 microstep 200KHz

Electrical Specifications:

  • Output Peak Current: 0 - 2 A
  • Input Voltage: 10 - 28 VDC
  • Pulse Input Frequency: 5 - 12 KHz(Full-step)
  • Isolation Resistance: More than 100 MΩ
  • Dielectric strength: 500VAC for 1MIN.

Operating Environment and other Specifications(Tj = 25℃/77℉):

  • Cooling: Natural Cooling
  • Environment: Avoid dust, oil fog and corrosive gases
  • Humidity: Less than 80% RH
  • Operating Temperature: -40℃ - 85℃
  • Vibration: 3G Max
  • Storage Temperature: -50℃ - 150℃
  • Size: 42.3 x 42.3 x 16.5 mm
  • Weight: 51.5 g(1.816oz)

Resources

Electrical Specification
Control Modes Pulse Mode
Encoder Feedback No
Integrated with Pulser No
No. of Phase 2
Input Voltage(V) 10 - 28 DC
Product Series ISD Series
Output Current(A) 0 - 2.0
Microstep(Steps/rev.) 1000 - 1600
Max. Pulse Input(kHZ) 12
File Size
ISD02.pdf 7.5MB Download
ISD02.STEP 3.02MB Download

Write a review

Note: HTML is not translated!
Bad Good
The ISD04 is a parallel port control series of miniature high performance stepper motor drivers.Its biggest feature is its small size and strong drivi..
$44.33
The ISD08 is a parallel port control series of miniature high performance stepper motor drivers. Its biggest feature is its small size and strong driv..
$59.98
The ISC02 is a microprocessor embedded, voltage control, miniature stepper motor controller. It is integrally designed to fit onto stepper motors, an..
$33.25
The ISC04 is a microprocessor embedded, voltage control, miniature stepper motor controller. It is integrally designed to fit onto stepper motors, an..
$47.10
The ISC08 is a microprocessor embedded, voltage control, miniature stepper motor controller. It is integrally designed to fit onto stepper motors, an..
$66.50
We use cookies and other similar technologies to improve your browsing experience and the functionality of our site. Privacy Policy.