Shenzhen Just Motion Control Electromechanics Co., Ltd.
Shenzhen Just Motion Control Electromechanics Co., Ltd.
Hybrid 2 Phase Bi-Polar Micro-Stepping Driver DC 24V-80V Stepper Motor Drive
  • Hybrid 2 Phase Bi-Polar Micro-Stepping Driver DC 24V-80V Stepper Motor Drive
  • Hybrid 2 Phase Bi-Polar Micro-Stepping Driver DC 24V-80V Stepper Motor Drive
  • Hybrid 2 Phase Bi-Polar Micro-Stepping Driver DC 24V-80V Stepper Motor Drive
  • Hybrid 2 Phase Bi-Polar Micro-Stepping Driver DC 24V-80V Stepper Motor Drive
Hybrid 2 Phase Bi-Polar Micro-Stepping Driver DC 24V-80V Stepper Motor Drive
Hybrid 2 Phase Bi-Polar Micro-Stepping Driver DC 24V-80V Stepper Motor Drive
Hybrid 2 Phase Bi-Polar Micro-Stepping Driver DC 24V-80V Stepper Motor Drive
Hybrid 2 Phase Bi-Polar Micro-Stepping Driver DC 24V-80V Stepper Motor Drive

Hybrid 2 Phase Bi-Polar Micro-Stepping Driver DC 24V-80V Stepper Motor Drive

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Basic Info
Basic Info
Place of Origin: Shenzhen
Payment Type: T/T, Paypal, Western Union
Product Description
Product Description
Stepper motor controller
1)stepper driver
2)low cost
3)low noise
4)high performance
Description of stepper motor controller
2M982 /2-phase stepping driver

Key Features:
*24 to 80VDC Supply Voltage
*H-Bridge, 2 Phase Bi-polar Micro-stepping Drive
*Suitable for 2-phase, 4, 6 and 8 leads step motors, with Nema size 23 to 34
*Output current selectable from 1.8 ~ 7.8 peak
*Current reduction by 50% automatically, when motor standstill mode is enabled
*Pulse Input frequency up to 200 kHz
*Optically isolated differential TTL inputs for Pulse, Direction and Enable signal inputs
*Selectable resolutions up to 12800 steps
*Over Voltage, Coil to Coil and Coil to Ground short circuit protection.

Introduction
2M982 is a cost effective, high performance bi-polar two phase micro-stepping drive applying pure-sinusoidal current control technique. It is best suited for the applications that desired extreme low noise and heat. It operates well in an environment, where electricity supply experience instability and fluctuation.
The general pseudo-sinusoidal current control technology adopted by majority of the drive produced distorted sine wave, and current ripple, resulting in vibration, noise and motor heating. This results in motor degrading over time, reducing in motor performance and shortens the usage life.
With an automatic optimization speed control technique, the PowerStep series drive output is very stable, with almost zero vibration and noise, performing close to a servo system, allowing the motor to operate smoothly. That helps to fulfill a design requirement of low noise, low heat and high performance.

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