Description
The open-loop stepper driver 2 Phase R2D1725 delivers precise motion control for small automation tasks. This digital low-voltage driver uses an ARM chip to power two-phase 35, 3, and 42 series motors with remarkable smoothness and low noise at medium to low speeds. You can set the subdivision from 400 to 6400 pulses per revolution and adjust the current up to 2.5A. Consequently, it adapts easily to various small devices. Its compact design and flexible settings simplify integration, cutting development time and maintenance needs.
Key Features of the Open-Loop Stepper Driver 2 Phase
The R2D1725 operates on a DC18V to 36V input and responds to pulse frequencies up to 200KHz. It accepts pulse and direction signals, ensuring compatibility with common controllers. An auto-tuning function simplifies motor parameter configuration. Moreover, built-in protections against overvoltage, overcurrent, and tracking errors enhance system reliability. Even at low subdivision settings, micro-stepping technology achieves high smoothness, reducing vibration and noise. As a result, the driver delivers consistent performance and extends motor life.
Performance and Environmental Durability
Designed for demanding environments, the R2D1725 withstands operating temperatures from 0ยฐC to 50ยฐC and storage from -20ยฐC to 65ยฐC. It handles humidity up to 90% RH non-condensing and vibration below 0.5G. Avoid dusty, oily, or corrosive atmospheres to maintain peak performance. This robust design suits automation engineers and system integrators seeking dependable motion control for small-scale machinery. Additionally, its durable construction ensures long-term reliability in industrial settings.
Applications and Integration Benefits
This open-loop stepper driver 2 Phase excels in applications like 3D printers, small CNC routers, medical devices, and packaging equipment. By delivering smooth motion and quiet operation, the R2D1725 improves end-product quality and user experience. For purchasing managers and R&D teams, it offers a cost-effective, high-performance component. Furthermore, the driver’s precise control enhances accuracy in positioning tasks, making it ideal for automated assembly lines. Its energy-efficient design also lowers power consumption, contributing to overall system sustainability.
Why Choose the R2D1725 Driver?
When you select the R2D1725, you gain a reliable motion control solution that simplifies your automation projects. The driver’s micro-stepping capability ensures smooth operation, while the adjustable current settings provide flexibility for different motor sizes. In addition, the auto-tuning feature eliminates manual calibration, saving time during setup. Because it supports a wide voltage range, the R2D1725 adapts to various power supplies without compromising performance. In summary, this open-loop stepper driver 2 Phase combines advanced technology with user-friendly features to meet the demands of modern small automation.
Technical parameter
Voltage input range: DC18V~36V
Maximum peak current: 2.5A
Subdivision range: 400~6400ppr
Pulse form: pulse + direction
Impulse response frequency: 0~200KHz
Motor parameter auto-tuning function
With protection functions such as overvoltage,overcurrent, tracking error out of tolerance, etc.
Environmental parameters
Storage temperature: -20ยฐC~65ยฐC
Operating temperature: 0ยฐC~50ยฐC
Operating humidity: 40~90%RH (non-condensing)
Vibration frequency: less than 0.5G (4.9m/s2) 10Hz~55Hz (discontinuous operation)
Avoid dust, oil stains, corrosive gases, places with toomuch humidity and too strong vibration, and prohibitflammable gas and conductive dust
