Description
The 779767-01 is a part of the C Series Motion category, specifically the NI-9501 model. This product is an NI 9501 C Series Stepper Drive Module designed for precision control of 2-phase hybrid stepper motors, making it compatible with both NEMA 17 and NEMA 23 motor sizes. It supports both bipolar or unipolar winding configurations, offering flexibility in motor control.
The module utilizes an advanced PWM algorithm to efficiently manage motor operations. It is engineered to work seamlessly with the CompactRIO platform, ensuring easy integration into a wide range of applications. The NI-9501 offers versatile stepping rates, including full step, half step, and microstepping (up to 256 maximum), to suit various precision movement requirements.
It addresses low-speed resonance issues, operating smoothly in the range of 50 to 150 RPM. Additionally, the module features software-programmable current reduction, allowing for optimized performance and reduced power consumption. This specification ensures that the NI-9501 is both a flexible and powerful solution for motion control applications.
| Specification | Detail |
|---|---|
| Part Number | 779767-01 |
| Category | C Series Motion |
| Model | NI-9501 |
| Description | NI 9501 C Series Stepper Drive Module |
| Compatibility | 2-phase hybrid stepper motors (NEMA 17, NEMA 23) |
| Configuration | Bipolar or Unipolar winding |
| Technology | Advanced PWM algorithm |
| Platform | CompactRIO |
| Stepping Rates | Full step, half step, microstepping (up to 256 maximum) |
| Low-Speed Resonance | 50 to 150 RPM |
| Current Reduction | Software-programmable |
Question 1: What is the part number of the NI 9501?
Answer 1: 779767-01
Question 2: Can the NI-9501 integrate with CompactRIO?
Answer 2: Yes, it’s compatible with CompactRIO.
Question 3: Does the NI-9501 support microstepping?
Answer 3: Yes, up to 256 maximum microstepping.
Question 4: What motor sizes does the NI-9501 support?
Answer 4: NEMA 17 and NEMA 23 motor sizes.
Question 5: What technique does the NI-9501 use to manage motors?
Answer 5: Advanced PWM algorithm.
