- Product Details: PXI-7344 from National Instruments (NI)
- Product Overview:
- The PXI-7344 is a high-performance servo controller from National Instruments, specifically designed for motion control and servo drive applications. It offers exceptional accuracy and real-time control capabilities, making it suitable for complex motion control scenarios.
- Product Specifications:
- Model Number: PXI-7344
Manufacturer: National Instruments (NI)
Category: High-Performance Servo Controller
Number of Axes: Multiple independent servo axes channels, configurable and controllable individually
Control Mode: Supports closed-loop control with feedback signal for system stability and precision
Update Rate: Enhanced PID/PIVff servo update rate of 62 μs per axis
Connectivity: Connects to computers or host machines via various communication interfaces such as PCIe, PXIe, etc. - Product Parameters:
- Precision: High precision for accurate motion control
Real-Time Capability: Real-time control for responsive and reliable motion control
Configurable Axes: Each servo axis channel can be independently configured and controlled
Software Compatibility: Compatible with NI’s motion control software and programming tools such as LabVIEW and Motion Assistant - Applications:
- The PXI-7344 finds widespread applications in various industries and research fields that require precise motion control, such as:
- Semiconductor manufacturing
Robotics and automation
Precision machinery and equipment
Test and measurement systems
Scientific research and development - With its high-performance capabilities, precision, and real-time control, the PXI-7344 from National Instruments is an ideal choice for demanding motion control applications.
PXI-7344
Product Details: PXI-7344 from National Instruments (NI)
Product Overview:
The PXI-7344 is a high-performance servo controller from National Instruments, specifically designed for motion control and servo drive applications. It offers exceptional accuracy and real-time control capabilities, making it suitable for complex motion control scenarios.
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