Description
The National Instruments PCI-7350 Motion Controller Device, with part numbers 778440-02, 778440-04, 778440-06, and 778440-08, is designed for a wide range of servo and stepper applications. This versatile device can manage two, four, six, or eight independent axes, making it suitable for complex multi-axis projects.
Its support for contouring and circular interpolation allows for the creation of smooth and precise motion profiles. The PCI-7350 is compatible with various motor types, including brushless or brushed DC servo motors, piezo motor systems, and other servo devices, offering flexibility in system design.
The device boasts an impressive trajectory update rate ranging from 62.5 µs/sample to 5 ms/sample for servo systems and 62.5 to 500 µs/sample for stepper systems, with a PID rate of 2 axes per 62.5 µs, ensuring high-performance motion control. At its core, a dual-processor architecture provides robust computational power for real-time control.
Connectivity is facilitated by two 68-pin motion I/O connectors and two 68-pin digital I/O connectors, encompassing all necessary signals for closed-loop control. The maximum step frequency supported by this controller is an impressive 8 MHz, allowing for high-speed operations in full, half, and microstep modes.
The PCI-7350 is equipped with a generous array of inputs and outputs, including 24 inputs (3 per axis), 8 outputs (1 per axis), 8 digital I/O ports (8-bit), and 2 PWM outputs (50 kHz, 8-bit), providing extensive interfacing capabilities for complex motion control scenarios. The power consumption of this device is optimized for industrial environments.
| Feature | Specification |
|---|---|
| Product Name | National Instruments PCI-7350 Motion Controller Device |
| Part Numbers | 778440-02, 778440-04, 778440-06, 778440-08 |
| Application | Servo and Stepper Applications |
| Number of Axes | Two, Four, Six, or Eight Independent Axes |
| Contouring and Circular Interpolation | Supported |
| Motor Compatibility | Brushless or Brushed DC Servo Motors, Piezo Motor Systems, and Other Servo Devices |
| Trajectory Update Rate | 62.5 µs/sample to 5 ms/sample (Servo), 62.5 to 500 µs/sample (Stepper) |
| PID Rate | 2 Axes per 62.5 µs |
| Processor Type | Dual-Processor |
| Connectors | Two 68-pin Motion I/O, Two 68-pin Digital I/O |
| Maximum Step Frequency | 8 MHz (Full, Half, Microstep) |
| Inputs/Outputs | 24 Inputs (3 per Axis), 8 Outputs (1 per Axis), 8 Digital I/O Ports (8-bit), 2 PWM Outputs (50 kHz, 8-bit) |
Question 1: What motor types is the National Instruments PCI-7350 Motion Controller Device compatible with, and how many independent axes can it manage for multi-axis projects?
Answer 1: The National Instruments PCI-7350 Motion Controller Device is compatible with brushless or brushed DC servo motors, piezo motor systems, and other servo devices, and it supports a maximum step frequency of 8 MHz for precise motion control.
Question 2: What range of independent axes can the National Instruments PCI-7350 Motion Controller Device manage, and what types of motors is it compatible with?
Answer 2: The National Instruments PCI-7350 Motion Controller Device can manage two, four, six, or eight independent axes and is compatible with brushless or brushed DC servo motors, piezo motor systems, and other servo devices.
Question 3: What are the specific features and capabilities of the National Instruments PCI-7350 Motion Controller Device in terms of axis management, motor type compatibility, update rates, architectural design, connectivity, and input/output provisions?
Answer 3: The National Instruments PCI-7350 Motion Controller Device can manage two to eight independent axes, is compatible with brushless or brushed DC servo motors, piezo motor systems, and other servo devices, offers a trajectory update rate of 62.5 µs/sample to 5 ms/sample for servo systems and 62.5 to 500 µs/sample for stepper systems with a PID rate of 2 axes per 62.5 µs, features a dual-processor architecture for robust real-time
Question 4: How does the National Instruments PCI-7350 Motion Controller Device accommodate different motor types while ensuring high-performance motion control and connectivity for complex multi-axis projects?
Answer 4: The National Instruments PCI-7350 Motion Controller Device is compatible with brushless or brushed DC servo motors, piezo motor systems, and other servo devices, and it can manage two, four, six, or eight independent axes for multi-axis projects.
Question 5: What types of motors are compatible with the National Instruments PCI-7350 Motion Controller Device, and what is its maximum supported step frequency for precise motion control?
Answer 5: The National Instruments PCI-7350 Motion Controller Device accommodates different motor types, such as brushless or brushed DC servo motors and piezo motor systems, by offering a versatile design suitable for managing two to eight independent axes, and ensures high-performance motion control through a trajectory update rate of 62.5 µs/sample to 5 ms/sample for servo systems and robust connectivity for complex multi-axis projects via two 68-pin motion I/O connectors and two 68-pin digital I/O connectors.
