The National Instruments PCI-7334 is a stepper motion controller with four axes of control, capable of running up to 10 motion programs simultaneously, and requires software like LabVIEW or FlexMotion for configuration.
The National Instruments PCI-7334 Motion Controller Device is a state-of-the-art stepper motion controller that provides control for up to four coordinated or independent axes, making it suitable for a wide range of automation and motion control applications.
With part numbers 778417-01 and 186307C-06, this sophisticated device supports closed-loop control for servo axes and both open and closed-loop control for stepper axes, ensuring precise motion control and flexibility for various types of motors.
At the core of the PCI-7334 lies a powerful Motorola MC68331, a 32-bit, real-time processor, complemented by an ADSP-2185 DSP (Digital Signal Processor), and includes FPGA technology to handle complex processing tasks.
The device is capable of executing up to 10 simultaneous motion programs, and features extensive user I/O capabilities with four analog inputs and a 32-bit digital I/O for interfacing with a range of sensors and actuators.
Connectivity is provided through a 68-pin motion I/O connector, which includes 4 channels of 12-bit A/D inputs, a separate 68-pin digital I/O connector, and an RTSI connector for synchronization with other National Instruments products.
Configuration and programming of the PCI-7334 can be achieved using LabVIEW, LabWindows/CVI, or FlexMotion software, and it interfaces with computers via a PCI/PXI slot or a 1394 port, ensuring seamless integration into existing systems.
For optimal performance, the PCI-7334 requires specific accessories such as the MID-7604 Stepper Motor Drive (777936-01), which must be obtained separately to complete the motion control setup.
Feature
Description
Product Name
National Instruments PCI-7334 Motion Controller Device
Part Numbers
778417-01, 186307C-06
Type
Stepper Motion Controller
Axis Control
Four coordinated or independent axes
Control Mode
Servo axes: Closed-loop only Stepper axes: Open or closed-loop
Processor
Motorola MC68331, 32-bit, real-time processor
DSP
ADSP-2185 DSP (Digital Signal Processor)
FPGA
Included
Simultaneous Motion Programs
Up to 10
User I/O
4 analog inputs and 32 bit digital I/O
Connectors
68-pin motion I/O connector (4 channels of 12-bit A/D inputs), 68-pin digital I/O connector, RTSI connector
Software Configuration
LabVIEW, LabWindows/CVI, or FlexMotion software
Computer Interface
PCI/PXI slot or a 1394 port
Required Accessories
MID-7604 Stepper Motor Drive (777936-01), SH
Question 1: Regarding the National Instruments PCI-7334 Motion Controller Device, which specific accessory is required for optimal performance and must be purchased separately? Answer 1: The National Instruments PCI-7334 Motion Controller Device boasts technical specifications and features such as control for up to four coordinated or independent axes, support for both closed-loop control for servo axes and open and closed-loop control for stepper axes, a Motorola MC68331 32-bit real-time processor, an ADSP-2185 DSP for complex processing tasks, the ability to execute up to 10 simultaneous motion programs, four analog inputs, a 32-bit digital I/O, a 68-pin motion I
Question 2: What type of processor and digital signal processor are central to the functioning of the National Instruments PCI-7334 Motion Controller Device, and which software is used for its configuration and programming? Answer 2: The National Instruments PCI-7334 Motion Controller Device is suitable for a broad array of automation and motion control applications, including but not limited to robotics, CNC machinery, assembly line automation, and precision control in scientific experiments, due to its capability to control up to four coordinated or independent axes.
Question 3: What types of applications is the National Instruments PCI-7334 Motion Controller Device suitable for, given its ability to control up to four coordinated or independent axes? Answer 3: At the core of the National Instruments PCI-7334 Motion Controller is a powerful Motorola MC68331, a 32-bit, real-time processor, and it is complemented by an ADSP-2185 DSP (Digital Signal Processor) and FPGA technology for handling complex processing tasks.
Question 4: What kind of processing power is at the core of the National Instruments PCI-7334 Motion Controller, and which type of processors complement it for handling complex tasks? Answer 4: The National Instruments PCI-7334 Motion Controller Device is built around a Motorola MC68331, a 32-bit real-time processor, and it utilizes an ADSP-2185 DSP (Digital Signal Processor) for its operations, while configuration and programming can be accomplished using LabVIEW, LabWindows/CVI, or FlexMotion software.
Question 5: What are the technical specifications and features of the National Instruments PCI-7334 Motion Controller Device that make it versatile for various automation and motion control applications? Answer 5: For optimal performance, the National Instruments PCI-7334 Motion Controller Device requires the MID-7604 Stepper Motor Drive, with part number 777936-01, which must be purchased separately.
