Description
Functions:
The NI-9505 is mainly used for motor drive and motion control in automation systems and laboratory applications, such as accurate position control, speed control and trajectory generation.
Features:
Flexibility: The NI-9505 offers flexible configuration and programming options that allow users to customize I/O.
High accuracy: A high precision A/D converter enables high precision analog measurement (although this applies mainly to the NI-9505 as an analog input module, the motor drive module also benefits from its precise control algorithm).
Reliability: High quality electronic components and reliable manufacturing processes ensure stable operation under various environmental conditions.
Easy integration: Seamless integration with NI’s LabVIEW FPGA module and SoftMotion technology simplifies the development process.
Multiple control modes: Support open loop control, closed loop control, step control and other control modes.
Parameters and specifications:
Main Applications: NI-9505 is commonly used in various industrial applications such as manufacturing, energy, oil and gas, etc., to control machinery, production lines, power plants, transmission lines, etc.
Motor Drive function: This module has high-performance motor control and drive functions for bipolar or single-pole hybrid stepper motors and three-phase servo brushless motors.
Communication and integration: The NI-9505 can be integrated with NI hardware and software platforms, specifically compatible with the LabVIEW FPGA module for generating PWM signals and controlling motors.
Position and speed control: The module is equipped with a high-precision position detector, which can achieve high-precision position control and speed control.
PWM signal: The recommended value of PWM rate is 20 kHz, up to 40 kHz.
Operating temperature range: The recommended operating temperature range is -40 to 70°C and the storage temperature range is -40 to 85°C.
Series:
The NI-9505 is one of NI’s C-series modules for motor drive and motion control applications.
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