NFTACH8.1

NFTACH8.1 is a state-of-the-art motor control and inverter technology from National Instruments, a leader in the field of embedded control. The versatile and powerful NFTACH8.1 can be applied in a broad range of applications and is suitable for controlling a wide variety of motors and other systems.

NFTACH8.1 is an ideal solution for embedded motor control. It supports a variety of motor types, from single phase AC motors to three phase AC and DC motors. It offers precise speed control, allowing for precise control and synchronization of multiple motors. It also supports phase shifting and current limiting for improved efficiency and dynamic control. And its open architecture makes it easy to integrate with other components in the system, such as sensors, actuators, and controllers.

The NFTACH8.1 is suitable for both industrial and commercial applications. In industrial applications, it can be used to control motors and systems for factory automation, material handling, and production processes. In commercial applications, it can be used for HVAC systems, robotics, and other applications requiring precision motor control.

The working principle behind NFTACH8.1 is based on a unique three-level inverter architecture. This architecture ensures efficient operation and helps reduce power losses by driving each motor phase separately rather than in parallel. It also enables precise control of the motor parameters, including speed, torque, and other characteristics. The three-level inverter in the NFTACH8.1 also has built-in current and voltage protection, making it ideal for use in hazardous environments.

The NFTACH8.1 also includes an advanced motor control logic, which helps to optimize system performance and improve power efficiency. This logic is integrated into the firmware and can be customized for specific applications. The firmware also supports a variety of safety mechanisms, such as stall detection and over-current protection, to reduce the risk of system malfunctions.

NFTACH8.1 is an ideal choice for any embedded motor control application. Its advanced architecture and powerful motor control logic make it easy to customize and integrate with other elements in the system. It offers precise speed control and current limiting to maximize efficiency and system performance. And its built-in safety mechanisms help to protect the system from malfunctions.