TB200HB-0600

Series:	*
Part Status:	Active

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TB200HB-0600 Application Field and Working Principle

TB200HB-0600 is a high performance drive system, designed primarily for industrial, process control, and robotic applications. It is also suitable for AC and DC electrical motorized systems in marine, transport, and other extreme range environments. The TB200HB-0600 provides a robust and reliable performance under heavy load and has been designed to help you realize superior power efficiency, redundancy, and control.The TB200HB-0600 is a two stage motor drive system using four separate drive modules that are connected in series. The system aids in the improved control, efficiency, and torque control of the motor. It also adds protection features such as under voltage protection, short circuit protection, over temperature protection, and overload protection.

Control Technology

The TB200HB-0600 is controlled by a PLC, specifically Omron’s NXUNP. This PLC incorporates advanced algorithms, making it the perfect choice for controlling the TB200HB-0600. The algorithms ensure top notch acceleration and deceleration behavior as well as smooth torque curves throughout the range.The Omron’s NXUNP is also capable of auto-tuning, allowing the drive to automatically adjust all user control parameters to maximize performance and efficiency. Finally, the NXUNP is capable of fieldbus communication, enabling seamless integration with additional control systems and equipment.

Working Principle

The TB200HB-0600 works by using an electric current to initiate a reaction that results in the rotation of an electric motor. In operation, the electric current creates an electromagnetic field inside the motor. This field interacts with the stators, the stationary part of the motor, to create a rotating motion in the rotor, the part of the motor that moves. The stators are stationery because they are mounted to the housing of the motor.When the electric current is sent into the motor, it starts the rotor spinning. As the rotor spins, it creates a second electromagnetic field which interacts with the stators to create a motor rotation vector. This vector determines the motor’s speed and torque, and its direction is determined by the direction of the stators’ coils.

Conclusion

The TB200HB-0600 is a high performance drive system that is optimized for industrial, process control, and robotic applications. It is controlled by the powerful Omron’s NXUNP PLC, providing top notch acceleration and deceleration behavior as well as smooth torque curves throughout the range. Additionally, the TB200HB-0600 is capable of auto-tuning, allowing it to automatically adjust all user control parameters to maximize performance and efficiency. The TB200HB-0600 works by using an electric current to initiate a reaction that results in the rotation of an electric motor, creating two magnetic fields that interact with the stators to create a motor rotation vector that determines its speed and torque.

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