FUTD3-20/S90

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FUTD3-20/S90 Application Field and Working Principle

FUTD3-20/S90 is a product of Futaba Electric Co., Ltd., founded in 1936. It is a leading manufacturer of AC drives and controllers. FUTD3-20/S90 is an intelligent motor drive suitable for precise control of the motor and its speed, making it a perfect fit for applications such as automation, medical equipment, and robotics. The device is controlled by PLC’s, allowing for precise and accurate control of the motor and its speed.

Product Details

FUTD3-20/S90 has a built-in CAN-Bus interface and an Advanced Temperature Control System (ATCS). This facilitates the simultaneous transmission of signals and feedback. The device measures and records the output current, voltage, and temperature while ensuring a smooth start-up even under heavy loads. The key feature of FUTD3-20/S90 is its ability to control the speed of the motor accurately, making it suitable for applications that require precise control.

FUTD3-20/S90’s brushless motor is powered by a 20VDC power supply. It has a high-resolution digital encoder for precise speed control. The device also supports various motor control triggers such as analog input, TTL pulse, pulse audio, PLC communication, and other I/O signals. Its superior efficiency is due to the advanced thermal control system which helps in regulating the operating temperature of the motor while ensuring optimal performance.

Available Applications

FUTD3-20/S90 is suitable for most low-voltage applications, such as medical applications, laboratory automation, communications, security, industrial automation, and robotics. It is especially suitable for robotic applications due to its ability to precisely control the motor speed. It is also suitable for applications that require precise positioning of the motor and/or its speed. It is capable of controlling a wide range of motor sizes, from 1hp to 32hp.

FUTD3-20/S90 is also suitable for energy-saving applications due to its advanced energy monitoring features and advanced temperature control system. This provides an energy-efficient solution to most motor control applications, allowing for improved performance and reduced energy consumption.

Working Principle

FUTD3-20/S90 operates by continuously monitoring the motor’s output current, voltage, and temperature. It uses an internal algorithm to analyze the performance of the motor and adjust the speed accordingly. This analysis allows the device to detect mechanical faults and adjust the motor’s performance accordingly.

The device utilizes advanced thermal control system to detect the motor’s temperature and adjust the performance accordingly. This results in improved efficiency and less energy consumption. The device is also capable of self-diagnosis, which helps identify potential faults and helps prevent future issues.

The device utilizes multiple communication protocols such as CAN, RS485, and MODBUS to send signals and feedback to devices. This allows it to be used in a variety of applications such as automation, medical equipment, and robotics. The device also supports various control triggers such as analog input, TTL pulse, pulse audio, PLC communication, and other I/O signals, ensuring a smooth start-up even under heavy loads.

Conclusion

FUTD3-20/S90 is a device suitable for applications that require precise control of the motor and its speed. It has a built-in CAN-Bus interface and an Advanced Temperature Control System (ATCS), allowing for efficient and accurate control of the motor. It is capable of controlling a wide range of motor sizes, from 1hp to 32hp. The device also has an advanced thermal control system, allowing for improved performance and reduced energy consumption. It is suitable for most applications such as medical applications, laboratory automation, communications, security, industrial automation, and robotics. The device supports multiple communication protocols such as CAN, RS485, and MODBUS, and various control triggers such as analog input, TTL pulse, pulse audio, PLC communication, and other I/O signals, making it a perfect fit for applications that demand precise control.

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