By adopting a 16-bit D/A converter
High resolution of up to 65,536 steps
Standard features include deviation output and moving average output.
Rotating machinery such as motors and engines are used as the driving source for equipment used in all industries, and the rotational characteristics and rotational fluctuations of these rotating bodies are important factors that affect the performance of the equipment.
Furthermore, in recent years, high-speed rotational control has become necessary to perform more complex movements instantaneously, and there is a growing need for precise measurement of rotational fluctuations with high resolution and precise start-up characteristics of rotating bodies.
The newly developed "High-Speed F-V Converter FV-1300" employs a digital signal processor and a 16-bit D/A converter, and by making full use of digital signal processing technology, it enables high resolution and high-speed calculations.
In addition to the ability to set the input frequency range in 1Hz increments for 1Hz to 20kHz, the device has been enhanced with advanced features such as a moving average output that averages out fluctuating data and a deviation output that magnifies and outputs finer fluctuations of steady-state frequency variations.
With a high response time of less than 7.6 μs and a high resolution of up to 65,536 steps (when the signal input is 300 Hz or less), it can be widely used for monitoring and measuring rotating machinery, such as controlling rotating equipment, detecting rotational deviations of motors, recording rotational speed, and fault diagnosis.
