Yaskawa inverter v1000 e1-07 intermediate frequency refers to the intermediate frequency signal formed after the output voltage is converted by the circuit inside the inverter during the operation of the inverter.
This intermediate frequency signal is obtained by converting the DC voltage of the input power supply into an AC voltage, and then performing frequency conversion through the circuit inside the inverter.
The intermediate frequency signal is further processed and the final output is the desired voltage and frequency for driving a motor or other equipment.
Yaskawa Inverter v1000 e1-07 is a inverter model produced by Yaskawa Electric Company, which has the characteristics of high performance, high reliability and high efficiency, and is widely used in the field of industrial control.
The significance of the intermediate frequency is to realize the regulation and control of the power input through the internal circuit conversion of the inverter, so as to meet the needs of different equipment for voltage and frequency.
Frequency converter is a device that can adjust the voltage and frequency of the power input, which can convert the fixed frequency of the power input into an adjustable frequency and voltage output.
The intermediate frequency is a stage of circuit conversion in the inverter, through the processing of the intermediate frequency, the precise control of the motor or other equipment can be achieved. Inverter is widely used, can be used in motor drive, air conditioning system, water pump control and other fields, improve the efficiency of equipment and energy saving.
Generally, the frequency converter uses 0-- 10V operating voltage to output 0-- 400Hz frequency, and the intermediate voltage corresponds to the output of the intermediate frequency.