FRENIC-VP (F2)

Specifications | Three-phase 400V

The standard applicable motor shown refers to a Fuji Electric 4-pole standard motor. When selecting this product, make the selection based not only kW but also make sure that the inverter output rated current is greater than or equal to the motor rated current.

Rated capacity is calculated using an output rated voltage of 440 V.

Voltage exceeding the power supply voltage can not be output.

Reduction is necessary when the carrier frequency (function code F26) is set to the following value or higher.
HND: Model code of 0009 or less: 8 kHz; 0013 to 0059: 10 kHz; 0072 to 0168: 6 kHz; 0203 or more: 4 kHz
ND: 4 kHz
For the ND specification, when the ambient temperature is 40°C (104°F) or higher, it is necessary to reduce 2% per 1°C (2% per 1.8°F) relative to the rated current listed in this document.

Use a DC reactor (DCR) when the applicable motor is 75 kW or greater.

Indicates when a DC reactor (DCR) is used.

Indicates the average braking torque for the motor alone. (This value varies with the efficiency of the motor.)

Phase unbalance rate [%] = ( maximum voltage [V] − minimum voltage [V] ) ÷ 3-phase average voltage [V] × 67
(Refer to IEC 61800-3.)
Use an optional AC reactor (ACR) when using with a phase unbalance rate of 2 to 3%.

The standard applicable motor shown refers to a Fuji Electric 4-pole standard motor. When selecting this product, make the selection based not only kW but also make sure that the inverter output rated current is greater than or equal to the motor rated current.

Rated capacity is calculated using an output rated voltage of 440 V.

Voltage exceeding the power supply voltage can not be output.

Reduction is necessary when the carrier frequency (function code F26) is set to the following value or higher.
HND: Model code of 0009 or less: 8 kHz; 0013 to 0059: 10 kHz; 0072 to 0168: 6 kHz; 0203 or more: 4 kHz
ND: 4 kHz
For the ND specification, when the ambient temperature is 40°C (104°F) or higher, it is necessary to reduce 2% per 1°C (2% per 1.8°F) relative to the rated current listed in this document.

Indicates the estimated value when the power supply capacity is 500 kVA (10 times the inverter capacity when the inverter capacity exceeds 50 kVA) when connected to the power supply with %X = 5%.

Indicates when a DC reactor (DCR) is used.

Indicates the average braking torque for the motor alone. (This value varies with the efficiency of the motor.)

Phase unbalance rate [%] = ( maximum voltage [V] − minimum voltage [V] ) ÷ 3-phase average voltage [V] × 67
(Refer to IEC 61800-3.)
Use an optional AC reactor (ACR) when using with a phase unbalance rate of 2 to 3%.

A power supply voltage switching connector is provided for inverter models with a capacity code of 0203 or higher. Switch as required according to the applied voltage.