FRENIC-Lift (LM3)
Specifications | 3ph 200V
-
Note 1
-
Standard applicable motors are for Fuji Electric's 4-pole standard motors.
-
Note 2
-
The rated capacity is for 200V series: 220V rating.
-
Note 3
-
A voltage higher than the power supply voltage cannot be output.
-
Note 4
-
Indicates when the ambient temp. is 50°C 10kHz, the carrier frequency.
Select the inverter capacity so that the mean square current in operation is 80% or less of the inverter rated current.
-
Note 5
-
This is the estimated value when the power supply capacity is 500 kVA and connected to the power supply of %X=5%.
-
Note 6
-
Indicates the type with a DC reactor (DCR).
-
Note 7
-
Phase-to-phase imbalance ratio [%] =
(Refer to max. voltage [V]-min. voltage [V])/3-phase averaging voltage [V] × 67(IEC/EN 61800-3)
Use an AC reactor (ACR: optional) when using with an unbalance ratio of 2 to 3%.
-
Note 8
-
In UPS operation or battery operation, only the braking operation can be used. Cannot be used in load operation.
Connect UPS or battery power supply to L1/R,L3/T.
-
Note 9
-
Braking time and braking duty ratio (%ED) are defined by cycling operation at the rated regenerative power shown
in the diagram below.

-
Note 10
-
he allowable error of the minimum connectable resistance value is ±5%.
-
Note 1
-
Standard applicable motors are for Fuji Electric's 4-pole standard motors.
-
Note 2
-
The rated capacity is for 200V series: 220V rating.
-
Note 3
-
A voltage higher than the power supply voltage cannot be output.
-
Note 4
-
Indicates when the ambient temp. is 50°C 10kHz, the carrier frequency.
Select the inverter capacity so that the mean square current in operation is 80% or less of the inverter rated current.
-
Note 5
-
This is the estimated value when the power supply capacity is 500 kVA and connected to the power supply of %X=5%.
-
Note 6
-
Indicates the type with a DC reactor (DCR).
-
Note 7
-
Phase-to-phase imbalance ratio [%] =
(Refer to max. voltage [V]-min. voltage [V])/3-phase averaging voltage [V] × 67(IEC/EN 61800-3)
Use an AC reactor (ACR: optional) when using with an unbalance ratio of 2 to 3%.
-
Note 8
-
In UPS operation or battery operation, only the braking operation can be used. Cannot be used in load operation.
Connect UPS or battery power supply to L1/R,L3/T.
-
Note 9
-
Braking time and braking duty ratio (%ED) are defined by cycling operation at the rated regenerative power shown
in the diagram below.

-
Note 10
-
he allowable error of the minimum connectable resistance value is ±5%.
-
Note 1
-
Standard applicable motors are for Fuji Electric's 4-pole standard motors.
-
Note 2
-
The rated capacity is for 200V series: 220V rating.
-
Note 3
-
A voltage higher than the power supply voltage cannot be output.
-
Note 4
-
Indicates when the ambient temp. is 50°C 10kHz, the carrier frequency.
Select the inverter capacity so that the mean square current in operation is 80% or less of the inverter rated current.
-
Note 5
-
This is the estimated value when the power supply capacity is 500 kVA and connected to the power supply of %X=5%.
-
Note 6
-
Indicates the type with a DC reactor (DCR).
-
Note 7
-
Phase-to-phase imbalance ratio [%] =
(Refer to max. voltage [V]-min. voltage [V])/3-phase averaging voltage [V] × 67(IEC/EN 61800-3)
Use an AC reactor (ACR: optional) when using with an unbalance ratio of 2 to 3%.
-
Note 8
-
In UPS operation or battery operation, only the braking operation can be used. Cannot be used in load operation.
Connect UPS or battery power supply to L1/R,L3/T.
-
Note 9
-
Braking time and braking duty ratio (%ED) are defined by cycling operation at the rated regenerative power shown
in the diagram below.

-
Note 10
-
he allowable error of the minimum connectable resistance value is ±5%.
-
Note 1
-
Standard applicable motors are for Fuji Electric's 4-pole standard motors.
-
Note 2
-
The rated capacity is for 200V series: 220V rating.
-
Note 3
-
A voltage higher than the power supply voltage cannot be output.
-
Note 4
-
Indicates when the ambient temp. is 50°C 10kHz, the carrier frequency.
Select the inverter capacity so that the mean square current in operation is 80% or less of the inverter rated current.
-
Note 5
-
This is the estimated value when the power supply capacity is 500 kVA and connected to the power supply of %X=5%.
-
Note 6
-
Indicates the type with a DC reactor (DCR).
-
Note 7
-
Phase-to-phase imbalance ratio [%] =
(Refer to max. voltage [V]-min. voltage [V])/3-phase averaging voltage [V] × 67(IEC/EN 61800-3)
Use an AC reactor (ACR: optional) when using with an unbalance ratio of 2 to 3%.
-
Note 8
-
In UPS operation or battery operation, only the braking operation can be used. Cannot be used in load operation.
Connect UPS or battery power supply to L1/R,L3/T.
-
Note 9
-
Braking time and braking duty ratio (%ED) are defined by cycling operation at the rated regenerative power shown
in the diagram below.

-
Note 10
-
he allowable error of the minimum connectable resistance value is ±5%.
-
Note 1
-
Standard applicable motors are for Fuji Electric's 4-pole standard motors.
-
Note 2
-
The rated capacity is for 200V series: 220V rating.
-
Note 3
-
A voltage higher than the power supply voltage cannot be output.
-
Note 4
-
Indicates when the ambient temp. is 50°C 10kHz, the carrier frequency.
Select the inverter capacity so that the mean square current in operation is 80% or less of the inverter rated current.
-
Note 5
-
This is the estimated value when the power supply capacity is 500 kVA and connected to the power supply of %X=5%.
-
Note 6
-
Indicates the type with a DC reactor (DCR).
-
Note 7
-
Phase-to-phase imbalance ratio [%] =
(Refer to max. voltage [V]-min. voltage [V])/3-phase averaging voltage [V] × 67(IEC/EN 61800-3)
Use an AC reactor (ACR: optional) when using with an unbalance ratio of 2 to 3%.
-
Note 8
-
In UPS operation or battery operation, only the braking operation can be used. Cannot be used in load operation.
Connect UPS or battery power supply to L1/R,L3/T.
-
Note 9
-
Braking time and braking duty ratio (%ED) are defined by cycling operation at the rated regenerative power shown
in the diagram below.

-
Note 10
-
he allowable error of the minimum connectable resistance value is ±5%.
-
Note 1
-
Standard applicable motors are for Fuji Electric's 4-pole standard motors.
-
Note 2
-
The rated capacity is for 200V series: 220V rating.
-
Note 3
-
A voltage higher than the power supply voltage cannot be output.
-
Note 4
-
Indicates when the ambient temp. is 50°C 10kHz, the carrier frequency.
Select the inverter capacity so that the mean square current in operation is 80% or less of the inverter rated current.
-
Note 5
-
This is the estimated value when the power supply capacity is 500 kVA and connected to the power supply of %X=5%.
-
Note 6
-
Indicates the type with a DC reactor (DCR).
-
Note 7
-
Phase-to-phase imbalance ratio [%] =
(Refer to max. voltage [V]-min. voltage [V])/3-phase averaging voltage [V] × 67(IEC/EN 61800-3)
Use an AC reactor (ACR: optional) when using with an unbalance ratio of 2 to 3%.
-
Note 8
-
In UPS operation or battery operation, only the braking operation can be used. Cannot be used in load operation.
Connect UPS or battery power supply to L1/R,L3/T.
-
Note 9
-
Braking time and braking duty ratio (%ED) are defined by cycling operation at the rated regenerative power shown
in the diagram below.

-
Note 10
-
he allowable error of the minimum connectable resistance value is ±5%.