1DAM1_B337S00D0B_FBXX

Three-phase

AC380V

37

75

150

1DAM1_B345S00D0B_FBXX

45

90

180

1DAM1_B375S00D0B_FBXX

75

150

300

1DAM1_B390S00D0B_FBXX

90

180

400

Note: This table contains power data matching the current. As an example, the models in the table are coded with an AC380V input voltage. When the input voltage is AC480V, the models can be coded independently using the coding principle.

1DAM1_V507MR1D0B_FBXX

DC

380V~750V

7.5

15

28

1DAM1_V511MR1D0B_FBXX

11

22

40

1DAM1_V515MR1D0B_FBXX

15

30

54

1DAM1_V518MR1D0B_FBXX

18.5

37

67

1DAM1_V522MR1D0B_FBXX 

22

50

90

1DAM1_V530MR1D0B_FBXX

30

60

108

1DAM1_V537MR1D0B_FBXX 

37

75

135

1DAM1_V545MR1D0B_FBXX

45

90

162

1DAM1_V555MR1D0B_FBXX

55

110

198

1DAM1_V560HR1D0B_FBXX

60H

120

300

1DAM1_V575HR1D0B_FBXX

75H

150

380

Note: This table contains power data matching the current. As an example, the models in the table are coded with an encoder R1. In terms of other specifications, the models can be coded independently using the coding principle.

Basic Parameters

Input Voltage(V)

Rectifier unit: Three-phase AC480V and 380V; continuous voltage fluctuation ±10%

Inverter unit:537VDC-679VDC

Rated Frequency(Hz)

50Hz/60Hz，Fluctuation range: ±5%

Carrier Frequency(Hz)

1k--16k Hz

Driver Specification

Rectification： 37kW, 45kW, 75kW, 90kW（Three-phase 480V and 380V）

Inversion:

1.8 times overload:7.5kW, 11kW, 22kW, 30kW, 37kW, 45kW, 55kW, 75kW (Three-phase AC480V and 380V)

2.5 times overload：60H, 75H (Three-phase AC480V and 380V)

Type of Motor & Control Method

Permanent magnetic synchronous motor: servo control (position, speed, torque)

Three-phase asynchronous motor: vector control

Speed control accuracy

±0.01%

Torque response

<1ms

Torque control accuracy

±1%

Overload capacity

Inverter unit：

1.8 times overload: 1.5 times for 30s, 1.8 times for 2s

2.5 times overload: 2.5 times for1s

Acceleration and deceleration curves

Multiple planning methods

Built-in PID

PID algorithm, convenient to realize process control and closed-loop control

Protection class

IP20

Cooling method

Forced air cooling

Function Parameters

Communication

SABUS

250us period of communication, low latency and good synchronization

Hardware Protection

RST alarm of phase Loss

RLY fault alert

Total output power monitoring and protection

Temperature protection

Bus voltage protection against undervoltage and overvoltage

Power fail safeguard of dual power supplies

Short circuit protection for IGBTs

Overload protection for outputs

Short circuit protection for outputs

Rapid fusing, of busbar short circuit protection