Capacity

10KVA

15KVA

20KVA

30KVA

40KVA

60KVA

80KVA

100KVA

120KVA

system

Output PF 

0.8(lag)

System efficiency  (inverter mode)

92%(@100% load) ;90% @50%load;

System   efficiency  (ECO mode)

98%(@100%load)

Maximum leakage   current

100(mA)

MTBF

Above 200,000hours

Dry contact

 Standard: 3 types   signal(BAT. low,battery mode,bypass /failure);

Optional:14 dry contact ; output: 12Vdc 80mA

Communication   interface

Standard RS232,optional: RS485 /   MODBUS

Operation temperature

0 ~ 40 °C

Humidity

95 % (non-condense)

Cooling

Forced air(speed varying according   to load percent)

Max. altitude

Within 1000m(every 100increase,capacity   decrease -1%),Maximum 4000m

Noise (dB)

52 ~ 58

IP protection

(EN 60529)

IP20

Input/output way

Bottom /rear

Safety standard

safety:GB4943 ,EN 50091-1;EMI:GB7260.2,GB/T 17626.2~5EMC, EN 50091-2

Physical

W *D*H(mm)

600*600*1280

800*800*1480

800*800*1800

Weight(Kg)

195

210

220

305

340

500

600

800

950

AC input

Rated voltage

 380/400/415VAC  Three-phase three-wire

Input voltage range

± 15 %- ± 25 % adjustable)

Rate frequency

50 / 60 Hz  auto-sense

Frequency range

50/60Hz+/-5Hz

Input soft start   function

0 - 100%,10-300s(settable)

Input   power factor

Reachable 0.99(plus harmonic filter)

Input current   harmonic component(THDi )

Can<5%(plus harmonic filter)

Max. input current [A]

18

27

36

54

72

108

144

180

216

The output   characteristic of the rectifier

Maintain the voltage   (20°C)

Battery type1 and 2 :V =435Vdc   (2.266 x el.)

Battery type 3 :V =424Vdc (2.21 x el.)

 Battery type 0:the voltage value between type 1and 2,

Voltage regulating range: V =400~460Vdc

Charging voltage   (20°C)

Battery type1 and 2 :V (%recharging<95%)   = 445Vdc (2.32 x el.)

Battery type 3 :V (%recharging<95%) = 460Vdc (2.4 x   el.)

Battery type 0: the voltage value between type 1and 2,

Voltage regulating range: V =400~460Vdc

The highest charging   voltage

445V

The charger output   voltage regulation accuracy

1%

DC ripple voltage   component

≤1%

Battery

Unit number(rated voltage)

384VDC(360-384v,selectable)

Charging current   settings

0.1C(battery capacity)

The   battery discharge end voltage

Battery   type 1,2 and 3:no-load   discharge current,V min=346   [V dc]

Battery   type 1,2 and 3:output   current =Ah capacity,V min=316   [V dc]

Battery   type 1,2 and 3:output   current >Ah capacity,V min=306   [V dc]

Battery   type 0: the factory set the default values,V min=320 [V dc]  

Regulating   range: V min =300~360[V dc]

Inverter output

Rated capacity  [KVA]

10

15

20

30

40

60

80

100

120

Rated power  [KW]

8

12

16

24

32

48

64

80

96

Rated voltage  [V]

 380/400/415VAC  three-phase four-wire

Rated current  [A]

12

18

24

36

48

72

96

120

144

Phase voltage setting

200 ~ 244 V (control board)

Peak factor

3:1

Waveform

Sine wave

Voltage phase shift   (degrees)       100% balanced load

± 1'

Voltage phase shift   (degrees)

100% unbalanced load

± 2'

Phase voltage   difference         100% balance load

± 1 %

Phase voltage   difference         100% unbalanced load

± 3 %

Total harmonic   content(THD v)                                100% linear   load

<2%

Total harmonic   content(THD v)                               100% non-linear   load

<5%

Steady-state voltage   stability

± 1 %

Transient voltage   response

± 5 % within 10ms

Rated frequency

Same as input

Frequency stability

When asynchronous,± 0.5 %;synchronization,± 2 %

(can be set to ± 1~5 %,by the panel   operation)

Overload

  600' / 10' / 1'   (110/125/150% rated current)

Short circuit 0.1s

Double input

Inverter efficiency           (load 100%)

98%

Bypass

Rated capacity  [KVA]

10

15

20

30

40

60

80

100

120

Rated voltage  [V]

 380/400/415VAC Three-phase four-wire

Input voltage range

±15 %(can be adjusted from the control panel ± 10 %,± 20%)

Rated frequency       [Hz]

50 / 60

Frequency range

±2 %(can be adjusted from the control panel ± 5 %)

"STAND-BY ON"(Eco mode, the bypass switch to inverter)transfer time

2~5ms

Inverter/bypass   transfer time

<1ms

Overload

10'/1'/18" (150/175/200%   Rated current)

Standard   configuration

Feed flow protection,   bypass independently isolated