29
Rectifier output
Maintenance voltage (20°C)
battery type1 and 2 type1 and 2
：
V = (2.266 * el.) Vdc
battery type type 3
：
V = (2.21 * el.) Vdc
battery type type 0
：
to default the values are equal to type 1 and
2. Adjustable range V =(2.09~2.4) * el. [Vdc]
.
.
.
Charging voltage
(20°C)
battery type type1 and 2
：
V(%recharge<95%)= (2.32 * el.) Vdc
battery type type 3
：
V(%recharge<95%)= (2.4 * el.) Vdc
battery type type 0
：
to default the values are equal to type 1 and
2. Adjustable range V =(2.09~2.4) * el. [Vdc]
.
Max charging voltage
(2.32 * el.) Vdc
Charging regulation accuracy
1%
Ripple voltage
≤
1%
Battery
Unit number
（
rated voltage
）
30-34 unit(can be adjusted)
Charging current micro setting
0.1A x C10
End of discharge voltag
battery type1,2,3
：
no load discharging current
，
Vmin=(1.81 * el.)
battery type1,2,3
：
battery discharge current=Battery capacity
，
Vmin=(1.65 * el.)
[Vdc]
battery type1,2,3
：
discharge current>Battery capacity
，
Vmin=(1.60 * el.)
[Vdc]
Battery type 0
：
default
，
Vmin=(1.67 * el.)
[Vdc]
Adjust range Vmin =(1.57~1.88) * el.
[Vdc]
Three phase inverter output
Capacity
[KVA]
100
120
160
200
Rated power [KW]
90
108
144
180
Rated voltage [V]
380/400/415VAC three phase four wires
Rated current [A]
120
144
192
240
Phase voltage setting
200 ~ 244 V (control panel)
Crest factor
（
Ipeak/Irms
）
3
：
1
Wave
Sine wave
Voltage phase shift, with
balanced load (degree)
± 1'
Voltage phase shift, with
unbalanced load (degree)
± 2'
Phase voltage dissymmetry with
100% balanced load
± 1 %
Phase voltage dissymmetry with
100% unbalanced load
± 3 %
THDv with 100% linear load
<2%
THDv 100%100% non- linear
load
<5%
Stability voltage at steady state
± 1 %
Stability voltage at transient
± 5 % within10ms
Rated frequency
the same of the input
Frequency stability
Asynchrony
，
± 0.5 %
；
Synchronization
，
± 2 %
（
settable ± 1 ~5%
on the panel
）
Over load
600’ / 10’ / 1’
（
110/125/150% rated current
）
Short circuit current for 0,1s
2 double input
