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Appendix 3 Product Specification
Capacity
Model
Bypass Voltage
Efficiency in
Normal Mode
(100% Linear
Load)
Efficiency in
battery mode
(100% Linear
Load)
interrupt
Utility Failure
time
Transferring
between inverter
and Bypass
（ Synchronized ）
Voltage transient response
Audible Noise
Display
Safety
Highest Input Voltage :
EMC
Immunity
DC offset
MTBF(Inverter )
MTBF(System)
MTTR (Board Maintenance) 1 hour （ Board Maintenance ）
Insulation Resistance
dielectric Strength
Surge Protection
Protection Level
10kVA
15kVA
GXT2-3X1
GXT2-3X1
-0100L
-0150L
120~253Vac （ non- ECO mode ）
> 89%
> 89%
> 88%
> 88%
0ms
< 4ms
At the Resistive Load from 0~100% or 100%~0, the Output dynamic
voltage change range is lower than 5% Rated Voltage. Transient recovery
time is less than 60ms.
< 55dB （ 1m ）
< 60dB （ 2m ）
LCD
Passed CCEE certification,complied with EN60950 and EN50091-1.
Line Voltage 554Vac,1 hour （ static ）
Conduction:EN55022 Class A
Radiation: EN55022 Class A
Harmonic current:THD<25% （ With input isolated transformer connected ）
EN61000-4-2.3.4.5.6.8.11 Level III
Lower than ± 500mVdc
30000 hours （ ambient temperature is 25 ℃ ,rated condition ）
150000 hours （ Response time + maintenance time should be less than 24
hours ）
> 2MW （ 500Vdc ）
（ Output to earth ， Input to earth ） 2820Vdc,leakage current<3.5mA, 1min
with no arc and breakdown
Satisfy the IV type of IEC60664-1, that is the ability to withstand
1.2/50uS+8/20uS exceeds 6kV/3kA.
IP21
E1-20010329-C-1.0
20kVA
GXT2-3X1 -0200L
> 89%
> 88%
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