1. Battery Voltage : 12/24/48 VDC Nominal 10.35/20.7/41.4 VDC

1. Battery Voltage : 12/24/48 VDC Nominal 10.35/20.7/41.4 VDC
TECHNICAL SPEC. OF SOLAR INVERTER, MODEL SIN – 0.6 / 0.8 / 1.5 / 2 KVA
(Microcontroller base – PWM)
DESCRIPTION
1.
Battery Voltage
2.
Solar Voltage
3.
4.
Solar Charging Current
Maximum Inverter continuous O/P
Power
5.
Inverter mode nominal AC Volt
Regulation
6. Inverter mode nominal Frequency
Regulation
7. Wave Shape
8. Design
9.
Soft Start
10. Inverter Surge O/P rating
11. Peak Efficiency
12. THD
13. Overload
14. LED Display
15. Fault Protection
16.
17.
18.
19.
Audible alarm
Operating Temperature
Humidity
Enclosure
20. Max. utilization of solar power
21. Dimension
D:\Input\115.119.74.202\Tech_Spec_SIN_600-2KVA_(C)_2014_11_17_07_21_02_157.DOC
SPECIFICATIONS
12/24/48 VDC Nominal
: 10.35/20.7/41.4 VDC Minimum
16/33/66 VDC Maximum
17/34/68 VDC Nominal
: 13/26/52 VDC Minimum
23/46/92 VDC Maximum
: 3A – 25A (Factory Settable)
: 600 / 800 / 1500 / 2000 VA
: 220/230V single phase (Factory Selectable)
220/230V + 5%
: 50Hz.
50Hz. + 0.1%
: Sinusoidal
: Micro controller, Mosfet topology
: Yes
: 120% for 16 milisec.
150% for 1 milisec.
: >91% at nominal battery voltage at 25C
: <3%
: Auto reset 5 operations. Beyond system
shutdown. Restart with Reset switch.
Inverter ON
Grid ON
: Battery low
Solar Charging ON
Mains Charging ON
Over load
Inverter overload (time dependent)
O/P short circuit
: Battery over voltage
Battery under voltage
: At the starting, over load, battery low
: 0C to 50C
: 5% to 95% non-condensing
: Front Cover FRP, Body Sheet Metal with
Epoxy Powder Coating. Floor Mounting.
When battery is fully charged by solar excess
power being wasted normally. In this system
the inverter disconnects mains power
: automatically and goes into battery mode
and support the load together with excess
solar power and partly discharging the
battery if needed.
This feature ensures full utilization of solar
power when battery is fully charged.
:
D x W x H
(15”
11”
7.5”)
D:\Input\115.119.74.202\Tech_Spec_SIN_600-2KVA_(C)_2014_11_17_07_21_02_157.DOC
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