ELCART
ELCART DISTRIBUTION SPA via Michelangelo Buonarroti, 46 - 20093 Cologno Monzese (Milano) ITALY
Tel. +39 02.25117310 Fax +39 02.25117610 sito internet: www.elcart.com e-mail: [email protected]
Manuale di istruzioni/Scheda tecnica
La divulgazione dei dati contenuti in questa scheda è da ritenersi un servizio puramente informativo e non costituisce alcun vincolo da parte della Elcart in merito a prestazioni ed utilizzo del prodotto.
The divulgation of data contained on this technical sheet are exclusively for informational reasons and establish no link on behalf of Elcart regard to thr performances and the usa of the product.
La divulgacion de los datos contenidos en esta ficha son un servicio unicamente informativo y no constituyen ningun vinculo de parte de Elcart respecto a las prestaciones y uso del producto.
ART. 13/16600 - 13/16610
PAGINA 8 DI 12
1. Specification
Output
voltage
AC230V
AC230V
Output waveform
Modified sine wave
Modified sine wave
Output frequency
50 HZ
50 HZ
Stand by current
High voltage input
shutdown
DC16V±0.5V
DC31V±0.8V
Thermal protect
Cooling
Fan start when the temperature reach 40°C
Fan start when the temperature teach 40°C
Protections
* output short * input polarity reverse(by fuse)
* high DC input voltage
* battery low alarm * battery low shutdown
* over load * over temperature
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2. Structure :
2.1. Output panel :
2..1.1. ON/OFF switch ……..
The ON/OFF switch turns the control circuit in the inverter on, off.
It doesn’t need to be disconnected power from the inverter when you don’t use.
2.1.2. Remote ON/OFF jack ……..
The inverter has a jack which interfaces with the optional remote ON/OFF switch, it allows you to mount the inverter
out of sight and turn ON or OFF from a conveniently located panel (remote control panel).
It also has ON/OFF switch and indicator light showing that the inverter is ON or OFF on the remote control panel.
2.1.3. VOLTS (battery voltage) indicator ……..
The battery voltage indicator displays the voltage at the input terminal of the inverter.
At low currents input, the voltage is very close to the battery voltage. At high current input, the voltage
will be lower than the battery voltage because of the voltage drop across the cables and connections.
2.1.4. AMPS ( battery current ) indicator ……..
The battery current indicator displays the current drawn from the battery by the inverter.
It won’t indicate current drawn by other load also connected to the battery.
Current should be in the green zone for continuous operation.
The inverter will operate for several minutes when current is at the yellow zone.
If the current is at the red zone, it will result in protective to shut down the inverter.
2.1.5. POWER indicator ……..
After you connected the DC cables each with the battery and the inverter and switched on the inverter, the power indicator
illuminates w/green color, it indicates ready for use.
2.1.6. OVER TEMP indicator ….
The OVER TEMP indicator illuminates w/yellow color and the alarm sound when the inverter overheated and shutdown.
The reason for the inverter overheated that it has been operated with the power levels above its 4000W continuous output
rating, or installed in a location which doesn’t allow it to dissipate heat properly.
The inverter will restart automatically once it has cooled.
Input voltage
DC10 ~ 16V
DC20 ~ 30V
Efficiency
85% ~ 90%
85% ~ 90%
+60°C
±
5°C
+60°C
±
5°C
Fuse
30A * 12pcs
15A * 12pcs
Size ( L*W*H )
430*210*159mm
430*210*159mm
<0.7A
<0.6A
V ART. 13/16610
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Output power
2500W continue 5000W surge output
2500W continue 5000W surge output
Battery low alarm
DC10.5V±0.5V
DC21±0.8V
Battery low shutdown
DC10±0.5V
DC20±0.8V
8.700 kgs
8.700 kgs
