Download FULL AUTOMATIC DC-AC 2500W INVERTER & BATTERY

IF THE TOTAL WATTS OF ELECTRICAL APPLIANCES EXCEEDS
THE OUTPUT CAPACITY OF INVERTER. OR AFTER OPERATING
FOR A PERIOD OF TIME. IF THE TEMPERATURE OF THE
INVERTER REACHES 60 ℃ , THE INVERTER SHALL BE
REDUCED AC OUTPUT BY THE PROTECTION CIRCUIT.
0
60 C
.
FULL AUTOMATIC DC-AC 2500W
INVERTER & BATTERY CHARGER
CAUTION
DC12V or 24V to AC230V Instruction Manual
* ALWAYS PLACE THE INVERTER IN
AN ENVIRONMENT WHICH IS :
( A ) WELL VENTILATED
REMOTE
CONTROL
AC OUTPUT
AC
( B ) NOT EXPOSED TO DIRECT
SUNLIGHT OR HEAT SOURCE
NORMAL OVER TEMP OVER LOAD LOW BATTERY
15
3
100%
0
14
28
CHARGER
( C ) OUT OF REACH FROM CHILDREN
( D ) AWAY FROM WATER/MOISTURE,
OIL OR GREASE
( E ) AWAY FROM ANY FLAMMABLE
ON
26
24
22
20
50%
0%
WATT
OFF
OUTLET
13
12
11
10
DCV
AC
OUTLET
SUBSTANCE
Please read user manual before use.
※WARNING※FLUORESCENT LAMP
DO NOT USE THIS DEVICE WITH FLUORESCENT LAMPS.
Glow switch
a
AC IN
b
Lamp
Power Factor
Capacitor
BALLASTS
8
1
BATTERY LED DARK/LIGHT INDICATIVE CHART.
USEFUL APPLICATIONS
RUN NOTEBOOK COMPUTERS, RADIOS, TVS, VCRS,
LAMPS, FANS, FAX, DRILL, . . . . . . ETC.
SPECIFICATION
INPUT VOLTAGE RANGE : DC 10~15V (12V) // DC 20~30V (24V)
INPUT FULL LOAD CURRENT : 230A (12V) // 115A (24V)
STANDBY INPUT CURRENT : <0.7A (12V) // <0.6A (24V)
OUTPUT VOLTAGE (AC) : 230V ± 5%
OUTPUT WAVEFORM : MODIFY SINE WAVE
OUTPUT FREQUENCY : 50Hz
CONTINUE OUTPUT POWER : 2500W
PEAK OUTPUT POWER : 5000W
EFFICIENCY : 85~90%
BATTERY LOW PRE-ALARM : 10.5 ± 0.5V (12V) // 21 ± 0.5V (24V)
BATTERY LOW SHUTDOWN : 10 ± 0.5V (12V) // 20 ± 0.5V (24V)
THERMAL PROTECT : 60 ± 5℃(MICROCONTROLLER )
AUTO-OPERATION FAN (TEMPERATURE OR LOAD)
OVER LOAD PROTECT : YES (MICROCONTROLLER )
OUTPUT SHORT PROTECT : YES ( MICROCONTROLLER )
BATTERY EX. 12V / 24V PROTECT : YES ( MICROCONTROLLER )
BATTERY POLARITY PROTECT : YES (BY FUSE )
FUSE : 20A*16PCS (12V) // 10A*16PCS (24V)
TRANSFER TIME : 16m SEC
CHARGER CURRENT : MAX. 10A (12V) // 5A (24V)
DIMENTION ( L*W*H) mm : 420*169*152
WEIGHT : 7.8Kg
A
BATTERY
LED
LIGHT
5A
BATTERY
LED
LIGHT
10A
4.5A
4A
3.5A
3A
2.5A
2A
1.5A
9A
8A
7A
6A
5A
4A
3A
1A
0.5A
0A
(24V)
2A
1A
0A
12V
(24V)
12.5V
(25V)
13V
(26V)
13.5V 14V 14.5V
(27V) (28V) (29V)
V
0.2(12V)
V
0.4(24V)
:CHARGER CURRENT
INDICATING SIGN
NORMAL LIGHTED LED
: POWER SWITCH “ ON ” , INVERTER STANDBY
NORMAL UNLIGHTED LED : POWER SWITCH “ OFF ”
CHARGER LIGHTED LED
: BATTERY CHARGING
CHARGER LED BLINKS
: FULL BATTERY
AC OUTPUT
REMOTE
CONTROL
CHARGER
NORMAL
AC
NORMAL
CHARGER
ON
OVER TEMP OVER LOAD LOW BATTERY
15
3
100%
0
14
28
26
24
22
20
50%
0%
WATT
ON
DCV
OUTLET
13
12
11
10
AC
OUTLET
OFF
2
BATTERY BATTERY
LED
LED
BLINKS
LIGHT
7
※ CHARGER
REMOTE CONTROL
CONNECT AC INPUT POWER CORD TO HOME MAIN SOCKET THEN
REMOTE
CONTROL
TERMINAL
SINDING POST.AND USE BLACK BATTERY CORD TO CONNECT (-)
BATTERY TO (-) SINDING POST.
(BLACK)
AC OUTPUT
USE RED BATTERY CORD TO CONNECT (+) OF DC BATTERY TO (+)
AC
NORMAL OVER TEMP OVER LOAD LOW BATTERY
15
3
100%
0
14
28
CHARGER
26
24
22
20
50%
ON
0%
WATT
AC LINE
OUTLET
13
12
11
10
FAN
DCV
AC
HOME MAIN
AC
FUSE
OUTLET
OFF
POWER SWITCH
AC OUTPUT
REMOTE
CONTROL
(RED)
AC OUTPUT SOCKET
TERMINAL
AC
NORMAL
OVER TEMP OVER LOAD LOW BATTERY
15
3
100%
0
14
28
CHARGER
26
24
22
20
50%
ON
0%
WATT
OUTLET
13
12
11
10
BATTERY
AC
DCV
OUTLET
OFF
CAUTION : DO NOT REVERSE INPUT. USE RED BATTERY
CORD TO CONNECT (+) OF A DC BATTERY TO (+)
TERMINAL. AND THEN, USE BLACK BATTERY CORD TO
CONNECT (-) BATTERY TO (-) TERMINAL.
POWER SWITCH ON
TERMINAL
(BLACK)
POWER SWITCH OFF
ON
SLOWLY
CHARGING
AC LINE
QUICK
CHARGING
FAN
BLACK
RED
AC
FUSE
OFF
TERMINAL
(RED)
BATTERY
WARNING
HOME MAIN SOCKET
AC LINE
WARNING SIGNAL
AC LINE
MAX. 2300W
AC
FUSE
MAX : 10A
LOW
OVER
FUSE
6
BATTERY PRE-ALARM
HEATING
OVER LOAD
BI---------BI---------BI
PRE-ALARM
BI---BI---BI---BI---BI
PRE-ALARM
BI-BI-BI-BI-BI-BI-BI
3
※ AS UPS
※ USE INVERTER
STEP1: SET THE POWER SWITCH AT THE OFF
AC OUTPUT
REMOTE
CONTROL
AC
ON
OVER TEMP
NORMAL
OVER LOAD
100%
CHARGER
OFF
13
12
11
10
26
24
22
20
50%
ON
0%
WATT
OUTLET
LOW BATTERY
15
3
0
14
28
IF YOU WANT TO USE THIS UNIT AS U.P.S. FUNCTION , TURN ON THE
SWITCH OF THE INVERTER AT FIXED POSITON FIRSTLY.
WHEN THE BLACK OUT OCCURS IN THE MEANTIME, THE INVERTER
WILL DIVERT AUTOMATICALLY FROM HOME ELECTRICITY INTO THE
BATTERY TO SUPPLY THE POWER FOR APPARATUS USE CONTINUALLY.
AC
DCV
OUTLET
OFF
ON
HOME MAIN
AC OUTPUT
REMOTE
CONTROL
AC
NORMAL
OFF
STEP2:
CHARGER
ON
OVER TEMP OVER LOAD LOW BATTERY
15
3
100%
0
14
28
0%
WATT
WHEN CONNECTED TO ANY APPLIANCE, BE SURE TO TURN ON INVERTER
FIRST. AND THEN, TURN ON THE POWER SWITCH OF THE APPLIANCE.
TURN ON
FIRSTLY
BATTERY
DCV
OFF
AC OUTPUT
REMOTE
CONTROL
TURN ON
SECONDLY
OUTLET
13
12
11
10
26
24
22
20
50%
NORMAL OVER TEMP OVER LOAD LOW BATTERY
15
3
100%
0
14
28
CHARGER
26
24
22
20
50%
ON
0%
WATT
13
12
11
10
AC
DCV
OUTLET
OFF
※ CHASSIS EARTH
DO NOT USE THE INVERTER EXCEED ITS MAXIMUM OUTPUT POWER,
WHEN CONNECTED TO ANY APPLIANCE. MAKE SURE THE TOTAL
STARTING POWER CAPACITY DOES NOT EXCEED THE MAXIMUM
OUTPUT POWER OF THE INVERTER.
CHASSIS EARTH:
THE CHASSIS EARTH LUG SHOULD BE CONNECTED TO AN EARTH POINT, WHICH
WILL VARY DEPENDING ON WHER THE POWER INVERTER IS INSTALLED. IN A
VEHICLE, CONNECT THE CHASSIS GROUND LUG TO THE CHASSIS OF THE
VEHICLE. IN A BOAT, CONNECT TO THE BOAT’S GROUD SYSTEM. IN A FIXED
LOCATION, CONNECT TO EARTH.
AC OUTPUT
REMOTE
CONTROL
AC
NORMAL
CHARGER
ON
OVER TEMP OVER LOAD LOW BATTERY
15
3
100%
0
14
28
26
24
22
20
50%
0%
WATT
OUTLET
AC LINE
13
12
11
10
DCV
BATTERY
CHASSIS
GROUND
LUG
FAN
AC
FUSE
OFF
5
4