PURE SINEWAVE LSN 350C-12V Full Automatic DC-AC 350W Inverter with Built-In 10A or 5A Battery Charger Instruction Manual

PURE SINEWAVE LSN 350C-12V Full Automatic DC-AC 350W Inverter with Built-

In 10A or 5A Battery Charger

PRODUCT INFORMATION

FULL AUTOMATIC DC-AC 350W INVERTER WITH BUILT-IN 10A or 5A BATTERY CHARGER DC12V or 24V to AC220V~240V Instruction Manual Please read user manual before use.

ELECTRICAL APPLIANCES
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 °C , THE INVERTER SHALL BE REDUCED AC OUTPUT BY THE PROTECTION CIRCUIT.

CAUTION
ALWAYS PLACE THE INVERTER IN AN ENVIRONMENT WHICH IS

• WELL VENTILATED
• NOT EXPOSED TO DIRECT SUNLIGHT OR HEAT SOURCE
• OUT OF REACH FROM CHILDREN
• AWAY FROM WATER/MOISTURE, OIL OR GREASE
• AWAY FROM ANY FLAMMABLE SUBSTANCE

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: 35A (12V) // 17A (24V)
• STANDBY INPUT CURRENT: <0.7A (12V) // <0.5A (24V)
• OUTPUT VOLTAGE (AC): 220V~240V
• OUTPUT WAVEFORM : PURE SINEWAVE
• OUTPUT FREQUENCY : 50Hz or 60Hz
• CONTINUE OUTPUT POWER : 350W
• PEAK OUTPUT POWER : 700W
• 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°C(MICROCONTROLLER )
• AUTO-OPERATION FAN : (TEMPERATURE OR LOAD)
• OVERLOAD PROTECT : YES (MICROCONTROLLER )
• OUTPUT SHORT PROTECT : YES ( MICROCONTROLLER )
• BATTERY EX. 12V / 24V PROTECT : YES ( MICROCONTROLLER )
• BATTERY POLARITY PROTECT : YES (BY FUSE )
• FUSE: 20A2PC (12V) // 20A1PC (24V)
• TRANSFER TIME : 16m~20m SEC
• CHARGER CURRENT: MAX.10A (12V) // SA (24V)
• DIMENTION ( LWH) mm: 38513579
• WEIGHT : 2.5 kg

BATTERY LED DARK/LIGHT INDICATIVE CHART

CHARGER

• CONNECT AC INPUT POWER CORD TO HOME MAIN SOCKET THEN US E RED BATTERY CORD TO CONNECT (+) OF DC BATTERY TO (+) SINDING POST.AND US E BLACK BATTERY CORD TO CONNECT(-) BATTERY TO(-) SINDING POST.
• POWER SWITCH ON AND POWER SWITCH OFF
• CAUTION : DO NOT REVERS E INPUT. USE RED BATTERY CORD TO CONNECT (+) OF A DC BATTERY TO (+) TERMINAL. AND THEN, USE BLACK BATTERY CORD TO CONNECT(-) BATTERY TO(-) TERMINAL.

WARNING SIGNAL

USE INVERTER

• STEP1: SET THE POWER SWITCH AT THE OFF
• STEP2: WHEN CONNECTED TO ANY APPLIANCE, BE SURE TO TURN ON INVERTER FIRST. AND THEN, TURN ON THE POWER SWITCH OF THE APPLIANCE.
• 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.
• AS UPS: 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.

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