XWJNE 3000W Pure Sine Wave Inverter User Manual
- June 14, 2024
- XWJNE
Table of Contents
XWJNE 3000W Pure Sine Wave Inverter User Manual
Safety Notice
In order to avoid damage to you and others, here we list below safety notice, please make sure to obey and refer for the following meaning of the marks
- war/note
- The mark means
- The mark means for mandatory item
When connect with the battery
will produce spark, connect the former to ensure that no flammable gas.
Battery charging, discharging will produce inflammable gases, should be well-
ventilated, do not put in the place may accumulate flammable gases
Output can not be parallel with
the mains
Will damage the inverter and the danger of electric shock
Minors can not use it
Output high voltage will cause adanger of electric shock
When using this machine,please do
not bundle wires,Use the broken wire can cause electric shock,short circuit
of fire
Do not disassemble or remodel the
inverter
Do not disassemble or remodel the inverter. Disassemble or modify unauthorized
inverter may cause a malfunction or fire, electric shock
Do not wet the airframe
Otherwise may lead to short circuit, even the fire and electric shock
Do not place rod or other metal
objects at vent or other openings
This may touch on the internal components to cause electric shock or injury
Put the plug of load of equipment
full insert into an electrical outlet
Failure to Fully Insert the plug socket, could e to electric shock and
verheating, even causea fire incident
Do not use a damaged plug or loosed outlet
Forbid wet hand
This may cause electric shock, prohibit wet hands
KEEP AWAY FIRE
Do not let the volatile substances or combustible material floating into the machine, away from the flame
Do not damage output sockets or
wires
do not cut, remodel, close to the heat, over-distorted, reversed, wiring and
pull wires, or placed outlet weight on wires or sockets
WARN
Use inverter in common ground
wire power system
If the output connect with the ground will cause inverter to short circuit and
damage, for example: used in the car, the inverter’ s output terminal has the
voltage reflected on the carbody.
In power, do not let the load and
to type in the loop
Cause the overload protection circuit will invalidate or increase the overload
protection
power
Do not install inverter worked in
hot, humid environment
Inverter leakage may cause electric shock or five caused by accident
The inverters have not been
tested for used in medical equipment
ATTENTION
In connection cable should be used to install the appropriate cable, if the AC output cable is too long or the wire cross-sectional area is too small, will generate a large number of cable power loss, the load performance will be low power and low voltage.
If battery and inverter connection cable are not standardized, too long cable, too small cross-sectional, parts of contact too short, the inverter may not work but give an alarm, meanwhile cable must have waterproof, insulate strength to meet environment requires.
Operation tips
Rated current and the actual used equipment The nominal current or power of most of electromotive tools, household appliances and audio-visual equipment, in the range of nominal power or much lower, but when they startup it will occur overload protection phenomenon. Inverter is most likely to drive resistive loads and switching power supply load, because the resistive load is linear load that can be work with full load. Such as electric stove, rice cooker, LCD TV and other devices. Some audio-visual equipment and electromotive tools need more power than the resistive load to work normally, an asynchronous motor, CRT TV, compressors, pumps and so on. They need 2 to 6 times of the operating current to start. Whether it can run a specific load depend on the subject test.
Note: continuous frequently on and off the inverter may cause the damage.
Applied to the following products:
For lamp,electric cooker,desktop computer,notebook computers, computer monitors, fax, printers, LCD TV, Fan, DVD, mobile phones, digital products, drill machine, electric irons, washing machines and other original equipment usable electricity.
Introduction of performance
Inverter is a power equipment that can change DC (storage battery, solar
cells, wind dynamo, etc.) to AC. The inverter use high-frequency power
conversion technology. and use the ferrite transformer instead of the old
bulky silicon steel transformer. That is why our power inverter is lighter,
smaller than other similar inverter. When the inverter working in invertion
mode, the output waveform is sine wave. Pic 1: Output sine wave form
Environment for use
In order to get the best using results, please put the inverter on the flat surface, such as the ground, car floor, or other solid surface which can easily fixed the inverter s power cord.
The working place should meet the following criteria:
Keep dry, should not let the inverter contact the water or other liquids, keep the inverter away from moisture or water.
Cool environment, keep the temperature between 0 Celsius degrees (no condensation) and 40 Celsius degrees.
Do not put the inverter next to heat vents or other heat devices. Try to keep the inverter not be shined directly by the sunshine.
Ventilation. No objects block around, and keep free flow of the air. Do not put anything on the inverter when it was working.
Installing and using method
300w
Side panelintroduction
500W
Side panelintroduction
1000-1500W
Side panelintroduction
2000w
Side panelintroduction
3000w
Side Panel introduction
3500-8000W
Side panel introduction
Connecting diagram
The output socket type can be customized according to customer’s demand
Optional Parts
Display of D model
- Battery Level
- Battery Voltage
Display of E model
- Inverter Over Voltage Protection
- Inverter Overload Protection
- Inverter Over Temperature Protection
- Power On
- Battery Connected
- Battery Level
- Battery & AC Output Voltage
- Frequency
- Output Load Percent
- Inverter Normal Working.
- Inverter Under Protection
- Inverter Low Voltage Protection
Remote switch
- Battery Level
- Battery voltage
- Power Switch
- Before using remote switch, please turn the inverter switch to OFF status
- When using the remote switch, the inverter power switch will be out of work
Installation connection steps:
pleaserefer to the above connection diagram
- Firsofall, turn off the inverter power.
- Use the black DC cable to connecthe negative terminal of the battery and the black posthead of the inverter.
- Use the red DC cable to connect the anode terminal of the battery and the red post head of the inverter.
- Make sure the DC cable size s big enough, or else the inverter may fail to run the equipment.
- Don’t use DC cable too long length, or else the inverter may fail to run the equipment.
- Plug the power plug of the equipmentin the inverter’s output socket.
- Presstheinverter’s switch thenitcan be used.
With grid charger and UPS function:
- Don’t connect the grid power with AC output of the inverter, or it may destroy the inverter PCB;
- Grid mode: When connected the grid power with AC Input plug or terminal, the AC output socket and terminal will outcome grid power as first priority;
- Battery mode: When disconnecting the grid power from inverter AC input, the AC output socket and terminal will output power from battery automatically as second priority;
- The switch time from grid to battery and battery to grid is 4-6ms.
- In grid mode, the inverter will charge the battery in the mean time, with 3-step charging way.
- When battery is in charging, the Charging red-led will be on, when battery s fully charged, the charging red-led will be off, and Full blue-led will be on.
With bypass function(without grid charger):
- Grid as first priority: the inverter will output grid power as first priority, when grid disconnected, the inverter will switch to battery power automatically.
- Battery as first priority: the inverter will output battery power as first priority, when battery disconnected, the inverter will switch to grid AC power automatically.
Dismantle steps:
- First of all, turn off the inverter power.
- Disconnect the power plug.
- Dismantle the red DC cable.
- Dismantle the black DC cable
Notes: The connecting diagram is just as basic reference, please contact with the professional technical personnel for the actual installing. Inverter can use one or more batteries. Use of 100AH or larger battery is best.
Notes: The inverter required to connect the same voltage battery, 12V inverterto 12V battery, 24Vinverter to 24V battery.
When switch on the power inverter, if blue led indicator is on, it means the inverter works well.If the red light is on, this is to protect the inverter. Should find a way to solve before use it (check the battery voltage is too high or too low, the inverter outputis overloaded or short circuit).
Specification
Rated Power| 300W| 500W| 1000W| 1500W| 2000W| 2500W| 3000W| 3500W| 4000W|
5000W| 6000W|
---|---|---|---|---|---|---|---|---|---|---|---|---
Surge Power| 600W| 1000W| 2000W| 3000W| 4000W| 5000W| 6000W| 7000W| 8000W|
10000W| 12000W| 16000W
Input Voltage| | 12VDC| 24VDC| 48DC
DC Voltage Range| | 10V-15V| 20V-31V| 40V-60V
1.0w Voltage Alarm| | 10.5±0,sv| 21t0.5V| 41±1V
low Voltage Shut Down| | 10t0.SV| 20t0.SV| 40±1V
Low Voltage Recovery| | 12±0.5V| 24t0.5V| 48±1V
Over Voltage Shut Down| | 15±0.5V| 31t0.5V| 60±1V
Over Voltage Recovery| | 14.7±0.5V| 29±0.5V| 59±1V
Output Voltage| | 110VAC±10%
USB Port| | 5V DC
Frequency| | 60442±3
Output Waveform| | Pure sine wave
Soft Start| | YES
THD/AC Regulation| | THD <3%(Linear Load)
Output Effciency| | 922% MAX
Cooling Way| | Intelligent Cooling Fan
Protection| | Battery tow Voltage & Over Voltage. Over load. Over Tempecature,
Short Circuit
Working Temperature| | ( -30t+60°C )
Storage Temperature| | ( -30•C – 70% )
Humidity| | 90% MAX , Non-condensing
After sales email: cejiaus1@163.com
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>