EDECOA DPP10 Manuel utilisateur

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USER MANUAL

Model:

DPP10 DPP15

DPP20 DPP25

DPP35

Language: English

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ENGLISH

1. What is the power inverter?.............................................................................................................................................. 3

2. Inverter appearance description........................................................................................................................................ 3

3. Intended use.......................................................................................................................................................................4

4. Installation......................................................................................................................................................................... 4

5. Opening the device............................................................................................................................................................5

6. Connection.........................................................................................................................................................................5

7. About the remote controller.............................................................................................................................................. 7

8. Service environment..........................................................................................................................................................9

9. Technical data:（Pure sine wave）.................................................................................................................................. 9

10. How to select the proper inverter you need?................................................................................................................. 9

11. How to choose the proper cable?.................................................................................................................................. 10

12. Batteries using time.......................................................................................................................................................11

13. How to connect two or more batteries?........................................................................................................................ 12

14. Protection features.........................................................................................................................................................12

15. Problem Causes............................................................................................................................................................. 12

16. How many watts do you need?..................................................................................................................................... 14

17. Do i need modifed wave or pure sine wave i nverter?..................................................................................................15

18. What is an over current protection device and why do you need one.......................................................................... 15

19. Special use.....................................................................................................................................................................16

20. Improper use of power inverter.....................................................................................................................................16

21. Disposal......................................................................................................................................................................... 16

22. Warranty........................................................................................................................................................................ 17

23. Compensation................................................................................................................................................................17

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1.WHAT IS THE POWER INVERTER?

The power inverter converts direct-current (DC) low voltage (12V model, 24Vmodel ,48V model) power to 120V

alternating-current (AC) that you can use to operate all kinds of devices, like kitchen appliances, microwave, air

conditioner, TV, computer or work tools. You just connect the battery and devices to the inverter.Then you've got

portable power. It is simple and you can use it anywhere, anytime, you will always be able to run your devices from

battery.

2.INVERTER APPEA RANC E DESCRIPTION

Pure Sine wave Inverter 1000-2000W

Pure Sine wave Inverter 2500W

Pure Sine wave Inverter 3500W

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①LCD Display

②Outlets:15A/120VAC

③Power ON/OFF Switch

④AC Output : 3P Terminals

⑤Remote Control Port

⑥Dual USB Charging

⑦GND Terminal

⑧Battery input -

⑨Battery input +

⑩Fans

⑪ LED Status Display

3.INTENDED USE

This inverter is used to convert low voltage (Direct Current-DC) into alternating voltage of 120VAC, for example, from

battery (preferably deep-cycle) or in photovoltaic-island systems.

A very simple way to use an inverter for emergency power (such as during a power outage), is to use a car battery (with

the engine running), and an extension cord running into the house, where you can then plug in electrical appliances.

Please use the inverter according to the following instruction and in accordance with the standards and guidelines

applicable locally. Any other use may cause injury or property damage. These inverters are not suitable for the supply of

life support and / or medical equipment. The inverters are no Uninterruptible Power Supply!

4.INSTALLATION

4.1Caution: IMPORTANT NOTICE PRIOR TO USING

Do not install the inverter on flammable building materials.

Do not install the inverter in areas where flammable or explosive materials are stored.

The inverter must only be installed by sufficient trained personnel in compliance with local safety regulations.

When the inverter is running, the temperature of the chassis and the heat sink can be high. Do not install the inverter in

locations where it can be inadvertently touched.

Ambient temperature should be kept below 50 ℃, to ensure the best inverter operating conditions, and extend its

service life.

Inverter should be installed in a well-ventilated environment to ensure good heat dissipation.

Avoid placing the inverter in direct sunlight, rain and snow. This can extend the life of the inverter. It is advisable to

select the installation site with occlusion but ensure proper air-circulation.

Inverter protection class IP65, indoor and outdoor environment can be used.

The mounting method and position must be suitable for the weight and dimensions of the inverter, please refer to the

technical data.

4.1.1CHECKING ACCESSORIES

After unpacking the inverter package, check that the delivery unit is complete and that there is no visible external damage.

If any items are missing or if there is any damage, contact your dealer.

Check that the package contains the deliveries as listed below:

1) Power Inverter ×1

2) One pair of screw cap (Red and Black)

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3) One pair of DC input terminal ring (For backup ,Some models)

4) User manual ×1

5) Ground Cable×1

6) Battery cable

7) Remote controller and connecting cable

8) Spare fuse (Some models)

You need to choose the appropriate location to install the inverter to ensure that the inverter can work properly and

efficiently.

4.2Install carrier requirements

The inverter mounting carrier must be fire-resistant.

Do not install the inverter on flammable building materials.

Please ensure that the mounting surface is strong enough to meet the load requirements of the inverter.

In a residential area, do not install the inverter on a plasterboard wall or similar sound-poor wall to avoid

interference with the noise in the work area.

4.3Installation requirements:

Install it vertically or tilt it back up to 15 ° to allow the fan to cool the machine.

Figure 3-1Proper installation Figure 3-2 Installation Space (Unit: inch)

Do not install the inverter in an inclined position (forward, backward, overturned), horizontally mounted or inverted.

4.4Installation space requirements

It is recommended that the inverter be mounted at an adequate height for easy operation and subsequent

maintenance.

When installing the inverter, make sure that there is enough space around the inverter to ensure adequate installation

and cooling space, as shown in Figure 3-2.

5.OPENIN G THE DEV ICE

Non-professional personnel must not open the inverter as there is high voltage inside. Before opening the device, please

remove cables of both DC and AC sides, turn on the switch and leave the inverter alone for 1 hour.

6.CONNECTION

6.1 Battery connection

1.Please read the manual carefully and install the inverter properly. If you have questions, please contact our service team.

It may cause damage to the inverter or cause injury if you do not act in accordance with the instructions from the

manual.

2.Set the switch to the "OFF" position when connecting the inverter to the power source. The energy source may be a

battery or other stable DC power supply.It must be ensured that the DC voltage of the power source is matched to the

rated DC voltage of the inverter. Higher voltages can cause damage the inverter.

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3.The load power should not exceed the rated power of the inverter.

The two DC-input connectors of the inverter are color-coded:

The red terminal for the positive pole (+) The black terminal for the negative pole (-).

Inverter DC input installation method:

Please fix the battery cables on the positive and negative terminals of the inverter tightly. Otherwise, there will be

large current which will result in severe heating problem and parts damaged.

6.2 Load connection

1.Connect your device into power inverter AC outlet. (Make sure your device’s rated power is less than the inverter’s,

and the working voltage is 120VAC±5%)

2.The connections between power source (battery) and inverter cable terminals must be securely mounted.

3.Set the switch to the "ON" position

Tips:

The battery must be able to deliver necessary amperage according to the power of the inverter and load. For example,

for a 24v inverter to drive 1000W resistive load, the battery should be able to provide more than 45 amps! (On a 12V

inverter it will be >90 amps!)

Please do not connect the AC output side to other power source (i.e. electric supply) as this is not a grid interactive

inverter.

The cover should be connected to protective ground before usage. Please switch off the inverter and only on as

necessary to avoid power consumption from the batteries without load when it is not being used.

Use the supplied cable from the manufacturer or at least those with the same or larger cross-section.

Keep these connections as short as possible, it will flow considerable current depending on power extraction!

The inverter should be installed in a dry and well-ventilated area. The air inlet may not be blocked, and it should be kept

20cm away from the wall.

Do not install the inverter near flammable or explosive material. Please use dry cloth to clean the inverter. Do not stack

multiple inverters in operation above another so as the cooling is not guaranteed.

6.3 Grounding wire installation:

The connection method of the ground wire is different based on the different using environment (vehicle, boat, home,

outdoors) . You could find where to connect the ground cable in the power inverter following that icon “ ”

When using the power inverter in a vehicle, please connect the ground wire to the chassis of the vehicle.

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When using the power inverter on a boat, please connect it to the boat's ground system.

When using the power inverter at home, please connect it to the home ground wire system. If there is no ground wire

system at home, please connect it to the negative terminal of the battery.

When using the power inverter outdoors, please connect it to the negative terminal of the battery. It will not affect the

normal working of the power inverter without connecting the ground wire.

6.4 GFCI breaker or GFCI Outlet installation and GFCI Receptacle Tester

Electronic experience required. Please contact our customer service team for a detailed introduction.

6.5 Please pay attention when the power inverter works for the main power system in RV or at home

When the power inverter is connected to the RV power system or home power system for power supply, the

inverter could be damaged If the shore power or alternator is connected at the same time by mistake when the power

inverter is working. The AC input voltage is not accepted by the power inverter.

To prevent this case, we recommend installing a Dual Power Automatic Transfer Switch (ATS).

The ATS mainly used for testing whether normal(N) or spare(R) power is normal or not. Here is the compatible

specification:

12P;

2120V/60HZ;

3Travel switch includes shutdown function

ON (R )-OFF-ON(N), Here is the schematic diagram of RV power system.

Note:

The ATS must contain an intermediate disconnect setting to prevent the generator or grid from being connecting at the

same time as the inverter, resulting in the inverter being burnt.

The switching time of the ATS is 1-2s, and the electrical device will stop working in a short time.

7.ABOUT THE REMOTE CON TROLLER

Tips: The switch of the remote control and the switch of the inverter is parallel.

Therefore, when any one controls the inverter, the other switch must keep the "OFF" state.

According to different models, we have two models of remote control (ED-RC, ET-RC). However, it is not possible to

replace each other.

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ED-RC remote controller

1.ON/OFF switch

2.Status light: If it is green, it means the inverter is on. If it is off, then the inverter is off.

3.Low input voltage indicator light: If the DC input voltage of the inverter is too low, it will be yellow

4.Battery power indicator light:

If DC voltage ≥12.5V, 4 LED lights will be green

If 12V≤DC voltage≤12.5V, 3 LED lamps will be green

If 10.8V≤DC voltage≤12V, 2 LED lamps will be green

If 10V≤DC voltage≤10.8V only 1 LED lamp will be green

Note: If your inverter is 24v, please multiply the above DC input voltage by 2.

About ED-RC remote cable

ED-RC remote cable is 6.5ft or 13ft long standard RJ45 network cable, it is easy for you to extend the length of it. When

working, the voltage drop through this 6.5ft cable is about 0.02V, you can ignore it. If it is a 33ft long cable, the voltage

drop will be about 0.1V. If you use very long remote cable, please note that the battery power indicator light maybe not

correct.

If the remote cable has problem, it may cause the following problems:

1.The inverter can’t be turned ON/OFF by the remote controller, only the battery power indicator light works.

2.After connecting the remote controller, the inverter will be always on, the inverter can’t be turned off, the battery

power indicator light can’t indicate the actual power.

3.After connecting the remote cable, the inverter will be always on, all LED lights on the remote controller are off, the

inverter can’t be turned off.

4.After connecting the remote controller, all LED lights on the remote controller are off, the inverter can’t be turn on.

5.After connecting the remote controller, the status light sometimes work, sometimes not, the inverter maybe turn off

automatically.

Note: If the remote controller can’t work properly, please try to replace the remote cable first.

ET-RC remote controller

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1. ON/OFF switch(press 3s),Backlight switch(press once)

2. LCD display

3. USB charging: 5VDC/2.1A * 2

About ET-RC remote cable

ET-RC remote cable is 13ft long standard RJ45 network cable,In order not to affect the display signal transmission, it is

recommended to use network lines within 16.5ft.

Note: If the remote controller can’t work properly, please try to replace the remote cable first.

8. SERVICE ENVIRONMENT

Ambient temperature: -20~+50℃

Storage temperature: -40~+85℃

Relative humidity: 0~85% Non-condensing

9.TEC HN IC AL DAT A: （PURE SIN E WAVE ）

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10. HOW TO SEL ECT THE PROPER IN VERTE R YOU NEED?

Dependent of the devices you want to operate, you must pay attention in the wattage of each device and calculate the

total watts. We recommend you to buy an inverter higher than the power you think you need – good practice is around

30% - 50% more.

For example:

We recommend you to buy the power inverter 1500w. We should give some thought to a larger one, as there will likely be

a time when you wish you'd bought a bigger model... in this example, you might decide you'd like to run a fan while you

compute, or let the kids watch TV.

Sometimes devices like a motor, it need more power at start-up (peak power) although after the motor is running use

continuous power. This is important to consider. For example, an air conditioner, refrigerator may need startup-

powerfrom 3 to 7 times of the continuous power. The best procedure is to find out about the current requirement of the

device to be connected to the inverter. Normally this information is in the device specifications.

What is meant by the terms "continuous-2000 watts" and "peak surge-4000 watts" is that some appliances or tools, such

as ones with a motor, require an initial surge of power to start up ("starting load" or "peak load"). Once started, the tool

or appliance requires less power to continue to operate ("continuous load")

Example:

If you have a refrigerator with a continuous load of 3 amps and a start-up load of 8 amps:

3 amps x 120 volts = 360 watts continuous

8 amps x 120 volts = 960 watts continuous

In this case you should use an inverter with 1500W.

11 . HOW TO CHOOSE THE PROPER CABLE?

Inverters should be attached directly to the battery. The wire size depends on the distance between the battery and

inverter.

The following is a reference to the cable size of the battery recommended by the DC12V system inverter. (DC24V system

inverter Cable Section Area /2)

800W continuous load

1 – 3ft Cable 7AWG

3.5 – 5ft Cable 6AWG

5.5 – 13ft Cable 4AWG

1000W continuous load

1 – 3ft Cable 6AWG

3.5 – 5ft Cable 5AWG

5.5 – 13ft Cable 3AWG

1200W continuous load

1– 3ft Cable 5AWG

3.5 – 5ft Cable 4AWG

5.5 – 13ft Cable 3AWG

1500W continuous load

1 – 3ft Cable 5AWG

3.5 – 5ft Cable 4AWG

5.5 – 13ft Cable 2AWG

2000W continuous load

1 – 3ft Cable 5AWG

3.5 – 5ft Cable 2AWG

5.5 – 13ft Cable 1/0AWG

2500W continuous load

1 – 3ft Cable 3AWG

3.5 – 5ft Cable 2AWG

5.5 – 13ft Cable 2*2AWG

3000W continuous load

1 – 3ft Cable 3AWG

3.5 – 5ft Cable 0AWG

5.5 – 13ft Cable 2/0AWG

3500W continuous load

1 – 3ft Cable 2AWG

3.5 – 5ft Cable 0AWG

5.5 – 13ft Cable 2*1AWG

5000W continuous load

1 – 3ft Cable 2/0AWG

3.5 – 5ft Cable 2*1AWG

>5ft Not recommended

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