Solar N00CX Operating instructions

Brand: Solar

Model: N00CX

Type: Operating instructions

solar

clean energy

13W Portable Solar Briefcase

Instructions

Order code: N00CX

The solar briefcase is a powerful 13W solar charger for 12V batteries. It is ideal for camping,

caravanning and marine applications and can be used for charging GPS systems, laptop computers,

mobile phones and for powering 3V, 6V and 12V appliances. It turns natural sunlight into electricity,

which is used to power/charge devices. It has a handy support built-in to both sides of the unit, which

is designed to enable you to position the panels in prime sunlight to maximize charging output. It

also has a convenient detachable connection system and is supplied with all necessary cables and

connectors.

Please note: This kit is not waterproof. The panel is water resistant so is suitable for use in light rain,

but the charge controller unit should always be kept away from moisture as it is not water resistant.

Technical specifications:

Peak output power: 13W

Voltage (@max. power): 17.5V

Current (@max. power): 743mA

Open circuit voltage: 21V

Short circuit current: 890mA

Tested under standard condition: AM1.5, 100mW/100cm² @25°

Cigarette lighter plug fuse rating: 2A

Cable length: 3m

Dimensions open: 52.5 (w)x 76 (h) x 2 (d) cm

Dimensions closed: 52.5 (w) x 38 (h) x 4 (d) cm

Weight: 4.5kg

Contents:

1. 13W solar briefcase with 3m cable

2. Connecting cable with alligator clips (battery clamps) for connecting the battery to the battery cable for the charge

controller (Please note that the black lead indicates negative (-) polarity and the red lead indicates positive (+) polarity.

3. Cable with cigarette lighter plug: + ----°)--- for connecting your appliance to the 12V cigarette lighter output cable for the charge

controller (also referred to as load)

4. Cable with cigarette lighter socket: +----° ) ----- for connecting your appliance to the 12V cigarette lighter output cable for the charge

controller (also referred to as load)

5. Connecting cable with O ring connector for connecting the charge regulator to a 12V cigarette lighter output (this is labelled load)

6. Connecting cable with O ring connector for connecting the charge regulator to a battery (this is labelled as battery)

7. Connecting cable with O ring connector for connecting the charge regulator to a solar panel (this is labelled as solar)

8. 4A charge regulator

How to use:

1. Flip the 2 supports out of the case (See Fig. 1 & Fig. 2)

2. Unfold the solar briefcase (please note that the top and bottom of the briefcase are held together when closed by magnets which are built

into the handles)

3. Place the solar briefcase in a position that will receive direct sunlight (See Fig 3.)

4. Tilt the solar briefcase so that is has maximum exposure to the sun. When using, ensure the solar panel itself is facing the sun and ensure

the panel is not in the shade and that there are no shadows being cast on the solar panel. It is best to place the longest side of the solar

panel facing south.

5. The blue LED will flash whenever the solar briefcase is generating electricity.

6. Choose the right main connector for your application (see Fig.3 images 8, 9 and 10) and attach it to the connecting cable to be connected

to the charge regulator. ( See Fig.4, images 9a, 9b and 9c)

7. Please note: the cables that attach to the charge regulator (See Fig.4 images9a, 9b and 9c) are labelled for your convenience to ensure that

the correct cable is used.

8. The cable to connect the 12V cigarette lighter output (See Fig.3 images 9 and 10) must be connected to the charge regulator using the

cable featured in Fig.4 image 9a. This cable is labelled load.

9. The cable to connect the battery, which is terminated in crocodile clips (see Fig.3 image 8) must be connected to the charge regulator

using the connecting cable featured in Fig.4 image 9b. This cable is labelled battery.

10. The cable to connect the solar panel (built-into the solar briefcase as seen in Fig.3 image 6) to the charge regulator is the connecting cable

featured in Fig.4, image 9c. This is labelled solar.

11. Connect the connector to your application

12. A built-in blocking diode prevents reverse charging from the battery to the solar panel at night, ensuring your battery is not flattened.

Please Note:

In some makes of vehicle and boats, the cigarette lighter may not operate when the ignition is turned off. If this is the case, you can connect

directly to the battery using the cable terminated in alligator clips (See Fig.3 Image 8).

You must disconnect the solar briefcase from your cigarette lighter or battery when starting the engine or driving. Electrical surges when starting

the engine or when the engine is running may damage your solar briefcase.

1. Handle

2. Supports

3. Solar panels

4. Magnets built into handle

5. Coil post

6. Main cable to connect charge regulator

7. Charge indicator

8. Main connecting cable with

alligator clips (battery clamps)

9. Main connecting cable with

lighter plug

10. Main connecting cable with

lighter socket

Figure 1

Figure 2

Figure 3

Instructions for charge regulator

The solar charge regulator is designed to control the charging of the battery from the solar panel as well as regulating the power drawn from the

battery to the output devices. It protects the battery from being overcharged or from over-discharge, thus extending battery life.

Technical specifications:

Operating temperature: -10°C to +42°C Humidity: ≤80%

Solar panel: 80W @ 17.5V Recommended battery: 12V 7Ah-40Ah deep cycle

Maximum DC output: 4A Output DC voltage: 3V, 6V, 12V (±10%)

Over discharge protection: ≤10.5V Over charge protection: ≥15V

How to Charge:

Ensure the power switch is in the OFF position (See Fig.4 reference 1)

Secure the o-rings on connecting cable C (labelled solar, see Fig. 4, reference 9c) to the “Solar Panel” terminal on the charge regulator (See

Fig.4 reference 3), then connect the other end of the cable to the solar briefcase (See Fig.3, reference 6). Please observe the correct polarity.

The black lead indicates negative (-) polarity and red lead indicates positive (+) polarity. Ensure that the connection is tight and secure.

Secure the o-rings on connecting cable B (labelled battery. See Fig. 4, reference 9b) to the “Battery” terminal on charge regulator (See Fig.4

reference 4), then connect the other end of the cable to the main cable terminated in alligator clips (see Fig.3, reference 8). The alligator

clips can then be connected to your battery, ensuring that correct polarity is observed. The black lead indicates negative (-) polarity and the

red lead indicates positive (+) polarity. Ensure that the connection is tight and secure.

Turn the power switch to the ON position (See Fig.4 reference 1)

The charge regulator provides the following protection for the whole system:

Over-discharge protection: When the over-discharge protection is activated, the “Working” indicator will go off and the charge

regulator will shut off the power output to prevent damage to the battery. If this happens, please stop using any applications as there

is not enough power in the battery to power your application. Charge the battery under good sunlight for 2-3 days.

Over-charge protection: When the over-charge protection is activated, the “Charging” indicator will go off, the charge regulator will

shut off the power input from the solar panel to the battery. Please disconnect solar panel from the charge regulator.

Over-load protection: Should the output power be too high, the fuse in the charge regulator will blow to prevent damage to the

controller itself. The fuse (4A) has to be replaced before the charge regulator will work again.

How to use with a 12V application:

Ensure the power switch is in the OFF position (See Fig.4 reference 1)

Secure the o-rings on the connecting cable A (please note that this cable is labelled load, see Fig. 4, reference 9a) to the “12V output”

terminal on charge regulator (See Fig.4 reference 5) then connect the other end to one of the main cables terminated in either the cigarette

lighter plug or socket (See Fig.3 references 9 and 10). You can then plug in any device with a car charging function.

3V, 6V and 12V outputs are available (see Fig.4 reference 8) (these are located on top of the charge regulator, next to the fuse. Select the

correct voltage, and plug your device in.

Turn the power switch to the ON position (See Fig.4 reference 1)

Caution:

When connecting any device to the solar charge regulator, please ensure that the power switch is turned OFF.

The charge regulator needs to be turned on in order for to activate all its functions.

This solar charge regulator is not waterproof. Please keep the product away from water.

Charge regulator (Figure 4)

On/Off switch

“Charging” indicator

To solar panel(s)

To battery

To 12V output (”Load”)

“Working” indicator

4A fuse

7Voltage adaptor outputs

Connecting cables

Labelled - “Load”

9a Labelled - “Battery”

9b Labelled - “Solar”

1. On/Off switch

2. “Charging” Indicator

3. Connect to solar panel

4. Connect to battery

5. Connect to 12V output (load)

6. “Working” Indicator

7. 4A Fuse

8. Voltage adaptor outputs

9a. Connecting cable A:

labelled load for 12V cigarette lighter output

9b. Connecting cable B:

labelled battery to connect to a battery

9c. Connecting cable C:

labelled solar to connect to the solar panel

How to charge (Figure 5)

How to use (Figure 6)

Labelled - “Load”

See Figure 3 Ref.10

Output to car

charging device

See Figure 3 Ref.8

See Figure 3 Ref.6

9a Labelled - “Battery”

Labelled - “Battery”

9b Labelled - “Solar”

Solar N00CX Operating instructions

Solar N00CX Operating instructions

Solar N00CX Operating instructions

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