Solar Technology STP010 Manual de usuario

User Manual

IMPORTANT: PLEASE READ BEFORE FIRST USE

5wp/10wp/18wp/28wp/43wp/60wp/80wp/120wp/150wp

SOLAR PANEL KITS

Models:

STP005/STP010/STP018/STP018MA/STP028/STP028MA/STP043/STP043MA/STPMH043/

STP060/STP060MA/STPMH060/STP080/STP080MA/STPMH080/STP120/STP120MA/

STPMH120/STP150/STP150MA/STPMH150

TECHNICAL HELPLINE 01684 774000

SOLAR PANEL KIT CONTENTS

(Letters after item descriptions refer to the picture opposite)

STP005

1 x 5wp Solar Panel (a)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP010

1 x 10wp Solar Panel (a)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP018

1 x 18wp Solar Panel (a)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP018MA

1 x 18wp Solar Panel (a)

1 x 4Ah voltage regulator (b)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP028

1 x 28wp Solar Panel (a)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP028MA

1 x 28wp Solar Panel (a)

1 x 4Ah voltage regulator (b)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP043

1 x 43wp Solar Panel (a)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP043MA

1 x 43wp Solar Panel (a)

1 x 4Ah voltage regulator (b)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m

STPMH043

1 x 43wp Solar Panel (a)

1 x 4Ah voltage regulator (b)

4 x Aluminium ﬁtting brackets (c)

16 x Stainless steel screws (d)

1 x Water resistant cable feed gland (e)

1 x Digital test meter (f)

1 x 300cc Tube of Sika Flex (g)

1 x 7m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP060

1 x 60wp Solar Panel (a)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP060MA

1 x 60wp Solar Panel (a)

1 x 4Ah voltage regulator (b)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STPMH060

1 x 60wp Solar Panel (a)

1 x 4Ah voltage regulator (b)

4 x Aluminium ﬁtting brackets (c)

16 x Stainless steel screws (d)

1 x Water resistant cable feed gland (e)

1 x Digital test meter (f)

1 x 300cc Tube of Sika Flex (g)

1 x 7m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP080

1 x 80wp Solar Panel (a)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP080MA

1 x 80wp Solar Panel (a)

1 x 8Ah voltage regulator (b)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STPMH080

1 x 80wp Solar Panel (a)

1 x 8Ah voltage regulator (b)

4 x Aluminium ﬁtting brackets (c)

16 x Stainless steel screws (d)

1 x Water resistant cable feed gland (e)

1 x Digital test meter (f)

1 x 300cc Tube of Sika Flex (g)

1 x 7m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP120

1 x 120wp Solar Panel (a)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP120MA

1 x 120wp Solar Panel (a)

1 x 8Ah voltage regulator (b)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STPMH120

1 x 120wp Solar Panel (a)

1 x 8Ah voltage regulator (b)

6 x Aluminium ﬁtting brackets (c)

16 x Stainless steel screws (d)

1 x Water resistant cable feed gland (e)

1 x Digital test meter (f)

1 x 300cc Tube of Sika Flex (g)

1 x 7m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP150

1 x 150wp Solar Panel (a)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STP150MA

1 x 150wp Solar Panel (a)

1 x 12Ah voltage regulator (b)

1 x 5m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

STPMH150

1 x 150wp Solar Panel (a)

1 x 12Ah voltage regulator (b)

6 x Aluminium ﬁtting brackets (c)

16 x Stainless steel screws (d)

1 x Water resistant cable feed gland (e)

1 x Digital test meter (f)

1 x 300cc Tube of Sika Flex (g)

1 x 7m Cable (h)

1 x In line connector (i)

1 x In line fuse / holder (j)

2 x Crocodile clips (k)

6 x Ring terminals (l)

1 x Instruction sheet (m)

TECHNICAL HELPLINE 01684 774000

Step 1: Fitting the cable to the solar panel

1.1 Remove the cover (A) from the terminal box on the rear of the Solar Panel

1.2 Panel sizes up to 28wp generally have the junction box style shown in Fig 1A. Panels 43wp

and over have the syle shown in Fig 1B. Fitting the cable to both is similar but with the

3 terminal style shown in Fig 1B you should ignore the centre terminal (L/H terminal is –ve

and R/H is +ve).

Note - the centre terminal is only used if you intend to daisy chain one panel to

another, in which case email enquiries@solartechnology.co.uk for a special data

sheet on this process.

1.3 Take one end of the cable and strip back the black outer insulation 4.5cm. Strip back the

insulation of the red and black inner cables 1.5cm to expose bare wire.

1.4 Feed the cable through the hole in the terminal box.

1.5 Twist the bare wire ends tightly and wrap clockwise around the loosened terminal screws

B or C (depending which junction box style you have). Alternatively, two ring terminals

(supplied) can be crimped onto the bare cable ends.

Red (positive), black (negative) as marked on inside of terminal box

1.6 Tighten terminal screws and replace the terminal box cover.

Step 2: Fitting the in-line connector to cable (optional)

This connector is supplied as a convenient means of desconnecting the panel from battery.

2.1 Decide where in te cable you would like to locate the in-line plug and socket. Cut the cable.

2.2 Strip back the black outer insulation of the cable connedted to the solar panel 2cm. Strip

back the insulation of the red and black inner cables 0.5cm to expose bare wire.

2.3 Remove the cover male plug (D) and remove the cover. Loosen the two terminal screws (E).

2.4 Twist the bare wire ends tightly and feed through the hole on the plug. Fit each wire end into

the correct terminal and tighten the clamp screw:

Red (positiv) = terminal 1 (E); Black (negative) = terminal 2 (E)

2.5 Tighten terminal screws and replace cover.

2.6 Repeat precedure for the female socket (F)

PLEASE READ ALL INSTRUCTIONS CAREFULLY BEFORE WORK BEGINS

IMPORTANT: When connecting a solar panel to a battery, it is always recommended that a voltage regulator is used to

prevent both reverse current feed (at night) and overcharging of the battery. The only exception to this is the STP005 and

STP010 because they are ﬁtted with a reverse feed diode and if connected to battery size

at or greater than 35Ah and 70Ah respectively will not overcharge because of each

battery’s own impedance.

Kit shown: STPMH080

efg

bhi

lkj

TECHNICAL HELPLINE 01684 774000TECHNICAL HELPLINE 01684 774000

Solar Technology International Ltd. Unit 4, Station Drive,

Bredon, Nr. Tewkesbury, Gloucestershire GL20 7HH, United Kingdom

Telephone: 01684 774000 Fax: 01684 773974

E-mail: support@solartechnology.co.uk Online: www.solartechnology.co.uk

Step 3: Connecting cables to Solar voltage regulator

(If required)

3.1 Position the solar voltage regulator as close as possible to the battery (must be a dry location)

3.2 Measure the distance between your battery terminals and the solar voltage regulator.

3.3 Cut the measured distance from the end of the cable.

3.4 Prepare as described in 2.2 the end of the cable from the in-line connector (if ﬁtted) and attach to the

two terminals (G) on the solar voltage regulator.

3.5 Take one end of the remaining cable, prepare as above and attach to the centre terminals (H) on the

solar voltage regulator by using the same procedute as described in 1.5.

Note: Red = positive (+), black = negative (-)

Step 4: Fitting the fuse

4.1 Strip back the black outer insulation of the cable 20cm.

4.2 Cut the red cable at the halfway point and strip 5mm of the red insulation from bogh the cut ends.

Twist the bare wire ends tightly. Fit into the screw terminals (I) on each of the fuse holder pieces.

Step 5: Connecting the cable to your battery

5.1 Strip the red and black insulation (3cm) from te inner cable ends. Attach the cable to crocodile clips by

following the same procedure as described in 1.5.

5.2 Alternatively, for a more permanent connection to the battery, strip red and black insulation (6cm) from

the inner cable ends, twist the bare wire and wrap around the battery terminals and ﬁx into position

using your battery clamps. Some clamps have connection screws ﬁtted, in which case, if the supplied

ring terminals have been crimped onto the wire ends, simply attach using your battery clamp screws.

5.3 When connecting to a battery always observe correct polarity.

Solar

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



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



Solar Help Line - 01684 774000.

01684 774000

Solar Technology International Ltd.

Unit 4 Station Drive Bredon GL20 7HH

T: 01684 774000 F: 01684 773974 E: sales@solartechnology.co.uk

www.solartechnology.co.uk

When permanent ﬁtting is required it is

For more information about these kits please

contact your retailer or Solar Technology at

www.solartechnology or on 01684 774000.

G H

Options

Connecting an inverter into the system

7.1 Should you require your solar system to power 240v appliances, you will need to connect an inverter. Select an inverter power (measured in

watts) that is most appropriate for the power of your appliances (also measured in watts). The inverter will be ideally positioned reasonably close

to the battery. Most inverters come with pre-ﬁxed cable so ﬁx the loose end directly onto the battery terminals (positive to positive / negative to

negative) - contact 01684 774000 for more information.

Connecting two or more solar panels together

8.1 Should you wish to increase the power and make a solar array or increase the voltage (to produce 24volt instead of 12 volt) this can easily be

achieved. Please contact Solar Technology on 01684 774000 and request a copy of our “Creating a Solar Array” technical bulletin.

Adding a second battery

9.1 If a second battery is used, it can be connected to the Charge Controller, using terminals I, by means of an additional piece of 2-core, 1mm

cable (not supplied). As in step 4.6 above, attach the other cable to the second battery, not forgetting to add a fuse on the positive line as

descibed in step 5 above. Power from the Charge Controller will be diverted to the second battery only when the primary battery is fully charged.

Step 6: Additional information for ﬁtting a MH kit

6.1 Attach the aluminium ﬁtting brackets to the side of the panel using the supplied stainless steel screws, ensuring the brackets are ﬂush with the

top of the panel frame (thereby leaving a gap between the bottom of the panel frame and the roof).

6.2 Place the panel on the roof position where it is to be ﬁxed and draw a pencil line around the footprint of the brackets. Ideally the panel should

be ﬁxed above the cable entry hole.

6.3 Clean the area on your motorhome, caravan or boat where each bracket and the cable feed gland is to be ﬁxed with spirit, and make sure the

area is clean, oil free and dry.

6.4 Insert the cable trailing from the solar panel junction box into the cable feed gland, ensuring the locking nut is loose, and then into the entry

hole on the roof. Using the provided Sika Flex, now bond the cable feed gland into position.

6.5 Apply the Sika Flex to the edge of each bracket (around a 6mm thickness of Sika Flex is ideal) and then, possibly with assistance, turn the panel

so that the solar cells are facing upwards and bond the panel to the roof, positioning the brackets in the pencil lines previously marked.

6.6 Once the cable has been pulled taught through the cable feed gland, the gland nut should be tightened to affect a water tight seal.

6.7 Now the cable can be channelled into the roof lining or into trunking/capping or similar and down to the battery. Finally, go to Steps 3, 4 and 5

to complete the installation.

NOTE – Sika Flex requires 24 hours to properly cure. We would therefore recommend that the motorhome, caravan or boat is not moved

during this period.

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