Marecoluce Stud Solar User manual

Deva-Stud-Challenge Solar
Deva Solar installation of the tting Pag. 2
Stud Solar installation of the tting Pag. 3
Challenge Solar installation of the tting Pag. 4
Electronic circuit board Deva Solar and Stud Solar Pag. 6
Programming Deva Solar Pag. 7
Programming Stud Solar Pag. 8
Programming Challenge Solar Pag. 9
Cleaning the panel Pag. 12
Warnings and waste disposal Pag. 13

2
(2)
(3)
(4)
(6)
(1)
Ø102mm
(5)
1
2
3
2.5 Nm
2.5 Nm
2.5 Nm
DEVA SOLAR
DEVA SOLAR
*Grid connection: Pag.6
Electronic circuit board pre-installed
and factory set (for programming
modes see pag.6-7)
To facilitate the installation Mareco Luce recommends to
connect the luminaire and the pole-top to the pole rst, and then
to x the pole to the ground.
Untighten the screws (5) of the semicollar. Insert the cable
through the hole in the pole and let it comes out from the
top of the pole (in case the pole is not provided by Mareco
Luce conrm to the manufacturer the technical specications
required).Position the luminaire at a height of 6,5mts (ground
height).Tighten the screws (5) of the semicollar. Max screwer
strength 2.5Nm
Position the pole top without the solar panel on the top of the
pole.Orient the pole top with respect to the sun.
Insert the cable of the luminaire into the battery box previousely
positioned. Secure the pole top to the pole by tightening the
screws (1), once the pole top is oriented with respect to the sun.
Loosen the screws (2) of the semicollars of the panel.
Position the panel (3) on the brackets (4) of the pole top, and
tighten the screws (2) of the semicollars.
Open the door of the battery box by using the key (included).
Place the battery (6) inside the battery box paying attention to
position it correctly on the brackets.
Close the door of the battery box by using the key (included)
Connecting process of the luminaire
Tighten the 4 poles cable of the luminaire to the M16 cable
gland and connect it as follows:
Clamp mark L1 + cable red/white
Clamp mark L1 - cable green/white
Clamp mark L2 + cable white
Clamp mark L2 - cable blue/white
Connecting process to the grid (if present)
Tighten the mains cable coming from the pole to the M20 cable
gland, and connect it as follows:
Clamp mark F phase wire
Clamp mark N neutral wire
Clamp mark T ground cable
Connect all the cables, then tighten the cable glands, and
eventually close the grey watertight box placed inside the
battery box
Movement sensor: Deva Solar 16W is pre-set for the connection
of the remote sensor through a terminal block placed inside the
electrical compartment. The sensor must be in "clean contact"
with a supply voltage between 12VDC and 17VDC
Installation of the fitting
*Led position in case of
grid connection
User's manual

3
Ø60mm
2.5Nm
(1)
(2)
(3)
(6)
Stud Solar 1 Stud Solar 2
(1)
(2)
(3)
23
(5)
(Fig 1)
(1)
(3)
(2)
1
2.5 Nm
4
STUD SOLAR
STUD SOLAR
2.5 Nm
Connection of main supply cable (if available)
The main supply cable coming out of the pole must be connected as
follows:
Clamp mark F Live wire
Clamp mark N Neutral wire
Clamp mark T Ground wire
Movement sensor: Stud Solar 1/2 is pre-set for the connection of the
remote sensor through a terminal block placed inside the electrical
compartment. The sensor must be in "clean contact" with a supply
voltage between 12VDC and 17VDC
Untighten the screw (1)
Loosen the screw (2)
Remove the gear-tray cover (3)
Insert Stud Solar 1 or Stud Solar 2 into the
pole by tightening the dowels (6) (2,5 Nm
strength)
Place the battery (5) (included) into the
compartment by placing the connectors in
the correct position (see pic.1).
Reposition the gear-tray cover (3)
Tighten the screws (1 and 2)
*LEDs position in case
of grid connection
Installation of the fitting
*Grid connection: Pag. 7
Electronic circuit board pre-installed
and factory set (for programming
modes see pag.6-8)
User's manual

4
6
1b
1a
0.8 Nm
2.5 Nm
3DX
0.8 Nm
1b
5
7
2.5 Nm
3SX
SX
DX
2
8
9
8
1
24 24LL
36
2.5 Nm
CHALLENGE SOLAR
CHALLENGE SOLAR
Electronic circuit board pre-installed
and factory set (for programming
modes see pag.8-9-10)
Installation of the fitting
User's manual

5
(11)
(12)
(13)
(14)
(10)
Ø102mm
2
3
2.5 Nm
2.5 Nm
4 53
4
CHALLENGE SOLAR
To facilitate the installation Mareco Luce recommands to
connect the luminaire and the pole-top to the pole rst, and then
to x the pole to the ground
Untighten the screws (1a and 1b) and remove the DX (2)
part of the luminaire. Insert the supply cable of the luminaires
(8) through the cable tray (5) of the pole (9), and let it comes
out from the top of the pole (in case the pole is not provided
by Mareco Luce conrm to the manufacturere the technical
specications required). Fix the SX part of the luminaire (6)
to the pole (9) by tightening the screws (3SX) to the threaded
inserts (7). Fix the DX part of the luminaire (2) to the pole (9) by
tightening the screws (3DX). Fix the DX part of the luminaire (2)
to the SX part of the luminaire (6) by tightening the screws (1a
and 1b).
WARNING:
the luminaires 1x60W; 2x30W, 1x90W have n°2 supply cables;
connect these two supply cables together rst, then connect
them to the terminal block
Position the pole top without the solar panels on the top of the
pole. Orient the pole top with respect to the sun. Insert the cable
of the luminaire into the battery box previousely positioned.
Secure the pole top to the pole by tightening the screws (10),
once the pole top is oriented with respect to the sun. Loosen the
screws (11) of the semicollars of the panel. Position the panel
(12) on the brackets (13) of the pole top, and tighten the screws
(11) of the semicollars. Open the door of the battery box by
using the key (included). Place the battery (14) inside the battery
box paying attention to position it correctly on the brackets.
Close the door of the battery box by using the key (included).
Connecting process of the luminaires
+ brown cable
- blue cable
In the case of connection of more than one
luminaire, conduct parallel connections
(blue/blue, brown/brown)
- blue
cable
+ brown
cable
User's manual

6
DEVA SOLAR
Electronic circuit board (ECB) Deva Solar
User's manual
Factory standard programming:
SMART MODE operating mode with on at sunset for 8 hours and a battery duration of 5 nights;
the luminosity for the grid connection is set at 100% and the time for the movement sensor is set to 2
minutes.
NORMAL
In this mode the luminosity of the LEDs is xed at a constant 50% (175mA). Everything is dependent on the
panel: if the battery is recharged with the same quantity of energy it consumed the previous night, then the
system is in energy balance and will guarantee light every night, otherwise, it will use the battery’s energy
reserve until it runs out (the battery will shut off when only 20% storage remains).
The possible running modes are:
- on at sunset for 8 hours
- on at sunset for 10 hours
- on at sunset for 4 hours, then shutting off internal LED ring and reducing outer ring to 50%, then 2 hours
before sunrise back to 100%*
- on from sunset to sunrise*
Grid connection: the switch over occurs when the battery is no longer capable of supplying the LEDs the
xed current (175mA). It is possible to set the dip switch for 100% and if/when the system connects to the
grid the LEDs run at 100% of their nominal power (350mA). A coloured
LED signals that the product is connected to the grid.
Movement se nsor: from sunset to sunrise the system will be on with the LEDs running at 25%, until the
sensor detects movement, from that moment the whole tting will be on at 100% (NORMAL mode); using the
dip switches it is possible to select the duration of the increased luminosity: 1,2, or 3 minutes.
SMART
In this mode the luminosity of the LEDs is variable. Priority is given to battery charge; this calculated each
night based on the energy transferred from the panel. The energy to be supplied to the LEDs is determined
based on an algorithm which is divided by the nightly duration and the operating mode (in this case SMART).
If the panel manages to recharge the battery with the same quantity of energy it consumed the previous night,
then the system is in energy balance and will guarantee light every night, otherwise, it will use the battery’s
energy reserve until it runs out (the battery will shut off when only 20% storage remains).
The possible running modes are:
- on at sunset for 8 hours
- on at sunset for 10 hours
- on at sunset for 4 hours, then shutting off internal LED ring and reducing outer ring to 50%, then 2 hours
before sunrise back to 100%*
- on from sunset to sunrise*
Grid connection: the switch over occurs when the battery is no longer capable of running the LEDs at 50%
luminosity. It is possible to set the dip switch for 100% and if/when the system connects to the grid the LEDs
run at 100% of their nominal power (350mA).
A coloured LED signals that the product is connected to the grid.
Movement sensor: from sunset to sunrise the system will be on with the LEDs running at 25%, until the
sensor detects movement, from that moment the whole tting will be on at full luminosity. Using the dip
switches it is possible to select the duration of the increased luminosity: 1,2, or 3 minutes.
*The running modes “sunset to sunrise” and “4hrs from sunset – 2hrs from sunrise” will be operative after
3 days and 3 nights; before this time has passed the system will function for “8hrs from sunset”.

7
STUD SOLAR
User's manual
Electronic circuit board (ECB) Stud Solar
Factory standard programming:
SMART MODE operating mode with on at sunset for 8 hours and a battery duration of 3 nights
(the luminosity for the grid connection is set at 100% and the time for the movement sensor is set to 2
minutes.
NORMAL
In this mode the luminosity of the LEDs is xed at a constant 50% (175mA). Everything is dependent on the
panel: if the battery is recharged with the same quantity of energy it consumed the previous night, then the
system is in energy balance and will guarantee light every night, otherwise, it will use the battery’s energy
reserve until it runs out (the battery will shut off when only 20% storage remains).
The possible running modes are:
- on at sunset for 8 hours
- on at sunset for 10 hours
- on at sunset for 4 hours, then shutting off internal LED ring and reducing outer ring to 50%, then 2 hours
before sunrise back to 100%*
- on from sunset to sunrise*
Grid connection: the switch over occurs when the battery is no longer capable of supplying the LEDs the
xed current (175mA). It is possible to set the dip switch for 100% and if/when the system connects to
the grid the LEDs run at 100% of their nominal power (350mA). A coloured LED signals that the product is
connected to the grid.
Movement sensor: from sunset to sunrise the system will be on with the outer LED ring running at 50%, until
the sensor detects movement, from that moment the whole tting will be on at 50% (NORMAL mode); using
the dip switches it is possible to select the duration of the increased luminosity: 1,2, or 3 minutes.
SMART
In this mode the luminosity of the LEDs is variable. Priority is given to battery charge; this calculated each
night based on the energy transferred from the panel. The energy to be supplied to the LEDs is determined
based on an algorithm which is divided by the nightly duration and the operating mode (in this case SMART).
If the panel manages to recharge the battery with the same quantity of energy it consumed the previous night,
then the system is in energy balance and will guarantee light every night, otherwise, it will use the battery’s
energy reserve until it runs out (the battery will shut off when only 20% storage remains).
The possible running modes are:
- on at sunset for 8 hours
- on at sunset for 10 hours
- on at sunset for 4 hours, then shutting off internal LED ring and reducing outer ring to 50%, then 2 hours
before sunrise back to 100%*
- on from sunset to sunrise*
Grid connection: the switch over occurs when the battery is no longer capable of running the LEDs at 50%
luminosity. It is possible to set the dip switch for 100% and if/when the system connects to the grid the LEDs
run at 100% of their nominal power (350mA).
A coloured LED signals that the product is connected to the grid.
Movement sensor: from sunset to sunrise the system will be on with the outer LED ring running at 50%, until
the sensor detects movement, from that moment the whole tting will be on at full luminosity. Using the dip
switches it is possible to select the duration of the increased luminosity: 1,2, or 3 minutes.
*The running modes “sunset to sunrise” and “4hrs from sunset – 2hrs from sunrise” will be operative after
3 days and 3 nights; before this time has passed the system will function for “8hrs from sunset”.

8
12345678
OFF
ON
1234 5678
OFF
ON
12 34 5678
OFF
ON
12 34 5678
OFF
ON
12 34 5678
OFF
ON
OFF
ON
OFF
ON
OFF
ON
12345678
1234 5678
12345678
12345678
12345678
12345678
12345678
12345678
OFF
ON
12345678
12345678
12345678
12345678
12345678
switch 1switch 2
DEVA SOLAR
Dip 1-Battery duration (SMART mode)
OFF - 8 nights duration without recharging
ON - 5 nights duration without recharging
Dip 2 - Programming mode
OFF - SMART
ON - NORMAL
Dip 4/3 - Duration of nightly illumination
OFF/OFF - 8 hours
OFF/ON - 10 hours
ON/OFF - 4 hours at sunset and 2 hours
before sunrise
ON/ON - from sunset to sunrise
Dip 5 - LEDs at 100% luminosity
(if the system connects to the grid)
OFF - Connected
ON - Disconnected
Dip 8/7 - Movement sensor
OFF/OFF - no sensor
OFF/ON - 1 minute
ON/OFF - 2 minutes
ON/ON - 3 minutes
Dip 2 - Number of batteries
OFF - 1
ON - 2
Dip 4 - Type of battery
OFF - Option not available
ON - Lead-Acid gel battery
Programming Deva Solar
Factory standard programming:
SMART operating mode with on at sunset for 8 hours and a battery duration of 5 or 8 nights; the luminosity for the grid
connection is not set at 100% and the time for the movement sensor is set to 2 minutes.
Dip 7 - Grid connection
OFF - ON
ON - OFF
Dip 8 - Selected fitting
OFF - Option not available
ON - Deva
User's manual

9
12345678
OFF
ON
1234 5678
OFF
ON
12 34 5678
OFF
ON
12 34 5678
OFF
ON
12 34 5678
OFF
ON
OFF
ON
OFF
ON
OFF
ON
12345678
1234 5678
12345678
12345678
12345678
12345678
12345678
12345678
OFF
ON
12345678
12345678
12345678
12345678
12345678
switch 1switch 2
STUD SOLAR
Programming Stud Solar
Factory standard programming:
SMART operating mode with on at sunset for 8 hours and a battery duration of 2 or 3 nights; the luminosity for the grid
connection is not set at 100% and the time for the movement sensor is set to 2 minutes.
Dip 1-Battery duration (SMART mode)
OFF - 3 nights duration without recharging
ON - 2 nights duration without recharging
Dip 2 - Programming mode
OFF - SMART
ON - NORMAL
Dip 4/3 - Duration of nightly illumination
OFF/OFF - 8 hours
OFF/ON - 10 hours
ON/OFF - 4 hours at sunset and 2 hours
before sunrise
ON/ON - from sunset to sunrise
Dip 5 - LEDs at 100% luminosity
(if the system connects to the grid)
OFF - Connected
ON - Disconnected
Dip 8/7 - Movement sensor
OFF/OFF - no sensor
OFF/ON - 1 minute
ON/OFF - 2 minutes
ON/ON - 3 minutes
Dip 2 - Number of batteries
OFF - 1
ON - Option not available
Dip 4 - Type of battery
OFF - Lithium Ion
ON - Option not available
Dip 7 - Grid connection
OFF - ON
ON - OFF
Dip 8 - Selected fitting
OFF - Stud
ON - Option not available
User's manual

10
DEVA / STUD SOLAR
Led2
Led3
Led1
Switch 1Switch 2
ECB warnings
Led1
Power supply to electronic circuit is ok (from either the
panel
or the battery).
By removing either the panel wire or the battery wire it is
possible to verify from where the power is being supplied.
Led 2
This is the LED which is the closest to the dip switches. It
indicates how things are working.
1 ash: power supplied from the panel is too low to
charge,
but not low enough to allow product to “light up”
2 ashes: battery charging and searching for MPPT
3 ashes: LEDs on, in other words, light hitting panel is
low
that LEDs are instructed to switch on.
If the battery has insufcient charge to switch to light up
the product, the ECB remains in this operating mode up
until the
end of the pre-set light-up time (which can be set up via
dip switch).
4 ashes: LEDs off as per settings
Continous ashing: Diagnostic mode
Led 3
Placed in the middle of the ECB, this gives additional
input for diagnostics.
1 ash: LED diagnostic mode, with LEDs off, use the
button to switch them on.
2 ashes: Motor diagnostic mode
3 ashes: LED diagnostic mode, with LEDs on and power
supply below the maximum.
6 ashes: LED diagnostic mode, with LEDs on and power
supply above 80%.
Led2 and Led3 on at the same time means the ECB is
resetting (has a 2 second duration). The ECB is in this
mode when it either switches the LEDs on or if you hold
both buttons down for 2 seconds.
Electronic circuit board (ECB) Deva Solar and Stud Solar

11
21
4 53
CHALLENGE SOLAR
The electronic circuit board:
• monitors the state of charge of the batteries.
• controls the charging process
• controls the connection/disconnection of the luminaires
A battery charging algorithm protects the battery from harmful states. Activation of the three deep dischar-
ge functions (LVW, LVD and LVR) is dependent upon the state of charge (SOC). The switching thresholds lie
within the corresponding voltage window in accordance with the discharge or charging current.
The electronic circuit board consists of the following components:
1. Info LED
2. 4 LEDs for displaying the state of charge (red, yellow, green1 and green 2)
3. Terminal block for connecting the solar panel
4. Terminal block for connecting the battery
5. Terminal block for connection the luminaires
Factory settings Controller settings
Battery system 12 V GEL DIP 1 - OFF
SOC Factor 16 mV/A DIP 2 - ON / DIP 3 - OFF
Night light 8 h* 8*
FLOAT 13,8 V 3
BOOST 14,4 V 4
EQUAL 14,7 V 3
LVD 11 V 1
LVR 12,4 V 50 OFF
1-8 Working hours
9 From sunset to sunrise
* The only parameter that can be modied:
Max. module input short
circuit current at 50°C 15 A
Max. load output
current at 50°C 15 A
System voltage 12 V
Ambient temperature
allowed -25°C / +50°C
Max. voltage of
Solar panel 47 V DC
Temperature compensation -4mV/K/Cell
Battery fuse 30 A
Electronic circuit board of Challenge Solar

12
CHALLENGE SOLAR
LED displays
LED Status Meaning
Info LED illuminates green Normal operation
Flashing red Indicates a fault (see "Faults and remedies")
Red LED
Flashing quickly Battery state of charge ≥30% <40%
Flashing Activation of deep-discharge protection
state of charge <30%
Yellow LED
Illuminates Battery state of charge ≥40% <50%
Flashing Re-activation level of deep-discharge protection (50%) not
yet reached.
Battery state of charge ≥40% <50%
1. Green LED Illuminates Battery state of charge ≥50% <80%
2. Green LED
Illuminates Battery state of charge ≥80% <100%
Flashing quickly Battery state of charge =100%; charge regulation active
with holding current
Connection
1st step: connect the luminaires.
Connect the L+ (brown) luminaire cable to the correct pole, then connect the L- (blue) luminaire cable to
the correct pole. In the case of connection of more than one luminaire, conduct parallel connection.
2nd step: connect the battery connections.
Operation
The electronic circuit board immediately begins operation once the battery is connected or the external
fuse is inserted. The display shows the current operating mode.
It is factory programmed for an 8 hours operation; to change the setting follow the instructions of PA
RC100 controller.
The 5 minutes On/Off delay has been set to avoid that the luminaires switch on/off if the panels are
temporarily illuminated/obscured
Protection functions
The following integrated protection functions of the electronic circuit board ensure that the battery is
handled as gently as possible.
These protection funcions are part of the basic function of the electronic circuit board:
• Overcharge protection
• Deep discharge protection
• Battery undervoltage protection
• Solar panel reverse current protection
The following installation faults do not destroy the circuit board. After having corrected the fault, the device
will continue to operate regularly:
• Protection from solar panel short circuits/incorrect solar panel polarity *
• Protection from short circuits at the luminaires output, or excessive luminaires current
• Protection from battery connection with incorrect polarity
• Protection from solar panel overcurrent
• Protection from luminaires overtemperature
• Protection from overvoltage at the luminaires output
*the reversal -polarity protection of the solar panel in a 24V system is only provided up to an open-circuit
voltage of 35V.
Electronic circuit board Challenge solar – Operating status LED indicators
User's manual

13
CHALLENGE SOLAR
Faults and remedies Challenge Solar
Fault Cause Remedy
Info LED
flashing red
Charging interrupted due to
excessive charging current
- Charging automatically continues as soon as the charging
current lies back to the permissible range
Luminaires cannot
be operating or just
for a while
+
info LED flashing red
Luminaires output is switched off
due to battery overvoltage - Check the luminaires
Luminaires output is switched off
due to an output short circuit
- Disconnect the lumiaires
- Correct the casue of the short circuit
- Reconnect the luminaires
Luminaires output is switched off
due to overheating of the
electronic circuit board
The luminaires output automatically switches on again once the
electronic circuit board has cooled down
- Improve the cooling air circulation
remove any other heat sources
- Check the conditions of use and the mounting location
Luminaires cannot
be operating
+
info LED flashing red
+
battery LED flashing
red
Luminaires output is switched off
due to too low battery voltage
The luminaires output automatically switches on again once the
battery voltage lies back within the permissible range
- Pre-charge the battery
- Equip the luminaires directly connected to the battery with deep
discharge protection
- Check the battery and replace it if necessary
Luminaires cannot
be operating
+
info LED flashing red
+
green
Luminaires output is switched off
due to excessive battery voltage
The luminaires output automatically switches on again once the
battery voltage lies back within the permissible range
External charging source is not
voltage-limited - Check the external charging source
Luminaires cannot
be operating
+
info LED illuminates
green
Defective luminaires or installation
mistake
- Connect the luminaires correctly
- Replace the luminaires
Battery is
not charged
Solar panel not connected - Connect the solar panel
Solar panel connected with incor-
rect polarity - Connect the solar panel with the correct polarity
Short circuit at solar panel input - Correct the cause of the short circuit
Incorrect solar panel voltage - Use a solar panel with the specied voltage
Solar panel defective - Replace the solar panel
Battery display
jumps quickly
Large pulse current Adjust the current consumption to match the battery capacity
Battery is defective Replace the battery
No Display
Battery voltage too low - Pre-charge the battery
The external fuse in the battery
connection cable has blown. - Replace the external fuse
Battery is not connected
- Unclamp all connections
- Connect a (new) battery with the correct polarity
- Reconnect the solar panel and the luminaires
Battery is connected with the
wrong polarity
Battery is defective
User's manual
nd
2 LED flashing

14
DEVA / STUD / CHALLENGE SOLAR
Cleaning the panel
• The accumulation of dirt on the transparent cover of the panel reduces the efciency.
• The frequency of the cleaning depends directly on how quickly dirt is accumulated.
• We recommend to clean the panels 2 times per year.
• Cleaning should be carried out while panel is cool, either in early morning or in late evening.
• Cleaning consists in washing the panels with water and gentle detergents (non-abrasive) by taking care
to avoid strong chemicals.
• Do not use high-pressure hoses.
• After washing, dry the panels by using a non-abrasive cloth.
WARNING: Do not remove the panels for cleaning
Do not use harsh chemical products
Corrosive
Dangerous for the environment
Explosive
Flammable
Toxic
Harmful
User's manual

15
DEVA / STUD / CHALLENGE SOLAR
The European Directive 2002/95/CE on the restriction of use of hazardous substances in electrical and electronic
equipments (RAEE) outlines the following:
• Luminaires shall not be treated as normal urban waste
• Obsolete light ttings must be disposed with at authorised waste disposal stations or delivered to the distributor
when purchasing the replacement
• The symbol of the bin with an "X" is placed on the products as a reminder that these products must not be
treated as normal urban waste.
• Failure to adhere to this directive can be punished by law.
WARNINGS & WASTE DISPOSAL
IT IS FORBIDDEN TO MODIFY THE FITTING WITHOUT AUTHORISATION
• Any tampering of the luminaire will render the warrantee void, and may render the product dangerous.
•The installation and programming of the product conducted by qualified personnel.
• Compliance of these instructions is necessary to ensure the proper functioning of the single product and of the
whole installation.
• The safety of this product is guaranteed only with the appropriate use of these installation instructions which must
be retained.
• In case of problems, please contact the manufacturer.
• For maximum efficiency, install the product in direct sunlight.
• Avoid installation in shadowed areas (e.g. under trees, or too close to buildings).
• It is necessary to clean the solar panel periodically.
• Mareco Luce is not liable for any damage to third parties caused by an improper product installation. The product
must be installed according to the supplied installation instructions.
For all the solar luminaires is required a periodical maintenance including the following steps:
•To clean the solar panel to remove the possible dirt that might have settled on the panel
•To check the tightening of the screws that hold the different parts
•To check that he internal components as battery and electronic components do not show signs of signicant rust
and oxidation. Otherwise it is necessary to check if there is any water inltration.
•To check the cable glands
•To check that the cables are connected securely
•To check the terminals corrosion
•In case of damaged components, they must be replaced before the luminaire can be restarted. Use only original
spare parts
Cautions
• Keep the battery away from fire, flames and sparks
• Check periodically the charging process
• Pay attention to the possible development of sparks
• Pay attention to the risk of electrocution
Fault behaviours
The electronic circuit board while operating is dangerous in the following situations:
•It does not appear to function at all.
•It is visibily damaged, or the connected cables are visibly damaged.
•Emission of smoke or uid penetration.
•It has loose parts
In the abovementioned cases, disconnect the electronic circuit board from the solar panel and from the battery
immediately.
• The electronic circuit board may only be connected to the luminaires and to the battery by trained personnel and
in accordance with the applicable regulations.
•Follow the installation and operating instructions for all components of the PV system.
•Ensure that no cables are damaged.
User's manual

47032 Bertinoro (FC) Italia
Via S.Croce, 121 (z.i)
tel. [phone]
fax [phone]
[email protected]
marecoluce.it