20
saving system (only 0.007A in stand-by) which guarantees a long autonomy. The ma-
nagement of the battery charge and the solar panel are already integrated on board.
The connection of the solar panel of the 12 V battery must be made directly on the
CTH46 board (see drawings 9.B.1 and 9.B.2, page 9).
The 12V solar panel charges the 12V battery. The drive is powered by the energy
stored in the battery. A charge control system regulates energy savings and prevents
overnight discharge. Connect the battery and the solar panel directly to the CTH46
board (diagram on page 11 and instructions on page 20).
WARNING
: Observe the polarity of the connection!
The SLIDE743 SOLAR (12V) motorization is supplied with the CTH43V (12V) electro-
nic board and the CMBAT charger in a specific configuration for energy from solar
panels. In this electronic board, the power consumption in standby mode is 0.012A.
Connect the batteries in series, connect them to the CMBAT module, connect the
CMBAT module to the CTH43V / 24 electronic board.
Warning: respect the polarity of the connection as indicated in drawing 9.B.3 / dia-
gram on page 12-13 and instructions on p. 22-23.
The solar panel must be fixed to the wall with the pole or bracket provided (drawing
9.B.2) and be facing south (facing the sun at noon) away from any shade.
Periodically clean the panel from dirt, leaves, snow that could hide and compromise
its functionality.
The greater the exposure of the panel to sunlight, the greater the level of energy ac-
cumulated for day.
To obtain greater autonomy, it is possible to increase the power of the solar panel, or
add additional solar panels. The ampere (A) capacity of the battery should be com-
pared with the size of the solar panel to ensure ideal energy storage.
Example: 12V 7A battery with 12V 10W solar panel;
12V 12A battery with 12V 20W solar panel to increase the level of autonomy.
10) HOW TO STORE THE REMOTE CONTROL TO DIRECT THE FIRST OPERA-
TION (drawings in section 10)
Attention: the remote controls supplied with the kit are normally already memorized
with the board for their motorization (remote control button at the top left, memorized
by the manufacturer for the total maneuver cycle).
NOTE:
The motorization can be powered by one of the two versions of magnets: MAGNO
001 or MAGNO 003 (see drawings in section 7).
The motorization can be supplied at the choice of the manufacturer, with one of the 2
magnet models available:
- The MAGNO 001 version is supplied with a support inserted along the rack;
- The MAGNO 001 version is supplied with a support that must be fixed directly to the
rack (see drawing in section 8, on page 8).
9) POWER SUPPLY
(drawings from section 9.A on page 9)
.
A) SUPPLY BY SECTOR
230V / 50Hz high voltage power connection
(or 110V / 60HZ on request)
WARNING DANGER!
Connection to the high voltage power supply is extremely dangerous (risk of death
from electric shock) and must only be performed by a qualified and certified electri-
cian. Only an electrician with the necessary skills and certifications can be authorized
to fasten the high voltage power cord and connect it to the fused terminal before the
supplied transformer.
Drawings in point 9.A.
After connecting the power supply, check that the green LED on the electronic board
is on = clear presence.
If the green light is off, check the protection fuse and replace it if necessary. Fuse
T0.8A 250V 5 x 20.
B) POWER SUPPLY FROM SOLAR PANEL (drawings in section 9.B) page 9
.
In this power supply mode, (only for 12V version) 100% autonomous, no connection
to the 230V network is necessary. If, on the other hand, it is rechargeable, it is also
possible to connect to the 230V network at the same time, but with a switch, to have
an alternative power source in case the battery is flat and to be able to recharge
easily.
WARNING:
Before proceeding, the battery must be fully charged for a period of 16
hours, or until it is fully charged. To charge the battery it is recommended to use a
12V power supply with optional accessory charge control Ref. MP036. The battery
can also be charged by the toroidal transformer. Connect the battery to the plate
according to the specific scheme for each model and connect a power socket to the
terminal blocks before the transformer. Then plug it into a power outlet.
The motorization model SLIDE 446 / SLIDE 446 SOLAR is supplied with the electro-
nic board model CTH46 specially designed for powering by solar panel with energy
DUCATI
INSTALLATION
