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LA412 Solar Gate Access System Daily Cycle Chart
The LA412 Solar Gate Access System utilizes the innovative EverCharge® Power Management System to deliver power
when needed most for operating a gate while minimizing power consumption at all other times. Power is provided to the
gate operator via batteries. The batteries are charged from a solar panel(s) connected to the operator control board. The
number of solar panels required is determined by whether the application is for a single or dual gate, daily cycle rate,
number of accessories and region of the country.
The map and daily cycle rate shown are approximations based upon the average solar radiation and the temperature
effects on batteries in the given regions. Local geography and weather conditions may require additional solar panels.
Low power draw or Wireless Accessories are recommended in order to minimize power draw, as added accessories draw
power and affect the daily cycle rate.
Solar panel(s) must be located in an open area clear of obstructions and shading for the entire day. Snow, heavy fog or
heavy rain affect solar panel performance and charge rate. The LA412 is not supported in climates where temperatures
reach below -4°F. This is due to the affect of cold weather on batteries and a reduced number of hours of sunlight during
the winter months. Cycle rate may vary from solar chart for areas that reach below 32°F. Optional external power reserve
model BIGBTYKIT (80Ah battery not included) or extra large control box model LA412CONTXLM (with 33Ah battery)
recommended for applications that reach below 32°F (and above -4°F) for more than 2 consecutive weeks during the
winter months. Solar panels should be cleaned regularly to ensure proper operation.
CSW24V & CSL24V
SOLar gaTE aCCESS SYSTEM DaiLY CYCLE CHarT
The CSW24V and CSL24V Solar Gate Access System
utilizes an innovative Power Management System to
deliver power when needed most for operating a gate
while minimizing power consumption at all other times.
Power is provided to the gate operator via batteries.
The batteries are charged from a solar panel(s)
connected to the operator control board. The number
of solar panels required is determined by whether the
application is for a single or dual gate, daily cycle rate,
number of accessories and region of the country.
The map and daily cycle rate shown are
approximations based upon the average solar radiation
and the temperature effects on batteries in the given
regions. Local geography and weather conditions
may require additional solar panels. Low Power Draw
or Wireless Accessories are recommended in order
to minimize power draw, as added accessories draw
power and affect the daily cycle rate.
Solar panel(s) must be located in an open area clear
of obstructions and shading for the entire day. Snow,
heavy fog or heavy rain affect solar panel performance
and charge rate. The CSW24V and CSL24V is not
supported in climates where temperatures reach
below -4°F. This is due to the effect of cold weather on
batteries and a reduced number of hours of sunlight
during the winter months. Cycle rate may vary from
solar chart for areas that reach below 32°F. Optional
33Ah batteries (2) recommended for applications that
reach below 32°F (and above -4°F) for more than
2 consecutive weeks during the winter months.
Solar panels should be cleaned regularly to ensure
proper operation.
For solar applications disconnect the expansion
board and do not use the wireless dual gate feature.
These features will substantially decrease the cycle
rate and standby time.
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4
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4
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SOLar CYCLE CHarTS
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2
Slide Gate
Installation (16 ft.
1000 lb. gate)
Swing Gate
installation
(800lbs 12ft Gate)
40W SOLAR PANEL
NOTE: 40W would be two 20W
panels in series.
per operator
To place your order or for more information, visit dealer.liftmaster.com
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or contact your Sales or Customer Care Representative at 800.323.2276.
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NUMBER OF CYCLES PER DAY (SOLAR)
CONFIGURATION ZONE 1
or
Transmitters
✔
✔
✔ ✔
sunlight/day)
1 Loop (LD7LP)
(6 Hrs
7AH Batteries (standard)
90
88
79
ZONE 2 ZONE 3
sunlight/day)
33AH Batteries (optional)
70
100
69
100
59
100
(4 Hrs
7AH Batteries (standard)
33AH Batteries (optional)
92
90
80
(2 Hrs
sunlight/day)
7AH Batteries (standard)
31
39
30
38
20
28
1
33AH Batteries (optional)
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