LiftMaster HDSL24UL LiftMaster Gate Operator Solar Chart
LiftMaster HDSL24UL Manual
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LiftMaster HDSL24UL manual content summary:
- LiftMaster HDSL24UL | LiftMaster Gate Operator Solar Chart - Page 1
DAY REFERENCE GUIDE LiftMaster Solar Gate Operators gate, daily cycle rate, control board current consumption by feature and accessory, and region of the country. Solar panel(s) must be located in CSL24UL RSW12UL RSL12UL Solar Gate Cycles Per Day Reference Guide HDSL24UL HDSW24UL LMGTENCTSLGD 8/20 - LiftMaster HDSL24UL | LiftMaster Gate Operator Solar Chart - Page 2
Control Board Feature Main board with no radios learned One or more LiftMaster® remote controls learned MyQ® device or wireless dual-gate learned Expansion board offered in accessory line ** Numbers above for solar daily cycles are representative of wired dual-gate manual for cycles and standby time. - LiftMaster HDSL24UL | LiftMaster Gate Operator Solar Chart - Page 3
Control Board Feature Main board with no radios learned One or more LiftMaster® remote controls learned MyQ® device or wireless dual-gate learned Expansion board manual for cycles and standby time. The map and daily cycle rate shown are approximations based upon the average solar radiation - LiftMaster HDSL24UL | LiftMaster Gate Operator Solar Chart - Page 4
Control Board Feature Main board with no radios learned One or more LiftMaster® remote controls learned MyQ® device or wireless dual-gate learned Expansion board 27 6 30W Solar Panel Note: 30W installing LMRRUL/LMTBUL heater option refer to install manual for cycles and standby time. Zone 3 - LiftMaster HDSL24UL | LiftMaster Gate Operator Solar Chart - Page 5
control board feature 24V (CSW24UL, CSL24UL) configurations. Add up current draw by feature and accessory to determine total current draw. Control Board Feature Main board with no radios learned One or more LiftMaster® remote controls heater option refer to install manual for cycles and standby time - LiftMaster HDSL24UL | LiftMaster Gate Operator Solar Chart - Page 6
Control Board Feature Main board with no radios learned One or more LiftMaster® remote controls learned MyQ® device or wireless dual-gate learned Expansion board Batteries 13 12 11 HDSW24UL GATE SOLAR CYCLES PER DAY 20W Solar Panel 40W Solar Panel 60W Solar Panel Battery current draw (mA) - LiftMaster HDSL24UL | LiftMaster Gate Operator Solar Chart - Page 7
or more LiftMaster® remote controls learned MyQ® device or wireless dual-gate learned Expansion board Per loop detector LOOPDETLM (up to 3 loop detectors can be plugged in to the expansion board) CURRENT DRAW (mA) 2.7 +1 +2.4 +11.1 +3.8 HCTDCUL 10W* Solar Panel NOte: Must Use 24V Solar Panel 20W - LiftMaster HDSL24UL | LiftMaster Gate Operator Solar Chart - Page 8
control box model XLSOLARCONTUL) · In states adjacent to Canada and Canadian provinces, increase the angle of the solar and ice should be removed from the solar panel, moving parts on the gate and gate operator. In CSL24UL, are expected over several days, the manual disconnect may be engaged and the - LiftMaster HDSL24UL | LiftMaster Gate Operator Solar Chart - Page 9
, LA500CONTU, LA500VDC, LA500, CSL24VDC, CSL24U, CSW24VDC, CSW24U, HDSL24UL, HDSW24UL (for models CSL24V and CSW24V refer to the wiring instructions provided with the Solar Harness Kit [Model K94-36596]). 20W APPLICATION (IN SERIES) 40W APPLICATION (IN SERIES) 60W APPLICATION (IN SERIES) (To
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SOLAR GATE CYCLES
PER DAY
REFERENCE GUIDE
LiftMaster Solar Gate Operators feature a best-in-class
power management system that delivers power when
needed most to operate the 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. The
number of solar panels required is determined by whether
the application is for a single or dual-gate, daily cycle
rate, control board current consumption by feature and
accessory, and region of the country.
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. Solar panels should be cleaned regularly
to ensure proper operation. LiftMaster Gate Operators
utilizing the solar option in cold weather climates where
temperatures reach below -32°F (0°C) for more than
2 consecutive weeks require 33Ah batteries in lieu of
standard 7Ah batteries. This is due to the effect of cold
weather on batteries and a reduced number of hours of
sunlight during the winter months. (see back page for
details)
HCTDCUL
Solar Gate Cycles Per Day Reference Guide
LA500PKGUL
LA412PKGUL
LA400PKGUL
CSW24UL
CSL24UL
RSW12UL
RSL12UL
LMGTENCTSLGD 8/20
HDSL24UL
HDSW24UL