Current dissipation : 55 mA(Colored:35mA)
Power Consumption : 0.66 W(Colored:0.42W)
Operating power : DC 12V
Maximum serial connection : 50 modules
Electronic dimming control supported
IP65
PHYSICAL
Use precautions to avoid damages to the product or injuries of users. Any actions against following contents will cause serious
issues such as malfunction, electric shock, or burn.
DC12V
AC
INPUT
USE DC12V ONLY
DO NOT USE AC INPUT
Nonpolar
Input Connection
THERMAL
Cooling : Ambient air
Maximum operating temperature : 40˚C
Minimum operating temperature : -20˚C
Maximum storage temperature : 60˚C
Minimum storage temperature : -30 C
Epoxy Molding
double sided tape
Do not perform actions listed below
- Alter or modify
- Touch LED lamps with sharp objects
- Put glue or silicon over the LED lamps
PREPARATION
Do not cut or rejoion wires while product
is connected wth live power source
Avoid performing installation under rain or
high humidity for outdoor use
Do not use the product under circumstances
listed below
- High temperature spots over 60˚C (140˚F)
- Spots draw extreme moisture or dust
- Spots have corrosive gas or highly eectied
by electromagnetic eld
Wire Stripper, Drill, Screw Driver, Wiper
PREPARE CHANNELS
Maximum driver quantity per serial
connection is limited. Failure causes overload
of current and damages to the product
Refer to ‘WIRE THICKNESS’ table to use proper
wire thickness between SMPS and the rst
LED module
Failure will cause dimmed output
Cable length between SMPS and the rst LED
module is limited. Refer to ‘CONNECTION
WITH POWER SUPPLY’ on page 2
Use recommended length for pitch between each module to achieve optimum lighting output while maintaining lowest unit
cost. Failure or misplacing will cause dimmed spots or uneven appearance of light on the surface.
RECOMMENDED PITCH PER DEPTH
80 mm
70 mm
RECOMMENDED LAYOUT DENSITY PER CHANNEL WIDTH
80 mm200 mm400 mm316 mm
Maximum driver quantity per serial connection is limited. Using more quantity per run will cause overload from SMPS which
damages all connected products. This will cause voltage drop and also dimmed lighting output.
90 mm
80 mm
AC Input
Power Supply
DC Output
100 mm
100 mm
Make sure that each run should have 50 modules at max
and should use another run in parallel to connect more
Should use thicker wires which can take larger amount of current
than the amount transmitted from the power supply unit
120~150 mm
120 mm
Use 10% shorter length
than usual for circular arrange
CONNECTION WITH
POWER SUPPLY
CAUTION
Keep extension lead
wires as short as possible.
Refer to below table for
specic length.
1st
2nd
49th
50th
EXTENSION OF POWER SUPPLY LEAD WIRES
Model Name
Output (W)
Output (A)
Max Q’TY - White*
Max Q’TY - Colors*
Recommended
Extension Wire
Maximum Length
*Maximum quantity for S-LED is based on 85% of specied capacity of power supplies for extended lifespan
**PSCS-0600-12, PSCS-1000-12 are not weather-proof
Equip with protective box for outdoor use and the box should have ventilating holes
Refer to ‘LAYOUT DENSITY GUIDELINES’ on page 2 to
determine spacing and amount of LEDs required.
2. PEEL AND STICK
Attention to : John DoePage 1 of 1
1000 mm
346223441
MATERIAL ESTIMATE
1
NUMBER OF SETInformation
ModelPower Supply QuantityColor Quantity
QUANTITY PER SET 143EA
STAR C04 WHITE 143EADC12V 120W 2
TOTAL CLUSTERS 143EA
WATTAGE PER SET 187W
SUMMARY
TOTAL WATTAGE 187W
S-LED ESTIMATE /SET
MODULE PITCH
120mm
*This is for estimating purposes only. Material Estimates for S-LED system are based upon given font, letter height, depth, face material, and any special instructions.
*All signs should be tested for acceptable color, illumination and operation. Use appropriate power supply for testing
POWER ESTIMATE /SET
*For detailed information, please refer to the applicable S-LED product found under http://www.daehantrans.com/download/products2007.pdf
Drawn by Brad Han
Date : 2009. 1. 1.
Tel : +82 32 858 0491
Rev. 0
www.daehantrans.com
*Missing information will aect the nal results *Power consumption is calculated with extra 15% for extended life of power supplies
SUPPORTS FOR OUR SIGNMATES
Ask us to obtain accurate layout
3. CAP ALL UNUSED WIRES
Wire Nut
Fax : +82 32 832 8421
bhan@daehantrans.com
Using predetermined layout and LED placement
from step 1, remove 3M tape on the back of modules
and stick them into place. Ensure modules are rmly
attached on the surface.
CAUTION
When handling the module, avoid pressing
down directly on top of LED lamp
4. POWER UP AND TEST
DC Output
12
AC Input
DC Output
12
AC Input
Using predetermined layout and LED placement
from step 1, divide channels into sections and
distribute each section to corresponding power
supplies.
CAUTION
Before connect with power supplies, check
polarity on every connections
The strand of modules should not be looped to
create a closed circuit.
5. FIX MODULES PERMANENTLY
FASTENERS : If desired, modules can be secured
with M2.5*15 metal screws.
SILICON : If desired, modules can be secured with
silicon. Do not to put silicon on the top of the LED
lamps.
Entire sign or leg does not light
after complete installation.
Still does not light.
Still does not light.
Beginning of a leg lights, but the
entire leg does not light or lights
intermittently.
One module does not light, but
all others in the leg light.
All modules light, but some of
them are dimmed.
Dark spots or dimmed spots
occur.
Check connection from power supply lead to first module. Make sure polarity of connections
made at the power supply lead and any jumper wire is correct. Power supply outputs should
be connected red-to-red and white-to-white.
Check output voltage of power supply using a voltmeter. The output voltage should be
12.0VDC ± 0.5VDC. If there is no output voltage, have a licensed electrician check input
voltage. Make sure power supply is connected correctly and getting primary power. Probably
AC input wire is connected to ground terminal of power supply. If power supply is connected
properly and getting primary power and there is still no output voltage, try a different power
supply.
If power supply is getting primary power and the modules do not light, there may be a short
in the secondary wiring. Check all connections and cap all loose wires.
The primary cause of a portion of a S-LED leg not lighting or lighting intermittently is a bad
connection or reverse polarity connection between the modules that light and the modules
that don’t light. Check this connection.
S-LED is designed so if one module fails, it will not cause the entire sign or leg to go out. If one
module does not light, but all others in the leg do, replace this module with a new one.
Check each run has no more than maximum number of modules. Also ensure that type of the
extension wire from SMPS to the first module is correct. If wires are not thick enough to
transmit current from SMPS, this will cause voltage drop and will dim the modules at the end.
Channel depth is too low, or center distance between modules is too far. Refer to 'LAYOUT
DENSITY GUIDELINES' for more information.
Still has spots.
Covering acrylic is not intended for LED illumination. Use light diffusing acrylic sheets which
are specially made for LED light source.