APPLICATIONS
G
UV Ink Drying
UV inkjet printers
UV seal & label printing
UV offset equipment
SPECIFICATIONS
L11403-1104
L11403-2104
L11403-1112
L11403-2112
Unit
Parameter
1
Illumination Area
105
×
10
305
×
10
mm
UV Irradiation Intensity
2
1000
1200
1000
1200
mW/cm
2
Peak Wavelength
nm
365
±
5
385
±
5
365
±
5
385
±
5
Class
—
4 (JIS C 6802: 2005)
LED Service Life
3
h
20 000
Input Voltage (DC)
V
36
±
2
Power Consumption (Max.)
W
180
450
Cooling Method
—
Forced-air cooling by fan motor
Operating Ambient Temperature
°C
+5 to +40
Storage Ambient Temperature
°C
-10 to +50
Operating Ambient Humidity
%
20 to 80 (No condensation)
Storage Ambient Humidity
%
Below 80 (No condensation)
External Control
Lighting control, Irradiation power adjustment, Various alarm signal outputs
—
IEC 61326-1 Group 1 Class A
—
Applicable Standard
IEC 61010-1
—
NOTE:
1
Area subject to at least 80% irradiation intensity at distance of 2 mm
2
5 minutes after lamp ON at distance of 2 mm within irradiation area
3
Average time until irradiation intensity reaches 70% of initial value
G
UV Coating Agent Drying
Printed circuit board protective films
IC cards & IC tag coatings
Blu-ray & DVD media coatings
Furniture & building materials
(walls, floors, etc.)
/
woodworking applications
G
UV Tape Peeling
G
UV Gluing
Manufacture of digital home electronics
products
G
Fluorescence Excitation /
Scratch & Flaw Inspection Lighting
* Feel free to consult us about any custom specifications you might need.
Needs NO duct installation & NO chiller equipment!
Air cooling eliminates need for
bulky chiller equipment. Also
minimal heat emissions means
that no exhaust ducts are need-
ed. This not only cuts the initial
equipment investment cost but
also helps save space!
Huge cuts in maintenance costs!
Our new UV-LED units ease the serv-
ice chore of frequent lamp replacement
which is a big problem in conventional
UV lamps. LED units also have a serv-
ice life far greater than conventional
lamps. The LED units not only have low
power consumption which cuts electri-
cal bills but need very little service work
such as lamp replacement, and so give
huge savings in maintenance costs.
rvice life
Long sewer
o
Low p sumption
con p in
ro
Drastic d ent costs!
replac.em
.. .. ..
Greater freedom in component layout and no worries about space.
Using UV-LED allowed us to cuts space requirements by some 90%
compared to conventional UV
lamps.
Environmental impact reduction
These UV-LED units cut power consumption to about 1/30th* that of
conventional UV lamps. So switching over to the LC-L5 reduces the
CO
2
in the air by 20,000 kg over a one-year period. That gives the
same effect as planting about 1800 buna (beech) trees.
Cuts unit size some
90
%
UV lamp types
M
Low power consumption
about
1/30
th*
that of ordinary
UV lamps
130
65
This change also drastically cuts the
weight, so equipment can be placed
as needed with no worries about in-
stallation space.
320
Unit: mm
IEstimate
conditions
Light source type
quantity operating time operating time per day
Metal halide lamp (4 kW) 4 units
260 days
ON for 9 h
LC-L5 (0.4 kW)
4 units
260 days
ON for 3 h/Standby for 6 h
* Value allowing for duty cycle (LC-L5) for operating time per day
2.2
kg
UV lamp types
Cuts CO
2
emission quantity by
about
20,000
kg per year
Yields same effect
as planting about 1800
buna trees
15
kg
* Compared with other irradiation units
CO
2
emissions were calculated as equivalent to 0.555 kg/kWh (Value based on Section 3 of
enforcement order for act on promoting global warming prevention measures)
Calculated at 11 kg which is the amount of CO
2
absorbed by one buna tree over a one-year period
(Estimate by Forestry and Forest Product Research Institute: independent institution)
HAMAMATSU [ HAMAMATSU CORPORATION ]
