IRP008
Gold
Plated
Preheating
Infrared
Baking
Lamp
Heidelberg
Heating
Accessories
Product
Specifications
Attribute
|
Value
|
Tube
diameter
|
15*33mm
|
Reflector
|
Gold
|
Total
length
|
900mm
|
Voltage
|
400V
|
Heating
length
|
560mm
|
Power
|
6950W
|
Material
|
Quartz
Tube
|
Place
of
Origin
|
Guangdong,
China
|
Construction
|
H
|
Product
Overview
IRP008
medium
wave
gold-plated
infrared
preheating
baking
lamp
designed
for
Heidelberg
printing
machines.
Our
company
specializes
in
manufacturing
ultraviolet
lamps,
infrared
lamps,
germicidal
lamps,
xenon
lamps,
and
related
accessories,
with
custom
solutions
available.
Key
Features
-
High
efficiency
heat
transmission
-
Cost-effective
operation
-
Rapid
on/off
response
time
-
Precise
heat
focusing
capability
Technical
Parameters
Type
|
IRP008
infrared
lamp
for
Printing
Machine
|
Size
|
11*23mm
|
Coating
|
Gold
|
Power
|
400V
|
Voltage
|
6950W
|
Customization
|
Available
for
voltage,
wattage,
length,
base,
cables,
and
universal
burning
position
|
Main
Components
-
Fused
silica
construction
-
Tungsten
heating
elements
-
Heating
wire
supports
-
End
plate
with
ceramic
components
-
Wire
leads
-
Gold
reflective
layer
-
Proprietary
gas
composition
Compatible
Models
Dryer
|
UVIR
Code
|
Lamp
Code
|
Energy
|
Volts
|
Watts
|
Total
Length
|
Tube
Cross
Section
|
Construction
|
Dryer
Detail
|
SM52
|
IRP001
|
SM52-SW-A
|
short
wave
|
415
|
3300
|
712
|
11*23
|
B
|
Grafix
Heidelberg
SM52
|
Applications
-
Infrared
heating
for
plastics
processing
-
IR
drying
of
coatings
on
plastics
-
IR
stretching
or
shrinking
plastics
-
Plastic
packaging
heating
-
Blow
moulding
of
PET
bottles
-
Printing
industry
applications
-
Ink
curing
on
cloth
-
Drying
for
inkjet-based
CTP
plates
-
Print
product
drying
(e.g.,
banners)
Infrared
Heating
Benefits
-
Precise
heating
without
surface
corrosion
-
Quick,
controllable
heating
cycles
-
Clean,
odorless
operation
-
No
environmental
contamination
Installation
Guidelines
Always
turn
off
all
electrical
power
when
installing
or
replacing
lamps.
Important:
Infrared
emitters
should
never
be
operated
above
the
maximum
rated
voltage
(V
>
110%
of
rated
voltage)
to
prevent
damage.
Transportation