| Price | Negotiable |
| MOQ | 1 |
| Delivery Time | 5-8 work days |
| Brand | LONROY |
| Place of Origin | China |
| Certification | CE ISO ASTM |
| Model Number | LR-E01 |
| Packaging Details | wooden pa'ka'ge |
| Payment Terms | L/C,D/A,D/P,T/T,Western Union |
| Supply Ability | 200 pieces |
| Brand Name | LONROY | Payment Terms | L/C,D/A,D/P,T/T,Western Union |
| Place of Origin | China | Delivery Time | 5-8 work days |
| Minimum Order Quantity | 1 | Packaging Details | wooden pa'ka'ge |
| Model Number | LR-E01 | Supply Ability | 200 pieces |
| Certification | CE ISO ASTM |
IEC
61215
ultraviolet
aging
test
chamber
photovoltaic
module
testing
machine
solar
panel
testing
machine
1.
Product
description
Uv
pretreatment
tester
Uses:
The
UV
aging
tester
of
photovoltaic
modules
simulates
the
damage
caused
by
ultraviolet
rays
in
sunlight
on
components
exposed
outdoors
for
a
long
time.
The
device
takes
only
a
few
days
or
weeks
to
reproduce
the
UV-aging
resistance
properties
of
the
module-related
materials
that
would
take
months
or
years
outdoors.
Applicable
standard
ultraviolet
aging
test
chamber:
IEC
61215,
IEC
61646
standard
requirements
| Materials used |
high-quality
materials
that
can
completely
block
ultraviolet
rays,
have
good
sealing
and
thermal
insulation
properties |
|
Total
UV
irradiation area of the equipment |
greater
than
2000mm×2000mm,
meeting
the
requirements
for
testing
two
2m×1m
components
at
the
same
time |
|
Light
source
life |
The
system
uses
a
single
set
of
xenon
lamps
with
a
life
of
about
1000
hours.
A
set
of
spare
parts
is
provided
when
the
equipment
is
delivered,
with
a
service
life
of
more
than
2000
hours. |
|
Relative
energy
ratio
of
single
lamp
UVA
and
UVB |
UVB
accounts
for
about
3%
to
10%
of
the
total
energy |
|
Irradiation
intensity |
The
irradiation
intensity
of
the
wavelength
of
280nm
to
385nm
can
reach
about
100W/m²,
280nm
to
320nm
<=10%,
ensuring
that
the
test
cycle
is
shortened
as
much
as
possible |
| Irradiation uniformity |
better
than
±15% |
| Real-time monitoring and display of UVA and UVB intensity | |
| One UVA (320nm to 385nm) and one UVB (280nm to 320nm) fiber optic probe | |
|
Component
surface
temperature |
60ºC±5ºC |
|
Temperature
resolution |
0.1ºC |
|
Ozone |
Almost
no
ozone
is
generated |
|
Lighting
method |
top
lighting,
the
component
test
plane
is
perpendicular
to
the
light
source |
| Touch screen control and real-time monitoring, automatically cut off the light source when the set value is reached | |
| Real-time graphical display of component surface temperature, measurement accuracy ±0.1ºC | |
