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GESTERItem NO.:
GT-D02A-1Order(MOQ):
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10-30 DaysProduct Detail
Light Fastness Tester (Air-Cooled) GT-D02A-1
GB/T 8427, GB/T 8430, GB/T 14576, GB/T 15102, GB/T 15104, ISO 105-B02/B04,
ISO 105-B10(requires irradiance meter 300-400nm), ISO 12040, ISO 11341,
ATCC TM 16, AATCC 169, ASTM D5010, ASTM D4303,1, JIS L0843, M&S C09/C09A
Model
GT-D02A-1
Chamber Temperature
25-55℃, Resolution: 0.1℃
Chamber Humidity
Light Cycle: 10-70%RH; Resolution: 0.1RH%
Dark Cycle: 30-95%RH; Resolution: 0.1RH%
BST
40-85℃, Accuracy: ±1℃; Resolution: 0.1℃
BPT (Option)
40-80℃, Accuracy: ±2℃; Resolution: 0.1℃
Time Control Range
≤10000h
Irradiance Control Range
0.80-1.20W/m²@420nm
(Option: 340nm, 420nm, 300-400nm or 280-800nm)
Accuracy: ±0.02W/m²@420nm
Digital setting, Closed-Loop Automatic Compensation
Xenon Arc Lamp Rated Power
2500W
Sample Holder Rotation Speed
2-7 rpm
Sample Holders
ISO: 145×45mm 12pcs
AATCC: 145×70mm 9pcs
Timing of Each Sample Holder, Respectively
≤10000h
Light Period
≤1000h
Spray Period
≤1000h
Power
3∮AC 380V 50Hz 5.5KW
Dimension
1050×700×1600mm
Weight
260kg
Q: What is the lifespan of the 2500W Xenon lamp?
The lamp typically lasts for approximately 1,500 hours under standard ISO 105 B02 conditions. The system features an automatic irradiance compensation to maintain stability as the lamp ages.
Q: Can this machine test multiple standards simultaneously?
Yes. Each sample holder features an individual timer, allowing you to monitor different specimens independently and reduce overall operation costs.
Q: Does it require an external water cooling system?
No, the GT-D02A-1 is an air-cooled model. It uses an industrial refrigeration system to control chamber temperature, making it more portable and easier to maintain than water-cooled alternatives.
Pro
Tip: For high-volume research requiring faster acceleration and full
weather simulation (Rain/UV/Moisture) per ASTM G155, explore our
[Water-Cooled Xenon Weatherometer GT-3000]—the professional upgrade to standard light
fastness testing.
Q: How is the irradiance monitored and calibrated?
It uses a high-precision irradiance detector and radio frequency technology for data transmission. Irradiance is controlled via a closed-loop system (standard 420nm, with 340nm or other bands optional).
All kinds of below materials can be tested on the Air-Cooled Light Fastness Tester GT-D02A-1