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| Quantity: | |
|---|---|
model | ST-UV340T |
Studio size (mm): | 1170 × 450 × 500 (D× W × H) |
Outer box size (mm): | 1300 × 500 × 1470 (D × W × H) |
Irradiance control system: | Enable irradiation when using UVA-340 lamps (UVA-340) |
UVA-340 irradiance range: | adjustable from 0.45 to 1W/m2 (at peak 340nm) |
Extend the lifespan of the lamp tube 3.3 UV lamp tube parameters | |
Lamp model: | Comes standard with 8 UVA-340 (315-400nm) lamps |
Center distance of the lamp: | 70mm |
Center distance between test sample and lamp tube: | 50 ± 3mm |
Radiation intensity: | output according to the set light intensity |
Temperature and humidity indicators: | |
Temperature range: | adjustable from room temperature+10 to 70 ° C |
Humidity range: | ≥ 90% RH |
Temperature fluctuation: | ± 3 ° C |
Temperature resolution: | 0.1 ° C |
Temperature control method: | PID self-tuning temperature control method |
Provide comprehensive and detailed real-time monitoring and curve recording of important experimental parameters such as irradiance, temperature, and time (controller with paperless recorder function), and generate reports and print curves through the computer.
Radiation/condensation/water spray tests can be conducted separately, or any combination of radiation/condensation/water spray tests can be programmed.
Adopting automated water supply and drainage design, combined with high cost high-power mercury water, to ensure the flow rate and uniformity of water spray.
Compliant with standards:
GB/T16422.2-2014. GB/T16422.3-2014 Fluorescent UV/Condensation Test Method.
GB/T16422.3-1997 GB/T16585-96 Related analysis methods.
GB/T16585-1996 Relevant analysis methods.
Design and manufacturing standards for corresponding standard clauses such as GB/T16422.3-1997 "Plastic Laboratory Light Source Exposure Test Method".
Complies with international testing standards such as ASTMD4329, ISO4892-3, ISO11507, SAEJ2020, and other current UV aging test standards.
Other types of standards are not listed in detail. If necessary, please confirm with our technical department.
model | ST-UV340T |
Studio size (mm): | 1170 × 450 × 500 (D× W × H) |
Outer box size (mm): | 1300 × 500 × 1470 (D × W × H) |
Irradiance control system: | Enable irradiation when using UVA-340 lamps (UVA-340) |
UVA-340 irradiance range: | adjustable from 0.45 to 1W/m2 (at peak 340nm) |
Extend the lifespan of the lamp tube 3.3 UV lamp tube parameters | |
Lamp model: | Comes standard with 8 UVA-340 (315-400nm) lamps |
Center distance of the lamp: | 70mm |
Center distance between test sample and lamp tube: | 50 ± 3mm |
Radiation intensity: | output according to the set light intensity |
Temperature and humidity indicators: | |
Temperature range: | adjustable from room temperature+10 to 70 ° C |
Humidity range: | ≥ 90% RH |
Temperature fluctuation: | ± 3 ° C |
Temperature resolution: | 0.1 ° C |
Temperature control method: | PID self-tuning temperature control method |
Provide comprehensive and detailed real-time monitoring and curve recording of important experimental parameters such as irradiance, temperature, and time (controller with paperless recorder function), and generate reports and print curves through the computer.
Radiation/condensation/water spray tests can be conducted separately, or any combination of radiation/condensation/water spray tests can be programmed.
Adopting automated water supply and drainage design, combined with high cost high-power mercury water, to ensure the flow rate and uniformity of water spray.
Compliant with standards:
GB/T16422.2-2014. GB/T16422.3-2014 Fluorescent UV/Condensation Test Method.
GB/T16422.3-1997 GB/T16585-96 Related analysis methods.
GB/T16585-1996 Relevant analysis methods.
Design and manufacturing standards for corresponding standard clauses such as GB/T16422.3-1997 "Plastic Laboratory Light Source Exposure Test Method".
Complies with international testing standards such as ASTMD4329, ISO4892-3, ISO11507, SAEJ2020, and other current UV aging test standards.
Other types of standards are not listed in detail. If necessary, please confirm with our technical department.
