Chamber capacity : 500 liters to 8,000 liters
Temperature Range : â�� 40�° C to 80�° C
Accuracy : +-0.5�° C
Gradient temperature: +- 1�° C.
Humidity Range : 30 % RH to 95% RH
Accuracy : 2% RH
Gradient of Humidity : +- 3%
Ozone measurement : 0 to 500 adjustable.
Ozone Accuracy : +-5%
CO2 : 100 � 700 ppm- adjustable
UV : 1-25 Kjm3 adjustable.
Design : Material of test chamber selected in such way that it will have minimum reaction with Ozone. The chamber so designed that hazardous ozone gas is contained internally eliminating the need to provide additional external venting and filtering of the sent gas. The ozone source is generated from fresh air from the environment using air compressor and filters. This air has passed through the container containing UV lamp as required by ASTM. The equipment provided with a generator and controlling of air ozone stream. The generator located outside the chamber. UV absorption analyzer auto measure and control concentration of ozone by the principle of measuring absorption of UV light in a sample of gas flowing through optical bench.

Chamber capacity : 500 liters to 8,000 liters
Temperature Range : â�� 40�° C to 80�° C
Accuracy : +-0.5�° C
Gradient temperature: +- 1�° C.
Humidity Range : 30 % RH to 95% RH
Accuracy : 2% RH
Gradient of Humidity : +- 3%
Ozone measurement : 0 to 500 adjustable.
Ozone Accuracy : +-5%
CO2 : 100 � 700 ppm- adjustable
UV : 1-25 Kjm3 adjustable.
Design : Material of test chamber selected in such way that it will have minimum reaction with Ozone. The chamber so designed that hazardous ozone gas is contained internally eliminating the need to provide additional external venting and filtering of the sent gas. The ozone source is generated from fresh air from the environment using air compressor and filters. This air has passed through the container containing UV lamp as required by ASTM. The equipment provided with a generator and controlling of air ozone stream. The generator located outside the chamber. UV absorption analyzer auto measure and control concentration of ozone by the principle of measuring absorption of UV light in a sample of gas flowing through optical bench.