Self Accelerating Decomposition Temperature Tester (Adiabatic storage test)

Product description

CIT27-10S Self Accelerating Decomposition Temperature Tester (Adiabatic storage test) is used to determine the temperature-dependent heat generation rate of substance. Fever parameters together with the heat loss data for the package to determine SADT of substance in it container. This method is applicable to every type of container, including IBCs and tanks. In line with the UN "Recommendations on the Transport of Dangerous Goods - Manual of Tests and Criteria" 28.4.2 Test H.2: adiabatic storage tests.

Product Features

1) Embedded processor, Windows CE operating system;

2) 8-inch LCD touch screen can display the test status in real time;

3) Built-in air circulation system to ensure temperature uniformity and stability of the cabinet;

4) Digital PID algorithm to precisely control the heating temperature

5) Has a cooling system to prevent overheating explosion sample;

6) Auxiliary safety device overheating protection, at a predetermined temperature automatically cut off the heating system;

7) Sound and light automatic fault detection and alarm functions, ensure that the test is more secure;

8) The front of the unit features explosion-proof glass observation window, pressure relief door at back, internal thrust greater than 2.5 kg force, open relief door to ensures secure test;

9) real-time display running time, real-time temperature, automatic drawing test curve, raw data searchable;

10) Test selection diversification, the user can configure the test parameters according to the sample properties;

11) Testing process fully automated, without human intervention, support parameter setting, data storage, viewing reports.

Product parameters

1) Operating environment: 5 ℃ ~ 30 ℃, <85% RH

2) Temperature range: room temperature ~ 220 ℃

3) Temperature accuracy: ± 1 ℃

4) Sample temperature measuring range: 0 ~ 500 ℃

5) Sample temperature measurement resolution: 0.1 ℃

6) Sample temperature measurement accuracy:

   Below 300 ℃ of ± 2.5 ℃

   Above 300 ℃ of ± (0.75% of reading)

7) System heat loss: <10 mW

8) Dewar capacity: 1L