Thermal Protection (radiation) Performance Testing ISO6942

thermal protection (radiation) performance testing in accordance with ISO6942 and EN366 standards of design and manufacturing. This tester fully compliant to test requirements and received US and European customers' acception; The device has a user-friendly, intuitive, Windows-based application that provides a complete thermal control, fault detection and data recording. RPP system configuration and burn prediction also included in the ThermDAC.

User-defined test allows the operator to define a non-standard test conditions and custom tolerances. You can view multiple graphs display with zoom feature to view specific conditions in details. Real-time statistics can be applied to the test data within any user selected time range.

EN 366
ISO 6942

Features:

1, The tester is consisted of radiation device, the specimen clamping device and control system;

2, Stainless steel frame structure, appearance, corrosion resistance, easy to clean;

3, Specimen size: 230mm x 80mm;

4, Radiation source is made up of 5 infrared quartz lamp, power 500W, and provide at least 80kW/ radiant heat;

5, Standard copper heat flow meter,heat measuring range 0~100kw/m²;

6, A cooling device (cooling water inlet);

7, Intelligent water circulation control system;

8, The water temperature alarm function; ensure the safe operation and test stability;

9, Computer control system; to achieve more intelligent test and easy to operate;

10, Timer accuracy is 1s;

11, Constantan thermocouple: measurement Accuracy 0.1 ºC, meet the design requirements of ISO 6942

12, Metal protection shutters, with water cooling device;

13, Computer records and displays real-time continuous temperature curve;

14, Automatic operation mode, test time can be set freely.

15, According to ISO 6942-2002 (EN366) standards, there are two methods to test the thermal protection;

16, The first method (A method) is a specimen to withstand a certain amount of heat radiation, recording changes in appearance in order to reproduce the material the inclement conditions .

17, The second method (B method) is a calorimeter inside a specimen back, when heat conduction from samples back, recording temperature trends over time, in order to determine the level of thermal radiation transfer.

Specifiction: