ISO 6942 Thermal Protection Performance Testing instrument

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Introduction:

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.

International standards:

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.

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