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消防服装抗辐射热渗透性能测试仪（Fire clothing anti radiation heat penetration performance tester）
执行标准：
GA 634-2015《消防员隔热防护服》6.1.8抗辐射热渗透性能试验(附录C)
GA 6-2004 《消防员灭火防护靴》5.11抗辐射热渗透性能试验（6.12）
Execution Standards:
GA 634-2015 "Firefighter Thermal Insulation Protective Clothing" 6.1.8 Anti Radiation Thermal Penetration Performance Test (Appendix C)
GA 6-2004 "Firefighter Fire Fighting Protective Boots" 5.11 Resistance to Radiation Heat Penetration Performance Test (6.12)
展开剩余88%技术参数：
1、辐射热源的热通量：辐射量可调，5～50kw/m2
2、辐射热源：辐射热源采用特制T-150红外管；
3、量热器测温范围：常温～85℃；
4、铜板热量计：铜-康铜（T型）热电偶焊接在铜板上制成，铜板尺寸为50 mm×50 mm，厚度为1.6 mm，重量为36 g±0.1 g，热电偶直径为0.3 mm；
5、样夹尺寸：150mm×150mm，有效测量面积：50mm×50mm；
6、检测试样内表面温升达到24 ℃时间或辐射1min时温度值,显示时间—温度曲线；
7、仪器配置仪器专用计算机（嵌入式工业电脑），中文试验程序，自动数据处理；
辐射热源：采用红外线卤钨灯管，500W，AC220V;
辐射热通量范围：（10±1）kw/m2。辐射在试样表面上的辐射热通量分布均匀；
试样辐射测试箱：配有定时自动控制的遮挡板；
11，温度测量装置：
12，热电偶：采用直径0.5mm丝径的K型热电偶；
13，温度测量范围：0℃-800℃；
14，温度采集频率:3次/s；
15，外形尺寸及安装布置要求：L1200mm*350mm*650mm；
16，电源：AC220V、2500W；
17，恒温系统，需在恒温室进行试验（需方自备）；
18，控制系统：PLC+Windows系统；
19，操作界面：彩色12寸工控机触摸屏，嵌入式工业电脑，中英文切换
Technical Parameters:
1. Heat flux of radiant heat source: adjustable radiation amount, 5-50kw/m2
2. Radiant heat source: The radiant heat source uses a specially designed T-150 infrared tube;
3. Temperature measurement range of calorimeter: normal temperature~85 ℃;
4. Copper plate calorimeter: A copper constantan (T-type) thermocouple is welded onto a copper plate with dimensions of 50 mm × 50 mm, a thickness of 1.6 mm, a weight of 36 g ± 0.1 g, and a thermocouple diameter of 0.3 mm;
5. Sample clamp size: 150mm × 150mm, effective measurement area: 50mm × 50mm;
6. Detect the temperature value when the temperature rise on the inner surface of the sample reaches 24 ℃ or when irradiated for 1 minute, and display the time temperature curve;
7. Instrument configuration: Instrument specific computer (embedded industrial computer), Chinese test program, automatic data processing;
8. Radiant heat source: using infrared halogen tungsten lamp tube, 500W, AC220V;
9. Range of radiant heat flux: (10 ± 1) kw/m2. The radiation heat flux distribution on the surface of the sample is uniform;
10. Sample radiation testing box: equipped with a timed and automatically controlled shielding plate;
11. Temperature measuring device:
12. Thermocouple: K-type thermocouple with a wire diameter of 0.5mm is used;
13. Temperature measurement range: 0 ℃ -800 ℃;
14. Temperature collection frequency: 3 times/s;
15. Requirements for external dimensions and installation layout: L1200mm*350mm*650mm；
16. Power supply: AC220V、2500W；
17. The constant temperature system needs to be tested in a constant temperature chamber (to be provided by the purchaser);
18. Control system: PLC+Windows system;
19. Operating interface: Color 12 inch industrial control computer touch screen, embedded industrial computer, switching between Chinese and English。
原理：
消防服装抗辐射热渗透性能测试仪的工作原理基于模拟极端辐射环境，对消防服装面料进行定量评估。该测试仪集成了先进的辐射源模拟技术、高精度传感器系统以及智能数据分析软件，能够精确测量并记录面料在不同辐射强度下的透过率、反射率及吸收率等关键参数。
Principle:
The working principle of the anti radiation heat penetration performance tester for firefighting clothing is based on simulating extreme radiation environments to quantitatively evaluate firefighting clothing fabrics. This tester integrates advanced radiation source simulation technology, high-precision sensor system, and intelligent data analysis software, which can accurately measure and record key parameters such as transmittance, reflectance, and absorption of fabrics under different radiation intensities.
应用领域：
消防服装抗辐射热渗透性能测试仪主要应用于测定阻燃防护服和防护靴等材料暴露于辐射热源的隔热性能测试。
Application Areas:
The anti radiation heat penetration performance tester for firefighting clothing is mainly used to test the thermal insulation performance of materials such as flame-retardant protective clothing and protective boots exposed to radiation heat sources.
用途：
主要用于测定阻燃防护服和防护靴等材料暴露于辐射热源的隔热性能的测试。
Purpose:
Mainly used for testing the thermal insulation performance of materials such as flame retardant protective clothing and protective boots exposed to radiant heat sources.
发布于：上海市