EN ISO 9239-1 Radiant Flooring Panel Test Apparatus
Radiant Flooring Panel Test Apparatus Stainless Steel Hood with Smoke Measurement Ports
Product parameters (specifications)of the the Radiant Flooring Panel Test Apparatus
| I kā mākou pae'ōnaehana mana | 5kw |
| manawa pololei | <1s / h |
| Heat koko mika Ana huahelu | (0-15) kW / m2; (Wela pele Customer-waiwai) |
| Heat koko mika pololei | ± 0.2Kw / m2 |
| Heat koko mika pololei | <± 3%; |
| Heat pāhawewe pyrometer huahelu | 400-600 ℃, i ka pololei o ka ± 0.5 ℃; |
| Black kino mehana hewa | ± 5 ℃; |
| uahi holo | (2.5 ± 0.2) m / s |
| uahi nona iho | (39-85) m3 / min |
| Porous refractory pāhawewe papa nui | 300mm × 450mm, the ability of about 900 ℃ high temperature; |
| Thermocouple | anawaena o ka 3.2mm K-type kuhiliʻole kila kapa kila thermocouple |
| ke ahi kukui | anawaena ¢ 10mm anawaena ¢ 6mm,ʻehu Tube ma ka 35 ¢ 0.7mm puka |
| lapalapa kiʻekiʻe | 60 ~ 120mm hoʻoneʻe |
| mea hō'ā kaʻa kahua | kiʻekiʻe anakahi uila uila mea hō'ā kaʻa |
| Ke ahi pahu nui | L1420 * W1200 * H2300 (mm) |
| Ikaika a no ka maluhiluhi'ōnaehana | ka mīkini ua lako pono me ka peahi ikaika, ka wā o ka hoao ana ua ana, e hoʻomaka i ke kānana a no ka maluhiluhi'ōnaehana e e hooweliweli ke ao o waho |
Product hoike o ka Radiant mea papa hele Panel ho'āʻo i hoʻomākaukauʻia
Ka ISO 9239 Radiant mea papa hele Panel ho'āʻo o ke kihi o ka mea papa hele pono hana naoh i ke ahi e ho'āʻo ai i loko o ka Euroclass nenoaiu. Ke hōʻike ana i ka laha ana o ka lapalapa o ke hāpana, ma lalo o thermal waiū, ka hoʻohana 'ana i ka radiant wela mea hō'ā kaʻa kumu. Ke thermal waiū mea ia o ke ahi e ulu ana ma ka hakahaka o ka kumu i ma ka puka hamama, Pāhawewe ma luna o nā floorings i loko o kekahi e pili maluna, a me ka ala hele. Ke i hoʻomākaukauʻia Hiki ke hoʻohana pū i ho'āʻo ai i ka hae ASTM E648, a olowalu 4102; Part 14.
Use Environment
I loko o ana
kiʻekiʻena: mai i 2000m
Ambient wela. 10 i 35 ° C (60 a hiki i 85 ° F)
pili humidity: 45% ~ 75%.
Aeia mai anakahi uila fluctuations: 10% o Loipālākiō anakahi uila.
Overvoltage pane pālākiō: II
haumia ea degere. 1
Product makamake nui a me ka noi o ka Radiant Flooring Panel ho'āʻo i hoʻomākaukauʻia
1.The kūpono ho'āʻo keʻena ua insulated me ka kalipuna silicate'īpale papa, a ua hoomakaukau ia me ka wela hoʻopale pono ana window.
2.The stainless steel sample support assembly is mounted on a sliding platform to allow safe and easy loading of the test sample.
3.The radiant heat is applied by means of a gas-fuelled panel, inclined at 30º, and directed at a horizontally mounted floor covering system specimen.
4.The radiant panel generates a radiant energy flux distribution ranging from a nominal maximum of 10.9 kW/m2 to a minimum of 1.1 kW/m2.
5.Dummy calibration specimen with holder, calibrated heat flux meter and mounting.
6.The distance burned until flame-out is reached and converted, by calibration, into an equivalent critical radiant flux, in kW/m2.
7.Heat Flux Meter: Range : 0 ~ 50 kw/m2; Surface emissivity :ε=0.95± 0.05
8.A smoke measuring system, according to DIN 50055, is mounted on a separate frame at the exhaust stack.
9.Control Rack for convenience in use, allowing observation of the apparatus and controls during equipment set-up and calibration.
10.Automatic ignition of the radiant panel and safety cut-out.
11.Automatic moving T type ignition burner
12.Stainless steel hood with smoke measurement ports.
Noi: The FRP mea papa hele Radiant Panel ho'āʻo i hoʻomākaukauʻia o ka mea hana i hiki ke hoʻohana 'ia ka hoʻoholo' ana i ka like thermal pāhawewe o ka hooponopono ana, mea papa hele mau mea, a me ka roofing'īpale lako i i laterally palahalaha ae ma ka lapalapa.
Product Details of the Radiant Flooring Panel ho'āʻo i hoʻomākaukauʻia
Ke thermal pāhaweweʻia no? Ia n oaa mau kumuhana ua pili i ka pilikia thermal pāhawewe koko ana o ka honua uhiʻia. Ka pilikia radiant koko pili ia i ka hana 'ia wela no pa alima wahi. Ka oi aku o ka hana 'wela, o ka mea kiekie oia ka paio hahana maoli nō dala koi' ia no ka mea, a me ka nui hale lio i ka mea. Ka emi paha ia mea i ka hopu i ke ahi. Ma ka hoao ana ka manaʻo, he wela ka pāhawewe kahi a me ka T-type puhiʻino Ua hoʻouka kekahi, a me ka mamao aku ka hāpana mea, mai ka pāhawewe kumu, i ka lalo o ka wela pāhawewe koko loaa ma luna o ka luna, me ka hāpana ua ignited ma ka T-type puhiʻino, a me ka hoao ana e hana. I ka wā o ka lapalapa ua pio, i ka pōʻino mamao o ka hāpana, ka like wela pāhawewe koko waiwai, i mea, ai ka pilikia wela pāhawewe koko.
Ka FRP mea papa hele Radiant Panel oʻu ho'āʻo i hoʻomākaukauʻia me ka kēia ninau hoopoipoi kiʻina hana:
ISO 9239-1：Floor coverings - Fire reaction test - Part 1: Determination of flaming performance using radiant heat sources;
ASTM E648：The floor covering is subjected to a critical thermal radiation test using a thermal radiation source method;
GB/T 11785：Determination of the burning properties of flooring materials - radiant heat source method.
Dimension:1900mm (W) x 750mm x (H) x 2120mm (D)
Weight: 235kg
mea hoʻonoho koi
Mea hoʻonoho nui (mm)
Hōʻike pahu nui :: 1800 (L) * 1500 (W) * 2400 (H)
Uila e hooponopono Aha Kuhina nui: 600 (L) * 1000 (W) * 1800 (H)
mea hoʻonoho koi
Mana lako: 220 V±10%，50 Hz，5A
Air kahi koi
'Ā kinoea: maʻamau propane, ka lako pele i kela mea i emi ma mua o 5L / min, a me ke kinoea muliwai puʻe mea i emi ma mua o 0.15MPa;
Compressed air: the air force of the intake air is not less than 0.5MPa, and the flow rate is not less than 180L/min;
Water source: dedicated coolant for cooling the heat flow meter.
Uila: 230 volts palena iki 10 Amps
Ambient Mahana: ke hoʻohana 10 ° C i 35 ° C
Dimensions: Apparatus: 1900mm (W) x 750mm x (H) x 2120mm (D)
Ke Kinoea Supplies: Propane a me ea mea'opihia
A no ka maluhiluhi'ōnaehana koi
A no ka maluhiluhi paipu: caliber 30cm, makani ka māmā holo 2.5m / s, kiekie, mai ka honua mea 2.4m.
What is the ISO 9239-1:2010?
ISO 9239-1:2010 specifies a method for testing the upwind combustion behavior and flame spread of horizontally installed floors exposed to heat flux radiation gradients in a laboratory, when ignited with a pilot flame.
This method works for all types of floors. Examples include textile carpets, cork, wood, rubber and plastic coverings and coatings. The results obtained by this method reflect the performance of the floor, including any substrates (if used). Modifications to the backing, adhesion to the substrate, other changes to the underlayment or floor may affect the test results.
