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
| Maximam potentiam operating | 5kw |
| leo accuracy | <1s / h |
| Metrum metiri rhoncus flux aestus | (0-15) KW / m2, (-Calidum elit fluxus owned) |
| Calor vexatum iacere meter accuracy | 0.2Kw ± / m2 |
| Calor vexatum iacere meter accuracy | <± III%; |
| Pyrometer range calorem radialem | 400-600 ℃, subtiliter ± 0.5 ℃, |
| Nigrum corpus temperatus erroris | ± V ℃, |
| ascendit fumus celeritas | (± 0.2 2.5) m / s |
| ascendit fumus facultatem | (39-85) m3 / min |
| Rara magnitudine fixas radialis tabula | 300mm × 450mm, the ability of about 900 ℃ high temperature; |
| Thermocouple | diametro, 3.2mm K-genus immaculatam ferro armati Thermocouple |
| lampas accendatur | diametro ¢ ¢ 6mm 10mm longis, aestus super fistulam XXXV ¢ 0.7mm foraminis |
| flamma altitudinis | Populus Novifacta Quotidiana LX ~ 120mm |
| ignitionem ratio | altum voltage electronic ignitionem |
| Estuans buxum magnitudine | * * L1420 W1200 H2300 (mm) |
| Fortis ratio exhauriunt | apparatus fortis fan instructa cum probatus fuerit, initium exhauriunt fan ratio exhauriri foris |
Introductio productum ab per lucidum Tabulatum Online Test Presbyteri Apparatus
ISO (IX)CCXXXIX lucidum test Online Tabulatum est in caput anguli: a pavimento usque ad reactionem materiae ignis in Euroclass ratio probat. Test est respicientem ad propagationem flammae exempli sub scelerisque orci, calidum pulvis ante ignitionem fonte usus. In scelerisque nulla ignis est in crescente in locus originis est per ostium portae diffundit onto a contiguo aut pavimentis per ANDRON. Et mutabile, ut probat adhiberi potest etiam signa et ASTM E648 Signa (IV)CII; Pars XIV.
Use Environment
Umbraticis usum
Altitude: minimum ad 2000m
Agnus temperatus: XXXV ad X ° C (LXXXV ad LX ° F) variantur
Relativum humiditas, XLV% LXXV% ~.
Licet voltage ambigua: X% of rated voltage.
Overvoltage rating: II
pollutio gradus: I
Product Feature et Application de Radiant Flooring Panel Test Presbyteri Apparatus
Inde 1.The silicate Calcium test hospitium proprium repetit imbribus prolutas totas et velit temperatus repugnant observationis cum tabula et quod provisum fenestra.
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.
Application: Tabulatum quod FRP lucidum Presbyteri Apparatus Online test instrumentum adhiberi potest determinare scelerisque equivalent ad emissionem radiationemque ferant, Tabulatum materiae: et texit Nulla plaga in loco materiae, ut sint ad latera flammae.
Product Details of the Radiant Flooring Panel Test Presbyteri Apparatus
In scelerisque radialis probat quod applicantur ad critica sternendam materiae fluentis morbi scelerisque radialis measurement de terra covering materia. Sed in eo discrimen incident in candidus fluxu refers unitas per calorem area. Incident maior calor est, calefacit loco superiore in materiam moles requiritur ut et stabilius in materia. Minus est in flammam. In test fabrica, et calorem radialem fons et T-genus turibulum sunt installed et longius fugit in sample ex irradiatione origines Nilusque et calorem radialem fluxum seminis accepit in superficiem, in sample quod accensum ab T-genus habens turibulum et implevit test est. Flamma illa exstinguitur, cum in damnum de spatio exempli vexatum iacere ad valorem respondentem calorem radialem, hoc est, super calorem radialem discrimine vexatum jacere.
Tabulatum quod FRP lucidum Presbyteri Apparatus Online test test occurrat sequenti modi:
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)
Pondus: 235kg
installation iudicium
Installation magnitudine (mm)
:: amplitudo MDCCC arca test (i) MD * (W) MMCD * (H)
Electric mole imperium scrinium, DC (M) M * (W) MDCCC * (H)
installation iudicium
Potentia copia; 220 V±10%，50 Hz，5A
Aeris fontem commodum
Gas combustione: vexillum propane, in rate est non minus, quam copia fluxus 5L / min, et pressura Gas est non minus quam 0.15MPa secessu longo locus:
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.
Electrical: CCXXX volts Nominal X Amps
ambiens temperatus: XXXV ° C ° C ad X operating
Dimensions: Apparatus: 1900mm (W) x 750mm x (H) x 2120mm (D)
Vestibulum commeatus, caeli compressor Propane et
Ratio requisita exhauriunt
Exhaurit: 30cm gente, ventus celeritate 2.5m / s, altitudo ab humo non est 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.
