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
| mana faagaoioia aupito maualuga | 5kw |
| taimi saʻo | <1s / h |
| flux mita Fuaina o le vevela tele | (0-15) Kw / m 2; (Vevela tafe e umia e le tagata e faaaogāina auaunaga) |
| Vevela saʻo mita flux | ± 0.2Kw / m 2 |
| Vevela saʻo mita flux | <± 3%; |
| Vevela tele pyrometer leisa | 400-600 ℃, o le sao atoatoa o ± 0.5 ℃; |
| sese vevela tino Black | ± 5 ℃; |
| asu saosaoa | (2.5 ± 0.2) m / s |
| tulaga asu | (39-85) m3 / min |
| Porous tele refractory laupapa leisa | 300mm × 450mm, the ability of about 900 ℃ high temperature; |
| Thermocouple | lapoa o 3.2mm K-ituaiga uamea stainless thermocouple armored |
| sulu mu | lapoa ¢ 10mm lapoa ¢ 6mm, fana faagaau i le 35 ¢ pu 0.7mm |
| maualuga afi | 60 ~ 120mm ma faʻafetauina |
| faiga sulu | sulu faaeletoroni volitiga maualuga |
| Mu tele pusa | L1420 * W1200 * H2300 (mm) |
| faiga fāʻasu Strong | ua saunia le masini ma se ili malosi, pe a maea le suesuega, ia amata le a fafo vaivai faiga le ili fāʻasu |
Faatomuaga oloa o le laulau fola Matu Tofotofoga Totoga
O le ISO 9239 suega vaega Matu fola o le maatulimanu o le tali mea fola i tofotofoga afi i le faiga Euroclass. O le suega fuaina le faasalalauina atu o le mumū o le faataitaiga, i lalo o le aafia vevela, e faaaoga ai se puna susulu sulu vevela. O le aafia vevela o lena o se afi tuputupu ae i le potu o le amataga e ala i a tatalaina faitotoa, susulu i luga o le floorings i se potu e sosoo po o auala. mafai foi ona faaaoga le masini mo suega i tulaga faatonuina ASTM E648 ma DIN 4102; Vaega 14.
Use Environment
Faaaogaina i totonu e
maualuga: aʻe e 2000m
vevela Ambient: 10 i le 35 ° C (60 i le 85 ° F)
faatusa sūsū: 45% ~ 75%.
Fesiitaiga volitiga faatagaina: 10% o volitiga faatulagaina.
Rating Overvoltage: II
tikeri Aafiaga Filogia o le: 1
Oloa FAAALIA ma le Faaaogaina o le Radiant Flooring Panel Tofotofoga Totoga
Ua insulated 1. O potu tofotofoga e mafua i le laupapa faʻaʻesega silicate kalisiu ma ua tuuina atu i se vevela faamalama matauga tetee.
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.
Talosaga: O le Totoga FRP vaega fola Matu Tofotofoga o se meafaigaluega e mafai ona faaaoga e iloa ai le leisa vevela tutusa o le kapeta, fola mea e faaaoga, ma mea faʻaʻesega taualuga ua laterally salalau i le afi.
Product Details of the Radiant Flooring Panel Tofotofoga Totoga
O le tester leisa vevela mo e faafaigofie ai mea o loo faatatau i le fua flux leisa taua vevela o le eleele e aofia ai mea. O le flux taua susulu e faatatau i le vevela mea na tupu i le eria o iunite. O le tele o le vevela mea na tupu, o le maualuga o le faʻavevela aofaiga manaomia mo le mataupu, ma o le tele o fale o manu le meafaitino. O ai e ono itiiti o le pue le afi. I le masini tofotofoga, a vevela puna le leisa ma se T-ituaiga burner ua faapipiiina, ma le mamao o le faataitaiga e mai le puna le leisa, o le tuutuu i lalo flux maua le leisa vevela i luga, ua mumu le faataitaiga e ala i le T-ituaiga burner, ma ua faia le suega. A tineia le afi, o le faaleagaina o le mamao o le faataitaiga, o le tutusa vevela leisa taua flux, o, o le flux taua leisa vevela.
O le FRP fola Totoga Matu vaega Tofotofoga ausia metotia nei tofotofoga:
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
faapipiiina manaoga
Tele faapipiiina (mm)
Tofotofoga pusa tele :: 1800 (L) * 1500 (W) * 2400 (H)
Electric control cabinet size：600（L）*1000(W)*1800(H)
faapipiiina manaoga
Mana tuuina atu: 220 V±10%，50 Hz，5A
puna Air manaoga
Combustion kasa: alu i le kesi tulaga faatonuina, o le tuuina atu tafe fua faatatau e lē itiiti ifo nai lo 5L / minu, ma e lē itiiti le uunaiga vaifagaloa kasa nai lo 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.
Eletise: 230 volts laiti 10 Amps
Ambient vevela: Faagaioia 10 ° C i le 35 ° C
Dimensions: Apparatus: 1900mm (W) x 750mm x (H) x 2120mm (D)
Sapalai kasa: alu i le kesi ma le ea compressor
manaoga faiga fāʻasu
paipa fāʻasu: caliber 30cm, 2.5m saosaoa matagi / s, maualuga mai le eleele o 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.
