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| Categories | Flammability Test Equipment |
|---|---|
| Brand Name: | GOLD |
| Model Number: | GD-ASTM E648 |
| Certification: | ISO |
| Place of Origin: | China |
| MOQ: | 1set |
| Price: | USD 4000-5000/set |
| Payment Terms: | L/C,D/A,D/P,T/T,Western Union,MoneyGram |
| Supply Ability: | 5sets/Month |
| Delivery Time: | 30days |
| Packaging Details: | Standard Wooden Case |
| Name: | Flooring Radiant Panel Fire Resistance Tester |
| Standard: | ISO 9239-1,ISO 9239-2,ASTM E648 |
| Test Chamber Dimensions:: | 1800 (L) X 1500 (W) X 2400 (H) |
| Electrical Control Cabinet Dimensions: | 600 (L) X 1000 (W) X 1800 (H) |
| Power: | AC220V±10%,50Hz |
| Control: | Smart Control With English |
| Application: | Industrial |
| Material: | Stainless Steel |
| Company Info. |
| Chongqing gold mechnical and electrical equipment Co., Ltd |
| Verified Supplier |
| View Contact Details |
| Product List |
ISO 9239 ASTM E648 Flooring Radiant Panel Tester Combustion Performance Detection
ISO 9239 Flooring Radiant Panel Tester Introduction:
The flammability testing system for flooring materials is based on the fundamental principles of the radiant heat source method, and the experimental methods and conditions are determined according to standards ISO 9239 and ASTM E648. The system evaluates the flammability of flooring material samples under laboratory conditions by observing and measuring the flame propagation of the samples exposed to an inclined radiant heat field.
ISO 9239 Flooring Radiant Panel Tester Standards:
ASTM E648-15 Standard Test for Critical Radiant Flux of Floor
Coating Systems Using Radiant Heat Sources
BS EN ISO 9239-1-2010 Tests on Fire Reaction of Floor Coverings –
Determination of Flammability Using Radiant Heat Sources
GB/T11785-2005 Determination of Flammability of Floor Coverings –
Radiant Heat Source Method
ISO 9239 Flooring Radiant Panel Tester Technical Specification:
Specimen Fixture | Made of L-shaped refractory stainless steel with a thickness of (2.0±0.1) mm. The exposed surface dimensions of the specimen are (200±3) mm × (1015±10) mm. |
| Igniter | A stainless steel igniter for igniting the specimen, with an inner diameter of 6 mm and an outer diameter of 10 mm. This igniter has two rows of holes: 19 radially distributed holes with a diameter of 0.7 mm are evenly distributed along the center line, and 16 radially distributed holes with a diameter of 0.7 mm are evenly distributed along a line 60° below the center line. |
| Propane Rotor Flow Rate | Propane gas flow rate is controlled at (3-30) L/min to ensure an ignition flame height of (0.3-3) L/min. |
| Flue Gas Exhaust | Exhaust Velocity: 2.5±0.2 m/s Exhaust Capacity: 39~85 m³/min The flow velocity in the exhaust channel is measured using a hot-wire anemometer with an accuracy of ±0.1 m/s. |
| Water-Cooled Heat Flux Meter | Heat Flux Meter Measurement Range: 0~15 KW/m² Heat Flux Meter Accuracy: ±0.2 Kw /m² Heat flux meter accuracy: <±3% |
| Temperature sensor | Two K-type stainless steel armored thermocouples, 3.2mm in diameter Installed in the floor material radiation test chamber and in the flue at a distance of (150±2)mm from the top of the chamber flue, respectively. |
| Radiation pyrometer | Testing range: (480~530)℃ (blackbody temperature), accuracy: ±0.5℃ It is approximately 1.4m away from the radiation plate. The sensitivity of the radiation pyrometer remains constant within the wavelength range of 1μm to 9μm. |
ISO 9239 Flooring Radiant Panel Tester Features:
1. The stainless steel test chamber features a front-opening door design for easy cleaning of the inner walls;
2. The inner walls of the chamber are made of calcium silicate board, providing high-temperature resistance and corrosion resistance;
3. A stainless steel fume hood is located above the combustion test chamber;
4. A 300mm x 450mm porous ceramic heat radiation plate is placed at a 30-degree angle;
5. A T-type porous burner is provided to apply an open flame to the sample, using a cylinder-driven mechanism;
6. The optical system includes a light source with a capacity of 2900 ± 100 ppm. 7. K color temperature incandescent lamp, light source is silicon photodiode;
8. A shutter is installed in front of the silicon photodiode, which can be automatically opened and closed by computer testing software for easy calibration;
9. Rotor flow meter adjusts the flame height of the T-type burner;
10. Propane mass flow meter adjusts the gas flow rate of the radiant panel, with digital display;
11. Built-in blower provides air source, and the gas for testing is mixed via Venturi mixture;
12. Mass flow controller is used to adjust the air intake flow rate of the radiant panel;
13. SB water-cooled heat flow meter, operating range 0-50 kW/m2, heat flow meter accuracy <±2%, response time 0.2 seconds. 13. Provides a portable cooling water source, eliminating the need for external water connection;
14. The user can move the heat flux meter for easy calibration of the radiant panel's heat radiation flux, and the testing software can plot a standard heat radiation flux curve;
15. Equipped with a foot switch, allowing the user to obtain the flame spread time to the test distance based on the flame spread distance, which is automatically recorded by the computer;
16. Equipped with one chimney thermocouple and one internal thermocouple, both of which can be displayed on the computer software;
17. Equipped with an infrared radiometer to detect the temperature of the radiant panel, which can also be displayed on the computer software;
18. Equipped with a 15-inch industrial touchscreen computer, allowing the user to monitor the entire combustion test process through the testing software;
19. The software can display test-related information such as heat radiation flux values, smoke density curves, transmittance curves, and wind speed.
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