Iná ilaluja idana Igbeyewo System
Flame Penetration Fuel Testing System for Thermal Insulation and Sound Insulation Material
Product introduction of the Flame Penetration Fuel Testing System
The NexGen aviation fuel burner approved by FAA of the Federal Aviation Administration of the United States can be used for fuel combustion testing of many aviation materials. As the Park DPL 3400, Lennox Model OB-32 and Carlin Model 200 CRD previously recognized by FAA have all been discontinued, FAA has developed the NexGen burner for the next generation of aviation fuel burners. NexGen combustor adopts the operation principle of the previous generation combustor, and can accurately measure the test parameters of the input gas and fuel. At the same time, the instrument can facilitate the future upgrade of FAA.
The flame penetration test of thermal insulation and sound insulation materials can be carried out by configuring a flame penetration test device and a dynamic load motion system.
Performance abuda
1. Burner conical cylinder is made of corrosion resistant and high temperature resistant alloy.
2. NexGen aviation fuel burner includes spoiler, fuel nozzle, igniter, fuel rail, fixer, ventilation tube and shell, muffler, acoustic resistance and other components.
3. Equipped with fuel pressure gauge, fuel solenoid valve, fuel temperature detection device, air pressure regulating valve, air temperature detection device.
4. Equipped with gas and air temperature control device ice bath with volume not less than 2 x 0.14 m3, the fuel temperature can be controlled.
5. By changing fuel nozzle and air pressure input, different test standards can be met.
6. Insulation blanket for cover of burner, covering fuel pipeline and fuselage.
7. The flame temperature provided by NexGen aviation fuel burner is not less than: 2000+50.
8. NexGen aviation fuel burner can provide no less than 10.6w/cm2 of flame heat flow.
9. Module Units Using NexGen Burner Support System
10. Heavy-duty steel frame can be installed with test samples horizontally and vertically.
11. Seven ceramic-encapsulated, metal sheaths and grounded K-type (nickel-chromium-nickel-aluminium) thermocouples with a diameter of 1.6 mm should be used for calibration. Their conductors should have an external diameter of 0.254 mm, a cross-sectional area of 0.0507 mm2 and a resistance of 361_/km (American wire gauge 30 AWG). The thermocouple should be fixed on an angle steel bracket to form a thermocouple comb so that it can be placed on the sample bracket during calibration.
12. Thermal radiation flux sensor, equipped with cooling device, and installed on fixed bracket.
Product parameters of the Iná ilaluja idana Igbeyewo System
| iwọn | 1500 mm (W) x 1800 mm (H) x 900 mm |
| àdánù | 150KG |
| ina ibeere | 220V, 10A |
| ibaramu otutu | 10 ℃ to 35 ℃ |
| idana awọn ibeere | bad kerosene |
| gaasi awọn ibeere | ko si kere ju 120 PSI air konpireso |
| ohun elo agbegbe | Aviation ohun elo |
| Standard | AITM 2,0056, BSS 7387, Jina PART 25 ÀFIKÚN F Apá VII |
