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Flame chamber

Lab Expo Flame Chamber features precise flame control allowing users to adjust the intensity and size of the flame. They provide uniform exposure to flames and accurate data collection, ensuring reliable results for fire resistance testing. These have integrated sensors that ensure accurate temperature monitoring and consistent control throughout the testing process. They include a built-in exhaust system that minimizes the release of harmful gases, ensuring compliance with environmental standards. Our chamber has a corrosion-resistant stainless-steel construction ensuring long-term durability even with heavy use.

Electrical

Ambient temperature

Dimensions (W×H×D)

Gas supply

Air supply

Flame Chamber 70-FC100

  • Electrical : 115 Volts AC 60Hz / 230 volts 50Hz
  • Ambient temperature : Operating 10°C to 35°C
  • Dimensions (W×H×D) : 1.0m3 - 1500 x 826 x 1150 mm

Spread of Flame Apparatus 70-SFA100

  • Electrical : 230 Volts AC 50 Hz or 115 Volts AC 60 Hz
  • Gas supply : The radiant panel of the apparatus can burn propane or natural gas. Typical gas supply requirements are a flow of up to 0.8 litres/second at a supply pressure of 200 mm water gauge.
  • Air supply : Air supply of up to 10 litres/second and at a supply pressure of approximately 300 mm water gauge is required
  • Dimensions (W×H×D) : The radiant panel has overall dimensions of approximately 480 mm by 280 mm

Flame chamber FAQs

1.What does precise flame control in a Flame Chamber mean?

Precise Flame Control refers to the chamber ability to finely adjust the flame intensity and size, enabling accurate simulation of real-world fire exposure conditions.

2.What is meant by uniform exposure to flames in a Flame Chamber?

Uniform flame exposure means the entire test specimen is consistently subjected to the same flame intensity and distribution, reducing variations and improving test accuracy.

3.What role do integrated sensors play in a Flame Chamber?

Integrated sensors monitor critical parameters such as temperature, flame presence, and environmental conditions in real time, ensuring precise control during fire testing.

4.What is the function of the built-in exhaust system in a Flame Chamber?

The exhaust system removes combustion byproducts and harmful gases generated during flame testing, helps to maintain a safe and clean testing environment.

5.Why is stainless steel used in the construction of the Flame Chamber?

Stainless steel is highly resistant to corrosion, high temperatures, and chemical exposure, making it ideal for the demanding conditions of flame testing.