Tube Furnace Gas Safety Protection Device

Tube Furnace Gas Safety Protection Device

Introduction:

This Tube Furnace Gas Safety Protection Device ensures safety through pressure detection within the furnace tube, offering functions such as gas interruption and temperature reduction. Additionally, it can ignite the discharged combustible tail gas, equipped with a dual-path ignition protection system to ensure thorough combustion of the released gases. When used in conjunction with a tube furnace, it facilitates automatic cleaning and replacement of gases within the furnace tube.

Features of Gas Safety Protection Device:

1. Automatic cycling for vacuum cleaning and gas delivery.
2. Dual automatic igniters at the exhaust end, ensuring one is active while the other is in standby for protection, guaranteeing thorough combustion of combustible gases and stable equipment operation.
3. Pipeline self-extinguishing anti-flashback device, rigorously controlling the backflow of combustible gases.
4. Multiple working modes are available for selection, and customization options are also available upon request.
5. Embedded operating system with an interchangeable graphical interface in both Chinese and English. The 7-inch true-color touchscreen allows for intelligent human-machine dialogue, featuring a non-linear temperature correction pattern.

Technical Parameters:

Model	2AQD
Control system
Interface size	1/4” Double Ferrule Connector
Pipeline Pressure	-0.1-0.15MPa
Weight	20KG
Usage Notes	1.Ensure the absolute pressure inside the pipeline is <0.15 MPa. 2.Perform a leak test after connecting the gas holder to the gas cylinder.
Service Support	One-year warranty with lifetime support (consumables not included within the warranty scope)

Applications:

The Tube Furnace Gas Safety Protection Device is designed for use in various applications where safety and control of gas environments in tube furnaces are critical.

Some Common Application Scenarios：

Materials Research and Development;
Heat Treatment Processes;
Semiconductor Manufacturing;
Chemical Vapor Deposition (CVD);
Powder Metallurgy;
Advanced Materials Synthesis;
Educational Institutions, etc