Fire exhaust fan and ventilation duct fire resistance test furnace

Product Name: Fire Exhaust Fan and Ventilation Duct Fire Resistance Test Furnace Product Model: ZY6248B-SV-VD-PC Product Usage: Fire Exhaust Fan and Ventilation Duct Fire Resistance Test Furnace Used for High Temperature Resistance Test of Fire Exhaust Fan: Suitable for axial flow (corresponding centrifugal) fire exhaust fans with machine numbers N0.3 to N0.18 for high temperature resistance test in the laboratory. Manufacturer prices: Non standard customization prices vary, welcome to choose and quote!

1、 Application scope:

The fire resistance test furnace for fire exhaust fans and ventilation ducts is used for high temperature resistance testing of fire exhaust fans: suitable for axial flow (corresponding to centrifugal) fire exhaust fans with machine numbers N0.3 to N0.18 to undergo high temperature resistance testing in the laboratory. As shown in the picture:

2、 Meet the standards:

1. Meet the GB/T9978.1-2008 test standard "Fire resistance test methods for building components, Part 1: General requirements".

2. Meet the test standards of GA 211-2009 "Test Method for High Temperature Resistance of Fire Exhaust Fans".

3. Meet the performance testing standards of GB/T 1236-2000 "Standardized Ducts for Industrial Ventilators".

4. Meet the requirements of GB/T17428-2009 "Fire resistance test method for ventilation ducts" standard.

3、 Product features:

1. One furnace can be used for multiple purposes and can be compatible with several standards. Adding a set of equipment can complete the GB15930-2007 "Fire Valves for Building Ventilation and Smoke Exhaust Systems" test. This device needs to be purchased separately.

2. Using a sixteen bit high-precision acquisition card, collect various data such as temperature, pressure, flow rate, etc. from each channel, and generate real-time reproduction of the real information during combustion through microcomputer analysis, processing, and control. The results are directly obtained through microcomputer analysis and judgment.

The whole machine adopts high-quality components to ensure the high quality, high-speed operation and progressiveness of the system.

3. Adopting a 16 bit board, multi-channel module, and microcomputer, implementing PID fully automatic control mode, with excellent stability, repeatability, and reproducibility.

4. Adopting WINDOWS XP operating interface and LabView development software for precision equipment, the interface style is fresh, beautiful, and simple.

During the testing period, real-time measurement results are displayed and perfect curves are dynamically drawn. The data can be permanently saved, accessed, and printed out, and reports can be directly printed. Featuring high intelligence, guided menu operation, and simple and intuitive features, the experimental results are more accurate.

5. Furnace construction: The furnace construction adopts the GOVMARK technology from the United States. Five layer structure, with the inner layer at 1300 ° C and the outer layer at room temperature; Long service life, the insulation material (vulnerable parts) in the inner layer is easy to replace.