Mattress Sofa Soft Furniture Testing Equipment Anti Ignition Characteristics

Overview:

This device uses smoldering cigarettes and simulated match flames as ignition sources to conduct anti ignition tests on soft furniture, simulating the anti ignition performance of soft furniture under the impact of match flames  in order to determine the anti ignition performance of soft furniture. The test box adopts insulation treatment, with stainless steel as the outer layer and insulation materials added to the middle and inner layers, making the box beautiful and generous.

Applicable scope:

Simulated match flame ignition source for evaluating the anti ignition characteristics of soft furniture. Mainly suitable for testing and evaluating the anti ignition characteristics of household soft mattresses, furniture soft packages, sofas and other soft ladder furniture.

Compliant with standards:

Complies with the requirements of GB17927.1-2011 "Evaluation of ignition resistance characteristics of soft furniture mattresses and sofas - Part 

Performance parameters:

Simulate match flames:

1. Ignition source system: One stainless steel combustion tube with an outer diameter of (8 ± 0.1mm) and an inner diameter of (6.5 ± 0.1mm) and a length of (200 ± 5mm);

2. Flexible hose: with a length of (2.5-3mm) and an inner diameter of (7 ± 1mm), it should be connected to a stainless steel combustion pipe;

3. Flow control system: including a flow meter, fine-tuning valve, on/off valve, and pressure regulating valve;

4. For a flow rate of (45 ± 2) m1/min, the nominal output pressure provided by the system is 2.8 kPa;

5. Timing range: 0-999S, can display and record the time of continued or smoldering combustion, fabric cracking time, and specimen extinguishing time, respectively,

6. The testing distance of the igniter is adjustable from 20 to 80, with automatic movement and evacuation of the ignition mechanism;

7. Flow measurement range: 10-100m1/min

 Laboratory: 2.5 meters long, 2.2 meters wide, and 2.5 meters high, including ventilation ducts. Made of stainless steel;

Observation window: One tempered glass observation window, surrounded by SUS304 stainless steel edges;

. Gas flow regulation: Adjust the test gas flow to 45 ± 2mL/min;

. Timing: 0-99.99H/m/s can be set arbitrarily;

Control system:

1. The computer control system can be set and recorded in the computer, including testing time, number of tests, and ignition delay time. It has high intelligence, guided menu operation, and is simple and intuitive, making the test results more accurate.

2. Automatic ignition function (for high-voltage electronic ignition).

3. PLC mode is adopted, and all high-quality devices are used to ensure the system is of high quality, high-speed operation and progressiveness. The experiment process adopts the imported PLC+PID fully automatic control method, which is currently the most advanced, safe, reliable, and convenient control method. Realize automatic detection control and complete detection work automatically, with a friendly display interface, making detection work faster and more accurate. The upper computer adopts configuration software design, which can automatically generate temperature control curves and report outputs. Data collection and printing of test results

4. Computer: One, one printer, one set of software, lifetime free upgrade

5. Butane flow meter: 0-100m1/min

6. U-shaped pressure gauge: 0~3kpa

7. Timer: Range 0~99.99 hours

8. Gas pressure gauge: 0~0.1MPa, with a resolution of 0.01 Mpa

9. Gas supply source: Butane gas with a purity of over 95% (User provided )

10. Control box dimensions:W 880mm *D 600mm*H 1550mm