Single Flame Source Test Ignitability Tester EN ISO 11925-2/DIN 53438
Building Material Flammability Test Furnace with Touch Screen Control
The building materials flammability test furnace is in the normal combustion environment, with a small flame directly impacted the vertical specimen to determine the combustibility of the building products. The flammability test furnace for building materials is based on the principle of Kleinbrenner (Klein Brenner), which is directly impacted by a vertical flame. It is used to determine the combustion performance of B grade building materials (namely, the judgement of burning performance and flame retardant grade B of building materials).
Standards
EN ISO 11925-2
Features
- The operation in line with ergonomic design, test all through the touch screen operation, high degree of automation. Otherwise, the previous test results can be stored and can access the previous test data.
- Controllable automatic lifting of servo motor drive pattern frame.
- The Bunsen Burner can be advanced and retreat and adjusted.
- 1.5mm stainless steel plate box
- Double angle observation test of 2 heat-resistant tempered glass doors, double (with lock) is convenient and practical.
- High pressure automatic ignition and durable combustion.
- The point fire source can be automatically tilted by 45 degrees.
- The height of the flame is adjusted by the precision regulating valve.
Technical Parameters
| Parameter | Specification |
| Stainless steel plate box | 1.5mm |
| Bunsen burner | can be adjusted forward and backward |
| Diameter of burner | Φ 0.17mm burner with regulator; four ￠4mm air suction inlet |
| Flame length of Bunsen burner | 20mm ± 2mm |
| Ignition source | can be automatically tilted by 45 degrees |
| The Bunsen burner applies a flame time | 15s to the pattern |
| Flame height | Adjusted by precision adjustment valve |
| Sample rack | can move up and down and back and forth |
| Sample holders | 2 pcs |
| Touch screen display | 7 inches Effective display size 15.5cm in length and 8.6cm in width |
| Resolution | 800 * 480 |
| Communication interface | RS232, 3.3V CMOS or TTL, serial port mode |
| Storage capacity | 1G |
| FPGA driver display | "zero" start time, can run after power on |
| Controller | adopts low energy consumption processor, and automatically enters energy saving mode |
| Gas source | >95% propane gas;(user should provide for themselves) |
| Gas pressure | 10kpa~50kpa |
| Flue air velocity | 0.7m/s only on condition of burner burning and draught hood open |
| Time adjustment of continuous flame | 0 ~ 99minutes99seconds |
| Time adjustment of afterflame | 0 ~ 99minutes99seconds |
| Timer accuracy | ≤1s/h |
| Ambient temperature | 15 ℃ ～ 25 ℃; |
| Relative humidity | ≤ 85% |
| Cabinet size | 835 × 400 × 815mm |
| Power supply voltage and power | 220 V, 50 Hz, 100 W |
Applications
- B–E building materials – Small‑flame ignition testing for fire performance classification
- Bfl–Efl floor coverings – Fire rating determination for flooring products
- Railway interiors – Flame retardancy verification for transit applications
- Automotive interiors – Combustion evaluation of fabrics, dashboards, and trim materials
- PV modules – Fire safety testing of backsheets and encapsulants per IEC 61730‑2:2016
- R&D – Material screening and comparative performance analysis
- QC – Routine production line testing and quality assurance
Frequently Asked Questions
Q1: What standards does the SL-FL12 comply with?
A1: The SL‑FL12 complies with EN ISO 11925‑2 and DIN 53438. Test results are applicable to fire classifications under EN 13501‑1 (A2–E ratings) and IEC 61730‑2:2016 for PV modules.
Q2: What parameters does it measure?
A2: It measures after‑flame time (seconds), flame spread height (mm), ignitability, surface/edge ignition performance, and cotton pad ignition from dripping particles. Mode switching and timing are fully automated.
Q3: How stable and accurate is the flame?
A3: The flame is stable at 20mm±2mm with fine‑adjustment valves for precise control. A built‑in height gauge ensures calibration accuracy.
Q4: What are the lab environment requirements?
A4: Ambient temperature: 15–25°C; relative humidity: ≤85%; airflow: ≤0.2 m/s (built‑in anemometer monitors this). Gas: >95% purity propane at 10–50 kPa.
Q5: Is the equipment easy to operate and maintain?
A5: Yes. The 7‑inch touchscreen supports both English and Chinese interfaces. Auto‑ignition and auto‑timing simplify operation. On‑site training and SOP documentation get you running in one day.
Q6: What after‑sales support is provided?
A6: 1‑year warranty with lifetime technical assistance. Calibration services, spare parts (igniters, seals, regulators), and testing method development support are all available.
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