Needle Flame Tester - Test Equipment
Standard
GB/T 5169.5: Electrical & Electronic Equipment – Needle Flame Test Method
IEC 60695-11-5/IEC 60695-2-2: Fire Hazard Testing – Needle Flame Test Apparatus
IEC 60745-1/IEC 60335-1: Safety of Handheld Motor-Operated Tools & Household Appliances
IEC 60950-1/IEC 60598-1/IEC 60065: IT Equipment, Luminaires, & Audio/Video Safety
Product Advantages
Realistic Fault Simulation: Mimics small flames (≤12mm) from internal equipment faults using a 45° angled needle burner.
Precision Compliance: Meets IEC/GB standards for electrical product safety certification.
Automated Control: PLC + touchscreen for flame height adjustment, timing, and data logging.
High-Accuracy Flame: Stainless steel burner (Φ0.5±0.1mm) with butane/propane fuel for stable ignition.
Safety First: Auto-exhaust system and flame height calibration prevent operational risks.
Multi-Material Testing: Evaluates insulation materials, engineering plastics, and solid combustibles.
Product Features
Needle Burner Design: Φ0.5mm inner hole, 45° tilt angle for precise flame application.
Smart Touch Interface: Programmable control of combustion time (0–999.9s), flame height (12±1mm), and gas flow.
Flame Calibration: Auto-measures temperature rise (100°C→700°C in 23.5±1.0s) with K-type thermocouple.
Sample Bed: White pine board (10mm) + silk paper layer for realistic ignition testing.
Large Chamber: >0.5 m³ (customizable to 0.75/1 m³) with black background (<20 Lux).
Exhaust System: 100mm diameter pipe with silent anti-backflow design.
Technical Parameters
| Parameter | Specification |
|---|---|
| Burner Specs | Stainless Steel; Inner Φ0.5±0.1mm; Outer Φ0.9mm; Length >35 mm |
| Flame Angle | Vertical (Calibration) / 45° (Test) |
| Combustion Gas | 95% Butane/Propane |
| Flame Temperature | 100–700°C (Rise Time: 23.5±1.0s) |
| Test Time | 0–999.9s (Adjustable; Default: 30s) |
| Burning Time Recording | 0–9999s (Automatic) |
| Chamber Volume | >0.5 m³ (900×590×1050 mm); Custom Options: 0.75/1 m³ |
| Exhaust Pipe | Φ100 mm |
| Control System | PLC + 7-inch Touchscreen |
| Dimensions (W×D×H) | 1120 × 520 × 1250 mm |
| Net Weight | 80 kg |
| Power Supply | AC 220V ±10%, 50Hz |
| Temperature Range |
0–1000°C (K-Type Thermocouple) |
在线联系供应商
Other supplier products
| Wyzenbeek or Oscillatory Abrasion Tester | Wyzenbeek wear resistance tester, also known as Oscillatory wear resistance tester, is used to test the wear resistance of fabrics against standard... | |
| Air Flow Resistance Tester | Application The Air Flow Resistance Tester is suitable for airflow evaluation across the following industries and products: (1) Textile Industry:... | |
| Automobile Headrest Strength Tester | 1. Product Overview The Automobile Headrest Strength Tester is a precision testing system designed to evaluate the static strength and load-bearin... | |
| Anti-drill tester (Friction method) | TheAnti-drill Tester (Friction Method)is a specialized instrument designed to evaluate the drill resistance of materials such as composites, polyme... | |
| Taber Abrasion Resistance Tester - lab instrument | We are a professional testing instrument manufacturer offering complete laboratory testing solutions. If you need more information or wish to explo... |
Same products
| Test System for dusting solar cell modules | Soiling Tester | 卖方: Standard Groups | The test system serves laboratory testing according to VDI 3956 (Test method for the dust soiling... | |
| Blow-By Test Rig | 卖方: Standard Groups | Applications determination of oil content in blow-by on the engine test stand evaluation of oil... | |
| Air filter System(ISO 16890/EN 779) | 卖方: Standard Groups | Applications Testing of general air filters according to ISO 16890 Standard ISO 16890,EN 779,A... | |
| Oil Thread Leak Test System | 卖方: Standard Groups | Applications integral visual leak testing of HEPA/ULPA filters Standards This system complies ... | |
| Manual HEPA/ULPA Filter Scanning Test System | 卖方: Standard Groups | Application (1) Filter Production Control: Ensures HEPA and ULPA filters meet ISO 29463 and EN 1... |
















