Burning Behaviour of Bunched Cables – EN 50399

• Compliance with EN 50399 Standard: Our apparatus is engineered to meet the specific requirements outlined in EN 50399, ensuring accurate and standardized testing of bunched cables. It enables the assessment of flame spread, heat release, smoke production, and other critical fire performance parameters.
• Precise Control of Test Conditions: The apparatus allows for precise control of test parameters, including flame application, temperature, and airflow. This ensures consistent and reproducible testing conditions, allowing for reliable comparison of different cable samples.
• Realistic Fire Simulation: The Burning Behaviour of Bunched Cables Apparatus simulates realistic fire scenarios by subjecting the cable samples to controlled flame exposure. This enables the evaluation of their fire resistance and ability to limit flame spread, providing valuable insights for fire safety assessments.
• Advanced Data Acquisition System: Our apparatus is equipped with an advanced data acquisition system that captures real-time data during the test. This includes parameters such as heat release rate, smoke density, and flame propagation, allowing for in-depth analysis and evaluation of the cable’s burning behavior.
• User-Friendly Operation: The apparatus is designed for user-friendly operation, with intuitive controls and clear instructions. This ensures ease of use and efficient testing procedures, allowing for accurate positioning of cable samples, ignition, and observation during the test process.

The Burning Behaviour of Bunched Cables Apparatus is primarily used in the following industries and applications:

Cable Manufacturers:
Testing the fire performance of bunched cables to ensure compliance with safety standards and regulatory requirements.
Building and Construction Industry:
Assessing the fire behavior and safety of bunched cables used in building wiring, electrical installations, and infrastructure projects.
Research and Development:
Conducting in-depth studies on the burning behavior of bunched cables and developing innovative fire-resistant cable designs and materials.