Flammability YG(B)815D-II

[Instrument Name]：Horizontal Falmmability Test Chamber

[Scope of Application]:

Primarily used to determine the horizontal burning characteristics of fabrics, expressed in terms of flame spread rate.

[Relevant Standards]: FZ/T 01028, ASTM D5132, JIS D1201, etc.

[Instrument Features]:

1. Uses a rotameter to adjust flame height; features a main inlet gas valve, thermal sensor, and spark generator for stable and precise testing.
2. Gas system is microprocessor-controlled, ensuring accurate ignition timing; clearly displays after-flame time, after-glow time, and chamber temperature, effectively improving testing efficiency and data reliability.
3. Controlled via an LCD touchscreen with a programmable interface, allowing for custom settings to meet various standards.
4. Frame constructed from titanium-plated stainless steel; test chamber door made of high-temperature resistant, explosion-proof glass to ensure safety.
5. Features an internal micro-gas tank connection system for portability and space efficiency, while also including a connector for an external large LPG tank to broaden the application range.
6. Automatic ignition system; flame size and height can be adjusted as needed.

[Technical Parameters]:

1. Timing range: 0.1s – 999.9s
2. Timing accuracy: 0.1s
3. Distances from marker lines to the ignition point: 38mm, 138mm, and 292mm
4. Distance from igniter tip to specimen surface: 19mm
5. Igniter nozzle inner diameter: 9.5mm
6. Flame height: 38 ± 2mm
7. Specimen holder dimensions: Outer 360mm × 100mm; Inner frame 330mm × 50mm
8. Test chamber dimensions: 385mm × 204mm × 360mm
9. Instrument dimensions: 415mm × 435mm × 600mm
10. Power supply: AC 220V, 50Hz, 100W
11. Weight: Approx. 28kg [Optional IoT Module Features]:
12. Device status statistics: Displays the current number of online and offline devices.
13. Device alarm display: Shows the number and severity levels of active alarms.
14. Real-time experiment data and progress: Displays active experimental devices, current data, experiment progress, and total duration.
15. Parameter configuration: Allows direct parameter settings to be sent to the instrument for modification, enabling bidirectional control between the instrument and the platform.
16. Map view: Displays the geographical location and status of various devices based on device type.
17. Laboratory monitoring: Integrates surveillance cameras based on customer requirements to display real-time video feeds from the laboratory.
18. Customized unified management interface for laboratory equipment.
19. Temperature and humidity display: Integrates with third-party monitoring platforms to collect and display real-time environmental data (temperature and humidity) from the laboratory.
20. Supports device monitoring and alarm notifications via mobile app and web interface.
21. Supports customization of the app name and logo.
22. Multi-account platform management: Supports multi-level permission settings and account allocation across different devices, departments, and subsidiaries, facilitating unified enterprise management and enhancing device data security.
23. Supports maintenance work order submission, allowing manufacturers to track maintenance status.
24. Supports data exchange via Ethernet (wired), Wi-Fi, and Bluetooth.
25. Capable of monitoring and managing multiple devices simultaneously.
26. Features high-capacity storage and analysis capabilities for test data.
27. Supports independent test data output for each testing station.
28. Supports full-software OTA (Over-the-Air) updates for the device.