Battery Projectile / Burning Test Chamber
High Safety Battery Flammability Testing
High Safety Battery Flammability Testing
High Safety Battery Flammability Testing
Model No. :
BE-8105
Model No. : BE-8105
Brand : DG Bell
This specialized safety instrument is engineered to evaluate the flame resistance and flammability of consumer-grade lithium-ion batteries under extreme heat conditions. It features a robust all-in-one explosion-proof design that allows technicians to simulate hazardous fire scenarios while monitoring the battery’s reactive behavior from a safe distance.
-
Automated high precision Bunsen burner ignition
-
Reinforced chamber with explosion proof locks
-
Digital PLC touchscreen for remote operation
[acf_all_fields_accordion]
− Features
- Precision Flame Control: Features an adjustable Bunsen burner system that allows for exact flame height settings ranging from 10mm to 75mm to meet specific testing requirements.
- Standardized Safety Mesh: Includes a specific stainless steel octagon enclosure and aluminum mesh screens to accurately measure the distance and force of ejected battery components.
- Rugged Safety Architecture: Constructed with a 20mm thick tempered explosion-proof glass observation window and a reinforced steel structure to ensure operator protection during volatile tests.
- Automated Data Logging: Equipped with a USB data output port and programmable PLC controls to record flame application times and test results for seamless quality reporting.
- Integrated Safety Systems: Built-in smoke exhaust and fire extinguishing systems work alongside electronic door interlocks to manage hazardous fumes and post-test recovery safely.
+ Technical Specifications
| Structure | All-in-one structure, the door uses explosion-proof lock and explosion-proof chain |
| Burner | Bunsen burner with inner diameter of 0.375 inch (9.5mm) and length approx. 100mm |
| Flame Application Time | 99H 59M 59S |
| Flame Height | *10~75±2mm(Adjustable) *Mesh should be placed approx. 38mm above the flame (GB31241-2014) |
| Test Rod Diameter | 1/4inch(6.35mm)× 14inch(355.6mm) |
| Octagon Shape Stainless Steel Mesh Enclosure | Distance between each parallel sides: 24 inches (610mm) Height: 14 inches (305mm), Angle iron : spec. 12.7mmX12.7mm |
| Mesh Top Cover | Square shape with length approx. 650mm |
| Test Aluminum Mesh Specification | 0.010inch (0.25mm) 16 grit x16 grit |
| Test Round Hole Surface Diameter | 102mm |
| Ignition Device | Automatic ignition |
| Display Mode | PLC touch + Remote control |
| Observation window | 390x360mm (20mm thick explosion-proof glass, install explosion-proof stainless steel mesh) |
| Control Method | Remote control, automatic control through the entire test. |
| Combustion Gas Requirements | High purity liquefied petroleum gas. (Prepared by user) |
| Data Output | Test data can be output by USB flash disk directly . |
| Safety Protection | Explosion-proof pressure relief device, smoke exhaust device, fire extinguishing system, electronic door lock system, safety stop switch |
| Options | Video monitoring system |
+ Standards
OTHERS
UL 1642
+ Resources
Features
- Precision Flame Control: Features an adjustable Bunsen burner system that allows for exact flame height settings ranging from 10mm to 75mm to meet specific testing requirements.
- Standardized Safety Mesh: Includes a specific stainless steel octagon enclosure and aluminum mesh screens to accurately measure the distance and force of ejected battery components.
- Rugged Safety Architecture: Constructed with a 20mm thick tempered explosion-proof glass observation window and a reinforced steel structure to ensure operator protection during volatile tests.
- Automated Data Logging: Equipped with a USB data output port and programmable PLC controls to record flame application times and test results for seamless quality reporting.
- Integrated Safety Systems: Built-in smoke exhaust and fire extinguishing systems work alongside electronic door interlocks to manage hazardous fumes and post-test recovery safely.
Technical Specifications
| Structure | All-in-one structure, the door uses explosion-proof lock and explosion-proof chain |
| Burner | Bunsen burner with inner diameter of 0.375 inch (9.5mm) and length approx. 100mm |
| Flame Application Time | 99H 59M 59S |
| Flame Height | *10~75±2mm(Adjustable) *Mesh should be placed approx. 38mm above the flame (GB31241-2014) |
| Test Rod Diameter | 1/4inch(6.35mm)× 14inch(355.6mm) |
| Octagon Shape Stainless Steel Mesh Enclosure | Distance between each parallel sides: 24 inches (610mm) Height: 14 inches (305mm), Angle iron : spec. 12.7mmX12.7mm |
| Mesh Top Cover | Square shape with length approx. 650mm |
| Test Aluminum Mesh Specification | 0.010inch (0.25mm) 16 grit x16 grit |
| Test Round Hole Surface Diameter | 102mm |
| Ignition Device | Automatic ignition |
| Display Mode | PLC touch + Remote control |
| Observation window | 390x360mm (20mm thick explosion-proof glass, install explosion-proof stainless steel mesh) |
| Control Method | Remote control, automatic control through the entire test. |
| Combustion Gas Requirements | High purity liquefied petroleum gas. (Prepared by user) |
| Data Output | Test data can be output by USB flash disk directly . |
| Safety Protection | Explosion-proof pressure relief device, smoke exhaust device, fire extinguishing system, electronic door lock system, safety stop switch |
| Options | Video monitoring system |
Application & Standards
Accessories
Software
FAQs
Related Products
Advancing research and development through reliable, high-quality scientific instruments tailored to your needs.
