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

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− 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

+ Standards

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.
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