Model

JQ-8105

Burner

Bunsen burner, the inner diameter of the nozzle is 0.375 inches (9.5mm)
and  the  length is about 100mm

Flame application time

99H 59M 59S

Flame Height

10~75±2mm(adjustable)

Test rod diameter

1/4inch(6.35mm）× 14inch(355.6mm)

Test cover

Parallel to each other: 24 inches (610mm height: 14 inches (305mm)

octagon angle iron: upper and lower width 12.7mmX12.7mm

Test aluminum
mesh diameter

0.010inch (0.25mm)16Headx16Head

Octagonal stainless
steel mesh cover

The distance between each pair is 2feet (610mm), and the octagonal
net is 1 feet (305mm)

Test round hole
surface diameter

102mm

Ignition device

Automatic ignition

Display method

PLC touch + remote control PLC

control method

Remote control, fully automatic control of the test process

Combustion gas
requirements

High purity liquefied petroleum gas (owned)

Visual window

390 X 360mm (20mm thick tempered explosion-proof glass) with
stainless steel mesh explosion-proof

Timing time

Four digits display 0~9999 (H hour, M minute, S seconds can be switched)

Chamber material

Inner chamber material: SUS304 stainless steel z
Outer chamber material : Standard 1.2mm electrolytic board electrostatic painting

Safety protect system

Explosion-proof pressure relief device, smoke exhaust device, fire
extinguishing system, electronic door lock system, safety stop switch

Dimensions

W940XD780XH1620 mm

power supply

AC 220V ,50Hz

Power

2.0KW

Combustion particle test:
Requirement: Each test sample cell or battery is placed on a wire mesh screen. The mesh screen has 20 holes per 25.4 mm (1 inch) and the wire diameter is 0.43 mm (0.017 inch). The mesh screen was installed at 38.1 mm (1.5 inches) above the burner. The ratio of combustion to air flow is adjusted to produce a bright blue flame that causes the wire mesh to glow into a bright red color. A multi-layered gauze is placed vertically with a distance of 0.94 m (3 ft) from the center of the mesh to the gauze. The gauze screen area is 914x914mn (1 yard 2) and consists of four layers of gauze. The gauze weighs 12^18g/m2 (0.40.6 oz/yd2). The test sample is placed such that the spark or burning particles are directed to the center of the gauze screen as much as possible. In some cases, it may be necessary to bundle the test sample on the mesh to hold it in place. Then ignite the burner and observe the battery until the battery explodes or until the battery burns

Result: The gauze screen should not be ignited when the unit cell or battery is subjected to the specified test.

Projectile test:
Requirement: Each test sample cell or battery is placed on a platform. The center of the platen is opened with a hole with a diameter of 102mn (4 inches). The hole is covered with a mesh screen. The mesh screen is made of steel wire, each 25.4mm ( 1 inch) has 20 holes and the wire diameter is 0.43mn (0.017 inches). An octagonal wire cage with a top cover is placed on the test piece. The side of the cage is 610 mm (2 feet) long and 305 m (1 foot) high. It is made of metal mesh. The metal mesh screen is woven from a wire of 0.25 mm (0.010 inch) in diameter with 16 to 18 metal wires per 25.4 mm (1 inch) on each side. Place the sample on the mesh that covers the center hole of the platen and heat the sample until the sample explodes or until the sample burns
Result: When subjected to the specified test, the explosion of the unit cell or part of the battery should not penetrate the metal mesh screen. To this end, some or all of the cells or batteries should not protrude beyond the mesh.

Combustion particle test:
Requirement: For protection, this test is to be carried out in a room separate from the observer. Each test sample cell or battery was placed on a wire mesh screen. The mesh screen had 20 holes per 25.4 mm (1 inch) and the wire diameter was 0.43 mm (0.017 inches). The mesh screen was installed at 38.1 mm (1.5 inches) above the burner. The ratio of burning to air flow is adjusted to produce a bright blue flame that causes the wire mesh to glow into a bright red color. It is approximately 700° (1292° F). A multi-layer gauze screen is placed vertically with a horizontal measurement distance of 0.91 m (3 ft) from the center of the screen to the gauze screen. The gauze screen area is 914X914mm (1 yard 2) and consists of 4 layers of gauze. The weighing of the yarn fabric is 12~18g/m2 (0.4~0.6oz/yd2). Test sample should be like this
Place so that the spark or burning particles are directed to the center of the gauze screen. In some cases, it may be necessary to bundle the test sample on the mesh to hold it in place. The burner is then ignited and the battery is observed until the battery explodes, or until the lithium is burned.

Result: The gauze screen should not be ignited when the unit cell or battery is subjected to the specified test.

Projectile test:
Requirement: For protection, this test is to be carried out in a room separate from the observer. Each test sample cell or battery is placed on a platform. The center of the platen is opened with a hole with a diameter of 102 mm (4 inches). The hole is covered with a mesh screen. The mesh screen is made of steel wire, each 25.4 mm (1 inch). There are 20 holes, and the wire diameter is 0.43 mm (0.017 inches). The test sample was covered with an octagonal wire cage with a top cover that was 610 mm (2 ft) long and 305 mm (1 ft) high and was made of metal mesh. The metal mesh screen is woven from a wire having a diameter of 0.25 mm (0.010 inch), and on each side, there are 16 to 18 aluminum wires per 25.4 mm (1 inch). The sample is placed on a mesh screen that covers the center hole of the platen, and the sample is heated until the sample bursts.
Blast, or until the burning of lithium.
Result: When subjected to the specified test, the explosion of the unit cell or part of the battery should not penetrate the metal mesh screen. To this end, some or all of the cells or batteries should not protrude beyond the mesh screen.

Combustion jet test
Requirement: Each battery tested was placed on a wire screen with a hole density of 20/inch (25.4 mm) and the wire diameter was 0.017 inches (0.43 mm). The steel screen is placed directly above the combustion hole, 1^1/2 inch (38.1mn) from the hole. The fuel gas supply requires that a bright blue flame be placed directly on the steel screen to make it bright red. A vertical panel is placed 3 feet (0.31 m) from the center of the steel screen, and the panel is naturally (easy to burn) hang the cotton layer. The cotton area is 1 square yard (914 × 914mn), a total of four layers. The weight of the cotton material is 0.4~0.6 oz/sq. (12~18g/n2). The position of the battery is required to be aligned with the center of the cotton cloth to ensure that the material ejected at high temperature is sprinkled on the cotton cloth. At the same time, the battery is required to be securely attached to the combustion cradle. After the burner hole is clicked, the battery will be heated to an explosion or destroyed.
Result: the cotton cloth that was laid on the final panel could not catch fire.
Projectile test
Requirement: Each tested battery is placed on a steel mesh of -20 mesh [20 holes/inch (25.4 mm)] porosity. The steel mesh rests above the opening of a 4 inch (102 mm) aperture platform with a wire diameter of 0.017 (0.43m) Place an equilateral octagonal cage above the platform; the cage is 2 feet (610mm) apart and 1 foot (305mn) high, with a wire diameter of 0.01 inches (0.25mn). The density of 16, 18 inches per inch is woven in the vertical direction. The battery is placed in the center of the stencil and the hole until it explodes or is destroyed.
Result: any debris or battery case after the explosion of the battery cannot penetrate the wire mesh, or any part of the battery cannot fall outside the wire mesh

Combustion jet test
Requirement: Each test cell is placed on a 20-hole steel wire per inch (25.4 mm) with a wire thickness of 0.017 inches. The screen is placed at a distance of 1-1/2 (38.1 mm) inches from the burner. Fuel and air are sprayed at a speed that provides a bright blue flame so that the wire mesh burns bright red. A coarse asbestos panel was placed at a vertical distance of 3 feet (0.91 m) from the center of the stencil. The asbestos sheet is one square yard and consists of four layers of coarse asbestos material weighing 0.4-0.6 ounces per square yard. The test sample is placed in a position where Mars or burning particles can be sprayed into the center of the asbestos sheet. In some cases, it should be required to enclose the experimental sample in the mesh, then ignite the burner and observe the battery until it explodes or is destroyed.
Result: The rough asbestos cloth should not ignite.

Projectile test:
Requirement: The test cell was placed on a flat table with a 4 inch diameter hole and covered with a cover. The cover is constructed of a 20-hole wire mesh per foot or a wire of 0.017 inches (0.43 mm). A screen screen of 8 faces wide (610 mm) and 1 foot high (305 mm) per side was placed around the sample. The metal mesh consists of a wire having a diameter of 0.010 inches (0.25 mm) and is 16-18 filaments per inch. The sample is placed on a metal mesh, covering the hole in the center of the table, and then heated until it explodes or is destroyed. The safety valve faces parallel to the asbestos cloth.
Result: No part of the explosion battery penetrates the screen, and some or all of the batteries protrude from the screen.