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IEC 60086-4 Battery Test Equipment Mechanical Abuse Of Cylindrical Cells Impact Test
Product Information:
Sample and restrictions: Battery.
Test purpose: Used to simulate the situation that various types of
batteries are subjected to external impact during use,
transportation and storage.
Test principle: The test sample battery is placed on a plane, and a
rod with a diameter of 15.8±0.2mm (5/8 inch) is placed crosswise on
the center of the sample. A 9.1kg or 10kg weight falls from a
certain height (610mm or 1000mm) onto the sample. A 9.1kg or 10kg
weight is dropped onto the sample from a certain height (610mm or
1000mm). When cylindrical or square batteries are subjected to
impact tests, their longitudinal axis should be parallel to the
plane and perpendicular to the longitudinal axis of the steel
column. The longest axis of the square battery is perpendicular to
the steel column, and the largest surface is perpendicular to the
impact direction. Each battery only accepts one impact test.
Equipment structure and features: One machine structure, the door
uses explosion-proof lock and explosion-proof chain
Technical Parameters:
Item | Parameters |
Power supply | AC220V±10%/50Hz |
Test station | Single station |
Operation interface | 7-inch color LCD touch screen |
Drive mode | Stepper motor |
Control system | PLC Control |
Impact height | 0~1000mm, can be preset |
Lifting speed | 0~3mm/s, can be preset |
Drop weight | 9.1kg±0.1kg and 10kg (consisting of a 9.1kg dropped ball with a 900g weight) |
Exhaust device | Located behind the cabinet and can be connected to the outdoors |
Test environment | Ambient temperature 5~40°C; relative humidity (20~90)%RH. Use place: no violent shaking, vibration, no electromagnetic interference, no dust, no explosive and corrosive gas, good heat dissipation |
Test Procedure:
The impact test is applicable to cylindrical cells with a diameter
greater than 20 mm.
The test cell or component cell is placed on a flat, smooth
surface. A stainless steel bar (Type 316 or equivalent) 15.8 mm ±
0.1 mm in diameter and at least 60 mm in length or the longest
dimension of the cell, whichever is greater, is placed across the
centre of the test specimen. Using a nearly frictionless vertical
sliding rail or hammock, a weight of 9.1 kg ± 0.1 kg is dropped
from a height of 61 cm ± 2.5 cm onto the intersection of the bar
and the test specimen in a controlled manner, with minimum
resistance to the falling weight. The vertical rail or hanger used
to guide the falling weight shall be at an angle of 90 degrees to
the horizontal support surface.
The longitudinal axis of the test specimen at impact shall be
parallel to the plane and perpendicular to the long axis of the
stainless steel bar across the centre of the test specimen (see
Figure 3).