Battery Drop Test Chamber

Battery Safety Performance Drop Testing

Battery Safety Performance Drop Testing

Battery Safety Performance Drop Testing

Model No. :

BE-8108

Model No. : BE-8108

Brand : DG Bell

The BE-8108 is a precision-engineered testing system designed to evaluate the impact resistance and structural integrity of mobile phone batteries during accidental falls. It utilizes a sophisticated pneumatic lifting mechanism and vacuum suction to ensure high repeatability and accurate orientation during vertical drop simulations.

  • Pneumatic lifting for precise height control

  • Vacuum suction ensures stable sample release

  • Large touch screen for easy operation

[acf_all_fields_accordion]

− Features

  • Pneumatic Lifting System: Utilizes a stable pneumatic cylinder to lift the specimen to the desired height, ensuring smooth movement and eliminating the vibration associated with manual or gear-driven lifts.
  • Vacuum Suction Release: Employs a vacuum suction cup to hold the test sample, allowing for a precise vertical release and ensuring the sample hits the impact surface at the exact intended angle.
  • Adjustable Drop Height: Features a programmable height range—typically from 300mm to 1500mm—to simulate various real-world accidental fall scenarios from pockets, hands, or tabletops.
  • Dual-Column Guide Rail: Constructed with a high-precision dual-column structure that prevents the lifting carriage from swaying, ensuring a true vertical trajectory for every test cycle.
  • Integrated Safety Controls: Built with an enclosed test area and PLC touch-screen interface, allowing operators to trigger tests remotely and monitor progress without being exposed to potential battery rupture.
  • Heavy-Duty Impact Base: Equipped with a standardized cement or steel impact plate (depending on the specific testing standard required) to provide a consistent and rigid contact surface.

+ Technical Specifications

+ Standards

Features
  • Pneumatic Lifting System: Utilizes a stable pneumatic cylinder to lift the specimen to the desired height, ensuring smooth movement and eliminating the vibration associated with manual or gear-driven lifts.
  • Vacuum Suction Release: Employs a vacuum suction cup to hold the test sample, allowing for a precise vertical release and ensuring the sample hits the impact surface at the exact intended angle.
  • Adjustable Drop Height: Features a programmable height range—typically from 300mm to 1500mm—to simulate various real-world accidental fall scenarios from pockets, hands, or tabletops.
  • Dual-Column Guide Rail: Constructed with a high-precision dual-column structure that prevents the lifting carriage from swaying, ensuring a true vertical trajectory for every test cycle.
  • Integrated Safety Controls: Built with an enclosed test area and PLC touch-screen interface, allowing operators to trigger tests remotely and monitor progress without being exposed to potential battery rupture.
  • Heavy-Duty Impact Base: Equipped with a standardized cement or steel impact plate (depending on the specific testing standard required) to provide a consistent and rigid contact surface.
Drop Height 300~1500mm (Adjustable)
Testing Method Free fall
Test Loading 0~5kg
Specimen Max. Dimension W200 x D200 x H200mm
Machine Dimension W700 X D900 X H1800mm
Motor Power 90W
Control Mode PLC touch screen (7-inch touch screen) + Remote control
Internal Material SUS 304# Stainless steel
External Material 1.5mm thickness Cold plate
Falling Method Pneumatic drop
Lifting Method Electric
Power Supply 220V 50Hz
Safety device Fully enclosed explosion-proof device
Pressure >0.3Mpa
Drop Panel Size W600 x D700 x H10mm (solid steel), hardwood, cement board (optional)
Observation Window 390 X 360mm (20mm thickness tempered explosion-proof glass)
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