What is an Automated Battery Burst Pressure Tester?
An Automated Battery Burst Pressure Tester System (ABBPTS) is
an instrument that determines the accurate pressure while estimating the
battery casings fail at a particular pressure range. The atmospheric pressure range
may vary from 5000 psi (pneumatic system) to 60,000 psi (hydraulic system).
The APP Pressure Test System provides fully-automated
control with computer-enabled tests. The ABBPTS is measurable with either vent
release test or crimps release test. Both the process highlights the precise
and accurate pressure when the battery bursts out or the vent leaks.
You can also check our guide: How Does an Automated Burst Pressure Tester Work?
What’s the Purpose of ABBPTS?
The ABBPTS is an ideal process to establish quality control
for battery casings. It’s useful to evaluate the defectiveness of battery exteriors
so as to identify their designated pressure and discard them immediately. The
Automated Battery Burst Pressure Tester System has a loading capacity of up to
64 casings. It’s an efficient procedure to test multiple battery casings
practically in sheet form in numerous industrial sectors. The automated detections
provide ease and support to users and allow them to get quick results.
How to Carry out the ABBPTS Operation?
The ABBPTS is a fully-automated process controlled by a
microprocessor that is really easy to use throughout the whole procedure. The
system has great compatibility with Windows 98 and other advanced versions.
Throughout the ABBPTS operation process, the software provides
dynamic reports and data, including real-time graphical displays using the
system screen. The screen provides a visual comparison between pressure and
time. The process enables the user to control parameters while monitoring the
initial burst target pressure. The pressurization rate and holding time provide
assistance while indicating the expected burst target pressure and the bursting
time of the battering casing.
Furthermore, the user can discontinue the evaluation process
if the battery casing bursts out prior to reaching the target pressure. After
completion of the test, the user can cease the pressurization and download data
to Excel to perform further analysis. The Automated Battery Burst Pressure
Tester System encompasses a versatile software having the capability to produce
reports and conduct the successful operation of battery casings test.
Specifications of the ABBPTS
The software and ABBPTS cover unique specifications to
target the exact pressure efficiently while providing accurate feedback through
visual data representation. Moreover, you can scroll more of its features here.
Monitoring System
The system delivers highly-accurate pressure while
evaluating the failure of battery casings. Throughout the operation, the
monitoring system has a user-defined target pressure that determines the
holding time and pressurization rate of the battery casings.
Pressurization Protection
The ABBPTS provides over-pressurization protection to
operate the whole procedure under elevated temperature and specific operating
conditions. It has a fail-safe system that provides multi-level testing support
to provide accurate data readings.
Windows-Based Software
One of the main features of ABBPTS is it's windows-based
software offering data control, measurement, and collection for report
generation. The software is compatible with 98 and advanced Windows versions as
it shows real-time graphical representation through a display screen.
Pressure Generator
The Automated Battery Burst Pressure Tester System generates
automatic pressure through the availability of multiple pressure outlet ports. The
pressure generator system provides continuous pressurization for high volume
situations.
Customized Reports
The unique feature of the ABBPTS is its ability to produce
customized report formats in a low-maintenance environment. The customized
reports are convertible to excel and offer precise information about the
failure of battery casings.
Wrapping Up
The AdvancedPressureProducts’ ABBPTS is the ultimate solution to read the faultiness of battery casings. The software includes electronic proceedings with a pressure generator, highly-modified software, real-time graphical representation, and accurate readings. Hence, it carries utmost significance while providing precise data regarding battery crimp bursts or any of its vent leakages.
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