Heavy Impact Testing Machine and Charge Discharge Testing Equipment
for Batteries
Product Decription:
This heavy impact testing machine for batteries is specifically
designed to meet your stringent requirements for battery quality
inspection. It can accurately simulate a variety of extreme impact
scenarios, enabling you to anticipate the performance of batteries
in complex environments.
The equipment is crafted with innovative design and advanced
manufacturing techniques, ensuring the accuracy and reliability of
test data. Its high - efficiency impact system can rapidly conduct
various impact tests, significantly shortening the testing cycle
and boosting your work efficiency. The robust and durable body not
only guarantees the stable operation of the equipment but also
reduces maintenance costs.
By using our product, you can effectively identify potential
battery defects, optimize product design, and remarkably enhance
the safety and reliability of batteries, winning market trust for
your products. Don't hesitate any longer. Choose this testing
machine now and embark on a new chapter of battery quality
improvement.
Major Parameter:
Item | Description |
Inner Box Size (W*D*H) | 490*520*1430mm |
Equipment Dimensions (W*D*H) | 700*1000*1720mm |
Weight | 9.1kg and 10kg |
Impact Height | 0-1000mm (Can be adjustable) |
Height Display | LED Meter Display |
Displacement Accuracy | ≤±5mm |
Impact Method | Free Fall |
Control Mode | PLC Touch Screen Control |
Impact Floor Material | 30mm No. 45 Steel |
Metal Rod | 15.8±0.2mm (5/8 inch) Steel Rod |
Pressure Relief Door Size | 200*200mm |
Smoke Exhaust Pipe | Diameter φ100mm (Located at the back of the box) |
The Maximum Size
of the Battery Tested (W*D*H) | 200*200*200mm |
Equipment Weight | 85Kg |
Power Supply | AC220V; 50Hz/60Hz |
Internal Material | 1.2mm SUS#304 Stainless Steel Plate,
Teflon Melt Adhesive Tape is Applied to 1/3 of the Place,
High Temperature Resistance
Corrosion Resistance, Insulation and easy to clean. |
External Material | 1.5mm Thick Cold-rolled Steel Plate with Paint Treatment |
Impact Method | Lift the Falling Ball to a Certain Height and Release it,
and the Falling Ball Falls Freely in the Vertical Direction,
without Tilting or Shaking; |
Box Door | a Single Door Opens to the Left,
and Explosion-proof Chain is Installed on the Side of Door |
Hot-Sell Products:
Company Information:
Dongguan Neide Technology Co. Ltd located in Dongguan, Guangdong
province with convenient transportation access. We take immense
pride in our journey of excellence as a premier provider of
top-quality testing equipment. With our unwavering commitment to
innovation, we specialize in crafting cutting-edge environmental
test chambers and mechanical test machines.
Our extensive range includes temperature and humidity chambers,
thermal shock test chambers, tensile testing machines, and
vibration test machines. What sets us apart is our proficiency in
creating customized testing equipment tailored to your specific
needs.
At the heart of our operations lies a dedication to precision and
compliance. Our products are engineered to meet and exceed
international standards, such as ISO, ASTM, DIN, EN, GB, BS, JIS,
AMSI, UL, TAPPI, AATCC, and IEC.
This ensures that our solutions not only adhere to industry
benchmarks but set new standards of excellence. Our services and
products find applications across diverse sectors, including
R&D institutions, quality inspection establishments,
universities, and electronics and communications industries
FAQ:
1. When the battery thermal shock test chamber performs rapid high -
low temperature switching, how long does it take for the
temperature to recover? This is crucial for me to evaluate the
performance response speed of the battery under rapid temperature
changes.
After the battery thermal shock test chamber completes the high -
low temperature switching, the time for the temperature to recover
to the set value is usually within 1 - 2 minutes. This benefits
from its efficient refrigeration and heating system and good
insulation design of the chamber. The rapid temperature recovery
can more realistically simulate the rapid temperature change
scenarios that the battery encounters in actual use, allowing you
to accurately evaluate the performance response speed of the
battery in such situations, ensuring that your test results can
accurately reflect the performance of the battery in practical
applications.
2. My company manufactures batteries for consumer electronics
products. How much can these two devices contribute to shortening
the product R & D cycle?
These two devices can significantly shorten the R & D cycle. The
thermal abuse test chamber can quickly expose the design defects of
batteries under extreme thermal conditions, avoiding problems in
subsequent large - scale production and saving time and cost. For
example, in the past, it might have taken months of actual use
monitoring to discover battery thermal stability issues, but now it
can be tested and the problem can be located within a few days
using this device. The battery thermal shock test chamber can
accelerate the simulation of the temperature changes of the battery
in actual use, allowing you to evaluate the reliability of
different design schemes more quickly. By testing multiple schemes
in parallel, the original R & D cycle that might have taken a year
is now expected to be shortened to about half a year, enabling your
products to be brought to market faster.
3. Are the maintenance of these two devices complex? What is the
approximate proportion of the maintenance cost to the equipment
procurement cost?
The design of the equipment fully takes into account the
convenience of maintenance. Daily maintenance mainly includes
simple operations such as regularly cleaning the condenser and
checking the calibration of the temperature sensor. We will provide
detailed maintenance manuals and training videos to help your staff
get started easily. In terms of maintenance costs, the annual
maintenance cost accounts for approximately 6% - 10% of the
equipment procurement cost. This mainly covers the replacement of
vulnerable parts, such as heating elements and consumable parts of
the refrigeration compressor. Since we use high - quality
components, the replacement cycle is relatively long, further
reducing the maintenance cost.
