Battery Test Chamber
Battery test chambers are appropriate for tests performed on lithium-particle cells and modules. Dealing with lithium-particle batteries can introduce an assortment of expected perils. Framework administrators need to assess the degree of hazard and balance it utilizing a suitable wellbeing idea.
The LIT MK series of temperature test chambers give a controllable temperature scope of – 40 °C to +110 °C. The units accompany broad security gear as standard so that tests on lithium-particle cells can be performed at an expected risk level
Notwithstanding the scope of standard chambers for temperature and relative dampness tests can give chambers that meet all the test necessities for battery cells, modules, and bunches of different sizes and with different temperature and relative stickiness ranges, to meet the varying requirements of clients in this industry.
Illustration of a battery test chamber modified by the client’s solicitations.
- Inside working volume: 9000 liters
- Temperature range: – 60°C/+150°C
- RH range: 10% to 95% in the scope of +5°C to +90°C
Embellishments for consistency with peril levels
- Visual/Sound Alarm + 4 advantageous PT 100 sensors
- Inspecting framework for checking the test research facility
- with packed air or GN2 with stream meter
- Oxygen, H2, CO observing sensors
- Release pressure help connection
Battery Test Chambers are great for battery cell and module testing. These temperature test chambers are accessible with or without mugginess with sizes from 7 to 54 cu. ft. To test their dependability, our chambers test lithium batteries under different test conditions, for example, low or high temperature, quick temperature change, dampness.
During temperature tests, cheating or glitches of the batteries might happen. This can prompt the annihilation of the batteries. Expanding capacity sizes can cause more prominent effects of potential disappointments and likely dangers during tests with lithium-particle batteries. Hence, wellbeing in the lab and security of the staff during testing has the most elevated need.
Battery Testing Chamber
Battery testing fundamentally includes the examination during quick charging and releasing under reenacted true circumstances of outrageous pressure. These tests can be exceptionally perilous and can cause the arrival of harmful/touchy gases, unconstrained flames, or even blasts.
Battery testing chambers are utilized in innovative work, quality affirmation, and battery creation the same and are provided to an assortment of businesses including, auto, PC, media communications, guard, and elective energy markets.
Our series of temperature test chambers come in different models to meet test prerequisites connecting with temperature range, environment reach, and test region size.
Battery-powered lithium batteries are an indispensable piece of versatile frameworks like cell phones and workstations yet they can likewise be found putting away huge amounts of energy in fixed capacity frameworks. Nowadays, the car business is quite possibly the main field in which they are utilized, with lithium-particle batteries being incorporated into the mixture and electric vehicles with expanding recurrence, accordingly, dependability and wellbeing become central. The batteries should perform well in hot and cold circumstances, while not representing a risk due to spilling or detonating. Framework administrators need to assess the degree of hazard and neutralize it utilizing a suitable wellbeing idea.
Sorts of tests
Maturing tests:
These include testing at a specific temperature without the battery load cycle. They are performed inside a protected temperature range for the battery.
Execution tests:
Different battery-explicit boundaries, for example, the heap state are tried with covering temperature ranges. These tests are performed inside a protected temperature range for the battery.
Stress tests:
Different battery-explicit boundaries, for example, the heap state are tried with covering temperature ranges. These tests are performed at the constraint of the protected temperature range for the battery. This class additionally incorporates tests with higher charging and releasing flows covering consistent or dynamic temperatures.
