Can be customized according to your requirement

Standard Series

An environmental chamber for battery testing is a type of laboratory, engineering, QA equipment used to simulate different environmental conditions in order to test the batteries performance. The chamber is designed to control temperature, humidity, and other environmental factors in order to accurately measure the performance of the battery under different conditions.

Specially Designed for Battery Testing

Chambers dedicated to battery testing.

Water Immersion Cooling

Water Immersion Cooling system enables quick removal of heat.

Inner Sprinkler System

Liquid Sprinkler System with manual switch and emergency stop. 

Smoke Detector

Built in smoke detector that can detect any smoke emitted while testing.

The problem with normal environmental tesing chambers!

A normal chamber for battery testing would involve a chamber with a temperature and humidity control system, a power supply, and a testing device to measure the battery’s performance. The chamber would also need to be properly ventilated to ensure that any hazardous gases or vapors created during the testing process are safely removed.

So, safety devices are essential for controlling the risks associated with using batteries.

Without safety devices, the risk of battery damage, such as batteries swelling, smoke, and firing will cause chamber damage, increasing fire disaster possibility. Safety devices such as over temperature detection, smoke detection, automatic exhaust, temperature decreasing sprinkler system to prevent these risks. Additionally, it is important to use the correct Chamber for the battery test.

Normal type environmental chamber for batteries test. During batteries testing period, batteries pack swelling cause to over pressure and fire.

GW Instek Battery Chamber is loaded with all safety features!

Specially designed for battery testing that solves every problem that may arise while testing a battery.

1.

Water Immersion Cooling

A method of dissipating heat from a battery during testing by submerging it in water, which can maintain a stable temperature and prevent overheating. This can help ensure accurate and reliable testing results while also protecting the battery from potential damage due to high temperatures.

 
2.

Automatic Exhaust

Automatic exhaust in an environmental testing chamber is essential for maintaining a safe and healthy working environment for personnel conducting battery tests. It helps to remove harmful gases and fumes produced during testing, ensuring that the testing environment remains stable and free from contamination.

 
3.

Emergency Power On & Stop Switch

A safety feature that provides an immediate and complete shutdown of the testing process in case of an emergency or hazardous situation. This switch can help prevent damage to the battery and ensure the safety of personnel conducting the test.

 
4.

Inner Sprinkler System

An inner sprinkler system can help to prevent fires and control them in case of a battery failure or malfunction during testing. This system sprays water or fire suppressant on the battery, quickly suppressing any flames and protecting the testing equipment and personnel.

 
5.

Smoke Detector

An essential safety feature that can detect smoke or other signs of fire and trigger an alarm, allowing for a quick response to potential hazards during battery testing. This helps to ensure the safety of personnel and prevent damage to equipment or the testing environment.

 

Defrosting function

Cyclical defrosting function by setting the operation time

  • When the temperature in the chamber is
    less than 5℃, heater will warm the inner chamber to required temperature to defrost.
  • When the temperature in the chamber is
    over 5℃, refrigerator will suspend and
    defrost.

Humidification delay function

Function to prevent sample from dew condensation at the temperature / humidity rising time, by delaying the humidification start for an optional set time (1 to 120 minutes) after the dry-bulb rise to the required temperature.

USB memory saving function

Saving the trend-graph data to USB memory is available. This is the function which enables USB memory to save the data (measured temperature, measured humidity) shown on the trend-graph of LCD operation panel as CSV file format.

Data log Function

When the operation stops by alarm for abnormal detection, this feature saves the data (the operating situation just before the trouble has occurred) to USB memory. Collecting the data just before the operation-stop enabled user to do trouble analysis.

Operation mode selective function

While operating the program, the user can choose the settings of operation mode by each step. (Choice of Energy saving mode, High load mode) For example electric conduction, a setting
change of the device ability
according to the test pattern is possible.

Unit Control Panel

Color LCD Touch Panel

The color LCD touch panel is adopted so that setting and controlling of the unit will be simple only by touching the displays. The color LCD offers clear view and the system is supported for diverse functions in operation control.

Program name input function

At this function, you may input a program name. Program name can be input by using alphabet, number, and
symbols (!”#%&’()@:,.=+-*/?_) for 14 words (maximum).

Various types of communication interface

By using communication interface, unit is being enabled to external control on operations and measurements from a connected computer or user’s original system unit.

Combined-program operate function

At this function, you may operate 2 or more programs continuously (or by combination). Up to 5 combined programs can be operated at maximum.

Various types of communication interface

By using communication interface, unit is being enabled
to external control on operations and measurements from a connected computer or user’s original system unit.