Dual-function integration of environmental simulation and performance testing

Integrates high and low temperature test chambers and battery charging and discharging equipment, supporting 15℃ ~ 60℃ button cell battery testing, simulating the conventional environment. Achieves synchronous control of temperature and charging/discharging tests through the upper computer, meeting various needs in material research, battery development, and quality inspection.

Key Specifications

• Current and voltage accuracy: ±0.05% F.S. 
• Sampling time: 100ms 
• Temperature range & deviation: 15℃ ~ 60℃±2℃ (59°F ~ 140°F±3.6°F)
• Channel number: 32*4CH 
• Heating time: 25℃(77°F) ~ 60℃(140°F) ≤50min
• Cooling time: 25℃(77°F) ~ 15℃(59°F) ≤60min

Unleash the potential of testing with 4 individual operating spaces.

Assembled from four WHW-25L+15C-5V100mA-32CH*4 integrated machines, with each enclosure undergoing independent testing and supporting the setting of different programs for operation.

Combining the functionalities of compatible charge-discharge detection equipment and environmental test chambers into one cleverly designed solution, our product maximizes space utilization and enhances equipment efficiency.

Powerful heat dissipation for optimal stability

According to the set temperature value, the control system automatically calculates and controls the output of the semiconductor refrigeration (heating) module using the newly developed fuzzy PID algorithm by NEWARE, in order to achieve dynamic balance.

The axial flow fan circulates the air evenly, with a large air outlet, ensuring uniform and fast heat dissipation.

Mastering diversity, simplifying complexity

By integrating the functions of compatible charging and discharging detection equipment and environmental test boxes into a meticulously designed solution, our products maximize space utilization and enhance equipment efficiency. Applicable for material research and button cell battery testing; the double-layer fixture tray design can securely accommodate up to 32 battery cells, providing a reliable and efficient solution for battery organization and management.

Multiple safety protection mechanisms

Emergency protection mechanisms such as power failure data recovery, short circuit protection, and fan abnormality detection are provided to prevent equipment damage.