Specific introduction of the battery capacity testing machine performance

With the new wireless communication skills, the battery discharge process can be monitored in real time through the PC monitoring software, and the discharge process of each battery can be monitored. The power consumption part adopts the new PTC ceramic resistor as the discharge load, which completely avoids the red heat phenomenon and is safe and reliable without pollution. The whole machine is controlled by microprocessor, LCD display, Chinese menu. The appearance planning is novel, small size, light weight and convenient to move. Various discharge parameters set after the completion of the initiative to complete the entire constant current discharge process. Completely complete intelligent. Make the whole discharge process safer. The intelligent discharge monitor has convenient and intelligent professional planning, which makes the discharge test operation simple and easy, greatly reduces the labor intensity of professional protection personnel, and also improves the scientific and intelligent discharge test. On the basis of the original products, the whole group of single-unit detection discharge instrument combines battery test skills, wireless communication skills, computer information processing and other skills to introduce a new generation of single-unit detection discharge instrument with wireless single-unit detection function. Using wireless transmission monomer voltage collection system, short distance wireless communication data transmission. The data collection speed is fast, the precision is high, the anti-interference ability is strong, the operation is simple, the voltage change of each time period of the battery discharge process can be recorded, the safety hazards such as errors caused by connection lines and damage to connection cables can be avoided, the "bridge voltage" generated by connection wires between single voltage batteries can be wirelessly collected, and the large connection resistance can be ensured due to looseness of a single connection device in the discharge process.