Freon direct cooling testing machine HZ10

Compared with traditional liquid cooling temperature control, Freon direct cooling test machine has the advantages of reducing coolant circulation components, higher reliability, lighter weight, less energy consumption and more stable working conditions, which is the main development direction of new energy vehicle thermal temperature control in the future, and is widely used in new product development and quality control.

Product characteristics

High precision

The high precision sensor and control system can monitor and adjust the parameters in the test process in real time to ensure the accuracy and reliability of the test results.

Data display

With refrigerant mass flow display

Meet a variety of testing requirements

Both direct cooling/direct heat function, can meet the battery in a variety of conditions of the test needs

Telecommunication function

Supports RS485, CAN, CANFD and other communications

Energy-saving and efficient

Freon direct cooling, no coolant circulation, energy saving and high efficiency

regulate

Evaporation pressure, supercooling/superheat can be adjusted

Product parameter

model	HZ10	dimension（WDH）mm	100015001500
Refrigerating capacity	10KW	Heat production capacity	10KW
Degree of supercooling	0~5℃	Degree of superheat	5℃±2℃
· Can be customized

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Freon direct cooling testing machine HZ05

Freon direct cooling test machine is specially used for freon direct cooling battery pack test equipment, through the control of freon pressure, supercooling, superheat, mass flow distribution and other ways to control the working parameters of the whole machine, in order to imitate the vehicle direct cooling temperature control state of thermal testing. It can choose three modes: refrigeration condition, heat pump condition and PTC preheating condition.

Freon direct cooling testing machine HZ20

The working principle of Freon direct cooling test machine is to directly cool the battery pack pack with freon refrigerant to simulate the heat dissipation of the battery pack pack under actual working conditions. During the test, freon refrigerant is injected into the battery pack, which is then cooled to a preset test temperature by a cooling system. At the same time, the control system will monitor and adjust the flow, temperature and pressure of the freon refrigerant in real time to ensure the accuracy and reliability of the test results. The data acquisition and analysis system will monitor and record the test data in real time, conduct data processing and analysis, and provide performance evaluation reports.

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