CZC7HC1Series of intelligent charger uses a high-performance embedded charging control unit to control the charging current. Through the main circuit module designed with parameter optimization, it provides continuous and adjustable charging current for all kinds of lithium batteries and meets the requirements of various charging processes. The charging controller is built in default charging curve. lt can also be set and stored customized charging curve according to the needs of users to meet the requirements of customized charging process. The charging controller monitors various parameters in the charging process in real time, so that the charger has perfect protection function and protects the charging process smoothly in real time. At the same time, it also provides communication interfaces and provides chain control with other devices.
CZC7HC1Series of intelligent charger uses a high-performance embedded charging control unit to control the charging current. Through the main circuit module designed with parameter optimization, it provides continuous and adjustable charging current for all kinds of lithium batteries and meets the requirements of various charging processes. The charging controller is built in default charging curve. lt can also be set and stored customized charging curve according to the needs of users to meet the requirements of customized charging process. The charging controller monitors various parameters in the charging process in real time, so that the charger has perfect protection function and protects the charging process smoothly in real time. At the same time, it also provides communication interfaces and provides chain control with other devices.
Main Characters
* The charging equipment adopts multiple high-frequency switching power modules for parallel redundant backup operation to form a high-power charging system. The current sharing unbalance between modules is less than 5%, which is characterized by high reliability and easy maintenance;
* The efficiency of the whole vehicle charging system is above 93%;
* Sectional constant power design, wide range setting of output voltage and current, can greatly improve the charging speed fast charging and slow charging can be freely selected;
* The power module has its own standard isolated CAN communication port which is used to communicate with the mair controller;
* The charging system is equipped with an independent monitor to exchange information with the human-computel interface and the upper computer, and monitor the system operation;
.The human-computer interaction interface adopts high-performance ARM chip and 7-inch true color touch screen, with humanized design and simple and convenient operation; The human-computer interaction interface is connected with the battery management unit (BMS) or on-board instrument through the CAN bus, and operates according to the given parameters of the battery inspection (BMS), sets different charging operation modes, and realizes rapid charging;
.Complete protection functions, such as AC over-voltage/Undervoltage protection, DC output over-voltage/undervoltage protection, output current limiting/over-current protection, over-temperature protection, etc,
Main Characters
* The charging equipment adopts multiple high-frequency switching power modules for parallel redundant backup operation to form a high-power charging system. The current sharing unbalance between modules is less than 5%, which is characterized by high reliability and easy maintenance;
* The efficiency of the whole vehicle charging system is above 93%;
* Sectional constant power design, wide range setting of output voltage and current, can greatly improve the charging speed fast charging and slow charging can be freely selected;
* The power module has its own standard isolated CAN communication port which is used to communicate with the mair controller;
* The charging system is equipped with an independent monitor to exchange information with the human-computel interface and the upper computer, and monitor the system operation;
.The human-computer interaction interface adopts high-performance ARM chip and 7-inch true color touch screen, with humanized design and simple and convenient operation; The human-computer interaction interface is connected with the battery management unit (BMS) or on-board instrument through the CAN bus, and operates according to the given parameters of the battery inspection (BMS), sets different charging operation modes, and realizes rapid charging;
.Complete protection functions, such as AC over-voltage/Undervoltage protection, DC output over-voltage/undervoltage protection, output current limiting/over-current protection, over-temperature protection, etc,
Main technical parameters
Input Power (KVA) |
Input Current (Aac) |
Max.Output Current (Adc) |
Max.Output voltage (Vdc) |
Communication Mode |
Protection grade | Size (mm) | Woight (Kg) |
21.7 | 33 | 50 | 750 | CAN | IP54 | 714*450*1600 | 101 |
43.4 | 66 | 100 | 750 | 714*450*1600 | 111 | ||
65.1 | 99 | 150 | 750 | 862*500*1700 | 204 | ||
130.3 | 198 | 150*2 | 750 | 862*600*1900 | 300 |
Main technical parameters
Input Power (KVA) |
Input Current (Aac) |
Max.Output Current (Adc) |
Max.Output voltage (Vdc) |
Communication Mode |
Protection grade | Size (mm) | Woight (Kg) |
21.7 | 33 | 50 | 750 | CAN | IP54 | 714*450*1600 | 101 |
43.4 | 66 | 100 | 750 | 714*450*1600 | 111 | ||
65.1 | 99 | 150 | 750 | 862*500*1700 | 204 | ||
130.3 | 198 | 150*2 | 750 | 862*600*1900 | 300 |
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