As a key component in the high-voltage interlocking system, hvil cable has excellent electrical performance and reliability. It can accurately transmit interlocking signals to ensure stable signal interaction between the various parts of the entire high-voltage system. The special insulating material it uses can not only withstand high voltage, but also effectively resist the erosion of environmental factors, ensuring stable operation under complex working conditions. At the same time, the structure design of hvil cable is compact, easy to install and maintain, and can flexibly adapt to the layout requirements of various types of high-voltage equipment.
In the battery and motor connection link of new energy vehicles, hvil cable plays an irreplaceable role. It always monitors the high-voltage connection status. Once an abnormality occurs, it immediately feeds back to the vehicle control system through the interlocking mechanism, quickly cuts off the high-voltage power supply, and prevents accidents. In the field of industrial high-voltage equipment, such as large high-voltage test instruments, hvil cable ensures the safety of equipment during operation and maintenance. When the instrument needs to be repaired, hvil cable can ensure that the high-voltage circuit has been safely disconnected before opening the equipment casing to avoid the risk of electric shock to the operator.
Parameter of HVIL Cable
| Current: |
23A, 35A, 50A, 100A, 150A, 180A, 200A, 250A, 300A, 400A, 500A |
| Gender: |
Plug, Socket |
| Number of Positions: |
1 Pin, 2 Pin, 3 Pin |
| Orientation: |
Straight , Right Angle |
| Body Material: |
Metal , Plastic |
| Current Guage: |
Cable for Choose |
| From16A to 23A MAX |
2.5-4 mm2 |
| From16A to 35A MAX |
2.5-6 mm2 |
| From16A to 50A MAX |
2.5-10 mm2 |
| 125A MAX |
25 mm2 |
| 150A MAX |
16-35 mm2 |
| 200A MAX |
25-50 mm2 |
| 250A MAX |
50-70 mm2 |
| 400A MAX |
95-120 mm2 |
| 500A MAX |
120-150 mm2 |
Applications of HVIL Cable
In new energy vehicles, hvil series cable is used to connect the battery pack and the motor to ensure stable power transmission; it is used between the charging port and the on-board charging module to ensure charging safety; in the battery thermal management system, it connects the battery module and the thermal management equipment to maintain the normal operating temperature of the battery.
Description 
Technical Data 
