A: The HVIL (High Voltage Interlock Loop) is a low-voltage safety circuit. It ensures that high-voltage power is only active when the connector is fully mated. If the connector starts to disconnect, the HVIL breaks first, signaling the ECU to shut down the high-voltage power before the main contacts break, preventing arcing and injury.

A: Yes. This connector is specifically designed for automotive-grade vibration and shock resistance. Its robust mechanical locking mechanism and PBT/Metal hybrid structure ensure a secure connection even in heavy-duty truck or off-road EV applications.

A: Yes, the HVC2P80FV350 is designed to work with shielded orange cables typically used in EVs. The cable seal and shielding termination are optimized for standard 35mm² to 50mm² wires (depending on specific terminal inserts) to maintain IP67 and EMI standards.

A: The HVIL (High Voltage Interlock Loop) is a critical safety feature for EVs. It is a low-voltage circuit that signals the system to de-energize the high-voltage lines before the main power contacts are fully separated, preventing hazardous electric arcs and protecting both the user and the electronics.

A: The standard design of HVSL1200022A1H10 is optimized for 70mm² to 95mm² wire gauges to ensure perfect sealing and contact resistance. Using 120mm² may compromise the IP6K9K rating. If you require higher gauge support, please contact us for a customized shell or alternate series.

A: Yes, it is rated IP6K9K. This means it is specifically tested to withstand high-pressure, high-temperature water jets, making it ideal for vehicle undercarriages and engine bays that undergo frequent industrial cleaning.