EN 
ES 
FR 
FA 
JA 
DE 
Amphenol HVC2P80FV350 | 2-Pole 8.0mm High Voltage EV Connector
Short Description:
-
Manufacturer: Amphenol (Excel-Mate HVC Series)
-
Part Number: HVC2P80FV350
-
Connector Type: High Voltage Plug (2-Pole)
-
Contact Size: 8.0 mm Pin Diameter
-
Voltage Rating: Up to 1000V DC
-
Safety Feature: Integrated HVIL (High Voltage Interlock Loop)
-
Shielding: 360° EMI/RFI Shielding
-
Protection Level: IP67 / IP6K9K (Mated)
-
Temperature Range: -10°C to +125°C
-
Application: EV Battery Packs, Inverters, DC-DC Converters, PDU.
Product Detail
Product Tags
Buy original Amphenol HVC2P80FV350 2-pole 8.0mm high voltage connectors. Rated up to 1000V DC with HVIL safety loop. Ideal for EV battery packs and inverters. Global shipping via Suzhou Suqin.
Data Overview
| Attribute Category | Technical Specification |
| Brand | Amphenol |
| Model / PN | HVC2P80FV350 |
| Series | Excel-Mate HVC (High Voltage) |
| Number of Positions | 2 Poles |
| Contact Diameter | 8.0 mm |
| Operating Voltage | 1000 VDC Max |
| Current Rating | Up to 200A – 250A (Based on wire gauge) |
| Safety Loop | With HVIL (High Voltage Interlock) |
| Sealing Level | IP67, IP6K9K (Mated) |
| Housing Material | Thermoplastic (UL 94V-0) |
| Operating Temperature | -10°C to +125°C |
| Mating Cycles | >50 Cycles |
Product Details
| High-Power Engineering & Performance | Safety Interlock & Circuit Protection | System Integration & Durability |
| 8.0mm Heavy-Duty Contact System | Features massive 8.0mm precision-machined contacts capable of sustained high-current delivery for EV powertrains. | Superior Efficiency: Minimizes heat generation and energy loss during rapid acceleration or fast charging, optimizing vehicle range. |
| Integrated High Voltage Interlock (HVIL) | Incorporates a specialized secondary signal loop that monitors the connection status in real-time. | Operator Safety: Automatically triggers a power-down sequence if the connector is decoupled under load, preventing lethal electric shocks. |
| 360° Electromagnetic Shielding | Wrapped in a full metal shield to suppress EMI and RFI generated by high-voltage switching. | Signal Integrity: Protects sensitive onboard sensors and communication modules from noise interference, ensuring stable autonomous driving and ECU logic. |
| IP67 & IP6K9K Ruggedized Housing | Engineered with advanced silicone seals and a robust locking lever to withstand high-pressure washdowns and submersion. | All-Weather Reliability: Ensures zero moisture ingress even in chassis-mounted positions exposed to road spray, salt, and extreme mud. |
Our advantage
● Brand supply diversification,
Convenient one-stop shopping
● Covers a wide range of fields
Automobile, electromechanical, industrial, communication, etc.
● Complete information, fast delivery
Reduce intermediate links
● Good after-sales service
Quick response, professional reply
● Original genuine guarantee
Support professional consultation
● After-sales problems
Ensure that the imported original products are genuine. If there is a quality problem, it will be solved within one month of receiving the goods.
Q1: What is the primary role of the HVIL in the HVC2P80FV350?
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.
Q2: Can HVC2P80FV350 withstand extreme vibration in EV chassis?
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.
Q3: Is this connector compatible with standard orange high-voltage cables?
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.
