EV - Connectors for Electromobility

We want to help our customers industrialize electric drive systems to ensure a more sustainable future in commercial mobility, and we are the market leader in electromechanical connection solutions for battery electric drive systems and fuel cell drive systems.

Our connectors are specially designed for harsh environments with high requirements in terms of vibration, high currents, and safety, which we prove through validation according to automotive standards to offer our customers the best possible solutions. Other core competencies are design, and industrialization of customized solutions to deliver the requirements within the right time frame for the project and product life cycle of your projects.

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Further varieties of the series

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Excel|mate Plus

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Excel|mate S

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Excel|mate Metal

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Excel|mate Eco

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PowerLok

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SurLok Plus

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Radlok

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MSD XL

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Excel|mate Mono

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Mini MSD

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Excel|mate PT

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Excel|mate HEV

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CHD Series

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Frequently Asked Questions

HVIL, or High Voltage Interlock, is a safety feature of hybrid and all-electric vehicles that protects people during the assembly, repair, maintenance and use of a vehicle. The HVIL system is designed to protect anyone who may come into contact with high-voltage components throughout the lifecycle of an electric vehicle.

HVIL acts as a type of circuit breaker that sends a warning or error message to the driver if a high-voltage connection becomes loose, disconnected or damaged while the vehicle is in operation. HVIL also helps to protect the driver and occupants of a vehicle in the event of an accident. It is possible to order Amphenol Tuchel Industrial's EV connectors with or without HVIL.

Mechanical coding of connectors is a method of ensuring that connectors can only be connected to each other in a specific way. This is particularly important in applications where there are several connectors with different functions or connections in order to avoid mix-ups or incorrect connections.

The advantages of mechanical coding are manifold. It reduces the risk of misconnections, minimizes the likelihood of damage to equipment due to incorrect connections and improves overall system reliability. At Amphenol Tuchel Industrial, the EV connectors (except the MSD series) are mechanically keyed.

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