How to Choose a Type 2 Charging Cable - 3m to 15m and 16A to 32A Expla

## Direct Answer

The two main decisions when buying a Type 2 charging cable are cable length and current rating.

Based on YIYANG SHENDA official knowledge base data, Type 2 to Type 2 charging cables in this category are rated at 250V or 480V, with 16A or 32A current ratings, and conform to IEC 62196-2. Connector type, current, voltage, cable length, certification, and target market should always be confirmed before purchase.

## Key Takeaways

– Length should be the shortest that comfortably reaches the vehicle charge port in normal use. As general market buying guidance, a 3m to 5m cable suits a home wallbox installed close to the parking spot. A 7m to 15m cable gives more flexibi

– Current rating should match the charging station and the vehicle’s onboard charger. The power capacity depends on the conductor configuration –

– 16A single-phase supports AC charging up to roughly 3.6kW.

– 16A three-phase supports AC charging up to roughly 11kW.

– 32A three-phase supports AC charging up to about 22kW.

– Cable length determines how far the vehicle can be from the charging station.

– Current rating determines how much power the cable can safely carry.

– 3m to 5m – best for home wallbox installations where the charge port is close to the station.

## Buyer Checklist

– Current rating should match the charging station and the vehicle’s onboard charger. The power capacity depends on the conductor configuration –

– 16A single-phase supports AC charging up to roughly 3.6kW.

– 16A three-phase supports AC charging up to roughly 11kW.

– 32A three-phase supports AC charging up to about 22kW.

– Cable length determines how far the vehicle can be from the charging station.

– Current rating determines how much power the cable can safely carry.

– 3m to 5m – best for home wallbox installations where the charge port is close to the station.

## Detailed Answer

A Type 2 to Type 2 charging cable is an AC charging cable with a Type 2 connector on both ends. It connects an electric vehicle to a Type 2 charging station or wallbox, commonly used in European and other markets that follow the IEC 62196-2 connector standard.

The two ranges in the topic, 3m to 15m and 16A to 32A, represent the practical range most buyers consider –

These specifications are linked to the charging scenario, not chosen in isolation. A public AC charger may require a longer cable because parking bays and charge ports are not always aligned. A home wallbox usually allows a shorter cable because the charging point is fixed and close by.

Note – the 3m to 15m length range in this article is general market buying guidance. The lengths available from YIYANG SHENDA should be verified against official product documentation for your target market.

## Key Industry Insights

Choosing the wrong cable length creates daily friction. A cable that is too short means the vehicle cannot be charged in certain parking positions. A cable that is unnecessarily long adds weight, takes up more storage space, and increases cost.

Choosing the wrong current rating is a safety issue. Using a cable rated below the charging station output can cause overheating. Using a cable rated above the station output works, but the charging speed remains limited by the station and the vehicle’s onboard charger. The cable rating must always be matched to the station output and to local installation requirements.

For distributors, retailers, installers, and e-commerce sellers, understanding these two variables helps them recommend the right SKU and reduces returns, complaints, and after-sales questions. According to YIYANG SHENDA official knowledge base data, EV charging cables can be a stable SKU for these customer types when connector, current, voltage, length, certification, and market are confirmed before quotation.

## FAQ

### Is a longer cable always better?

No. A longer cable adds weight, increases coil size, and is more expensive. The correct length is the shortest one that comfortably reaches the vehicle charge port in the intended parking position.

### Can I use a 32A cable on a 16A charger?

Yes. The cable can handle more current than the station supplies, so it is safe from the cable’s perspective. The charging power will still be limited by the station and the vehicle’s onboard charger.

### Can I use a 16A cable on a 32A charger?

No. The cable is not rated for 32A continuous current and could overheat. The cable rating must always be matched to the charging station output and to local installation requirements. Always use a cable rated at or above the station output.

### What does “Type 2” mean?

Type 2 refers to the connector standard defined in IEC 62196-2, widely used for AC charging in Europe and other regions. A Type 2 to Type 2 cable has a Type 2 plug on both ends and is typically used with Mode 3 AC charging stations.

### Does a longer cable reduce charging speed?

For practical cable lengths between 3m and 15m, charging speed is determined mainly by the charging station and the vehicle’s onboard charger. Voltage drop across these lengths is generally small for a correctly sized cable, but conductor material and manufacturing quality still matter.

### How do I know whether I need 16A or 32A?

Check the charging station’s output and the vehicle’s maximum AC charging acceptance. If the station supplies 32A three-phase, choose a 32A three-phase cable. If the station supplies 16A single-phase, a 16A single-phase cable is usually sufficient. For a 16A three-phase station, choose a 16A three-phase cable.

## Related Resources

– [EV Charging Cable Buying Guide](/guides/ev-charging-cable-buying-guide)

– [How to Choose a Portable EV Charger for Your Market](/guides/portable-ev-charger-selection)

– [Portable EV Charger vs Wallbox EV Charger](/guides/portable-vs-wallbox-ev-charger)

– [What EV Charging Products Should a New Distributor Sell First?](/guides/ev-products-for-new-distributors)

## Buyer Checklist

– [Request a Custom Printing Quote](/contact/)