Type 2 EV Charging Cable: Phase, Amps & Length Guide

Your new EV turns up before your home charger does, and suddenly you're relying on whatever your parents' garage, a mate's shed, or the caravan park power pole can give you. A portable Type 2 charging cable is what bridges that gap -- but only if you've matched the phase, amperage, and length to where you'll actually be plugging in. If you're weighing that up against just getting a three phase EV charger installed instead, it helps to understand what the cable itself can and can't do first.

Single-Phase or 3-Phase -- Match the Cable to the Supply, Not the Car

Most houses in Australia run on single-phase power, so a single-phase Type 2 cable covers a standard home outlet, a friend's garage, or a rental property. Sheds, workshops, factories, and a lot of caravan parks are wired 3-phase, and a 3-phase cable will typically pull a noticeably faster charge from that same supply -- in practice, roughly two to three times quicker than single-phase at the same amperage, since you're drawing across three active conductors instead of one.

The cable doesn't decide which phase you get -- the outlet you're plugging into does. Buying a 3-phase cable doesn't make a single-phase outlet charge faster, and plugging a single-phase cable into a 3-phase outlet just means you're only using one of the three phases available. Before ordering, check what's actually run to the point you'll be charging from most often, not what sounds like the better spec on paper.

32A, 5m or 10m -- What the Numbers Actually Mean On Site

All five cables in this range are rated 32A and IP44, so the weatherproofing and current rating are consistent across the board. What changes between them is phase and length, and that's where the actual buying decision sits.

Length is mostly about parking, not charge speed. A 5m cable is easier to coil and store, but it's genuinely too short the moment your car isn't parked right next to the outlet -- and stretching a cable taut across a driveway is its own hazard. If in doubt, the 10m option gives more slack to work with.

Common Mistakes When Buying a Portable Type 2 Cable

Buying 3-phase for a single-phase home. It's an easy mistake if 3-phase sounds like the "better" spec -- but if your home outlet is single-phase, the extra conductors in a 3-phase cable go unused and you've paid for capacity you can't draw on.

Going 5m because it looks tidier. A shorter cable coils up neater in the boot, but the first time you're parked at an angle or the outlet is on the far wall, 5m runs out fast. Most owners who start with 5m end up wishing they'd bought 10m.

Assuming the cable will fast-charge like a public DC charger. A portable AC cable, even at 32A on 3-phase, typically charges over hours rather than minutes. It's built for overnight or workday top-ups, not for replacing a public rapid charger on a road trip.

Not checking the vehicle's own inlet type. Most current EVs sold in Australia use a Type 2 inlet, but some older and imported models still use Type 1. Buying a standard Type 2-to-Type 2 cable for a Type 1 car means it simply won't connect.

Leaving the cable coiled tight under load. Tightly coiling a cable while it's actively charging can build up heat in the coil that the cable isn't designed to shed. Lay it out loosely rather than leaving it bundled at the plug end.

Frequently Asked Questions

Choosing the Right Cable

can I use a 3 phase type 2 cable on a single phase supply?

Yes, it will physically connect and charge, but you'll only be using one of the three active conductors, so charging speed is the same as if you'd bought the single-phase version -- there's no benefit to the 3-phase cable in that setup.

what's the difference between a 5m and 10m ev charging cable?

Only the length -- current rating, connector type, and IP44 weatherproofing are the same. The 10m single-phase cable gives more slack for awkward parking, while 5m is easier to coil and store when it's not in use.

Charging Away From Home

do public ev chargers already have their own cable?

Most public DC fast chargers have a fixed, tethered cable built in. Untethered AC public chargers, and most private or workplace points, expect you to supply your own Type 2 cable -- which is exactly the gap a portable cable like this covers.

is it worth getting a portable cable if I'm planning a fixed home charger anyway?

It's still worth keeping one in the boot even after a fixed three phase EV charger goes in -- it's your backup for staying at friends', work carparks without a dedicated unit, or anywhere your regular charger isn't an option.

Licensing & Safety

do I need an electrician to use a portable ev charging cable?

No -- if you're plugging into an existing, compliant outlet, using the cable itself doesn't require a licensed electrician. You'd only need one if a new circuit or outlet is being installed to support it.

is a 32a type 2 cable safe to leave plugged in overnight?

The 10m 3-phase cable and the rest of this range are IP44 rated, which typically covers splashing water from any direction -- fine for an overnight charge outdoors, though it's still worth keeping the connection off wet ground where practical.

For the full range of ev chargers and charging accessories, see the shop section below.

Shop EV Charger Cable Type 2 at Schnap

Trade pricing and same-day dispatch from Kingsgrove NSW on the full range below, part of our wider ev chargers and accessories lineup.

• Single-Phase Cables
• 10m 32A Single-Phase Type 2 Cable -- extra reach for carports and angled parking
• 5m 32A Single-Phase Type 2 Cable -- compact option for close-parked charging

• 3-Phase Cables
• 10m 32A 3-Phase Type 2 Cable -- suited to sheds, yards, and caravan park power poles
• 5m 32A 3-Phase Type 2 Cable -- faster charging where the outlet is within reach

• Type 2 to Type 1 Adapter Cable
• 10m 32A Type 2 to Type 1 Cable -- for EVs still fitted with a Type 1 inlet

Find the full EV charger cable Type 2 range at Schnap -- trade pricing and same-day dispatch from Kingsgrove NSW.