The spec that makes this charger interesting
Native-NACS wall chargers have stopped being unusual. ChargePoint sells one, Lectron sells one, Grizzl-E sells one, and EVIQO sells this. On the headline numbers they are interchangeable: 48 amps, 11.5 kW, hardwired, a weatherproof body, three years of warranty. If you have a 60-amp circuit, almost any of them will do.
The interesting question is what happens when you do not, and that is where this charger separates itself. Forty-eight amps of charging requires a 60-amp breaker, because NEC Article 625 treats EV charging as a continuous load and sizes the circuit at 125% of the draw. On an older 100- or 125-amp service, a load calculation frequently comes back with room for 40 amps and no room for 60 — the situation our 100-amp panel roundup is built around. At that point most 48-amp chargers are simply not candidates, and the listings do not say so.
EVIQO publishes the way out, in its own words: a DIP switch inside the unit with positions at 16, 32, 40 and 48 amps, and an app slider that then runs from 6 amps up to whatever the switch permits, in single-amp steps. Those switch positions map cleanly onto real circuits — 20, 40, 50 and 60 amps respectively. Set it to 32 and you have a 48-amp-capable charger permanently living inside a 40-amp circuit, with the limit enforced in hardware rather than in a cloud account.
That distinction is worth labouring, because it is the difference between a setting and a limit. An app limit is convenient and easy to change, which is exactly the problem: it can be changed. A hardware cap means the number your electrician signed off on is the number the charger can physically deliver, three years and two phones later. Our 32-amp roundup ranks on precisely this, and our guide to setting your charger’s amps walks through finding the right number first.
One honesty note on EVIQO’s own copy. A banner on the page reads “Easily set power (6-50A) for your home’s capacity”, while the FAQ on the same page gives the DIP positions as 16/32/40/48. We cite the FAQ, because it is the specific statement about the mechanism, and we record the discrepancy rather than quietly adopting the bigger number. The J1772 sibling’s page explains where the 50 comes from — a DIP position that raises output to 50 amps and requires a 70-amp circuit — which is academic for the panels this charger suits.
The rest of the hardware
Reach. A 25 ft charging cable plus a 40-inch input lead, which is among the longest total reach of anything we cover and the main practical reason to prefer EVIQO over several more expensive brands. The input lead is the part buyers overlook: it means the charger body does not have to be mounted directly over the junction box, so the unit can go where the cable needs to start rather than where the conduit happens to end. EVIQO describes the cable as fourth-generation and includes a fluorescent holster. Our long-cable roundup is the page for when reach is the deciding spec.
Weather. An IP66 / NEMA-4 enclosure with a published operating range of -22°F to 122°F. The temperature figure is the one to notice: an enclosure rating tells you about water and dust and nothing about cold, and plenty of competitors publish the first and omit the second. If the charger is going on an exterior wall, that published floor is a real specification rather than a reassurance — see our outdoor roundup and cold-weather guide.
The app. Pairing over 2.4 GHz Wi-Fi, up to three charging schedules, live energy and cost tracking, remote amperage adjustment and automatic over-the-air firmware. For a Tesla driver the scheduling is largely redundant — the car already schedules its own charging, and two schedulers disagreeing is a real source of “why didn’t it charge” confusion, as our smart versus basic comparison argues. What the app adds that the car cannot is wall-side measurement: the car reports energy that reached the battery, the charger reports energy that left the wall, and the gap is charging losses you are paying for. Our energy monitoring guide covers why that gap is worth knowing.
Certification and warranty. UL, ETL, FCC and ENERGY STAR, stated as a group rather than with individual standards named — which is less precise than, say, Lectron naming UL 2594, 2231 and 2251 individually, and we record the difference. ENERGY STAR is the listing that matters most for rebate paperwork; our rebates guide covers what administrators ask for. The warranty is three years standard with a four-year extension offered as a purchase option.
The honest risks
Hardwired only. There is no plug-in SKU of this charger, so a licensed electrician is required even if you set it to 16 amps. If you want a native-NACS unit you can unplug and take with you, that is a portable charger rather than this — our portable Tesla roundup covers those, and our hardwired versus plug-in comparison covers the trade.
Brand permanence. EVIQO is a smaller, newer company than ChargePoint, Wallbox or Leviton. The hardware does not depend on the company surviving — the DIP switch and the charging itself work with no account and no internet — but the app, the schedules and the energy tracking do. That is a reason to prefer the hardware cap over the app slider for anything you need to be permanent, and a reason some buyers will still pay the ChargePoint premium. Our EVIQO vs ChargePoint comparison is that argument in full, on the J1772 side of the range.
The connector is a commitment. A moulded NACS plug is wonderful on a Tesla and an obstacle on anything else. If there is any chance of a second, non-Tesla EV in the household, buy a J1772 charger and put a J1772-to-Tesla adapter on the Tesla instead — that way the adapter lives on the car that is happy to carry one, rather than on the charger. Our J1772 vs NACS explainer covers which connector your car actually has, and it is changing faster than most buying guides admit.
And a marketing caution. EVIQO’s page carries third-party award and score claims for its charger line. We have not independently verified any of them, we do not repeat them, and nothing in this review is a test result — we own no units and say so on our methodology page. Every figure above is read from a published manufacturer document on a dated visit.
Who should buy it
Buy it if your household is all-NACS, you want a native plug on the wall, and your panel is tight. It is the only hardwired NACS charger we cover that publishes a way down to 32 or 16 amps, let alone two ways, and the 25 ft cable plus 40-inch input lead solves placement problems that more expensive chargers do not. At the current price it is also the cheapest route to ENERGY STAR paperwork with a native Tesla plug.
Skip itif you already have a 60-amp circuit and want nothing to log into — the Lectron NEXUS NACSis cheaper and has no app at all, which on a self-scheduling car is a defensible choice. Skip it if brand permanence matters more to you than specification, in which case ChargePoint’s native-NACS Home Flex is the safer purchase. And skip it entirely if there is a J1772 car in the household now or later; buy the J1772 version of this same charger and an adapter for the Tesla.