Four EVDANCE chargers plug into a NEMA 14-50 outlet: the EV-ACT5006T wall charger in its plug-in version, the EV-ACS4005T and EV-ACS3210T portables for NACS cars, and the EV-AC04001U portable for J1772 cars. One limit applies to all of them: a 14-50 outlet sits on a 50 A circuit, and EV charging is a continuous load, so the outlet delivers 40 A continuous. Sort by your car’s inlet first, then by the amps you will actually use.
Key Takeaways
- Four EVDANCE chargers carry a 14-50 plug; the outlet caps all of them at 40 A continuous.
- Sort by inlet first: three serve NACS cars, and the EV-AC04001U is the J1772 answer.
- The ACT5006T’s 48 A is a hardwired figure — on the outlet it runs at up to 40 A.
- Have the outlet and its circuit verified by an electrician before relying on any of the four.
First, the Outlet’s Own Ceiling
Under the NEC, EV charging is a continuous load and the breaker is sized at 125% of the charging current — 40 A of charging pairs with a 50 A breaker (FACTS figures; the code reference is NFPA 70 below). That is why every charger on this page works at or below 40 A on a 14-50 outlet, including the 48 A wallbox: its full 48 A belongs to a hardwired installation on a 60 A breaker. The outlet itself is the other precondition — it must be on a suitable circuit and in good condition, which an electrician verifies before any of these chargers is plugged in. Our guide to what a NEMA 14-50 outlet is covers the outlet side.
The Four, Sorted by Your Car
| Charger | Your car’s inlet | Output | Cable | The short version |
|---|---|---|---|---|
| EV-ACT5006T (plug-in version) | NACS | Unit rated up to 48 A; up to 40 A on this outlet | 25 ft | The fixed wall unit of the four — hardwiring later unlocks its 48 A |
| EV-ACS4005T | NACS | 9.6 kW, adjustable 16/24/32/40 A | 25 or 28 ft | The outlet’s full 40 A in a portable that can also travel |
| EV-ACS3210T | NACS | About 7.7 kW, 10–32 A in six steps | Not stated in its listing — confirm before ordering | Steps let it run gently where the circuit is shared |
| EV-AC04001U | J1772 | 9.6 kW at a fixed 40 A | 25 ft | The only J1772 unit of the four; no settings to manage |
Which One Fits Your Pattern
A fixed garage and one NACS car point to the EV-ACT5006T: plug it in now at the outlet’s ceiling, and a later hardwired install is the route to its full 48 A; it is listed with IP65/IP66 sealing and ETL/FCC/CE marks. A NACS car that should use the outlet’s full 40 A today and travel tomorrow points to the EV-ACS4005T, whose four settings also let it run lower where a circuit is shared. The EV-ACS3210T suits the NACS car on a gentler pattern — its six steps trade peak speed for flexibility across outlets and second locations. A J1772 car has one answer here: the EV-AC04001U, a fixed 9.6 kW with nothing to set — scheduling lives in the car, as it does for any of the four. The rest of the range sits on EVDANCE’s residential charging page.
Frequently Asked Questions
Can I run the ACT5006T at 48 A from the outlet on a bigger breaker?
No. The outlet and its circuit set the ceiling, and 48 A continuous belongs to a hardwired installation on a 60 A circuit, set up by an electrician. A bigger breaker on the same outlet is not a route around that.
My 14-50 outlet was fitted for a dryer years ago. Can I just plug in?
Have an electrician verify the outlet, the circuit behind it and its condition first. Continuous EV duty holds a heavy load for hours, which is harder on an outlet than dryer duty; a worn outlet is a replacement item, not a cleaning job.
Do any of the four fit a 30 A dryer outlet instead?
No — all four are listed with a NEMA 14-50P plug. A different outlet means a different charger or an electrician’s project; do not bridge the gap with adapter cords that are not made and rated for EV charging.
Related Reading
- What Is a NEMA 14-50 Outlet? A Guide for EV Owners
- NEMA 14-50 vs 6-50 vs 5-15: Which Outlet for Your EV Charger?
- How Much Does It Cost to Install a NEMA 14-50 Outlet?
- Portable EV Charger Types Explained: 10A, 16A, 32A and Three-Phase Models
