Sometimes — but a plug that fits is only the first of three checks. Before an RV park offers charging on its existing hookup pedestals, it needs the pedestal’s stated rating, a clear picture of the circuit behind it — one feeder often serves a whole pitch row — and a licensed electrician’s judgement: an EV draws its set current for hours, while most RV loads cycle. If the checks pass, offer charging in writing, on named pitches. If they do not, purpose-fitted charging points are the safer route.
Key Takeaways
- A matching outlet is the first check, not the answer: rating, the circuit behind it, and the continuous-load character decide.
- Pedestal rows commonly share a feeder sized for cycling RV loads; simultaneous hours-long EV draw is the case to test.
- The determination belongs to a licensed electrician inspecting your park — not to one uneventful night.
- Answer in writing: checked pedestals with conditions, a few designated hookups, or purpose-fitted points.
First, the Word: Two Different Pedestals
This article is about the RV hookup pedestal: the powered post at each pitch, with breakers and receptacles for an RV. It is not a pedestal EV charger — a charging unit mounted on a post — which our guide to what a pedestal EV charger is explains. The distinction matters: the pedestal was specified for RV loads, so EV charging is a new use of old equipment — and new uses get checked.
The Three Checks
| Check | What you are looking at | Who confirms it |
|---|---|---|
| The outlet and its rating | The receptacle type — a 50-amp pitch’s NEMA 14-50 is the one a 40 A portable charger fits (see our NEMA 14-50 outlet guide) — plus breaker and condition | The pedestal’s labelling, verified by your electrician |
| The circuit behind the pedestal | Pedestals are commonly looped on a shared feeder sized for RV loads that rarely peak together | A licensed electrician, from installation records and inspection |
| The character of the load | EV charging is a continuous load, near its set rate for hours; the NEC principle sizes the breaker at 125% of charging current. Simultaneous evening charging on a shared feeder is the case to test | The electrician — a determination, not a guess |
Nor are they settled by one guest charging once without incident: a single quiet night proves little about a full row charging on a hot evening alongside air conditioners.
What Skipping the Checks Looks Like
The failure mode is mundane, not dramatic. Breakers trip — and on a shared feeder, a trip can cut power to a neighbour’s pitch mid-night. Repeated trips on the same run are the installation reporting that the combined load exceeds what it was built for. Worn receptacles, tolerated for years by an RV’s intermittent loads, are the other quiet risk under hours of sustained draw. None of this is answered by the outlet’s shape; all of it by the three checks.
The Park’s Three Answers
- Offer it on checked pedestals, with conditions in writing. Named site types, any current limit the electrician sets, and the park’s electricity terms — published in the booking information.
- Designate a few pedestals near the office. A small number of checked hookups, where the feeder question is answered once, for a known circuit.
- Fit purpose-built charging points. Chargers on their own circuit, sized for the load from the start — the route our guide to installing an EV charger pedestal walks through. The answer when the checks fail, or EV guests stop being occasional.
A purpose-fitted point looks like the EV-ACT5006T (up to 48 A hard-wired or NEMA 14-50P, NACS, 25 ft cable, IP65/IP66) on a circuit the park’s electrician has specified for it. The unit the checks are about is usually the guest’s own portable — an EV-AC04001U (40 A, J1772, NEMA 14-50P, 9.6 kW, IP66) or similar — which is why the park’s answer must be written down. See the wider commercial charging range.
Frequently Asked Questions
Our pedestals have 14-50 outlets — isn’t that enough?
It is the right start: the outlet fits a 40 A charger, and a 40 A continuous load belongs on a 50 A breaker. What the outlet cannot tell you is how the feeder behind a row of pedestals behaves when several EVs draw for hours at once — the check that decides.
Can we allow charging at just a few sites?
Yes — the designated-pedestal answer above, and how many parks start. Check those circuits first, name the sites in your booking information, and review after a season.
Who can give us a definite answer for our park?
A licensed electrician who inspects your installation — the pedestals, the feeders behind them, and the loads you see. Your insurer is the second written confirmation to get before you advertise the offer.
Related Reading
- What Is a Pedestal EV Charger?
- How to Install an EV Charger Pedestal: Step by Step
- What Is a NEMA 14-50 Outlet? A Guide for EV Owners
- Do Portable EV Chargers Work? How Speed Depends on the Outlet
