21st Century Pony
Well-Known Member
- First Name
- Martin
- Joined
- May 21, 2022
- Threads
- 31
- Messages
- 1,755
- Reaction score
- 1,816
- Location
- Arlington, Virginia
- Vehicles
- Ford Mustang Mach E 2022 Premium AWD ER
- Thread starter
- #1
Folks,
Having survived and learned from over 16 thousand miles of long trips (those of at least one thousand miles or longer) in my Mach E, I put together this easy - to - store, easy - to - handle charging GO Box for non-standard EV charging. I'm sharing it here in case someone finds it useful, for this and any future EV models.
Picture 1 = the Pelican VCV100 small equipment case. It normally rides in the frunk but is small enough that it can ride anywhere, for example in the rear passenger floor well.
Picture 2: the eight (8) adapters for 240V and 120V contingencies. I've used five of the eight so far, occasionally or often.
Picture 3: the eight adapters, lined up outside of the Pelican case:
120V - RV dogleg with a male 15 amp household socket end and a female NEMA TT30 RV end.
120V - RV custom-made connector with a male TT30 end and a female NEMA L6-30R end.
(use of either or both of these adapters is the last resort, although I've used them both on occasion... 120V is limited to 15 amps by the portable EVSE so the charging rate is "emergency only" it is so slow).
240V - (all from ACWorks)
- male NEMA 6 - 50 plug and a female NEMA L6-30R locking receptacle.
- male NEMA 14-30 plug and a female NEMA L6-30 locking receptacle.
- male NEMA 14-50 plug and a female NEMA L6-30 locking receptacle (most use so far).
- male NEMA 6-30 plug and a female NEMA 6-50 receptacle.
- male NEMA 10-50 plug and a female NEMA14-50 receptacle.
- male Tesla Destination (TeslaTap Mini, 60-amp version) to female J1772.
The ACWorks adapters shown here are rated individually for between 30 amps and 50 amps of continuous use... but since my portable EVSE(from the now-defunct EVSEUpgrade outfit) maxes out at 20 amps / 240V, all these adapters are within my continuous / overnight use spec.
Our normal use is camping, at RV sites in state and national parks, at RV sites in national forests an at RV camps on military bases (NEMA 14-50 receptacles). On occasion, we've plugged in at restaurants and burger joints (Tesla Destination receptacles), at hotels (NEMA 14-50 and Tesla Destination receptacles), at a buddy's country garage (NEMA 10-50 old style welder receptacle), in a farmer's overflow town field where he stores his seasonal worker trailers (NEMA 14-50) and once even at a wall in a hotel when the local DC Fast Charging station had crapped out (normal 15 amp receptacle).
Not pictured: my circa 2012 EVSEUpgrade Panasonic 20-amp portable EVSE, with a male NEMA L6-30P lockable plug.
Note: you can see a black ring on some of the most used adapters... that is a cut-up large diameter bicycle inner tube which provides a weather seal on the adapters.
My intent was to future-proof our use of EVs.
Hope this info is useful to someone else.
Having survived and learned from over 16 thousand miles of long trips (those of at least one thousand miles or longer) in my Mach E, I put together this easy - to - store, easy - to - handle charging GO Box for non-standard EV charging. I'm sharing it here in case someone finds it useful, for this and any future EV models.
Picture 1 = the Pelican VCV100 small equipment case. It normally rides in the frunk but is small enough that it can ride anywhere, for example in the rear passenger floor well.
Picture 2: the eight (8) adapters for 240V and 120V contingencies. I've used five of the eight so far, occasionally or often.
Picture 3: the eight adapters, lined up outside of the Pelican case:
120V - RV dogleg with a male 15 amp household socket end and a female NEMA TT30 RV end.
120V - RV custom-made connector with a male TT30 end and a female NEMA L6-30R end.
(use of either or both of these adapters is the last resort, although I've used them both on occasion... 120V is limited to 15 amps by the portable EVSE so the charging rate is "emergency only" it is so slow).
240V - (all from ACWorks)
- male NEMA 6 - 50 plug and a female NEMA L6-30R locking receptacle.
- male NEMA 14-30 plug and a female NEMA L6-30 locking receptacle.
- male NEMA 14-50 plug and a female NEMA L6-30 locking receptacle (most use so far).
- male NEMA 6-30 plug and a female NEMA 6-50 receptacle.
- male NEMA 10-50 plug and a female NEMA14-50 receptacle.
- male Tesla Destination (TeslaTap Mini, 60-amp version) to female J1772.
The ACWorks adapters shown here are rated individually for between 30 amps and 50 amps of continuous use... but since my portable EVSE(from the now-defunct EVSEUpgrade outfit) maxes out at 20 amps / 240V, all these adapters are within my continuous / overnight use spec.
Our normal use is camping, at RV sites in state and national parks, at RV sites in national forests an at RV camps on military bases (NEMA 14-50 receptacles). On occasion, we've plugged in at restaurants and burger joints (Tesla Destination receptacles), at hotels (NEMA 14-50 and Tesla Destination receptacles), at a buddy's country garage (NEMA 10-50 old style welder receptacle), in a farmer's overflow town field where he stores his seasonal worker trailers (NEMA 14-50) and once even at a wall in a hotel when the local DC Fast Charging station had crapped out (normal 15 amp receptacle).
Not pictured: my circa 2012 EVSEUpgrade Panasonic 20-amp portable EVSE, with a male NEMA L6-30P lockable plug.
Note: you can see a black ring on some of the most used adapters... that is a cut-up large diameter bicycle inner tube which provides a weather seal on the adapters.
My intent was to future-proof our use of EVs.
Hope this info is useful to someone else.
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