user 22017
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- Sep 19, 2018
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Thanks Rose. Good to know.
Thanks keeblercongratulations
Hi Malamute,I think I put a bypass in the line for my water heater and drained it (pretty simple), and just made sure all the lines had the pink antifreeze in them. You should be good with whats done already. For travel when cold i think I mainly used some jugs of water until in a warmer area and could utilize the main water system without worry.
I wondered if I should do that. Thanks!Lots of campers will run an electric heater on a dropcord to power an electric heater - separate from the RV power cord, plugged into a regular 120V receptacle, and routed inside some way. That way, you can use a microwave, hair dryer, etc. without tripping a breaker.
Maki,It is a professional approach. I installed one on my travel trailer during the renovation and all new electrical setup as I wanted to have alternative choices of incoming power to meet a variety of camping situations.
.If you go to etrailer.com[,] the site has...
From Etrailer[,] I ordered a...robust as... plan for worse than average... hitch and the ball on it is going to frequently get stressed... transitions from main forest service roads into camp sites across the runoff ditches...stress on an undersized hitch...that extra margin of strength...
You wasted a whole lot of effort replying to my post because I am not the person who started this thread asking about getting a new hitch. I read the first two sentences of your post and knew it was never going to apply to me or my needs. Just replying to you to let you know you need to pay attention when sending replies that you should direct it to the person who asked for advice..
a)
I eliminated that 'more' weak link of ball-n-socket
....wasted...effort...
Agree on having at least 15 amp, but going to 20 is better yet, and Im not aware of any reason not to when setting it up from zero. 12 ga wire of course is indicated for 20 amp, but its not difficult to work with.Having everything rated for at least 15amps AC is a good for preventing overheating of the wiring.
Agree in principal, though in this case I dont see any down side, the weight/size difference is almost imperceptible, cost is only a few dollars more for the outlet, and allows use of any standard item that used a standard plug (30 amp and larger use different plugs). Someone could come along later and plug something else into it not understanding the amp differences. Most houses use 20 amp circuits/12 ga wire for most outlets, and a cord from a standard outlet will most likely be running 20 amps potential to your cord, which could overload the plug install if not protected by a 15 amp breaker on your outlet. Some houses may not have 20 amps at the outlet, but I cant see any good reason to handicap it (house or camper outlet) from the outset when using 20 amp/12 ga isnt much different cost and workability-wise.Overkill is not always a good choice as it can create other consequences such as excess bulk and weight as well as cost. Storage space is often an issue in RV life as is weight and for many so is the cost.
If the electrical cord and connections are rated for the task and the calculations verify that then they should be sufficient. If the calculations indicate 20amp is needed then it should be done with 20 amp. Or 30amp or 50amp if that is indicated. Just do not use less than the calculations say is required.
Houses use 20 amp circuits mostly in the kitchen area, laundry room or garage where there are appliances and power tools. Bedrooms are not typically wired with 20amp circuits. Of course that is not the same standard as was used in earlier years, a 20 amp circuit wired kitchen was rare in a house 40 years ago as there were not as many kitchen appliances in daily use such as microwave ovens.Agree in principal, though in this case I dont see any down side, the weight/size difference is almost imperceptible, cost is only a few dollars more for the outlet, and allows use of any standard item that used a standard plug (30 amp and larger use different plugs). Someone could come along later and plug something else into it not understanding the amp differences. Most houses use 20 amp circuits/12 ga wire for most outlets, and a cord from a standard outlet will most likely be running 20 amps potential to your cord, which could overload the plug install if not protected by a 15 amp breaker on your outlet. Some houses may not have 20 amps at the outlet, but I cant see any good reason to handicap it (house or camper outlet) from the outset when using 20 amp/12 ga isnt much different cost and workability-wise.
Its similar to wiring houses with 14 ga wire, an electrician asked if i wanted to on one house for a lighting section to save a little money. To me its a false sense of savings, as using standard 12 ga wiring for that allows the circuit to be used later for something the original use didnt anticipate, but going to the standard 12 ga wire opens up the potential use later, and doesnt detract from the initial planned use in any way.
Thanks HC I got the portable solar panels today. 220 watts, Dokio brand. Surprised how heavy they are. Haven't received the power station yet. It is 600 watts.... are you going solar with batteries?
Can't help much regarding hitches and things like the others here can, but it seems for the slight price increase stronger is better if there isn't a true negative.
Are you planning on going diesel heater once on the road? Propane?
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