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sailorashore

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sailorashore last won the day on September 14 2017

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My Info

  • Gender or Couple
    Couple

My RV or Travel Trailer

  • Do you own an Oliver Travel Trailer, other travel trailer or none?
    I own an Oliver Travel Trailer
  • Year
    2017
  • Model
    Legacy Elite II
  • Floor Plan
    Twin Bed Floor Plan
  • Hull #
    217

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  1. Overland: Fully understand. The Blue Seas 360 is a nicely engineered panel. And if you have spent enough time inside the boat cabin during foul weather, electrical panels begins to look good anyway. Carnivore: Look forward to reading about your 12V lithium ion battery experience. We have lithium batteries in two electric bikes, and they pack a lot of power in a small package. Best regards, John Shkor SailorsAshore
  2. How I Installed a Battery Cut-Off Switch: After much delay becuse I couldn't figure it out, I finally installed a battery cut-off switch on our Ollie hull 217, and it turned out easy to do. We store the trailer at a remote covered location. I didn't like to keeping the batteries on charge for long periods, and I didn't like the seemingly unavoidable small drains take the batteries down over time. My new switch installation cures both these problems. I know other owners have installed similar switches, but still wanted to share my method. The installation will be familiar to anyone with boating experience. I wanted the switch inside for convenience, and because I had installed safety bolts on the slides on each side of the battery rack. The rack is really secure, but removing these bolts takes a bit of time. Fortunately on my Ollie both of the two hot (+) wires installed by the factory and and coming off the batteries both go through the aft compartment wall and into the space underneath the streetside bunk. That greatly simplified my switch installation. The steps were: 1. Disconnect & remove batteries from rack. With four batteries there are a lot of short connecting wires. Take a picture or make a sketch before you disconnect anything so you know battery orientation and what wires go back where. 2. Install a Blue Seas or similar marine battery switch underneath the streetside bunk. With a properly sized hole saw and a bit of sanding the body of the switch can be placed into the under-bunk compartment with only the switch face projecting into the living space. 3. Pull the two factory installed hot (+) supply wires through the aft compartment wall and into the space under the streetside bunk. Do not disconnect the wires from their connections inside the under-bunk compartment. 4. Prepare and run a new hot (+) supply wire to run from the batteries to the new switch. There needs to be enough slack so that the battery rack can be pulled out once the installation is complete. In my case I used 48" of #6 gauge wire, with a 5/16" and a 3/8" terminal at each end. Only #6 gauge wire, because most everything in our Ollie is low amp load LED or solid state. If I had a larger amp draw, perhaps from an inverter, I would have used #2 gauge wire for the new supply run, and used automotive lugs which can handle a higher amp load. Run the new supply wire through the battery compartment wall and hook up to the input side of the Blue Seas switch. 5. Continue to leave the old hot (+) wires connected to the factory installed terminals inside the under-bunk compartment. Prepare new runs for these two wires backwards so they can be hooked up to the load side of the new switch. Cut the wires to the right length so they can be connected to the new switch without too much excess length. Install new wire terminals and connect these two wires to the load side of the new switch. Secure these wires from vibration along their runs with self-stick mounts and cable ties. 6. Carefully reinstall the batteries and rewire. 7. When desired, turn off the new switch to completely disconnect batteries from the trailer load. If plugged in, I disconnect shore power before doing so. Best regards to all, John Shkor SailorsAshore
  3. Go to Defender Industries or West Marine. Both marine suppliers. Get the 12 volt fans with suction cups. I have two. They work great and run forever. I think they are Carafamos, but I am not in the the trailer. Should be about $25. Biggest benefits are circulating ambient air when not too hot, and circulating cold air from AC when running. Good luck. John Shkor, SailorsAshore
  4. John Davies: Got it. Makes sense. Will use side bolts. John Shkor SailorsAshore
  5. John Davies Thank you for the report and pictures. For some time I have been thinking about adding an extra bolt to the coupler-tongue assembly. Drill a 1/2” hole vertically through the top of the coupler and install bolt about where the letters “FT” show up in your first photograph. Can you think of a reason why this would be a bad idea/wouldn’t work? Please advise. John Shkor SailorsAshore
  6. What Da: Great idea. Thanks. John Shkor, SailorsAshore
  7. Mary & Bill: Funny, we just had your problem for the first time. We are camping in Maine, yesterday was an unusually hot hot day, and we chose to start the AC. Had the same intermittent cutouts you describe, with everything losing power and coming back on a minute or two later. At first I thought it was electrical overload, with the fridge, hot water heater and AC all calling for electricity. Couldn't find any circuit breakers that had tripped. I changed the fridge and the hot water heater to gas, but that didn't cure the problem. Turned out the issue was our Progressive Industries EMS30 surge protector (external, plugged in at the electrical supply post) which was apparently working properly and doing what it is supposed to do. It was cutting off the flow of electricity and then coming back on after a time delay. It showed an E4 low voltage code. Not surprising in that a lot of other air conditioners got turned on in this camp site. However, according to the manual, the device cuts out if the line voltage goes less than 104V for six seconds. The device when I looked at it was showing a line voltage reading of 116V. It being a hot day I balanced marital harmony with risk to the AC from low voltage, and decided to take the EMS30 surge protector out of the line. So far all is well. AC continues to function well and we had a cool night inside the Ollie. Best regards, John Shkor, SailorsAshore
  8. Mike: I will definitely contact Anderson about this issue, once we get home. On the road now and comms sometimes difficult. I have always gotten great customer support from Andersen and expect a satisfactory outcome. Best regards, John Shkor, SailorsAshore
  9. To my fellow Andersen users: I am a fan of the Andersen WD hitch, and believes it provides both safety and ease of towing to a number of us. But I also believe there is a design defect in the new model, one with a simple fix, and can't understand why Andersen hasn't yet taken care of it. I too like to raise the hitch assembly with the trailer tongue jack to put slack in the tension chains and enable easy installation or removal of the whale tail. And occasionally the ball shaft will "pop up" in its cone, pinching the pin if the whale tale is installed, or preventing the pin from going in if not. Then I have a real problem. I regard Andersen's semi-obvious advice to "don't lift the tow vehicle too much" as a bit silly, as none of us can tell beforehand when the ball shaft is going to lift up. We are engaging in what has become an operationally accepted practice, and the design should be such that the pop up/pinching problem should not occur. As I understand the hitch instructions it is the "cir-clip" on the underside of the ball shaft that is supposed to keep the ball shaft from coming out. The cir-clip in its groove is strong enough to keep the hitch from coming out even when we use the tongue jack to lift up the hitch assembly to generate slack in the chains. However, when the ball shaft does pop up, the cir-clip is forced to the bottom of its groove, and then the top of the whale tail collar (or retaining lugs on one variant) is pinched against the cir-clip with real force. The groove on the shaft of my unit is about twice as wide as the thickness of the cir-clip, allowing it to be pushed down when the ball shaft pops up. The problem as I see it is that Andersen is manufacturing the new model system with too little clearance between the top of the whale tail and the groove for the cir-clip. The fix as I see it would be to have an additional 1-2 mm clearance between the groove for the cir-clip and the top of the whale tail when mounted. Either relocate the hole for the mounting pin a bit lower on the shaft, or reduce the height of the whale tail collar slightly to provide more clearance. Then it wouldn't pinch even when the ball shaft has popped up in its cone. Andersen should recognize the problem for what it is, and fix it. I have admired Andersen's efforts over time to perfect their design, and would like to see them fix this current problem some users are experiencing. Hopefully they will. John Shkor, SailorsAshore
  10. Jitters: Like John Davies I am a believer in the center-line mounting for the Andersen chain brackets. There are a number or reasons. The center beam is extremely strong and the line of chain pull is parallel to the long axis of the beam. No sideways element of tension, and no tension force being carried through aluminum welds, as is the case with the factory mounting system. Finally, you get to “double up” the mounting brackets, ensuring they will not move over time, as has happened to some with the factory mounting system. Is the center mount necessary? Probably not. I am not aware of any frame damage or failure from the factory mounting system. On the other hand you need a whole lot of tension, more than most people are comfortable with, if you want to shift 200-300 lbs of weight off the hitch and 1/2 of that onto the front wheels of your tow vehicle. I use the higher range of tension, and like the peace of mind knowing I am not going to break anything. I worked out the original center-line mount, but John Davies instructions and pictures are better than mine. While it is intuitive that the “wider stance” of the chains is better for controlling sway, it isn’t really true. Sway control in the Andersen system results from friction in the ball shaft cone bleeding energy out of the sway as the trailer tries to move side-to-side. The key thing is that the trailer, the whale tail, and the ball shaft all have to rotate together around the vertical axis of the ball shaft, against the friction resistance of the cone insert. As long as the chains are properly tensioned they will. The spread of the chains where they are attached to the trailer frame doesn’t make any difference. Hope this helps as you sort out your preferences. Best regards. John Shkor, SailorsAshore
  11. Nrvale0: I had to replace my bumper pins. Numerous vendors on line. Google “quick release pins.” Opt for stainless steel, 3/8” diameter, and minimum of 3” useable length. My replacements were/are 3.5” useable length and work fine. Good luck. John Shkor. SailorsAshore
  12. I think there is another reason that Oliver will ultimately have to come out with a new model. It is that as they build and sell a goodly number of Elite I & II’s, the resale of used Elites will begin to cannibalize the sale of new units. We saw this with Island Packet yachts when we were sailing. Island Packet was a very successful boat builder, and they kept the appetite up for new boats by replacing current models with new models after a 5 or 6 year run for a given model. The new model in a given length would have more bells and whistles, so that would be the one you would want. I think we are seeing more ads for used Ollies than we used to, so it may be starting now. Food for thought. John Shkor, SailorsAshore
  13. We like to keep our bathroom window open as much as possible for ventilation. I did two things to reduce the likelihood of rain getting in and let us have ventilation even when it is raining. They have worked out pretty well. The first was to mount a "port visor" over the bathroom window. These are made for boats to go over portholes and keep rainwater from running off the deck and into portholes on the cabin sides. This resulted in a substantial improvement, mostly in keeping rainwater coming off the roof from streaming in. But I still wanted more rain protection. So I trimmed an old automobile side window rain deflector to the width of the window and mounted it with two-sided tape onto the bottom of the upper fixed window. Now, unless it is blowing a whole gale we can leave the bathroom window open without having to worry about rain. Each piece has stayed on with no trouble over the last two years of travel. Pictures attached below. Port visors are available at "SeaworthyGoods.com", and side window deflectors from Weathertech or your local auto parts store. Just make sure you get a piece that has enough "straight" for the width of the bathroom window. Best regards to all. John Shkor, SailorsAshore
  14. Pete: The bilge heaters is see in the marine catalogs are both powerful (high wattage) and expensive. Is that what you used, or did you find something smaller? Would like to know how you did it. Best wishes for the holidays. John Shkor, SailorsAshore
  15. We had a problem with our heater that we should have caught when taking delivery, but didn’t. Furnace would ignite a flame but it would go off after a few seconds. Manufacturer of furnace speculated it was a faulty thermocouple. Oliver diagnosed faulty mother board and replaced under warranty. No problems since. Good luck with yours. John Shkor, SailorsAshore
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