Happy Anniversary to us! |
Breathtaking |
We had lunch, walked around the town, really winding down at this time of year, bunch of shops already closed. Then up and over Molas Pass to Andrews Lake to hike around it and have coffee.
Andrews Lake |
A great day |
Engineer Mt |
Gorgeous! Little Molas Lake |
Not a bad view for lunch |
We replaced our trusty propane fire pit while we were here, for some reason, maybe age, over 4 years old, and leaving it outside all winter long in Florida may have impacted it, but the flame just wasn't coming up to snuff, even after a good cleaning. So after a bit of research we replaced it with a new one, and we have to say the new one is awesome!
Now, I don't want you to think it's all play here, we did have to address a few items on our coach, surprise, surprise. I have gone on and on about our hydraulic pump problems this year, and another symptom has been making itself known, even before our travails, but I convinced myself it was an anomaly. Our cooling fan is driven by the infamous hydraulic pump, but controlled by a wax valve that is mounted into the radiator. It is considered a simple and for the most part failsafe approach to controlling the fan speed, although like anything they fail. Part of my mistake was attaching all that was happening to the errant hydraulic pump. I had noticed on several occasions while fueling with the coach at high idle, the cooling fan was screaming, and when we knocked it back down to normal idle, it slowed appreciably. But I called it a fluke, this even went back to last year once I thought about it. Then the icing on the cake was when we traveled in tandem with Karen from Montrose to Durango, she said it looked like I was a dust machine, right from the get go leaving Montrose, even when the engine was still cool, and then when we entered the campground in Durango, she said she could hardly see us for all the dust we were throwing up. Let me explain. The wax valve is designed to control the fan speed as I said. It actually has a specific wax that melts with heat. It starts to melt at 185df and by design it melts completely at 199df, and as it melts it ports more and more hydraulic fluid to the fan causing it to run faster and faster until at 199df it is running at full speed. It is apparent our valve has failed and is causing the fan to spin at top speed as soon as the rpm comes up enough to fully power the hydraulic pump, in other words it is stuck open.
The wax valve. It is screwed into the radiator, and you can see the two hydraulic lines coming in and out |
One other project has been waiting on us all summer long. That is the slide seal on the bottom of our rear passenger side slide. To review, we had that seal replaced in 2016 in Oregon. The place we had it done said they had an improved method, that instead of pushing on another bulb seal that had metal teeth to hold it in, they used a flexible rubber flap that had its own adhesive. Unfortunately, that repair didn't last, the rubber used cracked with use and finally started to fall off in chunks, so in early 2018, with the help of our friend Harold, we replaced the seal again with a rubber material that was supposed to be much more flexible and able to withstand the in and out of the slide. And I have to say, Harold and I really thought we had solved the seal problem with all our attention to detail.
Harold and I getting the jack in place with Scott's supervision |
We even screwed it in |
If I do say so, we did a great job |
Getting ready to jack up the slide |
A few pieces of the old seal:-) |
Pushing it on |
We didn't feel it was secure enough so we decided to caulk it in several places both inside and outside |
Our modified shims |
Installed making the bracket perpendicular as it should have been Raising the roller |
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