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Products Downloads & Support Menu Toggle Product Manuals & Diagrams Training & Technical Resources SilverLeaf Videos VMSpc Downloads VMSpc FAQ VMSpc About Articles Silverleaf Service CentersContactSearch for: Search Home Products Downloads & Support Menu Toggle Product Manuals & Diagrams Training & Technical Resources SilverLeaf Videos VMSpc Downloads VMSpc FAQ VMSpc About Articles Silverleaf Service CentersContact Knowledge Is Horsepower More information. Better fuel economy. More power. Fewer breakdowns. That’s what SilverLeaf offers. We make products that help you make the most of your investment. SilverLeaf offers aftermarket solutions to modernize your coach Got a coach that’s built to last but the technology is stuck in the past? Find out how SilverLeaf can help you get the most out of your RV, truck, or boat with the latest monitoring and control system technology. Read More SUPPORT FIND A SERVICE CENTER PRODUCTSReady to connect to your RV from anywhere in the world? If your RV is equipped with remote monitoring technology from SilverLeaf, it’s easier than ever! Click below for help setting up your account. Read More We’re here to help Call Us Mon-Fri 7am-4pm Pacific (541)967-8111 Our Partner OEMs SilverLeaf is proud to work with our OEM Partners. Click on a logo to be directed to an OEM web site. Further reading Click here for a list of articles. It’s All Connected Our products are front and center in many coaches. Consequently, we’re often the first phone call when owners experience problems with their coach, even when the problem has nothing to do with our products. That’s fine with us. There will be times when we have to refer them to someone else, but we do our best to help when we can. Sometimes we encounter problems that leave coach owners – and often the techs helping them – absolutely flummoxed. It becomes even more complicated when one problem turns into several problems all at the same time. But all of those seemingly unrelated problems often stem from one common source. I encountered such a case today. The owner had been dry camping for a while and noticed that her stove wouldn’t turn on. She checked the usual suspects – breakers and GFI’s. Nothing wrong with those. She also noticed that her living room was getting pretty warm. She had set the temperature to a brisk 68 degrees, but in the desert heat, the rooftop unit definitely wasn’t keeping up. The temperature had drifted up past 80 degrees. The bedroom was nice and cool, though. It was when she noticed an error message on her Silverleaf control panel that she decided to give us a call. Over the course of our conversation, we uncovered more problems. Not only were the air conditioners and the stove misbehaving, but the inverters weren’t switching to Standby, even though the generator was running. The batteries had dropped to just over twelve volts, which meant the inverters weren’t charging them. Also, the gray tank, which was about half full, was reading empty. With this many problems at once, I needed to separate them first; divide and conquer. We started by checking the settings at the control panel since a climate control problem could easily be caused by an incorrect setting. Nothing to see there. They were all correctly set. Next, we checked the diagnostic screen. No clues there either. So I decided to go with my gut. Given the age of the coach, I had a hunch that the floor heat controller had failed. When this happens, they have a tendency to disrupt other unrelated heating and cooling functions. Sure enough, checking the network census showed a TM229 floor heat controller that had lost its mind and was masquerading as a TM220. Problem solved, right? Well . . . no. Not even close. The TM229 might explain why the air conditioners weren’t working, but it didn’t explain any of the other problems. And, as it turns out, unplugging the TM229, and thus removing any influence it might have had on the rest of the coach, proved that it actually had nothing to do with the cooling problem. We were no closer to solving this riddle. While a lesser tech would have given up at this point, a greater tech would have known exactly what the Comm Error message on the control panel meant. Fortunately, my perfectly balanced mediocrity meant that I had an interesting challenge before me that I would eventually unravel. I decided to chase down the next obvious lead. The TM102 is solely responsible for reporting tank levels. Since the gray tank level was obviously incorrect, I decided to check other data reported by that same module. Sure enough, all of the transfer switch data was missing. The original transfer switch in this coach relied on the TM102 to translate the data into a usable format called RV-C. Checking the TM102 revealed that it was happy and healthy, so I turned my attention to the transfer switch itself. It had been replaced with a newer model with its own RV-C connection, which meant that the TM102 did not need to interpret. But the transfer switch had both the new communication line connected to the RV-C network and the old line going to the TM102. Odd. . . Checking the TM102 again, the extra cable was not plugged in at that end. Aha! That must be it! Well, it wasn’t, but I was on the right track. I finally had enough insight to put the pieces of the puzzle together. Maybe the stove wasn’t the only appliance that had lost power. I asked the owner to check the other appliances. As I suspected, the refrigerator had also lost power. I had seen enough. And now the great Hercule Poirot was prepared to reveal the identity of the killer. Yes, the Comm Error on the touch panel meant that the transfer switch had lost communication, but it wasn’t a simple matter of missing data. The transfer switch had failed outright. It was no longer transferring power from the generator. This meant that the inverter had no incoming voltage for charging the batteries, hence the battery voltages were lower than expected. It also meant that there was no voltage to pass through to the house circuits, hence the stove and other appliances were inoperable. It ALSO ALSO meant that the air conditioners wouldn’t function normally because only one of them can be powered by the second inverter. This coach needed a new transfer switch. Mystery solved. In the end, the failed floor heat controller and missing gray tank level were red herrings, no doubt orchestrated by some devious RV gremlins in an effort to mislead me. I suppose the point of this story is that sometimes the manifold problems that make us want to pull out our hair can be traced back to a single solution. Often, all it takes to reclaim our sanity is a good tech – or, in this case, a splendidly mediocre one. Either way, even if the issue turns out to be completely unrelated to our products, we’re glad to help. Country Coach Conversions Our history with Country Coach goes all the way back to 2000 with the SilverLeaf VMSII. The next year, the RVIA established RV-C, the data transmission protocol that is now an RV industry standard. Over the next few years, Country coach added more SilverLeaf components to their coaches, but retained the old data transmission protocol, J1708, through 2006 (except for the Affinity). Finally, in 2007, they switched to RV-C. If all of the components on your Country Coach lasted forever, none of this would be noteworthy. Unfortunately, as one of our techs likes to put it, puppies die.” Your inverter has a finite service life. If your Country Coach was made prior to that 2006/2007 dividing line, replacing that inverter can be a particularly prickly predicament (say that 3 times fast). You can’t just put an RV-C inverter in a J1708 coach. It won’t be able to communicate with the coach. So just find a J1708 inverter, right? Sure, if you can find one. Chances are, you won’t – not unless you happen to stumble across the one tech in Tumbleweed Gulch who just happens to have one on the shelf marked, In Case of Apocalypse.” No,...