OP
KY Gun Geek
Silver Member
- Joined
- Apr 3, 2012
- Messages
- 114
- Location
- Lexington, KY
- Tractor
- JD 5105, JD 5055D, 2 JD 5085M's, JD 5085E, JD 5093E, JD 5115M
Sorry for being a bad OP, and taking too long to repost.
Replaced the tank, put the battery on a charger and it complained that the battery was bad. Replaced battery, all seems ok now - it is mucking season and the trailer is dumped almost every day, some days 2x.
I also found out that the system had overflowed a couple of days before. A little more investigation showed that the sponge in the vent cap was full of hydro fluid.
My conclusion is that the system was in the overrun situation because the battery was failing - pushing fluid into the tank faster than it was being pumped into the back side of the cylinders. Since the sponge had fluid, and the temp a little cool (thick fluid blocking other fluid and air from escaping), pressure built in the tank and it gave way. When it gave way there was no pressure holding the bed so it dropped.
Aside from parts replacement, we've made some upgrades.
-First, a volt meter with a sign above it that says "DO NOT OPERATE IF BELOW 12 VOLTS":https://www.amazon.com/gp/product/B078KBQBJQ/ref=ppx_yo_dt_b_asin_title_o01_s01?ie=UTF8&psc=1
Did some research and this is considered the minimum state of charge (45%) for a 12 volt battery to read and be functional. This may actually need to be more (12.5v - 80%), and I'm watching to see how this goes. I'm considering a data logger so that I can see what the battery was doing just before it fails (if it fails) again. These things are pretty cheap on amazon these days.
-Had some operator emphasis on if it fails, don't just clean up the mess and hope no one saw it (which is what happened) - report it. My hands have very clear instructions to report strange equipment behavior, but they often hope it will go away if they just ignore it. This is a constant problem with all the equipment, and this situation is now a case study here at the farm about what can happen if you don't report problems).
- Working on figuring out if I've got the right on-board charger. There are TONS of these things out there. Dunno if the original battery went bad because we had the wrong charger, if it just died (2 years old), or if this application is too tough for it. Our use of this is not good for charging from the truck - the truck doesn't really get run very much - just through the barns (about 1 mile) then a 3 mile trip and back to dump. No time to charge. If the battery is low, it pulls enough current to kick out an in-line circuit breaker when you turn on the truck. So, we must rely on a charger run off the power grid.
Key here is keep the battery in good shape, which is what the manufacturers say. Batt is a deep cycle, so if you have some experience with on-board chargers for deep cycle batts, let's hear it (boat guys? solar guys)?
Thanks for the posts they were very helpful - I was lurking trying to get things resolved. Hopefully this thread will help the next guy solving a similar problem.
Replaced the tank, put the battery on a charger and it complained that the battery was bad. Replaced battery, all seems ok now - it is mucking season and the trailer is dumped almost every day, some days 2x.
I also found out that the system had overflowed a couple of days before. A little more investigation showed that the sponge in the vent cap was full of hydro fluid.
My conclusion is that the system was in the overrun situation because the battery was failing - pushing fluid into the tank faster than it was being pumped into the back side of the cylinders. Since the sponge had fluid, and the temp a little cool (thick fluid blocking other fluid and air from escaping), pressure built in the tank and it gave way. When it gave way there was no pressure holding the bed so it dropped.
Aside from parts replacement, we've made some upgrades.
-First, a volt meter with a sign above it that says "DO NOT OPERATE IF BELOW 12 VOLTS":https://www.amazon.com/gp/product/B078KBQBJQ/ref=ppx_yo_dt_b_asin_title_o01_s01?ie=UTF8&psc=1
Did some research and this is considered the minimum state of charge (45%) for a 12 volt battery to read and be functional. This may actually need to be more (12.5v - 80%), and I'm watching to see how this goes. I'm considering a data logger so that I can see what the battery was doing just before it fails (if it fails) again. These things are pretty cheap on amazon these days.
-Had some operator emphasis on if it fails, don't just clean up the mess and hope no one saw it (which is what happened) - report it. My hands have very clear instructions to report strange equipment behavior, but they often hope it will go away if they just ignore it. This is a constant problem with all the equipment, and this situation is now a case study here at the farm about what can happen if you don't report problems).
- Working on figuring out if I've got the right on-board charger. There are TONS of these things out there. Dunno if the original battery went bad because we had the wrong charger, if it just died (2 years old), or if this application is too tough for it. Our use of this is not good for charging from the truck - the truck doesn't really get run very much - just through the barns (about 1 mile) then a 3 mile trip and back to dump. No time to charge. If the battery is low, it pulls enough current to kick out an in-line circuit breaker when you turn on the truck. So, we must rely on a charger run off the power grid.
Key here is keep the battery in good shape, which is what the manufacturers say. Batt is a deep cycle, so if you have some experience with on-board chargers for deep cycle batts, let's hear it (boat guys? solar guys)?
Thanks for the posts they were very helpful - I was lurking trying to get things resolved. Hopefully this thread will help the next guy solving a similar problem.