Recent content by TedS

You can pick up the battery power from the main buss. The length of the extra wire depends on where you put the 80 amp breaker. I had to add only one wire, buss to breaker. I reused the original breaker to trombetta wire.

The hydraulic pump motor will draw up to 60 to 70 amps. Size the wire for that level of amperage.

Time to install the 80 amp breaker. I had no more problem after doing that.

Look for a pinched line somewhere after the common pump/city water and the split to the water heater. This would be plumbing common to all downstream fixtures. Changing the inside diameter of the plumbing makes a large difference in flow area. The area changes by the square of the diameter...

The check valve in the city water inlet may be misbehaving. If so, it would be a restriction giving the pressure reading differences during water flow. The air bubble in the water heater would act as a small accumulator.

Check the faucet screens for signs of debris. Also, it sounds like what happens when an accumulator discharges. Is there an accumulator installed? That would indicate general plumbing downstream of the accumulator is ok and the problem is somewhere near the inlet of the system.

I think the star constellation will have very few gaps.

Make sure the water heater t&p valve is closed. Lift the lever and let it snap closed.

Re: Water heater pressurizing the system over the regulated pressure when heating from cold to hot Get an rv accumulator...

https://www.etrailer.com/faq-wheel-bolt-pattern.aspx

That's true. That's why Knight's added breaker makes sense.

Probably not. The circuit protection is near the source(the truck, a fuse) and not the load(the battery) when the circuit is connected.

The no. 4 pin is +12 volt.

At tire pressures around 100psi, the estimate is for every 10F tire pressure will change by 2%. 40 degree temp change causes 4 x 2% = 8% pressure change. 110 x 1.08 = 118.8psi. Are sensors reading correctly?

Found this explanation: Expert Reply: There are differences that the colors reference for the Type 1 Propane connectors based on the spring tension and flow rate. The light green connectors are rated for Rated for 200,000 Btu per hour. The black are rated for 70,000-100,000 Btu per hour. The...