PeeWeeQ
Member
- 161
- 4
- 18
- Location
- Altoona, WI
Fellow MV owners,
I'm going to start an apprenticeship as a Lineman soon. I'll be doing line construction and will be on the road quite a bit. Instead of paying $250-$350/per week for a hotel/motel rooms, I'm considering converting the back of my M1009 into a sleeping/camping area. Since I'm not 100% on the ins and outs of the 24V system, I'm hoping bouncing these ideas off of my esteemed fellow CUCV owners here can help me out, correct me, and give advice where needed.
Summer time is not a big deal, current draw-wise. I live in WI, so, I'd like to run a 600W space heater in the winter and possibly a block heater for a couple of hours before I have to start the beast in the morning. I don't need a ton of light and I could see charging a phone, running a laptop, running a microwave, and possibly a hot plate (OBVIOUSLY, not all at the same time!) I've been in the infantry and combat engineers for almost 20 years, so, I don't feel the need to have all the comforts of home--I'm used to 'austere' environments. I might even just camp out in a tent or hammock in the summer.
All that said, here goes....Just a caveat: I have read a few threads here about inverters and deep cycle batteries, but they didn't answer ALL of my questions. Again, here goes...
I like to keep things simple and modify as little as possible. My first thought is to replace one of the batteries in the engine compartment with a deep cycle battery, keeping the system 24V throughout and running a 24V inverter off of the radio bus in the back. Here's what I think the problem(s) would be with this setup: 1.) The deep cycle battery wouldn't offer enough cold-cranking amps to assist with starting and it may damage the deep cycle battery or shorten its life-span. 2.) Deep cycle battery would draw down the other battery when in use for the inverter. 3.) Deep cycle battery would be to far from the bus bar and inverter in the back to work (too much impedance via the wires).
Another Idea is to just add a third and possibly fourth (deep cycle) battery to the back, near where the inverter would be installed. The problems I see or questions I have with this setup are: 1.) Hydrogen leakage (I've heard this is minimal) 2.)Can I or should I convert the radio bus in the back to 12V? If I did that, how? Just run wires from one of the batteries in the engine compartment? 3.) Would installing a battery(ies) in the back over-tax the alternator(s)?
I've found several 2500-3500W 24V and 12V inverters for under $200. I've found all kinds of deep cycle batteries that are anywhere from 35-85 amp-hours for varying prices. I've found good 600W space heaters and hot plates. I have a 120v microwave, but, I haven't looked at 12v DC microwaves yet. Would a 12V mic be better?
Anyway, lots of questions here and any ideas, help, or constructive criticism would be appreciated.
Thanks! Looking forward to your responses!
PeeWeeQ
I'm going to start an apprenticeship as a Lineman soon. I'll be doing line construction and will be on the road quite a bit. Instead of paying $250-$350/per week for a hotel/motel rooms, I'm considering converting the back of my M1009 into a sleeping/camping area. Since I'm not 100% on the ins and outs of the 24V system, I'm hoping bouncing these ideas off of my esteemed fellow CUCV owners here can help me out, correct me, and give advice where needed.
Summer time is not a big deal, current draw-wise. I live in WI, so, I'd like to run a 600W space heater in the winter and possibly a block heater for a couple of hours before I have to start the beast in the morning. I don't need a ton of light and I could see charging a phone, running a laptop, running a microwave, and possibly a hot plate (OBVIOUSLY, not all at the same time!) I've been in the infantry and combat engineers for almost 20 years, so, I don't feel the need to have all the comforts of home--I'm used to 'austere' environments. I might even just camp out in a tent or hammock in the summer.
All that said, here goes....Just a caveat: I have read a few threads here about inverters and deep cycle batteries, but they didn't answer ALL of my questions. Again, here goes...
I like to keep things simple and modify as little as possible. My first thought is to replace one of the batteries in the engine compartment with a deep cycle battery, keeping the system 24V throughout and running a 24V inverter off of the radio bus in the back. Here's what I think the problem(s) would be with this setup: 1.) The deep cycle battery wouldn't offer enough cold-cranking amps to assist with starting and it may damage the deep cycle battery or shorten its life-span. 2.) Deep cycle battery would draw down the other battery when in use for the inverter. 3.) Deep cycle battery would be to far from the bus bar and inverter in the back to work (too much impedance via the wires).
Another Idea is to just add a third and possibly fourth (deep cycle) battery to the back, near where the inverter would be installed. The problems I see or questions I have with this setup are: 1.) Hydrogen leakage (I've heard this is minimal) 2.)Can I or should I convert the radio bus in the back to 12V? If I did that, how? Just run wires from one of the batteries in the engine compartment? 3.) Would installing a battery(ies) in the back over-tax the alternator(s)?
I've found several 2500-3500W 24V and 12V inverters for under $200. I've found all kinds of deep cycle batteries that are anywhere from 35-85 amp-hours for varying prices. I've found good 600W space heaters and hot plates. I have a 120v microwave, but, I haven't looked at 12v DC microwaves yet. Would a 12V mic be better?
Anyway, lots of questions here and any ideas, help, or constructive criticism would be appreciated.
Thanks! Looking forward to your responses!
PeeWeeQ