Curious Hound
Formerly EricBphoto
TRS Event Staff
TRS Forum Moderator
Supporting Member
U.S. Military - Veteran
TRS 20th Anniversary
VAGABOND
TRS Event Participant
GMRS Radio License
TRS 25th Anniversary
- Joined
- Feb 7, 2016
- Messages
- 18,153
- Age
- 61
- City
- Wellford, SC
- State - Country
- SC - USA
- Other
- 2002 F250, 2022 KLR 650
- Vehicle Year
- 1993
- Vehicle
- Ford Ranger
- Drive
- 4WD
- Engine
- 3.0 V6
- Transmission
- Manual
- Total Lift
- 6"
- Tire Size
- 35"
- My credo
- In theory, theory and practice are the same. In practice, they are different.
Some stuff has been happening. I drilled a bunch of holes in my cab today and ran some wires. Pos & Neg from main truck battery to the overland system and Pos & Neg from house battery rack to the overland system. Also ran the AC and DC supply cables out to my charging station box. Laid out all my components for the system on a piece of 3/4" plywood that will mount to the rear wall of the cab. Now, I just have to do all the interconnections, plus add the solar panels and their wiring.
Starting from the right side (driver side); electric T-Case control module, small blue box is the solar panel controller. Barely visible just to the left of the T-case module is a battery monitor with Bluetooth reporting capability. Bottom/center is a relay that automatically disconnects the truck battery from the system during heavy discharge, ie; starting engine. I can put a manual override on that. Center- two 200amp breakers. One for the house batteries and one for the inverter. There will be a 150amp breaker under the hood on the feed coming from the truck battery. Far left, big blue thing is the inverter. There is also a Negative terminal post just above the circuit breakers as a point to tie all the negatives together.
I'm almost ready to pull the panel back out to finish the interconnections between components. Then I'll paint the plywood before final installation.
Starting from the right side (driver side); electric T-Case control module, small blue box is the solar panel controller. Barely visible just to the left of the T-case module is a battery monitor with Bluetooth reporting capability. Bottom/center is a relay that automatically disconnects the truck battery from the system during heavy discharge, ie; starting engine. I can put a manual override on that. Center- two 200amp breakers. One for the house batteries and one for the inverter. There will be a 150amp breaker under the hood on the feed coming from the truck battery. Far left, big blue thing is the inverter. There is also a Negative terminal post just above the circuit breakers as a point to tie all the negatives together.
I'm almost ready to pull the panel back out to finish the interconnections between components. Then I'll paint the plywood before final installation.
Last edited: