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6" Chrome Trim Ring
6" Chrome Trim Ring
Trim ring for the 6" LED Oval Light SKU#STL78RBR
$1.99 $1.99
 
2G Black Switch Body ON/OFF Switch
2G Black Switch Body ON/OFF Switch
2G Black Switch Body ON/OFF Switch. Pictured with 2G Black Switch Bezel(Sold Sep...
$4.99 $4.99
 
1G Black Switch Body On/Off
1G Black Switch Body On/Off
1G Black Switch
$3.99 $3.99
 
Coaxial Wall Plate
Coaxial Wall Plate
Coaxial Wall Plate
$1.99 $1.99
 
Amber LED Clearance Light
Amber LED Clearance Light
Amber LED Clearance Light
$10.00 $10.00
 
Furrion Furrion 3 ft Cable
Furrion 3 ft Cable
Furrion 3 ft Cable
$1.99 $1.99
 
Double Switch Plates
Double Switch Plates
Double Switch Plate
$1.50 $1.50
 
License Bracket with Light
License Bracket with Light
W 2 3/4"
H 8 1/2"
D 2 3/8"
$8.10 $8.10
 
Mechatronics DC Fan
Mechatronics DC Fan
Made by Mechatronics
Uses 12 Volt .385Amp
Fan measures 120 mm x 120 mm with fr...
$30.00 $30.00
 
7 Way Plug to 6 Round Adapter
7 Way Plug to 6 Round Adapter
Connects vehicle to trailer. Center pin electric brake switchable to auxiliary. ...
$4.00 $4.00
 
Red Light Black Base
Red Light Black Base
Red marker light for trailers.
$3.00 $3.00
 
Showing 73 - 83 of 83
Electrical

Know Your Electrical Systems

What's the difference between a converter and an inverter? A converter will take a 120V power supply and convert it down to a 12V power supply, allowing you to power all of your 12V appliances and lighting while simultaneously charging (and even maintaining) your battery. An inverter will take your 12V power supply (a single battery, or a battery bank) and invert it to 120V. Inverting from 12V to 120V is a much more demanding process, so don't expect too much from a single battery when powering 120V appliances. 

How do I know what size power supply I need? When it comes to recreational camping, there is no one-size-fits-all in the area of electrical. The most common size power inlet is 30 amp, delivering up to 3,600 watts of 120V power. Most large RV's and Fifth Wheel campers will have a 50 amp service, delivering 12,000 watts of 120V (50 amp has two 120V "hot" wires, where 30 amp has one). You can estimate this using the "Amps x Volts = Watts" formula. This is also very useful when deciding what appliances you can operate at the same time under your current power load! 

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