#7 in Boat rocker switches
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Reddit mentions of BlueFire 6 Gang Rocker Switch Panel for RV Marine Car Vehicles Truck Boat Fuse Panels Waterproof Digital Voltmeter Display Dual USB Charger Port DC 12V Socket 12/24V Breaker Switches
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Reddit mentions: 1
We found 1 Reddit mentions of BlueFire 6 Gang Rocker Switch Panel for RV Marine Car Vehicles Truck Boat Fuse Panels Waterproof Digital Voltmeter Display Dual USB Charger Port DC 12V Socket 12/24V Breaker Switches. Here are the top ones.
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6 Blue LED illuminated Rocker Switch with Rubber Seals for outdoor and marine task, Short circuit / Overheat protection.12V Cigarette Socket & 3.1A Dual USB Power Charger fullfill all kinds of charging needs.Suitable for 12V/24V Systems, Panel is pre-wired, Includes 4x Stainless Steel Screw.IP67 Waterproof, Rhos and CE Certify, Totally Environment Friendly.Product Dimensions: 18cm x 11cm x 7.5cm (7.08in x 4.33in x 2.95in), Portiforium Dimension: 15cm x 8.5cm ( 5.9in x 3.35in).
Specs:
| Color | 6 Gang Rocker Switch Panel |
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I use this boost converter for my laptop. I used a lighter duty one previously but my laptop can really consume some juice, and the other ones would overheat and fail. I combine them with a typical cig outlet cord and the laptop end of a cheapo charger. You could also fid a pre-made one if you know the specs of the plug and its power requirements.
I installed this switch panel and all my DC stuff is wired on a switch. The labels on the switches are stupid but you can put a label sticker over them. I also have several of these around the bus.
When you convert between AC and DC power, it's very generous to figure on only losing about 15% for each conversion. If you go with that, though, and you have a 100 watt load (laptop charger) using a typical AC adapter (15% loss here) through a typical inverter (15% loss here) to a typical battery (15% loss here), you're going to be consuming over 150W from your battery...And that's being very kind, it's likely more like 180W.
If you use a boost converter like the one I liked, it's more than 90% efficient, but let's just say it's 90%. It's only doing one transition, so your 100W load is only consuming 110W or so from your battery.