Outdoor flood lights are ideal for larger areas, with a maximum brightness of up to 80 watts. Most residential bulbs operate between 40 and 80 watts, making them suitable for most homes. The most ideal wattage for outdoor LED flood lights is 80 watts, which is considered on the lower end. Low Lumens (1,600-4,000) LED Flood Lights operating between 1,600 and 4,000 lumens are ideal for small outdoor area lighting such as staircases and walkways. Most 200w LED flood lights produce about 16,000 lumens and guarantee 5000k, making them super bright.
Outdoor floodlights, also known as outdoor spotlights, are used in stadiums, building outlines, squares, overpasses, and tunnels. The choice of wattage depends on the size of the space needed to illuminate. An outdoor floodlight with a relatively low lumen output (700-1,500lm) will suffice for patios and driveways, while commercial lights are more suitable for large spaces.
To calculate the recommended lumens for your space, divide the power in watts of 50 by its voltage of 12 to get 4.167 Amps. To calculate the number of amps needed for your lighting installation or light bulbs, use the formula Amps = Watts / Volts. The amperage of an LED flood light depends on its wattage and the voltage of the power supply. For example, a 10W LED flood light uses about 0.08 to 0.1 amps.
A 3A fuse is recommended for the light, as it will blow before the bulb/lamp, saving money and preventing issues. A typical lighting circuit uses 5A cable, typically 1 mm² (older installations) or 1.5 mm² (current standards). Thicker cables may be used for larger areas.
📹 How many lights can you put on one 15 amp or 20 amp breaker
This video is to show #how many #lights you can put on one #15 amp #breaker or #20amp breaker. Link to my Amazon page …
How many amps for 12v lights?
The ampere draw is calculated by dividing the total number of watts by the system’s volts. In a 12-volt system, a 100-watt bulb will draw 8 amps. The current is 3 amps. In the case of multiple light sources, the wattage of each bulb is added together and then divided by the system’s volts. To illustrate, a 2×100-watt bulb will draw 16 amps. The resulting value is 6 amps.
How many amps is a LED light?
LED lights are low voltage and relatively low current, making them lower in power and more efficient than traditional incandescent bulbs and halogen downlights. They use between 100 to 750 milli-amps depending on the forward voltage required to turn on the LED. Higher current does not necessarily mean brighter lights; it is dependent on the power, which is proportional to the increase in voltage and/or current. Typical power ranges for residential and commercial bulbs range from 3W to 15W.
Higher power generally leads to greater current and light output, but this is not always the case. Efficiency and power factor are important factors to consider when evaluating LED lights. Efficiency is measured in lumens per watt (Lm/W), which refers to the total quantity of light produced per 1 W of energy.
How much electricity does an outdoor flood light use?
Floodlights use 1000 watts of power per hour, consuming 10, 000 watts or 10 kWh per day if left on for 10 hours a day. If used daily, they consume 300 kWh per month or 3, 650 kWh per year. Understanding energy consumption helps make informed decisions about energy usage habits. The more floodlights you have and the longer they are used, the higher your energy costs will be, which can be a burden on your budget and negatively impact the environment.
Are lights 15 amp or 20 amp?
A 15 amp rating is common in residential grids due to its affordability and compatibility with a 20 amp circuit. This allows lamps or ceiling fixtures with 15 amp plugs to run on the circuit. 20-amp circuit breakers are designed for larger appliances and power tools, such as in kitchens and garages. Most residential electric grids can handle up to 20 amps with a few 15-amp receptacles connecting to a 20 amp circuit.
If the load exceeds 20 amps, the circuit will tripping, requiring unplugping one of the appliances. It’s important to choose the best fit for your electrical needs and consult a local electrician for safety.
What is the power rating of outdoor lights?
Outdoor lights should be rated at 40 watts or lower, with 40 to 80 watts ideal for landscape areas like pathways and garden beds. 40 to 80 watts are suitable for driveways, smaller yards, and indoor spaces. Outdoor lights should be used sparingly, as 80 watts and over are too bright for most home landscape lighting, especially floodlights for larger lawns and driveways. 40 watts ensures clear visibility, aesthetic appeal, and showcases the best parts of your landscape.
How many amps is a flood light?
A 12-volt LED/50-watt floodlight utilizes four units of energy. The current, in amps, is calculated by dividing the power in watts of 50 by its voltage of 12.
How much power does a LED floodlight use?
LED floodlights are a cost-effective and energy-efficient solution for homes and businesses. They reduce the energy required by around 80, making them an ideal choice for areas like parking, signboards, and home entertainment. Previously, LED floodlights were used primarily for traffic signals and high-visibility applications. However, advancements in LED technology have made them more efficient at projecting light, making them an acceptable alternative to traditional mercury vapor, high-pressure sodium, and metal halide floodlights.
A 100W LED floodlight can replace a 500W linear halogen floodlight, providing a more efficient and cost-effective lighting solution. In South Africa, the new range of LED floodlights offers high-quality, energy-saving options for homes and businesses.
How powerful is a 50W LED floodlight?
The 50W TradeLED Osram LED floodlight is equivalent to a 500W halogen floodlight, offering an effective light range and color temperature. Lumens, measured in lumens, directly proportional to brightness, making it crucial to understand the lumen measurement when purchasing a lamp. The TradeLED Osram range boasts 130 lumens per watt, making it an exceptional option for energy-efficient lighting.
Customers should consider their aesthetic preferences and desired look when choosing a floodlight. The option of 3000K warm white or 6000K cool white allows customers to choose the desired LED output. The product operates between -20℃ and 45℃, and offers a wide ambient temperature range, allowing it to operate between -20℃ and 45℃. The comprehensive range of light outputs ensures that customers find the perfect brightness and light range for their security lighting needs.
In summary, the 50W TradeLED Osram LED floodlight offers a cost-effective and energy-efficient solution for lighting needs.
How many amps is a 200W LED flood light?
The product features a bright, robust, and durable LED floodlight with a nominal wattage of 200. 00 watts, a sine frequency of 50. 60 Hz, a nominal current of 1000 mA, an inrush current of 80 A, and an inrush current time of Th50 1000 µs. It provides safe and uniform illumination due to a frosted and tempered glass diffuser, no upper light output ratio when mounted at 0° tilt, and energy savings of up to 90 compared to halogen lamp floodlights.
📹 “Confused About Wire & Breaker Sizes? Here’s What You Need to Know!”
Are you looking for information about wire and breaker sizes, but don’t know where to start? Look no further! In this video, we’ll …
Yes it did, thank you. At 67, Me, forgetting things that I had once learned makes me dangerous or a procrastinator. Now, using your info, I can finish up the wiring that I have allowed to mushroom by unsureness and to finish my music/woodworking barn with confidence. Once and for all. If you have ever said that you hope that you’ve helped one person, I am that guy. 🤠
I once lived in an older apartment that put EVERY light on one 20A breaker. Might have been needed when that wiring was done – but with my mix of LED and compact fluorescents, it was SEVERE overkill. I talked the owner/manager into adding a 15 amp duplex outlet to the circuit, as that place was WAY short on outlets.
In the UK we use 230 volts. To answer your question in the UK we assumed total load and divide by 230 to get Amps, ie assume you want to install 12 lights on a 5Amp circuit with a 6amp MCB and the lamps are 100w each that would be 1200w divide by 230 = 5.2Amps, that’s the design current the circuit protection device should be equal to or greater than the design current. As you can’t get a 5.2Amp MCB You will need a 6amp MCB. This is international no matter what the nominal voltage is.
FYI Building Codes are public domain and can be accessed online from numerous legal libraries. Call your local building department and ask them what Code governs your jurisdiction, and look up the residential electrical code requirements for branch circuits, etc. FYI, adding new lights and receptacles is easy renovation work, but if it isn’t done right and to your local Code requirements, you can burn down your home or even electrocute yourself. If you have zero experience, hire an Electrician.
This is a great example but these days many people are getting away from the old screw base fixtures because you can still find bulbs of 150 watts and more. (yes, still out there) If you install NON screw base fixtures they will likely be a specialty base that can’t accept larger bulbs and will be under 20 watts draw each. IOW, you have the added benefit of no fire hazard due to wrong bulbs overheating. Still, the math works out and it really is that simple.
Daaaamn Sam!! I know your name isn’t Sam It just ryhmes with damn and sounds cool… But nice article sir.Very informative and easy to comprehend. Of course the 15 amp circuit would be using 14/2 wire and the 20 amp circuit would be using 12/2 wire. Now if you’re using led lights, you can probably use more lights per circuit because led’s consume alot less power than incandescent lights right?
If installing fluorescent fixtures, You have to add the wattage of the fluorescent tubes plus the wattage of the ballast, For example, A 4 foot two bulb fluorescent fixture would draw around 180 watts, The average wattage of two 4 foot fluorescent tubes is 80 watts plus the wattage of the ballast, Another thing is that if you go with LED light fixtures, You can add alot more fixtures because of how much less watts they use than fluorescents and incandescent fixtures Just use the same calculations shown in the article, Definitely best to go with LED fixtures and avoid fluorescent, Mercury vapor or other fixtures that have a ballast because they use more power than even incandescent fixtures Plus with LED fixtures, You won’t have the troubles with LED fixtures compared to fluorescents and other fixtures that have a ballast, Plus LED fixtures and bulbs are coming down in price, Now if you have fluorescent fixtures and want to convert them to LED tubes, It’s best to get the direct wire LED tubes for saving energy costs The plug and play LED tubes use the existing ballast which is not practical because you’re using power to operate the ballast which draws much more power than the direct wire LED tubes The direct wire LED tubes don’t use a ballast, So they use alot less power than the plug and play LED tubes For example, Two 4 foot direct wire LED tubes will draw only 32 watts of power compared to the plug and play which use the existing ballast which draws 100 plus watts
Thanks. This applies to computers also. So I should be careful and perhaps NOT get the new 4090 Graphics card and a new 1,600 watt power supply to put in the office, unless I put it in the dining room where we have a 20Amp circuit. Luckily it is a nice piece of decoration! And we can dine by the computers’ RGB-light so we don’t trip the breaker!
We currently have a Federal Pacific Stab-Lok breaker panel that we’re planning on having replaced. After it’s replaced, I do want to separate some circuits. I also want to put all the overhead lights in our house on one 15 amp circuit. All our lights are LED and even if our lights were all 100 watts, they would still not exceed 15 amps.
Perfect math if you were utilizing incandescent lamps as you stated. The problem is then you show fluorescent fixtures and say, now you know how to calculate how many lights. Not so fast! Fluorescent lamps have wattages on them, but you do not just add them up. In order to do these luminaires, you must look at the ballast information and find “line current” number and multiply by voltage to get VA(let’s call it watts). Best wishes! Kevin
We have a 15 amp breaker running from the house to a tool room, then by knob & tube overhead open wire to a carriage barn to a 2 car older garage to a large chicken coop/workshop. Along the way there are many lights, many outlets with multiple power strips, animal water de-icers, electric woodshop tools, and now outdoor blow up Christmas decorations requiring continuous running fans. Yeah…the 15 is tripping.
quick question thanks for explaining this method and now i have a better idea but what i am searching for is how can i check to see what receptacle outlets are in the same circuit breaker the reason is I don’t want to blow a circuit breaker so i want to find 2 separate electrical circuits with ease which circuit breaker finder would you recommend for the purpose i need it for. Hopefully i made sense. One more example so if i am already plugged into a 15 or a 20amp receptacle outlet and i now need to plug another device that i know it takes a lot of juice like a fog machine and i decide to use another receptacle outlet thinking its on a different circuit breaker thats where i would use the Circuit breaker finder plugging a tester to the same receptacle outlet please help
I just got a heat press that is 1400 watts and my lights are flickering like crazy I know this is too much and they won’t let me return so I’m screwed they don’t Specify amps and other things on this I feel like the seller should def tell people before hand now I have to get a 20 amp and alter everything because they don’t tell u what you need before you buy I feel like most people like me that don’t know much about this would think ok this should be good and then Afraid to use it I wish they would give instructions before people buy sorry im so Frustrated about this that they won’t let me return it for somthing that would work better for me
Hello, Thanks for that info..I’m looking to install a new AC on a 20amp cir, currently the ac that I have on this same circuit is maybe 10,000 btu.. I want to install an Ac that has 18,000 or more on the same line .. can larger btu’s be put on a 20 amp cir (dedicated).. what is the largest I can put ?? This is a window AC
I have a question hoping you could answer. I have a wall socket (I think that’s what it’s called) and it has 2 outlets (again don’t know if that’s what it is, but it has 2 lines and then a dot underneath). I have one dryer and another washing machine that is one cord, and it is plugged into an outlet. So say hypothetically I wanna plug in a power strip in the second free outlet and have that plugged into a laptop charger constantly charging that laptop for gaming purposes, and a monitor hooked up as well, plus sometimes charging a phone. The power strip says it has 15 amps. Would this be considered safe
He should not be encouraging people to take the electrical in their own hands this is very dangerous to you and your family and that’s exactly what he is doing, he is surely not explaining it to another electrician who already knows nobody I know puts a 20 amp circuit for lights nobody in the field unless you are a commercial electrician he’s definitely not a electrician that works in the field because he would know better not to explain it to people who are going to take matters in their own hands this guy reads a lot of books and thinks that he can explain things to people which is very dangerous😮😮😮😮😮
Great explanation.. I’m wanting to run 220v plugs into my garage 1 for my plasma cutter and 1 for my 60 gal compressor. Please understand I’m a rookie at this stuff and electricity scares me as I have run many 911 calls on people whom have been zapped. Does this sound correct to you…?…My compressor is calling for a 60 amp breaker so Ill be using a 6g wire run from my panel to the plug where my compressor will live…I already have 220v in my laundry room which is on the opposite side of my garage so I was going to disconnect the dryer plug as I do not need it and use that wire for a plug Ill place on the inside of the garage for my plasma cutter. Does this sound right to you Sir? I gathered this info from your educational article. Just wanted you to know you made this very easy for me to understand. Wish me luck Sir.
Have a 6.6-7 Kw heater. It says 30 amp, and 8 gauge in the manual. So if it draws 30 amp at 240, (actually 29 amp Amp give or take) at continuous or peak performance why can 30 amp breaker and 10 gauge not suffice. Safety or de rateing factor for heaters? Also aren’t breaker supposed to trip with a safety factor for over amperage.. basically should it match the needs or be sized one larger. As long as the wire matches the breaker what will happen aside from tripping the circuit?
I would like to add a dedicated breaker and outlet for my camper. It says that it takes at least a 30 amp breaker but I would be happier to run a 50 amp set up. It is about 60 ft from where my outside meter box is. Can I add a small box under my meter box with a single 50 amp breaker there and run wire 60 ft to another box on a 4×4 pole with an outdoor outlet for my camper supply? And what size wire would you recommend. Thank you for your time. Donnie
Great article! You’re helping me learn what to do. I do have a question about type of wire to use and the breaker size. My goal is to install a garage heater that is 7500 W and 31 A. and it is about 25 feet from the breaker box. My fear is that if I use 10 gauge wire and I run it for a couple hours to warm up the garage that I will either blow the circuit or start a fire. The guy at Home Depot recommended I use 12/2 wire but that seems awful low. So my question is, should I use 10 gauge wire, with a 30 amp breaker, or eight gauge wire with a 40 amp breaker?
So I’m having a new HVAC system installed. According to the nameplate it’s says Minimum 35a MCA and Max Ckt-Bkr 60a. I have #8 wire/40a breaker. They say I have to jump to a #6 which I have a spare one not being used. Bottom line is they say I HAVE to have a 60a breaker. I disagree. That’s MAX. Your thoughts?
I have a 9 kva generator rated 220 volts 30 A circuit/ plug. Can it start and run two hairdryers rated 2000 watts 220 volts each at the same time simultaneously? Another question is, if i Connect the two of them, which mm cable can i use and the socket should be rated how many A. Kindly i need an answer. Thanks.
Hey buddy like the article . Iam having a little of a problem with some electric with 2 outlets . 1 my dryer sometimes it turns on but then when I hit start it turns off. 2. My stove when we used it on thanksgiving with all the eyes on and oven as well it turned off . Those are my mine problems. My stove has a 30amp breaker . Do I need to put a higher one for it to work as normal? And if I fix the stove issue would my dryer start to act normal?
Can someone help me with this answer. My service pole broke and when I had it replaced with the wires. The original wire were 3 gauge 12 foots long but the service guy replace it with 4 gauge wires 12 foots for 100amp. He said it was ok. I live in Milwaukee, WI. Is that ok? I google it up and some people said it’s ok too, but I will like to hear from the professionals. Thanks
Now for my question, I have a pole barn on my property that sits roughly 75-100 feet from my outside panel that has the meter. I want to add a breaker to that panel and run wire underground to the pole barn. I need to have atleast three available outlets for LED light fixtures, nothing big just extra outlets for power saws or small air compressor. Do I need to upsize my breaker and wire due to the distance from the panel? How deep do you recommend burying the wire?
Great article! But a times a changin again. This is not in the code yet. We got used to white, yellow and orange romex NM-B. Makes things easy. But all these colors only have two conductors and a bare ground. But items like modern stoves and dryers now need a neutral. That is to allow them to run fancy controls off an internal 120 circuit. So new colors just showed up at HD. Purple is 12-3 and PINK of all things is 10-3. I forget the color for 14-3. 😅
Will AC90 12/2 also take max 20A? Does the better insulation make a difference vs Romex? The load is continuous baseboard heater. The watts are 2500+1000 max so with 240V about 15A. A 20 A breaker will work fine as per the load requirement. Max current as per cable is 30A in ambient temperature with the cable going to a balmy 90 degrees C if I am not mistaken. The voltage drop would be higher at any high distance. So 30A breaker would be a no-no here right? It is playing too close to the wire’s max rating should the baseboard(s) somehow misbehave & begin drawing TWICE the current they are supposed to draw. Anyhow please stop starving but it looks like you already did so a very long time ago. Good. 😊
Hello. I want to run a wire from my main breaker box and make another breaker box for my outdoor patio . I was thinking of using a 10/2 wire, probably 100 feet . I dont know that amp breaker i should use on the main breaker box . I want to light up normal led lights and common electronics. Maybe a window unit for my outdoor bathroom. So what breaker should i start from?
First off, my house came with 3 ton units, 2 of which went out so we replaced it with a 3 ton with a splitter. Now we had no issues before until the 3 ton was installed. 30 amp Breaker burnt up going to the 3 ton, had someone replace it last year, a few days ago it burnt up again and it did not trip but unit turned off. We had an electrician come out and he said there is a number 8 wire going to the 30amp and that it needed a 40. Why did the breakers burn up?
I have a 50 gauge wire for the stove. Wiring is newer. Never use stove. I need to get either a portable AC or window AC The other wiring in home was damaged by lightening. Can I somehow use the stove outlet for a AC. Building an earth home…so it’s just till I get new home built. Please ideas. I’m building an earth home because I can build a one bedroom for about 10,000
Appreciated your very informative and to the point article. My question is, I have an unfinished utility room in my basement that has an unused/unpowered box with a yellow, 12 gauge/3-wire (black, red, white) cable running to it which traces back to my breaker box where the wires are capped and unconnected. It appears to have been left for future use. My question is what type of 20 amp circuit breaker do I need to install as I primarily want to have wall type 3-prong 120v outlets. I would like to potentially have it switched also but mainly want outlets with continuous power. What breaker(s) would be recommended for this wiring project? Thanks!
I had a 45.4 amp stovetop installed. The contractor who is not a certified electrician ran a 10/3 to the breaker box. I told him that wouldn’t work. Now we’re arguing about the breaker size. He’s telling me a 40 or 50 amp will work. I said definitely not the 40 and now I’m not sure if the 50 is right either. Any information would be appreciated. Great article though! Thanks in advance!
I’m planing to run electricity from my house to a new metal shed. It’s ~65’. I plan to have a couple lights, fan, 4-5 outlets, garage door opener and a window AC unit. I had planned to run an 8 gauge Cooper wire to a new panel then run a separate 20amp circuit for the wi Dow unit and place the rest on a sweater 15amp breaker.
I am replacing a conventional water heater with a tankless. After three plumbers and two months I have NO hot water. I have had a dozen conversations with the manufacturer and finally may have hit upon the problem. We’ve tried to use the existing gauge wires. The new heater requires 60 watts. Although the existing wiring was 240, the wire gauge appears to be to small. I’ve been shopping for 6/2 wire which is very expensive and somewhat difficult to locate sold by the foot. Also I am told aluminum draws more power than copper. I see conflicting numbers. Some claim 6/2 is good to 55 amps. The manufacturer of the heater claims it requires 60 amps. The current breaker claims 40 amps, which I believe explains why the element never engages. It has taken two months, three (so called) plumbers and about 100 hours of personal research to determine the deficient amperage. The instructions do not mention amps, just watts. The manufacturer did not mention them until today when I pressed for better details of the functioning of the unit. Finally I was told it requires 60 amps. The 20 amp deficiency will require a 60 amp breaker and 6/2 wiring if my investigative abilities are correct. However when I search for 6/2 wire ( I need 10′ ) they claim 6/2 only supports 55 amps. Also most scales only reach 6/2 leaving the next size a mystery. I am in Jacksonville, Fl. where good help is extremely hard to find. I am considering taking on this project myself in view of the fact I know of NO reliable and efficient electricians to call upon.
HELP! I’m replacing an old Federal Pacific 100-amp panel with a 200-amp Square D Hameline panel, so I will need to upgrade the service entrance cable and want to use 2/0 THHN copper. The outdoor meter can/box is mounted low, (30″ off the ground at bottom edge of can) outside, so if I use the bottom rear 2-inch knockout of the meter can, it will put the hole through the wall below the bottom edge of the new breaker panel by about 8 inches, so I will have to make a vertical 90 upwards turn from hole in wall to bottom knockout of the new panel. I cannot find a 2″ close 90 PVC electrical fitting so I’m guessing they don’t make one. My question is: how do I make that vertical 90 turn upwards? It will eventually be covered in drywall. Do I need to have the inside copper leads in conduit at all? If I use switch to 4/0 aluminum, do I need conduit inside the wall cavity? thanks in advance!
I have a situation, if you can help me out with this that would be great! So, here it : I have an outlet with a 14ga and when I plug the circular saw and the shop vac, breaker jumps. Circular see is 15 amps and the sho vac 12amps Should I add a 20amps breaker or 30amps breaker? with a 12-2 wire or a 12/3 wire? Thank you for your help and patience
Layman here. I just got a cnc my router runs at 700 w and my dust collection at 750w this need to be able to be sustainable at sometimes up to 5 hours at a time for 3d carving. I see the garage is wited with white wire. If my amperage of my two devices equal 80% or under the existing breaker rating I should be good? My dust collection that I am getting soon is 5.1 amps at 750w My Router is 6.5 amps at 700 w Currently, I run the Router by it self. Because when I run my large shop vac, the circuit pops after around 20 mins of both devices running the shop vac is like 12.5a. So in short my total load on my 20amp breaker should be 11.6a rather than the 17a I’ve been attempting.
It’s TACO time! Thanks for taking time to educate … I’m in a 2014 new build house with gas cooktop. I want to switch to induction cooktop that needs a 40 amp supply. I see there is already some type of electrical box with metal cover under the cooktop cabinet – I wonder if it’s been prewired and what rating it is. I’m asking cos the appliance store is quoting $1000 just for installation alone and I think they’re assuming the house needs retired or something. Any advice u have would be appreciated!
Based on what you said in this article I’m confused. We had electrician out today because we need a new oven. Our was zapped 2 years ago. He said the range and oven are linked together so we would have to replace all of it. The two are on one 50 amp breaker. He said Should be no more than 20 amp. Thoughts?
How many amps in circuit do I need to power an electric lawn mower? Currently I have a 15 amp gfi outlet in my garage. Should I bump it up to 20 amp before starting to use my new lawn mower in spring? The reason I ask is because a car detailer came to my house to detail my car and we blew circuit from his compressor type air blower. Thanks much
very specific question here, is ok to replace a 30 amp 2 pole breaker that currently powers the dryer with a 40 amp 2 pole breaker to add a minisplit on the same 40 amp breaker? the minisplit would be wired using 8/2 cable. it is because there is no more space in the box to add another dedicated circuit for minisplit. 2 different hvac persons have suggested the same option
What happens if you draw more amps than breaker? Short circuits can occur when there is an unintended connection between two points in the circuit, which causes an excessive amount of current to flow. Short circuits can cause equipment damage, power outages, and fire hazards. Overloads occur when the current flowing through a circuit exceeds its rated capacity. Does this mean that the wire gauge should rated equal to breaker size?
I live in a modular home with no space for laundry. However, our landlord allows us to wire up washer dryer hook ups in an external shed. I have ran all the conduit I have the washer completed on 12/2 with a gfci plug inside a weatherproof single gang with a lockable in use cover. For the dryer I am using 10 three on a three prong outlet. It grounds at the panel but not at the outlet. It ran with no issue, but had to disconnect after inspection wiring was Janky initially now it’s in conduit with the same outdoor rated two gang box and in use cover. In other articles, they say to tuck the ground towards the back of the gang box is this safe? Or is just how it works with a three prong? Oh, and all the wiring and conduit is ran into the inside of the shed
Often wondered why #6 is good for 50-60 amp . Seen some folks say it’s only good for 55 amps others 65 amps. Some folks say a 60 amp sub panel needs #6 others #4 . It’s funny to see these debates over at mike holts forums ….I guess it has to do with 60* vs 75 vs 90* terminations ? If you don’t already have a article on that I would love to see a article on the difference between degree terminations