Most fog machines use between 400 and 3,000 watts. Small party foggers run at 400–900 W, and stage or low fog machines at 1,200–3,000 W. The watts power a heater that turns fluid into vapour. On UAE 230 V, a 3,000 W machine draws about 13 A, which is the full limit of a standard socket. That’s why foggers trip circuits.
Quick Summary
The watts are the heater. A higher rating means faster warm-up and more fog without pauses.
Amps = watts ÷ 230. A 3,000 W fogger uses one whole 13 A socket by itself.
Full power is drawn during warm-up and reheating, not all the time.
Hazers use less. Water-based hazers use 400–1,500 W; oil-based hazers only 100–300 W.
Keep foggers off the sound system’s circuit. If the breaker trips, the music stops.
Who this guide is for: DJs, event technicians, wedding planners and venue managers in the UAE who are about to plug a fog or haze machine into a venue’s power and need it to run without tripping anything.
Why do fog machines use so much power?
Because the heater has to turn liquid into vapour almost instantly. Inside every fog machine is a heat exchanger: a metal block with a heating element. It sits at roughly 200–300°C. When you press the button, a pump pushes fog fluid through the hot block, and the fluid flashes into vapour at the nozzle.
Vapourising liquid takes a lot of energy, and the fluid cools the block every time it passes through. The watts rating tells you how fast the heater can put that heat back:
A 600 W machine gives short bursts, then pauses to reheat.
A 1,500 W machine gives longer bursts with shorter pauses.
A 3,000 W machine keeps up with near-continuous output for stages and big rooms.
So watts don’t mean “thicker fog” on their own. They mean more fog before the machine has to stop and reheat.
How many amps does a fog machine draw on a UAE socket?
Divide the watts by 230 to get the amps. UAE sockets are the 3-pin Type G, rated at 13 A on 230 V. That is about 3,000 W per socket at most.
Table 1 — Fog machine watts to amps on UAE 230 V
Machine rating
Current draw (W ÷ 230 V)
Share of one 13 A socket
What else can share it?
400 W
~1.7 A
13%
Small speaker or a few LED lights
600 W
~2.6 A
20%
A pair of LED PARs and a controller
1,000 W
~4.3 A
33%
Low-power LED lighting only
1,500 W
~6.5 A
50%
Keep sound on another circuit
2,500 W
~10.9 A
84%
Nothing: give it its own socket
3,000 W
~13.0 A
100%
Nothing: dedicated circuit, no extension reel
A 3,000 W machine like the 3000W DMX fog machine needs a socket to itself. Put anything else on that socket and the breaker or plug fuse will trip, usually at the loudest moment of the night. For small rooms, a 600W fog machine draws under 3 A and can share a circuit with LED lighting.
Do fog machines draw full power all the time?
No. They draw full power while heating up and reheating, then cycle on and off to hold temperature. The thermostat switches the heater off once the block is hot, which is when the “ready” light comes on.
During heavy use, the heater stays on almost constantly to keep up, so plan as if the machine draws its full rating the whole time it’s running. Warm-up is also the worst time for power: it often happens while the sound and lights are being tested on the same circuits.
Table 2 — Power by machine type
Machine type
Typical watts
Heat-up time
How it uses power
Small fog machine
400–900 W
3–6 min
Heater cycles on and off; recovers slowly between blasts
Stage fog machine
1,200–3,000 W
6–12 min
Big heater keeps up with long, continuous output
Low fog machine
1,500–3,000 W
8–12 min
Heater plus a cooling system to keep the fog on the floor
Water-based hazer
400–1,500 W
3–10 min
Heater runs all night at a steady, lower output
Oil-based hazer
100–300 W
Under 1 min
No heater: a pump and compressor make the mist
Oil-based hazers are the exception. They make mist with a pump and compressor instead of a heater, so they use a fraction of the power. Water-based hazers, like the 600W haze machine in flight case, still heat their fluid. They run all night, so give them their own socket too. The type of fluid also affects how long haze hangs in the air; see glycerol vs propylene haze fluid.
How do you plan power for fog and haze machines at an event?
Give the fog machine its own circuit, keep it away from the sound system, and add up every load before you plug in. Here’s a simple plan for a typical wedding hall:
Table 3 — Sample power plan: 150-guest wedding hall
Circuit
Equipment
Approx. load
Status
Circuit 1
2 active speakers + mixer
~1,500 W
OK
Circuit 2
8 LED PARs + 2 moving heads + DMX controller
~900 W
OK
Circuit 3
3,000 W low fog machine (first dance)
~3,000 W
Dedicated: nothing else plugged in
Circuit 4
600 W hazer + LED dance floor controller
~700 W
OK
Avoid
Fog machine + speakers on one socket
~4,500 W
Trips the breaker, and the music stops
Scenario (illustrative): at a hotel ballroom wedding, the DJ plugs a 3,000 W low fog machine into the same wall box as the speakers so it’s close to the dance floor. It works during sound check, because the fogger is already hot and idling. At the first dance, the fogger reheats at full power while the bass hits, and the breaker trips. Running one long, fully unwound cable to a separate circuit would have prevented it.
Power checklist
Ask the venue which sockets are on separate breakers. Wall boxes next to each other are often on the same circuit.
Warm up early. Switch the fogger on 15 minutes before guests arrive, not during the sound check.
Unwind extension reels fully. Many reels are rated about 3,000 W unwound but only about 700 W coiled.
Use heavy-duty cable of at least 1.5 mm², and avoid daisy-chained multi-plug adapters.
Trigger by DMX or timer instead of holding the button down, so the machine never runs flat out. See our DMX lighting control guide.
What about outdoor events and generators in the UAE?
Size the generator for every load plus at least 25%, and don’t share it with the sound system if you can avoid it. A 3,000 W fog machine alone needs a generator of about 4 kVA. When a big heater switches on, the voltage dips briefly, and on a small generator you hear that as a thump or dropout in the speakers.
Wind. Outdoor fog blows away fast, so you run the machine harder, and it draws more power. A low fog machine near the ground works better than a big fogger pointed into the breeze.
Heat. In warmer months, keep machines in the shade with space around their vents. They are heaters already.
Season. Most outdoor events run from October to April. Check power arrangements with the venue or organiser well ahead of that season.
Fog vs haze: which uses more power?
Fog machines usually use more watts; hazers use less but run for longer. A fogger works in short, powerful bursts to make thick clouds. A hazer puts out a thin, steady mist that shows up light beams all night.
For help choosing between them by room and stage size, rather than by power, read how to choose the right fog or haze machine for your stage.
Frequently asked questions
How many watts does a fog machine use?
Small fog machines use about 400–900 W, and stage and low fog machines use 1,200–3,000 W. The rating is the heater’s power. The machine draws it in full while heating up, and again whenever it reheats between blasts.
Do fog machines use a lot of electricity?
They draw a lot of current, but the energy cost is small. A 3,000 W machine heating non-stop for an hour uses about 3 kWh, which is roughly AED 1–1.50 at typical Dubai rates. The real risk is tripping a circuit, not the bill.
Why does my fog machine stop fogging in the middle of a show?
The heater has cooled below its working temperature, so the machine pauses to reheat. Higher-watt machines recover faster. Short bursts with pauses keep a smaller machine going longer.
Can I plug a fog machine into an extension reel?
Only if the reel is fully unwound and rated for the load. Many reels are rated around 3,000 W unwound but only about 700 W when coiled, so a coiled reel can overheat.
Does a haze machine use less power than a fog machine?
Usually, yes. Water-based hazers use 400–1,500 W, and oil-based hazers only 100–300 W because they have no heater. Hazers do run all night, so plan them their own socket too.
What size generator do I need for a fog machine outdoors?
Add up the watts of everything on the generator, then add at least 25% margin. A 3,000 W fog machine alone needs a generator of about 4 kVA, ideally not shared with the sound system.
Will a fog machine set off smoke alarms in the UAE?
It can. Optical and beam smoke detectors react to fog and haze. Ask the venue’s facilities team to handle detector isolation through the proper process. Never cover or disconnect detectors yourself.
Plan the power, and the fog will look after itself
A fog machine’s watts are its heater. More watts mean faster warm-up and fewer pauses, but on UAE 13 A sockets they also mean more tripped breakers. Work out the amps, give the fogger its own circuit, warm it up early and fully unwind every reel.
Choosing a machine? Compare wattages in our fog machine range, or visit our Dragon Mart store in Dubai with your venue size, and we’ll help you match the machine to the power you actually have.
