Hi guys i'm trying to work on a project with arduino , i want to know if anyone could suggest me a heating component that it's temperature can reach 200 C or above anyone had an idea what should i use as components
What are you heating and how do you want to power it?
An oven for baking biscuits.
i am trying to figure how is the way , i am searching for a component that can take maybe 24v and give me high temp
very funny bro
You can use nichrome wire and make a custom device.
If you just need a cheap heating element to experiment with, you could use a low voltage soldering iron heater core with builtin thermocouple. Then you just need a 24V supply and a MOSFET to switch the supply.
OTOH if you are building an industrial furnace then you might need something bigger.
For temperatures above 200°C, consider using a ceramic or mica heating element or a high-temperature cartridge heater
This seems to be a typical XY problem.
I'm going to go feed the penguins.
Cartridge heater: https://www.amazon.com/SIMAX3D-Cartridge-Heater/dp/B093Q1QPD9?th=1
do you know any circuit about it and how can i connect it
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i want something that can live the nichrome wire doesn't live so much
i am building small device so the operating voltage must be at least 24v and size is not bigger and compitable not cheap
I have 40 year old electric toaster that uses nichrome wire and it still works.
Considering the information provided from elmahdy to this point, I'll suggest a radioisotope heater unit. You'll require about 30 to 40 grams.
I'm guessing his black box contains a roasting pig.
A toaster, hair dryer, or plug-in bedroom heater is about 1200 Watts. A counter-top toaster oven MIGHT be a bit more.
A regular electric kitchen oven is about 4500W (operating at 240V in the U.S.). A clothes dryer is about the same but with the air flowing-through it doesn't get as hot.
A 30W soldering iron can go over 200 degrees C and melt solder but the heat is concentrated and it won't warm-up a room or bake cookies.
Power (wattage) is calculated as Voltage x Current. A standard U.S. household circuit is 120V at 15A maximum so you can get about 1600W maximum from an outlet, as long as none of the other outlets on the same circuit are being used.
1200W at 24V volts is 50 Amps - A couple of 12V car batteries can easily do that, but it's a BIG power supply and you'd probably have to use a relay instead of a MOSFET.
Connect it directly to your 24 volt supply and turn the supply on. check the time required for the heater to get hot. That will be your minimum on-time for your project. All the rest depends on what you actually are building.
Keep the current flow low enough that the wire is not "red hot" and nichrome will last a long time.
Model engine glow plug....small, cost maybe $15.00......runs on 1.5v (max) all-be-it @ around 5 or 6 amp.
Depends a great deal on what you intend to use it for overall.
Obviously if it is to heat up say an automotive head for testing for cracks or whatever, forget it.