InductionHeater: Difference between revisions
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(Add pledge) |
(Added a table for additional hardware) |
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[http://local.roysmeding.nl/3kW_BOM.png http://local.roysmeding.nl/3kW_BOM.png] | [http://local.roysmeding.nl/3kW_BOM.png http://local.roysmeding.nl/3kW_BOM.png] | ||
==Additional hardware== | |||
In addition to the inverter circuit, at least the following things are needed to make a working induction heater | |||
{|class="wikitable" | |||
!Component | |||
!cost | |||
!Possible sources | |||
!requirments | |||
|- | |||
|Coil | |||
|€ 15 ? | |||
|Gas tubing, car brake tubing | |||
|Copper. Sufficient copper area to handle the current. Sufficient inner area + diameter to allow for effective cooling | |||
|- | |||
|heat exchanger | |||
|€15 ? | |||
|Car junkjard | |||
|Unsure how much heat needs to be removed and at what temperatures. Worst Case would be 3 kW. A car radiator is probably good (cheap, sufficient power and an integrated fan) | |||
|- | |||
|Pump | |||
|€ | |||
|Possibly a pump from a domestic heater (CV). | |||
|Have to check whether or not normal sizes create sufficient flow through small diameter coil tubing | |||
|- | |||
|Electrical connections and wiring | |||
|€ | |||
|Battery connections form scrapped cars? | |||
|How much current do we expect, and how long do the wires have to be? how do we connect these to the coil tubing (Earth blocks? | |||
|- | |||
|... | |||
| | |||
| | |||
| | |||
|- | |||
|'''Total cost''' | |||
|€ 30 (incomplete) | |||
|} | |||
Now wee need financing. Initial estimate is that we need at least another 50% on top of the BOM to get the box, spiral, coolers etc. Goal is thus '''150 -200 euro''' | Now wee need financing. Initial estimate is that we need at least another 50% on top of the BOM to get the box, spiral, coolers etc. Goal is thus '''150 -200 euro''' | ||
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* FooBar: €20 | * FooBar: €20 | ||
* [[bertrik]]: €10 | * [[bertrik]]: €10 | ||
* Semafoor: €20 (more if the project is better defined) |
Revision as of 07:51, 5 September 2014
Project InductionHeater | |
---|---|
Status | Initializing |
Contact | smeding, gori |
Last Update | 2014-09-05 |
Idea is to make a 3kW induction spool to smelt metals and heat steel for forging. For examples see :
Smeding had designed a circuit and made a BOM, see below:
http://local.roysmeding.nl/3kW_BOM.png
Additional hardware
In addition to the inverter circuit, at least the following things are needed to make a working induction heater
Component | cost | Possible sources | requirments |
---|---|---|---|
Coil | € 15 ? | Gas tubing, car brake tubing | Copper. Sufficient copper area to handle the current. Sufficient inner area + diameter to allow for effective cooling |
heat exchanger | €15 ? | Car junkjard | Unsure how much heat needs to be removed and at what temperatures. Worst Case would be 3 kW. A car radiator is probably good (cheap, sufficient power and an integrated fan) |
Pump | € | Possibly a pump from a domestic heater (CV). | Have to check whether or not normal sizes create sufficient flow through small diameter coil tubing |
Electrical connections and wiring | € | Battery connections form scrapped cars? | How much current do we expect, and how long do the wires have to be? how do we connect these to the coil tubing (Earth blocks? |
... | |||
Total cost | € 30 (incomplete) |
Now wee need financing. Initial estimate is that we need at least another 50% on top of the BOM to get the box, spiral, coolers etc. Goal is thus 150 -200 euro
Pledges: