Reflow Oven: Difference between revisions

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I2C Led driver breakout board, D1 was hand-soldered. Solder paste was applied using a Mylar stencil cut with the revspace lasercutter.
I2C Led driver breakout board, D1 was hand-soldered. Solder paste was applied using a Mylar stencil cut with the revspace lasercutter.
[[File:Reflow_ht16k33.jpg|640px]]
[[File:Reflow_ht16k33.jpg|640px]]
(Image: robv)
(Image: Crashjuh)

Revision as of 12:44, 27 June 2016

Project Reflow Oven
Reflowoven.jpg
Status In progress
Contact Crashjuh
Last Update 2016-06-27

Because modern electronics components are tending more and more towards becoming SMD-only, and because the associated size reduction can also be very useful for space projects, we need a reflow oven.

Status

Oven has been acquired. It is a cheap 1kW Everglades toaster oven and has been able to do very crude reflow. A prototype for the controller has been built and successfully measures temperature. I (smeding) am currently hammering out the PID loop to keep it at a fixed temperature. After that, all it needs is a little bit of UI and we should be good to go.

We now have a real reflow oven and currently we are testing what the best settings are. Over time, these data are reported here.


Use by Revspace

The oven has 10 memory locations (Program number 01 till 10). At the moment we only have programmed program number 01. We program the programs for different PCB thicknesses.

Program number PCB Thickness
01 1.5 / 1.6 mm
02 xx
03 xx
04 xx
05 xx
06 xx
07 xx
08 xx
09 xx
10 xx


  • Program number:
    Enter : 01
Preheat standby:
Enter : 080
Preheat airtemp:
Enter : 150
Preheat time:
Enter : 02:00
Solder temp. :
Enter : 250
Solder time:
Enter : 01:30
Learn preheat:
Enter : 000
Learn solder:
Enter : 000


Gallery

I2C Led driver breakout board, D1 was hand-soldered. Solder paste was applied using a Mylar stencil cut with the revspace lasercutter. Reflow ht16k33.jpg (Image: Crashjuh)