LaserCutter: Difference between revisions
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== ToDo == | == ToDo == | ||
* wire up electronics and HAL sensor | * wire up electronics and HAL sensor <done> | ||
* Review power circuitry | * Review power circuitry <done> | ||
* Install FlowSensor in Chiller | * Install FlowSensor in Chiller <done> (was already installed) | ||
* <strike>Learn serial protocol of Chiller (Adrian)</strike> There is no serial :/ | * <strike>Learn serial protocol of Chiller (Adrian)</strike> There is no serial :/ | ||
* Complete outer case (to avoid escaping beam) | * Complete outer case (to avoid escaping beam) | ||
| Line 53: | Line 53: | ||
Checks should include: | Checks should include: | ||
* Water flow | * Water flow (second flow sensor as well?) | ||
* Chiller temp | * Chiller temp (measured before and after chiller) | ||
* exhaust fan | * exhaust fan (energy to the fan, air flow / differetial pressure) | ||
* water leak under the chiller | * water leak under the chiller (wasser senspr) | ||
* power consumption | * power consumption (???) | ||
* lid closed | * lid closed (mikroschalter) | ||
* Compressor running | * Compressor running | ||
* ... | * ... | ||
Revision as of 23:08, 27 February 2015
| LaserCutter Release status: unknown [box doku] | |
|---|---|
| Description | A Laser to cut stuff |
| Download | OwnCloud Share |
We bought a laser! This page should be used for documenting stuff.
Features
- Big build area (120 x 90 cm )
- Red light mode for dry run (could need a second laser source ) - TODO
- 80W CO2 (see [1]), wavelength ≈ 10 microns
- AWC608 Controller (see [3])
Components / Parts
- Anywells AWC608 Laser Engraving Cutting Controller
- Step Up Converter LM2596S (maximum input voltage 35V)
Handover
Videos: https://www.flickr.com/gp/peterfroehlich/37Y0h0
Documentation: https://www.dropbox.com/sh/enh2fepkbfpnuyg/AAB81zYn4_yINY1aRJK2Tknsa?dl=0
ToDo
- wire up electronics and HAL sensor <done>
- Review power circuitry <done>
- Install FlowSensor in Chiller <done> (was already installed)
Learn serial protocol of Chiller (Adrian)There is no serial :/- Complete outer case (to avoid escaping beam)
- Complete inner case (to avoid escaping exhaust gases)
- Build exhaust venting system
- Install gas cylinders to prop up hood (see [4] for choosing correct cylinders) (Eymen)
- insert optical components
- calibrate optical components
- connecting laser tube
- write manual and documentation (Jorgen)
System check panel
We should build a panel to check for the environment of the printer. It can be driven by an Arduino and use colored leds as output. And it should block the lasers operation if something is wrong.
Checks should include:
- Water flow (second flow sensor as well?)
- Chiller temp (measured before and after chiller)
- exhaust fan (energy to the fan, air flow / differetial pressure)
- water leak under the chiller (wasser senspr)
- power consumption (???)
- lid closed (mikroschalter)
- Compressor running
- ...
Finance
When we have this thing running, we maybe need to think how we can get the costs back in. A 100W laser tube costs around 1200€ and has a lifetime of 6000-10000h.
Inspiration
Some connectors: - https://www.flickr.com/photos/satiredun/15868308421/sizes/o/ 'PCB' out of steel: - https://www.youtube.com/watch?v=OtZQoIheYcc
Additional Parts
- Gas spring, Price 24€, Manufacturer Shockex, Part number 1181202100, Amazon [5], Force: 320 N, Outer diameter 1: 18 mm, outer diameter 2: 8 mm, Stroke length: 187 mm, Lenght: 468 mm
