Difference between revisions of "Equipment/HPC LS3060 Laser Cutter/CoolBot"
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| − | + | Coolbot is made up of 3 distinct parts: | |
| + | * An arduino (duelminove clone). | ||
| + | * A ethernet shield, wiznet based. | ||
| + | * A custom arduino shield - incorporating both connectors for sensors and the relay for cutting power to the switched iec socket. | ||
| + | |||
| + | The code for coolbot can be found here: https://github.com/solexious/CoolBot/ | ||
| + | |||
| + | The eagle files for the custom board file will be posted here soon. | ||
| + | |||
---- | ---- | ||
Revision as of 17:49, 28 December 2011
Coolbot is made up of 3 distinct parts:
- An arduino (duelminove clone).
- A ethernet shield, wiznet based.
- A custom arduino shield - incorporating both connectors for sensors and the relay for cutting power to the switched iec socket.
The code for coolbot can be found here: https://github.com/solexious/CoolBot/
The eagle files for the custom board file will be posted here soon.
Overview edit
An overview of how the coolbot controls the cooling system for the Laser Cutter.
- Chiller is always chilling water.
- Once the coolbot detects that the reservoir water is 22 degrees or more, it should turn the black power strip on, thus the red light power plug and the small (noisier) pump turns on. This pumps water from the chiller reservoir in to the main 25L reservoir and drops temperature to water being fed in to the laser cutter tube.
- Once main reservoir temp reaches 19 degrees it stops pumping in the chilled water.
When the laser cutter has the key in and turned on, the big water pump turns on (it is connected to a power socket on the back of the laser cutter).
When actually cutting the air assist and extraction fan turn on.
The two thick green pipes go from chiller reservoir to the small pump.
The two thin clear pipes go to in to laser tube and are attached to large pump.