Ic controlled airlock
Very Fast
Matches the existing atmosphere without any configuration need
Airlock saves existing atmosphere when the airlock closes in a pipe and release it when the same side is going to open again
Cheap components and easy setup

Pins:

InteriorDoor d0
InteriorVent d1
InteriorAnalyzer d2
ExteriorDoor d3
ExteriorVent d4
ExteriorAnalyzer d5


Setup:

1 Gas Sensor Inside airlock
2 Active Vent inside airlock 1 for either side
the air vents are connected to a single pipe segment and nothing else (No passive vents!!)
2 Pipe Analyzer 1 for either side, (in single the pipe segment of either Active Vent)
2 Doors to etiher side
(and ofc 1 Ic Housing and chip)

It uses batch commands for Gas Sensor and Vents so keep the circuit in an isolated network
Setup airlock while having one door open.


Optional setup:
Removing the pipe analyzer will skip pressurization for the side (door will open on vaccum), since the air no longer comes back to the airlock you need to add a passive vent
Removing both analyzer will result in an airlock that opens on vaccum and never tries to pressurise (in some cases is very useful and since doesnt pressurise is way faster), you can archive the same thing with an advanced airlock ofc but this airlock will cycle faster​

Ic controlled airlock
Very Fast
Matches the existing atmosphere without any configuration need
Airlock saves existing atmosphere when the airlock closes in a pipe and release it when the same side is going to open again
Cheap components and easy setup

Pins:

InteriorDoor d0
InteriorVent d1
InteriorAnalyzer d2
ExteriorDoor d3
ExteriorVent d4
ExteriorAnalyzer d5


Setup:

1 Gas Sensor Inside airlock
2 Active Vent inside airlock 1 for either side
the air vents are connected to a single pipe segment and nothing else (No passive vents!!)
2 Pipe Analyzer 1 for either side, (in single the pipe segment of either Active Vent)
2 Doors to etiher side
(and ofc 1 Ic Housing and chip)

It uses batch commands for Gas Sensor and Vents so keep the circuit in an isolated network
Setup airlock while having one door open.


Optional setup:
Removing the pipe analyzer will skip pressurization for the side (door will open on vaccum), since the air no longer comes back to the airlock you need to add a passive vent
Removing both analyzer will result in an airlock that opens on vaccum and never tries to pressurise (in some cases is very useful and since doesnt pressurise is way faster), you can archive the same thing with an advanced airlock ofc but this airlock will cycle faster​

Ic controlled airlock
Very Fast
Matches the existing atmosphere without any configuration need
Airlock saves existing atmosphere when the airlock closes in a pipe and release it when the same side is going to open again
Cheap components and easy setup

Pins:

InteriorDoor d0
InteriorVent d1
InteriorAnalyzer d2
ExteriorDoor d3
ExteriorVent d4
ExteriorAnalyzer d5


Setup:

1 Gas Sensor Inside airlock
2 Active Vent inside airlock 1 for either side
the air vents are connected to a single pipe segment and nothing else (No passive vents!!)
2 Pipe Analyzer 1 for either side, (in single the pipe segment of either Active Vent)
2 Doors to etiher side
(and ofc 1 Ic Housing and chip)

It uses batch commands for Gas Sensor and Vents so keep the circuit in an isolated network
Setup airlock while having one door open.


Optional setup:
Removing the pipe analyzer will skip pressurization for the side (door will open on vaccum), since the air no longer comes back to the airlock you need to add a passive vent
Removing both analyzer will result in an airlock that opens on vaccum and never tries to pressurise (in some cases is very useful and since doesnt pressurise is way faster), you can archive the same thing with an advanced airlock ofc but this airlock will cycle faster​

Initial Upload