Guest
This is just an idea Iâve come up with for controlling the temperature of a fermenter without compromising the integrity of the airlock.
Iâve only used a 22mm tank connector as one of my probes is too big to fit a 15mm.
View of tank fitting from the outside.
View of tank fitting from the inside.
The probes from my heater control and remote sensor held in place with cotton wool.
The aquarium heater control and remote sensor.
Being used to control a heating belt in this instance.
This particular control, when set on min holds the temp between 19.7 â 20.2C.
Iâve also used it for controlling demijons.
My way is to stand the demijohn(s) in a 2â bath of water and use the glass tube type heater.
When tested with water, the djâs remained within 0.2C of the water bath.
The remote sensor is part of my weather system, so I can monitor the temp without having to go out to the garage!
Iâve only used a 22mm tank connector as one of my probes is too big to fit a 15mm.
View of tank fitting from the outside.
View of tank fitting from the inside.
The probes from my heater control and remote sensor held in place with cotton wool.
The aquarium heater control and remote sensor.
Being used to control a heating belt in this instance.
This particular control, when set on min holds the temp between 19.7 â 20.2C.
Iâve also used it for controlling demijons.
My way is to stand the demijohn(s) in a 2â bath of water and use the glass tube type heater.
When tested with water, the djâs remained within 0.2C of the water bath.
The remote sensor is part of my weather system, so I can monitor the temp without having to go out to the garage!
