After struggling with this for months, I have hit on a solution that seems pretty close to perfect.
I have an 8x8 sealed tent.
I am running a Whynter ARC-14S set to 75 degrees (it's really at 69, but it translates to 75 average in the tent).
I have a ALORAIR Storm LGR Extreme dehum that runs constantly - set to continuous.
I have an Ideal-Air Commercial-Grade Humidifier GSH75, humidifier. It runs on a smart plug.
I am using SensorPush sensors. SensorPush HTP.xw Wireless. I have two, I calibrate one while the other is working and swap them back and forth.
I write software for a living (see screen shot). I wrote it using Visual Studio C#, but I think you could pull this off in Access.
So. The sensor reads the temperature. My software calculates the humidity range for that temp for the VPD range I've assigned, hi and low.
The AC keeps it close to 75 most of the time.
I live in the South, and you guys know what kind of summer we have had.
Hence the handful of failures and the larger humidity range showing. But these are momentary spikes.
And I'm also convinced that the Good Lord wants to remind me I am not perfect and never will be.
The Dehum, as I said, runs constantly. When it gets close to the high VPD range (1.1 in the screenshot), the humidifier kicks in long enough to lower it to the lower VPD (.9 in screenshot).
Yes, that's right, I run the Dehum and the Humidifier at the same time. Seems stupid. Nope. More costly to stop and restart the dehum than it is to leave it running. That humidifer is a big fogger. Doesn't run long, ever.
Then the process starts over.
The humidifer is on a timer, actually. It turns on the smartplug, and turns on a timer that runs it long enough to force it to the lower range (the time it runs to do that is a setting, of course, as it may vary).
Any questions?
I have an 8x8 sealed tent.
I am running a Whynter ARC-14S set to 75 degrees (it's really at 69, but it translates to 75 average in the tent).
I have a ALORAIR Storm LGR Extreme dehum that runs constantly - set to continuous.
I have an Ideal-Air Commercial-Grade Humidifier GSH75, humidifier. It runs on a smart plug.
I am using SensorPush sensors. SensorPush HTP.xw Wireless. I have two, I calibrate one while the other is working and swap them back and forth.
I write software for a living (see screen shot). I wrote it using Visual Studio C#, but I think you could pull this off in Access.
So. The sensor reads the temperature. My software calculates the humidity range for that temp for the VPD range I've assigned, hi and low.
The AC keeps it close to 75 most of the time.
I live in the South, and you guys know what kind of summer we have had.
Hence the handful of failures and the larger humidity range showing. But these are momentary spikes.
And I'm also convinced that the Good Lord wants to remind me I am not perfect and never will be.
The Dehum, as I said, runs constantly. When it gets close to the high VPD range (1.1 in the screenshot), the humidifier kicks in long enough to lower it to the lower VPD (.9 in screenshot).
Yes, that's right, I run the Dehum and the Humidifier at the same time. Seems stupid. Nope. More costly to stop and restart the dehum than it is to leave it running. That humidifer is a big fogger. Doesn't run long, ever.
Then the process starts over.
The humidifer is on a timer, actually. It turns on the smartplug, and turns on a timer that runs it long enough to force it to the lower range (the time it runs to do that is a setting, of course, as it may vary).
Any questions?
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