- Joined
- Jan 3, 2019
- Messages
- 1,127
Hola,
I'm going to give this post a little bit of a preface so there's some context behind what I've done here, why I went down this path, and the general method behind my madness. I guess I'll also keep this as sort of a build diary going forwards as I work to improve and future-proof the logistics of my hobby.
On 12/28/21, I managed to pull a P. sp Sabah Blue eggsack (https://arachnoboards.com/threads/achievement-s-unlocked.351180/post-3247500). It was the second eggsack I had ever pulled and my first time breeding this species. Consequently, I had also pulled my first eggsack (P. sp Akcaya) about a month prior and those slings had just been separated a few days prior. I can talk openly about this now, but IIRC, about a week after pulling the Sabah sack, we had a power outage during a cold snap in the teens. The power company managed to get power restored in a relatively short time, but it wasn't quick enough. The temperature in the incubator bottomed at 66°F for an hour or so. Out of the 120± eggs/EWL that were in the eggsack, only one managed to make it to 2i. Luckily, there were no other losses in the collection.
Still though, that was a massive loss not just for my collection and pocket, but for the US market availability and price point as well. In the aftermath of that event, I realized several facts.
Here's the environmental control system I've managed to piece together. Room RH, temperature, air quality, and air circulation are all addressed here. Starting up top, there is a 1500w wall mounted convection heat panel from De'Longhi. I chose this model because it throws heat out of the top and out of the sides with fans while staying cool enough to the touch so that it can be moved while running. There are overheating and tip over safety features programmed in and the unit is rated for a room up to twice the square feet of my current one. What's important to note is this unit will rarely be on. I keep my place at 74°F during the winter and the unit is set for 72°F, just incase the room gets colder than the rest of the place or the furnace goes on the fritz.
Moving down, there is a Lacidoll humidifier with a 4L reservoir that is rated for something like 5x the square feet of my current room. This model also has a UV light inside used for sterilization while running. I've chosen to use the hose output attachment to focus the mist towards the air circulator and I've modified a shelf from Walmart to hold the humidifier and a 7g water jug for quick refills. The humidifer is also resting in a shallow basin in case it is accidently overfilled and two spare jugs of water are kept, one the shelf and one in the closet to the left.
To the right of the humidifer is the air purifier/circulator. That unit is made by Vornado with precision aerodynamics to both circulate and clean the full air volume of the room using a powerful blower and activated carbon/HEPA filtration. The unit is rated for more than twice the square footage of my current room and the air turnover rate is something ridiculous, like 9x an hour. It's quite effective at removing the odor of my feeder colonies. It's also quiet and positioned in such a way to throw both the water vapor from the humidifier and the heat from the convection panel into the middle of the room.
Now, all of these devices are plugged into a heavy duty powerstrip from Tripp Lite with a 15' cord. This cord is wall mounted to prevent any problems if there is a water spill and is run safely out of the way of the convection panel, up and around the doors, and finally ending by the lightswitch. This was intentional, as I wanted to be able to split the power cord at the door in case of a power outage. That way, I could unplug the whole circuit for the environmental control system, run a separate extension cord under the door and outside, and plug it into this:
This is an inverter generator made by Westinghouse and it's size is currently overkill. It's more than enough for what I need now, will probably cover the power demands of all future upgrades, and has enough juice to spare for my freezer full of wild game . I chose an enclosed inverter type for the very low levels of noise compared to the open frame or standard generators on the market. I also chose one with a remote start feature and an optional aftermarket kit to convert it over to dual fuel in the future (propane is safer to store in larger quantities). In and of itself, the remote start is a pretty worthless feature as it will kill the battery long before it's needed, but it just might be possible to use this capability in the future to build a computer controlled power transfer switch that can automatically switch the circuit to backup power and start the generator if a power outage is detected (I have two family members that are electricians. IF I attempt this in the future, it will ONLY be under their guidance. Be safe out there).
Finally, circling back to the T room, there is a second extension cord (this one unplugged) running from the power strip, up and around the doors, and out of picture to the left. This extension cord has one purpose. In the event of a power outage, I can plug the pulse proportional thermostat in my incubator into this extension cord, plug it into the power strip, and then be able to plug it into the generator, therefore only tying up one of the available generator outlets for the T room.
That's it for today. This week, I'll also be installing a data logging system to constantly measure, record, and push the temp/RH/barometric pressure of the room, the outside conditions, and conditions in the incubator to my phone as well as a system to alert me via text and email if the power goes out. I'll update this thread with that build and I'll probably retroactively detail some of the improvements I've made in the past as well as the progression of how this room has taken shape over it's history.
Thanks,
--Matt
I'm going to give this post a little bit of a preface so there's some context behind what I've done here, why I went down this path, and the general method behind my madness. I guess I'll also keep this as sort of a build diary going forwards as I work to improve and future-proof the logistics of my hobby.
On 12/28/21, I managed to pull a P. sp Sabah Blue eggsack (https://arachnoboards.com/threads/achievement-s-unlocked.351180/post-3247500). It was the second eggsack I had ever pulled and my first time breeding this species. Consequently, I had also pulled my first eggsack (P. sp Akcaya) about a month prior and those slings had just been separated a few days prior. I can talk openly about this now, but IIRC, about a week after pulling the Sabah sack, we had a power outage during a cold snap in the teens. The power company managed to get power restored in a relatively short time, but it wasn't quick enough. The temperature in the incubator bottomed at 66°F for an hour or so. Out of the 120± eggs/EWL that were in the eggsack, only one managed to make it to 2i. Luckily, there were no other losses in the collection.
Still though, that was a massive loss not just for my collection and pocket, but for the US market availability and price point as well. In the aftermath of that event, I realized several facts.
- I had just lost 5 figures worth of specimens and I still had another 5 figures at risk.
- My collection was only going to expand in the future as I was planning on getting deeper into breeding and expanding to vertebrates.
- The value of my collection was going to potentially grow at a disproportionate rate to the specimen count as I acquired breeding groups of rarer and rarer species.
- The value of a heater, humidifier, air circulation fan, and generator for a small room was less than the retail value of almost any eggsack of any species in captivity.
- With the species that I'm working with and plan to work with, if a backup power/environmental control system could prevent just one loss on this scale again, the whole system would've paid for itself several times over.
- And, most importantly, I didn't want to have another preventable loss on this scale again.
Here's the environmental control system I've managed to piece together. Room RH, temperature, air quality, and air circulation are all addressed here. Starting up top, there is a 1500w wall mounted convection heat panel from De'Longhi. I chose this model because it throws heat out of the top and out of the sides with fans while staying cool enough to the touch so that it can be moved while running. There are overheating and tip over safety features programmed in and the unit is rated for a room up to twice the square feet of my current one. What's important to note is this unit will rarely be on. I keep my place at 74°F during the winter and the unit is set for 72°F, just incase the room gets colder than the rest of the place or the furnace goes on the fritz.
Moving down, there is a Lacidoll humidifier with a 4L reservoir that is rated for something like 5x the square feet of my current room. This model also has a UV light inside used for sterilization while running. I've chosen to use the hose output attachment to focus the mist towards the air circulator and I've modified a shelf from Walmart to hold the humidifier and a 7g water jug for quick refills. The humidifer is also resting in a shallow basin in case it is accidently overfilled and two spare jugs of water are kept, one the shelf and one in the closet to the left.
To the right of the humidifer is the air purifier/circulator. That unit is made by Vornado with precision aerodynamics to both circulate and clean the full air volume of the room using a powerful blower and activated carbon/HEPA filtration. The unit is rated for more than twice the square footage of my current room and the air turnover rate is something ridiculous, like 9x an hour. It's quite effective at removing the odor of my feeder colonies. It's also quiet and positioned in such a way to throw both the water vapor from the humidifier and the heat from the convection panel into the middle of the room.
Now, all of these devices are plugged into a heavy duty powerstrip from Tripp Lite with a 15' cord. This cord is wall mounted to prevent any problems if there is a water spill and is run safely out of the way of the convection panel, up and around the doors, and finally ending by the lightswitch. This was intentional, as I wanted to be able to split the power cord at the door in case of a power outage. That way, I could unplug the whole circuit for the environmental control system, run a separate extension cord under the door and outside, and plug it into this:
This is an inverter generator made by Westinghouse and it's size is currently overkill. It's more than enough for what I need now, will probably cover the power demands of all future upgrades, and has enough juice to spare for my freezer full of wild game . I chose an enclosed inverter type for the very low levels of noise compared to the open frame or standard generators on the market. I also chose one with a remote start feature and an optional aftermarket kit to convert it over to dual fuel in the future (propane is safer to store in larger quantities). In and of itself, the remote start is a pretty worthless feature as it will kill the battery long before it's needed, but it just might be possible to use this capability in the future to build a computer controlled power transfer switch that can automatically switch the circuit to backup power and start the generator if a power outage is detected (I have two family members that are electricians. IF I attempt this in the future, it will ONLY be under their guidance. Be safe out there).
Finally, circling back to the T room, there is a second extension cord (this one unplugged) running from the power strip, up and around the doors, and out of picture to the left. This extension cord has one purpose. In the event of a power outage, I can plug the pulse proportional thermostat in my incubator into this extension cord, plug it into the power strip, and then be able to plug it into the generator, therefore only tying up one of the available generator outlets for the T room.
That's it for today. This week, I'll also be installing a data logging system to constantly measure, record, and push the temp/RH/barometric pressure of the room, the outside conditions, and conditions in the incubator to my phone as well as a system to alert me via text and email if the power goes out. I'll update this thread with that build and I'll probably retroactively detail some of the improvements I've made in the past as well as the progression of how this room has taken shape over it's history.
Thanks,
--Matt