Improve your watercooling radiators cooling efficiency by more than 20% per fan with these optimized fan shrouds and air flow optimizer. The model prints easily on almost every 3D printer and is designed to be printable without support. If you want to buy it printed and shipped to you, leave a comment and we'll see how we can deal.

## Stealthburner with CAN communication on a Voron 2.4 Finally the build of the Voron 2.4 on the basis of the LDO Voron 2.4 R2 350 kit is progressing. This video is part of a complete series, you can watch the whole playlist in order here: https://odysee.com/@Apollo-NG:2/Voron-2.4-Build-Livestream-Series:4?lid=4ea312aacf62d4e7d6a3d2df2d7afcf5f70ed2ee In this live episode we are going to figure out what else we will need to mount the EBB36 to the Stealthburner Toolhead. A very big "Thank You" goes to Aleksandar from LAYER.guru, who provided the Orbiter 2.0 designs for the Stealthburner and donated the actual Toolhead parts for this build, beautifully printed in Prusament PC-CF. They are truly awesome. If you want a toolhead made from PC-CF and don't have the capability to print it yourself, you can buy it directly from layerguru - you will not be disappointed. ## Links: * https://vorondesign.com/voron2.4 * https://docs.ldomotors.com/en/voron/voron2 ## Layerguru Parts: * https://layerguru.com/product/voron-stealthburner-orbiter-2-0/ * https://layerguru.com/product/stealthburner-hotend-mount/?attribute_pa_clockwork=cw2 * https://layerguru.com/product/voron-klickyng-probe/ ## EBB36 * https://biqu.equipment/products/bigtreetech-ebb-36-42-can-bus-for-connecting-klipper-expansion-device?variant=39760665149538 **As always, if you like this kind of stuff and want to get more, please don't forget to: follow, repost, share and like!** ## Donations Research, buying all this hardware & creating content takes **considerable time and energy to produce, render and publish**. Every Tip is greatly appreciated. If you have some other bags and want to help growing this Odysee/LBRY exclusive channel, not to mention future projects and infrastructure, you can direct other donations to the following addresses: * **XMR**: 466WPuoBDCT16sKcA33CMfHbqRR6Sg1QpZCwczb17wH6C8EDgvHKZspTxA36DMdA6N1EpF1eK7wJ6YCBt7keuzTgGFnVUGa * **BTC**: 13tiQoSzi9GnmQLopjReYd8XCWEQtnYReg * **ETH**: 0xc4807D5ba13dB5e831d5CB9BD00b906f4B62c523 * **XTZ**: tz1VtPj2J538e4BsrnaTsQnEDbaHow4u5Y1L * **LTC**: LbcyCGzSUHFqbhY2YUc2LSYLkjwUC9WiW4 * **RVN**: RFKx7hvQNSMfyAnhbbDkSJ6TwUPM3sqnAQ Thank you very much.

## Building a Workstation or a Tank, or both The foundation for this project has been laid a long time ago, on the premise that off-grid operation needs highly efficient systems to be viable at all. With the ongoing energy crisis (that's has been coming a long way) it seems prudent to cut down on energy in order to not bleed out more hard earned money. Therefore, the current main computing workhorse (HP DL-380 G8) has to be replaced with something that is more energy efficient, can be run way more silently and will adapt better to different environmental conditions. Today we will unbox the EKWB Quantum Vector2 ABP GPU watercooling solution and hopefully get the GPU installted properly in it. ## Links: * https://www.ekwb.com/shop/ek-quantum-vector2-strix-rtx-3080-90-abp-set-d-rgb-nickel-acetal **As always, if you like this kind of stuff and want to get more, please don't forget to: follow, repost, share and like!** ## Donations The research, buying and development of all this hardware & creating content takes **considerable amounts of money, time and energy to produce, render and publish**, so that you can enjoy this without annoying advertisements. Every Tip is greatly appreciated. If you have some other bags and want to help growing this Odysee/LBRY exclusive channel, not to mention future projects and infrastructure, you can direct other donations to the following addresses: * **XMR**: 466WPuoBDCT16sKcA33CMfHbqRR6Sg1QpZCwczb17wH6C8EDgvHKZspTxA36DMdA6N1EpF1eK7wJ6YCBt7keuzTgGFnVUGa * **BTC**: 13tiQoSzi9GnmQLopjReYd8XCWEQtnYReg * **ETH**: 0xc4807D5ba13dB5e831d5CB9BD00b906f4B62c523 * **XTZ**: tz1VtPj2J538e4BsrnaTsQnEDbaHow4u5Y1L * **LTC**: LbcyCGzSUHFqbhY2YUc2LSYLkjwUC9WiW4 * **RVN**: RFKx7hvQNSMfyAnhbbDkSJ6TwUPM3sqnAQ Thank you very much.

We are finally going to start our indoor growlab research environment to experiment with grow assistance, profiling and automation for any crop. The best term to describe this project really is: Software Defined Growing (SDG). In order to keep the costs low and repeatability high, we are using cheap off the shelf (COTS) components and will try to hack around in their controls to be able to control them via esphome, home-assistant and node-red to establish a full governing system to keep all environment parameters within the specified regions for the different stages of plant growth according to the profile we chose to run. Today we are going to try to get as many sensor rigged up to the control system and go over the intended purpose and details of all of them. ## Hardware in this Episode * POD Light: [2024 Spider Farmer SF1000 Samsung LM301H EVO LED Grow Light](https://www.spider-farmer.com/products/sf-1000-led-grow-light/) * POD Vent Fan: [Spider Farmer 4-Inch 205 CFM Inline Fan](https://www.spider-farmer.com/products/spider-farmer-4-inch-inline-duct-fan-with-speed-controller/) * POD Canopy Fan: [Spider Farmer Grow Fan 10W](https://www.amazon.de/dp/B0CPY2DCQ1) * POD Heater: [iPower 48W Heating Mat 51x51cm](https://www.amazon.de/dp/B08HRSYZ6R) * POD Heater Control: [Shelly Dimmer 2](https://www.shelly.com/en/products/shop/shelly-dimmer2) * POD CO2 Sensor: [Sensirion SCD30](https://shop.watterott.com/Sensirion-SCD30-CO2-carbon-dioxide-sensor) * POD Air Sensor: [Bosch BME688](https://www.amazon.de/dp/B0C3CLZ6JR) * POD IR Leaf Temperature Sensor: [Melexis MLX90614](https://www.amazon.de/dp/B07YKNQQ7P) * POD Substrate Temperature Sensor: [Dallas DS18B20](https://www.amazon.de/dp/B07KNQJ3D7) * PODBASE Intake Filter Air Sensor: [Bosch BME680](https://www.amazon.de/dp/B0C3CN8NS3) * ARM SBC: [Odroid C2](https://www.hardkernel.com/shop/odroid-c2/) * ESP32 Module for fan & light control and sensor reading ## FOSS Stack * [Home Assistant](https://www.home-assistant.io/) * [ESPhome](https://esphome.io/) * [Node-RED](https://nodered.org/) ## Timestamps 00:00:00 - Intro 00:06:21 - IP44 Power Wiring 01:09:51 - Canopy Fan Remote Control Setup 02:14:35 - Melexis MLX90614 IR Sensor Setup 02:48:47 - Bosch BME688 + Sensirion SCD30 Carrier Setup 03:56:10 - Dallas DS18B20 Temperature Sensor Setup and Debugging 05:04:38 - Outro **As always, if you like this kind of stuff and want to get more, please don't forget to: follow, repost, share and like!** ## Donations The research, buying and development of all this hardware & creating content takes **considerable amounts of money, time and energy to produce, render and publish**, so that you can enjoy this without annoying advertisements. Every Tip is greatly appreciated. If you have some other bags and want to help growing this Odysee/LBRY exclusive channel, not to mention future projects and infrastructure, you can direct other donations to the following addresses: * **XMR**: 466WPuoBDCT16sKcA33CMfHbqRR6Sg1QpZCwczb17wH6C8EDgvHKZspTxA36DMdA6N1EpF1eK7wJ6YCBt7keuzTgGFnVUGa * **BTC**: 13tiQoSzi9GnmQLopjReYd8XCWEQtnYReg * **ETH**: 0xc4807D5ba13dB5e831d5CB9BD00b906f4B62c523 * **XTZ**: tz1VtPj2J538e4BsrnaTsQnEDbaHow4u5Y1L * **LTC**: LbcyCGzSUHFqbhY2YUc2LSYLkjwUC9WiW4 * **RVN**: RFKx7hvQNSMfyAnhbbDkSJ6TwUPM3sqnAQ Thank you very much. If you are interested in topics like DIY Powerwall, Solar Technology, Lithium Battery Power Storage or follow Will Prowse channel on YT, then follow this channel as well for future episodes on LiFePO4 battery banks, inverters, battery management systems from JKBMS and JBDBMS as well as DIYBMS and generally solar/pv off-grid power.