| HHO PWM Control Test - 422 sec
This video is brought to you by AllgoodAutomation & the Energy Builders Network. I am showing you the functionality of a new PWM Control and the EBN 4N4 Cell. The cell produces about 1.2 Liters per minute with a very light electrolyte concentration. The Control has a voltage detector built in to prevent operation if the supply voltage drops below 13.6 volts. The control is adjustable between 100 HZ and 7 KHZ also with PWM 0-100 duty cycle.
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| HHO PWM Control - 290 sec
This video is brought to you by AllgoodAutomattion a Member of Energy Builders Network (EBN)The control module you see in this video is capable of 60 AMP continuous loads and is fully capable of Pulse width modulation from o% off to 100% On with a frequency adjust from 100hz to 7khz. It also features an 13.6 v engine running enable relay that shuts-off the output if the supply voltage drops below 13.6 volts. I am hoping to get a bread board built this week one that is not on a rats nest solder-less breadboard. Something that can be tested in a more portable venue.
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| HHO Energy Test© - 599 sec
The HHO TEST cylinder is made of Stainless Steel and is 2" in Diameter and has a stroke of 11" The lower port is set up with a igniter and shutoff valve. 25 LBs of weight is attached to the rod end of the cylinder. HHO GAs is introduced and ignited. A peak position device reads the displacement of the weight and the energy is calculated.
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| Closed Cell Tour Part#2© - 164 sec
Closed Electrolysis Cell. 4X10 inches in size, With 6 304 SS plates spaced 1/64" apart. The electrolyte is NAOH 3 TSP/Liter PH of 13. The electrolyte is pumped through the cell at 78 ml/sec. The complete volume of the space between the plates is replaced twice every second. The cell was run on 99% PWM at 106 HZ, With a production rate of about 29.4 ml/sec
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| Closed Cell Tour Part#1© - 567 sec
Closed Electrolysis Cell. 4X10 inches in size, With 6 304 SS plates spaced 1/64" apart. The electrolyte is NAOH 3 TSP/Liter PH of 13. The electrolyte is pumped through the cell at 78 ml/sec. The complete volume of the space between the plates is replaced twice every second. The cell was run on 99% PWM at 106 HZ, With a production rate of about 29.4 ml/sec
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| 1.875 Liters/Minute@11.2 Watts/ml © - 284 sec
This cell is the same as before except I increased the flow of water through the cell by increasing the pump speed. The Pump was also change out because the wind shield wiper pump burned up. The Stats are as follows With Ultra-Sonics on 11.9V @ 29.2 Amps for 32 Seconds 11.12 watts/ml and 31.25 ml/s production rate. 5.4 MMW.
With the Ultra-Sonics off the Stats are: 11.9 Volts @ 28.7 Amps for 34S econds this is 11.61 watts/ml and 29.41 ml/s production rate 5.17 MMW.
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| Closed Electrolysys Cell © - 221 sec
This is a closed Electrolysis Cell. It has 6 plates +NNNN- Configuration. The efficiency is as follows: 11.8 Volts DC applied to the cell 18.9 Amps average for 223 watts/sec
12489 watts total to produce 1 liter of HHO Gas Produced at a rate of 17.86 ml/sec and an efficiency rate of 12.49 watts/ ml. Not bad for a first go at a closed cell. I plan to add a PWM module to the cell to adjust the voltage and current to the sweet spot for efficiency. I also plan to add 2 additional cells to increase the output to 3 Liters/min.
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| 1 Liter per Minute© - 406 sec
The purpose of this video is to show you can get higher production rates out of the same configuration as cell that works at a lower rate with higher efficiency. This is the same configuration as the 5.05 MMW cell but with the PWM turned up running at 10.7 V and 37 Amps, the efficiency is 23.754Watts/ml not very good efficiency, But a very good production rate. 16.17 ml/sec.
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| 5.05MMW Electrolysis © - 420 sec
The purpose of this test was to show I can produce HHO at a rate and Eff of 5.05 MMW (11.89 Watts/ml and at a rate of 2.94 ml/sec). The cell is constructed of 304 SS and the plates are 2"X 5" spaced .oo5" apart. There are 4 plates +NN- configuration. the cell is run with a PWM module 106 HZ. supplied with a 12 VDC car battery 300 CCA. The electrolyte is 3tsp lye NaOH in 1.5 liters RO water.
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| Tesla Coil Primary Plasma HHO Attempt. © - 576 sec
Tesla Coil Primary Voltage 22KV HHO Plasma Electrolysis Attempt. This was an attempt to produce HHO using very high voltage across a set of stainless plates spaced .083" apart.
The voltage is generated using a neon sign transformer run from line voltage. The output is 7500 VAC to a grounded Center tap. The transformer leads are connected across a two plate glass caps that peak the voltage to 22000 Volts.
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| HHO Test Fixture Instrumentation © - 111 sec
This is part of the Instrumentation for the HHO Test fixture. It is a National Instruments 6035A analog in put capable of sampling 250K/s. I will connect a 20 K Pot to the test fixture to read the position and time during a HHO detonation in the cylinder . This will Help me quantify the gas Quality coming for different cell configurations.
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| HHO Test Fixture Lift-Off © - 34 sec
This is a Test Device to measure the energy content of HHO GAS. It is how ever not complete. This is the Second Test Run. I have Added 10 Lbs Weight to the piston shaft. The Idea is work is defined as moving a mass through a distance. In this case the cylinder rod will have a known weight and the explosion of the gas will lift the weight against the acceleration of gravity. Much like a bullet shot straight up or the piston in an engine. I am going to connect up a computer and an analog DAC card and record the acceleration of the weight and piston. The energy is the mass x the acceleration of gravity times the distance. The Energy rate is the energy -vs- time. Area under the curve. More to come when I get the computer hook up. The amount of gas used is around 125ml. The fixture in this state weighs around 38.6 LBS
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| HHO Test Device © - 270 sec
This is a Test Device Concept to Measure the energy content of HHO GAS. It is how ever not complete. This is the initial First Test Run. It does not yet have any Weight and or Instrumentation fitted on it. The Idea is work is defined as moving a mass through a distance. In this case the cylinder rod will have a known weight and the explosion of the gas will lift the weight against the acceleration of gravity. Much like a bullet shot straight up or the piston in an engine. I am going to connect up a computer and an analog DAC card and record the acceleration of the weight and piston. The energy is the mass x the acceleration of gravity times the distance. The Energy rate is the energy -vs- time. Area under the curve. More to come when I get the computer hook up. The amount of gas used is around 125ml. The fixture in this state weighs around 28 LBS
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| Flashback Arrester #1© - 157 sec
This is the testing of the Flashback arrester constructed a day or two ago for you on You-Tube. Allgood Automation Assumes NO Liability in the usability of this device. The builder and or user assumes all Responsibility for any and all consequences and possible damages. This has not been fully tested by any stretch. At This Point it appears to work at very low volumes of gas.
Auteur : AllgoodAutomation
Tags: Hydrogen HHO Browns Gas Electrolysis
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| Hydrogen Reasearch Allgood Automation Tour © - 114 sec
This is a quick tour of the Items I have build recently in my effort to do a little research on the behavior of water and HHO. This is not all That is being done. I have some Stuff I am in progress with not completed.
Auteur : AllgoodAutomation
Tags: Hydrogen HHO Zero Point Browns Gas
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| Assembling A Flashback-Arrester © - 296 sec
This is my first attempt to make a Flashback Arrester. Many thanks to Sirhoax and SidYoung and etal.
We'll see if it works and what modifications can make it better. I have been very cautious in wanting to ignite larger quantities of the Hydrogen. I have experienced First hand it's Power. That's another story. Please feel free to comment.
Auteur : AllgoodAutomation
Tags: Flashback Arrester HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas aviation space computer diy electronics environ
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| HHO Tripple Point Electrolyte © - 60 sec
This was done with 1.5 Liters RO filter Water & RO filter Ice 1/8th tsp Lye 90 VDC and 5.5Amp & and NO Ultra-sonic Device running.
So far the gas proves to be a lot more reactive upon combustion. The bubbles pop with a snap that is not there at higher temperatures. Tonight when I get Home I am going to try a Slush Puppy mode, and measure the gas. Run it twice and monitor the temperature rise, and run with and without the ultra-sonics. If I get ambitious maybe a family of curves. Sorry for the poor production quality It was all done in 40 Minutes at 1 AM.
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas
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| HHO Iced Electrolyte & Ultra-sonics © - 60 sec
This was done with 1.5 Liters RO filter Water & RO filter Ice 1/8th tsp Lye 90 VDC and 5.5Amp & and a Ultra-sonic Device running.
So far the gas proves to be a lot more reactive upon combustion. The bubbles pop with a snap that is not there at higher temperatures. Tonight when I get Home I am going to try a Slush Puppy mode, and measure the gas. Run it twice and monitor the temperature rise, and run with and without the ultra-sonics. If I get ambitious maybe a family of curves.
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas
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| Tesla Coil Arc into Pure Water #3 © - 94 sec
This Experiment was done using the primary from my Tesla Coil Normally the Arc length in air was 1". As you can see it is now longer, Up to 4" the peak voltage is increased because of the ring back of the stored charge in the 20 turns and the added capacitance of the water. When an inductor is shut off, it rings back a voltage that can be hundreds of time greater than the charge voltage. The Charge Voltage in this case is 15 KV AC peaked by the 1400 PF Plate window caps. + The water ? This Voltage would be 1.414 times the 15KV = 21200 Volts. The ring back Voltage of the inductor is many times this voltage but is short lived. As these electrons are flying off the end of the spark gap into the air and into the water charging it to a highly negative state filling the electron shells of the oxygen an Hydrogen. When the Electrode is near or in semi contact to the water you can see it is drawn up to it by the charge, I am sure there are a lot of complex things going on here. I need to do some more close observation. This is not for the faint of heart. Estamated 250,000 VCD
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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| Tesla Coil Arc into Pure Water #2 © - 110 sec
This Experiment was done using the primary from my Tesla Coil Normally the Arc length in air was 1". As you can see it is now longer, Up to 4" the peak voltage is increased because of the ring back of the stored charge in the 20 turns and the added capacitance of the water. When an inductor is shut off, it rings back a voltage that can be hundreds of time greater than the charge voltage. The Charge Voltage in this case is 15 KV AC peaked by the 1400 PF Plate window caps. + The water ? This Voltage would be 1.414 times the 15KV = 21200 Volts. The ring back Voltage of the inductor is many times this voltage but is short lived. As these electrons are flying off the end of the spark gap into the air and into the water charging it to a highly negative state filling the electron shells of the oxygen an Hydrogen. When the Electrode is near or in semi contact to the water you can see it is drawn up to it by the charge, I am sure there are a lot of complex things going on here. I need to do some more close observation.
Auteur : AllgoodAutomation
Tags: HHO Electrolysis Fuel Hydrogen OxygenTesla Browns Gas Jacob
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