Hi All
The cheap transistors from china.are they crap?any one had experience with them?
cheers jason
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Kromrey Disclosure - Bedini SG - Beyond the Advanced Handbook by Peter Lindemann
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Bro D,Originally posted by brodonh View PostHi All,
I have the 60Amp relay version of the split pos rig, running on my bench.
As usual the Battery rotation is flawless.
I'm running the rig through a motor that is along the lines of Rick F "dual pole".
4 runcoils and 4 gen coils.
Presently the performance is not encouraging other than that it runs well but far from OU.
Running with 12v banks of GC batts.
Thinking about new rotors with C8 mags instead of neo's.
I'm saving the 5 amp rig so that I can fire it up if desired.
Much more efficient method of programming the arduino to control relays. Less than have the number of pins required.
Keepin' On!
bro d
Very cool! Glad to see a replication in progress. Have any pics?
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60A relays for split pos rig
Hi All,Originally posted by brodonh View PostHi all,
I've got the boards cut for the 60A relay version of the battery rotation system.
Been going slow. I'm goin to set up a ssg type machine that can draw 25A at 24V, as a test machng for the 60A rig.
First test will be at 12V and no rotation system, but with the split positive method. Got to have suitable diodes speedwise.
Will report in time.
Bro d
I have the 60Amp relay version of the split pos rig, running on my bench.
As usual the Battery rotation is flawless.
I'm running the rig through a motor that is along the lines of Rick F "dual pole".
4 runcoils and 4 gen coils.
Presently the performance is not encouraging other than that it runs well but far from OU.
Running with 12v banks of GC batts.
Thinking about new rotors with C8 mags instead of neo's.
I'm saving the 5 amp rig so that I can fire it up if desired.
Much more efficient method of programming the arduino to control relays. Less than have the number of pins required.
Keepin' On!
bro d
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Hi all,
Not much posting here.
I've applied the upgrades that RS recommended is his vid and my split pos rig runs about the same. Not OU.
I've got the boards cut for the 60A relay version of the battery rotation system.
Been going slow. I'm goin to set up a ssg type machine that can draw 25A at 24V, as a test machng for the 60A rig.
First test will be at 12V and no rotation system, but with the split positive method. Got to have suitable diodes speedwise.
Will report in time.
Bro d
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Hi Bro d ,Originally posted by brodonh View PostHi All,
Working on upgrading my Arduino programming skills.
Can control all the relays (up to 32) in the rotation system with 7 in/out digital pins.
It's called demultiplexing.
I'm still a novice but expert help is available on the forums.
Keep'n on with the scaled up rotation system project.
@Faraday88 - are your building days in the past?
bro d
That was good humor!! but yes you have got all of that what you said present with me...try to gather the literal sense of what that means??
Rgds,
Faraday88.
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Hi All,
Working on upgrading my Arduino programming skills.
Can control all the relays (up to 32) in the rotation system with 7 in/out digital pins.
It's called demultiplexing.
I'm still a novice but expert help is available on the forums.
Keep'n on with the scaled up rotation system project.
@Faraday88 - are your building days in the past?
bro d
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The ceramic Magnets #8 is good enough for the Kromrey or G-Field Generator.Originally posted by jason mcgrath View PostHi all
I haven't been on here for ages.Has any one here found where to get Barium magnets?
it is just a red herring that John bedini introduce in the early days of its introduction to the pubic that a 'specialized' Magnet material is required to see the Radiant Electrical properties of the G-Field generator. He was after the 'pronounced' effect of the Radiant properties such as Low-drag, cooling effects, non-shocking, Anti-Ohmic, self regulating Impedance to the load ect. during his study he stumbled upon the kromery generator with similar properties although the kromery Generator works that way within a window range of the input/output characteristics, but he was sure that the effect could be amplified in some ways modifying/addition the kromery generator and achieve the effect in a more pronounced fashion..that's how he came up with the G-field generator. First of all, people have not even understood the performance of what the heck the G-field generator is..?
the kromery Generator is not a complete G-field generator.
why is it called G-field (or Gravity-Field)...well..in a way it is the opposite of the Vacuum or aether, while studying the various properties of the way Radiant Energy is produced,it was realized by John that is can be obtained Capacitivily or Inductivily.. when you do it in the Inductive mode it is realized in the SSG method. while when it is done in the 'Converted'
or Double Inversion it is realized in Capacitive method.
A battery is a 'Negistor' same as a Capacitor is a 'Posistor'..difference being A Capacitor is a Magnetic 'Super Conductance'
A Charging and Discharging Capacitor interacts with a nodal component of the Magnetic field (Heaviside component) making it a part of the associated electrical circuit.
At least as far as the above is concerned, you are made to run in circles if you think it is about the Magnet material. but yes'Conditioning' a given Magnet is still a pondering question as far as i'm concerned.
hope that helps.
Best Regards,
Faraday88.
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Hi all
I haven't been on here for ages.Has any one here found where to get Barium magnets?
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Hi Gary,
My reference to a 60A rotation system is about the amp rating of the relays.
My running system is with 8 amp relays.
bro d
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Hi BroD,
Time to run down 4 fully charged battery's with a given amp load is one way to measure it
Another way is to use a V x A = Watts meter over time, with same load to measure the watt hours of all 4 battery's down to a set V
Then use same V x A = Watt meter over time to measure the StP with the same load, and down to the same V on the Top series Battery before swapping, than do the same on all 4 battery's, and swap as many times as you can, beyond the first 4 run downs to see how many watt hours more than the individual 4 battery's total watt hours.
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Hi Don,
I don't understand your reference to a "60amp rotation system"?
I thought most 6 volt GC batteries were rated around 230 AH. At 3 amps current draw they should run a minimum of 76.67 hours (230/3=76.67). Probably a few hours more due to being only a 3 amp draw. To find the actual time, load test a fully charged battery with a CBA set at 3 amps and see how long it takes to bring the voltage down to 5.25 volts under load. It will also tell you the total amp hours and/or the total watt hours that were dissipated during the test.
Even though you are charging one pair, resting one pair, and discharging two pair, you still have the equivalent of only one pair under load (two pair - one pair = one pair). Two 230AH 6 volt batteries in series will still only deliver 230 AH's, but at 12 volts instead of 6 volts. So you can load test just one battery to get an expected total run time of the whole set up if no energy was being recovered or recycled but only wasted as heat or mechanical energy. Anything beyond this indicates some energy recovery, and when it runs continuously while maintaining battery voltage (not running down) you have achieved electrical unity. And any mechanical work done is then considered over unity.Last edited by Gary Hammond; 07-29-2017, 12:12 PM.
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If i understand your question properly, you could connect all your batteries in parallel, run your load, how long does it run?Originally posted by brodonh View PostQuestion,
How does one calculate run time that is longer than the batteries would normally produce with the 4 bank rotated split pos system?
bro d
P.S. working on 60amp rotation system.
Then connect your batteries to your rotation system and run the same load, how long does it run that way?
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