SSG_STARTERS_GUIDE-Two.pdf

STARTERS GUIDE – PART II

A GUIDE FOR BUILDING

BEDINI ENERGIZERS

RICK F, RICHARD L., AND RS

Modified and Edited by Miki on September 28, 2007

This document has not been edited by John Bedini.

TABLE OF CONTENTS

TABLE OF CONTENTS............................................................................................................................................................. 2

TABLE OF FIGURES ................................................................................................................................................................. 3

INTRODUCTION........................................................................................................................................................................ 4

PRELIMINARY NOTES ............................................................................................................................................................ 5

NOTES ON BATTERIES ........................................................................................................................................................... 5

NOTES ON BATTERY CAPACITY ......................................................................................................................................... 6

• T HE C20 DISCHARGE RATE FOR SMALL CAPACITY BATTERIES .......................................................................................... 6

• T HE C20 DISCHARGE RATE FOR STARTER TYPE BATTERIES ............................................................................................... 6

• T HE C20 DISCHARGE RATE FOR RV/M ARINE BATTERIES .................................................................................................. 6

• T HE C20 RATE FOR TRUE DEEP CYCLE BATTERIES ............................................................................................................ 6

NOTES ON BATTERIES AND COILS IMPEDANCE MATCHING ................................................................................... 7

NOTES ON LOAD TESTING .................................................................................................................................................... 7

NOTES ON THE BATTERY CONDITIONING PROCESS .................................................................................................. 8

NOTES ON BUILDING THE ENERGIZER .......................................................................................................................... 11

NOTES ON TUNING THE ENERGIZER .............................................................................................................................. 13

• R OAMER ’ S M ETHOD ....................................................................................................................................................... 13

• RS’ S V ERSION ................................................................................................................................................................ 14

NOTES ON ENERGIZER UP-SCALING............................................................................................................................... 15

NOTES ON COP MEASUREMENT BY RS .......................................................................................................................... 17

NOTES ON SAFETY FROM FLYING MAGNETS BY RS ................................................................................................. 19

DRAWINGS ILLUSTRATING THE ENGINEERING IMPLEMENTATION OF THE BEDINI PROCESS................ 19

Figure 1: Simplified School Girl Energizer Diagram ........................................................................................................ 19

Figure 2: Multi-transistor Simple Monopole Energizer ..................................................................................................... 20

Figure 3: Schematic of a one to two Radiant Energy Generator ....................................................................................... 20

Figure 4: Patented model illustrating the one to four capability of the Bedini energizers................................................. 21

Figure 5: Updated Bedini Trifilar Energizer...................................................................................................................... 21

TABLE OF FIGURES

Figure 1: Simplified School Girl Energizer Diagram ..................................................................................19

Figure 2: Multi-transistor Simple Monopole Energizer...............................................................................20

Figure 3: Schematic of a one to two Radiant Energy Generator..................................................................20

Figure 4: Patented model illustrating the one to four capability of the Bedini energizers...........................21

Figure 5: Updated Bedini Trifilar Energizer ................................................................................................21

INTRODUCTION

This document has been put together to both assist ‘new users’ in their exploration of the Bedini SG

energizers and provide a source of answers to some of the most frequently asked questions. The

Simplified School Girl (SSG) is a variant of the patented Trifilar Energizer, but in fact precedes the

Trifilar in the timeline development of this Technology. It is important to not confuse these 2 different

circuits, or other variations of the Bedini systems, even though most of the information contained

herein, relates to both of them.

It must be emphasized that the Bedini Trifilar SG or SSG are not over-unity (OU) systems. They are

only one-to-one energy shuttle systems. They use one charged input battery to charge 4 or more

output batteries. When set up properly, one pays for 1 and one gets the input back and three or

more others for free.

The energizers are never going to show OU themselves...!!! The OU shows up in the batteries

energy capacity. They last longer and take less time to charge - until they get to the point of getting

4 or more charges for the price of one!! The sooner EVERYONE understands that, the better.

This important fact needs to be understood by anyone embarking on this project. The expectation

that it (the energizer) is an over-unity device has led to some misunderstandings previously.

John B. designed the Trifilar SG with the Capacitor Pulser and SSG variants as ‘proof of concept’ to

demonstrate and prove his method of capturing radiant energy and get the world to understand that

it is the high potential, almost currentless pulses that the different variations of energizer put out, that

causes what happens within the charged batteries. This is very important. This is where the radiant

energy manifests itself, and what ‘conditions’ the batteries.

The process that occurs in these batteries is referred to as conditioning. Once conditioned, the

batteries last longer and take less time to charge, etc... Other benefits are that they will not wear out

by sulfate buildup that usually occurs with standard DC charged batteries. They do not suffer from

the depletion of water by evaporation from heat, generated by the charging process the way

conventionally charged batteries do.

The information contained in this Guide is meant to teach the basics by getting a small ‘proof of

concept’ SSG or Trifilar SG energizer circuit up and running, without spending large sums of money.

It will also provide pointers on how to scale it up to a more useful size and larger batteries, after one

learns the basics with a small setup.

The best place to start is by referring to the Peswiki site which can be found at:

http://peswiki.com/index.php/Directory:Bedini_SG and the information there relating to parts

sources, the schematics, and construction details of the Bedini SG. There is supplemental

information that should be read below.

Warning!!! Be Careful, Batteries are dangerous, bad batteries can explode, etc..... Wear safety

glasses. Keep a gallon Jug of Water mixed with 3 heaping table spoons of Baking Soda handy, to

pour on Acid spills, or on you if you get Acid on you...!!!!

Bedini, the inventor.

For ease of reading, the document is organized in sets of notes. It is important also to bear in mind

that nothing in this document is final. There will be changes as we progress in our understanding of

this phenomenon and technology.

PRELIMINARY NOTES

• You should make a point to read several postings of whichever Bedini boards you can gain

access to. Trawl the Keelynet site for all Bedini references. Google for all Bedini references.

Slowly assimilate all that you can find. Read the 3 related Bedini Patents, and the MEG

patent. Read the Websites by John Bedini. Read Tom Bearden’s Book Energy from the

Vacuum. http://www.cheniere.org/. Read the EVANS EQUATIONS OF THE UNIFIED FIELD

THEORY for the Physics that describe why Bedini's energizers work. http://www.aias.us/

http://atomicprecision.com/

• Read the battery bible, and other battery related files.

http://peswiki.com/index.php/Directory:Bedini_SG:Battery_Characteristics

• Download it all (for personal use only!!).

• Once done, you will find that a great many of your likely questions would have been

answered. The more you look, the more you will find. The more you re-read the more you

start to see some things you may not have appreciated the significance of the first time

around. We don’t mean this to sound unfriendly or to alienate somebody new to the scene,

but building or working with these devices, the Bedini Trifilar SG or SSG, is meant to be a

learning process. Part of this learning process is personal reading, along with actual

experimentation. There is so much to study on this subject, it's a daunting task.

The followings are some useful additional pointers which will improve upon the information available

elsewhere.

NOTES ON BATTERIES

Batteries are the most important component of any energizer. Unless you understand how to treat

the batteries properly, you will fail miserably. The following are the ‘Battery Rules’ which MUST be

followed in order to see the ‘Bedini’ effect.

• For energizers with a small amperage draw (between 0.4A and 1A) and representing good

value for money, try garden tractor size type U1L or U1R. A bank of 4 new ones will drive a

small inverter running a 13W, CFL (Compact Fluorescent) type light bulb for 20 to 24hrs.

• As a 2nd choice for very small amperage draw energizers, the simple conventional 12V 7Ah

to 12Ah sealed lead acid gel cells are a good choice. The downside is that although these

are readily available, they aren’t really portable to larger energizers. They are still a practical

size for new users to kick off small projects.

• As a third choice, buy RV/marine deep cycle type batteries (generally available in 12V size).

There may be some merit in paying slightly more and going for golf-cart type 6V type.

• Regardless of battery size and type, a critical factor is the rate of current draw from the drive

battery (and equally the rate at which the charged batteries are load tested).

• For optimum results, the rate must not exceed C20 – C24 (as explained below).

• JB has previously stated a preference for the Interstate brand of any size, but not for the

Exide brand.

Plik z chomika:

Inne pliki z tego folderu:

Inne foldery tego chomika: