🔬 High PromisePartially Sourced★★★★★Expert

Edwin Gray EMA Motor

by Edwin V. Gray Sr. · USA · 1970s

Claimed COP
>>1.0 (self-running claimed)
Replications
Very few
Patents
3
Community Score
0
⚠️

Safety & Liability Disclaimer

Replicating alternative electromagnetism or mechanical resonance systems carries extreme physical hazards including lethal voltage shock, explosive gas ignition, mechanical shrapnel, and chemical toxicity. All contents, schematics, and guidelines on this page are provided strictly for educational and historical research.

Device-Specific Hazards:

LETHAL. Extremely dangerous high-voltage circuits. The CSET tube technology is poorly understood.

By viewing or constructing any design herein, you agree to assume 100% of all risks and to indemnify and hold harmless the site owners, authors, and contributors. Read our complete, legally binding Safety & Liability Disclaimer.

Overview

An electric engine using pulsed high-voltage capacitor discharges through a specialized Conversion Switching Element Tube (CSET) to drive electromagnets. Peter Lindemann's analysis identifies this as 'splitting the positive' — the process of shocking high-voltage capacitors to release 'cold electricity' that performs work without conventional heat losses.

⚖️ What Would Convince Us?

To validate the anomalies claimed for this device under mainstream scientific parameters, builders and inventors must document and present evidence satisfying the following criteria:

Criterion #1

Verification of CSET tube conversion efficiency

Criterion #2

Continuous closed-loop self-rotation

Criterion #3

Calorimetric output measurement of electromagnets

CSET TUBECAP BANKEdwin Gray EMA MotorOVERUNITY DIAGRAMS // COLD_SPARK_DISCHARGE_ENGINE
⚡ Animated Schematic

Investigation & Credibility Metrics

Source Credibility
Primary Source

Direct inventor writings, patents, or lab notebooks available.

Technical Review
Claim Unverified

Claimed overunity/propulsion has not been verified in a control lab.

Replication Tracker
Failed

Multiple builders completed attempts and reported zero success.

Measurement Protocol
Basic Measurements

Simple multimeters used. Subject to power-factor or ground-loop errors.

Commercial Activity
No Commercial Activity

This device is purely open-source or historical; no active sales.

Community Status

Multiple US patents provide documentation. Peter Lindemann's analysis ('The Free Energy Secrets of Cold Electricity') is foundational literature. The original CSET tubes no longer exist; replicators substitute ignitrons, thyratrons, or spark gaps.

🔧 Build Guides

⚠️

Research & Engineering Notice

US Patents provide schematics of the CSET tube and spark commutation grids, but no detailed mechanical assembly guides for the rotary engine housing survive.

What We Do Not Have (Missing Specifications)

Rotary stator magnet positioning grids, commutation spark timing offsets, and CSET internal grid alloy composition.

Compiled Reference Materials & Authors

US Patents 3,890,548 and 4,595,975, and Peter Lindemann's Cold Electricity Secrets manual.

📖 Patrick Kelly Guide: Technical Assessment

Chapter 5 REFERENCE
A legendary historical design. The conversion switching tube converts high-voltage capacitor discharges into cold electricity.
— Patrick Kelly, Chapter 5
### Splitting the Positive & Cold Electricity Edwin Gray patented a system where high-voltage capacitor discharges were forced through a spark-gap Conversion Switching Element Tube (CSET). This tube captured the electrostatic discharge, creating a form of "cold electricity" that could run loads without conventional heat losses. ### CSET Operation * **Voltage Charger**: A high-voltage DC supply (3-5 kV) charges a capacitor bank. * **Ignitron/Switch**: A rotary commutator or switching tube discharges the capacitor across a spark gap. * **Grid Collectors**: The electrostatic shockwave hits concentric collection grids inside the CSET tube, which redirect the energy to the load.
Sourced from A Practical Guide to Free-Energy Devices · Personal Study Only

Discussions

View all →

No discussions yet. Be the first to start one!

🔧 Key Components

  • High-voltage capacitors
  • Conversion switching tube (or modern spark gap substitute)
  • Electromagnet coils
  • Rotor cage assembly
  • High-voltage DC power supply
  • Timing/commutation circuit

📄 Patents

⚠️ Patent Disclosure Disclaimer: A patent is evidence of technical disclosure, not validation of a device's functionality, efficiency, or operational overunity.

⚠️ Safety

LETHAL. Extremely dangerous high-voltage circuits. The CSET tube technology is poorly understood.

Categories

📖 Patrick Kelly Guide

The complete chapter reference text and schematic diagram are embedded directly in the main section of this page.

Author: Patrick KellyChapter 5
📖 Read Chapter Excerpt (PDF)