MXLO Magnet Motor Open Sourcing Project

Summary: This open sourcing project sponsored by Pure Energy Systems, based on a design by MXLO, commenced Mar. 3, 2004 and was active for about a month. At least 14 (8 verified) replications were built, none of which worked, proving that MXLO plans are neither easy nor complete, contrary to what they insinuate on their site, which now redirects to the U.S. government's renewable energy site. On July 10, a hint about shielding was given that was not contained in the plans.

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Instructions
- Intro
- Bill of Materials
- Assembling
- Templates
- Tips
- Variations
- Cautions

Replications
Working (not verified)
- Neweid(?)
Built; not working
- tip_alias
- Joe Friday
- Ken Hegemann
- Chris H.
- Dann McCreary
- Tero Ranta
- Retrorocket59
- Wayne Jones
- Ed Anderson
- more

Data
- Performance Data
- Non-working
- Flux Field Data
- Electrical Output
- Optimization

Supplemental
- Sourcing
- Ramifications

Theory (How)
- Spiral
- Aluminum
- ZPE

Legal
- MXLO Permission
- MXLO & NDA
- Patents

Images
o Simulation
o Photos
o AutoCAD
o Video (pending)

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You are here: Pure Energy Systems > Open Sourcing > Magnetic Motors > MXLO > Plans > Assembly > Cautions

Cautions!

Page Contents:

General
- Shock Hazard
Assembly

Shock Hazard

Use caution with leads when working near stator body as you may receive a severe shock if touched. (From MXLO's Assembly Instructions)

Be Careful when Opening Super Glue Tube

Use caution when opening super glue tube. Point away from face when puncturing tip of tube. (From MXLO's Assembly Instructions)

Don't let the Stator Plates get Too Close!

From: "tip_alias" <tip_alias@yahoo.com>

To: <pes_mxlo@yahoogroups.com>

Sent: Saturday, March 06, 2004 1:40 PM

Subject: [pes_mxlo] Warning!

Do not allow the stator plates to get too close when you are
realigning them.

The plates attract and YANK the magnets off the plexiglass!

Yikes!

I have to completely redo two of the plates, and the magnets went
everywhere!

Oh well, back to assembly 101.

Don't let your magnets smack into each other

From: Sterling D. Allan

To: pes_mxlo@yahoogroups.com

Sent: Saturday, March 06, 2004 2:26 PM

Subject: Don't let your magnets smack into each other

Another word of caution: Don't let your magnets smack into each other. The material shock can degrade the gauss, according to Doug Mann, and is likely to chip the magnets, which is sure to effect their gauss.