DLE-TEST14 : FLUX
HARVESTING tested on the Regenerative Acceleration Generator v1.4 created on february 9, 2013 - JLN
Labs - last update march 13, 2013 All informations and
diagrams are published freely (freeware) and are intended for a private use and a non commercial
use.
Toutes les informations et
schémas sont publiés gratuitement ( freeware ) et sont
destinés à un usage personnel et non commercial I
am very gratefull to Thane C. Heins for his encouragements and
his very helpfull technical support Cliquez ici pour la version FRANCAISE
March 13, 2013
- DLE-TEST14
: In the previous
test DLE-TEST13 on the RAG v1.4 (Regenerative Acceleration Generator) with its two
regenerative coils (Regen), it has been observed that THE REGENERATIVE
ACCELERATION EFFECT IS CUMULATIVE : the higher the number of
loaded Regen Coils connected is, the more the RPM of the RAG
increases and the more the input DC current drops (with a
constant DC input voltage...). Applying a suggestion from Thane
C. Heins, I have conducted an interesting measurement to
highlight a very special feature of the ReGenX that he has named
"the Flux Harvesting". This "Flux Harvesting"
feature of the ReGenX produces an increase of the OUTPUT POWER
on the 2nd Regen coil when the 1st Regen coil is loaded
while at the same time the RPM speed of the RAG increases
and the input DC power drops. The RAG v1.4
is a replication of the Thane C. Heins' ReGenX of Potential
Difference Inc. Canada.
Below
the test setup used for the TEST-DLE13 :
In
this test, I have used the same test setup than in the test DLE-TEST13. I have only replaced the 0.1
Ohm resistor connected on the 2nd Regen coil by a digital
ammeter. So, the load current flowing in the 2nd Regen coil can
be easily measured in real time with various loading setups.
TESTS
RESULTS on the RAG v1.4 :
The REGENERATIVE
ACCELERATION EFFECT is still present in this setup when the
two Regen coils are sequentially loaded. We can observe that the
OUTPUT CURRENT flowing in the 2nd Regen coil increases
when the Regen coil N°1 is loaded, while at the same time the RPM
speed of the RAG increases and the DC input power drops.
The
"flux harvesting" feature from Thane C. Heins is really
present here in
this test.
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