You've responded again, once again off-list, and once again you have not
stated:
-- what torque your engine applies to the shaft at 100 RPM
-- what the output power is
-- how much water is being pumped, up how much rise
Please state the output power, clearly, as shaft horsepower. Stop dodging.
Please state the actual output power of the engine, not some vacuous
it-must-be-real-powerful-if-it-can-do-this claim.
JNPCo. wrote:
You want to address my comments? Great!
Tell me -- and Vortex -- the output power of the engine. That's what
I'm asking. In fact, that's really ALL I'm asking.
If it's OU -- if it's doing that which "is not possible", in your
words -- what's the shaft horsepower with 20 watts of input power?
So it rotates a shaft at 100 RPM. What torque is it applying to the
shaft? Rotation rate by itself says nothing.
Absent either [EMAIL PROTECTED] or power out values, you're just blowing smoke.
You are advertising for investors on Vortex while failing to provide
vital information required to assess whether or not you've got
something. As I'm sure you realize, not everyone on Vortex is going
to realize just how vital the information is which you are leaving out.
Please stop doing that. Either provide the output power number, or
stop spamming Vortex.
Vortex is not being "spammed". And anyone who has that opinion is more
than welcome to take that opinion and shove it right where the good olde
sun don't shine.
I'd rather take it to Bill Beaty.
If he feels it's a fine use of the Vortex list to troll for investors on
Vortex with the claim that you have a fabulous new engine, without ever
saying what the output power of the engine is, then I will apologize for
calling you a "spammer".
As to your query above:
The manufacturer of the 375-lb positive displacement pump with a 12"
diameter pump area -- that is connected to the output shaft of the
Newman energy machine shown in the video -- explicitly states that it
requires a_* 10HP motor*_ to operate that pump. 10HP = 7,460 WATTS (746
x 10)
It requires 10 HP to operate it at what rate, and with what rise?
Come come, you've left out the best part! The manufacturer surely gives
a bit more information about the _conditions_ under which 10 HP input is
required -- you've stated it as though the shaft of the pump will remain
frozen unless a 10 HP motor is attached to it, which is certainly not
the case!
The difference between 7,460 watts (output on the shaft) and 20 watts
input is 7,440 watts.
7,440 watts is "slight" gain over a (less than) 20 watt input.
But you haven't told us the rate or the rise of the water being pumped,
nor have you told us the conditions under which the pump "requires" 10 hp.
