On 4/30/2010 9:15 AM, Ed Huntress wrote:
wrote in message
...
On 4/30/2010 8:34 AM, Ignoramus9191 wrote:
http://ef.algebra.com/e/330419557514

``First, single-phase induction motor can be used continuously
operating capacitor induction motors, high power and low
noise. Second, reversible motor with instant conversion does not occur
almost positive super-way phenomenon. Result of the introduction of a
balanced manner and contents summary winding braking
institutions. Conversion is the time to blink turn,
inversion. 2~4Third, electromagnetic brake motors can be a short
period of time brakes, load in the absence of leave for 2 to 4 turn
with brakes, brake performance to play safe. 90~1400RPM Fourth,
variable speed motor speed controller with a wide range of speed: 90 ~
1400RPM, with an internal speed sensor, the implementation of feedback
control, so the frequency of power supply has changed to a number of
its provisions must change. UL specifications CE motor specifications
motor CCC specifications motor power specifications 60Hz115V,
50/60Hz100V, have built devices to prevent overheating of the motor
and the protection of the motor impedance two specifications have been
approved by UL Series. ''

What dressing goes best with Word Salad?

http://en.wikipedia.org/wiki/Word_salad

--Winston


I'd soak that one in carb cleaner for a week and see if you can get it
apart.

I would dunk it, except that I can't risk losing the phrase:
"...almost positive super-way phenomenon."

Beware of raw Babelfish!

Let me put this through my Mushy Logic Converter (TM)
(Beware that the MLC doesn't know anything about physics
but works using only context clues and back - annotation):

1) You can continuously power a single phase capacitor induction
motor from this Variable Frequency Drive. Advantages include
high power conversion capability and the absence of switching
transients.

2] Rotation of the driven motor will not be synchronous with
that of the VFD from a dead stop but the driven motor will speed
up quite quickly, nonetheless.
If you turn the speed control down very quickly
the driven motor will slow very quickly. Beware that
the driven motor may still take some amount of time to
slow to the commanded speed.

3) The VFD uses a high power D.C. pulse to safely stop the
driven motor within 2 to 4 revolutions as long as the motor
is set to run between 90 RPM and 1400 RPM,

4) This Variable Frequency Drive can power a single phase motor
from 90 to 1400 RPM without a separate RPM speed sensor.
It can be configured to power a range of different motors.

5) Rest assured that this drive is certified to comply with
UL, CE and CCC requirements powering 60 Hz 115 V motors
or 100 V motors normally run at 50 Hz or 60 Hz. The
Drive limits power to the 'driven' motor should field
windings or armature become shorted, in compliance
with Underwriter's Laboratory requirements.

END CONVERSION MLC V.0.0.32


I don't know anything about this stuff.
Does any of this make sense?




--Winston