Goedendag ;-) >From Carlos Reyes' www.rcadvisor.com newsletter at http://wwwrcadvisor.com/
*** Measuring Motor Constants: Rm and Kv, method 2 *** This is an alternate method that is easier but less safe. http://rcadvisor.com/measuring-motor-constants-rm-kv-method-2 Vriendelijke groeten ;-) Ron van Sommeren near Nijmegen, Nederland http://www.rmvc-cumulus.nl/ On 11 August 2012 18:45, Ron van Sommeren <ron.van.somme...@gmail.com>wrote: > > *** Measuring Motor Constants: Voltage Constant (Kv) *** > Don’t panic! Using my special trick, measuring this one is dead simple. > http://rcadvisor.com/measuring-motor-constants-voltage-constant-kv > > *** Measuring Motor Constants: Winding Resistance (Rm) *** > Measuring this one is a bit tricky, but not hard to do once you get > the hang of it. > http://rcadvisor.com/measuring-motor-constants-winding-resistance-rm > > On 4 August 2012 14:25, Ron van Sommeren <ron.van.somme...@gmail.com> > wrote: > > *** Measuring Motor Constants: Introduction *** > > Introduction to measuring the electric brushless outrunner motor > > constants Rm, I0, and Kv. > > http://rcadvisor.com/measuring-motor-constants-introduction > > > > *** Measuring Motor Constants: Tools *** > > A run down of the tools you can use to measure the electric brushless > > outrunner motor constants. > > http://rcadvisor.com/measuring-motor-constants-tools > > > > *** Measuring Motor Constants: Power Factor *** > > Think you can measure the voltage and current right at the motor? Think > again. > > http://rcadvisor.com/measuring-motor-constants-power-factor > > > > *** Measuring Motor Constants: No Load Current (I0) *** > > The simplest motor constant to measure, I only recommend one method > > for doing this. > > http://rcadvisor.com/measuring-motor-constants-load-current-i0 >
