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Date: Fri, 8 May 2009 20:51:48 -0600
From: Bob White <bob@bob-white.com>
To: "Rotary motors in aircraft" <flyrotary@lancaironline.net>
Subject: Re: [FlyRotary] Re: John Downings Tach
Message-Id: <20090508205148.d623f264.bob@bob-white.com>
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Hi John,

Presumably I calibrated your tach to read one rpm per pulse.  The
attached schematic is similar to your unit.

I changed some of the resistor values.  I don't seem to have the actual
values I used in my notes. Your tach also had a diode between the input
and the junction of R2 and R3.  I then connected it to a pulse
generator and adjusted it for 1 pulse per rpm with the 200 ohm pot.
With 100 pulses per second input, the reading should be 6000 rpm.  I
won't rule out the possibility that my calibration was in error. :) One
possible cause of the failure is I may have over done the input
reduction causing Q1 to fail.  There is also a conditioning circuit
between the coil trigger signal and the tach.  It provides isolation
and supplies a constant short pulse width signal. 

John, most of this is for Ed's benefit as I know you aren't an
electronics guy. ;)

Bob W.

On Fri, 8 May 2009 21:09:56 -0400
"John" <downing.j@sbcglobal.net> wrote:

> Jeff, are you saying that with the one lead that the engine is actually 
> revving twice the reading.  It is no wonder the plane goes over the chocks 
> with a reading of 3,000 rpm before the tach quit working.  It actually 
> starts jumping up and down before it makes the leap and I can get it shut 
> down, that is why I tie it down good before I start it.  JohnD
> ----- Original Message ----- 
> From: "Jeff Whaley" <jwhaley@datacast.com>
> To: "Rotary motors in aircraft" <flyrotary@lancaironline.net>
> Sent: Friday, May 08, 2009 12:48 PM
> Subject: [FlyRotary] Re: John Downings Tach
> 
> 
> Hi Bob, the unit has 2 pick-ups, so with a 4/4 you need both coil pick-ups 
> to get 2 pulses per rev, same as with the 2/2; if you had a 1 cylinder/2 
> stroke it would give 1 pulse per rev; therefore the number of cylinders 
> matter. With the V6, 2 pick-ups also produce 2 pulses per rev, but since 
> they are occurring a slightly slower rates the frequency to voltage 
> conversion was not accurate; I changed the R/C filter on the input and 
> adjusted the internal reference pot to increase the rpm readout ... drove 
> around for a few weeks with it in my Sonoma to verify calibration with 
> Sonoma Tach. The rpm max reading is 9999.
> Jeff
> 
> -----Original Message-----
> From: Rotary motors in aircraft [mailto:flyrotary@lancaironline.net] On 
> Behalf Of Bob White
> Sent: Friday, May 08, 2009 12:18 PM
> To: Rotary motors in aircraft
> Subject: [FlyRotary] Re: John Downings Tach
> 
> Hi Jeff,
> 
> Thanks for the tip.  There is something I don't understand about the
> specs for this unit.  It's good for 4 cylinder 4 stroke or 2 cylinder 2
> stroke.  If I use the spark plug wire for the pickup, a 4 stroke
> (piston) engine will see one spark per two rev.  Why does it matter how
> many pistons there are?  If it's a wasted spark system, then one spark
> per rev. just like a two stroke piston engine.  There must be something
> basic I don't understand.  What sort of mod did it need for the V6?
> 
> BTW, what is the maximum rpm reading for that unit?
> 
> Thanks,
> Bob W.
> 
> On Fri, 8 May 2009 07:48:47 -0700
> Jeff Whaley <jwhaley@datacast.com> wrote:
> 
> > I like the belt and suspenders!!
> > I am using a UMA digital tachometer 2 1/4" from Aircraft Spruce that was 
> > originally designed for 4 cylinder engines using an electrical impulse 
> > pickup from spark plug leads. I modified it to mate with the Ford V6; I 
> > have modified it again to connect to the EC2 driving the R1 PRI injector. 
> > The rotary firing system is similar to a 4 cylinder so if this tach is 
> > still available (Part # 10-24885) it would work off spark plug impulse 
> > couplers.
> > Jeff
> >
> > -----Original Message-----
> > From: Rotary motors in aircraft [mailto:flyrotary@lancaironline.net] On 
> > Behalf Of Bob White
> > Sent: Friday, May 08, 2009 12:14 AM
> > To: Rotary motors in aircraft
> > Subject: [FlyRotary] John Downings Tach
> >
> > John is using a standard tach that is normally connected to a 
> > distributor/coil ignition system.  The straight 12V pulse used for the
> > LS1 coils wouldn't activate it.  I built an interface for him that 
> > involved taking that pulse as an input and generating a shorter constant 
> > pulse width output.  I modified the tach to trigger on the lower voltage 
> > signal, and adjusted the scale factor to read correctly with one 
> > pulse/rev.  As John reported, it worked for about 0.8 hours, then quit. 
> > He is sending everything back to me so that I can find out where the 
> > problem is.  I would like to find a tach solution that John can use 
> > without modifying anything.  The parameters are he has a 2 1/16 inch 
> > mounting hole, the tach needs to read correctly with 1 pulse/rev (would be 
> > the same as a two cylinder piston engine with coil and distributor), 
> > should trigger directly on a 12V pulse.
> >
> > I've found tachs on the web that mention working with distributorless or 
> > electronic systems, but none of them were the 2 1/16 inch type.  I found a 
> > converter, the MSD 8913, but on the Summit Racing catalog it specifically 
> > says it won't work with the LS-1 system.  It work by sensing the current 
> > pulses to the 12V power lead on the coil.  I don't know why it wouldn't 
> > work with an LS-1 coil, but it doesn't seem like a good investment when 
> > the LS-1 is specifically mentioned as not working.
> >
> > Can anyone recommend a tach solution that John can use with his LS-1 Coil 
> > rotary engine combination?
> >
> > On another topic, John has the only system I've heard of that has the 
> > capability to run on either EFI or a carburettor.  John posted a picture 
> > of his Tailwind a few days ago.  It's a very good picture but considering 
> > the redundancy of the EFI/carb system, I felt that the picture was 
> > lacking.  I submit this edited version as being more indicative of John's 
> > desire for uncompromised safety.
> >
> > Bob W.
> >
> > --
> > N93BD - Rotary Powered BD-4 - http://www.bob-white.com
> > 3.8 Hours Total Time and holding
> > Cables for your rotary installation - http://roblinstores.com/
> >
> > --
> > Homepage:  http://www.flyrotary.com/
> > Archive and UnSub: 
> > http://mail.lancaironline.net:81/lists/flyrotary/List.html
> 
> 


-- 
N93BD - Rotary Powered BD-4 - http://www.bob-white.com
3.8 Hours Total Time and holding
Cables for your rotary installation - http://roblinstores.com/

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