AeroElectric-List Digest Thu 04/23/20

AeroElectric-List Digest Archive

Thu 04/23/20

Total Messages Posted: 16



Today's Message Index:
----------------------
 
     1. 05:49 AM - Re: Re: Minimum wire size in aircraft (Finn Lassen)
     2. 05:57 AM - Re: Minimum wire size in aircraft (Robert L. Nuckolls, III)
     3. 08:47 AM - Re: Re: Alternator Mod to External Control (Josh Tinkham)
     4. 09:36 AM - Re: Re: Alternator Mod to External Control (Robert L. Nuckolls, III)
     5. 09:55 AM - Re: Re: Alternator Mod to External Control (Kent or Jackie Ashton)
     6. 10:06 AM - Re: Re: Alternator Mod to External Control (Jeff Luckey)
     7. 11:02 AM - Load Analysis Spreadsheet (Jeff Luckey)
     8. 11:45 AM - Preliminary tests on modern fuse link wire (Robert L. Nuckolls, III)
     9. 11:45 AM - Re: Load Analysis Spreadsheet (Robert L. Nuckolls, III)
    10. 12:06 PM - Re: Load Analysis Spreadsheet (Art Zemon)
    11. 05:20 PM - Re: Re: OV B-lead Relay (Charlie England)
    12. 06:00 PM - Re: Re: OV B-lead Relay (Robert L. Nuckolls, III)
    13. 06:16 PM - Crowbar_B-Lead Drawing (Jeff Luckey)
    14. 06:41 PM - Re: Re: OV B-lead Relay (Charlie England)
    15. 08:21 PM - Re: Crowbar_B-Lead Drawing (Robert L. Nuckolls, III)
    16. 09:52 PM - Re: Re: Alternator Mod to External Control (Josh Tinkham)
 
 
 

Message 1


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Time: 05:49:48 AM PST US
Subject: Re: Minimum wire size in aircraft
From: Finn Lassen <finn.lassen@verizon.net>      
      
      On 4/22/2020 10:29 PM, dglaeser wrote:
      > Who is it that told you that?
      
      JD at InfinityAerospace: "My A&P book says wires in a plane can't be any 
      smaller than a 22 gauge wire. But Sport Aircraft can do what they want."
      
      Seems I've come across it elsewhere, too but don't remember where.
      
      Finn
      
      

Message 2


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Time: 05:57:43 AM PST US
From: "Robert L. Nuckolls, III" <nuckolls.bob@aeroelectric.com>
Subject: Re: Minimum wire size in aircraft      
      At 08:38 PM 4/22/2020, you wrote:
      >
      >I've been told that the minimum wire size allowed in an aircraft is 22 AWG.
      >
      >Why?
      
         Not true. The B390 Premier aircraft used a lot of 24 AWG
         wire . . . okay electrically but the line crew really
         disliked the stuff. It's not easy to work with.
      
      >A LED position light in the tail pulling less than 0.5A would have 
      >less than 0.3V drop over a 17 foot run.
      >
      >Is it a mechanical issue?
      
         The only rule of thumb I recall at Beech was minimum
         of 20AWG under the cowl for new designs . . . but
         mostly for mechanical reasons.
      
         Had a builder some years back that scored a good deal
         on a big spool of 20AWG Tefzel and wondered if it
         was suitable for ALL routes of 7A or less . . .
         of course it was. His radio bundles were a bit
         thicker but the d-sub pins would accept 20AWG
         no problem . . . and he didn't need to 'stock'
         two sizes of 'smaller' wires.
      
         There are no prohibitions from the regulatory
         standpoint for using any size wire but a lot
         of practical reasons for not getting carried
         away . . .
      
      
         Bob . . . 
      

Message 3


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Time: 08:47:56 AM PST US
From: Josh Tinkham <unitink72@gmail.com>
Subject: Re: Alternator Mod to External Control      
      Does anyone know which alt is modified in the article?  I tried doing a
      quick search for Denso alts that they still manufacture new but didn't have
      any luck.
      
      So far my likely best cadidate for my main alt is from a 95 Dodge van.
      Lots of amps, external regulation out of the box.  It does spin the wrong
      way but thats not a deal breaker for me.
      

Message 4


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Time: 09:36:47 AM PST US
From: "Robert L. Nuckolls, III" <nuckolls.bob@aeroelectric.com>
Subject: Re: Alternator Mod to External Control      
      At 10:44 AM 4/23/2020, you wrote:
      
      >Does anyone know which alt is modified in the article?
      >I tried doing a quick search for Denso alts that they
      >still manufacture new but didn't have any luck.
      
      
         That article is generally applicable to
         all ND alternators. The arrangement of
         rear-end parts is pretty much common to
         the full range of products.
      
         For the most part, auto parts stores
         will only carry remanufactured alternators.
         Modern re-manufacturing methods are quite
         good. Reman alternators are generally as good as
         new.
      
      
      >So far my likely best cadidate for my main alt is
      >from a 95 Dodge van.=C2  Lots of amps, external regulation
      >out of the box.
      
         Do you NEED 'lots of amps'? There are few
         single engine aircraft that need more than 40A.
         30A runs the airplane and 10A reserve charges
         the battery. 40A alternators should weigh in
         at under 7 pounds.
      
      
         Bob . . . 
      

Message 5


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Time: 09:55:15 AM PST US
From: Kent or Jackie Ashton <kjashton@vnet.net>
Subject: Re: Alternator Mod to External Control      
      
      There are dozensmaybe hundreds--of Denso alternators with slightly different mounts
      and shapes.  A Denso 100211012711 (55 amp) (Honda civic '84-'87, Lester #
      14747) will work but it doesnt fit a Lycoming standard alternator bracket.  I
      make the bracket out of 1/4 mild steel angle.  Cut two pieces of angle.  Trim
      and drill for the long alternator mounting bolt, then cut the undrilled legs
      of the angle to fit the engine, weld them together and drill to match the case
      holes.
      
      I get them from the junkyard, replace the bearings, brushes and clean up the commutator(?)
      ring.  I use an aftermarket pulley so they dont turn so fast.  There
      are small Denso models for Kubota tractors and Suzuki Smurai that will also
      work
      -Kent
      
      > On Apr 23, 2020, at 11:44 AM, Josh Tinkham <unitink72@gmail.com> wrote:
      > 
      > 
      > Does anyone know which alt is modified in the article?  I tried doing a quick
      search for Denso alts that they still manufacture new but didn't have any luck.
      > 
      > So far my likely best cadidate for my main alt is from a 95 Dodge van.  Lots
      of amps, external regulation out of the box.  It does spin the wrong way but thats
      not a deal breaker for me.
      
      

Message 6


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Time: 10:06:48 AM PST US
From: Jeff Luckey <jluckey@pacbell.net>
Subject: Re: Alternator Mod to External Control      
       Josh,
      The alternator I got was from a 1978 Suzuki Samurai and is identical (as fa
      r as I can tell) to the one in the Kit Planes article.
      Also, I believe that Dodge/Chrysler alternators have 'A'-circuit fields.=C2
      - I'm not certain about this, perhaps another lister can confirm?=C2- T
      he ideal setup is to have a 'B'-circuit field.=C2-=C2-
      In that Kit Planes article - that Denso alternator is converted from an int
      ernally-regulated 'A'-circuit to and externally-regulated 'B'- circuit.
      Field Circuit :A-Circuit - has the regulator in the ground side of the fiel
      d circuit.B-Circuit - has the regulator in the 'high' side of the field cir
      cuit.
      
          On Thursday, April 23, 2020, 08:56:29 AM PDT, Josh Tinkham <unitink72@g
      mail.com> wrote:  
      
      
      Does anyone know which alt is modified in the article?=C2- I tried doing 
      a quick search for Denso alts that they still manufacture new but didn't ha
      ve any luck.
      So far my likely best cadidate for my main alt is from a 95 Dodge van.=C2
      - Lots of amps, external regulation out of the box.=C2- It does spin th
      e wrong way but thats not a deal breaker for me.
      

Message 7


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Time: 11:02:53 AM PST US
From: Jeff Luckey <jluckey@pacbell.net>
Subject: Load Analysis Spreadsheet      
      Listers,
      Is there a Load Analysis spreadsheet template available on the Aeroelectric
       site?=C2-=C2-
      I did a quick search but came up empty.
      
      TIA
      -Jeff
      

Message 8


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Time: 11:45:05 AM PST US
From: "Robert L. Nuckolls, III" <nuckolls.bob@aeroelectric.com>
Subject: Preliminary tests on modern fuse link wire      
      I ordered in some off-the-shelf fuse link wire
      with the intent of testing it for behavior under
      high fault currents.
      
      I've seen fuse-link wire that claimed to be
      made of some alloy of copper with a slightly
      higher resistance per square. The idea being
      that it would melt in a less spectacular manner
      than pure copper.
      
      The wire I received is pure copper with a
      an unique (Used to be Hypalon - now
      discontinued and replaced by CSPE) insulation.
      Okay, if one of these wires were tied in a
      bundle with other wires, would the fusing
      event propagate outside to the detriment
      of adjacent wires?
      
      Took a 9" piece of 20AWG fuse wire out to
      the shop and forced 100A through it.
      It took 3 or 4 seconds before any reaction
      was evident. Heard some hissing and then
      a rapidly growing jet of smoke through a couple
      of holes that formed in the insulation.
      
      99.5% of the insulation stayed intact save
      the 'vent' holes . . . pretty slick stuff.
      The smoke was voluminous but not particularly
      noxious.
      
      I think wires bundled with this stuff would
      be well isolated from the fusing event.
      
      I'll do more formal testing along
      with video coverage and fold that into
      a Shop Notes for the website. In the mean
      time, I am encouraged that this material
      offers an alternative to ANL or MANL fuse
      blocks in smaller systems.
      
      You may have noticed the fusible links in
      Z100 and Z101 drawings. I think those will
      stay. MUCH easier to fab than the earlier
      design shielded in Fiberglas. Cut of a chunk,
      splice it into the feeder with standard
      PIDG terminations and tie into bundle with
      other wires.
      
      
         Bob . . . 
      

Message 9


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Time: 11:45:32 AM PST US
From: "Robert L. Nuckolls, III" <nuckolls.bob@aeroelectric.com>
Subject: Re: Load Analysis Spreadsheet      
      At 12:56 PM 4/23/2020, you wrote:
      >Listers,
      >
      >Is there a Load Analysis spreadsheet template available on the 
      >Aeroelectric site?
      >
      >I did a quick search but came up empty.
      
      
      https://tinyurl.com/9rt6ymn
      
      
         Bob . . . 
      

Message 10


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Time: 12:06:00 PM PST US
From: Art Zemon <art@zemon.name>
Subject: Re: Load Analysis Spreadsheet      
      Jeff,
      
      I just made a spreadsheet with three columns: device name, typical current
      draw, max current draw.
      I made sure that my typical current draw was well within the capacity of my
      alternator.
      
          -- Art Z.
      
      
      On Thu, Apr 23, 2020 at 1:21 PM Jeff Luckey <jluckey@pacbell.net> wrote:
      
      > Listers,
      >
      > Is there a Load Analysis spreadsheet template available on the
      > Aeroelectric site?
      >
      > I did a quick search but came up empty.
      >
      >
      > TIA
      >
      > -Jeff
      >
      
      
      -- 
      https://CheerfulCurmudgeon.com/
      *Sooner meet a bereaved she-bear than a fool with his nonsense.   *Proverbs
      17:12
      

Message 11


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Time: 05:20:06 PM PST US
Subject: Re: OV B-lead Relay
From: Charlie England <ceengland7@gmail.com>      
      On 4/21/2020 8:59 PM, Robert L. Nuckolls, III wrote:
      >>> My admittedly sometimes faulty memory of the whole 'load dump' 
      >>> situation two decades ago was that guys were flipping their alt 
      >>> switches/breakers (which controlled the B lead contactor) while the 
      >>> alt was under load, and killing the alt. IIRC, after multiple 
      >>> incidents like that, the OV module/contactor circuit became a lot 
      >>> harder to find in the AEC docs.
      >
      >  Yeah, your memory is correct. The Z24 pot boiled
      >  over when I think only one individual experienced
      >  alternator failure after cycling it. We don't know
      >  how fast the engine was running or what the alternator
      >  loads were . . . you never get that quality of data
      >  from someone pointing a figure at you hollering, "you
      >  alternator killer!"
      >
      >  I think Paul M was a well entrenched advisor to
      >  that faction of RV fans and he was rather antagonistic
      >  to anything 'crowbar'.
      >
      >> My solution is the He Haw Solution: 'If it hurts when you do that, 
      >> DON'T DO THAT!'
      >
      >  Exactly. If the alternator is brought off and
      >  on line at engine idle (standard ops) then
      >  there is no risk.
      >
      >> Here's my take: If I operate the IR alternator just like it's 
      >> operated in the car, I'll never have a load dump event. If I use an 
      >> OV module that is relatively immune to 'false positives', along with 
      >> a relatively robust B lead contactor, the only penalty I see is 
      >> carrying a few ounces of extra weight for the contactor. The 
      >> contactor will never operate unless the regulator has failed (in an 
      >> OV mode), in which case the 'load dump' issue is already moot.
      >
      >  That was the spirit and intent of the design
      >  but I failed to include a note precluding random
      >  operations at high rpm. In all fairness, any
      >  alternator should be able to respond safely
      >  to on/off commands under any speed and load
      >  conditions.
      >
      >
      >> This lets me use an off the shelf, *very inexpensive*, available at 
      >> any auto supply, alternator. It won't be as reliable as a B&C, but 
      >> based on anecdotal evidence from RV-x owners, a *lot* more reliable 
      >> than a Plane Power. And I'll have about $500 left over to buy fuel. 
      >> (Replacement alts, if ever needed, will be free.) If I do have to 
      >> replace the alt while away from home, no mod to the alt is needed, 
      >> and replacement can happen on the ramp with only a couple of wrenches. 
      >
      >  Is PlanePower having issues? I think they
      >  were bought out by a company that shall
      >  remain nameless. Has their craftsmanship
      >  suffered?
      >
      >> I have had several different 'lives' as an electronics tech, from 
      >> home electronics to pro sound, to industrial gear. Even though I'd 
      >> consider myself to be well above average in qualifications, I trust 
      >> an 'as-built' alternator to be more reliable than one that I've modded.
      >
      >  YEeaahh . . . with reservations. The recent
      >  Kitplanes article we've discussed here is
      >  a rather benign operation . . . with profound
      >  benefit.
      >
      >> My opinion is that if any update is made, it would be to redesign the 
      >> OV module to reduce the risk of 'false positive' nuisance trips, and 
      >> retain the B lead relay. Perhaps do a little testing on whether a 
      >> single contact automotive cube relay can reliably open the B lead, 
      >> *once*, as Bob Noffs mentioned, and treat the relay as if it's a 
      >> fusible link.
      >
      >  If we combined the crowbar feature with
      >  the 200A 'cube' relay, the ov sense could
      >  be a microcontroller that waits until the
      >  relay contacts are sensed to be open before
      >  triggering the FET. That would reduce abuse
      >  to the relay to insignificance for both
      >  an OV shutdown -AND- the normal on/off commands
      >  at ANY rpm.
      >
      >  To be sure, MOST modern alternators including
      >  rebuilds should be able to stand off the load
      >  dump spike.
      >
      >> Realistically, if the OV module fires at ~16V, how much energy is 
      >> really there? How much delay will there be from hitting the voltage 
      >> threshold to the contacts opening? If we used a 100A cube relay 
      >> (which *should*, by definition, be able to actively control a 100A 
      >> load), will it really be stressed by 60-70 amps at ~20V? Or will the 
      >> voltage (and energy) be much higher by the time the contacts actually 
      >> start to open? I realize that voltage will spike upward as the 
      >> contacts separate, but will it be bad enough in a 'one shot' 
      >> environment to weld the contacts?
      >
      >  Yeah, an ov trip condition is asserted when
      >  bus voltage rises above 16v for say 500 mS.
      >  By this time, the energy 'spring' in the
      >  failed alternator is really wound up pretty
      >  good. I've observed field voltages on the
      >  order of 1 to 2 volts for alternators carrying
      >  a normal running load at cruise rpm. So
      >  if you suddenly increase that voltage to 15v,
      >  the 'spring' starts winding rapidly while held
      >  at bay by the battery+system loads.
      >
      >  This is the special condition that might be
      >  handled nicely with a fat-FET and relay.
      >  . . . I'd want to do some studies on the
      >  alternator test stand before running very far down
      >  that rabbit hole.
      >
      >  But FOR SURE . . . a fat-FET and diode would
      >  be a piece of cake because there's no timing
      >  to worry about and the b-lead never rises very
      >  far given that it's loaded down by the ship's
      >  battery. Best yet, no concerns for keeping your
      >  contacts out of the fire.
      >
      >  For an AUX alternator in the 20-30A class,
      >  the diode/fet crowbar need not be very
      >  beefy. Maybe not so attractive for MAIN
      >  alternators in the 60A+ class. Voltage
      >  drop across the diode becomes an energy
      >  management issue.
      >
      >  There was a time that Cessna was using
      >  some fat diodes in the alternator b-leads
      >  to orchestrate an alternator failure
      >  sensor some guy at Cessna dreamed up . . .
      >  not me!
      >
      >  Here are some excerpts from a kit I wrote to
      >  put a 100A alternator on a USAF U17. That
      >  diode dropped about 0.9V at 100A for a
      >  dissipation the order of 90W. Needless
      >  to say, the heatsink was impressive. I
      >  seem to recall we did a similar thing
      >  on the C337. Had to dig pretty deep into
      >  the archives for those images. Wrote that
      >  kit in 1968!
      >
      >  A Schottky b-lead diode for a 30A alternator
      >  would be much more manageable.
      >
      >
      >  Bob . . .
      >
      Sorry for the tardy reply; been a bit 'distracted'.
      
      RE: Plane Power alts. No personal experience, but the RV guys are a 
      fairly large sample (in a/c terms). If you go to the VAF forum and 
      search 'plane power', you'll find dozens of instances where the brand 
      has failed at low to very low hours. I think I've only seen one or two 
      B&C failures mentioned. Now this could be because it is the one Van's 
      offers when you buy an alt from them, so the population is higher. But 
      the guys who buy again seem to often report additional failures, while 
      those who convert to B&C don't. The guys who've done autopsies aren't 
      just reporting electronic failures; there are connector issues, failed 
      internal stator and/or field leads, etc etc.
      
      RE: crowbar redesign for IR alts. You wrote:
      "If we combined the crowbar feature with
        the 200A 'cube' relay, the ov sense could
        be a microcontroller that waits until the
        relay contacts are sensed to be open before
        triggering the FET. That would reduce abuse
        to the relay to insignificance for both
        an OV shutdown -AND- the normal on/off commands
        at ANY rpm."
      
      Is this the correct order for protecting the relay contacts? I would 
      have thought that the FET should sit between the B terminal and relay, 
      and fire *1st*, so that there isn't a high energy arc at the relay 
      contacts. I'd expect the FET to be much faster than the relay, if the 
      protection circuit could fire the LED at the same instant that it 
      crowbars the CB feeding the relay (even without a microcontroller to do 
      the timing). Did I misunderstand the goal, or circuit arrangement?
      
      Charlie
      
      
      -- 
      This email has been checked for viruses by Avast antivirus software.
      https://www.avast.com/antivirus
      

Message 12


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Time: 06:00:18 PM PST US
From: "Robert L. Nuckolls, III" <nuckolls.bob@aeroelectric.com>
Subject: Re: OV B-lead Relay      
      
      >RE: Plane Power alts. No personal experience, but the RV guys are a 
      >fairly large sample (in a/c terms). If you go to the VAF forum and 
      >search 'plane power', you'll find dozens of instances where the 
      >brand has failed at low to very low hours. I think I've only seen 
      >one or two B&C failures mentioned. Now this could be because it is 
      >the one Van's offers when you buy an alt from them, so the 
      >population is higher. But the guys who buy again seem to often 
      >report additional failures, while those who convert to B&C 
      >don't.  The guys who've done autopsies aren't just reporting 
      >electronic failures; there are connector issues, failed internal 
      >stator and/or field leads, etc etc.
      
          Hmmmm . . . interesting. I had occasion to
          do failure analysis on another Hartzell
          alternator supplied to a UAV project.
          Again, no 'electronic' failure but a
          failure in craftsmanship.
      
      
      >  RE: crowbar redesign for IR alts. You wrote:
      >  "If we combined the crowbar feature with
      >   the 200A 'cube' relay, the ov sense could
      >   be a microcontroller that waits until the
      >   relay contacts are sensed to be open before
      >   triggering the FET. That would reduce abuse
      >   to the relay to insignificance for both
      >   an OV shutdown -AND- the normal on/off commands
      >   at ANY rpm."
      >
      >Is this the correct order for protecting the relay contacts? I would 
      >have thought that the FET should sit between the B terminal and 
      >relay, and fire *1st*, so that there isn't a high energy arc at the 
      >relay contacts. I'd expect the FET to be much faster than the relay, 
      >if the protection circuit could fire the LED at the same instant 
      >that it crowbars the CB feeding the relay (even without a 
      >microcontroller to do the timing).  Did I misunderstand the goal, or 
      >circuit arrangement?
      
         You need to wait until the contacts
         were first break so that the FET wasn't trying
         to crowbar BOTH the alternator and battery. This
         is what makes the FAT diode isolator electrically
         more attractive. OV sense and reaction becomes
         a lot easier.
      
      
         Bob . . . 
      

Message 13


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Time: 06:16:04 PM PST US
From: Jeff Luckey <jluckey@pacbell.net>
Subject: Crowbar_B-Lead Drawing      
      Bob,
      The alternator in this drawing may not start.=C2-=C2-
      Most of the internal reg machines I've looked at use battery energy at the 
      B terminal to power the internal reg and excite the field.=C2- With the d
      iode blocking B+ to that terminal, the alternator may not be able to self-s
      tart.=C2- Unless of course the CTRL lead actually provides power to the r
      egulator.=C2- But on single-wire alternators this circuit may be problema
      tic.
      
      
      -Jeff
      
      
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Message 14


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Time: 06:41:03 PM PST US
Subject: Re: OV B-lead Relay
From: Charlie England <ceengland7@gmail.com>      
      On 4/23/2020 7:55 PM, Robert L. Nuckolls, III wrote:
      >> RE: Plane Power alts. No personal experience, but the RV guys are a 
      >> fairly large sample (in a/c terms). If you go to the VAF forum and 
      >> search 'plane power', you'll find dozens of instances where the brand 
      >> has failed at low to very low hours. I think I've only seen one or 
      >> two B&C failures mentioned. Now this could be because it is the one 
      >> Van's offers when you buy an alt from them, so the population is 
      >> higher. But the guys who buy again seem to often report additional 
      >> failures, while those who convert to B&C don't. The guys who've done 
      >> autopsies aren't just reporting electronic failures; there are 
      >> connector issues, failed internal stator and/or field leads, etc etc.
      >
      >  Hmmmm . . . interesting. I had occasion to
      >  do failure analysis on another Hartzell
      >  alternator supplied to a UAV project.
      >  Again, no 'electronic' failure but a
      >  failure in craftsmanship.
      >
      >
      >> RE: crowbar redesign for IR alts. You wrote:
      >> "If we combined the crowbar feature with
      >>  the 200A 'cube' relay, the ov sense could
      >>  be a microcontroller that waits until the
      >>  relay contacts are sensed to be open before
      >>  triggering the FET. That would reduce abuse
      >>  to the relay to insignificance for both
      >>  an OV shutdown -AND- the normal on/off commands
      >>  at ANY rpm."
      >>
      >> Is this the correct order for protecting the relay contacts? I would 
      >> have thought that the FET should sit between the B terminal and 
      >> relay, and fire *1st*, so that there isn't a high energy arc at the 
      >> relay contacts. I'd expect the FET to be much faster than the relay, 
      >> if the protection circuit could fire the LED at the same instant that 
      >> it crowbars the CB feeding the relay (even without a microcontroller 
      >> to do the timing). Did I misunderstand the goal, or circuit arrangement?
      >
      >  You need to wait until the contacts
      >  were first break so that the FET wasn't trying
      >  to crowbar BOTH the alternator and battery. This
      >  is what makes the FAT diode isolator electrically
      >  more attractive. OV sense and reaction becomes
      >  a lot easier.
      >
      > <#DAB4FAD8-2DD7-40BB-A1B8-4E2AA1F9FDF2>
      >
      >  Bob . . .
      >
      Ah...yes. Forgot that the battery would try to drive the short.
      
      Thanks for clearing my head. :-)
      
      
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Message 15


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Time: 08:21:38 PM PST US
From: "Robert L. Nuckolls, III" <nuckolls.bob@aeroelectric.com>
Subject: Re: Crowbar_B-Lead Drawing      
      At 08:12 PM 4/23/2020, you wrote:
      >Bob,
      >
      >The alternator in this drawing may not start.
      >
      >Most of the internal reg machines I've looked at use battery energy 
      >at the B terminal to power the internal reg and excite the 
      >field.  With the diode blocking B+ to that terminal, the alternator 
      >may not be able to self-start.  Unless of course the CTRL lead 
      >actually provides power to the regulator.  But on single-wire 
      >alternators this circuit may be problematic.
      >
      >\
      
         That's something to be explored for sure . . .
      
         If that's a problem, then a resistor across
         the diode might get it. It doesn't take much
         to wake 'em up.  I'm thinking something on
         the order of 10 ohms, 25w would surely do
         it and maybe not even that much priming
         current.
      
         Of course that same resistor would become
         a parasitic load on the crowbar FET during
         a shut down . . .
      
         I've not been able to acquire schematics
         of any modern alternators. Back about 2004
         I did a study on the Motorola MC33099
      
      https://tinyurl.com/ybot24z5
      
         which is a pretty sophisticated piece of
         silicon. I don't think it's made any more.
         The block diagram doesn't suggest a substantial
         power path from the control/ign terminals
         to the field winding. Field power source is
         indeed the B terminal.
      
      
         Bob . . . 
      

Message 16


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Time: 09:52:12 PM PST US
From: Josh Tinkham <unitink72@gmail.com>
Subject: Re: Alternator Mod to External Control      
      With an IFR panel and EFI, my math comes out to 50 amps usage worst case
      with the landing lights and pitot heat on at the same time.  I'm also
      considering seat heaters.  I understand that a max worst-case shouldn't be
      my amp requirement.  But I also don't think 40 amps will cut it.  60-70 is
      the range I'd like to see.
      
      I did not know about the A/B field circuit difference.  Will explore that
      more, thanks Jeff.
      








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