AeroElectric-Archive.digest.vol-lj

September 22, 2012 - October 06, 2012



      >>
      >> On 20/09/2012 12:00 AM, Kelly McMullen wrote:
      >>> 
      >>>
      >>> On the ACK E-04 it is 10 yrs on lithium main, remote and alarm
      >>> batteries. 5 yrs on remote alkaline if you go that route.
      >>>
      >>> On 9/19/2012 3:34 PM, Ed Holyoke wrote:
      >>>> Don't forget the battery in the remote. It has an expiration of 8yrs,
      >>>> lithium or 4yrs, alkaline if I remember correctly. If you don't have a
      >>>> record of what battery was installed in the remote and when, you
      >>>> should replace it and record the due date in your logbook.
      >>>>
      >>>> Pax,
      >>>>
      >>>> Ed Holyoke
      >>>> A&P
      >>>>
      >>>> On 9/19/2012 1:39 PM, bob noffs wrote:
      >>>>> thanks all,
      >>>>> i did change the duracell batteries in my elt today. the elt mfgr
      >>>>> specifies duracell. the new set of d batteries have an expiration
      >>>>> date of 2022!. don't think i will wait 10 yrs.
      >>>>> bob noffs
      >>>>>
      >>>>> On Wed, Sep 19, 2012 at 7:28 AM, Bill Watson >>>> > wrote:
      >>>>>
      >>>>> My old ELT (10 years old) required new batteries every 24 months.
      >>>>>
      >>>>> My new ACK 406Mh ELT specifies 5 years for the lithium batteries.
      >>>>>
      >>>>> Bill
      >>>>>
      >>>>>
      >>>>> On 9/19/2012 7:47 AM, R. curtis wrote:
      >>>>>>
      >>>>>> starting on my first annual.
      >>>>>> do i remember correctly........the d batteries in the elt
      >>>>>> must be changed every year?
      >>>>>> thanks bob noffs
      >>>>>> **
      >>>>>> Normally the manufacturer specifies that you use date
      >>>>>> coded alkaline batteries, and they are to be changed before
      >>>>>> the end of the coded period. They do not have to be changed
      >>>>>> each year.
      >>>>>> Roger
      >>>>>>
      >>
      >>
      >>
      >>
      >
      >
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________________________________________________________________________________
Subject: Misprint in Z-16, v.12/ OV with Rotax generators?
From: s <uuccio(at)gmail.com>
Date: Sep 22, 2012
Hello listers, Seems like there is a small misprint in Z16 v.12: the wire between the 5A breaker (or is it a fuse?) and the S1 switch should be 18AWG not 22AWG since its the same size as the fuse link. I was chatting to my favorite automotive mechanic the other day and telling him I was planning to include an alternator disconnect relay (as per Z16 or maybe Z17) in my electrical system. He said that he's never heard of a Ducati regulator going in over voltage, he says they usually just stop working. Does anyone know of anyone who's experienced an OV problem with the inbuilt Rotax generator? Another question: can anyone explain why the alternator disconnect wiring is more complex in Z16 than in Z17? What is the advantage of doing it the Z16 way? Sacha Rebuilding a Kitfox IV with Rotax 80hp, almost there Sicily, Italy ________________________________________________________________________________
From: Bob McCallum <robert.mccallum2(at)sympatico.ca>
Subject: Misprint in Z-16, v.12/ OV with Rotax generators?
Date: Sep 22, 2012
Actually the 22ga wire is perfectly adequate to trip the 5A breaker. The purpose of the fuse link is to protect the 18ga wire between the buss and the breaker should it inadvertently short to ground. So the drawing is correct as shown. The "normal" failure might be to "stop working" i.e. shut down, but what about the case of the one in a million "abnormal" failure where an OV occurs?? Not familiar with it happening, but it might, it is electronics after all ? Bob McC > -----Original Message----- > From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectric-list- > server(at)matronics.com] On Behalf Of s > Sent: Saturday, September 22, 2012 5:53 PM > To: aeroelectric-list(at)matronics.com > Subject: AeroElectric-List: Misprint in Z-16, v.12/ OV with Rotax generators? > > > Hello listers, > > Seems like there is a small misprint in Z16 v.12: the wire between the 5A breaker (or > is it a fuse?) and the S1 switch should be 18AWG not 22AWG since its the same size as > the fuse link. > > I was chatting to my favorite automotive mechanic the other day and telling him I > was planning to include an alternator disconnect relay (as per Z16 or maybe Z17) in > my electrical system. He said that he's never heard of a Ducati regulator going in over > voltage, he says they usually just stop working. Does anyone know of anyone who's > experienced an OV problem with the inbuilt Rotax generator? > > Another question: can anyone explain why the alternator disconnect wiring is more > complex in Z16 than in Z17? What is the advantage of doing it the Z16 way? > > Sacha > Rebuilding a Kitfox IV with Rotax 80hp, almost there > Sicily, Italy > > _- > ==================================================== > ====== > _- > ==================================================== > ====== > _- > ==================================================== > ====== > _- > ==================================================== > ====== > > ________________________________________________________________________________
Subject: Re: Pitot tube slightly plugged...
From: "Eric M. Jones" <emjones(at)charter.net>
Date: Sep 22, 2012
I flew one of those flights where you just KNEW we already had two strikes. And gosh I learned a lot. I took off from Furnace Creek into a rapidly approaching (astonishing!) black sandstorm. But the sandstorm quickly outran and engulfed us. Made a 180 out of the sandstorm to find I had no airspeed indicator. The winds were ferocious and making Santa Monica with fuel onboard was dicey, KWJF Fox Field (our normal fuel stop) was closed due to winds. So we stopped in Aqua Dulce...using the stall warning. We tried to clear the pitot tube with a coat-hangar wire but no dice. We had inadequate tools. Next day the mechanic cleared it. Analysis--Mud dauber wasp. Jeeeze....the thing you learn and shouldn't do again. But three points: Cover the pitot tube when parked--always. Unless you have one of those airspeed-operated flapper valves. A way of ram-rodding the tube would be a step forward in design. But the problem is usually only discovered after getting airborne. So glancing at the ASI during the takeoff run will be in my scan, even if Cessnas easily fly themselves off the ground. Some bug biologist-psychologist should invent a neat way to keep out dauber wasps. It would make a good science project. Mud daubers bring down heavy iron too. -------- Eric M. Jones www.PerihelionDesign.com 113 Brentwood Drive Southbridge, MA 01550 (508) 764-2072 emjones(at)charter.net Read this topic online here: http://forums.matronics.com/viewtopic.php?p=383801#383801 ________________________________________________________________________________
Date: Sep 22, 2012
From: rayj <raymondj(at)frontiernet.net>
Subject: pitot tube
Bob, I'm interested, but I'm unwilling to take on any more projects at this time. Maybe a couple of years down the road. When I decide to take on another project I'll drop you a note. Just a couple of quick questions How many amps at what voltage would be available and what would you imagine the overall dimensions to be? I'll keep my eyes out for stainless steel electrical properties and drop you a note if I see anything that might be useful. > So, perhaps there's an opportunity for somebody > out there with some metal working skills and > a curious nature. I'd be willing to stroke > the electronics if some one of you could acquire, > bend and weld alloys of steel that might make > good heaters cum pitot tube. > > It would be interesting to see if this ball > would at least bounce. Could we learn to "build > the better pitot tube" for MUCH less than > $600? -- Raymond Julian Kettle River, MN. "And you know that I could have me a million more friends, and all I'd have to lose is my point of view." - John Prine ________________________________________________________________________________
Date: Sep 22, 2012
Subject: Re: Pitot tube slightly plugged...
From: rparigor(at)suffolk.lib.ny.us
Hi Eric Thx. for sharing your experience. You mentioned "Unless you have one of those airspeed-operated flapper valves". I owned a 1948 Cessna 170 ragwing for 19 years. Twice I got mud dapper nest in the Pitot tube. The second time it happened, the wind was howling and I noticed right after take off, so landed and cleared it. When putting tools away and a little worried the plane may roll in a pretty big gust (even though I had wheel chocks in place), I just happened to notice that the airspeed actuated flapper Pitot cover was fully opened, hmm. Then a few seconds later I observed a dapper wasp somehow manage in this wicked gusty wind to land on and crawl inside! I replaced flapper with a cover and never had another problem. Ron Parigoris ________________________________________________________________________________
Date: Sep 22, 2012
From: rayj <raymondj(at)frontiernet.net>
Subject: Re: Pitot tube slightly plugged...
We have a bad problem with the mud daubers around here. If I leave an air tool outside for a day, they find it, and build in the inlet. Got me to thinking, Has anyone had problems with them building in static intake ports, fuel vents on gas caps, or the drains on collators. Starting to think my preflight should include all the above. Raymond Julian Kettle River, MN. "And you know that I could have me a million more friends, and all I'd have to lose is my point of view." - John Prine On 09/22/2012 07:13 PM, rparigor(at)suffolk.lib.ny.us wrote: > > Hi Eric > > Thx. for sharing your experience. > > You mentioned "Unless you have one of those airspeed-operated flapper > valves". > > I owned a 1948 Cessna 170 ragwing for 19 years. Twice I got mud dapper > nest in the Pitot tube. > > The second time it happened, the wind was howling and I noticed right > after take off, so landed and cleared it. When putting tools away and > a little worried the plane may roll in a pretty big gust (even though > I had wheel chocks in place), I just happened to notice that the > airspeed actuated flapper Pitot cover was fully opened, hmm. Then a > few seconds later I observed a dapper wasp somehow manage in this > wicked gusty wind to land on and crawl inside! > > I replaced flapper with a cover and never had another problem. > > Ron Parigoris > ________________________________________________________________________________
Date: Sep 22, 2012
Subject: Re: Pitot tube slightly plugged...
From: Dj Merrill <deej(at)deej.net>
On 9/22/2012 8:42 PM, rayj wrote: > Has anyone had problems with them building in static intake ports, > fuel vents on gas caps, or the drains on collators. Yes, multiple times I've had bugs build a nest in my fuel drains and vents. My cheap solution: Go to Walmart and buy a 100 pack of bright orange "fuzzy sticks" for $0.99. Used to be commonly known as "pipe cleaners". You can find them in the fabric and crafts section. http://www.walmart.com/ip/Kids-Craft-100pk-Fuzzy-Sticks-Neon/19525338 Cut off a 4 inch section. Fold in half, then on each leg halfway up fold outward. You end up with something shaped like this: _/\_ Stick the "V" end up in the hole in the fuel drain, gascolator, fuel vent, etc, with the legs sticking out to the side. Remove before flight, but in theory air would be able to pass if you accidentally left them in the fuel vent. Been doing this for a few years now and no more bug problem in the fuel drains. -Dj -- Dj Merrill - N1JOV Sportsman 2+2 Builder #7118 N421DJ - http://deej.net/sportsman/ Glastar Flyer N866RH - http://deej.net/glastar/ ________________________________________________________________________________
Subject: Re: Misprint in Z-16, v.12/ OV with Rotax generators?
From: U <uuccio(at)gmail.com>
Date: Sep 23, 2012
Thanks Bob, I almost didn't mention it as I thought it was "obviously wrongh but now I'm glad I did as I learnt something! (Is there a detailed discussion of how each Z figure works somewhere that beginners can read?). Still wondering about the diff between the Z16 and Z17 alternator disconnect wiring. On 23/set/2012, at 00:50, Bob McCallum wrote: > > Actually the 22ga wire is perfectly adequate to trip the 5A breaker. The > purpose of the fuse link is to protect the 18ga wire between the buss and > the breaker should it inadvertently short to ground. So the drawing is > correct as shown. > The "normal" failure might be to "stop working" i.e. shut down, but what > about the case of the one in a million "abnormal" failure where an OV > occurs?? Not familiar with it happening, but it might, it is electronics > after all ? > > Bob McC > >> -----Original Message----- >> From: owner-aeroelectric-list-server(at)matronics.com > [mailto:owner-aeroelectric-list- >> server(at)matronics.com] On Behalf Of s >> Sent: Saturday, September 22, 2012 5:53 PM >> To: aeroelectric-list(at)matronics.com >> Subject: AeroElectric-List: Misprint in Z-16, v.12/ OV with Rotax > generators? >> >> >> Hello listers, >> >> Seems like there is a small misprint in Z16 v.12: the wire between the 5A > breaker (or >> is it a fuse?) and the S1 switch should be 18AWG not 22AWG since its the > same size as >> the fuse link. >> >> I was chatting to my favorite automotive mechanic the other day and > telling him I >> was planning to include an alternator disconnect relay (as per Z16 or > maybe Z17) in >> my electrical system. He said that he's never heard of a Ducati regulator > going in over >> voltage, he says they usually just stop working. Does anyone know of > anyone who's >> experienced an OV problem with the inbuilt Rotax generator? >> >> Another question: can anyone explain why the alternator disconnect wiring > is more >> complex in Z16 than in Z17? What is the advantage of doing it the Z16 > way? >> >> Sacha >> Rebuilding a Kitfox IV with Rotax 80hp, almost there >> Sicily, Italy >> >> _- >> ==================================================== >> ====== >> _- >> ==================================================== >> ====== >> _- >> ==================================================== >> ====== >> _- >> ==================================================== >> ====== >> >> > > > > > > ________________________________________________________________________________
From: "B Tomm" <fvalarm(at)rapidnet.net>
Subject: ACF-50 Anti-corrosion between block and alternator
mount...
Date: Sep 23, 2012
Michael, Since nobody has responded yet...I will offer my .02 It is my understanding that products like ACF-50 are used to prevent oxidation/corrosion from developing. If the part is already corroded, I would suggest removing the corrosion and then use the ACF-50 to prevent it from returning anytime soon. You may also look for a electrically conductive paste that will seal out the oxygen. There should be plenty of electrical pathway capacity through the mounting bolts regardless. Bevan -----Original Message----- From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Michael Burbidge Sent: Saturday, September 22, 2012 1:03 PM Subject: AeroElectric-List: ACF-50 Anti-corrosion between block and alternator mount... --> When I took the old alternator mount off the engine, I noticed there was some corrosion on the engine block under the alternator mount. My new alternator (B&C) gets its ground through the mount. Can I use and anti-corrosion film such as ACF-50 on the block before bolting the mount to the engine? Or will that place resistance in the ground path for the alternator? Thanks, Michael- ________________________________________________________________________________
Date: Sep 23, 2012
From: Ken <klehman(at)albedo.net>
Subject: Re: Misprint in Z-16, v.12/ OV with Rotax generators?
Not Ducati but I had a similar John Deere regulator for a 20 amp permanent magnet alternator fail full on. My fault as I started the engine with a dead battery. The voltage went high as the dead battery was not immediately ready to accept current which is not unusual for a fully discharged AGM battery. The regulator failed and thereafter let unregulated full alternator output through. The regulator failed even though the overvoltage disconnect relay was between the alternator and the regulator so the voltage must have risen faster than the relay could open when the engine started. I credit Bob's crowbar ovm for keeping the buss voltage clamped though and preventing any further damage. I guess the main point is that sometimes solid state devices can indeed fail ON instead of OFF. Ken On 22/09/2012 5:52 PM, s wrote: > --> AeroElectric-List message posted by: s > > Hello listers, > > Seems like there is a small misprint in Z16 v.12: the wire between > the 5A breaker (or is it a fuse?) and the S1 switch should be 18AWG > not 22AWG since its the same size as the fuse link. > > I was chatting to my favorite automotive mechanic the other day and > telling him I was planning to include an alternator disconnect relay > (as per Z16 or maybe Z17) in my electrical system. He said that he's > never heard of a Ducati regulator going in over voltage, he says they > usually just stop working. Does anyone know of anyone who's > experienced an OV problem with the inbuilt Rotax generator? > > Another question: can anyone explain why the alternator disconnect > wiring is more complex in Z16 than in Z17? What is the advantage of > doing it the Z16 way? > > Sacha Rebuilding a Kitfox IV with Rotax 80hp, almost there Sicily, > Italy > > ________________________________________________________________________________
Subject: Re: ACF-50 Anti-corrosion between block and alternator
mount...
From: Michael Burbidge <mburbidg(at)gmail.com>
Date: Sep 23, 2012
That's what I did. I cleaned off the corrosion and then put ACF-50 in between before bolting the new mount to the block. Sounds like that should be ok. Mike Sent from my iPhone On Sep 23, 2012, at 1:32 AM, "B Tomm" wrote: > > Michael, > > Since nobody has responded yet...I will offer my .02 > > It is my understanding that products like ACF-50 are used to prevent > oxidation/corrosion from developing. If the part is already corroded, I > would suggest removing the corrosion and then use the ACF-50 to prevent it > from returning anytime soon. You may also look for a electrically > conductive paste that will seal out the oxygen. There should be plenty of > electrical pathway capacity through the mounting bolts regardless. > > Bevan > > -----Original Message----- > From: owner-aeroelectric-list-server(at)matronics.com > [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Michael > Burbidge > Sent: Saturday, September 22, 2012 1:03 PM > To: aeroelectric-list(at)matronics.com > Subject: AeroElectric-List: ACF-50 Anti-corrosion between block and > alternator mount... > > --> > > When I took the old alternator mount off the engine, I noticed there was > some corrosion on the engine block under the alternator mount. My new > alternator (B&C) gets its ground through the mount. Can I use and > anti-corrosion film such as ACF-50 on the block before bolting the mount to > the engine? Or will that place resistance in the ground path for the > alternator? > > Thanks, > > Michael- > > > > > > > > ________________________________________________________________________________
From: "Jeff Luckey" <JLuckey(at)pacbell.net>
Subject: Start Solenoid Orientation
Date: Sep 23, 2012
Group, I'm preparing some electrical hardware for my RV7 & this question came up: How should I orient the start solenoid, terminals up or down? I'm curious how G loading will affect the plunger. I'm planning to use this solenoid http://www.autopartswarehouse.com/sku/Standard/Starter_Solenoid/SISS581.html (a generic automotive type) because it is inexpensive & should be easily found in the future. In the picture at the above link, the solenoid appears "terminals down". Is that how it should be mounted in the airframe? In that orientation, any positive G loading will try to keep the contacts apart or open which is what I want. (don't want starter to inadvertently engage at the bottom of a hard pull). I think that the return spring in this device is pretty strong therefore it would take more than 6 Gs to get it to move but I thought I would pose the question to the group. Also, this solenoid has an "I" terminal which gets B+ when the solenoid is energized. (I think it is used to bypass an ignition ballast resistor in older cars) Does anyone have a schematic of the wiring inside this device? I'm curious how this "I" terminal is wired internally. ( I googled for about 20 minutes but could not find any info on this, which I though was odd ) So, I'm looking specifically for feedback on the following 2 questions: 1. applicability of this device for cranking a Lycoming 2. mounting orientation 3. internal schematic TIA, Jeff Luckey ________________________________________________________________________________
Date: Sep 23, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: ACF-50 Anti-corrosion between block and alternator
mount... At 03:03 PM 9/22/2012, you wrote: When I took the old alternator mount off the engine, I noticed there was some corrosion on the engine block under the alternator mount. My new alternator (B&C) gets its ground through the mount. Can I use and anti-corrosion film such as ACF-50 on the block before bolting the mount to the engine? Or will that place resistance in the ground path for the alternator? The only way to you add resistance to the joint with such treatments is when the higher resistance contaminant is as hard or harder than base materials (alternator bracket and engine crankcase). For example, we've discussed the manner in which anti-corrosion dopes work in crimped terminals on aluminum wire. A wire grip and wire strands might appear to be full of dope but after the crimp, the PRESSURES applied to deform metal parts with intent to create gas-tight junctures is so much higher the compression strength of the 'contaminant' that it's extruded out of spaces where the metal hits the road. As you transition out of those metal upset spaces, the remaining dopant is squished out and remains in the voids becomes a barrier to moisture laden air. Back in my two-way-radio-days we used to pack coax cable connectors on tower joints with Dow Corning DC-4, a silicone grease the consistency of wheel-bearing grease. The connectors were then wrapped with 3+ layers of plastic tape (which would only stick to itself due to slickness of the coax and connectors underneath!), Such joints opened years later might have the tape nearly falling off due to UV and weather effects but the joints inside were as-new pristine. Suitable dopant used on the brightly cleaned and ready to mate surfaces of your alternator bracket and engine is incapable of raising joint resistance where adequate metal-to-metal contact and pressures are achieved. Remnants of the dopant not extruded out of the joint remain in non-contact areas and provide the desired barrier for ingress of moisture. There's a host of suitable materials. Electronic grade RTV (no corrosive type) comes to mind as a material with high operating temperatures but soft enough not to 'glue' things together. Chemical conversion coatings will only protect a surface and have no ability to fill gaps and preclude moisture incursion. You use those chemical conversion before assembly then use gap-filing dopants on top of that for the golden joint. Bob . . . ________________________________________________________________________________
Date: Sep 23, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: What crimper to use for B&C alternator field
terminals... At 03:06 PM 9/22/2012, you wrote: > >Does anyone know what kind of crimper I use for the terminals used >on the field wire for the B&C alternators? Does one of the crimpers >from B&C work? Which one? > >Thanks, >Michael- Those are b-crimp terminals http://tinyurl.com/8j73sbp http://tinyurl.com/8hf6mo9 applied with a tool like the one shown from B&C I discovered this tool on eBay which appears to be the right one but there's not enough details in the ad to be sure. http://tinyurl.com/8hn8vxe I've ordered one for evaluation and will report my findings here on the List. Bob . . . ________________________________________________________________________________
Date: Sep 23, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Why did this AMP crimp on connection get singed
and fail? At 04:08 PM 9/22/2012, you wrote: > >Bill, > >Search "switches with faston tabs" in the AeroElectric archives. >They discuss the discoloration of the faston insulation as the >result of switch failure. Time frame of sept 08. Yes . . . there was a 'rash' of failures manifesting in 'smoked joints' that started with loose rivets on the Carling switches. This prompted a lot of discussion and failure-analysis/tear-downs back about that time. Something to keep in mind as folks are unhappily blessed with such events. Look for a the loci of failure . . . sorta like a arson investigation. See which parts got hottest. These usually point to the area off poor connection where the degradation of the joints began. Several examples of over-heating in poor conduction areas are explored here: http://tinyurl.com/8d63v8x http://tinyurl.com/8zzkfbb http://tinyurl.com/8zzkfbb Whether bolting alternator brackets to crank-cases or keeping all the connections tight through a switch, the path to failure is the same. Increase in resistance increases heating and VOLTAGE DROP across a joint These two antagonists team up regeneratively to damage and perhaps fail the joint. Bob . . . ________________________________________________________________________________
Date: Sep 23, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: pitot tube
At 06:58 PM 9/22/2012, you wrote: > >Bob, > > I'm interested, but I'm unwilling to take on any more projects > at this time. Maybe a couple of years down the road. When I > decide to take on another project I'll drop you a note. > >Just a couple of quick questions How many amps at what voltage would >be available and what would you imagine the overall dimensions to be? > >I'll keep my eyes out for stainless steel electrical properties and >drop you a note if I see anything that might be useful. Good. I've got about 100 back-burner projects, some of which get tid-bits of useful information added from time to time. It's that expansion of situational awareness that contributes to understanding of the whole . . . holler if you get either inspired or motivated . . . and thanks for the offer. Bob . . . ________________________________________________________________________________
Date: Sep 23, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Pitot tube slightly plugged...
> >Stick the "V" end up in the hole in the fuel drain, gascolator, fuel >vent, etc, with the legs sticking out to the side. > >Remove before flight, but in theory air would be able to pass if you >accidentally left them in the fuel vent. > >Been doing this for a few years now and no more bug problem in the >fuel drains. An elegant solution Dj . . . how about some photos of these critters in place. Let's do a little one-pager for the AEC website archives. Bob . . . ________________________________________________________________________________
Date: Sep 23, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: ACF-50 Anti-corrosion between block and alternator
mount... At 03:32 AM 9/23/2012, you wrote: > >Michael, > >Since nobody has responded yet...I will offer my .02 > >It is my understanding that products like ACF-50 are used to prevent >oxidation/corrosion from developing. If the part is already corroded, I >would suggest removing the corrosion and then use the ACF-50 to prevent it >from returning anytime soon. You may also look for a electrically >conductive paste that will seal out the oxygen. There should be plenty of >electrical pathway capacity through the mounting bolts regardless. > >Bevan Bingo! You get the gold star for this topic my friend. The paste or "dopant" need not be conductive for reasons I cited in the other posting. But their function is necessary to joint longevity and goes beyond repairs and protection of surfaces. Chemical treatment thicknesses are measured in diameters of molecules. Gap fillers have a much larger and equally important role to play . . . Bob . . . ________________________________________________________________________________
Date: Sep 23, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Start Solenoid Orientation
At 12:02 PM 9/23/2012, you wrote: Group, I'm preparing some electrical hardware for my RV7 & this question came up: How should I orient the start solenoid, terminals up or down? I'm curious how G loading will affect the plunger. I'm planning to use this solenoid http://www.autopartswarehouse.com/sku/Standard/Starter_Solenoid/SISS581.html (a generic automotive type) because it is inexpensive & should be easily found in the future. In the picture at the above link, the solenoid appears "terminals down". Is that how it should be mounted in the airframe? In that orientation, any positive G loading will try to keep the contacts apart or open which is what I want. (don't want starter to inadvertently engage at the bottom of a hard pull). I think that the return spring in this device is pretty strong therefore it would take more than 6 Gs to get it to move but I thought I would pose the question to the group. Exactly. The g-load closing of starter contactors is one of those hanagar myths that has been around for a very long time . . . and repeated often enough it morphs into fact. That contactor mounted on the firewall orients the the terminals forward. A study of these pieces and parts http://tinyurl.com/96wy5mq shows that the contact bar is pushed against the insulated lid which retains the terminals. G-forces tending to close the contacts in this orientation would be achieved only if you flew into a mountainside. When oriented on a horizontal surface, you'd have to be in a wing-stripping push-over to close the contacts. I was working the B&C booth at OSH when one of the air-show famous showed up to buy a new starter and a starter contactor. After completing a performance it was discovered that his starter ring gear was trashed and the pinion on the starter damaged. The starter contactor was "stuck shut" which common wisdom of excited moment suggest was victim of daring-do g-loads. I didn't get to see the as-installed carcasses nor were we asked to do autopsies on the damaged parts. After some reflection in following months I concluded that he most likely suffered a stuck contactor at engine start up. But given the cockpit noise of these hi-performance machines and attention to upcoming demands on pilotage, the event went unnoticed. He probably flew his routine with a starter engaged and running. Also, this solenoid has an "I" terminal which gets B+ when the solenoid is energized. (I think it is used to bypass an ignition ballast resistor in older cars) Does anyone have a schematic of the wiring inside this device? I'm curious how this "I" terminal is wired internally. ( I googled for about 20 minutes but could not find any info on this, which I though was odd ) You're correct. This feature isn't used in cars with electronic ignition but would still be useful on a '57 Chevy. Few cognizant enthusiasts today are even aware of this feature or its significance. There are two popular form factors for this contactor. http://tinyurl.com/8my46tv There's a number of I-terminal references in this document http://tinyurl.com/9looejm So, I'm looking specifically for feedback on the following 2 questions: applicability of this device for cranking a Lycoming Works good, lasts a long time mounting orientation Doesn't really matter much but you'd have to go out of your way to mount it such that flight g-loads tended to close contacts. This is unlike popular starter contactors of yesteryear http://tinyurl.com/8fwygp4 which featured large area, low pressure contacts and massive solenoid armatures. Even in the "continuous duty" versions were not well suited to high-inrush duty of spinning up cranking motors. That's the best we had in 1960 but have not been seen in that service for many decades. But even these parts are exceedingly unlike to get closed under g-loads of flight. Now, there WAS a good reason for mounting them upside down on the firewall but that was for moisture reasons . . . that's another story of a CFD and hat-dance carried out at the Cessna Single Engine facility about 1980. internal schematic See figure 11-21 in the 'Connection. Functionally accurate. The "I" terminal in modern incarnations of a starter contactor is bridged in one stroke with the main terminals of the device. In this picture http://tinyurl.com/96wy5mq the "thin and light moving contacts" are propped up on a spring strut at right angles to the main current pathway. The end of this strut contacts the "I" terminal simultaneously with closure of the main terminals. Bob . . . ________________________________________________________________________________
Date: Sep 23, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Misprint in Z-16, v.12/ OV with Rotax generators?
At 11:18 PM 9/22/2012, you wrote: Thanks Bob, I almost didn't mention it as I thought it was "obviously wrongh but now I'm glad I did as I learnt something! (Is there a detailed discussion of how each Z figure works somewhere that beginners can read?). Still wondering about the diff between the Z16 and Z17 alternator disconnect wiring. Just variations on a theme. Primary design goal is to achieve absolute control over energy from the alternator as seen by the rest of the airplane. Opening the DC pathway out of the rectifier-regulator does that. Opening the AC power into the regulator does too. AC is generally easier to control than DC for considerations of contact arcing. But given the low duty cycle of stressful events in these systems, either will do fine and last a long time. As Ken noted, the RR can be placed at risk for high rpm ops without having the battery connected. So while the control schemes presented in Z-16/17 are golden for the rest of the airplane, Z-17 carries the protection further back toward the alternator and would perhaps have saved Ken's RR from untimely demise due to the unloaded condition. I've not taken the time to really thrash through the physics of a PM regulator. Seems it SHOULD be designed to handle worst case failures including unloaded operations. It can probably be done but Z-17 is a work-around until the golden PM rectifier regulator comes along. Bob . . . ________________________________________________________________________________
From: "Jeff Luckey" <JLuckey(at)pacbell.net>
Subject: Yesterday's Project - Show & Tell
Date: Sep 23, 2012
How about a little show-and-tell. I'm not sure that the embedded picture will come thru, (if it does not, I will re-post) Picture of a panel of containing a master solenoid, start solenoid, shunt, shunt fuses & ANL current limiter for the engine battery in my RV-7. Design Goals: 1. as compact as practical ( the mounting plate dimensions are 6" wide x 5.5" tall) 2. easy to install - (mounts to airframe w/ 4 screws) 3. easy to work on (all of the interconnections were made while sitting at my workbench as opposed to working in-position on the airframe) 4. easy to maintain (all fastenings are tapped into the base-plate thus not requiring access to the back of the panel after installation for maintenance) Mounting: To be mounted <~12" from the battery on the firewall Exercise for the reader: See if you can identify input & all outputs Any & all questions, comments, & constructive criticisms welcome. Jeff Luckey ________________________________________________________________________________
From: "Jeff Luckey" <JLuckey(at)pacbell.net>
Subject: Start Solenoid Orientation
Date: Sep 23, 2012
Thanks Bob for your usual thorough mini-dissertation (I don't know how you find the time to deliver such thoughtful answers to the group but it is much appreciated! - If you are ever in Southern California, the cervezas are on me) -----Original Message----- From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Robert L. Nuckolls, III Sent: Sunday, September 23, 2012 13:28 Subject: Re: AeroElectric-List: Start Solenoid Orientation At 12:02 PM 9/23/2012, you wrote: Group, I'm preparing some electrical hardware for my RV7 & this question came up: How should I orient the start solenoid, terminals up or down? I'm curious how G loading will affect the plunger. I'm planning to use this solenoid http://www.autopartswarehouse.com/sku/Standard/Starter_Solenoid/SISS581.html (a generic automotive type) because it is inexpensive & should be easily found in the future. In the picture at the above link, the solenoid appears "terminals down". Is that how it should be mounted in the airframe? In that orientation, any positive G loading will try to keep the contacts apart or open which is what I want. (don't want starter to inadvertently engage at the bottom of a hard pull). I think that the return spring in this device is pretty strong therefore it would take more than 6 Gs to get it to move but I thought I would pose the question to the group. Exactly. The g-load closing of starter contactors is one of those hanagar myths that has been around for a very long time . . . and repeated often enough it morphs into fact. That contactor mounted on the firewall orients the the terminals forward. A study of these pieces and parts http://tinyurl.com/96wy5mq shows that the contact bar is pushed against the insulated lid which retains the terminals. G-forces tending to close the contacts in this orientation would be achieved only if you flew into a mountainside. When oriented on a horizontal surface, you'd have to be in a wing-stripping push-over to close the contacts. I was working the B&C booth at OSH when one of the air-show famous showed up to buy a new starter and a starter contactor. After completing a performance it was discovered that his starter ring gear was trashed and the pinion on the starter damaged. The starter contactor was "stuck shut" which common wisdom of excited moment suggest was victim of daring-do g-loads. I didn't get to see the as-installed carcasses nor were we asked to do autopsies on the damaged parts. After some reflection in following months I concluded that he most likely suffered a stuck contactor at engine start up. But given the cockpit noise of these hi-performance machines and attention to upcoming demands on pilotage, the event went unnoticed. He probably flew his routine with a starter engaged and running. Also, this solenoid has an "I" terminal which gets B+ when the solenoid is energized. (I think it is used to bypass an ignition ballast resistor in older cars) Does anyone have a schematic of the wiring inside this device? I'm curious how this "I" terminal is wired internally. ( I googled for about 20 minutes but could not find any info on this, which I though was odd ) You're correct. This feature isn't used in cars with electronic ignition but would still be useful on a '57 Chevy. Few cognizant enthusiasts today are even aware of this feature or its significance. There are two popular form factors for this contactor. http://tinyurl.com/8my46tv There's a number of I-terminal references in this document http://tinyurl.com/9looejm So, I'm looking specifically for feedback on the following 2 questions: applicability of this device for cranking a Lycoming Works good, lasts a long time mounting orientation Doesn't really matter much but you'd have to go out of your way to mount it such that flight g-loads tended to close contacts. This is unlike popular starter contactors of yesteryear http://tinyurl.com/8fwygp4 which featured large area, low pressure contacts and massive solenoid armatures. Even in the "continuous duty" versions were not well suited to high-inrush duty of spinning up cranking motors. That's the best we had in 1960 but have not been seen in that service for many decades. But even these parts are exceedingly unlike to get closed under g-loads of flight. Now, there WAS a good reason for mounting them upside down on the firewall but that was for moisture reasons . . . that's another story of a CFD and hat-dance carried out at the Cessna Single Engine facility about 1980. internal schematic See figure 11-21 in the 'Connection. Functionally accurate. The "I" terminal in modern incarnations of a starter contactor is bridged in one stroke with the main terminals of the device. In this picture http://tinyurl.com/96wy5mq the "thin and light moving contacts" are propped up on a spring strut at right angles to the main current pathway. The end of this strut contacts the "I" terminal simultaneously with closure of the main terminals. Bob . . . ----- No virus found in this message. Checked by AVG - www.avg.com ________________________________________________________________________________
Date: Sep 23, 2012
Subject: Re: Pitot tube slightly plugged...
From: Dj Merrill <deej(at)deej.net>
On 9/23/2012 2:07 PM, Robert L. Nuckolls, III wrote: > > An elegant solution Dj . . . how about some photos > of these critters in place. Let's do a little one-pager > for the AEC website archives. > Hi Bob, I did a quick little write-up on my website at: http://deej.net/aviation/bug-plug/ Feel free to use the pictures and info on that page if you want to put something up on the AEC site. -Dj -- Dj Merrill - N1JOV Sportsman 2+2 Builder #7118 N421DJ - http://deej.net/sportsman/ Glastar Flyer N866RH - http://deej.net/glastar/ ________________________________________________________________________________
From: RGent1224(at)aol.com
Date: Sep 23, 2012
Subject: Re: Pitot tube slightly plugged...
Can you convert the document to PDF format so it can be easily saved Thanks, Dick In a message dated 9/23/2012 7:11:01 P.M. Central Daylight Time, deej(at)deej.net writes: --> AeroElectric-List message posted by: Dj Merrill On 9/23/2012 2:07 PM, Robert L. Nuckolls, III wrote: > > An elegant solution Dj . . . how about some photos > of these critters in place. Let's do a little one-pager > for the AEC website archives. > Hi Bob, I did a quick little write-up on my website at: http://deej.net/aviation/bug-plug/ Feel free to use the pictures and info on that page if you want to put something up on the AEC site. -Dj -- Dj Merrill - N1JOV Sportsman 2+2 Builder #7118 N421DJ - http://deej.net/sportsman/ Glastar Flyer N866RH - http://deej.net/glastar/ ________________________________________________________________________________
Date: Sep 24, 2012
From: Harley <harley(at)AgelessWings.com>
Subject: Re: Pitot tube slightly plugged...
I have Firefox, and am not sure how to do it with other browsers, but it allows me to download and save the page directly as it is in two steps. First, when on the page, select "File" then "Save Page As...", and select the location where you want to put it. It will sutomatically save the text and html code as an htm file. Second step, go back to the online page, select ANY image, RIGHT click on it and select "Download All Images". Firefox will pick the folder that you last saved to by default, which is probably the one where you put the htm file, and download all the images there as well. To view it, simply click on the htm file on your computer and it will load offline in your browser just as the original page did. Harley ----------------------------------------------------------------- On 9/23/2012 8:40 PM, RGent1224(at)aol.com wrote: > Can you convert the document to PDF format so it can be easily > saved > Thanks, > Dick > In a message dated 9/23/2012 7:11:01 P.M. Central Daylight > Time, deej(at)deej.net writes: > > > > On 9/23/2012 2:07 PM, Robert L. Nuckolls, III wrote: > > > > An elegant solution Dj . . . how about some photos > > of these critters in place. Let's do a little one-pager > > for the AEC website archives. > > > > Hi Bob, > I did a quick little write-up on my website at: > > http://deej.net/aviation/bug-plug/ > > Feel free to use the pictures and info on that page if > you want to > put something up on the AEC site. > > -Dj > > -- > Dj Merrill - N1JOV > Sportsman 2+2 Builder #7118 N421DJ - http://deej.net/sportsman/ > Glastar Flyer N866RH - = Use ilities ay - > MATRONICS WEB FORUMS - List Contribution Web > Site p; > > > * > > > * > > No virus found in this message. > Checked by AVG - www.avg.com <http://www.avg.com> > Date: 09/23/12 > ________________________________________________________________________________
Subject: Re: Pitot tube slightly plugged...
From: "Eric M. Jones" <emjones(at)charter.net>
Date: Sep 24, 2012
Mud dauber wasps are the bane of small holes everywhere. I want to suggest that an enterprising individual do the following long-term experiment (Actually, you might try searching the USPTO first): Let's see what attracts mud dauber wasps. Do many experiments with enough time to allow the wasps to build nests (and taking the weather into account.): 1) Drill a grid of different size holes in a board. Mount the board in a location know for having a known problem with the wasps. Do the WMDs (Wasps, Mud Dauber) prefer a hole size? Log the result. 2) Repeat with a spectrum of different colors. Do the WMDs prefer a color? How about in the UV? Log the result. 3) Repeat with various contrasting patterns around the holes (e.g. starburst, concentric circles, snowflake, spirals, flower petals, angry jagged shapes...whatever you can think of). Log the result. 4) Put a colored LED behind a series of the same size holes. Log the result. 5) Put a blinking LED behind a series of the same size holes. Try various colors. Log the result. 6) Keep going until you find a solution. 7) Patent it. "Method of Preventing Aircraft Pitot Tube Obstruction by Mud Dauber Wasp." 8) Pick up your Nobel prize in Stockholm. 9) Your MacArthur Genius Prize will be waiting when you return home. Okay, perhaps that is going too far. But the airlines and pitot tube makers would be very happy to pay for any workable results. Remember, every jet engine you see has that curly snake on the nose cone. This reliably prevents birds from nesting in the inlet. A bird will never come near anything that (in its tiny bird brain) might possibly be a snake. I put a rubber snake on my rear deck which absolutely keeps bird and their mess away. The goal is to find something in the WMDs brain that works similarly. There are myriad odd insect habits. Perhaps they won't ever come near a yellow pitot probe, or one with UV-bright flower petals or a blinking LED...nobody knows. Several solutions might be possible. This would be a great science project, even for a whole classroom. Good luck, and tell us what happens. Addendum: See my website for a pitot tube of interest: http://www.periheliondesign.com/downloads/thermopitot.pdf -------- Eric M. Jones www.PerihelionDesign.com 113 Brentwood Drive Southbridge, MA 01550 (508) 764-2072 emjones(at)charter.net Read this topic online here: http://forums.matronics.com/viewtopic.php?p=383883#383883 ________________________________________________________________________________
Date: Sep 24, 2012
From: Harley <harley(at)AgelessWings.com>
Subject: Re: Pitot tube slightly plugged...
Very interesting idea, Eric! As a start to whoever wants to attempt this, I had several two foot long pieces of 3/16 inch shrink tubing hanging from a shelf in my garage. The daubers plugged up the black tubing, but NOT the yellow, white or red! Not very definitive, but all the openings were hanging in the same location, bunched together. The black looked like it had several years of nests in it, going a couple of inches up the tubing on both ends, but the others were absolutely clear. Harley ----------------------------------------------------------------- On 9/24/2012 9:23 AM, Eric M. Jones wrote: > > Mud dauber wasps are the bane of small holes everywhere. I want to suggest that an enterprising individual do the following long-term experiment (Actually, you might try searching the USPTO first): > > Let's see what attracts mud dauber wasps. Do many experiments with enough time to allow the wasps to build nests (and taking the weather into account.): > > 1) Drill a grid of different size holes in a board. Mount the board in a location know for having a known problem with the wasps. Do the WMDs (Wasps, Mud Dauber) prefer a hole size? Log the result. > 2) Repeat with a spectrum of different colors. Do the WMDs prefer a color? How about in the UV? Log the result. > 3) Repeat with various contrasting patterns around the holes (e.g. starburst, concentric circles, snowflake, spirals, flower petals, angry jagged shapes...whatever you can think of). Log the result. > 4) Put a colored LED behind a series of the same size holes. Log the result. > 5) Put a blinking LED behind a series of the same size holes. Try various colors. Log the result. > 6) Keep going until you find a solution. > 7) Patent it. "Method of Preventing Aircraft Pitot Tube Obstruction by Mud Dauber Wasp." > 8) Pick up your Nobel prize in Stockholm. > 9) Your MacArthur Genius Prize will be waiting when you return home. > > Okay, perhaps that is going too far. But the airlines and pitot tube makers would be very happy to pay for any workable results. Remember, every jet engine you see has that curly snake on the nose cone. This reliably prevents birds from nesting in the inlet. A bird will never come near anything that (in its tiny bird brain) might possibly be a snake. I put a rubber snake on my rear deck which absolutely keeps bird and their mess away. > > The goal is to find something in the WMDs brain that works similarly. There are myriad odd insect habits. Perhaps they won't ever come near a yellow pitot probe, or one with UV-bright flower petals or a blinking LED...nobody knows. Several solutions might be possible. > > This would be a great science project, even for a whole classroom. > > Good luck, and tell us what happens. > > Addendum: See my website for a pitot tube of interest: > http://www.periheliondesign.com/downloads/thermopitot.pdf > > -------- > Eric M. Jones > www.PerihelionDesign.com > 113 Brentwood Drive > Southbridge, MA 01550 > (508) 764-2072 > emjones(at)charter.net > > > Read this topic online here: > > http://forums.matronics.com/viewtopic.php?p=383883#383883 > > > ----- > No virus found in this message. > Checked by AVG - www.avg.com > > ________________________________________________________________________________
Date: Sep 24, 2012
From: Ken <klehman(at)albedo.net>
Subject: Re: Pitot tube slightly plugged...
Similar here. They like the black but not the clear transparent tubing. Ken On 24/09/2012 9:33 AM, Harley wrote: > Very interesting idea, Eric! As a start to whoever wants to attempt > this, I had several two foot long pieces of 3/16 inch shrink tubing > hanging from a shelf in my garage. The daubers plugged up the black > tubing, but NOT the yellow, white or red! Not very definitive, but all > the openings were hanging in the same location, bunched together. The > black looked like it had several years of nests in it, going a couple of > inches up the tubing on both ends, but the others were absolutely clear. > > Harley > ------------------------------------------------------------------------ > On 9/24/2012 9:23 AM, Eric M. Jones wrote: >> --> AeroElectric-List message posted by: "Eric M. Jones" >> >> Mud dauber wasps are the bane of small holes everywhere. I want to suggest that an enterprising individual do the following long-term experiment (Actually, you might try searching the USPTO first): >> >> Let's see what attracts mud dauber wasps. Do many experiments with enough time to allow the wasps to build nests (and taking the weather into account.): >> >> 1) Drill a grid of different size holes in a board. Mount the board in a location know for having a known problem with the wasps. Do the WMDs (Wasps, Mud Dauber) prefer a hole size? Log the result. >> 2) Repeat with a spectrum of different colors. Do the WMDs prefer a color? How about in the UV? Log the result. >> 3) Repeat with various contrasting patterns around the holes (e.g. starburst, concentric circles, snowflake, spirals, flower petals, angry jagged shapes...whatever you can think of). Log the result. >> 4) Put a colored LED behind a series of the same size holes. Log the result. >> 5) Put a blinking LED behind a series of the same size holes. Try various colors. Log the result. >> 6) Keep going until you find a solution. >> 7) Patent it. "Method of Preventing Aircraft Pitot Tube Obstruction by Mud Dauber Wasp." >> 8) Pick up your Nobel prize in Stockholm. >> 9) Your MacArthur Genius Prize will be waiting when you return home. >> >> Okay, perhaps that is going too far. But the airlines and pitot tube makers would be very happy to pay for any workable results. Remember, every jet engine you see has that curly snake on the nose cone. This reliably prevents birds from nesting in the inlet. A bird will never come near anything that (in its tiny bird brain) might possibly be a snake. I put a rubber snake on my rear deck which absolutely keeps bird and their mess away. >> >> The goal is to find something in the WMDs brain that works similarly. There are myriad odd insect habits. Perhaps they won't ever come near a yellow pitot probe, or one with UV-bright flower petals or a blinking LED...nobody knows. Several solutions might be possible. >> >> This would be a great science project, even for a whole classroom. >> >> Good luck, and tell us what happens. >> >> Addendum: See my website for a pitot tube of interest: >> http://www.periheliondesign.com/downloads/thermopitot.pdf >> >> -------- >> Eric M. Jones >> www.PerihelionDesign.com >> 113 Brentwood Drive >> Southbridge, MA 01550 >> (508) 764-2072 >> emjones(at)charter.net >> > ________________________________________________________________________________
Subject: Looking to Buy a Stein Air Large Terminal Crimping
Tool
From: "stearman456" <warbirds(at)shaw.ca>
Date: Sep 24, 2012
Stein Air used to sell a crimping/swaging tool for #2, 4, and 6 AWG terminals, product ID was TERMTOOL. I guess they're no longer able to get them. If someone is done with theirs and would like to sell it I can promise it a good home. Dan Jones warbirds(at)shaw.ca Read this topic online here: http://forums.matronics.com/viewtopic.php?p=383893#383893 ________________________________________________________________________________
From: "s" <uuccio(at)gmail.com>
Subject: Misprint in Z-16, v.12/ OV with Rotax generators?
Date: Sep 24, 2012
Bob/Ken/Bob, Thanks a lot for your replies. BobMc> what about the case of the one in a million "abnormal" failure where an OV occurs? You're right... I have to keep reminding myself it's not how unlikely the event is that counts, it's how bad the consequences could be (vs how easy it is to design a redundant system to avoid those bad consequences... In this case it's easy so should be done). Ken> The regulator failed even though the overvoltage disconnect relay was between the Ken> alternator and the regulator so the voltage must have risen faster than the relay Ken> could open when the engine started. I credit Bob's crowbar ovm for keeping the buss Ken> voltage clamped though and preventing any further damage. I'm not clear to me how the OVM could have achieved that. I thought the way the OVM module works is that it grounds the number 4 pole in the S1 switch in Z16/Z17 and therefore causes the breaker to open and disconnects the OV relay. BobN> I've not taken the time to really thrash through BobN> the physics of a PM regulator. Seems it SHOULD BobN> be designed to handle worst case failures including BobN> unloaded operations. It can probably be done but BobN> Z-17 is a work-around until the golden PM rectifier BobN> regulator comes along. I think you mean Z-16 is golden... Z-17 is the simplified version. I would also be interested in how the RR as well as the permanent magnet generator in the Rotax works. I'll dig around... Thanks again! Sacha -----Original Message----- From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Robert L. Nuckolls, III Sent: domenica 23 settembre 2012 22:37 Subject: Re: AeroElectric-List: Misprint in Z-16, v.12/ OV with Rotax generators? --> At 11:18 PM 9/22/2012, you wrote: Thanks Bob, I almost didn't mention it as I thought it was "obviously wrongh but now I'm glad I did as I learnt something! (Is there a detailed discussion of how each Z figure works somewhere that beginners can read?). Still wondering about the diff between the Z16 and Z17 alternator disconnect wiring. Just variations on a theme. Primary design goal is to achieve absolute control over energy from the alternator as seen by the rest of the airplane. Opening the DC pathway out of the rectifier-regulator does that. Opening the AC power into the regulator does too. AC is generally easier to control than DC for considerations of contact arcing. But given the low duty cycle of stressful events in these systems, either will do fine and last a long time. As Ken noted, the RR can be placed at risk for high rpm ops without having the battery connected. So while the control schemes presented in Z-16/17 are golden for the rest of the airplane, Z-17 carries the protection further back toward the alternator and would perhaps have saved Ken's RR from untimely demise due to the unloaded condition. I've not taken the time to really thrash through the physics of a PM regulator. Seems it SHOULD be designed to handle worst case failures including unloaded operations. It can probably be done but Z-17 is a work-around until the golden PM rectifier regulator comes along. I think you mean Z-16 is golden... Z-17 is the simplified version. Bob . . . ________________________________________________________________________________
Date: Sep 24, 2012
Subject: Re: Yesterday's Project - Show & Tell
From: James Kilford <james(at)etravel.org>
Very nice. Easy to fashion a cover for as well, if you're so inclined. Also really handy for an aeroplane with a wooden firewall, as it reduces the number of firewall bolts. Makes me wonder why I didn't think of doing the same thing! James On 23 September 2012 22:45, Jeff Luckey wrote: > ** ** > > How about a little show-and-tell I=99m not sure that the embedded picture > will come thru, (if it does not, I will re-post)**** > > ** ** > > Picture of a panel of containing a master solenoid, start solenoid, shunt , > shunt fuses & ANL current limiter for the engine battery in my RV-7.**** > > ** ** > > Design Goals:**** > > ** ** > > 1. as compact as practical ( the mounting plate dimensions are 6 =9D wide > x 5.5=9D tall)**** > 2. easy to install =93 (mounts to airframe w/ 4 screws)**** > 3. easy to work on (all of the interconnections were made while > sitting at my workbench as opposed to working in-position on the airfr ame) > **** > 4. easy to maintain (all fastenings are tapped into the base-plate > thus not requiring access to the back of the panel after installation for > maintenance) **** > > ** ** > > ** ** > > Mounting:**** > > ** ** > > To be mounted <~12=9D from the battery on the firewall**** > > ** ** > > ** ** > > Exercise for the reader:**** > > ** ** > > See if you can identify input & all outputs**** > > ** ** > > ** ** > > Any & all questions, comments, & constructive criticisms welcome **** > > ** ** > > ** ** > > **** > > ** ** > > ** ** > > Jeff Luckey**** > > ** ** > ________________________________________________________________________________
Date: Sep 24, 2012
From: Ken <klehman(at)albedo.net>
Subject: Re: Misprint in Z-16, v.12/ OV with Rotax generators?
Hi Sacha I might be a bit optimistic with that comment. My thoughts are that when my OVM activates it immediately shorts out the relay but it is still connected to the buss and is clamping the buss voltage until the circuit breaker pops. So you are correct that with a slow opening relay and a fast acting CB there could be a few milliseconds delay during which time the voltage will be rising again. Probably shouldn't mention it since I can't claim they are significant but I also have a few TVS diodes on the buss. Since they are fast acting and cheap they seemed like a good idea (several years ago) with an electrically dependent engine. Ken On 24/09/2012 11:01 AM, s wrote: > --> AeroElectric-List message posted by: "s" > > Bob/Ken/Bob, > > Thanks a lot for your replies. > > BobMc> what about the case of the one in a million "abnormal" failure > where an OV occurs? > > You're right... I have to keep reminding myself it's not how unlikely the > event is that counts, it's how bad the consequences could be (vs how easy it > is to design a redundant system to avoid those bad consequences... In this > case it's easy so should be done). > > Ken> The regulator failed even though the overvoltage disconnect relay was > between the > Ken> alternator and the regulator so the voltage must have risen faster than > the relay > Ken> could open when the engine started. I credit Bob's crowbar ovm for > keeping the buss > Ken> voltage clamped though and preventing any further damage. > > I'm not clear to me how the OVM could have achieved that. I thought the way > the OVM module works is that it grounds the number 4 pole in the S1 switch > in Z16/Z17 and therefore causes the breaker to open and disconnects the OV > relay. > > BobN> I've not taken the time to really thrash through > BobN> the physics of a PM regulator. Seems it SHOULD > BobN> be designed to handle worst case failures including > BobN> unloaded operations. It can probably be done but > BobN> Z-17 is a work-around until the golden PM rectifier > BobN> regulator comes along. > > I think you mean Z-16 is golden... Z-17 is the simplified version. > > I would also be interested in how the RR as well as the permanent magnet > generator in the Rotax works. I'll dig around... Thanks again! > > Sacha > > > -----Original Message----- > From: owner-aeroelectric-list-server(at)matronics.com > [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Robert L. > Nuckolls, III > Sent: domenica 23 settembre 2012 22:37 > To: aeroelectric-list(at)matronics.com > Subject: Re: AeroElectric-List: Misprint in Z-16, v.12/ OV with Rotax > generators? > > --> AeroElectric-List message posted by: "Robert L. Nuckolls, III" > --> > > > At 11:18 PM 9/22/2012, you wrote: > --> AeroElectric-List message posted by: U > > Thanks Bob, > I almost didn't mention it as I thought it was "obviously wrongh but now > I'm glad I did as I learnt something! (Is there a detailed discussion of > how each Z figure works somewhere that beginners can read?). Still wondering > about the diff between the Z16 and Z17 alternator disconnect wiring. > > Just variations on a theme. Primary design > goal is to achieve absolute control over energy > from the alternator as seen by the rest of the > airplane. Opening the DC pathway out of the > rectifier-regulator does that. Opening the AC > power into the regulator does too. > > AC is generally easier to control than DC for > considerations of contact arcing. But given > the low duty cycle of stressful events in these > systems, either will do fine and last a long > time. > > As Ken noted, the RR can be placed at risk for > high rpm ops without having the battery connected. > So while the control schemes presented in Z-16/17 > are golden for the rest of the airplane, Z-17 > carries the protection further back toward the > alternator and would perhaps have saved Ken's > RR from untimely demise due to the unloaded > condition. > > I've not taken the time to really thrash through > the physics of a PM regulator. Seems it SHOULD > be designed to handle worst case failures including > unloaded operations. It can probably be done but > Z-17 is a work-around until the golden PM rectifier > regulator comes along. > > I think you mean Z-16 is golden... Z-17 is the simplified version. > > Bob . . . > > ________________________________________________________________________________
Date: Sep 24, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Misprint in Z-16, v.12/ OV with Rotax generators?
At 12:28 PM 9/24/2012, you wrote: Hi Sacha I might be a bit optimistic with that comment. My thoughts are that when my OVM activates it immediately shorts out the relay but it is still connected to the buss and is clamping the buss voltage until the circuit breaker pops. Actually, it's a healthy battery that "clamps the bus". During OVM reaction time the alternator goes into max v current limited output with the ship's accessories taking part of the load and the battery working to soak up the rest. Once the OVM trips, the current draw on the bus WILL go up to 50+ amps . . . so I suppose there's some additional clamping going on. A 5A breaker with typical OVM loads opens in 15 to 50 milliseconds so it's all over in a blink of an eye. So you are correct that with a slow opening relay and a fast acting CB there could be a few milliseconds delay during which time the voltage will be rising again. Relay, cb and ovm timing 'races' don't figure into system functionality at all. Your electro-whizzies manufactured to DO-160 design goals will stand off 20 volts for 1 second. The battery will keep bus volts down to 17 volts or so. This give the OVM and associated components all the time in the world to do their intended job. Probably shouldn't mention it since I can't claim they are significant but I also have a few TVS diodes on the buss. Since they are fast acting and cheap they seemed like a good idea (several years ago) with an electrically dependent engine. They don't hurt a thing . . . don't do anything useful either. The TVS is designed to mitigate low energy, fast rise, high voltage transients that do not exist on your ship's DC bus . . . and again, devices built to DO-160 intent are designed to stand off the classic 'transient spike test'. Years ago I spent a fist full of the boss's money for my man Cecil to build a test fixture required for GENERATION of the DO-160 test spikes. Cool gadget. When we got it finished and calibrated, I began to explore vulnerability for my favorite bus power conditioning circuits. I was astounded to find that when the device under test had a simple capacitor of 1uF or more across the incoming line . . . Cecil's Evil Spike Thrower couldn't put a spear past it. From that time onward, the fixture was never again pulled down from the shelf . . . 'cause all our products already featured the necessary capacitor. Had I endeavored to analyze the fact mathematically (or simply brass-boarded the circuit) I could have used Cecil's time more productively. Short answer is that the much dreaded and poorly understood 'spikes' are already being run to ground by MULTIPLE input capacitors that already exist in your system. I have chased the elusive 'spike' in airplanes from C-150 to Beechjets and have never been able to capture one in the wild. The ones I generated on the bench turned out to be wimps. Bob . . . ________________________________________________________________________________
From: Steve Thomas <lists(at)stevet.net>
Subject: Need Help Troubleshooting
Date: Sep 24, 2012
I've got a situation that appeared rather suddenly and I'm not sure where to start. I was doing some tough-n-goes the other day when one of my low voltage lights started flashing on downwind. I've got a dual electrical system based on Z-14 with two LR3C-14s installed. For the last 60 hours, everything has been running perfect. I fire up the engine and I get 2 readings of 14.2 volts at idle. Suddenly, one of the systems will not deliver any alternator voltage at idle. If I bring the engine back to idle at any point, whether it be on the ground or in the air, the voltage drops to 12.2 and begins a slow fall from there. As I increase the RPMs, the voltage again rises to 14.2. The second system holds 14.2 volts the entire time. Is there a way to figure out whether my problem is with the LR3C-14 or with the alternator itself? Or possibly with my field circuit breaker? Or with the alternator switch? I haven't a clue where to even begin. Suggestions welcome. Steve Thomas ________________________________________________________________________ ________________________________________________________________________________
Date: Sep 24, 2012
From: Ken <klehman(at)albedo.net>
Subject: Re: Misprint in Z-16, v.12/ OV with Rotax generators?
I assumed that Sacha was referring to my example that I think effectively had no battery in the circuit Bob. My little AGM battery was completely flat. Afterwards it seemed that I could run the voltage up and the battery would not absorb any current until it sat on the charger for quite some time. thanks for the review though. I for one really appreciate your real world info and stories. Ken On 24/09/2012 2:57 PM, Robert L. Nuckolls, III wrote: > > > At 12:28 PM 9/24/2012, you wrote: > > Hi Sacha > > I might be a bit optimistic with that comment. My thoughts are that when > my OVM activates it immediately shorts out the relay but it is still > connected to the buss and is clamping the buss voltage until the circuit > breaker pops. > > Actually, it's a healthy battery that "clamps > the bus". During OVM reaction time the alternator > goes into max v current limited output with the > ship's accessories taking part of the load > and the battery working to soak up the rest. > > Once the OVM trips, the current draw on the bus > WILL go up to 50+ amps . . . so I suppose there's > some additional clamping going on. A 5A breaker > with typical OVM loads opens in 15 to 50 milliseconds > so it's all over in a blink of an eye. > > So you are correct that with a slow opening relay and a fast acting CB > there could be a few milliseconds delay during which time the voltage > will be rising again. > > Relay, cb and ovm timing 'races' don't figure into > system functionality at all. Your electro-whizzies > manufactured to DO-160 design goals will stand off > 20 volts for 1 second. The battery will keep bus > volts down to 17 volts or so. This give the OVM and > associated components all the time in the world to > do their intended job. > > Probably shouldn't mention it since I can't claim they are significant > but I also have a few TVS diodes on the buss. Since they are fast acting > and cheap they seemed like a good idea (several years ago) with an > electrically dependent engine. > > They don't hurt a thing . . . don't do anything > useful either. The TVS is designed to mitigate > low energy, fast rise, high voltage transients > that do not exist on your ship's DC bus . . . and > again, devices built to DO-160 intent are designed > to stand off the classic 'transient spike test'. > > Years ago I spent a fist full of the boss's money for > my man Cecil to build a test fixture required for > GENERATION of the DO-160 test spikes. Cool gadget. > > When we got it finished and calibrated, I began to > explore vulnerability for my favorite bus power > conditioning circuits. > > I was astounded to find that when the device under > test had a simple capacitor of 1uF or more across > the incoming line . . . Cecil's Evil Spike Thrower > couldn't put a spear past it. > > From that time onward, the fixture was never again > pulled down from the shelf . . . 'cause all our products > already featured the necessary capacitor. Had I > endeavored to analyze the fact mathematically > (or simply brass-boarded the circuit) I could have > used Cecil's time more productively. > > Short answer is that the much dreaded and poorly > understood 'spikes' are already being run to ground > by MULTIPLE input capacitors that already exist > in your system. I have chased the elusive 'spike' > in airplanes from C-150 to Beechjets and have > never been able to capture one in the wild. The > ones I generated on the bench turned out to be > wimps. > > > Bob . . . > > ________________________________________________________________________________
Date: Sep 24, 2012
From: Bill Watson <Mauledriver(at)nc.rr.com>
Subject: Re: Why did this AMP crimp on connection get singed
and fail? Fascinating story with the switches. I could almost see Sherlock with his magnifying glass examining the teeter-totter If I understand correctly, you are saying that if there is heating/singeing/burning going on in properly configured circuit, the problem will be at the same location as the excess heating. Therefore, a singed crimp suggests that the high resistance point is in the crimp. Also, any voltage drop in a circuit will occur in the same place. In my case, I had a splice-free line running from my fuse panel to the strobe unit. Having detected the voltage drop, I imagined a chafed wire but didn't expect that the hidden crimp barrel on one connector would be the smoking culprit. Increased resistance with a non-trivial current = voltage drop and heat In my case, the voltage drop was enough to cause the strobe unit to intermittently fire and there was enough heat to singe the crimp. I knew that but now I "get it" a bit better in a real life situation. Bill "it's elementary" Watson On 9/23/2012 1:59 PM, Robert L. Nuckolls, III wrote: > > > At 04:08 PM 9/22/2012, you wrote: >> >> Bill, >> >> Search "switches with faston tabs" in the AeroElectric archives. They >> discuss the discoloration of the faston insulation as the result of >> switch failure. Time frame of sept 08. > > Yes . . . there was a 'rash' of failures manifesting > in 'smoked joints' that started with loose rivets on > the Carling switches. This prompted a lot of discussion > and failure-analysis/tear-downs back about that > time. Something to keep in mind as folks are unhappily > blessed with such events. > > Look for a the loci of failure . . . sorta like a > arson investigation. See which parts got hottest. > These usually point to the area off poor connection > where the degradation of the joints began. Several > examples of over-heating in poor conduction areas > are explored here: > > http://tinyurl.com/8d63v8x > > http://tinyurl.com/8zzkfbb > > http://tinyurl.com/8zzkfbb > > Whether bolting alternator brackets to crank-cases > or keeping all the connections tight through > a switch, the path to failure is the same. Increase > in resistance increases heating and VOLTAGE DROP > across a joint These two antagonists team up > regeneratively to damage and perhaps fail the > joint. > > > Bob . . . ________________________________________________________________________________
Date: Sep 24, 2012
From: Peter Pengilly <peter(at)sportingaero.com>
Subject: Re: Looking to Buy a Stein Air Large Terminal Crimping
Tool Have you tried Bob Avery at Avery Tools? Try http://www.averytools.com/prodinfo.asp?number=461 http://www.averytools.com/prodinfo.asp?number=TT5000 Peter On 24/09/2012 15:52, stearman456 wrote: > > Stein Air used to sell a crimping/swaging tool for #2, 4, and 6 AWG terminals, product ID was TERMTOOL. I guess they're no longer able to get them. If someone is done with theirs and would like to sell it I can promise it a good home. Dan Jones warbirds(at)shaw.ca > > > Read this topic online here: > > http://forums.matronics.com/viewtopic.php?p=383893#383893 > > ________________________________________________________________________________
Date: Sep 24, 2012
From: Bill Watson <Mauledriver(at)nc.rr.com>
Subject: Re: Need Help Troubleshooting
Steve, this is just a shot in the dark. A fully charged battery with no load should be producing over 12.6 volts. I'm wondering if you've lost a battery. Bill Watson RV10 - Z-14 On 9/24/2012 3:41 PM, Steve Thomas wrote: > > I've got a situation that appeared rather suddenly and I'm not sure where to start. I was doing some tough-n-goes the other day when one of my low voltage lights started flashing on downwind. > > I've got a dual electrical system based on Z-14 with two LR3C-14s installed. For the last 60 hours, everything has been running perfect. I fire up the engine and I get 2 readings of 14.2 volts at idle. Suddenly, one of the systems will not deliver any alternator voltage at idle. If I bring the engine back to idle at any point, whether it be on the ground or in the air, the voltage drops to 12.2 and begins a slow fall from there. As I increase the RPMs, the voltage again rises to 14.2. The second system holds 14.2 volts the entire time. > > Is there a way to figure out whether my problem is with the LR3C-14 or with the alternator itself? Or possibly with my field circuit breaker? Or with the alternator switch? I haven't a clue where to even begin. Suggestions welcome. > > > Steve Thomas > ________________________________________________________________________ > > > ----- > No virus found in this message. > Checked by AVG - www.avg.com > > ________________________________________________________________________________
Subject: Re: Looking to Buy a Stein Air Large Terminal Crimping
Tool
From: "stearman456" <warbirds(at)shaw.ca>
Date: Sep 24, 2012
Thanks Peter - I'll look into that. Dan Read this topic online here: http://forums.matronics.com/viewtopic.php?p=383929#383929 ________________________________________________________________________________
From: "Allen Fulmer" <afulmer(at)charter.net>
Subject: Looking to Buy a Stein Air Large Terminal Crimping
Tool
Date: Sep 24, 2012
I've got the Terminal Tool and it does a great job if you can put it in a vice. Used as a portable tool it is pretty awkward. I made it work and the results were fine but, as I say, it was a little awkward. Maybe if you had a vice on a roll around bench that you could set beside the plane . . . Allen Fulmer RV7 still building -----Original Message----- From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Peter Pengilly Sent: Monday, September 24, 2012 5:12 PM Subject: Re: AeroElectric-List: Looking to Buy a Stein Air Large Terminal Crimping Tool Have you tried Bob Avery at Avery Tools? Try http://www.averytools.com/prodinfo.asp?number=461 http://www.averytools.com/prodinfo.asp?number=TT5000 Peter On 24/09/2012 15:52, stearman456 wrote: > > Stein Air used to sell a crimping/swaging tool for #2, 4, and 6 AWG terminals, product ID was TERMTOOL. I guess they're no longer able to get them. If someone is done with theirs and would like to sell it I can promise it a good home. Dan Jones warbirds(at)shaw.ca > > > Read this topic online here: > > http://forums.matronics.com/viewtopic.php?p=383893#383893 > > ________________________________________________________________________________
From: MLWynn(at)aol.com
Date: Sep 24, 2012
Subject: Re: Looking to Buy a Stein Air Large Terminal Crimping
Tool I got a hydrolic crimper from harbor freight that works pretty well. I have one from either Steinair or B&C. It is basically a whack-it with the hammer till it looks right so of machine. I like the control from the HF unit. Regards, Michael Wynn RV 8 Finishing San Ramon, CA In a message dated 9/24/2012 3:12:36 P.M. Pacific Daylight Time, peter(at)sportingaero.com writes: --> AeroElectric-List message posted by: Peter Pengilly Have you tried Bob Avery at Avery Tools? Try http://www.averytools.com/prodinfo.asp?number=461 http://www.averytools.com/prodinfo.asp?number=TT5000 Peter On 24/09/2012 15:52, stearman456 wrote: > --> AeroElectric-List message posted by: "stearman456" > > Stein Air used to sell a crimping/swaging tool for #2, 4, and 6 AWG terminals, product ID was TERMTOOL. I guess they're no longer able to get them. If someone is done with theirs and would like to sell it I can promise it a good home. Dan Jones warbirds(at)shaw.ca > > > Read this topic online here: > > http://forums.matronics.com/viewtopic.php?p=383893#383893 > > ________________________________________________________________________________
Subject: Re: Misprint in Z-16, v.12/ OV with Rotax generators?
From: Sacha <uuccio(at)gmail.com>
Date: Sep 25, 2012
> I for one really appreciate your real world info and stories. Me too, thanks again to both of you. Sacha ________________________________________________________________________________
Date: Sep 24, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Need Help Troubleshooting
At 02:41 PM 9/24/2012, you wrote: I've got a situation that appeared rather suddenly and I'm not sure where to start. I was doing some tough-n-goes the other day when one of my low voltage lights started flashing on downwind. I've got a dual electrical system based on Z-14 with two LR3C-14s installed. For the last 60 hours, everything has been running perfect. I fire up the engine and I get 2 readings of 14.2 volts at idle. Suddenly, one of the systems will not deliver any alternator voltage at idle. If I bring the engine back to idle at any point, whether it be on the ground or in the air, the voltage drops to 12.2 and begins a slow fall from there. As I increase the RPMs, the voltage again rises to 14.2. The second system holds 14.2 volts the entire time. Do you not know which of the two systems is powered by the SD-20 and which is powered by the main alternator? Is there a way to figure out whether my problem is with the LR3C-14 or with the alternator itself? Or possibly with my field circuit breaker? Or with the alternator switch? I haven't a clue where to even begin. Suggestions welcome. I'm not sure anything is wrong. The SD-20 alternator is DE-RATED to 20A due to limitations in RPM available at the vacuum pump pad. The alternator begins life as a 40A ND which is disassembled for salvage of useful components and reassembled with new front end bell, shaft mods, sheer coupling and removal of built in regulator. Borrowing from the B&C website we see this data table: Emacs! Assuming 1:1.4 step up gearing for the vacuum pump pad, a ramp taxi RPM of say 1000 yields alternator RPM of 1400 where it can be expected to deliver less than 15A. If bus loads on the Aux alternator are significant, bus voltage on that side can be expected to drop below 13.0v warning value and the battery will be expected to pick up some slack at voltages similar to those you cited. I would recommend that ground ops be conducted with the cross-feed contactor closed except to check Aux Alternator output during pre-flight run up. After take off, add "Cross-feed Contactor-OPEN" to your post departure checklist. You would also reclose the cross-feed contactor during pre-landing checklist. The fact that you USED to get 14.2 at ground idle before suggests that the cross-feed contactor was closed. Now that you're seeing this disparity of voltage between the two busses suggests that the cross-feed contactor is open and the Aux Alternator is performing pretty much as expected. I wonder if -either- you've changed your modus operandi for cross-feed management -or- the contactor has become unavailable for some reason. In any case, you should KNOW which of the two alternators is used to power which suite of goodies on the panel. This is an essential component of plan-B development for operations with the Main Alternator crapped. Bob . . . ________________________________________________________________________________
Date: Sep 25, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Good news . . . and bad news
I picked up the latest version of Schumacher's SEC1562 charger at Wallyworld last week. Got it on a site-to-store free of shipping charges for about $21. The first plot for a charge cycle demonstrated the highly recommended bulk charge ramp capped off with an absorption charge plateau. http://tinyurl.com/9s7kpww I did a series of charge discharge cycles alternating between the 1562 and my 10+ year old Battery Tender. Wasn't paying much attention to details of the data. Each test cycle took 14+ hours. When I merged the data on to a common plot, it became obvious that the test battery, while relatively young, was incapable of delivering closely matched pairs of charge/discharge cycle. Normally, one expects a new SVLA battery to be good for several dozen deep discharges before demonstrated capacity begins to fall. Not so with the test article I've been using. Test results: I'm unable to resolve the difference between recharge performance of the 1562 versus the BT. Both chargers seem to put about as much snort into the battery but any real differences are buried in the uncertainties generated by the degrading battery. I can confidently assert that the SEM51562 is still an exceptional value. It now features 6/12 auto-switching, it charges at a rate about 2x that of the Battery Tender. I see that the BT Jr sells on Ebay for about $25 with free shipping, so cost differential has dropped markedly over the past few years. Conclusion: I cannot claim that one device is superior to the other based on measurements. The recharge voltage profiles for the BT are markedly shy of the idealized profiles cited by industry. Just how much difference it makes remains unmeasured. Using a chemical conversation system as a 'transfer standard' for evaluation of charger performance is fraught with risk . . . which rose up and bit me. Anywho, I've got a shiny new 1562 that's going out to the wood shop to maintain some batteries I have stored out there. Next time I get my hands on a fresh, mid-sized SLVA battery, I'll try again. Don't throw out your Battery Tenders! I'm keeping all three of mine. Bob . . . ________________________________________________________________________________
From: Steve Thomas <lists(at)stevet.net>
Subject: Re: Need Help Troubleshooting
Date: Sep 25, 2012
I should have been more specific. What I have is a Mazda 2 rotor with two 70 amp alternators. The batteries, two each, are Panasonic LC-RD 1217P. I never start with the cross-feed closed. In fact, I don't ever recall ever using the cross-feed. The starter is connected to system 1, the system that is now failing. The last start, while running the test, was sharp and crisp. The alternators are Bosh with the internal regulators removed. The split of devices running on each system is well known, but I don't see the relevance. The cross-feed is a backup position that, until now, has not been needed. And, since I was in the pattern when it failed, there was no need to engage - even if I had remembered. I don't know the RPMs of the alternators at idle, but, it was working fine. Steve Thomas ________________________________________________________________________ On Sep 24, 2012, at 5:42 PM, "Robert L. Nuckolls, III" wrote: > At 02:41 PM 9/24/2012, you wrote: > > I've got a situation that appeared rather suddenly and I'm not sure where to start. I was doing some tough-n-goes the other day when one of my low voltage lights started flashing on downwind. > > I've got a dual electrical system based on Z-14 with two LR3C-14s installed. For the last 60 hours, everything has been running perfect. I fire up the engine and I get 2 readings of 14.2 volts at idle. Suddenly, one of the systems will not deliver any alternator voltage at idle. If I bring the engine back to idle at any point, whether it be on the ground or in the air, the voltage drops to 12.2 and begins a slow fall from there. As I increase the RPMs, the voltage again rises to 14.2. The second system holds 14.2 volts the entire time. > > Do you not know which of the two systems is > powered by the SD-20 and which is powered by > the main alternator? > > Is there a way to figure out whether my problem is with the LR3C-14 or with the alternator itself? Or possibly with my field circuit breaker? Or with the alternator switch? I haven't a clue where to even begin. Suggestions welcome. > > I'm not sure anything is wrong. The SD-20 alternator > is DE-RATED to 20A due to limitations in RPM available > at the vacuum pump pad. The alternator begins life as > a 40A ND which is disassembled for salvage of useful > components and reassembled with new front end bell, > shaft mods, sheer coupling and removal of built in > regulator. > > Borrowing from the B&C website we see this data > table: > > > > Assuming 1:1.4 step up gearing for the vacuum > pump pad, a ramp taxi RPM of say 1000 yields > alternator RPM of 1400 where it can be > expected to deliver less than 15A. If bus > loads on the Aux alternator are significant, > bus voltage on that side can be expected to > drop below 13.0v warning value and the battery > will be expected to pick up some slack at voltages > similar to those you cited. > > I would recommend that ground ops be conducted > with the cross-feed contactor closed except to > check Aux Alternator output during pre-flight > run up. After take off, add "Cross-feed Contactor-OPEN" > to your post departure checklist. You would also > reclose the cross-feed contactor during pre-landing > checklist. > > The fact that you USED to get 14.2 at ground idle > before suggests that the cross-feed contactor > was closed. Now that you're seeing this disparity > of voltage between the two busses suggests that > the cross-feed contactor is open and the Aux > Alternator is performing pretty much as expected. > > I wonder if -either- you've changed your modus > operandi for cross-feed management -or- the contactor > has become unavailable for some reason. > > In any case, you should KNOW which of the two > alternators is used to power which suite of goodies > on the panel. This is an essential component of > plan-B development for operations with the Main > Alternator crapped. > > Bob . . . > ________________________________________________________________________________
Date: Sep 25, 2012
Subject: Fwd: Terminal Tool
From: Ronald Cox <flyboyron(at)gmail.com>
(Apologies for the first one which quoted the entire Digest... Inadvertently sent before I cleaned it up...) A friend of mine (one of my copilots) designed this, and it works absolutely perfectly. Needs a vise too, but I've made quite a few perfect crimps on my big cables with production serial number 1. Check it out. http://www.theterminaltool.com/ All US-Made components, too. I bought the hydraulic Harbor Freight tool, too, and it works OK for portability, but this thing makes much nicer crimps by far. They look factory-made. Ron Cox Glasair Super II F/T > From: Peter Pengilly <peter(at)sportingaero.com> > Subject: Re: AeroElectric-List: Looking to Buy a Stein Air Large Terminal Crimping > Tool > > > Have you tried Bob Avery at Avery Tools? Try > > http://www.averytools.com/prodinfo.asp?number=461 > > http://www.averytools.com/prodinfo.asp?number=TT5000 > > Peter > ________________________________________________________________________________
Subject: Re: Fwd: Terminal Tool
From: "stearman456" <warbirds(at)shaw.ca>
Date: Sep 25, 2012
Thanks, Ron - that's EXACTLY the tool I was looking for. Just ordered one from him! Dan Read this topic online here: http://forums.matronics.com/viewtopic.php?p=383988#383988 ________________________________________________________________________________
Date: Sep 25, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Need Help Troubleshooting
At 12:18 PM 9/25/2012, you wrote: >I should have been more specific. What I have is a Mazda 2 rotor >with two 70 amp alternators. The batteries, two each, are Panasonic >LC-RD 1217P. I never start with the cross-feed closed. In fact, I >don't ever recall ever using the cross-feed. The starter is >connected to system 1, the system that is now failing. The last >start, while running the test, was sharp and crisp. The alternators >are Bosh with the internal regulators removed. > >The split of devices running on each system is well known, but I >don't see the relevance. The cross-feed is a backup position that, >until now, has not been needed. And, since I was in the pattern >when it failed, there was no need to engage - even if I had >remembered. I don't know the RPMs of the alternators at idle, but, >it was working fine. Sorry. The vast majority of two-alternator systems we work with are on aircraft engines where one alternator is driven from the now vacant vacuum pump pad. Okay, we're troubleshooting a single alternator/ battery combination. Have you run the traps on the LR3 regulator per B&C documents? http://tinyurl.com/bowymay Knowing how the FIELD output voltage from the LR-3 is behaving when you're experiencing a problem is critical to deciding whether the difficulty lies with the alternator or regulator. Bob . . . ________________________________________________________________________________
Subject: Re: Need Help Troubleshooting
From: Steve Thomas <lists(at)stevet.net>
Date: Sep 25, 2012
Not yet. Will do ASAP and reply. Steve Thomas ________________________________________________________________________ On Sep 25, 2012, at 12:50 PM, "Robert L. Nuckolls, III" wrote: > Have you run the traps on > the LR3 regulator per B&C documents? ________________________________________________________________________________
From: Bill Schoen <flybill2usa(at)msn.com>
Subject: Looking to Buy a Stein Air Large Terminal Crimping
Tool
Date: Sep 25, 2012
Hi Allen Short report: I have almost completed the installation of the huge E-cowl cowl flap and it is turning out pretty well if I do say so. Had to beef up the trailing edge of the cowl flap so the center mounted actuater can move the huge area without distortion and it is setting up tonight as I type. Tomorrow I start the last cowl project. The NACA duct to the air fi lter to turbo inlet. Will do something similar to your installation. Tryi ng to figure out how to tie the duct to the filter box and get it set up so the cowl can be put on while alowing for the connection of the turbo inlet fixed to the engine and the cowl mounted duct and filter box fixed to the removable cowl. Tricky...but=2C I think I have figured out a way to do it. will take a lot of trial and error but I am still actually kind of enjoyin g the fiber glass work. Will try to send you some pics. I'm having a hard time finding a new memory stick for my ancient sony sure shot digital cam era and the current ones are full up. need to get busy and transfer them a ll to my computer then figure out how to delete all the shots on the little memory card to make room for more shots. The cowl flap looks pretty neat a nd will give me a huge exit area when needed and a pretty streamlined low d rag exit when cooling is not needed. It rained and hailed today. We nee ded the rain and we got lots of it. Turned really chilly this afternoon. A bout 48.... after what must have been cold front passage. Look forward to each days accomplishments as I can see the progress each day. It is getting to be fun again working on the RV-7. No real work on the horizon so don't know how I will pay for the Aero classic upholstery set-up yet which is abo ut the only un-funded project on the horizon. Attended a really good men' s prayer breakfast early this morning=2C then was at the hangar by 8:30 am. Chao for now. Bill > From: afulmer(at)charter.net > To: aeroelectric-list(at)matronics.com > Subject: RE: AeroElectric-List: Looking to Buy a Stein Air Large Terminal Crimping Tool > Date: Mon=2C 24 Sep 2012 17:56:32 -0500 > net> > > I've got the Terminal Tool and it does a great job if you can put it in a > vice. Used as a portable tool it is pretty awkward. I made it work and the > results were fine but=2C as I say=2C it was a little awkward. Maybe if y ou had > a vice on a roll around bench that you could set beside the plane . . . > > Allen Fulmer > RV7 still building > > -----Original Message----- > From: owner-aeroelectric-list-server(at)matronics.com > [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Peter > Pengilly > Sent: Monday=2C September 24=2C 2012 5:12 PM > To: aeroelectric-list(at)matronics.com > Subject: Re: AeroElectric-List: Looking to Buy a Stein Air Large Terminal > Crimping Tool > > > > Have you tried Bob Avery at Avery Tools? Try > > http://www.averytools.com/prodinfo.asp?number=461 > > http://www.averytools.com/prodinfo.asp?number=TT5000 > > Peter > > On 24/09/2012 15:52=2C stearman456 wrote: a> > > > > Stein Air used to sell a crimping/swaging tool for #2=2C 4=2C and 6 AWG > terminals=2C product ID was TERMTOOL. I guess they're no longer able to get > them. If someone is done with theirs and would like to sell it I can > promise it a good home. Dan Jones warbirds(at)shaw.ca > > > > > > > > > > Read this topic online here: > > > > http://forums.matronics.com/viewtopic.php?p=383893#383893 > > > > > > > > > > > > > > > > > > > > > > > > > > > > =========== =========== =========== =========== > > > ________________________________________________________________________________
Subject: Re: Fwd: Terminal Tool
From: "Eric M. Jones" <emjones(at)charter.net>
Date: Sep 26, 2012
Go to Ebay and search "Hammer Crimper". For big cables they seem ideal. And so cheap it is hard to believe. Must be Elbonian labor. -------- Eric M. Jones www.PerihelionDesign.com 113 Brentwood Drive Southbridge, MA 01550 (508) 764-2072 emjones(at)charter.net Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384015#384015 ________________________________________________________________________________
From: "Bill Bradburry" <bbradburry(at)bellsouth.net>
Subject: Waiver on Ethanol!
Date: Sep 26, 2012
The US government, until October 11, 2012, is asking for public comment on the proposed waiver to the Renewable Fuel Standard, the regulation that mandates ethanol in U.S. fuel stocks, due to reduced corn crops from this summer's drought. Go <http://www.regulations.gov/#!documentDetail;D=EPA-HQ-OAR-2012-0632-0001> HERE on regulations.gov, where you can view the document, EPA-HQ-OAR-2012-0632. Click the "Comment Now!" button to add your comment. It's easy, so do it now! http://www.regulations.gov/#!documentDetail;D=EPA-HQ-OAR-2012-0632-0001 ________________________________________________________________________________
Subject: Re: Switch confusion
From: "plevyakh" <hplevyak(at)mac.com>
Date: Sep 26, 2012
Folks, In studying the various Z Architecture diagrams, I notice in some cases the S700-2-3 switch is used and in others the S700-2-10 is used. I understand the functionality differences. Can anyone tell me if there are operational reasons for using an S700-2-10 switch over the S700-2-3 switch? Or vice versa? S700-2-3 = OFF - BATT + ALT ON S700-2-10 = OFF - BATT ON - BATT + ALT ON Right now I have the S700-2-3 switch in my design with the ALT FLD 5A breaker to . I have a B&C L60amp primary alternator, with LR3C-14 Voltage regulator. I also have the SD-8 amp as my backup alternator. Thanks, Howard nuckollsr(at)cox.net wrote: > > A Back in the "good 'ol days" when airplanes were getting their first > generators, batteries and a few lights, the battery master and generator control switches could be and were separate switches. This is because a generator will start and run by itself whether or not a battery was on > line to go with it. When alternators came along, they needed (and still do > need) a battery to get them to come up reliably. Further, alternators do not run well without a battery on line. None the less, it was desirable to have some degree of independent control of the battery and alternator > insofar as system performance requirements would permit. This is when the > split-rocker master switch was conceived. This switch has acquired almost magical attributes. > . . I've seen the red-rocker enshrined in prominent locations on the panels of many homebuilts even when all other switches were a different style. > > A little study of the split rocker shows us that the battery can be on by > itself, but the alternator cannot. The same functionality is provided by our DP3T, on-on-on toggle switch (S700-2-10). Lower position is ALL OFF, mid position is BAT ONLY, upper position is BAT+ALT. It's true that you could replace the S700-2-10 with an S700-2-3 and turn on BOTH devices with a single throw of the DC master switch. It's a rare in-flight condition that the > alternator NEEDS to be off. If you're doing some battery-only ground maintenance, then you could pull the breaker. We recommend the S700-2-10 as an alternative to the split-rocker switch to provide equivalent functionality. The three positions offer ALL OFF, BATTERY ONLY, and BATTERY + ALTERNATOR functionality while making sure that the alternator is not allowed to be ON when the battery is OFF - I.e. emulation of the split rocker > switch. > > Bob . . . -------- Howard Plevyak GlaStar / North Bend, Ohio hplevyak(at)mac.com Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384025#384025 ________________________________________________________________________________
From: Eric Marenyi <marenyi(at)gmail.com>
Date: Sep 26, 2012
Subject: Wiring advice
I have a question regarding wiring my Sonex/Great Plains VW engine. The system has 1 battery (PC625 Odyssey) a CD Solenoid, A regulator/rectifier, and a 3 phase 35 Amp alternator. I am using a MAG and a secondary ignition and coil system. Instrument panel is rather simple with a Stratomaster Ultra Horizon, and a Radio (not sure if I will use panel mounted or my Icom A-22 handheld). I may use a GPS, or might just use my ipad. I plan on installing a cigarette lighter power outlet or 2 and that is about the extent of the panel electrics. I have no lights. If I use the panel radio I will be mounting headset jacks on the panel as well and that might require me to use a ground isolation, even though it would be easier and probably more convenient to just ground straight to the firewall without isolation. I was planning on grounding on the engine side with a bolt through the firewall (need isolators?) where the negative battery, engine ground strap, and alternator ground will attach. On the inside I wanted to use a forest of tabs, but I think I would rather bring a negative buss closer to the panel and locate it there. I also plan on running a positive buss close to the panel as well. I have reviewed the appendix from the book and none are really close to what I am looking for. I am trying to figure out the best method to do this and also avoid radio noise later as well. The fewer wires through the firewall the better. Aside from the main power and ground wire penetrating the firewall I will also have the CD Solenoid power wire, the starter solenoid wire Please offer any info/help you can. Thanks! Eric M. ________________________________________________________________________________
Subject: Re: Need for an Alternator switch
From: "bigginsking" <bjudge(at)gmail.com>
Date: Sep 26, 2012
I've got something similar to Z-8, with the SD-8 section deleted and a diode maintained emergency battery that feeds the essential bus through a switch labeled "critical"(actually it is a double pole, paralleled for capacity and reliability). When I say "diode maintained battery" I mean the battery is fed from the main bus, through a fuse rated at 150% of the 40A alternator capacity, then a diode of similar capacity. The essential bus is fed through a second diode at the fuse diode junction just as shown on Z-8 except for the addition of the already mentioned fuse between the main and essential buss. Z-8 switches the main alternator with the master but it seems redundant to have the main bus switched from the contactor and at the same time switch the field, especially when you consider they are mechanically tied to each other. With Z-8, as it is, you're breaking/making the field circuit twice. Why? Didn't make any sense to me so I deleted the main alternator switch. I have a 5A pull breaker for the LR-3 regulator. That is the only breaker I have. If I'm "on short final for the rocks" I just turn off the master and critical switches that's everything including the alternator field. I didn't know what that switch would add so I deleted it. As an FYI, I'm also running dual electronic ignition. Those are fed via fuselink directly from each battery. I have no vacuum pump, my instruments are electric, although a GPS and the ADHRS have internal battery backups. I do fly IFR in this plane. I don't really care if certified aircraft have the alternator switch or not, the question for everything I put in my plane is do I need it? What am I getting? Bill Judge N84WJ, RV-8 817 hrs http://rv-8.blogspot.com Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384036#384036 ________________________________________________________________________________
Date: Sep 26, 2012
From: Chris <toaster73(at)embarqmail.com>
Subject: AIRCAM Schematic or ideas
I am beginning to work up an electrical plan for a friends Aircam project, twin Rotax 912's with single battery. Anybody out there have a schematic they would like to share for a twin engine rotax or similar to give me a starting point to look over. I looked at the TECNAM P2006T but I don't think I need the complexity of its system and I do not quite understand the Cross bus switch logic they have. I attached for anyone who wants to comment on it. Thanks Chris Lucas N919AR RV-10 and Aircam helper ________________________________________________________________________________
Date: Sep 26, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Switch confusion
At 09:02 AM 9/26/2012, you wrote: > >Folks, >In studying the various Z Architecture diagrams, I notice in some >cases the S700-2-3 switch is used and in others the S700-2-10 is >used. I understand the functionality differences. > >Can anyone tell me if there are operational reasons for using an >S700-2-10 switch over the S700-2-3 switch? Or vice versa? 2-10 is progressive transfer that emulates the split-rocker functionality. If you use 2-3 switch, then alternator and battery come on and off together, alternator can only be turned off by pulling the field breaker. Either works. Bob . . . ________________________________________________________________________________
Date: Sep 26, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: AIRCAM Schematic or ideas
At 01:57 PM 9/26/2012, you wrote: >I am beginning to work up an electrical plan for a friends Aircam >project, twin Rotax 912's with single battery. Anybody out there >have a schematic they would like to share for a twin engine rotax or >similar to give me a starting point to look over. I looked at the >TECNAM P2006T but I don't think I need the complexity of its system >and I do not quite understand the Cross bus switch logic they have. Obviously, this is a day, fair-weather, vmc fun machine. There's no obvious value srtiving for a very failure tolerant system. Suggest you wire like figure Z16 http://tinyurl.com/7vp9g4e Except you have two-fat wire feeders to the starter contactors at the engines. These same feeders just happen to be a good way to bring each alternator in to the battery. Run one alternator at a time with second for back up. > I attached for anyone who wants to comment on it. Busy . . . Bob . . . ________________________________________________________________________________
Date: Sep 26, 2012
From: Paul Millner <millner(at)me.com>
Subject: Re: Pitot tube slightly plugged...
>> I'm please to hear that you were able to salvage an otherwise useless piece of expensive hardware! Let me warn that there appears to be an error in the repair description. The OP wrote battery acid, HCl. But of course, battery acid is H2SO4. I can believe a weak (3 molar?) solution of HCl, as is often used as swimming pool acid or brick cleaning acid might dislodge organic material from a pitot tube without dissolving the pitot tube itself. I would be very surprised (would not likely believe) that battery acid, full strength, undiluted sulfuric acid was able to do anything but significantly dissolve a pitot tube... Hopefully the OP can clarify what he meant, since his acid description was internally inconsistent. Paul ________________________________________________________________________________
From: "Mike Wynn" <wynaire(at)citlink.net>
Subject: Re: Pitot tube slightly plugged...
Date: Sep 26, 2012
Thanks, Paul. I stand corrected. The acid used was obtained directly from a surplus supply left over from filling a new dry lead-acid car battery. The container had been capped, but was at least one year old. I do not know the strength of the solution. FWIW: The vinegar actually brightened the visible copper more than the battery acid. And thanks to all who contributed their improvised techniques to thwarting insects from creating homes in small holes. Especially interesting was the comment about using different colored tubing. With a bug-plugged scupper-ring at the fuel fill port on a C337, the rain-water level will rise above the lip of the fuel cap neck. Until the owner [me] realizes that he has a plugged scupper vent line, the appearance of water in the fuel tank/test is an interesting and humbling mystery. My fix in 2001 was to add 2 inches of clear Tygon tubing to each vent outlet. I figured that if the bugs were there, I'd at least see them the next time. However, they never returned. Now I know why. Thanks guys. Mike ----- Original Message ----- From: "Paul Millner" <millner(at)me.com> Sent: Wednesday, September 26, 2012 2:05 PM Subject: Re: AeroElectric-List: Re: Pitot tube slightly plugged... > > >> I'm please to hear that you were able to salvage an otherwise > useless piece of expensive hardware! > > Let me warn that there appears to be an error in the repair description. > The OP wrote battery acid, HCl. But of course, battery acid is H2SO4. > > I can believe a weak (3 molar?) solution of HCl, as is often used as > swimming pool acid or brick cleaning acid might dislodge organic material > from a pitot tube without dissolving the pitot tube itself. I would be > very surprised (would not likely believe) that battery acid, full > strength, undiluted sulfuric acid was able to do anything but > significantly dissolve a pitot tube... > > Hopefully the OP can clarify what he meant, since his acid description was > internally inconsistent. > > Paul > > > ________________________________________________________________________________
Date: Sep 26, 2012
From: Chris <toaster73(at)embarqmail.com>
Subject: Re: AIRCAM Schematic or ideas
Thanks Bob, Z16 is where I was headed but wondered if I was missing something with "twin engines". Definitely not a machine with a need for complexity. One clarification... when you say run one alternator at a time do you mean just switch one of the alternators off? How does keeping the designated backup off improve system reliability or procedures? Busy is a good word for the Tecnam. -Chris ----- Original Message ----- From: Robert L. Nuckolls, III <nuckolls.bob(at)aeroelectric.com> Subject: Re: AeroElectric-List: AIRCAM Schematic or ideas At 01:57 PM 9/26/2012, you wrote: >I am beginning to work up an electrical plan for a friends Aircam >project, twin Rotax 912's with single battery. Anybody out there >have a schematic they would like to share for a twin engine rotax or >similar to give me a starting point to look over. I looked at the >TECNAM P2006T but I don't think I need the complexity of its system >and I do not quite understand the Cross bus switch logic they have. Obviously, this is a day, fair-weather, vmc fun machine. There's no obvious value srtiving for a very failure tolerant system. Suggest you wire like figure Z16 http://tinyurl.com/7vp9g4e Except you have two-fat wire feeders to the starter contactors at the engines. These same feeders just happen to be a good way to bring each alternator in to the battery. Run one alternator at a time with second for back up. > I attached for anyone who wants to comment on it. Busy . . . Bob . . . ________________________________________________________________________________
Date: Sep 26, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: AIRCAM Schematic or ideas
At 06:14 PM 9/26/2012, you wrote: > >Thanks Bob, Z16 is where I was headed but wondered if I was missing >something with "twin engines". Definitely not a machine with a need >for complexity. >One clarification... when you say run one alternator at a time do >you mean just switch one of the alternators off? How does keeping >the designated backup off improve system reliability or procedures? > >Busy is a good word for the Tecnam. Those alternators are designed to run in parallel on a single bus. Given the sledge-hammer approach to voltage regulation, it probably wouldn't hurt anything. At the same time, if one alternator crapped and both were on, you wouldn't get a low voltage warning annunciating the failure. You might land with a dead alternator and not know it until next preflight. Better to run one alternator at a time. If it craps, you've got a second alternator which you'll turn on when the low voltage warning light flashes . . . you DO plane active notification of low voltage? Bob . . . ________________________________________________________________________________
Date: Sep 26, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: AIRCAM Schematic or ideas
CORRECTION >Those alternators are NOT designed to run in parallel on a >single bus. Bob . . . ________________________________________________________________________________
Date: Sep 27, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Wiring advice
>If I use the panel radio I will be mounting headset jacks on the >panel as well and that might require me to use a ground isolation, >even though it would be easier and probably more convenient to just >ground straight to the firewall without isolation. I do not understand this statement. > >I was planning on grounding on the engine side with a bolt through >the firewall (need isolators?) where the negative battery, engine >ground strap, and alternator ground will attach. On the inside I >wanted to use a forest of tabs, but I think I would rather bring a >negative buss closer to the panel and locate it there. I also plan >on running a positive buss close to the panel as well. What are you calling a 'positive bus'? Are you using breakers or fuses? The bus that distributes power to either of those devices is a component of their fabrication and installation. > I have reviewed the appendix from the book and none are really > close to what I am looking for. I am trying to figure out the best > method to do this and also avoid radio noise later as well. The > fewer wires through the firewall the better. Aside from the main > power and ground wire penetrating the firewall I will also have the > CD Solenoid power wire, the starter solenoid wire > >Please offer any info/help you can. Please review the grounding philosophies illustrated in Figure Z-15, View A http://tinyurl.com/6m3bk8k and Chapter 5 of the 'Connection. Then let us know in what manner the techniques suggested present an extra-ordinary problem for the assembly of your airplane -or- do not meet new design goals. If you have a design goals issue, we need to understand what it is before well considered advice can be offered. Bob . . . ________________________________________________________________________________
Subject: SD-8 S704-1 relay with or without Diode when using
OVM-14?
From: "plevyakh" <hplevyak(at)mac.com>
Date: Sep 27, 2012
Guys, I'm trying to finish up wiring of the backup SD-8amp alternator. In Z-10/8 the S704-1 relay shows a jumper wire from COM to the + relay coil. The CROWBAR OVM is then wired also across the coil (+) & (-) tabs. B&C has a drawing that shows the S704-1 relay being wired with a Diode across the coil. Reference: http://www.bandc.biz/pdfs/S704-1_Installation.pdf Am I correct in leaving the Diode OUT? The reason being that I'm using the OVM-14 across the coil and adding the Diode would defeat the OVM's function. Thanks for your guidance. Howard -------- Howard Plevyak GlaStar / North Bend, Ohio hplevyak(at)mac.com Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384086#384086 Attachments: http://forums.matronics.com//files/s704_1_relay_bandc_625.gif http://forums.matronics.com//files/z10_sd8_arch_snipit_197.gif ________________________________________________________________________________
From: "David Lloyd" <skywagon(at)charter.net>
Subject: Re: Good news . . . and bad news
Date: Sep 27, 2012
Bob, The graph did not show V and A legends on the pic that you included. The 1562 that I recently purchased and put on a standard open cell 12v auto battery had the following. I monitored the batt. voltage with a DVM. The max chg. voltage went to just under 14.1 v. The stabilized float voltage was just under 13.1 v. Does this seem about what you viewed on your tests...?? Dave ____________________________________________________________ ----- Original Message ----- From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> Sent: Tuesday, September 25, 2012 10:08 AM Subject: AeroElectric-List: Good news . . . and bad news > > > I picked up the latest version of Schumacher's SEC1562 > charger at Wallyworld last week. Got it on a site-to-store > free of shipping charges for about $21. > > The first plot for a charge cycle demonstrated the highly > recommended bulk charge ramp capped off with an absorption > charge plateau. > > http://tinyurl.com/9s7kpww > > I did a series of charge discharge cycles alternating between > the 1562 and my 10+ year old Battery Tender. Wasn't paying > much attention to details of the data. Each test cycle > took 14+ hours. > > When I merged the data on to a common plot, it became obvious > that the test battery, while relatively young, was incapable > of delivering closely matched pairs of charge/discharge cycle. > > Normally, one expects a new SVLA battery to be good for > several dozen deep discharges before demonstrated capacity > begins to fall. Not so with the test article I've been > using. > > Test results: > > I'm unable to resolve the difference between recharge > performance of the 1562 versus the BT. Both chargers > seem to put about as much snort into the battery but > any real differences are buried in the uncertainties > generated by the degrading battery. > > I can confidently assert that the SEM51562 is still > an exceptional value. It now features 6/12 auto-switching, > it charges at a rate about 2x that of the Battery > Tender. I see that the BT Jr sells on Ebay for about $25 > with free shipping, so cost differential has dropped markedly > over the past few years. > > Conclusion: > > I cannot claim that one device is superior to the other > based on measurements. The recharge voltage profiles > for the BT are markedly shy of the idealized profiles > cited by industry. Just how much difference it makes > remains unmeasured. > > Using a chemical conversation system as a 'transfer > standard' for evaluation of charger performance is > fraught with risk . . . which rose up and bit me. > > Anywho, I've got a shiny new 1562 that's going out > to the wood shop to maintain some batteries I have > stored out there. Next time I get my hands on a fresh, > mid-sized SLVA battery, I'll try again. Don't throw > out your Battery Tenders! I'm keeping all three of > mine. > > > Bob . . . > > > ________________________________________________________________________________
Subject: Re: Need Help Troubleshooting
From: Steve Thomas <lists(at)stevet.net>
Date: Sep 27, 2012
I ran the tests and it looks like I have a bad regulator. Test #4, where you check the voltage of pin #4, failed. It was showing only 2.8 volts. I'll contact B & C and figure out where to go. Thanks for the help, Bob. Steve Thomas ________________________________________________________________________ On Sep 25, 2012, at 2:34 PM, Steve Thomas wrote: > > Not yet. Will do ASAP and reply. > > > Steve Thomas > ________________________________________________________________________ > > > > > On Sep 25, 2012, at 12:50 PM, "Robert L. Nuckolls, III" wrote: > >> Have you run the traps on >> the LR3 regulator per B&C documents? > > > > > > ________________________________________________________________________________
Date: Sep 27, 2012
From: rayj <raymondj(at)frontiernet.net>
Subject: Resurrecting a battery
Greetings list, I have a couple of dead batteries. Not discharged but killed. They show only approx 10.5-11 volts when taken off the charger. Ron was discussing his experience with putting 15V at .5 amps on some batteries and resurrecting them to some degree. I have a bench supply that I could set at 15 V and .5 amps. My question is whether it will likely damage the bench supply to hook it to a battery. My limited knowledge says that it shouldn't make any difference to the power supply what is hooked to it as long as it doesn't feed electrons to the supply. I've got nothing to loose as far as the batteries are concerned, but I'd hate to cook my bench supply. It's an old Heathkit IP-28 and says 30V and 1amp so it shouldn't tax the supply too hard. Just checking with the experts so I don't kill my power supply. Thanks -- Raymond Julian Kettle River, MN. "And you know that I could have me a million more friends, and all I'd have to lose is my point of view." - John Prine ________________________________________________________________________________
From: "Chris" <toaster73(at)embarqmail.com>
Subject: AIRCAM Schematic or ideas
Date: Sep 27, 2012
Correction noted. thanks Chris -----Original Message----- From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Robert L. Nuckolls, III Sent: Wednesday, September 26, 2012 11:47 PM Subject: Re: AeroElectric-List: AIRCAM Schematic or ideas --> CORRECTION >Those alternators are NOT designed to run in parallel on a single bus. Bob . . . ________________________________________________________________________________
Subject: Angular Hall Effect Sensor
From: "user9253" <fran4sew(at)banyanol.com>
Date: Sep 27, 2012
Bob N, The N305 Hall effect sensor is no longer available. It was specified in this article: "Angle of Attack Indicator" by Dave Barker. http://www.aeroelectric.com/articles/Angle_of_Attack/2008_12_21.pdf The author has substituted part number SS49. His updated article is available here: http://www.barkeraircraft.com/files/AOA_rDisplay.pdf Now for my question: Can the SS49 HALL sensor be used to sense the angular position of a control surface, specifically the horizontal stabilizer position on a Kitfox? The total angular movement is only about 10 degrees. Ray Allen sells a linear POT for $35 that could be used. But I thought that a Hall Effect sensor would be a more elegant solution with no moving parts, except for a magnet attached to the control surface. The Specs for the SS49 are available here: http://sensing.honeywell.com/index.php?ci_id=3108&la_id=1&pr_id=36530 My friend who is building the Kitfox intends to install a Dynon SkyView EFIS. It has 5VDC available to power the SS49. The SkyView also has a dedicated input pin for elevator trim. Can the SS49 Hall sensor output be connected directly to the SkyView 0 to 5vdc input without any buffering or amplifying circuitry? The SkyView utilizes onscreen wizards for calibrating sensors. Joe -------- Joe Gores Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384114#384114 ________________________________________________________________________________
Date: Sep 27, 2012
Subject: Re: Resurrecting a battery
From: rparigor(at)suffolk.lib.ny.us
Hi Ray How many aH battery are they? If close to 12 to 18aH aqnd AGM, the good bet would be to try and use the 500mA transformers and circuit board I sent along with the batteries I offered. They limit current to ~ 500mA and the control board will turn off once they reach ~ 15.4 volts. I would try a few cycles where you bring down the batteries to ~ 12.4 volts. It may take several days to get the control board to turn off, especially the first time. If you have an adjustable power supply, set it to constant current ~ 350 to 500mAs and monitor the voltage. This is not going to be a very fast process, it may take days to get to 15 volts. Once you get to 15.4 volts, let it dwell there for 2 hours at least. I Please report back if you were able to revive. I did this with AGM batteries, if you have a flooded cell battery, you don't have much to lose, but listen carefully and decrease current if things get too bubbly. I tried putting two of the 500mA chargers in parallel on the 12ah batteries and didn't like the noises too much when the voltage got to the upper 14s on some of the batteries. Using only one 5600mA charger kept things happy. I have a sneaky suspicion that when I took two of the bad batteries I had, after they reached the 15.4 volts and the controller turned off and put them in parallel on just one 500mA charger and let them reach 15.4 volts (which took a long time) it may have helped a little, the first time anyway. I didn't run a capacity test, but the voltage seemed to hold up better after I let the batteries sit for several days. Ron Parigoris ________________________________________________________________________________
Date: Sep 27, 2012
From: rayj <raymondj(at)frontiernet.net>
Subject: Re: Resurrecting a battery
Ron, these are flooded cell auto batteries. One I think is a deep-cycle. I put one of your transformers across the terminals and "It don't work no more". That is what leads me to worry about the power supply. I don't think that the power supplies I have are constant current. I think the current setting is a max allowable setting, but I'm not sure. By the way. I'm getting good use out of those batteries. Thanks again for offering them here, even though it was more headache for you. Raymond Julian Kettle River, MN. "And you know that I could have me a million more friends, and all I'd have to lose is my point of view." - John Prine On 09/27/2012 09:01 PM, rparigor(at)suffolk.lib.ny.us wrote: > > Hi Ray > > How many aH battery are they? > > If close to 12 to 18aH aqnd AGM, the good bet would be to try and use > the 500mA transformers and circuit board I sent along with the > batteries I offered. They limit current to ~ 500mA and the control > board will turn off once they reach ~ 15.4 volts. I would try a few > cycles where you bring down the batteries to ~ 12.4 volts. It may take > several days to get the control board to turn off, especially the > first time. > > If you have an adjustable power supply, set it to constant current ~ > 350 to 500mAs and monitor the voltage. This is not going to be a very > fast process, it may take days to get to 15 volts. Once you get to > 15.4 volts, let it dwell there for 2 hours at least. > > I Please report back if you were able to revive. > > I did this with AGM batteries, if you have a flooded cell battery, > you don't have much to lose, but listen carefully and decrease current > if things get too bubbly. I tried putting two of the 500mA chargers in > parallel on the 12ah batteries and didn't like the noises too much > when the voltage got to the upper 14s on some of the batteries. Using > only one 5600mA charger kept things happy. > > I have a sneaky suspicion that when I took two of the bad batteries I > had, after they reached the 15.4 volts and the controller turned off > and put them in parallel on just one 500mA charger and let them reach > 15.4 volts (which took a long time) it may have helped a little, the > first time anyway. I didn't run a capacity test, but the voltage > seemed to hold up better after I let the batteries sit for several days. > > Ron Parigoris > > * > > > * ________________________________________________________________________________
Date: Sep 28, 2012
Subject: Re: Resurrecting a battery
From: rparigor(at)suffolk.lib.ny.us
Hi Ray You mention that the transformer no longer works after you put it across the battery. Was that with the circuit board connected to the transformer? All you need to do is connect the board in reverse to the battery for a split second and it fries the board. If that's the case, I would say there is a good chance the transformer is still good. You can connect the transformer directly to the battery without the board. Just to make sure, connect a volt meter to the transformer to see it's working and you get the polarity correct, if you have a meter that can measure current, make sure you are pumping in 500m As or there about. You will need to monitor the voltage, once you get to ~15.4, let it go for another two hours. How many amp hours are the batteries? If they are 35aHs, put two of the 500mA transformers on them in parallel. Ron Parigoris ________________________________________________________________________________
Date: Sep 28, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Angular Hall Effect Sensor
At 08:59 PM 9/27/2012, you wrote: > >Bob N, >The N305 Hall effect sensor is no longer available. It was >specified in this article: "Angle of Attack Indicator" by Dave Barker. >http://www.aeroelectric.com/articles/Angle_of_Attack/2008_12_21.pdf >The author has substituted part number SS49. His updated article is >available here: http://www.barkeraircraft.com/files/AOA_rDisplay.pdf > Now for my question: >Can the SS49 HALL sensor be used to sense the angular position of a >control surface, specifically the horizontal stabilizer position on >a Kitfox? The total angular movement is only about 10 degrees. Ray >Allen sells a linear POT for $35 that could be used. But I thought >that a Hall Effect sensor would be a more elegant solution with no >moving parts, except for a magnet attached to the control >surface. The Specs for the SS49 are available here: >http://sensing.honeywell.com/index.php?ci_id=3108&la_id=1&pr_id=36530 >My friend who is building the Kitfox intends to install a Dynon >SkyView EFIS. It has 5VDC available to power the SS49. The SkyView >also has a dedicated input pin for elevator trim. Can the SS49 Hall >sensor output be connected directly to the SkyView 0 to 5vdc input >without any buffering or amplifying circuitry? The >SkyView utilizes onscreen wizards for calibrating sensors. >Joe > >-------- >Joe Gores A few months ago there was some discussion on the List about incorporating some precision, non-contact, rotary motion transducers to some of our applications on OBAM aircraft. Well, I'm aware of one company who has already packaged the Austria-Microsystems magnetic sensors into a potentiometer like package. http://tinyurl.com/73sb7tc They sell for less $ than I can afford to make them. We'll be considering them to replace LVDT's in a new design for a flap actuator. Parts count for the new versus old system will drop by 30% or more. Further, the ball bearing version of this device is tailor made for low-friction sensing of vanes driven by slip-stream. The article cited could be easily converted to a uC based product that would probably fit into our 15-pin, A15 Package http://tinyurl.com/9ydoldk The same sort of philosophy and packaging could be used for trim and/or flap position idication. I.e. one set of hardware with options for firmware would fit 3 different systems on the airplane. Bob . . . ________________________________________________________________________________
Date: Sep 28, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: AIRCAM Schematic or ideas
At 08:51 PM 9/27/2012, you wrote: > >Correction noted. >thanks >Chris If it were my airplane . . . http://tinyurl.com/cf2ppmx http://tinyurl.com/cg8falj Bob . . . ________________________________________________________________________________
Date: Sep 28, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Good news . . . and bad news
At 05:33 PM 9/27/2012, you wrote: > >Bob, >The graph did not show V and A legends on the pic that you included. Not sure which one you're referring to. I think this is the plot I originally published. http://tinyurl.com/d8yc8rw >The 1562 that I recently purchased and put on a standard open cell >12v auto battery had the following. >I monitored the batt. voltage with a DVM. The max chg. voltage went >to just under 14.1 v. >The stabilized float voltage was just under 13.1 v. > >Does this seem about what you viewed on your tests...?? I need to spend some time building an interface for one of the DAS modules I've acquired . . . to plot both battery current and voltage. This will let me do an integration by parts summation of watt-seconds IN versus watt-seconds OUT. By the way, I just became aware of a product from Dataq http://tinyurl.com/93obako Price is hard to beat! One would need an instrumentation amplifier to read current shunts . . . but the AD628 makes that really simple. Just need a 36-hour day . . . Bob . . . Bob . . . ________________________________________________________________________________
Date: Sep 28, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Resurrecting a battery
At 07:09 PM 9/27/2012, you wrote: Greetings list, I have a couple of dead batteries. Not discharged but killed. They show only approx 10.5-11 volts when taken off the charger. Ron was discussing his experience with putting 15V at .5 amps on some batteries and resurrecting them to some degree. I have a bench supply that I could set at 15 V and .5 amps. My question is whether it will likely damage the bench supply to hook it to a battery. My limited knowledge says that it shouldn't make any difference to the power supply what is hooked to it as long as it doesn't feed electrons to the supply. Correct. Charging batteries with a bench supply is not without some risk . . . depending on the design of the supply. I was charging a 24 v battery with a big HP 40A supply when the power went off. The HP's crowbar ov protection circuitry lost its reference voltage and triggered. Unfortunately the crowbar system assumed that the energy to be stood-off was coming from AC mains, not from the load. Hence, the fuse was on the wrong side of the crowbar and I burned some circuitry. I now charge batteries through a fuse. I'm not aware of any specific instances of potential hazard to small bench supplies . . . I suspect it's very low. I've got nothing to loose as far as the batteries are concerned, but I'd hate to cook my bench supply. It's an old Heathkit IP-28 and says 30V and 1amp so it shouldn't tax the supply too hard. A brief look-see at the IP-28 schematic http://tinyurl.com/ydhkrky reveals no sneak paths that might make the supply vulnerable to battery back-feed. Just checking with the experts so I don't kill my power supply. No biggie . . . but since you're not depending on the supply for anything but boosting . . . don't really need accurate regulation . . . putting a diode in series with the supply totally eliminates any risk. Now, probability for successful recovery with ANY supply is problematic. The OVERVOLTAGE boost technique described in Concorde literature and elsewhere is designed to stir up chemistry that refuses to accept a charge at standard voltage levels. You can put a 100w light bulb in series with a diode bridge rectifier and use this as a current limited source of high voltage to hook to your battery(ies). Watch the voltage across the battery. If the chemistry is coming awake, the voltage should begin to drop and ultimately level off at normal levels expected for a 1 amp constant current charge. If the voltage doesn't show signs of dropping, the chemistry isn't asleep but dead. By the way, the ol' light-bulbs and rectifier ploy has an ancient history going back to selenium rectifier days. The rectifier need not be rated at any voltage greater than terminal voltage for the battery. Charging current is controlled by how many/big the light bulbs are. I once built a battery charger with 4 bulb sockets on a board along with a selenium bridge rectifier. With 200, 200, 100, and 50 watt bulbs in the sockets, I could set charge rate between .5 and 5.5 amps by seating/unseating the lamps in their sockets. Of course, this is NOT regulated so you have to watch terminal voltage and shut the critter off when charge is complete. Left unattended it will boil off a battery. Bob . . . ________________________________________________________________________________
Date: Sep 28, 2012
From: rayj <raymondj(at)frontiernet.net>
Subject: Re: Resurrecting a battery
I had just taken a battery charger off the battery and used just the transformer, with correct polarity. They don't give an amp/hr rating but it is 675 cold cranking amps. It's a marine starting/deep cycle battery. Raymond Julian Kettle River, MN. "And you know that I could have me a million more friends, and all I'd have to lose is my point of view." - John Prine On 09/28/2012 01:21 AM, rparigor(at)suffolk.lib.ny.us wrote: > > Hi Ray > > You mention that the transformer no longer works after you put it > across the battery. Was that with the circuit board connected to the > transformer? All you need to do is connect the board in reverse to the > battery for a split second and it fries the board. If that's the case, > I would say there is a good chance the transformer is still good. You > can connect the transformer directly to the battery without the board. > Just to make sure, connect a volt meter to the transformer to see it's > working and you get the polarity correct, if you have a meter that can > measure current, make sure you are pumping in 500m As or there about. > You will need to monitor the voltage, once you get to ~15.4, let it go > for another two hours. > > How many amp hours are the batteries? If they are 35aHs, put two of > the 500mA transformers on them in parallel. > > Ron Parigoris > > * > > > * ________________________________________________________________________________
Date: Sep 28, 2012
From: rayj <raymondj(at)frontiernet.net>
Subject: Re: Resurrecting a battery
On 09/28/2012 01:12 PM, Robert L. Nuckolls, III wrote: > You can put a 100w light bulb in series with a diode > bridge rectifier and use this as a current limited source of > high voltage to hook to your battery(ies). Watch the voltage across > the battery. If the chemistry is coming awake, the voltage > should begin to drop and ultimately level off at normal > levels expected for a 1 amp constant current charge. Here's where my ignorance starts showing. Is this setup using mains voltage? Rectified and current limited? 120+ volts DC, current limited to 1-2 amps? Raymond Julian Kettle River, MN. "And you know that I could have me a million more friends, and all I'd have to lose is my point of view." - John Prine ________________________________________________________________________________
Date: Sep 28, 2012
Subject: Re: Flap Control Schematic - will it work?
From: Nati Niv <n992dn(at)gmail.com>
Bob Sorry I was out of the country on business trip, did not see your reply. I totally agree with the KISS approach. The problem is that the moment you ask for preset flap controller, it becomes hard to keep it simple, (unless you employ some simple electronics) See the simpler version of four positions flap controller that uses no electronics beside few relays and diodes and it is not so confusing and convoluted that the first one. Will be happy to discuss. Nati On Wed, Sep 19, 2012 at 12:06 PM, Robert Reed wrote: > Nati, > > I looked at your diagram and was adimttedly very confused by it. It > seemed to lose much of the desired KISS goal that I was trying to achieve > but I didn't have the time to give it the attention it deserved. In > subsequent discussions with a friend who has a plane like the one I am > building the subject has turned to an even simpler design that didn't rel y > on step switches at all but simply used them for indicator lights. Sever al > people I have talked with preferred only the absolute limit switches with a > momentary switch for up and down only. They were recommending putting th e > switch on the stick so that it could be more easily activated without > having to reach for a console switch. That has certain appeal but I have > always found the switched on the controls to be somewhat unreliable and > tried to stay away from them. > > I am still considering all alternatives and would be interested in seeing > what you worked up though. > > Bob Reed > > ------------------------------ > *From:* Nati Niv > *To:* aeroelectric-list(at)matronics.com > *Sent:* Wed, September 19, 2012 12:30:03 AM > > *Subject:* Re: AeroElectric-List: Flap Control Schematic - will it work? > > Bob > > > Couple of days ago Ii sent you a diagram of a design that should work. I > understand from your silence that you are shocked from the complex and > convoluted design J..... Since then I cleaned the diagram and came up > with simplified design (only three relays, two of them are small, light > duty ones) > > > Let me know if you are interested > > > Nati > > On Sun, Sep 16, 2012 at 10:30 AM, Nati Niv wrote: > >> Bob >> >> >> >> Here is something that will work for you: from any to any (position), >> with limit switches and based on electromechanical (relays 7 of them >> they can be very small) and 11 diodes, more complex but it will work >> . >> >> For that to work properly you will need to modify the mechanical design >> in a way that only one micro switch is make at a time, you will also hav e >> different LED indication compared to your design: only one LED will be l it >> at a time indicating current flap position. >> >> >> >> Have fun >> >> Nati >> On Sat, Sep 15, 2012 at 11:41 AM, Nati Niv wrote: >> >>> Bob >>> >>> >>> >>> Now, that I understand the mechanical design I have a solution includin g >>> to the =93moving from any position to any position up/down=94 can you s end me >>> the diagram in a format other than PDF and I will returned it corrected ? >>> Now that I understand I really the simplicity of it. >>> >>> >>> >>> Nati >>> >>> >>> On Sat, Sep 15, 2012 at 10:39 AM, Robert Reed wrot e: >>> >>>> Nati, >>>> >>>> Sorry, I only showed the electrical and did not explain the mechanics >>>> of the operation. >>>> >>>> The micro-switches will be located in a channel with the ability to >>>> move them to adjust the positions. A slide bar will be attached to th e >>>> trim control arm. The slide bar will close each switch in line during the >>>> retract operation and open each in line during the extend. During the >>>> retract operation only the retract circuit will be powered by the rota ry >>>> switch with the intent of full retraction and not stepped retraction. >>>> During extension, only one circuit can be active at any time and that >>>> circuit will close as soon as the slide bar passes the switch allowing it >>>> to open. The indicator lights will only light when the desired circui t is >>>> active and the switch is open. It should allow for either stepped fla p >>>> extension or full extension with one operation. >>>> >>>> Bob >>>> >>>> >>>> >>>> >>>> ------------------------------ >>>> *From:* Nati Niv >>>> *To:* aeroelectric-list(at)matronics.com >>>> *Sent:* Fri, September 14, 2012 10:14:26 PM >>>> *Subject:* Re: AeroElectric-List: Flap Control Schematic - will it >>>> work? >>>> >>>> Rob >>>> >>>> >>>> >>>> It will not work. >>>> >>>> I understand the KIS approach that leads you to use relays/micro >>>> switches only. Unfortunately designing such thing will require some le vel >>>> of electronic involves and the reason for it is that you need to know *at >>>> all times* what the position of the flaps is because you need to tell >>>> the motor to which direction to go, up/down. Using micro switch as a >>>> location sensing lacks this capability, it =93senses=94 at only one po sition, >>>> the position to which you set it mechanically along the motor travel. The >>>> moment the motor moves from that position you have no indication of wh ere >>>> you are. The most common sense to use as sensing device would be a >>>> potentiometer, and then you need some electronics to sense and compare >>>> (comparators). I would even think basing the design on the LM3914 10 L ED >>>> driver. >>>> >>>> When it was time for me to change the flap system on my RANS 6 from >>>> manual to electric I thought, as an electronic fan about deferent desi gns >>>> but eventually find myself using this: >>>> >>>> >>>> >>>> http://www.e-motionllc.com/Feedback_actuator_p/fa-po-150-12-2.htm >>>> >>>> >>>> >>>> As the actuator (it has built in potentiometer) >>>> >>>> >>>> >>>> And this as a controller. >>>> >>>> >>>> >>>> >>>> http://www.aircraftspruce.com/catalog/elpages/electronicsflapcontrolle r.php >>>> >>>> >>>> >>>> A little pricy, I know but works, I love every second flying the 6 wit h >>>> this arrangement >>>> >>>> >>>> >>>> Nati >>>> >>>> RANS 6 >>>> >>>> Illinois >>>> >>>> >>>> >>>> >>>> On Sat, Sep 15, 2012 at 6:51 AM, Robert Reed wrote : >>>> >>>>> All, >>>>> >>>>> >>>>> >>>>> Attached is my plan for a flap control system using a Rotary 4 >>>>> position switch to control the flaps with LED indicators to show the >>>>> position settings. The rotary switch will have a lever that not only gives >>>>> a tactile feel indicating position but will point to the LED. I beli eve >>>>> this setup will work but would like some review. I have also include d >>>>> absolute limit switched to ensure that an over-run will not occur due to a >>>>> bad relay. >>>>> >>>>> >>>>> >>>>> Bob Reed >>>>> >>>> >>>> * >>>> >>>> om/Navigator?AeroElectric-List" rel=nofollow target=_blank>http:// www.mhref="http://forums.matronics.com/" rel=nofollow target=_blank>h ttp:/========= >>>> * >>>> >>>> * >>>> >>>> ist" target="_blank">http://www.matronics.com/Navigator?AeroElectric -List >>>> ttp://forums.matronics.com >>>> _blank">http://www.matronics.com/contribution >>>> * >>>> >>>> >>> >> > **http://www.matronics="http://forums.matronics.com/" rel=nofollow ta rget=_blank>http://for======== > > > * > =========== =========== =========== =========== > * > > ________________________________________________________________________________
Date: Sep 28, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Resurrecting a battery
>Here's where my ignorance starts showing. Is this setup using mains >voltage? Rectified and current limited? 120+ volts DC, current >limited to 1-2 amps? Yes. Suppose the power coming into the back of your house was being supplied by one of the honorable T.A. Edison power stations . . . 120 volts DC. Okay, 150 watt bulb will draw about 1.30 amps. Now hook a 12v battery in series with this setup such that current flowing through the lamp tends to CHARGE the battery. Voltage across the lamp drops by 12v or so the current drops a bit. But the lamp still burns brightly and current through the lamp is charging the battery . . . the lamp becomes a 100W resistor. Emacs! Horribly inefficient? Yes . . . unless you want to sit down and read a book while the battery is charging and can make use of the light output. Now, consider a similar design goal but the power delivered to the back of the house is AC. We can add the rectifier such that reversal in the applied voltage is rectified so that it always charges the battery irrespective of line polarity . . . the lamp(s) still limits the current . . . want a stronger charge rate? More or bigger lamps. Emacs! Again, only 10% of total energy consumed goes into the battery . . . but it IS current limited. Probably not a charger you want to build for routine battery maintenance but it is an option for generating a current limited VOLTAGE source that will RISE to what ever level the injured battery will accept. If it goes to more than 2X battery rating and/or if it doesn't begin to fall in a few minutes, then this resuscitation gambit is futile and should be discontinued. Bob . . . ________________________________________________________________________________
Date: Sep 28, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: SD-8 S704-1 relay with or without Diode when
using OVM-14? >Am I correct in leaving the Diode OUT? The reason being that I'm >using the OVM-14 across the coil and adding the Diode would defeat >the OVM's function. The diode will not affect OVM operation. Resistors in the OVM are across the relay coil and provide some damping action making the diode unnecessary. Bob . . . ________________________________________________________________________________
Date: Sep 28, 2012
From: rayj <raymondj(at)frontiernet.net>
Subject: Re: Resurrecting a battery
________________________________________________________________________________
Date: Sep 28, 2012
From: rayj <raymondj(at)frontiernet.net>
Subject: Re: Resurrecting a battery
________________________________________________________________________________
Date: Sep 29, 2012
From: rayj <raymondj(at)frontiernet.net>
Subject: Re: Resurrecting a battery
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________________________________________________________________________________
Subject: The book
From: Carlos W Jazun <cwjazun(at)aol.com>
Date: Sep 29, 2012
Hello Bob, As of today I have not received my book. Do you have an estimate as to when I would be getting it? Please let me know. Regards Walter Jazun Parker, Colorado ps, paypal shows already collected. -----Original Message----- From: Robert L. Nuckolls, III <nuckolls.bob(at)aeroelectric.com> Sent: Fri, Sep 28, 2012 8:37 pm Subject: Re: AeroElectric-List: Resurrecting a battery Here's where my ignorance startsshowing. Is this setup using mains voltage? Rectified and currentlimited? 120+ volts DC, current limited to 1-2 amps? Yes. Suppose the power coming into the back of your house was being supplied by one of the honorable T.A. Edison power stations . . . 120 volts DC. Okay, 150 watt bulb will draw about 1.30 amps. Now hook a 12v battery in series with this setup such that current flowing through the lamp tends to CHARGE the battery. Voltage across the lamp drops by 12v or so the current drops a bit. But the lamp still burns brightly and current through the lamp is charging the battery . . . the lamp becomes a 100W resistor. Horribly inefficient? Yes . . . unless you want to sit down and read a book while the battery is charging and can make use of the light output. Now, consider a similar design goal but the power delivered to the back of the house is AC. We can add the rectifier such that reversal in the applied voltage is rectified so that it always charges the battery irrespective of line polarity . . . the lamp(s) still limits the current . . . want a stronger charge rate? More or bigger lamps. Again, only 10% of total energy consumed goes into the battery . . . but it IS current limited. Probably not a charger you want to build for routine battery maintenance but it is an option for generating a current limited VOLTAGE source that will RISE to what ever level the injured battery will accept. If it goes to more than 2X battery rating and/or if it doesn't begin to fall in a few minutes, then this resuscitation gambit is futile and should be discontinued. Bob . . . ________________________________________________________________________________
From: Lynn Cole <LynnCole(at)foxvalley.net>
Subject: Re: Good news . . . and bad news
Date: Sep 29, 2012
Hi Bob, > Price is hard to beat! One would need an instrumentation > amplifier to read current shunts . . . but the AD628 makes > that really simple. Just need a 36-hour day . . . I have two partial solutions to your dilemma of a 36-hour day. ;-) Unfortunately nobody I have talked to likes my ideas: (1) This idea is made obsolete by modern electronic clocks and watches. Design a pair of elliptical gears into your clock so that the hour hand goes zipping around during the night-time hours of 10 pm until 6 am, but it moves slooowly during the day-time hours of 6 am until 10 pm. (2) Noting that there are 168 hours in a week (7 days times 24 hours per day), rearrange the week to have 6 days of 28 hours, each. The week would still be 168 hours long, but each day would have an extra block of 4 hours that you could use however you wish. Just a thought... ----- Lynn Cole LynnCole(at)foxvalley.net ________________________________________________________________________________
Date: Sep 29, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Resurrecting a battery
At 12:34 AM 9/29/2012, you wrote: >Very clear now. 1 picture=1k words. I had the lamp on the DC side >in my mind. I'll report back when I have something to report. > >I assume there is no reason to put in a cap to try to limit ripple. Naw . . . those molecules of lead and acid aren't picky. There's some school of thought that impressing clumped up molecules with bursts of high frequency energy tends to break them up and increase surface area . . . i.e. restore active chemistry. This prompted a constellation of product development in 'battery de-sulfators'. http://tinyurl.com/9c4gwk8 I've yet to see a well crafted laboratory study that confirms any claimed efficacy for such devices. Actually, about 1965 there was a rash of articles in popular 'technical' publications suggesting that one could recharge the carbon-zinc cell if the energy replacement profile was half-wave rectified DC (Figure 2 with only one diode). This 'rattling' of the chemistry was suppose to make things happen that the original designers of the carbon-zinc cell never imagined. I'll forward a copy of the previous post to Skip Koss along with this one . . . he may have additional insights to contribute. Bob . . . ________________________________________________________________________________
Date: Sep 29, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: The book
At 09:41 AM 9/29/2012, you wrote: >Hello Bob, > >As of today I have not received my book. > >Do you have an estimate as to when I would be getting it? I show a mailing label printed on the 22nd. You should have received it by now. Another copy will go out today. Bob . . . ________________________________________________________________________________
Date: Sep 29, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Good news . . . and bad news
At 10:21 AM 9/29/2012, you wrote: >Hi Bob, >>Price is hard to beat! One would need an instrumentation >>amplifier to read current shunts . . . but the AD628 makes >>that really simple. Just need a 36-hour day . . . >I have two partial solutions to your dilemma of a 36-hour day. >;-) Unfortunately nobody I have talked to likes my ideas: I'll bet you could get a patent on it . . . the patent office is exceedingly accepting of ideas irrespective of efficacy or merchantability. But having a patent preserves the idea in perpetuity! Bob . . . ________________________________________________________________________________
Date: Sep 29, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Crowbar OVM adjustment/test fixture
The crowbar ovm has been in production for OBAM aircraft since 1985 and has been incorporated in to light airplanes in about a dozen configurations. I'm getting an increasing number of queries for a means by which they can be tested either on an airplane or on the bench. Here's the fixture I have used here for some years. http://tinyurl.com/8e552q9 A 6v relay is wired to work like a buzzer (coil in series with N.C. contacts). A 10 ohm resistor tied across the coil to increase it's apparent 'draw' to make sure the crowbar scr latches well. In the airplane, you open the field supply breaker and switch and clip the fixture across the ovm to be tested. Increase applied voltage until the relay begins to 'buzz' and then back the voltage off until it clicks at about one per second rate. THAT voltage is the current calibration point for the OVM. On the bench, I set the power supply for 16.3 volts and adjust the calibration pot for 1 click per second. This is MUCH more precise and convenient than the technique described in the DIY crowbar literature. Bob . . . ________________________________________________________________________________
Date: Sep 29, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: The book
At 09:41 AM 9/29/2012, you wrote: >Hello Bob, > >As of today I have not received my book. > >Do you have an estimate as to when I would be getting it? I show a mailing label printed on the 22nd. You should have received it by now. Another copy will go out today. P.S. The PostOffice reports delivery as of today. It's media mail so it doesn't get the same attention as more expensive services. 9449009699939129201366 Package Services Sorting Complete September 29, 2012, 11:07 am PARKER, CO 80134 Delivery Confirmation=99 Bob . . . <http://www.matronics.com/Navigator?AeroElectric-List>http://www.matronics.c om/Navigator?AeroElectric-List <http://www.matronics.com/contribution>http://www.matronics.com/contribution No virus found in this message. Checked by AVG - <http://www.avg.com>www.avg.com Bob . . . ________________________________________________________________________________
Subject: Re: The book
From: Carlos W Jazun <cwjazun(at)aol.com>
Date: Sep 29, 2012
Thank you, looking forward to it Walt -----Original Message----- From: Robert L. Nuckolls, III <nuckolls.bob(at)aeroelectric.com> Sent: Sat, Sep 29, 2012 1:58 pm Subject: Re: AeroElectric-List: The book At 09:41 AM 9/29/2012, you wrote: HelloBob, As of today I have not received my book. Do you have an estimate as to when I would be getting it? I show a mailing label printed on the 22nd. You should have received it by now. Another copy will go out today. P.S. The PostOffice reports delivery as of today. It's media mail so it doesn't get the same attention as more expensive services. 9449009699939129201366 Package Services Sorting Complete September 29, 2012, 11:07 am PARKER, CO 80134 Delivery Confirmation=C2=99 Bob . . . AeroElectric-List Email Forum - http://www.matronics.com/Navigator?AeroElectric-List ; - MATRONICS WEB FORUMS - http://forums.matronics.com ; - List Contribution Web Site - ; -Matt Dralle, List Admin. http://www.matronics.com/contribution No virus found in this message. Checked by AVG - www.avg.com 09/29/12 Bob . . . ________________________________________________________________________________
From: "Chris" <toaster73(at)embarqmail.com>
Subject: AIRCAM Schematic or ideas
Date: Sep 29, 2012
Thank you Bob, that is very helpful. Can you explain what happens if the "standby" alternator is activated while the "main" is active? Thanks Chris -----Original Message----- From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Robert L. Nuckolls, III Sent: Friday, September 28, 2012 11:52 AM Subject: RE: AeroElectric-List: AIRCAM Schematic or ideas --> At 08:51 PM 9/27/2012, you wrote: >--> > >Correction noted. >thanks >Chris If it were my airplane . . . http://tinyurl.com/cf2ppmx http://tinyurl.com/cg8falj Bob . . . ________________________________________________________________________________
Date: Sep 29, 2012
From: Ken <klehman(at)albedo.net>
Subject: Re: Crowbar OVM adjustment/test fixture
This might work with just a heavy automotive light bulb instead of the relay and resistor. Perhaps a brake light or maybe a headlight. The bulb might well drop insignificant voltage prior to tripping. It would have to be heavy enough to keep the scr conducting so that it stayed lighted when the ovm activates. Ken On 29/09/2012 3:48 PM, Robert L. Nuckolls, III wrote: > > > The crowbar ovm has been in production for OBAM > aircraft since 1985 and has been incorporated in to > light airplanes in about a dozen configurations. > > I'm getting an increasing number of queries for a > means by which they can be tested either on an airplane > or on the bench. Here's the fixture I have used here > for some years. > > http://tinyurl.com/8e552q9 > > A 6v relay is wired to work like a buzzer (coil > in series with N.C. contacts). A 10 ohm resistor > tied across the coil to increase it's apparent > 'draw' to make sure the crowbar scr latches > well. > > In the airplane, you open the field supply breaker > and switch and clip the fixture across the ovm > to be tested. Increase applied voltage until the > relay begins to 'buzz' and then back the voltage > off until it clicks at about one per second rate. > > THAT voltage is the current calibration point for > the OVM. On the bench, I set the power supply for > 16.3 volts and adjust the calibration pot for > 1 click per second. This is MUCH more precise > and convenient than the technique described in > the DIY crowbar literature. > > > Bob . . . > ________________________________________________________________________________
Subject: Re: Crowbar OVM adjustment/test fixture
From: "nuckollsr" <bob.nuckolls(at)aeroelectric.com>
Date: Sep 29, 2012
Sure. This is what I've shown in the DIY crowbar instructions . . . but the supply needs to be manually reset after each trip. An adjustment procedure or QA check on the bench is tedious. This fixture resets the ovm each time the contacts open. By seeking that once-per-second sweet spot, the test establishes the near infinite trip time setpoint by simply listening. Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384289#384289 ________________________________________________________________________________
Subject: Re: AIRCAM Schematic or ideas
From: "nuckollsr" <bob.nuckolls(at)aeroelectric.com>
Date: Sep 29, 2012
Probably nothing serious. But it might mask failure of one alternator when the second one shoulders the loads. A failure that become latent and unnoticed until next preflight. Better that you know it before you land as opposed to just before you wanted to take off. Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384290#384290 ________________________________________________________________________________
From: "Chris" <toaster73(at)embarqmail.com>
Subject: Re: AIRCAM Schematic or ideas
Date: Sep 30, 2012
Right, but I was picking up on your comment that the "alternators are not designed to run parallel on a single bus". I have been wondering if there is a load sharing problem that would be encountered or any other electrical gremlins I am not smart enough to know about. Thanks Chris -----Original Message----- From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of nuckollsr Sent: Saturday, September 29, 2012 11:02 PM Subject: AeroElectric-List: Re: AIRCAM Schematic or ideas --> Probably nothing serious. But it might mask failure of one alternator when the second one shoulders the loads. A failure that become latent and unnoticed until next preflight. Better that you know it before you land as opposed to just before you wanted to take off. Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384290#384290 ________________________________________________________________________________
Subject: Re: SD-8 S704-1 relay with or without Diode when using
OVM-14?
From: "plevyakh" <hplevyak(at)mac.com>
Date: Sep 30, 2012
Bob, Thank-you very much for the replies. I was able to calibrate my OVMs and get them both (SD-8 Alternator, and Ground Power) installed yesterday. I greatly appreciate all you do for our OBAM community. Without AEC I'd be lost. My electrical system installation is coming right along. Sincerely, Howard -------- Howard Plevyak GlaStar / North Bend, Ohio hplevyak(at)mac.com Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384316#384316 ________________________________________________________________________________
Date: Sep 30, 2012
Subject: Re: Good news . . . and bad news
From: Bill <wtrooper(at)gmail.com>
Let me know when this gets sorted out - I'm still trying to come to terms with the "buttered-cat array". On Sat, Sep 29, 2012 at 12:15 PM, Robert L. Nuckolls, III < nuckolls.bob(at)aeroelectric.com> wrote: > nuckolls.bob(at)aeroelectric.com**> > > > At 10:21 AM 9/29/2012, you wrote: > >> Hi Bob, >> >>> Price is hard to beat! One would need an instrumentation >>> amplifier to read current shunts . . . but the AD628 makes >>> that really simple. Just need a 36-hour day . . . >>> >> I have two partial solutions to your dilemma of a 36-hour day. ;-) >> Unfortunately nobody I have talked to likes my ideas: >> > > I'll bet you could get a patent on it . . . the > patent office is exceedingly accepting of ideas > irrespective of efficacy or merchantability. > > But having a patent preserves the idea > in perpetuity! > > > Bob . . . > > ________________________________________________________________________________
Date: Sep 30, 2012
From: fedico94(at)mchsi.com
Subject: Compatable Shunt
My RV9-A uses the Z-12 drawing. I installed a G3X unit (two Garmin GDU's 37x). The ammeter does not read but the voltmeter does. Reviewing the schematic provided by Garmin for connecting the two instumentation wires to the Shunt and comparing this to the Z-12 schematic I see both are essentially the same. The shunt sent to me by the Avionics shop for use with the Garmin is 100 amp/50mv and the one B & C supplied and installed in the plane is 60 amp at 50mv. My confusion and question concerns the schematic from Garmin that says the shunt is rated at 0.0005 Ohm. The B & C supplied system with its shunt is 50mv/60 amp gives me 0.00083 Ohm. First are my calculations correct and second does this have any bearing on the inability to display the ammeter reading ? If the above is not contributing to the problem should I look elsewhere in the system for the problem ? (Prior to turning on the field of the 60 amp alternator I get the main volts waring light flashing and goes off after the field is activated. Remainder of G3X works fine) ________________________________________________________________________________
Date: Oct 01, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Compatable Shunt
> The shunt sent to me by the Avionics shop for use with the Garmin > is 100 amp/50mv and the one B & C supplied and installed in the > plane is 60 amp at 50mv. My confusion and question concerns the > schematic from Garmin that says the shunt is rated at 0.0005 > Ohm. The B & C supplied system with its shunt is 50mv/60 amp gives > me 0.00083 Ohm. > >First are my calculations correct and second does this have any >bearing on the inability to display the ammeter reading ? If the >above is not contributing to the problem should I look elsewhere in >the system for the problem ? (Prior to turning on the field of the >60 amp alternator I get the main volts waring light flashing and >goes off after the field is activated. Remainder of G3X works fine) The size of the shunt is relative only to calibration of the display. If you have no display, then the problem is not with the shunt. If the display is present but inaccurate, THEN you probably have a shunt problem. A shut is just a high power resistor . . . abeit a special resistor manufactured from amazium alloy with a near zero temperature coefficient of resistance. The material is actually Manganin. http://tinyurl.com/3f79fgy When your current display is a LOADMETER calibrated in 0-100%, then the shunt is sized to what ever that 100% value is . . . in case of the 60A alternator, you would use a 60A shunt. If it were a 100A alternator, then a 100A shunt. Interestingly enough, using a 100A shunt in ALL installations converts the 0-100% display to a 0-100A display. I suspect that the 100A shunt recommended by the avionics shop is based on some knowledge that the EFIS calls 50mv drop 100Amps and that size shunt will read ANY practical current up to 100A accurately. Substitution of a 60A shunt would simply mean that your 100A display was really a 100% display. Looking past calibration issues, if your display is non-reading, the difficulty lies elsewhere. Bob . . . ________________________________________________________________________________
Date: Oct 01, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: SD-8 S704-1 relay with or without Diode when
using OVM-14? At 10:17 AM 9/30/2012, you wrote: Bob, Thank-you very much for the replies. I was able to calibrate my OVMs and get them both (SD-8 Alternator, and Ground Power) installed yesterday. Did they require re-adjustment? I greatly appreciate all you do for our OBAM community. Without AEC I'd be lost. My electrical system installation is coming right along. My pleasure sir. It's what we do here. It's very much a two-way street. The AeroElectric-List is a vehicle for me to practice many of the critical thought and creativity skills I was unable to fully explore as an employee with direction supplied down from on-high. Not that the tasks were devoid of growth in my chosen discipline . . . I WAS able to participate in a lot of rewarding endeavors. At the same time, few original ideas offered were given any elbow room for exploration as to potential benefit to my employer. I can point to $millions$ in demonstrable lost opportunities over the 40 years. If Walter, Duane, and Willy had still been in charge, who knows? Their legends may not be accurate portrayals of their true sense of adventure either. I'm still sitting on a product idea that would replace a 1970's, $20K black box on a fleet of Hawkers with a 2012 design that can be manufactured for under $100 . . . but the differences are so profound that I don't think they believe it can be true. In the mean time, let us all continue to grow in the things we do best. Bob . . . ________________________________________________________________________________
Date: Oct 01, 2012
Subject: Grounding blocks
From: Eric Marenyi <marenyi(at)gmail.com>
I am curious as to what a home made grounding block should be made of. I realize that B and C makes theirs out of brass but I wonder why when it seems there are other more easily obtained metals with better conductivity, according to the charts on this site: http://metaldetectingworld.com/conductive_order_metals.shtml I have seen grounding blocks made of aluminum, copper, brass, etc. What is the benefit of one over the other? -- Eric M. ________________________________________________________________________________
Date: Oct 01, 2012
Subject: Re: Grounding blocks
From: James Kilford <james(at)etravel.org>
I suppose that brass is a good all-rounder -- easy to solder, mechanically robust, reasonable conductor, fairly inexpensive -- whereas the others have their trade-offs, e.g. gold & silver being expensive, aluminium being difficult to join, copper being soft and work-hardening etc. Just a guess, but brass seems like a great compromise. On 1 October 2012 15:21, Eric Marenyi wrote: > > I am curious as to what a home made grounding block should be made of. > I realize that B and C makes theirs out of brass but I wonder why when > it seems there are other more easily obtained metals with better > conductivity, according to the charts on this site: > > http://metaldetectingworld.com/conductive_order_metals.shtml > > I have seen grounding blocks made of aluminum, copper, brass, etc. > What is the benefit of one over the other? > > -- > Eric M. > > ________________________________________________________________________________
Date: Oct 01, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Renewing old data . . .
A few days ago there was some discussion about heated pitot tubes and some ideas about directly heated tubes as opposed to assemblies with embedded heating elements. I was trying to recall some things I explored in years past . . . a bit fuzzy so I went to the bench and did the following exploration. Emacs! Dug out my Weller 8400, a descendant of the very first soldering tool I ever purchased (from Burnstein-Applebee in KC for about $5). The snap-on ammeter showed just over 300 amps in the 'tip wire' while the trusty John Fluke multimeter gave me 250 millivolts as the potential delivered to the tip. The snap-on confirmed a 120VAC current draw of 1.2A or right at 140 watts power consumed. Measurement of the tip material confirmed that the cross-section was on a par with 10AWG wire . . . I used to make replacement tips from 10AWG scrap provided by a journeyman electrician up the street from my house. The experiment confirmed my recollection that soldering guns are horribly inefficient tools. The actual heating power delivered to the working tip is tiny compared to the total power consumed. My Metcal irons deliver a much greater proportion of their power to the tip . . . a 30W Metcal will install terminals on 2AWG wire! The Weller 8400 puts about .250 x 310 or 75 watts of total consumption into the tip wire . . . and that's spread all along the tip's length. Local heating at the tip plus conduction from behind the tip might put half the total heat to good use? In the case of a directly heated pitot tube, the feature that gives a soldering gun such poor marks turns out to be exactly what the DHPT needs . . . hot on every surface prone to collection of ice that would render IAS inoperable. Food for thought . . . Bob . . . ________________________________________________________________________________
Subject: Re: Compatable Shunt
From: "user9253" <fran4sew(at)banyanol.com>
Date: Oct 01, 2012
Your calculations look correct to me. What is the aircraft electrical load? It might be too small to show up on the ammeter. Turn on the landing light or other heavy load. The engine needs to be running for the following test. Measure the voltage drop across the shunt with a milli-voltmeter. With a 60amp shunt and a 10amp load, the voltage drop will be about 8mv. Then measure the voltage drop across the ammeter input. It should be the same as at the shunt. If there is a millivolt input signal to the ammeter but it still does not display, perhaps the ammeter needs to be calibrated. See Page 12-20 G3X Installation Manual - Engine Sensor Configuration Joe -------- Joe Gores Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384385#384385 ________________________________________________________________________________
Date: Oct 01, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Grounding blocks
At 09:38 AM 10/1/2012, you wrote: >I suppose that brass is a good all-rounder -- >easy to solder, mechanically robust, reasonable >conductor, fairly inexpensive -- whereas the >others have their trade-offs, e.g. gold & silver >being expensive, aluminium being difficult to >join, copper being soft and work-hardening etc. > >Just a guess, but brass seems like a great compromise. . . . correct . . . and further re-enforced by availability of parts/materials for fabrication. Don't know where one might get fast-on tabs fabricated from a "better" material. Yes, materials in the grounding tab ADDS to total loop resistance. But so to do the terminals, crimp joints, bolted joints, wire, plating on the wire, pin-to-pin interface, etc. etc. Research the "galloping ammeter" phenomenon common to older airplanes and discussed here on the list at length. Some owners of nice old 172's complained that a costly new master switch fixed the problem for only a short time. This is because the SUM TOTAL of all resistances in the regulator sense wiring between bus and regulator has increased over time. Replacing the switch dropped total loop resistance below the stability threshold . . . but steadily increasing resistance in the new switch or (more likely) other components drove the resistance up past the stability threshold. I've advised owner/operators to replace/renew ALL joints and components in that pathway to achieve the same resistance as delivered from the factory. Only then can one expect the repair to last as long as the as-new condition. The design goal is two-fold (1) keep total loop resistance so low as to be insignificant to system performance and (2) make sure is STAYS low by the fabrication of gas-tight or other fabrication techniques that keep moisture laden with corrosives out of the joints. Meeting these two goals with skill goes toward a more pleasurable, low cost-of-ownership experience with your airplane. Bob . . . ________________________________________________________________________________
Date: Oct 01, 2012
Subject: Re: Grounding blocks
From: Jared Yates <email(at)jaredyates.com>
Does it help that brass is relatively soft and allows for some deformation at the point of contact with a fast-on? It seems like I remember reading that this was part of the gas-tight equation. I used the $1 terminal strips from Stein combined with a small piece of brass stock from the local hobby shop to make mine, so brass was very available. Are those sources available to you Eric, or are you somewhere far away? On Mon, Oct 1, 2012 at 11:33 AM, Robert L. Nuckolls, III wrote: > > > At 09:38 AM 10/1/2012, you wrote: >> >> I suppose that brass is a good all-rounder -- easy to solder, mechanically >> robust, reasonable conductor, fairly inexpensive -- whereas the others have >> their trade-offs, e.g. gold & silver being expensive, aluminium being >> difficult to join, copper being soft and work-hardening etc. >> >> Just a guess, but brass seems like a great compromise. > > > . . . correct . . . and further re-enforced by > availability of parts/materials for fabrication. > Don't know where one might get fast-on tabs fabricated > from a "better" material. > > Yes, materials in the grounding tab ADDS to total > loop resistance. But so to do the terminals, crimp joints, > bolted joints, wire, plating on the wire, pin-to-pin > interface, etc. etc. > > Research the "galloping ammeter" phenomenon common to > older airplanes and discussed here on the list at > length. Some owners of nice old 172's complained that > a costly new master switch fixed the problem for only > a short time. > > This is because the SUM TOTAL of all resistances in the > regulator sense wiring between bus and regulator has increased > over time. Replacing the switch dropped total loop resistance > below the stability threshold . . . but steadily increasing resistance > in the new switch or (more likely) other components drove > the resistance up past the stability threshold. I've > advised owner/operators to replace/renew ALL joints and components > in that pathway to achieve the same resistance as delivered > from the factory. Only then can one expect the repair to last > as long as the as-new condition. > > The design goal is two-fold (1) keep total loop resistance > so low as to be insignificant to system performance and > (2) make sure is STAYS low by the fabrication of gas-tight > or other fabrication techniques that keep moisture laden with > corrosives out of the joints. Meeting these two goals with > skill goes toward a more pleasurable, low cost-of-ownership > experience with your airplane. > > > Bob . . . > > ________________________________________________________________________________
Date: Oct 01, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Thermocouple testing
A few weeks ago we had some discussion about troubleshooting a thermocouple temperature indicator system. I was curious about current offerings on eBay and elsewhere for K-type thermocouple readout devices useful as test tools. I ordered these two items for further study. A TM902C hand-held readout instrument powered by internal battery http://tinyurl.com/9v8w6d2 and a panel mounted 12vdc externally powered device http://tinyurl.com/8c3ngdq The second one was a disappointment. I was initially encouraged when I saw a diode mounted between two terminals on the back of the instrument adjacent to locations for the thermocouple wire . . . this was no doubt part of the cold-junction compensation. The critter was pretty close at 0C but off by 5-6 degrees at 100C. I opened it up and didn't find any calibration provisions. The TM902 was a pleasant surprise. Not only was it within one degree at 0C (stirred ice bath) it was equally close at 100C (boiling distilled water). Even better yet, a peek inside revealed not only an active cold-junction correction device but two calibration pots. Emacs! Bottom line is that this particular instrument is a great value as a test tool for in-flight temperature surveys, it's easily re-calibrated should this be necessary in the future. It comes with a K-type thermocouple about 3' long. Uses standard T/C connectors. The K-type wire is readily available from sources like eBay and Omega. The low cost and re-calibration convenience of this critter puts good temperature measurement and test capability in everybody's hands. Bob . . . ________________________________________________________________________________
From: "Roger & Jean Curtis" <mrspudandcompany(at)verizon.net>
Subject: Thermocouple testing
Date: Oct 01, 2012
A TM902C hand-held readout instrument powered by internal battery http://tinyurl.com/9v8w6d2 Bob, Thanks for the tip. I have one on order. Roger ________________________________________________________________________________
Date: Oct 01, 2012
From: fedico94(at)mchsi.com
Subject: Re: Compatable Shunt
The G3X manual you refer to lists the calibration procedure for Hall effect sensor on page 12020. Cn this be used with the Shunt ? I suspect there is no calibration for the shunt. Thanks for the reference, I have to keep up on the manual revisions as they add new devices all the time. After initial test flights I will have to update the software as well. ----- Original Message ----- From: user9253 <fran4sew(at)banyanol.com> Subject: AeroElectric-List: Re: Compatable Shunt Your calculations look correct to me. What is the aircraft electrical load? It might be too small to show up on the ammeter. Turn on the landing light or other heavy load. The engine needs to be running for the following test. Measure the voltage drop across the shunt with a milli-voltmeter. With a 60amp shunt and a 10amp load, the voltage drop will be about 8mv. Then measure the voltage drop across the ammeter input. It should be the same as at the shunt. If there is a millivolt input signal to the ammeter but it still does not display, perhaps the ammeter needs to be calibrated. See Page 12-20 G3X Installation Manual - Engine Sensor Configuration Joe -------- Joe Gores Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384385#384385 ________________________________________________________________________________
Date: Oct 01, 2012
From: fedico94(at)mchsi.com
Subject: Re: Compatable Shunt
again thanks for the pointers so I can proceed with some confidence. ----- Original Message ----- From: Robert L. Nuckolls, III <nuckolls.bob(at)aeroelectric.com> Subject: Re: AeroElectric-List: Compatable Shunt > The shunt sent to me by the Avionics shop for use with the Garmin > is 100 amp/50mv and the one B & C supplied and installed in the > plane is 60 amp at 50mv. My confusion and question concerns the > schematic from Garmin that says the shunt is rated at 0.0005 > Ohm. The B & C supplied system with its shunt is 50mv/60 amp gives > me 0.00083 Ohm. > >First are my calculations correct and second does this have any >bearing on the inability to display the ammeter reading ? If the >above is not contributing to the problem should I look elsewhere in >the system for the problem ? (Prior to turning on the field of the >60 amp alternator I get the main volts waring light flashing and >goes off after the field is activated. Remainder of G3X works fine) The size of the shunt is relative only to calibration of the display. If you have no display, then the problem is not with the shunt. If the display is present but inaccurate, THEN you probably have a shunt problem. A shut is just a high power resistor . . . abeit a special resistor manufactured from amazium alloy with a near zero temperature coefficient of resistance. The material is actually Manganin. http://tinyurl.com/3f79fgy When your current display is a LOADMETER calibrated in 0-100%, then the shunt is sized to what ever that 100% value is . . . in case of the 60A alternator, you would use a 60A shunt. If it were a 100A alternator, then a 100A shunt. Interestingly enough, using a 100A shunt in ALL installations converts the 0-100% display to a 0-100A display. I suspect that the 100A shunt recommended by the avionics shop is based on some knowledge that the EFIS calls 50mv drop 100Amps and that size shunt will read ANY practical current up to 100A accurately. Substitution of a 60A shunt would simply mean that your 100A display was really a 100% display. Looking past calibration issues, if your display is non-reading, the difficulty lies elsewhere. Bob . . . ________________________________________________________________________________
Date: Oct 01, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Compatable Shunt
At 09:43 PM 10/1/2012, you wrote: > >The G3X manual you refer to lists the calibration procedure for Hall >effect sensor on page 12020. Cn this be used with the Shunt ? I >suspect there is no calibration for the shunt. >Thanks for the reference, I have to keep up on the manual revisions >as they add new devices all the time. After initial test flights I >will have to update the software as well. I downloaded the g3x manual. A search of the book cites 82 instances of the word "shunt" where the expected device is a 50mv/100A device. There are also 8 instances of Hall Effect where it appears you can use AmpLoc KEY100 style sensors. Paragraph 8.3 speaks to the use of either. I was unable to find any schematic references to hall devices. They have 3 wire connections and need a source of clean power. Also, hall effect sensors are noted for their variability in both offset and scale factor . . . they require individual calibration for accuracy. Shunts are precision, two wire devices that are very predictable. Suggest you stay with the 100A shunt. Bob . . . ________________________________________________________________________________
Subject: Re: Compatable Shunt
From: "user9253" <fran4sew(at)banyanol.com>
Date: Oct 02, 2012
> The G3X manual you refer to lists the calibration procedure for Hall effect sensor on page 12020. Cn this be used with the Shunt ? I suspect there is no calibration for the shunt. I do not know if the calibration procedure is for only Hall Effect sensors or for both Hall Effect and Shunts. The manual is not clear on this point. You could ask Garmin support. If there is no calibration procedure for shunts, then only a +/-50mV, 100amp shunt can be used, if you want the display to be accurate. Easier than calling Garmin would be to try calibrating per page 12-20. What do you have to lose except a little time? If it doesn't work, you can reset the parameters back to default. Joe -------- Joe Gores Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384452#384452 ________________________________________________________________________________
Date: Oct 02, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Compatable Shunt
At 05:52 AM 10/2/2012, you wrote: > > > > The G3X manual you refer to lists the calibration procedure for > Hall effect sensor on page 12020. Cn this be used with the Shunt ? > I suspect there is no calibration for the shunt. > >I do not know if the calibration procedure is for only Hall Effect >sensors or for both Hall Effect and Shunts. The manual is not clear >on this point. You could ask Garmin support. If there is no >calibration procedure for shunts, then only a +/-50mV, 100amp shunt >can be used, if you want the display to be accurate. In a customer's airplane, cutting wires and splicing back requires different levels of inspection than simply Pushing the pin out of a connector to route a wire through the hall device. The AMPLOC hall sensors are really handy. I've used them many times especially when I needed to measure current in a wire for which I was discouraged from doing damage. Over the years, I developed some tools that offered a quick-n-dirty access to current-in-the-wire . . . http://tinyurl.com/8n6fo2n http://tinyurl.com/8zqqetc The KEY series AMPLOC devices http://tinyurl.com/8gtrsru Are more user friendly for getting electrons-per-second counted in fat wires. They do have the disadvantage of needing power to operate . . . and it must be well regulated since the output is ratiometric to the supply voltage. They are bi-directional devices . . . meaning that zero amps is some value close to 1/2 that of the applied power. Hence the need for a wide range of offset programming to move from shunts (zero volts at zero amps) to hall effect sensors (some volts at zero amps). http://tinyurl.com/8suspug I suspect that the Garmin display value for AMPS is derived from analog data which is then massaged for offset and scale factor. Given the extensive references for 50mv/100A shunts for both wiring and discussion of AMPS sensing, I'd bet that the default programming assumes a 50mv/100A shunt. The resolution of their a/d system would allow the 100A shunt to be used virtually anywhere . . . even in series with an SD-8, without adjustment to default offset and scale factors. I don't recall if the subject problem was "no reading" or inaccurate reading. Of course, no reading could be either wiring error . . . or there's no actual current flowing to be measured and displayed. Inaccurate reading could be due to 60A shunt being used without re-calibration for the higher scale-factor value. A more detailed study of symptoms and conditions is called for. I suspect that either of the shunts in hand will do the job . . . just need to learn the correct incantation and wave of the wand to get the hardware's attention. Bob . . . ________________________________________________________________________________
Subject: Re: Compatable Shunt
From: Carlos W Jazun <cwjazun(at)aol.com>
Date: Oct 02, 2012
Hello Bob, Got the book, good job, I'm really enjoying it. Quick question, how do I un-suscribe from the forum??? I get about 30 email s an hour! hard to keep up with it. Thanks Regards Walter -----Original Message----- From: Robert L. Nuckolls, III <nuckolls.bob(at)aeroelectric.com> Sent: Mon, Oct 1, 2012 9:54 pm Subject: Re: AeroElectric-List: Re: Compatable Shunt At 09:43 PM 10/1/2012, you wrote: > >The G3X manual you refer to lists the calibration procedure for Hall >effect sensor on page 12020. Cn this be used with the Shunt ? I >suspect there is no calibration for the shunt. >Thanks for the reference, I have to keep up on the manual revisions >as they add new devices all the time. After initial test flights I >will have to update the software as well. I downloaded the g3x manual. A search of the book cites 82 instances of the word "shunt" where the expected device is a 50mv/100A device. There are also 8 instances of Hall Effect where it appears you can use AmpLoc KEY100 style sensors. Paragraph 8.3 speaks to the use of either. I was unable to find any schematic references to hall devices. They have 3 wire connections and need a source of clean power. Also, hall effect sensors are noted for their variability in both offset and scale factor . . . they require individual calibration for accuracy. Shunts are precision, two wire devices that are very predictable. Suggest you stay with the 100A shunt. Bob . . . ________________________________________________________________________________
Subject: Re: Compatable Shunt
From: "user9253" <fran4sew(at)banyanol.com>
Date: Oct 02, 2012
> Of course, no reading could be > either wiring error . . . or there's no actual current > flowing to be measured and displayed. It is too bad that we are so far from the aircraft. It would be fun to do some troubleshooting in person. The original posting said that there was zero amperage displayed. And he said that the 60amp shunt was installed. If anything, the 60 amp shunt should read higher current than a 100amp shunt. It would be helpful to know the millivolts across the shunt compared to the millivolts at the input to the G3X. If those voltages are equal and above zero and there is no amperage displayed, then the problem is the G3X, perhaps a software setup problem. Joe -------- Joe Gores Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384503#384503 ________________________________________________________________________________
Date: Oct 02, 2012
From: fedico94(at)mchsi.com
Subject: Re: Compatable Shunt
With the 80 pin (read delicate) connector I am reluctant to pull it. The information I have from Garmin implies that the G3X will not read unless it has 5 milliohm resister (rather than 8.3) Job one is to test fly with voltmeter. andswap out the shunt in the next few weeks. will recheck wiring tomorrow ----- Original Message ----- From: user9253 <fran4sew(at)banyanol.com> Subject: AeroElectric-List: Re: Compatable Shunt > Of course, no reading could be > either wiring error . . . or there's no actual current > flowing to be measured and displayed. It is too bad that we are so far from the aircraft. It would be fun to do some troubleshooting in person. The original posting said that there was zero amperage displayed. And he said that the 60amp shunt was installed. If anything, the 60 amp shunt should read higher current than a 100amp shunt. It would be helpful to know the millivolts across the shunt compared to the millivolts at the input to the G3X. If those voltages are equal and above zero and there is no amperage displayed, then the problem is the G3X, perhaps a software setup problem. Joe -------- Joe Gores Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384503#384503 ________________________________________________________________________________
Date: Oct 02, 2012
From: fedico94(at)mchsi.com
Subject: Re: Compatable Shunt
The readout has a red "X" through it meaning inoperable, no scale is displayed ----- Original Message ----- From: user9253 <fran4sew(at)banyanol.com> Subject: AeroElectric-List: Re: Compatable Shunt > Of course, no reading could be > either wiring error . . . or there's no actual current > flowing to be measured and displayed. It is too bad that we are so far from the aircraft. It would be fun to do some troubleshooting in person. The original posting said that there was zero amperage displayed. And he said that the 60amp shunt was installed. If anything, the 60 amp shunt should read higher current than a 100amp shunt. It would be helpful to know the millivolts across the shunt compared to the millivolts at the input to the G3X. If those voltages are equal and above zero and there is no amperage displayed, then the problem is the G3X, perhaps a software setup problem. Joe -------- Joe Gores Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384503#384503 ________________________________________________________________________________
Date: Oct 02, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Compatable Shunt
At 02:36 PM 10/2/2012, you wrote: >Hello Bob, > >Got the book, good job, I'm really enjoying it. > >Quick question, how do I un-suscribe from the forum??? I get about >30 emails an hour! hard to keep up with it. > >Thanks > >Regards > >Walter 30 an hour? I don't think I get 30 a day. In any case, they're very easy to delete if the topic is uninteresting to you. I have submitted an un-subscription request. When it arrives in your email, click on the link within the e-mail to confirm your request. Bob . . . ________________________________________________________________________________
Subject: Re: Compatable Shunt
From: "eschlanser" <eschlanser(at)yahoo.com>
Date: Oct 03, 2012
Walter, If you are really enjoying it, then don't unsubscribe. Rather, change your setting to receive a daily digest rather than individual e-mail messages. That way you will receive only one message per day. Eric cwjazun(at)aol.com wrote: > Hello Bob, > > Got the book, good job, I'm really enjoying it. > > Quick question, how do I un-suscribe from the forum??? I get about 30 emails an hour! hard to keep up with it. > > Thanks > > Regards > > Walter > > > > > > > -- Read this topic online here: http://forums.matronics.com/viewtopic.php?p=384551#384551 ________________________________________________________________________________
Date: Oct 03, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Compatable Shunt
At 09:05 PM 10/2/2012, you wrote: With the 80 pin (read delicate) connector I am reluctant to pull it. The information I have from Garmin implies that the G3X will not read unless it has 5 milliohm resister (rather than 8.3) Job one is to test fly with voltmeter. andswap out the shunt in the next few weeks. will recheck wiring tomorrow The readout has a red "X" through it meaning inoperable, no scale is displayed Aha! Then the difficulty is not with the size of the shunt. Shunt size has only to do with scale factor . . . calibration. Substitution of a 60A vs. 100A shunt without re-calibrating the instrument means only that readings displayed will be 1.66 times higher than true. The fact that your display does not show a numerical value suggests that something in the software has detected an error in wiring or in setup. The instrument has no way to deduce shunt size, only that a shunt appears to be present. This strongly suggests a wiring problem. You can leave the 60A shunt in place and re-calibrate per instructions . . . or swap out for the 100A shunt where the instrument will probably read correctly . . . AFTER the big red X goes away. Bob . . . ________________________________________________________________________________
From: "Rob Henderson" <robnrobinh(at)comcast.net>
Subject: Adding a cell phone interface to Garmin 340
Date: Oct 03, 2012
Hello electron herder experts Has anyone wired an external cell phone interface to a Garmin GMA340? I would like to use a 3.5mm jack and cord. Would it work to wire it as Com 3? Any suggestions are appreciated Thanks -Rob Henderson ________________________________________________________________________________
Date: Oct 03, 2012
From: fedico94(at)mchsi.com
Subject: Re: Compatable Shunt
SUPRISE Bob A fellow EAA'r came out and we easily swapped out the 50mc 60amp shunt for the Garmin provided 50mv/100amp shunt and connected the wires back up as they were previously. Turned on master switch and the Garmin screens came up. Went to engine page on MFD screen and would you believe that the red "X" was gone and it was reading amp draw. Later I will do same for EBus shunt. It appears with Garmin its their way or the highway. You would think it would read with just any old shunt in there, but as I was advised by Tim Larberg at Garmin, that is not the case. ----- Original Message ----- From: Robert L. Nuckolls, III <nuckolls.bob(at)aeroelectric.com> Subject: Re: AeroElectric-List: Re: Compatable Shunt At 09:05 PM 10/2/2012, you wrote: With the 80 pin (read delicate) connector I am reluctant to pull it. The information I have from Garmin implies that the G3X will not read unless it has 5 milliohm resister (rather than 8.3) Job one is to test fly with voltmeter. andswap out the shunt in the next few weeks. will recheck wiring tomorrow The readout has a red "X" through it meaning inoperable, no scale is displayed Aha! Then the difficulty is not with the size of the shunt. Shunt size has only to do with scale factor . . . calibration. Substitution of a 60A vs. 100A shunt without re-calibrating the instrument means only that readings displayed will be 1.66 times higher than true. The fact that your display does not show a numerical value suggests that something in the software has detected an error in wiring or in setup. The instrument has no way to deduce shunt size, only that a shunt appears to be present. This strongly suggests a wiring problem. You can leave the 60A shunt in place and re-calibrate per instructions . . . or swap out for the 100A shunt where the instrument will probably read correctly . . . AFTER the big red X goes away. Bob . . . ________________________________________________________________________________
Date: Oct 03, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Compatable Shunt
At 05:35 PM 10/3/2012, you wrote: SUPRISE Bob A fellow EAA'r came out and we easily swapped out the 50mc 60amp shunt for the Garmin provided 50mv/100amp shunt and connected the wires back up as they were previously. Turned on master switch and the Garmin screens came up. Went to engine page on MFD screen and would you believe that the red "X" was gone and it was reading amp draw. Later I will do same for EBus shunt. It appears with Garmin its their way or the highway. You would think it would read with just any old shunt in there, but as I was advised by Tim Larberg at Garmin, that is not the case. That's more than a surprise, it's a mind bender . . . I would REALLY like to understand the intelligence built into the system for making that determination. Low resistance measurements are not easy to do even when you can attach 4-wires directly to the shunt . . . http://tinyurl.com/4l3tuj6 . . . looking at a .0005 ohm resistor on the end of lead wires several feet long having a resistance of 0.010 to 0.015 ohms PER foot is magic. I may have occasion to enjoy some face-time with a Garmin techno-wienie next summer. I'll put this on my list of questions to ask. In any case, I'm delighted that your problem has been resolved . . . even if we don't understand just how it all came to pass. Must be pixie dust. Bob . . . ________________________________________________________________________________
Date: Oct 03, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Compatable Shunt
> >It appears with Garmin its their way or the highway. You would >think it would read with just any old shunt in there, but as I was >advised by Tim Larberg at Garmin, that is not the case. Do you have a phone number for Mr. Larberg. I'd like to talk to him. Bob . . . ________________________________________________________________________________
Date: Oct 03, 2012
From: fedico94(at)mchsi.com
Subject: Re: Compatable Shunt
Hope this is not a serious discussion. Garmin has their own way of setting up the software and when I install the next shunt for the auxillary alternator, if the red "X" is gone then I will be two for two. Tim Larberg 1-888- 606-5482 press 3 for the first phone prompt and then press 3 for the second phone prompt (G series glass panels) ----- Original Message ----- From: Robert L. Nuckolls, III <nuckolls.bob(at)aeroelectric.com> Subject: Re: AeroElectric-List: Re: Compatable Shunt > >It appears with Garmin its their way or the highway. You would >think it would read with just any old shunt in there, but as I was >advised by Tim Larberg at Garmin, that is not the case. Do you have a phone number for Mr. Larberg. I'd like to talk to him. Bob . . . ________________________________________________________________________________
Date: Oct 03, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Compatable Shunt
At 10:04 PM 10/3/2012, you wrote: > >Hope this is not a serious discussion. Garmin has their own way of >setting up the software and when I install the next shunt for the >auxillary alternator, if the red "X" is gone then I will be two for >two. Tim Larberg 1-888- 606-5482 press 3 for the first phone >prompt and then press 3 for the second phone prompt (G series glass panels) Nothing tense. Just one techno wienie talking to another one. It behooves suppliers of any product to spread the knowledge around. Cuts down on calls to field service. An amazed and inquiring mind just wants to know . . . Bob . . . ________________________________________________________________________________
Date: Oct 04, 2012
From: RScott <rscott(at)cascadeaccess.com>
Subject: Fwd: Craig's List Ad
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________________________________________________________________________________
Date: Oct 04, 2012
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: Fwd: Craig's List Ad
At 04:05 PM 10/4/2012, you wrote: >For those of us that are familiar with farm equipment > Mr. Scott. It seems that the AeroElectric-List


September 22, 2012 - October 06, 2012

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