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________________________________________________________________________________
Subject: 
Re: RF Interference
From: 
Charlie England <ceengland7(at)gmail.com>
Date: 
Apr 14, 2016
      
      I've got a question about substituting a battery for the sender's output.
      
      In my (somewhat dim past) experience, the impedance of the line in 
      question had a major effect on its vulnerability to noise induced on it. 
      So.... is this a valid test? I'd assume that the internal impedance of 
      even a AA battery would be much lower than any electronic sensor 
      normally used around an engine.
      
      On 4/14/2016 3:37 AM, B Tomm wrote:
      > OK,
      > I have disconnected the output wire at the sender and connected 
      > the positive end of an AA battery to the signal wire going off to the 
      > engine monitor, and batt neg to ground.  I get the appropriate reading 
      > for fuel pressure and NO interference from either radio.
      > This tells me that the interference is happening at the sender.  Still 
      > not sure if the interference is arriving at the sender via the power 
      > or ground wires, or just directly through the air.  The instructions 
      > say not to connect directly to 12V as this may damage it. So not sure 
      > how to test for this.
      > Still puzzled as to why this happened suddenly.
      > A new sender has been ordered.  BTW, Mouser.com has them for half the 
      > price of GRT.
      > Bob, Do you think that the RF filter you offered is still a valid 
      > option?  Is it to protect the sender from failing (where the sender 
      > becomes sensitive to RF as mine appears to have) or just mitigate the 
      > RF from playing games with the senders electronics?
      > Bevan
      >
      > ------------------------------------------------------------------------
      > *From:* owner-aeroelectric-list-server(at)matronics.com 
      > [mailto:owner-aeroelectric-list-server(at)matronics.com] *On Behalf Of 
      > *Bob Verwey
      > *Sent:* Tuesday, April 12, 2016 10:02 PM
      > *To:* aeroelectric-list(at)matronics.com
      > *Subject:* Re: AeroElectric-List: RF Interference
      >
      > So is there some archive material which expounds on the use of 
      > ferrites and the identification of the correct wire / protagonist (as 
      > Bob N likes to refer to it!)
      >
      > On 13 April 2016 at 04:22, Chris  > wrote:
      >
      >     Bevan,
      >
      >     I have an RV-10 with SL30 (archer wingtip antenna), GNS 430 (belly
      >     whip), GRT EIS 6000. I experienced the same effect with my fuel
      >     pressure. The 430 only bothered the reading a couple of psi, so I
      >     decided that was not giving me a problem. The SL30 shot it up out
      >     of limits, so I started chasing the problem. I was able to use one
      >     ferrite at the sender in the engine compartment with 2 maybe 3
      >      loops (don't recall exactly) of wire going through the ferrite. I
      >     also re-crimped the sl30 coax and reaffirmed the archer antenna
      >     connections out on the wing. This seems to have solved my problem
      >     to only a few psi on the sl30 transmit and virtually none on the
      >     430. I decided I don't talk long enough for the pressure to rise
      >     and grab my attention.
      >
      >     -Chris
      >
      >     N919AR
      >
      >
      > -- 
      > Best...
      > Bob Verwey
      >
      
      
________________________________________________________________________________
Subject: 
Re: RF Interference
From: 
C&K <yellowduckduo(at)gmail.com>
Date: 
Apr 14, 2016
      
      
      I'd guess that the simple battery test confirms it is worth trying the 
      filter. The filter might actually have even lower impedance to the 
      frequencies of concern.
      
      FWIW I have a plastic body honeywell SS sensor wired with very small 
      diameter commercial cable. I don't remember for certain but I think it 
      is shielded cable. The cable runs in a bundle with injector and primary 
      ignition wires, past the back of my VHF to an EIS4000. I was curious as 
      I don't think I've ever watched the pressures while transmitting but I 
      just confirmed that transmitting has no effect on either of my SS 
      pressure sensors. FWIW I also run the Byonics APRS and have never 
      noticed any associated problems with it. I'm delighted with that APRS 
      transmitter.  It is probably the only electronic item in the aircraft 
      that has run perfectly with no issues at all.
      
      Ken
      
      On 14/04/2016 1:34 PM, Charlie England wrote:
      > I've got a question about substituting a battery for the sender's output.
      >
      > In my (somewhat dim past) experience, the impedance of the line in 
      > question had a major effect on its vulnerability to noise induced on 
      > it. So.... is this a valid test? I'd assume that the internal 
      > impedance of even a AA battery would be much lower than any electronic 
      > sensor normally used around an engine.
      >
      > On 4/14/2016 3:37 AM, B Tomm wrote:
      >> OK,
      >> I have disconnected the output wire at the sender and connected 
      >> the positive end of an AA battery to the signal wire going off to the 
      >> engine monitor, and batt neg to ground.  I get the appropriate 
      >> reading for fuel pressure and NO interference from either radio.
      >> This tells me that the interference is happening at the sender.  
      >> Still not sure if the interference is arriving at the sender via the 
      >> power or ground wires, or just directly through the air. The 
      >> instructions say not to connect directly to 12V as this may damage 
      >> it. So not sure how to test for this.
      >> Still puzzled as to why this happened suddenly.
      >> A new sender has been ordered.  BTW, Mouser.com has them for half the 
      >> price of GRT.
      >> Bob, Do you think that the RF filter you offered is still a valid 
      >> option?  Is it to protect the sender from failing (where the sender 
      >> becomes sensitive to RF as mine appears to have) or just mitigate the 
      >> RF from playing games with the senders electronics?
      >> Bevan
      >>
      >> ------------------------------------------------------------------------
      >> *From:* owner-aeroelectric-list-server(at)matronics.com 
      >> [mailto:owner-aeroelectric-list-server(at)matronics.com] *On Behalf Of 
      >> *Bob Verwey
      >> *Sent:* Tuesday, April 12, 2016 10:02 PM
      >> *To:* aeroelectric-list(at)matronics.com
      >> *Subject:* Re: AeroElectric-List: RF Interference
      >>
      >> So is there some archive material which expounds on the use of 
      >> ferrites and the identification of the correct wire / protagonist (as 
      >> Bob N likes to refer to it!)
      >>
      >> On 13 April 2016 at 04:22, Chris > > wrote:
      >>
      >>     Bevan,
      >>
      >>     I have an RV-10 with SL30 (archer wingtip antenna), GNS 430
      >>     (belly whip), GRT EIS 6000. I experienced the same effect with my
      >>     fuel pressure. The 430 only bothered the reading a couple of psi,
      >>     so I decided that was not giving me a problem. The SL30 shot it
      >>     up out of limits, so I started chasing the problem. I was able to
      >>     use one ferrite at the sender in the engine compartment with 2
      >>     maybe 3  loops (don't recall exactly) of wire going through the
      >>     ferrite. I also re-crimped the sl30 coax and reaffirmed the
      >>     archer antenna connections out on the wing. This seems to have
      >>     solved my problem to only a few psi on the sl30 transmit and
      >>     virtually none on the 430. I decided I don't talk long enough for
      >>     the pressure to rise and grab my attention.
      >>
      >>     -Chris
      >>
      >>     N919AR
      >>
      >>
      >>
      >>
      >> -- 
      >> Best...
      >> Bob Verwey
      >>
      >
      
      
________________________________________________________________________________
Date: 
Apr 14, 2016
From: 
"Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: 
Re: RF Interference
      
      At 12:34 PM 4/14/2016, you wrote:
      >I've got a question about substituting a battery for the sender's output.
      >
      >In my (somewhat dim past) experience, the impedance of the line in 
      >question had a major effect on its vulnerability to noise induced on 
      >it. So.... is this a valid test? I'd assume that the internal 
      >impedance of even a AA battery would be much lower than any 
      >electronic sensor normally used around an engine.
      
      
         The purpose of this test was to divide an conquer.
         Until the sensor (a variable voltage source with
         ACTIVE hence vulnerable components) then we
         are unsure whether the vulnerability is in the
         signal source or the panel display.
      
         It isn't the WIRE with a vulnerability, it is
         merely a conductor (first) and perhaps an antenna
         (second) which carries the antagonistic energy
         into the victim. Adding inductance reduces the
         wire's ability to conduct . . . as demonstrated
         in the video.
      
         99% of the time, the victim is some solid state
         device that is being forced out of it's normal
         operating boundaries by the interfering energy.
         This experiment gave us a high order of confidence
         that the transducer is the victim.
      
         The itty-bitty filter is about 0.4 x 0.8 inches.
         It was crafted and first used on an LED lamp
         assembly being considered for an ultralight.
      
         It did limit VHF emissions sufficiently to
         make this fixture useable.
      
      Emacs!
      
      
         I've since shipped out several to other builders
         but I don't think I've heard back.
      
         The ferrite chip inductors were rated for
         700 ohms reactance at 100 mHz, the monolythic
         chip capacitors on either side are on the order
         of 0.1 ohms . . . so I would expect this
         assembly to be an excellent fire wall at
         VHF comm frequencies for CONDUCTED noise,
         probably so good that any problem energies
         remaining are likely to be RADIATED for
         which solutions are different.
      
         I've got a new spectrum analyzer and tracking
         generator that's still in the box. As soon
         as I get some time to have some 'fun', I'll
         be able to quantify the effectiveness of
         such devices over a range of frequencies.
      
         I sure do miss access to the EMC labs at
         Hawker/Beech!
      
      
         Bob . . . 
      
________________________________________________________________________________
Date: 
Apr 14, 2016
From: 
"Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: 
Re: RF Interference
      
      
      >Your itty-bitty filter:
      >
      >1. how big is it? perhaps put a penny in the picture
      
         about .4 x .8 inches
      
      >2. when you designed the filter, what frequency are you trying to 
      >filter?  I'm guessing it's somewhere in 110-140 MHz but what about harmonics?
      
         yes, the parts are 'speced' in the VHF comm
         range but effectiveness of the array extends
         upward a decade or more.
      
      >3. are those tiny surface-mount components an inductor & a cap? (or 
      >is it the case that: "you could tell me but then you'd have to kill me?" ;)
      
         No big deal. Pick a series reactance from
         this array of possibilities . . .
      
      http://tinyurl.com/zn4knzj
      
         Primary concerns are current trough the inductor
         and voltage drop in the inductor. Then see
      >   how high a reactance you can get within space
      >   and volume concerns. Capacitors either side need
      >   not me more than 1 to 10 nF . . . These monolythic
      >   capacitors have 'dips'in impedance in the
      >   regions around VHF comm . . . but still quite
      >   useful over the regions on either side.
      >
      >Emacs!
      >
      >   Designing these filters is not very technical.
      >   They're easy to craft with a brute force approach
      >   to energy attenuation above 20 MHz or so.
      
      
         Bob . . . 
      
________________________________________________________________________________
From: 
"John" <rv6a(at)rogers.com>
Subject: 
Mk III Governor Wiring Diagram
Date: 
Apr 15, 2016
      
      Need to do some trouble shooting (elevator trim) on my flying RV6A.  Its 
      been a long time since installation and I cannot find my MK III Governor 
      wiring diagram.  Anyone able to help with an e-copy?  Have Infinity 
      grips if that matters.
      
      Thanks,
      
      John
      
________________________________________________________________________________
From: 
"Carlos Trigo" <trigo(at)mail.telepac.pt>
Subject: 
CAN Bus wiring
Date: 
Apr 15, 2016
      
      In the installation of a Garmin G3X system, to interconnect the various
      components you have to build a network called CAN Bus, similar to the syste
      m
      created by BOSCH for the automotive industry.
      
      
      I cannot find, in the Garmin installation manual, how to physically build
      this network.
      
      In some interconnect drawings (for example to connect the autopilot servos)
      
      they show the CAN wires going in and out of the connectors, therefore in
      this case I suppose I have to crimp 2 wires in the same pin.
      
      But in other drawings ( to connect to the AHARS or the Displays) they show 
      a
      node connection, which I am wondering how to make it.
      
      
      So, can anyone who knows how to do it, or already did it, please explain ho
      w
      do I physically connect the 2-wires shielded cables to obtain a correctly
      built CAN bus backbone.
      
      
      Best
      
      Carlos  
      
      
      ---
      Este e-mail foi verificado em termos de v=C3=ADrus pelo software antiv=C3
      =ADrus Avast.
      https://www.avast.com/antivirus
      
________________________________________________________________________________
Date: 
Apr 15, 2016
From: 
"Ralph E. Capen" <recapen(at)earthlink.net>
Subject: 
Re: Mk III Governor Wiring Diagram
      
      
      I'll look for mine at the hangar and scan them if I find them. 
      
      I should keep an electronic copy anyway.....
      
      
      -----Original Message-----
      
      From: John 
      
      Sent: Apr 15, 2016 9:00 AM
      
      
      Subject: AeroElectric-List: Mk III Governor Wiring Diagram
      
      
      Need to do some trouble shooting (elevator 
      trim) on my flying RV6A.  Its been a long time since installation 
      and I cannot find my MK III Governor wiring diagram.  Anyone able to 
      help with an e-copy?  Have Infinity grips if that matters.
      
      
      Thanks,
      
      John
      
      
________________________________________________________________________________
Subject: 
Re: CAN Bus wiring
From: 
GTH <gilles.thesee(at)free.fr>
Date: 
Apr 15, 2016
      
      Le 15/04/2016 19:04, Carlos Trigo a crit :
      >
      > But in other drawings ( to connect to the AHARS or the Displays) they 
      > show a node connection, which I am wondering how to make it.
      >
      
      Hi Carlos,
      How about some SubD connectors ?
      https://en.wikipedia.org/wiki/CAN_bus
      
      FWIW
      
      -- 
      Best regards,
      Gilles
      http://contrails.free.fr
      http://lapierre.skunkworks.free.fr
      
________________________________________________________________________________
From: 
Daniel Hooper <enginerdy(at)gmail.com>
Subject: 
Re: CAN Bus wiring
Date: 
Apr 15, 2016
      
      You can get really fancy and try to fab up some kind of tap-off 
      connector, but generally you just need to make sure the stub length of 
      the tap wires is relatively small (ie just a few inches or less)
      
      Considering that CANBus requires termination, I=99m surprised they 
      don=99t give very specific guidance on how to install it.
      
      > On Apr 15, 2016, at 12:34 PM, GTH  wrote:
      > 
      > Le 15/04/2016 19:04, Carlos Trigo a =C3=A9crit :
      >> 
      >> But in other drawings ( to connect to the AHARS or the Displays) they 
      show a node connection, which I am wondering how to make it.
      > 
      > Hi Carlos,
      > How about some SubD connectors ?
      > https://en.wikipedia.org/wiki/CAN_bus 
      
      > 
      > FWIW
      > 
      > -- 
      > Best regards,
      > Gilles
      > http://contrails.free.fr 
      > http://lapierre.skunkworks.free.fr 
      <http://lapierre.skunkworks.free.fr/>
      
________________________________________________________________________________
Subject: 
Re: CAN Bus wiring
From: 
Charlie England <ceengland7(at)gmail.com>
Date: 
Apr 15, 2016
      
      On 4/15/2016 12:04 PM, Carlos Trigo wrote:
      >
      > In the installation of a Garmin G3X system, to interconnect the 
      > various components you have to build a network called CAN Bus, similar 
      > to the system created by BOSCH for the automotive industry.
      >
      > I cannot find, in the Garmin installation manual, how to physically 
      > build this network.
      >
      > In some interconnect drawings (for example to connect the autopilot 
      > servos) they show the CAN wires going in and out of the connectors, 
      > therefore in this case I suppose I have to crimp 2 wires in the same pin.
      >
      > But in other drawings ( to connect to the AHARS or the Displays) they 
      > show a node connection, which I am wondering how to make it.
      >
      > So, can anyone who knows how to do it, or already did it, please 
      > explain how do I physically connect the 2-wires shielded cables to 
      > obtain a correctly built CAN bus backbone.
      >
      > Best
      >
      > Carlos
      >
      Carlos,
      
      I've never needed to know a lot about CAN bus architecture, but my gut 
      reaction is that since it's stone cold reliable in cars, so it's 
      probably neither expensive or difficult to implement.
      
      https://en.wikipedia.org/wiki/CAN_bus
      
      Above says that it's wiring architecture-agnostic (can be bus, star or 
      mix of both). I did a little reading & it seems that unless you're in a 
      very high electrical noise environment, shielding probably isn't even 
      needed. Twisted pairs and termination resistors are recommended, 
      however. If you use a short 'stub' wire out of each connector, and crimp 
      your two wires onto that stub, you have created, well, literally, a very 
      short *stub* from the bus backbone to that node. Note that the drawings 
      on the Wiki page don't depict a shield. If you do use a shield, you 
      should be able to use the techniques in 'the book' to keep continuity in 
      the backbone shield & realize that a 4" (or even a foot long) unshielded 
      stub isn't going to hurt.
      
      FWIW,
      
      Charlie
      
________________________________________________________________________________
From: 
Rob Turk <matronics(at)rtist.nl>
Subject: 
Re: CAN Bus wiring
Date: 
Apr 15, 2016
      
      Hi Carlos,
      
      CAN bus attaches all systems in parallel on a 2-wire bus. Each 
      node/system has a CAN-Hi and a CAN-Lo pin. As you already found, each 
      pin has two wires in the same pin, one coming from the previous node and 
      one going to the next node. The first and the last node on the string 
      have a terminating resistor that you can place externally onto the 
      cable, or when the node offers one internally, by adding a jumper inside 
      the last connector.
      
      Not sure which AHRS drawings you are looking at, but some nodes offer 
      other bus connections like RS-232 or RS-485. Is that what confused you?
      
      Rob
      
      
      On 4/15/2016 7:04 PM, Carlos Trigo wrote:
      >
      > In the installation of a Garmin G3X system, to interconnect the 
      > various components you have to build a network called CAN Bus, similar 
      > to the system created by BOSCH for the automotive industry.
      >
      > I cannot find, in the Garmin installation manual, how to physically 
      > build this network.
      >
      > In some interconnect drawings (for example to connect the autopilot 
      > servos) they show the CAN wires going in and out of the connectors, 
      > therefore in this case I suppose I have to crimp 2 wires in the same pin.
      >
      > But in other drawings ( to connect to the AHARS or the Displays) they 
      > show a node connection, which I am wondering how to make it.
      >
      > So, can anyone who knows how to do it, or already did it, please 
      > explain how do I physically connect the 2-wires shielded cables to 
      > obtain a correctly built CAN bus backbone.
      >
      > Best
      >
      > Carlos
      >
      >
      >  
      > 	Sem vrus. www.avast.com
      >
      
      
________________________________________________________________________________
From: 
"Carlos Trigo" <trigo(at)mail.telepac.pt>
Subject: 
CAN Bus wiring
Date: 
Apr 15, 2016
      
      Hi Rob
      
      
      I did understand that the CAN bus attaches all items in parallel on a 2-wir
      e cable.
      
      I also understood that there are terminators to be put in the first and las
      t nodes.
      
      My problem is with the intermediate nodes! 
      
      
      In the case of the servos (please see the 1st  attached pdf), I suppose tha
      t I will have to crimp 2 wires (in and out) in the same pin, thus making th
      e continuity.
      
      
      But in the case of connecting the GSU 25 (AHARS) with the Display units (GD
      U 46X/37X) - please see the 2nd attached pdf, in which the CAN bus is conne
      cted thru nodes inserted in the middle of the 2-wire cable - that=99s
       where I don=99t know how to physically make those connections.
      
      Should I strip a small length of the each wire and make a pigtail with a so
      lder sleeve?
      
      
      Thanks
      
      Carlos  
      
      
      From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectr
      ic-list-server(at)matronics.com] On Behalf Of Rob Turk
      Sent: sexta-feira, 15 de Abril de 2016 19:22
      Subject: Re: AeroElectric-List: CAN Bus wiring
      
      
      Hi Carlos,
      
      CAN bus attaches all systems in parallel on a 2-wire bus. Each node/system 
      has a CAN-Hi and a CAN-Lo pin. As you already found, each pin has two wires
       in the same pin, one coming from the previous node and one going to the ne
      xt node. The first and the last node on the string have a terminating resis
      tor that you can place externally onto the cable, or when the node offers o
      ne internally, by adding a jumper inside the last connector.
      
      Not sure which AHRS drawings you are looking at, but some nodes offer other
       bus connections like RS-232 or RS-485. Is that what confused you?
      
      Rob
      
      
      On 4/15/2016 7:04 PM, Carlos Trigo wrote:
      
      In the installation of a Garmin G3X system, to interconnect the various com
      ponents you have to build a network called CAN Bus, similar to the system c
      reated by BOSCH for the automotive industry.
      
      
      I cannot find, in the Garmin installation manual, how to physically build t
      his network.
      
      In some interconnect drawings (for example to connect the autopilot servos)
       they show the CAN wires going in and out of the connectors, therefore in t
      his case I suppose I have to crimp 2 wires in the same pin.
      
      But in other drawings ( to connect to the AHARS or the Displays) they show 
      a node connection, which I am wondering how to make it.
      
      
      So, can anyone who knows how to do it, or already did it, please explain ho
      w do I physically connect the 2-wires shielded cables to obtain a correctly
       built CAN bus backbone.
      
      
      Best
      
      Carlos  
      
      
        
      
      Sem v=C3=ADrus. www.avast.com 
      
      
      ---
      Este e-mail foi verificado em termos de v=C3=ADrus pelo software antiv=C3
      =ADrus Avast.
      https://www.avast.com/antivirus
      
________________________________________________________________________________
Subject: 
Re: CAN Bus wiring
From: 
Rick Beebe <rick(at)beebe.org>
Date: 
Apr 15, 2016
      
      You can wire it the same as the servos. For example, Pin 46 of the 2nd 
      GDU would have a wire from pin 46 of the first GDU and a second wire 
      heading either to the 3rd GDU or to pin 1 of the GSU. It's functionally 
      the same as using little stub wires.
      
      --Rick
      
      On 04/15/2016 02:59 PM, Carlos Trigo wrote:
      >
      > Hi Rob
      >
      > I did understand that the CAN bus attaches all items in parallel on a 
      > 2-wire cable.
      >
      > I also understood that there are terminators to be put in the first 
      > and last nodes.
      >
      > My problem is with the intermediate nodes!
      >
      > In the case of the servos (please see the 1^st  attached pdf), I 
      > suppose that I will have to crimp 2 wires (in and out) in the same 
      > pin, thus making the continuity.
      >
      > But in the case of connecting the GSU 25 (AHARS) with the Display 
      > units (GDU 46X/37X) - please see the 2^nd attached pdf, in which the 
      > CAN bus is connected thru nodes inserted in the middle of the 2-wire 
      > cable - thats where I dont know how to physically make those 
      > connections.
      >
      > Should I strip a small length of the each wire and make a pigtail with 
      > a solder sleeve?
      >
      > Thanks
      >
      > Carlos
      >
      > *From:*owner-aeroelectric-list-server(at)matronics.com 
      > [mailto:owner-aeroelectric-list-server(at)matronics.com] *On Behalf Of 
      > *Rob Turk
      > *Sent:* sexta-feira, 15 de Abril de 2016 19:22
      > *To:* aeroelectric-list(at)matronics.com
      > *Subject:* Re: AeroElectric-List: CAN Bus wiring
      >
      > Hi Carlos,
      >
      > CAN bus attaches all systems in parallel on a 2-wire bus. Each 
      > node/system has a CAN-Hi and a CAN-Lo pin. As you already found, each 
      > pin has two wires in the same pin, one coming from the previous node 
      > and one going to the next node. The first and the last node on the 
      > string have a terminating resistor that you can place externally onto 
      > the cable, or when the node offers one internally, by adding a jumper 
      > inside the last connector.
      >
      > Not sure which AHRS drawings you are looking at, but some nodes offer 
      > other bus connections like RS-232 or RS-485. Is that what confused you?
      >
      > Rob
      >
      >
      > On 4/15/2016 7:04 PM, Carlos Trigo wrote:
      >
      >     In the installation of a Garmin G3X system, to interconnect the
      >     various components you have to build a network called CAN Bus,
      >     similar to the system created by BOSCH for the automotive industry.
      >
      >     I cannot find, in the Garmin installation manual, how to
      >     physically build this network.
      >
      >     In some interconnect drawings (for example to connect the
      >     autopilot servos) they show the CAN wires going in and out of the
      >     connectors, therefore in this case I suppose I have to crimp 2
      >     wires in the same pin.
      >
      >     But in other drawings ( to connect to the AHARS or the Displays)
      >     they show a node connection, which I am wondering how to make it.
      >
      >     So, can anyone who knows how to do it, or already did it, please
      >     explain how do I physically connect the 2-wires shielded cables to
      >     obtain a correctly built CAN bus backbone.
      >
      >     Best
      >
      >     Carlos
      >
      >     
      >
      >     	
      >
      >     Sem vrus. www.avast.com <http://www.avast.com>
      >
      >
      >  
      > 	Sem vrus. www.avast.com 
      >  
      >
      >
      
      
________________________________________________________________________________
From: 
"Craig L. Reding" <clr(at)redingaviation.com>
Subject: 
Re: CAN Bus wiring
Date: 
Apr 15, 2016
      
      Carlos
      Don't know if you have seen some of the YouTube videos by SteinAir. He has s
      ome great videos on using solder sleeves and making up terminals. 
      I just finished wiring up my panel which is a G3x system using the info from
       Steins videos and the cartoons from Bob on splicing two wires together at a
       pin. 
      
      Keep your can bus runs as short as possible if you are not using shielded wi
      res and make sure that you use the termination at the end of the run and you
       should be fine
      
      Craig
      
      > On Apr 15, 2016, at 14:22, Rob Turk  wrote:
      > 
      > Hi Carlos,
      > 
      > CAN bus attaches all systems in parallel on a 2-wire bus. Each node/system
       has a CAN-Hi and a CAN-Lo pin. As you already found, each pin has two wires
       in the same pin, one coming from the       previous node and one going to t
      he next node. The first and the last node on the string have a terminating r
      esistor that you can place externally onto the cable, or when the node offer
      s one internally, by adding a jumper inside the last connector.
      > 
      > Not sure which AHRS drawings you are looking at, but some nodes offer othe
      r bus connections like RS-232 or RS-485. Is that what confused you?
      > 
      > Rob
      > 
      > 
      >> On 4/15/2016 7:04 PM, Carlos Trigo wrote:
      >> In the installation of a Garmin G3X system, to interconnect the various c
      omponents you have to build a network called CAN Bus, similar to the system c
      reated by BOSCH for the automotive industry.
      >>  
      >> I cannot find, in the Garmin installation manual, how to physically build
       this network.
      >> In some interconnect drawings (for example to connect the autopilot servo
      s) they show the CAN wires going in and out of the connectors, therefore in t
      his case I suppose I have to crimp 2 wires in the same pin.
      >> But in other drawings ( to connect to the AHARS or the Displays) they sho
      w a node connection, which I am wondering how to make it.
      >>  
      >> So, can anyone who knows how to do it, or already did it, please explain h
      ow do I physically connect the 2-wires shielded cables to obtain a correctly
       built CAN bus backbone.
      >>  
      >> Best
      >> Carlos 
      >>  
      >>  
      >>  
      >>  
      >>  
      >>  
      >> 
      >> 	Sem v=C3=ADrus. www.avast.com
      > 
      
________________________________________________________________________________
Subject: 
Re: CAN Bus wiring
From: 
Rob Turk <matronics(at)rtist.nl>
Date: 
Apr 15, 2016
      
      Hi Carlos,
      
      On the second drawing you can use the same method of putting two wires 
      in a single pin, this will be a valid CAN bus connection. That is the 
      'clean' option.
      
      However, this is a big connector with lots of tightly spaced pins. 
      Fitting two wires in each pin and connecting the shields may be a bit 
      difficult inside the connector cap. Therefor you can also use the 
      alternative of two small pieces of wire (a stub) and splice the CAN bus 
      to attach those two wires. It is equally valid for CAN bus, as long as 
      you keep the stub short (5 - 10 cm or so). Not as clean but equally valid.
      
      Rob
      
      
      On 4/15/2016 8:59 PM, Carlos Trigo wrote:
      >
      > Hi Rob
      >
      > I did understand that the CAN bus attaches all items in parallel on a 
      > 2-wire cable.
      >
      > I also understood that there are terminators to be put in the first 
      > and last nodes.
      >
      > My problem is with the intermediate nodes!
      >
      > In the case of the servos (please see the 1^st  attached pdf), I 
      > suppose that I will have to crimp 2 wires (in and out) in the same 
      > pin, thus making the continuity.
      >
      > But in the case of connecting the GSU 25 (AHARS) with the Display 
      > units (GDU 46X/37X) - please see the 2^nd attached pdf, in which the 
      > CAN bus is connected thru nodes inserted in the middle of the 2-wire 
      > cable - thats where I dont know how to physically make those 
      > connections.
      >
      > Should I strip a small length of the each wire and make a pigtail with 
      > a solder sleeve?
      >
      > Thanks
      >
      > Carlos
      >
      > *From:*owner-aeroelectric-list-server(at)matronics.com 
      > [mailto:owner-aeroelectric-list-server(at)matronics.com] *On Behalf Of 
      > *Rob Turk
      > *Sent:* sexta-feira, 15 de Abril de 2016 19:22
      > *To:* aeroelectric-list(at)matronics.com
      > *Subject:* Re: AeroElectric-List: CAN Bus wiring
      >
      > Hi Carlos,
      >
      > CAN bus attaches all systems in parallel on a 2-wire bus. Each 
      > node/system has a CAN-Hi and a CAN-Lo pin. As you already found, each 
      > pin has two wires in the same pin, one coming from the previous node 
      > and one going to the next node. The first and the last node on the 
      > string have a terminating resistor that you can place externally onto 
      > the cable, or when the node offers one internally, by adding a jumper 
      > inside the last connector.
      >
      > Not sure which AHRS drawings you are looking at, but some nodes offer 
      > other bus connections like RS-232 or RS-485. Is that what confused you?
      >
      > Rob
      >
      >
      > On 4/15/2016 7:04 PM, Carlos Trigo wrote:
      >
      >     In the installation of a Garmin G3X system, to interconnect the
      >     various components you have to build a network called CAN Bus,
      >     similar to the system created by BOSCH for the automotive industry.
      >
      >     I cannot find, in the Garmin installation manual, how to
      >     physically build this network.
      >
      >     In some interconnect drawings (for example to connect the
      >     autopilot servos) they show the CAN wires going in and out of the
      >     connectors, therefore in this case I suppose I have to crimp 2
      >     wires in the same pin.
      >
      >     But in other drawings ( to connect to the AHARS or the Displays)
      >     they show a node connection, which I am wondering how to make it.
      >
      >     So, can anyone who knows how to do it, or already did it, please
      >     explain how do I physically connect the 2-wires shielded cables to
      >     obtain a correctly built CAN bus backbone.
      >
      >     Best
      >
      >     Carlos
      >
      >     
      >
      >     	
      >
      >     Sem vrus. www.avast.com <http://www.avast.com>
      >
      >
      >  
      > 	Sem vrus. www.avast.com 
      >  
      >
      >
      
      
________________________________________________________________________________
Date: 
Apr 15, 2016
Subject: 
CAN Bus wiring
From: 
Charlie England <ceengland7(at)gmail.com>
      
      Quick & dirty pic of what I mentioned earlier as a 'stub'. Ignore colors; I
      just grabbed what was convenient to get the pic.
      Crimp or solder the 'stub' in one end of a butt splice (yellow in pic);
      apply your required pin to the other end. Cut into the bus backbone, and
      snip one of the wires in the pair. Insert *both* of the clipped wire ends
      into the other end of the butt splice.
      Repeat for the other wire in the pair.
      
      Assuming you've kept the shield on the backbone, if you can cut into the
      cable without actually cutting the shield (yes, it can almost always be
      done), then tape it up & you're done. If not, or you want a cleaner look,
      manage the shield as shown in Bob's book, with insulated stubs on each
      shield with a butt splice on the shield stubs. The shield does not need to
      enter the node's connector.
      
      Charlie
      
________________________________________________________________________________
From: 
Carlos Trigo <trigo(at)mail.telepac.pt>
Date: 
Apr 16, 2016
Subject: 
Re: CAN Bus wiring
      
      
      Thank you Charlie
      and Rob, Craig and Rick
      
      Now I have a bunch of solutions to my problem.
      
      Cheers
      Carlos
      
      Enviado do meu iPhone
      
      No dia 15/04/2016, s 21:12, Charlie England  escreveu:
      
      > Quick & dirty pic of what I mentioned earlier as a 'stub'. Ignore colors; I just
      grabbed what was convenient to get the pic. 
      > Crimp or solder the 'stub' in one end of a butt splice (yellow in pic); apply
      your required pin to the other end. Cut into the bus backbone, and snip one of
      the wires in the pair. Insert *both* of the clipped wire ends into the other
      end of the butt splice. 
      > Repeat for the other wire in the pair.
      > 
      > Assuming you've kept the shield on the backbone, if you can cut into the cable
      without actually cutting the shield (yes, it can almost always be done), then
      tape it up & you're done. If not, or you want a cleaner look, manage the shield
      as shown in Bob's book, with insulated stubs on each shield with a butt splice
      on the shield stubs. The shield does not need to enter the node's connector.
      > 
      > Charlie
      > <20160415_150157_resized.jpg>
      
      
________________________________________________________________________________
Date: 
Apr 15, 2016
From: 
Matt Dralle <dralle(at)matronics.com>
Subject: 
Re: Mk III Governor Wiring Diagram
      
      At 06:00 AM 4/15/2016 Friday, you wrote:
      >Need to do some trouble shooting (elevator trim) on my flying RV6A.  Its been
      a long time since installation and I cannot find my MK III Governor wiring diagram.
      Anyone able to help with an e-copy?  Have Infinity grips if that matters.
      > 
      >Thanks,
      > 
      >John
      
      
      Matt G Dralle | Matronics | 581 Jeannie Way | Livermore | CA | 94550
      925-606-1001 V | 925-606-6281 F | dralle(at)matronics.com Email
      http://www.matronics.com/ WWW | Featuring Products For Aircraft
      
      
________________________________________________________________________________
Subject: 
Re: Mk III Governor Wiring Diagram
From: 
John <rv6a(at)rogers.com>
Date: 
Apr 15, 2016
      
      
      Thank you very much Matt.
      
      John
      
      > On Apr 15, 2016, at 1:18 PM, Ralph E. Capen  wrote:
      > 
      > 
      > I'll look for mine at the hangar and scan them if I find them. 
      > 
      > I should keep an electronic copy anyway.....
      > 
      > 
      > 
      > -----Original Message-----
      > 
      > From: John 
      > 
      > Sent: Apr 15, 2016 9:00 AM
      > 
      > To: aeroelectric-list(at)matronics.com
      > 
      > Subject: AeroElectric-List: Mk III Governor Wiring Diagram
      > 
      > 
      > 
      > 
      > 
      > 
      > 
      > 
      > 
      > 
      > Need to do some trouble shooting (elevator 
      > trim) on my flying RV6A.  Its been a long time since installation 
      > and I cannot find my MK III Governor wiring diagram.  Anyone able to 
      > help with an e-copy?  Have Infinity grips if that matters.
      > 
      > 
      > 
      > 
      > 
      > 
      > Thanks,
      > 
      > John
      > 
      > 
      > 
      > 
      > 
      > 
      > 
      
      
________________________________________________________________________________
Date: 
Apr 16, 2016
From: 
speedy11(at)aol.com
Subject: 
Re: Capacitance fuel sensors
      
      Rick - 
      I installed the Princeton capacitance probes on my RV-8 and they are so unreliable
      as to be worthless.  Their only value is to close the hole cut in the adapter
      plate to accommodate them.
      I have calibrated them a dozen times - emptying the tanks and refilling them to
      the top one gallon at a time (mine have optional five point calibration).  I
      talked to Advanced Flight Systems (probes display on the AFS monitor) and to Princeton
      (when I could get them on the phone) and followed their instructions
      precisely.  Out of caution that I might be doing it wrong, I asked a friend to
      do the calibration without any input from me.  The results in all cases were
      the same and I get fuel gauge indications exactly as you described.  
      The concept of capaciitance fuel probes is simple and straight forward.  They should
      be simple to setup and should function without malfunction.  However, I
      have not talked to anyone who has good results from a capacitance system.
      The Belite probes are interesting in that you can get them in various lengths and
      they can accept multiple bends.  However, that makes me wonder how they can
      accurately sense the fluid level since the output is linear.
      But, I'm not an engineer.
      I have a fuel leak at the fuel probes so maybe it is time for me to buy the Belite
      probes and give them a try.  Worst case is I will have exactly what I have
      now - nothing.
      Fortunately, my fuel flow readings are accurate to about 0.2 gallons over a two
      hour flight.  So, I use the fuel flow reading to track my remaining fuel.
      We'll be curious to learn what you decide and how well your fuel system works.
      Stan Sutterfield
      Daytona Beach
      
      
      Does anyone have any experience with capacitance fuel sensors? My 2001 
      GlaStar has them (from a company called Centroid) and they don't seem to 
      be working right. I'm not sure if there's any troubleshooting I can do 
      or if just replacing them is the right option. They're supposed to put 
      out 0 (empty) to 5 (full) volts but one of them seems to be stuck at 
      4.75 volts. The other fluctuates around semi-randomly so the gauge will 
      read 1/4 then full then 1/2 and so forth.
      
      If replacement becomes the only option this new system from Belite 
      caught my eye:
      
      http://www.beliteaircraftstore.com/capacitance-fuel-probes/
      
      Any thoughts on that?
      
      --Rick
      
________________________________________________________________________________
Subject: 
Re: Capacitance fuel sensors
From: 
"donjohnston" <don@velocity-xl.com>
Date: 
Apr 16, 2016
      
      
      speedy11 wrote:
      > Rick - 
      >  I installed the Princeton capacitance probes on my RV-8 and they are so unreliable
      as to be worthless.  Their only value is to close the hole cut in the adapter
      plate to accommodate them.
      
      
      It sounds like you had these problems from day one, right?
      
      I have Princeton capacitance probes as well. They work fine with no problems so
      far.
      
      
      Read this topic online here:
      
      http://forums.matronics.com/viewtopic.php?p=455083#455083
      
      
________________________________________________________________________________
Date: 
Apr 16, 2016
Subject: 
switches
From: 
bob noffs <icubob(at)gmail.com>
      
      hi all,
       is there a correct way to orient battery and load on a switch when wiring?
       i am asking because of possible arcing in the switch if there is a wrong
      way.
       bob
      
________________________________________________________________________________
From: 
Carlos Trigo <trigo(at)mail.telepac.pt>
Subject: 
Where to install the GEA24 engine box and the GSU25
      AHRS (was CAN Bus wiring)
Date: 
Apr 16, 2016
      
      
      > Hi Craig
      > 
      > By the way, since you installed the G3X system very recently, I don't know
       which is your airplane, but where did you place the GEA24 (engine box) and t
      he GSU25 (AHARS module)?
      > 
      > Carlos
      > 
      > Enviado do meu iPhone
      > 
      > No dia 15/04/2016, =C3-s 20:43, Craig L. Reding 
       escreveu:
      > 
      >> Carlos
      >> Don't know if you have seen some of the YouTube videos by SteinAir. He ha
      s some great videos on using solder sleeves and making up terminals. 
      >> I just finished wiring up my panel which is a G3x system using the info f
      rom Steins videos and the cartoons from Bob on splicing two wires together a
      t a pin. 
      >> 
      >> Keep your can bus runs as short as possible if you are not using shielded
       wires and make sure that you use the termination at the end of the run and y
      ou should be fine
      >> 
      >> Craig
      >> 
      >>> On Apr 15, 2016, at 14:22, Rob Turk  wrote:
      >>> 
      >>> Hi Carlos,
      >>> 
      >>> CAN bus attaches all systems in parallel on a 2-wire bus. Each node/syst
      em has a CAN-Hi and a CAN-Lo pin. As you already found, each pin has two wir
      es in the same pin, one coming from the previous node and one going to the n
      ext node. The first and the last node on the string have a terminating resis
      tor that you can place externally onto the cable, or when the node offers on
      e internally, by adding a jumper inside the last connector.
      >>> 
      >>> Not sure which AHRS drawings you are looking at, but some nodes offer ot
      her bus connections like RS-232 or RS-485. Is that what confused you?
      >>> 
      >>> Rob
      >>> 
      >>> 
      >>>> On 4/15/2016 7:04 PM, Carlos Trigo wrote:
      >>>> In the installation of a Garmin G3X system, to interconnect the various
       components you have to build a network called CAN Bus, similar to the syste
      m created by BOSCH for the automotive industry.
      >>>>  
      >>>> I cannot find, in the Garmin installation manual, how to physically bui
      ld this network.
      >>>> In some interconnect drawings (for example to connect the autopilot ser
      vos) they show the CAN wires going in and out of the connectors, therefore i
      n this case I suppose I have to crimp 2 wires in the same pin.
      >>>> But in other drawings ( to connect to the AHARS or the Displays) they s
      how a node connection, which I am wondering how to make it.
      >>>>  
      >>>> So, can anyone who knows how to do it, or already did it, please explai
      n how do I physically connect the 2-wires shielded cables to obtain a correc
      tly built CAN bus backbone.
      >>>>  
      >>>> Best
      >>>> Carlos 
      >>>>  
      >>>>  
      >>>>  
      >>>>  
      >>>>  
      >>>>  
      >>>> 
      >>>> 	Sem v=C3=ADrus. www.avast.com
      >>> 
      
________________________________________________________________________________
Date: 
Apr 16, 2016
Subject: 
Re: Capacitance fuel sensors
From: 
Charlie England <ceengland7(at)gmail.com>
      
      On Sat, Apr 16, 2016 at 4:07 AM, donjohnston <don@velocity-xl.com> wrote:
      
      > don@velocity-xl.com>
      >
      >
      > speedy11 wrote:
      > > Rick -
      > >  I installed the Princeton capacitance probes on my RV-8 and they are so
      > unreliable as to be worthless.  Their only value is to close the hole cut
      > in the adapter plate to accommodate them.
      >
      >
      > It sounds like you had these problems from day one, right?
      >
      > I have Princeton capacitance probes as well. They work fine with no
      > problems so far.
      >
      >
      > Uh.....
      
________________________________________________________________________________
Date: 
Apr 16, 2016
From: 
Charles Kuss <chaskuss(at)yahoo.com>
Subject: 
Re: Capacitance fuel sensors
      
      
      Rick,
       If you are using auto fuel with ethanol in it, the ethanol content will totally
      mess up the capacitance senders. It's not the fault of the brand you are using
      or the design of the senders. This is an issue with ALL capacitance fuel sender
      systems operating in the presence of fuel with ethanol in it. The only cures
      are to either eliminate the use of ethanol laced gasoline OR to install a
      set of float style sending units.
      
      Charlie
      
      
       speedy11 wrote:
       > Rick - 
       > I installed the Princeton capacitance probes on
       my RV-8 and they are so unreliable as to be worthless.
       Their only value is to close the hole cut in the adapter
       plate to accommodate them.
      
      
       It sounds like you had these problems from day one, right?
      
       I have Princeton capacitance probes as well. They work fine
       with no problems so far.
      
      
       Read this topic online here:
      
       http://forums.matronics.com/viewtopic.php?p=455083#455083
      
      
       Lists This Month --
       Some AWESOME FREE Gifts!)
       Raiser. Click on
       more about
       Gifts provided
       www.buildersbooks.com
              -Matt
       Dralle, List Admin.
       AeroElectric-List Email Forum -
       - MATRONICS WEB FORUMS -
       List Contribution Web Site -
              -Matt
       Dralle, List Admin.
      
      
________________________________________________________________________________
Date: 
Apr 16, 2016
Subject: 
Re: Capacitance fuel sensors
From: 
William Hunter <billhuntersemail(at)gmail.com>
      
      Did you bend the probe in the place where it should not be bent?
      
      Bill Hunter
      On Apr 16, 2016 9:03 AM, "Charlie England"  wrote:
      
      >
      >
      > On Sat, Apr 16, 2016 at 4:07 AM, donjohnston <don@velocity-xl.com> wrote:
      >
      >> don@velocity-xl.com>
      >>
      >>
      >> speedy11 wrote:
      >> > Rick -
      >> >  I installed the Princeton capacitance probes on my RV-8 and they are
      >> so unreliable as to be worthless.  Their only value is to close the hole
      >> cut in the adapter plate to accommodate them.
      >>
      >>
      >> It sounds like you had these problems from day one, right?
      >>
      >> I have Princeton capacitance probes as well. They work fine with no
      >> problems so far.
      >>
      >>
      >> Uh.....
      >
      
________________________________________________________________________________
From: 
"William Hunter" <billhuntersemail(at)gmail.com>
Subject: 
ME CS-6AB Current Sensor Better Than Shunt and/or Hall
      Effect Device For Dynon MGL or Grand Rapids?!?!?!?
Date: 
Apr 16, 2016
      
      Hi Cyber-Electric Friends,
      
      
      I am rewiring a Velocity with a new Dynon SkyView system.  Naturally in
      search for the cheapest deal I spend 20 hours online just to save $1.50.
      
      
      I was looking for a CS-02 Grand Rapids Hall Effect Device to sense the
      amperage from my SD-20 when I stumbled upon this baby (ME CS-6AB).
      
      
      http://www.crazedpilot.com/high-accuracy-current-sensor-for-5v-input-5v-supp
      ly-engine-monitor-systems-dynon-mgl-grand-rapids-garmin-and-more-ems-efis-sy
      stems/
      
      
      So it looks really promising.it is a mini PC board that tie wraps onto the B
      Field wire of your alternator and it magically measures the current flowing
      through the wire.the advertisement states that it is BETTER THAN A SHUNT
      and/or the Grand Rapids CS-01/02 because:
      
      
      -It does have an advantage in that it just tie wraps onto the wire so you do
      not have an additional connector.
      
      -Works on any gauge wire.
      
      -It is supposed to be much more accurate.
      
      -It is cheaper.
      
      -It works with practically all EFIS systems.
      
      -It has an LED that looks cool.
      
      
      So does this thing really work???  Has anyone used it?  I don't want to
      spend 20 more hours on tech support trying to get this thing to work.
      
      
      Any feedback would be greatly appreciated!!!
      
      
      ..
      
      
      Cheers!!!
      
      
      Bill  Hunter
      
      
________________________________________________________________________________
From: 
"William Hunter" <billhuntersemail(at)gmail.com>
Subject: 
Re: Capacitance fuel sensors
Date: 
Apr 16, 2016
      
      
      Another thought on capacitance probes...
      
      If they never worked right then I would think the probes were bent in the do
      not bend area.
      
      If they worked well at one time and are unreliable now then there might be
      water in the system.
      
      If they work now but are very inaccurate, did you calibrate them using auto
      fuel (or some other liquid) and are now using 100LL (or some other liquid).
      When calibrating they need to be calibrated using the liquid you intend to
      run.  If you change your type of liquid AVGAS/MOGAS/JETA/WATER or other
      containments then they will always read wrong.
      
      ..
      
      Cheers!!!
      
      Bill  Hunter
      
      
      -----Original Message-----
      From: owner-aeroelectric-list-server(at)matronics.com
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of
      donjohnston
      Sent: Saturday, April 16, 2016 2:07 AM
      Subject: AeroElectric-List: Re: Capacitance fuel sensors
      
      
      speedy11 wrote:
      > Rick - 
      >  I installed the Princeton capacitance probes on my RV-8 and they are so
      unreliable as to be worthless.  Their only value is to close the hole cut in
      the adapter plate to accommodate them.
      
      
      It sounds like you had these problems from day one, right?
      
      I have Princeton capacitance probes as well. They work fine with no problems
      so far.
      
      
      Read this topic online here:
      
      http://forums.matronics.com/viewtopic.php?p=455083#455083
      
      
________________________________________________________________________________
Subject: 
Re: ME CS-6AB Current Sensor Better Than Shunt and/or
      Hall Effec
From: 
"user9253" <fransew(at)gmail.com>
Date: 
Apr 16, 2016
      
      
      If you really want to save money, do not install any kind of current sensor.  If
      the SkyView voltmeter indicates above 13 volts, then the alternator is working.
       An ammeter is nice to have but is not a necessity.
        What is the maximum current that the ME CS-6AB can measure?  Can it measure bi-directional
      current?
        Search eBay for item #201558698343 or for ACS758.  The disadvantage of these
      current sensors is that the aircraft power cable must be cut, resulting in more
      possible failure points.
      
      --------
      Joe Gores
      
      
      Read this topic online here:
      
      http://forums.matronics.com/viewtopic.php?p=455116#455116
      
      
________________________________________________________________________________
Subject: 
Re: Capacitance fuel sensors
From: 
Rick Beebe <rick(at)beebe.org>
Date: 
Apr 16, 2016
      
      
      I know you may be addressing Stan's issues but some of it may apply to 
      me. I just bought the plane in December. The seller had bought a 
      replacement gauge so he knew there was a problem but I don't know for 
      how long. I tested the installed gauge and it's fine.
      
      No water shows up when I sump the tanks. As far as I know it's never had 
      mogas in it. Always 100LL. It's very perplexing.
      
      --Rick
      
      On 4/16/2016 5:19 PM, William Hunter wrote:
      >
      > Another thought on capacitance probes...
      >
      > If they never worked right then I would think the probes were bent in the do
      > not bend area.
      >
      > If they worked well at one time and are unreliable now then there might be
      > water in the system.
      >
      > If they work now but are very inaccurate, did you calibrate them using auto
      > fuel (or some other liquid) and are now using 100LL (or some other liquid).
      > When calibrating they need to be calibrated using the liquid you intend to
      > run.  If you change your type of liquid AVGAS/MOGAS/JETA/WATER or other
      > containments then they will always read wrong.
      >
      > ..
      >
      > Cheers!!!
      >
      > Bill  Hunter
      >
      >
      > -----Original Message-----
      > From: owner-aeroelectric-list-server(at)matronics.com
      > [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of
      > donjohnston
      > Sent: Saturday, April 16, 2016 2:07 AM
      > To: aeroelectric-list(at)matronics.com
      > Subject: AeroElectric-List: Re: Capacitance fuel sensors
      >
      >
      > speedy11 wrote:
      >> Rick -
      >>   I installed the Princeton capacitance probes on my RV-8 and they are so
      > unreliable as to be worthless.  Their only value is to close the hole cut in
      > the adapter plate to accommodate them.
      >
      >
      > It sounds like you had these problems from day one, right?
      >
      > I have Princeton capacitance probes as well. They work fine with no problems
      > so far.
      
      
________________________________________________________________________________
From: 
"William Hunter" <billhuntersemail(at)gmail.com>
Subject: 
Re: Capacitance fuel sensors
Date: 
Apr 16, 2016
      
      
      A capacitance fuel probe is just a small metallic wire sticking down the
      center of a larger diameter metallic tube. 
      
      Even if you run MOGAS today (or kerosene or water or vodka) it does not
      matter next week what happened today once the offending liquid is removed
      and the original liquid is installed in the tank.
      
      All the capacitance probes measure is the resistance between an inner
      conductor (wire) and an outer tube that is also a conductor because a given
      liquid will have a certain resistance between the outer conductor and the
      inner conductor and that resistance will change as the liquid in the gas
      tank rises up the probe(s) as you fill or empty the tank.  
      
      Has your capacitance probes ever read correctly?
      
      If when building the airplane the builder was too cheap to buy 100LL and
      used MOGAS or water or beer to calibrate the fuel probes (pouring in 5
      gallons at a time...looking at the reading on the fuel gauge...then pouring
      in 5 more gallons...repeat) then the system was calibrated based on the
      liquid that was used.  If he used 100LL to calibrate the system and then now
      the readings are various and unreliable then the question would be where are
      the lowest point of the probes located...are they at the very lowest point
      of the tank???  If so then there might be some water puddled there at the
      very lowest part of the tank and if that just happens to be where the fuel
      probe bottom is located then there might be some water puddled around the
      very bottom of the fuel probe and this water is screwing around with the
      resistance readings of the probes.
      
      If there is no water in the fuel and lets say you have always run MOGAS and
      the fuel probes were calibrated using MOGAS and this day you dump in 50
      gallons of AVGAS then you could expect to see a difference in the
      max/mid/low quantity indications of your gauges...once you have burned or
      dumped out that fuel load and have refueled with MOGAS then the gauges would
      read correctly because the liquid in the tanks is the correct resistance.
      
      ..
      
      Cheers!!!
      
      Bill  Hunter
      
      
      -----Original Message-----
      From: owner-aeroelectric-list-server(at)matronics.com
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Rick
      Beebe
      Sent: Saturday, April 16, 2016 6:25 PM
      Subject: Re: AeroElectric-List: Re: Capacitance fuel sensors
      
      
      I know you may be addressing Stan's issues but some of it may apply to me. I
      just bought the plane in December. The seller had bought a replacement gauge
      so he knew there was a problem but I don't know for how long. I tested the
      installed gauge and it's fine.
      
      No water shows up when I sump the tanks. As far as I know it's never had
      mogas in it. Always 100LL. It's very perplexing.
      
      --Rick
      
      On 4/16/2016 5:19 PM, William Hunter wrote:
      > --> 
      >
      > Another thought on capacitance probes...
      >
      > If they never worked right then I would think the probes were bent in 
      > the do not bend area.
      >
      > If they worked well at one time and are unreliable now then there 
      > might be water in the system.
      >
      > If they work now but are very inaccurate, did you calibrate them using 
      > auto fuel (or some other liquid) and are now using 100LL (or some other
      liquid).
      > When calibrating they need to be calibrated using the liquid you 
      > intend to run.  If you change your type of liquid 
      > AVGAS/MOGAS/JETA/WATER or other containments then they will always read
      wrong.
      >
      > ..
      >
      > Cheers!!!
      >
      > Bill  Hunter
      >
      >
      > -----Original Message-----
      > From: owner-aeroelectric-list-server(at)matronics.com
      > [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of 
      > donjohnston
      > Sent: Saturday, April 16, 2016 2:07 AM
      > To: aeroelectric-list(at)matronics.com
      > Subject: AeroElectric-List: Re: Capacitance fuel sensors
      >
      > --> <don@velocity-xl.com>
      >
      >
      > speedy11 wrote:
      >> Rick -
      >>   I installed the Princeton capacitance probes on my RV-8 and they 
      >> are so
      > unreliable as to be worthless.  Their only value is to close the hole 
      > cut in the adapter plate to accommodate them.
      >
      >
      > It sounds like you had these problems from day one, right?
      >
      > I have Princeton capacitance probes as well. They work fine with no 
      > problems so far.
      
      
________________________________________________________________________________
Subject: 
Re: Capacitance fuel sensors
From: 
Rick Beebe <rick(at)beebe.org>
Date: 
Apr 16, 2016
      
      
      On 4/16/2016 11:15 PM, William Hunter wrote:
      > Has your capacitance probes ever read correctly?
      
      I presume the builder and the subsequent buyer (his son, actually) 
      wouldn't have let the plane go 14 years with wrong gauges. The rest of 
      his craftsmanship is too good for that.
      
      > If when building the airplane the builder was too cheap to buy 100LL and
      > used MOGAS or water or beer to calibrate the fuel probes (pouring in 5
      > gallons at a time...looking at the reading on the fuel gauge...then pouring
      > in 5 more gallons...repeat) then the system was calibrated based on the
      > liquid that was used.
      
      Actually calibration is a lot simpler than that with this system. 
      There's an 'empty' pot that you adjust with no fuel in the tank until 
      the gauges (which are really just relabeled volt meters) read empty. 
      Then fill the tanks and adjust the "full" pot until the gauge reads 
      full. One of the needles wasn't pointing to full and I was able to 
      adjust that. But it often seems to drop to 1/4 and then go back up. I 
      guess I'm concluding that maybe the sender is broken and that inner wire 
      is moving places it shouldn't.
      
      --Rick
      
      
________________________________________________________________________________
From: 
"William Hunter" <billhuntersemail(at)gmail.com>
Subject: 
Re: ME CS-6AB Current Sensor Better Than Shunt
      and/or Hall Effec
Date: 
Apr 16, 2016
      
      
      > If you really want to save money, do not install any kind of current
      sensor.  If the SkyView voltmeter indicates above 13 volts, then the
      alternator is working.   An ammeter is nice to have but is not a necessity.
      
      Hmmmm...of course I did not think of that...
      
      Why...because I paid damn good money for all of this fancy colorful Dynon
      crap and I have maxed out ALL 37 pins of the Dynon 37 pin (actually it is
      more like 33 pins) connector with a bunch of superfluous crap to the point
      where I just want to look stare at all of the fancy colors on the
      screen...and just like a moth flying into a flame...I do not wat to even
      look outside the airplane...I just want to stare at my BIG TEN INCH screen
      and congratulate myself that my SD-20 alternator (something that I really
      don't even need) is putting out 20.3 AMPS  and give myself a big "high five"
      right before I crash into Mount Whitney....
      
      > What is the maximum current that the ME CS-6AB can measure?  
      
      Don't know....good question...
      
      >Can it measure bi-directional current?
      
      Don't know...good question...
      
      Thanks for the leads!!!
      
      ..
      
      Cheers!!!
      
      Bill  Hunter
      
      
      -----Original Message-----
      From: owner-aeroelectric-list-server(at)matronics.com
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of user9253
      Sent: Saturday, April 16, 2016 4:31 PM
      Subject: AeroElectric-List: Re: ME CS-6AB Current Sensor Better Than Shunt
      and/or Hall Effec
      
      
      If you really want to save money, do not install any kind of current sensor.
      If the SkyView voltmeter indicates above 13 volts, then the alternator is
      working.   An ammeter is nice to have but is not a necessity.
        What is the maximum current that the ME CS-6AB can measure?  Can it
      measure bi-directional current?
        Search eBay for item #201558698343 or for ACS758.  The disadvantage of
      these current sensors is that the aircraft power cable must be cut,
      resulting in more possible failure points.
      
      --------
      Joe Gores
      
      
      Read this topic online here:
      
      http://forums.matronics.com/viewtopic.php?p=455116#455116
      
      
________________________________________________________________________________
Subject: 
Re: Capacitance fuel sensors
From: 
Bill Maxwell <wrmaxwell(at)bigpond.com>
Date: 
Apr 17, 2016
      
      Not  quite so Bill. The probe is measuring capacitance, not resistance, 
      hence the name.
      
      Bill
      
      On 17/04/2016 1:15 PM, William Hunter wrote:
      >
      > A capacitance fuel probe is just a small metallic wire sticking down the
      > center of a larger diameter metallic tube.
      >
      > Even if you run MOGAS today (or kerosene or water or vodka) it does not
      > matter next week what happened today once the offending liquid is removed
      > and the original liquid is installed in the tank.
      >
      > All the capacitance probes measure is the resistance between an inner
      > conductor (wire) and an outer tube that is also a conductor because a given
      > liquid will have a certain resistance between the outer conductor and the
      > inner conductor and that resistance will change as the liquid in the gas
      > tank rises up the probe(s) as you fill or empty the tank.
      >
      > Has your capacitance probes ever read correctly?
      >
      > If when building the airplane the builder was too cheap to buy 100LL and
      > used MOGAS or water or beer to calibrate the fuel probes (pouring in 5
      > gallons at a time...looking at the reading on the fuel gauge...then pouring
      > in 5 more gallons...repeat) then the system was calibrated based on the
      > liquid that was used.  If he used 100LL to calibrate the system and then now
      > the readings are various and unreliable then the question would be where are
      > the lowest point of the probes located...are they at the very lowest point
      > of the tank???  If so then there might be some water puddled there at the
      > very lowest part of the tank and if that just happens to be where the fuel
      > probe bottom is located then there might be some water puddled around the
      > very bottom of the fuel probe and this water is screwing around with the
      > resistance readings of the probes.
      >
      > If there is no water in the fuel and lets say you have always run MOGAS and
      > the fuel probes were calibrated using MOGAS and this day you dump in 50
      > gallons of AVGAS then you could expect to see a difference in the
      > max/mid/low quantity indications of your gauges...once you have burned or
      > dumped out that fuel load and have refueled with MOGAS then the gauges would
      > read correctly because the liquid in the tanks is the correct resistance.
      >
      > ..
      >
      > Cheers!!!
      >
      > Bill  Hunter
      >
      >
      > -----Original Message-----
      > From: owner-aeroelectric-list-server(at)matronics.com
      > [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Rick
      > Beebe
      > Sent: Saturday, April 16, 2016 6:25 PM
      > To: aeroelectric-list(at)matronics.com
      > Subject: Re: AeroElectric-List: Re: Capacitance fuel sensors
      >
      >
      > I know you may be addressing Stan's issues but some of it may apply to me. I
      > just bought the plane in December. The seller had bought a replacement gauge
      > so he knew there was a problem but I don't know for how long. I tested the
      > installed gauge and it's fine.
      >
      > No water shows up when I sump the tanks. As far as I know it's never had
      > mogas in it. Always 100LL. It's very perplexing.
      >
      > --Rick
      >
      > On 4/16/2016 5:19 PM, William Hunter wrote:
      >> --> 
      >>
      >> Another thought on capacitance probes...
      >>
      >> If they never worked right then I would think the probes were bent in
      >> the do not bend area.
      >>
      >> If they worked well at one time and are unreliable now then there
      >> might be water in the system.
      >>
      >> If they work now but are very inaccurate, did you calibrate them using
      >> auto fuel (or some other liquid) and are now using 100LL (or some other
      > liquid).
      >> When calibrating they need to be calibrated using the liquid you
      >> intend to run.  If you change your type of liquid
      >> AVGAS/MOGAS/JETA/WATER or other containments then they will always read
      > wrong.
      >> ..
      >>
      >> Cheers!!!
      >>
      >> Bill  Hunter
      >>
      >>
      >> -----Original Message-----
      >> From: owner-aeroelectric-list-server(at)matronics.com
      >> [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of
      >> donjohnston
      >> Sent: Saturday, April 16, 2016 2:07 AM
      >> To: aeroelectric-list(at)matronics.com
      >> Subject: AeroElectric-List: Re: Capacitance fuel sensors
      >>
      >> --> <don@velocity-xl.com>
      >>
      >>
      >> speedy11 wrote:
      >>> Rick -
      >>>    I installed the Princeton capacitance probes on my RV-8 and they
      >>> are so
      >> unreliable as to be worthless.  Their only value is to close the hole
      >> cut in the adapter plate to accommodate them.
      >>
      >>
      >> It sounds like you had these problems from day one, right?
      >>
      >> I have Princeton capacitance probes as well. They work fine with no
      >> problems so far.
      >
      >
      
      
________________________________________________________________________________
From: 
"William Hunter" <billhuntersemail(at)gmail.com>
Subject: 
Re: Capacitance fuel sensors
Date: 
Apr 17, 2016
      
      > The probe is measuring capacitance, not resistance, hence the name.
      
      
      !!!DANG!!!  My bad.I thought we were talking about "resistant-ance probes".
      As Anna Rosanna Danna would say. "well.never mind"
      
      
      You are right.I misread my Westberg MFG capacitance probes instruction
      manual.it does talk about the resistance values of the medium being
      measured.. "The fuel sender works by supplying a small amount of precise
      power to the outer aluminum tube of the probe and the amount of this power
      is induced into a second conductor inside the tube (and insulated from it)
      and it depends on the resistance values of the medium's separating the two
      conductors a microprocessor in the head of the probe measures the induced
      potential amplifies it and sends it to the gauge.  As the amount of fuel in
      the probe decreases from burn off the amount of air increases does
      continuously changing the amount of power being induced.
      
      
      Well I have learned.when I am trying to pee with the Big Dawgs on the
      Aeroelectric list I am bound to get some over spray sometimes..
      
      ..
      
      
      Thanks for keeping me honest!!!
      
      
      Bill  Hunter
      
      
      From: owner-aeroelectric-list-server(at)matronics.com
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Bill
      Maxwell
      Sent: Sunday, April 17, 2016 12:05 AM
      Subject: Re: AeroElectric-List: Re: Capacitance fuel sensors
      
      
      Not  quite so Bill. The probe is measuring capacitance, not resistance,
      hence the name.
      
      Bill
      
      On 17/04/2016 1:15 PM, William Hunter wrote:
      
       
      
      A capacitance fuel probe is just a small metallic wire sticking down the
      center of a larger diameter metallic tube. 
      
      Even if you run MOGAS today (or kerosene or water or vodka) it does not
      matter next week what happened today once the offending liquid is removed
      and the original liquid is installed in the tank.
      
      All the capacitance probes measure is the resistance between an inner
      conductor (wire) and an outer tube that is also a conductor because a given
      liquid will have a certain resistance between the outer conductor and the
      inner conductor and that resistance will change as the liquid in the gas
      tank rises up the probe(s) as you fill or empty the tank.  
      
      Has your capacitance probes ever read correctly?
      
      If when building the airplane the builder was too cheap to buy 100LL and
      used MOGAS or water or beer to calibrate the fuel probes (pouring in 5
      gallons at a time...looking at the reading on the fuel gauge...then pouring
      in 5 more gallons...repeat) then the system was calibrated based on the
      liquid that was used.  If he used 100LL to calibrate the system and then now
      the readings are various and unreliable then the question would be where are
      the lowest point of the probes located...are they at the very lowest point
      of the tank???  If so then there might be some water puddled there at the
      very lowest part of the tank and if that just happens to be where the fuel
      probe bottom is located then there might be some water puddled around the
      very bottom of the fuel probe and this water is screwing around with the
      resistance readings of the probes.
      
      If there is no water in the fuel and lets say you have always run MOGAS and
      the fuel probes were calibrated using MOGAS and this day you dump in 50
      gallons of AVGAS then you could expect to see a difference in the
      max/mid/low quantity indications of your gauges...once you have burned or
      dumped out that fuel load and have refueled with MOGAS then the gauges would
      read correctly because the liquid in the tanks is the correct resistance.
      
      ..
      
      Cheers!!!
      
      Bill  Hunter
      
      
      -----Original Message-----
      From: owner-aeroelectric-list-server(at)matronics.com
       
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Rick
      Beebe
      Sent: Saturday, April 16, 2016 6:25 PM
      
      Subject: Re: AeroElectric-List: Re: Capacitance fuel sensors
      
      
      
      I know you may be addressing Stan's issues but some of it may apply to me. I
      just bought the plane in December. The seller had bought a replacement gauge
      so he knew there was a problem but I don't know for how long. I tested the
      installed gauge and it's fine.
      
      No water shows up when I sump the tanks. As far as I know it's never had
      mogas in it. Always 100LL. It's very perplexing.
      
      --Rick
      
      On 4/16/2016 5:19 PM, William Hunter wrote:
      
      -->   
      
      Another thought on capacitance probes...
      
      If they never worked right then I would think the probes were bent in 
      the do not bend area.
      
      If they worked well at one time and are unreliable now then there 
      might be water in the system.
      
      If they work now but are very inaccurate, did you calibrate them using 
      auto fuel (or some other liquid) and are now using 100LL (or some other
      
      liquid).
      
      When calibrating they need to be calibrated using the liquid you 
      intend to run.  If you change your type of liquid 
      AVGAS/MOGAS/JETA/WATER or other containments then they will always read
      
      wrong.
      
      
      ..
      
      Cheers!!!
      
      Bill  Hunter
      
      
      -----Original Message-----
      From: owner-aeroelectric-list-server(at)matronics.com
       
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of 
      donjohnston
      Sent: Saturday, April 16, 2016 2:07 AM
      
      Subject: AeroElectric-List: Re: Capacitance fuel sensors
      
      -->  don@velocity-xl.com> 
      
      
      speedy11 wrote:
      
      Rick -
        I installed the Princeton capacitance probes on my RV-8 and they 
      are so
      
      unreliable as to be worthless.  Their only value is to close the hole 
      cut in the adapter plate to accommodate them.
      
      
      It sounds like you had these problems from day one, right?
      
      I have Princeton capacitance probes as well. They work fine with no 
      problems so far.
      
      
________________________________________________________________________________
From: 
Stephen Richards <stephencliverichards(at)gmail.com>
Subject: 
Re: Capacitance fuel sensors
Date: 
Apr 17, 2016
      
      We did have a capacitance sensor not sure the make but the zero setting pot
       whent intermittent so reading kept varying so replaced with a resistor typ
      e.
      Clive 
      
      -----Original Message-----
      From: "William Hunter" <billhuntersemail(at)gmail.com>
      Sent: =8E17/=8E04/=8E2016 13:12
      Subject: RE: AeroElectric-List: Re: Capacitance fuel sensors
      
      > The probe is measuring capacitance, not resistance, hence the name.
      
      !!!DANG!!!  My badI thought we were talking about =9Cresista
      nt-ance probes=9D  As Anna Rosanna Danna would say 
      =9Cwellnever mind=9D
      
      You are rightI misread my Westberg MFG capacitance probes instruct
      ion manualit does talk about the resistance values of the medium b
      eing measured. =9CThe fuel sender works by supplying a small
       amount of precise power to the outer aluminum tube of the probe and the am
      ount of this power is induced into a second conductor inside the tube (and 
      insulated from it) and it depends on the resistance values of the medium's 
      separating the two conductors a microprocessor in the head of the probe mea
      sures the induced potential amplifies it and sends it to the gauge.  As the
       amount of fuel in the probe decreases from burn off the amount of air incr
      eases does continuously changing the amount of power being induced.
      
      Well I have learnedwhen I am trying to pee with the Big Dawgs on t
      he Aeroelectric list I am bound to get some over spray sometimes.
      ..
      
      Thanks for keeping me honest!!!
      
      Bill  Hunter
      
      From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectr
      ic-list-server(at)matronics.com] On Behalf Of Bill Maxwell
      Sent: Sunday, April 17, 2016 12:05 AM
      Subject: Re: AeroElectric-List: Re: Capacitance fuel sensors
      
      Not  quite so Bill. The probe is measuring capacitance, not resistance, hen
      ce the name.
      
      Bill
      On 17/04/2016 1:15 PM, William Hunter wrote:
      @gmail.com> A capacitance fuel probe is just a small metallic wire sticking
       down thecenter of a larger diameter metallic tube.  Even if you run MOGAS 
      today (or kerosene or water or vodka) it does notmatter next week what happ
      ened today once the offending liquid is removedand the original liquid is i
      nstalled in the tank. All the capacitance probes measure is the resistance 
      between an innerconductor (wire) and an outer tube that is also a conductor
       because a givenliquid will have a certain resistance between the outer con
      ductor and theinner conductor and that resistance will change as the liquid
       in the gastank rises up the probe(s) as you fill or empty the tank.   Has 
      your capacitance probes ever read correctly? If when building the airplane 
      the builder was too cheap to buy 100LL andused MOGAS or water or beer to ca
      librate the fuel probes (pouring in 5gallons at a time...looking at the rea
      ding on the fuel gauge...then pouringin 5 more gallons...repeat) then the s
      ystem was calibrated based on theliquid that was used.  If he used 100LL to
       calibrate the system and then nowthe readings are various and unreliable t
      hen the question would be where arethe lowest point of the probes located..
      .are they at the very lowest pointof the tank???  If so then there might be
       some water puddled there at thevery lowest part of the tank and if that ju
      st happens to be where the fuelprobe bottom is located then there might be 
      some water puddled around thevery bottom of the fuel probe and this water i
      s screwing around with theresistance readings of the probes. If there is no
       water in the fuel and lets say you have always run MOGAS andthe fuel probe
      s were calibrated using MOGAS and this day you dump in 50gallons of AVGAS t
      hen you could expect to see a difference in themax/mid/low quantity indicat
      ions of your gauges...once you have burned ordumped out that fuel load and 
      have refueled with MOGAS then the gauges wouldread correctly because the li
      quid in the tanks is the correct resistance. .. Cheers!!! Bill  Hunter  ---
      --Original Message-----From: owner-aeroelectric-list-server(at)matronics.com[m
      ailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of RickBeebeS
      ent: Saturday, April 16, 2016 6:25 PMTo: aeroelectric-list(at)matronics.comSub
      ject: Re: AeroElectric-List: Re: Capacitance fuel sensors --> AeroElectric-
      List message posted by: Rick Beebe  I know you may be addre
      ssing Stan's issues but some of it may apply to me. Ijust bought the plane 
      in December. The seller had bought a replacement gaugeso he knew there was 
      a problem but I don't know for how long. I tested theinstalled gauge and it
      's fine. No water shows up when I sump the tanks. As far as I know it's nev
      er hadmogas in it. Always 100LL. It's very perplexing. --Rick On 4/16/2016 
      liam Hunter" -->  Another thought on capacitanc
      e probes... If they never worked right then I would think the probes were b
      ent in the do not bend area. If they worked well at one time and are unreli
      able now then there might be water in the system. If they work now but are 
      very inaccurate, did you calibrate them using auto fuel (or some other liqu
      id) and are now using 100LL (or some otherliquid).When calibrating they nee
      d to be calibrated using the liquid you intend to run.  If you change your 
      type of liquid AVGAS/MOGAS/JETA/WATER or other containments then they will 
      always readwrong. .. Cheers!!! Bill  Hunter  -----Original Message-----From
      : owner-aeroelectric-list-server(at)matronics.com[mailto:owner-aeroelectric-li
      st-server(at)matronics.com] On Behalf Of donjohnstonSent: Saturday, April 16, 
      2016 2:07 AMTo: aeroelectric-list(at)matronics.comSubject: AeroElectric-List: 
      ohnston" --> <don@velocity-xl.com>  speedy11 wrote:Rick -  I installed the 
      Princeton capacitance probes on my RV-8 and they are sounreliable as to be 
      worthless.  Their only value is to close the hole cut in the adapter plate 
      to accommodate them.  It sounds like you had these problems from day one, r
      ight? I have Princeton capacitance probes as well. They work fine with no p
      roblems so far.           
      
________________________________________________________________________________
Date: 
Apr 17, 2016
From: 
"Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: 
Re: switches
      
      At 06:36 AM 4/16/2016, you wrote:
      >hi all,
      >=C2 is there a correct way to orient battery and load on a switch when
       wiring?
      >=C2 i am asking because of possible arcing in the 
      >switch if there is a wrong way.
      >=C2 bob
      
         No. See
      
      http://tinyurl.com/zw2f7g3
      
      http://tinyurl.com/jcmdelo
      
      
         Bob . . . 
      
________________________________________________________________________________
Date: 
Apr 17, 2016
From: 
"Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: 
Re: ME CS-6AB Current Sensor Better Than   Shunt and/or
      Hall Effect Device For Dynon MGL or Grand Rapids?!?!?!?
      
      At 11:56 AM 4/16/2016, you wrote:
      >Hi Cyber-Electric Friends,
      >
      >I am rewiring a Velocity with a new Dynon SkyView system.  Naturally 
      >in search for the cheapest deal I spend 20 hours online just to save $1.50.
      >
      >I was looking for a CS-02 Grand Rapids Hall Effect Device to sense 
      >the amperage from my SD-20 when I stumbled upon this baby (ME CS-6AB).
      >
      ><http://www.crazedpilot.com/high-accuracy-current-sensor-for-5v-input-5v-supply-engine-monitor-systems-dynon-mgl-grand-rapids-garmin-and-more-ems-efis-systems/>http://www.crazedpilot.com/high-accuracy-current-sensor-for-5v-input-5v-supply-engine-monitor-systems-dynon-mgl-grand-rapids-garmin-and-more-ems-efis-systems/
      
         This is a later evolution of the b-lead current
         sensor that B&C ships with their SD-20/SB-1A
         autoswitching standby alternator. This device
         probably uses the same core component
      
      http://tinyurl.com/jac8fl8
      
         This . . . and dozens of similar hall effect
         devices are adaptable to EIS systems that
         allow user programming for gain and scale
         factor on their analog inputs.
      
      
         Bob . . . 
      
________________________________________________________________________________
Date: 
Apr 17, 2016
From: 
"Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: 
Re: ME CS-6AB Current Sensor Better   Than Shunt
      and/or Hall Effec
      
      At 06:30 PM 4/16/2016, you wrote:
      >
      >If you really want to save money, do not install any kind of current 
      >sensor.  If the SkyView voltmeter indicates above 13 volts, then the 
      >alternator is working.   An ammeter is nice to have but is not a necessity.
      >   What is the maximum current that the ME CS-6AB can measure?  Can 
      > it measure bi-directional current?
      >   Search eBay for item #201558698343 or for ACS758.  The 
      > disadvantage of these current sensors is that the aircraft power 
      > cable must be cut, resulting in more possible failure points.
      
         Certainly, the b-lead must pass through the sensor
         but this usually means you cut off the existing
         terminal, thread the wire through then replace
         the terminal.
      
         A ammeter on the SD-20 is useful as a load-shedding
         guide when operating from the SD-20 only. The SB-1
         regulators from B&C have the current-sense/load-shed
         feature built into them . . . but some form of b-lead
         current sensing is a useful flight management tool.
      
         No so for the main alternator where b-lead current
         is more useful as a maintenance diagnostic tool than
         an in flight power management tool.
      
      
         Bob . . . 
      
________________________________________________________________________________
Date: 
Apr 17, 2016
Subject: 
cheap sheath for fusible link
From: 
Charlie England <ceengland7(at)gmail.com>
      
      Ever in search of the cheap (and hopefully, safe) solution, I stumbled upon
      the idea shown below. No fiberglass in the sheath, but given the short
      duration of a thermal event if the fusible link blows, I'm expecting the
      silicone tubing to contain the melted material.
      
      I sourced the tubing from ebay; 2 meters each of 2, 3, 4, & 5mm for a total
      of $6.53 including free shipping from China.
      
      Charlie
      
________________________________________________________________________________
Date: 
Apr 17, 2016
Subject: 
Fwd: cheap sheath for fusible link
From: 
Charlie England <ceengland7(at)gmail.com>
      
      Ever in search of the cheap (and hopefully, safe) solution, I stumbled upon
      the idea shown below. No fiberglass in the sheath, but given the short
      duration of a thermal event if the fusible link blows, I'm expecting the
      silicone tubing to contain the melted material.
      
      I sourced the tubing from ebay; 2 meters each of 2, 3, 4, & 5mm for a total
      of $6.53 including free shipping from China.
      
      Charlie
      forgot the link:
      http://www.ebay.com/itm/191618065886?_trksid=p2057872.m2749.l2649&var=490687568380&ssPageName=STRK%3AMEBIDX%3AIT
      
________________________________________________________________________________
Subject: 
Re: switches
From: 
"user9253" <fransew(at)gmail.com>
Date: 
Apr 17, 2016
      
      
      > is there a correct way to orient battery and load on a switch when wiring?  i
      am asking because of possible arcing in the switch if there is a wrong way.
      
      Arcing can be minimized by connecting a diode in parallel with an inductive load
      with the diode arrow pointing towards positive.  If it is impractical to locate
      the diode close to the inductive load, the diode could be located at the switch
      (but still in parallel with the load).
      
      --------
      Joe Gores
      
      
      Read this topic online here:
      
      http://forums.matronics.com/viewtopic.php?p=455140#455140
      
      
________________________________________________________________________________
Date: 
Apr 17, 2016
Subject: 
Fwd: cheap sheath for fusible link
From: 
"sauli.aalto" <sauli.aalto(at)gmail.com>
      
      CiAgICAKR29vZCBpZGVhIGJ1dCB3b3VsZCBub3Qgc2hyaW5rIHR1YmUgZG8gdGhlIHNhbWUgam9i
      P8KgCgoKU2tpY2thdCBmcsOlbiBtaW4gU2Ftc3VuZy1lbmhldAoKLS0tLS0tLS0gT3JpZ2luYWxt
      ZWRkZWxhbmRlIC0tLS0tLS0tCkZyw6VuOiBDaGFybGllIEVuZ2xhbmQgPGNlZW5nbGFuZDdAZ21h
      aWwuY29tPiAKRGF0dW06IDIwMTYtMDQtMTcgIDE1OjU5ICAoR01UKzAxOjAwKSAKVGlsbDogYWVy
      b2VsZWN0cmljLWxpc3RAbWF0cm9uaWNzLmNvbSAKUnVicmlrOiBBZXJvRWxlY3RyaWMtTGlzdDog
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      dmVuIHRoZSBzaG9ydCBkdXJhdGlvbiBvZiBhIHRoZXJtYWwgZXZlbnQgaWYgdGhlIGZ1c2libGUg
      bGluayBibG93cywgSSdtIGV4cGVjdGluZyB0aGUgc2lsaWNvbmUgdHViaW5nIHRvIGNvbnRhaW4g
      dGhlIG1lbHRlZCBtYXRlcmlhbC7CoApJIHNvdXJjZWQgdGhlIHR1YmluZyBmcm9tIGViYXk7IDIg
      bWV0ZXJzIGVhY2ggb2YgMiwgMywgNCwgJiA1bW0gZm9yIGEgdG90YWwgb2YgJDYuNTMgaW5jbHVk
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      MjY0OSZ2YXI9NDkwNjg3NTY4MzgwJnNzUGFnZU5hbWU9U1RSSyUzQU1FQklEWCUzQUlUCgoKCgo
      
________________________________________________________________________________
From: 
Roger <rnjcurtis(at)charter.net>
Subject: 
Fwd: cheap sheath for fusible link
Date: 
Apr 17, 2016
      
      
      Sent from Mail for Windows 10
      
      From: sauli.aalto
      Sent: Sunday, April 17, 2016 10:32 AM
      Subject: SV: AeroElectric-List: Fwd: cheap sheath for fusible link
      
      
      Ever in search of the cheap (and hopefully, safe) solution, I stumbled upon
       the idea shown below. No fiberglass in the sheath, but given the short dur
      ation of a thermal event if the fusible link blows, I'm expecting the silic
      one tubing to contain the melted material.=C2-
      
      	Have you tried this on the bench?  Depending on the load through the link,
       it might get hot and stay that way for a relatively long duration before m
      elting the wire and breaking electrical contact.  I believe that the silico
      ne tubing might melt and expose other adjacent wires to the high temperatur
      e, resulting in a total meltdown.  Perhaps worth an experiment on the bench
      .
      
      	Roger
      
      
________________________________________________________________________________
From: 
Roger <rnjcurtis(at)charter.net>
Subject: 
Fwd: cheap sheath for fusible link
Date: 
Apr 17, 2016
      
      
      Ever in search of the cheap (and hopefully, safe) solution, I stumbled upon
       the idea shown below. No fiberglass in the sheath, but given the short dur
      ation of a thermal event if the fusible link blows, I'm expecting the silic
      one tubing to contain the melted material.=C2-
      
      =C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2- Have you
       tried this on the bench? =C2-Depending on the load through the link, it 
      might get hot and stay that way for a relatively long duration before melti
      ng the wire and breaking electrical contact. =C2-I believe that the silic
      one tubing might melt and expose other adjacent wires to the high temperatu
      re, resulting in a total meltdown.=C2- Perhaps worth an experiment on the
       bench.
      
      =C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2- Roger
      
      If you can melt the tubing with a soldering iron, then definitely do not us
      e it.
      
      Roger
      
      
________________________________________________________________________________
Date: 
Apr 17, 2016
Subject: 
Re: Fwd: cheap sheath for fusible link
From: 
William Hunter <billhuntersemail(at)gmail.com>
      
      Regarding protecting the B wire from a 60 amp alternator, does the inline
      shunt offer fusible protection of a short down line... or... should someone
      (me) run a fusible link first to the shunt and then the 4 AWG heavier cable
      to the bus?
      
      Bill Hunter
      On Apr 17, 2016 10:34 AM, "sauli.aalto"  wrote:
      
      > Good idea but would not shrink tube do the same job?
      >
      >
      > Skickat fr=C3=A5n min Samsung-enhet
      >
      >
      > -------- Originalmeddelande --------
      > Fr=C3=A5n: Charlie England 
      > Datum: 2016-04-17 15:59 (GMT+01:00)
      > Till: aeroelectric-list(at)matronics.com
      > Rubrik: AeroElectric-List: Fwd: cheap sheath for fusible link
      >
      >
      > Ever in search of the cheap (and hopefully, safe) solution, I stumbled
      > upon the idea shown below. No fiberglass in the sheath, but given the sho
      rt
      > duration of a thermal event if the fusible link blows, I'm expecting the
      > silicone tubing to contain the melted material.
      >
      > I sourced the tubing from ebay; 2 meters each of 2, 3, 4, & 5mm for a
      > total of $6.53 including free shipping from China.
      >
      > Charlie
      > forgot the link:
      >
      > http://www.ebay.com/itm/191618065886?_trksid=p2057872.m2749.l2649&var
      =490687568380&ssPageName=STRK%3AMEBIDX%3AIT
      >
      >
      
________________________________________________________________________________
From: 
Tim Olson <Tim(at)MyRV10.com>
Subject: 
Re: Fwd: cheap sheath for fusible link
Date: 
Apr 17, 2016
      
      
      That's what I was thinking....it looked like a great toxic fume generator.  I
      t would probably be safer to just position the wire so that when it blows it
       will not damage anything.  I wouldn't expect a lot of "melted" metal...it w
      ill likely just burn up quickly and create a big open.
      Tim
      
      
      > On Apr 17, 2016, at 10:04 AM, Roger  wrote:
      > 
      >  
      > Ever in search of the cheap (and hopefully, safe) solution, I stumbled upo
      n the idea shown below. No fiberglass in the sheath, but given the short dur
      ation of a thermal event if the fusible link blows, I'm expecting the silico
      ne tubing to contain the melted material. 
      >  
      >             Have you tried this on the bench?  Depending on the load throu
      gh the link, it might get hot and stay that way for a relatively long durati
      on before melting the wire and breaking electrical contact.  I believe that t
      he silicone tubing might melt and expose other adjacent wires to the high te
      mperature, resulting in a total meltdown.  Perhaps worth an experiment on th
      e bench.
      >  
      >            Roger
      >  
      > If you can melt the tubing with a soldering iron, then definitely do not u
      se it.
      >  
      > Roger
      >  
      >  
      
________________________________________________________________________________
Date: 
Apr 17, 2016
Subject: 
Re: ME CS-6AB Current Sensor Better Than Shunt  and/or
      Hall Effect Device For Dynon MGL or Grand Rapids?!?!?!?
From: 
William Hunter <billhuntersemail(at)gmail.com>
      
      THANKS Bob... good info
      
      Bill Hunter
      On Apr 17, 2016 9:37 AM, "Robert L. Nuckolls, III" <
      nuckolls.bob(at)aeroelectric.com> wrote:
      
      > At 11:56 AM 4/16/2016, you wrote:
      >
      > Hi Cyber-Electric Friends,
      >
      > I am rewiring a Velocity with a new Dynon SkyView system.  Naturally in
      > search for the cheapest deal I spend 20 hours online just to save $1.50.
      >
      > I was looking for a CS-02 Grand Rapids Hall Effect Device to sense the
      > amperage from my SD-20 when I stumbled upon this baby (ME CS-6AB).
      >
      >
      > http://www.crazedpilot.com/high-accuracy-current-sensor-for-5v-input-5v-supply-engine-monitor-systems-dynon-mgl-grand-rapids-garmin-and-more-ems-efis-systems/
      >
      >
      >   This is a later evolution of the b-lead current
      >   sensor that B&C ships with their SD-20/SB-1A
      >   autoswitching standby alternator. This device
      >   probably uses the same core component
      >
      > http://tinyurl.com/jac8fl8
      >
      >   This . . . and dozens of similar hall effect
      >   devices are adaptable to EIS systems that
      >   allow user programming for gain and scale
      >   factor on their analog inputs.
      >
      >
      >   Bob . . .
      >
      
________________________________________________________________________________
Date: 
Apr 17, 2016
Subject: 
Re: Fwd: cheap sheath for fusible link
From: 
Charlie England <ceengland7(at)gmail.com>
      
      On Sun, Apr 17, 2016 at 10:04 AM, Roger  wrote:
      
      >
      >
      > Ever in search of the cheap (and hopefully, safe) solution, I stumbled
      > upon the idea shown below. No fiberglass in the sheath, but given the short
      > duration of a thermal event if the fusible link blows, I'm expecting the
      > silicone tubing to contain the melted material.
      >
      >
      >             Have you tried this on the bench?  Depending on the load
      > through the link, it might get hot and stay that way for a relatively long
      > duration before melting the wire and breaking electrical contact.  I
      > believe that the silicone tubing might melt and expose other adjacent wires
      > to the high temperature, resulting in a total meltdown.  Perhaps worth an
      > experiment on the bench.
      >
      >
      >            Roger
      >
      >
      > If you can melt the tubing with a soldering iron, then definitely do not
      > use it.
      >
      >
      > Roger
      >
      >
      Uh, thanks for the tips. :-)
      
      The post was in the context of 'fusible link' (see subject line) referenced
      in most of the 'Z' drawings in the back of Bob's book. Link is 4 sizes
      smaller than the conductor for that circuit (ie: 22AWG link to protect
      18AWG wire). B&C sells silicone impregnated fiberglass sleeve intended for
      this use; this is intended to be a cheap, and likely locally available
      alternative for the link sheath. Sorry if this was confusing, but if it
      still doesn't make sense, read through the info on fusible links in the
      book.
      
      BTW, a 15 second application of a 200 watt soldering gun tip left a barely
      perceptible mark on the tubing. Got bored & discontinued the test.
      
      Charlie
      
________________________________________________________________________________
Date: 
Apr 17, 2016
Subject: 
Re: Fwd: cheap sheath for fusible link
From: 
Charlie England <ceengland7(at)gmail.com>
      
      Please...context, and materials, and what it's intended to substitute for
      (an existing product composed primarily of the same material).
      
      On Sun, Apr 17, 2016 at 10:37 AM, Tim Olson  wrote:
      
      >
      > That's what I was thinking....it looked like a great toxic fume
      > generator.  It would probably be safer to just position the wire so that
      > when it blows it will not damage anything.  I wouldn't expect a lot of
      > "melted" metal...it will likely just burn up quickly and create a big open.
      > Tim
      >
      >
      > On Apr 17, 2016, at 10:04 AM, Roger  wrote:
      >
      >
      > Ever in search of the cheap (and hopefully, safe) solution, I stumbled
      > upon the idea shown below. No fiberglass in the sheath, but given the short
      > duration of a thermal event if the fusible link blows, I'm expecting the
      > silicone tubing to contain the melted material.
      >
      >
      >             Have you tried this on the bench?  Depending on the load
      > through the link, it might get hot and stay that way for a relatively long
      > duration before melting the wire and breaking electrical contact.  I
      > believe that the silicone tubing might melt and expose other adjacent wires
      > to the high temperature, resulting in a total meltdown.  Perhaps worth an
      > experiment on the bench.
      >
      >
      >            Roger
      >
      >
      > If you can melt the tubing with a soldering iron, then definitely do not
      > use it.
      >
      >
      > Roger
      >
      >
      
________________________________________________________________________________
Subject: 
Re: Capacitance fuel sensors
From: 
"donjohnston" <don@velocity-xl.com>
Date: 
Apr 17, 2016
      
      
      billhuntersemail(at)gmail wrote:
      > 
      > !!!DANG!!!  My badI thought we were talking about resistant-ance probes  As Anna
      Rosanna Danna would say wellnever mind
      > 
      
      
      Bill, 
      
      It's Emily Litella.  
      
      And the name you were referencing is Roseanne Roseannadanna.  But her catch phrase
      was "It's always something".
      
      Try and keep this straight Bill. It's very important.   [Laughing]
      
      
      Read this topic online here:
      
      http://forums.matronics.com/viewtopic.php?p=455150#455150
      
      
________________________________________________________________________________
From: 
Roger <rnjcurtis(at)charter.net>
Subject: 
Fwd: cheap sheath for fusible link
Date: 
Apr 17, 2016
      
      
      Please...context, and materials, and what it's intended to substitute for (
      an existing product composed primarily of the same material).
      
      =C2-
      Ever in search of the cheap (and hopefully, safe) solution, I stumbled upon
       the idea shown below. No fiberglass in the sheath, but given the short dur
      ation of a thermal event if the fusible link blows, I'm expecting the silic
      one tubing to contain the melted material.=C2-
      =C2-
      =C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2- Have you
       tried this on the bench?=C2- Depending on the load through the link, it 
      might get hot and stay that way for a relatively long duration before melti
      ng the wire and breaking electrical contact.=C2- I believe that the silic
      one tubing might melt and expose other adjacent wires to the high temperatu
      re, resulting in a total meltdown.=C2- Perhaps worth an experiment on the
       bench.
      =C2-
      =C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2-=C2- Roger
      =C2-
      If you can melt the tubing with a soldering iron, then definitely do not us
      e it.
      =C2-
      Roger
      
      Charlie,
      
      We are both on the same page with fusible links!=C2- My concern was 
      =9CWill the silicone tubing contain the melted hot metal without the add
      ed protection of the high temperature fiberglass?=9D=C2- It seems t
      hat it will, given your test with the soldering iron.
      
      Please don=99t get defensive, I was only asking a question for which 
      I did not know the answer.
      
      Roger
      =C2-
      =C2-
      
      
________________________________________________________________________________
Date: 
Apr 17, 2016
From: 
argoldman(at)aol.com
Subject: 
Re: 2 pole connector
      
      
       Some time ago I sent the following erroneous message. consider this a correction
      and apology for the misinformation.
      
      The device actually looks like a TE Connectivity UNI-MATE connector, not Molex
      mate-nlock
      
      Sorry
      
      Rich
      
      
      Looks kinda like a molex mate -n-lock. No biggie if you can't find it, just replace
      both with ones that you can easily get. (see Digi-Key )
      
      Rich
      
      
      In a message dated 3/29/2016 11:21:58 A.M. Pacific Daylight Time, rd2(at)dejazzd.com
      writes:
      Hi   all,
      I need to duplicate this 2-pole interlocking connector used for the   battery maintainer,
      but don't seem to be able to find an exact match. Can   anyone help
      with a P/N, manufacturer ?
      Thanks
      Rumen
      
      
      -----Original Message-----
      From: ARGOLDMAN <ARGOLDMAN(at)aol.com>
      Sent: Tue, Mar 29, 2016 2:05 pm
      Subject: Re: AeroElectric-List: 2 pole connector
      
      
      Looks kinda like a molex mate -n-lock. No biggie if you can't find it, just replace
      both with ones that you can easily get. (see Digi-Key )
      
      Rich
      
      
      In a message dated 3/29/2016 11:21:58 A.M. Pacific Daylight Time, rd2(at)dejazzd.com
      writes:
      Hi   all,
      I need to duplicate this 2-pole interlocking connector used for the   battery maintainer,
      but don't seem to be able to find an exact match. Can   anyone help
      with a P/N, manufacturer ?
      Thanks
      Rumen
      
      
________________________________________________________________________________
From: 
"William Hunter" <billhuntersemail(at)gmail.com>
Subject: 
Re: Capacitance fuel sensors
Date: 
Apr 17, 2016
      
      
      > Try and keep this straight Bill. It's very important.
      
      Hmmm...well at least my comment about peeing with the Big Dawgs on the AeroElectric
      forum and the caution against overspray was accurate?!?!!?
      
      ;  )
      
      ..
      
      Cheers!!!
      
      Bill  Hunter
      
      
      -----Original Message-----
      From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of donjohnston
      Sent: Sunday, April 17, 2016 9:18 AM
      Subject: AeroElectric-List: Re: Capacitance fuel sensors
      
      --> <don@velocity-xl.com>
      
      
      billhuntersemail(at)gmail wrote:
      > 
      > !!!DANG!!!  My badI thought we were talking about resistant-ance 
      > probes  As Anna Rosanna Danna would say wellnever 
      > mind
      > 
      
      
      Bill, 
      
      It's Emily Litella.  
      
      And the name you were referencing is Roseanne Roseannadanna.  But her catch phrase
      was "It's always something".
      
      Try and keep this straight Bill. It's very important.   [Laughing]
      
      
      Read this topic online here:
      
      http://forums.matronics.com/viewtopic.php?p=455150#455150
      
      
________________________________________________________________________________
From: 
"William Hunter" <billhuntersemail(at)gmail.com>
Subject: 
Fwd: cheap sheath for fusible link
Date: 
Apr 17, 2016
      
      >no fiberglass in the sheath
      
      
      Just curious about the =9Cfiberglass in the sheath=9D 
      comment... are guys reinforcing the fusible link connectors with 
      fiberglass strands or something? 
      
      
      Aside from that I do have some questions about SD-20 output, wire size, 
      and fusible link
      
      
      -I was told that the SD-20 alternator was rated at 20 AMPS because it is 
      not belt driven and therefore turns slowly at low engine RPM however 
      when the engine is at rated RPM then the speed of the accessory pad 
      drive is enough to turn the SD-20 fast enough so it can actually put out 
      nearly 35 AMPS.  Is this true???
      
      
      -Based on the 35 AMP assumption, I calculated my SD-20 alternator B pole 
      wire gauge to be 8 AWG because the wire run from alternator to load is 
      18 feet with a 3 percent loss.  I do feel this wire gauge is a bit 
      overkill however I had some extra 8 AWG Tefzel from a different project 
      so I rounded up.
      
      
      To protect this wire run I want to first come off of the SD-20 
      alternator B pole with a short 12 inch piece of smaller gauge wire then 
      butt end connect it (covered in heat shrink) to the previously described 
      8 AWG.
      
      
      What gauge wire would be sufficient for this application since my 
      assumption for the SD-20 output is over estimated and since the wire I 
      chose was overkill???  
      
      
      If I go with the usual 4 AWG thinner wire then the fusible link would be 
      12 AWG and that still a pretty stout wire to burn through if the SD-20 
      is only putting out 20 AMPS.  
      
      
      I am thinking about using 8 AWG thinner wire for the 12 incher so that I 
      can ensure it will burn through during a direct short when the 
      engine/SD-20 is at lower RPM??? 
      
      
      THANKS for your help!!!
      
      Bill Hunter
      
      From: owner-aeroelectric-list-server(at)matronics.com 
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of 
      Charlie England
      Sent: Sunday, April 17, 2016 8:49 AM
      Subject: Re: AeroElectric-List: Fwd: cheap sheath for fusible link
      
      
      Please...context, and materials, and what it's intended to substitute 
      for (an existing product composed primarily of the same material).
      
      
      On Sun, Apr 17, 2016 at 10:37 AM, Tim Olson  > wrote:
      
      
      That's what I was thinking....it looked like a great toxic fume 
      generator.  It would probably be safer to just position the wire so that 
      when it blows it will not damage anything.  I wouldn't expect a lot of 
      "melted" metal...it will likely just burn up quickly and create a big 
      open.
      
      Tim
      
      
      On Apr 17, 2016, at 10:04 AM, Roger  > wrote:
      
      
      Ever in search of the cheap (and hopefully, safe) solution, I stumbled 
      upon the idea shown below. No fiberglass in the sheath, but given the 
      short duration of a thermal event if the fusible link blows, I'm 
      expecting the silicone tubing to contain the melted material. 
      
      
                  Have you tried this on the bench?  Depending on the load 
      through the link, it might get hot and stay that way for a relatively 
      long duration before melting the wire and breaking electrical contact.  
      I believe that the silicone tubing might melt and expose other adjacent 
      wires to the high temperature, resulting in a total meltdown.  Perhaps 
      worth an experiment on the bench.
      
      
                 Roger
      
      
      If you can melt the tubing with a soldering iron, then definitely do not 
      use it.
      
      
      Roger
      
      
________________________________________________________________________________
From: 
Roger <rnjcurtis(at)charter.net>
Subject: 
Fwd: cheap sheath for fusible link
Date: 
Apr 17, 2016
      
      
      Just curious about the =9Cfiberglass in the sheath=9D comment..
      . are guys reinforcing the fusible link connectors with fiberglass strands 
      or something? 
      
             See:    http://www.aeroelectric.com/articles/fuselink/fuselink.html
             
             
             Roger
      
      
________________________________________________________________________________
Date: 
Apr 17, 2016
Subject: 
Re: Fwd: cheap sheath for fusible link
From: 
Charlie England <ceengland7(at)gmail.com>
      
      The 'core' of the alt you're using was made for auto/industrial/farm engine
      use; it needs to turn close to 6000 rpm to make the full output that it's
      capable of; not happening on the vac pump pad of a Lyc. AFAIK, B&C rates
      them for what they can do on the vac pad of a Lyc at normal cruise rpms.
      
      On fusible links & alternators: the wire should be sized to handle anything
      the alt can feed it in normal service; that would be 20 A for you on a Lyc.
      Since the wire can then handle anything the alt can dish out, it needs no
      protection from the alt. However, it *does* need protection from the
      battery, which can supply hundreds of amps. So the fusible link goes on the
      battery-facing end. (See the Z drawings in the book). It can be 4-6" long;
      longer just means high resistance in the line (and unneeded voltage drop).
      It's basically a very slow blow fuse, intended to blow only if there's a
      truly catastrophic failure (short to ground).
      
      This page
      http://www.bandc.aero/circuit-protective-devices.aspx
      shows these two link kits:
      http://www.bandc.aero/fusiblelinkkit24-20awg.aspx
      http://www.bandc.aero/fusiblelinkkit20-16awg.aspx
      
      You can 'roll your own' in virtually any size, maintaining the '4 sizes
      down' rule.
      
      My original post was to show the idea of simply substituting thick wall
      silicone tubing for the silicone coated fiberglass shipped with the kits.
      
      Charlie
      
      On Sun, Apr 17, 2016 at 1:23 PM, William Hunter 
      wrote:
      
      > >no fiberglass in the sheath
      >
      >
      > Just curious about the =9Cfiberglass in the sheath=9D comment
      ... are guys
      > reinforcing the fusible link connectors with fiberglass strands or
      > something?
      >
      >
      > Aside from that I do have some questions about SD-20 output, wire size,
      > and fusible link
      >
      >
      > -I was told that the SD-20 alternator was rated at 20 AMPS because it is
      > not belt driven and therefore turns slowly at low engine RPM however when
      > the engine is at rated RPM then the speed of the accessory pad drive is
      > enough to turn the SD-20 fast enough so it can actually put out nearly 35
      > AMPS.  Is this true???
      >
      >
      > -Based on the 35 AMP assumption, I calculated my SD-20 alternator B pole
      > wire gauge to be 8 AWG because the wire run from alternator to load is 18
      > feet with a 3 percent loss.  I do feel this wire gauge is a bit overkill
      > however I had some extra 8 AWG Tefzel from a different project so I round
      ed
      > up.
      >
      >
      > To protect this wire run I want to first come off of the SD-20 alternator
      > B pole with a short 12 inch piece of smaller gauge wire then butt end
      > connect it (covered in heat shrink) to the previously described 8 AWG.
      >
      >
      > What gauge wire would be sufficient for this application since my
      > assumption for the SD-20 output is over estimated and since the wire I
      > chose was overkill???
      >
      >
      > If I go with the usual 4 AWG thinner wire then the fusible link would be
      > 12 AWG and that still a pretty stout wire to burn through if the SD-20 is
      > only putting out 20 AMPS.
      >
      >
      > I am thinking about using 8 AWG thinner wire for the 12 incher so that I
      > can ensure it will burn through during a direct short when the engine/SD-
      20
      > is at lower RPM???
      >
      >
      > THANKS for your help!!!
      >
      > Bill Hunter
      >
      > *From:* owner-aeroelectric-list-server(at)matronics.com [mailto:
      > owner-aeroelectric-list-server(at)matronics.com] *On Behalf Of *Charlie
      > England
      > *Sent:* Sunday, April 17, 2016 8:49 AM
      > *To:* aeroelectric-list(at)matronics.com
      > *Subject:* Re: AeroElectric-List: Fwd: cheap sheath for fusible link
      >
      >
      > Please...context, and materials, and what it's intended to substitute for
      > (an existing product composed primarily of the same material).
      >
      >
      > On Sun, Apr 17, 2016 at 10:37 AM, Tim Olson  wrote:
      >
      >
      > That's what I was thinking....it looked like a great toxic fume
      > generator.  It would probably be safer to just position the wire so that
      > when it blows it will not damage anything.  I wouldn't expect a lot of
      > "melted" metal...it will likely just burn up quickly and create a big ope
      n.
      >
      > Tim
      >
      >
      > On Apr 17, 2016, at 10:04 AM, Roger  wrote:
      >
      >
      > Ever in search of the cheap (and hopefully, safe) solution, I stumbled
      > upon the idea shown below. No fiberglass in the sheath, but given the sho
      rt
      > duration of a thermal event if the fusible link blows, I'm expecting the
      > silicone tubing to contain the melted material.
      >
      >
      >             Have you tried this on the bench?  Depending on the load
      > through the link, it might get hot and stay that way for a relatively lon
      g
      > duration before melting the wire and breaking electrical contact.  I
      > believe that the silicone tubing might melt and expose other adjacent wir
      es
      > to the high temperature, resulting in a total meltdown.  Perhaps worth an
      > experiment on the bench.
      >
      >
      >            Roger
      >
      >
      > If you can melt the tubing with a soldering iron, then definitely do not
      > use it.
      >
      >
      > Roger
      >
      >
      
________________________________________________________________________________
From: 
"William Hunter" <billhuntersemail(at)gmail.com>
Subject: 
Fwd: cheap sheath for fusible link
Date: 
Apr 17, 2016
      
      THANKS RogerGood info on the fiberglass sleeve.  
      
      
      Why is the sleeve needed (heat/abrasion resistance)?
      
      
      Charlie,
      
      
      Super helpful write up on the SD-20!!!  It sounds like a plan to 
      increase engine RPM if the big alternator fails.
      
      
      >Since the wire can then handle anything the alt can dish out, it needs 
      no protection from the alt. 
      
      
      So the output of the alternator does not need to be protected?  If there 
      is a direct short just downstream of the alternator B pole then the 
      alternator just feeds the short until the pilot realizes the problem and 
      shuts off the alternator?  I am driving a pusher so there could be the 
      chance that I do not see/smell/hear the burning wire.  I guess I would 
      see the Skyview ammeter jump up from normal to maxIFmy 
      head is not installed in my rectum.
      
      
      >However, it *does* need protection from the battery, which can supply 
      hundreds of amps. So the fusible link goes on the battery-facing end. 
      
      
      Agreedhow about the bus feed wire (from the battery contactor 
      switched side to the bus)?  Should it be protected?
      
      
      Since I plan on running an unnecessarily large 8 AWG wire (I already 
      bought it and therefore want to save money by not buying more Tefzel) 
      for both the alternator B pole and the bus feed should I protect the 
      system with an 8 AWG smaller fusible link?
      
      
      AgainTHANKS I greatly appreciate your help!!!
      
      
      ..
      
      
      Cheers!!!
      
      
      Bill  Hunter
      
      
      From: owner-aeroelectric-list-server(at)matronics.com 
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of 
      Charlie England
      Sent: Sunday, April 17, 2016 12:10 PM
      Subject: Re: AeroElectric-List: Fwd: cheap sheath for fusible link
      
      
      The 'core' of the alt you're using was made for auto/industrial/farm 
      engine use; it needs to turn close to 6000 rpm to make the full output 
      that it's capable of; not happening on the vac pump pad of a Lyc. AFAIK, 
      B&C rates them for what they can do on the vac pad of a Lyc at normal 
      cruise rpms.
      
      
      On fusible links & alternators: the wire should be sized to handle 
      anything the alt can feed it in normal service; that would be 20 A for 
      you on a Lyc. Since the wire can then handle anything the alt can dish 
      out, it needs no protection from the alt. However, it *does* need 
      protection from the battery, which can supply hundreds of amps. So the 
      fusible link goes on the battery-facing end. (See the Z drawings in the 
      book). It can be 4-6" long; longer just means high resistance in the 
      line (and unneeded voltage drop). It's basically a very slow blow fuse, 
      intended to blow only if there's a truly catastrophic failure (short to 
      ground).
      
      
      This page
      
      http://www.bandc.aero/circuit-protective-devices.aspx
      
      shows these two link kits:
      
      http://www.bandc.aero/fusiblelinkkit24-20awg.aspx
      
      http://www.bandc.aero/fusiblelinkkit20-16awg.aspx
      
      
      You can 'roll your own' in virtually any size, maintaining the '4 sizes 
      down' rule. 
      
      
      My original post was to show the idea of simply substituting thick wall 
      silicone tubing for the silicone coated fiberglass shipped with the 
      kits.
      
      
      Charlie
      
      
      On Sun, Apr 17, 2016 at 1:23 PM, William Hunter 
       > wrote:
      
      >no fiberglass in the sheath
      
      
      Just curious about the =9Cfiberglass in the sheath=9D 
      comment... are guys reinforcing the fusible link connectors with 
      fiberglass strands or something? 
      
      
      Aside from that I do have some questions about SD-20 output, wire size, 
      and fusible link
      
      
      -I was told that the SD-20 alternator was rated at 20 AMPS because it is 
      not belt driven and therefore turns slowly at low engine RPM however 
      when the engine is at rated RPM then the speed of the accessory pad 
      drive is enough to turn the SD-20 fast enough so it can actually put out 
      nearly 35 AMPS.  Is this true???
      
      
      -Based on the 35 AMP assumption, I calculated my SD-20 alternator B pole 
      wire gauge to be 8 AWG because the wire run from alternator to load is 
      18 feet with a 3 percent loss.  I do feel this wire gauge is a bit 
      overkill however I had some extra 8 AWG Tefzel from a different project 
      so I rounded up.
      
      
      To protect this wire run I want to first come off of the SD-20 
      alternator B pole with a short 12 inch piece of smaller gauge wire then 
      butt end connect it (covered in heat shrink) to the previously described 
      8 AWG.
      
      
      What gauge wire would be sufficient for this application since my 
      assumption for the SD-20 output is over estimated and since the wire I 
      chose was overkill???  
      
      
      If I go with the usual 4 AWG thinner wire then the fusible link would be 
      12 AWG and that still a pretty stout wire to burn through if the SD-20 
      is only putting out 20 AMPS.  
      
      
      I am thinking about using 8 AWG thinner wire for the 12 incher so that I 
      can ensure it will burn through during a direct short when the 
      engine/SD-20 is at lower RPM??? 
      
      
      THANKS for your help!!!
      
      Bill Hunter
      
      From: owner-aeroelectric-list-server(at)matronics.com 
        
      [mailto:owner-aeroelectric-list-server(at)matronics.com 
       ] On Behalf Of 
      Charlie England
      Sent: Sunday, April 17, 2016 8:49 AM
       
      Subject: Re: AeroElectric-List: Fwd: cheap sheath for fusible link
      
      
      Please...context, and materials, and what it's intended to substitute 
      for (an existing product composed primarily of the same material).
      
      
      On Sun, Apr 17, 2016 at 10:37 AM, Tim Olson  > wrote:
      
      
      That's what I was thinking....it looked like a great toxic fume 
      generator.  It would probably be safer to just position the wire so that 
      when it blows it will not damage anything.  I wouldn't expect a lot of 
      "melted" metal...it will likely just burn up quickly and create a big 
      open.
      
      Tim
      
      
      On Apr 17, 2016, at 10:04 AM, Roger  > wrote:
      
      
      Ever in search of the cheap (and hopefully, safe) solution, I stumbled 
      upon the idea shown below. No fiberglass in the sheath, but given the 
      short duration of a thermal event if the fusible link blows, I'm 
      expecting the silicone tubing to contain the melted material. 
      
      
                  Have you tried this on the bench?  Depending on the load 
      through the link, it might get hot and stay that way for a relatively 
      long duration before melting the wire and breaking electrical contact.  
      I believe that the silicone tubing might melt and expose other adjacent 
      wires to the high temperature, resulting in a total meltdown.  Perhaps 
      worth an experiment on the bench.
      
      
                 Roger
      
      
      If you can melt the tubing with a soldering iron, then definitely do not 
      use it.
      
      
      Roger
      
      
________________________________________________________________________________
Date: 
Apr 17, 2016
From: 
"Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: 
Re: ME CS-6AB Current Sensor Better   Than Shunt
      and/or Hall Effec
      
      At 06:30 PM 4/16/2016, you wrote:
      >
      >If you really want to save money, do not install any kind of current 
      >sensor.  If the SkyView voltmeter indicates above 13 volts, then the 
      >alternator is working.   An ammeter is nice to have but is not a necessity.
      >   What is the maximum current that the ME CS-6AB can measure?  Can 
      > it measure bi-directional current?
      >   Search eBay for item #201558698343 or for ACS758.  The 
      > disadvantage of these current sensors is that the aircraft power 
      > cable must be cut, resulting in more possible failure points.
      
         Certainly, the b-lead must pass through the sensor
         but this usually means you cut off the existing
         terminal, thread the wire through then replace
         the terminal.
      
         A ammeter on the SD-20 is useful as a load-shedding
         guide when operating from the SD-20 only. The SB-1
         regulators from B&C have the current-sense/load-shed
         feature built into them . . . but some form of b-lead
         current sensing is a useful flight management tool.
      
         No so for the main alternator where b-lead current
         is more useful as a maintenance diagnostic tool than
         an in flight power management tool.
      
      
         Bob . . . 
      
________________________________________________________________________________
Date: 
Apr 17, 2016
From: 
"Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: 
Re: cheap sheath for fusible link
      
      At 08:56 AM 4/17/2016, you wrote:
      >Ever in search of the cheap (and hopefully, 
      >safe) solution, I stumbled upon the idea shown 
      >below. No fiberglass in the sheath, but given 
      >the short duration of a thermal event if the 
      >fusible link blows, I'm expecting the silicone 
      >tubing to contain the melted material.=C2
      
         built a test link and go short it across your
         car battery to confirm your hypothesis . . .
      
         That's what we had to do at Beech . . .
      
      
         Bob . . . 
      
________________________________________________________________________________
Date: 
Apr 17, 2016
From: 
"Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: 
Re: Fwd: cheap sheath for fusible link
      
      At 10:29 AM 4/17/2016, you wrote:
      
      >Regarding protecting the B wire from a 60 amp alternator, does the 
      >inline shunt offer fusible protection of a short down line... or... 
      >should someone (me) run a fusible link first to the shunt and then 
      >the 4 AWG heavier cable to the bus?
      
         That size wire is best protected with a current
         limiter. 60A is okay in this style of protection.
         Unlike fuses, they are VERY robust and designed
         for bus feeder applications.
      
      http://tinyurl.com/zrpkuen
      
      http://tinyurl.com/zman5ey
      
      
         Bob . . . 
      
________________________________________________________________________________
Date: 
Apr 17, 2016
From: 
"Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: 
Re: Fwd: cheap sheath for fusible link
      
      At 09:28 AM 4/17/2016, you wrote:
      >Good idea but would not shrink tube do the same job?
      
          . . . keep in mind that the 'fusing even' involves
          turning solid copper into molten copper. What is
          the temperature at which copper melts? Not sure
          silicone rubber would contain it. But in any
          case, fusible links are going away at Rev 13.
          There are plenty of nice fuse holders for
          the various sizes of blade fuses (ATO/ATC)
          including the larger MAXI fuses.
      
          If you're wanting to use a crow-bar OVM
          protected by a 5A miniature breaker, you
          can bring a 12AWG feeder to the breaker
          off a fuse holder populated with a 30A fuse.
      
      http://tinyurl.com/jrutlbk
      
      
          Of course, if your airplane is fitted with
          crew-accessible breakers, then no bus-extension
          is needed and the problem goes away.
      
      
         Bob . . . 
      
________________________________________________________________________________
Date: 
Apr 17, 2016
Subject: 
Re: cheap sheath for fusible link
From: 
Charlie England <ceengland7(at)gmail.com>
      
      On Sun, Apr 17, 2016 at 2:56 PM, Robert L. Nuckolls, III <
      nuckolls.bob(at)aeroelectric.com> wrote:
      
      > At 08:56 AM 4/17/2016, you wrote:
      >
      > Ever in search of the cheap (and hopefully, safe) solution, I stumbled
      > upon the idea shown below. No fiberglass in the sheath, but given the sho
      rt
      > duration of a thermal event if the fusible link blows, I'm expecting the
      > silicone tubing to contain the melted material.=C3=82
      >
      >
      >   built a test link and go short it across your
      >   car battery to confirm your hypothesis . . .
      >
      >   That's what we had to do at Beech . . .
      >
      >   Bob . . .
      >
      Here ya go...(no Kubota tractors were killed or injured in this
      demonstration).
      
      You can see the mark on the starter base where I shorted the free end (eye
      protection, insulated channel locks holding the connector). And no, those
      are not the type of terminals I'm using in the a/c. :-)
      
      This was 22 awg wire, with much smaller dia, much thinner wall (0.5mm vs
      1.0mm) silicone tubing than what I showed in the 1st example. Took less
      than 2 seconds (probably less than 1) to 'blow'. Completely contained; the
      tubing didn't even heat up noticeably. If I elect to use the technique on
      somewhat larger wire, I'll test, perhaps with a slower rise to
      overload/'trip' current.
      
      FWIW, on the high current front, I did look at some of the high current
      current limiter/fuse holders, & most that I saw seemed a bit, well, cheesy
      for my taste. When I added in weight, space, 4 more terminals per device,
      price at the time, etc, I backed away. I looked over a year ago; there may
      be better stuff out there now. I bought 12 awg fuselink wire to use with my
      8awg alternator & panel runs.
      
      Charlie
      
________________________________________________________________________________
Date: 
Apr 17, 2016
Subject: 
Re: switches
From: 
bob noffs <icubob(at)gmail.com>
      
      thanks joe.
       bob noffs
      
      On Sun, Apr 17, 2016 at 9:07 AM, user9253  wrote:
      
      >
      >
      > > is there a correct way to orient battery and load on a switch when
      > wiring?  i am asking because of possible arcing in the switch if there is a
      > wrong way.
      >
      > Arcing can be minimized by connecting a diode in parallel with an
      > inductive load with the diode arrow pointing towards positive.  If it is
      > impractical to locate the diode close to the inductive load, the diode
      > could be located at the switch (but still in parallel with the load).
      >
      > --------
      > Joe Gores
      >
      >
      > Read this topic online here:
      >
      > http://forums.matronics.com/viewtopic.php?p=455140#455140
      >
      >
      
________________________________________________________________________________
From: 
"William Hunter" <billhuntersemail(at)gmail.com>
Subject: 
cheap sheath for fusible link
Date: 
Apr 17, 2016
      
      Nice work Charlie!!!
      
      
      ..
      
      
      Cheers!!!
      
      
      Bill  Hunter
      
      
      From: owner-aeroelectric-list-server(at)matronics.com 
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of 
      Charlie England
      Sent: Sunday, April 17, 2016 2:14 PM
      Subject: Re: AeroElectric-List: cheap sheath for fusible link
      
      
      On Sun, Apr 17, 2016 at 2:56 PM, Robert L. Nuckolls, III 
       > 
      wrote:
      
      At 08:56 AM 4/17/2016, you wrote:
      
      
      Ever in search of the cheap (and hopefully, safe) solution, I stumbled 
      upon the idea shown below. No fiberglass in the sheath, but given the 
      short duration of a thermal event if the fusible link blows, I'm 
      expecting the silicone tubing to contain the melted material.=C3=82 
      
      
        built a test link and go short it across your
        car battery to confirm your hypothesis . . .
      
        That's what we had to do at Beech . . .
      
        Bob . . .
      
      Here ya go...(no Kubota tractors were killed or injured in this 
      demonstration).
      
      
      You can see the mark on the starter base where I shorted the free end 
      (eye protection, insulated channel locks holding the connector). And no, 
      those are not the type of terminals I'm using in the a/c. :-)
      
      
      This was 22 awg wire, with much smaller dia, much thinner wall (0.5mm vs 
      1.0mm) silicone tubing than what I showed in the 1st example. Took less 
      than 2 seconds (probably less than 1) to 'blow'. Completely contained; 
      the tubing didn't even heat up noticeably. If I elect to use the 
      technique on somewhat larger wire, I'll test, perhaps with a slower rise 
      to overload/'trip' current. 
      
      
      FWIW, on the high current front, I did look at some of the high current 
      current limiter/fuse holders, & most that I saw seemed a bit, well, 
      cheesy for my taste. When I added in weight, space, 4 more terminals per 
      device, price at the time, etc, I backed away. I looked over a year ago; 
      there may be better stuff out there now. I bought 12 awg fuselink wire 
      to use with my 8awg alternator & panel runs.
      
      
      Charlie
      
      
________________________________________________________________________________
From: 
"William Hunter" <billhuntersemail(at)gmail.com>
Subject: 
Fwd: cheap sheath for fusible link
Date: 
Apr 17, 2016
      
      On the SD-20 I think I will take your advice and go with a heavy gauge
      inline spade 30 AMP fuse.
      
      
      THANKS AGAIN!!!
      
      
      ..
      
      
      Cheers!!!
      
      
      Bill  Hunter
      
      
      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, April 17, 2016 1:18 PM
      Subject: Re: SV: AeroElectric-List: Fwd: cheap sheath for fusible link
      
      
      At 09:28 AM 4/17/2016, you wrote:
      
      
      Good idea but would not shrink tube do the same job? 
      
      
         . . . keep in mind that the 'fusing even' involves
         turning solid copper into molten copper. What is
         the temperature at which copper melts? Not sure
         silicone rubber would contain it. But in any
         case, fusible links are going away at Rev 13.
         There are plenty of nice fuse holders for
         the various sizes of blade fuses (ATO/ATC)
         including the larger MAXI fuses.
      
         If you're wanting to use a crow-bar OVM
         protected by a 5A miniature breaker, you
         can bring a 12AWG feeder to the breaker
         off a fuse holder populated with a 30A fuse.
      
      http://tinyurl.com/jrutlbk
      
      
         Of course, if your airplane is fitted with
         crew-accessible breakers, then no bus-extension
         is needed and the problem goes away.  
      
      
        Bob . . . 
      
      
________________________________________________________________________________
From: 
"William Hunter" <billhuntersemail(at)gmail.com>
Subject: 
Re: Capacitance fuel sensors
Date: 
Apr 17, 2016
      
      
      In my never ending search for knowledge...and...ensuring accuracy in the knowledge
      learned, I wanted to share with you all an email I received from a cyber friend
      that clarifies the operation of the capacitance probe liquid measurement
      system.  
      
      He most excellently sets the record straight...
      
      --------------------------------------COPY-------------------------
      When you said they just "measure the resistance between an inner conductor (wire)
      and an outer tube" that is not correct. Stating that will leave people with
      the misconception that they operate like a standard resistance float type probe,
      a change in fuel level results in a change in resistance.
      
      A capacitance probe measures change in value of capacitance due to the introduction
      of a dielectric, in this case fuel, between the plates. The greater the dielectric
      (rising fuel level) the larger the capacitance value. Depending on sensor
      circuitry used, this change in input will be converted to either a digital
      count, linear voltage or milli-amp output.     
      
      Your mention of the "liquid resistance" is really what is known as the dielectric
      constant. Different liquids have different constants. This causes the value
      of capacitance to a differ with the same amount of liquid. These constants are
      used calibrate the linear outputs so you can get accurate scale readings.
      
      If you google capacitance probes there is a wealth of information on the subject.
      
      
      ..
      
      Cheers!!!
      
      Bill  Hunter
      
      
      -----Original Message-----
      From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of donjohnston
      Sent: Sunday, April 17, 2016 9:18 AM
      Subject: AeroElectric-List: Re: Capacitance fuel sensors
      
      --> <don@velocity-xl.com>
      
      
      billhuntersemail(at)gmail wrote:
      > 
      > !!!DANG!!!  My badI thought we were talking about resistant-ance 
      > probes  As Anna Rosanna Danna would say wellnever 
      > mind
      > 
      
      
      Bill, 
      
      It's Emily Litella.  
      
      And the name you were referencing is Roseanne Roseannadanna.  But her catch phrase
      was "It's always something".
      
      Try and keep this straight Bill. It's very important.   [Laughing]
      
      
      Read this topic online here:
      
      http://forums.matronics.com/viewtopic.php?p=455150#455150
      
      
________________________________________________________________________________
Subject: 
Re: Capacitance fuel sensors
From: 
Lyle Peterson <lyleap(at)centurylink.net>
Date: 
Apr 17, 2016
      
      
      It should be noted that air is also a dielectric.  By varying the amount 
      of dielectric in the capacitor, the sensor, the capacitance of the 
      sensor changes.
      
      Vacuum 1.0000
      
      Air (Dry) (68 F) 1.000536
      
      Water (32 F) 88.0
      Water (68 F) 80.4
      Water (80 F) 80.0
      Water (212 F) 55.3
      Water (390 F) 34.5
      
      Kerosene (70 F) 1.8
      
      Gasoline (70 F) 2.0
      
      Gerber Oatmeal (In Box ) 1.5
      
      The values above show the importance of using the liquid of interest 
      when calibrating the system.  It is also clear that as the level in the 
      tank decreases the dielectric value changes and thus the capacitance of 
      the sensor.
      
      Dielectric Constant (k) is a number relating the ability of a material 
      to carry alternating current to the ability of vacuum to carry 
      alternating current.  The capacitance created by the presence of the 
      material is directly related to the Dielectric Constant of the material.
      
      There are various means for measuring the capacitance of the sensor.  
      Before looking too hard at the sensor itself the device that determines 
      the capacitance of the sender should be suspected.  The sensor itself is 
      pretty stable.
      
      
      More to ponder.....
      
      
      Lyle
      
      
      On 4/17/2016 9:52 PM, William Hunter wrote:
      >
      > In my never ending search for knowledge...and...ensuring accuracy in the knowledge
      learned, I wanted to share with you all an email I received from a cyber
      friend that clarifies the operation of the capacitance probe liquid measurement
      system.
      >
      > He most excellently sets the record straight...
      >
      > --------------------------------------COPY-------------------------
      > When you said they just "measure the resistance between an inner conductor (wire)
      and an outer tube" that is not correct. Stating that will leave people with
      the misconception that they operate like a standard resistance float type probe,
      a change in fuel level results in a change in resistance.
      >
      > A capacitance probe measures change in value of capacitance due to the introduction
      of a dielectric, in this case fuel, between the plates. The greater the
      dielectric (rising fuel level) the larger the capacitance value. Depending on
      sensor circuitry used, this change in input will be converted to either a digital
      count, linear voltage or milli-amp output.
      >
      > Your mention of the "liquid resistance" is really what is known as the dielectric
      constant. Different liquids have different constants. This causes the value
      of capacitance to a differ with the same amount of liquid. These constants
      are used calibrate the linear outputs so you can get accurate scale readings.
      >
      > If you google capacitance probes there is a wealth of information on the subject.
      >
      > ..
      >
      > Cheers!!!
      >
      > Bill  Hunter
      >
      >
      > -----Original Message-----
      > From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of donjohnston
      > Sent: Sunday, April 17, 2016 9:18 AM
      > To: aeroelectric-list(at)matronics.com
      > Subject: AeroElectric-List: Re: Capacitance fuel sensors
      >
      > --> <don@velocity-xl.com>
      >
      >
      > billhuntersemail(at)gmail wrote:
      >> !!!DANG!!!  My badI thought we were talking about resistant-ance
      >> probes  As Anna Rosanna Danna would say wellnever
      >> mind
      >>
      >
      > Bill,
      >
      > It's Emily Litella.
      >
      > And the name you were referencing is Roseanne Roseannadanna.  But her catch phrase
      was "It's always something".
      >
      > Try and keep this straight Bill. It's very important.   [Laughing]
      >
      >
      > Read this topic online here:
      >
      > http://forums.matronics.com/viewtopic.php?p=455150#455150
      >
      >
      
      
________________________________________________________________________________
Subject: 
Re: Capacitance fuel sensors
From: 
Bill Maxwell <wrmaxwell(at)bigpond.com>
Date: 
Apr 18, 2016
      
      We are now on common ground , Bill.
      
      Cheers
      Bill
      
      On 18/04/2016 12:52 PM, William Hunter wrote:
      >
      > In my never ending search for knowledge...and...ensuring accuracy in the knowledge
      learned, I wanted to share with you all an email I received from a cyber
      friend that clarifies the operation of the capacitance probe liquid measurement
      system.
      >
      > He most excellently sets the record straight...
      >
      > --------------------------------------COPY-------------------------
      > When you said they just "measure the resistance between an inner conductor (wire)
      and an outer tube" that is not correct. Stating that will leave people with
      the misconception that they operate like a standard resistance float type probe,
      a change in fuel level results in a change in resistance.
      >
      > A capacitance probe measures change in value of capacitance due to the introduction
      of a dielectric, in this case fuel, between the plates. The greater the
      dielectric (rising fuel level) the larger the capacitance value. Depending on
      sensor circuitry used, this change in input will be converted to either a digital
      count, linear voltage or milli-amp output.
      >
      > Your mention of the "liquid resistance" is really what is known as the dielectric
      constant. Different liquids have different constants. This causes the value
      of capacitance to a differ with the same amount of liquid. These constants
      are used calibrate the linear outputs so you can get accurate scale readings.
      >
      > If you google capacitance probes there is a wealth of information on the subject.
      >
      > ..
      >
      > Cheers!!!
      >
      > Bill  Hunter
      >
      >
      > -----Original Message-----
      > From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of donjohnston
      > Sent: Sunday, April 17, 2016 9:18 AM
      > To: aeroelectric-list(at)matronics.com
      > Subject: AeroElectric-List: Re: Capacitance fuel sensors
      >
      > --> <don@velocity-xl.com>
      >
      >
      > billhuntersemail(at)gmail wrote:
      >> !!!DANG!!!  My badI thought we were talking about resistant-ance
      >> probes  As Anna Rosanna Danna would say wellnever
      >> mind
      >>
      >
      > Bill,
      >
      > It's Emily Litella.
      >
      > And the name you were referencing is Roseanne Roseannadanna.  But her catch phrase
      was "It's always something".
      >
      > Try and keep this straight Bill. It's very important.   [Laughing]
      >
      >
      > Read this topic online here:
      >
      > http://forums.matronics.com/viewtopic.php?p=455150#455150
      >
      >
      
      
________________________________________________________________________________
From: 
Carlos Trigo <trigo(at)mail.telepac.pt>
Subject: 
Cooling fans
Date: 
Apr 19, 2016
      
      
      Guys
      
      I am looking for cooling  fans to install in my aircraft dashboard, to extract
      heated air behind the avionics of the instrument panel and help defrost the windshield.
      
      I would welcome some information about type and brand of fans, source, and wiring
      information.
      
      Thanks
      Carlos
      
      
________________________________________________________________________________
From: 
Robert Borger <rlborger(at)mac.com>
Subject: 
Re: Cooling fans
Date: 
Apr 19, 2016
      
      
      Carlos, 
      
      Search "12 volt muffin fan" on Amazon or e-bay.   There should be plenty of choices.
      
      
      Best regards,
      Robert Borger, President
      Geowhiziks & Doodlebugging, Inc.
      Certified Petroleum Geophysicist AAPG#101
      3705 Lynchburg Dr.
      Corinth, TX 76208-5331
      (C) 817-992-1117
      
      Sent from my iPad
      
      > On Apr 19, 2016, at 07:33, Carlos Trigo  wrote:
      > 
      > 
      > Guys
      > 
      > I am looking for cooling  fans to install in my aircraft dashboard, to extract
      heated air behind the avionics of the instrument panel and help defrost the
      windshield.
      > 
      > I would welcome some information about type and brand of fans, source, and wiring
      information.
      > 
      > Thanks
      > Carlos
      > 
      > 
      > 
      > 
      > 
      
      
________________________________________________________________________________
Subject: 
Re: Cooling fans
From: 
John Tipton <jmtipton(at)btopenworld.com>
Date: 
Apr 19, 2016
      
      
      Hi Carlos
      
      I've been thinking along similar lines: how about a computer CPU cooling fans 12v:
      
      http://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2055119.m570.l1313.TR0.TRC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu+cooling+fans+12v&_sacat=0
      
      Regards
      
      John
      
      Sent from my iPad
      
           ----x--O--x----
      
      > On 19 Apr 2016, at 01:33 pm, Carlos Trigo  wrote:
      > 
      > 
      > Guys
      > 
      > I am looking for cooling  fans to install in my aircraft dashboard, to extract
      heated air behind the avionics of the instrument panel and help defrost the
      windshield.
      > 
      > I would welcome some information about type and brand of fans, source, and wiring
      information.
      > 
      > Thanks
      > Carlos
      > 
      > 
      > 
      > 
      > 
      
      
________________________________________________________________________________
Date: 
Apr 19, 2016
Subject: 
Re: Cooling fans
From: 
William Hunter <billhuntersemail(at)gmail.com>
      
      What kind of radio equipment are you installing?  Modern stuff is not a
      significant source of heat so it might be much work for minimal benefit.
      
      Bill Hunter
      On Apr 19, 2016 9:56 AM, "John Tipton"  wrote:
      
      > jmtipton(at)btopenworld.com>
      >
      > Hi Carlos
      >
      > I've been thinking along similar lines: how about a computer CPU cooling
      > fans 12v:
      >
      >
      > http://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2055119.m570.l1313.TR0.TRC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu+cooling+fans+12v&_sacat=0
      >
      > Regards
      >
      > John
      >
      > Sent from my iPad
      >
      >      ----x--O--x----
      >
      > > On 19 Apr 2016, at 01:33 pm, Carlos Trigo  wrote:
      > >
      > trigo(at)mail.telepac.pt>
      > >
      > > Guys
      > >
      > > I am looking for cooling  fans to install in my aircraft dashboard, to
      > extract heated air behind the avionics of the instrument panel and help
      > defrost the windshield.
      > >
      > > I would welcome some information about type and brand of fans, source,
      > and wiring information.
      > >
      > > Thanks
      > > Carlos
      > >
      > >
      > >
      > >
      > >
      >
      >
      
________________________________________________________________________________
Subject: 
Re: Cooling fans
From: 
Bill Watson <Mauledriver(at)nc.rr.com>
Date: 
Apr 19, 2016
      
      I have a 2008 vintage stack (G430, SL30,  GRT HXs, PS-audio, G327, etc) 
      that has little supplemental cooling specified in the doc.  I added two 
      muffin fans that blow onto the windscreen in my RV10.  No ducts or plenums.
      
      My sense is that vent holes alone would suffice in keeping excessive 
      heat building up under the panel.  However the muffin fans work well as 
      defrosters on the windscreen.  Not for ice but for condensation that 
      sometimes occurs in early morning departures and when cloud busting.  
      I'm glad they are in place for that reason alone.
      
      On 4/19/2016 9:59 AM, William Hunter wrote:
      >
      > What kind of radio equipment are you installing? Modern stuff is not a 
      > significant source of heat so it might be much work for minimal benefit.
      >
      > Bill Hunter
      >
      > On Apr 19, 2016 9:56 AM, "John Tipton"  > wrote:
      >
      >     >
      >
      >     Hi Carlos
      >
      >     I've been thinking along similar lines: how about a computer CPU
      >     cooling fans 12v:
      >
      >     http://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2055119.m570.l1313.TR0.TRC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu+cooling+fans+12v&_sacat=0
      >
      >     Regards
      >
      >     John
      >
      >     Sent from my iPad
      >
      >          ----x--O--x----
      >
      >     > On 19 Apr 2016, at 01:33 pm, Carlos Trigo      > wrote:
      >     >
      >     >
      >     >
      >     > Guys
      >     >
      >     > I am looking for cooling  fans to install in my aircraft
      >     dashboard, to extract heated air behind the avionics of the
      >     instrument panel and help defrost the windshield.
      >     >
      >     > I would welcome some information about type and brand of fans,
      >     source, and wiring information.
      >     >
      >     > Thanks
      >     > Carlos
      >     >
      >     >
      >     >
      >     >
      >     >
      >
      >
      >     ==========
      >     br> fts!)
      >     r> > w.buildersbooks.com" rel="noreferrer"
      >     target="_blank">www.buildersbooks.com
      >     rel="noreferrer" target="_blank">http://www.matronics.com/contribution
      >               -Matt Dralle, List Admin.
      >     ==========
      >     -
      >     Electric-List" rel="noreferrer"
      >     target="_blank">http://www.matronics.com/Navigator?AeroElectric-List
      >     ==========
      >     FORUMS -
      >     eferrer" target="_blank">http://forums.matronics.com
      >     ==========
      >     b Site -
      >               -Matt Dralle, List Admin.
      >     rel="noreferrer" target="_blank">http://www.matronics.com/contribution
      >     ==========
      >
      >
      
      
________________________________________________________________________________
From: 
"Carlos Trigo" <trigo(at)mail.telepac.pt>
Subject: 
Cooling fans
Date: 
Apr 19, 2016
      
      Hi Bill W
      
      
      Please tell me what is the part# of the fans you used, or at least the bran
      d and some characteristics.
      
      And where did you but them.
      
      
      And also how did you wire them? 
      
      Directly, or with switch, or through a thermostat controller?
      
      
      Thanks
      
      Carlos 
      
      
      From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectr
      ic-list-server(at)matronics.com] On Behalf Of Bill Watson
      Sent: ter=C3=A7a-feira, 19 de Abril de 2016 15:49
      Subject: Re: AeroElectric-List: Cooling fans
      
      
      I have a 2008 vintage stack (G430, SL30,  GRT HXs, PS-audio, G327, etc) tha
      t has little supplemental cooling specified in the doc.  I added two muffin
       fans that blow onto the windscreen in my RV10.  No ducts or plenums.
      
      My sense is that vent holes alone would suffice in keeping excessive heat b
      uilding up under the panel.  However the muffin fans work well as defroster
      s on the windscreen.  Not for ice but for condensation that sometimes occur
      s in early morning departures and when cloud busting.  I'm glad they are in
       place for that reason alone.
      
      On 4/19/2016 9:59 AM, William Hunter wrote:
      
      What kind of radio equipment are you installing?  Modern stuff is not a sig
      nificant source of heat so it might be much work for minimal benefit. 
      
      Bill Hunter 
      
      On Apr 19, 2016 9:56 AM, "John Tipton"  wrote:
      
      com>
      
      Hi Carlos
      
      I've been thinking along similar lines: how about a computer CPU cooling fa
      ns 12v:
      
      http://www.ebay.co.uk/sch/i.html?_from=R40  &_trksid=p2055119.m570.
      l1313.TR0.TRC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu+cooling+fans+12v&_s
      acat=0
      
      Regards
      
      John
      
      Sent from my iPad
      
           ----x--O--x----
      
      > On 19 Apr 2016, at 01:33 pm, Carlos Trigo  wrote:
      >
      =2Ept>
      >
      > Guys
      >
      > I am looking for cooling  fans to install in my aircraft dashboard, to ex
      tract heated air behind the avionics of the instrument panel and help defro
      st the windshield.
      >
      > I would welcome some information about type and brand of fans, source, an
      d wiring information.
      >
      > Thanks
      > Carlos
      >
      >
      
      
      br> fts!)
      r> > w.buildersbooks.com" rel="noreferrer" target="_blank">www.builders
      books.com
      rel="noreferrer" target="_blank">http://www.matronics.com/contribution
                -Matt Dralle, List Admin.
      -
      Electric-List" rel="noreferrer" target="_blank">http://www.matronics.co
      m/Navigator?AeroElectric-List
      FORUMS -
      eferrer" target="_blank">http://forums.matronics.com
      b Site -
                -Matt Dralle, List Admin.
      rel="noreferrer" target="_blank">http://www.matronics.com/contribution
      
      
      ---
      Este e-mail foi verificado em termos de v=C3=ADrus pelo software antiv=C3
      =ADrus Avast.
      https://www.avast.com/antivirus
      
________________________________________________________________________________
From: 
"Carlos Trigo" <trigo(at)mail.telepac.pt>
Subject: 
Cooling fans
Date: 
Apr 19, 2016
      
      Hello John
      
      
      I bought one similar to those, but the problem is that it has a 4-pin
      computer connector, and I don=92t know how to wire it.
      
      After some research, I came to the conclusion that one of the wires is to
      control the fan, and that control is done through the motherboards of the
      computer, which is not the case for us.
      
      
      That=92s the reason why I am asking for specific fans that other builders h
      ave
      successfully used, and for how to wire them.
      
      
      Carlos 
      
      
      -----Original Message-----
      From: owner-aeroelectric-list-server(at)matronics.com
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of John
      Tipton
      Sent: ter=E7a-feira, 19 de Abril de 2016 14:49
      Subject: Re: AeroElectric-List: Cooling fans
      
      
      --> <  jmtipton(at)btopenworld.com>
      
      
      Hi Carlos
      
      
      I've been thinking along similar lines: how about a computer CPU cooling
      fans 12v:
      
      
      <http://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2055119.m570.l1313
      =2ETR0.
      TRC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu+cooling+fans+12v&_sacat=0>
      http://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2055119.m570.l1313.
      TR0.T
      RC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu+cooling+fans+12v&_sacat=0
      
      
      Regards
      
      
      John
      
      
      Sent from my iPad
      
      
           ----x--O--x----
      
      
      > On 19 Apr 2016, at 01:33 pm, Carlos Trigo < 
      trigo(at)mail.telepac.pt> wrote:
      
      > 
      
      
      > --> <  trigo(at)mail.telepac.pt>
      
      > 
      
      > Guys
      
      > 
      
      > I am looking for cooling  fans to install in my aircraft dashboard, to
      extract heated air behind the avionics of the instrument panel and help
      defrost the windshield.
      
      > 
      
      > I would welcome some information about type and brand of fans, source, an
      d
      wiring information.
      
      > 
      
      > Thanks
      
      > Carlos
      
      > 
      
      > 
      
      > 
      
      > 
      
      > 
      
      
      www.buildersbooks.com
      
      
      http://www.matronics.com/contribution
      
      
      st
      Day
      
      
      http://www.matronics.com/Navigator?AeroElectric-List
      
      
      http://www.matronics.com/contribution
      
      
      ---
      Este e-mail foi verificado em termos de v=EDrus pelo software antiv=EDrus A
      vast.
      https://www.avast.com/antivirus
      
________________________________________________________________________________
From: 
"B Tomm" <fvalarm(at)rapidnet.net>
Subject: 
Cooling fans
Date: 
Apr 19, 2016
      
      I have two muffin fans mounted under the glareshield to push "warm" up onto
      the windscreen.  I consider the main purpose is a defogger when your first
      few breaths in the cockpit on a cold morning fog up the windshield.  Works
      great and they are there should you ever need some cooling.
      
      Bevan
      
        _____  
      
      From: owner-aeroelectric-list-server(at)matronics.com
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of William
      Hunter
      Sent: Tuesday, April 19, 2016 7:00 AM
      Subject: Re: AeroElectric-List: Cooling fans
      
      
      What kind of radio equipment are you installing?  Modern stuff is not a
      significant source of heat so it might be much work for minimal benefit. 
      
      Bill Hunter 
      
      On Apr 19, 2016 9:56 AM, "John Tipton"  wrote:
      
      
      
      
      Hi Carlos
      
      I've been thinking along similar lines: how about a computer CPU cooling
      fans 12v:
      
      http://www.ebay.co.uk/sch/i.html?_from=R40
      <http://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2055119.m570.l1313.TR0.
      TRC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu+cooling+fans+12v&_sacat=0>
      &_trksid=p2055119.m570.l1313.TR0.TRC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu
      +cooling+fans+12v&_sacat=0
      
      Regards
      
      John
      
      Sent from my iPad
      
           ----x--O--x----
      
      > On 19 Apr 2016, at 01:33 pm, Carlos Trigo  wrote:
      >
      
      >
      > Guys
      >
      > I am looking for cooling  fans to install in my aircraft dashboard, to
      extract heated air behind the avionics of the instrument panel and help
      defrost the windshield.
      >
      > I would welcome some information about type and brand of fans, source, and
      wiring information.
      >
      > Thanks
      > Carlos
      >
      >
      
      
      ==========
      br> fts!)
      r> > w.buildersbooks.com" rel="noreferrer"
      target="_blank">www.buildersbooks.com
      rel="noreferrer" target="_blank">http://www.matronics.com/contribution
                -Matt Dralle, List Admin.
      ==========
      -
      Electric-List" rel="noreferrer"
      target="_blank">http://www.matronics.com/Navigator?AeroElectric-List
      ==========
      FORUMS -
      eferrer" target="_blank">http://forums.matronics.com
      ==========
      b Site -
                -Matt Dralle, List Admin.
      rel="noreferrer" target="_blank">http://www.matronics.com/contribution
      ==========
      
      
________________________________________________________________________________
From: 
"Stein Bruch" <stein(at)steinair.com>
Subject: 
Cooling fans
Date: 
Apr 19, 2016
      
      Most of the computer fans (at least the ones we sell for less than $10) 
      are
      simple to wire because they typically have colored wires=85.red is 
      always
      power, black is always ground, and the others are various rpm/sense 
      wires
      that you don=92t need to use.  No need to run them through a thermostat, 
      a
      simple switch will suffice.  We also stock the little =93grates=94 that 
      go over
      them to direct the air appropriately (living in snow country we learn a
      thing or two about defrosting).
      
      
      Don=92t make it more complicated than it needs to be ' keep it simple. 
      
      
      Cheers,
      
      Stein
      
      
      From: owner-aeroelectric-list-server(at)matronics.com
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of 
      Carlos
      Trigo
      Sent: Tuesday, April 19, 2016 10:05 AM
      Subject: RE: AeroElectric-List: Cooling fans
      
      
      Hello John
      
      
      I bought one similar to those, but the problem is that it has a 4-pin
      computer connector, and I don=92t know how to wire it.
      
      After some research, I came to the conclusion that one of the wires is 
      to
      control the fan, and that control is done through the motherboards of 
      the
      computer, which is not the case for us.
      
      
      That=92s the reason why I am asking for specific fans that other 
      builders have
      successfully used, and for how to wire them.
      
      
      Carlos 
      
      
      -----Original Message-----
      From: owner-aeroelectric-list-server(at)matronics.com
      
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of John
      Tipton
      Sent: ter=E7a-feira, 19 de Abril de 2016 14:49
      
      
      Subject: Re: AeroElectric-List: Cooling fans
      
      
      --> <  jmtipton(at)btopenworld.com>
      
      
      Hi Carlos
      
      
      I've been thinking along similar lines: how about a computer CPU cooling
      fans 12v:
      
      
      <http://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2055119.m570.l13
      13.TR0.
      TRC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu+cooling+fans+12v&_sacat=0
      >
      http://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2055119.m570.l131
      3.TR0.T
      RC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu+cooling+fans+12v&_sacat=0
      
      
      Regards
      
      
      John
      
      
      Sent from my iPad
      
      
           ----x--O--x----
      
      
      > On 19 Apr 2016, at 01:33 pm, Carlos Trigo < 
      
      trigo(at)mail.telepac.pt> wrote:
      
      > 
      
      
      > --> <  trigo(at)mail.telepac.pt>
      
      > 
      
      > Guys
      
      > 
      
      > I am looking for cooling  fans to install in my aircraft dashboard, to
      extract heated air behind the avionics of the instrument panel and help
      defrost the windshield.
      
      > 
      
      > I would welcome some information about type and brand of fans, source, 
      and
      wiring information.
      
      > 
      
      > Thanks
      
      > Carlos
      
      > 
      
      > 
      
      > 
      
      > 
      
      > 
      
      
       <http://www.buildersbooks.com> www.buildersbooks.com
      
      ribution">http://www.matronics.com/contribution
      
      
      matronics.com/Navigator?AeroElectric-List">http://www.matronics.com/Navig
      ato
      r?AeroElectric-List
      <http://www.matronics.com/Navigator?AeroElectric-List%3c> 
      <================
      
      ttp://forums.matronics.com">http://forums.matronics.com
      
      http://www.matronics.com/contribution
      
      
       
      
      Sem v=EDrus.
       www.avast.com 
      
      
________________________________________________________________________________
From: 
Carlos Trigo <trigo(at)mail.telepac.pt>
Subject: 
Re: Cooling fans
Date: 
Apr 19, 2016
      
      Bill H
      
      I will have 2 radios, 1 transponder, 1 audio panel and plenty of devices of t
      he EFIS system (2 displays, 2 ADHARS, 1 engine module, etc.).
      GARMIN says that it is not mandatory to have ventilation but everybody knows
       that all electronics prefer to be cool ... =F0=9F=98=8E
      
      Especially in hot climates like Portugal and Southern Europe.
      
      CT
      
      > 
      > From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelect
      ric-list-server(at)matronics.com] On Behalf Of William Hunter
      > Sent: Tuesday, April 19, 2016 7:00 AM
      > To: aeroelectric-list(at)matronics.com
      > Subject: Re: AeroElectric-List: Cooling fans
      > 
      > What kind of radio equipment are you installing?  Modern stuff is not a si
      gnificant source of heat so it might be much work for minimal  benefit.
      > 
      > Bill Hunter
      > 
      >> On Apr 19, 2016 9:56 AM, "John Tipton"  wrote:
      d.com>
      >> 
      >> Hi Carlos
      >> 
      >> I've been thinking along similar lines: how about a computer CPU cooling f
      ans 12v:
      >> 
      >> http://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2055119.m570.l131
      3.TR0.TRC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu+cooling+fans+12v&_sacat=
      0
      >> 
      >> Regards
      >> 
      >> John
      >> 
      >> Sent from my iPad
      >> 
      >>      ----x--O--x----
      >> 
      >> > On 19 Apr 2016, at 01:33 pm, Carlos Trigo  wrote
      :
      >> >
      ac.pt>
      >> >
      >> > Guys
      >> >
      >> > I am looking for cooling  fans to install in my aircraft dashboard, to e
      xtract heated air behind the avionics of the instrument panel and help defro
      st the windshield.
      >> >
      >> > I would welcome some information about type and brand of fans, source, a
      nd wiring information.
      >> >
      >> > Thanks
      >> > Carlos
      >> >
      >> >
      >> >
      >> >
      >> >
      >> 
      >> 
      >> ==========
      >> br> fts!)
      >> r> > w.buildersbooks.com" rel="noreferrer" target="_blank">www.builde
      rsbooks.com
      >> rel="noreferrer" target="_blank">http://www.matronics.com/contributio
      n
      >>           -Matt Dralle, List Admin.
      >> ==========
      >> -
      >> Electric-List" rel="noreferrer" target="_blank">http://www.matronics.
      com/Navigator?AeroElectric-List
      >> ==========
      >> FORUMS -
      >> eferrer" target="_blank">http://forums.matronics.com
      >> ==========
      >> b Site -
      >>           -Matt Dralle, List Admin.
      >> rel="noreferrer" target="_blank">http://www.matronics.com/contributio
      n
      >> ==========
      >> 
      >> 
      >> 
      
________________________________________________________________________________
From: 
RGent1224(at)aol.com
Date: 
Apr 19, 2016
Subject: 
Re: Cooling fans
      
      Check out _www.surpluscenter.com_ (http://www.surpluscenter.com)   for your 
      fans. You'll find some below $5.00 ea. that would work very good. I've  
      ordered from them in the past and have always gotten good service and products
      
      from them.
      Just my 2 cents worth
      Dick(not PC )
      
      
      In a message dated 4/19/2016 10:18:30 A.M. Central Daylight Time,  
      fvalarm(at)rapidnet.net writes:
      
      I have two muffin fans mounted under the glareshield to push  "warm" up 
      onto the windscreen.  I consider the main purpose is a defogger  when your 
      first few breaths in the cockpit on a cold morning fog up the  windshield.  
      Works great and they are there should you ever need some  cooling.
      
      Bevan
      
      
      ____________________________________
       From:  owner-aeroelectric-list-server(at)matronics.com  
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of  William Hunter
      Sent: Tuesday, April 19, 2016 7:00  AM
      Subject: Re:  AeroElectric-List: Cooling fans
      
      
      What kind of radio equipment are you installing?  Modern stuff  is not a 
      significant source of heat so it might be much work for minimal  benefit.  
      Bill Hunter  
      On Apr 19, 2016 9:56 AM, "John Tipton" <_jmtipton(at)btopenworld.com_ 
      (mailto:jmtipton(at)btopenworld.com) >  wrote:
      
      -->  AeroElectric-List message posted by: John Tipton 
      <_jmtipton(at)btopenworld.com_ (mailto:jmtipton(at)btopenworld.com) >
      
      Hi  Carlos
      
      I've been thinking along similar lines: how about a computer  CPU cooling 
      fans 12v:
      
      http://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2055119.m570.l1313.TR0.T
      RC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu+cooling+fans+12v&_sacat=0
      
      Regards
      
      John
      
      Sent  from my iPad
      
      ----x--O--x----
      
      > On 19  Apr 2016, at 01:33 pm, Carlos Trigo <_trigo(at)mail.telepac.pt_ 
      (mailto:trigo(at)mail.telepac.pt) >  wrote:
      >
      <_trigo(at)mail.telepac.pt_ (mailto:trigo(at)mail.telepac.pt) >
      >
      >  Guys
      >
      > I am looking for cooling  fans to install in my  aircraft dashboard, to 
      extract heated air behind the avionics of the  instrument panel and help 
      defrost the windshield.
      >
      > I would  welcome some information about type and brand of fans, source, 
      and wiring  information.
      >
      > Thanks
      >  Carlos
      >
      >
      
      
      ==========
      br>  fts!)
      r> > w.buildersbooks.com" rel="noreferrer"  
      target="_blank">www.buildersbooks.com
      
      
      rel="noreferrer"  target="_blank">http://www.matronics.com/contribution
      -Matt Dralle, List  Admin.
      ==========
      -
      Electric-List" rel="noreferrer"  
      target="_blank">http://www.matronics.com/Navigator?AeroElectric-List
      ==========
      FORUMS  -
      eferrer"  target="_blank">http://forums.matronics.com
      ==========
      b Site  -
      -Matt Dralle, List  Admin.
      rel="noreferrer"  target="_blank">http://www.matronics.com/contribution
      ==========
      
      
________________________________________________________________________________
From: 
RGent1224(at)aol.com
Date: 
Apr 19, 2016
Subject: 
Re: Cooling fans
      
      You're in the DIY world touch the end of the black/red to +12 vdc and the
      
      white/grn to -12 vdc and see what happens. Remember just touch don't nail
      
      them  to the terminal.
      Dick(not PC)
      
      
      In a message dated 4/19/2016 10:07:21 A.M. Central Daylight Time,  
      trigo(at)mail.telepac.pt writes:
      
      
      Hello  John 
      I  bought one similar to those, but the problem is that it has a 4-pin 
      computer  connector, and I don=99t know how to wire it. 
      After  some research, I came to the conclusion that one of the wires is to
      
      control  the fan, and that control is done through the motherboards of the
      
      computer,  which is not the case for us. 
      That=99s  the reason why I am asking for specific fans that other bu
      ilders 
      have  successfully used, and for how to wire them. 
      Carlos   
      -----Original Message-----
      From:  owner-aeroelectric-list-server(at)matronics.com  
      [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of John 
       Tipton
      Sent: ter=C3=A7a-feira, 19 de Abril de 2016 14:49
      Subject: Re: AeroElectric-List: Cooling  fans 
      --> <_jmtipton(at)btopenworld.com_ (mailto:jmtipton(at)btopenworld.com) > 
      Hi Carlos 
      I've been thinking along similar lines: how about a  computer CPU cooling
      
      fans 12v: 
      http://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=p2055119.m570.l1313
      .TR0.T
      RC0.H0.Xcpu+cooling+fans+12v.TRS0&_nkw=cpu+cooling+fans+12v&_sacat=0
      
      Regards 
      John 
      Sent from my iPad 
      ----x--O--x---- 
      > On 19 Apr 2016, at 01:33 pm,  Carlos Trigo <_trigo(at)mail.telepac.pt_ 
      (mailto:trigo(at)mail.telepac.pt) > wrote: 
      >  
      > --> <_trigo(at)mail.telepac.pt_ (mailto:trigo(at)mail.telepac.pt) > 
      >  
      > Guys 
      >  
      > I am looking for cooling  fans to install in  my aircraft dashboard, to
      
      extract heated air behind the avionics of the  instrument panel and help
      
      defrost the windshield. 
      >  
      > I would welcome some information about type and  brand of fans, source,
      
      and wiring information. 
      >  
      > Thanks 
      > Carlos 

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April 14, 2016 - April 19, 2016

AeroElectric-Archive.digest.vol-nd

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