AeroElectric-Archive.digest.vol-jx
December 09, 2010 - Present
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>> http://forums.matronics.com/viewtopic.php?p=322731#322731
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________________________________________________________________________________
| From: | Bob Meyers <bobmeyers(at)meyersfamily.org> |
| Subject: | Re: Odyssey type batteries require a special type |
of charger?
Yes, I hope I didn't imply that cheap wouldn't work, only that some of
them may not perform correctly. That is easy to monitor when you
start using a new charger.
Bob Meyers
Flight Testing Sonex N982SX Web Site Index http://N982SX.com
On Dec 9, 2010, at 12:39 PM, bob noffs wrote:
> fwiw, for several yrs i have had a schumacher [ mod 1362?] battery
> tender connected to my 625. as far as i can tell it works as well as
> when new. constant voltage regulation has n't been a problem. you
> can pick them up new on ebay for $25.
> bob noffs
>
> On Thu, Dec 9, 2010 at 12:18 PM, Bob Meyers > wrote:
> >
>
> Not only is it not true, Odyssey doesn't claim it is true. Odyssey
> makes a line of chargers that they will be happy to sell you, but
> they also publish detailed specs that will let you evaluate the
> suitability of any charger - of which most automotive chargers will
> work just fine.
>
> Most significantly they warn about using any charger that exceeds
> 15v. Since no charger should really do that, it is usually only the
> cheapest, most poorly made chargers that you have to worry about.
>
> The above is the only thing that they warn can damage the battery.
> The rest of their caveats talk about how best to achieve 100% SOC
> and what you may may have to do depending on the charger you have.
>
> Bob Meyers
>
> Flight Testing Sonex N982SX Web Site Index http://N982SX.com
>
>
> On Dec 9, 2010, at 7:37 AM, user9253 wrote:
>
> >
>
> This document by Eggenfellner
> http://www.eggenfellneraircraft.com/Stuff-to-link-to/ESeriesInstallationGuide.pdf
> says,
> "Odyssey type batteries require a special type of charger. Never use
> a regular automotive charger and especially never use a trickle
> charger as these do not provide proper charge voltage or currents."
>
> This is not true is it?
> Thanks, Joe
>
> --------
> Joe Gores
>
>
> Read this topic online here:
>
> http://forums.matronics.com/viewtopic.php?p=322731#322731
>
>
> he Annual List Fund Raiser. Click on
> /" target="_blank">www.aeroelectric.com
> omebuiltHELP www.homebuilthelp.com
> http:/r generous support!
> he Matronics List Features Navigator to browse
> s.com/Navigator?AeroElectric-List" target="_blank">http://www.matronics.com/Navigator?AeroElectric-List
> ronics.com/" target="_blank">http://forums.matronics.com
> =============
>
>
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Odyssey type batteries require a special type |
of charger?
At 10:48 AM 12/9/2010, you wrote:
>
> From ODYSSEY's site:
>
>http://www.odysseybattery.com/documents/US-ODY-OM-008_1010.pdf
>
>Also I note that the charges they sell use 3 sequential charge
>currents. This may be of use in the Deep cycle application and of
>course your alternator does not know if you have an ODYSSEY or a
>Sears & Robuck battery. I cant imagine it would not get a complete
>charge after a few hours with 14 VDC on it.
>Tim Andres
Right on. The Internet driven dispersal of
floobydust about SVLA battery charging has been
waxing and waning for at least ten years.
Bottom line is that EVERY manufacturer of battery
has good reason to recommend/discourage a battery
charging philosophy . . . but for reasons that
are usually not known to us and is probably
irrelevant.
The folks at the factory may have conducted many
detailed studies with a goal of knowing (1) how
their product performs and (2) how to make that
performance stand a tad taller than the competition.
As Tim noted, once you bolt the battery to your
airplane, ALL bets for achieving the greatest
possible service life are off. This is because
the probability that any given battery is asked
to perform in laboratory conditions is zero.
The problem is further compounded when folks who
sell batteries mix decades of ol' mechanics lore
with ideas taken from the new supplier's 4-color
brochures. Mix the 'right' ingredients and clouds
of floobydust explode.
There is no such thing as a modern "trickle" charger
which is, by definition, a small but CONSTANT
CURRENT charger. Trickle chargers are mildly abusive
of a flooded battery ('cause you can put in more
water) and poison to an SVLA battery ('cause you
can't put in more water).
Many small chargers (1/2 amp to perhaps 2 amps
capability) are often mis-identified as "trickle
chargers" based only on their electrical size.
In fact, I'm aware of NO modern product at any
price that does not go into some form of constant
SUSTAINING voltage after spending some time at
a bulk charge or TOP-OFF voltage. These are BATTERY
MAINTAINERS. The least expensive device at WalMart are
entirely suitable for charging/maintaining any
brand/size of SVLA battery.
http://www.aeroelectric.com/Pictures/Curves/Ideal_Recharge_Protocol.jpg
How close do the market place chargers come to meeting
the "ideal recharge protocol"?
http://www.aeroelectric.com/Pictures/Curves/Battery_Minder_Recharge.pdf
http://www.aeroelectric.com/Pictures/Curves/Battery_Tender_Recharge.pdf
http://www.aeroelectric.com/Pictures/Curves/schumacher_2.jpg
http://www.aeroelectric.com/Pictures/Curves/schumacher_3.jpg
http://www.aeroelectric.com/Pictures/Curves/schumacher_4.jpg
http://www.aeroelectric.com/Pictures/Curves/schumacher_5.jpg
http://www.aeroelectric.com/Pictures/Curves/schumacher_6.jpg
Not many.
How much difference will it make in the demonstrated
service life in YOUR airplane. Not much.
Check out the offerings of Professor Battery
(Isador Buchmann) at . . .
http://batteryuniversity.com/learn
Finally, exhortations for application or black-
listing of any modern product as a battery charger
need to be filtered integrity of the physics and/or
relevance in your proposed application.
As Tim noted, your alternator/regulator combo
doesn't read Battery Digest.
Bob . . .
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Avionics ground bus |
At 09:55 AM 12/7/2010, you wrote:
>
>
>Some parts on order for the first production batch will
>be here tomorrow. I'm about 1/3 completed with the
>instruction manual. I'll put it up on the website
>catalog and order form tomorrow.
I've got a pretty good first whack at the installation
manual for the instrument panel ground bus.
http://aeroelectric.com/Catalog/AEC/9031/IM9031-700A.pdf
the first orders are shipping today.
Bob . . .
________________________________________________________________________________
| Subject: | Re: G530 TX Issue |
| From: | "hooverra" <hooverra(at)comcast.net> |
Glen,
You didn't say if it ever worked. From the symptoms you present it would appear
to be the mic audio connection from the audio panel to the to the 530.
Other com working says the mic and audio input is OK.
The TX indicator and breaking squelch on the Hand Held Radio says the Mic Key and
transmitter are working. You could have a defective Audio panel output or 530
Mic input but it is more likely a connection issue. Use a couple of pins crimped
to a pair of stiff wires so you can probe the tray connectors and check
continuity of both the Mic high and Mic Return lines. You will probably find A.
A pin in the wrong place, B. A pin retracted from the connector, C. A bad crimp
or D. A broken wire.
I had a similar symptom on an RV-10 with a 430 it was A pin in the wrong position.
If it ever worked then I would suspect B
Good luck
--------
Ralph & Laura Hoover
RV7A N527LR
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=322796#322796
________________________________________________________________________________
| From: | "F. Tim Yoder" <ftyoder(at)yoderbuilt.com> |
| Subject: | Re: Odyssey type batteries require a special type |
of charger?
What kind of Alternator do you get that produces 3 sequential charge
currents for the Odyssey?
Well, I thought it was funny.
Tim
----- Original Message -----
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Sent: Thursday, December 09, 2010 12:02 PM
Subject: Re: AeroElectric-List: Odyssey type batteries require a special
type of charger?
>
>
> At 10:48 AM 12/9/2010, you wrote:
>>
>>
>> From ODYSSEY's site:
>>
>>http://www.odysseybattery.com/documents/US-ODY-OM-008_1010.pdf
>>
>>Also I note that the charges they sell use 3 sequential charge currents.
>>This may be of use in the Deep cycle application and of course your
>>alternator does not know if you have an ODYSSEY or a Sears & Robuck
>>battery. I cant imagine it would not get a complete charge after a few
>>hours with 14 VDC on it.
>>Tim Andres
>
> Right on. The Internet driven dispersal of
> floobydust about SVLA battery charging has been
> waxing and waning for at least ten years.
>
> Bottom line is that EVERY manufacturer of battery
> has good reason to recommend/discourage a battery
> charging philosophy . . . but for reasons that
> are usually not known to us and is probably
> irrelevant.
>
> The folks at the factory may have conducted many
> detailed studies with a goal of knowing (1) how
> their product performs and (2) how to make that
> performance stand a tad taller than the competition.
>
> As Tim noted, once you bolt the battery to your
> airplane, ALL bets for achieving the greatest
> possible service life are off. This is because
> the probability that any given battery is asked
> to perform in laboratory conditions is zero.
>
> The problem is further compounded when folks who
> sell batteries mix decades of ol' mechanics lore
> with ideas taken from the new supplier's 4-color
> brochures. Mix the 'right' ingredients and clouds
> of floobydust explode.
>
> There is no such thing as a modern "trickle" charger
> which is, by definition, a small but CONSTANT
> CURRENT charger. Trickle chargers are mildly abusive
> of a flooded battery ('cause you can put in more
> water) and poison to an SVLA battery ('cause you
> can't put in more water).
>
> Many small chargers (1/2 amp to perhaps 2 amps
> capability) are often mis-identified as "trickle
> chargers" based only on their electrical size.
>
> In fact, I'm aware of NO modern product at any
> price that does not go into some form of constant
> SUSTAINING voltage after spending some time at
> a bulk charge or TOP-OFF voltage. These are BATTERY
> MAINTAINERS. The least expensive device at WalMart are
> entirely suitable for charging/maintaining any
> brand/size of SVLA battery.
>
> http://www.aeroelectric.com/Pictures/Curves/Ideal_Recharge_Protocol.jpg
>
> How close do the market place chargers come to meeting
> the "ideal recharge protocol"?
>
> http://www.aeroelectric.com/Pictures/Curves/Battery_Minder_Recharge.pdf
>
> http://www.aeroelectric.com/Pictures/Curves/Battery_Tender_Recharge.pdf
>
> http://www.aeroelectric.com/Pictures/Curves/schumacher_2.jpg
>
> http://www.aeroelectric.com/Pictures/Curves/schumacher_3.jpg
>
> http://www.aeroelectric.com/Pictures/Curves/schumacher_4.jpg
>
> http://www.aeroelectric.com/Pictures/Curves/schumacher_5.jpg
>
> http://www.aeroelectric.com/Pictures/Curves/schumacher_6.jpg
>
> Not many.
>
> How much difference will it make in the demonstrated
> service life in YOUR airplane. Not much.
>
> Check out the offerings of Professor Battery
> (Isador Buchmann) at . . .
>
> http://batteryuniversity.com/learn
>
> Finally, exhortations for application or black-
> listing of any modern product as a battery charger
> need to be filtered integrity of the physics and/or
> relevance in your proposed application.
>
> As Tim noted, your alternator/regulator combo
> doesn't read Battery Digest.
>
> Bob . . .
>
>
>
________________________________________________________________________________
| From: | tim2542(at)sbcglobal.net |
| Subject: | Re: Avionics ground bus |
Hello Bob
I order a grnd bus on your site and was expecting an email to complete the order
with pay pal. No hurry but just wondering if I did not get the order complete
Thanks
Tim Andres
Sent from my iPhone
On Dec 9, 2010, at 2:46 PM, "Robert L. Nuckolls, III"
wrote:
>
> At 09:55 AM 12/7/2010, you wrote:
>>
>> Some parts on order for the first production batch will
>> be here tomorrow. I'm about 1/3 completed with the
>> instruction manual. I'll put it up on the website
>> catalog and order form tomorrow.
>
> I've got a pretty good first whack at the installation
> manual for the instrument panel ground bus.
>
> http://aeroelectric.com/Catalog/AEC/9031/IM9031-700A.pdf
>
> the first orders are shipping today.
>
>
>
> Bob . . .
>
>
>
>
________________________________________________________________________________
| From: | "Noel Loveys" <noelloveys(at)yahoo.ca> |
| Subject: | Odyssey type batteries require a special type |
of charger?
Actually most chargers will reduce the amount of current being fed to the
battery as the battery accepts charge. In effect as the battery accepts a
charge it becomes a large resistor to the current feeding it. The only
thing the three step charge does is lower the input requirements for the
charger.
This is why when you put a discharged battery on to charge it draws maximum
current and when the battery is close to full charged the current is
minimal. It is possible for chargers when they come to the end of a charge
cycle to increase the voltage fed to the battery causing the battery to boil
dry.
Noel
-----Original Message-----
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of F. Tim
Yoder
Sent: December 10, 2010 12:06 AM
Subject: Re: AeroElectric-List: Odyssey type batteries require a special
type of charger?
What kind of Alternator do you get that produces 3 sequential charge
currents for the Odyssey?
Well, I thought it was funny.
Tim
----- Original Message -----
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Sent: Thursday, December 09, 2010 12:02 PM
Subject: Re: AeroElectric-List: Odyssey type batteries require a special
type of charger?
>
>
> At 10:48 AM 12/9/2010, you wrote:
>>
>>
>> From ODYSSEY's site:
>>
>>http://www.odysseybattery.com/documents/US-ODY-OM-008_1010.pdf
>>
>>Also I note that the charges they sell use 3 sequential charge currents.
>>This may be of use in the Deep cycle application and of course your
>>alternator does not know if you have an ODYSSEY or a Sears & Robuck
>>battery. I cant imagine it would not get a complete charge after a few
>>hours with 14 VDC on it.
>>Tim Andres
>
> Right on. The Internet driven dispersal of
> floobydust about SVLA battery charging has been
> waxing and waning for at least ten years.
>
> Bottom line is that EVERY manufacturer of battery
> has good reason to recommend/discourage a battery
> charging philosophy . . . but for reasons that
> are usually not known to us and is probably
> irrelevant.
>
> The folks at the factory may have conducted many
> detailed studies with a goal of knowing (1) how
> their product performs and (2) how to make that
> performance stand a tad taller than the competition.
>
> As Tim noted, once you bolt the battery to your
> airplane, ALL bets for achieving the greatest
> possible service life are off. This is because
> the probability that any given battery is asked
> to perform in laboratory conditions is zero.
>
> The problem is further compounded when folks who
> sell batteries mix decades of ol' mechanics lore
> with ideas taken from the new supplier's 4-color
> brochures. Mix the 'right' ingredients and clouds
> of floobydust explode.
>
> There is no such thing as a modern "trickle" charger
> which is, by definition, a small but CONSTANT
> CURRENT charger. Trickle chargers are mildly abusive
> of a flooded battery ('cause you can put in more
> water) and poison to an SVLA battery ('cause you
> can't put in more water).
>
> Many small chargers (1/2 amp to perhaps 2 amps
> capability) are often mis-identified as "trickle
> chargers" based only on their electrical size.
>
> In fact, I'm aware of NO modern product at any
> price that does not go into some form of constant
> SUSTAINING voltage after spending some time at
> a bulk charge or TOP-OFF voltage. These are BATTERY
> MAINTAINERS. The least expensive device at WalMart are
> entirely suitable for charging/maintaining any
> brand/size of SVLA battery.
>
> http://www.aeroelectric.com/Pictures/Curves/Ideal_Recharge_Protocol.jpg
>
> How close do the market place chargers come to meeting
> the "ideal recharge protocol"?
>
> http://www.aeroelectric.com/Pictures/Curves/Battery_Minder_Recharge.pdf
>
> http://www.aeroelectric.com/Pictures/Curves/Battery_Tender_Recharge.pdf
>
> http://www.aeroelectric.com/Pictures/Curves/schumacher_2.jpg
>
> http://www.aeroelectric.com/Pictures/Curves/schumacher_3.jpg
>
> http://www.aeroelectric.com/Pictures/Curves/schumacher_4.jpg
>
> http://www.aeroelectric.com/Pictures/Curves/schumacher_5.jpg
>
> http://www.aeroelectric.com/Pictures/Curves/schumacher_6.jpg
>
> Not many.
>
> How much difference will it make in the demonstrated
> service life in YOUR airplane. Not much.
>
> Check out the offerings of Professor Battery
> (Isador Buchmann) at . . .
>
> http://batteryuniversity.com/learn
>
> Finally, exhortations for application or black-
> listing of any modern product as a battery charger
> need to be filtered integrity of the physics and/or
> relevance in your proposed application.
>
> As Tim noted, your alternator/regulator combo
> doesn't read Battery Digest.
>
> Bob . . .
>
>
>
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Odyssey type batteries require a special type |
of charger?
At 09:35 PM 12/9/2010, you wrote:
>
>
>What kind of Alternator do you get that produces 3 sequential charge
>currents for the Odyssey?
>Well, I thought it was funny.
>
>Tim
Exactly.
We considered launching into just such a protocol
for the next generation alternator regulator.
About 10 years ago I did a design study on a
microprocessor based regulator that would produce
a behavior not unlike the 'ideal SLVA battery
recharge curve'.
Having sized the task we then had to decide how
to merchandise the thing. It was going to be
about as expensive as an LR series regulator.
Further, since the marketplace was moving
decidedly toward the automotive alternators
with built in regulators, selection of my new
offering would demand other "inconveniences"
be embraced to modify the alternator for
external regulation.
What could I tell the customer about the value
for adding "the kitchen sink" to his suite of
system accessories? It was decided that the
economics of adding that expense to the cost
of ownership for an OBAM aircraft was not
justified. Selling the device would require
the kinds of advertising you encounter for
most other products and services . . . like
"new and improved".
The project was shelved.
Bob . . .
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Odyssey type batteries require a special type |
of charger?
Actually most chargers will reduce the amount of current being fed to the
battery as the battery accepts charge. In effect as the battery accepts a
charge it becomes a large resistor to the current feeding it. The only
thing the three step charge does is lower the input requirements for the
charger.
The current demands on a constant voltage charger is
a function of what the battery is presently accepting at
that voltage. The only way the charger knows the battery
is charged is to monitor recharge current versus time. When
the recharge current has dropped below some target vale for
some minimum period of time, the smart charger switches to
the maintenance mode by dropping the output voltage to a
value just above the battery's open circuit voltage.
. . . just enough voltage to support the battery's internal
leakage losses but not enough to produce unwelcome charging.
Thus the battery is prevented from running itself down during
a long term maintenance interval.
This is why when you put a discharged battery on to charge it draws maximum
current and when the battery is close to full charged the current is
minimal. It is possible for chargers when they come to the end of a charge
cycle to increase the voltage fed to the battery causing the battery to boil
dry.
This IS the salient feature of the so-called "trickle"
chargers of yesteryear. They offer constant current
outputs that are not programmed to terminate when the
battery is charged. So even if the "trickle" is small,
say 100 mA, subjecting a battery to a month of small
but persistent "overcharge" is potentially terminal for
an SVLA battery.
Bob . . .
________________________________________________________________________________
| Subject: | Re: G530 TX Issue |
Ralph,
Thanks for the tips. As far as I know it worked earlier this year. Since
I've been building I've not really used it for talking, just listening.
It also came back with a clean bill from a shop bench test. Of course
that doesn't guarantee anything.
I am using the Approach Stack bus so I'll check the connections and
re-seat everything too. They made the cables. Someone else mentioned to
check the case ground for continuity. Now that you mentioned Mic High, I
think Approached used a blue wire to represent that pin. It was either
High or Low that was supposed to go to ground?
Glenn E. Long
-----Original Message-----
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of
hooverra
Sent: Thursday, December 09, 2010 9:10 PM
Subject: AeroElectric-List: Re: G530 TX Issue
Glen,
You didn't say if it ever worked. From the symptoms you present it would
appear to be the mic audio connection from the audio panel to the to the
530.
Other com working says the mic and audio input is OK.
The TX indicator and breaking squelch on the Hand Held Radio says the
Mic Key and transmitter are working. You could have a defective Audio
panel output or 530 Mic input but it is more likely a connection issue.
Use a couple of pins crimped to a pair of stiff wires so you can probe
the tray connectors and check continuity of both the Mic high and Mic
Return lines. You will probably find A. A pin in the wrong place, B. A
pin retracted from the connector, C. A bad crimp or D. A broken wire.
I had a similar symptom on an RV-10 with a 430 it was A pin in the
wrong position. If it ever worked then I would suspect B
Good luck
--------
Ralph & Laura Hoover
RV7A N527LR
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=322796#322796
________________________________________________________________________________
| From: | "Dennis Johnson" <pinetownd(at)volcano.net> |
| Subject: | RE: Intermittent Generator |
Hi Noel,
Thanks, I'll check the F lead connection. I'm also guessing that it's
sticking brushes. Unless I find some other cause, I'm planning to
continue flying it until it fails again and then have the alternator
repaired by a reputable shop.
Thanks,
Dennis
From: "Noel Loveys" <noelloveys(at)yahoo.ca>
Subject: RE: AeroElectric-List: RE: Intermittent Generator
You may also want to check the point where the F lead attaches to the
alternator. I'm still betting on sticky brushes. My experience is,
that
only happens when the brushes are well worn.
Noel
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Intermittent Generator Problem |
Any ideas what caused this? Since the first symptom was reduced
output and a whine in the headset, I initially suspected failed
diodes inside the alternator, but when it healed itself, I thought it
might have been a brush problem inside the alternator.
Could be a grounding issue too . . .
After 15 minutes, whatever was causing poor brush contact went
away? I'm grasping at straws here.
I am so thankful for Bob's Z 13-8 architecture, which allowed me to
continue the flight without breaking a sweat! Thanks, Bob!
Let's replace the 'straws' with data. What kind of
alternator/regulator combination are you flying?
If an externally regulated alternator, consider
adding a temporary instrumentation wire with 1000
ohm resistor as close as possible to to the
alternator's field terminal best. See:
http://www.aeroelectric.com/PPS/Adobe_Architecture_Pdfs/Z22K_23K.pdf
Get some cheepy volt-ohmeter to monitor voltage
at the cockpit end of the wire in flight. An analog
meter is best suited for this. This would be a good
choice:
http://www.radioshack.com/product/index.jsp?productId=2103957
Tape the meter up where you can watch it. Note the
readings when the system is operating normally/
abnormally. Review the topic of Alternator Fault
Isolation in chapter 3 of the 'Connection.
Bob . . .
________________________________________________________________________________
| From: | Paul Millner <paulmillner(at)compuserve.com> |
| Subject: | Grounding Sensors |
I solved this by installing a spring in the stack... so that the spring
keeps the washer tight against the sensor body, and makes up for
differences in pipe thread make-up.
Paul
On 12/9/2010 11:56 PM, AeroElectric-List Digest Server wrote:
> If the brass fitting had NPT threads, trying to clamp a tabbed washer
> between the fitting and the manifold is probably not a good idea.
> Clamping force is required to maintain electrical contact/continuity
> with the washer, fitting& sensor. NPT threads depend on taper&
> interference fit to seal. Finding the perfect thickness of washer to
> fill the gap between the manifold boss and the adapter shoulder while
> maintaining the correct fit of the NPT threads without over- or
> under-torquing might be challenging.
________________________________________________________________________________
| From: | "Noel Loveys" <noelloveys(at)yahoo.ca> |
| Subject: | Odyssey type batteries require a special type |
of charger?
Thanks Bob...
Now I have to look up SVLA ;-)
Noel
The current demands on a constant voltage charger is
a function of what the battery is presently accepting at
that voltage. The only way the charger knows the battery
is charged is to monitor recharge current versus time. When
the recharge current has dropped below some target vale for
some minimum period of time, the smart charger switches to
the maintenance mode by dropping the output voltage to a
value just above the battery's open circuit voltage.
. . . just enough voltage to support the battery's internal
leakage losses but not enough to produce unwelcome charging.
Thus the battery is prevented from running itself down during
a long term maintenance interval.
This IS the salient feature of the so-called "trickle"
chargers of yesteryear. They offer constant current
outputs that are not programmed to terminate when the
battery is charged. So even if the "trickle" is small,
say 100 mA, subjecting a battery to a month of small
but persistent "overcharge" is potentially terminal for
an SVLA battery.
Bob . . .
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | re: Special type of charger? |
At 05:24 PM 12/10/2010, you wrote:
>
>Thanks Bob...
>
>Now I have to look up SVLA ;-)
Sorry.
Sealed Vented Lead-Acid, same as: Recombinant
Gas (RG), starved electrolyte, and perhaps
some names I've not discovered yet.
They're often confused with and called "gell-cells"
which they are not. They are also distinct from
a class of "maintenance free" battery used in
the automotive industry which is in fact a flooded
and vented cell that you can't open up to replace
water.
But for the most part, any battery you pick up
that weighs like a brick of lead encased in plastic
is an SVLA/RG/SE battery.
Bob . . .
________________________________________________________________________________
| Subject: | Re: re: Special type of charger? |
| From: | Richard Girard <aslsa.rng(at)gmail.com> |
AGM, Absorbent Glass Mat, and I remember seeing SLA, Starved Lead Acid,
somewhere, too.
Merry Christmas Bob, you're better than Santa Claus. Gifts all year long,
and no reindeer poop on the roof.:-}
Rick Girard
On Fri, Dec 10, 2010 at 9:03 PM, Robert L. Nuckolls, III <
nuckolls.bob(at)aeroelectric.com> wrote:
> nuckolls.bob(at)aeroelectric.com>
>
> At 05:24 PM 12/10/2010, you wrote:
>
>> noelloveys(at)yahoo.ca>
>>
>> Thanks Bob...
>>
>> Now I have to look up SVLA ;-)
>>
>
> Sorry.
>
> Sealed Vented Lead-Acid, same as: Recombinant
> Gas (RG), starved electrolyte, and perhaps
> some names I've not discovered yet.
>
> They're often confused with and called "gell-cells"
> which they are not. They are also distinct from
> a class of "maintenance free" battery used in
> the automotive industry which is in fact a flooded
> and vented cell that you can't open up to replace
> water.
>
> But for the most part, any battery you pick up
> that weighs like a brick of lead encased in plastic
> is an SVLA/RG/SE battery.
>
>
> Bob . . .
>
>
--
Zulu Delta
Kolb Mk IIIC
582 Gray head
4.00 C gearbox
3 blade WD
Thanks, Homer GBYM
It is not bigotry to be certain we are right; but it is bigotry to be unable
to imagine how we might possibly have gone wrong.
- G.K. Chesterton
________________________________________________________________________________
| From: | "Noel Loveys" <noelloveys(at)yahoo.ca> |
| Subject: | re: Special type of charger? |
Thanks Bob. I wasn't able to find anything on the web.
Noel
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Richard
Girard
Sent: December 11, 2010 12:39 AM
Subject: Re: AeroElectric-List: re: Special type of charger?
AGM, Absorbent Glass Mat, and I remember seeing SLA, Starved Lead Acid,
somewhere, too.
Merry Christmas Bob, you're better than Santa Claus. Gifts all year long,
and no reindeer poop on the roof.:-}
Rick Girard
On Fri, Dec 10, 2010 at 9:03 PM, Robert L. Nuckolls, III
wrote:
At 05:24 PM 12/10/2010, you wrote:
Thanks Bob...
Now I have to look up SVLA ;-)
Sorry.
Sealed Vented Lead-Acid, same as: Recombinant
Gas (RG), starved electrolyte, and perhaps
some names I've not discovered yet.
They're often confused with and called "gell-cells"
which they are not. They are also distinct from
a class of "maintenance free" battery used in
the automotive industry which is in fact a flooded
and vented cell that you can't open up to replace
water.
But for the most part, any battery you pick up
that weighs like a brick of lead encased in plastic
is an SVLA/RG/SE battery.
Bob . . .
==========
om" target="_blank">www.aeroelectric.com
ooks.com" target="_blank">www.buildersbooks.com
et="_blank">www.homebuilthelp.com
="_blank">http://www.matronics.com/contribution
le, List Admin.
==========
-List" target="_blank">http://www.matronics.com/Navigator?AeroElectric-List
==========
http://forums.matronics.com
==========
--
Zulu Delta
Kolb Mk IIIC
582 Gray head
4.00 C gearbox
3 blade WD
Thanks, Homer GBYM
It is not bigotry to be certain we are right; but it is bigotry to be unable
to imagine how we might possibly have gone wrong.
- G.K. Chesterton
________________________________________________________________________________
| From: | <slipstream(at)wavecable.com> |
Well, my first attempt at the Isolation amp has fizzled.
I've pretty well resigned myself to starting over from
scratch, but I want to make sure I don't repeat the same
mistakes again.
Here's what I get: A lot of distortion when the amp is
powered up. With no power, I can hear the radio softly
through the headset. Power on the amp, it's all
distortion. I removed all inputs from the amp -- radio,
intercom, nav, etc, same thing. All it needs is power.
The d-sub connector is mounted on the solder side, per
the illustrations, so power is pin 8.
I can't find any spots where solder might have jumped
terminals to create a short.
A mistake I did find was that I didn't understand the
polarity aspects of the capacitors, and some were
installed backwards. Once I figured that out, I removed
them and reinstalled them in the correct orientation, but
there has been no change to the distortion. Either the
damage had already been done, or that mistake wasn't the
problem.
Any input would be appreciated.
One bill of materials question: Parts 6 & 7, A24794, do
not appear anywhere in the plans aside from the bill of
materials. Is that the solder-in ic socket that was
replaced by the new machined-pin socket (revision H), or
have I missed something else here?
Brooks
RV-7 details details
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: ISO Amp help |
>One bill of materials question: Parts 6 & 7, A24794, do not appear
>anywhere in the plans aside from the bill of materials. Is that the
>solder-in ic socket that was replaced by the new machined-pin socket
>(revision H), or have I missed something else here?
No, those were optional and used under the amplifier
chips. They weren't on the boards I photographed and
as a result, did not get tied to the BOM tags.
This kind of trouble shooting is very difficult
to do by remote. If you're interested, mail the
assembly to me. I can probably figure out what's
going on in a few minutes. I'll share the process
by which the discovery was made.
Bob Nuckolls
Bob 130
Medicine Lodge, KS 67104-0130
Bob . . .
________________________________________________________________________________
| Subject: | Noise from Garmin 496 |
| From: | Marty <rv6awingman(at)gmail.com> |
I posted a message a few days ago and haven't seen one response. Question
is, has anyone else found that their Garmin handheld with 30A weather
antenna produces a periodic type "hiss" noise in their radios?
Marty
________________________________________________________________________________
| From: | Dave Saylor <dave.saylor.aircrafters(at)gmail.com> |
| Subject: | Re: Noise from Garmin 496 |
I get kind of a da-da-da-shhhh (repeat endlessly) from my 696. If I
disable the DC-IN it goes away. It's a pretty low level background
noise that I can live with. I've tried all kinds of filters and
alternate grounds with some relief but it's still noticeable. The
noise is there whenever the 696 is plugged in, whether its powered on
or not. I assume it has something to do with the battery being
charged/monitored.
Dave Saylor
AirCrafters
140 Aviation Way
Watsonville, CA 95076
831-722-9141 Shop
831-750-0284 Cell
On Sun, Dec 12, 2010 at 7:21 AM, Marty wrote:
> I posted a message a few days ago and haven't seen one response. Question
> is, has anyone else found that their Garmin handheld with 30A weather
> antenna produces a periodic type "hiss" noise in their radios?
> Marty
>
>
________________________________________________________________________________
| From: | dave.gribble(at)mchsi.com |
| Subject: | Teflon Wire - 7 strands vs. 19 stands |
I found some surplus M16878/4BGB1 wire. I think it is 20 AWG wire with teflon
insulation and coated copper conductors. It is made of 7 strands of wire. I
know that newer wire is made of up 19 strands. Will the 7 strand wire "work"
with crimp connections such as AMP FastOn and crimped D-sub pins?
Thanks for any info,
dave gribble
________________________________________________________________________________
| From: | Peter Pengilly <peter(at)sportingaero.com> |
| Subject: | Re: Teflon Wire - 7 strands vs. 19 stands |
It will be very much less flexible than 19 strand wire, and so may break
in service.
Peter
On 12/12/2010 18:35, dave.gribble(at)mchsi.com wrote:
> --> AeroElectric-List message posted by: dave.gribble(at)mchsi.com
>
> I found some surplus M16878/4BGB1 wire. I think it is 20 AWG wire with teflon
insulation and coated copper conductors. It is made of 7 strands of wire.
I know that newer wire is made of up 19 strands. Will the 7 strand wire "work"
with crimp connections such as AMP FastOn and crimped D-sub pins?
>
> Thanks for any info,
>
> dave gribble
>
>
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Teflon Wire - 7 strands vs. 19 stands |
At 12:35 PM 12/12/2010, you wrote:
>
>I found some surplus M16878/4BGB1 wire. I think it is 20 AWG wire
>with teflon insulation and coated copper conductors. It is made of
>7 strands of wire. I know that newer wire is made of up 19
>strands. Will the 7 strand wire "work" with crimp connections such
>as AMP FastOn and crimped D-sub pins?
See attached file for description of M16878 wires.
Yes, you have a Type E (600v thin teflon) wire that
will be 20AWG silver coated 7 strand copper.
Teflon was never real popular as an airframe wire.
It's not very tough although the temperature ratings
are great. 7-strand wire is not a really big deal.
A quintrillion vehicles including airplanes have
be wired with 7-strand wire . . . and we don't seem
to be hearing about the lack of vibration resistant
stranding.
If you got this wire cheap and you're thinking about
using a lot of it (it could probably substitute for
22AWG in most applications, then it's probably a
cost effective thing to do with no significant
increase in risks.
Bob . . .
________________________________________________________________________________
| From: | Bob McCallum <robert.mccallum2(at)sympatico.ca> |
| Subject: | Teflon Wire - 7 strands vs. 19 stands |
Dave;
Yes, it will "work" with respect to being properly secured by the various
terminals/connectors etc. However, 19 strand is considerably more flexible
and consequently more vibration resistant than 7 strand. Both may perform
satisfactorily in your application but if there is flexing involved
(vibration?) the finer stranding will last longer and will impart lower
loads on the devices to which it is attached. Gauge for gauge its fatigue
resistance will be greater and mechanical forces transmitted less. This is
the reason Bob recommends "welding cable" for fat wires due to its extremely
fine stranding and hence greater flexibility. (Having said all that the
fatigue resistance of the 7 strand may exceed the life of the airframe, but
regardless the 19 strand will outlast it from an apples to apples fatigue
standpoint)
Bob McC
> -----Original Message-----
> From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-
> server(at)matronics.com] On Behalf Of dave.gribble(at)mchsi.com
> Sent: Sunday, December 12, 2010 1:36 PM
> To: aeroelectric-list(at)matronics.com
> Subject: AeroElectric-List: Teflon Wire - 7 strands vs. 19 stands
>
>
> I found some surplus M16878/4BGB1 wire. I think it is 20 AWG wire with
teflon
> insulation and coated copper conductors. It is made of 7 strands of wire.
I know that
> newer wire is made of up 19 strands. Will the 7 strand wire "work" with
crimp
> connections such as AMP FastOn and crimped D-sub pins?
>
> Thanks for any info,
>
> dave gribble
>
> _-
> ====================================================
> ======
> _-
> ====================================================
> ======
> _-
> ====================================================
> ======
> _-
> ====================================================
> ======
>
>
________________________________________________________________________________
| From: | dave.gribble(at)mchsi.com |
| Subject: | Re: Teflon Wire - 7 strands vs. 19 stands |
Thanks Bob - great reply.. but I'm confused about why the 20AWG Teflon wire "could
substitute for 22AWG in most applications"
dave
----- Original Message -----
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Sent: Sunday, December 12, 2010 3:30:21 PM GMT -06:00 US/Canada Central
Subject: Re: AeroElectric-List: Teflon Wire - 7 strands vs. 19 stands
At 12:35 PM 12/12/2010, you wrote:
>
>I found some surplus M16878/4BGB1 wire. I think it is 20 AWG wire
>with teflon insulation and coated copper conductors. It is made of
>7 strands of wire. I know that newer wire is made of up 19
>strands. Will the 7 strand wire "work" with crimp connections such
>as AMP FastOn and crimped D-sub pins?
See attached file for description of M16878 wires.
Yes, you have a Type E (600v thin teflon) wire that
will be 20AWG silver coated 7 strand copper.
Teflon was never real popular as an airframe wire.
It's not very tough although the temperature ratings
are great. 7-strand wire is not a really big deal.
A quintrillion vehicles including airplanes have
be wired with 7-strand wire . . . and we don't seem
to be hearing about the lack of vibration resistant
stranding.
If you got this wire cheap and you're thinking about
using a lot of it (it could probably substitute for
22AWG in most applications, then it's probably a
cost effective thing to do with no significant
increase in risks.
Bob . . .
________________________________________________________________________________
| From: | "Kevin Klinefelter" <kevann(at)gotsky.com> |
| Subject: | Re: Noise from Garmin 496 |
I have a 496 with weather, mounted just above the comm radio. No hiss.
Power is through the external cable to the main bus.
Kevin
----- Original Message -----
From: Marty
To: Aeroelectric-List
Sent: Sunday, December 12, 2010 7:21 AM
Subject: AeroElectric-List: Noise from Garmin 496
I posted a message a few days ago and haven't seen one response.
Question is, has anyone else found that their Garmin handheld with 30A
weather antenna produces a periodic type "hiss" noise in their radios?
Marty
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Teflon Wire - 7 strands vs. 19 stands |
At 03:58 PM 12/12/2010, you wrote:
>
>Thanks Bob - great reply.. but I'm confused about why the 20AWG
>Teflon wire "could substitute for 22AWG in most applications"
If you have a drawing that calls out 22AWG, then
you either go out and buy some 22AWG or you consider
substituting 20AWG assuming you don't mind taking the
hit on weight (very small) and the wire will fit into
all the crimped pins.
In terms of footage, 22AWG wire is the most popular size
in most airplanes. We did try 24AWG in the Premier . . .
I think the techs on the line are used to it now but
there was a lot of fuss at the beginning. It's more
difficult to work with.
I think I suggested to this List many years ago that
builders buy full spools of 20AWG wire (1000'). It's
cheaper in large quantities and can be used wherever
the drawings call for 22 or 20AWG. This one size MIGHT
account for 90% of all your wiring footage in a small
airplane and ease your procurement task.
Bob . . .
________________________________________________________________________________
| Subject: | Computing a Resistor Value |
| From: | "AlRice" <Allen(at)allenrice.net> |
I want to install my AV80R GPS in my panel and wire the power lead to the bus without
installing a clunky cigarette power socket on my panel. The GPS input
voltage is 5V and it draws 1.5A (at least that's what the cigarette power lead
says on it). My buss voltage is 13.5V, so how do I compute the resistor ohm's
and watts needed for my power lead? I know enough about Ohm's law to be dangerous.
Thanks.
--------
Al Rice
Skybolt 260
RV-9A
Helping with my grandson's Piet
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323122#323122
________________________________________________________________________________
| From: | "Richard E. Tasker" <retasker(at)optonline.net> |
| Subject: | Re: Computing a Resistor Value |
Just adding a resistor is probably not a good idea. A resistor drops a
variable amount of voltage depending on the actual current consumption.
Additionally, your bus voltage will vary from 12V or less when the
alternator is off to as much as 14.2V when it is on. Unless the AV80R
draws a constant current (unlikely) and can handle a relatively wide
voltage input, you really do need to use the power cord or some other
source of 5V.
I couldn't find a manual to see what voltage it can handle, but given
they sell adapters for 12/24VDC and for 110/220VAC, it is likely that it
can use only a limited voltage (5V).
The markings on the adapter almost surely refer to the adapter capacity,
not the exact consumption of the AV80R.
For educational purposes, assuming that the AV80R actually did take
exactly 1.5A at 5V and your buss voltage was a constant 13.5V, you would
calculate the resistor value as follows:
The resistor would have to drop 13.5V minus 5V or 8.5V at 1.5A. Since
V=I*R or R=V/I, then R = 8.5V/1.5A or 5.666 ohms which is close to a
standard 5.6 ohm resistor. If we used that resistor we would actually
get 8.4V drop which gives us 5.1V for the AV80R which would probably be
close enough. The power dissipated in the resistor would be P=V*I or
8.4V*1.5A = 12.6W which would mean it would have to be a pretty large
wirewound ceramic resistor that would get mighty hot. Of course, all
this is based on the paragraph above this one, which is highly unlikely.
You can either find a 12V to 5V power converter to include behind the
panel or just use the optional cigarette lighter adapter provided by
Honeywell.
Dick Tasker
AlRice wrote:
> --> AeroElectric-List message posted by: "AlRice"
>
> I want to install my AV80R GPS in my panel and wire the power lead to the bus
without installing a clunky cigarette power socket on my panel. The GPS input
voltage is 5V and it draws 1.5A (at least that's what the cigarette power lead
says on it). My buss voltage is 13.5V, so how do I compute the resistor ohm's
and watts needed for my power lead? I know enough about Ohm's law to be dangerous.
> Thanks.
>
> --------
> Al Rice
> Skybolt 260
> RV-9A
> Helping with my grandson's Piet
>
>
> Read this topic online here:
>
> http://forums.matronics.com/viewtopic.php?p=323122#323122
>
>
>
--
Please Note:
No trees were destroyed in the sending of this message. We do concede, however,
that a significant number of electrons may have been temporarily inconvenienced.
--
________________________________________________________________________________
| From: | BobsV35B(at)aol.com |
| Subject: | Re: Computing a Resistor Value |
Good Morning Al,
I am sure you know more about Ohm's Law than I do, but why don't you
consider using a Zener Diode?
If you use a resistor, the voltage output will change as the load changes.
I have no idea whether or not the load does change during operation of the
AV80R but dropping resistors do not work well at all with a varying load.
Happy Skies,
Old Bob
In a message dated 12/12/2010 8:05:24 P.M. Central Standard Time,
Allen(at)allenrice.net writes:
--> AeroElectric-List message posted by: "Al Rice"
I want to install my AV 80 R GPS in my panel and wire the power lead to
the bus without installing a clunky cigarette power socket on my panel. The
GPS input voltage is 5 V and it draws 1.5A (at least that's what the
cigarette power lead says on it). My buss voltage is 13.5V, so how do I compute
the resistor ohm's and watts needed for my power lead? I know enough about
Ohm's law to be dangerous.
Thanks.
--------
Al Rice
Sky bolt 260
RV-9 A
Helping with my grandson's Pi et
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Computing a Resistor Value |
At 07:59 PM 12/12/2010, you wrote:
>
>I want to install my AV80R GPS in my panel and wire the power lead
>to the bus without installing a clunky cigarette power socket on my
>panel. The GPS input voltage is 5V and it draws 1.5A (at least
>that's what the cigarette power lead says on it). My buss voltage
>is 13.5V, so how do I compute the resistor ohm's and watts needed
>for my power lead? I know enough about Ohm's law to be dangerous.
And indeed, a total reliance on Ohm's law in this
instance would be very hard if not dangerous to
the GPS. You need to acquire the automotive power
adapter suited for using/charging this product
in the car . . . then adapt that same device to
the airplane. I see that the advertising literature
speaks of a USB/PC cable. Check the instruction
manual to see if connection of the GPS to a powered
up PC will also charge the battery. It may not . . .
some USB ports on computers won't deliver 1.5A.
If so, then there are dozens of "USB power adapters" designed
to accept 14 volts from a vehicular power system
and deliver the smooth, regulated 5v dc necessary
for safe operation of the GPS. But accommodating the King
automotive adapter cable in the airplane is THE
100% way to go.
Bob . . .
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Computing a Resistor Value |
At 07:59 PM 12/12/2010, you wrote:
>
>I want to install my AV80R GPS in my panel and wire the power lead
>to the bus without installing a clunky cigarette power socket on my
>panel. The GPS input voltage is 5V and it draws 1.5A (at least
>that's what the cigarette power lead says on it). My buss voltage
>is 13.5V, so how do I compute the resistor ohm's and watts needed
>for my power lead? I know enough about Ohm's law to be dangerous.
And indeed, a total reliance on Ohm's law in this
instance would be very hard if not dangerous to
the GPS. You need to acquire the automotive power
adapter suited for using/charging this product
in the car . . . then adapt that same device to
the airplane. I see that the advertising literature
speaks of a USB/PC cable. Check the instruction
manual to see if connection of the GPS to a powered
up PC will also charge the battery. It may not . . .
some USB ports on computers won't deliver 1.5A.
If so, then there are dozens of "USB power adapters" designed
to accept 14 volts from a vehicular power system
and deliver the smooth, regulated 5v dc necessary
for safe operation of the GPS. But accommodating the King
automotive adapter cable in the airplane is THE
100% way to go.
Bob . . .
________________________________________________________________________________
| From: | Mike Welch <mdnanwelch7(at)hotmail.com> |
| Subject: | Computing a Resistor Value |
> The GPS input voltage is 5V and it draws 1.5A (at least that's what the
>cigarette power lead says on it). My buss voltage is 13.5V=2C so how do I
compute
>the resistor ohm's and watts needed for my power lead?I know enough about
>Ohm's law to be dangerous.
> Thanks.
> --------
> Al Rice
Mornin' Al=2C
When I first read your post=2C I didn't think the resistor was the way to
go=2C either=2C
same as Dick Tasker described. My thinking was you're asking quite a bit f
rom just one
resistor.
My initial thought was "why not build a 5 volt circuit" (like this one)?
http://www.tkk.fi/Misc/Electronics/circuits/psu_5v.html
Recently=2C I asked this forum if they knew how I could turn my Ray Allen
servo resistance
output (0-5K ohms) into a visual LED indicator. Our buddy Joe Gores offere
d the perfect suggestion
of a circuit referenced from Mike Linse.
Included in his suggestion was that really handy 5 volt circuit above=2C
plus it is super easy to build.
The circuit had a final voltage output of 4.96 volts=2C and when combined w
ith the circuit Mike Linse
talked about=2C the whole project worked exactly as I was hoping for.
From the article's data points about this 5 volt circuit=2C it says it ma
y be limited to only
one amp=2C plus you should consider a heat sink. So I got to thinking.....
....
Here's a question for for you guys that rearrange electrons for a living.
....could a guy
build TWO of these 5 volt circuits=2C and combine the '5 volt output' in pa
rallel?
Mike Welch
________________________________________________________________________________
| Subject: | Re: Computing a Resistor Value |
| From: | "AlRice" <Allen(at)allenrice.net> |
Thanks for the advice everyone. I learned a lot with this thread. I guess I'll
stick with the cigarette adapter and mount the socket behind the panel where
I can't see the ugly thing.
--------
Al Rice
Skybolt 260
RV-9A
Helping with my grandson's Piet
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323176#323176
________________________________________________________________________________
| Subject: | Re: Computing a Resistor Value |
| From: | "user9253" <fran4sew(at)banyanol.com> |
Al,
The rating on the 5 volt adaptor is what it is capable of, not necessarily what
the GPS uses.
There are options:
1. Like everyone is saying, using a resistor by itself is a bad idea.
2. A resistor and a 5 volt zener diode. Without knowing the current requirements
of the GPS, it will be trial and error. 7 ohms, 10W would be a starting point.
3. You could build the 5v regulator circuit suggested by Mike Welch. A 7805 in
a TO-220 case bolted to the airframe and using thermal conductive paste.
4. Take apart the OEM adaptor and solder wires to it and connect to the aircraft
power.
5. Buy one of these: http://www.mouser.com/ProductDetail/Murata-Power-Solutions/78SRH-5-2-C/?qs=35WhQNrE6p2lJ6BniHrImQ%3d%3d Probably generates less heat than other options.
Joe
--------
Joe Gores
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323181#323181
________________________________________________________________________________
| Subject: | "Regulated" 12 v supply |
| From: | "jonlaury" <jonlaury(at)impulse.net> |
I have a video camera on my tailwheel so that I can see under the nose of my plane
when taxiing. The camera calls for a "regulated" 12v, (+ or - 10%) power supply.
Will a 12v inline zener diode do the job, or do I not understand how zeners work?
Thanks,
John
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323192#323192
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: "Regulated" 12 v supply |
At 12:20 PM 12/13/2010, you wrote:
>
>I have a video camera on my tailwheel so that I can see under the
>nose of my plane when taxiing. The camera calls for a "regulated"
>12v, (+ or - 10%) power supply.
>
>Will a 12v inline zener diode do the job, or do I not understand how
>zeners work?
A zener works like a "smart weight" on the end of a
spring. Suppose you hung a kid's swing from the ceiling
on a bungee cord and with nobody in the swing, it
was 3' off the floor. For the kid's safety, you
want them to enjoy the swing at an altitude of
12 +/- 1 inches off the floor.
Suppose the heaviest 50# kid caused the swing to
assume an altitude of 16" . . . you would need
to ADD weight to achieve the desired altitude.
Suppose further that the lightest 30# kid pulls
the swing down to 24" off the floor. Obviously,
still more weight needs to be added to achieve
the 12" target.
24-16
The spring rate for this example is ------ = .40 inches/lb
50-30
So added weight need to lower the altitude with the
50# kid by 4 inches is 4/.4 or 10 pounds. Added
weight for the 30# kid needs to lower the swing
an additional 12 inches is 12/.4 or 30 pounds.
Finally, you want the swing to hang at 12" for
everyone to get into our out of the swing. This
means that while the swing is completely unloaded,
the greatest compensating weight would have to be
applied and then adjusted downward quickly and
smoothly as the passenger gets into or out of
the swing. The study above says a total weight
of 60 pounds will hold the empty swing at the
right "altitude".
Okay, our zener is a "smart weight". The bungee
is replaced with a resistor (R). The range of
swing customers have a "weight" of 30 to 50
millamperes. The target "swinging height"
or Vout of 5 volts.
Emacs!
Obviously, we must hang from a ceiling greater
than 5 volts . . . for the purposes of this
study, let's call it a Vin of 12 volts.
So we need a constant differential or "drop"
of 7 volts in our resistor. Let's set up the
resistor so that the swing is capable of carrying
passengers just above the largest anticipated
demand . . . 60 mA.
8V drop at 60 mA calls for a resistor of
R = 8v/.06a = 133 ohms.
Our "smart weight" is a zener diode operating
at 5.1 volts above the floor. Further, with no
passengers in the swing, the zener needs to
dissipate a total power value of
5.1v x .06 amps = 300 milliwatts.
So a 500 mW or larger zener will suffice.
The resistor has a constant 8v drop across it
at the .06A so it dissipates worst case:
8v x .06A = .48W
I'd go for a 1W resistor to run cooler.
Now, with the "smart weight" maintaining
5.1 volts off the floor, any load of 0 up to
and including 0.06 amps can be connected
across the zener with an expectation that the
5.1 volt value will be maintained.
This example is probably in the neighborhood
of a best case for using a zener supply. Total
power being dumped in the components is maxed
at 0.78W. If one were to design a similar architecture
for a 1.5A supply, the wasted power goes up to
18 watts . . . really gets things hot unless
provided with HEAVY heatsinks.
The architecture of choice is to utilize one
of the modern DC/DC converters that yield 90 plus
percent efficiencies at all load levels.
HOWEVER, it's not a free lunch. There can be
terrible noise generators for adf and perhaps
even VHF comm radios. So as a matter of normal
practice, I ALWAYS close these critters up in
metallic enclosures with input and output
filters.
You asked about a 12 volt source. Your input
can be anything from 10 to 15 volts. So you need
a buck-boost DC/DC converter that provides an
output from a source that may be either above
or below the output. How much current are we
talking about? You might want to consider a
set of alkaline cells and a toggle switch to
turn the system on only when actively in use.
I suspect a set of dedicated batteries would
last a very long time.
Bob . . .
________________________________________________________________________________
| From: | Matt Dralle <dralle(at)matronics.com> |
| Subject: | 2010 List of Contributors |
Dear Listers,
The 2010 Matronics Email List and Forum Fund Raiser officially ended a couple of
weeks ago and its time that I publish this year's List of Contributors. Its
the people on this list that directly make the Email Lists and Forums possible.
Their generous contributions keep the servers and Internet connection up and
running.
You can still show your support this year and pick up a great gift at the same
time. The Contribution Web Site is fast, easy, and secure:
http://www.matronics.com/contribution
Or, by dropping a personal check in the mail to:
Matt Dralle / Matronics
581 Jeannie Way
Livermore CA 94550
I also want to thank Bob, Jon, and Andy for their generous support through the
supply of great gifts this year!! These guys have some great products and I encourage
you to visit their respective web sites:
Bob Nucklolls - AeroElectric - www.aeroelectric.com
Jon Croke - HomebuiltHELP - www.homebuilthelp.com
Andy Gold - The Builder's Bookstore - www.buildersbooks.com
And finally, I'm proud to present The 2010 Fund Raiser List of Contributors:
http://www.matronics.com/loc/2010.html
Thanks again to everyone that made a Contribution this year!!
Matt Dralle
Matronics Email List and Forum Administrator
________________________________________________________________________________
| From: | "Noel Loveys" <noelloveys(at)yahoo.ca> |
| Subject: | Computing a Resistor Value |
First thing you want to do is build a solid state voltage regulator for a 5V
output.IK can't remember the number on the chip but they are available at
Radio Scrap.
The back of the package has a usable schematic.
Noel
-----Original Message-----
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of AlRice
Sent: December 12, 2010 10:30 PM
Subject: AeroElectric-List: Computing a Resistor Value
I want to install my AV80R GPS in my panel and wire the power lead to the
bus without installing a clunky cigarette power socket on my panel. The GPS
input voltage is 5V and it draws 1.5A (at least that's what the cigarette
power lead says on it). My buss voltage is 13.5V, so how do I compute the
resistor ohm's and watts needed for my power lead? I know enough about
Ohm's law to be dangerous.
Thanks.
--------
Al Rice
Skybolt 260
RV-9A
Helping with my grandson's Piet
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323122#323122
________________________________________________________________________________
| Subject: | Noise from Garmin 496 |
| From: | Marty <rv6awingman(at)gmail.com> |
Thanks to Kevin K and Dave S for their replies. Seems like some
installations may have noise and others not. I'll try disconnecting the
power line next visit to the airport, but we're "frozen" in here in
Nashville TN. If that works, I suspect there is some "output" from my 496
that is generating the noise. Pulling the power input line, which also has
the power outputs will give some clues that it is in the 496 output side
versus perhaps the weather antenna.
My GPS output signal is split into three (max per Garmin) to feed my Dynon
D10A, Electronic International Fuel Totalizer, and the third device escapes
me right now, perhaps its the EI SuperClock. I also feed the output to
Garmin's SL30 radio to feed the com and nav frequencies, and the warnings to
my Garmin Audio Panel.
Waiting now for warmer weather to go do some testing! Thanks again folks
for your thoughts.
Marty N826ME RV-6A
________________________________________________________________________________
| From: | "Noel Loveys" <noelloveys(at)yahoo.ca> |
| Subject: | Computing a Resistor Value |
Only problem with that is resistors don't drop voltage unless they are set
up in a voltage divider network. They only restrict current.
Don't believe me? Ok.... Try this; take a convenient battery and measure
the voltage across the terminals. Then connect any resistor to one terminal
of the voltmeter and take another reading. Guess what both readings will be
the same!
Now to check the current flow. Connect a nice hefty resistor to one
terminal of the battery and using a suitable ammeter measure the current
through the resistor. Then add a resistor to one terminal of the ammeter and
read again.... The second reading will be less than the first one
indicating the resistor has actually dropped the current. If you are unsure
of the resistor sizes to try use a battery tester and a resistor to do this
experiment.
If you want to build a voltage divider network with two resistors then that
is another ball of wax. The problem with that is the network loads your
buss the whole time it is active and it will load your buss. A solid state
voltage regulator on the other hand will also load your buss but to a much
less degree.
Early model 45 field radios used a voltage divider network to give low power
capability to the transmitters. It wasn't long before operators noticed the
batteries didn't last jig time if the transmitter was operated on low power
mode.
Noel
-----Original Message-----
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Richard
E. Tasker
Sent: December 13, 2010 1:11 AM
Subject: Re: AeroElectric-List: Computing a Resistor Value
Just adding a resistor is probably not a good idea. A resistor drops a
variable amount of voltage depending on the actual current consumption.
Additionally, your bus voltage will vary from 12V or less when the
alternator is off to as much as 14.2V when it is on. Unless the AV80R
draws a constant current (unlikely) and can handle a relatively wide
voltage input, you really do need to use the power cord or some other
source of 5V.
I couldn't find a manual to see what voltage it can handle, but given
they sell adapters for 12/24VDC and for 110/220VAC, it is likely that it
can use only a limited voltage (5V).
The markings on the adapter almost surely refer to the adapter capacity,
not the exact consumption of the AV80R.
For educational purposes, assuming that the AV80R actually did take
exactly 1.5A at 5V and your buss voltage was a constant 13.5V, you would
calculate the resistor value as follows:
The resistor would have to drop 13.5V minus 5V or 8.5V at 1.5A. Since
V=I*R or R=V/I, then R = 8.5V/1.5A or 5.666 ohms which is close to a
standard 5.6 ohm resistor. If we used that resistor we would actually
get 8.4V drop which gives us 5.1V for the AV80R which would probably be
close enough. The power dissipated in the resistor would be P=V*I or
8.4V*1.5A = 12.6W which would mean it would have to be a pretty large
wirewound ceramic resistor that would get mighty hot. Of course, all
this is based on the paragraph above this one, which is highly unlikely.
You can either find a 12V to 5V power converter to include behind the
panel or just use the optional cigarette lighter adapter provided by
Honeywell.
Dick Tasker
AlRice wrote:
> --> AeroElectric-List message posted by: "AlRice"
>
> I want to install my AV80R GPS in my panel and wire the power lead to the
bus without installing a clunky cigarette power socket on my panel. The GPS
input voltage is 5V and it draws 1.5A (at least that's what the cigarette
power lead says on it). My buss voltage is 13.5V, so how do I compute the
resistor ohm's and watts needed for my power lead? I know enough about
Ohm's law to be dangerous.
> Thanks.
>
> --------
> Al Rice
> Skybolt 260
> RV-9A
> Helping with my grandson's Piet
>
>
> Read this topic online here:
>
> http://forums.matronics.com/viewtopic.php?p=323122#323122
>
>
>
--
Please Note:
No trees were destroyed in the sending of this message. We do concede,
however,
that a significant number of electrons may have been temporarily
inconvenienced.
--
________________________________________________________________________________
| Subject: | Re: Noise from Garmin 496 |
| From: | Daniel Hooper <enginerdy(at)gmail.com> |
Easier than disconnecting the power line, does it make the noise after
it is fully charged? Some consumer devices with Li+ batteries have a
habit of hammering the power line with noise while charging.
It sounds like you have a lot of possible ground paths for the Garmin.
Any of these can cause the charging return current to take an
unwanted, roundabout path back to the battery. Additionally, if your
audio output is single-ended (Audio+ to signal, Audio- to ground)
large (by comparison) power currents can cause the unit to 'float' a
bit from ground potential. When the power current varies, the 'floats'
are cyclical, and you could hear it as noise.
Hope that helps!
--Daniel
On Tue, Dec 14, 2010 at 9:50 AM, Marty wrote:
> Thanks to Kevin K and Dave S for their replies. Seems like some
> installations may have noise and others not. I'll try disconnecting the
> power line next visit to the airport, but we're "frozen" in here in
> Nashville TN. If that works, I suspect there is some "output" from my 496
> that is generating the noise. Pulling the power input line, which also has
> the power outputs will give some clues that it is in the 496 output side
> versus perhaps the weather antenna.
> My GPS output signal is split into three (max per Garmin) to feed my Dynon
> D10A, Electronic International Fuel Totalizer, and the third device escapes
> me right now, perhaps its the EI SuperClock. I also feed the output to
> Garmin's SL30 radio to feed the com and nav frequencies, and the warnings to
> my Garmin Audio Panel.
> Waiting now for warmer weather to go do some testing! Thanks again folks
> for your thoughts.
> Marty N826MERV-6A
>
>
--
Daniel Hooper
________________________________________________________________________________
| From: | "Noel Loveys" <noelloveys(at)yahoo.ca> |
| Subject: | Computing a Resistor Value |
Yes... but another answer would be to us a circuit with more current
capability. Or possibly using the 7805 to switch a power transistor.
Noel
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Mike
Welch
Sent: December 13, 2010 10:39 AM
Subject: RE: AeroElectric-List: Computing a Resistor Value
> The GPS input voltage is 5V and it draws 1.5A (at least that's what the
>cigarette power lead says on it). My buss voltage is 13.5V, so how do I
compute
>the resistor ohm's and watts needed for my power lead?I know enough about
>Ohm's law to be dangerous.
> Thanks.
> --------
> Al Rice
Mornin' Al,
When I first read your post, I didn't think the resistor was the way to
go, either,
same as Dick Tasker described. My thinking was you're asking quite a bit
from just one
resistor.
My initial thought was "why not build a 5 volt circuit" (like this one)?
http://www.tkk.fi/Misc/Electronics/circuits/psu_5v.html
Recently, I asked this forum if they knew how I could turn my Ray Allen
servo resistance
output (0-5K ohms) into a visual LED indicator. Our buddy Joe Gores offered
the perfect suggestion
of a circuit referenced from Mike Linse.
Included in his suggestion was that really handy 5 volt circuit above,
plus it is super easy to build.
The circuit had a final voltage output of 4.96 volts, and when combined with
the circuit Mike Linse
talked about, the whole project worked exactly as I was hoping for.
From the article's data points about this 5 volt circuit, it says it may
be limited to only
one amp, plus you should consider a heat sink. So I got to
thinking.........
Here's a question for for you guys that rearrange electrons for a
living.....could a guy
build TWO of these 5 volt circuits, and combine the '5 volt output' in
parallel?
Mike Welch
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Computing a Resistor Value |
At 09:12 AM 12/14/2010, you wrote:
>
>First thing you want to do is build a solid state voltage regulator for a 5V
>output.IK can't remember the number on the chip but they are available at
>Radio Scrap.
>The back of the package has a usable schematic.
This is also an option. The 3-terminal regulators
are factory calibrated step-down voltage control
devices.
http://www.fairchildsemi.com/ds/LM/LM7805.pdf
Unlike the "smart weight" I described earlier,
these are more like "smart valves". Instead of
working in PARALLEL with the output load, these
work in SERIES. They have a distinct advantage
for optimizing power dissipation (waste heat).
As we studied in the Zener example, loads on the
input power supply are constant irrespective of
load demanded by the powered-up device. This is
the least efficient means by which step down
voltage tasks can be managed but they are
SIMPLE. So you use them only in the smallest
of situations were waste energy is not a significant
design concern.
The series-pass 3-terminal regulators will draw
power from the supply that is only a few microamps
more than the load demanded by the load. They
are also easily adjusted. I used to offer a line
of panel light dimmers based on 3-terminal devices.
http://www.aeroelectric.com/Catalog/AEC/9013/
Note that the larger the anticipated loads,
the larger the device AND it's associated
heatsink. Now, if you don't mind taking the
hit in terms of size, weight and disspated
power, this technology offers a simple, low
noise and relatively inexpensive means for
acquiring a very high-quality (meaning low
noise) DC power source for devices needing
9 volts and less.
This 9-volt limitation is due to the need
for 'headroom' in the difference between
input and output voltages. If you want
the device to deliver, say 12 volts constant
output, the INPUT cannot be lower than about
13.5 volts. A 9v design goal for output
can be achieved for inputs down to about
10.5 volts.
Bob . . .
>Noel
>
>-----Original Message-----
>From: owner-aeroelectric-list-server(at)matronics.com
>[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of AlRice
>Sent: December 12, 2010 10:30 PM
>To: aeroelectric-list(at)matronics.com
>Subject: AeroElectric-List: Computing a Resistor Value
>
>
>I want to install my AV80R GPS in my panel and wire the power lead to the
>bus without installing a clunky cigarette power socket on my panel. The GPS
>input voltage is 5V and it draws 1.5A (at least that's what the cigarette
>power lead says on it). My buss voltage is 13.5V, so how do I compute the
>resistor ohm's and watts needed for my power lead? I know enough about
>Ohm's law to be dangerous.
>Thanks.
>
>--------
>Al Rice
>Skybolt 260
>RV-9A
>Helping with my grandson's Piet
>
>
>Read this topic online here:
>
>http://forums.matronics.com/viewtopic.php?p=323122#323122
>
>
>-----
>No virus found in this message.
>Checked by AVG - www.avg.com
Bob . . .
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Computing a Resistor Value |
Mornin' Al,
When I first read your post, I didn't think the resistor was the way
to go, either,
same as Dick Tasker described. My thinking was you're asking quite a
bit from just one
resistor.
My initial thought was "why not build a 5 volt circuit" (like this one)?
http://www.tkk.fi/Misc/Electronics/circuits/psu_5v.html
Recently, I asked this forum if they knew how I could turn my Ray
Allen servo resistance
output (0-5K ohms) into a visual LED indicator. Our buddy Joe Gores
offered the perfect suggestion
of a circuit referenced from Mike Linse.
Included in his suggestion was that really handy 5 volt circuit
above, plus it is super easy to build.
The circuit had a final voltage output of 4.96 volts, and when
combined with the circuit Mike Linse
talked about, the whole project worked exactly as I was hoping for.
From the article's data points about this 5 volt circuit, it says it
may be limited to only
one amp, plus you should consider a heat sink. So I got to thinking.........
Here's a question for for you guys that rearrange electrons for a
living.....could a guy
build TWO of these 5 volt circuits, and combine the '5 volt output'
in parallel?
Sure . . . or go to a bigger device. The 3-terminal regulators come
in a range of sizes. The smallest are
Emacs!
6 x 4 mm on a side, solder right to the board, and as you
might expect, cannot dissipate much power. They're good
for 100-500 mA max . . . but if your needs are small . . .
At the other end of the spectrum, you can buy these guys
Emacs!
Rated for 5A and MUST be on a hefty heatsink. Furhter,
one can built arrays of transistors on even heftier
heatsinks perhaps cooled with fans.
Emacs!
I think the last time I built up something like this
it was to craft a finely adjustable 50A, 28v load bank.
There were 10 fat transistors on a big chunk of aluminum
cooled with a fan. This rig was good for 1400 watts
of room warming dissipation all controlled by a little
piece of plastic
Emacs!
and a 1/2" diameter potentiometer.
The point to be made here is that the series-pass,
smart regulator can be crafted in just about any size
and output voltage within ratings limits for the
devices.
Bob . . .
________________________________________________________________________________
| From: | RGent1224(at)aol.com |
| Subject: | Re: Computing a Resistor Value |
Bob
Did you include a bunch of photos that Yahoo didn't like??
Just a wondering
Dick
In a message dated 12/14/2010 11:44:25 A.M. Central Standard Time,
nuckolls.bob(at)aeroelectric.com writes:
Mornin' Al,
When I first read your post, I didn't think the resistor was the way to
go, either,
same as Dick Tasker described. My thinking was you're asking quite a bit
from just one
resistor.
My initial thought was "why not build a 5 volt circuit" (like this one)?
_http://www.tkk.fi/Misc/Electronics/circuits/psu_5v.html
_ (http://www.tkk.fi/Misc/Electronics/circuits/psu_5v.html)
Recently, I asked this forum if they knew how I could turn my Ray Allen
servo resistance
output (0-5K ohms) into a visual LED indicator. Our buddy Joe Gores
offered the perfect suggestion
of a circuit referenced from Mike Linse.
Included in his suggestion was that really handy 5 volt circuit above,
plus it is super easy to build.
The circuit had a final voltage output of 4.96 volts, and when combined
with the circuit Mike Linse
talked about, the whole project worked exactly as I was hoping for.
>From the article's data points about this 5 volt circuit, it says it may
be limited to only
one amp, plus you should consider a heat sink. So I got to
thinking.........
Here's a question for for you guys that rearrange electrons for a
living.....could a guy
build TWO of these 5 volt circuits, and combine the '5 volt output' in
parallel?
Sure . . . or go to a bigger device. The 3-terminal regulators come
in a range of sizes. The smallest are
6 x 4 mm on a side, solder right to the board, and as you
might expect, cannot dissipate much power. They're good
for 100-500 mA max . . . but if your needs are small . . .
At the other end of the spectrum, you can buy these guys
Rated for 5A and MUST be on a hefty heatsink. Furhter,
one can built arrays of transistors on even heftier
heatsinks perhaps cooled with fans.
I think the last time I built up something like this
it was to craft a finely adjustable 50A, 28v load bank.
There were 10 fat transistors on a big chunk of aluminum
cooled with a fan. This rig was good for 1400 watts
of room warming dissipation all controlled by a little
piece of plastic
and a 1/2" diameter potentiometer.
The point to be made here is that the series-pass,
smart regulator can be crafted in just about any size
and output voltage within ratings limits for the
devices.
Bob . . .
________________________________________________________________________________
| Subject: | Re: Computing a Resistor Value |
| From: | "AlRice" <Allen(at)allenrice.net> |
So, like I said, I chickened out and decided to use the car charger unit that came
with the AV80R. I was able to pry the case apart and inside was a 1"x1" 12v-5v
DC to DC power converter. I cut off the leads to the outside contacts and
soldered on longer leads. For a case for the power converter, I simply used
the existing one and routed the leads out the nose to a Molex plug. I'll secure
the case behind the panel with an Adel clamp. Here is what it looks like.
--------
Al Rice
Skybolt 260
RV-9A
Helping with my grandson's Piet
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323386#323386
Attachments:
http://forums.matronics.com//files/img_0001_533.jpg
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Computing a Resistor Value |
At 11:50 AM 12/14/2010, you wrote:
>Bob
>Did you include a bunch of photos that Yahoo didn't like??
>Just a wondering
>Dick
>
I guess I don't understand the question. Are you
having trouble seeing the images? You echoed the
posting back to me and they all appear as I originally
sent them.
Bob . . .
________________________________________________________________________________
| From: | RGent1224(at)aol.com |
| Subject: | Re: Computing a Resistor Value |
All I got was blanks where a photo was supposed to be aka Blanks
Dick
In a message dated 12/14/2010 9:35:34 P.M. Central Standard Time,
nuckolls.bob(at)aeroelectric.com writes:
At 11:50 AM 12/14/2010, you wrote:
Bob
Did you include a bunch of photos that Yahoo didn't like??
Just a wondering
Dick
I guess I don't understand the question. Are you
having trouble seeing the images? You echoed the
posting back to me and they all appear as I originally
sent them.
Bob . . .
(http://www.aeroelectric.com/)
(http://www.buildersbooks.com/)
(http://www.homebuilthelp.com/)
(http://www.matronics.com/contribution)
(http://www.matronics.com/Navigator?AeroElectric-List)
________________________________________________________________________________
| From: | RGent1224(at)aol.com |
| Subject: | Re: Computing a Resistor Value |
Ok, Thanks, This is the only E-Mail this has happened on.
So I'll try to access it thru the group site
Thanks
Dick
In a message dated 12/14/2010 11:42:06 P.M. Central Standard Time,
robert.mccallum2(at)sympatico.ca writes:
Dick;
All of the pictures in both Bob=99s original and your reply to him w
orked
fine for me. No blanks. Must have something to do with your computer
settings.
Bob McC
DO NOT ARCHIVE
____________________________________
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of RGent12
24(at)aol.com
Sent: Tuesday, December 14, 2010 11:44 PM
Subject: Re: AeroElectric-List: Computing a Resistor Value
All I got was blanks where a photo was supposed to be aka Blanks
Dick
In a message dated 12/14/2010 9:35:34 P.M. Central Standard Time,
nuckolls.bob(at)aeroelectric.com writes:
At 11:50 AM 12/14/2010, you wrote:
Bob
Did you include a bunch of photos that Yahoo didn't like??
Just a wondering
Dick
I guess I don't understand the question. Are you
having trouble seeing the images? You echoed the
posting back to me and they all appear as I originally
sent them.
Bob . . .
tp://www.aeroelectric.com/">www.aeroelectric.com
/ href="http://www.buildersbooks.com/">www.buildersbooks.com
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________________________________________________________________________________
| From: | Mike Welch <mdnanwelch7(at)hotmail.com> |
| Subject: | pictures not showing up |
>All I got was blanks where a photo was supposed to be are Blanks.
>Dick
Dick=2C
Bob's pictures showed fine for me=2C but I do know what you are referring
to=2C though.
My step-father sends me lots of 'patriotic=2C political=2C holidays=2C etc.
emails that he forwards
on to me. Some of them (maybe 10%) only have blank squares for pictures.
I 'right click' on the picture=2C then choose "show picture". Sometimes
=2C but not always=2C
this works=2C and then the picture starts coming in.
Hope this helps=2C Mike Welch
________________________________________________________________________________
| Subject: | Re: Noise from Garmin 496 |
| From: | Marty <rv6awingman(at)gmail.com> |
Daniel,
Thanks for your thoughts. The 496 is mounted in the panel and the Li+
batteries are always being charged by ships power when running. I've never
known the batteries not to be charged, but that is something to be
experimented with. The Audio output may be single ended, I'll have to get
the diagrams out to find out ( I do think they are single ended) but if the
batteries are charged it would seem the charging currents would be small. I
do have all devices in the panel going to a single point ground on the
firewall.
Marty
______
Subject: Re: AeroElectric-List: Noise from Garmin 496
From: Daniel Hooper <enginerdy(at)gmail.com>
Easier than disconnecting the power line, does it make the noise after
it is fully charged? Some consumer devices with Li+ batteries have a
habit of hammering the power line with noise while charging.
It sounds like you have a lot of possible ground paths for the Garmin.
Any of these can cause the charging return current to take an
unwanted, roundabout path back to the battery. Additionally, if your
audio output is single-ended (Audio+ to signal, Audio- to ground)
large (by comparison) power currents can cause the unit to 'float' a
bit from ground potential. When the power current varies, the 'floats'
are cyclical, and you could hear it as noise.
Hope that helps!
--Daniel
On Tue, Dec 14, 2010 at 9:50 AM, Marty wrote:
> Thanks to Kevin K and Dave S for their replies. Seems like some
> installations may have noise and others not. I'll try disconnecting the
> power line next visit to the airport, but we're "frozen" in here in
> Nashville TN. If that works, I suspect there is some "output" from my 496
> that is generating the noise. Pulling the power input line, which also has
> the power outputs will give some clues that it is in the 496 output side
> versus perhaps the weather antenna.
> My GPS output signal is split into three (max per Garmin) to feed my Dynon
> D10A, Electronic International Fuel Totalizer, and the third device
escapes
> me right now, perhaps its the EI SuperClock. I also feed the output to
> Garmin's SL30 radio to feed the com and nav frequencies, and the warnings
to
> my Garmin Audio Panel.
> Waiting now for warmer weather to go do some testing! Thanks again folks
> for your thoughts.
> Marty N826MERV-6A
>
>
--
Daniel Hooper
________________________________________________________________________________
| Subject: | Re: "Regulated" 12 v supply |
| From: | "jonlaury" <jonlaury(at)impulse.net> |
Bob,
>From your analogy, I'm not sure if I should get a Johnny-Jump-Up or a DC/DC converter.
:)
> I suspect a set of dedicated batteries would
> last a very long time.
>
The camera uses
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323448#323448
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Greatest OBAM aircraft achievement in history? |
I was digging around in my mini-museum of vintage electronics looking
for a part to photograph and ran across
this item:
Emacs!
It was 24 years ago yesterday that the largest, heaviest, most
fragile, aerodynamically unstable, and highest risk owner built and
maintained aircraft departed Edwards for what is probably the
greatest achievement in the history of OBAM aviation.
I was privileged to be a part of this effort. B&C LR-1 regulators
were in service during the close circuit shake-down. LR-2 regulators
were installed for the Around the World Flight. I think their serial
numbers were perhaps under 25. It has been a humbling thought that
the folks in the Rutan Skunk Werks bolted our work-product to this
high-risk airplane with no questions that I can recall about failure
mode effects analysis, reliability studies, DO-160 testing, parts
de-rating, post-production screening, mil-standard components,
assembly personnel training and certification, quality assurance
manuals, membership in the club of ISO elites, etc, etc . . .
Had those regulators been crafted and delivered to modern notions of
"aviation quality", they would have probably cost $25,000 each. The
regulators we shipped were the same configuration of work product
that went out the door to mounted on a LongEz and cost the guy $225.
What's more, it was just a few weeks earlier that the LR-2 replaced
LR-1 after we discovered some unhappy qualities in LR-1s.
I believe that nobody was happier to see that airplane safely back on
the ground as I. Something profound that happens to individuals who
take on tasks like this. Had those regulators been $25,000 each and
the mission had failed due to regulator failure, no doubt there would
be plenty of places to hang blame. The post-mission de-briefing would
assert some "system failure." When 4 or 5 folks hammered out parts in
a Butler building in Bill's back yard, places to hang blame are
limited. No system in which to hide.
Very few folks in today's world are even aware of nor do they have an
appreciation for what the Voyager program represented. It was
conceived, built and completed a successful mission with the same
top-to-bottom management philosophy that produced a host of airplanes
that range from Blackbirds
http://en.wikipedia.org/wiki/Skunk_Works
http://en.wikipedia.org/wiki/Clarence_Johnson
down to C-140s, Bonanza, PA-12, etc
http://en.wikipedia.org/wiki/Beechcraft
http://en.wikipedia.org/wiki/Cessna
http://en.wikipedia.org/wiki/Piper_aircraft
Voyager may have been the very last of such success stories. The last
vestiges of this recipe for success has all but disappeared from
institutionally produced aviation. But it hasn't completely expired.
It's still happening in the shops and hangars of thousand of OBAM
aircraft enthusiasts all over the world.
Yeah, there's uncle Burt's space flight program . . . another example
of how a capable, closely knit and bureaucracy free program can bring
new recipes for success into the history of human achievements. Those
achievements have little or no potential for "trickle_down" to the
form of aviation that inspires us to design, build, maintain and fly
products of our imagination just for the fun of it.
Most individuals alive today have any concept of where all this began
and how it evolved. If you told your next door neighbor that your RV
parts were ordered from Walmart, there's a fair chance they'd believe
it. When you show off your work-in-process . . . or you take anyone
for a ride . . . see if you can plant some seeds of curiosity about
the history and particularly the people who made it all happen. In
particular, try to emphasize the fact the greatest things happened
when unique individuals ignored those who were convinced, "that will
never work."
Bob . . .
________________________________________________________________________________
| Subject: | Battery Relay post too short |
| From: | "rvg8tor" <rvg8tor(at)comcast.net> |
On the out going post of the master relay I feed the start relay and the main bus
feed. In the attached photo you can see with just the fat wire going to the
start relay it takes up most of the room on the post. I know most of the Z-diagrams
show both connected to the master relay. How do you guys get another
lug on there? I could leave off the lock washer but then how do you keep it
from coming loose?
One guy told me I could remove the nut that snugs up against the relay, but to
make sure the post does not turn, one could replace this with a shorter nut and
get more room that way. Not sure I want to risk moving the internal part, might
work for a while but this could cause unknown issues.
More weight and parts but I guess I could connect the relay to a fat buss bar (maybe
ANLs), then connect the start relay wire and the main bus feed wire to each.
So please let me know how you others solved this issue.
Thanks
--------
Mike "Nemo" Elliott
RV-8A QB (Fuselage)
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323464#323464
Attachments:
http://forums.matronics.com//files/battery_relay_post_135.jpg
________________________________________________________________________________
| Subject: | Vans RPM Transducer IE VTACHGEN 12 |
...
For a Lycoming IO-360 and a Dynon D180 the tach software setting is 4. I
assume similar for other Dynon products.
The Dynon has a left and right option. If you only have one VT, use the
left wire.
This setting jives perfectly with the Simpson display on my Plasma III.
Be sure to smooth the crimp on the collar of the cable end going into
the engine or it will catch on the casing and cause your RPM gauge to
read like my old Ford Galaxy 500. After a lot of catching it will break.
Glenn E. Long
-----Original Message-----
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of
longg(at)pjm.com
Sent: Monday, September 27, 2010 10:37 AM
Subject: RE: AeroElectric-List: Vans RPM Transducer IE VTACHGEN 12
Bob,
I got their website from Van's, http://www.instrumentsales.com/ Vans
could not give me any additional documentation. The website is rather
limited. The way the Dynon doc reads is simply to set the pulses/revs to
your particular equipment. I talked to Dynon and they admitted that this
combination has been used before (and recommended because they don't
sell an RPM transducer) but they do not document or support it directly.
Yup, looks like a little experimenting is in order. I'll post my
findings to Van's and the list as to make life a bit easier for others
in the future.
Thanks
Glenn
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of
Robert L. Nuckolls, III
Sent: Friday, September 24, 2010 2:57 PM
Subject: RE: AeroElectric-List: Vans RPM Transducer IE VTACHGEN 12
Seems like all the Van's folks use the EIS 4k, I'm using the Dynon 180
which is similar but different.
What you're needing is the SCALE FACTOR for the transducer
in pulses per revolution of the engine crankshaft. No doubt
the setup instructions for the Dynon will tell you what
calibration code or dip-switch setting to use for that
particular transducer scale factor.
Unless someone on the list has installed that combination
of hardware items or incidental access to those two values
you're going to have to do some legwork. Does the
transducer have a brand and part number on it?
Bob . . .
________________________________________________________________________________
| From: | "Bill Bradburry" <bbradburry(at)bellsouth.net> |
| Subject: | Battery Relay post too short |
The nuts in that picture are reversed. The thicker nut should go on the
outside.
Bill B
-----Original Message-----
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of rvg8tor
Sent: Wednesday, December 15, 2010 3:15 PM
Subject: AeroElectric-List: Battery Relay post too short
On the out going post of the master relay I feed the start relay and the
main bus feed. In the attached photo you can see with just the fat wire
going to the start relay it takes up most of the room on the post. I know
most of the Z-diagrams show both connected to the master relay. How do you
guys get another lug on there? I could leave off the lock washer but then
how do you keep it from coming loose?
One guy told me I could remove the nut that snugs up against the relay, but
to make sure the post does not turn, one could replace this with a shorter
nut and get more room that way. Not sure I want to risk moving the internal
part, might work for a while but this could cause unknown issues.
More weight and parts but I guess I could connect the relay to a fat buss
bar (maybe ANLs), then connect the start relay wire and the main bus feed
wire to each.
So please let me know how you others solved this issue.
Thanks
--------
Mike "Nemo" Elliott
RV-8A QB (Fuselage)
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323464#323464
Attachments:
http://forums.matronics.com//files/battery_relay_post_135.jpg
________________________________________________________________________________
| Subject: | Re: Battery Relay post too short |
| From: | "rvg8tor" <rvg8tor(at)comcast.net> |
bbradburry(at)bellsouth.n wrote:
> The nuts in that picture are reversed. The thicker nut should go on the
> outside.
>
> Bill B
>
> --
Hmm, that is the way the relay shipped to me from Van's. Reversing the nut would
not give me any more room on the post.
--------
Mike "Nemo" Elliott
RV-8A QB (Fuselage)
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323476#323476
________________________________________________________________________________
| From: | "Fisher Paul A." <FisherPaulA(at)johndeere.com> |
| Subject: | Greatest OBAM aircraft achievement in history? |
Cool souvenir Bob! I have a picture from an Oshkosh long ago of Burt Rutan
sitting on the edge of his Defiant cockpit with his headset on taking note
s. He was recording flight data from Voyager that was inbound to KOSH at t
he time. You can't tell it from the picture, but soon after Voyager made a
pass down the runway to the utter amazement of the crowd. Not as cool a s
ouvenir as yours, but it is certainly a cherished memory of that beautiful
plane.
I agree this may have been the greatest, but I certainly hope it isn't the
last OBAM achievement!
Paul A. Fisher
Q-200, N17PF
RV-7A, N18PF
From: owner-aeroelectric-list-server(at)matronics.com [mailto:owner-aeroelectr
ic-list-server(at)matronics.com] On Behalf Of Robert L. Nuckolls, III
Sent: Wednesday, December 15, 2010 12:43
Subject: AeroElectric-List: Greatest OBAM aircraft achievement in history?
I was digging around in my mini-museum of vintage electronics looking for a
part to photograph and ran across
this item:
It was 24 years ago yesterday that the largest, heaviest, most fragile, aer
odynamically unstable, and highest risk owner built and maintained aircraft
departed Edwards for what is probably the greatest achievement in the hist
ory of OBAM aviation.
I was privileged to be a part of this effort. B&C LR-1 regulators were in s
ervice during the close circuit shake-down. LR-2 regulators were installed
for the Around the World Flight. I think their serial numbers were perhaps
under 25. It has been a humbling thought that the folks in the Rutan Skunk
Werks bolted our work-product to this high-risk airplane with no questions
that I can recall about failure mode effects analysis, reliability studies,
DO-160 testing, parts de-rating, post-production screening, mil-standard c
omponents, assembly personnel training and certification, quality assurance
manuals, membership in the club of ISO elites, etc, etc . . .
Had those regulators been crafted and delivered to modern notions of "aviat
ion quality", they would have probably cost $25,000 each. The regulators we
shipped were the same configuration of work product that went out the door
to mounted on a LongEz and cost the guy $225. What's more, it was just a f
ew weeks earlier that the LR-2 replaced LR-1 after we discovered some unhap
py qualities in LR-1s.
I believe that nobody was happier to see that airplane safely back on the g
round as I. Something profound that happens to individuals who take on task
s like this. Had those regulators been $25,000 each and the mission had fai
led due to regulator failure, no doubt there would be plenty of places to h
ang blame. The post-mission de-briefing would assert some "system failure."
When 4 or 5 folks hammered out parts in a Butler building in Bill's back y
ard, places to hang blame are limited. No system in which to hide.
Very few folks in today's world are even aware of nor do they have an appre
ciation for what the Voyager program represented. It was conceived, built a
nd completed a successful mission with the same top-to-bottom management ph
ilosophy that produced a host of airplanes that range from Blackbirds
http://en.wikipedia.org/wiki/Skunk_Works
http://en.wikipedia.org/wiki/Clarence_Johnson
down to C-140s, Bonanza, PA-12, etc
http://en.wikipedia.org/wiki/Beechcraft
http://en.wikipedia.org/wiki/Cessna
http://en.wikipedia.org/wiki/Piper_aircraft
Voyager may have been the very last of such success stories. The last vesti
ges of this recipe for success has all but disappeared from institutionally
produced aviation. But it hasn't completely expired. It's still happening
in the shops and hangars of thousand of OBAM aircraft enthusiasts all over
the world.
Yeah, there's uncle Burt's space flight program . . . another example of ho
w a capable, closely knit and bureaucracy free program can bring new recipe
s for success into the history of human achievements. Those achievements ha
ve little or no potential for "trickle_down" to the form of aviation that i
nspires us to design, build, maintain and fly products of our imagination j
ust for the fun of it.
Most individuals alive today have any concept of where all this began and h
ow it evolved. If you told your next door neighbor that your RV parts were
ordered from Walmart, there's a fair chance they'd believe it. When you sho
w off your work-in-process . . . or you take anyone for a ride . . . see if
you can plant some seeds of curiosity about the history and particularly t
he people who made it all happen. In particular, try to emphasize the fact
the greatest things happened when unique individuals ignored those who were
convinced, "that will never work."
Bob . . .
________________________________________________________________________________
| From: | "Roger" <mrspudandcompany(at)verizon.net> |
| Subject: | Re: Battery Relay post too short |
> bbradburry(at)bellsouth.n wrote:
>> The nuts in that picture are reversed. The thicker nut should go on the
>> outside.
>>
>> Bill B
>>
>> --
>
>
> Hmm, that is the way the relay shipped to me from Van's. Reversing the
> nut would not give me any more room on the post.
Yes it will, try it!
Roger
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Greatest OBAM aircraft achievement in history? |
At 04:40 PM 12/15/2010, you wrote:
Cool souvenir Bob! I have a picture from an Oshkosh long ago of Burt
Rutan sitting on the edge of his Defiant cockpit with his headset on
taking notes. He was recording flight data from Voyager that was
inbound to KOSH at the time. You can't tell it from the picture, but
soon after Voyager made a pass down the runway to the utter amazement
of the crowd. Not as cool a souvenir as yours, but it is certainly a
cherished memory of that beautiful plane.
I've never seen it fly. I was present at the 'official'
roll-out party at Burt's Place. During a stroll down
a really amazing flight line that I spotted the bones
of the Beech Lightning languishing outside one of Burt's
buildings.
http://aeroelectric.com/Pictures/Misc/38P.jpg
I think he got it as part of his "silver parachute" when
he left Beech. Development testing of hardware
for this airplane WOULD have put the first
crowbar ov protection system on a TC aircraft.
I agree this may have been the greatest, but I certainly hope it
isn't the last OBAM achievement!
Oh, certainly not the last. It would be
interesting to talk to Burt, Mike, and
all the original team to see what they
see as possible OBAM aviation opportunities.
Bob . . .
________________________________________________________________________________
| From: | "Dennis Johnson" <pinetownd(at)volcano.net> |
| Subject: | RE: Intermittent Generator |
Hi Bob,
Thanks for your reply about my one occurance of an intermittent
alternator. I'll try your suggestions for troubleshooting. (By the
way, it's an externally regulated 12 volt alternator with a B&C
regulator.)
Thanks,
Dennis
From: "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com>
Subject: Re: AeroElectric-List: Intermittent Generator Problem
Any ideas what caused this? Since the first symptom was reduced
output and a whine in the headset, I initially suspected failed
diodes inside the alternator, but when it healed itself, I thought it
might have been a brush problem inside the alternator.
Could be a grounding issue too . . .
After 15 minutes, whatever was causing poor brush contact went
away? I'm grasping at straws here.
I am so thankful for Bob's Z 13-8 architecture, which allowed me to
continue the flight without breaking a sweat! Thanks, Bob!
Let's replace the 'straws' with data. What kind of
alternator/regulator combination are you flying?
If an externally regulated alternator, consider
adding a temporary instrumentation wire with 1000
ohm resistor as close as possible to to the
alternator's field terminal best. See:
http://www.aeroelectric.com/PPS/Adobe_Architecture_Pdfs/Z22K_23K.pdf
Get some cheepy volt-ohmeter to monitor voltage
at the cockpit end of the wire in flight. An analog
meter is best suited for this. This would be a good
choice:
http://www.radioshack.com/product/index.jsp?productId=2103957
Tape the meter up where you can watch it. Note the
readings when the system is operating normally/
abnormally. Review the topic of Alternator Fault
Isolation in chapter 3 of the 'Connection.
Bob . . .
________________________________________________________________________________
| From: | Ed Holyoke <bicyclop(at)pacbell.net> |
| Subject: | Re: Battery Relay post too short |
Two thin nuts would do it.
Pax,
Ed Holyoke
On 12/15/2010 3:16 PM, Roger wrote:
>
>
>> bbradburry(at)bellsouth.n wrote:
>>> The nuts in that picture are reversed. The thicker nut should go on
>>> the
>>> outside.
>>>
>>> Bill B
>>>
>>> --
>>
>>
>> Hmm, that is the way the relay shipped to me from Van's. Reversing
>> the nut would not give me any more room on the post.
>
> Yes it will, try it!
>
> Roger
>
>
________________________________________________________________________________
| Subject: | Re: Battery Relay post too short |
| From: | "user9253" <fran4sew(at)banyanol.com> |
> The following links and for that matter, the entire website is very interesting.
The information and data clearly demonstrates how ineffective split lockwashers
are and in some cases the bolt/joint is better WITHOUT the lockwasher. (Look
at the graph).
> http://www.boltscience.com/pages/vibloose.htm
> http://www.boltscience.com/pages/hel...ingwashers.htm
> AND the video.....
> http://www.boltscience.com/pages/jun...ringwasher.htm
>
The above is a quote from Marty S. that was posted on VansAirforce. Split ring
lock washers are not frequently used on aircraft because they do not always work.
Nord-Lock washers are a much better choice.
For the contactor post, you are better off using blue Loctite. Loctite will solve
two problems: loosening and room for ring terminals.
Joe
--------
Joe Gores
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323549#323549
________________________________________________________________________________
| From: | "John Brick" <jebrick(at)comcast.net> |
| Subject: | Alternator Field Test Lead |
I'm trying to rig up the alternator field test lead recommended in note 8 of
the "AeroElectric Connection."
I have the resistor and the Radio Shack parts, but I'm not sure what goes
into the Radio Shack 274-1573 plug.
I need to mate the test leads from my muti-meter to that plug. What am I
missing. a part number would help maybe.
jb
________________________________________________________________________________
| Subject: | Unfamiliar Connector |
| From: | "AlRice" <Allen(at)allenrice.net> |
Does anyone know how to properly install this TED coaxial connector to the cable
and the back of my King KT76A transponder? It looks like the cable comes into
the connector at 90 deg and the center cable conductor gets soldered to the
center pin. It also has a circlip and spring washer that looks like it is meant
to retain the connector to the transponder case but there is no way to push
the connector into the case far enough to slip the washer & circlip around the
connector. This is my first transponder install.
Thanks for the help.
--------
Al Rice
Skybolt 260
RV-9A
Helping with my grandson's Piet
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323577#323577
Attachments:
http://forums.matronics.com//files/img_0001_194.jpg
http://forums.matronics.com//files/tedconnector_198.jpg
________________________________________________________________________________
| From: | "Keith Burris" <klburris(at)frontiernet.net> |
Folks;
Been some discussion on pictures coming through. Bob N. just posted a
picture. Here's what I see - be sure to see the Emacs! word.
>From Bob:
I was digging around in my mini-museum of vintage electronics
looking
for a part to photograph and ran across
this item:
Emacs!
It was 24 years ago yesterday that the largest, heaviest, most
fragile, aerodynamically unstable, and highest risk owner built and
maintained aircraft departed Edwards for what is probably the
greatest achievement in the history of OBAM aviation.
This is what I always get unless someone sends an attachment.
That's the only way I can see pictures. Don't have this problem
on other groups - am I doing something wrong?
Thanks In advance.
-- Keith
________________________________________________________________________________
| From: | Bob McCallum <robert.mccallum2(at)sympatico.ca> |
When I received this e-mail there was a photograph displayed where the word
"emacs" is located. Have no idea what an "emacs" is but I see a photograph
instead. I view my e-mails at work online and at home through Outlook and
in both case the photos are always properly displayed so I don't think it h
as anything to do with Matronics lists.
Bob McC
From: klburris(at)frontiernet.net
Subject: AeroElectric-List:
Date: Thu=2C 16 Dec 2010 11:42:45 -0700
Folks=3B
Been some discussion on pictures coming through. Bob N. just posted a pictu
re. Here's what I see - be sure to see the Emacs! word. From Bob:
=93I was digging around in my mini-museum of vintage electronics looking
for a part to photograph and ran across this item:
Emacs! It was 24 years ago yesterday that the largest
=2C heaviest=2C most fragile=2C aerodynamically unstable=2C and highe
st risk owner built and maintained aircraft departed Edwards for what
is probably the greatest achievement in the history of OBAM aviation
.=94
This is what I always get unless someone sends an attachment.That's the on
ly way I can see pictures. Don't have this problemon other groups - am I do
ing something wrong?
Thanks In advance.
-- Keith
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________________________________________________________________________________
| From: | "Ralph E. Capen" <recapen(at)earthlink.net> |
| Subject: | Re: Unfamiliar Connector |
Page 12 of the SL70 manual shows what I believe you have described.
The circlip was a real bugger to install. At first, I thought the coax connector
wasn't in far enough. The problem as keeping the connector in there while
putting the circlip on.
Hope this helps a little bit....
-----Original Message-----
>From: AlRice <Allen(at)allenrice.net>
>Sent: Dec 16, 2010 12:59 PM
>To: aeroelectric-list(at)matronics.com
>Subject: AeroElectric-List: Unfamiliar Connector
>
>
>Does anyone know how to properly install this TED coaxial connector to the cable
and the back of my King KT76A transponder? It looks like the cable comes into
the connector at 90 deg and the center cable conductor gets soldered to the
center pin. It also has a circlip and spring washer that looks like it is meant
to retain the connector to the transponder case but there is no way to push
the connector into the case far enough to slip the washer & circlip around
the connector. This is my first transponder install.
>
>Thanks for the help.
>
>--------
>Al Rice
>Skybolt 260
>RV-9A
>Helping with my grandson's Piet
>
>
>Read this topic online here:
>
>http://forums.matronics.com/viewtopic.php?p=323577#323577
>
>
>Attachments:
>
>http://forums.matronics.com//files/img_0001_194.jpg
>http://forums.matronics.com//files/tedconnector_198.jpg
>
>
________________________________________________________________________________
| From: | BobsV35B(at)aol.com |
| Subject: | Re: Unfamiliar Connector |
Good Afternoon Al,
I probably should not comment because I do not know what the device is
called or where to get it, but there is a long shaft device that will hold the
washer and circlip while it is pushed onto the connector.
Surely, some one will have better information.
Happy Skies,
Old Bob
In a message dated 12/16/2010 12:06:31 P.M. Central Standard Time,
Allen(at)allenrice.net writes:
--> AeroElectric-List message posted by: "AlRice"
Does anyone know how to properly install this TED coaxial connector to the
cable and the back of my King KT76A transponder? It looks like the cable
comes into the connector at 90 deg and the center cable conductor gets
soldered to the center pin. It also has a circlip and spring washer that looks
like it is meant to retain the connector to the transponder case but there
is no way to push the connector into the case far enough to slip the
washer & circlip around the connector. This is my first transponder install.
Thanks for the help.
--------
Al Rice
Skybolt 260
RV-9A
Helping with my grandson's Piet
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323577#323577
Attachments:
http://forums.matronics.com//files/img_0001_194.jpg
http://forums.matronics.com//files/tedconnector_198.jpg
________________________________________________________________________________
| From: | Mike Welch <mdnanwelch7(at)hotmail.com> |
| Subject: | LM3914 Bar Graph circuit question |
Hi guys=2C
I have recently built the bar graph circuit suggested by Joe Gores. (Thi
s
circuit incorporates the LM7805 5 volt regulator=2C and works off the Ray A
llen
servo potentiometer)
Anyway=2C I got the circuit built and it works great!!! It lights the LE
Ds as I intended.
In an unrelated circuit=3B
I have a completely separate 5K ohm potentiometer that the engine uses fo
r
regulating fuel enrichment (via my manual adjustment). The 5K Pot is in pl
ace
of the stock coolant thermister. By substituting my own 5K Pot in place of
the
non-adjustable thermister=2C I can regulate the 'cold engine' (high resista
nce) signal sent to the
engine's ECU (computer)=2C thereby making the engine think the engine is st
ill cold=2C
and subsequently enriching the fuel/air mixture.
This is a VERY common modification on the GEO/Suzuki auto website=2C for
guys that
installed turbo chargers (like mine).
My question is=3B does anyone have a suggestion how I can use that LM391
4/LM7805
circuit with my 5K potentiometer...and NOT affect the ohm reading it would
have normally
sent to the ECU if the circuit wasn't there.
(For information purposes=3B The 5K Pot has 3 tabs. When turning the kno
b one
direction=2C resistance between A & B goes from 0 to 5K=2C resistance from
A to C
goes from 5K to 0.)
Mike Welch
________________________________________________________________________________
| From: | Mike Welch <mdnanwelch7(at)hotmail.com> |
| Subject: | LM3914 Bar graph circuit question |
Hi guys=2C
I have recently built the bar graph circuit suggested by Joe Gores. (Thi
s
circuit incorporates the LM7805 5 volt regulator=2C and works off the Ray A
llen
servo potentiometer)
Anyway=2C I got the circuit built and it works great!!! It lights the LE
Ds as I intended.
In an unrelated circuit=3B
I have a completely separate 5K ohm potentiometer that the engine uses fo
r
regulating fuel enrichment (via my manual adjustment). The 5K Pot is in pl
ace
of the stock coolant thermister. By substituting my own 5K Pot in place of
the
non-adjustable thermister=2C I can regulate the 'cold engine' (high resista
nce) signal sent to the
engine's ECU (computer)=2C thereby making the engine think the engine is st
ill cold=2C
and subsequently enriching the fuel/air mixture.
This is a VERY common modification on the GEO/Suzuki auto website=2C for
guys that
installed turbo chargers (like mine).
My question is=3B does anyone have a suggestion how I can use that LM391
4/LM7805
circuit with my 5K potentiometer...and NOT affect the ohm reading it would
have normally
sent to the ECU if the circuit wasn't there.
(For information purposes=3B The 5K Pot has 3 tabs. When turning the kno
b one
direction=2C resistance between A & B goes from 0 to 5K=2C resistance from
A to C
goes from 5K to 0.)
________________________________________________________________________________
| From: | "David Lloyd" <skywagon(at)charter.net> |
| Subject: | Re: Unfamiliar Connector |
A consideration about the "floating" 90 deg. coax tray connector....
When inserting the Transponder into its tray, be gentle. In the past, I
have found that connector with one or more of its outside connector shield
flanges broken off. These were in King KT76 and KT76A. Apparently, there
was enough play in the floating connector and the tray clearances, to where
a ham-handed avionics type, got an interference fit with the outside shield
tang and snapped it off by forcing the unit fully into the tray. I am not
sure what signal problems develop when one or more shielding tangs are
snapped off. The units transmits a high powered pulse return and a broken
shield path may screw things up a bit....
David
-------------------------------------------------------------------------------------------------
----- Original Message -----
From: "Ralph E. Capen" <recapen(at)earthlink.net>
Sent: Thursday, December 16, 2010 11:26 AM
Subject: Re: AeroElectric-List: Unfamiliar Connector
>
> Page 12 of the SL70 manual shows what I believe you have described.
>
> The circlip was a real bugger to install. At first, I thought the coax
> connector wasn't in far enough. The problem as keeping the connector in
> there while putting the circlip on.
>
> Hope this helps a little bit....
>
> -----Original Message-----
>>From: AlRice <Allen(at)allenrice.net>
>>Sent: Dec 16, 2010 12:59 PM
>>To: aeroelectric-list(at)matronics.com
>>Subject: AeroElectric-List: Unfamiliar Connector
>>
>>
>>Does anyone know how to properly install this TED coaxial connector to the
>>cable and the back of my King KT76A transponder? It looks like the cable
>>comes into the connector at 90 deg and the center cable conductor gets
>>soldered to the center pin. It also has a circlip and spring washer that
>>looks like it is meant to retain the connector to the transponder case but
>>there is no way to push the connector into the case far enough to slip the
>>washer & circlip around the connector. This is my first transponder
>>install.
>>
>>Thanks for the help.
>>
>>--------
>>Al Rice
>>Skybolt 260
>>RV-9A
>>Helping with my grandson's Piet
>>
>>
>>
>>
>>Read this topic online here:
>>
>>http://forums.matronics.com/viewtopic.php?p=323577#323577
>>
>>
>>
>>
>>Attachments:
>>
>>http://forums.matronics.com//files/img_0001_194.jpg
>>http://forums.matronics.com//files/tedconnector_198.jpg
>>
>>
>>
>>
>>
>>
>>
>
>
>
________________________________________________________________________________
| Subject: | Re: Unfamiliar Connector |
| From: | "AlRice" <Allen(at)allenrice.net> |
Thanks everyone. Recapen's PDF had the other 1/2 of my question on page 15. I
think I know what I'm doing now.
--------
Al Rice
Skybolt 260
RV-9A
Helping with my grandson's Piet
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323612#323612
________________________________________________________________________________
| Subject: | (off topic) Aircraft Ground to the hangar floor when |
parked
| From: | "toddheffley" <public(at)toddheffley.com> |
ALL
Sorry for the distractor... but I am on a quest for "Simple Science" FACTS to
rebuff some "Hanger Talk" about grounding aircraft when parked.
MOST military, some heavy maintenance bases , and a few General aviation facilities
provide and use ground wires to the hangar floor when aircraft are parked.
Why is that so???
The reasons I have gathered are:
1. "Grounds Out" static electricity when the aircraft is being polished (sounds
reasonable)
2. "Grounds Out" the airplane if the hangar is struck by lightening (sounds like
hanger talk)
3. Reduces Galvanic corrosion by dissimilar metals in the landing gear. ( sounds
like hanger talk)
4. Provides path to ground in the event of a 220VAC Ground Power Unit being wired
wrong and/or failure of the Green ground wire from the Mains supply (sounds
reasonable). This has been witnessed by one our staff.
5. Reduces chances of damage to ESD components, for example, when removing Printed
Circuit Cards from cages. (sounds reasonable)
6. Some Hanger Keepers insurance policies require it. (I have yet to see one...hanger
talk)
7. And finally, the most common answer.... Because the Army told me to ground the
airplane 30 years ago and I have been doing it ever since........(hanger talk
accepted blindly with no supporting rationale)
The accepted norms from several (Military) documents are:
--------
WWW.toddheffley.com
www.theinterconnectco.com for lighting products
AV-TS.com for Jet Aircraft Test Equipment
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323646#323646
________________________________________________________________________________
| From: | "Noel R.C. Loveys" <noelloveys(at)yahoo.ca> |
| Subject: | (off topic) Aircraft Ground to the hangar floor |
when parked
If all aircraft in a hangar are bonded (grounded) to a common ground there
is no chance of a spark occurring between aircraft and all static is
immediately sent to ground.
The AMO (Authorized Maintenance Organization - Canada) I worked for did in
fact have a stipulation on the insurance requiring all aircraft on the
premises be bonded to ground, even the ones tied down outside. I never
actually saw the policy but I was told by the owner of the company such a
stipulation was in effect. On one occasion the insurance company did send
an inspector and he did check for grounds on all aircraft that may have fuel
in them.
Noel
-----Original Message-----
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of
toddheffley
Sent: December 17, 2010 11:14 AM
Subject: AeroElectric-List: (off topic) Aircraft Ground to the hangar floor
when parked
ALL
Sorry for the distractor... but I am on a quest for "Simple Science" FACTS
to rebuff some "Hanger Talk" about grounding aircraft when parked.
MOST military, some heavy maintenance bases , and a few General aviation
facilities provide and use ground wires to the hangar floor when aircraft
are parked.
Why is that so???
The reasons I have gathered are:
1. "Grounds Out" static electricity when the aircraft is being polished
(sounds reasonable)
2. "Grounds Out" the airplane if the hangar is struck by lightening (sounds
like hanger talk)
3. Reduces Galvanic corrosion by dissimilar metals in the landing gear. (
sounds like hanger talk)
4. Provides path to ground in the event of a 220VAC Ground Power Unit being
wired wrong and/or failure of the Green ground wire from the Mains supply
(sounds reasonable). This has been witnessed by one our staff.
5. Reduces chances of damage to ESD components, for example, when removing
Printed Circuit Cards from cages. (sounds reasonable)
6. Some Hanger Keepers insurance policies require it. (I have yet to see
one...hanger talk)
7. And finally, the most common answer.... Because the Army told me to
ground the airplane 30 years ago and I have been doing it ever
since........(hanger talk accepted blindly with no supporting rationale)
The accepted norms from several (Military) documents are:
--------
WWW.toddheffley.com
www.theinterconnectco.com for lighting products
AV-TS.com for Jet Aircraft Test Equipment
Read this topic online here:
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________________________________________________________________________________
| Subject: | Re: (off topic) Aircraft Ground to the hangar floor |
when parked
| From: | Larry Mac Donald <lm4(at)juno.com> |
Tod,
I'll take a shot at this.
On hot,and particularly dry, days the fuel in the tanks will heat up and push the
fumes out of the vent. The fumes, being heavier than air, will sink to the
ground, asphalt, concrete or whatever. Should you rub against the plane or hit
something that will make a spark there is a fair chance the spark will detonate
the fume buildup on the ground. If the plane is grounded it will not contribute
to a spark. I hope.
Larry
On Dec 17, 2010, at 9:43 AM, toddheffley wrote:
>
> ALL
>
> Sorry for the distractor... but I am on a quest for "Simple Science" FACTS to
rebuff some "Hanger Talk" about grounding aircraft when parked.
>
> MOST military, some heavy maintenance bases , and a few General aviation facilities
provide and use ground wires to the hangar floor when aircraft are parked.
>
> Why is that so???
____________________________________________________________
Obama Urges Homeowners to Refinance
If you owe under $729k you probably qualify for Obama's Refi Program
http://thirdpartyoffers.juno.com/TGL3141/4d0b8e849612f7c19fcst01duc
________________________________________________________________________________
| Subject: | Re:LM3914 Bar Graph circuit question |
Hi Mike
If you would like to ensure that there is no cross-effect between
your bargraph measurement and the engine control circuit, you
can use a dual potentiometer. This is like the potentiometer
that you have, but it has two sections instead of one, and the
two sections are operated by the same shaft. This approach gives
you a signal for the bargraph that will track the mixture-control
signal without an electrical connection between the two.
To find a dual potentiometer at Digikey, enter "dual potentiometer"
in the search box. Also check the "in stock" box. In the next
screen you can find 5K linear potentiometers. The better-quality
potentiometers are not exactly cheap...
Mike Linse
>
> Hi guys,
>
> I have recently built the bar graph circuit suggested by Joe Gores.
> (This
> circuit incorporates the LM7805 5 volt regulator, and works off the Ray
> Allen
> servo potentiometer)
>
> Anyway, I got the circuit built and it works great!!! It lights the
> LEDs as I intended.
>
> In an unrelated circuit;
> I have a completely separate 5K ohm potentiometer that the engine uses
> for
> regulating fuel enrichment (via my manual adjustment). The 5K Pot is in
> place
> of the stock coolant thermister. By substituting my own 5K Pot in place
> of the
> non-adjustable thermister, I can regulate the 'cold engine' (high
> resistance) signal sent to the
> engine's ECU (computer), thereby making the engine think the engine is
> still cold,
> and subsequently enriching the fuel/air mixture.
> This is a VERY common modification on the GEO/Suzuki auto website, for
> guys that
> installed turbo chargers (like mine).
>
> My question is; does anyone have a suggestion how I can use that
> LM3914/LM7805
> circuit with my 5K potentiometer...and NOT affect the ohm reading it would
> have normally
> sent to the ECU if the circuit wasn't there.
>
> (For information purposes; The 5K Pot has 3 tabs. When turning the knob
> one
> direction, resistance between A & B goes from 0 to 5K, resistance from A
> to C
> goes from 5K to 0.)
>
> Mike Welch
________________________________________________________________________________
| Subject: | Re:LM3914 Bar Graph circuit question |
| From: | Etienne Phillips <etienne.phillips(at)gmail.com> |
Hi Mike(s)
Another point to ponder is that there are two types of potentiometers - linear
and logarithmic. The most common dual pots are logarithmic, as they're used as
volume controls in audio systems, where the logarithmic change in volume produces
a perceived linear fading.
The chances are good that for your fuel system, you will require a linear response.
To make sure, and to check what type the exiting pot is, with all power off
move the wiper to the middle of its range and check the resistance between
the middle and unconnected outer pin. If it's 2.5k, then it's a linear pot. If
it's 1k or 4k then it's logarithmic.
The bar-graph circuit will need a linear pot to be useful. If needed, you might
be able to find a log-lin dual pot if you scratch around enough.
Hope that helps!
Etienne
On 17 Dec 2010, at 9:30 PM, MikeRV6-A wrote:
>
> Hi Mike
>
> If you would like to ensure that there is no cross-effect between
> your bargraph measurement and the engine control circuit, you
> can use a dual potentiometer. This is like the potentiometer
> that you have, but it has two sections instead of one, and the
> two sections are operated by the same shaft. This approach gives
> you a signal for the bargraph that will track the mixture-control
> signal without an electrical connection between the two.
>
> To find a dual potentiometer at Digikey, enter "dual potentiometer"
> in the search box. Also check the "in stock" box. In the next
> screen you can find 5K linear potentiometers. The better-quality
> potentiometers are not exactly cheap...
>
> Mike Linse
>
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Battery Relay post too short |
At 02:15 PM 12/15/2010, you wrote:
>
>On the out going post of the master relay I feed the start relay and
>the main bus feed. In the attached photo you can see with just the
>fat wire going to the start relay it takes up most of the room on
>the post. I know most of the Z-diagrams show both connected to the
>master relay. How do you guys get another lug on there? I could
>leave off the lock washer but then how do you keep it from coming loose?
Lockwashers don't lock anything . . . especially when
you've got the overhang moments of the fat wires.
>One guy told me I could remove the nut that snugs up against the relay,
NO, NO, NO . . .
> but to make sure the post does not turn, one could replace this
> with a shorter nut and get more room that way. Not sure I want to
> risk moving the internal part, might work for a while but this
> could cause unknown issues.
Correct.
>More weight and parts but I guess I could connect the relay to a fat
>buss bar (maybe ANLs), then connect the start relay wire and the
>main bus feed wire to each.
Leave the lockwasher off. If you're confident of the
final positioning of wires, use a mild thread-locker
on the top nut. Otherwise wait until after your
fly-off. But risks for loosening are very low.
It would be really nice if they'd use a thin nut
against the case. It's not a big participant in
keeping things connected after all the nuts are on.
But taking that nut off event to replace it is to
risk mis-alignment of internal parts.
http://www.aeroelectric.com/Pictures/Contactors/S701-1a.jpg
In fact, it's REALLY a good idea to use a wrench
on the bottom nut to counter act torque for
final tightening of the top nut.
Bob . . .
________________________________________________________________________________
| From: | Mike Welch <mdnanwelch7(at)hotmail.com> |
| Subject: | Re:LM3914 Bar Graph circuit question |
> you can use a dual potentiometer.
> Mike Linse
Hi Mike=2C
Even though the dual potentiometer is fairly expensive=2C it sure does ac
complish
what I'm after in a simple=2C yet effective way.
I think I'll head in this direction=2C and while I'm getting stuff from D
igikey=2C I can
round up another LM3914 and LM7805.
Thanks for the suggestion=2C Mike. Also=2C Etienne=2C thanks for the poi
nters on the
differences between the two types of pots.
Mike Welch
________________________________________________________________________________
| Subject: | Re: LM3914 Bar Graph circuit question |
| From: | "nuckollsr" <bob.nuckolls(at)aeroelectric.com> |
I have a completely separate 5K ohm potentiometer that the engine uses for regulating
fuel enrichment (via my manual adjustment). The 5K Pot is in place of the
stock coolant thermister. By substituting my own 5K Pot in place of the non-adjustable
thermister, I can regulate the 'cold engine' (high resistance) signal
sent to the engine's ECU (computer), thereby making the engine think the engine
is still cold, and subsequently enriching the fuel/air mixture.
Mike, since the thermistor is a 2-wire device, your thermistor emulator potentiometer
is NOT being used as a potentiometer . . . but as a simple adjustable rheostat
(i.e. series resistor). From your post I presume you have an interest
in having a light-up bar graph that represents the potentiometer position over
full range of normal ops.
I think this can be done but it's a bit 'fussier' than the trim-indicator task
you've already mastered. How much of the pot's rotation is used for full range
of operations? Is this a vernier adjustment that is used to trim engine performance
during normal operations? Or is it a "set here for cold starting" and "set
there for operation?" Do you have some min-max markings on the pot's knob.
How many degrees of total potentiometer travel are represented by the min-max
pot settings?
The input impedance to the LM3914 is VERY high. The data sheet says bias current
into pin 5 is 100 NANO amps max, 25 nA typical. This kind of 'load' will have
no observable effect on the engine computer's perceptions of potentiometer position.
I would guess that one end of the "adjustable thermistor" is wired to ground. The
other goes to some current source within the ECU where voltage developed as
an effect of that current is translated to some temperature value. I would also
guess that the minimum voltage is not zero and the max voltage for normal operating
range does not require full rotation of the pot.
This means that your bar graph needs to be "differential". I.e. one led illuminated
at the operational low but not zero volts and all led's lit at max volts
(what ever that is). Can you get some measurements off an installed system for
min-max volts to be converted into a graphical display?
Bob . . .,
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________________________________________________________________________________
| From: | Mike Welch <mdnanwelch7(at)hotmail.com> |
| Subject: | Re: LM3914 Bar Graph circuit question |
Hi Bob=2C
What an incredibly astute understanding of the thermister's role. As far
as I
can gather=2C 99.99% of what you said is how I understood it=2C too. IIRC
=2C the
coolant temp sensor is one wire=2C depending on the body of it for ground.
I agree
the pot is being used basically a rheostat.
I haven't started the engine yet with the new turbo installation. For lo
w(ish)
RPMs=2C the stock ECU is supposedly capable of proper A/F ratios up to 5 ps
i.
(with an unaltered coolant temperature sensor setup) I have a low-range
pressure switch (2-7 psi) attached to the throttle body intake housing. On
ce boost
goes over 4.5 psi=2C it clicks over to the modified portion=2C allowing me
to 'dial in'
my own F/A ratio=2C from information displayed by the EGT=2C and A/F ratio
=2C and boost
gages.
Since most airplane engine's run at extended periods of time at specific
RPMs=2C
I would also expect that the rheostat settings would be 'set it=2C and forg
et it'.
I have not fired up the engine yet. I am in the very final stages of hoo
king up
my overhead and front panel. In fact=2C today=2C I will be installing the
overhead panel=2C
and set the front panel into its premade brackets. All I do then is connec
t the two DB15
wiring harnesses=2C and the two panels are done. Hook up the various sendo
rs=2C and
I ought to be able to hear some engine noises pretty soon.
I can't really say how much of the rheostat's range would be needed. I'l
l do some
internet searching and see if there are any 'posted' voltage outputs. I wo
uld suspect
there is not=2C though. But=2C I'll look.
I think what I need to do is A) get the electrical things finished B) s
tart the engine
and get the timing set correctly C) begin the anaysis part where I can fi
nd out what
the stock ECU can handle...and what I need to augment.
Once I have a whole lot of data to know what I'm dealing with=2C then I t
hink I can
answer some of your well though-out questions.
With your description of the complexities of the whole process=2C I think
before I build
any kind of LED indicator=2C I ought to get the engine going first=2C do so
me testing=2C and THEN
determine how best to display the rheostat's setting.
Thanks for the help=2C Bob
Mike Welch
________________________________________________________________________________
| Subject: | Re: Battery Relay post too short |
| From: | "rvg8tor" <rvg8tor(at)comcast.net> |
Thanks everyone for the inputs, I will try the Loctite idea.
Mike
--------
Mike "Nemo" Elliott
RV-8A QB (Fuselage)
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________________________________________________________________________________
| Subject: | Re: Battery Relay post too short |
| From: | "jmjula" <jmjula(at)yahoo.com> |
I have the same issue. I am planning to chuck the washer and outer nut for a NAS
21042 self locking small profile nut. That should leave room for two connections
and self lock, but I need to order some to be sure.
--------
"What is chiefly needed is skill rather than machinery." - Wilbur Wright,
1902
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| Subject: | Re: Battery Relay post too short |
| From: | Richard Reynolds <richardreynolds(at)cox.net> |
Be careful, I think Loctite comes in 3 grades. (You need to check!!)
Red, Forever, 600F to break it loose.
Blue, Not quite forever
Green, Pipe sealant
Richard Reynolds
Norfolk VA
RV-6A - N841RV
On Dec 18, 2010, at 6:01 PM, rvg8tor wrote:
>
> Thanks everyone for the inputs, I will try the Loctite idea.
>
> Mike
>
> --------
> Mike "Nemo" Elliott
> RV-8A QB (Fuselage)
>
>
>
>
> Read this topic online here:
>
> http://forums.matronics.com/viewtopic.php?p=323782#323782
>
>
>
>
>
>
>
>
>
>
________________________________________________________________________________
| From: | Harley <harley(at)AgelessWings.com> |
| Subject: | Re: Battery Relay post too short |
Richard and All...
Good point! I used to run into this with the mechanics that I
worked with. Grabbing the wrong one and wondering why they had to
reapply it again the next day! Actually, there are almost 30
grades! Depending on cure rate, application and performance.
There are 8 grades of threadlocker, depending on application
screw/bolt size and removeability
7 grades of sealants, depending on app material and temperature.
4 grades of gasket material, depending on app temperature and
cure rate.
And, last but not least, 10 grades for retention! Depending on
gap, app material, useage and temp.
You can see them all (and their recommended applications) here:
http://au.iloctite.com/en/loctite-products
Harley
-----------------------------------------------------------------
On 12/19/2010 6:43 AM, Richard Reynolds wrote:
> --> AeroElectric-List message posted by: Richard Reynolds
>
> Be careful, I think Loctite comes in 3 grades. (You need to check!!)
>
> Red, Forever, 600F to break it loose.
> Blue, Not quite forever
> Green, Pipe sealant
>
> Richard Reynolds
> Norfolk VA
> RV-6A - N841RV
>
________________________________________________________________________________
| Subject: | Re: LM3914 Bar Graph circuit question |
| From: | "user9253" <fran4sew(at)banyanol.com> |
I thought of a couple more options for setting the mixture control. A precision
multi-turn potentiometer could be used with a knob having a numbered scale.
This is the simplest solution with no other indicator required.
Another option is to use a volt meter to monitor the control setting. A cheap
Harbor Freight meter could be used, or a panel mount meter like this:
http://www.murata-ps.com/data/meters/20lcd.pdf
available at Mouser, part number 580-DMS-20LCD-1-5-C, $32. Or a double-throw switch
could connect the voltage monitoring pin of the EFIS to either the aircraft
electrical system or to the mixture control.
I am not recommending one method over another. It is a matter of personal preference.
If you get the plane flying first, then you might be having too much
fun to spend time puttering with electronic projects. :-)
Joe
--------
Joe Gores
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________________________________________________________________________________
| Subject: | Re: Battery Relay post too short |
| From: | "racerjerry" <gki(at)suffolk.lib.ny.us> |
I believe that you have a series circuit of heavy wire between BATTERY to BATTERY
RELAY to STARTER RELAY to STARTER. Electrically, there is NO difference between
the output of the battery relay and the input of the starter relay. If
the stud on your starter relay is slightly longer, simply move the extra cable
over to the input side of the starter relay.
The stud on your present BATTERY RELAY (master relay) seems abnormally short.
If it were mine, I would probably just spring for another $25 relay from Aircraft
Spruce (after asking them to confirm length).
If you wish to use thin nuts, you can do so without damage by marking and closely
observing a line placed on the stud tip with a felt tip pen to monitor any
rotation. Double nut the stud at the tip and tighten, leaving small space between
the double nuts and the inner (thick) nut. With a box wrench on the outer
double nut, loosen the original inner nut next to the relay housing using an
open end wrench WHILE WATCHING FOR ANY ROTATION by monitoring the ink line.
There is no reason that the inner (stud locking) needs to be thick. In fact, a
thin brass nut might help for electrical conductivity.
I do not believe that the previously mentioned NAS 21042 nuts are available in
coarse (NC) thread. A light grade of threadlocker might work, but sure as heck
if you use it, the connection will have to be undone TOMORROW and now residue
is imbedded in the threads. Upon disassembly when using threadlocker or locknuts,
you are much more likely to cause stud rotation, even with the inner jam
nut in place. In any case, mark the stud end with a felt tip pen.
Lock washers dont work only because they need to be replaced with new every time
they are removed. If you are in the field and must reuse lock washers, at least
check to see that they are not flattened. Split ring lock washers eat hell
out of everything they touch. My preference is for MS 353333 internal star
lock washers with one AN960 light plain washer under the star (AC 43.13-1B, p
7-15). Besides, the star lock washers are thinner than split ring types.
--------
Jerry King
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________________________________________________________________________________
| From: | "Joe McKervey" <mckervey(at)charter.net> |
| Subject: | Infinity Stick Ordering And Wiring |
Go to infinity grip switch web site.
Scroll down to "For how to wire your stick grips into your system "
Click Here
You will display a page of definition on possible stick grip functions.
Print this page for reference.
You will also see a Blue highlighted Stick Grip Order Form.
Click on this.
Print this page for reference.
Then functions of the switches are fairly straightforward:
Switch#
1 The Hat Switch is self explanatory.
2 Red PTT
Your choice for switches 3, 4, 5, & 6 are:
1 Normally Open N.O. Push Button PB (8632)
2 Normally Closed N.C. Push Button PB (8632)
3 Push-on/Push-Off (8636) or ON/OFF Toggle (320)
4. ON/OFF/momentary ON Toggle or Spring Loaded to
Center (ON)/OFF/(ON) (Use with Vertical Power)
________________________________________________________________________________
| From: | Mike Welch <mdnanwelch7(at)hotmail.com> |
| Subject: | Re: LM3914 Bar Graph circuit question |
> I thought of a couple more options for setting the mixture control. A pre
cision multi-turn potentiometer could be used with a knob having a numbered
scale.
Hi Joe=2C
This is exactly what I have already. I have a very high quality potentio
meter
(5K ohm=2C 10 turn=2C linear) with one of those numbered dials that look ju
st like
a "combination lock". The dial even has a little lever that locks the dial
in place
onto whatever setting it is turned to. The dial I got from Mouser is also
a 10-turn
unit=2C so whenever you rotate the dial from zero (at 0 ohms) all the way t
o 10
(at 5K ohms)=2C it's reasonably close to indicating 1K ohms for every 2 tur
ns.
Here it is=3B (yes=2C the dial cost me more than $30)=3B
http://www.mouser.com/ProductDetail/Honeywell-Clarostat/31612/?qs=sGAEpiM
ZZMuiwDVLTMm01WUt3B34cWdtXy3YwOP582s%3d
What I really would like=2C in addition to the numbered dial=2C would be
a visual
indicator=2C also. With Mike Pense's suggestion about using the dual pot a
nd
combining it with that LM3914 bar graph=2C this certainly get's the job don
e!!
> Another option is to use a volt meter to monitor the control setting.
However=2C this suggestion of the digital number display (DVM) offers ano
ther
very good alternative to LEDs. I read the data sheet and I do like the ide
a of a
digital reading of the pot.
Would I be able to use my present 5K potentiometer with this DVM=2C or wo
uld
I have to get one of those dual pots=2C like Mike Pense suggested? I reall
y
would like the reading to be simultaneous......that is=2C the ECU and I see
the same
reading at the same time=2C as opposed to switching back and forth by way
of a DPDT=2C etc. switch.
Could someone come up with a design for the DVM that reflect the pot's se
tting=2C
and whether or not this design would need a single or dual pot?
Thanks for your help=2C
Mike Welch
________________________________________________________________________________
| Subject: | Re: LM3914 Bar Graph circuit question |
| From: | "user9253" <fran4sew(at)banyanol.com> |
Mike,
If you decide to use this voltmeter,
http://www.murata-ps.com/data/meters/20lcd.pdf
I do not think that it will be necessary to use a dual pot for isolation. The
meter has an input impedance of 800K. When connected in parallel with a 5K pot,
the resistance of the circuit will drop about 1 percent maximum (probably less).
If it were necessary to measure an exact voltage, then a 1 percent error
might be significant. But in this application, you are not looking for an exact
voltage measurement, only the ability to repeatably set the voltage where
the engine will run best. A voltmeter will certainly be more precise than a
LED bar-graph.
The first step is to measure the maximum voltage across the pot, then buy a meter
with the correct part number for that voltage range. Connecting the meter
to the aircraft is easy. Use a 7805 voltage regulator to power the meter pins
1 & 3, connect pins 7 & 8 together, and connect pins 11 & 12 to each side of
the rheostat. If you want a decimal point, connect pin 3 to pin 4 or 5 or 6.
I do not want to give Mike bad advice; so opposing views are welcome.
Joe
--------
Joe Gores
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________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: LM3914 Bar Graph circuit question |
At 04:55 PM 12/19/2010, you wrote:
>
>Mike,
>If you decide to use this voltmeter,
>http://www.murata-ps.com/data/meters/20lcd.pdf
>I do not think that it will be necessary to use a dual pot for
>isolation. The meter has an input impedance of 800K.
The voltmeter is a good lick whether or not it's
left in place permanently. The thermistor being
"spoofed" has a temperature vs. resistance characteristic
that probably going to yield some narrow range of
readings for normal operating conditions. I'd guess
replacing the thermistor with just a potentiometer
will provide at best a very coarse adjustment
and only a small percentage of the pot's travel
will be used. It would be useful to have a voltmeter
in place to quantify the adjustment rage for
normal operations and then tailor some form of
circuitry to emulate that range with large, high
resolution rotation of the pot. A ten-turn pot
is probably overkill but it's a very practical
design goal to have normal ops settings to use
80 percent of the potentiometer's travel with
say 10% head and foot-room at each end.
Crafting the circuit is easy but we need data.
How much current flows in the thermistor sense
lead and what voltages exist across the thermistor
a the extreme ends of the operating range?
From the operating ergonomics perspective, it
would be better for the final configuration
not to have a voltmeter. If this is a mixture control
then you probably have "feedback" for optimal
settings already in terms of EGT, oxygen sensor,
engine smoothness, rpm drops from peak, etc. etc.
ADDING another instrument to be observed, perceived,
pondered and reacted to is probably going the
wrong direction . . .
Bob . . .
________________________________________________________________________________
| From: | Mike Welch <mdnanwelch7(at)hotmail.com> |
| Subject: | Re: LM3914 Bar Graph circuit question |
> But in this application=2C you are not looking for an exact voltage measu
rement=2C only the ability to repeatably set the voltage where the engine w
ill run best. A voltmeter will certainly be more precise than a LED bar-gra
ph.
> The first step is to measure the maximum voltage across the pot=2C then b
uy a meter with the correct part number for that voltage range. Connecting
the meter to the aircraft is easy. Use a 7805 voltage regulator to power th
e meter pins 1 & 3=2C connect pins 7 & 8 together=2C and connect pins 11 &
12 to each side of the rheostat. If you want a decimal point=2C connect pin
3 to pin 4 or 5 or 6.
> I do not want to give Mike bad advice=3B so opposing views are welcome.
> Joe
Hi Joe=2C
You are correct=2C I don't need to know a precise value of voltage=2C onl
y a consistant
one that I can duplicate fairly quickly. I would suspect there may be 3-4
maximum
readings=2C i.e. take-off=2C climb-out=2C X-C fast cruise.
I'd also guess most of the other RPM parameters would not even need any o
f the
"coolant temperature sensor mod" contributions. With the stock ECU able to
handle
up to approx. 5 PSI boost=2C the DVM is going to be ONLY high RPM/high engi
ne power
ranges=2C no CTS mod necessary.
I don't understand what you mean when you say "first step measure max vol
tage
across the pot" and then buy the right meter. Do you mean=3B after it is i
nstalled on
the plane=2C and in operation=2C and the engine is taking a reading of the
pot?
This electrical expertise is above my experience level.
One more quick question=3B I follow you with all the pin connections=2C
except for the
two pot connections (#11 ). Would these be hooked up in parallel with
the CTS?
Thanks a million=2C Mike Welch
________________________________________________________________________________
| From: | Mike Welch <mdnanwelch7(at)hotmail.com> |
| Subject: | Re: LM3914 Bar Graph circuit question |
> From the operating ergonomics perspective=2C it
> would be better for the final configuration
> not to have a voltmeter. If this is a mixture control
> then you probably have "feedback" for optimal
> settings already in terms of EGT=2C oxygen sensor=2C
> engine smoothness=2C rpm drops from peak=2C etc. etc.
> ADDING another instrument to be observed=2C perceived=2C
> pondered and reacted to is probably going the
> wrong direction . . .
>
>
>
>
> Bob . . .
Hi Bob=2C
You do bring up a VERY valid point re: more complexities!! I do have a d
igital EGT unit/gage
w/ alarm function=2C a digital boost gage/w alarm=2C a wideband 02 sensor a
nd digital gage.
I hadn't thought about it before=2C but rather than rely on any additiona
l stuff=2C maybe I
should consider using the alarm functions to enrichen the A/F ratio?
In a high demand power situation (high boost)=2C it is possible the EGT c
ould register high
temps (being too lean). Same thing goes for the boost gage. Supposedly an
ything 5 psi
and below is all automatically taken care of by the stock ECU.
I think I should fire the engine up=2C do some measurements=2C and THEN f
igure out which
way to proceed.
I am very close to being able to getting it running. The panels are in t
he process of being
installed=2C and then I just need a couple of days to complete the misc. wi
ring and odds & ends.
Here is a link to the EGT & Boost gages I have=3B
http://www.auberins.com/index.php?main_page=product_info&cPath=5&produc
ts_id=19&zenid=0aefca50e3651c54f87b3f3b7bf09f10
At his point=2C I think I need data before I should proceed.
Thanks for your help=2C Mike Welch
________________________________________________________________________________
| Subject: | Re: LM3914 Bar Graph circuit question |
| From: | "user9253" <fran4sew(at)banyanol.com> |
> I don't understand what you mean when you say "first step measure max voltage
across the pot" and then buy the right meter.
The panel mount voltmeter that I suggested does not have a user selected voltage
range like some hand-held meters. You have to buy the correct model number
for the expected voltage range. If the voltage across the rheostat is 150mv,
the 200mv model is the one to buy, not the 20volt model. Unless you have some
documentation about the circuit parameters, it will be necessary to measure (with
a portable meter) the voltage drop across the rheostat with the circuit in
operation. Then buy a panel mount meter.
You asked, "
> I follow you with all the pin connections, except for the
> two pot connections (#11 ). Would these be hooked up in parallel with the
CTS?"
I am not sure what you mean by CTS, but the meter input pins 11 & 12 would connect
in parallel with the rheostat.
I assume that you purchased a 5K pot because others have used it with success.
If it turns out that the pot gives coarse adjustments that make fine tuning
difficult, it might help to put a fixed resistor in parallel with the pot.
Eventually when you get everything working to your satisfaction, and determine
the optimum resistance values for takeoff, climb, and cruise, then fixed resistors
and a selector switch could be substituted for the pot.
Joe
--------
Joe Gores
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323910#323910
________________________________________________________________________________
| Subject: | Re: (off topic) Aircraft Ground to the hangar floor |
when parked
| From: | "Geoff Heap" <stol10(at)comcast.net> |
This would explain all the exploding hangars all over the country...Geoff
--------
Dual controls. Dynon 180. Icom 210 Garmin 296. Becker transponder. Sigtronics intercom.
Electric flaperons.
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323925#323925
________________________________________________________________________________
| From: | James Robinson <jbr79r(at)yahoo.com> |
| Subject: | Re: moving batteries |
Hi Bob
You sent me a response to my question about relocating my batteries.
>>>> I'd put the battery busses, and battery contactors
adjacent to their respective batteries. Run a 2AWG
ground forward for BOTH batteries and 4AWG feeders
for each battery to the cross-feed contactor on the
firewall.<<<<
I have the battery contactores ,x feed contactor and starter contactor in a neat
package on the firewall. What is the reason for moving the battery contactor
back with the batteries behind the seat. There are some location problems I am
trying to resolve.
Jim
James Robinson
Glasair lll N79R
Spanish Fork UT U77
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: moving batteries |
At 03:02 PM 12/20/2010, you wrote:
>Hi Bob
>You sent me a response to my question about relocating my batteries.
>
> >>>> I'd put the battery busses, and battery contactors
> adjacent to their respective batteries. Run a 2AWG
> ground forward for BOTH batteries and 4AWG feeders
> for each battery to the cross-feed contactor on the
> firewall.<<<<
>
>I have the battery contactores ,x feed contactor and starter
>contactor in a neat package on the firewall. What is the reason for
>moving the battery contactor back with the batteries behind the
>seat. There are some location problems I am trying to resolve.
Battery contactors and battery busses are classically
located in close proximity to their respective batteries.
Note the "*" symbol on the fat wires between batteries
and battery busses in the z-figures. This says keep
'em short.
This minimizes the lengths of always hot wires when
the master switch is off. It's a crash safety thing.
Bob . . .
________________________________________________________________________________
| From: | Mike Welch <mdnanwelch7(at)hotmail.com> |
| Subject: | supplementing the A/F ratio |
Hi Bob N & Joe=2C
You guys both appear to have a very good handle on the objective
I'm trying to achieve. You also understand the coolant temperature
sensor (CTS) pretty good=2C too=2C and likely how it instructs the ECU
to enrich the A/F ratio due what it perceives as a 'cold engine'.
Since I'm reasonably close to being able to fire the engine up=2C
I think I need to see how things perform=2C get some measurements=2C
pin down exactly what I'm up against and then ask for advice how to
solve a more specific task.
But=2C before I can get back to installing my pre-assembled instrument
panel=2C I have to seal my storm cellar from leaks. Crap always seems
to get in the way of having fun!!
Thanks for your help=2C guys=2C I'll get back to you later on this subjec
t
with better information.
Mike Welch
________________________________________________________________________________
| From: | "Noel R.C. Loveys" <noelloveys(at)yahoo.ca> |
| Subject: | Re: Battery Relay post too short |
I think it comes in three grades too... just have a look
http://www.henkelna.com/cps/rde/xchg/henkel_us/hs.xsl/product-search-1554.ht
m?¶m1=pageIndex%3D0|action%3Dsearch|y%3D0|x%3D0|applicationRedDotUID%3D0
00000026R|subsubapplicationRedDotUID%3D|advanced%3D|subapplicationRedDotUID%
3D00000002AD|brandRedDotUID%3D0000000389|
For some of them you will need to have money... lots of money!
Noel
-----Original Message-----
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Richard
Reynolds
Sent: December 19, 2010 8:13 AM
Subject: Re: AeroElectric-List: Re: Battery Relay post too short
Be careful, I think Loctite comes in 3 grades. (You need to check!!)
Red, Forever, 600F to break it loose.
Blue, Not quite forever
Green, Pipe sealant
Richard Reynolds
Norfolk VA
RV-6A - N841RV
On Dec 18, 2010, at 6:01 PM, rvg8tor wrote:
>
> Thanks everyone for the inputs, I will try the Loctite idea.
>
> Mike
>
> --------
> Mike "Nemo" Elliott
> RV-8A QB (Fuselage)
>
>
>
>
> Read this topic online here:
>
> http://forums.matronics.com/viewtopic.php?p=323782#323782
>
>
>
>
>
>
>
>
>
>
________________________________________________________________________________
| From: | Harley <harley(at)AgelessWings.com> |
| Subject: | Re: Battery Relay post too short |
3 grades? According to that link you tried to send, it's 50!
So others can see it, let's try it this way:
http://tinyurl.com/24ujwsk
Harley
-----------------------------------------------------------------
On 12/20/2010 5:46 PM, Noel R.C. Loveys wrote:
> --> AeroElectric-List message posted by: "Noel R.C. Loveys"
>
> I think it comes in three grades too... just have a look
> http://www.henkelna.com/cps/rde/xchg/henkel_us/hs.xsl/product-search-1554.ht
> m?¶m1=pageIndex%3D0|action%3Dsearch|y%3D0|x%3D0|applicationRedDotUID%3D0
> 00000026R|subsubapplicationRedDotUID%3D|advanced%3D|subapplicationRedDotUID%
> 3D00000002AD|brandRedDotUID%3D0000000389|
>
>
> For some of them you will need to have money... lots of money!
> Noel
>
> -----Original Message-----
> From: owner-aeroelectric-list-server(at)matronics.com
> [mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Richard
> Reynolds
> Sent: December 19, 2010 8:13 AM
> To: aeroelectric-list(at)matronics.com
> Subject: Re: AeroElectric-List: Re: Battery Relay post too short
>
> --> AeroElectric-List message posted by: Richard Reynolds
>
>
> Be careful, I think Loctite comes in 3 grades. (You need to check!!)
>
> Red, Forever, 600F to break it loose.
> Blue, Not quite forever
> Green, Pipe sealant
>
> Richard Reynolds
> Norfolk VA
> RV-6A - N841RV
>
>
> On Dec 18, 2010, at 6:01 PM, rvg8tor wrote:
>
>> --> AeroElectric-List message posted by: "rvg8tor"
>>
>> Thanks everyone for the inputs, I will try the Loctite idea.
>>
>> Mike
>>
>> --------
>> Mike"Nemo" Elliott
>> RV-8A QB (Fuselage)
>>
>>
>>
>>
>> Read this topic online here:
>>
>> http://forums.matronics.com/viewtopic.php?p=323782#323782
>>
>>
>>
>>
>>
>>
>>
>>
>>
>>
>
>
________________________________________________________________________________
| From: | Tim Andres <tim2542(at)sbcglobal.net> |
| Subject: | Belt & suspenders? |
Any idea why Icom (& others I believe) would call for 2X18 awg wires for
power and ground to their radio? The load is well under 10 amps and for
the short 12" run to my Avionics/Ground bus it seems like "hyper safe"
Thanks, Tim Andres
________________________________________________________________________________
| From: | "Noel R.C. Loveys" <noelloveys(at)yahoo.ca> |
| Subject: | Re: Battery Relay post too short |
Thanks Harley
Noel
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Harley
Sent: December 20, 2010 7:28 PM
Subject: Re: AeroElectric-List: Re: Battery Relay post too short
3 grades? According to that link you tried to send, it's 50!
So others can see it, let's try it this way:
http://tinyurl.com/24ujwsk
Harley
_____
On 12/20/2010 5:46 PM, Noel R.C. Loveys wrote:
I think it comes in three grades too... just have a look
http://www.henkelna.com/cps/rde/xchg/henkel_us/hs.xsl/product-search-1554.ht
m?¶m1=pageIndex%3D0|action%3Dsearch|y%3D0|x%3D0|applicationRedDotUID%3D0
00000026R|subsubapplicationRedDotUID%3D|advanced%3D|subapplicationRedDotUID%
3D00000002AD|brandRedDotUID%3D0000000389|
For some of them you will need to have money... lots of money!
Noel
-----Original Message-----
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of Richard
Reynolds
Sent: December 19, 2010 8:13 AM
Subject: Re: AeroElectric-List: Re: Battery Relay post too short
Be careful, I think Loctite comes in 3 grades. (You need to check!!)
Red, Forever, 600F to break it loose.
Blue, Not quite forever
Green, Pipe sealant
Richard Reynolds
Norfolk VA
RV-6A - N841RV
On Dec 18, 2010, at 6:01 PM, rvg8tor wrote:
Thanks everyone for the inputs, I will try the Loctite idea.
Mike
--------
Mike "Nemo" Elliott
RV-8A QB (Fuselage)
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=323782#323782
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Belt & suspenders? |
At 05:04 PM 12/20/2010, you wrote:
>
>Any idea why Icom (& others I believe) would call for 2X18 awg wires
>for power and ground to their radio? The load is well under 10 amps
>and for the short 12" run to my Avionics/Ground bus it seems like "hyper safe"
Not all runs are under 12". They're looking for
redundancy + low impedance connections. You can
drop to 20AWG for the 12" runs but do put both
in.
I think they ask for dual power leads too?
Bob . . .
________________________________________________________________________________
| From: | Tim Andres <tim2542(at)sbcglobal.net> |
| Subject: | 430W install kit |
Can anyone shed some light on why Garmin supplies a molex connector &
pins (#336-00029-00) in the 430W install kit? In table 3-4 of the
install manual it list the molex pins they supply under the "Shield
ground" column but I see no use for this connector.
Thanks, Tim Andres
________________________________________________________________________________
| From: | dave.gribble(at)mchsi.com |
| Subject: | Re: 430W install kit |
I saw that too. I'm going to use it to tie sheield to ground as needed. I'm planning
on running the ARINC-429 and maybe the RS-232 signals via shielded twisted
pair.
----- Original Message -----
From: "Tim Andres" <tim2542(at)sbcglobal.net>
Sent: Tuesday, December 21, 2010 5:38:05 PM GMT -06:00 US/Canada Central
Subject: AeroElectric-List: 430W install kit
Can anyone shed some light on why Garmin supplies a molex connector &
pins (#336-00029-00) in the 430W install kit? In table 3-4 of the
install manual it list the molex pins they supply under the "Shield
ground" column but I see no use for this connector.
Thanks, Tim Andres
________________________________________________________________________________
| From: | "Allen Fulmer" <afulmer(at)charter.net> |
| Subject: | 430W install kit |
I figured some folks might install without a tray? Mine are still in the
box awaiting a shop cleanout event.
Allen Fulmer
RV7 Panel with 430W finished, working on cowl
N808AF reserved
________________________________________________________________________________
| From: | Bill Schoen <flybill2usa(at)msn.com> |
| Subject: | 430W install kit |
Hey Allen
Still down here in Miami workin for a livin.
Zach Chase called a few days ago after getting an email from me. Nora
and I will drive up to Stuart on the 31st to visit with him and get the cow
l ready to ship home with some extra fiberglass stuff in the crate. any sug
gestions on what I should order. Foam?? cloth=2C filler etc. I guess Zach c
an tell me what I need to buy to glass in the naca scoops and ducts to the
intercooler.
Nora is out in San Diego now with our Son Skip and his wife Diane and t
wo kids for Christmas. I will fly there on Thursday for a very brief 3 days
off over Christmas=2C then Nora an I will return to Miami where we will li
kely be until the end of Feb or mid-March. Hopefully I will earn enuf to st
ay home all summer and work on the RV. I don't have any other distractions
lined up yet for the summer except for helping the rentor a bit with the ha
y operation. I do have to fix the hangar door as I had a hydraulic system a
nd door structural failure just before I left. It slammed shut and is close
d now with no counterweights on it and I don't know exactly how I am going
to get it open to get the tractor back in to lift the heavy stuff. (door we
ighs about 1400 lbs) re-design and install the hydraulic rams to open it I
guess then remove and replace a door verticle support that bent.. bad engin
eering on my part! llive and learn. another thousand dollar mistake. oh wel
l. Thankfully the Lord takes care of fools.
Have a very blessed Christmas celebration wih Joan. and maybe ATL family
?
Bill & Nora
> From: afulmer(at)charter.net
> To: aeroelectric-list(at)matronics.com
> Subject: RE: AeroElectric-List: 430W install kit
> Date: Tue=2C 21 Dec 2010 18:22:14 -0600
>
net>
>
> I figured some folks might install without a tray? Mine are still in the
> box awaiting a shop cleanout event.
>
> Allen Fulmer
> RV7 Panel with 430W finished=2C working on cowl
> N808AF reserved
>
>
>
>
===========
===========
===========
===========
>
>
>
________________________________________________________________________________
| From: | Tim Andres <tim2542(at)sbcglobal.net> |
Received this from Bob Newman;
-------- Original Message --------
Subject: 430w
Date: Tue, 21 Dec 2010 19:24:47 -0500
From: Bob Newman <rnewman(at)lutron.com>
The molex connector is a convenient landing point for all the shields and grounds
that are in the various cables. You'll find a blade shaped landing spot formed
in the casting of the backplate of the tray where the molex connector screws
down and all the grounds are thus bonded to the chassis. You can post
this reply, I just don't have access right now.
Bob Newman
________________________________________________________________________________
| From: | "Kent Orr" <kcorr(at)charter.net> |
| Subject: | Using a SD-20 Alternator on a Lycoming R-680 |
Hello All,
Dad and I are restoring a Stearman and would like to put a modern
alternator and electrical system on it without going to the expense of a
Jasco alternator. Our Stearman has the Lycoming R-680. Does anyone
have any experience or suggestions doing this with a B&C SD-20
alternator? Any help and advice will be greatly appreciated.
Thanks,
Kent
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Using a SD-20 Alternator on a Lycoming R-680 |
At 11:31 PM 12/21/2010, you wrote:
>Hello All,
>
>Dad and I are restoring a Stearman and would like to put a modern
>alternator and electrical system on it without going to the expense
>of a Jasco alternator. Our Stearman has the Lycoming R-680. Does
>anyone have any experience or suggestions doing this with a B&C
>SD-20 alternator? Any help and advice will be greatly appreciated.
Does the engine have and AND20000 drive pad
on it? Does it turn fast enough to stroke
the SD20 to full output (4000 rpm). Is it
stressed sufficiently for extracting the
horsepower required to power the SD-20?
Suggest you contact B&C at 316-283-8000 and
discuss your design goals with them.
Bob . . .
________________________________________________________________________________
| From: | "Kent Orr" <kcorr(at)charter.net> |
| Subject: | Using a SD-20 Alternator on a Lycoming R-680 |
Hi Bob,
Thanks for your response. The engine has the standard vacuum pump
mounting pad which I think is the AND20000 you mentioned. We are
researching the output speed of this drive. We have not thought about
how this drive is stressed. That is an excellent point to consider. We
will investigate this further along with calling B&C. Mostly, I am
fishing to see if this has been done before with a radial engine in an
attempt to keep from reinventing the wheel when we go for a field
approval. Thanks again for your help.
Best wishes for a Happy Holiday season!!
Kent
-----Original Message-----
From: owner-aeroelectric-list-server(at)matronics.com
[mailto:owner-aeroelectric-list-server(at)matronics.com] On Behalf Of
Robert L. Nuckolls, III
Sent: Wednesday, December 22, 2010 8:07 AM
Subject: Re: AeroElectric-List: Using a SD-20 Alternator on a Lycoming
R-680
At 11:31 PM 12/21/2010, you wrote:
Hello All,
Dad and I are restoring a Stearman and would like to put a modern
alternator and electrical system on it without going to the expense of a
Jasco alternator. Our Stearman has the Lycoming R-680. Does anyone
have any experience or suggestions doing this with a B&C SD-20
alternator? Any help and advice will be greatly appreciated.
Does the engine have and AND20000 drive pad
on it? Does it turn fast enough to stroke
the SD20 to full output (4000 rpm). Is it
stressed sufficiently for extracting the
horsepower required to power the SD-20?
Suggest you contact B&C at 316-283-8000 and
discuss your design goals with them.
Bob . . .
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Using a SD-20 Alternator on a Lycoming R-680 |
At 07:56 PM 12/22/2010, you wrote:
>Hi Bob,
>
>Thanks for your response. The engine has the standard vacuum pump
>mounting pad which I think is the AND20000 you mentioned. We are
>researching the output speed of this drive. We have not thought
>about how this drive is stressed. That is an excellent point to
>consider. We will investigate this further along with calling
>B&C. Mostly, I am fishing to see if this has been done before with
>a radial engine in an attempt to keep from reinventing the wheel
>when we go for a field approval. Thanks again for your help.
>
If it has been done, I suspect that B&C has a
high probability of knowing about it.
Best wishes for a Happy Holiday season!!
You too!
Bob . . .
________________________________________________________________________________
| Subject: | Is this good practice? |
| From: | "rvg8tor" <rvg8tor(at)comcast.net> |
My Breaker panel will be hinged at the bottom, the idea being future maintenance,
you just have to tip the panel out to get to the bus bars. In order to support
the wire bundles I want to use a cushion clamp attached to the bus bar.
I have a a tie for two rows of breakers that is held together with #8 screws,
this is a convenient place for a cushion clamp. You can see the clamp in the
photo.
The clamp is totally cushioned, (WDG type) so the wires will not touch any metal,
but there would be voltage running trough the metal part of the clamp. I wonder
if this could cause problems? It would take more work but I can fashion
a standoff attached to the panel to make the same support. Just wonder if the
easy route will work.
Thanks for the help
--------
Mike "Nemo" Elliott
RV-8A QB (Fuselage)
Read this topic online here:
http://forums.matronics.com/viewtopic.php?p=324177#324177
________________________________________________________________________________
| From: | "Mike Gamble" <mp.gamble(at)talktalk.net> |
________________________________________________________________________________
| From: | "Mike Gamble" <mp.gamble(at)talktalk.net> |
Does anyone have a copy of the Installation Manual for the Garmin GTX 320
transponder. I cannot find one from the usual sources.
Thanks.
Mike
G-CFMP
Mono
________________________________________________________________________________
| From: | "Robert L. Nuckolls, III" <nuckolls.bob(at)aeroelectric.com> |
| Subject: | Re: Is this good practice? |
At 10:21 PM 12/22/2010, you wrote:
My Breaker panel will be hinged at the bottom, the idea being future
maintenance, you just have to tip the panel out to get to the bus
bars. In order to support the wire bundles I want to use a cushion
clamp attached to the bus bar. I have a a tie for two rows of
breakers that is held together with #8 screws, this is a convenient
place for a cushion clamp. You can see the clamp in the photo.
Emacs!
The clamp is totally cushioned, (WDG type) so the wires will not
touch any metal, but there would be voltage running trough the metal
part of the clamp. I wonder if this could cause problems? It would
take more work but I can fashion a standoff attached to the panel to
make the same support. Just wonder if the easy route will work.
It's a bit un-orthodox as you've already guessed. You're
using the terminal tabs on a row of circuit breakers for
a task that is normally provided by some structurally
robust support. Given the relatively light mass of just
4 wires, I wouldn't anticipate future difficulties. No
doubt a TC cert team would ponder it with some distress
but then, that's one reason we choose to reside in our
parallel universe . . . right? I think it will be okay.
Bob . . .
________________________________________________________________________________
| From: | Ron Quillin <rjquillin(at)cox.net> |
| Subject: | Re: Garmin GTX 320 |
If you're installing into a homebuilt, contact Garmin AT for a copy.
This won't work for certified however.
Ron Q.
At 06:56 12/23/2010, you wrote:
>Does anyone have a copy of the Installation Manual for the Garmin
>GTX 320 transponder. I cannot find one from the usual sources.
>
>Thanks.
>
>Mike
>
>G-CFMP
>
>Mono
________________________________________________________________________________
| From: | "CHARLES T BECKER" <ctbecker(at)atlanticbb.net> |
| Subject: | Re: Garmin GTX 320 |
"Mike Gamble" wrote:
> Does anyone have a copy of the Installation Manual for
>the Garmin GTX 320
> transponder. I cannot find one from the usual sources.
>
> Thanks.
>
> Mike
>
> G-CFMP
>
> Mono
>
>
>
>
>
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December 09, 2010 - Present
AeroElectric-Archive.digest.vol-jx