to start it , it just humms (until the O/L cuts it off if I let it go
that long). This is the original motor on an old Speedaire 60 gallon
tank , 220 volts and 3450 RPM's . Specs call for 15 amps full load ,
rated output is 2.98Kw , about 6 hp . This is an Emerson/Doerr
isn't according to the tests with my DMM . Problem is that the bad cap
has rubbed the capacitance and voltage ratings off the label . Got a
couple of calls in , looked around on the internet , can't find a
definite answer . I'm pretty sure it needs to be around 250uf and at
least 250 volts - though maybe higher voltage to account for spikes . I
have the motor type/classification numbers , just can't find a reference
to check ... anybody got a lead on that type of info ?
I think Speedair was sold by Grainger. If so they should be able to
tell you which caps yiou need. I just went through this with an old
compressor sold by Grainger. It blew a couple caps and the problem
turned out to be the centrifugal strting switch. I replaced the switch
with and electronic one that sits outside the motor, which makes for
easy change down the road if need be.
Eric
On 12/3/2018 3:54 PM, snipped-for-privacy@whidbey.com wrote:
believable result . The suggestions they make (a chart) for smaller
motors is in line with my result - looks like I need about 250-270 mfd
with a voltage rating of 250 or higher . I do remember from my days in
electrical type work that a little more is better than a little not
enough ... Compressors are known to need plenty of start torque , so I'm
looking at the top of that range . I'll probably scoot into town
tomorrow before my wife has to go to work and pick one up .
The values my compressor uses are quite high, this is because the
motor was made for running a compressor. The high torque demand. If it
still hums after the new cap suspect that start switch.
Eric
This is a multi-part message in MIME format.
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Terry Coombs wrote on 12/3/2018 5:08 PM:
Does this one look like yours?
https://static.grainger.com/rp/s/is/image/Grainger/19NA97_AS01?$mdmain$
https://static.grainger.com/rp/s/is/image/Grainger/19NA97_AS01?$mdmain$
Or look at all the photos and see which one is yours:
https://www.grainger.com/search?searchBar=true&searchQuery=speedair+capacitor
--------------6119737B85B80362646AAA4D
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boundary="------------8023033B361B9140FA9ECDF9"
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<html>
<head>
<meta http-equiv="Content-Type" content="text/html;
charset=windows-1252">
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<div class="moz-cite-prefix">Terry Coombs wrote on 12/3/2018 5:08
PM:<br>
</div>
<br>
<blockquote type="cite">On Mon, 3 Dec 2018 13:53:29 -0600, Terry
<br>
wrote:
<br>
<br>
<blockquote type="cite"> Well , Mr. Compressor has a case of
the humms . That is , when I try
<br>
to start it , it just humms (until the O/L cuts it off if I
let it go
<br>
that long). This is the original motor on an old Speedaire 60
gallon
<br>
tank , 220 volts and 3450 RPM's . Specs call for 15 amps full
load ,
<br>
rated output is 2.98Kw , about 6 hp . This is an Emerson/Doerr
<br>
compressor duty motor . Tested both caps , one is good and
the other
<br>
isn't according to the tests with my DMM . Problem is that the
bad cap
<br>
has rubbed the capacitance and voltage ratings off the label .
Got a
<br>
couple of calls in , looked around on the internet , can't
find a
<br>
definite answer . I'm pretty sure it needs to be around 250uf
and at
<br>
least 250 volts - though maybe higher voltage to account for
spikes . I
<br>
have the motor type/classification numbers , just can't find a
reference
<br>
to check ... anybody got a lead on that type of info ?
<br>
</blockquote>
I think Speedair was sold by Grainger. If so they should be able
to
<br>
tell you which caps yiou need. I just went through this with an
old
<br>
compressor sold by Grainger. It blew a couple caps and the
problem
<br>
turned out to be the centrifugal strting switch. I replaced the
switch
<br>
with and electronic one that sits outside the motor, which makes
for
<br>
easy change down the road if need be.
<br>
Eric
<br>
</blockquote>
<br>
I did some more poking around , found a formula that gave a
believable result . The suggestions they make (a chart) for
smaller motors is in line with my result - looks like I need about
250-270 mfd with a voltage rating of 250 or higher . I do remember
from my days in electrical type work that a little more is better
than a little not enough ... Compressors are known to need plenty
of start torque , so I'm looking at the top of that range . I'll
probably scoot into town tomorrow before my wife has to go to work
and pick one up .
<br>
<br>
</blockquote>
<br>
<font face="Times New Roman">Does this one look like yours?<br>
<a class="moz-txt-link-freetext" href="https://static.grainger.com/rp/s/is/image/Grainger/19NA97_AS01?$mdmain$">https://static.grainger.com/rp=/s/is/image/Grainger/19NA97_AS01?$mdmain$</a><br>
</font><br>
<img src="cid: snipped-for-privacy@76WUR.com"
alt="https://static.grainger.com/rp/s/is/image/Grainger/19NA97_AS01?$mdmain$"><br>
<br>
Or look at all the photos and see which one is yours:<br>
<br>
<a class="moz-txt-link-freetext" href="https://www.grainger.com/search?searchBar=true&searchQuery=speedair+capacitor">https://www.grai= nger.com/search?searchBar=true&searchQuery=speedair+capacitor</a>= <br>
<br>
<br>
<br>
<br>
<br>
<br>
<br>
</body>
</html>
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That will be the start cap - 275 volt and 80-100 uf
Don't take my word for it - take a look where I got the info:
https://inspectapedia.com/electric/Motor_Capacitor_Selection.php
On Tue, 04 Dec 2018 00:44:44 -0500, Clare Snyder wrote:
The tables at that link appear to only go up to about 1 HP (.746 kW)
and it looks like 80-110 uf is the .373 kW entry in the 220V table,
instead of corresponding to the 6 HP (2.98 kW) Terry mentioned.
A formula at <http://homeenergypros.org/profiles/blogs/correctly-sizing-a-
capacitor>
suggests about 164 uF for 3 kW. [2652*amps/volts, ie, 2652*13.6/220].
A rule of thumb in <www.elcomp.net/conis.pdf> suggests 30-50 uF per kW
(for a 220V 50Hz motor) ie 90 to 150 uF for a 3 kW motor. A formula at
<https://www.electricneutron.com/electric-motor/single-phase-capacitor-
sizing/> calls for a power factor number; I didn't calculate that one.
I don't recall which website I visited that had this formula : current x
10-6th divided by 2 x pi x frequency x voltage , the result of that
formula was 180 mfd ... I'm going over to my blacksmith neighbor's this
morning , he has a compressor very similar to mine . I'll check his
start cap to be sure but I believe the value needed is going to be a
little higher than that due to the high start torque needed for this
application . This is an Emerson/Doerr motor , but I can't find any info
on this specific motor ... it's at least 20 years old and the Emerson
site just burps and says "not found" when I enter the info from the tag
. I believe it's going to be somewhere in the 270-330 mfd range . I may
borrow the cap from the neighbor's compressor to see if it works on mine
since they're very similar . If I can't get it going I'm probably going
to order a new motor , they can be had for around 200 bucks and this one
is pretty old . At this point I've got less than that tied up in this
unit including the original (very used) purchase and parts to rebuild
the pump . Nowhere I know of to get a unit of this size and qualityfor
anywhere near that cheap , including a new motor .
On Tuesday, December 4, 2018 at 8:07:23 AM UTC-5, Terry Coombs wrote:
If you can wait , I can probably come up with suitable motor or cap.
A few week- ago the scrap yard had 6 or maybe 12 swimming pool motors brand new in original boxes. And 3 phase motor are sometime available in the 50 or 100 hp sises, Smaller are most always available-
Dan
I had a similar problem a few years ago with my Speedaire 20 gallon
2hp. My caps checked out. Ended up cleaning the contacts on the
starting/centrifugal switch. Has been okay since. Take a look at this
pdf file and see it it lists your motor:
https://www.jackssmallengines.com/graphics/CAPACITOR-SPREADSHEET.pdf
It had mine in it plus quite a few more...
is on my tag - it calls for a 704 mfd at 110 volts . Hmmm , that doesn't
seem right since this is a 220 volt motor . If doubling the voltage
halves the capacitance needed , a 330-380 mfd cap would seem about right
... I just found a contact link for Emerson , messaged them . We'll see
what they say . I never really thought about how much I use that
compressed air until I don't have it ... and since my ne'er-do-well son
has apparently burned up my small portable for me , I'm kinda in a pinch .
Mine is wired for 110 but can be switched to 220v by moving wires in
the motor. The start cap is 649MFD and 110VAC with a plastic case. The
run cap is in a metal case. So that 110 value maybe okay (shrug). A
picture here:
At least the start cap should do at 110 VAC even if the motor is
wired for 220 VAC. In that case, the start winding is connected between
the center tap of the two run windings and one end, so it only sees 110
VAC (or 120 VAC depending on local power voltage).
Enjoy,
DoN.
The cap in your motor is only connected across one line and neutral,
that's why the 110 volt rating. The very high capacitance is because
the motor is a compressor rated motor and needs the extra torque. I
just went through all this a couple months ago. You really need to
check the starting switch. I guarantee it is easier and cheaper to
replace it with a motor starter if it is the problem. The phenolic
support for the switch in my motor warped which is why I opted the
replace it completely. Electric motors don't usually wear out unless
the windings are really stressed by high current, high voltage, high
temp operating conditions, moisture, etc. Bearings and starter
switches are what usually dies in a single phase electric motor. If
you do decide to replace the motor make sure it is rated for high
torque loads and check the shaft size. Ther is a good chance your
motor has a 25mm shaft, not 1 inch.
Eric
On 12/4/2018 11:11 AM, snipped-for-privacy@whidbey.com wrote:
Doerr motor so I borrowed his 189-230something start cap to test . My
motor spun up just fine with the belt off but wouldn't quite go with a
load . So I went to town and bought 2 , one at 243-292 and one at
340-408 . It will start under load with the smaller one , but starts
much better with the big one . It has always been a bit slower to start
when it's really cold out , so I'm going to leave the big one in for now
, try the smaller this summer and see what it does . Total cost to get
'er done was 31 bucks and change , much cheaper than a new motor !
I may have a similar problem with my small lathe. It quit yesterday. Had a
couple slow starts where I pushed it with the collet closer handle to get it
going, and now nothing. The fact that its nothing "not even a hum" mkes me
wonder of the on/direction switch is bad. Fortunately I had radiused just
enough alignment pins for the projects that were finishing yesterday.
I made a short 12 AWG type SO extension cord with some of the outer
insulation removed to diagnose motor problems with a clamp-on ammeter.
It helps to measure how much they draw before they break.
I made a short 12 AWG type SO extension cord with some of the outer
insulation removed to diagnose motor problems with a clamp-on ammeter.
It helps to measure how much they draw before they break.
****************
All fixed. There was a terminal block on the motor that looked like white
ceramic. When I unscrewed it from the motor case it just disintegrated.
There were two wires that were broken at that point. Its seems that the
terminal block may have been holding them in contact without a good
mechanical connection for some time. I put it back together with (yuck)
butt splices. The wire stubs coming out of the motor were so short nothing
else would work. They were so short I had to use one tool for stripping
with forward strippers and another tool for crimping with forward crimpers.
It works again.
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