W10PTOS/A - Winco Inc.

COMPACT SERIES
TRACTOR DRIVE GENERATOR
W10PTOS/A
TABLE OF CONTENTS
SAFETY INFORMATION
SPECIFICATIONS
UNPACKING
INSTALLATION
FOUNDATION MOUNTING
TRAILER MOUNTING
THREE POINT HITCH MOUNTING
ELECTRICAL CONNECTIONS
LOAD DISCONNECT PLUG INSTALLATION
PRE-START CHECKLIST
GENERATOR STARTING PROCEDURE
PTO ALIGNMENT
STORAGE & MAINTENANCE REQUIREMENTS
LUBRICATION
SERVICE DIAGNOSIS
COMPLETE UNIT ASSEMBLY ILLUSTRATION
WIRING DIAGRAM RECEPTACLE PANEL ASSEMBLY
TWO WHEEL TRANSPORT
WINCO LIMITED WARRANTY
3
4
4
4
4
5
5
6
7
7
8
8
9
9
10
11
12
14
15
16
MODEL ______________________________________
Copy you model and serial number here.
No other Winco generator has the same serial number
as yours. It is important that you record the number
and other vital information here. If you should ever
need to contact us about this unit it will help us to
respond to your needs faster.
SERIAL NUMBER _____________________________
PURCHASE DATE _____________________________
DEALER _____________________________________
CAUTION
FOLLOW THE INSTRUCTIONS IN THE OWNER’S MANUAL SPECIFICALLY WHEN PUTTING THIS PTO GENERATOR INTO
SERVICE.
IMPORTANT
ALL STANDBY POWER PLANTS INCLUDING TRACTOR DRIVEN GENERATORS SHOULD BE PERIODICALLY EXERCISED. FOR PROPER MAINTENANCE OF YOUR TRACTOR DRIVEN GENERATOR, IT SHOULD BE OPERATED FOR ONE
HOUR CARRYING RATED LOAD AT LEAST TWICE A YEAR. THIS WILL ASSURE THAT YOUR PTO GENERATOR IS IN
OPERATING CONDITION AND READY FOR USE WHEN THE NEED ARISES.
PARTS LIST, PARTS DRAWINGS, AND WIRING DIAGRAM PERTAINING TO YOUR UNIT ARE ENCLOSED WITH THIS
MANUAL.
This manual covers the latest compact portable tractor driven Power Take Off (PTO) generator model from Winco.
This 10,000 watt generator is designed to provide120/240V single phase electrical power for standby and utility service when commercial power is interrupted, inaccessible or impractical. This PTO unit has a cast iron gear case with
a 1-3/8” – 6 spline, 540 rpm rated input shaft (unit operating speed is 515 RPM) and brushless, heavy-duty 3600
rpm, 2 pole, low waveform distortion generator.
This compact PTO generator unit is designed to provide reliable electrical power for customers who already have a
compact utility tractor with 20 to 30 horsepower and a 540 rpm rated PTO shaft. The PTO unit is a cost-effective way
of providing needed electrical power without the cost or added maintenance of a dedicated drive engine. Primary applications for these PTOs are for infrequent or medium duty loads where the unit will normally be operated less than
50 to100 hours per year. Typical uses might be for farm, ranch or home standby or portable field power away from
convenient utility or where running an extension cord is impractical. The compact PTO units are built to last, but are
not intended for prime power (continuous or sole source) applications.
60706-241
3225-00
SAFETY INFORMATION
4. NOISE HAZARD - Excessive noise is not only tiring, but
continual exposure can lead to loss of hearing.
This generator set has been designed and manufactured to allow
safe, reliable performance. Poor maintenance, improper or careless use can result in potential deadly hazards; from electrical
shock, exhaust gas asphyxiation, or fire. Please read all safety
instructions carefully before installation or use. Keep these
instructions handy for future reference. Take special note and
follow all warnings on the unit labels and in the manuals.
ANSI SAFETY DEFINITIONS
DANGER:
DANGER indicates an imminently hazardous situation which, if
not avoided, will result in death or serious injury. This signal word
is to be limited to the most extreme situations.
__________________________________________________
CAUTION:
CAUTION indicates a potentially hazardous situation which, if not
avoided, may result in minor or moderate injury. It may also be
used to alert against unsafe practices.
___________________________________________________
NOTE:
CAUTION is also used on the unit labels and in this manual to indicate a situation that could result in serious damage or destruction of the equipment and possible personal injury.
___________________________________________________
1. ELECTRIC SHOCK- The output voltage present in this
equipment can cause a fatal electric shock. This equipment must be operated by a responsible person.
Remove all grease, ice, snow or materials that create slippery conditions around the unit.
Remove any rags or other material that could create potential fire hazards.
a. Use only factory approved repair parts.
b. Do not work on this equipment when fatigued.
c. Use extreme caution when working on electrical
components. High output voltages from this equipment can cause serious injury or death.
7. INSTALLATION- Installing a PTO generator is not a “do-ityourself” project. Consult a qualified, licensed electrician or
contractor. The installation must comply with all national,
state, and local codes.
a. NEVER operate the PTO drive generator without having it properly mounted to a concrete base or approved trailer.
b. NEVER connect the PTO generator to an existing electrical system without installing an isolation transfer switch.
c. Always insure the drive shaft is straight and level before operating the generator.
WARNING indicates a potentially hazardous situation which, if
not avoided, could result in death or serious injury.
___________________________________________________
a.
b.
6. SERVICING EQUIPMENT- All service, including the installation or replacement of service parts, should be performed only by a qualified technician.
WARNING:
a.
b.
c.
d.
e.
f.
g.
Use hearing protection equipment when working around this equipment for long periods of time.
Keep your neighbors in mind when permanently installing this equipment.
5. CLEANLINESS- Keep the generator and surrounding area
clean.
__________________________________________________
a.
b.
Do not allow anyone to operate the generator without proper instruction.
Guard against electric shock.
Avoid contact with live terminals or receptacles.
Use extreme care if operating this unit in rain or snow.
Use only three-prong grounded plugs and extension cords.
Be sure the unit is properly grounded to an external ground rod driven into the earth.
Do not make or break electrical connection under load.
8. OPERATION - PTO drive shafts (Tumbling Bars) have many inherent dangers, extreme caution must be exercised when using them.
a. NEVER allow children around a drive shaft when it is in operation.
b. Keep all safety guards and shields in place and securely tightened.
c. NEVER operate a drive shaft that has been damaged or had the safety shield removed.
d. NEVER step over a drive shaft while it is running.
e. NEVER wear a necktie, loose articles of clothing, or anything else that can be caught in moving parts.
f. NEVER try to stop a turning drive shaft with your hand or your foot.
g. ALWAYS connect the shield anti-rotation chain to the tractor safety shield
2. FIRE HAZARD- Gasoline, diesel and other fuels always present a hazard of possible explosion and/or fire.
a. Keep a fire extinguisher nearby and know its proper use. Fire extinguishers rated ABC by NFPA are appropriate.
3. DEADLY EXHAUST GAS - Exhaust fumes from any engine contain carbon monoxide, an invisible, odorless and deadly gas that must be mixed with fresh air.
a. Operate only in well ventilated areas.
b. Never operate indoors.
3225-00
60706-241
DESCRIPTION
UNPACKING
The WINCO rotating field power take-off generators are designed primarily for hobby/small farm use as a standby electrical
power supply, utilizing the power take-off of a tractor or truck
as the prime mover. This PTO drive generator will provide
120/240V single phase, 60Hz electrical service when properly
driven.
CAUTION: Equipment Damage
DO NOT invert generator during unpacking. The Gearcase contains oil which will leak out if inverted during unpacking.
Unpack the generator as follows:
1. Remove the carton.
NOTE: The prime mover which drives the generator must be
capable of delivering approximately 2 HP per 1000 watts output
from the generator. Observe input RPM specifications.
2. Examine the unit for damage.
3. Find the small subpack carton packed in the large carton. Be careful not to throw away the subpack carton
with the large carton.
This generator may be mounted in many different fashions. The
three most popular are foundation mounted, trailer mount or 3point hitch mounted, for used as a standby or portable electrical
power source. Your application will dictate how you may want to
mount it.
4. Open the subpack carton and make sure it contains:
a. Generator instruction manual
b. Load disconnect plug (disassembled, in bag)
This generator includes a color coded voltmeter to warn against
high or low voltage, and two output power receptacles with
individual circuit breakers for your protection. To reduce maintenance problems, the coupling between the generator input shaft
and rotor consists of precision helical gearing rather than a chain
link drive. The input shaft is a 1 3/8 in. diameter 6 spline shaft.
5. Remove the four bolts which hold the generator feet to
the pallet.
6. Lift the generator from the pallet by means of the lifting
eye on the top of the generator.
The factory thoroughly tests each generator before shipment. All
are continuous duty rated.
7. Inspect the generator carefully for freight loss or damage. If loss or damage is noted at time of delivery,
require that the person making the delivery make note
of the loss or damage on the freight bill, or sign the
consignee’s memo of the loss or damage. Contact the
carrier for claim procedures.
IMPORTANT:
THE MANUFACTURER STRONGLY RECOMMENDS RUNNING THE GENERATOR UNDER LOAD AT LEAST ONCE A
MONTH IN ORDER TO EVAPORATE ANY ACCUMULATED
MOISTURE CONDENSATION AND TO KEEP THE UNIT IN
GOOD WORKING ORDER.
When loss or damage is noted after delivery, segregate the damaged material, and contact the carrier for claim procedures.
SPECIFICATIONS
“Concealed damage” means damage to the contents of a package which is not evident when the package is delivered by the
carrier, but which is discovered later. The carrier or carriers are
responsible for merchandise lost or damaged in transit. The
title to the goods rests with the consignee when the goods are
shipped FOB factory, and only the consignee can legally file
claims. Two years are allowed in which to file suit after a claim is
disallowed in writing by the carrier.
Model Number
W10PTOS/
Wattage
10000
Amperage
42
Input Speed
515 RPM
Generator Speed
3600 RPM
Input Shaft
1 3/8” - 6 spline
Tractor PTO Hp Required
20
Gear Lube
Volume
16 ounces
Type
85/90W-140
Features
* Brushless, low harmonic design with skewed rotor and damper windings for minimal load noise
* Capacitor Excitation
* Dual voltage - 120/240 volt output
* 4 wire Load connection plug for convenient full load 120/
240 volt output cord set
* 15 Amp duplex convenience receptacle
* Large face Voltmeter for proper speed setting and
adjustment
60706-241
INSTALLATION
FOUNDATION MOUNTING
Mount the generator on a foundation if it is to be used as a
permanent or standby power source. See “TRAILER MOUNTING” or “THREE POINT HITCH MOUNTING” if generator will be
used as a portable power source. When planning a foundation
consider the following points:
A. The foundation location should enable aligning the drive
shaft (tumbling bar) in a straight or nearly straight line between
the power take-off and the generator input shaft. Misalignment
must be less than 5 degrees during generator operation, even
though the mechanical design of the tumbling bar would allow
greater misalignment.
3225-00
the
shouldheight
enable
aligning
the drive
shaft
(tumbling
bar)on
C.trailer
The trailer
and
mounting
position
of the
generator
inthe
a straight
or nearly
straight
line the
between
the
power
take-off
trailer
should
enable
aligning
drive
shaft
(tumbling
bar)
the trailer should enable aligning the drive shaft (tumbling bar)
and generator
input
shafts.
Misalignment
must
be
lesstake-off
than 10
straightorornearly
nearly
straight
linebetween
between
thepower
power
inina astraight
straight
line
the
take-off
degrees
during input
generator
operation,
even though
mechaniandgenerator
generator
shafts.
Misalignment
mustbebethe
less
than10
5
and
input shafts.
Misalignment
must
less
than
cal
design
of theenable
tumbling
bar
would
allow
greater
misalignthe
trailer
should
aligning
the drive
shaft
(tumbling
bar)
degrees
during
generator
operation,
even
though
the
mechanical
degrees during generator operation, even though the mechaniinment.
adesign
straight
or nearly
straight
line between
the power
take-off
ofof
the
tumbling
bar
would
allow
greater
misalignment.
cal
design
the
tumbling
bar
would
allow
greater
misalignand generator input shafts. Misalignment must be less than 10
ment.
degrees
during
generator
operation,
even
though
the
mechaniD.
generator
mounting
area
of of
thethe
trailer
bed
should
bebe flat.
D.The
The
generator
mounting
area
trailer
bed
should
flat.
cal
design of the tumbling bar would allow greater misalignD. The generator mounting area of the trailer bed should be
ment.
All four generator mounting pads must rest firmly on the trailer
flat.
All
fourInstall
generator
padstomust
on under
the trailer
bed.
shimsmounting
if necessary
evenrest
outfirmly
the bed
the
shims
if necessary
to the
even
out
the
bed
under
D.bed.
The Install
generator
mounting
area
of
trailer
bed
should
bethe
mounting
pads,
then
bolt
the
generator
firmly
in
place.
All four generator mounting pads must rest firmly on the trailer
flat.
mounting pads, then bolt the generator firmly in place.
bed. Install shims if necessary to even out the bed under the
mounting
pads,
then boltPOINT
the generator
firmly in place.
WINCO
THREE
HITCH
AllWINCO
four generator
mounting
pads must
rest firmly on the trailer
THREE
POINT
HITCH
bed. Install shims if necessary to even out the bed under the
WINCOpads,
THREE
POINT
HITCH
mounting
then bolt
the generator
firmly in place.
B. The foundation must be solid enough to absorb generator
starting and reflected load torque during operation.
B. The foundation must be solid enough to absorb generator
and reflected
torque
during operation.
B. starting
The
Thefoundation
foundation
mustload
beshould
solid
enough
C.
surface
be flat. to absorb generator
starting
and
reflected
load
torque
during
B. The foundation must be solid enough tooperation.
absorb generator
C. The foundation surface should be flat.
D.starting
Space and
is required
around
the generator
for mounting
reflected
load torque
during operation.
C. The foundation surface should be flat.
switching devices, making connections, and for servicing.
D. Space is required around the generator for mounting
C. The foundation surface should be flat.
making
connections,
and
for
servicing.
D.switching
Space
isdevices,
required
around
the generator
forevenly
mounting
E.
The
generator
mounting
bracket
must rest
and switching
devices,
making
connections,
and
for
servicing.
WINCO
D. Space
around the
generator
mountingto even
firmly isonrequired
the foundation.
Install
shims iffor
necessary
E. The generator mounting bracket must rest evenly and
out the foundation
under the
mounting and
padsfor
then
bolt the
switching
devices, making
connections,
servicing.
the foundation.
shims
if necessary
even
E. firmly
The on
generator
mountingInstall
bracket
must
rest evenlytoand
firmly
generator firmly in place.
out
the
foundation
under
the mounting
pads
then bolt
the founon
the
foundation.
Install
shims
if
necessary
to
even
out
the
E. The generator mounting bracket must rest evenly and
generator
in place.pads then bolt the generator firmly in
dation
under firmly
the mounting
firmly on theMOUNTING
foundation. Install shims if necessary to even
TRAILER
place.
out the foundation under the mounting pads then bolt the
THREE POINT HITCH
TRAILER
MOUNTING
generator firmly
in place.
Mount
the
generator
on a trailer if you plan to use it as a
TRAILER MOUNTING
portable power source. When selecting or building a trailer to
Mount
the generator
onNumber
a trailer TDM76
if you plan to use it as a
TRAILER
MOUNTING
Optional
Trailer
Part
mount the generator, consider the following points:
portable power source. When selecting or building a trailer to
mount
the
consider
theif following
points:
Mount
thegenerator,
generator
on a trailer
you planenough
to
use ittoas
a portable
A.
The
construction
mustif be
support
Mount
thetrailer
generator
on a trailer
youstrong
plan to use it as
a
power
source.
When
selecting
or
building
a
traileratotrailer
mount
portable
power
source.
When
selecting
or
building
to the
the generator.
A.
The trailer
construction
must bepoints:
strong enough to support
generator,
consider
the following
mount the generator, consider the following points:
the generator.
B. The design of the trailer must enable the trailer to remain
A.
trailer
construction
must
be
strong
enough
tobysupport
during
operation,
and
tobe
resist
tipping
caused
A.stable
TheThe
trailer
construction
must
strong
enough
to support
B.
The
design of the trailer must enable the trailer to remain
the
generator.
generator
starting and reflected load torque.
the
generator.
stable during operation, and to resist tipping caused by
generator
startingofand
load
torque.
B. The design
the reflected
trailer
must
enable
theDamage
trailer to remain
Injury
Equipment
B.WARNING:
The design Personal
of the trailer
must&enable
the trailer
to remain
Optional -Point Hitch Part Number TPH0
stable
during
operation,
and
to
resist
tippingcaused
caused by generator Optional 3-Point Hitch Part Number TPH240
stable
duringMAY
operation,
and AND
to resist
tipping
TRAILER
TIP OVER
CAUSE
INJURIESby
IF
WARNING:
Personal
Injury
& Equipment Damage
Optional -Point Hitch Part Number TPH0
starting and
reflected
load
torque.
WHEELS
ARE
NOT
FARtorque.
ENOUGH APART.
generator
starting
and SPACED
reflected
load
WARNING:
Injury
& Equipment
Damage
WARNING:Personal
Personal
Injury
& Equipment
Damage
TRAILER MAY TIP OVER AND CAUSE INJURIES IF
WHEN
USING
THE
3-POINT
HITCH
ASSEMBLY
ALL
WHEN
USING
THE
3-POINT
HITCH
ASSEMBLY
ALLTHREE
THREE
WHEELS
ARE
NOT
SPACED
FAR
ENOUGH
APART.
WARNING:
Personal
Injury
&
Equipment
Damage
WARNING:
Personal
Injury
& Equipment
Damage
WARNING:
Personal
Injury
& Equipment
Damage
Optional
-Point
Hitch Part
Number
TPH0 FAILPOINTS
MUST
BE
ATTACHED
TO
THE
TRACTOR.
POINTS
MUST
BE
ATTACHED
TO
THE
TRACTOR.
WHEN USING THE 3-POINT HITCH ASSEMBLY ALL FAILURE
THREE
TRAILER
MAY
TIP
OVER
AND
CAUSE
INJURIES
IF
WHEELS
TRAILER MAY TIP OVER AND CAUSE INJURIES IF
URE
TO SO
DO WILL
SO WILL
CAUSE
GENERATOR
TO WHEN
TIP
TO DO
THETHE
GENERATOR
TO TIP
POINTS
MUST
BE CAUSE
ATTACHED
TO
THE TRACTOR.
FAILARE NOT
SPACED
FAR ENOUGH
APART. APART.
WHEELS
ARE
NOT SPACED
FAR ENOUGH
WHEN
LIFTING
IT
DAMAGING
BOTH
THE
T-BAR
AND
THE
WARNING:
Personal
Injury
&
Equipment
Damage
LIFTING
ITSO
DAMAGING
BOTH
THE
T-BAR AND TO
THETIP
GENURE
TO DO
WILL CAUSE
THE
GENERATOR
WHEN
USING
THE
3-POINT
HITCH
ASSEMBLY
ALL
THREE
GENERATOR.
ERATOR.
WHEN
LIFTING IT DAMAGING BOTH THE T-BAR AND THE
POINTS MUST BE ATTACHED TO THE TRACTOR. FAILGENERATOR.
URE
TO
DO
SO
WILL
CAUSE
THE
GENERATOR
TO
TIP
A.A.The
three
point
hitch
must
be
attached
to to
thethe
tractor
at at
allall The
three
point
hitch
must
be
attached
tractor
times
during
operation.
WHEN
LIFTING
IT
DAMAGING
BOTH
THE
T-BAR
AND
THE
duringpoint
operation.
A.times
The three
hitch must be attached to the tractor at all
GENERATOR.
times during operation.
B.B.When
operating
thethe
generator
thethe
three
point
hitch
and
When
operating
generator
three
point
hitch
and generator
must
be
sitting
on
flat
level
ground.
All
four
deck
A. generator
The
three must
point
hitch
must
be
attached
to
the
tractor
at
all
bethe
sitting
on flat the
level
ground.
fourand
deck
pads
B. When operating
generator
three
pointAll
hitch
times
during
operation.
pads
must
be
in constant
contact
with
the ground
at all This will
must
be
in
constant
contact
with
the
ground
at
all
times.
generator must be sitting on flat level ground. All four deck
times.the
This
will reduce
thethe
vibration
in both the
reduce
vibration
in both
generator
the generator
tumbling
pads must
be in constant
contact
with theand
ground
at all bar.
and the
tumbling
B. When
operating
thebar.
generator the three point hitch and
times. This will reduce the vibration in both the generator
generator
mustthe
begenerator
sitting on must
flat level
ground.
All four
C.
be bolted
to the
threedeck
point andFor
thesafety
tumbling
bar.
C.
For deck
safetyusing
theingenerator
must bewith
bolted
the three
pads
must
be
constant
contact
the to
ground
at allpoint
hitch
all
four mounting
bolts
times.
This will
reduce
themounting
vibrationbolts
in both the generator
hitch deck
using
all four
C. For safety the generator must be bolted to the three point
and the tumbling bar.
hitch deck using all four mounting bolts
C. For safety the generator must be bolted to the three point
hitch deck using all four mounting bolts
Optional Trailer Part Number TDM7
Optional Trailer Part Number TDM7
C. The trailer height and mounting position of the generator on
C. The trailer height and mounting position of the generator on
Optional Trailer Part Number TDM7
0310-00
C. The trailer height and mounting position of the generator on
3225-00
0310-00
Page 3
Page3
60706-180
60706-241
60706-180
ELECTRICAL CONNECTIONS
ELECTRICAL
CONNECTIONS
DANGER: PERSONAL INJURY
IFDANGER:
THE GENERATOR
IS TOINJURY
BE USED AS A STANDBY
PERSONAL
POWER
SOURCE, A MANUAL
TRANSFER
SWITCH
MUST
IF THE GENERATOR
IS TO BE
USED AS A
STANDBY
BE
INSTALLED
TO SEPARATE
GENERATOR
AND THE
POWER
SOURCE,
A MANUALTHE
TRANSFER
SWITCH
COMMERCIAL
POWER LINES.
THE SWITCH
MUST ISOLATE
MUST BE INSTALLED
TO SEPARATE
THE GENERATOR
THE
GENERATOR
FROM
THE
COMMERCIAL
POWER
LINES
AND THE COMMERCIAL POWER LINES. THE
SWITCH
AND
THE
LOAD WHEN
THE GENERATOR
ONCOMSTANDBY,
MUST
ISOLATE
THE GENERATOR
FROMIS
THE
AND
MUST POWER
ISOLATELINES
THE COMMERCIAL
POWER
MERCIAL
AND THE LOAD
WHENLINES
THE
FROM
THE
LOAD
AND
THE
GENERATOR
WHEN
THE GENGENERATOR IS ON STANDBY, AND MUST ISOLATE
ERATOR
IS SUPPLYING
POWER.
SEE
FIGURE
THE COMMERCIAL
POWER
LINES
FROM
THE 6LOAD
CAUTION:
Only qualified electricians should install electrical wiring.
Only qualified electricians should install electrical wiring.
Wiring must conform to all applicable national, state, and
Wiring must conform to all applicable national, state, and lolocal codes. (Reference: National Fire Protection Associacal codes. (Reference: National Fire Protection Association
tion Manual No. 70, National Electrical Code.)
Manual No. 70, National Electrical Code.)
CAUTION:
AND THE GENERATOR WHEN THE GENERATOR IS
SUPPLYING POWER. SEE FIGURE 6
FIGURE 6
60706-180
Page 4
60706-241
Figure
0310-00
3225-00
A properly rated and installed double throw manual power isolaA properly
rated and
manual
powerThe
tion
transfer switch
mustinstalled
be useddouble
with a throw
standby
generator.
isolation
transfer
switch
must
be
used
with
a
standby
transfer switch isolates the load from the power line and generaallows
tor.to The
transfer
switch
the load
from the power
line
you
safely
operate
your isolates
loads without
endangering
the power
and
allows
youSee
to safely
your loads without endangerline
repair
crew.
page operate
6.
ing the power line repair crew. See page 4.
The load, connected to the normal terminals of the transfer
switch,
energized
by the
normal
power
line when
thetransfer
switch is
The is
load,
connected
to the
normal
terminals
of the
in switch,
the normal
position. by
The
connected
to the
is energized
thegenerator,
normal power
line when
theemerswitch
gency
the switch,
furnishes
power
when the
is in terminals
the normalofposition.
The
generator,
connected
to switch
the
is emergency
in the emergency
mode
position.
terminals
of the
switch, furnishes power when the
switch is in the emergency mode position.
There are two ways to install a manual transfer switch. The first
shown
thetwo
leftways
side of
to install
the switch
between
Thereonare
to page
install6aismanual
transfer
switch.
The
the
watt-hour
meter
the normal
panel.
with
first
shown on
the and
left side
of pagedistribution
4 is to install
the As
switch
any
systemthe
youwatt-hour
must install
an entrance
rated breaker
before
the
between
meter
and the normal
distribution
panel.
manual
transfer
switch.you
The
manual
switchrated
mustbreaker
in all
As with
any system
must
installtransfer
an entrance
cases
bethe
equal
to or greater
the The
ratingmanual
of the entrance
rated
before
manual
transfer than
switch.
transfer switch
breaker.
must in all cases be equal to or greater than the rating of the
entrance rated breaker.
The second way to install the system is to purchase and install
anThe
emergency
distribution
and move
circuits you
second way
to installpanel
the system
is tothe
purchase
and wish
install
to an
back
up to the distribution
new distribution
In this
the manual
emergency
panelpanel.
and move
thecase
circuits
you
transfer
switch
be sized
to the panel.
amperage
of the
circuit
wish to
backonly
up tohas
thetonew
distribution
In this
case
the
breaker
the mainswitch
distribution
panel
that
is feeding
See the of
manualintransfer
only has
to be
sized
to the it.
amperage
right
6. distribution panel that is feeding
thehand
circuitdrawing
breakeroninpage
the main
it. See the right hand drawing on page 4
Before deciding which system to install, first determine which
loads
youdeciding
can safely
run system
on your to
PTO
generator
and the cost
Before
which
install,
first determine
which
of loads
buying
a large
manual
versus theand
costthe
of cost
a
you
can safely
runtransfer
on yourswitch
PTO generator
smaller
switch
and the
additional
distribution
panel.the cost of a
of buying
a large
manual
transfer
switch versus
smaller switch and the additional distribution panel.
The final item that you are going to have to assemble/wire is the
plug
willitem
be used
to connect
thetogenerator
to the manual is
Thethat
final
that you
are going
have to assembly/wire
transfer
switch.
You
have
foundthe
thisgenerator
load plugtointhe
a small
the plug
that will
beshould
used to
connect
box
when transfer
you unpacked
PTO
generator.
If youthis
need
addimanual
switch.the
You
should
have found
load
plug
tional
sites
you can the
order
additional
plugsIf from
in a plugs
small for
boxmultiple
when you
unpacked
PTO
generator.
you
your
Winco
dealer,plugs
the part
number is
“300137”.
need
additional
for multiple
sites
you can order additional
plugs from your Winco dealer, the part number is “300137”.
To assemble and wire the load disconnect plug, proceed as folTo assemble and wire the load disconnect plug, proceed as
lows:
follows:
outer
jacket
2-3/4”.
1. 1.
StripStrip
outer
jacket
2-3/4”.
2.
Cut
and
strip
leads
to lengths
specified
for the 2. Cut and strip leads to lengths
specified
for the
particular
particular
plug.plug.
Disassemble
cable
clamp
cover.
3. 3.
Disassemble
cable
clamp
andand
top top
cover.
4. Remove one blade at a time, insert the stripped end 4. Remove one blade at a time, insert the stripped end
of the appropriate colored wire designated above, of the appropriate colored wire designated above,
and tighten the set screw.
and Fit
tighten
thethrough
set screw.
5.
blades
slots in bottom cover and push 5. Fit blades
through
slots
in bottom
and
push
down until home.
Please
note:cover
Make
sure
blades Make
sure blades with down
home. slots
Please
areuntil
in correct
andnote:
oriented
in accordance
are the
in correct
slots
and or
oriented
accordance
diagram
above
you willinnot
be able towith
close the diagram
above
or you will not be able to close
the top cover
fully.
the top
cover
6.
Place
top fully.
plastic cover over assembly and partially 6. Place
top plastic
cover assembly
over assembly
and
partially
tighten
the bakelite
screw.
Realign
blades
they fit screw.
into the Realign
top bakelite tighten
the straight
bakelite (so
assembly
housing
properly)
and
blades
straight
(so they
fit tighten
into thethe
topassembly
bakelite screw.
7.
Assemble
cable
clamp
over
the
outer jacket
of the housing
properly)
and
tighten
the
assembly
screw.
wire
and
tighten
the
two
clamp
screws.
Special
7. Assemble cable clamp over the outer jacket of the Note:
sizethe
round
(less than
3/4”) and flat cables, the
wireFor
andsmall
tighten
two clamp
screws.
may be
inverted.
Special wire
Note:clamp
For small
size
round (less than 3/4”) and flat
cables, the wire clamp may be inverted.
WARNING - Personal Injury:
Failure to wire as instructed may cause personal injury or
WARNING: Failure to wire as instructed may cause
damage to device or equipment. To be installed or checked
personal injury or damage to device or equipment. To be
by an electrician or qualified person only.
installed or checked by an electrician or qualified person
only.
PRE-START CHECKS
PRE-START CHECKS
WARNING: Personal Injury
When
workingPersonal
on or around
these generators, do not wear
WARNING:
Injury
loose
clothing
or anythese
articles
that maydo
get
Whenfitting
working
on or around
generators,
notcaught
wear in
moving
parts.
loose fitting clothing or any articles that may get caught in
moving parts.
1. Visually inspect the generator. Check for:
1. Visually inspect the generator. Check for:
a Correct mounting
Correct
b. Physical
damage
a
mounting
b. Physical
c. Debris
in cooling vents and screens (could damage
cause
generator
overheat).
c. Debris
in cooling
vents to
and
screens (could
WARNING: Personal Injury
DISCONNECT
POWER BEFORE
WARNING: Personal
Injury WIRING
DISCONNECT POWER BEFORE WIRING
IMPORTANT: Use copper wire only. Do not use tinned conductors.
Sizing Use
cablecopper
- see NEC
400-5.Do not use tinned
IMPORTANT:
wire only.
conductors. Sizing cable - see NEC 400-5.
CORD SIZE: #4/4 conductor cord SO, 1.25 inch dia. max.
CORD SIZE: #4/4 conductor cord SO, 1.25 inch dia. max.
cause generator to overheat).
IMPORTANT:
The
manufacturer
that, if the generator
IMPORTANT:
The recommends
manufacturer recommends
that, if thehas
genbeen
stored
for
any
length
of
time,
before
using
it,using
the operator has been stored for any length of time, before
it,
erator
remove
the control
box cover
and and
cooling
fanfan
screen,
the operator
remove
the control
box cover
cooling
then
inspect
the generator
for rodent
nestsnests
or other
objects
screen,
then inspect
the generator
for rodent
or other
obthat
cause
generator
binding
and/or
overheating.
See
jectscould
that could
cause
generator
binding
and/or
overheating.
“Cleaning”
portion
of Maintenance
section.
See “Cleaning”
portion
of Maintenance
section.
Check
oil (See
2. 2.
Check
geargear
casecase
oil level.
level.
(See
Figure
Figure 4.) Case should4.)
be filled
should
be filled
with
with Case
oil to plug
marked
“OIL
oil toFill
plug
LEVEL.”
ormarked
remove“OIL
oil as
LEVEL.” Fill or remove oil
required.
as required.
NOTE: EITHER TOO LITTLE OR
NOTE:
EITHER
TOO MUCH
OILTOO
CANLITTLE
HARM THE
OR
TOO MUCH OIL CAN HARM
EQUIPMENT.
THE EQUIPMENT
See “Lubrication” portion of
See
“Lubrication”
portion
of MainMaintenance
for oil
specifications.
tenance for oil specifications.
Figure 2
0310-00
3225-00
Page 5
60706-180
60706-241
3.3. Make
sure
thethe
drive
shaft
(tumbling
bar)
is is
assembled
with
Make
sure
drive
shaft
(tumbling
bar)
assembled
its with
universal
joint
knuckles
“synchronized,”
as
illustrated
its universal joint knuckles “synchronized,” as il- in
Figure
7. If knuckles
synchronized,
the bar will chatlustrated
in Figure are
7. Ifnot
knuckles
are not synchronized,
terthe
when
which
willrotating,
cause the
generator
output
barrotating,
will chatter
when
which
will cause
the voltage
to
flicker.
Drive
shafts
shipped
new
from
Winco
are
algenerator output voltage to flicker. Drive shafts shipped
ways
synchronized
and
tethered
so
they
can
not
be
taken
new from Winco are always synchronized and tethered
apart.
so they can not be taken apart.
DANGER: Personal Injury
DANGER:
Injury
POWERPersonal
TAKE-OFF
MUST BE DISENGAGED AT THIS TIME.
POWER TAKE-OFF MUST BE DISENGAGED AT THIS TIME.
4. Couple the tractor to the generator with the drive shaft (tum4. bling
Couple
tractor
the generator
the drive shaft
bar). the
Couple
thetotumbling
bar to with
the generator
input
(tumbling
bar).
Couple
the
tumbling
bar
to
the generashaft first, then to the power take-off shaft. Check
aligntor input
shaft
first,take-off
then to shaft
the power
take-off
shaft.
ment,
tractor,
power
(tumbling
bar),
and genCheck
alignment,
tractor,
power
take-off
(tumbling
erator
input
shaft should
form
a straight
(orshaft
nearly
straight)
bar),
and
generator
shaft should
form athe
straight
line,
with
less
than 10°input
misalignment
between
shafts.
(or nearly straight)
line,generator
with less output
than 5°voltage
misalignment
Misalignment
will cause
to flicker.
between the shafts. Misalignment will cause generator
output voltage to flicker.
CAUTION:
Make sure that all tumbling bar lock pins are engaged and that
WARNING
- Personal
all safety shields
are inInjury
place before operating the PTO
Make
sure that all tumbling bar lock pins are engaged and
generator.
that all safety shields are in place before operating the PTO
generator.
5. Make sure no binding exists in generator or gear box. If
binding is found, locate the cause and correct it before pro5. ceeding.
Make sure no binding exists in generator or gear box. If
binding is found, locate the cause and correct it before
proceeding.
6. Make
sure that the electrical loads to be driven by the gen-
erator will not draw more current than the ratings of the gen6.erator
Make
sure that or
thecord
electrical
loadswill
to supply
be driven
the
receptacle
set which
theby
current.
generator will not draw more current than the ratings of
the generator
receptacle
or cord
set system
which will
supply
7. Check
all electrical
connections
in the
to be
enerthe
current.
gized by the generator. Make sure the connections are correct and are tight.
7. Check all electrical connections in the system to be
energized
the generator.
sure
connections
8. Make
sure allby
loads
are turnedMake
off. Do
notthe
start
the generaare
correct
and
are
tight.
tor under load.
8. Make sure all loads are turned off. Do not start the gen-
1. Set the manual transfer to mid or normal (up)
position.
2. With the power take-off drive disengaged, start the engine
which will drive the generator. Run the engine long enough
60706-241
Set the manual
transfer
mid or normal
(up) 4. 1.Watch
voltmeter
on theto
generator
and slowly
increase
position.
engine
speed until the output reaches approximately 240 to
245 volts, in green portion of voltmeter scale.
2. With the power take-off drive disengaged, start the engine
which
willcord
driveset
the
generator.
RunPlace
the engine
long
5. Plug
4 wire
load
into
receptacle.
transfer
enough
to emergency
warm it up before
proceeding, so that it will
switch
in the
position.
run smoothly and achieve full power under generator
load.
6. Place
the load circuit breaker in the “on” position. If the
breaker trips, move manual transfer switch to “off” or
3. With engine idling, engage the power take-off drive.
normal position. Check for short circuit or grounded
connection in the load cable to the double throw switch and
4. Watch the voltmeter on the generator and slowly
repair. A breaker that trips from overload or short circuit
increase engine speed until the output reaches approximust
be reset
moving
to in
“off”
before
reclosing.
mately
240 by
to 245
volts,
green
portion
of voltmeter
7. With
engine
and
generator
running
smoothly,
switch on the
scale.
electrical load while watching the voltmeter. Readjust engine throttle to keep generator output under load at 240V
CAUTION: Equipment Damage
(in green portion of voltmeter scale). If engine is equipped
Most electrical equipment in North America operates satwith speed governor, it may automatically readjust the
isfactorily at frequencies between 59 and 61 Hz (cycles per
throttle as the load changes and keep the generator output
second). Operating the generator at frequencies outside
at the proper level. However, some governors are not senthat range may cause damage to the generator and/or to
sitive enough to maintain proper output under changing
electrical equipment driven by the generator.
load, and in such cases the throttle will have to be manually
readjusted .
5. Plug 4 wire load cord set into receptacle. Place transfer switch in the emergency position.
NOTE: Equipment Damage
If the load includes motors turn them on one at a time,
6. Place the load circuit breaker in the “on” position. If
highest starting current motor first, next highest second,
the breaker trips, move manual transfer switch to “off”
etc.
or normal position. Check for short circuit or grounded
connection in the load cable to the double throw switch
8. The return of normal power will be indicated by the
and repair. A breaker that trips from overload or short
lamp
on the
front
transfer
switch;to(applicable
when
circuit
must
be of
reset
by moving
“off” beforeonly
reclosing.
the transfer switch is equipped with indicating lamps or
electrician
them).
After
sufficient
timeon
to
7.yourWith
engine has
and installed
generator
running
smoothly,
switch
assure
that
power
restoration
isn’t
temporary,
return
the
the electrical load while watching the voltmeter. Readtransfer
switchthrottle
to normal
power
(10 - 20 output
minutes).
just engine
to keep
generator
under load
at 240V (in green portion of voltmeter scale). If engine
is equipped
with speed
mayposition.
automatically
9. Place
the alternator
circuit governor,
breaker init“off”
Do not
readjust
throttle
as thethe
load
changes and keep the
remove
plugthe
before
opening
breaker.
generator output at the proper level. However, some
governors
not sensitive
enough
maintain proper
10. Slowly
reduceare
power
take-off speed
to to
a minimum
and
output under
changing
load,Some
and intractors
such cases
disengage
the power
take-off.
have the
a brake
will take-off
have to that
be manually
on throttle
the power
stops thereadjusted.
shaft instantly. Stopping the alternator rotor instantly from rated speed may
NOTE:
Equipment
Damage
result
in a broken
shaft or other drive line failures.
If the load includes motors turn them on one at a time, highest
starting current
motor
first, next highest second, etc
WARNING:
Personal
Injury
Never try to manually stop the generator. Always let it
8. until
The return
of normal power will be indicated by the coast
it stops.
lamp on the front of transfer switch; (applicable only
when
the engine.
transfer switch is equipped with indicating
11. Shut
off the
lamps or your electrician has installed them). After sufficient timedrive
to assure
that powerbar)
restoration isn’t tempo12. Disconnect
shaft (tumbling
rary,take-off
return the
switch
to normal
power
endtransfer
first, then
generator
end.power (10 - 20
minutes).
GENERATOR
erator under load. STARTING
PROCEDURE
60706-180
to warm it up before proceeding, so that it will run smoothly
GENERATOR
STARTING
and achieve full power under
generator load.
PROCEDURE
3. With engine idling, engage the power take-off drive.
13. Exercise PTO alternator for one hour under load at least
9. Place the alternator circuit breaker in “off” position. Do
twice a year.
not remove plug before opening the breaker.
Page 6
0310-00
3225-00
3.
10. Slowly reduce power take-off speed to a minimum and
disengage the power take-off. Some tractors have a
brake on the power take-off that stops the shaft instantly. Stopping the alternator rotor instantly from rated
speed may result in a broken shaft or other drive line
failures.
WARNING: Personal Injury
The splined generator input shaft should be cleaned and
lubricated with a thin film of grease before and after each
use of the generator. See Figure 6 for lubrication schedC. ule.
The splined generator input shaft should be cleaned and
lubricated with a thin film of grease before and after each use of
the generator.
See (tumbling
Figure 6 for
lubrication
4.
The drive shaft
bar)
requires schedule.
greasing. Keep the
universal joints in the coupling shaft free from grease and
D. dirt
Thebuildup.
drive shaft (tumbling bar) requires greasing. Keep the
universal joints in the coupling shaft free from grease and dirt
buildup.Do not over lubricate
NOTE:
the universal joints.
Never try to manually stop the generator. Always let it coast
until it stops
.
11. Shut off the engine.
12. Disconnect drive shaft (tumbling bar)
power take-off end first, then generator end.
13. Exercise PTO alternator for one hour under load at least
twice a year.
STORAGE
MAINTENANCE
STORAGE& &
MAINTENANCE
IfIfthe
thegenerator
generatorisismounted
mountedon
onan
anoff-highway
off-hightrailer,
such such
as theasWinco
trailer,trailer,
it should
way trailer,
the Winco
it be
stored
a garage,
or machine
shed
shouldinbe
stored inbarn
a garage,
barn or
ma-in a
dry
and
clean
location.
The
generator
chine shed in a dry and clean location.should
The
be
coveredshould
with a be
tarpaulin
to with
prevent
the
generator
covered
a tarpaulin
entrance
of the
dust,
chaff, and/or
moisture.
to prevent
entrance
of dust,
chaff, and/or
moisture.
The generator may be stored on end, provided
the
on abe
clean,
dryonelevated
Thegenerator
generatorismay
stored
end,
surface
such
as
a
board.
Do
have dry
it resting
provided the generator is on not
a clean,
elon
a
dirt
surface.
(Figure
3)
evated surface such as a board. Do not have
it resting on a dirt surface. (Figure 3)
MAINTENANCE REQUIREMENTS
MAINTENANCE REQUIREMENTS
LUBRICATION
1.LUBRICATION
Check the generator gear case oil level before each use of
the generator. See Figure 4. Maintain the oil level before
A. each
Check
theofgenerator
gear case
oil level
use
the generator.
Maintain
the before
oil leveleach
at oiluse
level
of the
generator.
Seegenerator
Figure 4. isMaintain
level before
plug
height. The
shippedthe
withoillubricant
in the
each
usecase.
of theSpecifications
generator. Maintain
oil level
at oilare:
levelAPI
plug
gear
for gearthe
case
lubricant
height.
The GL-5
generator
is shipped
withSAE
lubricant
in the gear case.
Service:
EP Rated,
Grade:
85W-90-140,
Specifications
case
lubricant
are:
Service:
Amount: 1 for
pint.gear
The
following
kinds
of API
oil are
recom-GL-5 EP
Rated,
Grade:
Amount:
1 pint. The following
mended
forSAE
use 85W-90-140,
in the generator
gear case:
kinds of Mobil
oil areSAE
recommended
useService
in the generator
gear case:
85W90-140for
API
GL-5
Sunoco/DX
Mobil SAE 85W90-140
API Service GL-5
XL80W90-140
Kendal
Sunoco/DX
ThreeXL80W90-140
Star 85W-140
Amoco
Kendal85W140
Three Star
85W-140
or equivalent
Amoco 85W140 or equivalent
CAUTION: Equipment Damage
CAUTION:
Equipment
Damage
Do
not overfill
generator
gear case. Overfilling causes
Do not overfill
generator
case. Overfilling causes overheatoverheating
and
oil sealgear
failure.
ing and oil seal failure.
2. The generator bearings are factory lubricated and sealed,
B. and
Therequire
generator
bearings
are factory lubricated and sealed,
no further
lubrication.
and require no further lubrication.
3. The splined generator input shaft should be cleaned and
lubricated with a thin film of grease before and after each
use of the generator. See Figure 6 for lubrication schedule.
4.
The drive shaft (tumbling bar) requires greasing. Keep the
universal joints in the coupling shaft free from grease and
dirt buildup.
3225-00
NOTE: Do not over lubricate
NOTE: Do not over lubricate
the universal joints.
CLEANING
CLEANING
1.
Inspect for loose or broken wiring connections. Make sure
A. Inspect for loose or broken wiring connections. Make sure
that wiring connections are not loose at the generator end,
that
wiring connections are not loose at the generator end, circuit
Page 7
0310-00
circuit breakers, and receptacles.
breakers, and receptacles.
2.
Do not allow dirt or chaff to collect in the interior of the
B. Do not allow dirt or chaff to collect in the interior of the
generator or the ventilation openings. Inspect for indicagenerator or the ventilation openings. Inspect for indication of
tion of the entrance of mice or insects into the generator.
the entrance of mice or insects into the generator. The inlet and
The inlet and outlet openings are louvered, but possible
outlet openings are louvered, but possible damage to the louvers
damage to the louvers could occur. Mice can destroy the
could occur. Mice can destroy the generator winding.
generator winding.
WARNING:
Equipment
Damage
WARNING:
Equipment
Damage
DO
NOT
CLEAN
THE
GENERATOR
WHILE
RUNNING.
DO NOT CLEAN THE GENERATOR WHILE
ITIT
ISIS
RUNNING.
CAUTION: Equipment Damage
Most electrical equipment in North America operates
satisfactorily at frequencies between 59 and 61 Hz (cycles
per second). Operating the generator at frequencies
outside that range may cause damage to the generator
and/or to electrical equipment driven by the generator.
60706-241
SERVICE DIAGNOSIS
REMEDY
POSSIBLE CAUSE
LOW OUTPUT VOLTAGE
Low Speed
1.
2.
Undersized/overloaded.
Defective governor.
3.
Low power - worn engine.
Check for overload on the tractor or undersized.
Check tractor governor. Tight or defective throttle levers
and joints.
Worn or defective tractor engine (see engine manufacturers
check list.)
High line loss. Indicated by lower voltage at load than at
generator terminals.
Increase size of line wiring. Might also be the result of loose
connection indicated by excessive heating at the loose
connection terminal.
Shorted or grounded rotor coil.
Test and replace if defective.
Repair or replace as required
Defective stator
HIGH OUTPUT VOLTAGE
Generator is spinning too fast, slow tractor down.
Readjust or Replace as required
EXCESSIVE HEATING
Clean screens, make sure interior of generator is unobstructed.
Clogged ventilating inlet and/or outlet.
NO OUTPUT VOLTAGE
Broken or corroded connection.
Clean and tighten generator and receptacle connections.
Defective diode(s) on rotor.
Replace defective diode(s).
Open excitor circuit in stator
Repair or replace stator assembly.
Grounded or shorted rotor winding.
Replace grounded rotor assembly.
Loss of residual magnetism. Usually occurs only after
disassembly of field frame or severe mechanical stress/abuse.
Back flash the 120 volt circuit with 12 volts DC
Shorted stator winding. This can be identified by the use of an
internal “growler” at a competent rewinding shop.
Replace stator. (Include generator model and serial number
on the order.)
Grounded stator. Check winding by test lamp or high potential
tester from stator leads to lamination.
Same as above.
Open stator circuit. Measure circuit between leads with an
ohmmeter. Should have a circuit between any pair of leads.
Same as above.
Defective Capacitors
Test and replace if defective.
VOLTAGE UNSTEADY/ LIGHTS FLICKERING
PTO drive line alignment.
Realign within 10 degrees.
Drive line knuckles out of sync. (See Figure 5.)
Resync drive line halves.
60706-180
60706-241
Page 8
10
0310-00
3225-00
ILLUSTRATED
PARTS LIST
COMPLETE ASSEMBLY
3225-00
11
60706-241
REF #
PART NUMBER
QTY
DESCRIPTION
1
16406-007
1
2
99839-002
1
3
15209-003
1
4
Z2553
1
5
300137
1
Formed Base
Generator with Gear Case
Mecc Alte Model:
S20W-1302 M5
Decal Electrical Shock
Decal Operators Instructions
NEMA 14-60P Plug
6
7
8
9
10
21698-001
300080-3
Z2568
300086-2
98479-000
9
1
1
1
1
Torx Screw
Top Cover
Decal Danger PTO
Drive Shaft Guard
Decal Winco #1
11
12
13
14
NI
NI
NI
53113-002
63966-009
99841-003
16335-015
Z9941
91369-003
Not Illustrated
2
1
1
1
1
1
Decal Winco
Nameplete
Gear Case Support
Generator Support
Decal Oil Fill Hole
Decal 515 RPM
WIRING DIAGRAM
Voltmeter
Generator
20A
Breaker
GND
1
4
2
3
Nuetral
to
Ground
Bond
20
Amp
Rcpt
N
40A
240V
Breaker
H
G3
G3
G3
G1
G1
G1
N
H
H
GND 60
Amp
Rcpt
Ground
Lug
60706-241
12
3225-00
GENERATOR END ASSEMBLY
REF #
PART NUMBER
QTY
99839-002
1
19
54665-000
1
26
300323-208
2
27
300323-207
2
65
99839-112
1
DESCRIPTION
Complete Generator End
with Gear Case
6205-2RS Bearing
Varistor
Diode
45 mf Capacitor
GENERATOR SPECIFICATIONS:
STATOR: ROTOR:
CAPACITOR LEADS
3225-00
0.145 Ohms
5.67 Ohms
1.31 Ohms
13
60706-241
RECEPTACLE PANEL
ASSEMBLY
5
1
2
6
3
7
N
4
H
N
H
H
8
G3
ON
GND
OFF
G1
REF #
PART NUMBER
QTY
DESCRIPTION
1
2
3
4
5
300080-3
91286-001
63708-000
57030-007
91370-000
1
1
1
1
1
Top Cover
20 Amp 1-Pole Circuit Breaker
Ground Lug
45 Amp 240 VAC Circuit Breaker
Voltmeter
6
7
8
300079-5
50766-000
300136
1
1
1
Control Box
NEMA 5-20R Receptacle
NEMA 14-60R Receptacle
60706-241
14
3225-00
TWO WHEEL TRANSPORT
1
2
3
4
5
6
7
8
DESCRIPTION
PART NO.
SUPPORT, TONGUE (QTY. 2)
HITCH, TONGUE (QTY. 2)
TONGUE
AXLE (QTY. 2)
SUPPORT, AXLE
SUPPORT, PTO SHAFT
SUPPORT, PTO SHAFT
TIRE/RIM, PNEUMATIC (QTY. 2)
300081
300082
300083
300085
300164
300161-1
300161-2
43657-000
3225-00
15
0310-00
Page 11
60706-241
60706-180
PTO GENERATOR
1 MONTH LIMITED WARRANTY
WINCO, Inc., warrants for twelve months from date of shipment, that it will repair or replace at
its option, for the original user, the whole or any part of the product found upon examination, by
WINCO at its factory at 225 South Cordova Avenue, Le Center, Minnesota, or by any factoryauthorized service station, to be defective in material or workmanship under normal standby use.
For warranty service, return the product within 12 months from the date of purchase,
transportation charges prepaid, to your nearest factory-authorized service station or the WINCO
factory.
There is no other express warranty. To the extent permitted by law, any and all warranties,
including those of merchantability and fitness for a particular purpose, are limited to 12 months
from date of shipment, and liability for incidental or consequential damages or expenses is
excluded. Some states do not allow limitations on the duration of an implied warranty, and some
states do not allow the exclusion or limitation of incidental or consequential damages, so that
above limitation or exclusion may not apply to you. This warranty gives you specific legal rights;
you may have other rights which vary from state to state.
This warranty is limited to bench labor and parts only, no allowance will be made for travel time,
or removal and reinstallation of the PTO unit.
WINCO does not warrant drive lines, trailer tires, receptacles, or certain other component parts
of the product installed by others, since such items are warranted by their manufacturers.
WINCO does not warrant modifications or alterations which were not made or authorized by the
WINCO factory and which affect the stability or reliability of the product.
WINCO does not warrant products which have been exposed to misuse and/or negligence or
have been involved in an accident.
WINCO does not warrant products which have been installed in such a manner as not to protect
them from the adverse environmental conditions (water, mud, insects, etc.) or have not been
kept clean.
WINCO reserves the right to change or improve its products without incurring any obligations
to make such changes or improvements on products purchased previously.
WINCO INC.
225 S. CORDOVA AVE.
LE CENTER, MN 56057
SERVICE DEPT.
0310-00
(507) 357-6831
wincogen.com
60706-180
60706-241
16
3225-00