Miller Electric MILLERMATIC 3OAN CONTROL/FEEDER User manual

January
1979
FORM:
OM-1234A
Effective
With
Serial
No. HJ171707
MODEL
MILLERMATIC
3OAN
CONTROL/FEEDER
OWN
ERS
MANUAL
rAllIER
MILLER
ELECTRIC
MFG.
CO.
718 S.
BOUNDS
ST. P.O.
Box
1079
APPLETON,
WI
54912
USA
ADDITIONAL
COPY
PRICE
65 CENTS
NWSA
CODE
NO.
4579
PRINTED
IN
U.S.A.

--
LIMITED WARRANTY
EFFECTIVE:
FEBRUARY
20,
1978
This
warranty
supersedes
all
previous
MILLER
warranties and is
ex
clusive with
no
other
guarantees
or
warranties
expressed
or
implied.
LIMITED WARRANTYMiller
Electric
Mfg.
Co.,
Apple-
1.
Arc
welders,
power
sources,
and
components.
.
1
year
ton,
Wisconsin
warrants
to
Customer
that all
rrew
and
unused
2.
Original
main
power
rectifiers
3
years
Equipment
furnished
by
Miller
is
free
from
defect
in
(Labor

1
year
only)
workmanship
and material
as
of the
time and
place
of
3.
All
welding
guns
and
feeder/guns
90
days
delivery
by
Miller. No
warranty
is
made
by
Miller
with
respect
to
engines,
trade
accessories
or
other items
manu-
4.
All
other
Millermatic Feeders
1
year
factured
by
others.
Such
engines,
trade
accessories
and
other
provided
that the
user so
notifies
Miller in
writing
within
thirty
items
are
sold
subject
to
the warranties of their
respective
(30)
days
of the date of such
failure.
manufacturers,
if
any.
The manufacturers
warranty
on
5.
Replacement
or
repair
parts
exclusive
of
labor
60
days
engines
is for
a
period
of
one
year.
MILLER
warranty
does
not
apply
to
components
having
ANY
EXPRESS
WARRANTY NOT
PROVIDED
normal
useful life of
less
than
one
(1)
year,
such
as
spot
HEREIN AND
ANY IMPLIED
WARRANTY,
GUARANTY
welder
tips,
relay
and
contactor
points,
MILLERMATIC
OR
REPRESENTATION
AS TO
PERFORMANCE,
AND
parts
that
come
in
contact
with
the
welding
wire
including
ANY
REMEDY
FOR
BREACH
OF
CONTRACT
WHICH,
nozzles
and
nozzle
insulators
where
failure
does
not
result
BUT FOR
THIS
PROVISION.
MIGHT
ARISE
BY
from
defect
in
workmanship
or
material.
IMPLICATION.
OPERATION
OF
LAW,
CUSTOM
OF
TRADE
OR
COURSE
OF
DEALING,
INCLUDING
ANY
In
the
case
of
Millers breach of
warranty
or
any
other
duty
with
respect
to
the
quality
of
any
goods,
the exclusive
IMPLIED
WARRANTY OF MERCHANTABILITY OR
OF
remedies
therefor
shall
be.
at
Millers
option,
(1)
repair
or
(2)
FITNESS FOR PARTICULAR
PURPOSE.
WITH
RESPECT
replacement
or.
where
authorized
in
writing
by
Miller
in
TO
ANY
AND
ALL
EQUIPMENT
FURNISHED BY
appropriate
cases,
(3) the
reasonable
cost
of
repair
or
MILLER
IS EXCLUDED AND
DISCLAIMED
BY
MILLER.
replacement
at
an
authorized
Miller
service station
or
(4)
payment
of
or
credit for
the
purchase
price
(less
reasonable
EXCEPT
AS
EXPRESSLY
PROVIDED
BY
MILLER
IN
depreciation
based
upon
actual
use)
upon
return
of
the
goods
WRITING,
MILLER
PRODUCTS
ARE
INTENDED FOR
at
Customers
risk
and
expense.
All
transactions
are
F.O.B.
ULTIMATE PURCHASE
BY
COMMERCIAL/INDUSTRIAL
Appleton,
Wisconsin.
Upon
receipt
of notice
of
apparent
USERS
AND
FOR OPERATION
BY
PERSONS
TRAINED
defect
or
failure,
Miller
shall instruct the
claimant
on
the
AND
EXPERIENCED
IN
THE USE AND
MAINTENANCE
warranty
claim
procedures
to
be
followed.
OF
WELDING EQUIPMENT
AND
NOT,
FOR
CONSUMERS
As a
matter
of
general
policy
only,
Miller
may
honor
an
OR CONSUMER USE. MILLER
WARRANTIES
DO
NOT
original
users
warranty
claims
on
warranted
Equipment
in
EXTEND
TO,
AND
NO
RESELLER
IS
AUTHORIZED TO
the event
of failure
resulting
from
a
defect within the
following
periods
from the date
of
delivery
of
Equipment
to
EXTEND
MILLERS
WARRANTIES
TO,
ANY
the
original
user:
CONSUMER.

TABLE
OF
CONTENTS
Section
No.
Page
No.
SECTION
1

INTRODUCTION
1
-
1.
General
1
1
-
2.
Receiving-Handing
1
1
-
3.
Description
1
1-4.
Safety
1
SECTION
2
INSTALLATION
2-1.
Location
1
2
-
2.
Drive
Motor
1
2
-
3.
Shielding
Gas
Connections
2
2
-
4.
Water
Connections
2
2
-
5.
115
Volts
AC
Connections
2
2
-
6. Contactor
Control
Connections
2
2
-
7.
Switch Control Connections
2
2
-
8. Weld
Cable
Terminal
2
2
-
9.
Speed
Change
Gears
2
2-10.
Wire
Guide &
Drive Roll
Installation 3
2-1 1.
Spindle
Assembly
Installation
3
2-12. Installation
Of
Spool-Type
Wire
3
2-13.
Installation
Of
Wire Reel
3
2-14. Installation
of
Reel-Type
Wire
3
2-15.
Adjusting
Hub
Tension
4
2-16.
Welding
Wire
Threading
4
SECTION
3
FUNCTION
OF
CONTROLS
3-
1.
Power
Switch
5
3
-
2. Wire
Speed
Control
5
3
-
3.
Remote
Control
Receptacle
&
Switch
5
3- 4.
Purge
Button
5
3
-
5.
Inch
Switch
5
3
-
6.
Start
Switch
5
3
-
7. Retract-Feed
Switch
5
3
-
8. Reset Circuit
Breaker
5
SECTION
4

SEQUENCE
OF
OPERATION
4-
1.
Gas
Metal-Arc
Welding
(GMAW)
5
4
-
2.
Shutting
Down
5
SECTION
5

MAINTENANCE
5-
1.
Inspection
And
Upkeep
6
5
-
2.
Cleaning
Of
Drive
Roll
Bearings
6
5-3.
Fuse 6
SECTION
6
TROUBLESHOOTING
SECTION
7

DATA
CHARTS

SECTION
1
-
INTRODUCTION
Electrode Wire
Dia.
Capability
Electrode
Wre
Feed
Speed

Control Circuit
Voltage
At
Gun
Overall
Dimensions
(Inches)
Weight
(Pounds)
Net
Ship
.030
-
1/8
20
to
900
1pm.
~
24 Volts
Height
-
24-1/2
Width
-14-3/4
Depth
-34-1/4
66
71
Figure
1-1.
Specifications
1
-
1.
GENERAL
This
manual has been
prepared especially
for
use
in
familiar
izing
personnel
with the
design,
installation,
operation,
main
tenance,
and
troubleshooting
of this
equipment.
All
informa
tion
presented
herein
should
be
given
careful
consideration
to
assure
optimum performance
of this
equipment.
1-2.
RECEIVING-HANDING
Prior
to
installing
this
equipment,
clean all
packing
material
from
around
the unit
and
carefully
inspect
for
any
damage
that
may
have
occurred
during
shipment.
Any
claims
for
loss
or
damage
that
may
have
occurred
in
transit
must be
filed
by
the
purchaser
with the carrier.
A
copy
of
the
bill
of
lading
and
freight
bill
will
be
furnished
by
the
carrier
on
request
if
occasion
to
file
claim
arises.
When
requesting
information
concerning
this
equipment,
it
is
essential that
Model
Description
and/or
Stock Number and
Serial
(or
Style)
Numbers
of the
equipment
be
supplied.
1
-
3.
DESCRIPTION
This
control/feeder
is of
the
constant
wire
feed
speed
type
and
is
designed
to
be used
in
conjunction
with
a
constant
potential
welding
power
source.
The
control/feeder
is
a
heavy
duty
wire
feeding
unit
combining
both the wire
feeder and the control
in
a
compact
assembly.
It contains
all
the
controls
and
equipment
needed
to
Supply
welding
wire and
shielding
gas
to
the
welding
gun.
1
-4.
SAFETY
Before the
equipment
is
put
into
operation,
the
safety
sec
tion
at
the front of
the
welding
power
source
or
welding
generator
manual
should be read
completely.
This
will
help
avoid
possible
injury
due
to
misuse
or
improper
welding
applications.
The
following
definitions
apply
to
CAUTION,
IMPORTANT,
and
NOTE
blocks
found
throughout
this
manual:
I
I
~this
heading, installation, operating,
and
main-
1
tenance
procedures
or
practices
will
be
found that
if
not
carefully
followed
may
create
a
hazard
to
per
sonnel.

rTA~I
Under
this
heading,
installation,
operating,
and
main
tenance
procedures
or
practices
will
be
found
that
if
not
carefully
followed
may
result
in
damage
to
equip
ment.
Under this
heading,
explanatory
statements
will be
found
that
need
special
emphasis
to
obtaIn
the
most
efficient
operation
of
the
equipment.
SECTION
2
-
INSTALLATION
2-1.
LOCATION
Refer
to
Figure
2-1
for
dimensional
information
on
the
control/feeder.
Lead
lengths
must
be considered when
installing
the
control/feeder.
If the
welding power
source
can
be
located
near
the
work
area,
the
control/feeder
can
usually
be
installed
on
top
of
the
welding
power
source.
Suitable
space
should
be
allowed
for
making
necessary
Connections.
2
-
2. DRIVE
MOTOR
(Figure
2-2)
The red
stop,
which
is
inserted
into
the hole
in
the vented
oil
fill
plug.
must
be removed
prior
to
operation
of
the
control/feeder.
See
Figure
2-2 for
the
location
of
the
red
stop.
The oil level
should
be
checked before
the unit is
put
into
operation
and
periodically
thereafter. To check
oil
level
in
the
gear
housing,
remove
the
oil level
plug
in
the
gear
housing.
Add
SAE
No.
90
oil,
if
necessary,
until
oil
runs
out
the oil level hole.
Remove
&
Discard
Red
Stop
Prior
To
Opsratlon
AA-056
132-9A
Figure
2-2. Vented Oil
Plug
And
Oil
Level
Plug
TC-056
132-28
Figure
2-1
-
Control/Feeder
Dimensions
Levil
Plug
OM-1234
Page
1

2
-3.
SHIELDING
GAS
CONNECTIONS
(Figure
2-4)
Determine
the
distance
the
control/feeder
is
to
be
located
from
the
shielding
gas
supply,
and
connect
a
hose
from the
regulator-flowmeter
on
the
gas
supply
to
the
gas
fitting
on
the
rear
of
the
control/feeder.
This
connection
has
a
right-hand
thread.
The
shielding
gas
hose
which
comes
from
the
gun
is
to be
attached
to
the
gas
connector
on
the
front
panel
of the
control/feeder.
This connector
has
a
right-hand
thread.
2 -4.
WATER
CONNECTIONS
(Optional)
(Figure
3-1)
When
a
water-cooled
gun
is
used,
connect
a
hose
from
the
water
supply
to
the
WATER IN
fitting
on
the
rear
of
the
control/feeder.
This
fitting
has
a
left-hand
thread. See
the
gun
Instruction
Martual
for
gun
to
control/feeder
connec
tions.
Route
the
return
water
where desired.
connections. When the
switch
connected
across
this
recep
tacle
is
closed,
the
contactor
in the
welding
power
source
will
energize,
shielding
gas
will
flow,
and wire will
begin
to
feed.
2-
8.
WELD
CABLE
TERMINAL
A
terminal
is
provided
on
the
base
of
the
control/feeder
to
serve
as a
junction
point
for
joining
together
the
weld
cables
from
the
welding
power
source
and
the
gun.
IMPORTANT
Ensure
that the
weld
cable
terminal
is
kept
clean at
all
times.
Also
ensure
that
the
nut
on
this
terminal
is
secure.
If
either
one
of
the above
conditions
is
not
met,
erratic
weld
current
may
result.
2-5.115
VOLTS
AC
CONNECTIONS
(Figures2-3&2-4)
2-9.
SPEEDCHANGEGEARS
Since the
con~ol/feeder
requires
115
volts
ac
to
function,
it
is
necessary
to
make
up
a
power
cable
(16/3
is
recom
mended)
of the
desired
length
with
suitable
plugs
on
each
end
(plug
to
control/feeder
supplied;
see
Figure
2-3).
After
attaching
the
plugs,
connect
the
power
cable
to
the
control/
feeder
(rear
panel;
insert,
and
rotate
clockwise),
and connect
the
remaining
end to
a
115
volts
ac,
60
Hertz
power
supply.
Figure
2-3.
115
Volts
AC
Plug
Installation
2-6.
CONTACTOR
CONTROL CONNECTIONS
(Figure
2-4)
It
is
necessary
to
make
up
a
contactor
control
cable
(16/2
is
recommended)
of
the
desired
length
with suitable
plugs
on
each
end
(plug
to
control/feeder
supplied).
After
attaching
the
plugs,
connect
the
cable
to
the
control/feeder
(rear
panel;
insert,
and
rotate
clockwise),
and connect
the
remaining
end
to
the
contactor
control connection
point
on
the
welding
power
source.
Optional
Coolant
Input
Fitting
TA-009
758-A
Figure
2-4.
Rear
Panel
Connections
2-7.
SWITCH
CONTROL
CONNECTIONS
(Figure
3-1)
A
two-pole,
twistlock
receptacle
is
provided
on
the
front
panel
of
the
control/feeder
for
making
switch
control
By
varying
the
combinations
of
the
supplied
steel and
nylon
speed
change
gears,
the
minimum
to
maximum
wire
feed
speed
range
of
the
control/feeder
can
be
attained. The
control/feeder
is
shipped
with
the
30 tooth
nylon
gear
attached
to
the
motor
drive
shaft and the
24
tooth
steel
gear
attached
to
the
drive
assembly thereby supplying
a
wire
feed
speed
range
of
from 50 to
500
ipm.
Table
2-1
shows
the
various
gear
combinations
available,
and the
wire feed
speed
ranges
that these
gear
combinations
will
yield.
L~
~use
two
steel
gears
together
~s
will
cause
weld
current
to
be
present
on
the
motor
and control
assembly. Also,
two
nylon
gears
should not
be
used
together
as two
nylon
gears
will
wear
rapidly.
Table
2-1.
Gear
Combinations
For
Various
Wire Feed
Speed
Ranges
Motor Gear
No.
of Teeth
Drive
Gear
No. of Teeth
Mm.
Wire
Speed
Control
Setting
Max. Wire
Speed
Control
Setting
15 Steel
15 Steel
24 Steel
24
Nylon
30
Nylon
24
Nylon
30
Nylon
30
Nylon
24
Nylon
30
Nylon
24
Steel
24
Steel
15
Steel
15 Steel
20
ipm
24
1pm
35
ipm
45
ipm
50
ipm
70
ipm
90
ipm
225
ipm
280
ipm
370
1pm
450
ipm
550
1pm
745
ipm
900
1pm
To
change
the
speed
change
gears,
proceed
as
follows:
1.
Remove the
cover
which
is
over
the
speed
change
gears.
2.
Loosen
the
two
bolts
which
secure
the
drive
assembly
to
the
base,
and
slide
the
drive
assembly
Out
(away
from
the
motor).
IMPORTANT
The
control/feeder
uses
a
nylon
and
a
steel
gear
in
the
drive
train
between
the
drive
motor
and the wire
drive
rolls.
Proper
clearance between
the
nylon
and steel
gear
is
important.
The
proper
clearance
is
.007
inch.
This
is
approximately
the
same
thickness
as
two
sheets
of standard
writing
paper.
The
easiest
way
to obtain
the
proper
alignment
is
to
be
sure
that the
motor
is
fastened
securely
to
the
base
plate.
Then
insert
a
piece
of
.007
thick
paper
(or
two thicknesses
of
standard
writing paper)
between
the
nylon
and
steel
gear,
check
the
alignment
of
the
gears
(the
two
gears
must be
running
in
a
straight
line),
and
then
tighten
down
the
drive roll
assembly,
If this
proper
clearance is
not
maintained
in
the
gears,
they
may
wear
severely, bind,

cause
erratic wire
feed,
or
break.
Ground
Terminal
(Green
Hex-Head
Screw)
I
LIne
Terminals
(Gold
&
Sliver
Round
Screws)
TA-056
179-10
Contactor
Control
Receptacle
Fuse Fl
115 Volts
AC
Receptacle
Shielding
Gas
Input
Fitting
Page
2

3.
Using
a
1/8
inch allen
wrench,
loosen the
set
screw
in
the
gear
on
the drive
assembly,
and
remove
the
gear.
4.
Loosen the set
screw
in the
gear
on
the
motor
drive
shaft,
and
remove
the
gear.
5.
Slide
the
desired
gear
onto
the drive
assembly,
and
tighten
the
set
screw
in
the
gear.
6. Slide
the
desired
gear
onto
the
motor
drive
shaft,
and
tighten
the
set
screw
in the
gear.
7.
Install the
cover
over
the
speed
change
gears.
2-10.
WIRE
GUIDE &
DRIVE
ROLL
INSTALLATION
(Figure
2-5)
Upon
initial
installation,
or
as a
result
of wire size
changes,
it
is
necessary
to
install
the
required
drive
rolls
and wire
guides
to
accommodate
the
particular
wire
size.
Having
selected
the
desired
wire
size
and
related
parts,
proceed
as
follows:
Washer
Inlet
Drive
Securing
Screw
R
II
Intermediate
Guide Guide
Roll
Securing
Securing
Screw
Bolt
Shipped
With
Gun
TB-056
276-B
Figure
2-5.
One-Piece
Drive Roll
Assembly
1.
Loosen
the
pressure
adjustment
wing
nuts,
and
pivot
the
pressure
adjustments
downward.
2. Remove
the four drive
roll
securing
bolts
and
associated
washers
from
the
drive
shafts,
and
pull
off the
drive
rolls.
3.
Loosen
the
inlet,
intermediate,
and
outlet
guide
securing
screws,
and
remove
the
guides.
4.
Install
the
desired
size wire
guides,
and
temporarily
tighten
securing
screws.
NOTE
To
prevent
the three
wire
guides
from
slipping,
ensure
that the
flat
side of the
wire
guide
is
facing
the

securing
screw.
5.
Slide the
desired
size drive
rolls
(gear
side
first)
onto
the
drive shafts.
6. Secure the drive
rolls
in
place
by
installing
the
washers
and
bolts
which
were
removed
in
Step
2.
7.
Align
all
three
wire
guides
so
that the
ends
of the
guides
are
1/16
inch
away
from
the drive rolls.
Tighten
securing
screws.
8.
Ensure that
the
teeth of
the
upper
drive rolls mesh with
the
teeth
of the lower drive
rolls,
and
pivot
the
pressure
adjustments
upward
until
the
washer
on
the
pressure
adjustments
is
seated
on
top
of
the
drive
roll
cover.
Tighten
the
pressure
adjustment wing
nuts
just
enough
to
hold
the
pressure
adjustment
assemblies
in
place.
2-11.
SPINDLE
ASSEMBLY
INSTALLATION
(Figure
2-6)
1.
Insert
spindle
support
shaft
(15)
into the
desired hole
In
spindle support
(16).
The
hole
to be utilized
in
the
spindle support
(16)
will
depend
on
the size
of
the
wire
spool
being
used.
2. Secure
spindle
support
shaft
(15
with
cotter
pin
(17).
3.
Slide
the
following
items
onto
the
spindle
support
shaft
(15)
in
order
given:
A.
Fiber
Washer
(14)
B. Flat
Washer
(13)
C.
Hub
(12)
0.
FIat
Washer
(8)
E.
Fiber
Washer
(7)
F.
Keyed
Washer (6)
G.
Spring
(5)
H. Flat Washer
(4)
4.
Rotate hex
nut
(3)
onto
support
shaft
(15).
Hex
nut (3)
-
should be rotated
only
until
a
slight
drag
is felt while
turning
hub
(12).
5.
Proceed
to
install
welding
wire
according
to the
applicable
Section:.
2.12
for
spool-type
wire;
and
2-13,
2-14
for
reel-type
wire.
456789
10
11
TD-056
132-0
Figure
2-6.
Hub
And
Reel
Installation
2-12.
INSTALLATION
OF
SPOOL-TYPE
WIRE
(Figure
2-6)
1. Slide
the
spool
of
wire
onto
the
hub
so
that
the wire feeds
off
the bottom
of
the
spool.
The
spool
turns
in
a
counterclockwise direction.
2. Rotate
the
spool
until the hole
in
the
spool
aligns
with
the
pin
in
the hub.
Slide
the
spool
onto
the
hub
until It
seats
against
the back
flange
of the
hub.
3.
Depress
the
two
spring-loaded
stops
(1)
on
the
retaining
ring
(2) and
slide
the
retaining
ring
into
proper
position
on
the hub
(12).
Release the
two
stops
(1).
2-13. INSTALLATION
OF
WIRE
REEL
(Figure
2-6)
1.
Slide
the wire reel
(11)
onto
the
hub
(12).
Rotate
the
wire reel
(11)
until the hub
guide
pin
is
seated
in the
reel
(11).
2.
Depress
the
two
spring-loaded stops
(1)
on
the
retaining
ring
(2)
and
slide
the
retaining
ring
(2)
into
proper
position
on
the
hub
(12).
Release the
two
stops
(1).
2-14.
INSTALLATION
OF
REEL-TYPE
WIRE
(Figure
2-6)
1. Loosen
the
four
wing
nuts (9)
on
the
fingers
(10)
of the
wire
reel
(11).
2. Pull the four
fingers
(10) out
until
they
can
be rotated
toward
the
center
of the reel
(11).
OM-1234
Page
3
I
17

3.
Install
the
wire
onto
the
reel
(11)
over
the four
fingers
(10).
Ensure that
the
wire
feeds
off the bottom
of the
reel
(11).
The
reel
(11) turns
in
.a
counterclockwise
direction.
4.
Rotate
the four
fingers
(10)
back
to
their
proper
position.
Tighten
the
four
wing
nuts (9).
2-15.
ADJUSTING
HUB
TENSION
(Figure
2-6)
Check
hub
tension
by
slowly
pulling
wire toward
the
feed
roll.
The
wire
should unwind
freely,
but
the hub
tension
should
be
sufficient
to
keep
the
wire
taut
and
prevent
backlash
when
the
control/feeder
is shut
off. If
adjustment
is
required,
loosen
or
tighten
the hex
nut
(3)
on
the end
of the
spindle support
shaft
(15)
accordingly.
2-16.
WELDING WIRE
THREADING
1.
Connect
the
gun
to
the
control/feeder
according
to
the instructions
in
the
gun
Instruction
Manual.
2.
Loosen
the
wing
nut
on
each
of the drive roll
pressure
adjustments,
pivot adjustments
downward,
and
lift the
pressure
gear
covers
upward.
3. Cut
off
any
portion
of the
free
end
of the
welding
wire which is
not
straight.
Feed the
welding
wire
through
the
inlet
wire
guide
in
the
drive
roll
assembly.
4.
Continue to
feed
the
welding
wire
through
the
intermediate
and
outlet wire
guides.
5.
Pivot the
pressure
gear
covers
downward
making
sure
the teeth
on
the
upper
gears
mesh with lower
drive
gears.
The
welding
wire
must
also be
in
the
grooves
of
the
upper
and lower drive
rolls.
6.
Pivot the
drive
roll
pressure
adjustments
upward
into
the slot
on
the
pressure
gear
covers
making
sure
the
-
lower flat washer
is
above the
pressure
gear
cover.
7.
Turn the
wing
nuts
on
the drive
roll
pressure
covers
in
a
clockwise
direction
until the drive
rolls
are
tight
against
the
welding
wire.
Do
not
overtighten.
Further
adjustment
can
be
made after
the
welding
power
source
and
control/feeder are
put
into
operation.
8.
Energize
the
welding power
source.
9.
Place
the
control/feeder
POWER switch
in
the
ON
position.
10.
Depress
the
INCH switch.
This will
run
the
welding
wire
through
the
gun
without
placing
weld
current
on
the
welding
wire. Release the
INCH switch
after
the
end
of the
welding
wire extends
approximately
one
inch
from
the
end
of
the
gun
tip.
Remote
Control
Switch
Remote
Control
Receptacle.
Switch
Control
Receptacle.
Pressure
Adjustment
Wing
Nuts
3-1.
POWER
SWITCH
(Figure
3-1)
SECTION
3.~.FUNCTION
OF
CONTROLS
Figure
3-1.
Control/Feeder
Components
Placing
the
POWER
switch
on
the
control/feeder
in the ON
TC-080
649
position
will
apply
115 volts
ac
to
the
unit and
thereby
place
it in
an
operational
condition.
Placing
the POWER
switch
in
the
OFF
position
will shut
the
control/feeder
down.
Start
Optlonal
Water
(Coolant)
Output
Flttlng*
Wire
Speed
Cou
Circuit
Breaker
Switch
Cable
Terminal
V
Page
4

3-4. PURGE
BUTTON
(Figure
3-1)
I
Placing
the
POWER
switch
in the
C
~ition
does
not
remove
power
from
all of
the
control/feeders
internal
circuitry.
Completely
terminate
all electrical
power
to
the
control/feeder
by removing
the
115
volts
ac
plug
from
its
power
supply,
and
ensure
that
machinery
lockout
procedures
have been
employed
on
the
welding
power
sources
input
line
(see
Instruc
tion Manual
on
welding
power
source)
before
attempt-

ing
any
inspection
or
work
inside
the
unit
3- 2.
WIRE
SPEED CONTROL
(Figure
3-1)
The
WIRE SPEED control
provides
a
means
of
determining
the rate at
which
welding
wire
will
be
fed
into the
weld.
Rotating
the WIRE
SPEED
control
in
a clockwise direction
will
increase the
rate
of
the
wire
feed. When
the
WIRE
SPEED
control is
set at
0,
wire
will
feed
at the
slowest
speed;
when
set
at
100,
the
wire will feed
at
the fastest
speed.
The scale
which
surrounds
the WIRE
SPEED
control
is
calibrated
in
increments
of ten
ranging
from
0
to
100
percent.
Due
to
this
percentage
calibration,
it should
be
noted that if
this scale is
being
used
to
select
a
wire
feed
speed
setting,
only
a
percentage
of the
range
in
use
is
being
selected
and
not
an
actual
wire
feed
speed
rate.
3-3.
REMOTE
CONTROL
RECEPTACLE
&
SWITCH
(Figure
3-1)
The
wire
speed
may
also
be
adjusted
by
a
Remote
Control
(optional).
Connect
the
Remote
Control
plug
to
the
REMOTE
CONTROL
receptacle
on
the
front
panel
of
the
control/feeder,
and
position
the
REMOTE
CONTROL
switch
on
the
control/feeder
and
on
the
Remote Control
unit to the
REMOTE
position.
If
it is
desired to return
the
control
of
the
wire
speed
to
the
control/feeder,
place
the
REMOTE
CONTROL
switch
on
either
the
control/feeder
or
the
Remote
Control
to
the
STANDARD
position.
The
PURGE
button,
located
on
the
front
panel
of
the
control/feeder,
is
a
momentary
contact switch.
This
switch
will
energize
the
gas
solenoid and
purge
the
shielding
gas
line
of
the
gun.
The PURGE
button
also allows
the
shielding
gas
regulator
to
be
adjusted
without
energizing
the
welding
circuit.
3
-
5.
INCH
SWITCH
(Figure
3-1)
The
INCH
switch,
located
on
the
front
panel
of
the
control/feeder,
is
a
spring-loaded toggle
switch. When
actuated
it
completes
the
circuit
to
the
motor
without
having
to
depress
the
gun
trigger
switch.
This
switch will
permit
inching
of the
wire at
whatever
setting
the
WIRE
SPEED
control
is
at,
without
energizing
the
welding
cirucit
or
the
shielding
gas
valve.
3- 6.
START
SWITCH
(Figure
3-1)
The
START
switch
provides
the
capability
of
being
able to
select
either
a
slow wire feed
speed
for
1/2
second at
the
beginning
of
wire
feed,
or
the
wire
feed
speed
at
the
rate
set
on
the
WIRE SPEED
control.
The
SLOW
position
of
the
START
switch
will
provide
the
1/2
second
of slow
wire
feed,
and the
FAST
position
will
provide
wire
feed
at
the
rate set
on
the
WIRE
SPEED control.
3-
7.
RETRACT-FEED
SWITCH
(Figure
3-1)
The
RETRACT-FEED
switch
will determine
whether
the
wire
will
feed
out
of the
gun
or
back
into
the
gun
when
the
gun
switch
is
closed.
The
RETRACT
position
will
cause
the
wire
to
go
back
into the
gun,
and
the
FEED
position
will
cause
the
wire
to
feed
out
of
the
gun.
3-8.
RESET
CIRCUIT BREAKER
(Figure
3-1)
A circuit
breaker,
located
on
the
upper
portion
of
the
control/feeder
front
panel,
provides
protection
to
the
con
trol/feeder
motor.
In
the
event
the
motor
should
be
placed
in
an
overload
condition,
the
breaker would
trip
and
suspend
elI
output.
Should
this
breaker
trip,
the
RESET
button
would
have
to
be
manually
depressed
to
reset
the
circuit
breaker.
1. Make all connections
as
instructed
in
Section
2.
2.
Place
the
RETRACT-FEED switch
in the
FEED
position.
3.
Place
the
START
switch
in
the desired
position.
4.
Rotate
the
WIRE SPEED
control to
the
desired
setting.
5.
If
a
Remote
Wire
Speed
Control
is
not
to
be
used,
place
the
REMOTE CONTROL switch
in
the
STANDARD
position.
If
a
Remote Wire
Speed
Con
trol
is
to
be
used,
place
both
the
REMOTE
CONTROL
switch
on
the
Remote
Wire
Speed
Control
and
on
the
control/feeder
in the
REMOTE
position.
to
welding,
it is
impera!
that
p
roper p
ro
tect
ive
clothing
(welding
coat
and
gloves)
and
eye
protection
(glasses
and/or
welding
helmet)
be
put
on.
Failure
to
comply
may
result
in
serious
or
permanent bodily
damage.
6.
Place the
POWER
switch
on
the control/feeder
in
the
ON
position.
7.
Depress
the
PURGE
button
for
one
minute.
8.
Energize
the
welding
power
source.
9.
Hold
the
tip
of the
gun
approximately
1/2
inch
from~
the
workpiece.
10.
Depress
the
trigger
on
the
gun
handle. Gas
and
water
will
start
to
flow,
and
wire
will
start
to feed
if
drive
roll
pressure
is
properly
adjusted
to
prevent
slippage.
If
wire
slippage
is
noticed,
tighten
the drive
roll
pressure
adjustment
wing
nuts
1/2
turn clockwise.
Repeat
until
slippage
stops.
Do
not
tighten
wing
nuts
too
much.
CAUTION

The
welding
wire
and
all
metal
parts
in
contact
with
it
are
energized
while
welding.
Do
not
touch the
welding
wire
or
any
metal
part
making
contact
with it.
4-2.
SHUTTING DOWN
1.
Turn
off
the
shielding
gas
and
water
at
the
source.
2.
Place
the
POWER
switch
on
the
control/feeder
in the
OFF
position,
and
remove
the 115
Volts
AC
plug
from
the
source.
3.
Turn
off
all
associated
equipment.
~ding
is
performed
in
a
confined~
failure
to
turn
off
the
shielding
gas
supply
could
result
in
a
buildup
of
gas
fumes,
thereby
endangering
personnel

reentering
the
welding
area.
I
SECTION
4
-
SEQUENCE
OF
OPERATION
4-
1.
GAS METAL-ARC WELDING
(GMAW)
I
OM-t234Page5

5-
1.
INSPECTION
AND
UPKEEP
Usage
and
shop
conditions
will
determine the
frequency
and
type
of
maintenance.
Inspect
equipment
as
follows:
1. Make
sure
welding
power
source
is
shutdown.
2.
Inspect
gun
for broken
areas,
cracks and
loose
parts:
tighten,
repair,
and
replace
as
required.
3.
Carefully
remove
any
weld
spatter
or
foreign
matter
which
may
accumulate
around
the
nozzle
orifice. Use
a
hardwood
stick,
never a
metal
tool.
4.
Repair
or
replace,
as
required,
all hose and
cable;
give
particular
attention
to
frayed
and cracked
insulation
and
areas
where
it
enters
equipment.
5.
Remove
grease
and
grime
from
components;
moisture
from
electrical
parts
and
cable.
6.
Blow out
the
gun
wire
guide
liner with
compressed
air
when
changing
wire.
This
will
remove
any
metal
chips
and
dirt that
may
have
accumulated.
5
-2.
CLEANING
OF DRIVE ROLL
BEARINGS
Occassionally
it will
become
necessary
to
clean and oil
the
oilite
bearings
which
are
pressed
into
the
four drive
rolls. This
cleaning
operation
should be
performed
whenever the oilite
bearings
appear
dirty
and
grimy.
To
clean
and oil these
bearings
it will
be
necessary
to
first
remove
the four drive
roll
gears.
(See
Section
2-10
for
removal
and installation instructions.)
Once
removed,
use a
clean
rag
to
wipe
the
bearings
clean.
Apply
a
light
coat
of oil
to
the
bearings,
and
install
the
bearings
back onto
the drive
roll
shafts.
5-
3.
FUSE
(Figure
2-4)
The
control/feeder
is
protected
from
damage
due
to an
internal
short
or
excessive
overload
by
a
fuse. Fuse
Fl
is
located
on
the
rear
panel
of the
control.
If
Fl
should
open.
the control/feeder
would
be
completely
inoperative.

Hazardous
voltages
are
present
on
the
internal
cir
cuitry
of the
control/feeder
as
long
as
power
is
connected to
the unit.
Disconnect
power
before
attempting
any
inspection
or
work
on
the
inside
of the
unit.
Troubleshooting
of
internal
circuitry
should
be

performed
by
qualified
personnel
only.
The
following
chart
is
designed
to
diagnose
and
provide
remedies
for
some
of the
troubles that
may
develop
in this
control/feeder.
It
is assumed
that
proper
installation
has
been
made,
according
to
Section
2 of
this
manual,
and that the
control/feeder
has
been
functioning
properly
until
this
trouble
developed.
Use
this chart
in
conjunction
with the
circuit
diagram
while
performing troubleshooting
procedures.
If
the
trouble
is
not
remedied
after
performing
these
procedures,
the
nearest
Factory
Authorized Service
Station
should
be
contacted.
In
all
cases
of
equipment malfunction,
the
manufacturers
recommendations
should
be
strictly
followed..
SECTION
5-
MAINTENANCE
-~
SECTION
6
- TROUBLESHOOTING
TROUBLE
PROBABLE
CAUSE
REMEDY
Depressing
gun
switch
will
not
energize
control/feeder.
Electrode
wire
is
not
energized
and
shielding
gas
does
not
flow.
POWER switch
in
wrong
position
or
defective.
Place
switch
to
ON
position.
Circuit
breaker (CB1 )
tripped.
Replace
defective POWER switch.
Manually
reset
circuit
breaker
by
depressing
the
button
on
the
front
panel
of
the
control/
feeder
labeled
RESET.
Plug
from
gun
switch
is
not
secure
in
Switch
Control
receptacle
(RC2)
on
control/feeder.
Insert
plug
fully
into
Switch
Control
receptacle
(RC2)
and
rotate
plug
1/2 turn
clockwise.
115
volts
ac
input
plug
is
not
secure
in
receptacle
(RC7)
and/or
input
line,
Insert
plug
fully
into
116
vac
receptacle
(RC7)
and
rotate
plug
1/2
turn
clockwise,
check
plug
at
input
line.
115
volts
input
fuse
(Fl)
open.
*Replace
fuse
(Fl).
Lead(s)
31
or
33
on
the
rear
of
the
Switch
Control
receptacle
is
loose.
Remove
control/feeder
cover
and check
lead
31
&
33
connections
on
the
rear
of the
receptacle.
Coil
of
plug-in
relay
(CR1)
defective.
Replace
relay
(CR1).
Wire
feeds,
shielding
gas
flows,
but
electrode
wire
is
not
energized.
~
115
vac
Contactor Control
plug
is
not
secure
in
contactor
receptacle
on
welding
power
source
and/or
control/feeder.
Insert
plug
fully
into
receptacle
and
rotate
plug
1/2 turn
clockwise
(check both
ends).
Contactor Control
cable
leads
not
secure on
contactor
plug
terminals.
Secure
leads to
plug
terminals.
Defect
in
welding
power
source.

See
troubleshooting
section
in
welding
power
source
instruction manual.
Wire feeds
erratically.
Pressure
on
drive rolls is
insufficient.
Rotate
pressure
adjustment
wing
nuts
clockwise
in
1/4
turn increments until
wire
slippage
stops.
Drive roll is
too
large
for wire
size
being
used.
Change
to
proper
size
drive
roll.
See Section
2-10.
Worn
drive
roll.
Replace
drive
roll.
See
Section 2-10.
Dirt in
drive
roll.
Clean
drive
roll
as
instructed
in
Section
5-2.
*If it
becomes
necessary
to
replace
any
fuse
in
the
control/feeder,
ensure
that
a
fuse of
the
proper
size is used.
Page
6

Figure
6-1.
Circuit
Diagram
Circuit
Diagram
No.
CB.056
132.1F
SECTION 6
-
DATA
CHARTS
7-1. GENERAL
The
two
basic
types
of
metal
transfer
are
spray
and
short
Circuit.
Spray
transfer
comprises
a
steady
stream
of fine
droplets
moving
across
a
physical
space
from
the
electrode to
the
workpiece.
The
short
Circuit
welding technique
transfers
metal
from
the
electrode
to
the
workpiece
on
contact
only.
The
electrode
physically
touches
the
work
and,
since
it is
electrically
energized,
short
circuits the
welding
Circuit.
The
short
circuiting
action
occurs
many
times
per
second.
7-
2.
POWER
SOURCE REQUIREMENTS
Power
sources required
with
the
spray
transfer
technique
of
Gas
Metal-Arc
Welding
are
of the constant
potential type.
The constant
potential
power
source
may
or
may
not
have
some
method
of
slope
control.
The short
circuit
method
of
metal transfer
requires
a
constant
potential
class
power
source
with
some
method
of
slope
control.
Slope
settings
may
be
fixed
or
adjustable
by
tapping
a
reactor
either
mechanically
or
electrically.
7-3.
MILD
STEEL
AND
LOW ALLOY
STEEL
The
settings provided
in
Table 7-1
are
applicable
to
most
weldable steels. Some
modifications
will
be made
for
any
specific
application,
of
course,
because
the
ranges
are
necessarily
broad.
They
will
constitute
a
basis for
setting
a
welding
condition.
Table
7-1.
Short
Circuit
Transfer
-
Mild
And Low
Alloy
Steels
Electrode
Diameter
Amperage
Range
dcrp
Load
Voltage
Slope
Turns
Power
Source
0.030 70-130
15-21
6
250
Amp
CPWelding
Machine
0.035 80-190
16-22
6
250
Amp
CPWelding
Machine
0.045
100-225
17-22
6
250
Amp
CP
Welding
Machine
Approximate
Power
Source
Settings
The
settings
shown
in Table 7-1
are
predicated
on
using
CO2
shielding
gas
for
mild
steel
and
Argon-CO2
for
low
alloy
steel.
l~l~
E'Q
SCR
LJNIJuNCrION
LEAD
E~D VIEW
OM-1234
Page
7

Table
7-2.
Spray
Transfer
-
Mild
And Low
Alloy
Steels
Electrode
Diameter
Amperage
Range
dcrp
Load
Voltage
Slope
Turns
Power
Source
0.030 150-265 24-28
0-3
CP
Type
0.035 175-290 24-28
0-3
CP
Type
0.045 200-315 24-30 0-3
CP
Type
1/16
275-500 24-32
1-4
CP
Type
3/32
350-600 24-33
1-4
CP
Type
Approximate
Power
Source
Settings
The
settings
in
Table 7-2
are
predicated
on
the
use
of
Argon-5
pct.
oxygen
shielding
gas
for Mild
and
Low
Alloy
Steels.
Table
7-3.
Short
Circuit
Transfer
.
Stainless
Steel
300 Series
Electrode
Amperage
Range
Diameter
dcrp
Load
Slope
Power
Voltage
Turns
Source
0.030
50-145
17-22
8-12
CP
Type
w/slope
0.035 65-175
17-22
8-10
CP
Type
w/slope
0.045
100-210
17-22
8-10
CPTypew/slope
Approximate
Power
Source
Settings
The
settings
shown
in
Table
7-3
are
predicated
on
the
use
of
a
trigas
mixture
of
90
pct.
HE;
7-1/2
pct.
A;
2-1/2
pct.
CO2
for
Stainless
Steel
300
Series.
Flow
rates
were
approximately
20cfh.
Table
7-4.
Spray
Transfer
-
Stainless Steel 300
Series
Electrode
Diameter
Amperage
Range
Load
Voltage
Slope
Turns
Power
Source
0.030 160-210
24-28 2-6
CPType
0.035
180-255
24-29 2-6 CP
Type
0.045
200-300
24-30 2-6
CP
Type
1/16
215-325
24-32
0-4
CPType
3/32
225-375
24-32
0-4
CP
Type
Approximate
Power
Source
Settings
The
settings
shown
in
Table 7-4
are
predicated
on
the
use
of
Argon-Oxygen
shielding
gases
for
Stainless
Steel 300
Series.
Oxygen
percentage
varies
from
1-5
pct.
Table 7-5.
Flux Cored
Settings
Wire
Size Arc
Amps
Arc Volts
Gas
Type
Gas
Flow
1/16
290-325
28-31
CO2
40-48
CFH
5/64
350-400
29-32
CO2
40-48
CFH
3/32
400-450
29-32
CO2
40-48
CFH
7/64
425-475
29-32
CO2
40-48
CFH
1/8
475-550 29-32
CO2
40-48
CFH
Table
7-6.
Amperage
Output
For
Various
Speed Change
Gear
Combinations
Figures
Based
On
Use
Of
CO2
Shielding
Gas
7~
650
600
550
500
255
225
nfl
175
150
/
4
74
,~
74
,,
1/8
72
7
72
p
~64
3/
3~
-,
7
5/64
,-
?
~.
~-
CHANGE GEARS ADEQUATE
RECOMMENDED
~
~:
-~
T
~_
:: i=
c

20
c
R.l~
11
2) 30 4) 50 6)
70
8) 90 1(0
1-45 70 500 130 570 230
270
315 415
515 565
MOTOR
SHAFT
GEAR RATIO
DRIVE ROLL
30
24
l,.~
I::
1~~
GEARS ADEQUATE
RECOMMENDED
 
7 /64

I
,-
~_
-;
~6
:~
-.-
-,

,~
.

I
8-0 10 20 30 40 50
60
70
80 90 500
1-30 45 65 85 105 140
170
220
275
340 360
MOTOR SHAFT
DRIVE ROLL
24
GEAR
RATIO
30
O3~
 
::: z f
~-
,~
-
03!

74
;t.?f
7~_
ii =1
=1
.~
~7
ii

ii
~
ii
~
;
-
~4
I16
-~
~

-

-
j~
;;~
-
R
-
0
10
20 30
40
50
60 70 80
90 10
1-85
115
15S
210
270
360
390 550 650
825
91
MOTOR
SHAFT
DRIVE ROLL
30
GEAR RATIO
15
7
275
~
25C
225
4
20C
175
15C
125
Graph
A
Graph
B
0.
4
0.
4
Graph
C
y I
Graph
~
BOO
4
650
600
550
500
450
400
350
75
50
40
20
0
R
-
0
10
20
30 40 50 60 70
80
90 100
1-18 27
38
53 67 93
506
137
563 200 225
MOTOR SHAFT
GEAR
RATIO
DRIVE ROLL
15
30
Continued
On
Following
Page
Page
8

Table
7-6.
Amperage
Output
For Various
Speed
Change
Gear
Combinations
Figures
Based
On
Use
Of
CO2
Shielding
Gas
(Contd.)
275
~
250
225
420C
T
/~8~2EiE
7
64
:~
~__
4~I:~~iii

-~

-4
8
-
0 10
20
30
40 50
60
70 80 90
too
1-55 95
130
170
225 260 350
435
540
660
800
MOTOR
SHAFT
GEAR
RATIO
DRIVE
ROLL
24
15
CHANGE GE~
550
500

450

400

350

300

275
250
225
200

~-

  


~
~7
~


7
~7
7


~


7
~


7
7



~,







I/S

~


,,3~
 
 ~
---

~
~

~





-




-
~
.5i~

2~p

-
~





125

100

 

75

50

40

20


~


~
~
~

~
~
~

-~
~

~
~/
64
0
8
-
0
tO 20 30 40
50
60 70 80 90 100
1-20
35 50 65 80 100
130
160
205
250 275
MOTOR
SHAFT DRIVE
ROLL
15
GEAR
RATIO
24
,-
~L!P_
650
600
500
,
z
4
;/
7~
,
,-
,
~1H
7
64
-,
7
;;
,b
-
CHANGE
GEARS
ADEQUATE
275
250
225
200
;~
125




ii

4
-~
£_
4


~
~
-~
~
74
,~
~L
4
~

ii

ii


ii

4


2

7:
7
i
~.
~:;



-



-

~4

-


-
D~4

~
-~

..

o~



20
30 40
50
60
70 80
90
100
75 100
135
170 215 260 320
390
445
MOTOR SHAFT
DRIVE
ROLL
24
GEAR
RATIO
24
R=Wire
Speed
Control
Settings
1=
Inches Per
Minute
GEARS ADEQUATE
600
RECOMMENDED
Graph
E
Graph
F
Graph
G
I
7
/
a.
4
0.
4
75
50
40
20
0
8-0
I
-
35
ID
60
OM-1234
Page
9

January
1979
FORM:
OM-1234A
PARTS
LIST
Effective
With
Serial
No.
HJ171707
MODEL
MILLERMATIC
3OAN
CONTROL/FEEDER

0
C.)
-u
w
Co
CD
A) C
N3COM
~3
(4
-~Nsa
co
a
M
N3
(4
m
a
M a
m
cc
C CD
CD
(a
3
a.
C
M
-
0~a
Ui
-I
-S
L
0
a
(31 0
C.)
F..)
ii
-a
-~
-Jo,
-~
..a
a
o
-Ti
--a
M

Item
Factory
No.
Part
No.
Description
Quantity
Figure
A Main
Assembly
1
058
432
HUB
&
SPINDLE
ASSEMBLY
(consisting
of)
1
2
058427
.
RING,
retaining-spool
1
3
601 884
.
NUT,
steel
-
hex
jam
5/8-11
1
4
605
941
.
WASHER,
flat
-
steel
41/64
ID
x
1
OD
1
5
010
233
.
SPRING,
compression
1
6
057
971
.
WASHER,
flat
-
steel
keyed
1-1/2
dia
1
7
010 191
.
WASHER,
fiber
5/810 x
1-1/200
x 1/8
2
8
058 628
.
WASHER,
steel
-
brake
2
9 058
428
.
HUB,
spool
-
plastic
1
10
058434
.SPINDLE,support-hub
1
11
605
946
.
PIN,
cotter 1/8
x
1
1
12
057
334
CONTROL BOX ASSEMBLY
(See
Fig.
B
Page
4)
1
13
034
098
EYELET,
brass
4
14
004
880
SCREW,
machine
-
steel hex hd
10-32
x
1-1/2
4
15
004
881
MOTOR,
gear
(See
Fig.
C
Page
8)
1
16
601 865
NUT,
steel
-
hex
full
1/4-20
4
17
602 207
WASHER,
lock
-
split
1/4
10
18
058
877
GEAR,
spur
-
nylon
30
tooth
1
18
058 878
GEAR,
fiber
24 tooth
1
18
056
094
GEAR,
steel 15
tooth
1
19
604
799
SCREW,
set 1/4-20
x
3/4
1
20
057
319
HANDLE, carrying
1
21
010 910
WASHER,
flat
-
steel SAE
3/8
4
22
601 956
SCREW,
cap
-
steel
hex
hd
1/4-20
x 1-1/4
8
23
602
241
WASHER,
flat
-
steel
SAE
1/4
8
24
601
871
NUT,
hex
-
steel
3/8-16
jam
8
25
602 128
SCREW,
machine
steel
flat
-
hd
1/4-20
x
1-1/2
4
26 601
839
NUT,
brass
-
hex
full
1/2-13
1
27
038
825
STUD,
brass
1/2-13
x
2
1
28
601
840
NUT,
brass
-
hex
jam
1/2-13
1
29
602
247
WASHER,
flat
-
steel SAE
1/2
1
30
056330
SKID,base
2
31
056327
BAR,anchor
1
32
602
213
WASHER,
lock
-
steel
split
3/8
4
33
028
945
HANDLE,
carrying
1
34
028 939 BASE
1
35
058 546
DRIVE
ASSEMBLY,
wire
(See
Fig.
0
Page
10)
(consisting
of)
1
36
604
538
.
WASHER,
flat
-
steel SAE
1/2
2
37
601
959
.
SCREW,
cap
-
steel
hex
hd
5/16-18
x
1-1/2
2
38
602
024
SCREW,
drive
U
type
No.
2
x
3/16
2
39
NAMEPLATE
(order
by stock,
model
&
serial
numbers)
1
40
601
926
SCREW,
cap
-
steel hex hd
1/4-20
x
5/8
2
41
056
331
GUARD,
drive
roll
1
42
012
236
LABEL, important
do
not
use
2
steel
gears
1
43
604 631
SCR
EW,
cap
-
steel hex hd
1/4-20
x
1
4
44
058 429
SUPPORT,
spindle
1
45
056416
REEL,wire
(See
Fig.
EPage
11)
1
BE
SURE TO
PROVIDE
STOCK,
MODEL,
AND SERIAL
NUMBERS
WHEN
ORDERING
REPLACEMENT
PARTS.
OM-1234
Page
2

C
C)
00 0
3
-1
C
01
0) 0)
I~)

*Re~mmended
Spare
Parts.
+These items
are
not
included
when
ordering
Control
Box
Assembly.
BE
SURE TO PROVIDE
STOCK,
MODEL,
AND STYLE
NUMBERS WHEN ORDERING
REPLACEMENT
PARTS.
Item
Dia.
Factory
No.
Mkgs.
Part
No.
Description
Quantity
Figure
B
057
334
Control
Box
Assembly
(See
Fig.
A
Page
2
Item 16)
71
S6
*011
770
SWITCH,
toggle
SPDT
5
amp
125
volts
1
72
S4
011
043
SWITCH,
toggle
DPDT
6amp
125
volts
1
73
SRi
*035
914
RECTIFIER,
integrated
30
amp
400
volts
1
74
057
314
CIRCUIT
CARD
ASSEMBLY
(See
Fig.
Bi
Page
5)
1
75 S5
011
232
SWITCH,
push
button
SPOT
1
76
S1,3
011
233
SWITCH,toggleSPDT
lOamp
250
volts
2
77
S2
011
059
SWITCH,toggle
DPDT
15
amp
125
volts
1
78
056328
WRAPPER
1
79
010301
BUSHING,brass9/64IDx1/4ODx5/16
1
80
81 Ri
012
617
*030
942
HOLDER,
fuse
-
miniature
RESISTOR,
WW
fixed 12
watt
10
ohm
1
1
82
Fl
*012
655
FUSE,
miniature
-
glass
10
amp
1
83
010199
TUBING,steel.275IDx.O48wallxl
2
84 010193
TUBING,steel3/8ODxl8gax
1/4
6
85
056170
SHIELD
1
86
030949
HEAT
SINK
1
87
+039
618
CAP,
twistlock
2P2W
1
88
056
169
BRACKET,
mounting
-
heat sink
1
89
057 084
BUSHING,
snap
1/4
ID
x
3/8
mounting
hole
1
90
iT
038 855
BLOCK,
terminal
20
amp
2
pole
1
91 +056
442
BODY,
connector
-
grounded
twistlock
2P2W
1
92
R2
*030941
RESISTOR,WWfixed
l00watt5ohm
1
93
RC7 056 665
RECEPTACLE,
male
-
flanged
grounded
twistlock
2P3W
1
94 010606
FITTING,hose-brassnut5/i8-18
1
95
056
265
CONNECTOR,
male 6
contact
10
amp
1
96
010603
FITTING,hose-brassbarbed
nipple
1/4TBG
1
97
010604
FITTING,hose-brassbushingl/4NPTx5/8
2
98
010927
HANGER,minerallicNo.4
1
99
GS1
035
601
033050
VALVE,
115
volts
ac
2
way
1/4
IPS
port
1/8
orifice
(consisting
of)
COIL
1
1
100 010
190
FITTING,
pipe
-
galvanized nipple
L
1/4
NPT
x
10
1
101
RC4
056266
CONNECTOR,female6contact
1
102 026
837
INSULATOR,
terminal
-
nylon
2
103
RC1 054 116
CONNECTOR,female4
contact
1
104
Ci
*031
692
CAPACITOR, electrolytic
750
uf 200
volts
dc 1
106 RC3
039
855
RECEPTACLE,
twistlock 2P2W
1
107 056 165
BRACKET,
mounting
-
rear
1
108
CB1
*011991
CIRCUITBREAKER,1.5amp25ovolts
1
109 056
166
BRACKET,
mounting
-
front
1
110
010378
GROMMET,rubber9/16
IDx3/4
hole
1/16
groove
1
111
602934
FITTING,pipe-galvanized
coupling
1/4
NPT
1
112
R5
*030943
POTENTIOMETER,carbon-singleturn2watt
l5Kohm
1
113
053881
CHASSIS
1
114
NAMEPLATE
(order
by
stock,
model &
style
numbers)
1
115
010
929
WASHER,
flat
-
steel
spring
3/8
I
116
RC2
039 759
RECEPTACLE,
female-
flanged
midget
twistlock
2P2W
1
-
117 604
523
CAP,
twistlock
-
midget
2P2W
.
1
118 019609
KNOB,pointer
1
119
031
251
BRACKET,
mounting
-
connector 2
120
RC5
039756
CONNECTOR,amphenol
1
121
038784
STRIP,terminal
1
pole
1
122
CR1
*034841
RELAY,24voltsacDPDT
1
123
RC6
039
825
RECEPTACLE,
6
socket
MS-3102A-14S-6S
1
124
Ti
*036
135
TRANSFORMER,SNC
115/24voltsac 1
OM-1
234
Page
4

COMPONENTS
TO
BE
REPLACED
BY
OUAUFIED
PERSONNEL
ONLY
BE
SURE
TO
PROVIDE
STOCK,
MODEL,
AND
SERIAL
NUMBERS
WHEN
ORDERING
REPLACEMENT
PARTS.
Dia.
Factory
Mkgs.
Part No.
Description
Quantity
Figure
Bi
057
314
Circuit Card
Assembly
(See
Fig.
B
Page
4
Item
74)
C2,3
031
694
CAPACITOR,
mylar
0.47
uf
200
volts
dc
2
C4,8,9
031
643
CAPACITOR,
ceramic
0.01 uf
500
volts dc
3
C7
031 693
CAPACITOR,
mylar
0.33
uf 75 volts dc
1
ClO
031 633
CAPACITOR,electrolylic80uf25voltsdc
1
C12
031
721
CAPACITOR,mylar0.22uf200voltsdc
1
D1-4
026202
DIODE, lamp
400
volts
straight
polarity
4
D5
037 250
DIODE,
zener
24
volts 1
watt
1
01
037
824
THYRISTOR,
7.4
amp
200 volts
1
010
915
WASHER,
flat
-
brass
1/4
(mounting
01)
1
602
208
WASHER,
lock
-
steel external
tooth
1/4
(mounting
Ql)
1
601 867
NUT,
steel
-
hex
jam
1/4-20
(mounting
01)
1
037261
HEATSINK
1
02
037
289
TRANSISTOR,
unijunction
5OMA 35
volts
1
R3
030
937
RESISTOR,
carbon
0.5
watt
10
ohm
1
R4
030 854
RESISTOR,
carbon
0.5
watt
18K
ohm
1
R6
030945
RESISTOR,carbori2watt4700ohm
1
R7
028
276
RESISTOR,
carbon
0.5
watt
2200
ohm
1
R8
030 944
POTENTIOMETER,
WW
1
turn
2
watt
5000
ohm
1
R9
030936
RESISTOR,carbon0.Swatt33Kohm
1
RiO
030 853
RESISTOR,
carbon
0.5
watt
2200
ohm 1
Ru
030938
RESISTOR,carbon0.5watti200ohm
1
Ri
2
030
934
RESISTOR,
carbon
0.5
watt
6800
ohm
1
R20
030
090
RESISTOR,
carbon
0.5
watt
47
ohm
1
T2
036
143
TRANSFORMER,
pulse
1
602 196
WASHER,
lock
-
steel internal tooth
No.
4
(mounting
T2)
1
601
858
NUT,
steel
-
hex
4-40
(mounting
T2)
1
Figure
Bi

Circuit
Card
Assembly
TA-057
314
Page
5