Powermatic 100 Datasheet

Model 100

12"

(305mm) Planer

MAINTENANCE INSTRUCTIONS

AND PARTS LIST

POWERMATIC

rKJOUDAILLE,

INC.

McMinnville, Tennessee 37110

AC

615-473-5551

2

FOREWORD

SAFETY FIRST!

This manual has been prepared for the owner and operators

of

a Powermatic Planer

Its purpose, aside from machine operation,

is

to promote safety through the use of ac-

cepted operating practices.

Read

the safety and operating instructions thoroughly be-

fore operating the machine.

In order

to

obtain maximum life and efficiency from your Powermatic Planer, follow all

the instructions in the operating instructions and maintenance manuals carefully.

The specifications put forth in this manual were

in

effect at the time

of

publication.

However, owing

to

Powermatic's policy

of

continuous improvement, changes

to

these

specifications may

be

made at any time without obligation on the part of Powermatic

Houdaille, Inc.

WARRANTY

This machine and its component parts have been carefully inspected and per-

formance tested at various stages

of

production and each finished machine is

subjected

to

a final inspection before shipment.

We

agree that

for

a period of

eighteen (18) months

or

3000 hours of use, whichever occurs first from date

of

delivery from

our

authorized dealer to repair

or

replace, at our option, any ma-

chine

(or component part thereof) proving defective within the above period,

F.O.B.

our

plant, providing such machine (or component part)is returned pre-

paid to

our

plant,

or

to a designated service center of the undersigned, for our

examination. This warranty does not include repair or replacement required be-

cause

of

misuse, abuse,

or

because

of

normal wear and tear. Nor does it in-

clude

electrical motors and electrical components which are warranted by their

manufacturer and which should be taken

to

their local authorized repair station

for

service. Costs

of

removal, shipment and reinstallation are not covered

hereby. Further, we cannot be responsible for the cost

of

repairs made

or

at-

tempted outside

of

our factory

or

designated service center without our authori-

zation. No claims

for

defects will be honored

if

Serial

No.

plate has been remov-

ed. THIS WARRANTY IS MADE EXPRESSLY IN PLACE OF

ALL

OTHER WAR-

RANTIES OR GUARANTEES, EXPRESS OR IMPLIED, WITH RESPECT TO FIT-

NESS, MERCHANTABILITY, QUALITY OR OPERATIVENESS. THIS WARRANTY

IS MADE ONLY TO THE ORIGINAL PURCHASER AND BECOMES EFFECTIVE

ONLY

WHEN THE ACCOMPANYING CARD IS FULLY AND PROPERLY FILLED

OUT AND RETURNED TO THE FACTORY WITHIN TEN (10) DAYS FROM DATE

OF

DELIVERY.

POWERMATIC r.;,)OUDAILLE,

INC.

McMlnnvlll.

,

T.nn.....

37110

PLANER SAFETY INSTRUCTIONS

1.

Read,

understand,

and

follow

the safety and operating instructions found in this manual.

Know

the

limitations

and hazards associated

with

this planer. A safety rules decal is installed on each machine

to

serve as a reminder

of

basic safety practice.

2.

Grounding

of

the

planer:

Make certain that the machine frame is electrically

grounded

and that a

grounding

lead is included in the incoming electrical service.

In

cases where a cord and plug are used,

make certain that the

grounding

,lug connects

to

a suitable ground. Follow the

grounding

procedure

indicated by the National Electric Code.

3.

Eye

safety:

Wear an approved safety shield, goggles,

or

glasses

to

protect eyes when operating the

planer.

4.

Personal

protection:

Before operating the machine, remove, tie, rings, watch and

other

jewelry and roll

up

sleeves above

the

elbows. Remove all loose clothing and confine long hair. Protective type

footwear

should be worn and hearing protectorsshould be used wherenoiseexceedsthe level

of

exposureallowed

in section 1910.95

of

the OSHA regulations. Do not

wear

gloves.

5.

Work

area:

Keep

the

floor

around the machine clean and free

of

scrap material, sawdust, oil

or

grease

to

minimize

the danger

of

tripping

or

slipping. Be sure the table is free

of

all scrap, foreign material

and

tools

before starting a cut. Powermatic recommends the use of anti-skid

floor

strips on the

floor

area

where

the operator normally stands and that each machine's work area be marked

off

. Make cer-

tain the

work

area is well lighted and that a proper exhaust system is used to

minimize

dust. Provide

for

adequate

work

space around the machine.

6.

Guards:

Keep the machine guards in place at all times when the machine is in use. If removed

for

maintenance purposes, use extreme caution and replace the guards on

completion

of

the

mainte-

oance task before using the planer. Do not

operate

the

machine

with

the

guards

off.

7.

Do

not

over

reach:

Maintain a balanced stance and keep your body under control at all times. Do

not

over reach.

8.

Maintain

tools

in

top

condition:

Keep tools sharp and clean

for

safe and best performance. Dull tools

increase noise levels and can cause kickbacks and glazed surfaces. Broken tools

or

tools

that

are

not

securely locked in the cutterhead can be thrown out

of

the planer"'causing severe

or

fatal

injury

as

well

as severe damage

to

the machine. Check the condition and adjustment

of

the tools before

making

any

cuts.

Follow

the sharpening instructions on knife

grinding

and jointing, installing and adjustments.

Caution:

Do

not

use knives

that

have been reground

to

less than 5/8" (16 mm)

height

on standard cut-

terheads

or

1/2" (13 mm)

height

on quiet cutterheads.

9.

Operator

position:

Stand

to

the left side

out

of

line with the table and make sure

no

one else is stand-

ing

in

line

with

the

table.

10

. Hand safety:Keep hands outside the machine. Never reach

under

the guards to try

to

clear

stock

that

stops feeding. Do

not

clear chips and sawdust with hands; use a brush. Note caution decal at rear

of

the machine. Do

not

have any part

of

the hands lJnder

that

part

of

the board that is

over

the table when

starting a cut; the infeed roll will engage the board and force

it

down against

the

table causing a

pinching

action.

11.

Cutterhead

rotation:

Be sure cutterhead rotates under power in a counterclockwise

direction

when

viewed

from

the main drive

motor

side.

12.

Machine

adjustments:

Make all machine adjustments with power

off

except feed rate.

13.

Machine

capacity:

Do not make any cuts requiring more power than is available on

the

machine

. Each

machine has a caution decal on the front panel indicating the maximum depth

of

cut

and

the

maxi-

mum

difference

in board thickness allowed when

multiple

board surfacing when

it

is

equipped

to

do

that

operation. Do not attempt to feed two boards side by side (multiple board surfacing)

on

any ma-

chine

not

equipped with a sectionalized infeed roll and chipbreaker.

14.

Material

condition:

Do

not

plane boards with loose knots

or

with

nails

or

any foreign material on its

surface. Knife

impact

on these objects can cause the knives to be pulled

out

and cause them

to

shatter

against

the

chipbreaker

or

pressure bar. Twisted, warped,

or

in wind

stock

should

first

be

jointed

on

one surface before attempting to plane a parallel surface on the planer. Serious

stock

flaws

cannot

be

removed by use

of

a planer alone.

15.

Stacked

boards: Do not feed stacked boards through a planer; a kickback can

occur

causing severe

or

fatal injury.

16.

Short

stock:

Do

not

attempt to plane boards shorter than

12"

(305 mm) in length

without

butting

a

board

of

equal thickness behind it

to

help

it

through

the planer. Be sure

the

last

board

of

a

butted

se-

quence

is

12"

(305 mm)

long

or

longer.

17.

Stock

stops

feeding:

If the board being planed stops feeding, disengage

or

turn

the

feed

off

and

turn

the

power

off. Wait until the cutterhead comes

to

a complete stop before lowering

the

table

to

remove

the

board.

Never

lower the table with the power on and the

stock

still in

the

machine. A

kickback

can

occur

which

could

cause a severe

or

fatal injury. 3

18.

Avoid

accidental

starting: Make certain the motor switch is in the off position before connecting

power

to

the planer.

19.

Careless

acts: Give the

work

you are doing your undivided attention. Looking around, carrying on a

conversation, and "horseplay" are careless acts that can result in serious injury.

20.

Job

completion:

If the operator leaves the machine area for any reason,

the

planer should be turned

"

off

" and the cutterhead should come to a complete stop before his departure. In addition,

if

the oper-

ation is complete, he should clean the planer and the work area. Never clean the planer

with

power

"

on"

and

never

use the hands to clear sawdust and debris; use a brush.

21

.

Disconnect

machine:

Before performing any service

or

maintenance and when changing blades.

22.

Replacement

parts:

Use

only

Powermatic

or

factory authorized replacement parts and accessories;

otherwise the planer warranty and guarantee will

be

null and void.

23.

Misuse:

Do

not

use this Powermatic planer

for

other than its intended use. If used

for

other purposes,

Powermatic disclaims any real

or

implied warranty and holds itself harmless

for

any injury

which

may

result

from

that use.

4

Listed

below

is a table

of

horsepower and eutterhead r.p.m.

for

Powermatic planers. Do

not

equip

your

planer

with

motor

of

higher

horsepower

nor run the cutterhead In

excess

of

the r.p.m. indi-

cated

in

the

table. Doing

so

voids

the

warranty and Powermatic holds

itself

harmless

from

any

Injury

that

may

result.

Max. Horsepower

3

PLANER SIZE 12" (30.5 em)

Max. Cutterhead R.P.M.

5300

POWERMATIC MODEL 100 PLANER

W/OPTIONAL

KNIFE

GR

INDER

wi

OPTIONAL

OUST

HOOD

I

2~v."

1---74.3

em

REF

.

33

'1

0"

84.1cm

em

4W

11

.4em

!

10

'11"

o

25.7cm

§5

+

§5

r

~

17.

8em

~==---I

l--

'----'~~-'

POWERMATIC MODEL 100 PLANER

SPECIFICATIONS:

ENGLISH

TABLE

AREA

CUTTERHEAD

DIAMETER

CUTTING

CIRCLE

DIR

.

[JR.

CUTTERHEAD

S.F.M.

BELTED

DRIVE

CUTTERHEAD

S.F

.M.

KNIFE

SIZE

FEED

ROLL

DIAMETER

BED

ROLL

DIAMETER

FEED

RANGE

F.P

.M.

MAX

.

DEPTH

OF

CUT

,

SINGLE

BOARD

STOCK

RANGE

THICKNESS

WIDEST

PLANEABLE

STOCK

SHORTEST

PLANEABLE

BUTTED

STOCK

SHORTEST

PLANEABLE

STOCK

NOT

BUTTED

MOTOR

H.P

.

RECOMMENDED

:

LIGHT

WORK

HEAVY

WORK

APPROXIMATE

WT.

DOMESTIC

(CRATED

WITH

MOTOR)

LINEAR

DIMENSIONS

IN

INCHES

.

S.F.M.

IS

SURFACE

FEET

PER

MINUTE

.

MODEL 100

12

Std

. " Q"

Model

12x24

27/8

27

/8

3%

3V8

--

4340

3600

5

V8X7/8X12V.

3/'6X1

x2V.

2 2

1

V2

1V2

18

15

v. v.

1/'6

- 5

I/,

6- 5

12

6 6

7V2

7

V2

2 2

3 3

410

F.P.M.

IS

FEET

PER

MINUTE.

WT.

IS

IN

POUNDS.

THE

ABOVE

SPECIFICATIONS

,

DIMENSIONS

AND

DESIGN

CHARACTERISTICS

ARE

SUBJECT

TO

CHANGE

WITHOUT

NOTICE

.

SPECIFICATIONS:

METRIC

TABLE

AREA

CUTTERHEAD

DIAMETER

CUTTING

CIRCLE

DIR

.

DR

.

CUTTERHEAD

S.M.M

BELTED

DRIVE

CUTTERHEAD

SM.M

KNIFE

SIZE

FEED

ROLL

DIAMETER

BED

ROLL

DIAMETER

FEED

RANGE

MPM

MAX

.

DEPTH

OF

CUT

.

SINGLE

BOARD

STOCK

RANGE

THICKNESS

WIDEST

PLANEABLE

STOCK

SHORTEST

PLANEABLE

BUTTED

STOCK

SHORTEST

PLANEABLE

STOCK

NOT

BUTTED

MOTOR

HP

RECOMMENDED

LIGHT

WORK

HEAVY

WORK

APPROXIMATE

WT

.

DOMESTI

C

(C

RATED

WITH

MOTOR

)

LINEAR

DIMENSIONS

IN

CENTIMETERS

S.M.M.

IS

SURFACE

METERS

PER

MINUTE

MODEL 100

30.5

Std

. 'Q '

Model

30.Sx

61

30.Sx 60

7.3 7.3

7.9 7.9

--

1322.8 1097.3

..

32x2.22x31 .1 .42 x 2.Sx S.7

5.1

3.8 3.8

5.5 4.6

.64 .64

.16-12.7 .16-12.7

30.5 30.5

15

.2

15

.2

19.1 19.1

2 2

3 3

186 186

M.P.M.

IS

METERS

PER

MINUTE

WT

.

IS

IN

KILOGRAMS

THE

ABOVE

SPECIFICATIONS,

DIMENSIONS

AND

DESIGN

CHARACTERISTICS

ARE

SUBJECT

TO

CHANGE

WITHOUT

NOTICE

.

5

6

MACHINE INSTALLATION, ADJUSTMENTS & MAINTENANCE

Receiving:

Uncrate machine and check

for

shipping damage. Report any damage to the carrier and your distributor

immediately.

If

accessories were ordered with the machine, these will be in a separate container ana

should

be checked

for

completeness and damage. Notify the carrier and

your

distributor

immediately

if

any

items are missing

or

damaged.

Clean protective coating from all areas and lubricate parts

as

indicated in this manual.

Installation:

Mount

machine on a solid foundation, preferably a concrete floor, and lag machine

to

the

floor

through

the

holes provided in the base (see page 4

for

mounting dimensions). The machine area should be clean,

dry, well ventilated, and well lighted. Since planers can create noise problems, the site selection should

be

one

which

minimizes reverberant sound from walls, ceilings and other equipment. Electricals should

be

in-

stalled

so

that

they are protected from damage and exposure.

Be

sure to properly ground the machine

frame.

Exhaust

System:

When an exhaust system is used, be sure it is

of

sufficient size to provide an exhaust volume

of

1100

cubic

feet/min.

(31.2

cubic

meter/min.). If

an

exhaust system is not used, the user is cautioned against the

health

hazard and the limitations in the OSHA regulations for employee

or

studentexposure to dust particles.

Powermatic

recommends that an exhaust system

be

used with a planer.

Inspection:

Before

putting

power

on the machine, check

that

all screws are tight, that all mechanical functions work

freely and

that

the cutterhead

turns

freely

without

knife contact with the chipbreaker

or

pressure bar. Peri-

odic

or

regular

inspectionsare required

to

insure thatthe machine is in properadjustment, that all screws are

tight,

that belts are in

good

condition, that dust has not accumulated in the electrical enclosures, and that

there

are

no

loose

or

worn

electrical connections.

Before

Operating:

Check

the

motor

and switch wiring diagram

for

proper voltage connections before applying power to

the

machine(see page 17

forwiring

diagrams).Turn the main drive

motor

and feed motor[on

20"

(50Bmm) and

24" (610mm) models only] on momentarily to check

for

properdirection

of

rotation. Correct

as

required. cut-

terhead

should

rotate counterclockwise when viewed from the sheave

or

motor

side. The infeed roll should

turn

clockwise

when viewed

from

the

motor

side

of

the planer.

Run the machine

without

cutting

for

a short period

of

time to check that all powered functions are oper-

ating

properly.

Be

sure

to

read and understand the operating instruction manual before using the planer.

Lubrication:

The

cutterhead, infeed roll and outfeed roll are mounted on sealed ball bearings and require no lubrica-

tion.

The

following

lubrication

chart indicates the lubrication points, frequency, and recommended lubri-

cants.

MODEL 100

POINT FREQUENCY LUBRICANT

Infeed roll housing. Weekly Fiske Lubriplate

#630AA.

Table

ways. Daily SAE

10.

Feed drive

idler

shafts. Weekly

SAE

10.

Table

elevating miter gears. Weekly Fiske Lubriplate

#630AA.

Table

elevating screws. Weekly

Knife

grinder

Prior to use.

screws.

Knife

grinder

ways. Prior to use.

Feed drive gears. Monthly

Table

roll housings. Monthly

MACHINE ADJUSTMENTS

Planer Table:

The planer table is raised and lowered by twin ACME screws

supported

on

thrust bearings and is guided by machine sur-

faces on the side panels. The fit-up to prevent the table from

rocking

is

controlled

by twogibs in front. These gibsshould be

adjusted individually using the

gib

screws provided (fig. 1) so

that

the ways are

lightly

contacting on all

four

surfaces. The

gibs

should be

tight

enough

to

prevent rocking

or

movement

of

the

table when the planer is in operation.

To do

accurate

planing, the table must be parallel with the

tterhead. Lack

of

parallelism results in a taper over the

dth

of

a board.

Check

with

straddle-type knife gage

to

insure

knives have the same protrusion from the cutterhead

arc

[approximately .125

(3

.2 mm)] end

to

end and that each

knife

is

the

same. Maximum deviation allowed

for

good

planing

is .001 (.

025

mm). If deviation exceeds

.001

(.025 mm),

see section

on

installing cutterhead knives

or

section on joint-

ing and

grinding

knives before leveling the table.

Fiske Lubriplate

#630AA.

Fiske Lubriplate

#630AA.

SAE

10

.

Fiske Lubriplate

#630AA.

Fiske Lubriplate

#630AA.

SIDE

PANEL,

L.H.

HEX

JAM NUT

PLANER

TA

B

LE

Fig. 1

Place a 6" x 5"(152mm x 127mm) gage block (fig. 2) and

shop

scale

to

be used

as

a feeler gage

or

bed and

table

roll

gage

at the extreme

right

hand side ofthe table, rotating head so the knives clear the gage surface.

Raise the

table

with the table raising handwheel until the scale on top

of

the

block

just

touches

thecutterhead.

If using the

indicator

gage, establish the

low

point

of

the cutterhead arc by moving the

gage

front

to

back

for

the maximum

indicator

reading and then zero the dial at this

point

(fig. 3). Move the

block

or

indicator

gage

to

the extreme

left

side

of

the table. Using the

indicator

gage

or

block, find the

low

point

of

the cutterhead

CUTTERHEAD

ANER

Il

oPOWE R

MA

TI c

31

BED

~

FEED RO

LL

GAGE

~

HANDWHEEL

~

(TABLE

RAIS

ING) Fig. 3 7

8

arc

without

moving

the

table height. Note whether the reading is less than

or

greater than the

right

side. If

greater

on

the

left side, the

right

side

of

the table must be raised;

if

less, the

left

side

of

the table must be

raised. With the

indicator

or

gage

block

under

whichever

side

that

must

be raised,

loosen

·the setscrew locking the ACME

threaded

flange

nut (fig. 4) from rotation in

the

table

on

the

side

to

be raised. Rotate

the

nut

using a rod in the flange

ho

l

es

and

raise

that

side

of

the table until the indica-

tor

reading

or

drag feel on the gage

block

is

the

same on

both

sides. Relock the

flange

nut

setscrew in the table. Another

method

that

can be used

if

the table is free

is

to

loosen

the

setscrew on

the

high side

of

the

table and then rotating the table

handwheel

clockwise

raising

the

opposite

side

until

it

is

level. Relock the flange

nut

setscrew in

the

table.

Infeed

Roll:

TA

B

LE

FLANG E

HO

L

E-..

d:t:I

--=-i

1.::!!,;:d

SOC.

SET

SCREW

TABLE RAISI

NG

ACM

E

NUT

TABLE

RA

ISI

NG

AC

ME SCREW

Fig. 4

THRUS T BEARING

SIDE

PANEL

TABLE RAISING GEAR

WOOD

RUFF KEY

The

function

of

the infeed roll is

to

feed the material into the machine. It is a corrugated roll and when

sectionalized is made

up

of

two

inch

(51

mm) wide sections with 1/4" (S.4mm) movement in each section

to

accommodate

multiple

board surfacing. In addition, the

whole

assembly is

spring

loaded

to

accommodate

the

full

1/2

" (12.7mm)

[1/4

" (S.4mm) on model 100] depth

of

cut. To provide

proper

drive,

it

should be set

so

that

the

bottom

of

its arc is 1/1S" (1.Smm) on sectionalized types and 1/32" (.Bmm) on solid types below

the

arc

of

the

cutterhead knives. Using gage

block

or

a

short

piece

of

finished 2x 4

lumber

notched

to

clear

the

table

rolls placed on edge

under

one knife of the cutterhead, raise the table

with

the table raising

handwheel

and

rock

the

cutterhead back and forth until

it

just touches the gage

block

or

2x

4.

[A shop

scale

of

the

proper

thickness,

1/32

" (.Bmm)

or

1/16" (1.6mm) can be used on

top

of

the gage

block

when

touching

off

under

the

knives and then removed when setting the infeed roll

to

provide the

correct

step

down

.]

Lower

the table 1/16" (1.6mm)

or

1/32" (.Bmm) and move the 2x4

or

gage block

under

the extreme

right

hand

side

of

the infeed roll. If

it

will

not go in the roll must be raised. If clearing,

it

must be lowered.

Using

the setscrews provided

(f

ig. 5)

unlock

the setscrews and adjust

as

required so that the roll just

touches.

Mo

ve the 2x 4

to

the extreme

left

side and adjust that side as required until the roll just touches

O

UTFEED

ROLL

ER

FEED

ROLL

ER

BEAFING R

AI

L

B

EA

RING

H

OU

SI

NG

HE

X

JA

M NUT

SQ.

HD.

S

ET

SCR

EW

SE

C.

INFEED

R

OL

LER

ASSY.

Fig. 5

the

gage. Recheck the right side and then

lock

the setscrew with the jam nuts provided. The most accurate

method

of

setting the infeed roll is with

the

bed and feed roll gage.

STUD

Find the

low

point

of

the

knife arc to

the

end

of

the gage then set I - D

YNA

LOC

HEX

NUT

the

infeed roll to

.031

with

solid infeed roll

or

.062

for

sectionalized

~

HEX

JA

M

NUT

infeed

rolls below the zero point. It is

important

that the setting on

both

sides

of

this feed roll be close to

the

same

height

to help avoid

skewing

of

the

material

as

it is fed

through

the machine. Infeed roll

pressure is

controlled

by springs and is adjusted by use

of

screws

located

on

top

of

the side panels (fig. 6) Pressure should be slightly

higher

on

the

drive side to help avoid skewing

of

board

as

it

feeds

through,

the

adjusting screw will be approximately flush

with

the

bottom

of

the

countersink

on

the

top side panels when properly

adjusted.

wt:=::v1==--SPRI

NG

CAP

PLANER

FRAME

CO

MP.

SPRI

NG

1'--L--L.L.--"--"C-L----1-BEARING

HOUSING

Fig. 6

Chip Breaker:

The

chip

breaker can be either a solid

or

sectionalized type. The sectionalized chip breaker is

construct-

ed

of

2"(50.8mm)wide spring-loadedsectionsmountedon abarwhich swings

concentric

with

the cutterhead.

Each section has approximately 1/4"(6.4mm) independentyield. The

functions

of

the

chip

breakerare

to

help

avoid

splintering

out

of

the wood, to break chips

into

small pieces,

to

help avoid board

bounce

on

thinner

boards,

to

direct

the

flow

of

chips

out

of

the

machine, and

to

permit

multiple

board

surfacing

up

to

1/4

" (6.4

mm)

difference

in thickness on the sectionalized type.

The

chip

breaker in its free

position

should

be

1/32

/1

(.8mm) on both solid and sectionalized types

below

the

cutting

arc

of

the

knives: the same

as

the infeed roll. Using

the

same method

as

indicated

for

the

infeed

roll,

remove the

cover

over

the top

section

of

the planer, adjust

the

chip breaker free position using a 2x 4 gage

block

and

shop

scale

of

the

proper thickness and adjusting screws in the

pivot

arm at each

end. It is

important

that

each

end be

close

to

the

same

height

to

help

avoid skewing

of

the

material

as

it

is

fed

through

the

machine. Since

the

chip

breaker adjusting

screws

(fig

. 7)

contact

the

bearing

housings

for

the in-

feed roll, its adjustment

should

be made after the in-

feed roll and

if

the infeed roll

setting is altered,

the

chip

breaker

must

be readjusted.

Caution: A

chip

breaker set

too

low

may prevent

stock

from

feeding

into

the

machine.

Outfeed Roll:

Fig. 7

NOTE:

E

ACH

S

IDE

ADJUSTS

BY

THE

SAME

METHOD

~-CHIP8REAKER

PIVOT

BAR

HEX

JAM

NUT

SQ

.

HD.

SET

SCREW

The

outfeed

roll is

smooth

and

of

one-piece

construction

to

help avoid

marring

the finished

surface

of

the

material being cut. Its

function

is

to

continue

to

feed

the

material

through

the

machine

after

it

leaves

the

infeed roll. The

correct

free position setting is 1/32

/1

(.8mm)below the arc

of

the

cutterhead knives. Using

the

gage

block

or

afinished 2 x 4 on edge

with

a

1/32/1

(.8mm)shopscale on

top

under

the

cutterhead

, raise

the

table

and

rock

the cutterhead

to

establish the low

point

of

the

knife arc. Remove the scale and

position

the

gage

or

2 x 4

under

the

rightside

of

the outfeed roll. Raise

or

lower

its

right

hand bearing su

pport

with

the set-

screws

provided

(fig.

8)

to

a

light

drag fit. Move

the

gage

or

2x4

under

the left hand end and

adjust

in

the

same

way. The most accurate method

of

setting the outfeed roll is with

the

bed

and

feed roll gage.

Zero

the

gage

tothe

low

point

of

the

cutterhead arc and set each end

of

the

outfeed roll

to

.

031

(.787mm)

below

the

zero on

both

sides. Lock the setscrews with the jam nuts provided.

Out

feed roll pressure is

controlled

by

springs

and is adjusted by use

of

screws located on

top

of

side panels

(fig

.

8)

. The

top

of

the

adjusting

9

10

screw

will

be

approximatelly

flush

with

the

bottom

of

the

countersink

on

the

top

of

the

side panels

when

properly

adjusted. Care must be observed in

making

this adjustment so that

slightly

more

pressure is ex-

erted

on

the

driving

side. Unbalanced pressure can result in skewing

of

the

board

as

it

feeds

through.

HEX

JAM

NUT-

SET

SCREW

COMP.

SPRI

NG

PLANER FRAME

LOCK

WASHER

Pressure

Bar:

PRESSURE BAR STUD

HEX NUT

PRESSURE

BAR

[

INFEED

SIDE

Fig. 8

]

Most

planing

problems

can be related

to

improper

setting

of

the pressure bar. Its

functions

are to

hold

the

material

down

after

it

passes

under

the

cutterhead and

throughout

the

remainder

of

the cut. Its basic

setting

is

to

be

in

line

with

the

arc

of

the cutterhead knives. If

it

is

too

high, a

shallow

clip

will

occur

6//

(152

mm)

in

from each

end

of

the board. If it is

too

low, stock

will

not

feed

through.

With

a

bed

and feed roll

gage

or

a gage

block

and a 1/32//(.B1mm)

thick

6//

(1S2mm) scale as a feeler

placed

under

the cutterhead, raise the

table

with

its elevating handwheel to

determine

the

low

point

of

the

arc

of

a

cutterhead

knife. Move

the

gage

or

gage

block

and scale

under

the

low

point

of

the extreme

right

hand

side

of

the table and

adjust

that end

of

the pressure bar with the jackscrews provided to be in line

with

the

low

point

of

the

knife arc (fig. 11). Move the gage

or

gage

block

and scale to the extreme left hand

side

and

adjust

that side to be in line

with

the

low

point

of

the knife arc. Recheck the

right

side;

check

the

full

width

of

the

pressure bar. If the

center

is

slightly

low, adjust

both

sides the same

amount

to

bring

the

low

point

into

line. Using the bed and feed roll gage set the full

length

of

the

pressure bar to be .000 -

.001 (.02mm) above

the

arc

of

the

cutterhead. This initial setup is a starting

point

and final

adjustment

may

have to be made

during

a test cut.

Table

Rolls:

Two

table

rolls

are

provided

on

the

planer

to

help

reduce

the

friction

of

the

stock

on

the

table as it feeds

through

the

machine. Bed rolls should be adjusted on

your

12//

planer to be

.OOB

(.2mm) above the table

for

all

finish

planing

operations. To adjust

the

bed rolls using the bed and feed roll gage, zero the

indicator

on

the

flat

surface

of

the

table and then

position

the gage over the extreme right-hand side

of

the table over

the

front

bed roll.

Loosen

the

lock

nut

and adjust

the

jackscrew to raise the bed roll

to

.OO

B (.2mm). Move

the

gage

front

to

back

to

find

the

high

point

of

the

bed roll arc. Move the gage

to

the left-hand end

of

the

front

bed

roll

and repeat the process. Recheck the right-hand end and adjust

if

necessary.

Lock

the jack-

screws

with

the

jam

nut

provided. Repeat the process

for

the

rear bed roll.

TABLE

ROLL

BEARING HOUSING

HEX

JAM

NUT

TABLE

ROLL

I SQ.

HD.

SET

SCREW

]2

SHIM

BUSHING

Fig. 9 I

]2

SHIM

On 12" (305mm) planers (fig. 9) to

provide

a rough-finish capability,

four

(4)

1/32" (.794mm)

thick

shims

can be used. For

roughing,

lift the rolls

up

and slip the shim between the adjusting

screw

and

the

bearing

housing.

For

finishing, remove the shims.

Test

Cutting:

Using a

piece

of

semi-finished

stock,set

up

for

a

1/16

"(

1.

S8mm)deep

cut

with

the

quick-set

adjustment

at zero.

Start

the machine, and standing to the left-hand side begin feeding the

stock

into

the machine.

(Fig. 10

shows

the

basic

planer

configuration.)

Caution:

Neverstand

directly

behind

stock

or

allow anyone elseto

do

so and

do

not

bend

down

to see

how

the

stock

is feeding.

Should

a

kickback

occur,

a serious

or

fatal injury

could

result.

The

infeed roll

should

take the material and force it under the

chip

breaker and

cutterhead

. If

the

material

feeds

through

effortlessly, examine the finished

cut

carefully

for

imperfections. Learning

to

read a board

for

imperfections

will save hours in adjusting a planer to operate properly. (See

Trouble

Shooting

chart

on

page

for

imperfections

not

the pressure bar which can develop

due

to

misadjustment

and

knife

wear.)

.If "

clip

"

marks

occur

6"(1S2mm) in

from

each end

of

the board, the pressure bar is

too

high.

Turn

both

right

and

left

hand

adjusting

screws the same amount,

1/4

turn

clockwise

or

less, and

take

another

1/16"

(1.58mm)deep

cut. Re-examine the board.

Continue

the operate-adjust

procedure

until

the

clip

marks

dis-

appear.

Should

the

board

fail

to

feed

through,

back

off

slightly

on

both

adjusting

screws

ur;ltil

feeding

is

smooth

and

the

imperfections

do

not

reappear.

Lock

the pressure

bar

adjusting screws

with

the

jam

nuts

provided.

Caution:

Do

not

adjust pressure bar

with

cutterhead

running.

Note:

Adjustment

of

the pressure bar

will

be required whenever knives are resharpened and because

of

wear

which

will

occur

on the

cutting

edge

of

the knives, causing feed to be restricted.

Feed

restriction

can also

occur

due

to

pitch

buildup

on the table. Be sure

the

table

surface

is clean and

dusting

the surface

with

talc

occasionally

will aid in

smoother

feeding and

help

to

prevent

pitch

buildup

.

Fig.

10

INFEED

ROLLER

(SOLID

OR,\

SECTIONAl)

CHIPBREAKER

(

SOLID

OR)

SECTIONAL

CUTTERHEAD

TABLE

CUTTING

~

ROLLER

ASSY.

(OPERATORS R.H. SIDE;

STOCK

11

12

......

III

Ill/OR LESSJ

____

-I-CAPPROXa

Q

~t==~

K

NIFE

INSTALLATION,

S

TA

NDARD CUTTERHEAD

(3)

KN

IFE

SHOWN

CUTTERHEAD

NOTE:

(4)

KNIFE

CUTTERHEAD

INSTALLATION

IS

THE

SAME

Fig.

11

Knife Installation:

CUTTERHEAD

KNIFE LIFTER

..I

\......,.---soc

. SET

SC

REW

"XN\i:~

-

KNIFE

CUTTERHEAD

KNIFE

GIB

ADJ

SCREW

STANDARD CUTTERHEAD

Knife

installation

on a

planer

can be a

difficult

and exacting process. If the knives are

not

to

be

jointed

and

ground,

end-to-end

and

knife-to-knife

relationship

must be held

within

.

001

(.03mm)

for

accurate

and

smooth

planing

. To

help

avoid

cutterhead

distortion

in

changing

out

a set

of

knives, remove and replace

the

knife

in

one

slot

before

changing

the next knife.

1.

Clean all dust,

chips,

pitch

and

accumulated

foreign

matter

from a cutterhead

slot

and

off

of

its

gib

2.

Working

with

one

slot,

drop

in the

knife

jacks in

their

seats

with

the

notched

surface facing the slot.

3.

With

the

knife

and

gib

against

each

other

and

the

beveled surface

of

the

knife

on the

knife

jack side and

the

concave

shaped surface

of

the

gib

up, insert into the slot. The back

edge

of

the knife bevel should

be

slightly

below

the

outside

diameter

of

the cutterhead. Lightly

tighten

the

two

outside

and

center

gib

screws

.

4.

Take

the

cutterhead

knife

gage

(Fig. 12) and zero it on the cutterhead

outside

diameter

.

As

a reminder,

different

size

planers

have

different

cutterhead diameters so

that

the zero

point

should

be checked

before

using

the

gage

.

5.

Working

from

the bevel side and close

to

an

outside jackscrew, slide the

indicator

on the radius

of

the

cutterhead

body

to

establish

the

high

point

of

the

knife (Fig.

12).

6.

Using

an Allen

wrench

in

the

jack, raise the

knife

to be

approximately

1

IS

"(.125") (3.1Smm)

projection

from

the

cutterhead

body.

Move

the

gage

to

the

opposite

end and repeat the process. Finally,

check

the

center

section

to

be sure

it

is

within

tolerance. If it is low, try backing

off

slightly on the

center

gib

screw

.

If

it

is

too

high,

jointing

and possibly

grinding

will

be necessary. Recheck the full

length

of

the

knife

and

be

sure

it

is the

same

height. The heel

of

the bevel

should

be

1/16

"

(1

.

59mm)or

less

outside

of

the

cutterhead

body

and

the

top

of

the

gib

should

be

approximately

1IS"

(3

.1Smm)

down

from

the

tip

of

the

knife.

7.

Starting

from

the

center

outward,

snug

down

all gib screws and then repeat process

locking

them

down

.

8. Repeat

the

preceding

method

on successive knives making sure

that

the

height

from

knife

to

knife is

the

same

within

.001 (.03mm).

9.

After

all knives have been installed, recheck all

gib

screws to be sure they are tight. Loose

gib

screws

can

result

in knives being

thrown

out

of

the cutterhead causing severe damage

to

the

machine

and

possible

serious

or

fatal

injury

to

the

operator

or

bystanders.

Note:

If

all

knives

have been removed, a new set

must

be installed

without

locking

the

gibs

until

all knives

and

gibs

are

in

and

the

gib

screws

lightly

snugged

down. The

locking

process '

should

proceed

working

from

the

center

out

on

each

knife

and

after

locking

all

gib

screws once, repeat

the

same sequence until all

screws

are

equally

tight.

Locking

one

knife in

without

the

others in

position

can cause cutterhead

distortion.

GAGE

IN POSITION

TO

CHECK

PROPER

KNIFE HEIGHT

KNI

FE-~--i

Fig. 12 CUTTERHEAD

QUIET CUTTERHEAD

The

following

is a list of steps to insure

the

proper

installation

of

the cutterhead

knives. If

the

knives are not

to

be jointed

and

ground

, knife-to-knife

height

setting

should

be

within

.

001

(.03mm) to insure

smooth

and accurate planing.

1. Clean

slots

, holes and retainer plugs

to

be free

of

sawdust, chips, pitch and

accumulated

foreign material.

2.

Adjust half-dog setscrews in blade re-

tainer

plugs

to be flush

with

the full

round end.

3. Working with one slot and one blade

at a

time

, insert blade retaining plugs

into

the cutterhead with the round end

down

and the flat facing the slot.

HD.

SOC.

CAP SCREW

SCREW

~

__

~-BLA

D

E

RETAINER

PLUG

CUTTERHEAD (STAGGER)

Fig. 13

4.

Insert a blade into the cutterhead slot with the blade adjusting screws held in the notches

of

the

blade.

5.

Screw in the blade adjusting screws clockwise alternating between screws until the

tip

of

the

blade is

slightly higher than 1/8"

(3

.175mm) from the body of the cutter. A shop scale can be used

for

this

rough

setting.

6. Raise blade retainer plugs until they lightly contact the blade by

turning

the center setscrews

clockwise

.

7.

Zero the cutterhead gage

with

the body of the cutterhead. Note:Because

of

the

different

diameters on

different

sized planers, the gage zero should be checked before

it

is used.

8. Using

the

cutterhead gage centered over the

tip

of

the blade, rotate blade adjusting screws

clockwise

to

lower the blade

tip

to

be .002(.05mm) less than 1/8"(3.18mm) over the full length

of

the blade. The

heel

of

the

bevel

of

the blade should be roughly 1/16"(1.59mm) outside the cutterhead

diameter

and

on the opposite side from

the

retaining plugs.

9.

With the gage still centered over the blade

tip

, lock the retaining plugs in position

turning

the

center

screws clockwise. In locking, the blade should

lift

up approximately .002(.051 mm). Recheck

both

ends

of

the blade; it should be within .

001

(.03mm)

of

the .125(3.175mm) position end-to-end

if

blades are

not

to

be jointed and

ground

before use.

10.

Repeat

the

above steps except

#7

for

each blade in the starting slot and then proceed in

the

same

manner

for

the remaining slots. All blades should be

the

same height

within

.

001

(.

03mm).

Removal of Knives: STANDARD CUTTERHEAD

1.

Loosen all gib screws in one slot.

2. Remove

both

knife,

gib

, and blade jacks. 3. Repeat

steps

1 &2

for

the remaining knives. 13

14

Removal

of

Knives:

QUIET CUTTERHEAD

1.

Loosen

the

setscrews in one set

of

blade retaining plugs and lightly

tap

downwards to release the knife.

2. Remove

the

knife by alternately backing out its two adjusting screws

counterclockwise

until the blade

and

screws

are free

of

the cutterhead.

3. Remove

the

blade retaining plugs.

4.

Proceed

to

remove the balance

of

the blades as in steps 1-3.

Jointing

&

Grinding

Planer

Knives:

If

the

planer is

equipped

with

a

jointing

and

grinding

attachment (optional), there are some basic

po

ints

to

remember

in

jointing

and

grinding

planer knives. These are:

1.

Where practical

to

reduce

the

frequency

of

jointing

and

grind

ing knives,

use

the

full width

of

the

planer

table

rather

than

just

the

center

section.

2.

Always

joint

knives

before

grinding.

The

jointing

operation actually sharpens the knives.

Grinding

is used

to

reduce the

joint

(fig. 14)

to

a narro,w

width

to

minimize

pounding and

to

produce a G

RI

N

DAR

EA

consistent

joint

over

the length

of

the knife.

Grinding

first

to

a wire edge will result in

that

edge

being

turned over in

jointing

leaving a

dull

knife.

3.

Always

find

the

high

point

on

the

knives

whether

jointing

or

grinding

to avoid

digging

in with

too

heavy a cut.

KNIFE

4.

An even

grind

will

not

occur

until

the knives have been reground several

times

.

Fig. 14

5.

Too

wide

a

joint

results in a

higher

noise level,

pounding

, and a glazed appearance on the finished

board.

Too

narrow

a

joint

will

result in rapid wear,

dulling

of

the knives and the same results

as

too

wide

a

joi

nt.

6.

With

continuous

grinding

,

the

grinding

wheel becomes loaded up

or

glazed and won't grind freely (no

sparks). Dress

with

a

diamond

or

star wheel dresser

or

other

suitable dresser.

7.

The

jointing

stone can

become

loaded up and glazed. Dress it on a stand type grinder. Double taper the

end

so

that

the

width

at the

bottom

where it contacts the knives is approximately

1/4

" (6.35mm).

The

basic

steps

to

jointing

and

grinding

knives

are:

1.

Remove

the

dust

hood

or

top

cover.

2.

Install

and

center

the

jointing

head in the dovetail ways

of

the vertical slide. Lock in position with the

setscrews

provided (Fig. 15). Be sure the

jointing

stone clears the knives by

lowering

the vertical slide

with

the

top

mounted

hand

knob

until

it

touches

one knife at the high

point

of

its arc. Raise

the

slide

with

two

full

turns

of

the

hand

knob. Check

the

vertical slide making sure

that

the

gib

is

snug so that

screw

pressure is required

to

move

the

slide downward. Also check the horizontal slide to be sure the

gib

is

snug

but

movement

is

smooth

and easy.

Make

sure

the

jointing

stone's

locked

in its

holder.

3.

Turn

the

cutterhead

drive

motor

on and stand

to

the

right

side

of

the machine

out

of

line

of

the

cutter-

head.

Slowly

lower

the

jointing

head while, at the same time, traversing back and forth over the full

width

of

the

cutterhead

with

the horizontal slide. At the first sign

of

sparks, stop

lowering

the

jointing

head

and

try traversing

the

full

width

of

the cutterhead. If the stone appears

to

dig in

too

mU

'ch, raise

it

until

the

high

point

of

the

knife

set is found a.nd make a complete traverse

of

the cutterhead.

4.

Alternately

lower

the

jointing

head at the end

of

each traverse and traverse the

full

cutterhead

width

with

jointing

stone

until a

slight

flat (shiny line) appears on all knives over

their

full

length. The flat

may be

wider

in

some

places than others and this is normal due

to

uneven wear.

Turn

the cutterhead

motor

off

(Fig.

15)

.

5.

Examine

the

knives carefully. If the

joint

is even and narrow (less than .010) (.25mm), the

grinding

operation

will

not

be necessary. Resharpening by

jointing

only will be possible several times before

regrinding

is necessary on

properly

jointed

and

ground

knives.

6.

If

grinding

is required, remove the

jointing

head and install the

grinding

head in the vertical slide. Center

in

the

slide

in the dovetail surfaces and

lock

in position

with

the setscrews provided. Release

the

index

and rotate

the

cutterhead by hand until it

locks

into

the index ring.

Lower

the

grinding

wheel until

it

just

touches

the

bevelled surface

of

the knife. Rotate

the

grinding

wheel by hand

to

determine where

the

center

of

its

arc

contacts the knife. It should be

slightly

forward

of

the

center

of

the bevelled sur-

face. If

it

strikes

too

far

forward

or

too

far back on the bevel,

unlock

the setscrew in the

index

collar

SQ.

HD.

SET SCREW

VERTICAL

Sli

DE

HORIZONTAL

SLIDE

NOTE:

Model

100 uses

chain

type

horizontal

slide

drive.

Fig.

15

HANDWHf;EL

~1IIT-''t-+----+---t-INDE

XING

PLUNGER

ASSY.

and

reposition

the

collar

to

establish the

correct

location and

relock

the setscrew (Fig.

16).

7.

Raise

the

grinding

wheel

off

of

the

knife

surface and start the

grind

wheel

motor

. Traverse

the

horizon-

tal slide

backwards

and

forwards

at the same time,

slowly

lowering

the

grinding

wheel

until

sparks

appear. Traverse

the

complete

length

of

the knife and if it tends

to

dig in

or

burn, raise the wheel un-

til

the

high

point

is found.

8.

Alternately

lower

the

grinding

wheel small increments and then traverse

back

and

forth

over

the

full

length

of

the

knife

until

the

grinding

wheel is

grinding

over the full length

of

the blade.

Examine

the

grind

to

see where the

front

of

the

grinding

arc is relative to the

jointed

surface

.

Continue

to

lower

the

wheel

and

traverse grind

until

the

joint

width is approximately .003-.005 (.08 -.13mm). Never

grind

the

joint

completely

away since it will

produce

a wire edge

which

will

roll over in

planing

dulling

the

knife

.

9.

Index

to

the

slot and repeat steps 7 and 8

for

each knife. On

quiet

planers,

grind

all knives in

the

same slot as

though

it were a full width knife.

10.

Remove

the

grind

attachment, reinstall the

dust

hood

or

top

cover, and disengage

the

index

plunger

before

turning

the

machine on

for

planing.

JOINTING & GRINDING ATTACHMENT INSTALLATION

INSTRUCTIONS

1.

U

nbox

the

attachment

and

check

for

completeness. Report any

shipping

damage

to

the

shipper

and

your

distributor

immediately

to

insure

prompt

service

for

repair

or

replacement

of

the

damaged

parts.

2.

Remove

the

top

cover

or

dust

hood

from

the

planer

.

3.

Mount

the

rail

mounting

brackets

to

the side panel

snugging

the

mounting

screws

down

but

not

locking

them

. Install the rail and slide assembly on the brackets and snug

the

mounting

screws

down

.

Check

to

see if the

gib

on

the

horizontal slide provides a snug fit

but

allows free movement.

Adjust

gib

if

required.

5.

Check

the

gib

on

the

vertical slide. It should be

tight

enough

so

that

the

slide

must be moved

with

hand

knob

pressure in

both

directions

.

15

16

6.

Install a

magnetic

base

indicator

on

the

vertical slide

with

the

indicator

against a

smooth

section

of

the

outside

diameter

of

the

cutterhead on

the

horizontal centerline. Traverse

the

full

width

of

the cutterhead

and

readjust rail brackets

until

the rail is parallel with

the

cutterhead in

the

vertical plane

within

.001

(.03mm) T.I.R.

Lock

the

mounting

screws

down

tight

and drill

through

the locating hole provided

1/4"

(S.3Smm) deep

into

the

side frame and dowel in position.

7.

Move

the

indicator

to

a

position

to be on

top

and in line with the vertical centerline

of

the cutterhead.

Tram

the

full

width

of

the cutterhead and adjust the rail

to

be parallel in a horizontal plane

within

.001

(.03mm) T.I.R.

Lock

the

mounting

screws down tight.

8.

Mount

the

jointing

slide

or

grinding

head

as

required (see page on

jointing

and

grinding

planer

knives).

GRINDING

WHEEl

SCREW

HAND

KNOB Fig. 16

SLIDE

HORIZONTAL

SLIDE

HANDWHEEL

'''''-'<--\..---+--

---+-----+1

NDEX

I

NG

PLUNGER

ASSY.

NOTE:

Model

100

uses

chain type

horizontal

slide drive.

...

"

SI

Y

230

V LI 0-

-;-0

ITI

30

L2

0--

1

-0

ITEB

60

-u

L3

--'--

1

~3

I M

TR

MOTO

R

o

0>----

--.:

II

1M

1

0L

ITI

230

V

~

3,e) L2 I

T2

I MTR MO

TOR

60-u

L3

In

I

2PB

START

10

L

MO

TOR STARTER

230V

LI

1M

1

0L

ITI

6~~

~~:f

I

:~

XI

2PB

START

H4

X2

10 L

MO

TOR

MO

TOR

STARTER

NOTE:

MANUAL

MA

G

NE

T

IC

MA

G

NETIC

V'J/LOVIJ

VOLTAG

E

CO

NTROL

FOR S

IN

G

LE

PH. UNIT

S,

O

MIT

LINE

L3

REF.

R

~

~~)

TI

1M

(

~

TH)

XMR

MTR

0-%-@

~

cp

~

II

L2

III

LI

l2

6 ® @

H3 H2

H3

H2

><'~~i1H

'

/,

,'

,

,'

,

Ht:Z)

H'

S?

~

?;

TRANS.

PR

IM

ARY

MOTOR ·

IIZJ

I

RANS

. P

RIM

ARY

MOTOR

310

L _

___

_ _

230

VOL

TS

------'

460

I.{)I TS

----

RE

F.

OT

Y.

POW

ERMATI

C

~

MFG. DESCRIPTION

30)

6821135 SWITCH FU

RN

AS

12

BA3

4P

SI

I I

~

682

11

34

SWI

TCH FURNAS 12

BA24P

REF.

OT

Y.

POWERMATIC

NO

MF

G.

DESCRIPTION

MI

I (

0)

6

8161

12 STARTER) MAG

NETIC,

FURNAS,

I4CF32BC

71

I 9') 6

BI

61

06

START

ER,

MAGNETIC,

FURNAS,

I4DFI2BA7

PB

I)

6821 2

00

SWITCH ,

FURNAS,

MOMENTARY

PB,

50D54688

(

PB~

OTY. PONERMATIC

NO

MFG. DESCRIPTION

I 68212 00

SWITCH,

FURNAS,

MOt.£NTARY

PB,

50D54666

6831068

TRANSFORMER,

115/230

24 V •

50

VA

6

831069

" 23CV460

-24

V,

75

VA

I

6B31070

"

230/460-

1

15

V,

50

VA

6816121

STARTER. MAG.,

vfXMR.I9l

,24V,

FURNAS 14EFta70IS

6816

1

39

" " "

10.IISV

, " 14DFI07016

I

6616123

" " " 3(1),24

V,

" 14CF32BJ71BD

6816127

" " "

39>

,115 V) " 14CF328A71BA

6471707

MO

TOR,ELEC,

2HP,

I

~

,3600RPM,II~30V,14ST

FR.

6471717

2

HP,

3QJ,

"

..

,200V,

14ST

FR.

I

6471706

2HP ,

3t1),

" ••

,23OA60V,14ST

FR.

6472013

3

HP,

1

O,

"

..

,1I~230

v,

leZT

FR

.

6472026

3 HP ,

30,

" "

,230f\60V,

182T

FR

.

647

2

027

3 HP ,

30,

• "

,200V,

162 T

FR.

18

~~

/

~

18

-0

/"

(

STAND

'

AND

MAIN

FRAME

ASSEMBLY

STAND

AND

MAIN

FRAME

ASSEMBLY

PART

ITEM

PART

NO.

DESCRIPTION

QTY.

NO. NO.

DESCRI

PTION

QTY.

2135032

LATCH

ASSY.,

DOOR

(ITEMS

1 &

2)

1

5440002

LATCH

ASSY.,

"T"

HANDLE

51-30-4-0 1

2

3135035

DOOR

1

3

5851301

WASHER,

FLAT

3/8" 4

4

5851300

WASHER.

LOCK

3/8" 4

5

5715031

SCR

. ,

HEX

HD.

CAP

3/8" -

15

X1 4

5

2759019

STAND

ASSY

.•

WELDMENT

1

7

3312251

I.D

.

PLATE,

POWERMATIC

1

8

5580020

RIVET,

ALUM.

5/32"

X1/4" 2

9

5714073

SCR.,

SQ.

HD.

SET

1/4" -

20

X1 1/4" 2

10

5625040

PIN,

SPRING

1/4" X1 1/4" 4

11

3051035

BRACE,

FRONT

PANEL

1

12

5514008

NUT,

HEX

JAM

1/4" -

20

2

13

5747000

SCR.,

DRIVE

# 4 X3/16" 2

14

3312228

I.D.

PLATE,

SERIAL

NO.

1

15

3218013

FRAME,

MAIN

1

15

3584222

PLATE,

SCALE,

TABLE

HEIGHT

1

17

3773006

STUD,

CUTTERHEAD

BELT

GUARD

MOUNTING

2

18

3250057

GUARD,

BELT

1

19

3104094

COVER,

FILLER

1

20

6746002

SCR

. ,

SELF-TAPPING

# 8 X3/8",

PAN

HD

. 2

21

6745023

SCR.,

HEX

HD.

SELF-TAPPING

1/4" -

20

X 4

5/8"

22

2104020

COVER,

TOP

ASSY.

(WELDMENT)

1

23

3

250044

GUARD,

FEED

DRIVE

1

24

5715007

SCR.,

HEX

WASHER

HD.

5/15

" -

18

X1/2" 4

(PLATED)

25

3330235

INST

.

PLATE,

FEED

ROLLER

CLUTCH

1

26

3773004

STUD

.

FEED

DRIVE

GUARD

MOUNTING

2

27

3330283

PLATE,

SAFETY

(NOT

SHOWN)

1

28

33302Bd

PLATE,

INSTRUCTION

CAUTION

(TO

AVOID

1

KICK

BACKS)

(NOT

SHOWN)

3330

3

05

PLATE,

INSTRUCTION

CAUTION

(KEEP

HANDS

CLEAR

OF

CUTTERHEAD)

(NOT

SHOWN)

MOTOR

MOUNTING

ASSEMBLY

MOTOR

MOUNTING

ASSEMBLY

ITEM

PART

ITEM

PART

NO.

IW

.

DESCRIPTION

QTY.

NO.

DESCRIPTION

QTY.

1

5077031

BELT,

V-4L-650

(MATCHED

SET

OF

2)

1

(ALTERNATE

FOR

5077032)

2

5077032

BELT,

V-4L-550

(MATCHED

SET

OF

2)

1

3

5807099

SHEAVE,

BROWNING,

2

AK-41

X7/8"

BORE

1

4

5807100

SHEAVE,

BROWNING,

2

AK-41

X1 1/8"

BORE

1

(ALTERNATE

FOR

5807099)

5

5471705

MOTOR,

2

HP.,

3

PH.,

50

HZ.,

3500

RPM,

230/450V,

145

T

FRAME,

TEFC

5471707

MOTOR,

2

HP.,

1

PH.,

50

HZ"

3500

RPM,

115/230V,

145

T

FRAME.

TEFC

5471717

MOTOR,

2

HP"

3

PH.,

50

HZ"

3500

RPM,

200V

,

145

T

FRAME,

TEFC

5472013

MOTOR,

3

HP.,

1

PH.,

50

HZ.,

3500

RPM,

115/230V,

182

T

FRAME,

TEFC

5472025

MOTOR,

3

HP.,

3

PH

. ,

50

HZ.,

3500

RPM,

230/450V,

182

T

FRAME,

TEFC

5472027

MOTOR,

3

HP.,

3

PH.,

50

HZ.,

3500

Rpr~,

200V,

182

T

FRAME,

TEFC

5

2053038

BRKT.

ASSY.,

ADAPTER

MTG.,

R.H.

1

(WELDMENT)

7

2053039

BRKT.

ASSY.,

ADAPTER

MTG

. , L.

H.

1

(WELDMENT)

8

3757005

STRAP,

MOTOR

MTG.

2

5715007

SCR.,

HEX

WASHER

HD.

5/15" -

18

X1/2" 4

5715032

SCR.,

HEX

HD.

5/15" -

18

X1 4

5851200

WASHER,

LOCK

5/15" 4

12

5851201

WASHER,

FLAT

5/15" 4

19

~"o"~

~o""S.

o'?

~"·'"

~

~>

82

83

STAGGER BLADE CUTTERHEAD

,

I

//

1-::.

~

o

N

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