DeWalt DW1251, DW1501, DW1503 Adjustment And Operating Instructions

POWERSHOP

RADIAL

W1251

ARM

DW1501 DW1503

SAW

ADJUSTMENT

&

OPERATING

INSTRUCTIONS

PART

No.:

822503

(2/85)

THE

CONTROLS

1.

MITRE SCALE

18.

MITRE CLAMP

19.

MIRE

17.

YOKE

16.

TABLE CLAMP

15.

FENCE

LATCH

—i

2.

ARM

END-CAP

3. ARM

4.

RIP-LOCATING

SLIDE

BAR

5.

WORKTABLE

8.

ROLLER

YOKE

14.

BEVEL

13.

BEVEL

12.

BEVEL

HEAD/

ASSEMBLY

LATCH

SCALE

CLAMP

-

6.

ELEVATING

HANDLE

7.

RIPLOCK

10.

YOKE CLAMP

9.

COLUMN

11.

COLUMN

BASE

INTRODUCTION

Your

DeWalt Radial adjusted disturbed

to

operate accurately.

and it

woodworking

This

is not a

attempt

In

addition

difficult

to

start working with your machine.

to the machine. Again, imagination will determine

Arm Saw is a

will

be

results

necessary

for

which this Radial

process

setting-up instructions,

follow

these instructions carefully, until

'

precision woodworking

Inevitably,

for you to

but we

recommend

how

much versatility

however, during transportation

check

Arm Saw was

you

the

following pages also include a short

you can

and

machine

readjust

and

before leaving

and

the

handling, some

machine before

designed.

to

follow these instructions carefully

guide

you

have learnt

the

fundamentals. After

extract from your DeWalt Powershop.

the

factory

of

you are

and

in

to the

the

machine

these settings

able

to

fhe

sequence given before

safe operation

that,

your

will

obtain

of

own

was set and

this versatile

ingenuity

have

the

been

precise

you

and

DeWalt products DeWalt

product becomes defective

are

covered

charge, provided that:

1.

The

2.

Repairs

3.

Proof

For

the

product

have

of

purchase date

address

has not

not

of

your nearest DeWalt Service & Repair Centre, telephone Black & Decker

been misused.

been attempted

CONTENTS

THE

CONTROLS INTRODUCTION SAFETY — IMPORTANT DO'S

1.

UNPACKING & ASSEMBLY:

2.

ADJUSTING TABLE

3.

ASSEMBLY

BRACKETS

4.

CHECKS & ADJUSTMENTS

4.1

Checking

4.2

Checking

4.3

Checking

4.4

Adjusting

4.5

Adjusting Base

THE

5.

5.1

Mounting

5.2

Adjusting

5.3

Removing

5.4

Removing

6.

MAKING A TRIAL

6.1

Wiring

6.2

Making

7.

SCALE ADJUSTMENTS

7.1

Rtp

7.2

Bevel Scale

7.3

Mitre Scale

8.

CLAMP

9.

HINTS

OF

to

the

Arm

Tracks

SAWBLADE

Scale

HANDLE

ON

GENERAL CARE

TOP

WORKTABLE ONTO SUPPORT

the

Crosscut Travel

Fence

8

the Saw

9

the

Blade

Roller

Head Bearing to

GUARD

the

Blade Guard

the

Blade Guard

the

Blade Guard

the

Sawblade

CUT

up to the

the Cut

Mains

ADJUSTMENTS

by a

manufacturer's guarantee.

due to

is

produced.

AND

DON'TS

PARALLEL WITH

TO

ENSURE ACCURACY

Blade

is

Perpendicular

Column

... 12

11

12 12

...

OF

YOUR POWERSHOP1

faulty materials

by

persons other than

.

ARM

C

is

90

Parallel

to Arm

to the

to

Table

Tracks

Page

No.

... 2

... 5

10

If,

during

the

or

workmanship. Black & Decker

our own

3 4

6

12 12

13 13

14 14 14 15

5

guarantee period

Service

10. THE

11

12.

LIST

VARIOUS OPERATING

MACHINE

101

Arm

10.2

Blade Height

10.3

Yoke Assembly Rotation

10.4

Blade

MAKING

11.1

CrossCut

11.2

Mitre

11.3

Bevel

11.4

Ripping

11.5

Bevel Ripping ...'

11.6

Compound Mitre

11.7

Coving/Hollowing

11.8

Dishing

11.9

Circle

OPERATION

ATTACHMENTS

12.1

12.2

12.3

12.4

12.5

12.6

12.7

12.8

12.9

12.10

12.11

OF

Shaping/Moulding Rebating Ploughing/Grooving Disc Sanding Drum Sanding Sabre Routing Drilling/Boring Special Mitre Fences Automatic Safety Return Legstands

ATTACHMENTS & ACCESSORIES

of 6

months from purchase date,

guarantee

Staff

or the

staff

of

on

ADJUSTMENTS

Rotation

Tilting

THE

Cut 17

OF THE

Sawing

16

BASIC

Cutting

CUTS

17

18

'

MACHINE

AND

ACCESSORIES

19

20

21

22

' 22

... ...

to

repair

it

authorised repairers.

Slough(0753) 74277.

OF

18

19

WITH

OPTIONAL

free-of-

Page

No.

BASIC

a

16 16 16

16

23 24 24 24 24 26

SAFETY - IMPORTANT DO'S

For

your

own

safety

and

efficient

use of

your DeWalt Powershop. follow these instructions carefully.

AND

DON'TS

DO

Ensure the permanently wired

Be the

Always disconnect your machine from supply before changing accessories.

4.

Ensure

clamping

'

the

5.

Always wear close-fitting clothing without

loose ends. Remove loose-fitting ornaments and closely

6.

Wear protective

7.

Make sure

collars sides

that

the

mains

sure that earth terminal

all

machine.

ties,

covered.

or

of the

machine

via a

the

guards

handles

and

ensure long hair

the

sides

flanges

collars

is

13

amp

in

earth wire

in the

are are

eye

are

properly connected

fused plug (240v)

(415v).

is

firmly

plug.

any

attachments

correctly positioned

tightened before starting

is

secured

shields.

of the

blade and

and the

that

the

clean

against

connected

the

blade.

or

the

power

or

and all

or

arbor

recessed

to

1.

to 2.

3.

DO

Never connect other

than

Never switch

guards being properly mounted.

Never switch handles

4.

Do not

5.

Do not

6.

Never

7.

Never

allow spectators (especially children)

within

the

working

leave

mains while unattended.

use

supplied

rip

anti-kickback

the

that stated

are

tightened.

vicinity

with

blades larger

as

standard equipment (250mm).

without

machine

on the

of the

it.

the

machine plugged into

the

fingers correctly adjusted.

NOT

up to any

on the

machine without

machine

riving knife

motor rating plate.

unless

machine

in

while

diameter than that

and

voltage

the

all

clamping

the

correct

8.

Make sure

using both

9.

Before switching

sure that position. material

forward.

10.

Keep

11.

When ripping always

anti-kickback

12.

Keep

bearings dry and

13.

Periodically

ensure accurate woodworking

the

recommended sequence

14.

Keep your

the

arbor

the

alien

on to

the

fence

The

blade should

until

you

pull-the

saw

blades sharp

fingers

the

bearing tracks

on the

free from grease.

roller head assembly clean

check

saw in a dry

nut is

securely tightened

key and

is in the

use the in

the

spanner provided.

make a cut, make

correct

not

contact

saw

carriage

and

properly set.

riving knife

their

correct positions.

in the arm and the

machine's adjustments

place.

and

readjust

if

necessary.

the

and

to

in

Never feed ripping - follow

the

arm.

9.

Never attempt

motor.

10.

Never wedge anything against

hold

the

11.

Never feed

it

will

12.

Do not

worktable.

in

motor shaft

the

cut it

comfortably.

lift

the

material from

the

instruction label

to oil or

material into

Powershop

grease

still.

the

wrong side when

the arm

the

motor

the

blade faster than

by its

on the top of

tracks

or

fan to

1.

UNPACKING & ASSEMBLY

1.

Open

2.

Remove

easily

3.

Tip the

carton

4. You carton single-handed forward floor.

5.

If you are

existing If

you are optional now (See

6.

Having identified

the top of the supplied.

7.

By

machine motor/yoke assembly

8.

Remove

(2)

9.

Take

carton

the tracks rip slide

10.

Check that

tracks forwards will required.

If

either

remove procedure 9 again.

11.

Replace

the two

12.

Fix the

(Numbers

the top of the

all the

accessible components.

carton carefully until

is

resting

will

now be

until

it is

going

bench,

going

legstand,

and

secure

para.

12.11).

turning

and

left,

lock

release

the

so

that

the two

take

the cap

the

complete motor/yoke assembly

and

carefully insert

1 on the

inside

the

(7) is

strip

on the

the

is

smooth along

and

of

these checks indicates incorrect mounting,

the

rollerhead from

the arm

alien screws.

cable support spring

in

brackets

carton.

loosely-packed table parts

on the

able

to

you

to

the

column with

elevating handle, raise

the

alien screws from

right)

arm.

released

lower right-hand side

movement

by

the

lock

end-cap

floor.

to

slide

and

then

resting with

mount mount

we

the

arm.

the

will find

the

suggst

machine

elevating handle (6), secure

the

carton containing

can be

off.

the

of the

In

doing

and

lined

of the

pushing

Check

the

rollerhead

the arm

(2) and

refer

to

Controls Illustrations

the

column-end

the

machine

tilt

the

its

base frame

Powershop

it

easier

Powershop

you set up the

to it

before proceeding

cross-head screw

removed.

the arm

three bearings

roller head into

so

take care

up rollerhead

it

backwards

also that

in

secure

on the

arm:

out of the

machine

on to an

to do

this now.

on to its

the arm of the

the

out of its

correctly

of the

and

the rip

position

tracks

it

and

other

of the

on the

legstand

it to

end-cap

(2 on

the

that

the

with

its

arm.

in the arm

lock

as

and

repeat

firmly

with

on

page

2).

DW1251 DW1

51 01

Insert

/3

Fix the end of the

end of

along

the top of the

point

on the

inserting

end-loop The

cable

down

the

spring into small hole

right-hand side

screw provided through

of the

is

then routed along

back

arm.

spring

spring.

of the

to the

of the arm by

column.

half

way

mounting

the

the arm and

7

2.

ADJUSTING TABLE

TOP

To

obtain accurate woodworking results,

the

table

instructions explain

1.

Prepare

PARALLEL WITH

is

completely parallel with

how to do

the setting each side and (C) are at the this

stage

NOTE: Some set

the

On

these but you indicate

the

pins holes

base frame

the 2

angled

of the

the

bolts should only

models

position

models

should

the out

in the

still make location with a hammer support brackets.

frame

mid-point

of the

the

this:-

for the

support

so

that

feature

brackets

bolts

can

the

pins

are

brackets

in the

location

and

ARM

it is

the

arm.

table boards

the

on the already

following

wrongly

(A-Fig.

securing bolts

slotted holes.

be

finger

pins which

checks.

positioned:

adjust

essential that The

following

by

1)

on

(B)

tight.

main frame.

be

via the

At

pre-

tightened,

If

they tap

slotted

Fig.

1

Use the tip of the check that as

follows:

Rotate

(i)

enough

position. Release bevel latch

motor vertical position press home the

motor

Release bring

the

arm.

(iv)

Rotate directly over

Carefully handle, the

support bracket

(v)

Tighten left

and

until

the

3). If the bracket here also, gently as

required tightened both motor left-hand support bracket over does

not,

procedure. Now

move repeat this hand support bracket.

(vii)

Carry arbor

along

that

all

Now

adjust

way

so

support

N.B.

It is

arm

during this adjustment

After

completing

motor

motor spindle

the 2

support brackets

the

elevating handle

to

allow

the

body

until

it is

is

locked into position.

the arm

motor

the arm to

lower

until the nut

move

shaft

motor arbor does

arbor just touches

out a

nuts

that

brackets. (Fig.

important

to the

clamp

to its

bring

the

left

the

the tip of the

(C),

the

yoke assembly back along

is

again over

and

then tighten

(B) and

loosen

the

the arm to the

procedure

final check, running

the top of are

completely secure.

the

central table support strip

it is

perfectly level with

the

horizontal position.

to act as a

are on the

and

motor

to

turn

and

bevel lock

vertical. When

fully

tablo

motor,

as

rotate

nuts

to

not to

above adjustment, return

the

lever

and the rip

forward position

the

motor

support bracket.

by

turning

motor arbor just touches

shown. (Fig.

the arm to its 45°

the

support bracket

not

just touch

tap the

nut (B)

(C).

check

the

upper surface

its

and

repeat

right

of the

correctly

both brackets

4).

the tip of the

change

procedure.

gauge

same plane,

raise

the arm

90°

into

and

turn

it

reaches

bevel latch

lock

shaft

to a

the

elevating

2)

(Fig.

once

the

machine

and

the two

the

height

the

up or

more that

above

the

make sure

in the

bracket

entire length.

secure

to

the

vertical

the

so

and

on the

position

the arm

support

down

1).

Having

of the

and

right motor

side

of the

the

that

(Fig.

the

If it

same

Fig.

2

4

3.

ASSEMBLY

OF

WORKTABLE

Note:

(i)

Secure

Note:

(ii)

Mount

(iii)

You can now

(iv)

Mount

1.

Release

2.

Loosen

3.

Slide

4.

Now

6.

Slide

ONTO

The

worktable comprises 5 elements (Fig.

a

large fixed

base

frame, a wooden fence material being worked of

table which fence types/depth

using washers middle

flange

The

lower

Tighten alien keys provided tightening thread)

(Note

rather

should always

motor). parallel

lower the the that width.

board adjust board the adjusting

and retaining

hook the

the that

the other lugs the retention bolt

Place to

NOTE:Whenever

and lug,

tightening

the

of the

in the

additional holes

table

are for

the

teeth point towards

the

with

that

than being hexagonal across

to the arm

the front mitre latch

the

blade skims If the tip of the all the way the

up or

sawblade back along

the

tilt

the

of the

support lug.

the

dotted line position

lower

the

hinged plastic section does

motor shaft

side

on the

hole

the

hold

the

wing top of the be

ALWAYS SWITCHING REMEMBER SAWBLADE TO

the

hook

then

portion

are

relative

front board

slotheaded bolts

and

nuts making sure that

board locate over

base frame.

sawblade (see

blade

the

blade

board

front adjusting screw

down until that

screw

blade guard

the

bevel latch

motor

locking screw

bracket

rear

black guard round clockwise until

the

of the

motor housing - this will ensure also that

on the

on top of the

washer

guard

nut and its

lost.

CATCH YOURSELF

black

the

right-hand

secure bracket

screw (P).

used

to the saw

of cut can be

mounting

on the

to

arbor

nut

large open-ended spanner.

brass arbor

be

mounted with this inner ring facing

check that

across

so

that

on the

and

clamp released, swing

the top of the

across, then with a screwdriver

in the

and

(N)

anti-clockwise until

black guard

guard over

and

that

guard engages satisfactorily with

upper guard bracket locates over

on the firmly.

you motor

REPLACE

ON THAT EVEN A STATIONARY

IS

guard

SUPPORT

(F)

which attaches

(M)

is

held

and

to

adjust

blade

carried

(F) to the

(G) and the

on the

the

table side extension.

Fig.6)

the

back

shaft

hold

the

front

blade,

same way.

as

blade about

in

remove

washer housing

SHARP

(F)

using

the

anti-clockwise (left-hand

(14)

the

YOUR MACHINE

end of it

shaft steady

nut has an

the

front board

its

entire

bottom tooth just touches

left

hand side. Then, with

does

is the

the arm and

follows:-

and

(P)

(Fig.

(F) can be

the

illustration.

the

sawblade making sure

lower metal edge

motor.

bolt

and

the

to the

so

THE

SO

ON THE

back round anti-clockwise

(N)

over

BRACKETS

to

the

against which

three movable strips

the

position

to

ensure

support

the

left

hand side

making sure

of the

its

width.

board across

not

in the

case. Then move

bevel clamp (12)

30° to the

7) and

secure

guard,

that

GUARD BEFORE

TAKE CARE

onto the

the

out

with safety.

brackets

relative

the

holes

central support

machine.

the

larger

inner circular ring

full

width

is

To do

the arm so

just

touch

middle

adjust

turn

the

lifted

not

foul

the

resecure

retaining bolt

no

parts

AND

TEETH.

the

support

same

5):

front

of the

different

in the

of the

the

of the

while

- the nut

flat

and

of the

the

left.

the

right

free

it

reaches

against

on the

wing

NOT

lug by

of

the

this,

its

the

rear

of

the

nut

the

can

the

on

Fig.

f

5

-

i

«t

'

I

6

7

(v)

Position

according

cut to be

Note: Never

the

rear table boards

to the

carried

worktable

having

lift

to

your

material

out.

Powershop

or you

repeat

thickness

risk twisting

the

support bracket

adjustment procedure.

and the

by

gripping

it and

fence (Fig.

type

therefore

of

8)

FENCE LOCATIONS

The

following where each thickness/width

the

type

illustrations fence of cut

of

must according

be to

material.

show

perform

to

4.

CHECKS

4.1

Checking

Crosscut

90° to the

AND

the

Travel

Fence

Mounting

Supplied with your Powershop extension satisfactorily.

The

extension

table

and it

(i)

Two

(ii)

The

ADJUSTMENTS

NOTE:

is

With

the

(18)

so crosscarriage back fence. Then, so

that

table

in

You are now in a line

at 90° to the

(i)

Place a rectangular piece

(ii)

With

Note:

At

the

Left-Hand

to

enable left-hand mitres

piece

attaches

has the

to the

main machine

metal support strips

lower

left-hand surface

extension table

strips

via the

slotted holes using

can now be

tapping screws provided.

TO

ENSURE ACCURACY

In

carrying you may sawblade guard

out

these

find

it

more convenient

but stationary sawblade to

catch

yourself

mitre latch

that

the

sawblade

cut. Release

so

that

by

turning

the

sawblade almost touches

front

of the

position

on the

(19)

engaged, lock

is

the rip

lock

the

sawblade

the

elevating handle, lower

wooden fence.

to

fence. Proceed

fence

alongside top of it as the

fence

the

lower left-hand part

raised

(or you may completely) pull the

fence protruding furthest leading

square If

it is not

or

the

shown

and the

blade

in

Fig. 9 with

other alongside

find

the saw

and

check that

to the

trailing edge

as you

pull

the saw

running square,

fence.

this stage, blade itself This

will

do not

is not

be

parallel with

adjusted next.

worry

merely checking that across

the

table

is at 90° to the

Table

same depth

are

of the

checks

remember that even

is

Extension

is a

left-hand

to be

as the

each

first

main worktable.

fixed the

and

to

sharp

so

take care

table

carried

out

main

as

follows:

secured

to the

support

bolts/self-

adjustments

remove

the

a

not

teeth.

the

clamp handle

positioned

(7) and

is

for a

push

just

straight

the saw

in

front

0°

of the

the arm

the

check that

as

follows:-

of

board

and lay a

one

of the

it

easier

to

surface

the

in

square

side

the

blade guard

remove

of the

blade will

front

of the

flat

blade,

the

on

against

guard

carriage forward away from

the

tooth

left

(it

will

be

of the

blade) stays parallel

blade past

on the

blade

either

the

on the

square.

the arm is not at 90° to the

if the

face

the

of the

square.

We are now

the

line

of the

blade

fence.

fixed

cut a

to

Fig.

8

9

Fig.

10

To

Adjust

(i)

With

slacken

(ii)

Loosen

shown

(ill)

Release

the

arm

required, loosen either needs

the

right

If

the move left

and flanges a little latch blade overtighten will

be too

(iv)

Once

retighten

Fig.

(v)

Adjust

registers

the

Crosscut

the

mitre latch engaged

the

mitre clamp.

the

lock nuts

in

Fig.

10.

the

mitre latch

needs

to

side

to go to the

of the arm and

opposite

to the

tighten

and

relative

satisfied

the

and

of the arm

is the

right, loosen

the

at a

clamp

and

to the

the

adjusting flanges

stiff

to

operate

that

lock nuts

10).

the

pointer

0° in

this

Travel

on

each

and

move

to

give

tighten

(Fig.

left,

loosen

tighten

case,

the flange time

the

on the

position.

on the

and

check

fence

with a square.

easily.

crosscut travel

on

each side

mitre scale

in the 0°

side

of the

depending

the

11)

and the arm

re-engage

the

true

adjusting

if the

front

the

adusting

the

flange

adjusting

right.

crosscut travel

or the

of the arm (as in

so

position.

arm.

on

which

90°

crosscut

flanges

of the arm

flange

on the

needs flange Adjust

the

mitre

Do not

mitre

is

accurate,

that

it

on the the

latch

as

way

on

left.

to

of the

Fig.

11

4.2. Checking Saw

Blade

to

the Arm

is Tracks.

the

Parallel

This check position, run

"dog fashion" (Fig. adjusted set of the would being

To

Check

(i)

Place a square

To

Adjust

The

illustration yoke with yoke to

the

(i)

Firstly,

(ii)

Then,

(iii)

Having adjusted

(iv)

Now

is to

the

blade

in

this way.

blade (distance across

also tend

cut.

with

the crosscut lock) parallel is

assembly.

yoke

movement nut

locating slide release

(J) until therefore all

in carriage surface

clamp is the carriage the

If

the

accurate

sawblade just

position

check that

to the

necessary.

(Fig.

(17)

is

by the

grasp yoke

(H)

which increases

if the

the

(Fig.

13/13a)

the

blade

also parallel

nuts.

this

way,

forward.

of the

release

and

facing

the

slide

bar and the

backwards until

fence.

blade

fence,

parallel

ensure that,

runs true across

it

to

cause scorch marks

against

the

square.

13)

The

precise alignment

made

locking nuts (J).

left

or

bar (K) and

blade yoke

clamp

and

is in

the

release

table

the rip

then rotate

fence

is

completely flat, across

this

will

in the

12).

If the

blade

will produce

the

fence

in

(lock

shows

possible

right,

is

Raise

confirm

rip

front

it in

left

in

still

fact parallel

blade parallel

the rip

by

locating

and

yoke clamp. Then push

cutting.

that position

hand face

If it is not

the

by

both hands

if

there

the

nylon

not

parallel

(10)

turn

yoke slightly

to the arm

lock

the saw

turning

the

yoke

lock

the

that

straight

the

a cut

the

of the

components

collar

is

friction between

and

the

slide

it

into

blade

the saw

90°

table

is

tips

on the

as in

of the

parallel,

of

and

movement tighten

block

loosen

to the

tracks. Then

to the arm

and

blade just above

elevating handle.

bar and the

90° so

that

is

cross-

and

incorrectly

wider than

of the

teeth).

timber

Fig. 9 and,

fence

with

blade

adjustment

of the rollerhead (I)

which

check

(L).

to the

square.

the

to

left

square

pull

the saw

that

position

resting against

its

face against

will

cut

does

not

the

It

in the 90°

the rip

is

(8)

is

fixed

it for

the rip

lock nuts

or

right

and

tighten

tracks

the

yoke

the

blade

with

the saw

perform

Fig.

12

13

133

4.3

Checking Blade to

Fig.

is

Table

14

the

Perpendicular

If

by any the and

blade parallel

For

accurate woodworking,

sawblade cuts a precise

chance

fence then return

repeat

the

above adjustment procedure (making

to arm

90°

blade

does

it to the 0°

tracks).

it is

vertical

not lie cross-cut position

also necessary that

line

flat against

when

intended

the

to

do so.

To

Check

With

the arm in the latches/Clamp handles engaged, place a steel square with one

edge and the (make sure blade then completely flat against also

To

(i)

Remove bevel pointer disc

(iv)

(v)

Replace

on the

other edge against

the

and

rests against

not at

right angles (90°)

Adjust

screws Tilt

the Firmly

NOTE:It

(B) in

Loosen

the

motor

square.

retighten

screw you do so, be before replacing

cross-cut position

worktable parallel

square passes between

Fig.

the two

left

may be

(M)

the

bevel pointer disc.

the

left

the

inner face).

the

square,

to the

15

outside

or

right

the

alien

necessary

slightly before

(A) by

and

re-engage

alien

until screw(s)

to

sure

to

the

bevel pointer disc.

secure

and all

to the

fence (Fig.

face

of the

the If the it

follows

worktable.

removing

the

screws

the

blade

L.

loosen

the

motor

it

sawblade

teeth

blade

bevel

(Fig.

16).

is

the

centre

will

again

14)

of the

is not

that

the two

latch.

flat

against

alien

tilt.

firmly

it is

If

Fig.

15

16

4.4

Adjusting

Roller

Head

to Arm

10

Bearings

Tracks.

In

most cases necessary Radial

However,

the

adjustment

tracks The

(Fig. shafts

to

Arm

Saw.

in

time

which

roller head

17).

Two of

(Q) and the

(R).

If

there

is arm proceed

(i)

Pull

(ii) Remove

lateral movement between

tracks, (and

as

follows:

the

tracks

and

assembly With

the rip

with

an

18).

Having slackened this screw, also loosen

13mm

lock

Then

release

the

access hole

rotate

the sufficiently that

all 3

moved backwards

find

it

difficult you

may

so

that

tracks.

Once satisfied that retighten alien screw

NOTE:

The top and bearings over

their

should move freely

the

above adjustments will

enable accurate

it is

possible that play might develop

of the

will

yoke assembly forward

the rip

alien

bearings rotate

find

you can see the 3

the

should

roller

cause inaccuracy.

is

suspended

these

are

third

you

will

lock

it in scale

by

withdrawing

scale pointer removed,

key to the

nut (J)

the rip

in the

eccentric bearing

in

contact with

to

feel when

it

easier

13mm

and

replace

be in

entire length

sawing

head

bearings

by

three special bearings

mounted

is

mounted

be

able

to

position with

pointer

the two

locking

immediately beneath

lock

and

underside

(R)

the arm

as the

and

forwards along

the

if you

remove

bearings rotating

the

lock

nut and

the

ripscale pointer.

bottom edges

contact

and the

but

without side-play.

be all

that

with

your

DeWalt

to the arm

on

straight bearing

on an

eccentric shaft

the

bearings

feel

it, if

to the end of the arm

the rip

on the

right

Phillips screws.

you

screw

as

with

an

alien

of the

slightly until

track

yoke assembly

adjustment

the Arm

adjustment

then

the

of all

with

the arm

roller

head assembly

and the

there

is)

lock.

of the

have access

shown. (Fig.

the

it.

(Fig. 19).

key via

yoke (Fig.

it is

to

ensure

the

arm.

is

correct,

end-cap

in the

is

correct,

horizontal

three

tracks

are

in

yoke

20)

is If you

Fig.

17

18

19

20

Note:

From

time

build-up

of bearings - especially accuracy

and

necessary

follows:

(i)

Remove

(ii)

The

the

the arm

yoke assembly will

arm.

With a clean, their

entire length

(Fig.

21).

With a vacuum cleaner on the 3 can be

(v)

Remount

replace screws

bearings

used

the

the arm end

are

to

time,

you may

dust

in the arm

after

ease

clear

of

this

to

end-cap.

dry

cloth wipe

to

remove

and

of the

if

necessary

yoke assembly

cap, making sure

tightly

secured.

find

that

tracks

or on the

ripping.

operation,

dust.

then

the arm

all

cloth,

it

This

can be

come

out at the end of

tracks

dust

and

clean

yoke assembly.

to

remove

compacted

in the arm

there

To

maintain

will

grease

off all

White

tracks

all

is a

be

done

along

dust

spirit

dust.

and

retaining

as

4.5

Adjusting Base

to

Column

CAUTION: Never attempt

these bearings

to

lubricate

or the arm

cause premature wear

The

following adjustment

will

also normally

unnecessary unless your Powershop

frequently

If.

after,

cut

position side, arm following adjustment

(i)

Loosen

(ii)

Turn

from site

the

mitre latch

and the

or

up-and-down,

caused

by the

the

alien

screws

rear)

and

an

alien key.

the

down.

If

adjust

by

the

correct

to

site.

is

engaged

mitre clamp

movement

column moving

is

necessary:

lock nuts

on the

(U in

left

then slacken

elevating handle

base

is

seen

to be

unscrewing

fit has

the two

been achieved. Avoid binding

in the 0°

is

secured, there

at the

in its

Fig.

of the

the

inner brass screws with

to

move

slack around

nuts W (Fig. 22a) until

overtightening.

If

the

base

is too

unscrewing nuts

tight around

(X) and

the

tightening nuts

correct fit.

(iii)

Retighten

back them

CAUTION:

of the

in

position.

After

again

to

the

brass screws against

column

carrying

the

and set the

out

this adjustment, check

straight cross-cut travel

fence

- and

adjust

the tracks,

and

inaccuracy.

surface

as

of

this

be

has

been moved

straight cross-

is

front

end of the

base,

22) on the 2

still

the

brass

base (looking from

the

column

the

up and

column,

column, adjust

(W) for

the key on the

lock nuts

to

hold

is at 90°

if

necessary.

can

the

by

Fig.

22

Fig.

22a

5. THE

5.1

Mounting

SAWBLADE

Blade Guard

the

GUARD

See

instruction

3.

(iv)

5.2

Adjusting

Blade Guard

the

— For Rip

(i)

Loosen

(ii)

Loosen

Important:

—

For

Neither needed adjusted

Cuts:

knife bracket (C) machine's worktable.

from

loosening

within

lower bottom timber (i.e. when (L) the blade). into should

the 2

is

approximately

the

of the

are

positioned

wood before

Once

contact

be at the

It is

kickback fingers they throw

Note that kickback fingers onto be be

It

is correct position when timber

Cross-Cutting:

the

riving knife

for

cross -cuts,

up out of the

knobs

(B)

blade must

the

screws

bracket

knob

bracket

bracket just

the

with

essential

prevent

the

loosened

angled

also important

binding

(H)

down until

10mm

(G) and

slots).

(Q) on the

(D)

the

tips

at

about 1/8"

you

start

anti-kickback fingers

the

surface

angle indicated.

for

the

timber back towards

the

alien

to

for

bevel-ripping.

nor the

so

way.

(Fig.

23) and

the tip of the

(%")

The

distance

be

between

sliding

back

until

the

central spring

touches

of all

anti-kickback

below

to

feed of the

safe rip-cutting that are

correctly positioned

tendency

screw mounting

allow

on the

make sure that they

its

the

to use the

ripping

blade.

anti-kickback fingers

slide

from

the

of the

1-3mm.

the

knife

of the

guard

the

surface

the

timber

have

timber,

of the

support bracket

kickback fingers

blade

the

riving knife

to

the

riving

surface

riving

(adjust

left

on the fingers

surface

into

come

they

the

to

operator.

the

prevent

are

both

knife

of

the

knife

by

or

right

and of the

of

the

anti-

•

anti-

can

to

in its

the

are

";

5.3

Removing

Blade

5.4

Guard

Removing

Sawblade

12

the

Follow

the

mounting procedure

The

arbor

turn (i)

Fit the

(ii)

Fit the

(iii)

Holding

(iv)

Hold

nut has a

it

clockwise

large alien

the

motorshaft

(Note

that

rather

should always

motor).

as

near

large nut

will loosen.

Remove noting

you

If

the nut is

following method:

Lock rip

lock.

Fit

the

Position a striking block with

clockwise until block

CAUTION:

HAND

AND

MEANS

the

than being hexagonal across

large open-ended spanner onto

parallel the

spanner clockwise with

the

order

remount

the

roller

large spanner

the

spanner

some

force, turning

and the nut

TAKE CARE

ON THE

NEVER

OF

(3.(iv))

left-hand thread,

to

remove

to

brass

be

alien

blade

the

difficult

head

the end of the

EXPOSED TEETH

TRY TO JAM THE

HOLDING

it

from

key

supplied into

hold

the

shaft steady.

arbor

nut has an

mounted with this inner ring facing

to the

alien

key

firmly with

and all

of

assembly

blade.

on the

loosens.

to

loosen

in

position

to the

of

the

NOT TO

THE

flanges

nut, while

in

reverse order.

so it is

the

motor

the

its

key as

arbor

wood

blade/motor shaft anti-

SHAFT STATIONARY

possible.

one

hand,

the

other hand

on the

and

positioning

in

this way,

on the arm

nut

as

shown

at the

spanner strikes

CATCH

OF THE

MOTOR

necessary shaft.

front

inner

circular

full width

the

arbor

turn

motor shaft

use the

with

only.

in

same time,

YOUR

BLADE

FAN AS A

to

end of

ring

- the nut the

nut

the

and the

for

when

the

Fig.

24.

the

Rotate

spanner

anti-clockwise

Fig.

24

6.

MAKING A TRIAL

6.1

Wiring

up to the

Mains

CUT

Having

now

Note:

completed

time

to

If,

when

saw

carriage would pieces arm

tracks assembly. tracks

the

above adjustment

make a straight cross-cut

you

were

setting

travel

was not as

expect,

of

that

probably

polystyrene

or to the 3

packing

bearings

With a clean,

and the

bearings

Single-Phase 240v Models

Connect a standard

to

the

cable attached

illustration. Make sure that outer sheath the

plug.

Plug

in and

of the

switch

13

amp

to the

rubber-covered

machine

the

cable

cable securely before fixing

on at the

mains socket.

in a

up

your

smooth

means there

stuck

dry

cloth

to

eliminate

as

clamp

procedure,

piece

machine,

as you

either

on the

wipe

yoke

both

this.

earthed

shown

is

holding

in the

the cap to

it is

of

timber.

the

are

to the

the

. ;-•

plug

the

6.2

Making

the Cut

Three-Phase

415v

Models

Three-phase machines should mains

by a

suitably qualified electrician.

(i)

With

(ii)

Release

the handle straight

so

that

mitre

so

that

0°

cross- cut.

the rip

the

sawblade

lock

the

sawblade

lock

engaged,

and

is

correct position depending

(See

Fig. 25).

(iii)

Now,

(iv)

Gripping

by

turning

so

that

the

table. Place

of

the

of

the

sawblade almost touches

fence.

the

switch handle, press

push- button switch

the

elevating handle, lower

the

piece

same hand.

(v)

Once

the

sawblade

has (after a short speed build-up rotate

the

cut a

elevating handle

shallow groove

or

table.

(vi)

Now

pull

cuts a vertical slot

the

piece

to

the

(vii)

Now

switch

side

of the

With

a set

timber

further adjustment

the saw

of

column.

square check that

is a

timber,

off the

switch.

true

90° in

blade

in the

and

machine

each plane.

is

necessary

appropriate instruction.

Note:

The

3

very

useful

(1)

It

"locks

to

be

maintained — useful when ripping (obviously)

but

also advantageous

(2)

There

removing power from

control

switch

on

your

feautures:

on" so

that thumb pressure does

for

is

motor overload protection built into

the

overheating.

(3)

It has a

of actuated before

"no-volt release"

power

the

switch

the

has to be

motor

be

wired directly into

lock

the arm

is

positioned

push

behind

on the

the saw

the

carriage back

fence

material thickness

the

of

timber against

the

with

reached

of 2 or 3

to

allow

kerf

in the

slowly towards

wooden fence

then

push

by

the cut in

right-hand side

the

thumb

maximum speed

seconds)

the

blade

surface

you so

and

the

carriage

pressing

your piece

If it is

and

refer

Powershop

incorporates

left-hand operators.

motor

in the

event

so

that

if

there

deliberately

will

run.

clamp

for a

in its

the arm

surface

the

of the

to

of the

that

through

the

left-hand

not, then

back

to the

not

need

it

of it

is a

removal

re-

the

of

front

just

it

back

of

FENCE

LOCATIONS

The

following

where

the

45

Mitre

45

Mitre

-R Hi

LHai

type

ut

25

fence must

of cut

each thickness/width

Fig.

illustrations

be to

according

of

material.

show

perform

to

V--

25*Tv-

: .

THICK

~

13

7.

SCALE

ADJUSTMENTS

7.1 Rip

Scale

The rip When column, that

material must

When

operator, material

The adjustable

1.

2.

3.

4.

5.

Note:

scale

is

located

the

motor

is

positioned with

is

called

be fed

the

motor

that

is

must

be fed

pointer

Place a board

the

Position

towards assembly along

forward

Loosen

move lines scale. Tighten

Now

rip" position without moving

The

position position

for

indicating

as

follows:

fence

in its

the

edge the two

the

pointer until

up

with

remove

"in-rip" pointer should

on the of the

the

fence when "in-ripping".

It is

generally good practice

cut

with a tape rather than relying solely scale, although complete differing first

widths (i.e. +5mm

cutting

the

through

is

positioned with

called

the

from

the

of

known

"rip" position (See Fig. 25).

motor

in its

front

of the

the arm

of the

material.

screws

the

known width

the two

the

board

upper

blade here indicates

the

confidence

width).

on the

scale

right side

the

"in-rip"

left

ripping width

machine)

on the

the

screws.

and

scale

position

the

blade from right

"out-rip" position

width "out-rip" position

until

when

the

to

right.

(say

and

the

blade just

pointer assembly

edge

of the

place

the

yoke assembly.

now

line

(adjust

to

can be

making

or

-7mm relative

of the

radial arm.

blade facing

and

your

blade facing

and the

on the

about

board

up

if

necessary).

the

check

used with

scale 24cm) (blade

move

the

touches

"out-rip"

on the

motor

in its

with

the

ideal

location

the

on the

several

width

the

to

left.

the

is

against

yoke

and

pointer

lower

"in-

zero

The

of

cuts

at

to the

the

7.2

7.3

Bevel

Mitre

Scale

The

bevel scale beneath for a vertical cut, scale. disc,

then retighten

The the can be been correctly positioned cross-cut. right. provide accurate

the

To

adjust, loosen

and

move

mitre scale

elevating

adjusted

The

mitre latch engages with machined locations

is

located

switch handle. When

the

pointer

the

disc

the

screws.

is

located

handle.

The

On top of the arm is a

to

align with

scale

is

then marked

45°—0°—45°

on the

the

until

on the top of the arm

and

front

of the

the

blade

should

screws retaining

the

be at

pointer points

'0'when

clamped

for a

0°-50°

positioning.

zero

motor'

is

positioned

on the

the

pointer

to

'0'

and

beneath

pointer

the arm has

to

straight

left

and

which

to

14

8.

CLAMP HANDLE ADJUSTMENTS

(i)

The

(ii)

(iii)

(a) (b)

(c)

(d)

Having removed

(e)

Mitre

Clamp

adjusted the the the nut on the

surrounding

half a turn when

elevating

The

same to do so

The

involved.

If

you

movement adjust

Remove Remove

tracks.

While

downwards with a screwdriver so

turn large underneath moves

lever, within the

NOTE:

arm, take

the arm

Replace

if its elvating handle. clamp handle

it is

Bevel

way as in (i)

adjustment

find

as

levering

that

the

screwdriver

check that

the

yoke assembly

While

secure position means

other

casting.

and

pull

again

handle.

Clamp

with

the

that

the

to

satisfactorily

follows:

the arm

the

complete yoke assembly

the

it

will

pass over

central bolt

movement

the

opportunity

tracks with a clean

the arm

handle

and

retightened

motor

of the

end-cap.

so

the

yoke assembly

end-cap.

(18)

may

need

it

In

such a case,

push

it

end

You can

the

clamp handle back

handle (12)

above

yoke clamp

Yoke Clamp

spring steel locking flange

in the top of the

that

on one

small screwdriver used

clamp does lock satisfactorily

arc

to the

into

protrudes from

then tighten

it

does

may be

but you may

in its

vertical position.

has

clamp

(as

the lug on the

the

locking flange

segment past

available

armtracks.

is

to

clean

dry

cloth.

hinders

simply

the

casting

not

obstruct

adjusted

find

is a

little

insufficient

the

yoke securely,

from

shown

yoke casting,

yoke with

and

then return

removed

the

bearings

to be

slacken

so

its

up the nut

out so

it

easier

more

the arm

in

Fig.

the

lug.

as a

from

use of

that

the

in

the.

26)

a

the

and

Fig.

26

9.

HINTS

ON

GENERAL CARE

1.

Keep

2.

When

3.

Keep

4.

From time

5.

Never attempt

6.

When carrying your Powershop resist

OF

the

machine build-up machine could

sure before

amount be

dry particulary clean may remove

tracks.

remove If

you be cap

bearings

premature

to frame instead. twisting your

of

dust

in the

be

changing

that

the

securing.

the

worktable clear

of

cut

could cause inaccuracy.

cloth

to

the arm

find

it

the

White

compacted dust.

remove

sure

to

securely.

or the arm

lift

it by

it and

machine.

or

blade

dust between to

time wipe

eliminate dust build-up which

after

a lot of rip

tracks

easier

yoke assembly completely from

spirit

the

tighten

to

lubricate

wear

and

gripping

If you

therefore

YOUR POWERSHOP

clean

for

efficient operation.

immediate vicinity

hazardous

remounting

and

and the 3

to

detach

can be

yoke assembly, when replacing

the

retaining screws

tracks,

inaccuracy.

the

worktable — grip

lift

and

lead

to

the

sawblade, make

adjacent flanges

of

sawdust. Just a small

the

fence

and the

the arm

it by the reducing

tracks with a clean,

cutting

the arm end cap and

used

the

as

or

sanding.

yoke bearings,

if

necessary

in the arm end

surface

this

of

can

cause

the

worktable

the

accuracy

the

A

of the

inaccuracy.

are

clean

material

can

ensue

To you

the

to

these

temptation

base

you

risk of

to

it

15

10.

The

numbers

10.1

Arm

10.2

Blade

THE

VARIOUS

in

bracki

Rotation

Height

OPERATING

refer

to

those

in the

''Controls"

The

radial

arm

Release

(19).

Then swing

angle. Then lock The

calibrated mitre scale

handle

and

'0'

straight cross-cut position.

The

mitre latch 0° and 45° clamp handle also other,

position.

The

Radial Arm, raised

or

top

of the

moves

the

rotates

the

mitre clamp handle (18)

indicates

(15)

positions

lowered

column. Each complete rotation

blade

ADJUSTMENTS

illustrations

to

right

or

left

for

the arm (2)

the

clamp

the

angle

is

only used

but

adopt

to

secure

and

hence also

by

turning

up or

down

right

handle(18).

(1)

is

the arm in

the

by

and the

or

left

just below

of the arm

to

locate

the

habit

the Saw

elevating about 3mm.

OF

BASIC

on

page

mitre cuts.

mitre latch

to the

required

the

elevating

relative the arm in the

of

using

this,

as

blade,

handle

of the

2

to the

the

well

as any

can be

(6)

handle

MACHINE

mitre

10.3 Yoke Rotation

10.4

Blade

11.

MAKING

11.1

Cross

(Fig.

27)

Assembly

Tilting

THE

Cut

Changing from cross-cut seconds.

Release then automatically always secure

Turn the Tilt clamp released, popular

BASIC

(iii)

(v)

the rip

swing

the

table. Release bevel clamp (12)

the

motor

0°. 45° and 90°

slide

the

at the

elevating handle

to the

bar (4) and the

yoke

to

four

the

yoke clamp also

desired

the

latch will automatically locate

CUTS

Set

the

radial

registered elevating tighten

Turn

the position the

thickness

To

cut

right through necessary table top. on

the

motor before table surface when lowering continues. Switch

Place

material

the

fence, keeping your thumb

from

the

Switch fence

and

will

find that assembly forward - rather speed

of

tend

to

After

completing

return

the

fence.

arm at

as 0° on the

handle.

the arm

behind

path

on

jam.

clamp handle.

elevating handle

the

of the

to cut a

If

such a groove

so

on

the

motor

and

across

you do not

travel

in the cut

sawblade

to the rip

right

or

90°

to

angle

angle positions.

right angles

Lock

the

fence

material being

the

shallow groove

the

that

it

will

worktable

sawblade will take.

draw

the

material

the

cut, switch

to its

position takes

yoke clamp (10)

left.

The

positions,

to

raise

the

sawblade

and

on the

mitre

lower

is not cut

into

and

the

sawblade to

to

will need

to the

latch

correct

to be already

off the

hold

make

pull

off and

mitre scale beneath

to

in its

material

blade actually

need

you

otherwise

rest position

only

well

scale.

in the

the

into

it is

also

slightly

against

well

cut.

limit

will

the

and

to

above

(1'

With

and

for

25)

in the

switch the

away

the

You the

yoke locks

but

remember

maximise accuracy.

bevel

latch

bevel

fence.

in

position

the

blade

position

cut

(See Fig. sawn

or

kerf

there,

touches

the

table

motor.

firmly

fingers

through

the

motor

to

the

blade

carefully

behind

Fig.

27

16

11.2 (Fig.

11.3

(Fig.

Mitre

28)

Bevel

30)

Cut

Release Swing

mitre scale.

The the

mitre intermediate angles, lock clamp handle only.

The

the

Proceed crosscutting. Remember that slightly material different

When cutting a left-hand mitre (Fig. 29),

(v)

probably require a different

needed when cutting angle. moveable table strips into position behind hand table extension.

Set Rotate

above Release

Tilt

bevel scale. The

0°, handle required, motor rigidly

Place

thickness Then, with

carefully

it

just cuts into

be

the arm

the arm to the

mitre

latch

0°

straight cross-cut position

positions, together with

fence should

thickness

to

into

and

slot

You

arm as for 0°

the

elevating handle

the

surface

the

motor

bevel latch enables

45° and 90°

as a

the

fence of

the

lower

drawn through

clamp

required angle shown

should

of the

make

the

table surface each cut in the

will also need

bevel

in the

secondary lock.

bevel

in

position.

material (See Fig. 25).

sawblade still behind

the the

be

placed

material (See Fig. 25).

the cut in the

mitre angle

fence.

the

cross cut.

of the clamp

yoke

positions,

clamp

in

position depending

blade table surface.

the

fence

handle

used

the

the arm in

in

you to cut

fence position from that corresponding right-hand to

slide

to

table.

handle

to the

you to

but use the

If any

on its own

with

the

and

and the

to

position

same

cut

raise

and the

required

accurately locate

into

mitre

latch.

on the

locate

and at the 45°

clamp

will need

will require

the

motor running until The

the arm at

handle.

position

way as for

right through

fence

the

other angle

will hold

on the

the

blade

the

with

depending

to cut

you

will

and

the

blade well

bevel latch. angle

bevel clamp

fence,

can

material.

At

arm

your

a

left-

on the

the

is

the

then

on

Fig.

28

29

30

11.4 Ripping (Fig.

31)

Set

the arm as for

Pull

the

yoke assembly

Release clamp.

Revolve wide narrower accordingly (Note: Photo actually shows machine bevel-ripping).

Make sure

(v)

appropriate once

Position

desired width

right position

Now, section 5.2. Then turn dust

Then, following

(viii)

arm, switch firmly quickly

When

IX

machine

the rip

the

panels (Fig.

cuts (Fig. 32), positioning

the

yoke slot

again

to

the

side

of the

with

adjust

is not

thrown into your face.

against

into

the

you

have finished

by

cross cut.

out to the end of the

locating slide

motor

90° to the

31)

or 90° to the

slide

bar

lock

yoke assembly along

of rip

the rip

the

on the

the

pressing

and the

the

cut. using

arm,

and

lock.

sawblade guard

the

instruction label

machine and, with

fence,

revolving

the

bar and the

right

locates positively

yoke

clamp

in

position.

the rip

lock

the

dust ejection spout

feed

it

evenly

saw

blade.

the

cut, switch

main switch again.

for

left

the

is

the arm for the

scale

yoke assembly

as

described

on the top of the

arm.

yoke

out- ripping

for

in-ripping

fence

in the

tightened

on the

in

so

the

material

and not too

off the

on

in

that

Fig.

31

32

17

IMPORTANT:

1. Use a

2.

Before switching

3.

After

notched "push-stick" (Fig. and see wood through down keeping from

ripping, anti-kickback positioned

completed, has the clean,

11.

drawing

at the

your

the

blade.

make sure

the

ripping operation

collected

yoke assembly's bearings

follow

in

Fig.

the

same time, thereby

hands

on the

fingers

for

safe

you may

in the arm

the

instructions

41) to

blade

and

at a

safe distance

motor

the

riving

are

correctly

operation.

find that sawdust

tracks

hold

knife

has

on

33

feed

it

for

been

and on

- to page

the

and

Fig.

33

11.5 Bevel (Fig.

32)

11.6

Compound

(Fig.

35)

11.7

Coving/

Hollowing

Ripping

Mitre

(Fig.

36)

(i)

Set the

above,

(ii)

Then

described

(iii)

Using

arm for the

(iv)

Angle

flat

riving

(v)

Then

The

compound

mitre cut. (i) Set the (ii)

Release

(iii) Swing

relock

(iv) • Draw

Note:

You may

By

tilting

can

produce sawing systems. being cut. Having tilted

yoke

beneath

ripping.

variety

The

optional

examples utilised.

machine

rotate

the

yoke assembly into

for

ripping

on the

fence

the

By

of

widths

of how

the rip

the

knife.

proceed

the arm the arm

the saw

changing

lock

correct

anti-kickback fingers

material

with

mitre

cut is a

machine

the arm

into clamp handle.

across

find

to

motor with

many shapes

it

hold

it

In

Fig.

the

arm,

the

and

pitches

Powershop Handbook gives further

this feature

in the

bevel cross-cut position

so

ripping.

and the

clamp

rotated

is fed

machine

the rip

that they

34) and

of a

as for

the

in the

with

through

can be

above.

locate

the

yoke assembly

ripping being

the cut as for

in the clamp handle

the

advisable firmly while cutting.

the

36, a

the

angle combinations,

width.

cut

(Fig.

combination

bevel position.

required mitre position then

the

material

to

blade

rotating

not

possible

shallow concave

blade

and

material

of

channel

of

your

as

position

on the

will

be

lower

the

bevel

and a

mitre

latch.

mitre cuts.

material

conventional

profile

the

an

work,

motor as for

infinite

made.

can be

to the

you

is

as

Fig.

35

11.8 (Fig.

18

Dishing

37)

By

releasing

latch

with rotating shallow hollow to

the position before tilting procedure

It

is

end of the

flexing

its

mounting.

an

blade

table.

and the

until

necessary

motor while cutting progresses

and

pressure being

the

bevel clamp

appropriately

can

then

in the

surface

The

blade

elevating handle wound down

the

rotating blade again

the

required depth

to

hold both

and

shaped piece

be

tilted

through

of a

is

then returned

the

blade guard

placed

disengaging

piece

and

has

on the

the

of

wood,

an arc to cut a

of

wood

to the 0°

repeating this

been reached.

to

blade guard

bevel

the

clamped upright

half a turn

and the

avoid undue

other

and

Fig.

36

37

11.9

Circle

(Fig.

38)

12.

OPERATION

Cutting

ACCESSORIES

Although a circular to

make straight straightforward standard

Cramp a false table as

thick woodscrew chosen underside formed, of proposed arm by on the pin in a each waste

OF THE

Even sawblade, any

The

dimension

your

as the

aid,

and

the

wood,

half a turn. Then using both hands rotate

revolution

is cut

MACHINE WITH OPTIONAL ATTACHMENTS

in its

other type

range

Powershop into a complete workshop.

saw is

cuts,

on

circular

as a pin and

of the

circular

standard form with

the

of to

your radial

saw

table

and

then

wood, from

then

fit to the

and

lock

cut.

clockwise direction against

lower

away,

and the

Powershop

of

sawing system.

optional attachments, however, your woodworking potential. They

normally thought

cutting blade.

to the

main one,

itself

in

place

screw this part

saw the

which

pin.

the

carriage

Hold

the

the arm by

circular piece

is

already more versatile than

perfect circles arm saw

of the

head off. Make a hole

the

Lower

at a

wood firmly

half a turn

the

basic general purpose

of as

only able

is

also quite

using only

or

substitute a strip

fence.

way

circle

the

tangent

Use a

into

the

is to be

blade just clear

to the

and

lower

the

blade.

until

all the

is

formed.

add a

will

the

in the

wood

After

further

turn

the

Fig.

38

AND

12.1

Shaping/

Moulding

You

will

find

the

optional

advantageous, particularly when cutting hardwoods

man-made

'sharpening

blades.

Note:

Adding decorative DeWalt Shaping Head used and

groove joints.

illustrated The

DeWalt Shaping/Moulding Head

motor arbor (i)

Remove (ii) Mount (iii)

Now put the

(iv)

Fit the

materials.

and

have a much longer

Never

for

flanges Shaping Head) onto the

into position with special

Block the Block

use

blades larger than 250mm diameter

an

imperial

and is

therefore

Before

mounting accessories, mains

power supply.

that

professional

edge

is

cutting

recessed centre facing outwards

same extent beyond

round grooves

in the

list

as

follows:

the saw

and saw

the

special back flange(s) (supplied with

Shaping Head

box

spanner (Fig. 40).

required pair

carefully setting them itself.

TCT saw

TCT

blades require less frequent

10"

blade

too

large.

or

disconnect your Powershop from

quick

The

at the

changing

finish and

attachment range

back

blade guard, arbor

blade.

the

special clamping

of

blades prove

life

than ordinary steel

measures 254mm diameter

any

attachments

to

your work with a clean

easy with

and for

of

cutter profiles available

of

motor arbor.

on the

shaping knives

the

39).

drawer,

is

mounted

nut,

motor

optional

It can

and

blade

shaft

and

then lock

nut, in the

of the

(Fig.

this booklet.

so

they both protrude

outside edge

on the

using

and

also

tongue

the

with

Head

—

or

the

be

is

the

or to

it

Fig.

39

40

19

(v)

Now,

(vi)

Before operating

tilt

the

scale

so

that

the

special Shaping Head position depending intend

to use

Position the the

the amount fence.

table will depend the

position

Shaping Head needs obstructed options:

motor

to its 90°

the

Shaping

the

machine

on the

(Fig. 39).

yoke assembly

of

knife profile required

The

height

of the

the

moulding

on the

height

to be in a

by the

fence,

you

position

Head

you

guard

depth

on the

is

horizontal. should

and

adjust

of

knife

on the arm so

extends

Shaping

is to

of

your

trace

Head

on it. If the

position

have

the

bevel

now

its

profile

that only

in

above

material

otherwise

following

mount

you

front

of

the

and

two

Fig.

42

EITHER

OR

A. Cut

B.

away a section

to

provide sufficient space

and

guard

to

Position

thickness

two

as the

fence position,

"Note:-

If you

you new

(viii)

Having locked

arm

with

it

just clears

evenly

moulding

choose option

replace

fence

for

the

the rip

the

along

the

block.

the

modified fence with a complete

normal sawing operations.

yoke assembly into position

lock

and

material, feed

fence from

cutters. Maintain positive pressure.

IMPORTANT:Use a piece

pusher (Fig. hand keeps a safe distance from knives.

(viii)

An

infinite variety Shaping Head presented

to the

NOTE:Figs.

Quality Shaping the

more intense, larger

of

profiles

by

varying

wood (Fig. 42).

39/40

feature

Head

shaping/rebating applications. available,

however, a general-duty head (Fig. 43), which for

slow-feed,

a

similarly wide range

fine-finish

of the

existing

for the

protrude through it*.

pieces

of

timber

(of the

fence provided)

one on

A, it is

positioned

of

41) to

the

either side

recommended that

the

guard

the

material firmly

the

right into

the

waste wood

make sure your

can be cut

height

DeWalt

which

using

of the

Premium

is

designed

profile

There

shaping

is

perfectly satisfactory

applications

of

compatible

fence

block

same

in the

of the

on the

so

shaper

as a

the

cutter

for

is

also

and has

cutters.

that

and

Fig.

PUSHER

SPRING

41

43

12.2 Rebating

Fig.

45

20

(i)

With

(ii)

If

the

straight-edged knives Shaping/Moulding rebating,

wider rebates

should

in the

same

are

be

fitted (see separate instructions) guard used should Head.

The

way, Note

in

ensuring

operation,

is the

same

the use of

the

as

home-made wooden springs

timber

Head

can

way as

required, then a Dado Head

be

that intended

using

with

the

is

held firmly against

while cutting progresses (see Fig.

(iii)

Again

the

motor

can be

tilted

cutting.

(iv)

If the

joint,

rebating

then

the

is

necessary

Dado Head

for a

can be cross-cut position with repeated passes across

the

material until

has

been obtained (Fig. 45).

the

mounted, also described

be

the

used

above.

for

narrow

but the

for the

Dado

Head

Shaping

in

this

Shaping Head (Fig. 44).

to

help

the

fence

41).

for

bevelled mortice

used

required

in the

of the

width

rebate

and

tenon normal

of

rebate

Head

Fig.

44

'

12.3

Ploughing/

Grooving

Flat

grourf«U>acUr>read

V-

Note:

In

this upright position, however,

that

the

Dado

Head

is sawblade guard (with removed)

With

repeated passes,

grooves adequately. When a wider groove

Dado Head cutting rebates one

pass.

Set

at an grooves rebates horizontal).

There your of The resharpenable again Dado-ing. than

Mount (i) (ii)

(iii)

(iv) (v)

(vi)

for

(rip

are two

machine (Fig. 47).

the two but is

premium-quality

the

first.

the

Remove

Mount

with

Mount

the

necessary

the

two

required.

Secure

sawblade arbor

Mount

the

riving

from

Then,

Head into position

It

may be

on

top of the sufficiently of

material.

and

no/the

the

is

more appropriate (Fig. 46).

and

housings, making a wide deep

angle

the

Dado Head

staircases (mitre

position),

types

of

perfectly adequate

Dado

It is

Dado Head

the

narrower

the

cutter

the

within

by

and

therefore correspondingly more expensive

as

the

sawblade

special Dado

standard

knife

rotating

necessary

side

Head

number

sections

Dado

Head

nut

and its

the

guard (Fig. 48).

the

standard

depending

covered

the

Shaping

ordinary

and

optional The

back

for the

position),

mortices

Dado

flat-ground type

Head

again

for

follows:

and its

spacer

towards on the

of

chippers

to

obtain

on the

(left-hand sawblade

support

elevating

depth

to

place a supplementary table

worktable

on the

by the

riving knife assembly

Head guard.

saw

blade

can be

long grooves

or

Head available

for

intermittent use.

has a

longer-life

relatively intensive

related flanges.

on the

the

motor,

shaft, having inserted

or

the

shaft with

thread).

guard, having removed

bracket completely

handle

of cut

to

raise

depth

of

it is

essential

standard

will

often

is

needed

It is

also ideal

used

tenons

is the

motor arbor

shims between

width

the

lower

required.

cut/thickness

to

make

and is

of cut

standard

the

work

a

cut in

(blade

cheaper

Dado

and

for

cut

for

the

Fig.

46

Premium

Fig.

47

ado

Head

12.4 Disc Sanding

Note:

If you are

positions, the

If,

however, the sawing adjusted surface through, illustrated

The

basic machine

produces a clean finishing. difficult used ideal

The (i)

Remove

(ii)

For

shape,

for

sanding cuts

for

large scale flat sanding.

disc sander mounts directly onto

Return

that

both

each

dado-ing

guard direction

the

should

you are

of

and the

down

of the

when

in

Fig.

if

cut

jobs needing a final sanding

the two

the

sawblade guard

the

outer sawblade flange

the

inner

other.

only

anti-kickback

be

adjusted

dado-ing

material

anti-kickback

so

that

material

the

fingers

23.

properly adjusted with a sharp blade that normally requires

optional sander attachments

at any

and

outer flanges

in the

feed

their

until

should

angle.

crosscut

fingers

tips

the

The

and the

on the

up out of the

in the rip

is the

same

fingers

are

wood

adopt

or

disc sander

the

spindle (Fig. 49).

blade

to the

are

or

position,

must

"e"

below

is fed

the

no

further

having

spindle

flat

mitre

back

way.

as for

be

angle

a

can be

is

itself,

so

against

of

the

Fig.

48

49

21

Fig.

50

51

(iii)

Now

using sawblade angle required.

If

the yoke assembly position), table.

If

the material firmly locked

When using

50) you may alongside against

Always disc, material

In

most

However,

sanding

be

mounted

disc When removing

necessary alien

screw

the

Disc Sander onto

same angle adjustments

is

mounted, position

the

spindle and,

as

when

sanding

sanding operation requires movement

(as in a

make sure

operation requires

past

in

the

both hands, while

on the arm by the rip

the

Disc Sander

find

it to

the use the

otherwise

support your material

disc.

downward (right-hand) you

the

disc,

it

easier

will

bevel

material

the

movement

then

the

lock. as a

to

clamp a faJse

find

it

or

straight

is

held firmly

material

yoke

assembly

sanding

difficult

of the

must

higher

side

to

hold

steady.

sanding

is

just

key

when

(Fig. 51),

to

supplied

positions a guard

using

the

and

clear

the

hold

Shaping

adjusted

of the

Disc Sander

the

motor shaft

with

the

disc

up so

underside

the

machine.

is

for

horizontal

Head

that

of the

you

will

steady

unnecessary.

guard

the

a

disc

at the

of the

crosscut

on the

be

is

table table

up

of the

the

should

sanding

guard.

find

it

with

the

held

(Fig.

Fig.

52

12.5 Drum Sanding

Fig.

55

12.6 Sabre Sawing

The

optional Drum Sander enables

of

contours

otherwise The

Drum Sander screws directly onto

with

the

disc sander above (Fig. 54).

The

height

in

the

No

guard

When advantageous strips, be

moved around

Always

and

irregular shapes (Figs.

can

only

be

sanded

sawblade flanges mounted

and

angle

of the

Drum Sander

same

way

as

with other

is

necessary.

using

the

Drum Sander vertically

to

remove

the

fence

thereby allowing plenty

the

Sander.

feed your material against

Drum Sander.

By

mounting motor machine into a radial sabre

(i)

First

(Fig. on special lugs

(ii)

Finally,

attachment You

on cases

spindle

mount

56) and

the

shaft with

can

the

requirements

the

optional Sabre

in

place

of the

the

special back spacer onto

then stabilise

the

in the

motor housing.

use the

standard

on the

shaft.

then position

best position will

sawblade.

- or

steady struts

the

of the

Sander above:-

—

remove

spacers 20mm thick forwards) and low

slide

the

just behind

enough

across

table fence

and

the

so

that

the

upper surface

and

then position

front table section (Fig.

the

easy,

accurate

52/1

by

hand.

the

in the

can be

attachments

motor

same

(Fig.

),

wht

spindle,

way as for

altered

I

sanding

you may find it

and/or

of

space

the

Saw

jigsawing

the

arbor

sabre

nut to

the

for

your

rotation

attachment

you can

machine.

the

saw

locating

secure

rear

table

material

of the

on the

turn

your

spindle

attachment

on the

the

sabre sawblade depending

job.

In

most (Fig.

be as

with

substitute

it

the

57)

the

Drum

with wooden

blade (teeth

58)

shoe

of the

attachment

of the

material being cut.

will

to

Fig.

54

56

Fig.

57

12.7 Routing

Fig.

61

Fig.

62

J

\

Fig.

65

The

mounting enabling broadens woodworking

There

is a

One is

suitable

or

any

other

most

ELU

your

Powershop.

Since

the Powershop completely

The

mounting procedure

(i)

Remove

the

(ii) Position

Powershop motor

the

machine's motor housing (Fig. 59).

correctly, also locate over the top of the secured with

(iii)

j043mm

The be which

ELU

The support router diameter bars positioned

The models bolted mounted through

rod.

Note: Whichever

(iv)

You are now in a

choice into either hold whatever need, cutter attachment). This when

Alternatively,

Powershop table

machine's yoke assembly, the

of one of the

you to fit a

the

with your machine.

choice

with

Routers (MOF 96/31

Router itself

motor,

from

motor shaft.

bracket

Collar Routers

router's

removed (Fig.

is

Router Bracket

bracket

bars (Fig. 62). These

base

larger diameter bars

as

to the

be the be position with normally

and (as you

you are

same

portable Router

scope

enormously

of two

for the

a.043mm

the

blade guard, blade

the

router bracket over

behind

the

normal

then secured

for ELU

in

on the

shown (Fig.

held securely

ends

centred

the

angle

feed

way as

mounting brackets:-

Black & Decker

will

you can

hole

motor housing, where

the

rear

you can

be

power supply.

is as

shaft,

the

in the

the

standard guard retaining

wing

control/plunge

60) to

Routers comes with

place

of the

are

used

bracket

of the

the

base

Elu

of the

on tne

the

lock

the

position

router

is

required

the

material against

would with

is the

routing

and

when sawing (Fig. 66).

optional Router Brackets,

collar.

disconnect

nut

in the

router

bars

and

in a

an

clamp

move

to

your

for

accurate,

The

/98/77)

operating

follows:-

and all the end of the

carefully locating

lugs

on the end of the

upper

arm of the

supplied,

expose

for the

64) router base

in the

bars

locking screws which would

router side fence

method

irregular shape.

its

Yoke (Fig.

are

side fence rods.

MOF96

as

shown (Fig. 63).

fit the

MOF31

with

the

in

place

is

used,

bracket

and the

and

to fit the begin working.

fixed position (Fig. 65),

to

provide

the

Drum Sander

the

router,

to

perform

Powershop,

decorative

DN66

other

the

inserted through

of

material

Woodworker

will

enable

to be

secured

and not the

Powershop

flanges from

the

lugs

In

lining these

bracket

bolt

it can be

assembly

43mm collar,

and are

matt finish

and the

of the

the

by the

router must also

held firmly

cutter

the

operating

via the

the

firmly

must

61). two

pairs

The-small

/98/77

other

side fence

router must

nuts

in the

in

position.

of

your

You can

shape

rotation

to use

to the operation

to

up on

bar

on

at you of the

of

will

of

the

in

Fig.

60

63

Fig.

66

•J

^-

\

J

Note: Routing with

basic sawing operations

the

other optional attachments, covered The

It

is

out of

in

another optional DeWalt accessory:

DeWalt Powershop Handbook.

packed full

your machine.

the

Powershop,

of

hints

as

with

all

and

woodworking with

is

on how to get the

other

extensively

most

Fig.

64

23

12.8 Drilling/Boring

Fig.

69

At

the

rear

location

end of the

to

accept

the enabling your machine The

capacity

It

is

particularly useful

68),

and for

It

also enables many Powershop, and

arbors, sanding

Note:

For

of the

drilling a series

such

complete

before

fitting

chuck

as

drill

and

safety,

the

drill

motor

shaft,

there

is a

threaded

optional Drill Chuck (Fig. 67),

to be

used

as a

radial

available

in

preparing material

of

is

identical holes (Fig. 69).

accessories

bits,

boring

bits,

10mm

to be

drilling

or

%".

for

dowels (Fig.

used with your

grinding

wheels

polishing discs, flexible drive, etc.

always remove

the

Sawblade

Drill Chuck.

unit.

Fig.

67

12.9 Special Mitre Fences

Fig.

70

12.10 Automatic Safety

Return

12.11 Legstands

Fig.

73

Special adjustable mitre fences accessory facility fences and angles left excess

In

picture against next

the

matching

If the

fences fence the

middle

This the

rest

is

particularly

passes the two the

other

There

to

extend

of the

Powershop (Fig. 70).

fit in

of

place

cuts

or

45°.

right,

allow

framing,

the

piece

left-

would

45°

project

requires various mitre angles,

avoids

each

time,

between

accessory

position behind

useful when

of the

blade.

holes

in the top

end of the

are two

different types

and

speed-up

of the

to be

hand

be

angle

having

since

(Fig.

standard wooden fence (Fig.

made from 0-90°, including acute

as

well

as the

for

example, fence

for the

laid against

and

guarantee a neat

to

make

the

sawblade always passes down

pair

of

72)

ensures that

the

fence after each cross-cut.

the

The

return mechanism

right-hand side

cable attached

of

DW1251

Cat.

No.

DA850

as

follows:

The

stand

(i) The 4

one end

fits

the

comprises

legs

are the

only.

DW1251

12

strips

long angle pieces with holes

The

other ends

orange rubber feet.

(ii)

Of the

remaining 8 pieces,

the top of the

which

is the

same size

legs

to

form

as the

DW1251.

(iii)

The

remaining

third

up

(iv)

Do not

tighten Legstand assembly located

(v)

Once

you together, you

do not probably on

the

floor.

and

bolt

in the

two

pairs

from

the

feet.

any of the

until

relevant holes.

have been able

the

Powershop

have

an

to lay the

assistant,

Powershop down with

You can

it via the

holes provided.

then

Powershop plus Legstand upright.

are

available

the

The

as an

angle-cutting

non-identical pair

more normal angles

you

would

set

material

first

angle

and

the

right

hand side

use of

a new cut in the

then

to cut

90°

corner.

these

standard

special fences.

the

blade returns

project involves repeated

is

of the

to the

mounted

column, with

yoke assembly.

Legstand.

(Fig.

73) and is

of

angle iron.

assembled

at

of the

legs

accept

two

pairs

fit

together

the top of the

base frame

fit to the

nuts

all

to

can be

lay the

can

legs

at

and

bolts

have been properly

tighten

the

secured

the

best

way is

Legstand down

The

then

complete

be

carefully stood

Legstand

about

in the

stand

to the

of the

its

column

at

one

'

top.

71) in

the

to

It

via

the

of

If

Fig.

68

71

72

24

DW1501/3

Cat.

No.

DA2588 fits these models

as

follows (Fig. 74):

The

stand

consists

orange feet (i)

The

(ii)

Attach a pair

and 4

base lengths

off

straight

near

their ends.

from

the 2

Fig.

74).

each

end of the

galvanised

at

holes points

The

plastic feet

being those pieces which which

is

where they attach

Powershop.

Note:

If

your Legstand the top of the

hole arrangement different correctly

of 8

lengths

of

brackets,

are

each

those 2 pieces

end and

The end

with

to the

can now be

base lengths.

of

legs

to

each base

are

features

them,

rather than only

from that

the

for the

holes "point towards

and

should

box-section

be

steel,

which

have 2 pairs

the

longer

front

of the

of

distance

stand

attached

section,

angled

to the

at one

frame

of the

legs with 3 holes

2,

for the

front

note that

leg is

back leg. When fitted

each

assembled

4

are cut holes

(See

to

the

legs

end.

in

other":

Fig.

74

Having attached a pair

join

up the

(v)

horizontal The facilitate

Lay on

the

should each the

The 4 two

TYPE

The legs

cross members using

bolts should

fixing

the

Powershop down with

floor

longer base outriggers pointing upwards.

now be

leg

with

Powershop mainframe.

galvanised brackets supplied

types:

A

above drawings show

which

frame,

(vi) (Vii)

Once

The

the

sure that

legs have been bolted

all

Powershop complete with Legstand

carefully

stood upright

column,

(viii)

If the

Powershop corrected rotating on the

by

them

floor

of

legs

resulting

and lay the

two leg

be

left

of the

quite loose

Legstand

Legstand down similarly with

able

to

line

the

corresponding holes

up

how

are

then bolted

nuts

and

'rocks'

removing

so

that

is

adjusted accordingly.

to the

bolts

are

by

lifting

on its

the

relevant plastic feet

the

thickness

to

each base length,

sections with

the

bolts provided.

at

to the

its

the

this

Powershop.

rear column resting

holes

in the top of

in the

may be one of

TYPE

B

they attach

Powershop main

to the

frame make

secured tightly.

can now be

it at the top of its

feet

this

can be

of

plastic resting

the

stage

You

side

to the

to

of

and

25

OPTIONAL

ATTACHMENTS & ACCESSORIES

SAWBLADES

Application Correct blade selection

Blades

are

made

sharpening

best

materials—needing

and

than steel blades.

DADO

HEADS

Basically flat-ground

an

dado applications. quality dados with precision

and

extra 24mm

NOTE: Dado Heads

However,

SHAPING

The

3-cutter general-duty shaping head

fine-finish applications

can be

if

Dado

used vertically with std. sawblade guard after removing

Head

ACCESSORIES

and has a

is

for

important T.C.T.

hardwoods

less

lasting

much

adjustable-width

is

satisfactory

For

intense

longer

cutting

is

used

use the

HSS

tips provide exceptional DA293

life.

They also have

depth.

horizontally

~

is

wide variety

designed

of

Cat.

No.

DA1100(DA81)

and

man-

DA1110 DA1020

longer

DA1040 DA1041 DA1042

saw

blade

the

for

most DA2020

DA2000

premium DA2021

an

DA153

DA154

for

wide

for

slow-feed,

rebating,

shaping

DA3701-DA3721

compatible cutters.

Description

Replacement

Crosscut (DA94) T.C.T. T.C.T. T.C.T.

Plastic-cutting

Blade—for Blade—gen. Blade—for

Rat-ground Prem.

quality

Prem.

quafty Replacement Replacement Replacement

riving

ki

head

guard

DA693

of

3) for

d

comb,

steel

blade

H.S.S.

dado.

spacer

spacer shim

its

must

DA3600

steel blade (44T)

(68T)

(1.4mm x 200T)

ripping

(24T)

purpose

veneered

Width

6-20mm. 0 152mm

Width

6-12mm. 0 200mm.

Width

10-19.5mm. 0 200mm.

for

dado

for

dado

set for support be

DA2020

bracket

mounted.

(40T)

board

heads heads

utters

(GOT)

(sets

(Knives

are

25.4mm

wide

and

The

shaping head

2-cutter premium quality shaping head

larger

profile shaping

a

wide range

o-'eJo

37003

37004

37011

37012

(Knives

37005

37013

are

of

QJ

37006

37014

30mm

and

rebating applications

compatible cutters.

Lj-a

37007

37016

wide

37006

37017

and

If

the

DA3000 DA3050 DA158 case

not Shaping

o.o

37009

37018

37019

shaping

head

and add

box

spanner

available separately).

heads

37010

set is not

must

is 0

125mm.)

is for the

and has

head

is 0 90mm.)

appropriate

cutters

as and

also required. (DA3000 carrying

not be

used with-out guard

DA693 mounted correctly.

SANDING & SABRE

^S>>s.

Precision

evi|j|.v

s

\

the

\%ft, \ contour, internal

Qkfe^J ^_^*^

,fC^f%\

^j&t^?'

sander

face/end sanding.

Sabre

based man-made material

SAW

finish

as a

Saw

ACCESSORIES

sanding of a

job.

and

makes Use the

edge

all the

drum sander

sanding.

stationary circular sander

cuts curves

in

wood

up to

NOTE: When used horizontally disc sander should

ROUTER

MOUNTING

For

/KT.^

vi/Ur

lighter-duty routing work,

Decker

with

BRACKETS

DN66

a 0

43mm collar,

woodworker,

can be

the

or any

y \ Powershop with this bracket.

rijJ

il

OTHER

1

Enables

securely

ATTACHMENTS & ACCESSORIES

These legstands provide and

-;.;-.,

.g*~

operations.

For

angles

For

\~~~'\

i==4l

^=4^

jO^ a returns

// A 'must'

^><&=)V

make

the

more powerful

mounted

to the

Elu

Powershop.

the

necessary rigidity

convenient working height

precision greater

are

boring mitre often

/drilling

capacity

required.

or

jobs

when

intense cross-cutting applications this spring-

the

blade

to

for

Powershop owners

the

most

rest position

of

their

machine's versatility.

more intense,

buy the

when

difference

Use

or for

or

wood-

10mrn be

covered

Black

other

attached

routers

for

satisfactory

in

wood.

different

after

each cut.

who

really want

needed.

to for the

disc

thick.

&

to the

to

be

DA3600 Gen.

37003-37019

DA3000

DA3050

DA158

Prem.

Premium

Special

DA693 Guard

DA220 DA2073 DA231 DA230

DA2099 DA294 DA301

by

guard DA693.

DA2096

DA2097

DA850 DA2588

DA302 DA440

DA203

to

DA2090

duty

incl. 3 each

Additional

per

shapii g head/cutter

of

and

pack)

for

quality

plastic

case. 37004/8/10/12/16/17/18 special

spanner

quality

pair

of

37016

Box

spanner (included sander.

Drum 10 Disc

6

assorted

Sabre

for

when

sander

special

sander

saw

in

DA3000

shaping

sanding

- 0

sanding incl.

Replacement

3

blades

for

DA2099

Router

mounting

collar

of 0

43mm.

Router

mounting professional MOF98.

routers

MOF31.

Legstandfor Legstand

10mm Special

drill

mitre

for

chucks

Automatic safety return.

Powershop

handbook

cutters

DA3712/14/17/19.

replacement

DA3

/DA3050.

shaping

head/cutter

ind. 2 each

shaping

rebating

cutters.

for

set).

heads

used

horizontally.

-0

63mm.

sheets

200mm.

discs

spacer

for DA

bracket

MOF96,

MOF77.

DW1251 DW1

50/3

& key

fences

cutters

of

cutters

and

head

DA3050

(and

dado

for

DA231

and 1

2099.

for

routers

for Elu

set in

(one

set in

complete

shaping

head/disc

DA220

blade

with

box,

with

head

a

NOTE:

The

details

of

Black & Decker reserves

26

this list

the

are

right

subject

to

revise

to

change.

For an

product specifications

accurate, up-to-date

and

prices

listing

at any

of

attachments

time without

and

notice.

accessories

available

and

prices,

please

ask

your DeWalt

stockist.

©

DiWALT

WOODWORKING MACHINES

Black & Decker Professional Products Division.

Westpoint,

Telephone: (0753) 74277 Telex:

The

Grove, Slough, Berks,

SL1

1QQ.

84S317

Black & Decker

reserves

the

right

at

any

to

revise DeWalt

time without notice.

Offset

Litho Ltd., West

product

Drayton,

specifications

Middlesex,

bngland.

and

prices