background image

12

English

 WARNING

 

A

 

majority

 

of

 

kickback

 

accidents

 

occur

 

during

 

Iimbing.

 

Do

 

not

 

use

 

the

 

nose

 

of

 

the

 

guide

 

bar.

 

Be

 

extremely

 

cautious

 

and

 

avoid

 

contacting

 

the

 

log,

 

other

 

limbs

 

or

 

objects

 

with

 

the

 

nose

 

of

 

the

 

guide

 

bar.

 

Be

 

extremely

 

cautious

 

of

 

limbs

 

under

 

tension.

 

They

 

can

 

spring

 

back

 

towards

 

you

 

and

 

cause

 

loss

 

of

 

control

 

resulting

 

in

 

injury.

 

(

Fig. 24

)

Stand

 

on

 

the

 

left

 

side

 

of

 

the

 

trunk.

 

Maintain

 

a

 

secure

 

footing

 

and

 

rest

 

the

 

saw

 

on

 

the

 

trunk.

 

Hold

 

the

 

saw

 

close

 

to

 

you

 

so

 

that

 

you

 

are

 

in

 

full

 

control

 

of

 

it.

 

Keep

 

well

 

away

 

from

 

the

 

chain.

 

Move

 

only

 

when

 

the

 

trunk

 

is

 

between

 

you

 

and

 

the

 

chain.

 

Watch

 

out

 

for

 

spring

 

back

 

of

 

limbs

 

under

 

tension.

LIMBING THICK BRANCHES

When

 

limbing

 

thick

 

branches,

 

the

 

guide

 

bar

 

may

 

get

 

pinched

 

easily.

 

Branches

 

under

 

tension

 

often

 

snap

 

up,

 

so

 

cut

 

troublesome

 

branches

 

in

 

small

 

steps.

 

Apply

 

the

 

same

 

principles

 

as

 

for

 

cross

 

cutting.

 

Think

 

ahead

 

and

 

be

 

aware

 

of

 

the

 

possible

 

consequences

 

of

 

all

 

your

 

actions.

CROSS CUTTING

/

BUCKING

Before

 

starting

 

to

 

cut

 

through

 

the

 

log,

 

try

 

to

 

imagine

 

what

 

is

 

going

 

to

 

happen.

 

Look

 

out

 

for

 

stresses

 

in

 

the

 

log

 

and

 

cut

 

through

 

it

 

in

 

such

 

a

 

manner

 

that

 

the

 

guide

 

bar

 

will

 

not

 

get

 

pinched.

CROSS CUTTING LOGS, PRESSURE ON TOP

Take

 

a

 fi 

rm

 

stance.

 

Begin

 

with

 

an

 

upper

 

cut.

 

Do

 

not

 

cut

 

too

 

deeply,

 

about

 

1/3

 

of

 

the

 

log

 

diameter

 

is

 

enough.

 

Finish

 

with

 

a

 

bottom

 

cut.

 

The

 

saw

 

cuts

 

should

 

meet.

 

(

Fig. 25

)

25.

 

Relieving

 

cut

26.

 

Cross

 

cut

27.

 

Pressure

 

on

 

top

28.

 

Pressure

 

side

29.

 

Tension

 

side

30.

 

Relative

 

depth

 

of

 

saw

 

cuts

THICK LOG, LARGER THAN GUIDE BAR LENGTH

Begin

 

by

 

cutting

 

on

 

the

 

opposite

 

side

 

of

 

the

 

log.

 

Pull

 

the

 

saw

 

towards

 

you,

 

followed

 

by

 

previous

 

procedure.

 

(

Fig. 26

)

If

 

the

 

log

 

is

 

lying

 

on

 

the

 

ground

 

make

 

a

 

boring

 

cut

 

to

 

avoid

 

cutting

 

into

 

the

 

ground.

 

Finish

 

with

 

a

 

bottom

 

cut.

 

(

Fig. 27

)

 WARNING

 KICKBACK 

DANGER

 

Do

 

not

 

attempt

 

a

 

boring

 

cut

 

if

 

you

 

are

 

not

 

properly

 

trained.

 

A

 

boring

 

cut

 

involves

 

the

 

use

 

of

 

the

 

nose

 

of

 

the

 

guide

 

bar

 

and

 

can

 

result

 

in

 

kickback.

CROSS CUTTING LOGS, PRESSURE ON BOTTOM

Take

 

a

 fi 

rm

 

stance.

 

Begin

 

with

 

a

 

bottom

 

cut.

 

The

 

depth

 

of

 

the

 

cut

 

should

 

be

 

about

 

1/3

 

of

 

the

 

log

 

diameter.

Finish

 

with

 

an

 

upper

 

cut.

 

The

 

saw

 

cuts

 

should

 

meet.

 

(

Fig. 28

)

31.

 

Relieving

 

cut

32.

 

Cross

 

cut

33.

 

Pressure

 

on

 

bottom

34.

 

Tension

 

side

35.

 

Pressure

 

side

36.

 

Relative

 

depth

 

of

 

saw

 

cuts

THICK LOG, LARGER THAN GUIDE BAR LENGTH

Begin

 

by

 

cutting

 

on

 

the

 

opposite

 

side

 

of

 

the

 

log.

 

Pull

 

the

 

saw

 

towards

 

you,

 

followed

 

by

 

previous

 

procedure.

 

Make

 

a

 

boring

 

cut

 

if

 

the

 

log

 

is

 

close

 

to

 

the

 

ground.

 

Finish

 

with

 

a

 

top

 

cut.

 

(

Fig. 29

)

 WARNING

 KICKBACK 

DANGER

 

Do

 

not

 

attempt

 

a

 

boring

 

cut

 

if

 

you

 

are

 

not

 

properly

 

trained.

 

A

 

boring

 

cut

 

involves

 

the

 

use

 

of

 

the

 

nose

 

of

 

the

 

guide

 

bar

 

and

 

can

 

result

 

in

 

kickback.

 

(

Fig. 30

)

IF THE SAW GETS STUCK

Stop

 

the

 

engine.

 

Raise

 

the

 

log

 

or

 

change

 

its

 

position,

 

using

 

a

 

thick

 

branch

 

or

 

pole

 

as

 

a

 

lever.

 

Do

 

not

 

try

 

to

 

pull

 

the

 

saw

 

free.

 

If

 

you

 

do,

 

you

 

can

 

deform

 

the

 

handle

 

or

 

be

 

injured

 

by

 

the

 

saw

 

chain

 

if

 

the

 

saw

 

is

 

suddenly

 

released.

MAINTENANCE

MAINTENANCE,

 

REPLACEMENT

 

OR

 

REPAIR

 

OF

 

THE

 

EMISSION

 

CONTROL

 

DEVICES

 

AND

 

SYSTEM

 

MAY

 

BE

 

PERFORMED

 

BY

 

ANY

 

NON-ROAD

 

ENGINE

 

REPAIR

 

ESTABLISHMENT

 

OR

 

INDIVIDUAL.

Carburetor adjustment (Fig. 31)

 WARNING

 

Never

 

start

 

the

 

engine

 

without

 

the

 

complete

 

side

 

case.

 

Otherwise

 

the

 

clutch

 

can

 

come

 

loose

 

and

 

cause

 

personal

 

injuries.

In

 

the

 

carburetor,

 

fuel

 

is

 

mixed

 

with

 

air.

 

When

 

the

 

engine

 

is

 

test

 

run

 

at

 

the

 

factory,

 

the

 

carburetor

 

is

 

adjusted.

 

A

 

further

 

adjustment

 

may

 

be

 

required,

 

according

 

to

 

climate

 

and

 

altitude.

 

The

 

carburetor

 

has

 

one

 

adjustment

 

possibility:

T

 

=

 

Idle

 

speed

 

adjustment

 

screw.

Idle speed adjustment (T)

Check

 

that

 

the

 

air

 fi 

lter

 

is

 

clean.

 

When

 

the

 

idle

 

speed

 

is

 

correct,

 

the

 

cutting

 

attachment

 

will

 

not

 

rotate.

 

If

 

adjustment

 

is

 

required,

 

close

 

(clockwise)

 

the

 

T-screw,

 

with

 

the

 

engine

 

running,

 

until

 

the

 

cutting

 

attachment

 

starts

 

to

 

rotate.

 

Open

 

(counter-clockwise)

 

the

 

screw

 

until

 

the

 

cutting

 

attachment

 

stops.

 

You

 

have

 

reached

 

the

 

correct

 

idle

 

speed

 

when

 

the

 

engine

 

runs

 

smoothly

 

in

 

all

 

positions

 

well

 

below

 

the

 

rpm

 

when

 

the

 

cutting

 

attachment

 

starts

 

to

 

rotate.

If

 

the

 

cutting

 

attachment

 

still

 

rotates

 

after

 

idle

 

speed

 

adjustment,

 

contact

 

Tanaka

 

dealer.

NOTE

 

The

 

H

 

and

 

L

 

screws

 

should

 

only

 

be

 

adjusted

 

by

 

an

 

Authorized

 

Tanaka

 

service

 

dealer.

 

The

 

standard

 

openings

 

(returns)

 

of

 

L/H

 

screws

 

from

 

lightly

 

seated

 

positions

 

are

 

as

 

follows.

Idle

 

speed

 

(min

-1

)

2500

 

 

3300

L-SCREW

 

1

H-SCREW

 

1

 WARNING

 

When

 

the

 

engine

 

is

 

idling

 

the

 

cutting

 

attachment

 

must

 

under

 

no

 

circumstances

 

rotate.

NOTE

 

Some

 

models

 

sold

 

in

 

areas

 

with

 

strict

 

exhaust

 

emission

  

regulation

 

do

 

not

 

have

 

high

 

and

 

low

 

speed

 

carburetor

 

adjustments.

 

Such

 

adjustments

 

may

 

allow

 

the

 

engine

 

to

 

be

 

operated

 

outside

 

of

 

their

 

emission

 

compliance

 

limits.

 

For

 

these

 

models,

 

the

 

only

 

carburetor

 

adjustment

 

is

 

idle

 

speed.

For

 

models

 

that

 

are

 

equipped

 

with

 

low

 

and

 

high

 

speed

 

adjustments;

 

carburetors

 

are

 

preset

 

at

 

the

 

factory

 

Minor

 

adjustments

 

may

 

optimize

 

performance

 

based

 

on

 

climate,

 

altitude,

 

etc.

 

Never

 

turn

 

the

 

adjustment

 

screws

 

in

 

increments

 

greater

 

than

 

90

 

degrees,

 

as

 

engine

 

damage

 

can

 

result

 

from

 

incorrect

 

adjustment

 

if

 

you

 

are

 

not

 

familiar

 

with

 

this

 

type

 

of

 

adjustment,

 

seek

 

assistance

 

from

 

your

 

Tanaka

 

dealer.

Air 

fi

 lter (Fig. 32)

The

 

air

 fi 

lter

 

(37)

 

must

 

be

 

cleaned

 

from

 

dust

 

and

 

dirt

 

in

 

order

 

to

 

avoid:

 

Carburetor

 

malfunctions.

 

Starting

 

problems.

 

Engine

 

power

 

reduction.

 

Unnecessary

 

wear

 

on

 

the

 

engine

 

parts.

 

Abnormal

 

fuel

 

consumption.

Clean

 

the

 

air

 fi 

lter

 

daily

 

or

 

more

 

often

 

if

 

working

 

in

 

exceptionally

 

dusty

 

areas.

Cleaning the air 

fi

 lter

Remove

 

the

 

air

 fi 

lter

 

cover

 

(38)

 

and

 

the

 fi 

lter

 

(37).

Rinse

 

them

 

in

 

warm

 

soap

 

suds.

 

Check

 

that

 

the

 fi 

lter

 

is

 

dry

 

before

 

reassembly.

 

An

 

air

 fi 

lter

 

that

 

has

 

been

 

used

 

for

 

some

 

time

 

cannot

 

be

 

cleaned

 

completely.

Therefore,

 

it

 

must

 

regularly

 

be

 

replaced

 

with

 

a

 

new

 

one.

 

A

 

damaged

 

fi 

lter

 

must

 

always

 

be

 

replace.

000Book̲ECV-3801̲Kor.indb   12

000Book̲ECV-3801̲Kor.indb   12

2013/06/26   10:27:31

2013/06/26   10:27:31

Summary of Contents for ECV-3801

Page 1: ...aw ECV 3801 ECV 4501 Handling instructions Read through carefully and understand these instructions before use 000Book ECV 3801 Kor indb 1 000Book ECV 3801 Kor indb 1 2013 06 26 10 27 28 2013 06 26 10...

Page 2: ...2 1 7 9 13 10 11 14 16 3 2 8 6 5 4 15 12 13 0 5 1 mm 8 6 1 2 3 4 5 6 7 8 9 10 11 12 000Book ECV 3801 Kor indb 2 000Book ECV 3801 Kor indb 2 2013 06 26 10 27 29 2013 06 26 10 27 29...

Page 3: ...3 17 19 22 21 23 24 20 18 13 14 15 16 17 18 19 20 21 22 23 24 000Book ECV 3801 Kor indb 3 000Book ECV 3801 Kor indb 3 2013 06 26 10 27 30 2013 06 26 10 27 30...

Page 4: ...4 31 36 32 33 34 35 0 6 mm 40 38 39 28 29 25 30 27 26 37 25 26 27 28 29 30 31 32 33 34 35 36 000Book ECV 3801 Kor indb 4 000Book ECV 3801 Kor indb 4 2013 06 26 10 27 30 2013 06 26 10 27 30...

Page 5: ...62 60 60 60 58 57 56 59 47 48 49 50 51 52 53 54 55 44 41 43 41 42 43 45 46 37 38 39 40 41 42 43 44 45 46 47 000Book ECV 3801 Kor indb 5 000Book ECV 3801 Kor indb 5 2013 06 26 10 27 30 2013 06 26 10 2...

Page 6: ...s when using this unit Warning kickback danger Be careful of possible sudden and accidental upward and or backward motion of the guide bar One handed usage not permitted While cutting hold saw firmly...

Page 7: ...uide bar The part that supports and guides the saw chain 10 Saw chain Chain serving as a cutting tool 11 Front hand guard Device for protection of the operator s hand from injury due to contact with s...

Page 8: ...jury Using guide bar chain other than recommended by the manufacturer which are not approved could result in a high risk of personal accidents or injury Fuel safety Mix and pour fuel outdoors and wher...

Page 9: ...at all times Kickback does occur if you allow the kickback zone 1 of the bar to touch an object Do not use that area Kickback from pinching is caused by a cut closing and pinching the upper side of t...

Page 10: ...he fuel tank 13 when filling up with fuel so that possible over pressure disappears Tighten the fuel tank cap carefully after fueling Always move the unit at least 3 m from the fueling area before sta...

Page 11: ...gh so that you begin to cut with the nose of the bar The safest cutting method is to cut with the bottom part of the chain Sawing with the upper part makes it much more di cult to control the saw and...

Page 12: ...you do you can deform the handle or be injured by the saw chain if the saw is suddenly released MAINTENANCE MAINTENANCE REPLACEMENT OR REPAIR OF THE EMISSION CONTROL DEVICES AND SYSTEM MAY BE PERFORM...

Page 13: ...r Fig 41 42 WARNING Gloves should be used when sharpening chain Be sure to round o the front edge to reduce the chance of kickback or tie strap breakage 47 Top plate 48 Working corner 49 Side plate 50...

Page 14: ...ments when tested on the reprehensive sample of chain saws below 3 8 c i d specified in ANSI B1 75 1 1991 WARNING Use of other non listed Bar Chain combinations may increase kickback forces and increa...

Page 15: ...15 16 17 19 19 20 22 000Book ECV 3801 Kor indb 15 000Book ECV 3801 Kor indb 15 2013 06 26 10 27 32 2013 06 26 10 27 32...

Page 16: ...16 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 2 6 1 3 11 13 14 10 8 9 5 7 4 15 12 16 17 18 000Book ECV 3801 Kor indb 16 000Book ECV 3801 Kor indb 16 2013 06 26 10 27 32 2013 06 26 10 27 32...

Page 17: ...17 HAVS HAVS 3m 000Book ECV 3801 Kor indb 17 000Book ECV 3801 Kor indb 17 2013 06 26 10 27 32 2013 06 26 10 27 32...

Page 18: ...18 Tanaka Tanaka 1 1 000Book ECV 3801 Kor indb 18 000Book ECV 3801 Kor indb 18 2013 06 26 10 27 33 2013 06 26 10 27 33...

Page 19: ...0 14 EC LwA dB A 110 4 112 0 108 3 112 ISO 22867 m s2 4 5 5 3 1 5 7 0 6 7 1 5 ISO 7293 kW 1 76 9500 1 83 9500 min 1 14500 min 1 2800 95VP 95VPX Oregon m s 27 9 7 ISO 22868 22867 1 3 1 3 1 3 2 2 2 1 2...

Page 20: ...SO EGC BIA TCW 2 10 W 30 10 13 3 m 10 14 13 14 10 15 11 12 13 14 15 16 1 16 ON 12 17 13 2 14 3 15 4 18 19 16 5 2 5 6 2 3 2 3 1 ON 2 17 20 1 2 000Book ECV 3801 Kor indb 20 000Book ECV 3801 Kor indb 20...

Page 21: ...21 18 16 19 20 1 2 3 5 cm 21 21 22 45 23 24 22 23 000Book ECV 3801 Kor indb 21 000Book ECV 3801 Kor indb 21 2013 06 26 10 27 33 2013 06 26 10 27 33...

Page 22: ...25 25 26 27 28 29 30 26 27 1 3 28 31 32 33 34 35 36 29 30 31 T T T Tanaka H L Tanaka L H min 1 2500 3300 L 1 H 1 000Book ECV 3801 Kor indb 22 000Book ECV 3801 Kor indb 22 2013 06 26 10 27 34 2013 06 2...

Page 23: ...37 38 37 33 0 6mm 100 34 39 35 40 36 37 38 2 39 40 1 41 43 45 42 44 46 40 41 42 47 48 49 50 51 52 53 54 55 56 57 58 59 000Book ECV 3801 Kor indb 23 000Book ECV 3801 Kor indb 23 2013 06 26 10 27 34 201...

Page 24: ...naka ANSI B175 1 1991 3 8 c i d ANSI B175 1 1991 Tanaka ECV 4501 ANSI B175 1 1991 OREGON OREGON OREGON ECV 4501 180PXBK041 200PXBK041 18 DG 20 DG 33SL 072X 33SL 078X DG DOUBLE GUARDTM OMARK Industries...

Page 25: ...25 000Book ECV 3801 Kor indb 25 000Book ECV 3801 Kor indb 25 2013 06 26 10 27 35 2013 06 26 10 27 35...

Page 26: ...26 000Book ECV 3801 Kor indb 26 000Book ECV 3801 Kor indb 26 2013 06 26 10 27 35 2013 06 26 10 27 35...

Page 27: ...27 000Book ECV 3801 Kor indb 27 000Book ECV 3801 Kor indb 27 2013 06 26 10 27 35 2013 06 26 10 27 35...

Page 28: ...311 Code No E99254051 NS Printed in Japan 000Book ECV 3801 Kor indb 28 000Book ECV 3801 Kor indb 28 2013 06 26 10 27 35 2013 06 26 10 27 35...

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