371 XP - Chain saw HUSQVARNA - Free user manual and instructions

USER MANUAL 371 XP HUSQVARNA

Black-and-white photo of a Husqvarna chain drive with visible teeth and mounting bracket (no text or symbols on the device itself)

362XP/365/371XP

Operator's manual (EPA)

Please read these instructions carefully and make sure you understand them before using the saw.

KEY TO SYMBOLS

Symbols

CAUTION! Chain saws can be dangerous! Careless or incorrect use can result in serious or fatal injury to the operator or others.

Please read the instructions carefully and make sure you understand them before using the saw.

Always wear:

• Approved protective helmet
• Approved hearing protection
- Protective glasses or visor

Both of the operator's hands must be used to operate the chain saw. Please see page 30 in your "Chain saw operator's safety manual".

Never operate a chain saw holding it with one hand only. Please see page 30 in your "Chain saw operator's safety manual".

Contact of the guide bar tip with any object should be avoided. Please see pages 12-21 in your "Chain saw operator's safety manual".

Tip contact may cause the guide bar to move suddenly upward and backward, which may cause serious injury. Please see pages 12-21 in your "Chain saw operator's safety manual".

Other symbols/decals on the machine refer to special certification requirements for certain markets.

Switch off the engine by moving the stop switch to the STOP position before carrying out any checks or maintenance.

Always wear approved protective gloves.

Regular cleaning is required.

Visual check.

Protective glasses or a visor must be worn.

Before using a new saw

• Read the instructions carefully.
• Check cutting equipment is correctly fitted and adjusted. See page 25.
• Refuel and start the saw. Check the carburetor settings. See pages 26-29.
• Do not use the saw until sufficient chain oil has reached the chain, see page 14.

IMPORTANT! If the carburetor mixture is too lean it greatly increases the risk of engine failure.

Poor maintenance of the air filter will cause carbon build-up on the spark plug and lead to difficult starting.

If the chain is badly adjusted it will cause increased wear or damage to the bar, drive sprocket and chain.

Maintenance, replacement, or repair of the emission control devices and systems may be performed by any nonroad engine repair establishment or individual.

WARNING!

Under no circumstances may the design of the machine be modified without the permission of the manufacturer. Always use genuine spare parts/accessories. Non-authorized modifications and/or accessories can result in serious personal injury or the death of the operator or others.

Your warranty does not cover damage or liability caused by the use of non-authorized accessories or replacement parts.

WARNING

The engine exhaust from this product contains chemicals known to the State of California to cause cancer, birth defects or other reproductive harm.

You will find the following labels on your chain saw:

This saw is capable of severe kickback

Do not operate it unless you have extraordinary cutting

needs and experience and specialized training for dealing with kickback. Chain saws with significantly reduced kickback potential are available. Follow all safety precautions in the Operator's Manual (s). Failure to follow instructions could result in serious personal injury.

LISTED 54L1. LISTED IN ACCORDANCE WITH AMERICAN NATIONAL STANDARD SAFETY SPECIFICATIONS FOR GASOLINE POWERED CHAIN SAWS (ANSI B175.1-1991).

IMPORTANT ENGINE INFORMATION

Husqvarna

HUSQVARNA AB HUSKVARNA SWEDEN EM

THIS ENGINE CONFORMS TO U.S. EPA PH 1 EMISSION REGULATION FOR SMALL

NONROAD ENGINES. REFER TO OPERATOR'S MANUAL FOR MAINTENANCE

SPECIFICATIONS AND ADJUSTMENTS.

Contents

Key to symbols ...... 2

Safety instructions

Personal protective equipment.... 4

Chain saw safety equipment 4

Inspecting, maintaining and servicing chain saw safety equipment 8

Cutting equipment 10

How to avoid kickback.... 16

General safety precautions 18

General working instructions .... 19

What is what?

What is what? 24

Assembly

Mounting guide bar and chain 25

Fuel handling

Fuelmix 26

Fuelling 27

Start and stop

Start and stop 28

Maintenance

Carburetor 29

Starter device 30

Air filter 31

Spark plug 31

Muffler 31

Needle bearing maintenance 31

Adjustment of the oil pump 31

Cooling system 32

Centrifugal cleaning "Air Injection" 32

Heated handles (362XPG/371XPG) 32

Winter use 32

Daily maintenance 33

Weekly maintenance 33

Monthly maintenance 33

Technical data

362XP 34

365 34

371XP 34

Federal Emission Control Warranty Statement

Your warranty rights and obligations 35

SAFETY INSTRUCTIONS

A chain saw is a dangerous tool if used carelessly or incorrectly and can cause serious, even fatal injuries. It is very important that you read and understand these instructions.

PERSONAL PROTECTIVE EQUIPMENT

MOST CHAIN SAW ACCIDENTS HAPPEN WHEN THE CHAIN TOUCHES THE OPERATOR. You must wear approved protective equipment whenever you use a chain saw. Personal protective equipment cannot eliminate the risk of injury but it will reduce the degree of injury if an accident does happen. Ask your chain saw dealer for help in choosing the right equipment.

• PROTECTIVE HELMET
• HEARING PROTECTION
• PROTECTIVE GLASSES OR VISOR

• GLOVES WITH SAW PROTECTION

• PROTECTIVE TROUSERS WITH SAW PROTECTION

• BOOTS WITH SAW PROTECTION, STEEL TOE-CAP AND NON-SLIP SOLE

Generally clothes should be close-fitting without restricting your freedom of movement.

• ALWAYS HAVE A FIRST AID KIT NEARBY

Line drawing of a pair of trousers with a belt buckle (no text or symbols)

Line drawing of a pair of boots with visible tread pattern and buckles (no text or symbols)

FIRST AID KIT

CHAIN SAW SAFETY EQUIPMENT

This section explains the various safety features of the saw, how they work, and basic inspection and maintenance you should carry out to ensure safe operation. (See the "What is what?" section to find out where these components are on Your saw).

NEVER USE A CHAIN SAW THAT HAS FAULTY SAFETY EQUIPMENT! Carry out the inspection, maintenance and service routines listed in this section.

1 Chain brake and front hand guard

2 Throttle lock

3 Chain catcher

4 Right hand guard

5 Vibration damping system

6 Stop switch

7 Muffler

8 Cutting equipment (see "Cutting equipment" section).

Mechanical assembly diagram showing a rotating component with a directional arrow (no text or labels)

Line drawing of a mechanical component or bracket (no text or symbols)

Line drawing of a car interior showing a handle and seat, with an arrow indicating direction (no text or symbols)

SAFETY INSTRUCTIONS

1 Chain brake and front hand guard

YOUR chain saw is equipped with a chain brake that is designed to stop the chain immediately if you get a kickback.

The chain brake reduces the risk of accidents, but only You can prevent them.

Take care when using your saw and make sure the kickback zone of the bar never touches any object.

Diagram showing a chain with an explosion warning triangle and directional arrows, likely illustrating a hazard or safety scenario.

1 The chain brake (A) can either be activated manually (by your left hand) or automatically by the inertia release mechanism (a free-swinging pendulum). On most of our models the front hand guard acts as a counterweight in case of kickback.

The brake is applied when the front hand guard (B) is pushed forwards.

This movement activates a spring-loaded mechanism that tightens the Brake Band (C) around the engine drive system (D) (Clutch Drum).

A B B STOP B C D

2 The front hand guard is not designed solely to activate the chain brake. Another important safety feature is that it prevents the chain from hitting your left hand if you lose your grip on the front handle.

Line drawing of a chainsaw with a gear and blade, showing motion direction (no text or symbols)

3 You can also use the chain brake as a temporary brake when you change position or if you put the saw down for a short time. You should also apply the chain brake manually if there is a risk of the chain accidentally hitting anyone or anything close by.

Safety warning illustration showing a person in protective gear carrying a chainsaw, with a 'STOP' sign and gear hazard symbol above.

4 To release the chain brake pull the front hand guard backwards, towards the front handle.

Illustration of a person pressing down on a mechanical component (no text or symbols)

5 As mentioned in section A, kickback can be very sudden and violent. Most kickbacks are minor and do not always activate the chain brake. If this happens you should hold the chain saw firmly and not let go.

Line drawing of a foot stepping on a mechanical device (no text or symbols)

SAFETY INSTRUCTIONS

6 The way the chain brake is triggered, either manually or automatically, depends on the force of the kickback and the position of the chain saw in relation to the object that the kickback zone of the bar strikes.

If you get a violent kickback while the kickback zone of the bar is farthest away from you the chain brake will be activated by the movement of the counterweight (INERTIA ACTIVATED).

If the kickback is less violent or the kickback zone of the bar is closer to you the chain brake will be activated manually by the movement of your left hand.

7 During felling your left hand grasps the front handle in such a way that it cannot activate the front hand guard. In this position the chain brake can only be activated by the inertia action of the counterweight.

The inertia activated chain brake increases your safety but there are certain factors to remember (see point 6 above).

2 Throttle lock

The throttle lock is designed to prevent accidental operation of the throttle control. When you press the lock (A) (i.e. when you grasp the handle) it releases the throttle trigger (B). When you release the handle the throttle trigger and the throttle lock both move back to their original positions. This movement is controlled by two independent return springs. This arrangement means that the throttle control is automatically locked at the idle setting when you release the handle.

A B

3 Chain catcher

The chain catcher is designed to catch the chain if it snaps or jumps off. This should not happen if the chain is properly tensioned (see section on "Assembly") and if the bar and chain are properly serviced and maintained. (See section on "General working instructions").

Technical diagram of a mechanical assembly with no visible text or symbols

4 Right hand guard

Apart from protecting your hand if the chain jumps or snaps, the right hand guard stops branches and twigs from interfering with your grip on the rear handle.

Technical line drawing of a mechanical component or bracket (no text or symbols)

SAFETY INSTRUCTIONS

5 Vibration damping system

Your chain saw is equipped with a vibration damping system that is designed to minimise vibrations and make operation easier.

When you use a chain saw vibrations are generated by the uneven contact between the chain and the wood you are cutting.

Cutting hardwoods (most broadleaf trees) creates more vibration than cutting softwoods (most conifers). Cutting with a chain that is blunt or faulty (wrong type or badly sharpened, see section D) will increase the vibration level.

The vibration damping system reduces the vibrations transmitted from the engine and chain to the handles of the chain saw. The body of the saw, including the cutting equipment, is insulated from the handles by vibration damping units.

Line drawings of mechanical components including a chain, gear, and spring (no text or symbols)

Overexposure to vibration can lead to circulatory damage or nerve damage in people who have impaired circulation. Contact your doctor if you experience symptoms of overexposure to vibration. These symptoms include numbness, loss of feeling, tingling, pricking, pain, loss of strength, changes in skin colour or condition. These symptoms normally appear in the fingers, hands or wrists.

6 Stop switch

Use the stop switch to switch off the engine.

Diagram showing a hand holding a device with an arrow indicating direction and a control panel labeled 'STOP'.

7 Muffler

The muffler is designed to keep noise levels to a minimum and to direct exhaust fumes away from the user.

The exhaust fumes from the engine are hot and may contain sparks which can start a fire. Never start the saw indoors or near combustible material!

In areas with a hot, dry climate there is a high risk of forest fires. These areas are sometimes controlled by legislation and requirements that among other things the muffler must be equipped with an approved type of spark arrestor mesh.

For mufflers it is very important that you follow the instructions on checking, maintaining and servicing your saw (see the section on "Inspecting, maintaining and servicing chain saw safety equipment").

Technical line drawing of a mechanical component with two views and a separate inset showing a grid-patterned part (no text or symbols)

The muffler gets very hot in use and remains so for a short time afterwards. DO NOT TOUCH THE MUFFLER IF IT IS HOT!

SAFETY INSTRUCTIONS

Inspecting, maintaining and servicing chain saw safety equipment

SPECIAL TRAINING IS REQUIRED to service and repair chain saws. This is especially true of chain saw safety equipment. If your chain saw fails any of the checks described below take it to your SERVICE AGENT.

When you buy any of our products we guarantee the availability of professional repairs and service. If the retailer who sells your saw is not a SERVICING DEALER, ask him for the address of your nearest SERVICE AGENT.

1 Chain brake and front hand guard

1 Checking brake band wear

Brush off any sawdust, resin and dirt from the chain brake and clutch drum. Dirt and wear can impair operation of the brake.

Regularly check that the brake band is at least 0.6 mm thick at its thinnest point.

Technical line drawings of mechanical components, including a lever and a lever mechanism (no text or symbols)

2 Checking the front hand guard

A Make sure the FRONT HAND GUARD is not damaged and that there are no visible defects such as cracks.

B Move the front hand guard forwards and back to make sure it runs freely and that it is securely anchored to the clutch cover.

Illustration showing two different positions of a person in a seated posture, one with a downward arrow and the other with an upward arrow (no text or symbols)

3 Checking the inertia brake release

Hold the chain saw over a stump or other firm object. Let go of the front handle so that the bar falls onto the stump.

Illustration of a person using a tree stump to cut a chain (no text or symbols present)

When the bar hits the stump the brake should be applied.

4 Checking the brake trigger

Start the chain saw and place it on firm ground. Make sure the chain does not touch the ground or any other object.

Illustration showing three steps of a person using a chain to cut a saw, with a 'STOP' sign visible.

Grasp the saw firmly, wrapping your fingers and thumbs around the handles.

Apply full throttle and activate the chain brake by tilting your wrist forward onto the front hand guard. Do not let go of the front handle.

The chain should stop immediately.

SAFETY INSTRUCTIONS

2 Throttle lock

1 Make sure the throttle control is locked at the idle setting when you release the throttle lock.
2 Press the throttle lock and make sure it returns to its original position when you release it.
3 Check that the throttle control and throttle lock move freely and that the return springs work properly.
4 Start the saw and apply full throttle. Release the throttle control and check that the chain stops and remains stationary. If the chain rotates when the throttle is on idle setting you should check the carburetor idle adjustment. See the section on "Maintenance".

3 Chain catcher

Check that the CHAIN CATCHER is not damaged and is firmly attached to the body of the saw.

Diagram illustrating a chain drive mechanism with labeled components and directional arrows indicating motion.

Mechanical assembly diagram showing a wheel and gear components with an arrow indicating motion direction (no text or symbols)

4 Right hand guard

Check that the right hand guard is not damaged and that there are no visible defects, such as cracks.

Technical line drawing of a mechanical component or bracket (no text or symbols)

5 Vibration damping system

Regularly check the vibration damping units for cracks or deformation

Technical line drawings of three mechanical components: a chain saw, a cylindrical spring, and a flat screw (no text or symbols)

Make sure the vibration damping units are securely attached to the engine unit and handles.

6 Stop switch

Start the engine and make sure the engine stops when you move the stop switch to the stop setting.

Diagram showing a hand holding a device with directional arrows and a control panel with 'STOP' button

SAFETY INSTRUCTIONS

7 Muffler

Never use a chain saw that has a faulty muffler.

Regularly check that the muffler is securely attached to the chain saw.

If the muffler on your saw is fitted with a spark arrestor mesh this must be cleaned regularly. A blocked mesh will cause the engine to overheat and may lead to serious damage.

Never use a muffler if the spark arrestor mesh is missing or defective.

NEVER USE A CHAIN SAW WITH FAULTY SAFETY EQUIPMENT. CARRY OUT THE CHECKS AND MAINTENANCE MEASURES DESCRIBED IN THIS SECTION. IF YOUR CHAIN SAW FAILS ANY OF THESE CHECKS CONTACT YOUR SERVICE AGENT TO GET IT REPAIRED.

CUTTING EQUIPMENT

This section describes how to choose and maintain your cutting equipment in order to:

• Reduce the risk of kickback.
• Reduce the risk of the chain breaking or jumping.
• Obtain maximum cutting performance.
• Extend the life of cutting equipment.

The 5 basic rules

1 Only use cutting equipment recommended by us! See the "Technical data" section.
2 Keep the chain cutting teeth properly sharpened! Follow our instructions and use the recommended file gauge. A damaged or badly sharpened chain increases the risk of accidents.
3 Maintain the correct raker clearance! Follow our instructions and use the recommended raker gauge. Too large a clearance increases the risk of kickback.
4 Keep the chain properly tesioned! If the chain is slack it is more likely to jump off and lead to increased wear on the bar, chain and drive sprocket.
5 Keep cutting equipment well lubricated and properly maintained! A poorly lubricated chain is more likely to break and lead to increased wear on the bar, chain and drive sprocket.

Pure mechanical component diagram without any text, numbers, or symbols

Simple line drawing of a VR headset with a starburst effect (no text or symbols)

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No. 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

Simple line drawing of a 3D object resembling a VR headset or bracket (no text or symbols)

SAFETY INSTRUCTIONS

1 Cutting equipment designed to minimise kickback

Faulty cutting equipment or the wrong combination of bar and chain increases the risk of kickback. Use only the bar and chain combinations recommended in the "Technical data" section.

The only way to avoid kickback is to make sure that the kickback zone of the bar never touches anything.

By using cutting equipment with “built-in” kickback protection and keeping the chain sharp and well-maintained you can reduce the effects of kickback.

A Bar

The smaller the tip radius the smaller the kickback zone and the lower the chance of kickback.

Warning symbol diagram showing three warning symbols with exclamation marks and curved lines, likely indicating a hazard or alert scenario.

B Saw chain

A saw chain is made up of a number of links, which are available in standard and low-kickback versions.

	None	Standard	Low-kickback
CUTTING LINK
DRIVE LINK
SIDE LINK

Combining these links in different ways gives different degrees of kickback reduction. In terms of kickback reduction alone, four different types of link are available.

Kickback reduction
Cutting link Drive link Side link

LOW
STANDARD
HIGH
EXTRA HIGH

C Some terms that describe the bar and chain

When the cutting equipment supplied with your saw becomes worn or damaged you will need to replace it. Use only the type of bar and chain recommended by us. See the "Technical data" section to find out which equipment is recommended for your saw.

Bar

• LENGTH (inches/cm)
  • NUMBER OF TEETH ON BAR TIP SPROCKET (T). Small number = small tip radius = low-kickback
• CHAIN PITCH (inches) The spacing between the drive links of the chain must match the spacing of the teeth on the bar tip sprocket and drive sprocket.
• NUMBER OF DRIVE LINKS The number of drive links is determined by the length of the bar, the chain pitch and the number of teeth on the bar tip sprocket.
• BAR GROOVE WIDTH (inches/mm) The groove in the bar must match the width of the chain drive links.
• SAW CHAIN OIL HOLE AND HOLE FOR CHAIN TENSIONER The bar must be matched to the chain saw design.

L

Saw chain

• SAW CHAIN PITCH (inches)
  Spacing between drive links.

- DRIVE LINK WIDTH (mm/inches)

• NUMBER OF DRIVE LINKS

The level of kickback reduction offered by a chain is indicated by its model number.

See the "Technical data" section to find the model numbers of chains that are recommended for use with your saw.

Technical line drawings of mechanical components including chain link and gear assembly (no text or symbols)

SAFETY INSTRUCTIONS

2 Sharpening your chain and adjusting raker clearance

The risk of kickback is increased with a badly sharpened chain!

A General information on sharpening cutting teeth

• Never use a blunt chain. When the chain is blunt you have to exert more pressure to force the bar through the wood and the cuttings will be very small. If the chain is very blunt it will not produce any cuttings at all, just wood powder.
• A sharp chain eats its way through the wood and produces long, thick cuttings.
• The cutting part of the chain is called the CUTTING LINK and this consists of a CUTTING TOOTH (A) and the RAKER LIP (B). The cutting depth is determined by the difference in height between the two.
• When you sharpen a cutting tooth there are five important factors to remember.

FILING ANGLE

CUTTING ANGLE

FILE POSITION

ROUND FILE DIAMETER

FILE DEPTH

Diagram illustrating a mechanical assembly with labeled parts A and B, showing a chain and part outline.

Technical diagram illustrating various mechanical tool configurations with labeled parts and dimension annotations

See the "Technical data" section for information about sharpening your saw chain.

It is very difficult to sharpen a chain correctly without the right equipment. We recommend you use a file gauge. This will help you obtain the maximum kickback reduction and cutting performance from your chain.

Technical line drawing of a mechanical assembly with diagonal braces and linkages (no text or symbols)

The following faults will increase the risk of kickback considerably.

Technical diagram showing mechanical assembly and tool path with rotation arrows and a Ø symbol

• FILE ANGLE TOO LARGE
  • CUTTING ANGLE TOO SMALL
• FILE DIAMETER TOO SMALL

B Sharpening cutting teeth

To sharpen cutting teeth you will need a ROUND FILE and a FILE GAUGE. See the "Technical data" section for information on the size of file and gauge that are recommended for your saw chain.

1 Check that the chain is correctly tensioned. A slack chain is difficult to sharpen correctly.

2 Always file cutting teeth from the inside face, reducing the pressure on the return stroke.

File all the teeth on one side first, then turn the saw over and file the teeth on the other side.

3 File all the teeth to the same length. When the length of the cutting teeth is reduced to 4 mm (0,16") the chain is worn out and should be replaced.

min 4 mm (0,16")

SAFETY INSTRUCTIONS

C General advice on setting raker clearance

• When you sharpen the cutting teeth you reduce the RAKER CLEARANCE (cutting depth). To maintain cutting performance you must file back the raker teeth to the recommended height.
  See the "Technical data" section to find the raker clearance for your saw chain.
• On a low-kickback cutting link the front edge of the raker lip is rounded. It is very important that you maintain this radius or bevel when you adjust the raker clearance.
• We recommend the use of a raker gauge to achieve the correct clearance and bevel on the raker lip.

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Simple line drawing of a rectangular electronic component with internal slots and mounting holes (no text or symbols)

The risk of kickback is increased if the raker clearance is too large!

D Setting the raker clearance

• Before setting the raker clearance the cutting teeth should be newly sharpened. We recommend that you adjust the raker clearance every third time you sharpen the chain. NOTE! This recommendation assumes that the length of the cutting teeth is not reduced excessively.
• To adjust the raker clearance you will need a FLAT FILE and a RAKER GAUGE.
• Place the gauge over the raker lip.
• Place the file over the part of the lip that protrudes through the gauge and file off the excess. The clearance is correct when you no longer feel any resistance as you draw the file over the gauge.

Technical line drawings of mechanical components including a gridded tool, a cutaway view, and a vehicle assembly (no text or symbols)

3 Tensioning the chain

A slack chain may jump off and cause serious or even fatal injury.

• The more you use a chain the longer it becomes. It is therefore important to adjust the chain regularly to take up the slack.
• Check the chain tension every time you refuel. NOTE! A new saw chain has a running-in period during which you should check the tension more frequently.

- Tension the chain as tightly as possible, but not so tight that you cannot pull it round freely by hand.

Illustration of two hands performing a physical maneuver with arrows indicating motion direction (no text or symbols)

SAFETY INSTRUCTIONS

1 Undo the bar nuts that hold the clutch cover and chain brake, using the combination spanner. Then tighten the nuts by hand as tight as you can.
2 Raise the tip of the bar and stretch the chain by tightening the chain tensioning screw using the combination spanner. Tighten the chain until it hangs slack on the underside of the bar.
3 Use the combination spanner to tighten the bar nuts while lifting the tip of the bar at the same time. Check that you can pull the chain round freely by hand and that it is not slack on the bottom of the bar.

Diagram of a chain saw with motion arrows indicating rotational direction (no text or labels)

Diagram of a chain saw with a hand holding the blade, showing motion direction (no text or symbols)

Illustration of a hand holding a rolled-up object with a black arrow pointing upward (no text or symbols)

The position of the chain tensioning screw varies from model to model. See the "What is what" section to find out where it is on your saw.

4 Lubricating cutting equipment

Poor lubrication of cutting equipment may cause the chain to snap and lead to serious, even fatal injuries.

A Chain oil

• Chainsaw chain oil must demonstrate good adhesion to the chain and also maintain its flow characteristics regardless of whether it is warm summer or cold winter weather.
• As a chainsaw manufacturer we have developed an optimal chain oil which, with its vegetable oil base, is also biodegradable. We recommend the use of our own oil for both maximum chain life and to minimise environmental damage.
• If our own chain oil is not available, standard chain oil is recommended.
• In areas where oil specifically for lubrication of saw chains is unavailable, ordinary EP 90 transmission oil may be used.
• Never use waste oil!

This is dangerous for yourself, the saw and the environment.

B Filling with chain oil

• All our chain saws have an automatic chain lubrication system. On some models the oil flow is also adjustable.
• The sizes of the chain oil tank and fuel tank have been chosen so that the saw will run out of fuel before running out of oil. This means that you should never run with a dry chain.

However, this safety feature requires that you use the right sort of chain oil (if the oil is too thin it will run out before the fuel), and that you adjust the carburetor as recommended (a weak mixture may mean that the fuel lasts longer than the oil). You should also use the recommended cutting equipment (a bar that is too long will use more chain oil). The above conditions also apply to models with an adjustable oil pump.

Diagram showing a chain mill being processed with a bottle and plug, indicating process flow or safety instructions.

SAFETY INSTRUCTIONS

C Checking chain lubrication

- Check the chain lubrication each time you refuel.

Aim the tip of the saw at a light coloured surface about 20 cm away. After 1 minute running at 3/4 throttle you should see a distinct line of oil on the light surface.

Illustration of a worker in protective gear using a chainsaw to clean tree stumps (no text or symbols)

If the chain lubrication is not working:

1 Check that the oil channel in the bar is not obstructed. Clean if necessary.

2 Check that the groove in the edge of the bar is clean. Clean if necessary.

3 Check that the bar tip sprocket turns freely and that the lubricating hole in the tip is not blocked. Clean and lubricate if necessary.

If the chain lubrication system is still not working after carrying out the above measures you should contact your service agent.

Three-step line drawing showing a tool being processed, with no text or symbols present.

D Lubricating the bar tip sprocket

- Lubricate the bar tip sprocket each time you refuel. Use the special grease gun and a good quality bearing grease.

Line drawing of a robotic arm gripping a tool, with no visible text or symbols

E Lubricating the clutch drum bearing

- Between the engine drive shaft and the clutch drum is a needle bearing that must be lubricated daily. Use the specially designed grease gun and a good quality bearing grease.

Line drawing of a person using a mechanical lever on a vehicle (no text or symbols)

F Checking wear on cutting equipment Saw chain

Check the saw chain daily for:

• Visible cracks in rivets and links.
• Whether the chain is stiff.
• Whether rivets and links are badly worn.

We recommend you compare the existing chain with a new chain to decide how badly it is worn.

When the length of the cutting teeth has worn down to only 4 mm the chain must be replaced.

min 4 mm (0,16")

G Chain drive sprocket

The clutch drum is fitted with one of the following drive sprockets:

A SPUR (integral drive sprocket)

B RING (replaceable)

Regularly check the degree of wear on the drive sprocket. Replace if wear is excessive.

Replace the drive sprocket whenever you replace the chain.

Technical line drawings of mechanical components labeled A and B, showing gear and shaft assembly (no text or symbols beyond labels)

SAFETY INSTRUCTIONS

H Bar

Check regularly:

• Whether there are burrs on the edges of the bar. Remove these with a file if necessary.
• Whether the groove in the bar has become badly worn. Replace the bar if necessary.
• Whether the tip of the bar is uneven or badly worn. If a hollow forms on one side of the bar tip this is due to a slack chain.
  • To prolong the life of the bar you should turn it over daily.

Diagram showing four steps of a folding or cutting process: cutting, folding, folding, and cutting with directional arrows.

MOST CHAIN SAW ACCIDENTS HAPPEN WHEN THE CHAIN TOUCHES THE OPERATOR.

• WEAR PERSONAL PROTECTIVE EQUIPMENT (see the section on "Chain saw safety equipment").
• DO NOT TACKLE ANY JOB YOU ARE UNSURE OF (see the section on "Personal protective equipment", "How to avoid kickback", "General working instructions" and "Cutting equipment").
• AVOID SITUATIONS WHERE THERE IS A RISK OF KICKBACK (see the section on "Personal protective equipment").
• USE THE RECOMMENDED PROTECTIVE EQUIPMENT AND CHECK ITS CONDITION (see section on "General working instructions").
• CHECK THAT ALL SAFETY FUNCTIONS ARE WORKING (see section on "General working instructions" and "General safety precautions").

HOW TO AVOID KICKBACK

Kickback can happen very suddenly and violently; kicking the saw, bar and chain back at the user. If this happens when the chain is moving it can cause very serious, even fatal injuries. It is vital you understand what causes kickback and that you can avoid it by taking care and using the right working technique.

What is kickback?

The word kickback is used to describe the sudden reaction that happens when the upper quadrant of the tip of the bar (known as the “kickback zone”) touches an object and the saw is kicked backwards.

Diagram illustrating a chain saw cutting process with warning symbols and mechanical components

Kickback always occurs in the cutting plane of the saw. Normally the saw and bar are thrown backwards and upwards towards the user. However the saw may move in a different direction depending on the way it was being used when the kickback zone of the bar touched the object.

Illustration of a worker in protective gear spraying water with a roller, no text or symbols present

Kickback only occurs if the kickback zone of the bar touches an object.

Diagram showing a chain with an explosion symbol and directional arrows, likely illustrating a physical or engineering concept.

SAFETY INSTRUCTIONS

General rules

1 If you understand what kickback is and how it happens then you can reduce or eliminate the element of surprise. By being prepared you reduce the risk. Kickback is usually quite mild, but it can sometimes be very sudden and violent.

2 Always hold the saw firmly with your right hand on the rear handle and your left hand on the front handle.

Wrap your fingers and thumb around the handles. You should use this grip whether you are right-handed or left-handed. This grip minimises the effect of kickback and lets you keep the saw under control.

Do not let go of the handles!

Line drawing of a person sitting on a bench with a seatbelt, no text or symbols present

3 Most kickback accidents happen during limbing. Make sure you are standing firmly and that there is nothing in the way that might make you trip or lose your balance.

Lack of concentration can lead to kickback if the kickback zone of the bar accidentally touches a branch, nearby tree or some other object.

Illustration of a person using a saw to cut through tree branches, with an arrow indicating the process (no text or symbols present)

4 Never use the saw above shoulder height and try not to cut with the tip of the bar.

Never use the saw one-handed!

Illustration of a worker cutting tree branches with a diagonal no-smoking symbol (no text or labels)

5 Always use a fast cutting speed, i.e. full throttle.

6 Take great care when you cut with the top edge of the bar, i.e. when cutting from the underside of the object. This is known as cutting on the push stroke. The chain tries to push the saw back towards the user.

Unless the user resists this pushing force there is a risk that the saw will move so far backwards that only the kickback zone of the bar is in contact with the tree. This will cause kickback.

Cutting with the bottom edge of the bar, i.e. from the top of the object downwards, is known as cutting on the pull stroke.

Diagram illustrating three different types of chain drive mechanisms: cutting, rolling, and chain drive with warning symbols.

In this case the saw pulls itself towards the tree and the front edge of the saw provides a natural rest when cutting. Cutting on the pull stroke gives you better control over the saw and the position of the kickback zone.

Diagram of a chain drive cutting a circular cutter (no text or symbols)

7 Follow the instructions on sharpening and maintaining your bar and chain. When you replace the bar and chain use only combinations that are recommended by us. See the sections on "Cutting equipment" and "Technical data".

The risk of kickback is increased if you use the wrong cutting equipment or a chain that is not sharpened correctly. The wrong combination of bar and chain can increase the risk of kickback!

SAFETY INSTRUCTIONS

GENERAL SAFETY PRECAUTIONS

1 Chain saws are designed solely for cutting wood. The only cutting equipment that can be used with this chain saw are the combinations of bars and chains recommended in the "Technical data" section.
2 Never use a chain saw if you are tired, if you have drunk alcohol, or if you are taking medication that affects your vision, your judgement or your co-ordination.

Black-and-white illustration of a soldier in combat gear aiming a rifle, with another soldier resting nearby (no text or symbols)

3 Always wear suitable protective clothing. See the section on "Personal protective equipment".
4 Never use a chain saw that has been modified in any way from its original specification.
5 Never use a chain saw that is faulty. Carry out the regular checks, maintenance and service routines described in this manual. Some maintenance and service measures must be carried out by trained specialists. See the section on "Maintenance".

Illustration of a worker holding a wrench, wearing a cap and uniform (no text or symbols)

6 STARTING

• Never start a chain saw unless the bar, chain and clutch cover are fitted correctly. (See section on "Assembly").
• Never start a chain saw indoors. Exhaust fumes can be dangerous.
• Before starting the saw make sure there are no people or animals nearby who might be put at risk.
• Place the saw on the ground and hold the rear handle down with your right foot. Grasp the front handle firmly using your left hand. Make sure the chain saw is steady and the chain is not touching the ground. Then grasp the starter handle with your right hand and pull the starter cord.

Safety instruction illustration showing three steps: cutting a chain with no smoke, using a power shaver, and using a tool to cut the chain.

7 FUEL SAFETY

(Refuelling, fuel mixture, storage.)

Fuel and fuel vapour are highly inflammable. Take care when handling fuel and chain oil. Keep away from naked flames and do not breathe in fuel vapour.

• Never try to refuel the saw while it is running.
• Make sure there is plenty of ventilation when refuelling or mixing fuel (2-stroke mixture).
• Move the saw at least 3 m from the refuelling point before starting it.
• Never start the chainsaw:

a) If you have spilt fuel or chain oil on the saw. Wipe off the spill and allow remaining fuel to evaporate.
b) If you spill fuel or chain oil on yourself or your clothes. Change your clothes.
c) If there is a fuel leak. Check regularly for leaks from the FUEL CAP and FUEL LINES.

Min. 3 m (10 ft)

• Always store the chain saw and fuel away from any sources of sparks or naked flames, e.g. machines, electric motors, relays, switches, boilers, etc.
• Always store fuel in an approved container designed for that purpose.
• For longer periods of storage or for transport of the saw, the fuel and chain oil tanks should be emptied. Ask where you can dispose of waste fuel and chain oil at your local gas station.

8 Never use any accessories other than those recommended in this manual. See the sections on "Cutting equipment" and "Technical data".

The risk of accident is increased if you use the wrong cutting equipment or a chain that is not sharpened correctly. Using the wrong combination of bar and chain can increase the risk of accidents!

SAFETY INSTRUCTIONS

GENERAL WORKING INSTRUCTIONS

This section describes basic safety rules for using a chain saw. This information is no substitute for professional skills and experience. If you get into a situation where you feel unsafe, stop and seek expert advice (look under FORESTRY SERVICES in the telephone directory). DO NOT ATTEMPT ANY TASK THAT YOU FEEL UNSURE OF!

Important

1 Before using a chain saw you must understand the effects of kickback and what causes it. (See the section on "How to avoid kickback".)
2 Before using a saw you must understand the difference between sawing with the top and bottom edges of the bar. (See the section on "How to avoid kickback".)

1 Basic safety rules

1 Look around you:

• to make sure there are no people, animals or other objects nearby that might affect your work.
• to make sure that none of the above might come within reach of your saw or be injured by falling trees.

Illustration of a person spraying tree roots in a forest, with no text or symbols present.

Follow the instructions above, but do not use a chain saw in a situation where you cannot call for help in case of an accident.

2 Do not use the saw in bad weather, such as dense fog, heavy rain, strong wind, intense cold, etc. Working in cold weather is tiring and often brings added risks, such as icy ground, unpredictable felling direction, etc.
3 Take great care when removing small branches and avoid cutting bushes (i.e. cutting many small branches at the same time). Small branches can be grabbed by the chain and thrown back at you, causing serious injury.

Simple line drawing of a tree with leaves and a curved trunk, no text or symbols present

4 Check the area around you for possible obstacles such as roots, rocks, branches, ditches, etc., in case you have to move suddenly. Take great care when working on sloping ground.

Illustration of a firefighter in protective gear holding logs, with broken logs and a gear (no text or symbols)

5 Take the utmost care when cutting through branches or logs that are in tension. A log or branch that is in tension can suddenly spring back into its natural position before or after you cut it. If you stand on the wrong side or start cutting in the wrong place it may strike you or your chain saw. This could make you lose control and cause a serious accident.

Silhouette of a person climbing a tree with branches (no text or symbols)

6 Before moving your chain saw switch off the engine and lock the chain using the chain brake. Carry the saw with the bar and chain pointing backwards. Fit a guard to the bar before carrying the saw any distance.

Illustration of a person in protective gear holding a chainsaw (no text or symbols)

7 Never put a chain saw down while the engine is running unless you have it in clear view and the chain brake is on. Switch the engine off before leaving your chain saw for any length of time.

STOP

SAFETY INSTRUCTIONS

2 Basic cutting technique

General

• Always use full throttle when cutting!
- Reduce the speed to idle after every cut (running the engine for too long at full throttle without any load can lead to serious engine damage).
- Cutting from above = Cutting on the pull stroke.
- Cutting from below = Cutting on the push stroke.

See the section on "How to avoid kickback" to find out why cutting on the push stroke increases the risk of kickback.

Terms:

Cutting = General term for cutting through wood.

Limbing = Cutting limbs off a felled tree.

Splitting = When the object you are cutting breaks off before the cut is complete.

There are five important factors you should consider before making a cut:

1 Make sure the bar will not jam in the cut.
2 Make sure the log will not split.
3 Make sure the chain will not strike the ground or any other object during or after cutting.
4 Is there a risk of kick-back?
5 Do the conditions and surrounding terrain affect your safety when working?

Diagram illustrating four different types of mechanical or geological failure scenarios, including a chain break and a gear drop with warning symbols.

Two factors decide whether the chain will jam or the log will split. The first is how the log is supported and the second is whether it is in tension.

In most cases you can avoid these problems by cutting in two stages; from the top and from the bottom of the log. You need to support the log so that it will not trap the chain or split during cutting.

If the chain jams in the cut: STOP THE ENGINE! Don't try to pull the saw free. If you do you may damage the chain when the saw suddenly breaks free. Use a lever to open up the cut and free the bar.

The following instructions describe how to handle most types of situation that you will be faced with when using a chain saw.

Cutting

1 The log is lying on the ground. There is little risk of the chain jamming or the log splitting. However there is a risk that the chain will touch the ground when you finish the cut.

Diagram illustrating four different stages of a mechanical or industrial process, showing how to move from a pump to a final gear with a warning symbol.

Cut all the way through the log from above. Try not to touch the ground as you finish the cut. Maintain full throttle but be prepared in case the chain snatches.

A If it is possible to turn the log you should stop cutting about 2/3 of the way through.
B Turn the log and finish the cut from the opposite side.

SAFETY INSTRUCTIONS

2 The log is supported at one end. There is a high risk that it will split.

A Start by cutting from below (about 1/3 of the way through).
B Finish by cutting from above so that the two cuts meet.

3 The log is supported at both ends. There is a high risk that the chain will jam.

A Start by cutting from above (about 1/3 of the way through).
B Finish by cutting from below so that the two cuts meet.

Limbing

When limbing thick branches you should use the same approach as for cutting. Cut difficult branches piece by piece.

Diagram showing mechanical components and directional arrows, including a chain saw and tree stumps (no text or labels)

Technical line drawings of mechanical components including a pump, gear mechanism, and circular components (no text or symbols)

1 2 3

3 Tree felling technique

It takes a lot of experience to fell a tree. Inexperienced users of chain saws should not fell trees. NEVER ATTEMPT A TASK YOU ARE UNSURE OF.

A Safe distance

The safe distance between a tree that is to be felled and anyone else working nearby is at least 21/2 tree lengths. Make sure that no-one else is in this "risk zone" before or during felling.

Illustration of two trees with curved arrows pointing toward a group of people, no text or symbols present

B Felling direction

The aim is to fell the tree in the best possible position for subsequent limbing and cross-cutting. You want it to fall on ground where you can move about safely.

The main point to avoid is letting the tree fall onto another tree. It can be both difficult and dangerous to remove a tree in such a position (see point 4 in this section).

Once you have decided which way you want the tree to fall you must judge which way the tree would fall naturally.

Several factors affect this:

Lean of the tree

Bend

Wind direction

Arrangement of branches

Weight of snow

Diagram illustrating a prohibition of a tree with a crossed-out circle, showing opposing directions for deforestation or loss.

You may find you are forced to let the tree fall in its natural direction because it is impossible or dangerous to try to make it fall in the direction you first intended.

Another very important factor, which does not affect the felling direction but does affect your safety, is to make sure the tree has no damaged or dead branches that might break off and hit you during felling.

During critical felling operations, hearing protectors should be lifted immediately when sawing is completed so that sounds and warning signals can be heard.

SAFETY INSTRUCTIONS

C Clearing the trunk and preparing your retreat

Remove any branches that are in the way. To do this it is best to work from the top down and keep the trunk between you and the chain saw. Never limb above shoulder height.

Hand-drawn sketch of a person using a tool on a pole, with no visible text or symbols

Remove any undergrowth from the base of the tree and check the area for obstacles (stones, branches, holes, etc.) so that you have a clear path of retreat when the tree starts to fall. Your path of retreat should be roughly 135 degrees behind the intended felling direction.

Illustration of a person sitting on a tree with arrows indicating direction (no text or symbols)

D Felling

Felling is done using three cuts. First you make the DIRECTIONAL CUTS, which consist of the TOP CUT and the BOTTOM CUT; followed by the FELLING CUT. By placing these cuts correctly you can control the felling direction very accurately.

DIRECTIONAL CUT

To make the DIRECTIONAL CUT you begin with the TOP CUT. Stand to the right of the tree and cut downwards at an angle.

Next make the BOTTOM CUT so that it finishes at the end of the TOP CUT.

The directional cut should run 1/4 of the diameter through the trunk and the angle between the TOP CUT and BOTTOM CUT should be 45°.

The line where the two cuts meet is called the DIRECTIONAL CUT LINE. This line should be perfectly horizontal and at right angles (90°) to the chosen felling direction.

graph TD
    A["Tree Root"] --> B["Deflection to Tree"]
    B --> C["Deflection to Tree"]
    C --> D["Deflection to Tree"]
    D --> E["Deflection to Tree"]
    E --> F["Deflection to Tree"]
    F --> G["Deflection to Tree"]
    G --> H["Deflection to Tree"]
    H --> I["Deflection to Tree"]
    I --> J["Deflection to Tree"]
    J --> K["Deflection to Tree"]
    K --> L["Deflection to Tree"]
    L --> M["Deflection to Tree"]
    M --> N["Deflection to Tree"]
    N --> O["Deflection to Tree"]
    O --> P["Deflection to Tree"]
    P --> Q["Deflection to Tree"]
    Q --> R["Deflection to Tree"]
    R --> S["Deflection to Tree"]
    S --> T["Deflection to Tree"]
    T --> U["Deflection to Tree"]
    U --> V["Deflection to Tree"]
    V --> W["Deflection to Tree"]
    W --> X["Deflection to Tree"]
    X --> Y["Deflection to Tree"]

FELLING CUT

The felling cut is made from the opposite side of the tree and it must be perfectly horizontal. Stand on the left side of the tree and cut with the bottom edge of the bar.

Make the FELLING CUT about 3-5 cm (1.5-2 inches) above the flat section of the DIRECTIONAL CUT.

Use full throttle and bring the bar and chain slowly into the tree. Make sure the tree does not start to move in the opposite direction to your intended felling direction. Drive a WEDGE or BREAKING BAR into the cut as soon as it is deep enough.

Finish the FELLING CUT parallel with the DIRECTIONAL CUT LINE so that the distance between them is at least at least 1/10 of the trunk diameter. The uncut section of the trunk is called the BREAKING STRIP.

The BREAKING STRIP act as hinges that control the felling direction of the falling tree.

All control over the felling direction is lost if the BREAKING STRIP is too narrow or if the directional cut and felling cut are badly placed.

When the felling cut and directional cut are complete the tree should start to fall under its own weight or with the aid of a FELLING WEDGE or BREAKING BAR.

Diagram illustrating various methods for tree bark cutting, including root opening, cross-section, and cutting with a prohibition sign.

SAFETY INSTRUCTIONS

We recommend that you use a bar that is longer than the diameter of the tree, so that you can make the FELLING CUT and DIRECTIONAL CUT with single cutting stokes. (See "Technical data" to find out which lengths of bar are recommended for your saw).

Line drawing of a chain-linking device with a circular base and gear-like end (no text or symbols)

There are methods for felling trees with a diameter larger than the bar length. However these methods involve a much greater risk that the kickback zone of the bar will come into contact with the tree.

Diagram showing a chain with a warning triangle and directional arrows, likely illustrating a process or safety scenario.

UNLESS YOU HAVE SPECIAL TRAINING WE ADVISE YOU NOT TO FELL TREES WITH A DIAMETER LARGER THAN THE BAR LENGTH OF YOUR SAW!

E Limbing

MOST KICKBACK ACCIDENTS HAPPEN DURING LIMBING! PAY CLOSE ATTENTION TO THE POSITION OF THE KICKBACK ZONE OF THE BAR WHEN YOU ARE LIMBING BRANCHES THAT ARE IN TENSION!

Make sure there are no obstacles in your way. Work on the left side of the trunk. Work close to the saw for maximum control. If possible, let the weight of the saw rest on the trunk.

Keep the tree between you and the saw as you move along the trunk.

Line drawing of a person in protective gear carrying a bag, standing on grass (no text or symbols)

F Cutting the trunk into logs

See chapter "General working instructions" point 2 "Basic cutting technique".

4 Freeing a tree that has fallen badly = high accident risk

A Freeing a "Trapped tree"

The safest method is to use a winch.

A Tractor-mounted

B Portable

Technical line drawing showing a tractor pulling a lever and a rope tied with a handle (no text or symbols)

B Cutting trees and branches that are in tension Preparations:

a) Work out which way the tree or branch will move if released and where the natural “BREAKING POINT” is (i.e. the place it would break if it was bent even more).

Simple line drawing of a person rolling down a hill with an arrow pointing downward (no text or symbols)

b) Decide which is the SAFEST way to release the tension and whether YOU are able to do it safely. In complicated situations the only safe method is to put aside your chain saw and use a winch.

General advice:

a) Position yourself so that you will be clear of the tree or branch when it springs free.

b) Make one or more cuts at or near the BREAKING POINT. Make as many cuts of sufficient depth as necessary to reduce the tension and make the tree or branch break at the BREAKING POINT.

Never cut straight through a tree or branch that is IS in tension!

Diagram illustrating geological or sedimentary processes with labeled components and directional arrows indicating flow or movement.

WHAT IS WHAT?

What is what?

1. Cylinder cover.
2. Front handle.
3. Front hand guard.
4. Starter cover.
5. Chain oil tank.
6. Starter handle.
7. Adjuster screw, carburetor.
8. Choke control/Start throttle lock.
9. Rear handle.
10. Stop switch. Ignition on/off switch.
11. Fuel tank.
12. Muffler.
13. Bar tip sprocket.

14. Saw chain.

15. Saw bar.

16. Bumper.
17. Chain catcher. Catches chain if it jumps or breaks.
18. Clutch cover.
19. Right hand guard. Protects right hand if chain breaks or jumps.
20. Throttle control.
21. Throttle lock. Prevents accidental operation of throttle control.
22. Decompression valve.
23. Combination spanner.
24. Chain tensioning screw.
25. Operator's manual.
26. Bar guard.
27. Switch for heated handles (362XPG, 371XPG).

ASSEMBLY

Mounting guide bar and chain

Always wear gloves, when working with the chain, in order to protect your hands from injury.

Check that the chain brake is in disengaged position by moving the front hand guard towards the front handle.

Take off the bar nuts and remove the clutch cover. Take off the transportation ring (A).

A

Fit the bar over the bar bolts. Place the bar in its rearmost position. Place the chain over the drive sprocket and in the groove on the bar. Begin on the top side of the bar. Make sure that the edges on the cutting links are facing forward on the top side of the bar.

Fit the clutch cover and locate the chain adjuster pin in the hole on the bar. Check that the drive links of the chain fit correctly on the drive sprocket and that the chain is in the groove on the bar. Tighten the bar nuts finger tight.

Tension the chain by using the combination wrench. Turn the chain adjuster screw clockwise. The chain should be tensioned until it fits snugly on the underside of the bar.

Technical diagram showing mechanical assembly steps with labeled components and directional arrows

Hold up the tip of the bar and tighten the chain. The chain is correctly tensioned when there is no slack on the underside of the bar, but it can still be turned easily by hand. Hold up the bar tip and tighten the bar nuts with the combination wrench.

When fitting a new chain, the chain tension has to be checked frequently until the chain is run-in. Check the chain tension regularly. A correctly tensioned chain gives good cutting performance and long lifetime.

Illustration of two manual chains: one using a saw and the other cutting a saw (no text or symbols present)

FUEL HANDLING

Fuelmix

IMPORTANT! The chain saw is equipped with a two-stroke engine and must always been run using a mixture of gasoline and two-stroke engine oil. It is important to accurately measure the amount of oil to be mixed to ensure that the correct mixture is obtained. When mixing small amounts of fuel, even small inaccuracies can drastically affect the ratio of the mixture.

Always provide for good ventilation when handling fuel.

Gasoline

• This engine is certified to operate on unleaded gasoline.
• Use good quality unleaded gasoline.
• The lowest recommended octane rating is 87. If you run the engine on lower octane rating than 87 so-called "knocking" can occur. This leads to an increased engine temperature, which can result in a serious engine breakdown.
• When working at continuous high revs a higher octane rating is recommended.

Illustration of a fuel can pouring liquid into a gas pump with an oil drop symbol (no text or labels)

Two-stroke oil

• For the best results use HUSQVARNA two-stroke oil, which is especially developed for chain saws. Mixing ratio 1:50 (2%).
• Never use two-stroke oil intended for water cooled outboard engines, so-called, outboard oil.
• Never use oil intended for four-stroke engines.

Gasoline	Oil2%(1:50)
Lit.	Lit.
5	0,10
10	0,20
15	0,30
20	0,40
USgallon	USfl. oz.
1	2 1/2
2 1/2	6 1/2
5	12 7/8

Mixing

• Always mix the gasoline and oil in a clean container intended for fuel.
• Always start by filling half the amount of the gasoline to be used. Then add the entire amount of oil. Mix (shake) the fuel mixture. Add the remaining amount of gasoline.
• Mix (shake) the fuel mixture thoroughly before filling the saw's fuel tank.
• Do not mix more than max. one month's supply of fuel.
• If the saw is not used for some time the fuel tank should be emptied and cleaned.
• This engine is certified to operate on unleaded gasoline.

Illustration of a fuel being poured into a gas can with an oil drop symbol (no text or labels)

Illustration of a historical figure in traditional attire holding a small object, no text or symbols present

Chain oil

• The chain lubrication system is automatic. Always use special chain oil with good adhesive characteristics.
• In countries where no special chain oil is available, EP 90 transmission oil can be used.
• Never use waste oil. This results in damage to the oil pump, the bar and the chain.
• It is important to use oil of the right viscosity according to the air temperature.
• In temperatures below 0^ C ( 32^ F) some oils become too viscous. This can overload the oil pump and result in damage to the oil pump components.
• Contact your servicing dealer when choosing chain oil.

Technical line drawing of a mechanical component with a downward arrow indicating a feature (no text or symbols present)

Fuelling

Taking the following precautions, will lessen the risk of fire.

• Do not smoke or place warm objects in the vicinity of the fuel.
  • Always shut off the engine before refuelling.
• Slowly open the fuel cap, when filling fuel, so that possible overpressure is slowly released.
• Tighten the fuel cap carefully after fuelling.
• Always move the saw from the fuelling area before starting.

Clean around the fuel cap. Clean the fuel and chain oil tanks regularly. The fuel filter should be changed at least once a year. Contamination in the fuel tanks causes malfunction. Make sure the fuel is well mixed by shaking the container before fuelling. The volume of chain oil and fuel tanks are adjusted to each other. Therefore, always fill chain oil and fuel at the same time.

Min 3 m (10ft)

START AND STOP

Start and stop

WARNING!

• Never start the saw engine without the bar, chain and clutch cover (chain brake) assembled - or else the clutch can come loose and cause personal injuries.
• Always move the saw away from the fueling area before starting.
• Place the saw on clear ground and make sure that the chain is not contacting anything. Also, make sure that you have a secure footing.
• Keep people and animals well away from the working area.

Cold engine

CHAIN BRAKE:

Disengage the chain brake by pulling the hand guard towards the front handle.

IGNITION:

Move the ignition switch to startposition.

CHOKE:

Set the choke control in choke position.

FAST IDLE:

Combined choke/fast idle is received when the choke is moved to choke position.

If the saw is fitted with a decompression valve (A): Press the valve to reduce the pressure in the cylinder and make starting easier. Always use the decompression valve when starting the saw. Once the saw has started the valve will automatically return to its original setting.

Warm engine

Use the same procedure as for starting cold engine but without choke. Fast idle is received by first set the choke control in choke position, and then back again.

Line drawing of a mechanical component with an arrow indicating rotation (no text or symbols)

Technical diagram showing a mechanical component with an inset view labeled 'A' pointing to a cylindrical feature.

Diagram of car interior control panel with directional arrows and a stop button labeled STOP

Start

Grip the front handle with your left hand and hold the saw down by putting your right foot in the rear handle. Pull the starter handle with your right hand and pull out the starter cord slowly until the starter pawls engage. Then pull sharply.

Push in the choke control immediately when the engine ignites and make repeated starting attempts. When the engine starts, rapidly give full throttle. Then the throttle latch will disengage.

CAUTION! Do not release the starter handle from fully pulled out position as this can cause damage on the saw.

Illustration of a person using a chain-linking tool to cut a machine (no text or symbols present)

Line drawing of a car interior showing structural components and directional arrows (no text or symbols)

Technical line drawing of a mechanical device with no visible text or symbols

Stop

The engine is stopped by switching off the ignition.

Diagram of a car seatbelt with directional control buttons and a stop button, including an arrow indicator.

MAINTENANCE

Carburetor

Your Husqvarna product has been designed and manufactured to specifications that reduce harmful emissions.

After your unit has been run 8-10 tanks of fuel the engine has broken in. To ensure that your unit is at peak performance and producing the least amount of harmful emissions after break in, have your authorized servicing dealer, who has a revolution counter at his disposal, to adjust your carburetor for optimum operating conditions.

Functioning, Basic setting, Final setting

WARNING! Do not start the saw without the bar, chain and clutch cover (chain brake) assembled. If you do, the clutch might come loose and cause severe injuries.

Operation

• The carburetor governs the engine speed via the throttle. Air/fuel are mixed in the carburetor. The air/fuel mixture is adjustable. To take advantage of the engine's optimal output the setting must be correct.
• The setting of the carburetor means that the engine is adapted to local conditions, for example, the climate, altitude, fuel and the type of 2-stroke oil.

- The carburetor has three adjustment possibilities:

L = Low speed jet.
H = High speed jet.
T = Adjustment screw for idling.

T H T⊕ LH L

• The fuel quantity required in relation to the air flow, provided by opening the throttle, is adjusted by the L and H-jets. If they are screwed clockwise the air/fuel ratio becomes leaner (less fuel) and if they are turned counter-clockwise the ratio becomes richer (more fuel). A leaner mixture gives a higher engine speed and a richer mixture give a lower engine speed.
• The T screw regulates the idling speed. If the screw T is turned clockwise this gives a higher idling speed; counterclockwise a lower idling speed.

Basic setting and running in

The carburetor is set to its basic setting when test run at the factory. The basic setting is richer than the optimal setting and should be kept during the machine's first working hours. Thereafter the carburetor should be finely adjusted. Fine adjustment should be carried out by a skilled technician.

NOTE! If the chain rotates while idling the T screw should be adjusted counter-clockwise until it stops.

Recommended idling speed: 2 700 rpm.

Contact your servicing dealer, if the idle speed setting cannot be adjusted so that the chain stops. Do not use the saw until it has been properly adjusted or repaired.

Fine adjustment

- When the saw has been "run-in" the carburetor should be finely adjusted. The fine adjustment should be carried out by qualified person. First adjust the L-jet, then the idling screw T and then the H-jet.

Conditions

• Before any adjustments are made the air filter should be clean and the cylinder cowling fitted. Adjusting the carburetor while a dirty air filter is in use will result in a leaner mixture when the filter is finally cleaned. This can give rise to serious engine damage.
• Carefully turn the L and H needle to the mid point.
• Do not attempt to adjust the needles beyond the stops as damage can occur.
• Now start the saw according to the starting instructions and run it warm for 10 minutes.

NOTE! If the chain rotates the T screw should be turned counter-clockwise until the chain stops.

- Place the saw on a flat surface so that the bar points away from you and so that the bar and chain do not come into contact with the surface or other objects.

Low speed needle L

Turn the low speed needle L clockwise until the stop. If the engine has bad acceleration or erratic idling, turn the L needle counter-clockwise until good idling and acceleration.

NOTE! If the chain rotates in the idling position, turn the idling speed screw counter-clockwise until the chain stops.

Final setting of the idling speed T

Adjust the idling speed with the screw T. If it is necessary to re-adjust, first turn the idle speed adjusting screw T clockwise, until the chain starts to rotate. Then turn, counter-clockwise until the chain stops. A correctly adjusted idle speed setting occurs when the engine runs smoothly in every position. It should also be good margin to the rpm when the chain starts to rotate.

Contact your servicing dealer, if the idle speed setting cannot be adjusted so that the chain stops. Do not use the saw until it has been properly adjusted or repaired.

High speed needle H

The high speed needle H influences the power of the saw. A too lean adjusted high speed needle H (high speed needle H closed too much) gives overrevs and damages the engine. Turn the high speed needle H counterclockwise until the stop. If the engine runs roughly, turn the high speed needle slowly the minimum amount clockwise until the engine runs smoothly.

Diagram illustrating sound wave propagation with labeled components and directional arrows

The high speed needle H is correctly set when the saw "4-cycles" a little. If the saw "whistles" the setting is too lean. If there is too much exhaust gas at the same time as the saw "4-cycles" much, the setting is too rich. Turn the high speed needle H until the setting sounds correct. NOTE! For optimum setting of the carburetor, contact a qualified servicing dealer who has a revolution counter at his disposal.

Correctly adjusted carburetor

A correctly adjusted carburetor means that the saw accelerates without hesitation and the saw 4-cycles a little at max speed. Furthermore, the chain must not rotate at idling. A too lean adjusted low speed needle L may cause starting difficulties and bad acceleration. A too lean adjusted high speed needle H gives lower power=less capacity, bad acceleration and/or damage to the engine. A too rich adjustment of the two speed needles L and H gives acceleration problems or too low working speed.

MAINTENANCE

Starter device

WARNING!

• When the recoil spring is assembled in the starter housing, it is in tensioned position and can when treated carelessly, pop out and cause injuries.
• Always be careful, when changing the recoil spring or the starter cord. Always wear safety goggles for eye protection.

Changing a broken or worn starter cord

- Loosen the screws, that hold the starter device against the crankcase and remove the starter device.

- Pull out the cord approx. 30 cm and lift it up into the notch in the pulley. Zero-set the recoil spring by letting the pulley rotate slowly backwards. Undo the screw in the centre of the pulley and remove the pulley.

- Insert and fasten a new starter cord in the pulley. Wind approx. 3 turns of the starter cord on to the pulley. Assemble the starter pulley against the recoil spring, so the end of the spring engages to the pulley. Fit the screw in the centre of the pulley. Carry the starter cord through the hole in the starter housing and the starter handle. Make a knot on the starter cord.

Tensioning the recoil spring

- Lift the starter cord up in the notch on the starter pulley and turn the starter pulley 2 turns clockwise.

NOTE! Check that the starter pulley can be turned at least half a turn, when the starter cord is entirely pulled out.

Line drawing of hands using a tool to adjust or install a mechanical component (no text or symbols present)

Changing the broken recoil spring

• Lift the starter pulley (see "Changing a broken or worn starter cord").
• Dissassemble the recoil spring by tapping the pully (with its inside facing down) lightly against a working bench or similar. If the spring pops out when assembling, it should be mounted again, out and in towards the centre.
• Lubricate the recoil spring with thin oil. Assemble the starter pulley, and tension the recoil spring.

Technical line drawing of a mechanical device with a central knob and base plate (no text or symbols)

Starter device assembly

• Assemble the starter device, by pulling the starter cord out first, then place the starter against the crankcase. Then slowly release the starter cord so that the pulley engages with the pawls.
• Assemble and tighten the screws, which hold the starter.

Line drawing of a hand using a tool to cut a saw blade (no text or symbols present)

MAINTENANCE

Air filter

The air filter must be regularly 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 filter daily or more often if the air is exceptionally dusty in the working area.

• Disassemble the air filter by removing the air filter-cover and unscrew the filter. When reassembling, make sure that the filter is tight against the filter holder. Clean the filter by brushing or shaking it.

- A more thorough cleaning of the filter is obtained by washing it in water and soap.

An air filter, which is used for some time, cannot be cleaned completely. Therefore it must be replaced by a new one, with regular intervals.

IMPORTANT! A damaged air filter must always be replaced.

Spark plug

The spark plug condition is influenced by:

• An incorrect carburetor setting.
• Wrong fuel mixture (too much oil in the gasoline).
• A dirty air filter.

These factors cause deposits on the spark plug electrodes, which may result in malfunction and starting difficulties.

If the engine is low on power, difficult to start or runs poorly at idling speed, always check the spark plug first. If the spark plug is dirty, clean it and check the electrode gap. Readjust if necessary. The correct gap is 0,5 mm (0,020"). The spark plug should be replaced after about a month in operation or earlier if the electrodes are badly eroded.

IMPORTANT! Always use the recommended spark plug type. An incorrect spark plug can severely damage the piston/cylinder.

0,5 mm

Muffler

The muffler is designed in order to reduce the noise level and to direct the exhaust gases away from the operator. The exhaust gases are hot and can contain sparks, which may cause fire if directed against dry and combustible material. Some mufflers are equipped with a special screen.

Line drawing of a mechanical device with a screw and housing (no text or symbols)

If your saw has this type of muffler, you should clean the screen at least once a week. This is done with a wire brush.

CAUTION! The screen must be replaced, if damaged. The saw will be overheated, if the screen is clogged. This results in damage on the cylinder and the piston. Never use a saw with a clogged or defective muffler.

Needle bearing maintenance

The clutch drum is equipped with one of the following chain sprockets:

• Spur sprocket (A) (the chain sprocket is welded on the drum)
• Rim sprocket (B) (exchangeable)

Both versions have built-in needle bearing at the drive shaft, which has to be greased regularly (once a week).

NOTE! Use only high quality bearing grease.

A B

Adjustment of the oil pump

The oil pump is adjustable. Adjustments are made by turning the screw using a screwdriver or combination spanner. The saw is supplied from the factory set to 1 turn open. Turning the screw clockwise will reduce the oil flow and turning the screw anti-clockwise will increase the oil flow.

Diagram of a mechanical assembly with directional arrows indicating motion (no text or symbols)

WARNING! The engine must not be running when making adjustments.

Recommended settings:

Bar -15": 1 turn from the closed position.
Bar 15"-18": 2 turns from the closed position.
Bar 18"-24": 3 turns from the closed position.
Bar 24"- : 4 turns from the closed position.

These recommendations apply to Husqvarna's chain oil, for other chain oil increase the oil flow by one step.

MAINTENANCE

Cooling system

To obtain the lowest possible running temperature the saw is equipped with a cooling system.

The cooling system consists of:

1. Air intake on the starter unit.
2. Air guide plate.
3. Fan blades on the flywheel.
4. Cooling fins on the cylinder.
5. Cylinder cowling (supplies cold air over the cylinder).

Technical diagram of a mechanical assembly with numbered components for identification

Clean the cooling system with a brush once a week, more often in demanding conditions. A dirty or blocked cooling system results in the saw overheating which causes damage to piston and cylinder.

Centrifugal cleaning "Air Injection"

Centrifugal cleaning means the following:

All air to the carburetor is carried through the starter. Dirt and dust is centrifuged away by the cooling fan.

IMPORTANT! In order to keep the function of the centrifugal cleaning, a continuous maintenance and care must be made.

- Clean the air intake to the starter, the fan wings of the flywheel, the space around the flywheel, inlet pipe and carburetor space.

Technical illustration of a chain-linking device and its internal components (no text or symbols)

Heated handles (362XPG/371XPG)

On the models 362XPG and 371XPG both the front handle and the rear handle are equipped with electrical heating coils. These are supplied with electricity both from a built-in generator in the electrical system.

When the red marking on the switch is visible, the heating is on.

Diagram of a car seatbelt switch with a magnified inset showing a door and seatbelt (no text or symbols)

Electrically heated carburettor (362XPG/371XPG)

Canada

This chain saw is, if it has model code XPG, equipped with electrically heated carburettor. The electrical heating prevents icing in the carburettor. A thermostat regulates heating so that the carburettor always has the correct temperature.

All other countries

This chain saw is, if it has model code XPG, equipped with electrically regulated carburettor heating. The carburettor heating system is regulated with a 3-way switch.

Temperature range

The carburettor heater is used in the following temperature range: ±0^ C or colder. During high humidity icing of the carburettor can occur earlier than specified.

The carburettor heater only heats the carburettor when the 3-way switch is set to position "II".

II O I

The switch is off in position "0" supplies current to the handle heater in position "I" supplies current to the carburettor in position "II"

NOTE! The carburettor heater reaches maximum temperature after about 3 minutes. It is therefore important that the saw is not run for longer with the heater switched on. If the switch is left on for longer the carburettor will overheat and lead to running problems or starting problems.

Winter use

During winter time, powder snow and cold weather can cause running problems, such as:

• Too low engine temperature.
• Icing on the air filter and carburetor.

Therefore some special measures are required:

- Partly reduce the air inlet of the starter and by doing that increase the engine temperature.

Temperature -5°C or colder:

For running the saw in cold weather or powder snow, a special cover is available, which is mounted on the starter housing. This reduces the air flow and prevents large amounts of snow from being sucked in.

Line drawing of a mechanical device with no visible text or symbols

NOTE! If the special winterising kit has been fitted or any measures have been taken to increase the temperature these changes must be reversed before the saw is used in normal temperature conditions. Otherwise there is a risk that the saw will overheat, resulting in severe damage to the engine.

IMPORTANT! Any maintenance other than that described in this manual must be carried out by your servicing dealer.

MAINTENANCE

Below you will find some general maintenance instructions. If you have more questions, contact your servicing dealer.

Daily maintenance

1. Check the throttle trigger for smooth operation. If any binding occurs, or if engine fails to return to idle, the saw should be taken to your dealer, before it is used again. Also, be sure that the trigger cannot be pulled until the throttle trigger lockout is depressed.
2. Clean the chain brake and check its function according to the instructions. Make sure that the chain catcher is undamaged. Otherwise replace it immediately.
3. Clean or replace the air filter as necessary. Check for damage or holes.
4. The bar should be turned daily for more even wear. Check the lubrication hole in the bar, to be sure it is not clogged. Clean the bar groove, if the bar has a sprocket tip, this should be lubricated.
5. Check the function of the oiler to be sure the bar and chain receive proper lubrication.
6. Sharpen the chain and check its tension and condition. Check the drive sprocket for wear. Replace if necessary.
7. Check the starter and starter cord for wear or damage. Clean the air intake slots on the starter housing.
8. Check for any loose nuts and screws and retighten if necessary.
9. Test the stop switch to be sure it shuts off the engine.

2

Mechanical assembly diagram showing a chain with gears and a moving component (no text or labels)

6

Weekly maintenance

1. Check that the AV elements are not soft or torn.
2. Lubricate the clutch drum bearing.
3. File off burrs, if any, on the sides of the bar.
4. Clean the spark plug and check the gap. The correct gap is 0,5 mm (0,020 inch).
5. Check the starter and the recoil spring. Clean the fins on the flywheel.
6. Clean the cooling fins on the cylinder.
7. Clean or change the screen in the muffler.
8. Clean the carburetor body and air box.

6

7

Monthly maintenance

1. Check the brake band on the chain brake for wear.
2. Check the clutch centre, clutch drum and clutch spring for wear.
3. Clean the outside of the carburetor.
4. Change the fuel filter.
5. Clean the inside of the fuel tank.
6. Clean the inside of the oil tank.
7. Check all cables and connections.
8. Change the spark plug.
9. Change the air filter.

TECHNICAL DATA

	362XP	365	371XP
Engine
Cylinder volume, cu.in/cm ^3	3,8/62,4	4,0/65,1	4,3/70,7
Cylinder bore, inch/mm	1,85/47	1,89/48	1,97/50
Stroke, inch/mm	1,4/36	1,4/36	1,4/36
Idle speed, rpm	2 700	2 700	2 700
Power, kW/ rpm	3,4/ 9 600	3,4/ 9 300	3,9/ 9 600

Ignition system

Manufacture	FHP	FHP	FHP
Type of ignition system	CD	CD	CD
Spark plug	Champion	Champion	Champion
	RCJ7Y	RCJ7Y	RCJ7Y
Electrode gap, inch/mm	0,02/0,5	0,02/0,5	0,02/0,5

Fuel and lubrication

system

Manufacturer	Walbro	Zama	Walbro
Carburetor type	HD6	C3M-EL8	HD12
Fuel capacity,US pint/litre	1,63/0,77	1,63/0,77	1,63/0,77
Oil pump capacity at8500 rpm, ml/min	4–20	4–20	4–20
Oil capacity, US pint/litre	0,89/0,42	0,89/0,42	0,89/0,42
Type of oil pump	Automatic	Automatic	Automatic

Weight

Without bar and chain, Lbs/kg	13,2/6,0	13,2/6,0	13,0/5,9
	XPG:13,7/6,2		XPG:13,4/6,1

Chain/bar

Recommended bar lengths, inches/cm	13-24"/33-61	15-28"/38-71	15-28"/38-71
Usable cutting length, inches/cm	12-23"/31-58	14-27"/35-69	14-27"/35-69
Chain speed at max. power, m/sec	21,4	20,7	21,4
Pitch, inch/mm	3/8"/ 9,520,325"/ 8,25	3/8"/ 9,52	3/8"/ 9,52
Thickness of drive link, inch/mm	0,058"/1,5	0,058"/1,50,050"/1,3	0,058"/1,50,050"/1,3
Number of teeth on drive sprocket	7	7	7

Recommended original and replacement bar and chain combinations

These Husqvarna saw models are in the ANSI category of saws above 3,8 cu. in. and are not required to comply with low kickback performance requirements. However, for these models we recommend the following cutting equipment.

Model 362

Guide bar			Saw chain
Length inch	Pitch inch	Max nose radius
15	0,325	10T	Husqvarna H25 / H21 or Oregon 21VB / 21LP
16	0,325	10T
18	0,325	10T
20	0,325	12T
15-24	3/8	11T	Husqvarna H42 / EM S48 or Oregon 73VL / 73LG / 73L

Model 365 and 371

Guide bar			Saw chain
Length inch	Pitch inch	Max nose radius
15-28	3/8	11T	Husqvarna H42 / EM S48 or Oregon 73VL / 73LG / 73L

Note: For the chains above you are free to choose between 0,050" and 0,058" gauge drive link for the corresponding bar, see the table below.

0,058"/1,5 mm	H25	H21	H42	EM S48	21VB	21LP	73VL	73LG	73L
0,050"/1,3 mm	-	-	-	-	20VB	20LP	72VL	72LG	72L

The combinations of powerhead, bar and chain have been investigated in accordance with the vibration requirements of ANSI B 175.1-1991.

WARNING! These models of chain saws are capable of severe kickback that could result in serious injuries to the user. Do not operate these saws unless you have extraordinary cutting needs and experience and specialized training for dealing with kickback. Saws with significantly reduced kickback potential are available. Always use the safest saw and cutting equipment applicable to your cutting need.

YOUR WARRANTY RIGHTS AND OBLIGATIONS

The EPA (The US Environmental Protection Agency) and Husqvarna Forest & Garden are pleased to explain the emissions control system warranty on your 1999 and later small nonroad engine. In U.S., new small nonroad engines must be designed, built and equipped to meet the federal stringent anti-smog standards. Husqvarna Forest & Garden must warrant the emission control system on your small nonroad engine for the periods of time listed below provided there has been no abuse, neglect or improper maintenance of your unit. Your emission control system includes Parts such as the carburetor and the ignition system.

Where a warrantable condition exists, Husqvarna Forest & Garden will repair your small nonroad engine at no cost to you. Expenses covered under warranty include diagnosis, parts and labor.

MANUFACTURER'S WARRANTY COVERAGE

The 1999 and later small nonroad engines are warranted for two years. If any emission related part on your engine (as listed above) is defective, the part will be repaired or replaced by Husqvarna Forest & Garden.

OWNER'S WARRANTY RESPONSIBILITIES

As the small nonroad engine owner, you are responsible for the performance of the required maintenance listed in your Operator's Manual. Husqvarna Forest & Garden recommends that you retain all receipts covering maintenance on your small nonroad engine, but Husqvarna Forest & Garden cannot deny warranty solely for the lack of receipts or for your failure to ensure the performance of all scheduled maintenance.

As the small nonroad engine owner, you should, however, be aware that Husqvarna Forest & Garden may deny you warranty coverage if your small nonroad engine or a part of it has failed due to abuse, neglect, improper maintenance, unapproved modifications or the use of parts not made or approved by the original equipment manufacturer.

You are responsible for presenting your small nonroad engine to a Husqvarna Forest & Garden authorized servicing dealer as soon as a problem exists. The warranty repairs should be completed in a reasonable amount of time, not to exceed 30 days.

If you have any questions regarding your warranty rights and responsibilities, you should contact your nearest authorized servicing dealer or call Husqvarna Forest & Garden at 1-800-487-5963.

WARRANTY COMMENCEMENT DATE

The warranty period begins on the date small nonroad engine is delivered.

LENGTH OF COVERAGE

Husqvarna Forest & Garden warrants to the initial owner and each subsequent purchaser that the engine is free from defects in materials and workmanship which cause the failure of a warranted part for a period of two years.

WHAT IS COVERED

REPAIR OR REPLACEMENT OF PARTS

Repair or replacement of any warranted part will be performed at no charge to the owner at an approved Husqvarna Forest & Garden servicing dealer. If you have any questions regarding your warranty rights and responsibilities, you should contact your nearest authorized servicing dealer or call Husqvarna Forest & Garden at 1-800-487-5963.

WARRANTY PERIOD

Any warranted part which is not scheduled for replacement as required maintenance, or which is scheduled only for regular inspection to the effect of "repair or replace as necessary" shall be warranted for 2 years. Any warranted part which is scheduled for replacement as required maintenance shall be warranted for the period of time up to the first scheduled replacement point for that part.

DIAGNOSIS

The owner shall not be charged for diagnostic labor which leads to the determination that a warranted part is defective, if the diagnostic work is performed at an approved Husqvarna Forest & Garden servicing dealer.

CONSEQUENTIAL DAMAGES

Husqvarna Forest & Garden may be liable for damages to other engine components caused by the failure of a warranted part still under warranty.

WHAT IS NOT COVERED

All failures caused by abuse, neglect or improper maintenance are not covered.

ADD -ON OR MODIFIED PARTS

The use of add-on or modified parts can be grounds for disallowing a warranty claim. Husqvarna Forest & Garden is not liable to cover failures of warranted parts caused by the use of add-on or modified parts.

HOW TO FILE A CLAIM

If you have any questions regarding your warranty rights and responsibilities, you should contact your nearest authorized servicing dealer or call Husqvarna Forest & Garden at 1-800-487-5963.

WHERE TO GET WARRANTY SERVICE

Warranty services or repairs shall be provided at all Husqvarna Forest & Garden authorized servicing dealers.

MAINTENANCE, REPLACEMENT AND REPAIR OF EMISSION-RELATED PARTS

Any Husqvarna Forest & Garden approved replacement part used in the performance of any warranty maintenance or repairs on emission-related parts, will be provided without charge to the owner if the part is under warranty.

EMISSION CONTROL WARRANTY PARTS LIST

1. Carburetor and internal parts
2. Intake pipe, airfilter holder and carburetor bolts.
3. Airfilter and fuelfilter covered up to maintenance schedule.
4. Ignition System
   a) Spark Plug, covered up to maintenance schedule
   b) Ignition Module

MAINTENANCE STATEMENT

The owner is responsible for the performance of all required maintenance, as defined in the operator's manual.