DeWalt D55276 Manuel utilisateur

Marque: DeWalt

Modèle: D55276

Catégorie: Compresseurs d'air

Taper: Manuel utilisateur

Ce manuel convient également à

EWALT The following are trademarks for one or more DEWALT power tools: the yellow and black color scheme; the “D” shaped air intake grill;

the array of pyramids on the handgrip; the kit box configuration; and the array of lozenge-shaped humps on the surface of the tool.

INSTRUCTIVO DE OPERACIÓN, CENTROS DE SERVICIO Y PÓLIZA

DE GARANTÍA. ADVERTENCIA: LÉASE ESTE INSTRUCTIVO ANTES

DE USAR EL PRODUCTO.

INSTRUCTION MANUAL

GUIDE D'UTILISATION

MANUAL DE INSTRUCCIONES

D55270, D55270T, D55271, D55271T, D55275, D55276

Contractor’s Gas Wheeled Portable Air Compressor

Compresseurs d’air portatif à moteur à essence sur roues de classe entrepreneur

Compresor de aire portátil a gasolina con ruedas para contratistas

Questions? See us on the World Wide Web at www.dewalt.com

1.Pump Air Filter

2.Engine Air Filter

3.Tank Pressure Gauge

4.Regulated Pressure Gauge

5.Pressure Regulator

6.Pilot valve

7.Safety Valve

8.Tank Drain(s)

8 GALLON PORTABLE

D55271, D55271T* - 8 HP Honda Engine

17 GALLON PORTABLE

D55276 - 5.5 HP Honda Engine

17 GALLON PORTABLE

D55275 - 8 HP Honda Engine

8 GALLON PORTABLE

D55270, D55270T* - 5.5 HP Honda Engine

*Denotes 2-wheeled version.

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Engine Specifications

5.5 Hp Honda GX-160 8 Hp Honda GX-240

Internal Combustion Internal Combustion

4-stroke 4-stroke

3450 RPM 3450 RPM

G Pump Specifications

V - twin 4 cylinder

Single Stage

Oil Lubricated

Cast Iron crankcase, cylinder, and head

Bore: 2-1/2 “ (63.5 mm)

Stroke: 2-3/8” (60.33 mm)

Weight: 69 lbs. (31.3 kg.)

Oil Capacity: 30 oz.

K Pump Specifications

Inline, vertical twin cylinder

Single Stage

Oil Lubricated

Cast Iron crankcase, cylinder, and head

Bore: 2-1/2“ (63.5 mm)

Stroke: 2” (50.8 mm)

Weight: 47 lbs. ( 21.32 kg.)

Oil Capacity: 14 oz.

SPECIFICATIONS

MODEL WEIGHT HEIGHT WIDTH LENGTH Typical values @ 100 psi

CFM

D55270 160 lbs. (72.57 Kg.) 25 in. (635 mm.) 18.25 in. (463.55 mm.) 43 in. (1092.2 mm.) 8.9

D55271 213 lbs. (96.62 Kg.) 27.75 in. (704.85 mm.) 18.25 in. (463.55 mm.) 43 in. (1092.2 mm.) 16.2

D55275 238 lbs. (107.96 Kg.) 33.75 in. (857.25 mm.) 20.25 in. (514.35 mm.) 43 in. (1092.2 mm.) 16.2

D55276 185 lbs. (83.91 Kg.) 31 in. (787.4 mm.) 20.25 in. (514.35 mm.) 43 in. (1092.2 mm.) 8.9

Section VIII, Div. 1 rules. All pressure vessels should be

inspected once every two years. To find your state

pressure vessels inspector, look under the Division of

Labor and Industries in the government section of a

phone book or call 1-800-4D

EWALT for assistance.

The following conditions could lead to a weakening of

the tank, and result in a violent tank explosion:

1. Failure to properly drain condensed water from the tank can

causing rust and thinning of the steel tank. Drain tank daily or

after each use. If tank develops a leak, replace it immediately with

a new tank or new compressor outfit.

2. Modifications or attempted repairs to the compressor tank.

Never drill into, weld, or make any modifications to the tank or its

attachments.

3. Do not modify the safety valve, or any other components that

control tank pressure. The tank is designed to withstand specific

operating pressures. Never make adjustments or parts substi-

tutions to alter the factory set operating pressures.

ATTACHMENTS & ACCESSORIES

Exceeding the pressure rating of air tools, spray

guns, air operated accessories, tires and other

inflatables can cause them to explode or fly apart,

and could result in serious injury. Follow the

equipment manufacturers recommendation and

never exceed the maximum allowable pressure

rating of attachments. Never use the compressor to

inflate small low-pressure objects such as children’s

toys, footballs, basketballs, etc.

RISK OF EXPLOSION OR FIRE

Always operate the compressor in a well-ventilated area free of

combustible materials, gasoline or solvent vapors. If sparks from

compressor come into contact with flammable vapors, they may ignite,

causing fire or explosion. If spraying flammable materials, locate

compressor at least 20 feet up wind from spray area. An additional

length of hose may be required.

IF YOU HAVE ANY QUESTIONS OR COMMENTS ABOUT THIS

OR ANY D

EWALT TOOL, CALL US TOLL FREE AT 1-800-4-

DEWALT (1-800-433-9258).

WARNING! READ AND UNDERSTAND ALL INSTRUCTIONS

BEFORE OPERATING THIS COMPRESSOR. Failure to follow all

instructions listed below may result in electric shock, fire and/or serious

personal injury.

SAVE THESE INSTRUCTIONS

Safety Instructions

WARNING: Some dust created by this product contains chemicals

known to State of California to cause cancer, birth defects or other

reproductive harm. Some examples of these chemicals are:

• compounds in fertilizers

• compounds in insecticides, herbicides and pesticides

• arsenic and chromium from chemically treated lumber

To reduce your exposure to these chemicals, wear approved safety

equipment such as dust masks that are specially designed to filter out

microscopic particles.

WARNING: Use of this product will expose you to chemicals known

to the State of California to cause cancer, birth defects and other

reproductive harm. Avoid inhaling vapors and dust, and wash

hands after using.

WARNING: This product contains chemicals, including lead, known

to the State of California to cause cancer, and birth defects or other

reproductive harm. Wash hands after handling.

The user of the air compressor must understand these instructions.

Each person operating the air compressor must be of sound mind and

body and must not be under the influence of any substance, which

might impair vision, dexterity, or judgement.

AIR TANK

The tank on your Air Compressor is designed and may be UM coded

(for units with tanks greater than 6 inch diameter) according to ASME

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Store flammable materials in a secure location away

from compressor.

Restricting any of the compressor ventilation

openings will cause serious overheating and could

cause fire. Never place objects against or on top of

compressor. Operate compressor in an open area at

least 3 feet away from any wall or obstruction that

would restrict the flow of fresh air to the ventilation openings.

RISK FROM FLYING OBJECTS

The compressed air stream can cause soft tissue damage to exposed

skin and can propel dirt, chips, loose particles and small objects at high

speed, resulting in serious injury. Always wear ANSI Z28.1 approved

safety glasses with side shields when using the compressor. Never

direct air stream at people or animals. Use only OSHA approved air

blow guns.

RISK TO BREATHING

The compressed air from your compressor is not safe for

breathing! The air stream may contain carbon monoxide,

toxic vapors or solid particles. Never inhale air from the

compressor either directly or from a breathing device

connected to the compressor.

Sprayed materials such as paint, paint solvents, paint

remover, insecticides, weed killers, etc. contain harmful vapors and

poisons. NOTE: Operate air compressor only in a well ventilated area.

Read and follow the safety instructions provided on the label or safety

data sheets for the material you are spraying. Use a NIOSH/MSHA

approved respirator designed for use with the specific application.

RISK FROM MOVING PARTS

The compressor is designed to run continuously.

Always turn off the compressor, bleed pressure from

the air hose and tank, and disconnect from power

source before performing maintenance or attaching

tools and accessories.

Keep your hair, clothing, and gloves away from moving parts. Loose

clothes, jewelry, or long hair can be caught in moving parts. Air vents

may cover moving parts and should be avoided as well. Do not

remove the protective covers from this product. Never operate

compressor with guards or protective covers that are damaged or

removed. Never stand on the compressor.

HOT SURFACES

Touching exposed metal such as the compressor head or aftercooler

can result in serious burns. Never touch any exposed metal parts on

COMPRESSOR

CYLINDER & HEAD

PUMP

CRANKCASE

GASOLINE

ENGINE

HOT SURFACES

COMPRESSOR

CYLINDER & HEAD

AFTERCOOLER

PUMP

CRANKCASE

ENGINE

MUFFLER

ENGINE

HEAD

HOT SURFACES

ENGINE

MUFFLER

AFTERCOOLER

compressor during or immediately after operation. Compressor will

remain hot for several minutes after operation. Do not move the

compressor while it is running. Hot motor parts could cause burns

contributing to the dropping of the compressor, damaging the

compressor and/or injuring the operator.

RISK FROM NOISE

CAUTION: Wear appropriate personal hearing protection during

use. Under some conditions and duration of use, noise from

this product may contribute to hearing loss.

ENGINE

Your air compressor is powered by a Honda

gasoline

engine. Most accidents with engines can be prevented if

you follow all instructions in this manual, the engine owner’s

manual and on the engine. Some of the most common hazards are

discussed herein, along with the best way to protect yourself and

others:

• Know how to stop the engine quickly, and understand

the operation of all controls.

• Never permit anyone to operate the engine without proper

instructions.

• Do not allow children to operate the engine.

• Keep children and pets away from the area of operation.

Refuel with care: ALLOW ENGINE TO COOL. Gasoline is extremely

flammable, and gasoline vapor can explode. Refuel outdoors, in a well-

ventilated area, with the engine off. Never smoke near gasoline, and

keep other flames and sparks away. Always store gasoline in an

approved container. If any fuel is spilled, move compressor to another

location before starting the engine.

Carbon Monoxide Hazards: Exhaust gas contains poisonous carbon

monoxide. Avoid inhalation of exhaust gas. Never run the engine in a

closed garage or confined area.

ALWAYS STORE COMPRESSOR IN A HORIZONTAL POSITION,

ON ALL FOUR RUBBER MOUNTS.

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Introduction

Congratulations on the purchase of your new DEWALT Air Com-

pressor! You can be assured that this tool has been constructed with

the highest level of precision and accuracy. Each component has been

rigorously tested to ensure the quality, endurance and performance of

this air compressor.

By reading and following the safety, operation, maintenance and

troubleshooting steps described in this manual, you will receive years

of trouble free operation.

The manufacturer reserves the right to make changes in price, color,

materials, equipment specifications or models at any time without

notice.

Inspection of Compressor

Inspect for signs of obvious or concealed freight damage. Report any

damage to the delivering freight carrier immediately. Be sure that all

damaged parts are replaced and any mechanical problems are

corrected prior to the operation of the air compressor. The air

compressor serial number is located on the deck of the air compressor

and pump bearing cap. Please write the serial number in the space

provided in the service section for future reference.

Features

PILOT VALVE

Pilot valves are used to maintain a

constant pressure range while running

continuously. The pilot valve may be

used to operate a discharge line

unloader or an unloading device in the

compressor head. The D

EWALT compressor unloads through the com-

pressor head. Unloading occurs when the receivers (tanks) reach a

preset cut-out pressure. The pilot valve opens, actuating the unloading

device that allows the compressor to run in an unloaded mode. When

the tank pressure drops to the preset cut-in pressure, the pilot valve

closes allowing the unloading device to close and the compressor once

again pumps into the tanks.

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Manual Lock: The manual lock allows you to manually unload the

compressor with air pressure in the tank. To operate the unloading

device in the head, rotate the flip lever to an in-line position (dashed

lines). Be sure to return lever to the loaded position after starting the

engine or the pump will not operate at preset pressures.

SAFETY RELIEF VALVE

This valve (A) is designed to prevent system failures

by relieving pressure from the system when the

compressed air reaches a predetermined level. The

valve is preset by the manufacturer and must not be

removed or modified in any way.

AIR INTAKE FILTER(S)

The filter(s) (B) are designed to clean air entering the

pump. To ensure the pump continually receives a clean,

cool, and dry air supply the filter(s) must always be

clean and the filter intake must be free from

obstructions.

AIR TANK DRAIN VALVE(S)

The drain valve(s) (C) are used to remove

moisture from the air tank after the air

compressor is shutoff.

TANK PRESSURE GAUGE

The tank pressure gauge (D) indicates air

pressure in the air tank.

REGULATED PRESSURE GAUGE

The regulated pressure gauge (E) indicates the

air pressure available at the outlet side of the

regulator. This pressure is controlled by the

regulator and is always less or equal to the air

tank pressure.

PRESSURE REGULATOR

The regulator knob (F) controls the air pressure

coming from the air tank.

PILOT VALVE CUT-OUT PRESSURE ADJUSTMENT

NOTE: Unit can remain running while performing this adjustment

WARNING : Aftercooler, pump head, and surrounding parts are

very hot; do not touch. (see the Hot Surfaces identified on page 2)

WARNING - Moving Parts: Keep your hair, clothing and gloves

away from moving parts. Loose clothing, jewelry, or long hair can be

caught in moving parts. Air vents may cover moving parts and should

be avoided as well. Do not remove the protective covers from this

product.

WARNING : The pilot valve is brass which is a soft metal. Do not

overtighten screw as threads can strip out.

1. Hold “I” firmly and loosen nut “H”.

WARNING : Do not loosen screw “G” more than 1 revolution as

screw is subjected to tank pressure and can burst out which can harm

the user or surrounding personnel.

2. Turn screw “G” clockwise to

increase cut-out pressure limit or

counter clockwise to decrease

cut-out pressure. (example: if the

cut-out pressure on the tank

gauge reads 120 psi. and desired

cut out is 130 psi, turn screw “G” clockwise)

3. Drain air from tanks through drain valves until pump begins to

charge tanks.

4. Close drain valves.

5. Monitor cut-out pressure to verify the new setting

6. Once setting is complete hold screw “G” firmly

7. Hold “G” firmly and tighten nut “H”

PILOT VALVE PRESSURE DIFFERENTIAL ADJUSTMENT

NOTE: Unit can remain running while performing this adjustment

WARNING : Aftercooler, pump head, and surrounding parts are

very hot; do not touch. (see the Hot Surfaces identified on page 2)

H I J

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WARNING - Moving Parts: Keep your hair, clothing and gloves

away from moving parts. Loose clothing, jewelry, or long hair can be

caught in moving parts. Air vents may cover moving parts and should

be avoided as well. Do not remove the protective covers from this

product.

1. Hold “I” firmly and loosen nut “J”

WARNING : Do not loosen barrel “I” more than 1 revolution as barrel

is subjected to tank pressure and can burst out which can harm the

user or surrounding personnel.

2. Turn barrel “I” clockwise to increase differential or counter clockwise

to decrease differential. (for example: if pressure differential is 100 -

130 psi and 100 - 120 psi is desired, turn “I” counter clockwise)

NOTE : Too narrow of a differential can cause chatter of the pilot valve.

Increase differential to eliminate chatter.

3. Hold barrel “I”

4. Hold “I” firmly and tighten nut “J”

CHECKING COMPRESSOR PUMP OIL LEVEL

WARNING: Aftercooler, pump head, and surrounding parts are very

hot, do not touch. (see the Hot Surfaces identified on page 2)

1. Ensure Unit is off.

2. Locate unit onto a flat horizontal surface.

3. Remove knurled filler knob (K) from crankcase.

4. Insert a clean screwdriver into the crankcase

and remove it.

5. Look for visual signs of contaminants (water,

dirt, etc.) Change pump oil if contaminants are

present.

6. Oil should not exceed top raised line on side of crankcase (oil will be

even with bottom of threads in crankcase fill port). If necessary fill

with D

EWALT synthetic oil.

CHECKING SAFETY RELIEF VALVE OPERATION

WARNING: Aftercooler, pump head, and surrounding parts are very

hot, do not touch. (see the Hot Surfaces identified on page 2)

1. Ensure unit is off.

2. Ensure tanks are empty by looking at tank pressure gage. Drain

tanks if necessary.

3. Grasp wire ring on safety valve.

4. Pull and release ring a few times to ensure plunger moves in and

out.

CHECKING AIR FILTER ELEMENT

WARNING: Aftercooler, pump head, and surrounding parts are very

hot, do not touch. (see the Hot Surfaces identified on page 2)

1. Ensure unit is off.

2. Allow unit to cool.

3. Unscrew filter top from filter base by turning counter clockwise

about 5 degrees.

4. Separate filter top from base.

5. Remove element from filter base.

6. If element needs cleaning, blow out with air. Replace element if

unsure.

7. Place element back in filter base.

8. Reconnect filter top to filter base and while pushing in, rotate top

clockwise 5 degrees.

STARTING UNIT

Follow the pre-start and start-up procedures in the operating procedure

section.

TURNING UNIT OFF

Follow the shut-down procedure in the operating procedures section.

ADJUSTING REGULATOR

1. Pull regulator knob (L) out

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2. Turn knob clockwise to increase regulated

pressure and counter clockwise to

decrease regulated pressure.

3. When desired pressure is shown on the

regulated pressure gage push knob in to

lock.

INSTALLING HOSES

WARNING: Firmly grasp hose in hand

when installing or disconnecting to prevent

hose whip.

1. Ensure regulated pressure gage reads 0 PSI.

2. Grasp hose in hand at coupler location.

3. Pull back collar on female quick connect coupler (M) located on

compressor.

4. Push male connector into female connector.

5. Release female connector

6. Grasp hose and pull to ensure couplers are seated

7. Adjust regulator to desired pressure.

DISCONNECTING HOSES

WARNING: Firmly grasp hose in hand when installing or

disconnecting to prevent hose whip.

1. Ensure regulated pressure gage reads 0 PSI.

2. Grasp hose in hand at coupler location

3. Pull back collar on female quick connect coupler located on

compressor.

4. Pull male connector out of female connector.

5. Release female connector

DRAINING TANKS

WARNING: Tanks contain high pressure air. Keep face and other

body parts away from outlet of drain. Use safety glasses when draining

as debris can be kicked up into face. Use ear protection as air flow

noise is loud when draining.

NOTE: All compressed air systems generate condensate that

accumulates in any drain point (e.g. tanks, filter, aftercoolers, dryers).

This condensate contains lubricating oil and/or substances which may

be regulated and must be disposed of in accordance with local, state,

and federal laws and regulations.

1. Ensure ON/OFF switch is in the OFF position.

2. Move compressor into an inclined position so drain valve(s) are at

the lowest point (this will assist in removing moisture, dirt, etc. from

tanks)

3. Place a suitable container under the drains to catch discharge.

4. Grasp black lever on one drain valve.

5. Slowly rotate lever so as to gradually bleed air from tank.

6. Grasp black lever on other drain valve and rotate to approximately

the same position as the first. (For twin tank units)

7. When tank pressure gauge reads 10 psi, rotate valve(s) to the fully

open position.

8. Close drain valve(s) when finished.

Preparation For Use

INITIAL SET-UP:

Read safety instructions before setting-up air compressor.

CAUTION: Do not operate without lubricant or with inadequate

lubricant. D

EWALT is not responsible for compressor failure caused by

inadequate lubrication.

Compatibility

Air tools and accessories that are run off the compressor must be

compatible with petroleum based products. If you suspect that a

material is not compatible with petroleum products, an air line filter for

removal of moisture and oil vapor in compressed air is required.

NOTE: Always use an air line filter to remove moisture and oil vapor

when spraying paint.

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Location

CAUTION: In order to avoid damaging the air compressor, do not

allow the unit to be tilted more than 10˚ when operating.

Place air compressor at least 3 feet away from obstacles that may

prevent proper ventilation. Keep unit away from areas that have dirt,

vapor and volatile fumes in the atmosphere which may clog and gum

up the intake filter and valves, causing inefficient operation.

HUMID AREAS

In frequently humid areas, moisture may form in the bare pump and

produce sludge in the lubricant, causing running parts to wear out

prematurely. Excessive moisture is especially likely to occur if the unit

is located in an unheated area that is subject to large temperature

changes. Two signs of excessive humidity are external condensation

on the bare pump when it cools down and a “milky” appearance in

compressor lubricant. You may be able to prevent moisture from

forming in the bare pump by increasing ventilation or operating for

longer intervals.

NOISE CONSIDERATIONS

Consult local officials for information regarding acceptable noise levels

in your area. To reduce excessive noise, use vibration mounts or

silencers, relocate the unit or construct total enclosures or baffle walls.

Contact a D

EWALT service center or call 1-800-4DEWALT for

assistance.

TRANSPORTING:

WARNING: Unit weighs more than 160 lbs. Do not move or lift

without assistance.

When transporting the compressor in a vehicle, trailer, etc. ensure that

the tanks are drained and the unit is secured and placed on a flat

horizontal surface. Use care when driving so to avoid tipping the unit

over in the vehicle. Damage can occur to the unit or surrounding items

if unit is tipped. Use a ramp if loading or unloading the unit from a

height of more than 12".

MOVING:

When moving the unit into a position for use, grasp handle grips at rear

of compressor, and lift compressor high enough so unit can be rolled

on the front tire.

WARNING: Ensure proper footing and use caution when rolling

compressor so that unit does not tip or cause loss of balance.

When location is reached slowly lower rear of compressor to ground.

ALWAYS STORE COMPRESSOR IN A HORIZONTAL POSITION,

ON ALL FOUR RUBBER MOUNTS.

NOTE: Should the unit tip over, hard starting and smoking will occur

due to oil spillage.

Air Inlet Filter

CAUTION: Do not operate without air inlet filter

General Requirements

The piping, fittings, receiver tank, etc. must be certified safe for at

least the maximum working pressure of the unit. Use hard welded or

threaded steel or copper pipes, cast iron fittings and hoses that are

certified safe for the units discharge pressure and temperature. Use

pipe thread sealant on all threads, and tighten joints thoroughly to

prevent air leaks. DO NOT USE PVC PLASTIC.

CONDENSATE DISCHARGE PIPING

If installing a condensate discharge line, the piping must be at least one

size larger than the connection, as short and direct as possible,

secured tightly and routed to a suitable drain point. Condensate must

be disposed of in accordance with local, state and federal laws and

regulations.

NOTE: All compressed air systems generate condensate that

accumulates in any drain point (e.g. tanks, filter, aftercoolers, dryers).

This condensate contains lubricating oil and/or substances which may

be regulated and must be disposed of in accordance with local, state,

and federal laws and regulations.

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Operating Procedures

Pre-Start Checklist

1. Ensure the ON/OFF lever on the engine is in the OFF position.

2. Ensure tank(s) is/are drained so that moisture, dirt, etc. can be

eliminated.

3. Ensure tank pressure gauge reads 0 psi.

4. Ensure safety and drain valve(s) is /are functioning properly.

5. Ensure the drain valve(s) is / are closed.

6. Check oil level in pump.

7. Check oil level in engine crankcase.

8. Visually inspect drive belt. Replace belt if frayed, cracked, or worn.

9. Ensure all guards, covers, and labels are in place, legible (for

labels) and securely mounted. Do not use compressor until all items

have been verified.

START-UP

1. Ensure the ON/OFF lever on the engine is in the OFF position.

2. Pull out and turn regulator knob counterclockwise until fully closed.

Push in to lock. Regulated pressure gage should read 0 psi.

3. Ensure fuel is in fuel tank.

4. Turn the ON/OFF lever on the engine to the ON position.

5. Rotate the manual lock on the pilot valve into the in line position to

assist with start up.

6. Follow the “Starting the Engine” procedures in the engine’s owner

manual.

7. Rotate the manual lock on the pilot valve into a perpendicular

position so the pump can charge the tanks.

8. Allow compressor to pump up to “cut out” pressure.

NOTE: If any unusual noise or vibration is noticed, stop the

compressor and refer to the troubleshooting section.

9. Attach hose and accessory.

10. Adjust regulator to desired setting.

SHUT-DOWN

1. Follow the “Stopping the Engine” procedures in engine owner’s

manual.

NOTE: If finished using compressor, follow steps 2 - 6 below.

2. Turn regulator knob counterclockwise until fully closed. Ensure

regulated pressure gage reads 0 PSI.

3. Remove hose and accessory.

4. Drain the air tank(s). Ensure tank pressure gage reads 0 PSI

5. Allow the compressor to cool down.

6. Wipe air compressor clean and store in a safe, non freezing area.

Maintenance

The following procedures must be followed when maintenance or

service is performed on the air compressor.

1. Turn off air compressor

2. Disconnect spark plug wire

3. Drain tank(s)

4. Allow air compressor to cool down before starting service

NOTE: All compressed air systems contain maintenance parts (e.g.

lubricating oil, filters, separators) that are periodically replaced. These

used parts may contain, substances that are regulated and must be

disposed of in accordance with local, state, and federal laws and

regulations.

NOTE: Take note of the positions and locations of parts during

disassembly to make reassembly easier.

NOTE: Any service operations not included in this section should be

performed by authorized service personnel.

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MAINTENANCE CHART

Procedure I Year or

Day Week Month 200 Hrs.

Check pump oil level X

Oil leak inspection X

Drain condensation in air tank(s) X

Check for unusual noise/vibration X

Check for air leaks* X

Inspect belt X

Inspect air filter X

Clean exterior of compressor X

Check safety relief valve X

Check belt adjustment X

Change pump oil ** X

Engine See engine owner’s manual.

* To check for air leaks apply a solution of soapy water around joints.

While compressor is pumping to pressure and after pressure cuts out,

look for air bubbles to form.

** The pump oil must be changed after the first 20 hours or operation.

Thereafter, when using D

EWALT synthetic oil, change oil every 200

hours of operation or once a year, whichever comes first. In harsh

environments, maintenance must be performed on a more accelerated

schedule.

COMPRESSOR PUMP OIL CHANGE

NOTE: Pump oil contains substances that are regulated and must be

disposed of in accordance with local, state and federal laws and

regulations.

WARNING : Aftercooler, pump head, and surrounding parts are very

hot; do not touch. (see the Hot Surfaces identified on page 2)

1. Ensure unit is off.

2. Allow the unit to cool.

3. Locate a suitable container under drain plug (O).

4. Remove the knurled filler knob (N) from crankcase.

5. Remove the oil drain plug.

6. Allow ample time for all oil to drain out. (Tilting

the compressor towards the drain plug will

assist in draining.)

7. Install the oil drain plug.

8. Fill pump with D

EWALT synthetic compressor

oil. Oil should not exceed top raised line on

side of crackcase. (Oil will be even with bottom of threads in

crankcase fill port.)

9. Install knurled filler knob.

CHECKING BELT TENSION

WARNING : Aftercooler, pump head, and surrounding parts are

very hot; do not touch. (see the Hot Surfaces identified on page 2)

1. Ensure unit is off and unplugged from wall.

2. Allow unit to cool down so pump can be touched.

3. FOR K PUMP UNITS

Remove six belt guard mounting fasteners (2 on the pump head

and 4 on the deck)

FOR G PUMP UNITS

Remove seven belt guard mounting fasteners (2 on the pump head,

1 J-hook, and 4 on the deck)

4. Remove guard.

5. Place a 12" ruler perpendicular to belt and at the middle of the

longest span.

6. Push up and down on the belt in the middle of the span with

approximately 8 lbs. of force and notice the amount of deflection

using the ruler. Belt should not move more than 1/2"; if so, see

ADJUSTING BELT TENSION section.

7. Replace belt guard

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ADJUSTING BELT TENSION

WARNING: Pump and surrounding components are hot.

1. Follow procedures 1-4 in checking belt tension section.

2. Scribe a mark at the base of the pump on the deck to be used as

a reference.

3. Loosen four pump mounting bolts.

4. Remove the belt.

5. Scribe a mark approximately 1/8" from the original mark.

6. Slide the pump to the new mark and retighten the pump mounting

bolts.

WARNING : Use caution when rolling belt onto flywheel as fingers

can get caught between the belt and flywheel.

7. With the pump secure, roll the belt over the flywheel and the pulley.

8. Check the belt tension again.

9. If tension is good, retighten the engine brace and replace belt

guard.

Accessories

Recommended accessories for use with your tool are available for

purchase from your local dealer or authorized service center. If you

need assistance in locating any accessory for your tool, contact:

EWALT Industrial Tool Co., 701 East Joppa Road, Baltimore, MD

21286 or call 1-800-4- D

EWALT.

CAUTION: The use of any other accessory not recommended for

use with this tool could be hazardous.

Service Information

Please have the following information available for all service calls:

Model Number _____________Serial Number _______________

Date and Place of Purchase _____________________________

Repairs

To assure product SAFETY and RELIABILITY, repairs, maintenance

and adjustment should be performed by authorized service centers or

other qualified service organizations, always using identical replace-

ment parts.

Full One Year Warranty

DEWALT heavy duty industrial tools are warranted for one year from

date of purchase. We will repair, without charge, any defects due to

faulty materials or workmanship. For warranty repair information, call

1-800-4-D

EWALT. This warranty does not apply to accessories or

damage caused where repairs have been made or attempted by

others. This warranty gives you specific legal rights and you may have

other rights which vary in certain states or provinces.

FREE WARNING LABEL REPLACEMENT: If your warning labels

become illegible or are missing, call 1-800-4-DEWALT for a free

replacement.

SAVE THESE INSTRUCTIONS

FOR FUTURE USE

English

Troubleshooting Guide

This section provides a list of the more frequently encountered malfunctions, their causes and corrective actions. The operator or

maintenance personnel can perform some corrective actions, and others may require the assistance of a qualified D

EWALT technician

or your dealer.

Problem Code

Abnormal piston ring or cylinder wear ............................................................................................2,5,6,11,12,14

Unit does not come up to speed; unit is slow to come up to speed................................................3,4,8,15,17,20,21,25

Unit runs excessively hot ................................................................................................................1,2,5,9,14,17

Excessive noise during operation ..................................................................................................3,4,5,8,9,10,11,12,16,21,25,26

Excessive starting and stopping ......................................................................................................3,8,17,20,21,25,30

High oil consumption........................................................................................................................1,4,6,10,11,12,13,16,25,27,28

Knocking or rattling ..........................................................................................................................2,5,6,9,19,11,12,16,25,26

Moisture in crankcase or "milky" appearance in petroleum lubricant or rusting in cylinders..........6,7,10,11,12,16,20,21,25,29,31

Oil in discharge air (oil pumping) ....................................................................................................2,6,8,10,11,16,27

Oil leaking from shaft seal................................................................................................................13

Safety relief valve "pops" ................................................................................................................18,19

Compressor will not run or restart....................................................................................................32,35

Air leaks at pump ............................................................................................................................20

Air leaks at fittings............................................................................................................................21

Air leaks from tank ..........................................................................................................................22

Insufficient pressure at air tool or accessory ..................................................................................1,3,17,23,24

Air compressor not making enough air............................................................................................1,3,4,8,10,11

Moisture in discharge air..................................................................................................................30,31

Compressor stalls ............................................................................................................................34

Receivers are not filling with air ......................................................................................................35

English

TROUBLESHOOTING CODES

Code Possible Cause Possible Solution

1 Clogged or dirty inlet and/or discharge line filter. Clean or replace air inlet or discharge line filter.

2 Lubricant viscosity too low. Drain existing lubricant and refill with D

EWALT Synthetic lubricant.

3 Air leaks in air discharge piping. Check tubing and connections.

4 Lubricant viscosity too high. Drain existing lubricant and refill with D

EWALT Synthetic lubricant.

5 Lubricant level too low. Add lubricant to crankcase to proper level. Check for bearing damage.

6 Detergent type lubricant being used. Drain existing lubricant and refill with D

EWALT Synthetic lubricant.

7 Extremely light duty cycles. Run unit for longer duty cycles.

8 Compressor pump check valve leaky, broken,carbonized Inspect valves. Clean or replace as required.

or loose.

9 Carbon build up on top of piston. Clean piston. Repair or replace as required.

10 Piston rings damaged or worn (broken, rough, or scratched). Install new rings.

Excessive end gap or side clearance. Piston rings not seated,

stuck in grooves or end gaps not staggered.

11 Cylinder or piston scratched, worn, or scored. Repair or replace as required.

12 Connecting rod, piston pin, Inspect all. Repair or replace as required

or crankpin bearings worn or scored.

13 Compressor crankshaft seal worn or crankshaft scored. Replace seal or crankshaft assembly.

14 Extremely dusty atmosphere. Install more effective filtration or relocate the compressor.

15 Ambient temperature too low. Relocate compressor to warmer environment. Ensure that D

EWALT

synthetic oil is in crankcase.

16 Worn compressor cylinder finish. Deglaze cylinder with 180 grit flex-hone.

17 Air compressor is not large enough for air required. Check accessory air requirement. If higher than the CFM or pressure

supply of air compressor, then larger air compressor is required.

English

Code Probable Cause Probable Solution

18 Possible defective safety/relief valve. Operate safety relief valve manually by pulling on test ring. If it still

leaks, replace it.

19 Excessive air tank pressure. Adjust the pilot valve. If the problem still exists, replace pilot valve.

20 Defective gaskets. Replace and torque head bolts to 6 - 7 ft lbs.

21 Fittings not tight enough. Warning : Drain air before tightening. tighten fittings so air can not

be heard escaping. Check joint with soap solution. Do not

overtighten.

22 Defective or rusted air tank Air tank must be replaced. Do not attempt to repair air tank.

23 Pressure regulator knob not turned to high enough pressure Adjust pressure regulator knob to proper setting or replace.

or defective pressure regulator.

24 Hose or hose connections are to small or long. Replace with larger hose or connectors.

25 Possible defective (reed) valve. Remove pump head and inspect valve plate and (reed) valve.

Clear or replace valves as required.

26 Air compressor on uneven surface. Do not incline the air compressor more than 10˚ in any direction

while running.

27 Crankcase overfilled with oil. Drain oil, Refill to proper level with D

EWALT synthetic oil.

28 Plugged oil dipstick vent. Clean.

29 Water in oil due to condensation. Drain oil. Refill to proper level with D

EWALT synthetic oil.

30 Condensation in air tank caused by high level of Drain air tank after every use. Drain air tank more often in humid

atmospheric humidity. weather and use an air line filter.

31 Unit located in damp or humid location. Relocate the compressor.

32 Engine oil too low. Low oil shut off is on. Add engine oil.

33 Manual lock on pilot valve is in the loaded position. Move manual lock into an in-line position.

34 Engine idle speed too low. Increase idle speed.

35 Engine problem. See “Taking care of unexpected problems” in engine owners

manual.

Français

1. Filtres d’admission d’air

de Pompe

2. Filtres d’admission d’air

de Moteur

3. Manométre de Réservoir

4. Manométre Régulé

5. Régulateur

6. Vanne pilote

7. Soupape de sûreté

8. Robinets de purge

COMPRESSEUR PORTATIF DE 8 GALLONS

D55271, D55271T* – Moteur Honda de 8 HP

COMPRESSEUR PORTATIF

DE 17 GALLONS

D55276 – Moteur Honda de

5,5 HP

COMPRESSEUR PORTATIF

DE 17 GALLONS

D55275 – Moteur Honda de

8 HP

COMPRESSEUR PORTATIF DE 8 GALLONS

D55270, D55270T* – Moteur Honda de 5,5 HP

* ”T” dénote la version 2-wheel

Français

Caractéristiques de la Moteur

5,5 Hp Honda GX-160 8 Hp Honda GX-240

Combustion interne Combustion interne

4 courses 4 courses

3 450 tr / min 3 450 tr / min

CARACTÉRISTIQUES TECHNIQUES

MODÉLE POIDS HEUTEUR LARGEUR LONGUEUR Valeurs types

à 100 lb/po

/min

D55270 72,57 Kg. (160 lb) 635 mm. (25 in.) 463,55 mm. (18,25 in.) 1092,2 mm. (43 in.) 8,9

D55271 72,57 Kg. (213 lbs.) 704,85 mm. (27,75 in.) 463,55 mm. (18,25 in.) 1092,2 mm. (43 in.) 16,2

D55275 213 lbs. (238 lbs.) 857,25 mm. (33,75 in.) 514,35 mm. (20,25 in.) 1092,2 mm. (43 in.) 16,2

D55276 83,91 Kg. (185 lbs.) 787,4 mm. (31 in.) 514,35 mm. (20,25 in.) 1092,2 mm. (43 in.) 8,9

Caractéristiques de la pompe G

Quatre cylindres verticaux, jumelés

Mono-étagée

Lubrifiée à l’huile

Carter, cylindre et tête en fonte

Âme : 63,5 mm (2 1/2 po)

Course : 60,33 m (2 3/8 po)

Poids : 31,29 kg (69 lb)

Capacité en huile : 30 oz.

Caractéristiques de la pompe K

Deux cylindres verticaux, en ligne

Mono-étagée

Lubrifiée à l’huile

Carter, cylindre et tête en fonte

Âme : 63,5 mm (21/2 po)

Course : 50,8 m (2 po)

Poids : 21,31 kg (47 lb)

Capacité en huile : 14 oz.

SI VOUS AVEZ DES QUESTIONS OU VOUS VOULEZ NOUS FAIRE

PART DE VOS COMMENTAIRES CONCERNANT CET OUTIL OU

TOUT AUTRE OUTIL DEWALT, COMPOSEZ SANS FRAIS LE :

1 800 433-9258.

AVERTISSEMENT! Lire et comprendre toutes les directives

avant d’utiliser le compresseur d’air, car le non-respect des

directives suivantes peut entraîner un choc électrique, un incendie ou

des blessures graves.

CONSERVER CES INSTRUCTIONS

Consignes de sécurité

AVERTISSEMENT: Une partie de la poussière créée par ce produit

contient des produits chimiques qui, dans l’État de la Californie, sont

reconnus comme étant susceptibles de causer le cancer, d’entraîner

des malformations congénitales ou d’être nocifs pour le système

reproducteur. Parmi ces produits chimiques, mentionnons notamment:

• les composés dans les engrais;

• les composés dans les insecticides, les herbicides et les pesticides;

• l’arsenic et le chrome dans le bois d’œuvre traité chimiquement.

Pour réduire le risque d’exposition à ces produits chimiques, porter un

équipement de sécurité approuvé, comme des masques

antipoussières, qui sont spécialement conçus pour filtrer les particules

microscopiques.

AVERTISSEMENT : l’utilisation de ce produit augmente les risques

d’exposition à des produits chimiques qui, dans l’État de la Californie,

sont reconnus comme étant susceptibles de causer le cancer,

d’entraîner des malformations congénitales ou d’être nocifs pour le

système reproductif. Éviter d’inhaler les vapeurs environnantes. Se

laver les mains après chaque utilisation.

AVERTISSEMENT: Ce produit contient des produits chimiques, y

compris du plomb, qui, dans l’État de la Californie, sont reconnus

comme étant susceptibles de causer le cancer, d’entraîner des

malformations congénitales ou d’être nocifs pour le système

reproducteur. Se laver les mains après la manipulation.

L'utilisation ou l'entretien inapproprié de ce produit peut entraîner des

blessures graves et des dommages matériels.

Le propriétaire de cet outil doit comprendre toutes ces directives et

n’autoriser que les personnes qui comprennent bien le guide

d’utilisation du compresseur à l’utiliser. Toute personne qui utilise cet

outil doit être sain d’esprit et faire preuve d’intégrité physique totale et

ne pas être sous l’influence d’une substance susceptible de réduire

son acuité visuelle ou sa dextérité ou nuire à son jugement.

RÉSERVOIR D'AIR

Le réservoir dont est doté le compresseur d'air porte le

code UM (dans le cas d’appareils munis de réservoirs

supérieurs à 6 pouces de diamètre) et il est conçu

conformément à la Section VIII, Div. 1 de l'ASME. Tous

les appareils sous pression doivent être inspectés tous

les deux ans. Pour trouver l'inspecteur des appareils

sous pression de votre région, consulter la section appropriée des

organismes gouvernementaux de l’annuaire téléphonique ou

composer le 1 800 433-9258 pour obtenir de l’aide.

Les conditions indiquées ci-après peuvent affaiblir le réservoir et

entraîner une violente explosion du réservoir :

1. Le fait de ne pas drainer convenablement l'eau condensée du

réservoir, entraînant la corrosion et l'amincissement des

parois en acier du réservoir. Drainer le réservoir

quotidiennement ou après chaque utilisation. Si le réservoir

présente une fuite, le remplacer immédiatement par un nouveau

réservoir ou un nouvel équipement de compresseur.

2. Modifications apportées au réservoir du compresseur ou

tentatives de réparation. Ne jamais percer un trou dans le

réservoir ou ses accessoires, y faire de la soudure ou y apporter

quelque modification que ce soit.

3. Ne pas modifier la soupape de sûreté ou tout autre composant

régissant la pression du réservoir. Le réservoir est conçu pour

résister à des pressions de fonctionnement précises. Ne jamais

effectuer des réglages ou de remplacer des pièces en vue de

modifier les pressions de fonctionnement réglées en usine.

Français

La page charge ...

DeWalt D55276 Manuel utilisateur

Marque: DeWalt

Modèle: D55276

Catégorie: Compresseurs d'air

Taper: Manuel utilisateur

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