Airless high-pressure spraying unit
Operating manual
2
Finish 370
Finish 250
Finish 370
0252 882
Finish 250
11 / 2007
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Finish 370 / 250
CONTENTS
Contents
4.6
Ventilate unit (hydraulic system) if the sound of inlet
1
SAFETY REGULATIONS FOR AIRLESS SPRAYING
4
valve is not audible __________________________ 11
Taking the unit into operation with coating material 11
1.1
1.2
1.3
Flash point___________________________________4
Explosion protection___________________________4
Danger of explosion and fire from sources of ignition
during spraying work __________________________4
Danger of injury from the spray jet _______________4
Secure spray gun against unintended operation ____4
Recoil of spray gun ____________________________4
Breathing equipment as protection against solvent
vapors ______________________________________4
Prevention of occupational illnesses ______________5
Max. operating pressure ________________________5
4.7
5
SPRAYING TECHNOLOGY ___________________ 12
6
6.1
HANDLING THE HIGH-PRESSURE HOSE _______ 12
High-pressure hose__________________________ 12
1.4
1.5
1.6
1.7
7
INTERRUPTION OF WORK ___________________ 12
8
CLEANING THE UNIT _______________________ 13
Cleaning the unit from the outside _____________ 14
Suction filter _______________________________ 14
High-pressure filter __________________________ 14
Cleaning the Airless spray gun _________________ 15
8.1
8.2
8.3
8.4
1.8
1.9
1.10 High-pressure hose (safety instructions) ___________5
1.11 Electrostatic charging (formation of sparks or flames) 5
1.12 Use of units on building sites and workshops _______5
1.13 Ventilation when spraying in rooms ______________5
1.14 Suction installations ___________________________5
1.15 Earthing of the object__________________________5
1.16 Cleaning the unit with solvents __________________5
1.17 Cleaning the unit _____________________________5
1.18 Work or repairs at the electrical equipment ________5
1.19 Work at electrical components___________________5
1.20 Setup on an uneven surface_____________________6
9
9.1
9.2
SERVICING ________________________________ 15
General servicing ___________________________ 15
High-pressure hose__________________________ 15
10
REPAIRS AT THE UNIT ______________________ 16
10.1 Inlet valve Pusher ___________________________ 16
10.2 Inlet valve _________________________________ 16
10.3 Outlet valve ________________________________ 16
10.4 Pressure control valve________________________ 17
10.5 Relief valve ________________________________ 17
10.6 Replacing the diaphragm _____________________ 17
10.7 Replacing the power cable ___________________ 18
10.8 Typical wear parts ___________________________ 18
10.9 Connection diagram_________________________ 19
10.10 Remedy in case of faults ______________________ 20
2
2.1
2.2
GENERAL VIEW OF APPLICATION _____________ 6
Application __________________________________6
Coating material ______________________________6
2.2.1 Coating materials with sharp-edged additional materi-
als__________________________________________6
2.2.2 Filtering _____________________________________6
11
SPARE PARTS AND ACCESSORIES ____________ 21
11.1 Finish 370 / 250 accessories ___________________ 21
11.2 Spare parts list Pump head ___________________ 22
11.3 Spare parts list Pump-Aggregate ______________ 23
11.4 Spare parts list high-pressure filter _____________ 25
11.5 Spare parts List Trolley _______________________ 25
11.6 Spare parts list suction system (rigid) ___________ 26
11.7 Spare parts list hopper 5l _____________________ 27
11.8 Spare parts list hopper with TopClean ___________ 27
3.
3.1
DESCRIPTION OF UNIT ______________________ 7
Airless process________________________________7
3.2 Functioning of the unit_________________________7
3.3 Explanatory diagram___________________________8
3.4
3.5 Trolley backfitting (only Finish 370) _______________8
3.6 Technical data Finish 250 _______________________9
3.7 Technical data Finish 370 _______________________9
Transportation________________________________8
4
STARTUP _________________________________ 10
Unit with suction system _____________________ 10
unit with upper hopper (5 litres) _______________ 10
high pressure hose and spray gun ______________ 10
Connection to the mains network ______________ 10
Cleaning preserving agent when starting-up of
4.1
4.2
4.3
4.4
4.5
CE-declaration ____________________________________28
Service network __________________________________ 29
Testing of the unit ________________________________ 30
Important information on product liability_____________ 30
Guarantee declaration _____________________________ 30
operation initially ___________________________ 11
3
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SAFETY REGULATIONS
1.4
DANGER OF INJURY FROM THE SPRAY JET
1
SAFETY REGULATIONS FOR
AIRLESS SPRAYING
Attention, danger of injury by injection!
Never point the spray gun at yourself, other
persons or animals.
Never use the spray gun without spray jet
safety guard.
The safety-specific requirements for Airless spraying are spe-
cified in:
The spray jet must not come into contact
with any part of the body.
a) The European Standard„Spray equipment for coating ma-
terials – safety regulations„ (EN 1953: 1998).
In working with Airless spray guns, the high
spray pressures arising can cause very dan-
gerous injuries. If contact is made with the
spray jet, coating material can be injected
into the skin. Do not treat a spray injury as a
harmless cut. In case of injury to the skin by
coating material or solvents, consult a doctor
for quick and correct treatment. Inform the
doctor about the coating material or solvent
used.
b) The regulations of the German employer‘s liability insu-
rance association („Berufsgenossenschaft“) „Using liquid
jets“ (BGV D15) and „Processing coating materials „ (BGV
D25).
c) Guidelines for construction and implementation require-
ments for liquid jets (spraying units) of the German indus-
trial employer‘s liability insurance association (ZH1/406).
The following safety regulations are to be observed in order
to ensure safe handling of the Airless high-pressure spraying
unit.
.
1.5
SECURE SPRAY GUN AGAINST UNINTENDED
OPERATION
1.1
FLASH POINT
Only spray coating materials with a flash point
Always secure the spray gun when mounting or dismounting
the tip and in case of interruption to work.
of 21 °C or higher.
The flash point is the lowest temperature at
which vapors develop from the coating ma-
terial. These vapors are sufficient to form an
inflammable mixture over the air above the
coating material.
1.6
RECOIL OF SPRAY GUN
When using a high operating pressure, pulling
the trigger guard can effect a recoil force up
to 15 N.
If you are not prepared for this, your hand can
be thrust backwards or your balance lost. This
can lead to injury.
1.2
1.3
EXPLOSION PROTECTION
Do not use the unit in work places which are
covered by the explosion protection regulati-
ons.
The unit is not designed to be explosion pro-
tected.
1.7
BREATHING EQUIPMENT AS PROTECTION
AGAINST SOLVENT VAPORS
Wear breathing equipment during spraying work.
A breathing mask is to be made available to the user (regula-
tions of the German employer‘s liability insurance association
(„Berufsgenossenschaft“) „Rules for the use of breathing mas-
ks“ (BGR 190), „Using liquid jets“ (BGV D15) and „Processing
coating materials„ (BGV D25).
DANGER OF EXPLOSION AND FIRE FROM
SOURCES OF IGNITION DURING SPRAYING
WORK
There must be no sources of ignition such as,
for example, open fires, lit cigarettes, cigars or
tobacco pipes, sparks, glowing wires, hot sur-
faces, etc. in the vicinity.
4
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SAFETY REGULATIONS
1.8
PREVENTION OF OCCUPATIONAL ILLNESSES
1.14 SUCTION INSTALLATIONS
Protective clothing, gloves and possibly skin protection cream
are necessary for the protection of the skin.
The are to be provided by the unit user in accordance with the
corresponding local regulations.
Observe the regulations of the manufacturer concerning coa-
ting materials, solvents and cleaning agents in preparation, 1.15 EARTHING OF THE OBJECT
processing and cleaning units.
The object to be coated must be earthed.
(Building walls are usually earthed naturally)
1.9
MAX. OPERATING PRESSURE
The permissible operating pressure for the spray gun, spray
gun accessories, unit accessories and high-pressure hose
must not fall short of the maximum operating pressure of 25
MPa (250 bar or 3625 psi).
1.16 CLEANING THE UNIT WITH SOLVENTS
When cleaning the unit with solvents, the
solvent should never be sprayed or pumped
back into a container with a small opening
(bunghole). An explosive gas/air mixture can
arise. The container must be earthed.
1.10 HIGH-PRESSURE HOSE (SAFETY
INSTRUCTIONS)
An electrostatic charging of spray guns and the high-pressure
hose is discharged through the high-pressure hose. For this
reason the electric resistance between the connections of the 1.17 CLEANING THE UNIT
high-pressure hose must be equal to or lower than 1 MΩ.
Danger of short-circuits caused by water in-
gression!
Only use WAGNER original-high-pressure
hoses in order to ensure functionality, safety
and durability.
Never spray down the unit with high-pressu-
re or high-pressure steam cleaners.
1.11 ELECTROSTATIC CHARGING (FORMATION OF
SPARKS OR FLAMES)
1.18 WORK OR REPAIRS AT THE ELECTRICAL
EQUIPMENT
Electrostatic charging of the unit may occur
during spraying due to the flow speed of
the coating material. These can cause sparks
and flames upon discharge. The unit must
therefore always be earthed via the electrical
system. The unit must be connected to an
appropriately-grounded safety outlet.
These may only be carried out by a skilled electrician. No liabi-
lity is assumed for incorrect installation.
1.19 WORK AT ELECTRICAL COMPONENTS
Unplug the power plug from the outlet before carrying out
any repair work.
1.12
USE OF UNITS ON BUILDING SITES AND
WORKSHOPS
The unit may only be connected to the mains network via a
special feeding point with a residual-current device with INF
≤ 30 mA.
1.13
VENTILATION WHEN SPRAYING IN ROOMS
Adequate ventilation to ensure removal of the solvent vapors
has to be ensured.
5
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SAFETY REGULATIONS
1.20 SETUP ON AN UNEVEN SURFACE
The front end must always point downwards in order to avoid
sliding away.
Both units are able for all common varnishing jobs like
doors, door frames, balustrades, furniture, woodencladding,
fences, radiators (heating) and steel parts.
2.2
COATING MATERIAL
Diluting lacquers and paints or those containing solvents, two-
component coating materials, dispersion and latex paints.
No other materials should be used for spraying without
WAGNER‘s approval.
Pay attention to the Airless quality of the coa-
ting materials to be processed.
The unit is able to process coating materials with up to
15,000 mPas. If highly viscous coating materials cannot be ta-
ken in or the performance of the unit is to low, the paint must
be diluted in accordance with the manufacturer‘s instruc-
tions.
If possible do not use the unit on an inclined surface since the
unit tends to wander through the resulting vibrations.
Attention: Make sure, when stirring up with
motor-driven agitators that no air bubbles
are stirred in. Air bubbles disturb when spra-
ying and can, in fact, lead to interruption of
operation.
2.2.1 COATING MATERIALS WITH SHARP-EDGED
ADDITIONAL MATERIALS
These particles have a strong wear and tear effect on valves
and tips, but also on the heating hose and spray gun. This im-
pairs the durability of these wearing parts considerably.
2.2.2 FILTERING
Sufficient filtering is required for fault-free operation. To this
purpose the unit is equipped with a suction filter (Item 1) and
an insertion filter in the spray gun (Item 2). Regular inspection
of these filters for damage or soiling is urgently recommen-
ded.
A high-pressure filter (Item 3) -available as accessory- is rising
up the filtering surface and will make the work more comfor-
table.
2
GENERAL VIEW OF APPLICATION
2.1
APPLICATION
Finish 370 / 250 is an electric driven unit for the airless atomi-
zation of different painting materials. Also it is able to feed the
internal feeded paint roller, which is available as accessory.
Finish 370 /250 is made for jobs in the workshop and on the
building site
The unit performance is conceived so that its use is possible
on building sites for small- to middle-area dispersion work.
Finish 250 is designed for varnishing jobs. Small jobs with dis-
persion work are possible.
6
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Finish 370 / 250
GENERAL VIEW OF APPLICATION
3.2
FUNCTIONING OF THE UNIT
The following section contains a brief description of the tech-
nical construction for better understanding of the function:
Finish 370 / 250 is an electrically driven high-pressure paint
spraying equipment.
The motor (Item 1) drives directly the hydraulic pump.
A piston (2) is moved up and down so that hydraulic oil is mo-
ved under the diaphragm (3) which then moves.
2
3
In detail:
The downwards movement of the machine opens the disk in-
let valve (4) automatically and coating material is sucked in.
During the upwards movement of the diaphragm, the coating
material is displaced and the outlet valve opens while the inlet
valve is closed.
The coating material flows under high pressure through the
high-pressure hose to the spray gun and is atomized when it
exists from the tip.
1
The pressure control valve limits the set pressure in the hy-
draulic oil circuit and thus also the pressure of the coating
material.
A pressure change when the same tip is used also leads to a
change in the amount of paint atomized.
3. DESCRIPTION OF UNIT
3.1
AIRLESS PROCESS
The main area of application are thick layers of highly viscous
coating material.
At the Finish 370 / 250 unit a diaphragm pump takes in the
coating materials and transports it via a high-pressure hose
to the spray gun with the airless tip. Here the coating material
atomizes since it is pressed through the tip core at a maximum
pressure of 25 MPa (250 bar, 3625 psi). This high pressure has
the effect of micro fine atomisation of the coating material.
As no air is used in this process, it is described as an AIRLESS
process.
This method of spraying has the advantages of finest atomi-
sation, cloudless operation (depending of a correct unit ad-
justment) and a smooth, bubblefree surface. As well as these,
the advantages of the speed of work and convenience must
be mentioned.
4 3
2
1
7
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DESCRIPTION OF UNIT
3.3
EXPLANATORY DIAGRAM
1
2
3
6
7
8
1
2
3
4
5
6
7
Tip guard with airless tip
Spray gun
High-pressure hose
Connection for high-pressure hose
Pressure gage
Pressure control valve
Pressure relef valve
Symbols:
Spraying
Circulation
8
9
ON / OFF switch
Return tube
9
10 Suction tube
11 Connection for cleaning with the spray gun
12 Hopper
10
13 Cleaning ring (TopClean) for hopper (accessory)
14 Inlet valve button
15 Outlet valve
16 Oil measuring stick under the oil screw plug
9
13
12
14
3.4
TRANSPORTATION
Unroll high-pressure hose and lay it over the shaft.
5
Pull the locking pins (Item 1) on both sides of shaft. The lo-
cking pins can be arrested by a small turn (left or right). Pull
the shaft out and deblock the locking pins. A light pull or push
will help to lock the pins well.
4
15
16
1
3.5
TROLLEY BACKFITTING (ONLY FINISH 370)
Transportation in vehicle
Secure the unit in the vehicle by means of suitable fasteners.
Pull locking pins (Item 1) on both sides of frame. The locking
pins can be arrested by a small turn (left or right). Move frame
into the other position. Deblock both locking pins so that they
fit well in the rest position.
8
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DESCRIPTION OF UNIT
Before start with the backfitting, pull of main
plug of socket, disassemble suction system
and high pressure hose
3.7
TECHNICAL DATA FINISH 370
230 V AC, 50 Hz
Voltage :
Fuses :
16 A time-lag
Unit connecting line :
6 m long, 3 x 1.5 mm2
Max. current consumption
hose heating :
6.0 A
IP 54
Degree of protection :
Acceptance capacity :
Max. operating pressure :
Max. volume flow :
1.3 kW
1
25 MPa (250 bar)
2.9 l/min
Volume flow at 12 MPa
(120 bar) with water :
2.3 l/min
Max. temperature of the
coating material :
43 °C
Max. viscosity :
15,000 mPas
29.5 kg
Empty weight pump :
3.6
TECHNICAL DATA FINISH 250
Hydraulic oil filling
quantity :
0.65 liter
Voltage :
Fuses :
230 V AC, 50 Hz
16 A time-lag
Max. vibration at the spraygun: lower than 2.5 m/s2
Max. sound pressure level: 74 dB (A)*
Unit connecting line :
6 m long, 3 x 1.5 mm2
Max. current consumption
hose heating :
*Place of measurement: 1 m distance from unit and 1.60
m above floor, 12 Mpa (120 bar) operating pressure,
reverberant floor
4,6 A
IP 54
Degree of protection :
Acceptance capacity :
Max. operating pressure :
Max. volume flow :
1,1 kW
25 MPa (250 bar)
2.2 l/min
Volume flow at 12 MPa
(120 bar) with water :
1.8 l/min
Max. temperature of the
coating material :
43 °C
Max. viscosity :
15,000 mPas
28 kg
Empty weight pump :
Hydraulic oil filling
quantity :
0.65 liter
Max. vibration at the spraygun: lower than 2.5 m/s2
Max. sound pressure level: 74 dB (A)*
*Place of measurement: 1 m distance from unit and 1.60
m above floor, 12 Mpa (120 bar) operating pressure,
reverberant floor
9
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STARTUP
4.3
HIGH PRESSURE HOSE AND SPRAY GUN
4
4.1
STARTUP
1. Screw the high pressure hose (10) onto the hose connec-
tion
2. Screw the spray gun (11) onto the high pressure hose
3. Tighten all union nuts on high pressure hose so that no
coating material can escape.
4. Screw the tip holder with the selected tip onto the spray
gun, align tip and tighten union nut.
UNIT WITH SUCTION SYSTEM
1. Unscrew the dust protective cap (Item 1).
2. Ensure that the sealing surfaces of the connections are
clean.
Ensure that the red inlet (2) is inserted in the coating ma-
terial inlet (5).
3. Use the enclosed 41 mm wrench to screw the union nut
(3) at the suction hose (4) onto the coating material inlet
(5) and tighten it.
When unscrewing the high pressure hose,
hold firmly on the hose connection with a
22mm wrench.
4. Screw the union nut (6) at the return hose (7) to the con-
nection (8) (22mm).
4.2
UNIT WITH UPPER HOPPER (5 LITRES)
4.4
CONNECTION TO THE MAINS NETWORK
1. Unscrew the dust protective cap (Item 1).
2. Ensure that the sealing surfaces of the connections are
clean.
Connection must always be carried out via
an appropriately grounded safety outlet with
residual-current-operated circuit-breaker.
Ensure that the red inlet (2) is inserted in the coating ma-
terial inlet (5).
3. Screw the union nut (6) on the return pipe (7) onto the
connection (8).
3. Hang the return pipe (7) into the hopper and screw the
upper hopper (9) onto the coating material inlet (5).
if using hopper with cleaning ring (TopClean) step 5 and 6
5. Fix TopClean on hopper upside
Before connecting the unit to the mains supply, ensure that
the line voltage matches that specified on the unit’s rating
plate.
6. Plug in return pipe into TopClean and screw on union nut
11
10
9
8
7
6
1
3
2
5
8
7
4
10
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STARTUP
4.5
CLEANING PRESERVING AGENT WHEN
STARTING-UP OF OPERATION INITIALLY
Unit with suction tube
1. Immerse the suction system into a container filled with a
suitable cleaning agent (recommendation: water).
Unit with hopper
2. fill up hopper with a suitable cleaning agent (recommen-
dation: water).
3. Switch on unit.
4. Turn the pressure regulating knob (1) to the right until
4
3
the stop is reached.
5. Open relief valve (2)
valve position
(circulation)
6. Wait until cleaning agent is emitted from the return hose.
7. Turn the pressure regulating knob (1) back approx. one
rotation.
1
2
8. Close relief valve (2)
valve position
(spraying), pressure is rising up inside
the high pressure hose (visble at pressure gage)
9. Point the tip of the spray gun into an open collecting con-
tainer and pull the trigger guard at the spray gun.
10. The pressure is increased by turning the pressure regula-
ting knob (1) to the right. Set approx. 10 MPa at the pres-
sure gage.
11. Spray the cleaning agent out of the unit for approx.
1 - 2 min. (~5 liters) into the open collecting container.
4.7
TAKING THE UNIT INTO OPERATION WITH
COATING MATERIAL
Unit with suction tube
1. Immerse the suction system into a container filled with
coating material.
Unit with hopper
2. fill coating material into the hopper.
3. Press inlet valve pusher (4) several times to release possib-
ly clogged inlet valve
4.6
VENTILATE UNIT (HYDRAULIC SYSTEM) IF THE
SOUND OF INLET VALVE IS NOT AUDIBLE
1. Switch on the unit.
2. Turn pressure regulating knob (1) three revolutions to
the left.
3. Open relief valve (2)
4. Open relief valve (2)
valve position
(circulation)
valve position
(circulation)
5. Switch on unit.
6. Turn the pressure regulating knob (1) to the right until
The hydraulic system is ventilated. Leave the unit on for
two or three minutes.
the stop is reached.
4. Then turn pressure regulating knob (1) to the right until
When the noise of the valves changes, the unit is bled and
takes in coating material.
stop.
5. Press inlet valve pusher (4).
Sound of the inlet valve is audible.
6. If not, repeat points 2 and 4
7. If coating material exits from the return hose, turn the
pressure regulating knob (1) back approx. 1 rotation.
8. Close relief valve (2)
valve position
(spraying), pressure is rising up inside
the high pressure hose (visble at pressure gage (3))
9. Pull of the spray gun and spray into an open collecting
container in order to remove the remaining cleaning
agent from the unit. When coating materials exits from
the tip, close the spray gun.
10. Pull of the spray gun and adjust the spraying pressure by
turning the pressure regulating knob (1).
11. The unit is ready to spray.
11
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Finish 370 / 250
SPRAYING TECHNIQUE / HANDLING THE HIGH-PRESSURE HOSE / INTERRUPTION OF WORK
5
SPRAYING TECHNOLOGY
7
INTERRUPTION OF WORK
Move the spray gun evenly during the spraying process. If this
is not observed, an irregular spraying appearance will be the
result. Carry out the movement with the arm, not with the
wrist. A parallel distance of approx. 30 cm between the tip and
the surface to be coated should always be observed. The late-
ral limitation of the spray fan should not to be too distinct. The
edge of spraying should be gradual to facilitate overlapping of
the next coat. The spray gun should always be held at an angle
of 90° to the surface to be coated. A spray fan aimed obliquely
at the surface to be coated leads to an unwanted spray cloud.
1. Turn pressure regulating knob three revolutions to the
left.
2
Open relief valve (2)
valve position
(circulation)
3. Switch off the unit
4. Pull trigger guard of spray gun to decrease the pressure of
the high pressure hose and the spray gun.
5. Secure the spray gun, refer to the operating manual of the
spray gun.
6. Remove tip from tip holder and store the tip in a small ves-
sel with suitable cleaning agent.
7. Leave the suction system immersed in the coating materi-
al or immerse it in the corresponding cleaning agent. The
suction filter and unit should not dry out.
To achieve perfect surfaces at varnishing works, special acces-
sories are available at Wagner, e.g. FineFinish tips or an AirCoat
gun set. Your Wagner dealer will advise you.
8. Cover the material container in order to prevent the paint
from drying.
6
HANDLING THE HIGH-PRESSURE
HOSE
In using quick-drying or two-component
coating materials, do not fail to rinse unit
through with a suitable cleaning agent duri-
ng the processing period.
The high-pressure hose is to be handled with care. Avoid sharp
bending or kinking. The smallest bending radius amounts to
about 20 cm.
Do not drive over the high-pressure hose. Protect against
sharp objects and edges.
Danger of injury through leaking high-
pressure hose. Replace any damaged high-
pressure hose immediately.
Never repair defective high-pressure hoses
yourself!
When using the high-pressure hose while
working on scaffolding, it is best to always
guide the hose along the outside of the scaf-
folding.
6.1
HIGH-PRESSURE HOSE
The unit is equipped with a high-pressure hose specially sui-
ted for diaphragm pumps.
Only use WAGNER original-high-pressure
hoses with internal heating in order to ensure
functionality, safety and durability.
12
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Finish 370 / 250
DISPLAYS AT THE UNIT / CLEANING THE UNIT
14. Rinse in the circuit – Open relief valve
8
CLEANING THE UNIT
valve position
(circulation).
15. Close the spry gun.
A clean state is the best method of ensuring operation wi-
thout problems. After you have finished spraying, clean the
unit. Under no circumstances may coating material rests dry
and harden in the unit. The cleaning agent used for cleaning
(only with a flash point above 21 °C) must be suitable for the
coating material used.
16. When cleaning with water repeat the procedure about 3
minutes long with clear water.
17. Remove spray gun from suction tube, close spray gun
connection at suction tube with closure nut.
•
•
Secure the spray gun, refer to the operating manual of
the spray gun.
Remove and clean the tip.
Unit with suction system
1. Open relief valve
valve position
(circulation) and switch on unit
2. Remove suction tube from the material container, the re-
turn tube remains over the material container.
3. Immerse the suction system into a container filled with a
suitable cleaning agent
4. Turn the pressure control valve back in order to set a mini-
mal spraying pressure.
5. Close relief valve,
valve position
(spraying)
6. Pull the trigger guard of the spray gun in order to pump
the remaining coating material from the suction hose,
high-pressure hose and the spray gun into an open con-
tainer (if appropriate, increase the pressure at the pressu-
re control valve slowly in order to obtain a higher material
flow).
The cleaning effect is increased by alterna-
tively opening and closing the spray gun.
The container must be earthed in case of
coating materials which contain solvents.
18. Close relief valve,
valve position
(spraying)
19. Pump the remaining cleaning agent into an open contai-
ner until the pump is empty.
20. Switch off the unit
Caution! Do not pump or spray in container
with small opening (bunghole)!
See safty regulations.
Warm water improves the cleaning effect in
the case of water-dilutable coating materials.
7. Open relief valve
valve position
(circulation)
•
Unit with upper hopper
8. Pump suitable cleaning agent in the circuit for several mi-
1. Open relief valve
valve position
nutes.
(circulation) and switch on unit
with inflexible suction system (tube) step 9 up to 17
9. Screw the spray gun to the suction tube with both enclo-
sed 22 mm wrenches.
10. Pump a suitable cleaning agent in the circuit for about
1 minute.
11. Pull the trigger guard of the spray gun and lock it with a
clamp.
2. Turn the pressure control valve back in order to set a mini-
mal spraying pressure.
3. Close relief valve,
valve position
(spraying)
4. Pull the trigger guard of the spray gun in order to pump
the remaining coating material from the hopper, high-
pressure hose and the spray gun into an open container (if
appropriate, increase the pressure at the pressure control
valve slowly in order to obtain a higher material flow).
12. Close relief valve,
valve position
(spraying)
13. Clean the suction tube about 3 minutes long.
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CLEANING THE UNIT
The container must be earthed in case of
coating materials which contain solvents.
8.2
SUCTION FILTER
Clean filters always ensure maximum volume,
constant spray pressure and problem-free
functioning of the unit.
Caution! Do not pump or spray in container
with small opening (bunghole)!
See safty regulations.
5. Fill up hopper with suitable cleaning agent.
6. Open relief valve
valve position
(circulation)
7. Pump suitable cleaning agent in the circuit for several mi-
nutes.
with cleaning ring (TopClean) step 8 up to 12
8. Switch reverser knob into a horizontal position.
The cleaning agent will flow around the circumference of
the inner hopper wall and will clean it in some minutes,
depending of the fouling
2
1
suction tube
5l hopper
9. Switch reverser knob into the upright position.
Cleaning agent is flowing directly into the hopper
Unit with suction system
1. Unscrew the filter (Item 1) from the suction tube.
2. Clean or replace the filter.
Do not switch the reverser knob at the clea-
ning ring into the horizontal position when
the pump is load with coating material. The
devider holes can be plugged.
Than the cleaning work of cleaning ring is
reduced, and it will take more time up to the
cleaning ring has cleaned themself.
Carry out cleaning with a hard brush and a corresponding
cleaning agent.
Unit with hopper
1. Release screws with a screwdriver (Item 2).
2. Lift and remove filter disk with a screwdriver
3. Clean or replace the filter disk.
Carry out cleaning with a hard brush and a corresponding
cleaning agent.
10. Close relief valve,
valve position
(spraying)
11. Pump the remaining cleaning agent from the hopper, 8.3
HIGH-PRESSURE FILTER
high-pressure hose and the spray gun into an open con-
1. Open relief valve
valve position
tainer
(circulation) - Switch the unit off.
12. Open relief valve
valve position
13. Switch off unit
2. Open the high-pressure filter and clean the filter insert. To
do so:
3. Unscrew the filter housing (1) by hand.
4. Remove the filter insert (2) and pull out the bearing spring
(3).
5. Clean all the parts with the corresponding cleaning agent.
If compressed air is available – blow through the filter in-
sert and bearing spring.
(circulation)
8.1
CLEANING THE UNIT FROM THE OUTSIDE
First unplug the power plug from the outlet.
Danger of short-circuits caused by water
ingression! Never spray down the unit with
high-pressure or high-pressure steam clea-
ners.
6. When mounting the filter ensure that the bearing ring (4)
in the filter insert is positioned correctly and check the O-
ring at the filter housing for damage.
7. Screw on the filter housing by hand until it stops (a higher
tightening force only impedes later dismantling).
Wipe down unit externally with a cloth which has been im-
mersed in a suitable cleaning agent.
14
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CLEANING THE UNIT / SERVICING
9
SERVICING
9.1
GENERAL SERVICING
An annual expert check is higly recomended
to be sure to have an safe unit
You can servicing of the unit carried out by
the Wagner Service. Favorable conditions can
be agreed with a service agreement and/or
maintenance packages.
8.4
CLEANING THE AIRLESS SPRAY GUN
1. Rinse the Airless spray gun with a suitable cleaning agent
under lower operating pressure.
2. Clean the tip thoroughly with a suitable cleaning agent so
that no suitable coating material rests remain.
3. Do not store the tip in solvent because this reduces the
durability considerably.
Minimum check before every startup:
1. Check the high-pressure hose, spray gun with rotary joint,
power supply cable with plug for damage.
4. Clean the outside of the Airless spray gun thoroughly.
2. Check whether the pressure gage can be read.
check at periodical intervals:
1. Check inlet-, outlet-, relief valve according wear. Clean it
and replace worn out parts.
2. Check all filter inserts (spray gun, suction system) clean it
and replace if necessary.
9.2
HIGH-PRESSURE HOSE
1
3
2
Inspect the high-pressure hose visually for any notches or
bulges, in particular at the transition in the fittings. It must be
possible to turn the union nuts freely. A conductivity of less
than
1 MΩ must exist across the entire length.
Have all the electric tests carried by the Wag-
ner Service.
Insertion filter in the Airless spray gun
Removal
1. Pull the protective bracket (1) forwards.
2. Screw the grip (2) out of the gun housing. Pull out the in-
sertion filter (3).
3. If the insertion filter is clogged or defective, replace it.
Installation
1. Slide the insertion filter (3) with the longer cone into the
gun housing.
2. Screw the grip (2) into the gun housing and tighten it.
3. Latch in the protective bracket (1).
15
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REPAIRS AT THE UNIT
Installation
10 REPAIRS AT THE UNIT
1. Insert the inlet valve (2) into the trigger housing (1) and
secure with the clasp (3). Ensure that the (black) seal (5) is
mounted in the trigger housing.
2. Screw the unit from the trigger housing and the inlet val-
ve into the paint section. The same (black) seal (7) has to
be mounted in the paint section.
Switch the unit off.
Before all repair work: Unplug the power
plug from the outlet.
3. Tighten the trigger housing with the 30 mm wrench and
tighten with three light blows of the hammer on the end
of the wrench. (Corresponds to approx. 90 Nm tightening
torque).
10.1 INLET VALVE PUSHER
1. Use a 17 mm spanner to screw out the inlet valve button.
2. Replace the wiper (1) and O-ring (2).
2
1
3
1
5
2
4
6
10.2 INLET VALVE
1. Place the enclosed 30 mm wrench on the trigger housing
(1).
2. Loosen the trigger housing (1) with light blows of a ham-
mer on the end of the wrench.
3. Screw out the trigger housing with the inlet valve (2) from
the paint section.
4. Pull of the clasp (3) using the enclosed screwdriver.
5. Place the enclosed 30 mm wrench on the inlet valve (2).
Turn out the inlet valve carefully.
6. Clean the valve seat (4) with a cleaning agent and brush
(ensure that no brush hairs are left behind).
7. Clean the seals (5, 6) and check for damage. Replace, if ne-
cessary.
10.3 OUTLET VALVE
1. Use a 22 mm wrench to screw the outlet valve from the
paint section.
2. Carefully pull of the clasp (1) using the enclosed screwdri-
ver. The compression spring (2) presses ball (4) and valve
seat (5) out.
3. Clean or replace the components.
4. Check the O-ring (7) for damage.
5. Check the installation position when mounting the spring
support ring (3) (clipped onto spring (2)), outlet valve seat
(5) and seal (6), refer to figure.
8. Check all the valve parts for damage. In case of visible
wear replace the inlet valve.
16
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REPAIRS AT THE UNIT
10.5 RELIEF VALVE
Replace a fault refief valve (1) as a single unit.
Only the O-ring (2) may be replaced as a single part
3 2 7
2
1
6 5 4
1
10.4 PRESSURE CONTROL VALVE
Only have the pressure control valve (1) re-
placed by the customer service.
The max. operating pressure has to be reset
by the customer service.
10.6 REPLACING THE DIAPHRAGM
Switch the unit off.
Before all repair work: Unplug the power
plug from the outlet.
2. Screw the trigger housing with inlet valve out of the paint
section as described in Section 10.2 Inlet valve, Items 1 to
3. (disassembling of hexagon nuts will become easier)
3. Turn back the pressure control valve, rotary knob com-
pletely (anti-clockwise).
(Note: If the unit is still warm, open the oil screw plug (6)
briefly in order to compensate the pressure and close it
again.)
1
4. Use a 19 mm wrench to screw the hexagonal bolt (Item 1)
out of the pressure insert (2).
5. Remove the paint section (3).
6. Remove the insert (4) and the diaphragm (5).
7. The diaphragm can only be used once. Always replace the
diaphragm.
17
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REPAIRS AT THE UNIT
1. Remove the cover (1) (a screwdriver may be helpfull to
move the cover back from the box).
2. Loosen the cable threaded joint (2).
3. Loosen the wires in the mains terminal (3) .
4. Replace the unit connecting line.
(only an approved power cable with the designation H07-
RNF with a splash-proof plug may be used).
5. Connect the green/yellow wire to the contact with the PE
sign.
1
6. Connect the cover again with the earthing plug for the
heating hose and mount it carefully (do not squeeze any
cables!)
1
3
4
5
2
2
3
6
10.8 TYPICAL WEAR PARTS
Despite the use of high-quality materials the highly abrasive
effect of the paints means that wear can occur at the following
parts:
Before mounting the new diaphragm, clean the insert as well
as the grooved surface at the pressure insert (2) and the paint
section (3) and wipe off any oil.
Mounting is carried out in the reverse order.
Inlet valve (spare part Order No.: 0344700)
For replacing refer to Section 10.2
(failure becomes noticeable through performance loss and/or
poor or no suction)
Outlet valve (spare part Order No.: 0341702)
For replacing refer to Section 10.3
(failure becomes noticeable through performance loss and/
or poor suction) The outlet valve is usually considerably more
durable than the inlet valve. Thorough cleaning may already
help here.
Relief valve (spare part Order No.: 0169248)
For replacing refer to Section 10.5
1. First tighten all the hexagonal bolts (1) crosswise with
30Nm, then crosswise with 70Nm.
2. Before starting up leave the pressure control valve in the
open position for about 2 minutes while the motor is run-
ning (bleeds the unit). Only then close it until the noise of
the inlet valve can be heard.
10.7 REPLACING THE POWER CABLE
Switch the unit off.
Before all repair work: Unplug the power
plug from the outlet.
(failure is noticeable through performance loss. Furthermore
material arrives constantly at the return hose although the
multifunction switch is set to spraying.
This part is relatively seldom a wear part.
18
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REPAIRS AT THE UNIT
10.9 CONNECTION DIAGRAM
w h i t e
w h i t e
g r e e - y e l l o w
19
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REPAIRS AT THE UNIT
10.10 REMEDY IN CASE OF FAULTS
TYPE OF MALFUNCTION WHAT ELSE?
POSSIBLE CAUSE
MEASURES FOR ELIMINATING THE MALFUNCTION
Unit does not start
Motor switch can not
switched on
No voltage applied
Check voltage supply
Unit fuse has triggered
Let the motor cool down
Unit does not suck in
Air bubbles exit from
the return hose
Unit is sucking in outside Check: Suction system tightened properly?
air
Cleaning connection at rigid suction tube
screwed tight and not leaking? Inlet valve
button leaky? -> Replace wiper and O-ring (->
refer to Section 10.1)
Air bubbles do not exit Inlet valve clogged
at the return hose
Press the inlet valve button until the stop is
reached several times by hand
Inlet/outlet valve soiled
/ foreign bodies (e.g.
Remove the valves and clean then (-> refer to
Section Pkt.10.2/10.3) / replace worn parts
threads) drawn in / worn
Pressure control valve tur- Turn the pressure control valve to the right un-
ned down completely
til the stop is reached
Unit does not gene-
rate pressure
Unit has sucked in
Air in the oil circuit
Bleed the oil circuit in the unit by turning the
pressure control valve completely to the left
(until overturning) and let it run approx. 2 – 3
min. Then turn the pressure control valve to
the right and set the spraying pressure (repeat
process several times, if necessary). Process is
assisted by positioning the unit vertically.
Unit reached pressu-
re, but the pressure
collapses, also at the
pressure gage, during
spraying.
Suction filter clogged
Check the suction filter. If necessary, clean/
replace
Paint cannot be worked in Dilute the paint
this state. Due to its pro-
perties the paint clogs the
valves (inlet valve) and the
delivery rate is too low.
Unit reached pressure, Clogged filter do not let
Check/clean the (high-pressure filter) gun filter
but the pressure col-
lapses during spraying.
pressure gage still
enough paint pass
shows high pressure
Tip clogged
Clean the tip (-> refer to Section 10.1)
Unit does not generate Relief valve defective
the max. pressure pos-
sible. Paint neverthe-
Clean or replace the relief valve (-> refer to
Section 10.5)
less exits at the return
hose.
20
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PARE PARTS AND ACCESSORIES
11 SPARE PARTS AND ACCESSORIES
11.1 FINISH 370 / 250 ACCESSORIES
9
1
10
5
6
2
3
11
12
13
14
7
8
4
Accessories:
ITEM DESIGNATION
ORDER NO.
ITEM. DESIGNATION
ORDER NO.
1
Spray gun AG-14
(stainless steel)
Spray gun AG-08
(aluminium made)
0502 166
9
Tip extension
Length 15 cm
Length 30 cm
Length 45 cm
Length 60 cm
0556 051
0556 052
0556 053
0556 054
0296 388
2
3
AirCoat spray gun GM-3000
0364 005
10
Tip extension with
Slewable knee joint
Length 100 cm
Length 200 cm
Length 300 cm
Double hose
9984 564
9984 583
0252 910
HP hose DN-3, 7.5 m
AirCoat-controler set
0096 015
0096 016
0096 017
4
5
Pole gun
11
12
13
14
Suction system (flexible)
for dispersionen
0034 630
Length 100 cm
Length 150 cm
Length 370 cm
0096 019
0096 005
0096 006
Cleaning container for suction system 0055 553
Holder for container (only F250)
0252 264
6
7
Inline Roller
Hopper 5l
0345 010
0341 265
Suction system (rigid) for dispersi-
onen
0341 264
8
Hopper cleaning ring (TopClean)
0340 930
Filter bag, mesh width 0,3 mm
0097 531
21
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REPAIRS AT THE UNIT
11.2 SPARE PARTS LIST PUMP HEAD
34
35
36
37
38
39
40
41
42
9951 072
0252 493
0158 383
9993 105
3051 678
0252 316
9900 217
9906 035
9920 204
Cap
ITEM ORDER-NO
DESIGNATION
1
0252 290
0252 442
0252 443
0252 440
0252 441
0187 308
9922 516
0005 311
3050 916
0252 289
9971 395
0169 248
0341 702
0252 469
0252 470
0344 700
0341 331
0252 279
0341 336
0340 339
9990 865
0341 241
0341 316
9971 486
0047 432
9970103
0252 475
0252 478
9970 218
0252 295
0252 294
9971 365
0010 861
0010 859
0010 858
0158 250
Pump head
Label, plate
Label Wagner
2
Pressure insert D18 (Finish 370)
Pressure insert D16,5 (Finish 250)
Piston D18 (Finish 370)
Piston D16,5 (Finish 250)
Spring plate
Hose nozzle M5
2
O-ring 9x3
3
Return pipe
3
Hexagon head screw M12x90 (4)
Cylinder head screw M12x50 (2)
Washer 13 (6)
4
5
Snap ring 12x1
6
Pressure spring
* When these parts are replaced the operating pressure has to
be set again by the customer service.
7
O-ring 25x3
8
Diaphragm with inlet
O-ring 10x1,25
9
10
11
12
Refief valve (item 9,10)
Outlet valve, service set
Outlet valve housing
End part (to order with item12)
Inlet valve
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
Sealing ring (2x)
Trigger housing
Clasp
Inlet
Dust protective cap M36x2
Inlet valve button (item19, 20, 21)
Wiper
O-ring 4x2 (FFPM)
Double socket 1/4“ NPS/M16x1,5
Sealing ringg
Pressure gage
Cap
Sealing ring
Suction pipe
Pressur control valve (item 28, 29)*
O-ring 9,25x1,78*
Pressure spring*
Stop sleeve*
Clip*
Pressure regulating knob*
Spare parts diagram pump head
22
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SPARE PARTS AND ACCESSORIES
11.3 SPARE PARTS LIST PUMP-AGGREGATE
ITEM ORTDER-NO DESIGNATION
35
36
37
9990 571
9950 244
0252 293
Plug (2)
1
0252 280
Motor assy. (item 1 to 10)
Terminal strip
Cover
2
0252 431
3057 379
0252 429
9922 603
0252 428
0252 430
0252 450
0252 432
0252 433
0340 354
0252 435
9903 348
9971 536
9900 248
9900 313
9920 102
9900 249
9904 306
9970 127
0252 453
9971 146
0252 452
0252 351
0252 305
9960 429
0252 385
9953 696
0252 434
0252 504
0252 502
0252 503
9952 876
Flange ring
3
O-ring 30x2,5
Inner ring
4
5
Snap ring 52x2
Shaft sealing ring
Needle bearing
Housing
6
7
8
9
Fan
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
Fan cowl
Gasket
Frame, fan
Hex self drilling screw (8)
sealing disk (4)
Hex washer head screw M4x12 (13)
Cylinder head screw M8x25 (2)
Washer 8,4 (2)
Hex washer head screw M5x12 (4)
Screw plug BSP 1/8“
Sealing ring
Oil cap screw
O-ring
Oil dipstick
Front cover
Seal
Roller bearing
Gasket
Motor protection switch
Electric box
Label F370
Label F250 (left)
Label F250 (right)
Capacitor 35μF
31
32
Mains cable
H07RN-F3G1.5 6m long
0341 520
33
34
9952 685
9952 686
Cable threaded joint M20x1,5
Hexagon nut M20x1,5
23
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SPARE PARTS AND ACCESSORIES
Spare parts diagram pump-aggregate
24
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SPARE PARTS AND ACCESSORIES
11.4 SPARE PARTS LIST HIGH-PRESSURE FILTER
11.5 SPARE PARTS LIST TROLLEY
ITEM ORDER-NO. DESIGNATION
ITEM ORDER NO.
DESIGNATION
1
0252 291
9994 961
9994 950
0252 455
0252 454
9910 106
0252 464
9900 142
9990 861
9990 866
Trolley assy. (for F-370)
Wheel (2)
1
0097 121
High-pressure filter HF- 01 compl.
2
2
3
4
5
0097 301
0097 302
0097 303
0097 304
Filter block
Filter housing
Hollow screw
Seal ring
3
Wheel cap (2)
4
Locking pin (4)
Spacer ring (2)
Hexagon nut M5 (4)
Sheet (2)
5
6
9970 110
9974 027
9971 401
0508 749
0508 603
0508 748
Seal ring
6
7
O-ring 30x2 (PTFE)
O-ring 16x2 (PTFE)
Bearing spring
Bearing ring
7
8
8
Hexagon screw M5x12 (4)
Plug (6)
9
9
10
Rubber cap (4)
10
Filter insert 60 meshes
Optional:
Filter insert 100 meshes
Filter insert 30 meshes
11
12
0508 450
0508 449
9994 245
Pressure spring
Spare parts diagram high-pressure filter
Spare parts diagram trolley F-370
25
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SPARE PARTS AND ACCESSORIES
ITEM ORDER-NO
DESIGNATION
Trolley assy. (for F-250)
Wheel (2)
11.6 SPARE PARTS LIST SUCTION SYSTEM (RIGID)
1
2
3
0252 292
9994 961
9994 950
ITEM ORDER-NO
DESIGNATION
Wheel cap (2)
1
0341 264
0344 341
Suction system assy..
4
5
6
0252 455
9990 861
9990 866
Locking pin (4)
Plug (2)
Filter, mesh width 1 mm
Optional:
2
0250 245
0341 275
0341 260
0341 367
Filter, mesh width 0,8 mm
Rubber cap (2)
3
4
5
Return pipe
Hex screw cap with chain and clamp
Sealing
4
5
3
2
Spare parts diagram trolley F-250
Spare parts diagram suction system (rigid)
26
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11.7 SPARE PARTS LIST HOPPER 5L
11.8 SPARE PARTS LIST HOPPER WITH TOPCLEAN
ITEM ORDER-NO
DESIGNATION
ITEM ORDER-NO
DESIGNATION
Hopper 5l, assy.
Cover
-
0341 268
0340 904
0340 901
0340 271
0340 270
0340 499
0340 466
0340 500
9971 486
Hopper 5l with TopClean, assy.
Hopper 5l (filter disc see 11.7)
Cover
-
0341 265
0340 901
0037 607
1
2
3
4
5
6
7
8
1
Filter disk, mesh width 0,8 mm
Optional:
Filter disk, mesh width 0,4 mm
2
TopClean, assy.
0003 756
9902 306
0340 904
0340 908
Return pipe
3
4
5
Sheet metal screw 3,9x13 (2)
Hopper
Screwing
Distributor ring
Rotary valve shaft
O-ring 4x2 (FFPM)
Return pipe
1
2
5
7
8
4
3
2
4
6
3
5
1
Spare parts diagram hopper
Spare parts diagram hopper with TopClean
27
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CE-DECLARATION
28
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TESTING OF THE UNIT / INFORMATION ON PRODUCT LIABILITY / GUARANTEE DECLARATION
TESTING OF THE UNIT
in accordance with the guidelines for liquid jets (spraying
units) of the German industrial employer‘s liability insurance
association.
The unit has to be tested when appropriate, however at least
every 12 months. by experts whether safe operation continu-
es to be ensured.
case of single-shift operation, 12 months in case of two-shift
operation or 6 months in case three-shift operation since the
point of handing over to the buyer due to a circumstance lying
before this handing over – in particular due to faulty design,
bad building materials or poor execution – are improved or
supplied new as we choose without costs.
In case of non-operative units the test can be postponed until
the next start-up.
The operator is obliged to make an appointment for the unit
test.
The guarantee is given in the form that the unit or individual
parts of it are replaced as we decide. The costs required to this
purpose, in particular transportation, road, working or materi-
al costs, are borne by us unless the costs increase because the
unit has been brought subsequently to a place that is not the
location of the customer.
Please contact the WAGNER customer service centers
(This guideline only applies for Germany)
IMPORTANT INFORMATION ON PRODUCT LIABILITY
We do not accept any guarantee for damage that has been
caused by the following reasons:
An EU directive valid since 01.01.1990 specifies that the ma-
nufacturer is only liable for his products if all the parts origina-
te from the manufactured or are approved by him, and if the
units are mounted and operated properly.
Unsuitable or incorrect usage, faulty mounting or starting-up
by the buyer or by third parties, natural wear, faulty handling
or maintenance, unsuitable coating materials, substitute ma-
terials and chemical, electrochemical or electrical influences,
in as far as damage is not due to our fault. Abrasive coating
materials, such as minium, dispersions, glazes, liquid abrasive
materials, etc. reduce the durability of valves, packings, spray
guns, tips, cylinders, pistons, etc. Any resulting signs of wear
are not covered by this guarantee.
If accessories or spare parts from third parties are used, lia-
bility can be partially or completely inapplicable. In extreme
cases the responsible authorities can prohibit the use of the
entire unit (German industrial employer‘s liability insurance
association and factory inspectorate).
With original WAGNER accessories and spare parts, compli-
ance with all safety regulations is guaranteed.
Components that were not manufactured by Wagner are sub-
ject to the original manufacturer warranty.
NOTE ON DISPOSAL
The replacement of a part does not extend the guarantee pe-
riod of the unit.
In observance of the European Directive 2002/96/EC on waste
electrical and electronic equipment and implementation in
accordance with national law, this product is not to be dispo-
sed of together with household waste material but must be
recycled in an environmentally friendly way!
The unit has to be examined immediately after receipt.
Obvious faults are to be reported in writing within 14 days af-
ter receipt of the unit in order to avoid loss of the rights arising
from faults.
We reserve the right to have the guarantee fulfilled by a con-
tractual company.
Fulfilling of the guarantee depends on proof being provided
by invoice and delivery note. If the check shows that the case
is not a guarantee case, repairs are carried out at the expense
of the buyer.
Wagner or one of our dealers will take back your used Wagner
waste electrical or electronic equipment and will dispose of
it for you in an environmentally friendly way. Please ask your
local Wagner service centre or dealer for details or contact us
direct.
We make it clear that the guarantee declaration does not
represent a limitation of the statutory rights or of the rights
agreed contractually through our general terms of business.
GUARANTEE DECLARATION
24 months, at two-shift operation 12 months, at three-
shift operation 6 months
J. Wagner GmbH
We give a works guarantee to the following extent for this
unit:
All those parts that prove to be unserviceable or to be con-
siderably impaired in their serviceability within 24 months in
Subject to modifications ∙ Printed in Germany
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SERVICE NETWORK
SERVICENETZ / SERVICE NETWORK / RÉSEAU DE SERVICE APRÈS-VENTE
RETE DI ASSISTENZA /SERVICENETWERK
AUS
Wagner SprayTech
Australia PTY LTD.
POB 286
14-16 Kevlar Close
DK
Wagner Spraytech
Scandinavia A/S
Helgeshøj Allé 28
2630 Taastrup
Denmark
Tel. +45/43/ 27 18 18
Telefax +45/43/ 43 05 28
I
Wagner Colora
Via Fermi, 3
20040 Burago di Molgora (MI)
Italia
Tel. +39/ 039 / 625 021
Telefax +39/ 039 / 685 18 00
Braeside, VIC. 3195
Phone: +61/ 03/ 9587 2000
Fax: +61/ 03/ 9580 9120
A
J. Wagner Ges.m.b.H.
Ottogasse 2/20
2333 Leoplodsdorf
Österreich
Tel. +43/ 2235 / 44 158
Telefax +43/ 2235 / 44 163
E
Wagner Spraytech
Iberica S.A.
Apartado 132
08750 Molins de Rey
Barcelona / Espania
Tel. +34/93/6800028
Telefax +34/93/66800555
NL
NZ
S
Wagner Spraytech
Benelux b.v.
Zonneban 10,
3542 EC Utrecht
Netherlands
Tel. +31/ 30/241 41 55
Telefax +31/ 30/241 17 87
F
J. Wagner France S.A.R.L
5 avenue du 1er mai, B.P. 47
91122 Palaiseau-Cedex
France
Tel. +33/1/825 011 111
Telefax +33/1/698 172 57
division.batiment@wagner-
france.fr
B
Wagner Spraytech
Benelux b.v.
Veilinglaan 56
1861 Wolvertem-Meise
Belgium
Tel. +32/2/269 46 75
Telefax +32/2/269 78 45
SprayTech New Zealand Ltd.
P.OB 10353
unit 6/671 Te Rapa Road
Hamilton
Phone: +64/ 07/ 849 1329
Fax: +64/ 07/ 849 3185
CH
Wagner International AG
Industriestrasse 22
9450 Altstätten
Wagner Spraytech
Scandinavia A/S
Helgeshøj Allé 28
2630 Taastrup
CZ
Wagner, spol.s r.o.
Nedasovská str. 345
155 21 Praha 5 -Zlicín
Czechia
Schweiz
Tel. +41/71 / 7 57 22 11
Telefax +41/71 / 7 57 22 22
Denmark
Tel. +42/ 2 / 579 50 412
Telefax +42/ 2 / 579 51 052
Tel. +45/43/ 21 18 18
Telefax +45/43/ 43 05 28
D
GB
Wagner Spraytech (UK) Ltd.
Unit 3 Haslemere Way
Tramway Industrial
Estate
Banbury, Oxfordshire OX 16 5RN
Great Britain
J. Wagner GmbH
Otto-Lilienthal-Straße 18
D-88677 Markdorf
Postfach 11 20
D-88669 Markdorf
Deutschland
Tel. +44/ 12 95 / 265 353
Telefax +44/ 12 95 / 269 861
Tel.: +49 / 75 44 / 505 - 540
Fax: +49 / 75 44 / 505 -169
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