CEA PROJECT 1800 HF User manual

PROJECT 1800 HF
EN Operator’s manual READ CAREFULLY
1020HB74A-IT-04/2016 SN - ZD xxxxxx
CEA COSTRUZIONI ELETTROMECCANICHE ANNETTONI S.p.A.
C.so E. Filiberto, 27 - 23900 Lecco - Italy
Tel. ++39.0341.22322 - Fax ++39.0341.422646
Cas. Post. (P.O.BOX) 205
E-mail: [email protected] - web: www.ceaweld.com

2
ENGLISH
EN
Introduction 2
Description 2
Technical data 3
Usage limits (IEC 60974-1) 3
Installation 3
Connection to the electrical supply 3
Usage norms 4
MMA electrode welding 5
TIG welding 6
Maintenance 8
The pointing out of any difficulties
and their elimination 8
Troubleshooting table 9
Meaning of graphic symbols on machine 10
Wiring diagram 11
Introduction
Thank you for buying our product.
In order to get the best performance out of the plant and ensure
the maximum lifespan of its parts, the use and maintenance
instructions contained in this manual must be read and strictly
complied with, as well as the safety instructions contained
in the relevant folder. If repairs to the plant are required, we
recommend that our clients contact our service centre work-
shops, as they have the necessary equipment and personnel
that are specifically trained and constantly updated.
All our machines and equipment are constantly developed and
so changes may be made in terms of their construction and
features.
Description
The PROJECT 1800 HF is the latest evolution of direct current
welding generators, using INVERTER technology. This power-
ful generator, based on latest generation IGBT, can be used for
TIG welding of all metals, excepting aluminium and its alloys.
PROJECT 1800 HF, also excellent for electrode welding, with
its lightness and compactness and first-rate welding charac-
teristics, is ideal for using for maintenance, erection and light
steel structural works.
Main features are:
• Precise and efficient TIG arc striking by high frequency.
• High performance on thin metal sheets.
• Automatic compensation for mains voltage within.
• Low energy consumption and high efficiency.
• The inverter resists ample current variations and can be uti-
lized with very long electric cables.
• Innovative and compact design.
• Load bearing structure in impact-resistant material.
• Control panel protected against accidental impact.
• Robust handle integrated into the chassis.
• Neck strap built into the equipment.
•
Clearly visible front panel from any angle, for easy reading
and setting of parameters.
• Reduced weight and dimensions, easy-to-carry.
•
The generator also conforms to all European Union stand-
ards and directives in force.

3
Technical data
The general technical data of the system are summarized in
table 1.
Table 1
Model
PROJECT
1800 HF
TIG DC MMA
Single-phase power supply 50/60 Hz V230
Mains supply: Zmax (*) Ω0,22
Power input @ I2Max kVA 68,3
Delayed fuse (I2@ 100%) A16
Power factor / cosφ 0,66 / 0,99
Maximum efficiency degree η0,82 0,84
Open circuit voltage V62
Current range A5÷180 5÷160
Duty cycle @ 100% (40°C) A100
Duty cycle @ 60% (40°C) A125
Duty cycle @ X% (40°C) A180 (25%) 160 (30%)
Standards
IEC 60974-1
IEC 60974-3
IEC 60974-10
Insulation class IP 23 S
Protection class F
Dimensions mm 385-230-140
Weight kg 8
(*) Mains supply Zmax: maximum impedance value allowed for the grid
according to the EN/IEC 61000-3-11 standard.
WARNING: This equipment does not comply with EN/IEC 61000-3-12.
If it is connected to a public low voltage system, it is the responsibil-
ity of the installer or user of the equipment to ensure, by consultation
with the distribution network operator if necessary, that the equipment
may be connected.
Usage limits (IEC 60974-1)
The use of a welder is typically discontinuous, in that it is made
up of effective work periods (welding) and rest periods (for the
positioning of parts, the replacement of wire and underflushing
operations etc. This welder is dimensioned to supply a I2max
nominal current in complete safety for a period of work of 25%
of the total usage time. The regulations in force establish the
total usage time to be 10 minutes. The work cycle is consid-
ered to be 25% of this period of time. If the permitted work cy-
cle time is exceeded, an overheat cut-off occurs to protect the
components around the welder from dangerous overheating.
Intervention of the overheat cut-off is indicated by the lighting
up of yellow thermostat LED. After several minutes the over-
heat cut-off rearms automatically (and the yellow LED turns it-
self off) and the welder is ready for use again. This generator
is constructed in compliance with the IP 23 S protection lev-
el, meaning:
•
That it is protected against the penetration of solid foreign
bodies with diameters in excess of Ø 12 mm.
•
That it is protected against water spray hitting the surface
with an angle of incidence up to 60°.
• That the welding machine has been tested for withstanding
harmful effects due to water getting in when the moving parts
on the equipment are moving.
Installation
The installation site for the system must be carefully chosen in
order to ensure its satisfactory and safe use.
The user is responsible for the installation and use of the sys-
tem in accordance with the producer’s instructions contained
in this manual.
Before installing the system the user must take into consider-
ation the potential electromagnetic problems in the work area.
In particular, we suggest that you should avoid installing the
system close to:
• Signalling, control and telephone cables.
• Radio and television transmitters and receivers.
• Computers and control and measurement instruments.
• Security and protection instruments.
Persons fitted with pace-makers, hearing aids and similar
equipment must consult their doctor before going near a ma-
chine in operation. The equipment’s installation environment
must comply to the protection level of the frame i.e. IP 23 S
(IEC 60529 publication). The system is capable of working in
environments where working conditions are particularly hard.
This system is cooled by means of the forced circulation of air,
and must therefore be placed in such a way that the air may
be easily sucked in and expelled through the apertures made
in the frame.
Connection to the electrical supply
Before connecting the welder to the electrical supply,
check that the machine’s plate rating corresponds to the
supply voltage and frequency and that the line switch of
the welder is in the “O” position.
Use the welder’s own plug to connect it up to the main pow-
er supply. Proceed as follows if you have to replace the plug:
•
2 conducting wires are needed for connecting the machine
to the supply
•
The third, which is YELLOW GREEN in colour is used for
making the “EARTH” connection.
PROJECT 1800 HF works with circuit breaker or fusible pow-
er switches.
Table 2 shows the recommended load values for retardant sup-
ply fuses.
Table 2
Model
PROJECT
1800 HF
TIG DC MMA
Power input @ I2Max kVA 68,3
Delayed fuse (I2@ 100%) A16
Duty cycle @ X% (40°C) A180 (25%)* 160 (30%)*
Supply connection cable
Length
Section
m
mm2
3
2,5
Earth cable
Section mm216
* Factor of efficiency
NOTE 1: Any extensions to the power cable must be of a suit-
able diameter, and absolutely not of a smaller diameter than
the special cable supplied with the machine.
NOTE 2: It is not advisable to plug up the welder to motor-driv-
en generators, as they are known to supply an unstable volt-
age.

4
Usage norms
CONTROL APPARATUS (Fig. A)
Pos. 1 Supply switch. In the “O” position the welder is off.
Pos. 2 Weld gas inlet coupling.
Pos. 3 Welder cable.
Pos. 4 Fast coupling TIG torch gas tube .
Pos. 5 Fast coupling reverse polarity .
Pos. 6 TIG connector torch button.
Pos. 7 Fast coupling straight polarity.
FRONT PANEL (Fig. B)
Pos. 1 Welding current adjust potentiometer:
• MMA = 5÷160 A
• TIG = 5÷180 A
Pos. 2 Potentiometer, for regulating the following parame-
ters:
• MMA
ARC FORCE setting for better dynamic character-
istics of the welding arc.
The HOT START function is a default setting in the
equipment. This increases the welding current, in
percentage terms, for a time interval that can be set
at the start of the welding process, thereby reduc-
ing the risk of poor fusion at the start of the joint.
• TIG
Time adjustment for the SLOPE DOWN (0÷10 sec).
Pos. 3 Selector:
• 2 strokes TIG
• 4 strokes TIG
• MMA ELECTRODE
Pos. 4 “TIG welding process” selector:
•
TIG “HF” for TIG weld with high frequency arc
strike.
• “Lift” type TIG for “Lift” type TIG weld without high
frequency.
Pos. 5 Yellow THERMOSTAT LED. When this LED switch-
es on it indicates that the trip switch has tripped be-
cause you are working beyond the work cycle. Wait
for a few minutes before starting to weld again.
This LED also switches on in the following cases:
• Under voltage. Power supply voltage too low.
• Over voltage. Power supply voltage too high.
• Over current. Welding current too high.
Pos. 6 White LED POWER ON. When this LED is on, it
means that the power supply to the welding machine
is on, and it is ready to work.
1
5
2
64 3
FIG. B
4
5
6
7
12
3
FIG. A

5
MMA electrode welding (Fig. C)
Electrode welding is used to weld most metals (different types
of steel, etc.) using coated rutilic and basic electrodes with di-
ameters ranging from Ø 1.6 mm to Ø 4 mm.
1) Connecting the welding cables:
Disconnect the machine from the mains power supply and
connect the welding cables to the output terminals (Positive
and Negative) of the welding machine, attaching them to
the clamp and earth with the polarity specified for the type
of electrode being used (Fig. C). Always follow the elec-
trode manufacturer’s instructions. The welding cables must
be as short as possible, they must be near to one another,
positioned at or near floor level.
2) Adjust the welding current using the potentiometer (Pos. 1,
Fig. B).
3) Turn the process selector (Pos. 3, Fig. B) to the ELEC-
TRODE position.
4) Start the welding machine by selecting position 1 on the
line switch (Pos. 1, Fig. A).
5) The white LED (Pos 6, Fig. B) shows that the power sup-
ply to the welding machine is on, and it is ready to work.
6) Carry out welding by moving the torch to the workpiece.
Strike the arc (press the electrode quickly against the met-
al and then lift it) to melt the electrode, the coating of which
forms a protective residue. Then continue welding by mov-
ing the electrode from left to right, inclining it by about 60°
compared with the metal in relation to the direction of weld-
ing.
7) The dynamic characteristic of the welding arc can be re-
fined, using the ARC FORCE potentiometer (Pos. 2,
Fig. B).
WARNING: During the welding time, if the electrode adheres
to the workpiece for longer than 2 seconds, the welding cur-
rent automatically drops to 0A.
FIG. C
PART TO BE WELDED
The part to be welded must always be connected to earth in or-
der to reduce electromagnetic emission. Much attention must
be afforded so that the earth connection of the part to be weld-
ed does not increase the risk of accident to the user or the risk
of damage to other electric equipment. When it is necessary to
connect the part to be welded to earth, you should make a di-
rect connection between the part and the earth shaft. In those
countries in which such a connection is not allowed, connect
the part to be welded to earth using suitable capacitors, in com-
pliance with the national regulations.
WELDING PARAMETERS
Table 3 shows some general indications for the choice of elec-
trode, based on the thickness of the parts to be welded. The
values of current to use are shown in the table with the respec-
tive electrodes for the welding of common steels and low-grade
alloys. These data have no absolute value and are indicative
data only. For a precise choice follow the instructions provided
by the electrode manufacturer.
Table 3
WELDING THICKNESS (mm) Ø ELECTRODE (mm)
1,2÷2
1,5 ÷ 3
3 ÷ 5
5 ÷ 12
≥ 12
1,6
2
2,5
3,2
4
The current to be used depends on the welding positions and
the type of joint, and it increases according to the thickness and
dimensions of the part.
The current intensity to be used for the different types of weld-
ing, within the field of regulation shown in table 4 is:
• High for plane, frontal plane and vertical upwards welding.
• Medium for overhead welding.
•
Low for vertical downwards welding and for joining small pre-
heated pieces.
Table 4
Ø ELECTRODE (mm) CURRENT (A)
1,6
2
2,5
3,2
4
30 ÷ 60
40 ÷ 75
60 ÷ 110
95 ÷ 140
140 ÷ 190
A fairly approximate indication of the average current to use in
the welding of electrodes for ordinary steel is given by the fol-
lowing formula:
I = 50 × (Øe – 1)
Where:
I = intensity of the welding current
Øe = electrode diameter
Example:
For electrode diameter 4 mm
I = 50 × (4 – 1) = 50 × 3 = 150A

6
• With the machine switched off:
-
Connect the ground cable to the snap-on connector
marked + (positive) (Pos. 5, Fig. A).
-
Connect the relative ground clamp to the workpiece or
to the workpiece support in an area free of rust, paint,
grease, etc..
-
Connect the TIG torch power cable to the snap-on con-
nector marked - (negative).
- Connect the torch gas tube to the connection (Pos. 4,
Fig. A).
-
Insert the torch button connector in the 6 poles hold-
er (Pos. 6, Fig. A).
2) Switch the welding machine on by moving the power sup-
ply switch to I(Pos. 1, Fig. A).
3) The white LED (Pos 6, Fig. B) shows that the power sup-
ply to the welding machine is on, and it is ready to work.
4) Adjust the welding current using the potentiometer (Pos. 1,
Fig. B).
5) Set the arc switch-off time using the potentiometer (Pos. 2,
Fig. B).
6) Select TIG welding mode (Pos. 3, Fig. B) in the following
positions:
2 stroke - TIG welding takes place as follows:
WELDING CURRENT (I1)
I1(A)
POST GAS t (sec)PRE-GAS
SLOPE DOWN
The post gas flow time is determined in proportion to the
welding current level.
4 stroke - TIG welding takes place as follows:
WELDING CURRENT (I1)
I1(A)
POST GAS t (sec)PRE-GAS
SLOPE UP
Initial Amps
SLOPE DOWN
Final Amps
ON ONOFF OFF
The post gas flow time is determined in proportion to the
welding current level.
7) Select the TIG welding process (Pos. 4, Fig. B) required:
• TIG LIFT for TIG welding without high frequency.
• TIG HF for TIG welding with high frequency ignition.
In particular, proceed as indicated below.
TIG WELDING WITH “Lift” TYPE STRIKING
8) Open the gas cylinder and flow regulator (8-14 l/min).
9) Put the electrode at the point at which welding is to begin,
put the TIG torch at an angle so that the edge of the gas
nozzle is not on top of the piece to be welded, keeping con-
tact between the point of the electrode and the piece to be
welded (Fig. E-1).
10) Press the torch button.
11) The “Lift” function strikes the arc when the TIG torch elec-
trode comes into contact with the workpiece and is then
removed (Fig. E-2)
12) Carry out TIG welding (Fig. E-3).
To end welding:
• Release the torch button.
•
The welding machine follows an automatic down slope
along with extinguishing of the arc.
13) When finished welding remember to shut off the gas cylin-
der.
5
4
3
2
1
FIG. D
TIG welding (Fig. D-E-F-G)
In the TIG process welding is achieved by melting the two met-
al pieces to be joined, with the possible addition of material
from the outside, using an arc ignited by a tungsten electrode.
The molten bath and the electrode are protected by and inert
gas (e.g. Argon, and a flow rate of around 8-14 litres per min-
ute). If necessary, to complete the welded joint, suitable ad-
ditional material is added. The type of additional material and
welding current are determined according to the type of thick-
ness of the base material, the shape of the joint, and the po-
sition of the weld.
1) Connecting the welding cables (Fig. D):
• Connect the gas hose to the Argon cylinder.

7
TIG WELDING WITH HIGH FREQUENCY STRIKING (HF)
8) Open the gas cylinder and flow regulator (8-14 l/min).
9) Put the electrode at the point at which welding is to begin,
put the TIG torch at an angle so that the edge of the gas
nozzle is not on top of the piece to be welded, keeping a
2-3 mm gap between the point of the electrode and the
piece to be welded (Fig. F-1).
10) Press the torch button.
11) The voltaic arc strikes even without contact between the
TIG torch electrode and the workpiece (Fig. F-2).
12) To continue welding put the torch back in its normal posi-
tion (Fig. F-3).
13) When finished welding remember to shut off the gas cylin-
der.
IMPORTANT: The high frequency switches off automatically
after switching on.
AUTOMATIC GAS TEST FUNCTION
During the TIG welding process, when the welding machine is
switched on using the power switch (Pos. 1, Fig. A), the gas
will flow out of the torch automatically for a period of about 10
seconds to allow the gas flow to be regulated. (8 - 14 lit/min).
TUNGSTEN ELECTROD PROTECTION
If the electrode touches the piece being welded for a prolonged
time during the TIG welding process, in order to avoid tungsten
being included in the welding pool the current is reduced auto-
matically, to below a preset safe value.
PART TO BE WELDED
The part to be welded must always be connected to ground
in order to reduce electromagnetic emission. Much attention
must be afforded so that the ground connection of the part to
be welded does not increase the risk of accident to the user or
the risk of damage to other electric equipment. When it is nec-
essary to connect the part to be welded to ground, you should
make a direct connection between the part and the ground
shaft. In those countries in which such a connection is not al-
lowed, connect the part to be welded to ground using suitable
capacitors, in compliance with the national regulations.
WELDING PARAMETERS
Table 5 shows the currents to use with the respective elec-
trodes for TIG welding. This input is not absolute but is for your
guidance only; read the electrode manufacturers’ instructions
for a specific choice. The diameter of the electrode to use is di-
rectly proportional to the current being used for welding.
Table 5
Ø ELECTRODE (mm) CURRENT (A)
1,2
1,6
2,4
3,2
4,0
10 ÷ 80
70 ÷ 150
140 ÷ 250
225 ÷ 400
300 ÷ 500
Before use, sharpen the tungsten electrode, forming a tip about
1,5 times its diameter.
α
FIG. G
If the electrode comes into contact with the work -
piece, the point must be formed again.
The point on the electrode must be shaped as
shown in the figure.
α (°) CURRENT (A)
30
60 ÷ 90
90 ÷ 120
0 ÷ 30
30 ÷ 120
120 ÷ 250
2000HA72
FIG. F
2000HA73
FIG. E

8
Maintenance
WARNING: Before doing any inspection of the inside of the
generator, disconnect the equipment’s power supply and wait
for about 5 minutes before working on the inside of the equip-
ment, in order to allow the capacitative voltages to drop below
the safe electric threshold.
SPARE PARTS
Original spare parts have been specially designed for our
equipment. The use of non-original spare parts may cause vari-
ations in performance or reduce the foreseen level of safety. We
decline all responsibility for the use of non-original spare parts.
GENERATOR
As these systems are completely static, proceed as follow:
•
Periodic removal of accumulated dirt and dust from the inside
of the generator, using compressed air. Do not aim the air
jet directly onto the electrical components, in order to avoid
damaging them.
• Make periodical inspections in order to individuate worn ca-
bles or loose connections that are the cause of overheating.
The pointing out of any difficulties
and their elimination
WARNING: Before doing any inspection of the inside of the
generator, disconnect the equipment’s power supply and wait
for about 5 minutes before working on the inside of the equip-
ment, in order to allow the capacitative voltages to drop below
the safe electric threshold.
The supply line is attributed with the cause of the most com-
mon difficulties. In the case of breakdown, proceed as follows:
1) Check the value of the supply voltage.
2) Check that the power cable is perfectly connected to the
plug and the supply switch.
3) Check that the power fuses are not burned out or loose.
4) Check whether the following are defective:
• The switch that supplies the machine.
• The plug socket in the wall.
• The generator switch.
NOTE: Given the required technical skills necessary for the re-
pair of the generator, in case of breakdown we advise you to
contact skilled personnel or our technical service department.
See the troubleshooting table if simple bothersome events arise
involving the welding equipment.

9
Troubleshooting table
Trouble Reasons Solution
Turn on the power source, and fan
works, but the power light is not on
The power light damaged or connection is not good Test and repair the inside circuit of power light
The transformer of power is broken Repair or change the transformer
Control PCB failures Repair or change the control PCB
Turn on the power source, and the
power light is on, but fan doesn’t work
There is something in the fan Clear out
The start capacitor of fan damaged Change capacitor
The fan motor damaged Change fan
Turn on the power source,
and the power light is not on
and fan doesn’t work
No power supply input Test the power supply input
The fuse on the rear panel is broken Change the fuse (3A)
No no-load voltage output (MMA) The machine is damaged Check the main circuit and the PCBs
Arc can not be
ignited (TIG)
There is spark
on the HF
igniting board
The welding cable is not connected
with the two output of the welder
Connect the welding cable to the welder’s output
The welding cable damaged Repair or change it
The earth cable connected unstably Check the earth cable
The welding cable is too long Use an appropriate welding cable
There is oil or dust on the workpiece Check and remove it
The distance between tungsten electrode
and workpiece is too long
Reduce the distance (about 3 mm)
The distance between the discharger is too short Adjust this distance (about 0.7 mm)
The malfunction of the welding gun switch. Check the welding gun switch,
control cable and aero socket
HF striking arc can not be stopped Control PCB broken Repair or change it
No gas flow (TIG) Gas cylinder is close or gas pressure is low Open or change the gas cylinder
No controlling electromagnetic valve signal Repair or change the pulse board
Something in the valve Remove it
Electromagnetic valve is damaged Change it
When welding, it is hard to strike
arc or easy to stick.(MMA)
Connector is loose or connection is not good Check and screw it
There is oil or dirty on the workpiece Check and clear it
The welding current can
not be adjusted
The welding current potentiometer on the front
panel connection is not good or damaged
Repair or change the potentiometer
The control signal of the pulse board is wrong Repair or change the pulse board
The penetration of molten
pool is not enough
The welding current is adjusted too low Increase the welding current
The arc is too long in the welding process Use the short-arc operation
Arc deflection Air interference Keep out air
Electrode deflection Change new electrode
Adjust another angle to weld
Magnetic field Use the short-arc operation
Change the position of earth cable
Change welding direction
The alarm light on the front panel is on Over heat protection Two much welding
current
Reduce the welding current output
Working time too long Reduce the duty cycle (work intervally)
Over-voltage protection Power supply fluctuates Using the stable power supply
Low-voltage protection Power supply fluctuates Using the stable power supply
Too many machines
using power supply
in the same time
Reduce the machines using power
supply in the same time
Over-current protection Unusual current in
the main circuit
Check and repair the main circuit and drive PCB

10
Meaning of graphic symbols on machine
Power supply switch
MMA welding
TIG welding
4 strokes TIG welding
2 strokes TIG welding
tTIG welding SLOPE DOWN time
MMA ELECTRODE welding ARC FORCE
Equipment power supply
Thermostat
TIG torch pushbutton connector
Fast coupling TIG torch gas tube
Positive pole snap-in connector
Negative pole snap-in connector
Grounding
Danger! High voltage
Warning!
System for use in environments with in-
creased risk of electroshock
Product suitable for free circulation in the Eu-
ropean Community
Special disposal
Before using the equipment you should care-
fully read the instructions included in this man-
ual

Wiring diagram

PROJECT 1800 HF
CEA COSTRUZIONI ELETTROMECCANICHE ANNETTONI S.p.A.
C.so E. Filiberto, 27 - 23900 Lecco - Italy
Tel. ++39.0341.22322 - Fax ++39.0341.422646
Cas. Post. (P.O.BOX) 205
E-mail: [email protected] - web: www.ceaweld.com
IT Lista ricambi LEGGERE ATTENTAMENTE
EN Spare parts list READ CAREFULLY
FR Liste pièce de rechange LIRE ATTENTIVEMENT
DE Ersatzteilliste SORGFÄLTIG LESEN
ES Lista repuestos LEER ATENTAMENTE
NL Onderdelenlijst EERST GOED DOORLEZEN
PT Lista de peças de substituição LER ATENTEMENTE
SV Reservdelslista LÄS NOGAS
NReservedelliste LES NØYE
RU Список запасных частей
ПЕРЕД НАЧАЛОМ РАБОТЫ
ВНИМАТЕЛЬНО ПРОЧТИТЕ
ИНСТРУКЦИЮ

2
Pos. Cod. Descrizione Description
1415369 Cinghia tracolla Carrying belt
2438122 Maniglia Handle
3466864 Adesivo rack Rack sticker
4438837 Manopola corrente Current knob
5438838 Manopola slope down Slope down knob
6403635 Attacco rapido gas Quick gas nipple
7403606 Attacco rapido 50mm2 50mm2 quick connection
8419050 Connettore 6 poli pulsante torcia 6 poles torch switch connection
9352380 Pannello frontale Front panel
10 235945 Cavo linea Main cable
11 352379 Pannello posteriore Rear panel
12 435365 Interruttore alimentazione Main switch
13 485040 Tubo del gas Gas hose
14 468704 Adesivo logo CEA CEA logo sticker
15 420593 Coperchio Steel cover
1
23
4
5
6
7
8
9
10
11
12 13
14
15

3
Pos. Cod. Descrizione Description
16 241268 Assieme gruppo inverter Inverter assembly pcb
17 444504 Ventilatore Fan
18 404907 Basamento Steel base
19 377188 Scheda controllo MCU control pcb
20 455500 Raddrizzatore primario Primary rectifier
21 353056 Isolamento laterale coperchio Cover insulation
16
1718
21
21
20 19

4
Pos. Cod. Descrizione Description
22 425938 Elettrovalvola del gas Solenoid valve
23 377189 Scheda rack frontale Rack pcb
24 240248 Induttore Inductor
25 481417 Trasformatore HF HF transformer
26 481949 Trasformatore di corrente Hall current transformer
27 481444 Trasformatore principale Main transformer
28 478777 Termostato Thermostat
22
23
2425262728

5
IT Ordinazione dei pezzi di ricambio
Per la richiesta di pezzi di ricambio indicare chiaramente:
1) Il numero di codice del particolare
2) Il tipo di impianto
3) La tensione e la frequenza che rileverete dalla targhetta
dei dati posta sull’impianto
4) Il numero di matricola
ESEMPIO
N° 2 pezzi, codice n. 425938 - per l’impianto PROJECT 1800
HF - 230 V - 50/60 Hz - Matricola n° ........................................
EN Ordering spare parts
To ask for spare parts clearly state:
1) The code number of the piece
2) The type of device
3) The voltage and frequency read on the rating plate
4) The serial number of the same
EXAMPLE
N. 2 pieces code n. 425938 - for PROJECT 1800 HF - 230 V -
50/60 Hz - Serial number .......................................................
FR Commade des pièces de rechange
Pour commander des pièces de rechange indiquer clairement:
1) Le numéro de code de la pièce
2) Le type d’installation
3) La tension et la fréquence que vous trouverez sur la petite
plaque de données placée sur l’installation
4) Le numéro de matricule de la même
EXEMPLE
N. 2 pièces code 425938 - pour l’installation PROJECT 1800
HF - 230 V - 50/60 Hz - Matr. Numéro ....................................
DE Bestellung Ersatzeile
Für die Anforderung von Ersatzteilen geben Sie bitte deutlich
an:
1) Die Artikelnummer des Teiles
2) Den Anlagentyp
3) Die Spannung und Frequenz, die Sie auf dem Datenschild
der Anlage finden
4) Die Seriennummer der Schweißmaschine
BEISPIEL
2 Stück Artikelnummer 425938 - für Anlage PROJECT 1800
HF - 230 V - 50/60 Hz - Seriennummer ...................................
ES Pedido de las piezas de repuesto
Para pedir piezas de repuesto indiquen claramente:
1) El número de código del particular
2) El tipo de instalación
3) La tensión y la frequencia que se obtien de la chapa datos
colocada sobre la instalación
4) El número de matrícula de la soldadora misma
EJEMPLO
N. 2 piezas código 425938 - para instalación PROJECT 1800
HF - 230 V - 50/60 Hz - Matrícula N. .......................................
NL Bestelling van reserveonderdelen
Voor het bestellen van onderdelen duidelijk aangeven:
1) Het codenummer van het onderdeel
2) Soort apparaat
3) Spanning en frequentie op het gegevensplaatje te vinden
4) Het serienummer van het lasapparaat
VOORBEELD
N. 2 stuks code 425938 - voor apparaat PROJECT 1800 HF -
230 V - 50/60 Hz - Serie Nummer ...................................
PT Requisição de peças sobressalentes
Ao pedir as peças de substituição indique claramente:
1) O número de código da peça
2) O tipo de equipamento
3) A tensão e a frequência indicadas na la placa de dados do
equipamento
4) O número de matrícula da própria máquina de soldar
EXEMPLO
N° 2 peças código n. 425938 - para o equipamento PROJECT
1800 HF - 230 V - 50/60 Hz
Matrícula n. ...............................
SV Beställning af reservdelar
Vid förfrågan av reservdelar ange tydligt:
1) Detaljens kodnummer
2) Typ av apparat
3) Spänning och frekvens - den står bland tekniska data
påapparatens märkplåt
4) Svetsens serienummer
EXEMPEL
2 st. detaljer kod 425938 - för apparat PROJECT 1800 HF -
230 V - 50/60 Hz - Serienummer ......................................
NBestilling av reservedeler
Ved bestilling av reservedeler må du oppgi:
1) Delenes kodenummer
2) Type apparat
3) Apparatets spenning og frekvens som finnes på
merkeplaten for data på apparatet
4) Sveiseapparatets serienummer
EKSEMPEL
2 stk. kode 425938 - for apparat PROJECT 1800 HF - 230 V -
50/60 Hz - Serienummer................................................
RU  Заказзапасныхчастей
Для запроса запасных частей укажите точно:
1) код запчасти,
2) модель машины,
3) напряжение и частоту, написанные на пластине,
4) ее серийный номер.
ПРИМЕР
2 шт., код № 438401
n - штук деталей, код 425938, для сварочной машины
PROJECT 1800 HF - 230 B - 50/60 Hz
Серийный номер ..............................

CEA COSTRUZIONI ELETTROMECCANICHE ANNETTONI S.p.A.
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Tel. [phone] - Fax [phone]
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