LEISTER VARIMAT V2 Roof Welding Machine Instruction Manual
- June 14, 2024
- LEISTER
Table of Contents
VARIMAT V2 Roof Welding Machine
Product Information
Specifications:
- Manufacturer: Leister Technologies AG
- Model: VARIMAT V2
- Country of Origin: Switzerland
- Power Supply: AC
- Main Switch: Yes
- Drive Button: Yes
- Heating Button: Yes
- Blower: Yes
- Rated Voltage: 230V
- Compliance Standards: N 61000-3-11; Zmax = 0.115 + j 0.072
Product Usage Instructions
Quick Start Guide:
-
Connect the power supply cord to the line/mains and turn it
ON. -
Switch ON the main switch (3).
-
Press the Drive button and turn on the e-Drive.
-
Press the Heating button and turn on the e-Drive.
-
Perform a test weld according to the welding instructions
provided by the material manufacturer and national standards or
guidelines. Approve the test weld. -
You are now ready to start welding.
Shutdown Procedure:
- Press the e-Drive button.
- The blower will automatically switch off.
- Wait for the welding nozzle (9) to cool down.
- Switch OFF the main switch (3).
FAQ
Types of Leister VARIMAT V2:
The Leister VARIMAT V2 is available in different models with
varying features and specifications. Please refer to the product
catalog or contact Leister Technologies AG for more
information.
Accessories:
Leister offers a range of accessories for the VARIMAT V2,
including different welding nozzles, spare parts, and carrying
cases. These accessories can enhance the performance and
versatility of the machine. Please refer to the accessories catalog
or contact Leister Technologies AG for more information.
Training:
Leister provides training programs to help users effectively
operate and maintain the VARIMAT V2. These training programs cover
various aspects of machine operation, safety precautions, and
maintenance procedures. For more information on training options,
please contact Leister Technologies AG.
Maintenance:
To ensure optimal performance and longevity of the VARIMAT V2,
regular maintenance is required. This includes cleaning the
machine, inspecting and replacing worn-out parts, lubricating
moving components, and performing any necessary adjustments.
Detailed maintenance instructions can be found in the user manual
or by contacting Leister Technologies AG.
Service and Repair:
If your VARIMAT V2 requires service or repair, please contact
Leister Technologies AG or an authorized service center. Do not
attempt to repair the machine yourself, as it may void the warranty
and pose a safety risk.
Warranty:
The VARIMAT V2 comes with a standard warranty provided by
Leister Technologies AG. The warranty terms and conditions may vary
depending on the region and the specific model of the machine. For
detailed warranty information, please refer to the warranty
documentation provided with the product or contact Leister
Technologies AG.
USA
VARIMAT V2
Leister Technologies AG Galileo-Strasse 10 CH-6056 Kaegiswil/Switzerland Tel.
+41 41 662 74 74 Fax +41 41 662 74 16 www.leister.com sales@leister.com
Congratulations on purchasing an automatic hot-air welding machine VARIMAT V2
! GB You have chosen a top-class automatic hot-air welding machine made of
high-quality materials.
USA This device has been developed and produced according to the latest
welding technologies. Every VARIMAT V2 passes stringent quality checks before
leaving the factory in Switzerland.
Table of contents
Quick info
Application, warning, caution
Conformity, disposal, technical data
Description of device, controls
Transport
Joining force, operating preparation, drive sensor adjustment
Device positioning, welding procedure
Button combinations
Work mode (chapter 1)
1.1 Setpoint display
1.2 Work display
1.3 Setting the drive speed
1.4 Setting the welding temperature
1.5 Setting the air volume
1.6 Length measurement, blower and drive counter
1.7 Selecting profiles
1.8 Cooling down
1.9 Standby
1.10 Error messages
Profil setup (chapter 2)
2.1 Creating profiles
2.2 Standby setup
FAQ
Types of Leister VARIMAT V2, accessories, training, maintenance, service and repair, warranty
Page 18 Page 19 Page 20 Page 21 Page 22 Page 23 Page 24 Page 25 Page 25 Page
26
Page 27
Page 28
Page 29
Page 30 Page 30 Page 31 Page 31 Page 32
Quick info
How do I start the automatic hot-air welding machine VARIMAT V2 ?
1. Connect power supply cord to the line/mains ON
2. Main switch (3) ON
3. Press Drive button
Turn e-Drive
4. Press Heating button
Turn e-Drive
5. Press e-Drive Heating up time approx. 3 5 minutes
6. Carry out a test weld according to the welding instruction of the material manufacturer
and national standards or guidelines. Approve test weld.
7. Welding
How do I switch off the automatic hot-air welding machine VARIMAT V2 ?
1. Press e-Drive (Fig. 1).
2. Press «Cool down OK» e-Drive and allow to cool approx. 4 minu-
tes (Fig. 2). Blower switches off automatically.
3. After welding nozzle (9) has cooled down, main switch (3) OFF
OFF
18
(Fig. 1)
(Fig. 2)
Operating Instructions (Translation of the original operating instructions)
GB USA
Please read operating instructions carefully before use and keep for future reference.
Leister VARIMAT V2 Automatic hot-air welding machine
Application
· Overlap welding of roofing membranes made of PVC, TPO, ECB, EPDM, CSPE for
basic weld seams. Can also be used in areas close to edges and on uneven
surfaces.
· Overlap welding of sheets and coated fabrics
Warning
Danger to life when opening the device as live components and connections are
exposed. Unplug the line/mains plug from the plug socket before opening the
device.
Incorrect use of the hot air tool can present a fire and explosion hazard
especially near combustable materials and explosive gases.
Do not touch hot welding nozzle and welding plate as they can cause burns.
Allow the tool to cool down. Do not point the hot-air flow in direction of
people or animals.
Connect tool to a receptacle with protective earth terminal. Any interruption
of the protective earth conductor inside or outside the tool is dangerous !
Use only extension cables/cords with protective earth conductor !
Caution
Rated voltage stated on the device must correspond to line/mains voltage.
230
N 61000-3-11; Zmax = 0.115 + j 0.072 . If necessary, consultate supply
400
authority.
Extract hot-air blower in case of power breakdown.
FI
For personal protection, we strongly recommend the tool be connected to an RCCB (Residual Current Circuit Breaker) before using it on construction sites.
The tool must be operated under supervision. Heat can ignite flammable
materials which are not in view.
The device machine may only be used by qualified specialists or under their
supervision. Children are not authorized to use this device.
Protect the device from damp and wet.
Device must not be lifted at additional weight / end weight. 19
Disposal
Electrical equipment, accessories, and packaging should be recycled in an
environmentally friendly way. When you are disposing of our products, please
observe the national and local regulations. For EU countries: Do not dispose
of electrical equipment with household refuse.
Technical data
Voltage Power consumption Frequency Temperature Speed Welding pressure Air flow Emission level Weight without power supply cord Dimensions L× W× H Mark of conformity Protection class I
V~ W Hz °C m/min. N % LpA (dB) kg
mm
200, 230 EU, 400 4200, 3680, 5700 50 / 60 100 620 stepless 0.7 12 stepless
approx. 190 (2 weights) 50 100 70 35
650 × 430 × 330 2 1
V~ W Hz °F ft/min N % LpA (dB) lbs
inch
Technical data and specifications are subject to change without prior notice
Mains voltage cannot be switched over
200, 230 US, 400 4200, 4600, 5700 50 / 60 212 1148 stepless 2.3 39.4
stepless approx. 190 (2 weights) 50 100 70 77
25 × 17 × 13
20
Description of device
27
29
26
1
3
28
33
12
31
24 23
30
13
52 4
22
34
9
32 7 6
19
18 16
25 20 8 11
14 12 10
21
17
15 30 35 12
1 Power supply cord 2 Housing 3 Main switch 4 Controls 5 Display 6 Drive
sensor 7 Locking screw 8 Hot air blower 9 Welding nozzle 10 Tool holder 11
Locking lever 12 Pendulum roller
Main switch (3)
13 Adjustment screw for tracking 14 Track-alignment roller 15 Guide roller 16 Adjustable transport roller 17 Transport roller 18 Guide roller 19 Shift spring for transport roller 20 Gate 21 Scale for tool adjustment 22 Additional weight 23 End weight 24 Carrying handle
25 Cheese head screw 26 Lower guide bar 27 Upper guide bar 28 Clamping lever,
upper guide bar 29 Holder for power supply cord 30 Round belt 31 Clamping
screw,
lower guide bar 32 Drive sensor covering 33 Wire brush 34 Welding plate 35
Hold-down devices for round belts
For switching the automatig hot-air welding machine VARIMAT V2 on/off
Controls (4)
e-Drive The e-Drive serves as a navigator. It has two functions
Turn left or right, in order to set several menus or values
Press to confirm or to activate
Drive Setting the drive speed
Heating Setting the welding temperature
Blower Setting the air volume
21
Transport
Use the storage case included in the scope of delivery as transport protection
for the automatic hot-air welding machine VARIMAT V2. The storage case is
provided with a handle and transport rollers.
VARIMAT V2 may not be lifted with additional weight (22) and end weight (23).
Carrying handles on the storage case as well as Carrying handle (24) and guide
bar (27) on the hot-air welding machine may not be used as transport help by
crane.
For lifting up the hot-air welding machine by hand use carrying handle (24)
and guide bar (27).
For transport preparation let welding nozzle (9) of the VARIMAT V2 cool down
27 24
22
23
Moving VARIMAT V2 out of carrying case:
1 Open carrying case at top 2 Open carrying case at sides 3 Open clamping
screw, lower guide bar (31) and move lower guide bar (26) into required
position;
tighten clamping screw, lower guide bar (31) 4 Open clamping lever, upper
guide bar (28)
Adjust upper guide bar (27) to required height; tighten clamping lever, upper
guide bar (28) 5 Carefully move the automatic hot-air welding machine
VARIMATV2 out of the carrying case
Moving VARIMAT V2 in carrying case:
5 Carefully move the automatic hot-air welding machine VARIMAT V2 from the
side in the carrying case 4 Open clamping lever, upper guide bar (28) and move
in upper guide bar (27);
tighten clamping lever, upper guide bar (28) 3 Open clamping screw, lower
guide bar (31) and move guide bar (27) into transport position;
tighten clamping screw, lower guide bar (31) 2 Close carrying case at sides 1
Close carrying case at top
Transport: 6 For transporting the storage case by hand use carrying handles.
1
2
3
4
5
6
22
Joining force
· The welding pressure is transmitted to the pendulum roller (12). 120N · As
necessary, the additional weights (22) and the end weight (23)
can be put on (see illustration A).
155N 22 190N 23
Illustration A
12
22
Operating preparation
· Before putting into operation, check power supply cord (1) and connector as well as
extension cable for electrical and mechanical damages.
· Move lower guide bar (26) into the required position using clamping screw,
lower guide bar (31) and upper guide bar (27) using clamping lever, upper
guide bar (28)
· Clip strain relief of power supply cord (1) in holder (29)
· Check the basic setting of the welding nozzle (9) (ex works illustration B and C)
· Transport setting
Swivel the guide roller (18) upwards
Release the transport roller (16) by raising the guide bar (27)
9
Push the transport roller (16) by applying a little pressure to the shift spring (19)
to the left until it stops (illustration D)
Position the hot-air blower (8) by pulling the locking lever (11) and swivel it up
until it locks
Connect tool to rated voltage.
120 Rated voltage stated on the device must correspond to line/mains voltage.
230 Extract hot-air blower in case of power breakdown.
18 16
Illustration B 1 mm
Illustration B
12 Illustration D
19
Drive sensor adjustment
If the drive motor does not start automatically after moving in the
3
8
welding nozzle (9), the drive sensor (6) adjustment is possibly incorrect
Action
· Set drive sensor (6) as follows:
Turn off main switch (3) OFF
Remove drive sensor covering (32)
Lower hot-air blower (8) and move as far as the left limit stop
Locking lever (11) must latch in
32 7 6 11 10
Loosen locking screw (7) for drive sensor
Slide drive sensor (6) on tool holder (10); IMPORTANT: Sensing distance 0.2 0.5 mm
Tighten locking screw (7) for drive sensor
Mount drive sensor covering (32)
Move out hot-air blower (8) as far as limit stop and swivel up
Check function
If the drive motor still does not start automatically, the service centre must be contacted. 23
Device positioning
· Lift automatic hot-air welding machine applying pressure onto guide bar (27)
and move to weld position · Take welding plate (34) from holder and position
according to Illustration E
WARNING: The welding plate (34) may only be removed from the holder and
positioned if the welding nozzle (9) has cooled down.
· Release the transport roller (16) by lifting it with the guide bar (27) ·
Push the transport roller (16) to the left until it stops by applying light
pressure to the shift spring (19) · Swivel the guide roller (18) down · The
guide roller (18) should be set parallel to the edge of the pendulum roller
(12) (see illustration F) · Do a test run · To correct the tracking, adjust
the adjustment screw for tracking (13) (see illustration G and H, and the
function
notes on the automatic hot-air welding machine)
Illustration E
Illustration F
Illustration G
Illustration H
34
34
12
18
12
13 12
13
Welding procedure
Perform a test welding according to the welding instructions of the material
manufacturer and the national standards or guidelines. Approve the test
welding.
· Set welding parameters drive, heating and blower (chapter 1, Work mode) ·
Welding temperature must be reached (heating up time approx. 3 – 5 min) · Pull
locking lever (11), lower hot-air blower (8) and move in welding nozzle (9)
between the overlapping
sheets as far as the limit stop; drive motor starts automatically
No automatic start, see Drive sensor adjustment section
· Machine can be started manually with the controls (4) Drive and e-Drive ·
The automatic hot-air welding machine is guided along the overlap at the guide
bar (27). Guide the automatic
hot-air welding machines without pressure onto the guide bar (27) during
welding. Pressure on the guide bar (27) can lead to welding errors. Observe
position of the guide roller (18) · After the welding pull locking lever (11),
move out hot-air blower (8) as far as the limit stop and swivel up to the
latching point
· After finishing the welding work, use e-Drive
(press 2 x) to switch off heating
In this way, the welding nozzle (9) is cooled down and the blower automatically switches off after
approx. 4 minutes (section 1.8, Cooling down)
· Turn off main switch (3) OFF
120 230
Disconnect power supply cord (1) form the line/mains.
· Clean welding nozzle (8) with wire brush (33)
24
Button combinations
Main switch ON
ON
Heating and Blower buttons pressed at the same time and the main switch ON
ON
Work mode Chapter 1
Profile setup Chapter 2
1. Work mode
1.1 Setpoint display (after switching on the device)
ON
Main switch (3) ON
· After switching on the device, the values last set appear on the display (5)
(Fig. 3).
· Heating, plower and drive are switched off in this menu.
· The user can use the controls (4) here to perform all settings which are
described in the following chapters.
· If, however, the heating element temperature is higher than 80°C when
switching on, the display will immediately change to the Cool down mode
(section 1.8, Cooling down) in which the blower is always operated at full
power, thus cooling down the welding nozzle (9). It is possible to change back
to Work mode from this mode at any time.
· If the heating element temperature reaches 60°C during cooling down, the
blower will continue to operate for 2 minutes and then switches off
automatically. The display (5) changes back to the Setpoint display (Fig. 3).
· Turning the e-Drive to Profile allows various welding profiles to be
selected (Fig. 4; section 1.7, Selecting profiles).
(Fig. 3) (Fig. 4)
25
1. Work mode
1.2 Work display
· Pressing the e-Drive starts the heating and blower, and the Setpoint display
changes to the Work display.
· When the welding nozzle (9) is heating up, this is indicated on the display
(5) with progress bar and arrow (up) together with the actual value of the
welding temperature (flashing).
· If the mains voltage is outside (+/- 15%) the specified nominal voltage (200
V, 230 V, 400 V), this is displayed flashing with the symbol and the measured
undervoltage/overvoltage.
If the air volume is less than 100 %, the percentage indication changes with
the symbol.
The welding result can be affected, depending on the undervoltage/
overvoltage.
· If no button is pressed after a definite time (welding nozzle (9) NOT in
welding position), the Standby menu is displayed (section 1.9, Standby).
· If the welding nozzle is not swivelled in, the menus Cool Down (section 1.8,
Cooling down) or Profiles
(section 1.7, Selecting profiles) can be selected by turning the e-Drive .
· If the welding nozzle (9) is swivelled in, the two menu items disappear and
can no longer be selected.
on the display (5)
· If the welding nozzle (9) is cooling down, this is indicated with filled out progress bar and arrow (down) as well as flashing actual value of the welding temperature on the display (5).
26
1. Work mode
1.3 Setting the drive speed
· The drive speed can be adapted with the Drive button . This can be set by
turning the e-Drive in 0.1 m/min. increments from 0.7 m/min. to 12.0 m/min.
This setting can be carried out with the drive switched on or off.
· If the welding nozzle (9) is not in the welding position, the symbol will
appear at the lower left edge of the displays (5).
· The drive can be switched on by pressing the e-Drive , the following symbol
Stop appearing. The drive speed can be adjusted directly by turning the
e-Drive .
· Pressing the e-Drive again executes the Stop command, which switches off the
drive. The Setpoint display or Cool down appears on the display.
· If no entry is made by the controls (4) within 3 seconds, the new drive
speed will be accepted. The Setpoint display or Cool down appears on the
display (5).
· If the Drive button is pressed for 3 seconds, the display will change to
another menu (section 1.6, Length measurement, blower and drive counter).
· You can change to the relevant menu by pressing the Heating or Blower
button.
1.4 Setting the welding temperature
· The welding temperature can be changed with the Heating button . The welding
temperature can be set in 10°C increments from 100°C to 620°C by
turning the e-Drive . The setting is accepted after 3 seconds, as long as no
button is pressed within these 3 seconds. · If this menu is called up from the
Setpoint display, heating and blower can be star-
ted by pressing the e-Drive . Once the heating is switched on, the cool down
can be selected (section 1.8, Cooling down).
· If the Heating button is pressed within 3 seconds, the display (5) will change and the mains voltage will appear below the drive. This call-up is only possible from the Work display (section 1.2).
· The air volume is automatically reduced at a set welding temperature of 500°C and higher. However, the user can manually adjust the air volume using the Blower button
(see section 1.5).
If a star appears after the air volume display ding temperature is no longer ensured.
, achievement of the wel-
· You can change to the relevant menu by pressing the Drive or Blower button.
27
1. Work mode
1.5 Setting the air volume
· The air volume can be changed with the Blower button . The air volume can
be set in 5% increments from 50% to 100% by turning the e-Drive . The setting is accepted after 3 seconds, as long as no button is pressed within these 3 seconds. If the air volume is set to 100%, no information will appear on the display (5).
· The air volume is automatically reduced at a set welding temperature of 500°C and
higher. The air volume can be increased manually by turning the e-Drive . If a
star appears after the air volume display ensured.
, achievement of the welding temperature is no longer
· If this menu is called up from the Setpoint display, heating and blower can be started by pressing
the e-Drive .
· The cool down menu can be selected by pressing the e-Drive (section 1.8, Cooling down).
· You can change to the relevant menu using the Drive button or Heating button .
1.6 Length measurement, blower and drive counter
· This menu (Fig. 4) appears if the Drive button is pressed for at least 3 seconds.
· The menu displays all operating times and the distance which the device has travelled since being switched on. The total distance (here: 1034 m) cannot be changed and shows the entire path taken since starting up.
· The daily distance (here: 012 m) is not reset automatically, but instead must be
annulled by the user via «Reset» by pressing the e-Drive . · The Time values concern the operating time for the individual components of the
(Fig. 6)
device. The time is assigned to the blower «Blow» (here: 043:58) and the drive «Drive»
(here: 020:10). The «Total» time refers to the operating time. It counts the hours and minutes (here: 143:12)
during which the main switch (3) is switched on.
· If the Back arrow is selected by pressing the e-Drive , you will be taken back from which the Drive button has been pressed.
to the menu
28
1. Work mode
1.7 Selecting profiles
· If the display
at the bottom right of the display (5) is activated, profiles can
be loaded by pressing the e-Drive . The display «Select Profile» then appears.
A profile can be selected by turning the e-Drive . The profiles Free Adj. 1, 2 and 3 can be defined by the user him/herself (chapter 2, Profile setup). All other profiles have permanently assigned values and cannot be defined by the user.
· Turning the e-Drive activates left or right arrows on the dis-
plays (5) at the bottom. Right arrow
by pressing the
e-Drive to the next page. Left arrow
by pressing the
e-Drive to the previous page.
· If the Back arrow
is activated by turning the e-Drive
, you will be taken back to the menu by pressing the e-Drive , from which the Profile menu has been selected.
Perform a test welding according to the welding instructions of the material manufacturer and the national standards or guidelines. Approve the test welding.
1.8 Cooling down
· If the symbol
is selected by pressing the e-Drive , the menu «Cool down
OK ?» will appear. Pressing the e-Drive actives the symbol OK at the bottom right of
the display (5), thereby initiating the cooling down process.
· During the cooling down process, the air volume is increased to 100% and the instantaneous welding temperature displayed. If the welding temperature of 60 °C is fallen below, the blower will continue to operate for 2 minutes and will automatically switch off after this time expires. The display changes to the Setpoint display.
· After pressing the e-Drive the display (5) shows the last set values for
blower and heating.
· If the Cool down is active, the drive can be switched on/off
manually via the Drive button .
The Heating button and Blower button do not have any function.
29
1. Work mode
1.9 Standby · If the welding nozzle (9) is not in the welding position and no
button is pressed during a definite time, the Cool down mode will
automatically start after the standby time has passed. The cooling down
process is initiated.
· If the e-Drive is pressed before the countdown (180 seconds) has finished in
Standby mode, the display will change back to the initial state.
· For setting the standby time, (section 2.2, Standby setup)
1.10 Error message
· If a malfunction occurs in the automatic hotair welding machine VARIMAT V2,
a message will appear on the display (5), which is also provided with an error
code. This code stands for a more exact definition of the error which can be
seen in the lower list.
· In case of error 02 and error 40, separate symbols are displayed
· An acoustic warning signal will sound in the event of serious error messages
· If the setpoint/actual welding temperature divergence is > 20 °C, an
acoustic warning signal will sound
· In case of all other errors, the spanner is displayed for the service prompt
Error
Type of error
Err01
Interruption or short-circuit of the temperature probe
Err02
Heating element defective (interruption in one/both winding(s)
Err04
Triac defective (one or both triacs are defective)
Err08
Blower motor defective
Err40
Undervoltage 25% (mains voltage 75%)
2. Profile setup (see button combination)
2.1 Creating Profiles · In the Profile Setup, 3 individual profiles can be
created, in which all three parameters can be freely set and then saved by
pressing the e-Drive . · The various menu items can be selected using the
controls (4). Pressing the e-Drive will take you back to the Profile Setup
selection. Perform a test welding according to the welding instructions of the
material manufacturer and the national standards or guidelines. Approve the
test welding.
30
2. Profile setup (see button combination)
2.2 Standby setup · The standby time can be set in this setup. Turning the
e-Drive allows the time to be set from 5 to 120 minutes. 40 minutes are set at
the factory. · Pressing the e-Drive will take you back to the Profile setup
selection.
FAQ
Error Cause Remedy
· Machine switches off automatically The machine is automatically switched
off after a set time with Standby mode (factory setting 40 minutes).
· Quality of the welding process is insufficient. Check drive speed, welding
temperature and air volume Clean welding nozzle (9) with wire brush (33)
Welding nozzle (9) is incorrectly set (see Operating preparation, page 23)
· The set welding temperature is not reached The air volume is set too high
Insufficient voltage
· Startup mechanism not working Adjust drive sensor (see page 23)
· Device does not move straight Device positioning (see page 24)
· A star appears in the air volume display Blower is no longer on the
specified curve, but instead in manual mode (see blower curve)
· Why is the air volume automatically adjusted when setting the welding
temperature above 500°C ? (see blower curve) Achievement of the welding
temperature is not ensured at too high air volume
Blower curve VARIMAT V2
Manual mode Specified curve >3680W Specified curve EU-Plug
Automatic mode
Air volume V [%]
Welding temperature T [°C] 31
Types of Leister VARIMAT V2
Article no. 137.821 VARIMAT V2, CEE plug Article no. 138.982 VARIMAT V2,
without plug Article no. 138.108 VARIMAT V2, Schuko plug Article no. 139.734
VARIMAT V2, Japan plug
400 V~ / 5700 W 230 V~ / 4600 W 230 V~ / 4600 W 200 V~ / 4200 W
Accessories
Only Leister accessories should be used Article no. 139.048 Carrying case
(included in scope of delivery) Article no. 138.817 Wire brush (included in
scope of delivery) Article no. 132.429 Welding plate (included in scope of
delivery) Article no. 107.067 Additional weight Article no. 113.995 Grip
nozzle 30 mm Article no. 113.600 Grip nozzle 40 mm Article no. 110.714
Maintenance set
Training
· Leister Technologies AG and its authorised Service Centres offer free
welding courses and training. Informationen below www.leister.com.
Maintenance
· The air inlet on the hot-air blower (8) must be cleaned with a brush if
soiled · Clean welding nozzle (9) with wire brush (33) · Check power supply
cord (1) and plug for electrical and mechanical damages
Service and repair
· If the drive counter reaches 400 h or the blower counter reaches 2000 h, the
message «Maintenance servicing» will appear on the display the next time the
main switch (3) is switched on. This message is displayed for 10 seconds and
cannot be skipped by the controls (4).
· Repairs should only be carried out by authorised Leister Service Centres.
They guarantee a correct and reliable repair service within 24 hours, using
original spare parts in accordance with the circuit diagrams and spare parts
lists.
Warranty
· For this tool, the guarantee or warranty rights granted by the relevant
distributor/seller shall apply. In case of guarantee or warranty claims any
manufacturing or workmanship defects will either be repaired or replaced by
the distributor at its discretion. Warranty or guarantee rights have to be
verified by an invoice or a delivery document. Heating elements shall be
excluded from warranty or guarantee.
· Additional guarantee or warranty claims shall be excluded, subject to
mandatory provisions of law. · Warranty or guarantee shall not apply to
defects caused by normal wear and tear, overload or improper handling. ·
Warranty or guarantee claims will be rejected for tools that have been altered
or changed by the purchaser.
32
References
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