Our engineers know what they are doing when it comes to top class welding equipment.
They keep in close contact with those who know best what good welding equipment
is all about: the craftspeople. That is why a Metabo welding device has everything you
need. That is a promise, because in addition to designing our welding equipment from
start to finish, we also produce and assemble it - from the transformer to the entire
electronics. The strictest of quality checks are therefore quite normal and the five year
warranty on the main transformer is a logical conclusion. Metabo. Work. Don’t play.
322 |
WELDING TECHNOLOGY
| 323
WELDING TECHNOLOGY
ALWAYS THE RIGHT TORCH.
Electrode welding, TIG welding, MIG/MAG welding –
Metabo has the right welding unit for all materials and
for every thickness. However, that is not enough: Our
An overview of welding types.
Stick electrode
Casing
Core rod
Gas/slag
Electric arc
Melted zone
Electrode welding.
The electric arc burns between the
workpiece and a melting electrode.
The electrode provides the
additional material.
The melting case forms gases
and slag to protect the electric arc
and melting bath from negative
atmospheric influences.
Can be used for almost all
weldable materials from approx.
1.5 mm on (adapt stick electrodes
to the basic material)
Transformer devices use
alternating current (e.g. SB/SK).
engineering department is always looking for the latest
technology to enable our customers in craft and industry
to work even more quickly, more rationally and more ef-
All inverters (electronic devices)
use direct current.
Advantages:
– The electric arc burns more steadily
– Devices can be used with optional
torch for the TIG DC welding
method
The following applies for setting
the welding current in Ampere:
electrode diameter x 40 = welding
current in Ampere.
Base material
Gas nozzle
Tungsten electrode
Inert gas
Electric arc
Melted zone
Base material
Inert gas nozzle
Flow nozzle
Electrode
Inert gas
Electric arc
Melted zone
TIG welding.
The electric arc burns between
the workpiece and a non-melting
tungsten electrode (TIG = Tungsten
Inert Gas).
A separately fed inert gas (e.g.
Argon (Ar)) protects the welding
zone from negative atmospheric
influences.
Additional material can be fed
manually if required.
The TIG DC (direct current) method
is for welding all metals from
0.3 mm on, except aluminium and
magnesium. (The TIG torch must
always be connected to the negative pole).
MIG/MAG welding.
The electric arc burns between the
workpiece and a mechanically fed
welding wire (electrode).
An automatically fed non-com-
bustible gas protects the electric
arc and the melting bath from
negative atmospheric influences.
The MIG method (MIG = Metal
Inert Gas) is for processing aluminium and aluminium alloys.
Argon (Ar), Helium (He) and their
mixtures are used as gases.
The MAG method (MAG = Metal
Active Gas) is used for processing
general construction, tank and
The TIG AC method (alternating
current) must be used for alu-
minium, magnesium and their
alloys (breaking of the oxide layer
on the material).
The advantage of the method is
the good control of the concentra-
ted splatter-free electric arc
(= less delay and rework).
pipe steel from approx. 0.5 mm on
in combination with gases mixed
from Argon (Ar) and carbon dio-
xide (CO
dioxide (CO
High alloy steel is processed with
) or from pure carbon
2
).
2
the MAG method using inert Argon
(Ar) gases and a low proportion
(< 5%) of carbon dioxide (CO
The advantages of the method are
).
2
the easy handling and the excellent
thin sheet metal properties.
324 |
Base material
WELDING TECHNOLOGY
ficiently. Example: The innovative sinus inverter techno-
logy by Metabo. High welding output but low fuel con-
“Smart Intelligence” – with state-of-the-art electronics
for ideal welding results.
sumption. Or the microprocessor control – we call it
Which welding device is suitable for which material?
Electrode welding
Device type Max. Ø Weldable Weldable materials with electrode Weldable materials with TIG
Electrodes Material Steel Stainless Aluminium Steel Stainless Nonferrous
thickness steel (VA) steel (VA) heavy metals***
E 130 3,25 mm 1,5–5 mm** •• –• • •
E 150 3,25 mm* 1,5–5 mm**
E 170 Si 4,0 mm 1,5–5 mm** •• –• • •
SK 200 5,0 mm 2,5–6 mm •• – – – –
SK 230 5,0 mm 2,5–7 mm •• – – – –
SB 140 3,25 mm 2,5–4 mm •• – – – –
SB 200 CT 4,0 mm 2,5–5 mm •• – – – –
* Cr Ni up to 4.0 mm ** TIG from 0.3 mm on *** except aluminium
•• –• • •
SAWS
MACHINES
SPECIAL-PURPOSE
SYSTEMATIC
ORGANISATIONGARDEN
TIG welding
Device type Weldable Weldable materials
Material
thickness Steel Stainless steel (VA) Nonferrous heavy metals Aluminium
TIG 170 DC 0,3–6 mm
TIG 170 AC/DC 0,3–6 mm
•• •–
•• ••
MIG/MAG welding
Device type Weldable Weldable Weldable materials
wire Material
thickness Steel Stainless steel (VA) Aluminium
MIG/MAG 140 0,6–0,8 mm 0,5–3 mm
MIG/MAG 160 0,6–0,8 mm 0,5–4 mm
MIG/MAG 150/20 XT 0,6–0,8 mm 0,5–5 mm
MIG/MAG 170/30 XTC 0,6–0,8 mm 0,5–6 mm
MIG/MAG 200/40 XT 0,6–1,0 mm 0,5–8 mm •• •
MIG/MAG 250/60 XT 0,6–1,2 mm 0,5–10 mm •• •
MIG/MAG 300/45 XT 0,6–1,2 mm 0,5–15 mm •• •
Note: The specified material thickness values are only standard values.
Thicker materials can naturally also be processed by appropriate
seam preparation and multi-layer structure of the weld seam.
•• *
•• *
•• •
•• •
* conditionally applicable
TECHNOLOGY
WOOD-PROCESSING
TECHNOLOGY
WATER-/PUMP
SINUS INVERTER TECHNOLOGY.
Standard inverter
U; IU; I
LossOutput
Sinus inverter
t
WELDING
TECHNOLOGY
An optimisation of the output factor
is achieved using the sinus-inverter
techno logy by Metabo. This means
that a higher output is possible with
t
lower current consumption from the
230 V energy supply.
Advantages:
High welding output at 230 V
(electrode up to 170 A).
No oversized current generators
due to the reduced power consumption.
Welding gaps that can be caused
by long cable extensions, are a
thing of the past.
Future standards are already
met today.
COMPRESSED
AIR SYSTEMS
| 325
WELDING GLOSSARY
Welding technology from A to Z.
AC
Abbreviation for Alternating Current.
Electrode and TIG welding can be carried
out with direct current and alternating
current. TIG aluminium welding must be
carried out with alternating current.
ANALOGUE CURRENT SOURCE
A current source that is controlled by
resistances. Formerly used in expensive
industrial systems. Hardly used today due
to high costs and inflexibility.
ANTI-STICK MECHANISM
If the electrode gets stuck to the workpiece,
the welding current is turned off. The
electrode doesn‘t anneal and can be easily
removed from the workpiece.
ARC-FORCE REGULATION
The welding output is kept constant at the
set value as far as possible for electrode
welding. The electric arc burns steadily
(even with difficult electrodes or positions).
Advantage: The welding result is more even.
DIODE
Electronic component (semi-conductor).
Converts alternating current into direct
current one-way by a blocking effect.
CHOKE
A wound copper coil with iron core. Serves
as energy storage unit. Provides a smooth,
low-splatter electric arc, thus achieving ideal
welding results. Also see induction coil.
DUTY CYCLE
Theoretical value for the capacity of a
welding device. Is calculated according to
standards with 10 min. and specified in %.
(e.g. 40% ED = 4 min. welding at max. output,
6 min. break). The device does not heat up
too strongly, as it is switched off thermally.
FORMING GAS
Nitrogen or nitrogen with up to 50% hydrogen. For protecting roots (opposite sides)
of weld seams when welding high alloy
steel before oxidation. The corrosion
resistance is maintained.
INDUCTION COIL
A coil wound with copper wire. Acts like an
energy buffer and helps to optimise the
welding current. Also see choke.
INSULATION CLASS
Specifies how hot the transformer’s
insulation may get without causing
damage. The temperature is monitored
by a thermal switch, e.g. F = 155°C.
CONTACT IGNITION
Also called surface ignition. To ignite
the electric arc during TIG welding, the
tungsten needle must touch the workpiece.
The disadvantage is that the tungsten
needle easily sticks to the workpiece, thus
damaging the needle. The electric arc is no
longer as stable.
COOLING TYPE
Type of device cooling. F = external cooling
(with fan), S = self-cooling (without fan).
SHORT LIGHT ARC
BALANCE CONTROL
TIG AC welding. By shifting the ratio from
negative proportion to positive proportion,
more or less fusion penetration is achieved
on the workpiece. As opposed to fusion
penetration, the tungsten electrode gets
hotter or colder.
IDLE POWER
Power consumed by a device from the mains
that is not converted to welding power.
DC
Abbreviation for Direct Current. MIG/MAG
welding for example, is carried out with
direct current.
DIGITAL CURRENT SOURCE
Microprocessor-controlled
current source.
GAS POST FLOW TIME
Adjustable time that lets the gas continue
to flow after the welding process. Is for
protecting the glowing tungsten electrode
and the welded product from atmospheric
influences.
RECTIFIER
For wiring multiple diodes. Converts
alternating current into direct current
multi-way by a blocking effect.
HIGH FREQUENCY IGNITION
Ignites the electric arc during TIG welding
without touching the workpiece. Due to a
high voltage pulse, the air gap between the
workpiece and the tungsten needle is
electrically conductive (ionised).
HOT START
Hot-start ignition aid for igniting the electric
arc of an electrode rod during electrode
welding. The electric arc ignites immediately
and steady due to an automatic and
temporary increase of the welding current.
A MIG/MAG light arc in the low welding
current range (thin sheet/root welding)
with fine drop transition in the short
circuit by the use of mixed gases or carbon
dioxide.
LONG LIGHT ARC
MIG/MAG light arc with large drop
transitions, non-short circuit-free, by the
use of mixed gases or carbon dioxide. For
weld seams on thick workpieces.
LIFT ARC IGNITION
Surface ignition during TIG welding with
minimum current. The set welding current
is only released after the ignition of the
electric arc. The advantage is the gentle
ignition without the tungsten needle
sticking to the workpiece and thus a stable
electric arc.
326 |
WELDING GLOSSARY
MICROPROCESSOR
CONTROL
Electronic control (Smart Intelligence) that
takes over the control within the current
source using state-of-the-art electronics.
The advantage is an optimum welding
result.
MIXED LIGHT ARC
A transition light arc that lies between short
and long light arcs. The drop transitions take
place partly in the short circuit (see long arc).
PFC
Power Factor Control. For sinusoidal current
consumption from the mains. The advantage
is the lower current consumption or a higher
welding output at 230 V.
POINT-TO-POINT CONTROL
Electronic control during MIG/MIG welding
that automatically switches off the wire feed.
The advantage is an even dot size during
welding.
PROTECTION TYPE
(PROTECTION CLASS)
Specification for the protection of a device
from water (rain) and dirt.
(e.g. IP 23:
2 = protection against foreign matter
≥ Ø 12.5 mm,
3 = protection against splashes of water)
SECONDARY TIMING
Inverter principle. The mains frequency is
boosted by an electronic unit behind the
transformer.
VOLTAGE
The pressure (force) that enables electrons
to flow in a closed current circuit. Measured
in Volt (V).
SPRAY ARC
MIG/MAG light arc with fine-drop and
short-circuit-free transition using mixed gas
or argon. Especially suitable for fillet welds
and V-welds (medium and top layers).
CURRENT
TRANSISTOR
Electronic component (semi-conductor).
Works as an electronic on/off switch.
Analogue and digital control of the
electrical current (large currents) possible
with small current intensities.
EFFECTIVE OUTPUT
Power that is released as welding power
by a device. Measured in Watt (W).
2/4 CYCLE CONTROL
Welding torch operation option. 2 cycles =
welding with permanently pressed torch
button, 4 cycles = starts on pressing the
torch button the first time, switches off by
repeated pressing of torch button (button
need not be held down during welding).
SAWS
MACHINES
SPECIAL-PURPOSE
SYSTEMATIC
ORGANISATIONGARDEN
PRIMARY TIMING
Inverter principle. The mains frequency
of 50 Hz is transformed to a frequency of up
to 100 kHz by an electronic unit in front of
the transformer. Advantage: Small and light
welding devices.
POTENTIAL SEPARATION
Also referred to as galvanic separation.
Insulated structure between two voltages,
e.g. mains voltage and welding current.
CLEANING EFFECT
See rectifier.
APPARENT OUTPUT
Total consumed power of a device from the
mains (or current generator). The apparent
output is the sum of idle power and actual
output. Measured in kVA.
Number of electrons that flow through a
conductor in a closed current circuit.
Measured in Ampere (A).
S-MARK
Approval sign. Devices with this sign have a
max. no-load voltage of 113 V direct current
or 48 V alternating current. They may then
be used at welding locations with increased
electrical danger (e.g. for container and tank
construction).
THYRISTOR
Electronic component (semi-conductor).
Works like a controlled diode, thereby
allowing the welding voltage and welding
current to be controlled.
TRANSFORMER
Converter. Converts the mains voltage to
harmless welding voltage. The possible
welding current is increased in the same
proportion.
TECHNOLOGY
WOOD-PROCESSING
TECHNOLOGY
WATER-/PUMP
WELDING
TECHNOLOGY
| 327
COMPRESSED
AIR SYSTEMS
ELECTRODE WELDING SYSTEMS
THEY LIKE TO PLAY WITH FIRE.
As if made for tough construction site applications: sturdy
design and easy to operate. Electrode welding devices are
real all-rounders. From roughly 1.5 mm on, they can weld
almost anything that can be welded. They can even be
e.g. E 150
used outdoors in difficult conditions. Wind? No problem!
By the time you get to the latest TIG function capability
you will be full of enthusiasm for an electrode welding
system that has absolutely earned the name Metabo.
Multifunctional carry belt
for easy and practical
device transport.
Smart intelligence
State-of-the-art processor
control for simple operation
and ideal welding results.
Ergonomic and
protected control
elements.
Multi-scale
for the easy
adjustment of the
welding current.
High duty cycle
due to additional
fan function.
Lift arc function
with switch
for X-ray safe TIG
welding with an
optional TIG torch.
“S mark“ approved for welding
even in narrow spaces with
increased electrical risk.
328 |
Sturdy metal housing
with protection class IP 23C
for safe use in rough construc-
tion site conditions.
COMMON FEATURES
"Smart intelligence": state-of-the-art processor control for easy
operation and ideal welding results
Automatic hot start for perfect ignition of electric arc
Arc-force regulation for even welding results
Anti-stick mechanism prevents electrodes from sticking
Switchable lift arc function for x-ray safe TIG welding with
an optional TIG torch
Ergonomic and protected control elements
Large control elements for optimum adjustment even with gloves
Multiscale for easy welding current adjustment
Electronics dust-proof
ELECTRODE WELDING SYSTEMS
High duty cycle due to additional fan function
Robust metal housing
Housing with protection class IP 23C for safe,
rough construction site application
"Multi-function shoulder strap": for light and practical
device transport
Removable welding and earth cable
"S-mark": approved for welding even in narrow welding
spaces with increased electrical danger
CE-inspected
E 150 SetE 130 Set
SAWS
MACHINES
SPECIAL-PURPOSE
SYSTEMATIC
ORGANISATIONGARDEN
E 170 SiE 150E 130
Electrode
Welding System
E 130
Electrode
Welding System
E 130 Set
Electrode
Welding System
E 150
Electrode
Welding System
E 150 Set
Electrode
Welding System
E 170 Si
Special advantages
"Sinus technology": due to
lower power consumption,
problem-free operation at
long cable extensions or
smaller power generators
CrNi electrodes weldable
up to 4 mm
Comparative
device characteristics
Mains voltage230 V 230 V 230 V 230 V 230 V
Open circuit voltage E/TIG90 V/25 V90 V/25 V90 V/25 V90 V/25 V90 V/25 V
Setting range, infinitely varia-
10 - 130 A10 - 130 A10 - 150 A10 - 150 A5 - 170 A
ble, at 230 V
Maximum power input6 kVA6 kVA7,1 kVA7,1 kVA5,7 kVA
Maximum duty cycle
25 %/35 %25 %/35 %25 %/35 %25 %/35 %25 %/35 %
E/TIG at 40°C
100% duty cycle E/TIG at 40°C80 A/100 A80 A/100 A90 A/110 A90 A/110 A100 A/110 A
Weldable electrodes up to3,25 mm3,25 mm3,25 mm3,25 mm4 mm
Weldable material thickness1,5 - 5 mm1,5 - 5 mm1,5 - 5 mm1,5 - 5 mm1,5 - 5 mm
Fuse protection for 230 VT 16 A T 16 A T 16 A T 16 A T 16 A
Dimensions L x W x H300 x 130 x 210 mm300 x 130 x 210 mm300 x 130 x 210 mm300 x 130 x 210 mm400 x 210 x 240 mm
Weight6,2 kg6,2 kg6,3 kg6,3 kg7,8 kg
TECHNOLOGY
WOOD-PROCESSING
TECHNOLOGY
WATER-/PUMP
Standard equipmentElectrode and earth
cables, protective
shield, wire brush
and deslagging
hammer
Electrode and earth
cables, protective
shield, wire brush
and deslagging
hammer, stick
electrodes
3.25 x 350 mm
E 4322 RR 6
(25 units),
aluminium case
Electrode and earth
cables, protective
shield, wire brush
and deslagging
hammer
Electrode and earth
cables, protective
shield, wire brush
and deslagging
hammer, stick
electrodes
3.25 x 350 mm
E 4322 RR 6
(25 units),
metal case
Electrode and earth
cables, protective
shield, wire brush
and deslagging
hammer
TypeE 130E 130 SetE 150E 150 SetE 170 Si
Order no.00210130000021013100002101500000210151000021017000
| 329
WELDING
COMPRESSED
TECHNOLOGY
AIR SYSTEMS
ELECTRODE WELDING SYSTEMS
COMMON FEATURES
Large control elements for optimum adjustment
even with gloves
Welding current display
Copper coil with heat protection for long service life
Operation at 230 V and 400 V
Impact-resistant, fully insulated plastic housing
....5 year warranty
on main transformer
Removable welding and earth cable
5 year warranty on main transformer
CE-inspected
SK 230SK 200
Electrode Welding System
SK 200
Electrode Welding System
SK 230
Comparative device characteristics
Mains voltage230/400 V 230/400 V
Setting range, infinitely variable, at 230 V25 - 110 A25 - 115 A
Setting range, infinitely variable, at 400 V45 - 200 A55 - 220 A
Maximum power input4,3/11,8 kVA4,5/13,7 kVA
Maximum duty cycle at 25 °C25 %/5 %25 %/5 %
Maximum duty cycle at 40 °C17 %/3 %17 %/3 %
100% duty cycle at 25 °C55 A60 A
100% duty cycle at 40 °C35 A40 A
Weldable electrodes up to5 mm5 mm
Weldable material thickness2,5 - 6 mm2,5 - 7 mm
Fuse protection for 230 VT 16 A T 16 A
Fuse protection for 400 VT 25 A T 25 A
Dimensions L x W x H440 x 230 x 430 mm440 x 230 x 430 mm
Weight37 kg39,5 kg
Standard equipmentElectrode and earth cables, protective shield,
wire brush and deslagging hammer,
connection adapter 230 V/400 V
Electrode and earth cables, protective shield,
wire brush and deslagging hammer,
connection adapter 230 V/400 V
TypeSK 200SK 230
Order no.00210220040021022306
330 |
COMMON FEATURES
Large control elements for optimum adjustment
even with gloves
Copper coil with heat protection for long service life
Robust metal housing
5 year warranty on main transformer
CE-inspected
ELECTRODE WELDING SYSTEMS
SAWS
....5 year warranty
on main transformer
Electrode Welding System
SB 140
Special advantages
Welding current display
High duty cycle due to additional fan function
Operation at 230 V and 400 V
Electrode Welding System
SB 200 CT
MACHINES
SPECIAL-PURPOSE
SYSTEMATIC
ORGANISATIONGARDEN
SB 200 CTSB 140
Comparative device characteristics
Mains voltage230 V 230/400 V
Setting range, infinitely variable, at 230 V35 - 140 A20 - 110 A
Setting range, infinitely variable, at 400 V60 - 180 A
Maximum power input3,8 kVA4,2/10,2 kVA
Maximum duty cycle at 25 °C15 %/10 %
Maximum duty cycle at 40 °C10 %/7 %
100% duty cycle at 25 °C65 A
100% duty cycle at 40 °C45 A
Weldable electrodes up to3,25 mm4 mm
Weldable material thickness2,5 - 4 mm2,5 - 5 mm
Fuse protection for 230 VT 16 A T 16 A
Fuse protection for 400 VT 20 A
Dimensions L x W x H310 x 185 x 275 mm470 x 280 x 320 mm
Weight11,8 kg23,5 kg
Standard equipmentElectrode and earth cables, protective
shield and deslagging hammer,
connection adapter 230 V/400 V
TECHNOLOGY
WOOD-PROCESSING
TECHNOLOGY
WATER-/PUMP
WELDING
TECHNOLOGY
TypeSB 140SB 200 CT
Order no.02710615010271062001
| 331
COMPRESSED
AIR SYSTEMS
ACCESSORIES FOR ELECTRODE WELDING SYSTEMS
FOR E 130, E 150, E 170 SI
Tungsten electrodes
See page 347
TIG welding torches
Torch typeLength
SR 17 V2E 130, E 1500902018956
SR 17 V4E 130, E 1500902012524
SR 17 V8E 130, E 1500902012532
SR 26 V4E 170 Si, E 200 DCI0902014047
SR 26 V8E 170 Si, E 200 DCI0902014055
0902014497
Consisting of:
Tungsten electrode 1.0 x 175 mm, green WP 20
Tungsten electrode 1.6 x 175 mm, green WP 20
Tungsten electrode 2.4 x 175 mm, green WP 20
Clamping sleeve 1.0 mm
Clamping sleeve 1.6 mm
Clamping sleeve 2.4 mm
Clamping sleeve housing 1.0 mm
Clamping sleeve housing 1.6 mm
Clamping sleeve housing 2.4 mm
Ceramic gas nozzle size 5, Ø 8.0 mm
Ceramic gas nozzle size 6, Ø 9.5 mm
Ceramic gas nozzle size 7, Ø 11.0 mm
Torch cap long
Torch cap short
Carry case
Consisting of:
Tungsten electrode 1.6 x 175 mm, green WP 20
Tungsten electrode 2.4 x 175 mm, green WP 20
Tungsten electrode 3.2 x 175 mm, green WP 20
Tungsten electrode 1.6 x 175 mm, green WP 20
Tungsten electrode 2.4 x 175 mm, green WP 20
Tungsten electrode 3.2 x 175 mm, green WP 20
Clamping sleeve 1.6 mm
Clamping sleeve 2.4 mm
Clamping sleeve 3.2 mm
Clamping sleeve housing 1.6 mm
Clamping sleeve housing 2.4 mm
Clamping sleeve housing 3.2 mm
Ceramic gas nozzle size 5, Ø 8.0 mm
Ceramic gas nozzle size 6, Ø 9.5 mm
Ceramic gas nozzle size 7, Ø 11.0 mm
Torch cap long
Torch cap short
Carry case
Welding site equipments
Welding site equipment no. 3
Consisting of welding cable, earth cable, welding shield,
wire brush and deslagging hammer
Cable diameter: 16 mm²
Length: 3 m
Suitable for: E 130, E 150
0902014500
Order no.
1327021849
332 |
ACCESSORIES FOR ELECTRODE WELDING SYSTEMS
Order no.
Welding site equipment no. 4
1327628760
Consisting of welding cable,
electrode cable
Cable diameter: 16 mm²
Length: 5 m
Suitable for: E 130, E 150
Welding site equipment no. 5
1327022020
Consisting of welding cable, earth cable,
welding shield, wire brush
and deslagging hammer
Cable diameter: 16 mm²
Length: 5 m
Suitable for: E 130, E 150
Welding site equipment no. 7
1327022381
Consisting of welding cable, earth cable,
welding shield, wire brush
and deslagging hammer
Cable diameter: 25 mm²
Length: 3 m
Suitable for: E 170 Si, E 200 DCI,
SK 200
Maximum welding current
Order no.
A
Earth clamps
2000902027467
Rod holder
2000902027440
Cable
LengthmSuitable forOrder no.
diameter
mm²
Earth cable
253E 170 Si, 0902008365
163E 130, E 1501002004999
Electrode cable
353E 170 Si0902007180
FOR SB 160 C, SB 200 CT
Order no.
Welding glass 75x98 mm,
1321186455
dark DIN 11
FOR E 200 DCI, SB 160 C, SB 200 CT, SB 200, SK 200
Order no.
Welding site equipment no. 7
Consisting of welding cable,
earth cable, welding shield,
wire brush and deslagging
hammer
Cable diameter: 25 mm²
Length: 3 m
Suitable for: E 170 Si, E 200 DCI,
SK 200
1327022381
Maximum welding current
A
Earth clamps
2000902027467
Rod holder
2000902027440
Cable
LengthmSuitable forOrder no.
diameter
mm²
Earth cable
253SK 2000902008365
Electrode cable
353E 200 DCI, SK 2000902007180
FOR SB 230, SB 260, SK 230, SK 260
Welding site equipment no. 8
Consisting of welding
cable, earth cable,
welding shield,
wire brush and
deslagging hammer
Cable diameter: 35 mm²
Length: 3 m
Suitable for: SK 230, SK 260,
SB 230 T, SB 260T
Maximum welding current
A
Earth clamps
4000902027475
Rod holder
3000902027459
LengthmSuitable forOrder no.
SK 260,
SB 230 T,
SB 260 T
SB 230 T,
SB 260 T
Other accessories
for welding systems
See page 346/347
Cable
diameter
mm²
Earth cable
355SK 230,
Electrode cable
353SK 230,
Order no.
Order no.
1327022578
Order no.
0902011293
0902007180
SAWS
MACHINES
SPECIAL-PURPOSE
SYSTEMATIC
ORGANISATIONGARDEN
TECHNOLOGY
WOOD-PROCESSING
TECHNOLOGY
WATER-/PUMP
WELDING
TECHNOLOGY
| 333
COMPRESSED
AIR SYSTEMS
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