Metabo Welding Technology warranty Sinus Inverter Technology

WELDING TECHNOLOGY

ficiently. Example: The innovative sinus inverter techno-	“Smart Intelligence” – with state-of-the-art electronics
logy by Metabo. High welding output but low fuel con-	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
SPECIAL-PURPOSE	MACHINES
SYSTEMATIC	ORGANISATION

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		•	•	•

* conditionally applicable

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.

SINUS INVERTER TECHNOLOGY.

	GARDEN
WOOD-PROCESSING	TECHNOLOGY
WATER-/PUMP	TECHNOLOGY
WELDING	TECHNOLOGY

Standard inverter	Sinus inverter
U; I	U; I
t	t

Loss Output

An optimisation of the output factor is achieved using the sinus-inverter technology by Metabo. This means that a higher output is possible with 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 con- sumption.

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

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