SYNERGIC INVERTER MIG/MAG WELDING SINGLE-PHASE POWER SOURCE.
Art. | 304 | Specifications | ![]() |
---|---|---|---|
![]() |
230V 50/60 Hz + 15% / -20% |
Single phase input | |
![]() |
16 A | Fuse rating (slow blow) | |
![]() |
4,5 KVA 20% 2,8 KVA 60% 2,5 KVA 100% |
Input power | |
![]() |
20A ÷ 160A | Current adjustment range | |
![]() |
160A 20% 100A 100% |
Duty Cycle (10 min.40°C) According to IEC 60974.1 |
|
![]() |
Electronic | Stepless regulation | |
![]() |
0,6/0,8/1,0 Fe |
Standard supplied synergic programs | |
Al/CuSi3/Inox |
Optional programs - see "Accessories" page (*) | ||
![]() |
Ø 200 mm / 5 Kg | Max. wire spool size | |
![]() |
IP 23 S | Protection class | |
![]() |
11 Kg | Weight | |
![]() |
196x420x380H | Dimensions mm |
Inverter single-phase synergic power source for MIG-MAG welding, with 2-roller Cebora wire feed unit. The power source features synergic curves for iron wire Ø 0.6 /0.8 mm and Ø 0.9 mm flux cored wire. The cored wires can be welded, either with or without shielding gas, by simple polarity reverse. A package of optional curves for AlMg, AlSi, stainless steel and CuSi3 is available too.
The LCD panel allows the operator to read, on three lines, wire and gas type, current and thickness, voltage and wire speed.
It is a specially versatile power source, suitable for various applications, especially repairs, maintenance and basic car body repairs, marked out by a low electrical input (PFC).
The Euro connection allows to use either a standard MIG torch (art. 1246) or a "professional" type torch (art. 1638), particularly suitable for flux cored wire welding.
An optional dedicated transport trolley (art. 1653), particularly compact and handy, is available too.
Complies with EN 61000-3-12.
The power source can also be powered by motor-driven generators of adequate power (min. 6 KVA).
Dokumentacija:
https://www.cebora.it/art_304_presentazione_prod_uk.html
Cijena: 9.900,00kn + PDV
Cijena sa ukjučenim popustom: 6.645,00 +PDV (trenutno 1kom na skladištu)
Dodatni sinergijski programi: 2.250,00 kn +PDV