EWM ALPHA Q 551<\/p>\n
List price of new is close to 70 thousand net <\/strong><\/p>\n -Inverter Welder<\/p>\n -Power: 550A – 60%, 420A – 100%<\/strong><\/p>\n -Welding range 5A- 550A<\/strong><\/p>\n -Supply 400V<\/p>\n -Safety 42A<\/p>\n -Welding functions MMA, TIG, MIG\/MAG manual, MIG\/MAG synergy, MIG\/MAG pulse, MIG\/MAG double pulse<\/p>\n -Wire or current pulsation.<\/p>\n -Special Processes: Pipe Solution, ColdArc, ForceArc<\/strong><\/p>\n –pipeSolution<\/strong> Absolutely reliable welding with ridge stitch –coldArc<\/strong> Less material deformation and less discoloration due to less heat input –forceArc<\/strong> Small weld groove opening angle by deep fusion and arc with stable direction -Version with two feeders. Possibility of quick changeover from steel to aluminum or from one diameter to another wire diameter. e.g. welding ridge on 1.0 wire and filling on 1.2 or 1.6 powder wire <\/strong><\/p>\n <\/p>\n Equipment little used, in bdb condition. Ideal for your company to take a big step forward in versatility and to meet even the most difficult tasks. <\/p>\n -Matched version, included:<\/strong><\/p>\n Kemppi and Ewm mig handle<\/p>\n Ground wire decent 4m<\/p>\n Power cord about 5m<\/p>\n <\/p>\n RECOMMEND! EWM ALPHA Q 551 List price of new is close to 70 thousand net -Inverter Welder -Power: 550A – 60%, 420A – 100% -Welding range 5A- 550A -Supply 400V -Safety 42A -Welding functions MMA, TIG, MIG\/MAG manual, MIG\/MAG synergy, MIG\/MAG pulse, MIG\/MAG double pulse -Wire or current pulsation. -Special Processes: Pipe Solution, ColdArc, ForceArc –pipeSolution […]<\/p>\n","protected":false},"featured_media":17311,"template":"","meta":{"inline_featured_image":false},"product_brand":[],"product_cat":[473,493,483],"product_tag":[],"class_list":["post-17802","product","type-product","status-publish","has-post-thumbnail","product_cat-used","product_cat-mig-mag-en","product_cat-liquid-cooled","first","outofstock","taxable","shipping-taxable","purchasable","product-type-simple"],"yoast_head":"\n
\nA strong arc for fast, reliable welding in all positions with or without a gap.<\/p>\n
\nFor all sheet thicknesses
\nCan be used in all positions for sheet metal and pipes
\nNo leaking and falling off of liquid metal
\nExcellent core properties
\nExtremely reliable slope joining
\nGood controllability in all forced positions
\nReliable joints in the ridge layer even without air gap<\/p>\n
\nShort-circuit arc with reduced heat generation and no spatter for dislocation-free welding and soldering, and for border stitch welding with excellent gap bridging capability.<\/p>\n
\nSignificantly reduced spatter due to almost passive passage of material
\nUnique process stability even with long bundles of composite cables without additional control wires
\nGeneral-purpose torch systems, as the passage of material occurs without wear and without drive in the welding fixture
\nEasy welding of boundary layers at all plate thicknesses and in all positions
\nExcellent gap bridging even with variable widths
\nExcellent surface coating for soldering thin sheets
\nMinimum additional processing due to spatter-free process Optimal application also for visible external welds
\nUnalloyed, low-alloy and high-alloy steels and solder joints even for the thinnest sheets
\nSoldering of CrNi sheets with CuAI8 \/ AIBz8
\nSoldering and welding of coated sheets e.g. CuSi, AlSi and Zn
\nEdge stitch welding of unalloyed and low-alloyed and high-alloyed steels and high-strength fine-grained steels
\nVisible CrNi external welds in thin sheets <\/p>\n
\nStrong arc with reduced heat input and stable direction with deep fusion for higher power range. Non-alloy, low-alloy and high-alloy steels and high-strength fine-grained steels <\/p>\n
\nReduction in the number of layers
\nLess material distortion due to concentrated arc with reduced heat input
\nExcellent core-slope joining
\nPerfect welding also with long wire ends (free wire exit)
\nReduction of undermelting
\nVirtually spatter-free
\nParticularly suitable for e.g. for dynamic fillet welds
\nSubassemblies subject to loads up to, e.g., load-bearing elements of bridges
\nWagon production and steel structures
\nUnalloyed, low-alloy and high-alloy steels as well as high-strength fine-grained steels
\nUse in manual and automatic systems
\nWelded fillet welds show a greater depth of fusion<\/p>\n
\nJaroslaw Kolaski, M.Sc., IWE
\nIWE-International Welding Engineer <\/p>\n","protected":false},"excerpt":{"rendered":"