The two grooves for solid wire and one for flux-cored wire facilitate the feeding process and wire changes during the operation. The drive system built with cast aluminum is a robust, angled one with a drive roll that uses Miller’s patented ‘Quick Select’ technology. Now you have got yourself familiar with a few bells and whistles of this machine, we can move to the other parts (mechanisms/ systems). You don’t have to rely on a physical switch for switching between those components. The ‘Auto-Set Elite’ paired with color LCD user panel is a fine example of Miller’s craftsmanship to inspire everyone who needs to use the machine on various materials for different processes as it enables them to adjust or fine-tune the parameters/ settings as required.Īnother thing I cannot help mentioning is the ‘Auto Spool Gun Detect’ that automatically detects if you connect a spool gun or a MIG gun. Look at the receptacle and choose the right plug to connect to your power cord. Whether you have 120 V or 240 V power receptacles in your home, the multi-voltage plug makes it easy for setting up the connection requiring you to use no special tools. Moving the unit across different spots or workplaces should not be a challenge because it weighs 38 pounds, thanks to the three carry handles including one for single-hand use. This unit uses this technology to ensure that the arc created in the process goes well with the project-specific variations in travel speeds and arc length. Miller has been using inverter technology for quite a long period not just because of its ability to ensure energy efficiency through smart voltage regulation but also its overall effects on the arc characteristics and improved portability (low weight) of the unit. Let’s see what this machine has got inside its stylish blue housing. They say it is a versatile welder which I wouldn’t argue because versatility is rather conventional when we’re talking about a multiprocessor unit. Miller Multimatic 215 Multi-Process WelderĪs an Amazon Associate I earn from qualifying purchases I’ll provide you with clear suggestions once I’m done explaining the features, so you can reach a useful conclusion. This is the part where my review gets lengthy. zero load Thermal Overload Protection Yes Yes Processes MIG (GMAW), DC TIG (GTAW), Flux-Cored (FCAW), DC Stick (SMAW) MIG (GMAW), DC TIG (GTAW), Flux-Cored (FCAW), DC Stick (SMAW) Materials Stainless Steel, Steel, Aluminum Stainless Steel, Steel, Aluminum Metal Thickness MIG: 3/8 inch, 24 gauge steel and 18 gauge aluminum) Lincoln 210: Quick Comparisonīefore I start the discussion, I think you could use this table as a guide to all the numbers and technical details when you are willing to take a comprehensive read or make a purchase.įeatures and Specs Miller Multimatic 215 Lincoln Power MIG 210 Input Power 120 V/ 240 V 120 V/ 230 V Input Current (Rated Output) 24.6 A (120 V), 27 (240 V) 20 A Range (Output Current) 30-230 A 30-140 A Output Current, Voltage, Duty Cycle 90 A, 23.6 V, 40%Ģ00 A, 24 V, 20% 100A, 19.0 V, 40% (120 V)Ģ00A, 24 V, 25% (230 V) Open-Circuit Voltage (OCV) (Max.) 58 VDC 56 V Wire Feed Speed (WFS) Range 60 – 600 ipm or 1.5 – 15.2 m/min. Not only shall I bring the truth about these machines to your attention, I’ll help you pick the one that adds value to your welding skills and suits your preferences. Miller 215 Vs Lincoln 210 – they seem similar in ways, but they are considerably different if you know what matters. Today, I’m going to discuss two Multi-process welders from these two esteemed companies. Both Miller and Lincoln are two of those brands pronounced in the same breath. As soon as anyone from the metal manufacturing and fabrication community thinks of buying some equipment, a few names are sure to come along.
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