Usage: Everlast Power i-MIG 200 CC/CV MIG/Stick Welder User Manual

Everlast Power i-MIG 200 CC/CV MIG/Stick Welder

Introduction

The Everlast Power i-MIG 200 CC/CV MIG/Stick Welder is a versatile, dual-voltage inverter welder designed for both hobbyists and professionals seeking reliable performance in a compact package. Built on an advanced IGBT inverter platform, this unit delivers stable arc performance, simplified operation, and efficient power conversion—making it a standout choice for MIG (Metal Inert Gas) and stick welding applications.

Key benefits include a broad amperage range (30–200A on 240V, 30–125A on 120V), a 35% duty cycle at maximum output, and the ability to handle wire diameters from .023” to .045” using 4” or 8” spools. Unique selling points are its dual-voltage capability, spool gun readiness for aluminum welding, burn-back control for cleaner starts, and both MIG and stick welding functions in one machine—offering flexibility without sacrificing portability. Additional features like arc force control, auto pre-flow/post-flow, and a digital microcontroller with analog input further enhance weld quality and user experience.

The Everlast Power i-MIG 200 is ideal for automotive repair, fabrication, farm equipment maintenance, and DIY projects. Its straightforward controls (voltage and wire speed dials) make it accessible for beginners, while advanced features satisfy experienced welders. The estimated price ranges from $700 to $900, positioning it as a competitive option in the mid-range welder market. Availability is strong through online retailers and direct from Everlast, ensuring easy access for North American users.

Specifications

General Description, Purpose, and Features.  
The Power i-MIG 200 is a versatile and compact MIG/Stick welder capable of delivering professional-quality welds. Operating on an input of 120V or 240V 50/60Hz (1 phase), the CC/CV IGBT inverter welder is perfectly suited for many MIG and Stick welding tasks anywhere power is available.  The Power i-MIG 200 can be used with .023”-.045” wire and features an 8” diameter spool capacity. (Requires additional drive rollers.)  The welder is equipped  with these standard features: 

1. GMAW Process (MIG).  
   The digitally controlled MIG components precisely control arc functions and give real-time feedback about the welding output parameters.  The welder is also a spool gun ready for economical welding of Stainless and aluminum wires if needed.  (Spool gun is optional.)  It may also be used with flux core wire when equipped with the optional flux core drive wheel.
2. SMAW (Stick). 
   In stick mode, the welder delivers a smooth DC low-spatter arc.   Professional, high-quality welds are obtainable with ER 7018, 7014, 309L, 316, 6011, and many specialty rods that are designed for use with any stick welder.
3. Arc Force Control.  
   Used with both MIG and Stick functions, the arc force control adjusts the quality of the arc.  In MIG mode, the arc force control is used to adjust the current rise time.  This determines how wet or stiff the arc feels and the pinch point of the wiring as it feeds into the puddle.  In Stick mode, the arc force is used to adjust the amp reaction by adjusting how much the amps are boosted when the arc is held close and the voltage drops below 20 Volts.  This helps prevent rod sticking.  Just as in MIG mode, in Stick mode, the Arc force helps change the way the arc feels and reacts.  This feature is sometimes referred to as “dig”.
4. Burn Back Control.  
   Burn back control is used to control the length of the wire that sticks out after the trigger is released.  It helps prevent sticking of the wire to the weld and saves the user from having to trim the wire before restarting.

Basic Design and Construction.  
The Power i-MIG 20 uses analog input and then couples it with a digitally controlled IGBT inverter to produce a stable arc while consuming less power than equivalent transformer-based welders.  Everlast utilizes quality components from US, European, and Asian based companies for trusted reliability and parts commonality.   Welding pa-rameters can be infinitely and continuously adjusted while the unit is in operation, offering instant welding response for maximum control.  The unit also features spool gun compatibility to economically expand its parameter capability for welding aluminum and other expensive metals that lend themselves well to smaller and less costly spools of wire.  It can also be fitted with optional flux-core drive rollers for applications where solid MIG wire is not the best solution. 

Installation.  
The basic construction of the Power i-MIG is rugged and durable, and is considered ideal for circumstances where portability is of concern.  Critical components are protected by coatings to make the welder environmentally resistant and have a water ingress rating of IP21S, (the standard in the welding industry to protect from vertically dripping water).  However, some care and common sense should be taken to make sure that the welder offers the safest and best performance.  Please note the following items regarding safe operation:

1. Do not use the welder in damp areas.  
   Perspiration and other forms of water in contact with the body can increase the risk of electrocution.
2. Do not use the welder in extremely corrosive environments.  
   To maintain optimum power transfer, check main connections, clamps, and cables frequently to ensure that components are not corroded. Excessive dirt, corrosion, a, nd oxidation can result in an unstable arc and excessive heat build-up.

Duty Cycle/Overcurrent.  
The Power i-MIG 200 has a duty cycle rating of 35% at 200 Amps while welding in MIG mode and a rating of 35% @ 160 Amps while welding in stick mode.  The duty cycle rating is the amount of time (expressed as a percentage) out of 10 minutes the unit can weld without a rest. For MIG, the unit is capable of welding 3.5 minutes out of every 10 minutes at the maximum output of 200 Amps.  For the balance of the 10-minute period, the unit should be allowed to rest and cool while running.  This rating is based on n 40° C  maximum temperature. If the unit’s duty cycle has been exceeded. The temperature light (identified by the thermometer icon) will come on an, and the unit will cease welding output. If a duty cycle event has occurred, allow the unit to run and cool for 15 minutes.  After 15 minutes of cooling, cycle the power switch to reset the unit.   In the event of an overcurrent,  the welding output will cease, and the Overcurrent light will come on. (In duty cycle and overcurrent events, the wire will continue to feed). Overcurrent events can be caused by too low of supply voltage, running on undersized extension cords, too large of wire diameter, too high of setting for wire diameter, too high of input voltage, or an internal or external electrical fault.  When an overcurrent has occurred, turn the machine off immediately, then check and remedy the fault before switching the welder back on.  

Overview of Parameters and Features

Setup Guide and Component Identification 

CONNECTIONS AND POLARITY 

INSTALLING MIG WIRE 

FRONT VIEW/ MAIN PANEL POWER i-MIG 200 

SIDE VIEW POWER i-MIG 200 

REAR VIEW/BACK PANEL POWER i-MIG 200 

Trouble Shooting 

Pros & Cons of the Everlast Power i-MIG 200 CC/CV MIG/Stick Welder

Advantages

• Dual-Voltage Operation: Run on 120V or 240V, offering flexibility for home shops and job sites.
• Multi-Process Capability: Switch seamlessly between MIG and stick welding, expanding project possibilities.
• Adjustable Controls: Stepless voltage and wire speed dials provide precise, fine-tuned settings for various materials and thicknesses.
• Spool Gun Ready: Accommodates a spool gun for aluminum welding—a rare feature in this price range.
• Portable Design: Compact and lightweight, ideal for mobile welding tasks.
• Burn-Back Control: Reduces wire stick-out issues and improves arc starts.
• Value for Money: Delivers professional-grade features at a mid-range price, undercutting many competitors.

Disadvantages

• Duty Cycle Limitation: 35% at maximum output means frequent cooling breaks during heavy, continuous use.
• Basic Accessories: While functional, included torches and clamps may feel utilitarian compared to premium brands.
• Limited Advanced Features: Lacks pulse welding, synergic controls, or advanced digital interfaces found in higher-end models.
• Mixed Build Quality: Some users report robust construction, while others note minor fit-and-finish issues.
• Not Ideal for Industrial Use: Best suited for light to medium-duty tasks rather than high-production environments.

Comparison to Alternatives

The everlast Power i-MIG 200 competes favorably against transformer-based MIG welders, offering smoother arc control and greater adjustability. However, it lacks the advanced features (like pulse MIG or TIG) found in multi-process inverters from brands like Lincoln or Miller, which also command a higher price. For users needing basic MIG and stick welding with occasional aluminum capability, the Everlast Power i-MIG 200 represents strong value and versatility.

Customer Reviews and Real-World Feedback

User feedback for the Everlast Power i-MIG 200 CC/CV MIG/Stick Welder is generally positive, with many praising its ease of use, dual-voltage flexibility, and reliable performance for home and farm projects. Common compliments highlight the smooth arc, low spatter, and the convenience of switching between MIG and stick modes. The inclusion of a spool gun connection for aluminum welding is frequently mentioned as a standout feature not always found in this price bracket.

On the downside, some users note that the duty cycle can be restrictive for prolonged, high-amperage welding sessions, and a few have experienced minor quality control issues, such as loose fittings or basic accessories. However, most agree that for the price, the welder offers excellent value and is a reliable choice for DIYers and small shops. Star ratings typically fall in the 4 to 4.5 out of 5 range, with users recommending the unit for those seeking a capable, budget-friendly MIG/stick welder.

Frequently mentioned issues include the need for occasional troubleshooting with wire feed mechanisms and a desire for more robust documentation. Despite these minor drawbacks, purchase recommendations are strong, especially for users prioritizing versatility and affordability over industrial-grade durability.