- Online only
- Matmenys
- 63 cm × 28 cm × 46 cm
- Procesai
- MIG, AC/DC TIG, Stick
- Phase
- Vienfazis (230V)
- Control
- synergetic
- Tipas
- Digital/Micro-controlled IGBT Inverter
- User Level
- Professional
- Weight, kg
- 36
- Wire spool size [kg]
- 5
- PFC function
- No
- Maximum current MMA [A]
- 160
- Maximum current TIG [A]
- 200
- MMA darbo ciklas [%].
- 60
- TIG darbo ciklas [%].
- 60
- Maximum current MIG/MAG
- 200
- MIG/MAG darbo ciklas [%]
- 35
- Vielos ritės skersmuo ø [mm].
- 200
8″ - MIG 35 % ciklas
- 200A / 24V @ 40 °C
- TIG 60 % ciklas
- 200A / 18V @ 40 °C
- Stick 60 % ciklas
- 160A / 26,4V @ 40 °C
- Įėjimo srovė (I1EFF)
- 18A
- Betarpėlio srovė (I1MAX)
- 26A
- Open-circuit voltage (OCV)
- MIG/TIG/Stick – 74V
- MIG darbinis diapazonas
- 30–200A / 15,5–24V
- TIG darbinis diapazonas
- 10–200A / 15,5–26,5V
- Stick diapazonas
- 10–160A / 20,4–26,4V
- Impulsinis dažnis (Pulse)
- TIG .5–150 Hz, įjungiamas slėgio mygtuku
- Vielos valdymas
- 2 ritinėliai, 0,023–0,030″, 600 IPM (juosta)
- Preflow/Postflow/Up/Down slope
- Reguliuojama (0–10 s)
- Darbo režimai
- 2T/4T, sinergetinis MIG (PowerSET), Hot Start ir Arc Force Stick, E6010, Pulse TIG, spalvos ekranas
- Inverter technology
- IGBT
- Shielding Gas Requirement
- Gas / Gasless
Suvirinimo aparatas Everlast MTS 225 (su AC/DC TIG)
Description
Together with its big brother, the Lightning MTS 275, the Lightning MTS 225 is the latest in the MIG / TIG / STICK series of heavy-duty trucks with AC / DC TIG welding capabilities. This new synergistic feature in the new feature series is now called “Power Set” and now includes automatic settings for all three modes. The LIghting MTS 225 is a 200-amp device that excels not only in features but also in performance. The new design allows the user to view all relevant settings at the same time. This reduces scrolling effort and allows almost instantaneous adjustment of almost all available parameters. The new PowerSET feature allows the customer to enter basic operating parameters in MIG, TIG or Stick mode and automatically selects the appropriate amps and volts (if required) for the user, plus some other possible adjustments. This new device also has Flux-Core mode for working with the most common types of Flux Core wires (without gas / self-coating). Of course, you have reduced power, but you will not suffer from the lack of an existing duty cycle. In terms of duty cycle at fully tiltable output power, the TIG and Stick have 60% output and the MIG process has a maximum current of 35%. This means that 200 amps are available for MIG at 35% duty cycle. To complete this welder, add the PowerCart 250 and PowerCool W300 for a comfortable stacked design. If you choose a cooler option, be sure to order a water-cooled flashlight for this welder.
Recommended Areas of Use:
- Portable Repair On Road or Off Road
- Automotive garages/Muffler Shops
- Motor Sports Facilities
- Construction sites
- HVAC
- Factory Maintenance
- Research/Education
- Fabrication shops
About Everlast
Everlast Power Equipment Inc.
Since we were founded in 2004 in San Francisco, California and began operations as a small e-based generator and welder company, Everlast Power Products Inc. has evolved into a multi-national company with distributorships in many countries.
As our familiar Everlast green color is rapidly showing up in many home garages, welding shops, and worksites throughout the United States and Canada, the recognition of Everlast as a house hold name in welding equipment is certain. While the Everlast name isn't as old as some of the biggest names in the welding industry, we took a huge step forward in 2008 toward being competitive in price, product performance, quality, and service when we began to work on the release of the first generation of "Power" series IGBT platform inverter welders and plasma cutters. From almost the beginning of our company, the common element we incorporated throughout all of the Everlast product line is a practical approach to product functionality. We take into consideration the operation of the unit from the user's (customer's) point of view first, and then turn the design process over to the engineers to meet the performance demands of the industry. We feel that our forward thinking approach to product design stands in contrast to some of our competitors that use engineers to design and build a product first, and afterwards try to force-fit the product to the your needs.




