IWELD TIG 200I AC DC WELDING MACHINES COMBO

RATED POWER SUPPLY INPUT : 220V±20% SINGLE PHASE
DUTY CYCLE 40°C @ 10 MINUTES : 30% @ 200A
OPEN CIRCUIT VOLTAGE : 60V
WELDING CURRENT RANGE : 10 – 200A(TIG) 10A – 170A(MMA)
DIMENSIONS(mm) AND NET WEIGHT(kg) : 490 x 300 x 330mm, 13.5kg

Description

iWELD TIG 200i AC/DC PULSE – Multi-Process Digital Inverter Welder

The iWELD TIG 200i AC/DC PULSE is a robust, generator-friendly welding machine designed for demanding industrial conditions. Built with advanced digital inverter technology, it ensures smooth, uninterrupted operation even in unstable power environments, thanks to a 20% voltage fluctuation safeguard.

Equipped with pulse welding and high-frequency ignition, this machine provides professional ease of welding and superior weld quality. The pulse function allows precise control of heat input, preventing burn-through and ensuring consistent welds, especially on thin materials. The high-frequency ignition delivers a soft start arc without touching the tungsten electrode, giving maximum arc control and efficiency.

With a versatile AC/DC selection panel, the TIG 200i enables AC welding for aluminum and DC welding for steel and steel alloys. Its stable static and dynamic performance makes it ideal for a wide range of welding applications, from industrial fabrication to precision work on thin or dissimilar metals.

Key Features

Multi-function digital control: Combines DC TIG, pulsed DC TIG, pulsed AC TIG, and MMA welding in one versatile unit.
20% voltage fluctuation safeguard for stable operation under inconsistent power supply.
Excellent arc force performance and wide cleaning range, ensuring precise, high-quality welds.
High-frequency, high-voltage arc ignition with a 99.9% success rate, ideal for various spot welding applications.
Pulsed welding with adjustable frequency, allowing successful welding of thin sheets, varying thickness metals, and dissimilar materials; also suitable for double-sided welds.
Foot control functionality: Adjusts current dynamically during wire-spitting events, increasing temperature when needed and reducing it for weld continuation—enhancing efficiency, control, and weld quality.