CANAWELD MIG/MMA 201 User Manual - page 10
9
OVERVIEW
PRODUCT & DESIGN
Our unique electric structure and air channeling design in this series of welding machines are designed to
increase the heat dissipation of the power device improving the duty cycle of the machine.
The unique heat dissipation design leads to less damage done to the power source and control circuits from
overheating due to dust build up from air inducted by fan.
Front and rear panels are inset to help protect against impact damage.
A rubber trim is applied on the leading edge of the machine cover protecting the machine from damage and
creating a seal between the machine and the cover.
The heavy / thick steel base has a corrosion resistant coating applied to extend the life of the machine.
A heavy duty metal cover for protection of internal components to which has been applied a scratch proof
coating for long life and anti-corrosion durability.
Rubber and foam seals have been installed to increase water resistant ability.
FUNCTION
MIG and STICK Welding Processes: Both are possible on the machine.
Hot start arc ignition application is a built –in function: allows for the arc ignition in MMA welding making
ignition easier and more reliable.
Anti-sticking function: reduce working strength in welding.
Self-adaptive arc force technology: improves the performance of the machine in long-cable welding and
enhances long-distance welding.
Advanced arc ignition by scraping: “scratch” start TIG welding without HF arc ignition circuit.
Burn Back Control function: improves the quality of the crater filling and over all welding quality.
PERFORMANCE
Advanced IGBT inverter technology
Inverting frequency of 30~35kHz greatly reduces the volume and weight of the welder.
Large reduction in magnetic and resistance loss enhances the welding efficiency resulting in energy saving.
Working frequency is beyond audio range, eliminating approximately 90% of the noise pollution.
Leading control mode
Advanced control technology allows for various welding applications and greatly improves the welding
performance in a number of welding conditions.
It can be widely used in acid and basic electrode welding.
Designed for easy arc starting, creating less spatter, stable current and good shaping properties.