SigmaWeld SW1000 SAW is designed to meet varied requirement of the welding industry having possibilities of use for MIG,MAG, FCAW, hard facing, arcing and submerged arc welding applications.
Advanced micro – controller technology enables SigmaWeld to have inbuilt wire feeder drive for MIG/MAG applications, inter connectivity with SAW trolley and other SPM’s. The power source has in built features for use in 2T, 4T modes with pre-flow, post flow controls for MIG, MAG and FCAW applications.
IGBT Based Solid State Inverter Design: Latest technology used for full bridge topology to ensure reliable, superior weld control every time.
Mobility: At 85 Kgs, with 4 wheels and 4 eye bolts it is easy tomove our SW1000- SAW to any locations with a lot of ease compared to the traditional equipments (300 Kgs).
Adaptive Soft Start: Sigmaweld ensure the wire feed speed is automatically controlled from a slow start to the set current and voltage levels to eliminate globule formation at the end of wire and gives clean start each time.
Single Increment Range: Digital front panel allows the operator to set the current and voltage as required in single increments.
Crater Current & Crater Voltage: Programmable crater current & crater voltage settings for smooth weld finish.
Safe and Reliable: Low OCV and protection against prolonged output short, IGBT over current, IGBT short circuit current. welding over current, thermal overload
Power Fluctuation Compensation: Power source does not get affected and it remains constant regardless of fluctuation in input power + 15%. It is suitable especially for the Indian industry
Digital Reading: During welding, it continuously monitors and displays weld current and weld voltage in all modes.
Versatile: Sigmaweld can weld using welding wire sizes from 0.8 mm to 5.0 mm.
External Wire Feeder: Compact and portable external wire feeder with 4 feed roll mechanism to guarantee study uninterrupted wire feeding can be programmed to use with track and trolley for SAW or independent wire feeder units for hardfacing and arcing applications.
