Inverter Submerged Arc Welding Machine

Driscoil Equipment supplies industrial Inverter Submerged Arc Welding (SAW) Machines designed for high-productivity, continuous welding of heavy steel structures, pipelines, pressure vessels and fabricated components. Technical Specifications Specification Typical / Available Configuration Equipment Type Inverter Submerged Arc Welding Machine Welding Process Submerged Arc Welding (SAW) Power Source IGBT Inverter Technology Rated Output Current Typically 800–1,250 A Output Voltage Approximately 30–50 V, application dependent Duty Cycle Up to 100% at rated output on industrial models Input Power 3-Phase AC Input Voltage Typically 380–415 V AC, depending on model Frequency 50/60 Hz Welding Current Range Model dependent Wire Diameter Typically 2.0–5.0 mm Wire Feed Speed Application dependent Electrode Configuration Single-wire / twin-wire / tandem options Flux Delivery Integrated flux hopper/feed system Cooling Air-cooled / water-cooled, model dependent Control System Digital control / microprocessor control Polarity DC+ / DC− / AC options depending on configuration Arc Control Adjustable voltage, current and wire-feed parameters Protection Over-current, over-voltage, overheating and phase-loss protection Remote Control Available Welding Head Automatic SAW welding head Travel System Welding tractor / carriage / column & boom system Operating Mode Automatic / semi-automatic Construction Industrial heavy-duty Standards Applicable IEC / EN / AWS requirements

Driscoil Equipment supplies industrial Inverter Submerged Arc Welding (SAW) Machines designed for high-productivity, continuous welding of heavy steel structures, pipelines, pressure vessels and fabricated components. Technical Specifications Specification Typical / Available Configuration Equipment Type Inverter Submerged Arc Welding Machine Welding Process Submerged Arc Welding (SAW) Power Source IGBT Inverter Technology Rated Output Current Typically 800–1,250 A Output Voltage Approximately 30–50 V, application dependent Duty Cycle Up to 100% at rated output on industrial models Input Power 3-Phase AC Input Voltage Typically 380–415 V AC, depending on model Frequency 50/60 Hz Welding Current Range Model dependent Wire Diameter Typically 2.0–5.0 mm Wire Feed Speed Application dependent Electrode Configuration Single-wire / twin-wire / tandem options Flux Delivery Integrated flux hopper/feed system Cooling Air-cooled / water-cooled, model dependent Control System Digital control / microprocessor control Polarity DC+ / DC− / AC options depending on configuration Arc Control Adjustable voltage, current and wire-feed parameters Protection Over-current, over-voltage, overheating and phase-loss protection Remote Control Available Welding Head Automatic SAW welding head Travel System Welding tractor / carriage / column & boom system Operating Mode Automatic / semi-automatic Construction Industrial heavy-duty Standards Applicable IEC / EN / AWS requirements Designed for safe, efficient, and compliant operations.