TIG-250SCR-1PH 380V SCR DC Argon Welding Machine
Transformer-Based SCR DC Argon Welding Machine
CE Marking

TIG-250SCR-1PH 380V

Transformer-based SCR DC argon welding machine with single-phase 380V input, 10-250 A rated output, pulse function, gas delay control, and 0.3-4.5 mm material-thickness coverage for broader stainless steel sheet and workshop fabrication work.

380V Single-Phase 0.3-4.5 mm Coverage 10-250 A Output Pulse + Gas Delay
SCR Transformer DC TIG TIG-250SCR-1PH

Built with transformer-based silicon-controlled rectifier technology, advanced control circuitry, gas delay control, and practical pulse control for dependable DC TIG welding in workshop and fabrication environments with 380V single-phase supply.

Rated Output Current10-250 A
Input Voltage380V single-phase
Material Thickness0.3-4.5 mm
Weight83 kg
Technical Specifications

TIG-250SCR-1PH 380V Technical Specifications

Core electrical data, process coverage, and physical dimensions for the TIG-250SCR-1PH 380V SCR DC argon welding machine.

Welding ProcessDC TIG
TechnologyTransformer SCR
Input Supply380V single-phase
Rated Input Power12.5 kVA
ParameterTIG-250SCR-1PH 380V
ModelTIG-250SCR-1PH 380V
TechnologyTransformer-based silicon-controlled rectifier (SCR)
Product TypeSCR DC argon welding machine
Welding ProcessDC TIG welding with pulse function
Supply VoltageSingle Phase 380V ±10%
Rated Input Power12.5 kVA
Rated Output Current10-250 A
Rated Duty Cycle35% @ maximum output
Suitable Material Thickness0.3-4.5 mm
FunctionsPulse function and gas delay control
Exterior Dimensions (L×W×H)660 × 380 × 680 mm
Net Weight83 kg
CertificationCE
ComplianceLVD 2014/35/EU, EMC 2014/30/EU
Product Details

Transformer SCR durability, practical 380V output, and broader workshop DC TIG coverage.

TIG-250SCR-1PH 380V combines transformer-based SCR DC output, pulse control, and gas delay behavior to support precise welding quality on stainless steel and other supplied-material applications in fabrication shops, maintenance work, and professional workshop use.

Control Circuit

Advanced control circuit with practical gas delay function

The supplied product information highlights advanced control circuitry with improved gas delay behavior, helping the machine better match different operator requirements and welding conditions.

TIG Process

Tungsten electrode with argon shielding for precision DC TIG welding

The process uses a tungsten electrode together with argon shielding gas for manual TIG welding, and the supplied description positions it for stainless steel, copper, titanium, iron plate, and alloy steel plate work.

Weld Quality

Argon shielding helps prevent oxidation and improve weld formation

During welding, argon shielding is described as protecting the weld zone from oxidation, supporting higher weld quality, cleaner bead formation, and stronger finished weld properties.

Pulse Control

Pulse function supports thinner material work and heat-sensitive applications

The supplied product notes position pulse control as useful for thinner workpieces and for applications where better heat-input control helps improve welding stability and appearance.

Service Life

Transformer-based SCR construction positioned for long working life

The supplied product highlights position the main unit for 12-20 years of service life under normal operating conditions, emphasizing transformer-based durability and dependable workshop use.

Classification

Standardized product positioning

  • Model: TIG-250SCR-1PH 380V
  • Type: transformer-based SCR DC argon welding machine
  • Input voltage: Single Phase 380V ±10%
  • Output range: 10-250 A
  • Duty cycle: 35%
Functional Configuration

Core configuration for SCR DC TIG control

  • Transformer-based silicon-controlled rectifier output stage
  • Advanced control circuit with gas delay function
  • Pulse function for heat-input management
  • Argon-shielded tungsten electrode TIG process
  • Manual process adjustment for workshop TIG applications
Applications

Built for precision workshop welding on thin-to-medium sections

  • Fabrication shops and maintenance operations
  • Manufacturing facilities and professional welding work
  • Stainless steel, copper, titanium, iron plate, and alloy steel plate as supplied in the product description
  • Applications requiring cleaner weld appearance and practical TIG control on 0.3-4.5 mm workpieces
Selection Guide

DC TIG for supplied-material coverage, AC/DC TIG for aluminum work

  • The supplied TIG range summary separates DC TIG and AC/DC TIG models.
  • Use the AC/DC TIG range when aluminum welding capability is required.
  • This SCR DC TIG model is positioned for precision sheet and workshop welding with dependable transformer-style operation.
  • Single-phase 380V input supports sites that need broader available TIG output.
TIG Welding Series

Select compact DC TIG, AC/DC aluminum TIG, or transformer and SCR platforms by output type, cooling, and material demand.

This TIG lineup covers portable DC TIG and MMA inverters, higher-output pulse TIG machines, AC/DC inverter systems for aluminum and non-ferrous work, and transformer or SCR models for conventional workshop and industrial applications.

DC TIG Inverter And Pulse

Portable and production-ready DC TIG machines for steel, stainless steel, repair, and fabrication work

  • TIG-200, TIG-250mos, TIG-250D, and TIG-250P cover compact DC TIG and multi-process welding for workshop and field use.
  • TIG-315P, TIG-400P, and TIG-500P extend the range for higher-output pulse TIG and industrial fabrication demand.
  • Choose this group when DC TIG performance, portability, or wider pulse-control range is the main requirement.
AC/DC Inverter And Water-Cooled

AC/DC TIG systems for aluminum, non-ferrous metals, and higher-duty production welding

  • AC-DC-TIG-250P, AC-DC-TIG-315P, AC-DC-TIG-315PW, AC-DC-TIG-500P, and AC-DC-TIG-500PW cover AC/DC TIG across air-cooled and water-cooled formats.
  • These models are the preferred choice when aluminum welding, AC output, or longer high-load operating cycles are required.
  • Water-cooled versions are better suited to continuous higher-current work where torch temperature and long-run stability matter more.
Transformer AC/DC And SCR TIG

Conventional transformer-class and SCR-controlled TIG platforms for workshop durability and heavier-duty operation

  • AC-DC-TIG-350PT and AC-DC-TIG-500PT serve thicker-section AC/DC TIG applications in transformer-class format.
  • TIG-200SCR-1PH-220V, TIG-200SCR-1PH-380V, TIG-250SCR-1PH-380V, and TIG-300SCR-1PH-380V provide transformer SCR DC TIG coverage for conventional workshop use.
  • Select this group when traditional machine construction, single-phase transformer supply, or heavier-duty shop use is preferred.
DC TIG AC/DC TIG Pulse TIG MMA Function Aluminum Welding Stainless Steel Water Cooling Transformer TIG SCR TIG
Selection Guidance: Compare DC versus AC/DC output, input supply, output current, duty cycle, cooling method, pulse-control requirements, torch configuration, and target material before choosing the final TIG model.