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Brand: Toshweld
Toshweld 1-Phase MOSFET Inverter MIG Welding Machine, 250A CO2 Gas Shielded Welder External Feeder, MIG 250 FS
SKU: TI-T1-72153
Estimated Delivery By: May 25 - May 27 
MRP : ₹53911 ₹44926
17% OFF!
Estimated Delivery By: May 25 - May 27 Easy Return
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₹44926 (Including GST)
MRP : ₹53911
17% OFF!
Get Extra ₹674 OFF on Prepaid Orders
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Short Description
A highly powerful 250A single-phase inverter MIG/MAG welding station engineered with heavy-duty MOSFET technology. It features an external wire feeder setup to seamlessly weld carbon and stainless steel structures.
Country of origin: China
Specifications
- Brand: Toshweld
- Weight (Approx.) : 21 kg
- Output Current Range : 250 amp
- Technology : MOSFET
- Model Number: MIG 250 FS
- Machine Type: Inverter MIG / MAG / Stick Multi-Process Workshop Welder
- Technology: Multi-Card MOSFET Inverter System
- Phase: Single Phase (1 Phase)
- Input Voltage (V): AC230V±15%
- Input Power Capacity: 8.5 kVA
- Output Current Range: 50 – 250 A
- Maximum Output Voltage Adjustment: 26.5 V
- Wire Feeder Speed Range: 2.5 – 18 mtr/min
- Compatible Mig Wire Diameter: 0.6 mm – 1.0 mm
- Power Factor Efficiency: 0.93
- Insulation Grade Rating: F
- Chassis Enclosure Protection: IP21
- Dimensions: 20 x 8 x 15 Inches
Description
Specifically designed to provide high-capacity Gas Metal Arc Welding (GMAW/MIG/MAG) and manual stick (MMA) capabilities on conventional single-phase electrical lines, the Toshweld MIG 250 FS is an industrial-grade, multi-process inverter welding station. It generates a clear, spatter-free welding arc across a wide variable output current range of 50 to 250 Amps thanks to its sophisticated multi-card MOSFET inverter core. This system divides the main power hub from a sturdy, heavy-duty external wire feeding carriage and runs smoothly on a single-phase 230V line with an 8.5kVA power capacity. This arrangement greatly increases workshop mobility, enabling operators to move freely around large fabrications while precisely feeding core solid or flux-cored wires from 0.6mm to 1.0mm.
Features
:- Single-Phase Infrastructure Freedom: This eliminates the immediate need for a unique three-phase grid setup by delivering a heavy industrial 250A output utilizing regular 230V lines.
- Detached External Wire Feeder: The modular wire feed housing maintains the torch's flexibility and light weight, making it easy for the operator to move around massive structures.
- Stepless Wire Feeding Control: To match particular gas and sheet specifications, just dial in feeding speed variables between 2.5 and 18 meters per minute.
- Classic MOSFET Multi-Card Architecture: Dynamic line drop tracking, quick arc static response, and simple component-level field maintenance are all guaranteed by tried-and-true internal circuitry.
- Heavy-Duty MCB Power Gate: Protects internal boards from voltage shocks by using a robust industrial micro molded circuit breaker rather than a simple rocker power switch.
Applications
:- Industrial Vehicle & Trailer Builds: Ongoing long-seam production of custom car bodies, agricultural load boxes, and commercial transport trailers.
- Architectural angle iron, industrial storage frames, storage mezzanine platforms, and steel gates are all quickly welded in medium-sized structural fabrication workshops.
- Commercial Sheet Metal Assembly: Making consistent, low-distortion seams on tanks or enclosures made of stainless steel, low-alloy steel, and mild steel starting at 0.6 mm.
- General mechanical contracting repairs include heavy warehouse hardware, structural assembly channels, farm implements, and metal retail fixtures that are refurbished on-site.
Usage
:- Before turning on the hefty front breaker, make sure your generator or single-phase AC 230V shop wall socket meets the necessary power requirements.
- Tightly insert the control harness and connecting gas hose into the front-panel connectors that connect the external feeder unit to the primary power box.
- Carefully thread the line through the twin feeding rollers into the torch liner after inserting a normal wire spool (0.6mm–1.0mm) onto the spindle hub.
- Turn the front MCB upward, choose the wire velocity feed pace, balance your desired output voltage using the independent control knobs, and smoothly start the arc.
- To promote healthy internal heat ventilation during continuous production cycles, avoid covering or blocking the high-velocity internal cooling louvers.
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