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Brand: Toshweld
Toshweld 9.7kVA 1-Phase IGBT Inverter MIG Welding Machine, 315A CO2 Welder External Feeder, MIG / ARC 315 FS
SKU: TI-T9-72163
Estimated Delivery By: May 24 - May 26 
MRP : ₹53911 ₹44926
17% OFF!
Estimated Delivery By: May 24 - May 26 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 high-capacity 315A single-phase multi-process inverter MIG/MAG welding station utilizing advanced IGBT technology and a 9.7kVA rating. Features a detached external wire feeder to deliver seamless heavy fabrication on domestic grids.
Country of origin: China
Specifications
- Brand: Toshweld
- Weight (Approx.) : 21 kg
- Output Current Range : 315 amp
- Technology : IGBT
- Model Number: MIG / ARC 315 FS
- Machine Type: Industrial Inverter MIG / MAG / MMA Multi-Process Welder
- Technology Architecture: Industrial IGBT Inverter System
- Phase Support: Single Phase (1 Phase)
- Input Voltage Line: AC 230V+15%
- Input Power Capacity: 9.7 kVA
- Output Current Range: 30 – 315 A
- Maximum Output Voltage Adjustment: 26.5 V
- Wire Feeder Speed Range: 2.0 – 24.0 mtr/min
- Compatible Mig Wire Diameter: 0.6 mm – 1.0 mm
- Power Factor Value: 0.93
- Net Power Source Weight: 21 kg
- Overall Dimensions: 20 x 8 x 15 Inches
Description
Designed to operate gas-shielded MIG/MAG and conventional stick manual metal arc (MMA) processes on a single-phase grid, the Toshweld MIG / ARC 315 FS is a heavy-duty, industrial-grade multi-process inverter welding station. This machine generates a very stable, low-spatter welding arc over a wide variable output current range of 30 to 315 Amps thanks to a high-efficiency IGBT Inverter System. The station separates its primary power bank from a modular external wire feeder carriage and runs smoothly on a conventional single-phase 230V input with a 9.7kVA power capacity. This particular design drives solid or flux-cored welding wires from 0.6mm to 1.0mm with ease and offers exceptional mobility around large steel structures.
Features
:- Heavy Output on Single-Phase: This method avoids the immediate need for three-phase facility grids by delivering a heavy-duty industrial 315A maximum current utilizing standard 230V single-phase supplies.
- Detached External Wire Feeder: By isolating wire reel friction, a modular wire feeder cage lessens torch fatigue and enables fabricators to move further from the power supply.
- Quick Wire Feeding Velocity: For quick metal deposition, the stepless wire driving mechanism provides precise changes between 2.0 and 24 meters per minute.
- Advanced IGBT Inverter Configuration: Instantaneous arc correction, reduced standby line loss, and optimal thermal distribution are all achieved by the high-frequency inverter topology.
- Robust Front Panel Layout: Equipped with accurate dial matrix controls for voltage and inductance values as well as clear digital readout panels for monitoring parameters.
Applications
:- Heavy Vehicle & Trailer Customization: Ongoing long-seam production of truck beds, agricultural cargo bins, and commercial transport frames.
- Architectural angle iron, mezzanine support decks, industrial storage rack structures, and hefty security gates are all quickly welded in structural steel fabrication yards.
- Industrial Sheet Metal Operations: Creating seams on carbon steel, stainless steel, and low-alloy containers with a thickness of up to 0.6 mm that are smooth and distortion-free.
- Contracting Mechanical Maintenance: Repairing commercial warehouse fixtures, pipeline support structures, and large agricultural machinery attachments in the field.
Usage
:- Before turning on the power switch, make sure your workshop's infrastructure offers a steady, well grounded single-phase AC 230V source.
- Couple the multi-pin control loom and connecting gas hose between the exterior wire feeder box and the main power inverter cabinet securely.
- Attach a spool of matched wire (0.6–1.0 mm) to the spindle hub and run it neatly through the drive rollers and into the cannon lining.
- Turn the separate knobs to map your desired output voltage and wire feed velocity after setting up the system and checking the active digital parameter gauges.
- To maintain healthy component airflow during continuous production lines, make sure the high-velocity internal cooling fan vents are completely unobstructed.
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