Toshweld 18kVA 3-Phase IGBT Module Industrial Aluminum TIG Welder, 500A Plant, TIG 500 P AC/DC

Brand: Toshweld

Toshweld 18kVA 3-Phase IGBT Module Industrial Aluminum TIG Welder, 500A Plant, TIG 500 P AC/DC

Name: Toshweld 18kVA 3-Phase IGBT Module Industrial Aluminum TIG Welder, 500A Plant, TIG 500 P AC/DC
Brand: Toshweld
SKU: TI-TT-72150
Price: 186497 INR
Availability: InStock
Rating: 5.00 (1 reviews)

SKU: TI-TT-72150

MRP : ₹223796 ₹186497

17% OFF!

Get Extra ₹2,797 OFF on Prepaid Orders

Estimated Delivery By: Aug 25 - Aug 27

Easy Return
& Refund

Quality
Assurance

Trusted
Delivery

After Sales
Assistance

Buyer
Protection

₹186497 (Including GST)

MRP : ₹223796

17% OFF!

Get Extra ₹2,797 OFF on Prepaid Orders

QTY :

Add to Cart

Buy Now

A massive heavy-industrial 500A three-phase inverter welding plant powered by high-capacity IGBT modules. It features full pulse adjustments and an AC/DC toggle to cleanly execute x-ray quality welds on aluminum and steel up to 30mm thick.

Country of origin: China

Brand: Toshweld
Weight (Approx.) : 60 kg
Output Current Range : 500 amp
Technology : IGBT

Model: TIG 500 P AC/DC
Machine Type: Industrial Inverter AC/DC Pulse TIG & Stick Dual-Process Welder
Technology: Integrated Industrial IGBT Module System
Phase: Three Phase (3 Phase)
Input Voltage (V): AC415V±15%
Input Power Capacity: 18 kVA
Output Current Range: 10 – 500 A
Rated Input Current: 53 A
No-Load Voltage: 54 V
Arc Ignition Type: HF (High-Frequency) Ignition
Power Factor: 0.93
Welding Plate Thickness (Aluminum & Steel): 0.3 mm – 30.0 mm
Dimensions: 27 x 18 x 32 Inches

The Toshweld TIG 500 P AC/DC is a flagship heavy-industrial multi-process inverter welding station designed for heavy structural engineering, shipyards, and high-duty-cycle factory operations. This machine produces an unwavering, spatter-free arc with an incredibly clean square wave structure, powered by a huge, highly reliable integrated IGBT Module network. With a strong 18kVA input capacity and a three-phase 415V industrial grid, it can handle harsh applications ranging from 10 to 500 Amps. This workhorse allows code-compliant, x-ray quality fusion on both delicate and extra-thick aluminum, magnesium, stainless steel, and alloy plates up to 30mm thick. It has integrated High-Frequency (HF) non-contact arc ignition and independent parameter knobs for wave balancing and pulsing frequency.

Features

Heavy Industrial IGBT Module Core: Ultimate arc stiffness, low thermal fatigue, and dependable performance on extended continuous industrial shifts are guaranteed by the large-capacity module block system.
AC/DC Square Wave Balance: Provides stable Direct Current (DC) for high-penetration steel joints or dynamic Alternating Current (AC) with exact pulse width control to remove heavy surface oxides from aluminum.
Pre-flow gas, start current, upslope time, peak current, base current, down-slope decay, crater current, pulse frequency, and post-flow gas timings may all be adjusted with this comprehensive analog control board.
Heavy-Duty Industrial Mobile Platform: This robust steel cabinet, which has four heavy-duty lockable shop wheels and a foot-pedal control connection socket, condenses a huge 60 kg industrial build.

Applications

Heavy Armor & Ship Fabrication: Alloy armored panels, landing platforms, and thick aluminum ship hulls are all subjected to deep-penetration structural welding.
Pressure Vessel Manufacturing: Radiography examinations are necessary for continuous high-purity root and cap passes on boiler pipelines and heavy chemical storage reactors.
Aerospace & Rail Engineering: Customized thick aluminum frameworks, high-speed rail car bogies, and structural component welding.
Reconditioning worn parts, structural gearboxes, and thick alloy booms on mining or earthmoving rigs are examples of heavy industrial machinery maintenance.

Usage

Make sure the main electrical panel in your industrial workshop is configured to provide the device terminal block with a dedicated, grounded, three-phase AC 415V connection line.
Connect the TIG torch gas lead firmly to the front panel interface and connect your argon gas source to the rear port via a sturdy flowmeter regulator.
Directly attach the grounding return clamp to a raw, brilliantly polished part of the target steel plate that is free of oils, rust, and mill scale.
Choose "DC" for carbon and stainless steel arrays or "AC" for aluminum fabrications on the control mode rocker switch, then adjust the pulse frequencies to fit your puddle specifications.