TIG welder for Aluminium——DFC-WSME550
Experience Cutting-Edge Welding with Our TWS Three-Frequency Composite Current Control Technology!
Revolutionize Your Welding Process
In the fast-evolving world of manufacturing, efficiency and quality are paramount. Introducing our advanced TWS Three-Frequency Composite Current Control Technology—designed to deliver ultra-strong arc resistance and exceptional deep dissolution effects. Say goodbye to welding inconsistencies and hello to precision and power!
Unmatched Features for Superior Welding Performance
- KHZ High-Frequency Welding: Harness the power of high-frequency oscillation arc welding for flawless, high-quality joins that stand the test of time.
- Versatile Control Modes: Achieve unparalleled flexibility with multiple control modes tailored to your specific welding needs. The variable arc output ensures a perfect fit for every unique application.
- μs-Level Response Time: Experience lightning-fast response times that guarantee accuracy and stability of the arc. Your welding projects deserve nothing less!
- Highly Integrated Inverter Chopper Module: Benefit from a sophisticated, compact design that maximizes performance while minimizing energy consumption.
Smart Communication Built-In
- Autoweld Communication Settings: Simplify your setup with analog communication options, enabling configuration with analog/discrete inputs and outputs for seamless integration with welding robots or machines.
- Robust 485 Digital Communication: Enjoy stronger digital transmission capabilities and extended distance, ensuring reliable performance even in complex environments.
- TWS three-frequency composite current control technology
- The deep dissolution effect of super electric arc compression capacity is obvious
- K H Z High-frequency welding
- Arc welding with high-frequency oscillation
- High-quality welding
Form control way, realize the variety of welding characteristic arc output, to meet different welding requirements.
- μs-level response, to ensure the accuracy and stability of the arc high-speed conversion output
- Highly integrated inverter chopper module
Autoweld communication settings:
Analog communication: can be configured with analog / discrete analog input and output function welding robot or welding machine.
485 digital communication: Stronger digital transmission capability, longer transmission distance.
Equipment features
Triple-waveform superposition welding
A new AC welding waveform control mode, through the base frequency, carrier frequency and characteristic frequency,
1.Arc compression strength, large melting depth, different deep dissolution effect
2.Arc oscillation stirring force can be set with different cleaning ability effects
3.High-efficiency improvement of the welding speed
4.Oxidation film crushing and cleaning ability is strong, and the welding path forming is beautiful
5.High-quality welding effect
KHZ high-frequency welding, high-frequency vibration of the molten pool,enhanced stirring ability, and significantly improved welding quality.
High frequency welding, enhanced electromagnetic compression ability,enhanced arc stiffness, and significantly improved welding penetration
AC waveform controls new height —— TWS, new technology of waveform superposition
1.Selective combination waveform output,surpassing single waveform output in performance.
2.Microsecond level dynamic response speed ensures waveform superposition output
3.Adapt to the welding of different materials
Technical features of DFC shear transformer welding machine
High-level dynamic chopper technology
A bridge power transistor group can achieve polarity conversion and current regulation.
High-speed current detection and control technology
Dynamic transformation between the current limit values responds to the microsecond level
High-reliability power conversion technology
The newly developed frequency conversion chopping module perfectly solves the problem of heat dissipation and absorption, and meets the high-speed conversion output of high current and high power
Multiple protection, cross-failure protection
Multiple protection of the power bridge body, even if one electric
Damage to the flow sensor also does not cause the current to get out of control.
Structural characteristics of DFC shear transformer welding machine
The variable frequency chopper module is highly integrated
1.Multiple power tube set and electrolytic capacitor are used to form the bridge inverter circuit, and the power tube set has both changing direction and current regulation。
2.Function, the DC current into different kinds of AC-DC waveform output.
3.Single bridge road adopts different kinds of power tubes and using the different frequency characteristics of different kinds of power tubes.
4.Perfect solution to the problem of heat dissipation and absorption. Adopt packaging mode, packaging process, to achieve both dust and moisture prevention and heat dissipation.
Parameters
| Model | DFC-WSME550 | ||||
| Standard welding | Deep penetration welding | Pulse welding | |||
| Welding current(A) | 3-550 | 3-550 | 3-550 | Main frequency (HZ) | 20-50 |
| Base current (%) | 10- 120 % | 10- 100 % | 10- 120 % | Carrier frequency(HZ) | 100-1000 |
| Input voltage(V) | three phase380V,50HZalternating current | Characteristic frequency (KHZ) | 20-100 | ||
| Duty cycle | 550A-60% | ||||
| Rated input power capacity | 17.6(KVA) | Insulation class | h | ||
| Weight(KG) | 120 | Dimensions(mm) | 740*350*790 | ||
DFC-WSME550 Welding functional configuration:
| Mode | Welding method | Advantage | Adaptive material |
| DC-TIG | DC TIG | Stable arc and good bead formation | Carbon steel, stainless steel, alloy steel, titanium alloy, etc. |
| PulseTIG | High pulse frequency, small heat input, small welding deformation, suitable for thin plate welding | Carbon steel, stainless steel, alloy steel, titanium alloy, etc. | |
| Deep meltingTIG | High arc stiffness, large welding penetration and fast welding speed | Carbon steel, stainless steel, alloy steel, titanium alloy, etc. | |
| AC-TIG | Comminicate TIG | Arc stabilization | Aluminum and its alloys, nine-nickel steel, copper and its alloys |
| Deep melting TIG | Stable arc, strong arc compression, high stiffness, large welding penetration and fast welding speed | Aluminum and its alloys, magnesium alloys, nine-nickel steel, copper and its alloys | |
| Pulse TIG | The welding heat input is small, the molten pool is strong, and the weld bead is formed beautifully | Aluminum and its alloys, magnesium alloys, nine-nickel steel, copper and its alloys, aluminum bronze and other materials |
