Item No.
Input voltage
Output rangege
Rated output(40℃) 60%
Net weight
Wire feeder
PROMIG 260MP
1PH~230V ±15%
3PH~400V ±15%
3PH~230V/400V ±15%
10A~260A
260A/27V
52kg
4-Rollers
PROMIG 320MP
3PH~400V ±15%
3PH~230V/400V ±15%
10A~320A
320A/30V
58kg
4-Rollers
Processes:
Stick (SMAW)
Flux-cored (FCAW)
MIG (GMAW)
Pulsed MIG (GMAW-P)
TIG Lift-arc (GTAW)
Application:
General fabricators
Contract welding services
Plant maintenance shops
Equipment
| GMAW process | |
|---|---|
| Synergy Control | ● |
| Short Arc (refined dip transfer) | ● |
| Pulse MIG | ● |
| Double pulse MIG | ● |
| HSP (High Speed Pulse) | ○ |
| HPC (Hybrid Pulse Control) | ○ |
| ULS (Ultra low spatter) | ○ |
| Options |
|
|---|---|
| Separated wire feeder | ○ |
| Built-in water cooling unit |
○ |
| Operation method | |
| At the main power source |
● |
| At the remote control |
○ |
| At the torch | ○ |
| ● Standard options ○ Optionally available | |
References
| Metal Thickness | PROMIG 260MP | PROMIG 320MP |
|---|---|---|
| ≤ 3 mm | ★★★★☆ |
★★☆☆☆ |
| 3-6 mm | ★★★★★ |
★★★★★ |
| 6mm | ★★★☆☆ |
★★★★★ |
| Material Suitability | PROMIG 260MP | PROMIG 320MP |
| Aluminum |
★★★★★ |
★★★★★ |
| Stainless Steel |
★★★☆☆ |
★★★★☆ |
| Carbon Steel | ★★★★☆ | ★★★★★ |
Advanced Features
Simple operation but more compatible
3 steps To Achieve Weld Perfection
1.Select Processes-list No.
2.Adjust welding current.
3.Save it into JOBs.
(always the perfect setting by the synergic function using the material thickness)
Process-list
To start welding, users can simply and quickly select a process No. according to any particular welding needs (based on material, process, gas, wire). A wide range of welding processes with perfect waves have been embedded into the well-displayed Topwell process-list.
The PROMIG MP Series offers a wider range of voltage options to meet the different voltage requirements of personal or industrial welding scenarios. You can choose a single-phase welding machine for personal use, or you can choose a three phase high rated voltage, which is suitable for many industries such as automotive, container, steel structure and shipbuilding.
With the powerful storage with great capacity, up to 999 processes/JOBs can be saved in the system for later use. Users can easily re-save or recall previous processes with just one click. Working efficiency are greatly improved with Topwell’s memory funtion.
Better Aluminum Welding Process
Benefited by the full-digital controller of the Pulse Arc process, it delivers：
Besides, by the refined and extensive expert database continually, always the Pulse Arc waveforms also updated accordingly.
As a result, it achieved deeper, focused penetration with minimal thermal stress, making it the ideal solutions for less-distortion, spatters-free welding applications especially the Aluminum welding jobs.
Using the most durable motor and drive design, and installing the wire drawing motor close to the welding position, the wire feeding is smoother and less likely to get blocked, especially in aluminum welding conditions, which improves wire feeding performance and arc stability.
Equipped with LCD screen display and function keys, it can communicate with the power machine to adjust welding procedures and parameters. Communication between the digital welding torch and machine enables enhanced the synergy welding, as the wire speed increases/decreases, the MIG parameters increase/decrease to match the appropriate power required.
Advanced Technologies for Further Heat Control
The ULS process is a modified short-arc transfer arc with perfect waveform setting that greatly reduces spatter generation. In the pinch phrase, there is a special current interruption, the energy is extracted under the program setting, avoiding the explosion caused by the large current, and the surface tension of the molten pool warms the generated droplets. Even in CO2 and MAG welding, it can minimize the spatters, which means less rework, fewer rejects, less cleaning required and savings on wearing parts.
• Highly efficient dip transfer arc with refined waveform;
• Suppress the spatter during short-circuit transition;
• Create high-quality seams with increased deposition rate;
• Spatter can be reduced by 20% when welding with CO2;
The extension self-adjusting function maintains the stability of the same short arc length, enabling constant and regular short circuits, despite the change in the welding torch position, changing sheet thicknesses, or material misalignment.
Benefiting from the wire feed control, the penetration stays stable and constant even in spite of the extension fluctuations.
Advanced Technologies for Higher Efficiency
Compared to a standard pulse process, the HSP extends its transition to a virtually flowing material transition to the work pieces, which boosts deposition rates by 35% while ensuring smooth, spatter-free seams. It helps users to save time, money, and resource as no reworks are required.
Get better welding seam Less heat input, less spatters, less rework.
Get higher welding strength Deeper penetration, no undercut defects, higher strength.
HPC--Hybrid Pulse Control is an advanced hybrid process that integrates Pulse and Short-Circuit transfer methods. By alternating between these two modes, the molten pool is heated and cooled periodically, creating a distinct "fish-scale" ripple pattern. The frequency and duty cycle can be precisely fine-tuned to shape the bead appearance as required. This exceptional puddle control makes HPC ideal for all-position welding, particularly for challenging vertical-up applications.
The specialty of HPC-Vertical Up lies in two processes: one is to heat up the material with high energy, and another is to steeply lower the heat to contribute to the well-formation of seams within a short time.
It ensures a reliable penetration, precisely sized weld fillings, and a near-optimal throat thickness and is faster and easier than the conventional "X-Mas tree".
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