Automatic Welding Carriage

Automatic Welding Carriage

 

 

A-305 Automatic Welding Carriage is a pipeline automatic external welding equipment independently developed and manufactured by Xionggu Electrical.
It is mainly used for circular seam welding of long distance pipelines, petrochemical and water pipelines. It has the three-direction arc tracking function: vertical, horizontal, and bevel width tracking. It can be used for root pass, fill and capping pass welding of pipe joints.

 

 

Model	A-305
Applicable Pipe Diameter	≥Φ168 mm
Travel Speed	0.1~1.5 m/min
Wire Feeding Speed	2.5~16 m/min
Number of Section per Group	1~180 Sections
Torch Oscillation Width	0~50.8 mm
Torch Oscillation Mode	Linear/pendular
Torch Vertical Movement	0~ 50.8 mm
Torch Horizontal Movement	0~50.8 mm
Torch Inclination Angle	±45°
Weight of Wire Spool	5kg
Ambient Temperature	-40~55℃
Altitude	4500m
Ingress Protection	IP54
Weight	15.8kg
Dimensions (L×W×H)	600mm×350mm×250mm

 

 

Our products are usually transported by ocean or by railway due to their large size and heavy weight. If you need it urgently, please contact us.

 

 

 

 

Aviation case and plywood box and other packings that meet international transportation packing standards.

 

 

Our company treats every customer's pre-sale, in-sale and after-sales needs with sincere service. With the method of scientific and technological innovation and the spirit of conscientiousness and pragmatism, strict quality and continuous improvement, we have produced green, energy-saving, efficient and reliable products.

 

 

1.Which kind of pipelines are suitable for Xionggu pipeline automatic welding machine?
Oil, natural gas, heating, chemical industry and water pipelines.

2.What diameter of pipeline is suitable for automatic pipe welding machine?
Pipeline with a diameter of more than 168mm can be welded with pipeline automatic welding machine.

3.What are the causes that affect the one-time qualified rate of automatic pipeline welding?
There are mainly the following causes (including but not limited to):
1. The bevel precision doesn’t meet standards;
2. Incorrect shielding gas ratio;
3. The pipe joint is not grinded, and the bevel edge is damaged;
4. The spatters on the nozzle, contact tip and gas diffuser is not cleaned timely after each layer of welding;
5. Poor grounding;
6. Wind protection measures are not in place;
7. The generator output voltage is unstable or exceeds the normal range.
8. The contact tip is worn and damaged, resulting in current and voltage instability or sudden change during welding.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

http://www.xgwelder.com/