Overview
| brand | Used or not | ||
| Does it support processing customization | Imported or not | ||
| Protective gas flow rate | Is it equipped with a fuse | ||
| Is it equipped with a soldering iron head as standard | Peak number | ||
| Water replenishment method | Materials and accessories | ||
| material quality | Forming time | ||
| size | Extension length of electric shock arm | ||
| Electrode stroke | Voltage regulation range | ||
| Adjusting series | Power mode | ||
| Power form | Rated gas production | ||
| Nameplate capacity | Rated input power capacity | ||
| Rated input capacity | Protection level | IP54 | |
| Load duration | working voltage | ||
| Workbench movement range | Workbench diameter | ||
| working temperature | Work form | ||
| power | specifications | ||
| Welding method | Single arc double wire Submerged arc welding | Welding thickness | |
| Welding angle | Welding area | ||
| Welding ability | Welding time | ||
| welding speed | Welding form | ||
| Welding pressure | Welding Principles | ||
| Welding diameter | Welding tip to ground voltage | ||
| Impedance of welding nozzle to ground | Welding tip and grounding voltage | ||
| Welding nozzle and grounding impedance | solder | ||
| Welding gun adjustment angle | Welding station type | ||
| Welding head stroke | Welding line speed | ||
| Maximum stroke of sliding table | Laser welding depth | ||
| Laser up and down stroke | Processing accuracy | ||
| Focal spot diameter | Net weight | ||
| Insulation level | Number of adjustable levels | ||
| Maximum outer diameter of weldable pipe | Minimum outer diameter of weldable pipe | ||
| Available welding wire diameter | No-load voltage | ||
| temperature control | control mode | ||
| Temperature of soldering iron head | type | ||
| Cooling method | Cooling water flow rate | ||
| Ionic gas flow rate | Continuous working frequency | ||
| Stud diameter | Pulse frequency range | ||
| Pulse duty cycle | Frequency band | ||
| Average solder joint width | Driving form | ||
| Does it support lifting control | Heating time | ||
| productivity | Applicable objects | ||
| Applicable scope | Output current regulation range | ||
| output voltage | input voltage | ||
| Number of sets | Shell surface impedance | ||
| Arc current range | Temperature regulation range | ||
| temperature range | Tin furnace capacity | ||
| Solder temperature | series | ||
| Phase number | efficiency | ||
| model | HRHW | style | |
| Arc striking method | Length of preheating zone | ||
| Temporary load rate | Oscillation system | ||
| Vibration head cooling system | weight | ||
| Maximum diameter of clamping electrode | Maximum matching cable diameter | ||
| Maximum output load rate | Object of action | ||
| Principle of Action | Wing width | 150-500mm | |
| Web height | 300-1500mm | Workpiece length | 4000-15000mm |
| Maximum weight of workpiece | 4000kg | Variable cross-section angle | ≤ 15 ° |
| welding speed | 300-2000mm/min | Model of Welding power supply | Lincoln DC-1000 |
| Installed power of the entire line | 350kw | Input power supply | three × 380/400/415V, 50/60Hz |
| Device main color | RAL 5015 sky blue or customer specified | ||
Product Details
The H-beam horizontal welding production line is a production equipment that our company combines similar foreign products and years of experience in developing H-beam welding production line equipment. In response to market demand, we have launched a production equipment that is particularly suitable for light H-beam steel. The production line is composed of horizontal end assembly machine, front welding machine, hydraulic turnover machine, rear welding machine and section steel conveying roller table. The whole line is divided into four stations to realize horizontal end assembly, submerged arc welding, 180 ° turnover and section steel conveying between stations. The entire line adopts technologies such as horizontal end assembly, horizontal vertical welding, single arc double wire welding, etc. Compared with traditional vertical welding production lines for H-beams, it has advantages such as high production efficiency and small welding deformation, making it an ideal equipment for mass production of light H-beams.
