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1) The attached picture was taken at a customer site, on a set of ZHJ8015 integrated function 3 in 1 Automatic H Beam Welding Machine:
2) A piece of T Beam was being exported from this SAW H Beam Fabrication Equipment (SAW stands for submerged arc welding, which is the main welding mode in H Beam Welding Machine and T Beam Welding Machine).
1) With another piece of flange, the workpiece in the master picture can be made from T Beam to H Beam;
2) In huge sums of pictures taken on SAW H Beam Welding Machine, a large portion of them show workpiece in the stage of T Beam, as is the case with the attached first, second and third pictures;
1) In practical application, T Beam Welding Machine also shares the same structure/ working principle/ operation with H Beam Welding Machine;
2) From this point of view, the 2 types of machine equal to each other, and can be exchanged;
3) This topic we have discussed in the product section of “PHJ15 Automatic H Beam Fabrication Machine”;
1) We have seen many pictures and video on running of T Beam Welding Machine, but not T Beam assembling;
2) Please check attached video, which has been shot clearly on alignment principle and process for T Beam fitting up, happened in the Automatic T Beam Welding Machine:
3) Assembling Element: There are 2 groups of alignment rollers for clamping web (At higher position), and 2 pairs of alignment rollers for clamping flange (At lower position) in the 3 in 1 H Beam Fabrication Machine;
4) Drive Form: These powerful and precise motion alignment rollers are driven with hydraulic cylinders and guided with moving shafts, positioning and securing web and flange of the T Beam in turn;
1) This is the second stage assembling of T Beam (H Beam) in the H Beam Fabrication Machine, final and precise;
2) Fitting Up Precision: As can be seen from video, these alignment rollers in this 3 in 1 T Beam Welding Machine are eccentric rollers, which can have ±2.5mm inching adjustment on the basis of variation in workpiece, making sure high precision H Beam (T Beam) assembling acquired in the H Beam Fabrication Machine.
1) Mainstream: For PHJ and ZHJ models 3 in 1 H Beam Fabrication Machine (Together with 3 in 1 T Beam Welding Machine), most majority welding mode is SAW:
2) That over 90% of the T and H Beam Welding Machine is equipped with SAW power supply only;
3) For fabricating small working parts: On the other hand, there are special certain cases, that customer demand both SAW and CO2 gas shielded welding equipped with the H Beam Welding Machine (T Beam Welding Machine):
4) In welding workpiece with flange and web thickness less than 5~6 mm, and expected higher impact value of welding seams (Which means, higher strength of welding seam, for example, applied in shipbuilding), CO2 gas shielded welding is the optimum choice;
5) The attached second picture shows CO2 gas shielded welding performed in a set of T Beam Welding Machine (H Beam Welding Machine). From the strong arc light generated in the process we can identify the kind of welding mode it adopted;
1) In the case of both SAW and GMAW welding modes adopted with the H Beam Fabrication Machine, 4 sets of welding power supply should be equipped:
2) 2 sets of SAW welding machines, and 2 sets of CO2 welding machines;
3) Budget Increase: Accordingly, price of the total equipment of H Beam Welding Machine (T Beam Welding Machine) is increased accordingly;
3. Welding Supplementary Units: Welding torch/ Control consoles for the SAW and CO2 welding are also different, and should be equipped with the H Beam Fabrication Machine.
Below are technical specifications of this ZHJ8015 Automatic H Beam Welding Machine (T Beam Welding Machine):
Technical Parameter | ZHJ8015 Automatic H Beam Fabrication Machine |
Web Height | 200 ∼ 1500 mm |
Web Thickness | 6 ∼ 32 mm |
Flange Width | 150 ∼ 750 mm |
Flange Thickness | 6 ∼ 40 mm |
Workpiece (Welding H Beam) Length | 3,000 ∼ 15,000 mm (Based on customer demand) |
Working Speed of Assembly/ Welding Straightening | 200∼1200 mm/min. for both SAW and CO2 (Stepless management, A.C. Inverter Control, adjusted with potentiometer) |
Toe Size of Single Pass Welding Seam | Max. 8~12 mm, flat fillet welding of SAW/ CO2 |
Finished Workpiece (Welding H Beam) Cross Section Form | Symmetric Only (Refers to Flange with respect to Web) |
Overall Dimension(L×W×H)of 3 in 1 H Beam Fabrication Machine | 28m × 4m × 4.2m |
Conveyor | Input / Output 10~11m length each,3 segments each; One segment driving, two segments Idling type |
Driving Mode | Assembly/ Straightening: Hydraulic Cylinder; Welding: Electric Motor |
Welding Mode | Most majority: SAW (Submerged Arc Welding, 2.5/3/4 mm diameter welding wire), Single Arc Minority: CO2 Gas shielded Welding |
Max. Welding Current | Up to 1000 A for SAW; 420A for CO2 |
1) The attached picture was taken at a customer site, on a set of ZHJ8015 integrated function 3 in 1 Automatic H Beam Welding Machine:
2) A piece of T Beam was being exported from this SAW H Beam Fabrication Equipment (SAW stands for submerged arc welding, which is the main welding mode in H Beam Welding Machine and T Beam Welding Machine).
1) With another piece of flange, the workpiece in the master picture can be made from T Beam to H Beam;
2) In huge sums of pictures taken on SAW H Beam Welding Machine, a large portion of them show workpiece in the stage of T Beam, as is the case with the attached first, second and third pictures;
1) In practical application, T Beam Welding Machine also shares the same structure/ working principle/ operation with H Beam Welding Machine;
2) From this point of view, the 2 types of machine equal to each other, and can be exchanged;
3) This topic we have discussed in the product section of “PHJ15 Automatic H Beam Fabrication Machine”;
1) We have seen many pictures and video on running of T Beam Welding Machine, but not T Beam assembling;
2) Please check attached video, which has been shot clearly on alignment principle and process for T Beam fitting up, happened in the Automatic T Beam Welding Machine:
3) Assembling Element: There are 2 groups of alignment rollers for clamping web (At higher position), and 2 pairs of alignment rollers for clamping flange (At lower position) in the 3 in 1 H Beam Fabrication Machine;
4) Drive Form: These powerful and precise motion alignment rollers are driven with hydraulic cylinders and guided with moving shafts, positioning and securing web and flange of the T Beam in turn;
1) This is the second stage assembling of T Beam (H Beam) in the H Beam Fabrication Machine, final and precise;
2) Fitting Up Precision: As can be seen from video, these alignment rollers in this 3 in 1 T Beam Welding Machine are eccentric rollers, which can have ±2.5mm inching adjustment on the basis of variation in workpiece, making sure high precision H Beam (T Beam) assembling acquired in the H Beam Fabrication Machine.
1) Mainstream: For PHJ and ZHJ models 3 in 1 H Beam Fabrication Machine (Together with 3 in 1 T Beam Welding Machine), most majority welding mode is SAW:
2) That over 90% of the T and H Beam Welding Machine is equipped with SAW power supply only;
3) For fabricating small working parts: On the other hand, there are special certain cases, that customer demand both SAW and CO2 gas shielded welding equipped with the H Beam Welding Machine (T Beam Welding Machine):
4) In welding workpiece with flange and web thickness less than 5~6 mm, and expected higher impact value of welding seams (Which means, higher strength of welding seam, for example, applied in shipbuilding), CO2 gas shielded welding is the optimum choice;
5) The attached second picture shows CO2 gas shielded welding performed in a set of T Beam Welding Machine (H Beam Welding Machine). From the strong arc light generated in the process we can identify the kind of welding mode it adopted;
1) In the case of both SAW and GMAW welding modes adopted with the H Beam Fabrication Machine, 4 sets of welding power supply should be equipped:
2) 2 sets of SAW welding machines, and 2 sets of CO2 welding machines;
3) Budget Increase: Accordingly, price of the total equipment of H Beam Welding Machine (T Beam Welding Machine) is increased accordingly;
3. Welding Supplementary Units: Welding torch/ Control consoles for the SAW and CO2 welding are also different, and should be equipped with the H Beam Fabrication Machine.
Below are technical specifications of this ZHJ8015 Automatic H Beam Welding Machine (T Beam Welding Machine):
Technical Parameter | ZHJ8015 Automatic H Beam Fabrication Machine |
Web Height | 200 ∼ 1500 mm |
Web Thickness | 6 ∼ 32 mm |
Flange Width | 150 ∼ 750 mm |
Flange Thickness | 6 ∼ 40 mm |
Workpiece (Welding H Beam) Length | 3,000 ∼ 15,000 mm (Based on customer demand) |
Working Speed of Assembly/ Welding Straightening | 200∼1200 mm/min. for both SAW and CO2 (Stepless management, A.C. Inverter Control, adjusted with potentiometer) |
Toe Size of Single Pass Welding Seam | Max. 8~12 mm, flat fillet welding of SAW/ CO2 |
Finished Workpiece (Welding H Beam) Cross Section Form | Symmetric Only (Refers to Flange with respect to Web) |
Overall Dimension(L×W×H)of 3 in 1 H Beam Fabrication Machine | 28m × 4m × 4.2m |
Conveyor | Input / Output 10~11m length each,3 segments each; One segment driving, two segments Idling type |
Driving Mode | Assembly/ Straightening: Hydraulic Cylinder; Welding: Electric Motor |
Welding Mode | Most majority: SAW (Submerged Arc Welding, 2.5/3/4 mm diameter welding wire), Single Arc Minority: CO2 Gas shielded Welding |
Max. Welding Current | Up to 1000 A for SAW; 420A for CO2 |