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| Item | Types of Wuxi JACK I H Beam Welding Machine | |||
| Model | LHC | LHT | LHA: LHA4Z/5Z/55Z/ 4C/5C | PHJ and ZHJ: PHJ15/18/20 ZHJ10/12/15 /18/20 |
| Type | Single Purpose I H Beam Submerged Arc Welding Machine | Three in One | ||
| Flange Width (mm) | 200-800/ 150-1000, or special | 200-800/ 150-1000, or special | 200-800, or special | PHJ: 200-800; ZHJ: 150-750, or special |
| Flange Thickness (mm) | 6-40/60/80/100 | 6-40/60/80/100 | 6-40/60/80/100 | 3-40 |
| Web Height (mm) | 200-2000 | 200-2000 | 200-1200/1500/ 1800/2000 | 200-1000/1200/1500 /1800/2000 |
| Web Thickness (mm) | 6-60 | 6-60 | 6-60 | 3-32 |
| H Beam Length (mm) | 4000-15000 | |||
| Welding Mode | 45° fillet SAW welding, single arc/ twin arc/ tandem arc | 0° flat SAW welding, single arc/ twin arc/ tandem arc; 0° flat GMAW welding | ||
| Applicable H Beam | All sizes, especially large thickness (≥40mm) H Beam | Small to medium sized H Beam, thickness ≦40mm | ||
| Advantage | Can perform several times SAW welding on H Beam back and forth to strengthen welding seam | High efficiency, integrating 3 functions of assembly, welding, straightening | ||
| Welding Speed (mm/min.) | 240-2400 | 120-1200 | ||
| Welding Speed Control | Controlled with A.C. inverter, with digital display, modulated with turning knob | |||
The Lefthand Scrolling Photos: Order to delivery value chain of Wuxi JACK I H Beam Welding Machine
Entails delicate design and validation on:
1) Structure of mechanical main frame;
2) Applicable welding technology and equipped welding machines, based on the Max. H Beam flange thickness;
3) Integral and intuitive control on coordination of outsourced welding power supplies/ function cells/ machine itself;
1) Modulation on H Beam orientation;
2) Try out and set up proper welding parameters: Current/ voltage/ speed, with long time workshop test and accumulation;
3) Adjust on welding assistant function units: Wire feeding/ Welding flux deposition and reuse;
These parameters directly affect on machine performance level;
1) With so many outsourced function elements equipped in one set of machine, how to properly arrange function cells, to compose into a convenient tool for customer, embody on comprehensive capability of machine producer;
2) Every function unit of Wuxi JACK machine conforms to specific working style requirement from customer;
1) It is integrated with welding flux feeding and reuse tubes. These tubes are deployed both way inside the seam tracer;
2) When H Beam is welded forward and backward with several passes, which is necessary working mode for fabricating large plate thickness H Beam, SAW welding flux conveying and recovery can be accomplished in both ways;
1) SAW welding machines (Power supply)/ Equipped control console/ Welding flux recycling machines/ Welding flux hopper… These function units are supplied in package form;
2) These function cells are deployed at the most proper position: Not only safe and convenient operation is available, but also the entire set of machine takes the least land occupation.
Shown in the above photos, successful daily operation of the machine involves below six necessary steps for prepare:
1) To save cost for customers, these brackets usually are prepared by customers, according to prints from producer Wuxi JACK;
2) Each of these brackets are 2 triangulars, one large and one small, facing each other, forming into a 45° included angle, with stiffeners inside the 2 triangulars, and connected into an integral unit
3) These brackets should be positioned and fixed on a row in accurate alignment during installation stage, and tested its linearity during commissioning;
4) For the two branches of LHA model machine: LHAZ center operating and LHAC side operating, orientation of triangular racks are different;
5) These brackets should be made clear ahead of time installation;
This should be completed with precise parallelism and correct span:
1) This is the precondition to guarantee stable precise longitudinal movement of machine main frame, during the entire welding operation;
2) There are corresponding technical tolerance stipulated in machine specifications;
This machine has fairly amount of welding supporting mechanisms, that one set of the machine has 2 groups (LHA series and LHT model) or 1 group (LHC model) of every specie function cells, including:
1) Submerged arc welding machines and its control console, for tandem arc SAW welding, control console combines both D.C. and A.C. welding power supplies;
2) Welding wire feeding and straining unit;
3) Welding flux feeding and reuse unit;
4) Welding seam tracker;
1) Power Grid: Workshop for installation large current SAW welding machine should have sufficient electricity capacity. Including: Electricity power, machine and welding power supply cables, cable hanging racks, etc.;
2) For example, for the special design large LHC model in June 2025 year, one set of the machine should be prepared with electric capacity of:
a) LHC model machine itself, 5kW, 25A;
b) ZD7-1600 D.C. SAW welding machine, 84kW,160A;
c) ZDE7-1200 A.C. SAW welding machine, 71kW,150A
3) Voltage Regulator: Stable power grid without fluctuation directly affects performance of SAW power supply, and hence welding quality;
These are assistant but indispensable units for daily running of machine operation. You may overlook it normally, but can not do without it. For example:
1) Climbing staircase at lateral of machine main frame. Mechanical main frame of some models machine is as high as 4,000mm. So, proper installed climbing ladder and surrounding fence is of vital importance for making sure safety of operators;
2) Guarding fence surrounding platform;
3) Alarm light;
This includes:
1) Raw materials assembled H Beam coming in;
2) Finished workpiece SAW welded H Beam sent out;
3) Internal hoist and flipping H Beam by means of traveling crane, in the case of single equipment LHA or LHT model;
4) Locating machine control board, SAW welding machines, SAW welding flux reuse machine, this is especially important for LHC model, which has column structure, prone for imbalance, if not planned carefully.
Machine model differs on application focus (H Beam size) and mechanical structure:
1) LHC Model Trolley Column for automatic H Beam production line use;
2) LHA Series gantry moving type, including 2 branches of LHAZ central operating and LHAC lateral operating;
3) LHT Model T open structure moving type;
4) LHG/ LHD Special Design moving type BOX gantry frame long post welding machine
| Model | LHC |
| Operator Position during Operation | Stands on Moving Trolley |
| Working Staff | 1 Operator |
| H Beam Max. Web Height | 3000 mm |
| H Beam Web Thickness | 6-32/60/80mm |
| H Beam Flange Width Range | 200-800mm |
| H Beam Flange Thickness Range | 6-40/60/80/100mm |
| H Beam Length | 4,000-15,000mm |
| H Beam Max. Weight | 20 Ton |
| Quantity of Welding Unit in 1 set of Machine | 1 Unit |
| H Beam SAW Welding Speed | 240-2400mm/min., inverter control |
| H Beam Overturning | Hydraulic drive 60° Turnover Machine |
| Model | LHA4Z/ LHA5Z/ LHA55Z LHA4C/ LHA5C |
| Operator Position during Operation | Stands on Workshop Floor: LHAZ: In the middle; LHAC: At the lateral |
| Working Staff | LHAZ: 1 Operator LHAC: 2 Operators |
| H Beam Max. Web Height | LHAZ: 1200/1800/2000mm; LHAC: 1500/2000mm |
| H Beam Web Thickness | 6-32/60/80mm |
| H Beam Flange Width Range | 200-800mm |
| H Beam Flange Thickness Range | 6-40/60/80/100mm |
| H Beam Length Range | 4,000-15,000mm |
| H Beam Max. Weight | 20 Ton |
| Quantity of Welding Unit in 1 set of Machine | 2 Units/ Set |
| H Beam SAW Welding Speed | 240-2400mm/ min., inverter control |
| I H Beam Handling Style | Traveling Crane |
| Model | LHT |
| Operator Position during Operation | Middle beneath Horizontal Beam |
| Working Staff | 1 Operator |
| H Beam Max. Web Height | 3000 mm |
| H Beam Web Thickness | 6-32/60/80mm |
| H Beam Flange Width Range | 200-800mm |
| H Beam Flange Thickness Range | 6-40/60/80/100mm |
| H Beam Length | 4,000-15,000mm |
| H Beam Max. Weight | 20 Ton |
| Quantity of Welding Unit in 1 set of Machine | 2 Units/ Set |
| H Beam SAW Welding Speed | 240-2400mm/min., inverter control |
| H Beam Handling Form | Traveling Crane |
| Applicable Workpiece | Long rod, lamp post |
| Workpiece Length L | 9000-16000mm |
| Large End Diameter D | ≤Φ2500mm |
| Small End Diameter d | ≥Φ300mm |
| Workpiece Taper | a=8°(a=(D-d)/L) |
| Workpiece Weight | ≤6000kg |
| Gantry Movement Speed (Welding Speed) | 200-2000 mm/min., inverter control |
| Gantry Movement Drive Motor | 2x1.1kW, double drive |
| Gantry Movement Rail | 24kg/m, precise honing |
| Welding Torch Transverse Moving Motor | 0.2kW |
| Internal Platform Elevating Motor | 2.2kW |
| Internal Platform Elevating Speed | 1500mm/min. |
1) H Beam Production: As central equipment for producing welding T/ I/ H Beam, LHC/ LHT/ LHA SAW models I H Beam Submerged Arc Welding Machine are indispensable in automatic and semi-automatic I H Beam Production Line;
2) BOX Beam Production: LHT model can also be deployed in BOX Beam Production Line, for implementing on SAW welding on assembled BOX Beam;
3) Other Long Workpieces: Variation of machine can be extended for use in other field, for example, in Municipal Engineering, for welding on long and relative small diameter pillars;
1) CNC Strip Plate Cutting Machine, for cutting out long and small width plates as raw material;
2) I H Beam Assembly Machine, for fulfilling H Beam fitting up and tack welding;
3) I H Beam Straightening Machine, for correcting on flange and longitudinal deformation after SAW welding;
4) Hydraulic drive stationary and movable 60°/90°/180° Overturning Equipment Rack, for flipping and sending H Beam to correct station and orientation;
5) Hydraulic drive uplift and motor drive moving Steel Conveyor, for sending H Beam among different work stations in the production line;
6) BOX I H Beam End Face Milling Machine, being installed at EOL (End of line) station, for milling out end face of produced H Beam;
7) 3 in 1 H Beam Assembly Welding Straightening Integral Machine (3 in 1 I H Beam Welding Machine), produces welding T/ I /H Beam, in the form of light to medium duty single pass welding seam.