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Here is the content list:
l Regarding the control of pipeline construction equipment before construction.
l Regarding the control of pipeline construction equipment during construction.
l Regarding the control of pipeline construction equipment after construction.
Regarding the control of pipeline construction equipment before construction.
Before construction, in order to ensure that the material of the pipeline construction equipment used meets the industrial requirements, strict inspections need to be repeated, including repeated verification and review of the construction drawings, and careful inspection of the pipeline processing drawings to ensure that the pipelines in the drawings The processing regulations and calculated data meet actual requirements.
In addition, it is necessary to check whether the pipeline construction equipment required for installation has a quality certificate and whether the specifications and models of the pipeline correspond to the certificate, and whether it meets the corresponding installation requirements of the pipeline construction equipment.
Before construction, check the pipeline construction equipment for damage and other quality defects that affect the construction. In order to get a more accurate understanding of the pipe material, professional quality inspection instruments can be used. For example, high-pressure pipelines can be detected by the monitoring method of magnetic flaw detection. Ensure that the material of pipeline construction equipment meets industrial production requirements.
In terms of capital investment in the installation of pipeline construction equipment, manpower, materials, and instruments and tools used are the main capital consumption objects. Manufacturers need to have a detailed grasp of the use of funds to reduce costs as much as possible without affecting the quality of the project. When selecting manpower, low-skilled workers should be employed for jobs with low technical requirements. When selecting materials, pipeline construction equipment is often selected for comparison. Before construction, it is also necessary to conduct professional skills training for construction personnel to enhance their work skills.
Regarding the control of pipeline construction equipment during construction.
During the installation process, when the pipe is cut according to the drawings, it is necessary to use the corresponding operating tools and methods to cut according to the construction requirements and the pipe material to avoid damage to the pipe. When connecting pipes, the main construction methods are hot bending and cold bending.
Hot bending is performed in the pipeline construction equipment installation process after heating treatment, specialized functional personnel make it deform according to the construction requirements; cold bending is carried out at room temperature, the pipeline construction equipment deforms according to the construction requirements. Since heating will cause mechanical deformation of the pipeline, cold bending processing methods are mostly used in the construction process. In hot bending, different heating fuels, heating pipeline construction equipment, and heating techniques must be used according to different pipeline materials and construction requirements, and the heating temperature must be strictly controlled.
The hot-bent pipes must be maintained after installation to ensure their quality and durability. When welding, due to the different materials of the pipeline and the different connection methods of the pipeline during the laying process, the welding tools and techniques selected will be different. The welding technology requires high requirements, and the construction personnel need to have good experience and technology to make the pipeline can be Therefore, experienced technicians should be selected for the welding process during the installation of pipeline construction equipment, and professional equipment should be used for testing after the welding is completed to see if seamless welding has been achieved to meet the engineering requirements.
Regarding the control of pipeline construction equipment after construction.
After the completion of the pipeline construction equipment, quality inspection and maintenance of the pipeline are required. When performing quality inspections, professional monitoring equipment is generally used, such as radiographic inspection, which can achieve non-destructive inspection. When the test is in progress, a unified test standard shall be adopted in compliance with the relevant technical standards, with special attention to whether the units used are unified.
After the pipeline construction equipment is installed, in order to better ensure the quality of the pipeline, it needs to be treated with anti-corrosion treatment. Generally, paint is applied to isolate the pipeline and the air in the water and oxygen from chemical reaction and rust. Extend the service life of the pipeline, and also improve the safety of operations for those who perform production operations.
Pipeline construction equipment is widely used in industrial production and has strict quality requirements. Due to the different pipeline construction equipment used in different industrial production environments, it is easy to have some problems during the installation process, which will affect the quality of the installation project. To ensure pipeline construction the installation quality of equipment meets the requirements of industrial production, and the installation process needs to be carried out in strict accordance with the construction requirements.
The use of tank welding machine requires a series of processes from raw materials to finished products. The completion of these processes requires corresponding various tank welding machines and welding, electrical control, and detection devices. These devices and devices are available in various types according to different process requirements.
Why do we choose tank welding machine?
What are the steps for using the tank welding machine?
What is the workflow of tank welding machine?
(1) Tank welding machine can reduce the heat input to the minimum required amount, the metallographic change range of the heat affected zone is small, and the deformation caused by heat conduction is also the lowest.
(2) The welding process parameters of 32mm plate thickness single-pass welding have been verified and qualified, which can reduce the time required for thick plate welding and even save the use of filler metal.
(3) Tank welding machine does not need to use electrodes, and there is no concern about electrode contamination or damage. And because it does not belong to the contact welding process, the wear and deformation of the equipment can be minimized.
(4) The laser beam generated by the tank welding machine is easy to focus, align and be guided by optical instruments. It can be placed at an appropriate distance from the workpiece, and can be re-guided between tools or obstacles around the workpiece. Unable to play due to the space constraints mentioned above.
(5) The workpiece of the tank welding machine can be placed in a closed space (evacuated or the internal gas environment is under control).
Raw material (strip coil) - feeding - shearing butt welding (manual welding) - storage bin - feeding forming - high frequency welding - deburring - cooling water jacket - sizing and straightening - flying saw cutting - blanking (manual stacking and dressing)
Tank welding machine refers to an automatic welding machine that performs transverse welding of large tanks. At present, according to the requirements of the tank structure and construction process, a forward and reverse dual-purpose transverse seam automatic welding machine has been developed and produced. The complete set of equipment consists of welding walking frame. It consists of submerged arc automatic welding system, flux recycling system and holding system, operation box and power distribution cabinet. The welding system is equipped with a multi-functional welding system to ensure that the quality of its products is well guaranteed. The welding system with excellent performance in tank welding machine is a reliable guarantee for welding quality and construction progress. Considering the use environment of the construction site, tank welding machine adopts a special welding system for automatic welding of tank construction, which can work in various harsh environments, effectively ensure the stability of the machine running.
Based on clients’ facility space availability, WINCOO ENGINEERING CO., LTD is able to study/design and present matched configurations on project schedule, quality, cost and productivity to guarantee production pace in accordance with project requirement.
The tank welding machine can automatically and continuously weld the front and back sides of the cell according to the set requirements. The welding belt is automatically fed and cut automatically during welding, and the battery string is automatically received after the welding is completed. Welding methods include infrared lamp welding and high-frequency electromagnetic induction welding.
What are the working characteristics of tank welding machine?
What are the advantages of tank welding machine?
What should the welder pay attention to when using the tank welding machine?
Tank welding machine belongs to fusion welding, which uses laser beam as energy to impact on weldment joints.
The laser beam of the tank welding machine can be guided by a flat optical element (such as a mirror), and then the beam is projected on the welding seam by a reflective focusing element or a mirror.
Tank welding machine is a non-contact welding process, no need to pressurize during operation, but inert gas is required to prevent oxidation of the molten pool, and filler metal is occasionally used.
Tank welding machine can be combined with MIG welding to form laser MIG composite welding to achieve large penetration welding, and the heat input is greatly reduced compared to MIG welding.
(1) The laser beam of the tank welding machine can be focused on a small area, and can weld small and closely spaced components.
(2) Tank welding machine can weld a wide range of materials, and can also join various dissimilar materials with each other.
(3) Tank welding machine is easy to perform high-speed welding by automation, and can also be controlled by digital or computer.
(4) When welding thin materials or thin-diameter wires, it is not as easy to melt back as arc welding.
(5) Tank welding machine is not affected by magnetic field (arc welding and electron beam welding are easy), and can accurately align the weldment.
(6) Tank welding machine can weld two metals with different physical properties (such as different resistance).
(7) Tank welding machine does not need vacuum or X-ray protection.
(8) If perforated welding is used, the depth-to-width ratio of the weld bead can reach 10:1.
(9) Tank welding machine can switch the device to transmit the laser beam to multiple workstations.
1. Prevent the tank welding machine from splashing metal to cause burns and fires.
2. Prevent the harm of arc light radiation of tank welding machine to human body.
3. To prevent some harmful gas poisoning.
4. When welding pressure vessels, prevent welding explosion.
5. When working at heights, wear seat belts and helmets.
6. Be careful to avoid electric shock accidents.
WINCOO ENGINEERING CO., LTD has ability of providing workable solutions to support clients to be awarded with shorter project execution time, fewer man-hour costs and higher efficiency construction/fabrication method and better quality during phase of project bidding.
The tank hydraulic jacking system is the most commonly used lifting equipment on construction sites. It is extended section by section. It is used to lift construction materials such as steel bars, wood corrugated, and scaffold pipes. YT series tank hydraulic jacking system is a large-scale equipment specially designed and developed for the national oil reserve project, which is suitable for the upside-down welding process engineering of large steel silos. What is a tank hydraulic jacking system?
Here is the content list:
l Product description of tank hydraulic jacking system.
l Briefly describe the use and method of tank hydraulic jacking system.
l What are the characteristics of tank hydraulic jacking system?
The tank hydraulic jacking system is mainly used for the structure from top to bottom of the vertical tank, and can also be used for lifting or lifting large work pieces. First, we briefly summarize the working process of the tank hydraulic jacking system:
l Place the tank bottom plate of the tank hydraulic jacking system on the prepared foundation and weld them together.
l Assemble the roof beams or grids and finally connect them to the upper edge of the shell ring.
l Install the tank hydraulic jacking system equipment in the water tank. The plate of the second shell ring (next to the top ring) is located on the outside of the first shell.
l The completed part of the water tank (roof and top shell ring) is hydraulically lifted to a height where the plate of the second ring can be moved into place and the roof slab can be completed.
l The plates of the second shell ring are precisely positioned and welded together and fixed to the lower edge of the first ring.
l The plate of the third shell ring is placed outside the second shell ring.
l Lift the entire part of the tank (the top of the two uppermost shell rings).
l Repeat the above operation cycle until the last (bottom) housing ring is completed.
l The entire tank hydraulic jacking system is lowered to the bottom plate and welded to the bottom plate.
l Disassemble the lifting equipment of the tank hydraulic jacking system.
power input | 380V / 3ph / 50Hz |
Ability to work | Will be recommended based on the lifting weight of the fuel tank |
diameter | Will recommend based on tank diameter |
Board width | 1.5 – 2.7m |
1 x 60 hydraulic powertrain | |
preset pressure | 25 MPa |
Limited Data | 60 liters/minute |
Output flow | 0 -58L/min |
Motor Power | 22kw |
Oil pump | 400 liters |
net weight | 680 kg |
32 x SQD-160 tank trestle | |
Rated lifting capacity | 160KN |
Rated oil pressure | 20 MPa |
Effective stroke of hydraulic jack | 100±3mm |
Effective lifting height | 2500 mm + 200 mm |
As a large-scale equipment specially designed and developed for the national oil reserve project, the YT series tank hydraulic jacking system is suitable for the upside-down welding process engineering of large steel silos.
Tank hydraulic jacking system is the welding engineering of giant steel silo upside-down technology, suitable for steel storage tanks with height ≤ 2.5 meters. The specific usage method is as follows:
l The overall structure, the vertical lifting displacement of the overall building.
l Inverted construction of large-span roof trusses and multi-story buildings.
l Large objects are lifted vertically.
Tank hydraulic jacking system of equipment is a two-stage single-acting hydraulic cylinder (hydraulic jack), used for VTOL force or force that needs to return from the rear, so it cannot be used for horizontal work.
In addition, tank hydraulic jacking system is a compact device, safe and stable, easy to operate, adjustable load, fast installation, and high synchronization accuracy.
YT series tank hydraulic jacking system is used as a "drag five" oil supply device. Each pump station is connected to the hydraulic cylinder 5, thus avoiding the disadvantages of excessive and leaking caused by traditional centralized oil pipes and ensuring environmental pollution Minimize!
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