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Here is the content list:
What are the product components of the hydraulic jack?
What are the characteristics and applications of hydraulic jack?
What are the construction steps of hydraulic jack?
What are the product components of the hydraulic jack?
One Module include
1 set x Power Pump Station: Hydraulic power supply, motor power 4KW, rated flow is about 15l/min.
5 sets x jacking cylinder: 25 tons rated (18 tons, 100%) (Including Hydraulic Jacking Device Components — Steel Cables, Support Device, Pull Rod, etc.)
5 sets x oil hoses system:One tank construction needs one jacking control system. Each jacking control system includes:
1 set x Electrical Controls and operating panels:
Each set includes:
1 centralized PLC operation control box,
1 power source cabinet(With the concentrated push-button and automatic PLC control system or single-set handle operated control.)
What are the characteristics and applications of hydraulic jack?
Application
1.The hydraulic jack are mainly used for vertical tank top to bottom construction;
2.Also it can be used for mega work piece jacking or lifting.
Features
1.The hydraulic jacking system consists of hydraulic pump station, cylinders, steel wire, and strokes. Easy to installation and operation;
2.The hydraulic jacking system utilizes PLC central control to handle lift. Each power pack is equipped with auxiliary balance device to guarantee the precision of simultaneously lifting;
3.Hydraulic jack pump station has subsidiary manual control and central control two operation models. The cylinder can be adjusted to lift separately or to lift with several others as one group, and multi groups can also be integrated to lift reach better precision and better welding effect;
4.All the cylinders are with safety valve. It can be automatically locked to avoid cylinder/ tank dropping even under situation of power off, high-pressure hose broken, burst;
5.The cylinder is with one high pressure hose to avoid oil leaking that usually happen by the traditional multiple hoses. Cylinder will return to initial condition by itself weight;
6.Stroke of Hydraulic cylinder is 1475mm, which can satisfy each annular shell with 2500 plate one-step lift. Greatly reduce the time waste;
7.Hydraulic cylinder basic height is 2050mm, which can match automatic girth welding machine to proceed internal girth seam welding;
8.Module configuration, the hydraulic jack quantity can be adjusted as per different size of tank and weight
9.High efficiency, each time lifting or falling down only needs around 15 minutes;
10.Can well cooperate with our tank welding machines, which can greatly reduce the manpower cost and reduce the construction time; Usually one Horizontal seam welding machine can match 6-10 skilled welder. Vertical seam welding machine can match around 20-30 people skilled welder and butt/fillet welding tractor can match 6-15 skilled welder.
What are the construction steps of hydraulic jack?
The following short description gives the working procedure in outline. It can in certain details be modified when required.
1.The tank bottom – plates are placed on the prepared foundation and welded together.
2.The beams or lattice work of the roof are assembled and finally joined to the upper rim of the shell ring.
3.The hydraulic jacking system is installed in the tank. The plates of the second shell ring (next to the top ring) are positioned outside the first one.
4.The completed part of the tank (roof and top shell ring) is lifted hydraulically to a height at which the plates of the second ring can be moved into place and the roof sheeting can be completed.
5.The plates of the second shell ring are located exactly and welded together to the lower edge of the first ring.
6.The plates of the third shell ring are placed outside the second shell ring.
7.The completed part of the tank (roof the two uppermost shell rings) is lifted.
8.The above cycle of operations is repeated until the last (bottom) shell ring is finished.
9.The entire tank is lowered down to the bottom plate and welded to this.
10.The lifting equipment is dismantled.
Hydraulic jack is mainly used in large tank construction. WINCOO ENGINEERING CO.,LTD is supplying tank hydraulic jack equipment to tank contractors worldwide.
It is not easy to maintain pipe spool fabrication line. Whether it is used in the oil and gas industry, power plants, chemical plants or other infrastructure projects, the pipe spool fabrication line usually contains hundreds of components and thousands of processing steps. Therefore, it is very important to maintain the pipe spool fabrication line.
Here is the content list:
l Line maintenance
l Pipeline repair
l The advantages of choosing WINCOO to repair and maintain the tube shaft production line.
Line maintenance
The maintenance of the pipe spool fabrication line includes inspection of pipeline corrosion and anti-corrosion; inspection of pipelines for oil leaks; inspection of valves along the line; inspection of the loss of hydraulic structures and coatings along the line; inspection of signs of damage, etc. Once the pipeline line and equipment are found to be faulty, the pipe spool fabrication line should be repaired or updated in time.
Due to the long line of the pipe spool fabrication line, it may be damaged by man-made and natural disasters at any time. Therefore, it is necessary to conduct line inspection and maintenance of the pipe spool fabrication line frequently. In addition, there is also a dedicated pipeline maintenance team equipped with necessary mobile equipment, earth moving equipment, welding and blocking equipment, and communication tools, so that they can be prepared for emergency repairs at any time.
l Pipe spool fabrication line anti-corrosion inspection
Routine pipe spool fabrication line anti-corrosion inspections include: regularly testing the protection potential along the pipeline; using an anti-corrosion layer detector to check the integrity of the pipe's anti-corrosion layer on the ground. The inspection of corrosion in the old pipeline is a complicated task, and it is usually carried out with a cup-type pipe cleaner with a testing instrument.
The testing equipment of the pipe spool fabrication line includes a magnetic flaw detector to detect internal corrosion and an ultrasonic thickness gauge to detect the thickness of the pipe spool fabrication line. The running distance is calculated by the number of revolutions of the support wheel, and all the tested parameters are converted into signals and recorded on the tape. After the inspection, the tape is interpreted by the computer, which can indicate the corrosion degree and location of the pipeline.
l Pipe spool fabrication line oil leakage inspection
Mainly rely on line inspectors to inspect the pipe spool fabrication line. In order to ensure the safety of residents and enterprises along the route, all countries have formulated oil and gas pipeline safety technical specifications, which are strictly supervised and implemented by government departments. If leakage occurs in the pipe spool fabrication line, report it to the competent authority immediately and check the cause of the accident on site.
Heavy rains and floods will cause soil erosion on the pipe spool fabrication line and damage to the embankment, resulting in exposed, suspended or even broken underwater pipelines. These situations are mainly discovered by line inspectors. Line patrol personnel usually walk on the ground or fly in the air to patrol the line. The maintenance work of the pipe spool fabrication line must be implemented in accordance with the detailed line engineering as-built drawing!
Pipeline repair
The most prominent part of the maintenance of the pipe spool fabrication line is the handling of large accidents such as leak repair and pipe replacement. If the leak is caused by corrosion and perforation, you can use a fixture to plug the leak on the pipe and then perform repair welding.
If the pipe spool fabrication line is severely damaged or deformed, the pipe must be removed and replaced with a new pipe section. The oil and gas leaked when the pipe is cut off can easily cause a fire. When cutting off the pipeline at low places, it is necessary to prevent a large amount of oil and gas from leaking. Mechanical plugging devices are often used to plug the pipelines, and emergency repair operations are carried out without stopping the transportation.
The mechanical plugging method is to open a hole on the upstream and downstream of the pipe section to be replaced, and insert a plug with a cup into each hole to isolate the oil or gas at both ends, and then drain the oil in the damaged pipe section. Or gas, cut off the pipe section with a mechanical cutter, then insert two pigging balls into the cuts at both ends, and fill the gap between the pigging balls and the plug with nitrogen to prevent explosion during welding.
Put the equipped new pipe spool fabrication line in place, align and weld. After welding, lift the occluder out of the pipe and close the opening to complete the plugging and pipe replacement work. After the pipe spool fabrication line is repaired and operated, two pig balls will be recovered in the pig receiver tube of the downstream station. When plugging and replacing a pipe section, the bypass pipe can be drawn out before plugging to ensure uninterrupted pipe spool fabrication line delivery during the entire pipe replacement process.
The advantages of choosing WINCOO to repair and maintain the tube shaft production line.
Since the pipe spool fabrication line contains thousands of steps, each step is an opportunity for error. Therefore, carefully plan before sending the request for quotation (RFQ) to the manufacturer and proceed during the manufacturing of the pipe spool fabrication line. Careful monitoring and acceleration of the process contribute to successful, timely and profitable results. Adequate planning, preparation and scheduling early in the process is beneficial to project owners, builders and tube and shaft manufacturers!
So choose WINCOO to regularly inspect, maintain and replace the vulnerable parts of the pipe spool fabrication line. We will provide manuals with the machine, such as high-performance pipeline construction equipment, automatic pipeline construction equipment, small pipeline construction equipment, high-precision pipeline construction equipment, Easy to maintain pipeline construction equipment, etc.
WINCOO has professional technical support, we can not only provide online technical support and on-site training support. We will provide appropriate accessories according to the machine, such as CNC vertical storage tank construction solutions, efficient vertical storage tank construction solutions, submerged arc vertical storage tank construction solutions, and electrical vertical storage tank construction solutions. If customers have other parts requirements, we can meet the 1-year quality guarantee. During this period, we will be responsible for any non-human damage, including manuals and accessories!
Solution of container pipe spool fabrication line refers to a construction process in which some pipe sections with a determinable or adjustable size in the single-line diagram are concentrated in the specified area in the early stage, and they are assembled, welded, and tested. Because of its good site, it can be divided into processes: blanking section, grouping section, welding section, large-scale prefabrication yard can also be divided into manual bottoming section, automatic welding cover section, and finished product section, which can greatly improve construction efficiency and qualification.
What are the application areas of the solution of container pipe spool fabrication line?
What is the solution of container pipe spool fabrication line?
What information is there about solution of container pipe spool fabrication line?
Through the solution of container pipe spool fabrication line and on-site installation and commissioning, we also provide customers with related accessories for piping systems, including wear-resistant pipes of similar special materials or processed according to drawings, strip tees, mitered elbows, welded transverse three Through, elbow, lined wear-resistant and corrosion-resistant pipe fittings (ceramic, rubber), etc.
Wincoo follows API, ANSI, ASME standards, and can weld and prefabricate high-pressure pipelines and manifolds, mainly used in high-pressure rigid pipeline environments such as onshore and offshore oil drilling, fracturing, mud circulation, production lines, and test tubes. Wincoo is an excellent long-term supplier of high-pressure pipeline products for companies such as PetroChina, Sinopec, etc.
The solution of container pipe spool fabrication line in engineering is simply to make a plan in advance according to the material, shape, length, quantity and some planning instructions of the project that need to be used in each project. report. That is to say, if the project needs to be redone in the future, it can be based on the model used in this project.
Or a plan based on how much material costs and how much money is spent when the project is finally completed, which can save unnecessary costs in subsequent projects.
Solution of container pipe spool fabrication line: Pipe design, prefabrication management, pipe cutting, pipe groove processing, welding, logistics and anti-corrosion paint, pipe flaw detection and other work in a fixed area.
Advantages of solution of container pipe spool fabrication line: It is convenient to coordinate and control quality, progress and management in a fixed area, reduce the workload of on-site prefabrication and on-site installation, and greatly improve the installation, quality and progress of the entire project.
Modern solution of container pipe spool fabrication line: Using QSPT pipe prefabrication production line or QSPT software and equipment, advanced pipe prefabrication automation equipment can be used to improve the efficiency and quality of pipe prefabrication, and maximize the advantages of pipe prefabrication.
Wincoo Engineering Co., Ltd has been developing solution of container pipe spool fabrication line for many years, and is known as "the national brand leader in China". Therefore, customers can choose their products with confidence.
We currently have three types of tank jacking system, which are advanced tank jacking system, chain tank jacking system and simple tank jacking system.Advanced tank jacking system has the most advanced hydraulic jacking technology available.Today we talk about the advanced tank jacking system.
Here is the content list:
What is the working principle of advanced tank jacking system?
What are the product components of the advanced tank jacking system?
What are the construction steps of advanced tank jacking system?
Advanced tank jacking system (package unit) is evenly distributed around tank inner wall. Tank top and upper (the first layer) wall plates are lifted first and then install and weld wall plates of tank body. Self locking advanced tank jacking system and hydraulic hoist composing of lifting frame and lifting rod are adopted. When oil enters advanced tank jacking system, upper clamp fastens and lifts lifting rod and expansion ring and mobilize tank (including tank top) to ascend upward. When oil returns to jack, upper clamp returns with piston and lower clamp automatically fastens lifting rod without gliding. The jack repeats the movement and make lifting rod ascend with tank to designated height (spare height for next layer of plate). After butt weld of next layer of wall plates, open upper and lower loosening device and loosen upper and lower clamp to make lifting rod and expansion ring descend to lower expanded and welded rib plate of the next layer of wall plates and then lift. Repeat the process and ascend welded tan till the last layer of wall plates are installed and welded. The installation of the whole storage tank is completed.
1.One Module include
2.1 set x Power Pump Station: Hydraulic power supply, motor power 4KW, rated flow is about 15l/min.
3.5 sets x jacking cylinder: 25 tons rated (18 tons, 100%) (Including Hydraulic Jacking Device Components — Steel Cables, Support Device, Pull Rod, etc.)
4.5 sets x oil hoses system:One tank construction needs one jacking control system. Each jacking control system includes:
5.1 set x Electrical Controls and operating panels:
1.1 centralized PLC operation control box,
2.1 power source cabinet
With the concentrated push-button and automatic PLC control system or single-set handle operated control.
Motor and PLC are with brand of SIMENS
Main electric element are Schneider brand
Hose with USA and China JV famous brand
The following short description gives the working procedure in outline. It can in certain details be modified when required.
1.The tank bottom – plates are placed on the prepared foundation and welded together.
2.The beams or lattice work of the roof are assembled and finally joined to the upper rim of the shell ring.
3.The hydraulic jacking system is installed in the tank. The plates of the second shell ring (next to the top ring) are positioned outside the first one.
4.The completed part of the tank (roof and top shell ring) is lifted hydraulically to a height at which the plates of the second ring can be moved into place and the roof sheeting can be completed.
5.The plates of the second shell ring are located exactly and welded together to the lower edge of the first ring.
6.The plates of the third shell ring are placed outside the second shell ring.
7.The completed part of the tank (roof the two uppermost shell rings) is lifted.
8.The above cycle of operations is repeated until the last (bottom) shell ring is finished.
9.The entire tank is lowered down to the bottom plate and welded to this.
10.The lifting equipment is dismantled.
Above we talked about the working principle of advanced tank jacking system,equipment components and installation steps.If you need to know more, please visit our website for more information about advanced tank jacking system.
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