IDECO MM-550-F
Power end - the strong heart that drives the operation
Framework and structure: the cornerstone of durability
Materials and processes: The rack of MM-550-F adopts Welded by high-strength steel plate , instead of the traditional cast iron structure .After the welding is completed, the whole rack will undergo strictPost-welding stress elimination heat treatment.
Transmission system: the fusion of precision and power
Crankshaft: Use All-in-one forged alloy steel crankshaft .
Gears: The core of power transmission is Herring-shaped gears Designed large gear rings and small gears. All gears are precision-machined from forged alloy steel blanks and heat-treated to obtain hard and wear-resistant tooth surface and strong tooth core. .
Bearing configuration: We only use top brands of heavy-duty roller bearings to provide the most reliable support for each rotating part:
Main bearing: Double-row tapered roller bearings or concentric roller bearings are used.
Small gear shaft bearing: Using a spherical roller bearing, its self-aligning characteristics can compensate for the small bending deformation of the shaft under heavy load, ensuring that the bearing is always in the best working state, thus extending the service life.
Connecting rod and cross-head bearing: Choose cylindrical roller bearings and needle roller bearings with high bearing capacity specially designed for high-load reciprocing motion .
Reciprocal motion assembly: lasting linear dynamics
Cross head and guide plate: The cross head body adopts integrated cast steel parts to ensure the highest strength and rigidity.The core highlight of its design is the adoption of Replaceable bronze guide plate .
Connecting rod: Made of high-strength forged steel, its joint structure ensures maximum strength under severe loads.
Lubrication system: the lifeline of the power end
Compulsory lubrication: The built-in gear oil pump actively delivers the filtered lubricating oil to the key friction vices such as the main bearing, connecting rod bearing and crosshead, ensuring sufficient oil film protection at any speed. .
Splash lubrication:The rotation of the crankshaft and the large gear ring will stir up the lubricating oil in the oil tank, forming a continuous oil mist and oil bath, providing lubrication for the gear engagement surface and other parts, forming a set of simple and effective redundancy protection mechanisms. .
Hydraulic end - conquer high pressure and abrasion environment
The superiority of manufacturing technology:Each hydraulic end module is made of a whole piece of high-quality alloy steel billet, which is repeatedly forged and molded under a pressure of thousands of tons.
Strict quality assurance: After forging, each module must undergo multi-stage heat treatment and internal quenching process to obtain the ideal hardness and toughness match. Then, we will adopt the mostStrict non-destructive testing (NDT) technology, such as ultrasonic flaw detection, comprehensive internal and external inspection to ensure that the module interior is absolutely pure and free of any inclusions or microcracks. `
We have carefully selected the top-notch for the hydraulic terminal module.High-strength alloy steel, such as 35CrMo or 40CrMnMo .
Designed for high pressure and convenient maintenance
Pressure level: The hydraulic end of MM-550-F is designed for up to 5,000 psi (34.5 MPa) The pressure ofContinuous work under force, and can meet the needs of higher pressure through specific configurations, fully covering the pressure requirements of the vast majority of medium and deep well drilling operations.
Valve-Over-Valve structure: We adopt an advanced valve-on-valve design, that is, the suction valve and discharge valve are arranged vertically. This structure can minimize the residual volume of the cylinder, thus significantly improving the volumetric efficiency and overall hydraulic performance of the pump, so that more effective fluid can be delivered per stroke.
Maintainability design: We are well aware that time is money at the drilling site. Therefore, the hydraulic end is equipped with Quick-change valve coverAndThreaded cylinder liner pressure coverThe design makes the operation of replacing consumable parts such as valves, valve seats and cylinder liners extremely simple and fast, which greatly shortens the maintenance downtime and ensures the continuity of the operation.
Weamable parts - the science of life
Cylinder liner: the first line of defense
We provide cylinder liners of a variety of materials to meet the needs of different working conditions and budgets.
|
Type of cylinder liner |
Shell material |
Inner sleeve material |
Inner hole hardness (HRC) |
Core advantages |
Typical service life |
The best application scenario |
|
High chromium bimetallic cylinder liner |
45# forged steel |
High chromium cast iron (Cr > 27%) |
62−69 |
Excellent wear resistance and corrosion resistance, cost-effective |
>800 hours |
Standard water-based/oil-based mud, conventional drilling |
|
Zirconium oxide ceramic cylinder liner |
45# forged steel |
Toughened zirconia (ZrO3) |
92−94 |
Extreme wear resistance, ultra-long life, significantly extend the life of the piston |
>4000 hours |
High pressure, high abrasion, high temperature and other extremely harsh working conditions |
|
Hardened steel cylinder liner |
High-strength forged steel |
(Overall materials) |
≈60 |
Economical choice, suitable for low-abrasive mud |
It depends on the working conditions. |
Low solid phase content and low corrosive mud |
Piston: hydraulic energy engine
Polyurethane bonding piston:
Integrated bonding structure:Using a specially formulated polyurethane material, it is chemically bonded to the strong forged steel piston core into a whole. This kind of Seamless structure It fundamentally eliminates the common problems of delamination and medium intrusion of split pistons, and prevents abrasive mud from entering the piston and causing damage between the core. ULZ 000105 . .
"Double hardness" polyurethane technology: This is the core of our piston technology. The piston body is made of harder polyurethane material to provide sufficient rigid support and extrusion resistance; while the sealing lip is made of more tough and softer polyurethane material to ensure a dynamic and perfect seal with the inner wall of the cylinder liner. This kind of design makes lifeThe plug can still maintain excellent sealing performance and ultra-long service life at a pressure of up to 7,500 psi and a temperature of 220°F (104°C).
Rubber bonding/replaceable rubber piston: We also provide nitrile rubber pistons as a reliable choice in water-based mud or working conditions that focus on early procurement costs. Among them, the design of the replaceable rubber piston further reduces the cost of spare parts for a single maintenance.
Valve and valve seat: the guardian of flow
Materials and processes: The valve body and the valve seat are made of high-quality alloy steel, and through Carburizing heat treatment. The carburizing process forms an extremely hard wear-resistant layer on the surface of the component, while maintaining the good toughness of the internal core, so that it can not only resist wear, but also absorb the impact load caused by fluid pulsation without brittle fracture.
Structural design:We adopt the ** fully open, valve stem guide (or four-wing guide) ** design. Compared with the traditional design, the fully open valve seat provides a larger flow area, effectively reduces fluid resistance, improves the hydraulic efficiency of the pump, and can pass through the leakage material (LCM) more smoothly, reducing the risk of blockage. .
Sealing and plug-in: The valve plug-in is made of high-quality polyurethane material, which ensures reliable and durable sealing and is easy to replace.The contact surface of the valve body and the plug-in is designed with a serrated structure, forming a "breathless" seal, which prevents premature wear caused by small movement during the high-frequency switching process. .
Piston rod and clamp
Materials and processes: Piston rod selection Grayloy Or equivalent level of advanced heat-treated alloy steel manufacturing .The surface of the rod body passes throughInductive quenching Processed to obtain extremely high surface hardness, followed by precision grinding and mirror polishing. This ultra-smooth surface is for extensionThe life of the coil root seal in the packing box is very important, which can effectively prevent leakage between the hydraulic end and the power end. .
Clamp: Equipped with a high-strength, easy-to-operate piston rod clamp to ensure that the connection between the piston and the piston rod is firm and reliable.
Performance and technical specifications
IDECO MM-550-F Technical Specification Table
|
Parameter |
Specification (British) |
Specification (metric system) ULZ 000138 Model |
|
型号 |
IDECO MM-550-F |
- |
|
Pump type |
Double-cylinder, single-acting reciprocating |
- |
|
Rated input power |
550 HP |
Fourte watts |
|
Maximum stroke length |
15 in |
381 millimeters |
|
Maximum rated speed |
80 SPM |
80 times/minute |
|
Gear transmission ratio |
4.95:1 |
4.95:1 |
|
Valve box size |
API #7 |
API #7 |
|
Inhalation tube flange |
Eight in |
203.2 millimeters |
|
Discharge pipe flange |
Four in |
101.6 millimeters |
|
About weight (with pry) |
45,000 lbs |
20,412 kilograms |
60
IDECO MM-550-F Performance Data Table
The following table showsThe theoretical performance of MM-550-F under different cylinder liner sizes provides accurate reference for your operation planning. ULZ 000171 IDECO MM-550-F performance data (at a rated speed of 80 SPM)
IDECO MM-550-F 性能数据 (在 80 SPM 额定冲速下)
|
Cylinder liner size (in) |
Maximum discharge pressure (psi) |
Flow rate (gal/min) |
Piston rod load (lbs) |
|
7.25 |
1,675 |
620 |
102,500 |
|
7.0 |
1,795 |
578 |
102,500 |
|
6.5 |
2,080 |
496 |
102,500 |
|
6.0 |
2,430 |
422 |
102,500 |
|
Five point five |
2,890 |
356 |
102,500 |
|
Five point five |
3,490 |
293 ULZ 000199 102,500 |
102,500 |
|
4.5 |
4,310 |
237 |
102,500 |
Footnote: Performance data is calculated based on 90% mechanical efficiency and 100% volumetric efficiency. The maximum pressure is limited by the rated power of the power end. The piston rod load is a theoretical calculation value, which is a key indicator for evaluating the mechanical load at the power end.
Application and industry universality
Core application: oil and natural gas drilling
As the original intention of its design, MM-550-F isLand-deep well drilling rig The ideal choice of One. Its powerful low-speed torque and high displacement characteristics make itDrill in the top drive sectionIt is particularly efficient in operation, and can quickly and thoroughly carry large rock debris out of the well. At the same time, its excellent reliability and convenient maintainability also make itWell repair workThe first-choice equipment to ensure that the operation is carried out efficiently and safely.
Broad Prospects: Construction and Civil Engineering
Foundation piling and tunnel construction: In these applications, the pump needs to process abrasive mud containing a large amount of sand and stone.The strong hydraulic end and wear-resistant consumable parts of MM-550-F can easily cope with, provide stable wall pressure for pile holes or tunnel palm surfaces, and efficiently discharge waste slurry. Horizontal directional drill (HDD): In the non-excavation pipeline laying project, the stable circulation of drilling fluid is very important. MM-550-F can provide continuous and stable flow, ensure cooling drill bits, carry rock debris, and maintain the integrity of long-distance horizontal holes.
Other harsh industrial fields
Mining: Whether it is transporting high-concentration mineral slurry or mine drainage operations, the durability and large flow characteristics of MM-550-F can be used to ensure the continuity of production.Three.
Environmental restoration: When treating contaminated groundwater or soil mud, the reliability of the pump is directly related to the safety and efficiency of the project. MM-550-F can operate stably and handle various complex chemical and physical media.
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