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  • Z543Y Parallel Slide Gate Valve with Hardfaced Seats

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Z543Y Parallel Slide Gate Valve with Hardfaced Seats

Z543Y Parallel Slide Gate Valve with Hardfaced Seats

  • Model:Z543Y-10C/Z543Y-16C/Z543Y-25C/Z543Y-40C/Z543Y-64CZ543Y-10P/Z543Y-16P/Z543Y-25P/Z543Y-40P/Z543Y-64P/Z543Y-150LB/Z543Y-300LB/Z543Y-600LB/Z543Y-900LB
  • Specification:DN50-DN600
  • Temperature:-29℃ ~ +425℃
  • Medium:water, oil, steam, gas, and corrosive media.
  • Pressure:150LB-900LB
  • Connection method:flange connection
  • Driving method: manual, electric and pneumatic
  • Material:cast steel, stainless steel
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Z543Y Parallel Slide Gate Valve with Hardfaced SeatsOverview

Overview

Z543Y Parallel Slide Gate Valve with Hardfaced Seats is a straight-through valve driven by bevel gear, which realizes the on-off of fluid through the vertical rise and fall of a flat gate between two parallel valve seats. Its "Y" represents that the sealing surface is overlaid with hard alloy (such as Stellite) or other wear-resistant materials to form a high-performance metal hard seal pair together with the ram of the same surfacing hard alloy. The introduction of bevel gear transmission mechanism provides huge operating torque, making the opening and closing of large-diameter and high-pressure valves labor-saving and reliable. The product is mainly used in heavy industrial fields such as oil and natural gas long-distance pipelines, refineries, chemical plants, power stations, offshore platforms, etc. It is applicable to the transmission of crude oil, refined oil, natural gas, water, steam and other media, especially suitable for high temperature, high pressure, high wear and critical pipe sections requiring strict cutting as the main block valve. It is one of the core equipment to ensure the safe operation of the industrial energy artery.

Z543Y Parallel Slide Gate Valve with Hardfaced Seats Product Drawing

       

Z543Y Parallel Slide Gate Valve with Hardfaced SeatsCharacteristic

Features:

Bevel gear labor-saving drive: the bevel gear angle drive mechanism is adopted, with obvious torque increasing effect, which can amplify the hand wheel input force dozens of times, easily drive valves with large diameter and high pressure rating, and support the extension of the operating shaft in vertical or horizontal directions.

High-performance hard seal: "Y" hard alloy sealing surface has extremely high hardness, abrasion resistance and scratch resistance, which is applicable to high temperature, high pressure and harsh working conditions containing tiny particles, and its service life is far more than that of conventional sealing materials.

Full-diameter and low flow resistance: the valve adopts full-diameter design, the flow passage is smooth and straight, basically consistent with the inner diameter of the pipe, the resistance is very small when the fluid passes through, almost no pressure loss is generated, and it is suitable for large-flow transmission pipelines.

Double ram elastic structure: floating double ram design is generally adopted, with built-in elastic elements, which can automatically compensate the clearance caused by temperature and pressure change or slight wear when closing, so as to ensure the reliability of two-way seal.

Solid structure and wide applicability: the valve body is usually forged with carbon steel or alloy steel, with high structural strength. The combination of hard seal and bevel gear drive makes it ideal for heavy industrial applications such as long-distance pipelines, oil fields and power plants.

Z543Y Parallel Slide Gate Valve with Hardfaced Seatsstructure principle

Z543Y Parallel Slide Gate Valve with Hardfaced Seats Structure Diagram

Part name and material

零件名称(Part Name)阀体、阀盖(Valve Body & Bonnet)闸板(Gate Disc)阀杆(Valve Stem)阀座(Valve Seat)
"Z"型(Type "Z")WCB(碳钢铸件)合金钢(特殊处理)(Alloy Steel, Special Treatment)不锈钢(Stainless Steel)合金钢(特殊处理)(Alloy Steel, Special Treatment)
"KZ"型(Type "KZ")--抗硫不锈钢(Sulfur-Resistant Stainless Steel)-


Z543Y Parallel Slide Gate Valve with Hardfaced Seatstechnology parameter

Performance Specification Sheet

公称压力(Nominal Pressure)1.0 MPa壳体(Shell)左密封(Left Seal)右密封(Right Seal)
1.51.11.1低压密封(Low-Pressure Seal)“G”型(Type "G")“D”型(Type "D")“KZ”型(Type "KZ")“Z”型(Type "Z")
公称压力(Nominal Pressure)1.6 MPa2.41.761.760.6-29~250-45~121含H₂S和CO₂>500Mg/m³的介质(Media with H₂S and CO₂>500Mg/m³)石油、天然气、水等(Oil, Natural Gas, Water, etc.)
公称压力(Nominal Pressure)2.5 MPa3.752.752.750.6-29~250-45~121含H₂S和CO₂>500Mg/m³的介质(Media with H₂S and CO₂>500Mg/m³石油、天然气、水等(Oil, Natural Gas, Water, etc.)
公称压力(Nominal Pressure)4.0 MPa6.04.44.40.6-29~250-45~121含H₂S和CO₂>500Mg/m³的介质(Media with H₂S and CO₂>500Mg/m³石油、天然气、水等(Oil, Natural Gas, Water, etc.)
公称压力(Nominal Pressure)6.4 MPa9.67.047.040.6-29~250-45~121含H₂S和CO₂>500Mg/m³的介质(Media with H₂S and CO₂>500Mg/m³石油、天然气、水等(Oil, Natural Gas, Water, etc.)
公称压力(Nominal Pressure)10.0 MPa15.011.011.00.6-29~250-45~121含H₂S和CO₂>500Mg/m³的介质(Media with H₂S and CO₂>500Mg/m³石油、天然气、水等(Oil, Natural Gas, Water, etc.)
公称压力(Nominal Pressure)16.0 MPa24.017.617.60.6-29~250-45~121含H₂S和CO₂>500Mg/m³的介质石油、天然气、水等(Oil, Natural Gas, Water, etc.)
磅级(Pressure Class)150 Lb2.932.072.070.6-29~250-45~121含H₂S和CO₂>500Mg/m³的介质(Media with H₂S and CO₂>500Mg/m³石油、天然气、水等(Oil, Natural Gas, Water, etc.)
磅级(Pressure Class)300 Lb5.525.525.520.6-29~250-45~121含H₂S和CO₂>500Mg/m³的介质(Media with H₂S and CO₂>500Mg/m³石油、天然气、水等(Oil, Natural Gas, Water, etc.)
磅级(Pressure Class)400 Lb10.07.317.310.6-29~250-45~121含H₂S和CO₂>500Mg/m³的介质(Media with H₂S and CO₂>500Mg/m³石油、天然气、水等(Oil, Natural Gas, Water, etc.)
磅级(Pressure Class)600 Lb15.011.0311.030.6-29~250-45~121含H₂S和CO₂>500Mg/m³的介质(Media with H₂S and CO₂>500Mg/m³石油、天然气、水等(Oil, Natural Gas, Water, etc.)
磅级(Pressure Class)900 Lb22.416.5416.540.6-29~250-45~121含H₂S和CO₂>500Mg/m³的介质(Media with H₂S and CO₂>500Mg/m³石油、天然气、水等(Oil, Natural Gas, Water, etc.)
0.6-29~250-45~121含H₂S和CO₂>500Mg/m³的介质(Media with H₂S and CO₂>500Mg/m³石油、天然气、水等(Oil, Natural Gas, Water, etc.)


Z543Y Parallel Slide Gate Valve with Hardfaced Seatsstandard size

Standard requirements for overall dimensions

1. The structural length of the valve shall comply with GB13927

2. Connecting flange shall comply with GB/T 17241.6

                       

Z543Y Parallel Slide Gate Valve with Hardfaced Seats Outline Drawing

Outline Dimension Table

公称压力 (MPa) Nominal pressure(MPa)尺寸(mm) Size (mm)
DN(mm)1001251502002503003504004505006007008009001000
1.0L229254267292330356381406432457508610660711811
H770870965120013601560174019302160242028003200364040504467
H1No flow guide holes114132150188225247275312335380445490560610715
flow guide holes21425730038847554762571278588010451190136015101715
weight(kg)No87130140175275350510610830115017802350338044605740
flow guide holes94140151198297378550658896124019222530365048176200
1.6L229254267292330356381406432457508610660711811
H770870965120013601560174019302160242028003200364040504467
H1No114132150188225247275312335380445490560610715
flow guide holes21425730038847554762571278588010451190136015101715
weight(kg)No901351501852954005506601030130019503010380051506360
flow guide holes971451622003184325967131100140021003250410055606868
2.5L229254267292330356381406432457508610660711811
H770870965120013701560174019702260242028003230364040504467
H1No114132150188225247275312335380445490560610715
flow guide holes21425730038847554762571278588010451190136015101715
重量 (kg)No951451632003304205757351110138020303210402053206600
flow guide holes1031561762163564506217941198149021923466434057457130

公称压力(MPa)
Nominal pressure(MPa)
尺寸(mm)size
DN(mm)100125150200250300350400450500600700800
4.0L305381403419457502762838914991114313461524
H7708709651200137015601740197021952420280032303640
H1No114132150188225247275312346380445490560
flow guide holes214257300388475547625712796880104511901360
weight (kg)No110168200350460670870139016202050314041405550
flow guide holes118181215378497723939150017502215339044705995


Articles related to technology research and development
  • soft-sealed gate valve patented

       The utility model discloses a novel soft-seal gate valve, which includes a valve body, a valve cover, a valve rod, a valve chamber, and a rubber-coated gate plate. The valve rod penetrates through the valve cover and is connected to the rubber-coated gate plate. The valve chamber includes a medium channel for medium circulation and a connecting chamber that is connected to the medium channel and corresponds to the valve cover. The rubber-coated gate plate is adapted to the connecting chamber and used to cut off or connect the medium channel. The medium channel includes an inlet end and an outlet end. Guide rails are arranged on the inner wall of the connecting chamber on both sides opposite to the rubber-coated gate plate. Both sides of the rubber-coated gate plate are provided with metal sliders, and the metal sliders are provided with sliding grooves that are adapted to the guide rails. Compared to existing soft-seal gate valves, the utility model has good sealing performance, convenient disassembly and assembly, and a long service life for the rubber-coated gate plate.

    1. A novel soft-seal gate valve comprises a valve body, a valve cover, a valve rod, a valve chamber, and a rubber-coated gate plate. The valve rod penetrates through the valve cover and is connected to the rubber-coated gate plate. The valve chamber includes a medium passage for medium circulation and a connecting chamber connected to the medium passage and corresponding to the valve cover. The rubber-coated gate plate is fitted to the connecting chamber and used to cut off or connect the medium passage. The medium passage includes an inlet end and an outlet end. The utility model is characterized in that guide rails are arranged on both sides of the rubber-coated gate plate on the inner wall of the connecting chamber, metal sliding blocks are arranged on both side walls of the rubber-coated gate plate, sliding grooves adapted to the guide rails are opened on the metal sliding blocks, a sealing groove is opened on the top of the valve cover in the axial direction relative to the valve rod, a clamping block is arranged at the opening of the sealing groove, at least three clamping blocks are arranged circumferentially at intervals relative to the central axis of the sealing groove, a sealing seat fitted to and sleeved on the valve rod is arranged inside the sealing groove, a fixed block corresponding to the rotational fit of the clamping block is arranged on the outer circumferential wall at the bottom of the sealing seat, a pressing block abutting against the top surface of the valve cover is arranged on the top of the sealing seat, and a rubber sleeve is sleeved on the top of the valve cover.

    2. A novel soft-seal gate valve according to claim 1, characterized in that a limit opening is provided at the position on the pressure block corresponding to the gap between two adjacent clamping blocks, a limit groove is provided on the end face of the pressure block, a thrust stopper is provided on the sealing seat, and the thrust stopper comprises a fixed disc adapted to the limit groove and a thrust block provided on the outer circumferential wall of the fixed disc and adapted to the limit opening.

    3. A novel soft seal gate valve according to claim 2, characterized in that a limiting block is arranged on the outer circumferential wall of the sealing seat at a position between two adjacent fixing blocks, and a clamping groove adapted to the limiting block is provided on the thrust block.

    4. A novel soft seal gate valve according to claim 1, characterized in that a stepped groove is provided in the valve body at the inlet end, and a filter screen is arranged inside the stepped groove.

    5. A novel soft-seal gate valve according to claim 4, characterized in that the side of the filter screen facing the inlet end is provided with a flow dividing device, which comprises a fixing ring that fits with interference with the inner wall of the stepped groove, a connecting column located on the central axis of the fixing ring, and a flow dividing plate connected to the fixing ring and the connecting column. The side of the stepped groove located on the inlet end facing the fixing ring is provided with an inner groove, and an elastic snap ring is arranged in the inner groove.

    6. A novel soft seal gate valve according to claim 5, characterized in that the side wall of the diverter plate facing the inlet end has a triangular cross-section.

    7. A novel soft seal gate valve according to claim 5, characterized in that one end of the connecting column facing the inlet end is hemispherical