ZPP Double Suction Pumps:Reliable OperationHigh EfficiencyWide Hydraulic Coverage1.Our slurry tank flushing pump particularly design for present day high-pace paper device, board gadget and additionally very applicable for different huge ability pumping event.2.Overall performance(max parameter)Heads 130mPotential 6500l/s temperature 120℃
ADVANTAGE:1.Increased reliability and mechanical seal life due to the ideal seal environment created by the SealSentry seal chamber.2.Ease of maintenance resulting from optimal, predictable seal chamber pressures that are re-established after every impeller setting.3.Extended mechanical seal and bearing life through robust shaft and bearing designs that also minimize shaft deflection.4.Fast and accurate impeller setting with the industry's most innovative external impeller adjustment mechanism.GENERAL DESCRIPTION OF THE PUMPThe Recessed Impeller is an open-vane design that has the shroud a
ZPP Designation & Description:Between bearings, single stage, axially split, double entrySulzer designation yy-zzz ZPPSuitable for general industrial pumping as well as low pulsation headbox applications in PPI with highly polished internal surfaces.ZPP Double Suction PumpsPerformance RangeZPP Pumps offers good coverage with many pump sizes for low and high head applications with high efficiencies.
Features and benefitsDecrease total cost of possession from reverse vane impeller, which eases upkeep and provides renewable, excessive-performance performance over the pump's life.Multiplied reliability and mechanical seal existence due to an appropriate seal surroundings created through the sealsentry seal chamber.Ease of maintenance attributable to ideal, predictable seal chamber pressures that are re-hooked up after every impeller placing.Prolonged mechanical seal and bearing life thru strong shaft and bearing designs that still reduce shaft deflection.Speedy and correct impeller placi
High performance process pumps for demanding applicationsAPP/T end-suction single-stage centrifugal process pumps are used for demanding industrial applications to ensure process reliability, high efficiency and low operating costs.Main benefits:Long and trusted experience in all industrial segmentsExcellent performanceExceeds standard requirements of international ISO 5199 and ISO 2858 standardsSuitable for the most demanding industrial applicationsUnique, patented and superior design features minimize life cycle costsQuick and easy installation, safe operation, easy maintenance and serviceMa
Material selection:Our standard Duplex stainless steel ASTM A890 Grade 3A is stronger, harder and has higher pitting corrosion resistance than stainless steel which is conventionally used for double suction pumps.Packings:Split stuffing box gland and lantern ring assure quick and easy change of packings.Packings with or without external or internal sealing liquid provide flexibility according to application.Mechanical seals:Different mechanical seals available.Seals fit into the same chamber as packingsproviding easier change-over to another type of sealing.
Between bearings, single stage, axially split, double entrySuitable for general industrial pumping as well as low pulsation headbox applications in PPI with highly polished internal surfacesOverall performance varietySulzer pumps gives correct coverage with many pump sizes for low and high head applications with high efficienciePerformance Capacity max. 6500 l/s 103000 USGPM Head max.
Prolonged mechanical seal and bearing lifestyles through strong shaft and bearing designs that still limit shaft deflection.Rapid and accurate impeller placing with the industry's maximum revolutionary external impeller adjustment mechanism.In-keep reverse vane impeller adjustment with the most effective pump that takes full gain of the again pull-out design.STARTING THE PUMP AND ADJUSTING FLOW1. Open the suction valve to full open position. It is very important to leave the suction valve open while the pump is operating.
1.Our slurry tank flushing pump specially design for current high-speed paper machine, board machine and also very applicable for other huge capacity pumping occasion.2.Performance(Max parameter)Heads 130mCapacity 6500l/s Temperature 120℃
Reliable OperationHigh Efficiency Wide Hydraulic CoverageBetween bearings, unmarried level, axially cut up, double access appropriate for fashionable business pumping in addition to low pulsation headbox packages in ppi with notably polished inner surfaces.Overall performance varietySulzer pumps gives correct coverage with many pump sizes for low and high head applications with high efficienciePerformance Capacity max.
Our Pump substitute components are reliable, cost effective replacement elements which might be interchangeable with durco etc widely known pump manufacturers.We manufacture more than a few substitute parts including shafts, casings, impellers, stuffing container covers, sleeves, labyrinth seals, repellers, backplates, fans and plenty of more.MAINTENANCEPREVENTIVE MAINTENANCEA procedure for keeping accurate maintenance records is a critical part of any program to improve pump reliability. There are many variables that can contribute to pump failures.
The 3196 ANSI Series is available in a extensive variety of sizes, capacities and materials to match sincerely any manner-fluid software. Capacities to 7000 GPM (1590 m³ /h) Heads to 730 feet (223 m) Temperatures to 700° F (371° C) Pressures to 375 PSIG (26 bar)1.Application: Chemical ProcessingGeneral IndustriesMiningWater ResourcesPower GenerationPrimary MetalsPulp and PaperOil and Gas2.Available Size:6’’-15’’3.Part NameMaterialDuctile Iron316SSCD4MCuAlloy 20NickelHastelloy CTitaniumCasing316SSCD4MCuAlloy 20NickelHastelloy CTitaniumImpeller316SSCD4MCuAlloy 20NickelHa
We provide innovative pumping solutions to business partners in the following industries:• Oil and Gas• Hydrocarbon Processing• Pulp and Paper• Power Generation• General Industry• Chemical Process Industry• Watera.Closed Impelleris used for pumping clean liquids or liquids containing some impurities.For pump types:APPEPPb.Open Impelleris designed for liquids containing solid particles, abrasive liquids or stock up to 8 % consistency.For pump types:APPARPASPEPPc.Special Open Impelleris suitable for liquids containing larger solid particles and long fibers, abrasive liquids or stock up to 8 % co
1.Our pump broadly used for all conventional pumping event in pulp and paper mills. the precise design of app pump, make the pumping slurry easy like water, slurry density can attain 8%.2.Overall performance(max parameter)Heads 160mCapability 2000l/sTemperature 180℃3.To be had size:32-600
1.Our pump widely used for all conventional pumping occasion in pulp and paper mills. The unique design of APP pump, make the pumping slurry easy like water, slurry density can reach 8%.2. Performance(Max parameter)Heads 160mCapacity 2000l/sTemperature 180℃3.Available size:32-600
1.High pumping performance comes as a result of the availability, reliability and quality of the correct pump. Genuine spare parts and proper maintenanceensure the high performance of our process pumps in complex production operations.Our pump widely used for all conventional pumping occasion in pulp and paper mills. The unique design of APP pump, make the pumping slurry easy like water, slurry density can reach 8%. 2. Performance(Max parameter)Heads 160mCapacity 2000l/sTemperature 180℃3.Available size:32-600
The product line offers a wide range of hydraulic sizes to guarantee minimum power consumption. Pump hydraulics, casings and impellers are designed to optimize fluid handling capabilities. Stocks are pumped like water. Particles in sludges do not accumulate in the pump, or slurries are effectively channeled so as not to cause wear.The back vanes of the impeller keep the area between the impeller and the casing cover clean, and reduce the axial load on the bearings.Balance holes in the impeller are used to stabilize the pressure in the seal chamber.
Fast and accurate impeller setting with the industry's most innovative external impeller adjustment mechanism.In-shop reverse vane impeller adjustment with the only pump that takes full advantage of the back pull-out design.BEARING INSTALLATION FOR POWER END ASSEMBLY (CONT'D)Both bearings have a slight interference fit which requires that they be pressed on the shaft with an arbor or hydraulic press. A chart giving bearing fits is shown in Figure 35. Even force should be applied to the inner race only. Never press on the outer race, as the force will damage the balls and races.
Quick and Easy Installation ConceptThe rigid, distortion-free, hot-dip galvanized baseplate is easy to install and grout into the concrete foundation. With various installation options, the pump helps minimize the life-cycle costs.1.The optimized frame size and standardization reduces concrete needs up to 30 %.
We can provide below services:- supply of new equipment- supply of components and spare parts for leading ANSI manufacturer's equipment- service maintenance- reverse engineering If any needs, pls contact me for quotation.
The power end features numerous reliability-,maintenance- and performance-enhancing features, including:• Double row angular contact outboard and single row, deep groove inboard bearings provide excellent axial and radialload support.• External micrometer enables accurate impeller clearance setting in 20 seconds, restoring pump efficiency.– Superior to jackscrews– Protected with O-rings• ASME (ANSI) B73.1 ductile iron frame adapter provides strength and facilitates interchangeability.• Metal-to-metal construction assures a true running and concentric shaft, extending bearing and mechanical sea
CASING• Bonus casing thickness: Class 150 pumps feature Class 300 wall thickness as standard; increased reliability and maximized casing life.• Top centerline discharge for air handling, self venting.• Back pull-out design for ease of maintenance.• Integral casing feet prevent pipe load misalignment − maximized seal and bearing life.• Serrated flanges standard for positive sealing against leakage. Meets ANSI B16.5 requirements. Class 150 FFflanges standard, optional Class 150RF, 300 FF/RF.If any needs, pls contact me for quotation.
Huge hydraulic coverage1.our slurry tank flushing pump especially design for cutting-edge high-tempo paper tool, board gadget and moreover very relevant for different big potential pumping event.2.overall performance(max parameter)Heads 130mAbility 6500l/s temperature a hundred and twenty℃
Our centerline supported end-suction single-stage centrifugal process pumps are designed to stand high temperature especially in demanding industrial hot liquid pumping applications.Main benefitsLong and trusted experience in all industrial segmentsExcellent performanceExceeds standard requirements of international ISO 5199 standardSuitable for the most demanding industrial applicationsUnique, patented and superior design features minimize life-cycle costsQuick and easy installation, safe operation, easy maintenance and serviceMain applicationsClean and lightly contaminated liquidsViscous liqu
ANSI Mark III 4x3-10H bare shaft pump in WCB material, other materials like CD4M, CF8M, A20 etc are all available. And our pumps are 100% interchangeble with leading enterprise's one.If any needs, pls contact me for quotation.
Besides casting pump parts and maching pump parts, we also supply gasket, bearing, O-ring, oil seal etc accessories for assembling a pump.Pls let me know if any needs, I'd like to offer you for your reference.
Operating Parameters• Flows to 4540 m3/h (20 000 US gpm) • Heads to 215 m (700 ft) • Pressures to 27 bar (400 psi) • Temperatures from -73°C (-100°F) to 370°C (700°F) • Discharge sizes from 25 mm (1 in) to 200 (8 in) The material of wet ends like A20, CD4M, 316SS, Titanium, Hastelloy C, Nickel etc are all available, if any needs, I'd like to offer you for your reference.
PerformanceHead up to 110 m. Temperature max. 180 °C. Capacity up to 2000 l/s. Operating frequencies 50 or 60 Hz. Pressure up to 1.6 MPa,
depending on material and size.
The working principle of the engine water pump: Through the belt pulley to drive the pump bearing and the impeller to rotate, the cooling liquid in the pump is driven by the impeller to rotate together, and is thrown to the edge of the pump shell under the effect of Centrifugal Force, at the same time generating certain pressure, and then it comes out of a drain or a pipe.