Motors

liquid ring Self-Priming Pump,Self-Priming Pump，high Self-Priming Pump， ultra-low NPSH pump, vacuum self-priming pump, ballast pump, bilge pump, tank bottom pump, cavitation-resistant pump, gas-liquid mixed transfer pump, liquid mixed transfer pump, gas-liquid pump HSP series pumps are designed and developed by our company for customers and can be mixed with gas and liquid. According to the edge side channel of fluid dynamics, the impeller blades are arranged in a radial shape, which makes the pump have excellent suction capacity. The special design enables it to transport a large number of bubbles in gas or liquid, and must be used under self-priming conditions. It is the best choice for customers such as oil drum, tank truck unloading and geographical self-priming. •Material of the pump: SUS316L •Usage flow: ≤ 20m ³ •Head: ≤ 20m •Motor power: 4KW •Import and export specifications: Ф 50.8 •Connection: fast •Material of the pump: SUS316L •Usage flow: ≤ 40m ³ •Head: ≤ 24m •Motor power: 5.5KW-11KW •Import and export specifications: Ф 50.8, Ф 63.5, Ф 76.2 •Connection mode: live connection, quick installation, flange liquid ring Self-Priming Pump,Self-Priming Pump，high Self-Priming Pump， ultra-low NPSH pump, vacuum self-priming pump, ballast pump, bilge pump, tank bottom pump, cavitation-resistant pump, gas-liquid mixed transfer pump, liquid mixed transfer pump, gas-liquid pump

Minimum Order: 1 bags

elf lubricating axial piston pump PAH、PAHT、PAHF、APP smaller size more effects 1、 principle The pump and the drive shaft parallel to the nine plungers in the swash plate in the rotating cylinder to do the reciprocating movement of the volume changes to achieve the fluid transport. 2、description 1). Transport high pressure, low viscosity and corrosive fluids such as seawater and other high pressure brine; 2). All parts of the pump are corrosion-resistant materials: dual phase steel, super duplex steel and carbon fiber reinforced polyether ether ketone (PEEK); 3). Provide 0.3m3 / h ~ 44.7m3 / h flow range; 4). All components in the pump are highly efficient and stable, and the maintenance needs of very low long life design; 5). The pump is a fixed displacement pump, which is proportional to the number of revolutions of the input shaft and the displacement of the pump, independent of any reverse pressure. 3、advantages 1). Compact, easy to install, flexible and easy to use 2). Low maintenance requirements 3). Total cost of ownership is low 4). High efficiency, low energy consumption 5). The pressure pulses generated in the outlet pressure piping are extremely small and do not require a matching pulse damper 6). Strong and durable, over-flow medium self-lubricating 4、application areas 1).Desalination 2). Drilling platform 3). Garbage permeate 4). Other areas of application of the pump: fire system spray treatment, special separation and so on. 5). Industrial high pressure water jet, high pressure cleaning (such as: LCD panel cleaning, semiconductor silicon wafer cleaning, etc.) and high pressure water jet cleaning system 6). High pressure water mist humidification, cooling, dust removal system 7). Water hydraulic transmission system 5、accessories 1). Check valve with clamp interface 2).High pressure hose 3). Three links / four pressure gauges 4). Safety valve / discharge valve 5). Solenoid valve Rotor energy recovery coaxial boosing decice Rotor energy recovery coaxial booster The device is widely used in various types of reverse osmosis desalination system; the use of "pressurized function of the rotary pressure transmission device" technology to achieve energy recovery equipment and pressurization equipment integration, the reverse osmosis membrane filtration of high pressure concentrated water through the energy The rotor pressure exchange of the recovery device directly transfers the energy to the low-pressure raw water, so that the pressure of the raw water is converted from the original low pressure to the high pressure, and then the pressurized pump is pressurized by the pressurized pump, that is, the high pressure raw water which can reach the reverse osmosis pressure , Reducing the flow of high-pressure pump raw water, thereby reducing the high-pressure pump energy consumption. So the installation of this device can make the reverse osmosis desalination of the operating costs greatly reduced. And reduce the energy recovery and booster pump between the pipeline, valves, meters and other ancillary facilities, simplifying the energy recovery of high-pressure pipeline system design, so that the entire energy recovery system is more concise, saving the area. The device consists of three parts: the motor blade booster pump rotor pressure exchanger; Rotor pressure switch The rotor pressure exchanger uses the positive displacement principle, the low pressure raw water enters the pressure exchanger from one end, the high pressure concentrated water from the reverse osmosis membrane enters the pressure exchanger from the other end. The pressure energy in the rotating chamber by the high pressure concentrated water directly to the pressure can be passed to the cavity of low-pressure raw water, convert it into high-pressure raw water pressure, and high pressure concentrated water into low pressure after the pressure from the low pressure of raw water. This energy conversion efficiency is very high above 95%, higher than the conversion efficiency of turbines 1/3. The technology has been declared national invention patents, with mass production capacity. Blade booster pump By the pump deflector rotor rotor blades and other components. The pump body is a cylindrical hole. There is an eccentricity between the pump body and the rotor impeller. The blade in the rotor wheel groove can be flexible sliding, the centrifugal force in the rotation of the impeller and the role of the mandrel, the top of the blade attached to the inner surface of the pump, so two adjacent leaves, diversion plate, pump and rotor Between the formation of a closed working chamber. When the rotor impeller in the specified direction of rotation, the sealed working chamber volume gradually increased, resulting in a vacuum, then through the diversion of high pressure raw water inhalation. The rotor impeller continues to rotate the blade into the indent, the sealed chamber volume gradually reduced, sealed in the high-pressure water through the other end of the diversion plate is pressurized and output to the system. Since a plurality of passages are provided on the rotor impeller, the rotor impeller rotation process can be sequentially exchanged by a plurality of passages to realize energy recovery and continuously output the pressurized high pressure raw water.

Minimum Order: 1 bags

QXP tangent flow QXP tangent flow pump is using patented technology (patent number: 02257686.X) the development of a single-stage single-suction partial flow pump. The pump is for low flow, high head, especially with solid medium easily worn condition and design. ???? As a result of the tangential-flow pumps pump design techniques, from zero flow to the design flow rate change, the pump head at a constant value, this characteristic is particularly applicable to the case and supporting the use of the nozzle, but also adapt to a variety of other requirements for pumps having a self-adjusting properties occasions, while the pump impeller and the pump cover front and rear gap insensitive, when due to wear, corrosion resulting gap increases, the performance of the pump does not substantially change. ???? The pump column due to its special design, the flow deviates from the design point, the impeller and shaft imbalance radial force action does not exist, to ensure stable operation of the pump, long bearing life. Performance Parameters Click to view QXP low flow high head pump performance tangential flow parameter table

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Product Description Vertical High-speed Centrifugal Pumps File description HSP-V vertical high-speed centrifugal pumps can replace imported high-speed pumps and have features of good performance, compact structure and high reliability. Their parts and components can be interchangeable with imported products. They can replace multi-stage pumps and reciprocating pumps. Their maximum flow rate is 120m3/h, maximum head is 1920m, maximum suction pressure is 6.8MPaG, maximum power is 160KW and working temperature range is -130º C~+340º C. NOPump Type HSP-V1 HSP-V2 HSP-V4A 1Max. Flow (m3/h) 150 52 250 2Max. Head (m) 1920 915 2180 3Max. Motor Power(kW) 132 37 315 4Speed Range (rpm) 4950~23700 4900~14179 4950~23700 Horizontal High-speed Centrifugal Pumps File description HSP-H horizontal high-speed centrifugal pumps are single-stage, single-suction and overhung pumps, which are mainly composed of motor, gearbox, pump unit, lubrication system and base plate. They have features of stable characteristic parameters, simple structures, easy maintenance, high reliability and long serve life. A backflow stabilizer is integrated into the GSB-W5/W7 pump units, which improves the pump performances at the low flow section and broadens the flow regulating ranges. Advanced high speed thrust bearings are adopted, which enables the suction pressure to reach 10.0 MPa. Detailed profile NO Pump Type HSP-H 3A HSP-H 4 HSP-H 5 HSP-H 7 1Max. Flow ( m3/h) 110 30 250 300 2Max. Head (m) 650 500 3000 3600 3Max. Motor Power(kW) 132 37 400 600 4Speed Range (rpm) 6700~9800 6100~30000 7000~16000 7000~19000

Minimum Order: 1 bags

Description: Magnetic mixing is a fully enclosed, no leakage, and corrosion-resistant mixing method. Due to its non-contact torque transmission, the static sealing to replace dynamic sealing completely solves the leaking problem of mechanical sealing. The equipment is mainly applied to Pharmaceutical, Food machinery heating, resolving the material Working principles 1. A vortex produced by the mixing impeller sucks the soluble powder or liquid towards the impeller 2. After reaching the impeller, the fluid flows in a radical direction rush to the tank wall due to the centrifugal force 3. After reaching the tank wall, the fluid travels upwards and then circulates down to the suction end of impeller 4. The overall bulk movement and the mixing action around the mixer ensure that a homogeneous, mixing, dissolving, dispersing blend is achieved Design and features 1. High blending capacity with low shear 2. Magnetic coupling, no risk of leakage 3. CIP/SIP design 4. Bayonet coupling for easy assembly/disassembly of the drive unit 5. Low power consumption 6. Effective blending even of small volume 7. Very low particle generation 8. Bottom mounted. Excellent for suspensions 9. Frequently converter recommended Application 1. Bottom entry magnetic agitator, also called magnetic mixer, presents a highly hygienic solution for the applications of dispersion, dissolution, homogenization and mixing of a wide range of media in the pharmaceutical industry 2. The magnetic agitators are especially useful in sterile process; Absence of mechanical seals prevents any contact with the exterior environment 3. The most common applications are dissolution of glucose in dematerialized water, maintenance of vaccine suspensions homogeneity and agitation of blood fractions, also for pharmaceutical such vaccine mixing Materials Rotor AISI 316L or 304 Welding plate AISI 316L Bearing SIC Surface finish Ra< 0.5 Options Bearing: SiC. Parts in contact with the media: Special materials Electropolished. Speed sensor. Control panel. With warm speed reducer: Fixed speed range from 50-186rpm (according to different process) Wish gear speed reducer: Fixed speed range from 150-600rpm (according to different process) With 6-pole motor: Fixed speed at 960 rpm, which can be equipped with frequency converter, to control the speed. Selection table: Model Torque power 150rpm 70rpm 35rpm HSMB20 20N. M 0.37 0.25 0.18 HSMB40 40N. M 0.75(0.55) 0.37(0.55) 0.25(0.37) HSMB80 80N. M 1.1 0.75 0.37(0.55) HSMB120 120N. M 1.5 1.1 0.55(0.75) HSMB150 150N. M 2.2 1.5 0.75(1.1) HSMB200 200N. M 3 2.2 1.1(1.5) HSMB300 300N. M 4 3 1.5(2.2) HSMB500 500N. M 7.5 (5.5) 5.5(4) 4(3.0) HSMB800 800N. M 11 7.5 5.5(4) HSMB1000 1000N. M 15 11 7.5(5.5) Note: 1, a few general parameters noted above, pursuant to the request of the customer, mixing form and concentration and viscosity of the medium, temperature, pressure and change.

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Product Description Material Table Part No. NameMaterial 1Pump CoverCast Iron FC250Stainless SteelCopper Plastic Alloy 2Valve Plate Cast Iron FC250Stainless SteelCopper Plastic Alloy 3Valve Disc Stainless Steel/SUS316L 4Valve seat Stainless Steel/SUS316L 5Diaphragm Fluorinated Rubber or Four Fluorine 6Spring SWP 7Plunger Barrel Alloy steel 8Plunger Alloy steel 9Plunger Pushing Head Alloy steel 10Shaft 40Cr Features 1\Corrosion resistance and wear resistance The body and parts of pump room are made of special materials with high corrosion resistance and wear resistance. 2\Easy to maintain with low cost It is possible to change diaphragm and valve without opening the pump body to save time. 3\High pressure and high efficiency In the oil room full of lubricant, motor turning force is effectively converted to energy pressure, the efficiency can be high to 85% from low pressure to high pressure ( 0-150kgf/ cm2), reduce power consumption. 4\Low noise and low ripple The multi-plunger structure brings smooth running, additionally, oil pressure drive diaphragm can control the pulse and maintain low noise. 5\Easy to operate Since no seal part, shaft sealing fault can be avoided and self suction without water exhale is possible. Additionally, positive and opposite spin of pump shaft both can ensure normal liquid delivery. Purposes To deliver slurry containing fine particles, such as dye slurry, paint slurry, etc; To match high pressure spray granulation equipment, etc. Reverse osmosis membrane pressurizes water delivery equipment and matches valve pressure test equipment of sea water desalinating unit, ultra pure water preparation equipment, etc. To convey sludge to pressure filter, inhale and convey sludge to gas explosion groove. To convey high pressure cooling liquid of deep hole drilling machine and machining center for deep hole processing or ceramic grinding. The cleaning of precision machining components, printed circuit board and post processing of burr. The swill of food factory conveyor belt or machine; High-pressure cleaning of ships or vehicles. To convey high viscosity liquid, such as glue, adhesives, jam, wheat paste, cream, etc. Selection Table TypePressure(MPa)Flow(m3/h)Rotating speed(r/min) H2S-300-100-0.40-600 H4S-300-10 , 0-0.80-600 H2S-500-100-1.30-550 H4S-500-100- , 2.60-550 H2S-750-100-3.20-500 H4S-750-100-6. , 40-500 H2S-1000-100-8.50-450 H4S-1000-100-17 , 0-450 H2S-1250-100-140-400 H4S-1250-100-280- , 400 H2S-1600-100-310-400 H4S-1600-100-620-40 , 0 H2S-2000-100-530-350 H4S-2000-100-1060-350

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GH3039 high temperature alloy bar is a high-performance nickel-based alloy rod known for its exceptional mechanical properties and resistance to high- temperature environments. This alloy is primarily used in demanding applications where resistance to oxidation, corrosion, and fatigue is critical. GH3039 alloy offers outstanding strength and stability, even under extreme stress and temperature conditions, making it ideal for use in industries such as aerospace, power generation, and chemical processing. This alloy is particularly known for its high temperature and oxidation resistance, making it a versatile material for manufacturing parts that will operate at elevated temperatures. The GH3039 alloy rod, with a 3/4" diameter, is widely used in turbines, jet engines, and other critical components that require both high strength and durability. Key Features of GH3039 Nickel-Based Alloy Rod High-Temperature Resistance: GH3039 alloy maintains excellent strength and resistance at temperatures above 600°C, ensuring reliable performance in high- temperature environments. Excellent Oxidation Resistance: The alloy is resistant to oxidation, even in extreme thermal and chemical environments, making it suitable for turbine blades, heat exchangers, and other components exposed to harsh conditions. Superior Mechanical Properties: GH3039 exhibits excellent tensile strength, fatigue resistance, and creep strength, making it ideal for components that face repeated thermal and mechanical stress. Corrosion Resistance: It is highly resistant to corrosive environments, including exposure to harsh chemicals, seawater, and industrial gases. Good Fabricability: GH3039 alloy can be easily welded, machined, and fabricated into complex shapes, which is essential for custom applications.

FO group is a professional factory who producing the bearings with large bearing capacity, we are the bearings enterprise with integrating R & D, design, production and sales. "Develop with Quality, Brand with Reputation" is FO principle of development. Since its establishment, it has been adhering to independent technology, advocating innovation and development, also has won the gold medal reputation with excellent product quality and first-class service. FO exported to Europe, Russia, USA, Singapore, Australia and etc. Whtasapp/skype:+86 133 4301 4594 E-mail:sales07@foauto-bearing.com

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Technical specifications Configuration 4-cycle, vertical, water cooled diesel engine Number of cylinders 2 Bore and stroke mm (in.) 70 x 70 (2.76 x 2.76) Displacement cc (cu. in.) 539 (33) Maximum output hp(kW)/rpm at crankshaft 18hp/4500rpm (13.2kW/4500rpm) Combustion system Direct injection Starting system Electric with emergency rope start Cooling system Direct seawater cooling by rubber impeller pump Lubrication system Forced lubrication with trochoid pump Generator AC dynamo built in flywheel Drive device Clutch type Dog type clutch Reduction ratio Ahead/Astern 1.846/1.846 Direction of rotation Clockwise viewed from propeller Lubrication system Oil bath Tilt up system AX-E manual AX-EP hydraulic Control device Engine speed control Remote control Clutch control Remote control Steering Remote control Transom installation Through bolts with nuts Fuel oil Diesel fuel with kerosene (Add lube oil, 30:1) Fuel oil capacity l(cu.in) 24 (1465)

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Rated output 57 kW / 78 mhp Rated Speed 2550 Displacement 4.3 ltr [262.4 cu in] Cylinders 4 in-line Bore x Stroke 105 mm x 125 mm Type 4-stroke, vertical. water cooled diesel engine

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Rated Output 404 kW / 550 mhp Rated Speed 3000 rpm Displacement 6.728 L / 411 cu. in No. of cylinders 6 cylinders Cylinder Bore x Stroke 104 mm x 132 mm / 4.10 in x 5.20 in Configuration In-line, 4-stroke, vertical, water-cooled diesel engine Combustion system Direct Injection, Bosch Common Rail System Aspiration Turbocharged & Intercooled Alternator 12V - 90A, 24V - 70A Dry weight without gear 780 kg / 1720 lbs Dimensions 1519 mm x 893 mm x 881 mm Controls Electronic

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Rated Output 324 kW / 440 mhp Rated Speed 3300 rpm Displacement 5.813 L / 354 cu. in No. of cylinders 6 cylinders Cylinder Bore x Stroke 106 mm x 110 mm / 4.17 in x 4.33 in Combustion system Direct Injection, In-line Pump Aspiration Turbocharged & Intercooled Alternator 12V - 80A Dry weight without gear 535 kg / 1179 lbs Dimensions 1428 mm x 692 mm x 736 mm Controls Mechanical

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Rated Output 277 kW / 376 mhp Rated Speed 3200 rpm Displacement 5.813 L / 354 cu. in No. of cylinders 6 cylinders Cylinder Bore x Stroke 106 mm x 110 mm / 4.17 in x 4.33 in Combustion system Direct Injection, In-line Pump Aspiration Turbocharged & Intercooled Alternator 12V - 80A Dry weight without gear 535 kg / 1179 lbs Dimensions 1412 mm x 835 mm x 880 mm Controls Mechanical

Minimum Order: 1 bags

Rated Output 243 kW / 330 mhp Rated Speed 3200 rpm Displacement 5.813 L / 354 cu. in No. of cylinders 6 cylinders Cylinder Bore x Stroke 106 mm x 110 mm / 4.17 in x 4.33 in Combustion system Direct Injection, In-line Pump Aspiration Turbocharged & Intercooled Alternator 12V - 80A Dry weight without gear 535 kg / 1179 lbs Dimensions 1412 mm x 835 mm x 880 mm Controls Mechanical

Minimum Order: 1 bags