|
|
Applications: Typical applications serviced by the Advance Pump include
laser coolers, filtration systems, deionized water transfer, waste water reclamation,
pressure spray systems, fountains, plating chemical transfer and
recirculation, fume scrubbers, pollution control equipment, and transfer of
chemical process fluids.
Design: The Advance Pump is molded out of high-quality glass-filled Noryl®,
which gives it many advantages. It has good resistance to most acids, alkalis
and inorganics. Noryl® has excellent tensile strength, very low water absorption,
and a continuous temperature rating of 194° F.
We also offer the Advance Pump line in polypropylene. The design of the
pump, coupled with the chosen resins, produces a strong, durable, versatile
unit. When used with the patented Impenatra® seal, the fluid pumped does
not contact any metal parts. This allows it to properly handle many applications
at a fraction of the cost of exotic alloys.
|
|
|
Monostage centrifugal pumps with closed impeller or vortex open impeller, according to ISO 2858 & 5199 (series TCH).
|
|
Single-stage volute and double volute casing punps with dimensions to EN 733/DIN 24255 + meet the technical requirements of ISO 9908 and ISO 5199/EN 25199. In additions some designs meet EN22858/DIN 24256.
PERFORMANCE
• Capacity - max. 1800 m3/h
• Head - max.140m
• Speed - max. 3600 rpm
• Casing pressures - max. 40 bar
• Temperatures - max. + 400 °C
• Temperatures - min. - 40 °C
50 hydraulic sizes with closed impellers up to a transnorm size of 300 - 500.
• General Purpose Pumps
• Hot Water Pumps
• Thermal Oil Pumps
FEATURES
• Modular design
• Shaft deflection complies with ISO 5199
• High efficiency
• Low NPSH
• Interchangeable components
• Global service network
• SuperNova family
• Complies with "ATEX" legislation
|
|
QDL16
50 HZ 2900rpm
1. Curves as per ISO2548C/DIN1994/ Ⅲ
2. Head and power ratings apply to media with a density of 1kg/dm3
and a kinetic viscosity of 20mm2/s
3. The operation of pump shall refer to the scope of performance
of the black curve to prevent danger due to overheating.
|
|
Wilfley's Model HD pump is designed for severe-duty applications including high concentrations of solids.
The HD pump offers large diameter impellers for low speed operation and heavy section thicknesses of hydraulic components for long wear life.
The dynamic seal feature provides for leak-free reliable operation without the requirement of seal water such as required by packing glands or mechanical seals. This means there is no product dilution and, without rubbing contact in the seal area, the Model HD pump can be run dry.
The Model HD pump offers easy inspection and change-out of key hydraulic components without disturbing the suction and discharge pipes.
This model is a proven performer in difficult applications containing solids and applications with upset conditions such as cavitation and momentary dry running, which are commonly found in loading/off loading applications.
|
|
All Fristam FP pumps are equipped with open impellers, which is an ideal design for sanitary applications. Specially selected stainless steel alloying that lives up to all requirements and solid components with a minimum wall thickness of 6 mm provide for problem-free operation for product viscosities of up to 1,200 cps.
# 14 sizes
# system pressures up to 25 bar or up to 80 bar with special pump models
# discharge pressures up to 15 bar
# flow rates up to 500 m3/h
|
|
Hoffman Centriflo® Series C35® Centrifugal Pumps are designed for use on condensate and boiler feed units.
They can also be used with our Adapter Flange Kit to replace pumps on other manufacturer's condensate units.
|
|
For today's machinery and tomorrow's demands, Hypro centrifugal pumps lead the industry! Pump capabilities range up to 358 gpm and 190 psi. With the largest selection of models, Hypro allows you to match the right pump to your equipment and task. Use Hypro centrifugal pumps for chemical spraying and transfer applications.
The broad, versatile line includes models with rugged housings of cast iron, stainless steel and polypropylene that stand up to strong chemical herbicides. Stainless steel pumps are ideal for use with Roundup® or other acid applications. Polypropylene pumps are lightweight and provide excellent resistance to corrosive chemicals.
Choose from gear, belt, DC clutch, and hydraulic motor drives, as well as models that are closed coupled to gasoline engines.
|
|
Corken Coro-Flo® pumps are a regenerative turbine design. They produce a maximum differential pressure of 150 psig (10.3bar g). Corken manufactures six sizes of Coro-Flo pumps, ranging from 2 to 35 gpm (7.5 - 132 L/min). These pumps can handle discharge pressures up to 400 psig (27.6 bar). These pumps are designed for continuous duty on light liquids.
Product Features
* Excellent for low flows and relatively high head pressures
* Linear performance curve
* Floating Impeller design - No metal to metal contact
* Impeller is the only moving part - minimal wear parts
* Extremely quiet and free of vibration
* Smooth continuous flow
* Years of service
|
|
|
Centrifugal pumps are used to deliver pulseless flows at flow rates higher than are typically achievable with positive displacement pumps. Liquiflo manufactures two separate families of centrifugal pumps to cover a wide range of chemical applications: The Centry® Series and the Endura® Series.
|
|
|
Centrifugal pumps are suitable to cover any small, medium or large capacity request; for domestic, agricultural and industrial purposes; with automatic water distribution through small and medium sized tanks; for sprinkler and flood irrigation systems in gardening and agriculture; to increase in derivation system pressure in aqueducts.
|
|
|
Tuchenhagen offers pumps for different applications in the food and dairy industry, brewery and beverage industry as well as in the pharmaceutical, cosmetical and chemical industry.
|
|
|
The simplest type of centrifugal pump is the single stage machine that consists fundamentally of a rotating element, called an impeller, and a casing. Liquid is led to the eye or center of the impeller and is set into rotation by the impeller vanes. By virtue of centrifugal force the liquid is thrown from the rim or periphery of the impeller with a considerable velocity and pressure. The casing, which closely surrounds the impeller, has a volute shaped passage of increasing area, which collects the liquid leaving the impeller, and converts a portion of its velocity energy into additional pressure energy. This casing passage leads to the discharge nozzle of the pump where it is forced into the discharge piping.
|
|
CH Compact Horizontal Multistage Booster Pumps
Applications: Water boosting, circulation and transfer duties
Duty range: Flows to 14m³h
Heads to 55 metres
Temperature range: 0°C to +90°C
Pressure rating: 6 Bar
Pump connections: 1"/1¼"1½" BSPF
CHi
Stainless Steel Horizontal Multistage Booster Pumps
pplications: Water boosting, circulation and transfer duties
Duty range: Flows to 14m³h
Heads to 55 metres
Temperature range: -15°C to 80°C
Pressure rating: 10 Bar
Pump connections: 1"/1¼/1½" BSPF
|
|
Series MDX pumps can deliver a maximum flow of 8.4 GPM (38 LPM), are capable of serving applications with a maximum head of 19 ft. (4m) (26 ft. [9m] when
driven by an air motor). Applications include coffee dispensers, aquariums, bio-medical, dryers, ice makers, electrostatic painting, photographic processing, and vending equipment.
Options for wetted materials include glass filled polypropylene, Ryton®, Kynar®, 316 stainless steel, and Buna N rubber for total chemical compatibility.
Most models feature ceramic magnets and shafts and Viton® “O” rings.
|
|
|
Extraordinarily high efficiencies make WMD & MD the clear choice in almost every process, recirculation or transfer application. Choose standard alumina ceramic bearing materials and polypropylene, or optional SiC (silicon carbide) and ETFE (fluoropolymer) for your most aggressive or highest purity requirement.
|
|
|
When space is critical, cost savings important, and dependable transfer of aggressive or ultrapure fluids a must, the Vanton series of close-coupled, end suction thermoplastic centrifugal pumps is ideal. Its small footprint reduces space requirements by as much as 20%, initial cost is appreciably lower than conventional foot mounted centrifugal pumps, and its availability in solid molded homogeneous polypropylene and polyvinylidene fluoride assures reliable fluid handling without corrosion or product contamination. These quality engineered metal armored, solid (not lined) nonmetallic pumps incorporate the superior design and manufacturing innovations of the Vanton CHEM-GARD® line in a smaller, more compact envelope especially significant for OEM equipment.
|
|
|
|
|
|
Centrifugal pump T
Areas of application
KNOLL centrifugal pumps are suitable for immersion into the medium. They can be mounted on pressureless tanks or chutes. The pumps are applied at machine tools for supply with cleaning of cooling lubricant as well as application on cleaning equipment and degreasing units.
There are 4 different types available:
Type TG with closed impeller
For precleaned coolant lubricant, volume flow up to 1600 l/min, pressure up to 6 bar, grain size up to 3 mm
Type TF with open impeller
For dirt coolant lubricant, volume flow up to 1000 l/min, pressure up to 2.4 bar, grain size up to 30 mm
Type TS with normal helical gear
For dirt and aerated coolant lubricant, volume flow up to 600 l/min, pressure up to 1.8 bar, grain size up to 15 mm
Type TSK with short helical gear
For coolant lubricant containing short chips, volume flow up to 700 l/min, pressure up to 2.3 bar, grain size up to 20 mm
Function
- Vertical design
- Normal suction, single stage, without sealing
- Extended taper bore mounted motor axle without sealing
- Pressure connection is radial and bent upwards, suction connection is axial
- With pump plate and pressure pipe
Properties
1. Very high efficiency because of flow favourable formed impeller
2. High rigidity with its solid
|
|
Simple, versatile and reliable, March Series 3 pumps feature an “orbital” magnetic drive and leak-proof design. They are rated up to 10 GPM (33 LPM) flow and for heads up to 20.5 ft (4.5 m) (39 ft. [13 m] when driven by an air motor). Typical applications include film processors, ice makers, laboratory and medical equipment, vapor degreasers and marine air conditioning systems.
Series 3 pumps are available in both open air and epoxy clad submersible models. A variety of materials of construction ensure compatibility with almost any
solution: polypropylene, Delrin®, Viton®, nylon, Buna N rubber, ceramic, and polysulfil plastic (submersible models). Port options are 3/4" FPT inlet with a 1/2" (12.7 mm) MPT outlet or a 3/4" (19 mm) O.D. smooth inlet with a 3/4" (19 mm) O.D. smooth outlet.
|
|
UCN-L SERIES
TECHNICAL SPECIFICATIONS
Materials PP/PVDF/PFA
Flow rate 80 mc/h
Head 65 m
Temperature range da -15 °C a 120 °C
Allowable pressure rating max 20 bar
Viscosty 400 cSt
Impeller type Chiusa
Motors 0.75 - 18,5 Kw
ATEX 1-2G
Velocity range 1450 - 3500
Pass solids Max 150 micron, 2 % in peso, 800 Vk max
Inlet outlet port ISO 2858
Standard DIN 24256 (EN22858)
|
|
Rubber-Lined cast Iron:
Pump body made of vulcanite coated cast steel Excellent resistance to strong acids and bases
Max. fluid temperature = 80°C (PP)
Closed centrifugal pump impeller Very good efficiency
Max. flow rate up to 57 m3/h
Max. pump-out height up to 47 m
Impeller back-balanced on drive shaft with gasket Carbide / carbide gasket, very resistant to wear
Integrated electric motor Reduced dimensions
Synthetic materials:
Pump body made of injected plastic (Polypropylene or PVDF) Excellent resistance to strong acids and bases
Max. fluid temperature = 80°C (PP), 110°C (PVDF)
Closed centrifugal pump impeller with diffuser Very good efficiency
Max. flow rate up to 48 m3/h
Max. pump-out height up to 25 m
mpeller back-balanced on drive shaft with gasket Carbide / carbide gasket, very resistant to wear
Integrated electric motor Reduced dimensions
Automatic repriming Pump-in height up to 2 m
|
|
|
|
|
|
All customer requirements were considered in the design of the 3180 paper stock/process pump. The result is a true world class pump line. . . a product without compromise. Consider the advantages:
Excellent Hydraulic Coverage
High Efficiency
Extreme Ease of Maintenance
Optimum Mechanical Reliability
International Design
Capacities to 26000 GPM (6000 m3/h)
Heads to 410 feet (125 m)
Temperatures to 446° F (230° C)
Pressures to 16 bar (232 PSIG)
Hydraulic Coverage Line designed for full 50/60 Hz coverage.
External Impeller Adjustment Original high performance maintained by simple axial adjustment resulting in low operating costs, reduced downtime.
Sealing Flexibility Choice of packing, mechanical seals or dynamic seal.
Application Flexibility Choice of open or enclosed impeller.
Back Pull-out Construction Spacer-type coupling allows one craft maintenance.
Renewable Wear Parts Low maintenance costs.
Labyrinth Seals Eliminate lubricant contamination for maximum bearing life.
Maximum Parts Interchangeability Entire line uses just four power ends.
World Class Pump Line
ANSI 125/150 lb. flange drilling
Inch-dimensioned O.D. of mechanical seal sleeve
Inch-dimensioned bearing locknut
Inch-dimensioned coupling extension
|
|
ANSI Class 300 flange drilling
Inch-dimensioned O.D. of mechanical seal sleeve
Inch-dimensioned bearing locknut
Inch-dimensioned coupling extension
Specifications:
Capacities to 20000 GPM (4600 m3/h)
Heads to 410 feet (125 m)
Temperatures to 508° F (300° C)
Pressures to 25 bar (360 PSIG)
Design Features:
Hydraulic Coverage Line designed for full 50/60 Hz performance.
Back Pull-out Construction Spacer type coupling allows one-craft maintenance.
Centerline Supported High temperature stability.
Labyrinth Seals Eliminate loss of lubricant, prevent lubricant contamination for maximum bearing life.
Maximum Interchangeability Power end and impellers completely interchangeable with Goulds Models 3180/3185.
International Design Low maintenance costs.
|
|
The systematic advancement of our pumps is founded on our comprehensive experience in pulp and paper engineering.
The S-pumps are designed for pumping various kinds of liquids and stocks in industrial processes.
Our pumps are continuously improved, in order to fulfill the market requirements.
|
|
March Series 8 totally enclosed pumps, with standard wetted parts of glass-filled polypropylene, carbon-filled Kynar® and 316 stainless steel, are the ideal choice for handling difficult liquids, such as strong halogen or chromic, and sulfuric acid solutions. Typical applications range from computer cooling systems and waste treatment plants to plating operations, photo processors and chemical plants.
Flow rates range from 25 GPM (90 LPM) minimum to 125 GPM (400 LPM) maximum at heads from 0 ft. to 95 ft. (20m) maximum.
|
|
The centrifugal self-priming pumps DELTA have an open impeller suitable for the passage of solids in suspension in the liquid to be pumped. The pump casing is in high-resistance cast iron.
The mechanical seal is in tungsten carbide and does not require maintenance.
The pump is monobloc without belts, pulleys, bearings or other metallic parts in contact.
|
|
Slurry Pumps
Krebs millMAX severe-duty slurry pumps have a unique design developed exclusively for grinding mill discharge duties and other abrasive slurries. FLSmidth Krebs offers wet end conversions or complete pump assemblies to meet customer desires and demands.
The millMAX Pump features a patented on-line wear clearance adjustment, which minimizes cost per ton pumped compared to conventional hard metal and rubber lined pumps through:
- Increased Wear Life
- Lower Power Consumption
- On-line Wear Clearance Adjustment
- Increased Mill Throughput
- More Consistent Hydrocyclone Separation
- Less Downtime
|
|
|
|
|
|
Horizontal single stage centrifugal pumps with over hung impeller and axial suction, constructed using the "Back pull-out system" .
The pumps function by making use of the induced vortex principle: the impeller, which is positioned further back than the pump body, because of its particular shape induces a vortex in the conveyed liquid which expands in the body creating the pump discharge head.
Advantages
- The open impeller, which is positioned further back, with wide inter-vane passages makes it possible to convey, without any danger of blockages, dirty or viscous liquids, liquids containing particles in suspension or with fibrous impurities, chemically inert or aggressive liquids and those with dissolved air and solutions with crystals in suspension
- High performance levels
- Reliability
- Compactness
Fields of application
Because of their operating characteristics , the RKN and RKC pumps are particularly suited for use in the following plants:
- The paper and chemical wood pulp industries
- The sugar industry
- The farm-food industry
- The textile industry
- Waste water and sewage treatment plants
- The construction sector
- The chemical and petrochemical industry
- The pharmaceutical industry
- Thermo-electric power stations
|
|
The pumps are suitable to transfer liquids containing impurities measuring up to 2-3 mm. The hydraulic components, namely the impeller in brass and the scroll in cast iron allow the pumps to be used with water, emulsions, oily substances and liquids in general with a maximum viscosity of 3°Engler (21 CST) and a maximum temperature of 90°C. They are usually used in cases where there is no space at the top of the tank. They should be installed on the side of the tank to allow the liquid to enter straight into the
suction mouth (see Figure).
|
|
Rugged, durable UC Series pumps provide excellent corrosion resistance. Features include heavy duty ductile iron casings lined with pure Tefzel® (ETFE), modified concentric volutes to reduce radial loads, rear sealing ring and balance holes to reduce axial loads and premium silicon carbide components. Magnetic drive UC Series pumps are engineered for long life in the most demanding applications. Atex certified models are available.
The pump models below have multiple impeller diameters which allow for enhanced hydraulic selection and application flexibility. Simply click on the model to view specific performance for each impeller diameter.
|
|
|
|
