throbber
CORNELL PUMP COMPANY
`
`REDI-PRIME®
`
`AND VENTURI PRIME
`
`EFFICIENT BY DESIGN
`
`Exhibit 1134
`Bazooka v. Nuhn - IPR2024-00098
`Page 1 of 8
`
`

`

`SETTING THE STANDARD
`
`BENEFITS
`• Fully automatic priming and repriming
`• Handles air/liquid mixtures with ease
`• Rapidly primes and re-primes completely
`unattended
`• Environmentally safe priming system designed to
`prevent product leakage
`• Patented Cycloseal® and Run-Dry™ options
`• Handles large sized solids
`• High suction lift capability up to 28 feet
`• Premium hydraulic effi ciency for reduced energy
`consumption
`• Flow rates to 38,000 GPM
`• Heads up to 800 FT.
`• Valve eliminates any liquid carry over
`
`CORNELL PUMP COMPANY
`...is setting the standard for the construction
`pumping industry. Flow characteristics that were
`‘good enough’ before are no longer acceptable.
`Cornell’s innovative engineering and forward
`thinking have made our pumps capable of producing
`up to 400 percent more fl ow than the construction
`industry standards. Our hydraulic effi ciencies reach
`well into the 80 percent range, signifi cantly more
`than competitive products. In the new millennium
`there will be a need for more effi cient pumps. It
`will no longer be acceptable to settle for a pump
`operating at 50% - 60% effi ciency. Cornell Pump
`Company has made these pumps obsolete.
`
`Cornell’s priming system was specifi cally designed
`with the environment in mind. By using a positive
`sealing fl oat box and a diaphragm vacuum
`pump, there is absolutely no water carry-over to
`contaminate the environment. Cornell pumps are
`designed for the new millennium.
`Check
`Valve
`
`Positive Sealing
`Float Box
`
`Diaphragm
`Vacuum Pump
`
`Float
`Assembly
`
`Belt
`Drive
`
`Run-Dry™
`System
`
`Cycloseal®
`
`Exhibit 1134
`Bazooka v. Nuhn - IPR2024-00098
`Page 2 of 8
`
`

`

`CORNELL REDI-PRIME ®
`
`CORNELL’S REDI-PRIME®
`pumps are designed and engineered for the most
`rugged and demanding industries; construction,
`industrial, rental and municipal. With over 50
`years of proven experience and reliability. Cornell
`Pump Company has established the highest
`industry standard for premium quality and rugged
`performance. Our pumps are backed by an
`industry-leading two-year warranty.
`
`1
`
`2
`
`3
`
`Exhibit 1134
`Bazooka v. Nuhn - IPR2024-00098
`Page 3 of 8
`
`

`

`SOLIDS HANDLING Pumps
`SOLIDS HANDLING Pumps
`
`Cornell off ers the widest range of pump sizes and capacities in the industry.
`No matter what your requirements are, Cornell can provide you with a package
`that will fi ll your needs – Clear Liquid pumps up to 10”, Solids Handling pumps
`up to 30” and Slurry pumps up to 4”.
`
`FLOWS TO 38,000 GPM
`EFFICIENCY
`In addition to a dependable
`pump system, today’s systems
`must also be effi cient and
`economical. As energy costs rise,
`conservation and effi ciency of
`operation become critical issues
`for customers as they strive to
`minimize expenses associated
`with energy consumption. Cornell
`pumps maintain superb hydraulic
`operating effi ciencies. The
`bottom line – Cornell pumps cost
`less to operate.
`
`REDI-PRIME TRAILER MOUNT
`
`MODEL
`
`4NNTL
`
`4NNT
`
`4NHTA
`4414T
`4NHTB
`6NHTA
`6NNT
`6NHTB
`8NNT
`8NHTA
`8NHTH
`10NNT
`10NHTB
`10NHTA
`12NHTL
`12NNF
`12NHG28
`14NHG
`14NHGH
`14NHG28
`16NHGH
`16NHG22
`
`18NHG
`18NHFL
`18NHF34
`20NHFL
`24NNG
`30NNT
`
`DISCHARGE
`SIZE
`4”
`
`4”
`
`4”
`4”
`4”
`6”
`6”
`6”
`8”
`8”
`8”
`10”
`10”
`10”
`12”
`12”
`12”
`14”
`14”
`14”
`16”
`16”
`
`18”
`18”
`18”
`20”
`24”
`30”
`
`MAX CAPACITY
`
`PUMP OPTIONS: SOLIDS HANDLING PUMPS
`MAX SOLIDS
`MAX HEAD
`MAX SUCTION
`RPM
`
`1450
`
`1400
`
`1400
`1400
`1,600
`2,700
`2,550
`4,250
`4,500
`5,000
`6,250
`6,300
`8,000
`6,400
`5,200
`8,500
`12,000
`12,000
`13,500
`15,000
`13,500
`16,500
`
`22,000
`26,000
`22,000
`18,000
`32,000
`38,000
`
`3”
`
`3”
`
`3”
`3”
`3”
`3”
`3”
`3.38”
`3.38”
`3.38”
`4”
`4”
`4.75”
`4.25”
`4.25”
`3”
`3.2”
`4”
`4.25”
`4.25”
`4.25”
`4.5”
`
`5”
`5”
`4.5”
`5”
`5.25”
`10.2”
`
`175’
`
`150’
`
`225’
`350’
`425’
`180’
`150’
`350’
`255’
`350’
`255’
`340’
`195’
`245’
`140’
`195’
`410’
`210’
`145’
`430’
`175’
`265’
`
`220’
`190’
`320’
`116’
`135’
`110’
`
`25’
`
`25’
`
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`
`25’
`25’
`25’
`25’
`25’
`25’
`
`2500
`
`2000
`
`2100
`2000
`2000
`2000
`2100
`1800
`1900
`1800
`1200
`1800
`1200
`1200
`1500
`1800
`1200
`1500
`1200
`1200
`1200
`1200
`
`900
`890
`900
`720
`750
`585
`
`1. 3NLT
`2. 4NNTL
`3. 4NNT
`4. 4NHTA
`5. 4414T
`6. 4NHTB
`7. 6NHTA
`8. 6NNT
`9. 6NHT/TH
`10. 6NHTB
`
`11. 8NNT
`12. 8NHTA
`13. 8NHTH
`14. 8NHTR
`15. 8NHGA
`16. 10NHTB
`17. 10NHTBH
`18. 10NHTA
`19. 12NHTL
`20. 12NHTM
`
`21. 12NNF
`22. 12NHG28
`23. 14NHG
`24. 14NHGA
`25. 14NHGH
`26. 14NHG28
`27. 16NHGH
`28. 16NHG22
`29. 16NHG32
`30. 18NHG
`
`31. 18NHFL
`32. 18NHF34
`33. 18NHG34
`34. 20NHFL
`35. 20NHF
`36. 24NNG
`37. 30NNT
`
`SOLIDS HANDLING, ENCLOSED IMPELLER
`
`Exhibit 1134
`Bazooka v. Nuhn - IPR2024-00098
`Page 4 of 8
`
`

`

`WATER TRANSFER Pumps
`WATER TRANSFER Pumps
`
`SUCTION LIFT TO 28FT.
`
`PUMP OPTIONS: CLEAR LIQUID REDI-PRIME® PUMPS
`MODEL
`discharge
`max
`MAX
`max head
`size
`capacity
`solids
`2.5”
`400 GPM
`.38”
`2.5”
`500 GPM
`.41”
`2.5”
`750 GPM
`.41”
`3”
`1050 GPM
`.5”
`
`2.5RB
`2.5H
`2.5YH
`3HC/HA
`
`300’
`360’
`310’
`490’
`
`3RB
`3YL/YH
`4HC
`4RB
`5HH
`5RB
`5YBH
`6HH
`6RB
`6YB
`8H
`10RB
`10YB
`
`3”
`3”
`4”
`4”
`5”
`5”
`5”
`6”
`6”
`6”
`8”
`10”
`10”
`
`800 GPM
`1100 GPM
`1650 GPM
`1550 GPM
`2900 GPM
`2350 GPM
`2500 GPM
`4000 GPM
`4250 GPM
`4100 GPM
`5400 GPM
`7000 GPM
`6500 GPM
`
`.5”
`.5”
`.62”
`.84”
`.75”
`1”
`.75”
`1.22”
`1.31”
`.75”
`1.25”
`1.25”
`1.38”
`
`280’
`245’
`470’
`270’
`375’
`360’
`200’
`365’
`300’
`235’
`305’
`300’
`200’
`
`CLEAR LIQUID REDI-PRIME® CURVES
`
`HIGH VOLUME DEWATERING
`
`max
`suction
`25’
`25’
`28’
`28’
`
`28’
`28’
`28’
`25’
`25’
`25’
`25’
`25’
`28’
`25’
`25’
`25’
`25’
`
`max
`rpm
`2200
`2200
`3000
`2400
`
`2200
`2700
`2150
`2200
`2000
`2400
`2400
`2000
`2200
`2400
`2000
`2200
`2300
`
`PUMPING LARGE VOLUMES OF WATER IS SIMPLE FOR A CORNELL PUMP
`
`SOLIDS HANDLING, DELTA IMPELLER, REDI-PRIME® CURVES
`
`2.5RB
`2.5H
`2.5YH
`3HC / HA
`3RD / RB
`3YL / YH
`
`4HC
`4RC / RB
`5HH
`5RC
`5YBH
`6HH
`
`6RC / RB
`6YB
`8H
`10RB
`10YB
`
`PUMP OPTIONS: DELTA™ IMPELLER PUMPS
`MODEL
`discharge
`max
`MAX
`size
`capacity
`solids
`4”
`525 GPM
`3”
`
`4NLDL
`
`4NNDH
`4NHDH
`4NHM
`6NHM
`6NNDH
`8NNDH
`10NNDH
`
`4”
`4”
`4”
`6”
`6”
`8”
`10”
`
`750 GPM
`1,050 GPM
`1,500 GPM
`2,500 GPM
`2,400 GPM
`1,625 GPM
`5,000 GPM
`
`3”
`3”
`2.5”
`3”
`3”
`3.38”
`3.5”
`
`max
`head
`85’
`
`115’
`225’
`380’
`320’
`140’
`50’
`190’
`
`max
`suction
`25’
`
`25’
`25’
`25’
`25’
`25’
`25’
`25’
`
`max rpm
`
`2,000
`
`1,800
`1,800
`2,200
`2,200
`2,200
`1,200
`1,500
`
`Exhibit 1134
`Bazooka v. Nuhn - IPR2024-00098
`Page 5 of 8
`
`

`

`VENTURI PRIME OPTION
`
`VENTURI PRIME OPTION
`Cornell has created a venturi priming option, utilizing a
`compressor driven by the pump shaft and lubricated by
`engine oil to blow air through the venturi to evacuate
`air from the suction line and pump casing. The venturi
`prime is generally 20 to 25 percentage less expensive than
`a comparably equipped Redi-Prime® system, and can
`be fi t onto any Cornell pump that accepts Redi-Prime®.
`However, the lower cost comes with slower priming speeds
`than Redi-Prime®. For those applications where cost is
`key and premium quality still needs to be met, or in cases
`where the pump will consistently be priming in freezing
`conditions, Cornell’s Venturi Prime System provides a great
`solution.
`
`KEY DIFFERENCES BETWEEN VENTURI PRIME AND REDI-PRIME®
`• Operates in temperatures below 25° Fahrenheit (-4° Celsius)
`•
`Less expensive than Redi-Prime®
`•
`Fewer moving parts
`•
`Slower priming than Redi-Prime®
`
`Cornell’s Venturi Prime System can be tailored. The Venturi is connected to the Redi-Prime® suction box and linkage
`system. Cornell off ers this confi guration or the compressor delete if compressor is purchased with the engine. Unit
`also sold minus the suction box if the preference is to use existing stand pipe and suction spool.
`
`BENEFITS OF VENTURI SYSTEM
`•
`Fully automatic priming and repriming
`• Primes with reasonable speed
`• Can handle some solids
`• Can operate unattended
`•
`Energy effi ciency
`•
`Flows up to 38,000 GPM
`• Heads up to 800 Feet
`• Available with manual valve for operation in colder climates
`
`Exhibit 1134
`Bazooka v. Nuhn - IPR2024-00098
`Page 6 of 8
`
`

`

`AVAILABLE OPTIONS
`
`SOLIDS HANDLING
`IMPELLER OPTIONS
`Cornell’s two- and three-port enclosed impellers are
`designed to handle large solids and maintain exceptional
`hydraulic effi ciencies. Cornell’s Delta™ style impeller is
`specifi cally designed for handling stringy materials and
`heavy sludge for low- to medium-head applications. The
`three- or four-vane, semi-open impeller generates a
`cutting action designed to handle concentrated slurries for
`high head applications.
`
`CYCLOSEAL®
`Cornell’s Cycloseal® design has proven itself in the
`toughest applications from manure slurry to starch
`recovery to sewer bypass and mining applications - in
`some cases more than tripling the normally expected
`mechanical seal life.
`
`Run-Dry™ Oil
`Reservoir
`
`Cycloseal®
`Defl ector Vanes
`
`Run-Dry™
`Gland
`
`Single
`Mechanical
`Seal
`
`Impeller
`Backvanes
`
`MOUNTING CONFIGURATIONS
`Cornell’s Modular Frame design allows for easy
`adaptability. Choose a pump, then pick the mounting
`confi guration best suited to your application. Right
`hand and left hand rotation along with tangential or
`centerline discharges are available for most pumps.
`
`RUN-DRY™ OPTION
`Run your pump dry without the use of expensive water
`systems and without mechanical seal damage. Cornell’s
`Run-Dry™ system consists of an auxiliary gland which
`provides containment for an application-specifi c lubricant
`present at the inside diameter of the mechanical seal faces.
`This lubricant prevents dry running of the seal faces while
`priming, re-priming, and on standby. The Run-Dry™ gland is
`connected to a lubricant reservoir via inlet and outlet lines
`which are oriented tangentially to the pump shaft so that
`shaft rotation provides circulation and subsequent cooling
`of the lubricant.
`of the lubricant.
`
`EM
`ENGINE MOUNTED
`(SAE SIZE)
`
`FH
`
`ORIZONTAL FRAME
`MOUNTED
`
`Exhibit 1134
`Bazooka v. Nuhn - IPR2024-00098
`Page 7 of 8
`
`

`

`marKeT anD proDucT lIne
`
`CORNELL PUMP COMPANY
`
`AGRICULTURE
`
`FOOD PROCESS
`
`CORNELL PUMP COMPANY
`
`CORNELL PUMP COMPANY
`
`INDUSTRIAL
`
`CORNELL PUMP COMPANY
`
`MINING
`
`MUNICIPALITIES
`
`CORNELL PUMP COMPANY
`
`REFRIGERATION
`
`CORNELL PUMP COMPANY
`
`WATER TRANSFER
`
`CORNELL PUMP COMPANY
`
`HYDRAULIC FRACTURING
`
`EFFICIENT BY DESIGN
`
`EFFICIENT BY DESIGN
`
`EFFICIENT BY DESIGN
`
`EFFICIENT BY DESIGN
`
`EFFICIENT BY DESIGN
`
`EffiCiENt bY dEsigN
`
`EFFICIENT BY DESIGN
`
`AGRICULTURAL
`
`FOOD PROCESS
`
`INDUSTRIAL
`
`MINE DEWATERING
`
`MUNICIPAL
`
`REFRIGERATION
`
`WATER TRANSFER
`
`CORNELL PUMP COMPANY
`
`CHOPPER
`
`CUTTER PUMPS
`
`CORNELL PUMP COMPANY
`
`CORNELL PUMP COMPANY
`
`END GUN
`BOOSTER PUMPS
`
`FOR CENTER PIVOT IRRIGATION
`
`HYDRAULIC SUBS
`
`CORNELL PUMP COMPANY
`
`HYDRO TURBINE
`
`CORNELL PUMP COMPANY
`
`Cornell pUmp CompAnY
`
`IMMERSIBLE
`
`CORNELL PUMP COMPANY
`
`MANURE
`
`STANDARD SPECIFICATIONS
`• Models Available - 4NNT, 6NNT, 8NNT, etc.
`• Discharge Sizes Available - 4 to 8 inch
`• Standard Construction - Cast Iron, Class 30
`• Optional Construction - 316SS, CD4MCU, Ductile Iron
`• Permco hydraulic drive
`
`FEATURES BENEFITS
`• Various adaptor plates available for hydraulic motor fit
`• Heavy duty shaft / bearing frame assembly
`• Heavy duty “wet end” construction
`• Manufactured in the United States
`
`PERFORMANCE CHARACTERISTICS
`• Premium Hydraulic Efficiencies, 76 to 80% BEP
`• 3 inch or larger solid handling capability
`• Total Dynamic Head: 50 to 360 feet
`• Capacity: 200 to 7000 GPM
`
`The ImmersIble moTor ConCepT:
`Immersible motors are designed to be used in Dry-Pit applications where there is
`a possibility of flooding. Why take a submersible motor that was designed to run
`submerged 100% of the time and modify it to run in air 99% (or most of the time) and
`submerged 1% of the time (in case of a flood)? This seems backwards. The correct
`approach is to take a TEFC motor that is designed to run in air 100% of the time and
`adapt it to run submerged 1% of the time (in case of a flood).
`
`CORNELL PUMP COMPANY
`
`MP SERIES
`
`MINING PUMPS DESIGNED FOR COARSE ABRASIvES
`
`
`EFFICIENT BY DESIGNEFFICIENT BY DESIGN
`EFFICIENT BY DESIGN
`
`EFFICIENT BY DESIGN
`EFFICIENT BY DESIGN
`
`EFFICIENT BY DESIGN
`
`EFFICIENT BY DESIGN
`
`EFFICIENT BY DESIGN
`
`TYPICAL MARKETS
`• General Agriculture, Industrial and Municipal Applications
`• Rental Applications
`• Mining Applications
`• Flood Control Applications
`• Construction / Dewatering Applications
`
`Immersible Motor Basic design:
`The basic design of the immersible pump/motor incorporates a premium efficient,
`inverter duty, P-Base or C-Face TEBC motor (totally enclosed, blower cooled). The
`motor, as the name implies, is totally enclosed and cooled by a blower on top of
`the motor. If the motor becomes submerged, the blower motor fan shuts down
`without affecting the main motor. While the motor is temporarily submerged,
`the media cools the motor just like a true submersible. A special conduit box
`is used to prevent water leakage into the motor. The motor is designed to
`prevent infiltration of water along the shaft and into the motor by utilizing a
`triple redundant sealing system, including a patented Hydroseal design. The
`motor-end bell housing incorporates the ‘inverted cup’ principle, which traps
`an air bubble under the motor as water rises, thus keeping water away from
`the shaft seal. The shaft is fitted with a hydroseal, which expells water and
`further reduces the chance
`of water reaching the shaft
`seals.
`
`The Immersible motor
`can withstand up to 30
`feet of submergence depth
`for a two-week period. This
`exceeds the requirements
`of Immersible motors that
`is described in the industry
`standard “Index of Protection”
`IP67. Competive designs only allow
`immersion of the motor for a period
`of time not exceeding 30 minutes at
`a submergence level of 3 feet. Hardly
`enough time to deal with any kind of flooding
`emergency!
`
`CORNELL PUMP COMPANY // 16261 SE 130th AVE CLACKAMAS, OR
`2013 © ALL RIGHTS RESERVED
`
`EFFICIENT BY DESIGN
`
`EFFICIENT BY DESIGN
`EFFICIENT BY DESIGN
`
`CHOPPER
`
`CUTTER
`
`EDGETM
`
`HYDRAULIC SUBS
`
`HYDRO TURBINE
`
`IMMERSIBLE
`
`MANURE
`
`MP SERIES
`
`CORNELL PUMP COMPANY
`
`MX SERIES
`
`CORNELL PUMP COMPANY
`
`OIL & GAS
`
`CORNELL PUMP COMPANY
`
`REDI-PRIME®
`
`CORNELL PUMP COMPANY
`
`STX SERIES
`
`ENhANCEd SELf-PRiMiNg PUMPS
`
`SLURRY PUMPS
`
`CORNELL PUMP COMPANY
`
`SUBMERSIBLES
`
`CORNELL PUMP COMPANY
`
`EFFICIENT. RELIABLE. TROUBLE-FREE
`
`EFFICIENT BY DESIGN
`
`EFFICIENT BY DESIGN
`
`EFFICIENT BY DESIGN
`
`MX SERIES
`
`OIL & GAS
`
`REDI-PRIME
`
`STX SERiES SELf-PRiMiNg PUMPS
`
`
`Cornell has redesigned our popular self-priming line have the bCornell has redesigned our popular self-priming line have the best efficiencies in the est efficiencies in the
`industry. Combined with our patented-Cycloseal® back plate technology, the pump is
`durable, powerful, and energy efficient.
`
`THE STX series, unveiled in fall 2012, will eventually encompass more than 20
`discharge configurations. The new design builds on our prominence in providing world
`class pumps, and allows the new STX to operate in extremely heavy duty situations,
`while increase efficiencies more than XX% of competitors’ average. Those efficiencies
`could translate into tens of thousands of dollars saved in fuel and maintenance
`expenses over the life of the pump.
`
`Specially designed removable rotating assembly allows the new Cornell piece to
`retrofit with other manufactures pumps.
`
`coRnEllpump.com
`©copyRIghT, coRnEll pump company, 2012
`Cornell Pump Company | Clackamas, OR 97015 USA | www.cornellpump.com| P: +1 (503) 653-0330 | f: +1 (503) 653-0338
`
`STX
`
`EFFICIENT BY DESIGN
`
`EFFICIENT BY DESIGN
`
`SLURRY
`
`SUBMERSIBLE
`
`Cycloseal®, and Redi-Prime® are Registered Trademarks of Cornell Pump Company.
`
`Cornell pumps and products are the subject of one or more of the following U.S. and Foreign patents: 3,207,485;
`3,282,226; 3,295,456; 3,301,191; 3,630,637; 3,663,117; 3,743,437; 4,335,886; 4,523,900; 5,489,187; 5,591,001;
`6,074,554; 6,036,434; 6,079,958; 6,309,169; 2,320,742; 96/8140; 319,837; 918,534; 1,224,969; 2,232,735; 701,979 and
`are the subject of pending U.S. and Foreign Patent Applications.
`
`Cornell Pump Company
`16261 SE 130th Ave
`Clackamas, OR 97015
`P: (503) 653-0330
`F: (503) 653-0338
`
`cornellpump.com
`©2013 cornell pump company
`
`Exhibit 1134
`Bazooka v. Nuhn - IPR2024-00098
`Page 8 of 8
`
`

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