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Water, Chemical, Oil, Pulp, and Paper, General Purpose Pump
Corrosive Services, Acid & Caustics, Pharmaceuticals, Food & Beverage, Hot Oils, Chemical/Petrochemical Processing
Utilizes your existing 2196 power end and ANSI bolt pattern
Paper & Pulp, Cleaners, Manure Transfer, Waste Water, Fruit Pulp
Additive Chemicals, Batch/Continuous Chemical Reactors, Chemical Dryers, Chemical Processes, Condensate Service, Evaporators, Petro Chemical Service, Shower Services
Water, Chemical, Oil, Pulp and Paper, General Purpose Pump
Bilge Water Removal, Industrial Sump, Chemical Transfer, Mine De-watering, Filter Systems
Pulp & Paper: Cleaners, Filtrate, Liquor, Screen Reject Steel: Cooling Water, Descaling, Slurries, Tailings Food: Beet and Cane Sugar, Cane Juices, Fruit Pulp, Wet Corn Millings General: Manure Transfer, Mine Water, Waste Treatment
CC and FM pumps and parts manufactured by Summit Pump, Inc. are functionally and dimensionally interchangeable with the Peerless C & F line manufactured by Peerless Pump. Parts for part interchangeability means you have a quality option when sourcing pumps or parts.
Oil and Gas, Cooling Water, Boilers, Sea Water, Mining, Chemical Process, Irrigation, Condensate Pump, Water Supply
Sump or Bilge Pump, Mild Corrosives, Sewage, Pulp & Paper, Wineries, Fibrous Materials
Waste Sludge, Paper Pulp & Wastes, Clay & Sand Slurries, Lime Mud, Dirty Water
Water, Chemical, Oil, Pulp, and Paper, In-Line Process Pump
This model is fully compliant with latest edition API 610 specifications. Standard features include renewable casing wear rings, API 610 seal chamber sized to accommodate 682 mechanical seals, back pull-out construction, dynamically-balanced impellers, heavy-duty carbon steel/finned bearing housing equipped with labyrinth-type oil seals, and fan cooling. Locations are also included for temperature probes, as standard. Common options include single, double or tandem mechanical seals, and various seal flush systems. Heavy-duty baseplates, casing jackets, and various levels of performance testing are also available.
Designed as a foot-mounted version of our API centerline-mounted Maxum OH2, the Maxum OH1 is an industry workhorse. The Maxum OH1 can be motor, engine, or turbine-driven and is ideal for water, hydrocarbons, caustic and acid applications. With hydraulic performance to 11,000 GPM and 720 feet of head, this pump family is available in carbon steel, 12% chrome, 316L and duplex stainless steel, according to standard API material codes. In addition to these, higher alloys such as Alloy 20, Hastelloy B or C, Monel and titanium are also available.
The RS is offered with Class 300 ANSI R.F. inlet flanges and Class 600 or 900 ANSI R.F. discharge flanges, depending on the pressures and number of stages involved. Hydraulic performance extends to 2,000 GPM and 3,400 ft. TDH, making it ideally suited for the most demanding industrial and process applications.
The RS design incorporates a product-lubricated, advanced composite material, sleeve-type radial bearing at the outboard (discharge) end. The thrust bearings are two matched angular contact ball bearings located at the inboard (suction) end of the pump. An optional outboard mechanical seal with an inboard radial ball bearing is also available. The RS has oil-lubricated ball bearings, which can be water cooled. Larger units can also be fan cooled.
Available as either a frame-mounted (GHF) or close-coupled (GHC) unit, the GH is based on the same product platform as our vertical pumps and shares many of the same parts.
For added simplicity, the entire series is covered by only three bearing frames and comes in whole pump or modular kit form. The GHC is fully compatible with standard, off-the-shelf NEMA JP and JM frame motors, and all models feature a back pull-out design and casings rotatable in 90° increments for different field piping orientations.
Other common features for the GH include 316 SS shaft sleeves, keyed impellers to prevent accidental spin off, dynamic balancing to ISO G2.5 guidelines, and regreasable bearings secured with locking rings, as standard. These features combine to produce shaft deflection values so low that they exceed the requirements of ANSI B73.1M-1991 and overall, provide some of the most efficient hydraulics in the industry.
Conforming to the requirements of ASTM F998, including the Navy supplement, hydraulic performance extends to 5,000 GPM and 713 feet of head. This range is covered by 24 sizes in 316 SS and CD4MCuN duplex SS as the standard materials. Units can be mounted either horizontally or vertically.
Designed to meet Naval Requirements including MIL-S-901 Shock, MIL-STD-167-1 Type I Environmental Vibration, MIL-STD-740-1 Airborne Noise and MIL-STD-740-2 Structureborne Noise. All models are back pull-out designs with replaceable wear rings, encloded impellers and balancing holes with dual volute casings as required. These features combine to produce shaft deflections of less than 0.002″ at shutoff, and overall, offer some of the most efficient hydraulics to be found in a pump of this type anywhere.
Rugged in design and dependable in nature, the 850 is a proven performer in some of the earth’s toughest environments. Capable of operating in vacuum conditions up to 26″ Hg, the 850 is well suited for vacuum filtration and dewatering systems with difficult suction conditions. A vent port allows pumping to resume even after short periods of interrupted flow, assuring continuous pumping, from a trickle to full capacity.
With a semi-open impeller and a variety of material choices ranging from duplex stainless steel to rubber lined, the 850 is ideal for abrasives and light slurry duty in the mining, power generation, and pulp and paper industries.
The 855 was originally developed in the late 1950s at the request of a large Original Equipment Manufacturer (OEM) of vacuum filtration equipment. Mounting the flange directly to the receiver tank eliminates suction piping and minimizes NPSH problems. The design allows pumping to resume even after short periods of interrupted flow. Capable of operating in vacuum conditions up to 26″ Hg, the specially designed semi-open impeller assures pumping from a trickle to full capacity. Rugged in design and dependable in nature, the 855 is a workhorse in some of the toughest environments in the industry.
The 855 features an overhead v-belt drive arrangement as standard, with options for close-coupled units. By utilizing either belt drive or variable frequency drive, performance characteristics can be fine-tuned to match most system requirements. With a simple, vertically-split case design, the 855 may be disassembled to expose the entire wetted area. Standard features include a packed stuffing box with seal water connections provided to ensure lubrication and eliminate vacuum/air leakage. Pumps come with discharge flanges machined for both Class 150 ANSI and DIN PN10 connections.
The KWP is designed for fluids with entrained solids and fibrous materials up to 1.5″ in diameter. Wide passages in the two-vane enclosed impeller minimize clogging and crushing of the entrained material. Primarily a horizontal unit, the KWP can be either frame-mounted or close-coupled.
Common options include soft packing, single or double cartridge seals, and any type of seal flush plan.
The back pull-out design makes maintenance easy and lower total life cycle cost. Shaft deflections are limited to 0.002″ at the seal.
All together, these features combine to make the KWP a pump of exceptional value, combining affordability with some of the most efficient hydraulics found in a pump of this type.
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