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ADVANCE PRODUCT BROCHURE ADVANCE 1000 DIMENSIONAL DRAWINGS ADVANCE 1000 DATA SHEETS (60 HZ) ADVANCE 1000 INSTALLATION MANUAL ADVANCE COMMISSIONING AND OPERATIONS MANUAL ADVANCE CHEMICAL RESISTANCE CHART
The Advance 1000 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 1000 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 corrosive and chemical applications at a fraction of the cost of exotic alloys.
PRODUCT DOWNLOADS: ADVANCE PRODUCT BROCHURE ADVANCE 1000 DIMENSIONAL DRAWINGS ADVANCE 1000 DATA SHEETS (60 HZ) ADVANCE 1000 INSTALLATION MANUAL ADVANCE COMMISSIONING AND OPERATIONS MANUAL ADVANCE CHEMICAL RESISTANCE CHART
The Advance 3000 is a close coupled, end suction centrifugal pump line which is molded in Noryl®. Its high-efficiency design makes it suitable for medium flows [to 60 GPM] and higher heads [up to 160’TDH]. When fitted with the patented Impenatra® Seal, the Advance 3000 provides total non-metallic contact, while maintaining the benefits of a direct drive unit. Flows up to 60 GPM and head pressures up to 67 PSI. The Advance 3000 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.
PRODUCT DOWNLOADS: ADVANCE PRODUCT BROCHURE ADVANCE 3000 DIMENSIONAL DRAWINGS ADVANCE 3000 DATA SHEETS (60 HZ) ADVANCE 3000 INSTALLATION MANUAL ADVANCE COMMISSIONING AND OPERATIONS MANUAL ADVANCE CHEMICAL RESISTANCE CHART
The Advance 4000 is a close-coupled, end suction centrifugal pump line which is molded in glass-filled polypropylene. Its high-efficiency design makes it suitable for medium flows [to 200 GPM] and higher heads [up to 80’ TDH]. When fitted with the patented Impenatra® Seal, the Advance 4000 provides total non-metallic contact, while maintaining the benefits of a direct drive unit. 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 corrosive and chemical applications.
PRODUCT DOWNLOADS ADVANCE PRODUCT BROCHURE ADVANCE 4000 DIMENSIONAL DRAWINGS ADVANCE 4000 DATA SHEETS (60 HZ) ADVANCE 4000 INSTALLATION MANUAL ADVANCE COMMISSIONING AND OPERATIONS MANUAL ADVANCE CHEMICAL RESISTANCE CHART
Our medium-duty PF model strainers have a clear or gray PVC body and a basket made of stainless steel or acrylonitrile butadiene styrene (ABS). The standard port dimension is a 2” male thread that comes with adaptors that have a slip port. You can expect higher quality molding processing, finer materials, and excellent performance.
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A unique, patented design in mechanical seals is available from Advance. The Impenatra seal is a radically new approach to solve many shaft sealing problems. When used with the Advance line of pumps, it isolates all metallic parts from contact with the fluid. Alternately, corrosive chemicals require seals made of exotic alloys. The high prices and long lead times are objectionable. The Impenatra seal offers a solution to both problems.
PRODUCT DOWNLOADS IMPENATRA SEAL DATASHEET IMPENATRA SEAL CORROSION RESISTANCE CHART IMPENATRA SEAL INSTALLATION MANUAL ADVANCE PRODUCT BROCHURE
We offer three different sizes of swing check valves (1.5” to 3”) for applications with potential flow reversal. All units are made from 100% PVC with a rubber sealed flapper swing valve.
PRODUCT DOWNLOADS: ADVANCE SWING CHECK VALVE DATA SHEET ADVANCE PRODUCT BROCHURE
The C•Shell 3x2-10 pump body is suitable for Chemical Process Industry (CPI) applications requiring Total Dynamic Head of up to 220 feet and Flow of up to 700 gallons per minute (US). The inlet is a 3” ANSI RF150 configuration on a compact close-coupled bracket. The total height for the pump body is 17.75”. Use of NEMA JM motors offer a 50 to 75% space reduction compared to common ASME/ANSI style frame-mounted pumps while maintaining benefits of a centerline discharge.
PRODUCT DOWNLOADS C•SHELL PRODUCT BROCHURE C•SHELL 3X2 GENERAL ASSEMBLY MANUAL C•SHELL COMMISSIONING AND OPERATIONS MANUAL
The C•Shell 4x3-10 pump body is suitable for Chemical Process Industry (CPI) applications requiring Total Dynamic Head of up to 125 feet and Flow of up to 1000 gallons per minute (US). The inlet is a 4” ANSI Class 150 RF Flange on a compact close-coupled bracket. The total height of the pump body is 18.5”. Use of NEMA JM motors offer a 50 to 75% space reduction compared to common ASME/ANSI style frame-mounted pumps while maintaining benefits of a centerline discharge.
PRODUCT DOWNLOADS C•SHELL 4X3 GENERAL ASSEMBLY MANUAL C•SHELL COMMISSIONING AND OPERATIONS MANUAL
The C•Shell 6x5-11 pump body is suitable for Chemical Process Industry (CPI) applications requiring Total Dynamic Head of up to 160 feet and Flow of up to 160 feet and 2400 gallons per minute (US). The inlet is a 6” ANSI RF150 configuration on a compact close-coupled bracket. The total height for the pump body is 21.94”. Use of NEMA JM motors offer a 50 to 75% space reduction compared to common ASME/ANSI style frame-mounted pumps while maintaining benefits of a centerline discharge.
PRODUCT DOWNLOADS C•SHELL 6X5 GENERAL ASSEMBLY MANUAL C•SHELL COMMISSIONING AND OPERATIONS MANUAL
Our heavy-duty FT model strainers are constructed of FRP, PVC, and 316SS. These materials result in a product that is extremely corrosion resistant and built to last the life of any project. The standard basket is 18 Gauge 316SS, constructed with 1/8” holes perforated on 3/16” staggered centers. Baskets can be fabricated with a variety of hole sizes and open areas to meet varying design requirements. The C•Shell Basket Strainer (FT) offers greater temperature resistance and chemical compatibility than traditional iron, steel, and bronze strainers.
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The conventional and simple seal design allows for a wide range of different seal face materials to be configured for the appropriate pumped fluid. The seal chamber design provides for easy and fast installation.
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The Impenatra II Seal is an innovative new approach to solve many shaft sealing problems. When used in the GENESYS® 3x2-6, it isolates all metallic parts from contact with the fluid. Alternately, corrosive chemicals require seals made of exotic alloys. You can expect excellent corrosion resistance and protection from attack by contained fluid and the surrounding environment. Easy to install and field adjustment not required. It offers great versatility at an excellent price. Reliability due to the simplicity of design and quality components.
PRODUCT DOWNLOADS: IMPENATRA II SEAL DATASHEET GENESYS PRODUCT BROCHURE