2 Pole Impeller.4 The Advance design meets requirements of low flow, higher head applications as compared to the Advance legacy series. Use of Noryl resin for wetted parts enables this strong, durable, versatile unit to cover a broad range of fluid applications. The patented Impenatra Seal properly handles challenging applications at a fraction of the cost of exotic alloys, by preventing fluids contact with metal parts. Multiple drain locations allow for several discharge orientations. Performance Envelope GPM 142 Head % Peak Efficiency Advance 2 Pole Full / Minimum Diameter Performance Curve Speed: rpm Size:.4 6.3 in 1 48.3 1 8.7 hp 6 8 12 14 16 18 22 24 26 28 32 34 36 38 42 44 46 6 8 12 14 16 18 22 24 26 28 32 34 36 38 42 44 46 8.447.8342
2 Pole Data Sheet.4 P ump: Size: 4 Type: Advance Synch speed: 3 rpm Speed: rpm Dia: 6.3 in Curve: 1-4 Impeller:.4 Specific Speeds: Ns: 17 Nss: --- Dimensions: P ump Limits: Temperature: 18 F Pressure: psi g Sphere size:.1 in Suction: 1. in Discharge:.7 in Power: --- Eye area: --- S earch Criteria: Flow: --- Head: --- F luid: Water Temperature: F SG: 1 Vapor pressure:.63 psi a Viscosity: 1. cp Atm pressure: 14.7 psi a NPSHa: --- Motor: Standard: NEMA Enclosure: TEFC Sizing criteria: Max Power on Design Curve Size: Speed: 3 Frame: 6J ---- Data P oint ---- Flow: 33.3 Head: 124 ft Eff: 48.3% Power: 2.16 hp NPSHr: ft 1 1 6.3 in 48.3 ---- Design Curve ---- Shutoff head: 142 ft Shutoff dp: 61.6 psi Min flow: BEP: 48.3% @ 33.3 NOL power: 2.2 @.3 -- Max Curve -- Max power: 2.2 @.3 8.7 hp Performance E valuation: F low S peed Head E fficiency Power NP S Hr rpm ft % hp ft 43.3 61.6 31.4 2.9 47.6 36.1 9 44.9 2.18 34.7 28.9 132 46 2.8 23.8 21.7 141.7 1.89 14.9 14.4 144 31.1 1.68 12.1 8.447.8342
2 Pole Impeller. The Advance design meets requirements of low flow, higher head applications as compared to the Advance legacy series. Use of Noryl resin for wetted parts enables this strong, durable, versatile unit to cover a broad range of fluid applications. The patented Impenatra Seal properly handles challenging applications at a fraction of the cost of exotic alloys, by preventing fluids contact with metal parts. Multiple drain locations allow for several discharge orientations. Performance Envelope 3 GPM 2 Head % Peak Efficiency Advance 2 Pole Full / Minimum Diameter Performance Curve Speed: rpm Size:. 1.9 in 1 3 1 8.7 hp 7. 12. 7. 12. 8.447.8342
2 Pole Data Sheet. P ump: Size: Type: Advance Synch speed: 3 rpm Speed: rpm Dia:.9 in Curve: 114- Impeller:. Specific Speeds: Ns: 2 Nss: --- Dimensions: P ump Limits: Suction: 1. in Discharge:.7 in Temperature: 18 F Power: --- Pressure: psi g Eye area: --- Sphere size:.22 in S earch Criteria: Flow: --- Head: --- F luid: Water Temperature: F SG: 1 Vapor pressure:.63 psi a Viscosity: 1. cp Atm pressure: 14.7 psi a NPSHa: --- Motor: Standard: NEMA Enclosure: TEFC Sizing criteria: Max Power on Design Curve Size: Speed: 3 Frame: 6J ---- Data P oint ---- Flow: Head: 38.4 133 ft Eff: 3% Power: NPSHr: 2.4 23.6 ft 1 1.9 in 3 ---- Design Curve ---- Shutoff head: Shutoff dp: Min flow: BEP: 148 ft 64.1 psi 3% @ 38.4 NOL power: 2.6 hp @.8 -- Max Curve -- Max power: 2.6 hp @.8 1 8.7 hp Performance E valuation: F low S peed Head E fficiency Power NP S Hr rpm ft % hp ft 1.4 68.8.1 2. 42.8 123 2.6 2.1 29.4 34.2 138.8 2.33 19.4.7 1.2 2.7 12.9 17.1 1. 1.81 11. 8.447.8342
2 Pole Impeller.6 The Advance design meets requirements of low flow, higher head applications as compared to the Advance legacy series. Use of Noryl resin for wetted parts enables this strong, durable, versatile unit to cover a broad range of fluid applications. The patented Impenatra Seal properly handles challenging applications at a fraction of the cost of exotic alloys, by preventing fluids contact with metal parts. Multiple drain locations allow for several discharge orientations. Performance Envelope 7 GPM 8 Head 6% Peak Efficiency Advance 2 Pole Full / Minimum Diameter Performance Curve Speed: rpm Size:.6 1.994 in 1 1 6.1 1 1 1 9 8 7 12. 7. 12. 7. 8.447.8342
2 Pole Data Sheet.6 P ump: Size: 6 Type: Advance Synch speed: 3 rpm Speed: rpm Dia:.994 in Curve: 114-2 Impeller:.6 Specific Speeds: Ns: 6 Nss: --- Dimensions: P ump Limits: Suction: 1. in Discharge:.7 in Temperature: 18 F Power: --- Pressure: psi g Eye area: --- Sphere size:.3 in S earch Criteria: Flow: --- Head: --- F luid: Water Temperature: F SG: 1 Vapor pressure:.63 psi a Viscosity: 1. cp Atm pressure: 14.7 psi a NPSHa: --- Motor: Standard: NEMA Enclosure: TEFC Sizing criteria: Max Power on Design Curve Size: hp Speed: 3 Frame: 184T Flow: Head: ---- Data P oint ---- 49.4 134 ft Eff: 6.1% Power: NPSHr: 2.97 hp 19.2 ft 1 1 1.994 in 6.1 Shutoff head: Shutoff dp: Min flow: BEP: ---- Design Curve ---- 1 ft 6 psi 6.1% @ 49.4 NOL power: 3.18 hp @ 6.8 -- Max Curve -- Max power: 3.18 hp @ 6.8 1 1 1 9 8 7 Performance E valuation: F low S peed Head E fficiency Power NP S Hr rpm ft % hp ft 4. 1.3 3.11 24.7.4 139.4 2.8.9 36.3 149 2.8 2.8 9.2 27.2 46.8 2.28 9.86 18.2 6 36. 1.9 16.9 8.447.8342