Johnson 09-1028B Impeller Kit for F7 & John Deere Pumps (Neoprene)

Johnson 09-1028B Impeller Kit for F7 & John Deere Pumps (Neoprene)The genuine Johnson neoprene flexible impeller is suitable for general water pumping duties such as engine cooling, water transfer, wash down and bilge water pumping purposes. The Johnson flexible pump impeller has eight blades and is supplied complete with gaskets, O ring, lubrication gel and instruction manual to aid installation of the impeller into the flexible impeller pump. The Johnson 09 1028B flexible pump impeller is designed to be installed

The genuine Johnson neoprene flexible impeller is suitable for general water-pumping duties such as engine cooling, water transfer, wash down and bilge water pumping purposes. The Johnson flexible pump impeller has eight blades and is supplied complete with gaskets, O-ring, lubrication gel and instruction manual to aid installation of the impeller into the flexible impeller pump. The Johnson 09-1028B flexible pump impeller is designed to be installed to some of the F7 range of Johnson Pumps, including the following: - F7B-3, F7B-3000, F7B-3020, F7B-3030, F7B-30007, F7B-30207 and F7B-30307 pump models: 10-22045-1, 10-22054-1, 10-24209-1, 10-24209-3, 10-24209-5, 10-24209-7, 10-24209-9 & 10-24209-11. - F7B-5, F7B-5000, F7B-5001 (MC), F7B-5007 and F7B-50017 (MC) pump models: 10-22342-, 10-24071-17, 10-24071-98, 10-24071-99, 10-24116-98, 10-24116-99, 10-24556-01, 10-24556-02, 10-24577-13, 10-24577-19, 10-24577-99, 10-24578-03 & 10-24578-04. - F7B-8, F7B-803, F7B-8001, F7B-8007 and F7B-8037 pump models: 10-24070-1, 10-24070-3, 10-24070-5, 10-24070-7, 10-24070-9, 10-24070-10, 10-24070-51, 10-24114-1, 10-24572-01, 10-24572-05, 10-24572-13, 10-24572-17, 10-24572-51, 10-24572-53 & 10-24572-54. - F7B-9, F7B-902, F7B-903, F7B-9000, F7B-9001, F7B-9002 and F7B-9030 pump models: 10-11236-2, 10-11236-3, 10-13064-1, 10-13064-2, 10-13142-01, 10-13142-02, 10-13374-01, 10-21876-1, 10-21876-2, 10-22139-1, 10-22144-1, 10-22147-1, 10-22335-2, 10-22335-3, 10-22335-4, 10-22354-1, 10-22354-2, 10-24014-1, 10-24014-2, 10-24014-3, 10-24014-4, 10-24014-5, 10-24014-6, 10-24014-7, 10-24017-1, 10-24017-2, 10-24017-3, 10-24017-4, 10-24020-1, 10-24020-2, 10-24028-1, 10-24048-1, 10-24057-1, 10-24061-1, 10-24061-2, 10-24061-3, 10-24061-4, 10-24103-1, 10-24103-2, 10-24126-1, 10-24126-2, 10-24126-3, 10-24127-1, 10-24127-2, 10-24127-3, 10-24127-10, 10-24139-1, 10-24139-2, 10-24139-3, 10-24139-4, 10-24139-5, 10-24139-7, 10-24179-1, 10-24179-2, 10-24183-1, 10-24218-1, 10-24235-1, 10-24235-2, 10-24235-3, 10-24244-1, 10-24244-2, 10-24253-1, 10-24253-2, 10-24253-3, 10-24277-1, 10-24277-2, 10-24277-3, 10-24277-4, 10-24277-5, 10-24280-1, 10-24280-2, 10-24292-01, 10-24305-01, 10-24329-11, 10-24338-01, 10-24338-02, 10-24349-01, 10-24365-01, 10-24365-02, 10-24386-01, 10-24390-01, 10-24394-01, 10-24394-02, 10-24394-03, 10-24398-01, 10-24398-02, 10-24428-01, 10-24431-01, 10-24445-01, 10-24475-01, 10-24475-02, 10-24524-01, 10-24524-02, 10-24524-03, 10-24524-04, 10-24524-05, 10-24535-01, 10-24542-01, 10-24567-01, 10-24580-01, 10-24599-01, 10-24621-01, 10-24630-01, 10-24630-02, 10-24637-01, 10-24654-01, 10-24666-01, 10-24666-02, 10-24667-01, 10-24748-01 & 10-24753-01. - John Deere RE47016, RE49556, RE503068 and RE525563 pumps. The Johnson 09-1028B can be used to replace the Jabsco 17937-0001 and 920-0001 Europe / USA, Sherwood 18200 flexible impellers. For applications containing diesel or light oils, use Johnson nitrile impeller 09-1028B-9. Engine Suitability for the Johnson 09-1028B Impeller: - Bayliner 105, W04C-T120/3000, W04D & W06D-T1 250/3000 engines (10-24253-1, 10-24365-02 & 10-24253-2) - Beta Marine BSD 333, BSD 678, Dover 2725, Dover 2726 T & Dover 2726 TIM engines (10-24139-4 & 10-24244-1) - Bomac Marine 6 cyl engines (10-24139-5) - Bukh 4K 105M & 6K 105M engines - C-Power 2500, 2720, 6.675, 2722-series 4 cyl, 2725-series 6 cyl, 4.254, 4.444, 6.216, 6.363TC/TCIC, 6.380, 6.666, BSD 31, BSD 4 & BSD 6 cyl engines (10-24139-1, 10-24139-4, 10-24244-1 & 10-24445-01) - Caterpillar 3208 engines - Cummins V504M engines - Dolphin Marine 2726TIM 6 cyl, 2726TM 6 cyl, Adhara, FSD 2.5, Super Saiph II, Super Saiph 3 & Vega engines (10-24070-1, 10-24139-1 & 10-24139-3) - Ford 2723, 2725, 2700 Turbo, 2704ET, 2726T, 2726TIM, 2726TM, 2728TIM, BSD333, BSD444 & BSD666 engines (10-24139-1, 10-24139-3 & 10-24244-1) - Herald Marine 6.150, 6.170, 6.178T & Magnum 300 engines (10-24014-1) - High Power Marine 2715E engines (10-24139-1) - Marine Craft 2653-5E HC engines (10-24070-1) - Mercedes OM352, OM355, OM360, OM401 & OM402 engines (10-24209-1) - Mercraft 150 & 180 engines (10-24139-1) - Mercury Marine 4 cyl engines (10-24253-1) - Mermaid Marine 397, 595, 2722 4 cyl, 2723 4 cyl, 2724 4 cyl, 2725 4 cyl, 2726 6 cyl, 2727 6 cyl, 2728 6 cyl, 595 TP, Flat Four, Flat Six, Majestic, Manta, Mariner, Melody, Mistral, Monarch, Turbo Four & Turbo Plus engines (10-24139-1 & 10-24139-4) - Nanni 4.220 HE, 4.230, 4.240, 4.380, 5250 TDi, 5.280 HE, 5.300 T, 6.280 HE, 6.570 6 & 6.570 T engines (10-24070-3, 10-24179-1, 10-24179-2, 10-24386-01 & 10-24542-01) - Norfolk Marine 2723 engines (10-24139-3) - Perkins 6.305 6 cyl, 6.354 6 cyl, 6.354DM, 6.3540M, 6.3543M, 6HD 135/15D & T/H/HT 6.354LL engines (10-24014-1 & 10-24014-4) - Sea Wasp SW 18400- 23 KVA, LATE SW 20000- 25 KVA-, LATE SW 24000-30 KVA-, SW 36000- 45 KVA- & SW 42000- 52.5 KVA- engines (10-24127-1) - Tempest 0.208, 6.150, 6.180 & Sea Lord 5.66 engines (10-24014-, 10-24139-1 & 10-24139-2) - Thornycroft 230, 238, T238, 345, 358, T358, TA 358, 360, 360/l, T360/1, 400 & T400 engines (10-24014-1, 10-24139-1, 10-24329-1 & 10-24329-11) - Vetus C4, C6, DT(A)43, DT(A)44, DT(A)64, DT(A)66, DT(A)67 & P 4.25 engines (10-24218-1, 10-24734-04 & 10-24734-05) - Volvo Penta 1113 BR, AD31A, AD31B, AD41A, AD41B, AQ40DP, AQ70D, AQAD30A, AQAD31A, AQAD41A, AQD19, AQD27, AQD29, AQD30, AQD30DP, AQD32A, AQD40A, AQD41A, AQD70B, AQD70C, AQD70D, D4, D41A, D41B, IPS350, IPS400, KAD42A, KAD42P, KAD42DP, KAD42DPK, KAMD42A, KAMD42P, MD19, MD27, MD29, MD30, MD30A, MD31, MD31A, MD32A, MD40A, MD42, MD47A, MD47B, MD47C, MD50A, MD67C, MD70A, MD70B, MD70C, MD96B, MD100B, TAMD30, TAMD30A, TAMD31, TAMD31A, TAMD31B, TAMD41, TAMD41A, TAMD41B, TAMD60, TAMD60A, TAMD60B, TAMD60C, TAMD70, TAMD70B, TAMD70C, TAMD70D, TAMD70E, THAMD70, THAMD70B, THAMD70C, TIMD96B, TMD30A, TMD31, TMD31A, TMD31B, TMD40A, TMD40B, TMD40C, TMD41A, TMD41B, TMD60B, TMD70B, TMD70C & TMD100A engines (10-11236-1, 10-11236-2, 10-22144-1, 10-22335-1, 10-22335-2, 10-24017-1, 10-24020-1, 10-24277-1 & 10-24394-01) - Watermota Sea Ranger 125, Sea Lion 140, Super Lion 170 & Super Lion 240 engines (10-24139-4 & 10-24445-01) - Yanmar 4LH-TE, 4LH-HTE, 4LH-DTE, 4BY (1997), 6BY (1997) & 4LH (1997) engines (10-13374-01 & 10-24535-01) It is highly recommended to make sure you use an original pump impeller for your flexible impeller pump as this will ensure that the quality complies with the performance and dimension requirements for each pump type. Johnson Pump impellers are manufactured in strict compliance with the pump specifications set by the engine manufacturers. This impeller is also fits engines: Ailsa Craig RF4, RK-Series, RA6, RAB6, Allis Chalmers 60-AMR-273, American Diesel 6 cyl, Bedford 330, BMW B 190/220, B 630/635, D 150/190, D 530TA, D 636TA, Burioli 2725, 2726 TM, 2728 TIM, CMD ATM100, HPE170, HPE200, HPE250, CT Marine CT 150, Dover 2725, DAF DP 680M, DS 575M, DT 575MY, DT 615MY, Diecon ED 6, FE6, John Deere 4039D, 4045T, 4045DFM70, 4045TFM75, 6068TFM75, 6068TFM76, PowerTech 4.5L, Powertech 6.8L, Drinkward Motoren DA475, DD575, DF615, OM352, OM352A, OM616, OM617, Dieseltechniek DTN X6M 88A, Ekstroem 4 DQ50, S4E2, S6E2, FJ Fay F2803EBG, N Gustavsson Motor 2704ET, 2726TM, 2728TIM, Hendy Lennox 2720, BSD666TI, Hino Motors W04C-T, W04C-T120/3000, W04D, W06D-T1 250/3000, Indu Marin 2704ET, 2726TM, 2728TIM, Iveco 513, 806SM, 8060MSD, 8061M, 8061SM/SRM, 821M, 8210M, 8220M, 8280M/SRM, 8361M/SM, 8361SRM, CO2DM, CO3M, CP3M/SM, OMCP3M, Kohler 33EFOZ, 40EOZ, 55EFOZ, 65EOZ, 70EFOZ, 80EOZ, 80EFOZ, 99EOZ, Lister Petter 2722 CS4, 2725 CS6, Lombardini LDW 1204 MD, LDW 1204 Turbo, LDW 2004 M, LDW 2004 MD, LDW 2204 MD, Lugger L-6414A, M.A.N. D0826LE40, JG Meakes JGM 4150D, JGM 6220D, N.E. Ford 6 cyl, N.E. Isuzu 6 cyl, Nedalo 2712E, 2715E, Peninsular Engines 8.2L, Rodahl Marin 2704ET, 2710, 2715, 2722, 2725, 2726, 2728, Sabb F 6.363 T, F 6.363 TI, F 6.595T, F 6.595TI, F 6.595TIP, Sabre 180, 212, Schlapkohl DTP75, DTP92, DTP106, SMP 6-cyl, Schwarting S314, S352, S352A, S636, Sole Diesel 6 cyl SM120, Steyr MO236-OMC, All 4/6 Cyl. from 1999, Telva Oy 2725E, 2726T, 2728TIM, Valmet Oy 311, 411, 411CM, 411CSM, VM Motori 114MH, 116MH, HR480 HT, HR488 HT9, HR492 H9, HR492 HT9, HR592 H9, HR592 HT9, HR688 HT9, HR692 H9, HR692 HT9, WM Diesel WM 68, WM 85T (Kubota V3300, V3300T), Vythoulcas D 4Q 50, S4. How to remove an old impeller: Remove the impeller with slip joint pliers or a Johnson Pump Impuller Part Number 09-800 How to fit a new impeller: Lubricate the shaft and the inside of the pump body and the end cover. Use Johnson Pump Lubrication to help develop prime and prevent damage from dry-running the pump at initial start-up. Mount the impeller by making a pushing and twisting movement in the rotating direction. Lubricated impellers should not be stored for extended periods of time. The engine should be run after installation of a new impeller to wash out the lubrication. These recommendations apply to any service work on the pump and its components that require the use of lubrication inside the pump for assembly and start-up. Warning! Do not use any petroleum-based products to lubricate the inside of the pump. Only use Johnson Pump Lubrication. Other products can damage the impeller which will damage the pump and lead to engine failure. Do not run the impeller without water or lubricant; this can cause engine failure or a fire. 1. A vacuum is created as the flexible impeller vanes straighten upon leaving the cam drawing liquid into the pump. 2. The rotating impeller carries liquid from the inlet to the outlet port. As a consequence of their design flexible impeller pumps can pass fairly large solids. 3. When the flexible impeller vanes regain contact with the cam they bend and the liquid is discharged from the pump in a uniform flow. Liquids can be pumped in the opposite direction by reversing the rotation of the pump.