JPR-SC50IF JMP Marine Scania Replacement Engine Cooling Seawater Pump – Tapered Shaft Gear Drive
SKU: YD-102-110MFR #: JPR-SC50IF
$1,444.90
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- Shipped worldwide from Fort Lauderdale, FL
- Inspected & tested before it ships
- Questions? Call 954-584-0042
Description
The JPR-SC50IF from JMP Marine is a premium replacement engine cooling seawater pump specifically engineered for Scania DI09, DI12, DI13, and DI16 series marine engines. This model features a robust tapered shaft gear drive and is built using marine-grade bronze and stainless steel components to deliver exceptional reliability and flow performance.
Compatible with 2" flange port fittings, the pump comes with upgraded internal components including a forged cam and O-ring sealed end cover. Note: Internal parts are not compatible with OEM due to JMP's design enhancements for better durability and performance.
- Universal fit across multiple Scania engine models
- Heavy-duty marine-grade bronze body casting
- High-performance flexible impeller (JMP 8301-01K)
- Marine-grade non-magnetic stainless steel shaft (3X Series)
- Forged cam for enhanced durability
- High volume flow capacity and fast rate
- O-ring end cover seal for leak prevention
- Hex-head screws for easy servicing
- Upgraded wear plate and oil seal for better performance
- SKU: JPR-SC50IF
- Replaces: Scania 1785016, 1785018; Johnson 10-24308-01 (F9B-9), 10-24308-02 (F9B-905)
- Engine Models: Scania DI09, DI12, DI13, DI16 Series
- Drive Type: Tapered Shaft Gear Drive
- Port Type: 2" Flange
- Impeller: JMP 8301-01K
- Pump Dimensions (L x W x H): 220mm x 152mm x 150mm
- Pump Weight: Approx. 18.0 lbs (8.18 kgs)
- Internal Compatibility: Not Compatible with OEM (Redesigned Internals)
- Major Service Kit: JSK0028 (*Sold Separately)
- Minor Service Kit: JSM0033 (*Sold Separately)
Manufacturing Improvements over OEM:
- 5mm thick JMP housing vs. 3mm on Scania
- More efficient drain design on JMP housing
- Better cam design and wear resistance
- O-ring sealing vs. OEM paper gasket
- Machined flat wear plate surface for durability