Jabsco # 5850-0001 Marine Engine Cooling Pump
Jabsco # 5850-0001
Jabsco catalog # 5850-0001, Marine Engine Cooling Pump. Bronze Construction, with a Neoprene Impeller and Lip Type Seal. Ports are 3/4 Inch NPT.
Price : $ 770.75
Product Information :
Parts Page (click here)
Product Manual PDF (view)The Jabsco 5850-0001 is a bronze Flexible Impeller engine cooling pump with a Neoprene Impeller, Lip Type seal, 3/4 Inch NPT Ports, bare shafted pedestal pump end only. This pump has a nominal flow rate of 15 gallons/min at 1750rpm, and primes at low or high speeds. This is a Marine Engine Cooling Pump for Chris Craft M Series (131 to 158 HP) Engines, Palmer DH 120 Engines, Kermath Sea Rover Engines, Lathrop LH Master-LH6-LH - Atom, Osco Hercules Diesel 685 Engines, Universal Super 6-Model Z Engines, Hercules JX Engines, Flagship Engines, and others. The Neoprene impeller in this pump depends on liquid pumped for lubrication. Do not run dry for more than thirty (30) seconds as lack of liquid will burn the impeller.
Features :
Product Specs :
12 GPM at 1750 RPM, and 17 GPM at 3000 RPM.
Double row ball bearing.
Self-priming up to 10 feet vertical lift.
Constructed from marine quality bronze and stainless steel.
Easy to service and maintain.
Will tolerate abrasive wear.
Handles hard and soft solids without clogging.
Can pump in either direction.
Will not airlock.
Parts and Accessories for Jabsco model 5850-0001
Major Overhaul Kit / Rebuild Kit :
Catalog # 90033-0001, Service Kit, with Neoprene Impeller, O-ring, Gasket and Seal
Price: $ 70.65
Impeller :
Catalog # 1210-0001, Impeller and Spline Seal, Neoprene
Price: $ 38.26
Shaft Seal :
Catalog # 92700-0060, Lip Seal
Price: $ 26.50
Applications
This Jabsco flexible impeller pump combines the priming feature of positive displacement type pumps with the general transfer ability of centrifugals. It will pump either thin or viscous liquids and can handle more solids in suspension than other types of rotary pumps. It operates at low or high speeds can be mounted at any angle and pumps in either direction with equal efficiency.