Oberdorfer model # 109MBP-J58 - Centrifugal Pump & Motor Assembly

Oberdorfer Pump 109MBP-J58

Oberdorfer # 109MBP-J58

Oberdorfer catalog # 109MBP-J58, Centrifugal Pump and Motor Assembly, 60 GPM, Mech Shaft Seal, assembled on a 1/2 Horsepower, 208-230/460 Volts, 3 Phase, TEFC (Totally Enclosed Fan Cooled), Electric Motor. 1-1/4" x 1" NPT Ports.

Price : $ 1139.75

 

Product Information :

Features :

Pump Body:
Bronze
Impeller:
Mechanical Seal Buna-N
Port Size:
1-1/4" x 1" NPT

Parts and Accessories for Oberdorfer model 109MBP-J58


Pump less Motor / Replacement Pumphead :

Catalog # 109MBP, Centrifugal Pump End Only (no motor) 60 GPM, Mech Shaft Seal, close coupled Pump End Only for Electric Motor mount. **3-phase motor version**. 1-1/4" x 1" NPT Ports.

Price: $ 587.82


Pump Service Kit :

Catalog # 11065, +REPAIR KIT FOR 109MPB. Includes : O-Ring, Impeller (for three phase motors), Buna Seal Assembly, Shim, and part #5307 gasket for older models - non-oring.

Price: $ 236.34


Impeller :

Catalog # 7196, 3PH IMPELLER FOR 109MBP

Price: $ 124.23


Shaft Seal :

Catalog # 32155, +SEAL ASSEMBLY

Price: $ 42.42


Other Parts :

Catalog # 9797-157, O'RING VITON

Price: $ 4.04

Applications

Features • Rugged Bronze Construction • A Standard in the Marine Air Conditioning Industry • Extremely Quiet Operation • ORing Housing seal eliminates gasket problems • Teflon Barrier Seal to protect motor bearings • Handles Contaminated Liquids • Discharge port orientation flexibility8 positions • Mechanical Seal Carbon/Ceramic • Pump Heads mount to standard footed Nema 56J Jet Pump Motors • Multiple motor options available • For Industrial Version see Model 700 series Applications The special pump alloys used provide corrosion resistance to many liquids including water, water solutions, and a wide range of commercial chemicals. Questions as to the chemical compatibility of special liquids should be referred to the factory. Viscous liquids with a maximum viscosity of 2000 Saybolt Seconds Universal can be pumped. However, when pumping viscous liquids as compared with water, a reduction in flow and pressure occurs and the required horsepower rate increases.