The Godwin 6" (150mm) Heidra 150MR hydraulic submersible pump offers improved performance and operating efficiencies that cannot be matched by standard electrical submersible models. With variable speed diesel engine power, the Heidra 150MR can meet a variety of flow and head requirements up to 1900 gpm (120 l/sec.) and 160 feet (48.8M) of total dynamic head with a simple throttle adjustment. Add the ability to pass solids to 3" (75mm) in diameter, dry running capabilities, a cast chromium steel impeller, and you have a rugged dewatering/solids-handling, self-contained hydraulic submersible pump ready to go anywhere.
Submersible Pump:
Hydraulic Motor: Gear Type
Drive Pressures: Up to 3500 psi (241 BAR)
Flow: Up to 32 gallons (121 liters)
Pump Speed: Up to 2200 rpm (approx.)
Impeller Diameter: 11" (279mm)
Solids Handling: 3" (75mm) in diameter
Weight: 355 lbs. (161 kg.)
Discharge: 6" (150mm) FNPT
Hydraulic Connections: 1" (25mm) Wingnut Quick Disconnect fittings
Strainer: M.S. Fabrication nylon coated with 2.75" (70mm) square apertures
Power Pack:
Engine: John Deere 4045D
72 hp (53 kw) @ 2400 rpm
Caterpillar 3054NA
74 hp (55 kw) @ 2200 rpm
Hydraulic System: Two pipe open circuit
Hydraulic Reservoir Capacity: 40 gallons (151 liters)
Control: Via variable speed engine
Hydraulic Pump: Gear type
Output Flow: 32 gallons (121 liters)
Output pressure: 3500 psi (241 BAR)
Suction Filter: 125 micron pleated gauze
Return Line Filter: 20 micron
Hydraulic Pipe Connections: 1" (25mm) Wingnut Quick Disconnect fittings
Pump Casing and Suction Cover: Cast Iron
Bearing & Seal Housing and Front Wearplate: Cast Iron
Pump Shaft: Medium Carbon Steel
Impeller: Cast Steel
Rear Wearplate: Mild Steel
Mechanical Seal: Double mechanical seal in oil bath
Outboard: Silicone Carbide
Inboard: Carbon or Ceramic
Lifting Bracket: Fabricated Mild Steel tube & plate
Weights (approx.)
Pump 355 lbs. (161 kg.)
Power Pack 2,996 lbs. (1,359 kg.)

Performance data from curve based on water tests at sea level and 68° F (20° C).
Larger diameter pipes may be required for maximum flows.
