The NOV 12-P-160 OME 7500 PSI is a heavy-duty mud pump built around a welded high-strength steel frame that is fully stress-relief heat treated for rigidity and stability, with a driveline of forged heat-treated alloy steel components including the crankshaft, connecting rods and intermediate shaft. Per factory spec data, it delivers a rated input power of 1600 HP, a stroke length of 12 in and a rated speed of 120 SPM, with a max working pressure of 7500 PSI and a max flow of 2533 GPM depending on liner selection. We support this model with fluid-end replacement parts including liners, pistons, valves, valve seats, springs and packing matched to the original pump geometry.
FAQ
What are the factory ratings of the NOV 12-P-160 OME 7500 PSI?
According to factory spec data, this pump has a rated input power of 1600 HP, a stroke length of 12 in, a rated speed of 120 SPM, a max working pressure of 7500 PSI and a max flow of 2533 GPM. Output at a given pressure depends on liner selection.
Are fluid-end parts for the NOV 12-P-160 OME 7500 PSI currently available?
Our current listing shows no stocked line items for this model, so please contact us for current availability. We can confirm lead times for liners, pistons, valves, seats and packing on request.
What is the construction of the NOV 12-P-160 OME 7500 PSI?
The pump uses a heavy-duty welded steel frame that is fully stress-relief heat treated for rigidity, and its driveline components such as the crankshaft, connecting rods and intermediate shaft are forged from heat-treated alloy steel rather than cast.
Do you ship NOV 12-P-160 OME 7500 PSI parts to Canada, the US and international sites?
Yes. Mud pump parts ship under HS code 84139100 to drilling contractors and supply houses across Canada, the United States and international oil & gas markets.
How do I make sure the parts will fit my NOV 12-P-160 OME 7500 PSI pump?
Provide the full model name 12-P-160 OME 7500 PSI, the fluid-end serial number if available, and the liner size you run. We cross-check dimensions against the pump geometry before confirming supply.