The Oilgear Company

• modelSFV-05-NC
• Flow Efficiency5

• modelPVG-048
• Max Speed2000 - 3000 RPM
• DisplacementBelow 50 cc/rev

• Max Continuous Pressure5000 PSI
• Flow EfficiencyCv Less than 2

Our highly skilled engineering team runs detailed engineering calculations and finite element analysis on all new designs. Customer approval drawings and design reviews involving engineering, quality and manufacturing are a part of each job to ensure we meet customer needs. Oilgear is all about adding value as a single sourcing and broad-based manufacturer. Our team of highly qualified, accessible, engineers and designers can work from fully detailed prints supplied by the customer, or from scratch with minimal specifications and conceptual guidance. Oilgear is very comfortable working to difficult specifications from the military, ISO, ASME, API, DNV, and ABS.

The Petrodyne product line consists of high-pressure, reciprocating plunger pumps, designed for pumping harsh media such as catalysts and chemicals. Petrodyne pumps are also used for grease injection, water pumping, and hydro-static testing.The Petrodyne product line ranges up to 200, 000 PSI in maximum operating pressure. Petrodyne is a legacy Oilgear product line, however, many aspects are still supplied and supported by Oilgear. For detailed information, please see the included documentation, or contact an Oilgear representative or authorized re-seller.

The engineers from the Olmsted product team have developed a proprietary means of achieving the majority of the features of the electro-hydraulic ARV, minus the electronic controls. Not only does the ARV-H not require feedback for the position of the tensioner rod, but the ARV-H can accommodate a wide range of tension and water depth scenarios.Provides the core functionality of the industry-standard Olmsted Electro-Hydraulic valve Does not require a complex control system Can be retrofitted onto any existing riser tensioning system – direct or wireline Excellent protection: Protects against a parted riser and wire rope whipping Protects against recoil by employing a fully-integrated hydraulic recoil algorithm