At different points in time, the system may be limited by motor voltage, motor current, motor speed, motor torque, motor thermal capacity, power demand, rod string torque, flow line pressure, fluid level, or well inflow. P.O. • The Rotor forms a single helix (like a corkscrew) and rotates eccentrically in the Stator. Optional vertical mount EZstrip™ Family Maintain-in-place line of products providing cost savings solutions. A search routine uses an optional gas flow sensor input to automatically select the fluid level that maximizes gas production in coalbed methane pumping applications. A progressive cavity pump is a type of positive displacement pump that is adaptable to some of the toughest pumping applications and most difficult fluids. Dual motors can be controlled from a single drive for operation of large pumps. Estimated well production is displayed for the operator and is available for remote well monitoring through a serial communication port. Start/stop events are automatically logged for subsequent retrieval. Also known as flexible impeller pumps, they create a suction force that can draw liquid upward to fill the pump chamber when your liquid source is below the pump. The correct motor can be the difference between optimal pump performance vs. increased wear or pump part failure. High engineered progressing cavity pumps designed to withstand viscous, abrasive, or corrosive applications. KUDU internal hydrodynamic brake drivehead. Unico’s Progressing Cavity Pump (PCP) Drive provides a number of features specifically designed for operation of progressing cavity pumps. Identification routines automatically determine installation dependent system parameters including those of the motor, rod string, and pump. The models capture the thermal, mechanical, electrical, and hydraulic behavior of the system to control the pumping process with greater precision than ever before. Pump Series Description. This allows the overall gear ratio to be increased, thereby providing increased low-speed torque without loss of maximum pump speed. The PC pump exhibits pump flow that is linear and repeatable, like an ideal metering pump. Low speed detection protects the system in case of a stall condition, such as a stuck pump or blocked flow line. It transfers fluid by means of the progress, through the pump, of a sequence of small, fixed shape, discrete cavities, as its rotor is turned. Excess flow line pressure can be used to prevent damaging pump loads. Production can be maximized without compromising efficiency or reliability by forcing the system to operate at the constraint limiting production at each instant of time. All part numbers, product lines and/or descriptions are for reference purposes only. A pump-off control allows the pump to dwell for a programmable period of time to protect the pump and to control average flow. Even with the difficult media described above, it allows higher flow rates than the previously used units. Make Offer - Moyno FBIB SSE 5SBB Sanitary Progressive Cavity Pump w/ 1HP Nord Drive and Motor SEEPEX BN 10-12 3HP CI Progressive Cavity Pump 1170/960RPM 208-230/460/380V $950.00 They are also known as an eccentric screw pump due to the motion of the rotor. Over the last thirty years, new pump technologies have arrived - such as the Moineau™ PCP pump (progressing cavity pumps) - bringing improved efficiency and performance to the market. *Neither Progressivecavityparts.com nor its parent companies nor their replacement aftermarket progressive cavity pump parts are representative, affiliated or associated with Moyno®, Tarby®, Netzsch®, Continental®, Seepex®, Roper® or Allweiler® or their respective parent corporations. One advantage for the operator is that such valveless positive-displacement pumps are also capable of transporting stringy material safely. In a progressive cavity pump, the rotor rolls in an eccentric path opposite the direction of rotation. Please fill out all appropriate form information and fax it back to our sales engineers at (847)-640-7855. Moyno® and Tarby® are registered trademarks of Robins and Myers® and NOV®, Netzsch® Incorporated is a registered trademark of the Netzsch® Group, Allweiler® is a registered trademark of Colfax® Corporations Continental® Pumps is a Trademark of Continental® Ultra Pumps. Progressive cavity pumps can play a crucial part in many different operations. Log In. or Best Offer. A power flow optimizer maximizes production from gassy wells by allowing the drive and motor to operate at their maximum thermal capacities. Seepex® is a registered trademark of Seepex®. The drive uses a number of unique methods for precisely determining performance parameters from models of the pumping system elements without requiring external surface or downhole sensors. Replacement Progressive Cavity Pump Motors and Bases; Repair/Parts Request Form. Progressive cavity pumps are especially designed to handle viscous fluids and slurries with solids and particulate matter at a constant flow. The pump body is composed of an outlet transition flange, rotor (screw), stator, and a universal joint, tee joints, etc. Several industry standard serial protocols are available for communicating with popular programmable controllers as well as personal computers or network servers. Please note that this speed would be the pump speed, not the motor speed. The Flowrox E-series progressive cavity pumps were conceived by utilizing Flowrox’s extensive experience in progressing cavity pump service and spare parts production as well as the knowledge gained from our innovative peristaltic pump range. The motor can be operated up to twice base speed at constant power. Whether you are pumping food and drink products, oil, sewage, viscous chemicals, or other fluids, you will definitely encounter situations where this specific industrial pump design is a great fit. User-programmable reports can be generated using software that connects system parameters to Excel spreadsheets. Motors to full pump packages with pump, guard and motor all mounted to a solid steel baseplate, progressivecavityparts.com is your solution to your progressive cavity pump motor requirements. by Gordon Fenton (SEEPEX Inc.) 12/10/2015 One of the greatest advantages of a progressive cavity (PC) pump is that its flow rate is determined solely from the pump speed. An optional surface flow sensor can be used to automatically locate the point of maximum production while protecting the system from a pump-off condition. The drive provides a number of options for manual, remote, and automatic control of pump speed. Our progressive cavity pumps, macerators and control systems are used wherever low to highly viscous, aggressive or abrasive media must be conveyed at low pulsation rates. Progressive-cavity (PC) How it works: An external motor turns a rotating internal screw (the rotor) that draws and moves sludge through the pump (the stator). Time-of-use control can be used to minimize on-peak energy demand charges. or Best Offer. Innovative Control Solutions for Industry. Typical events include start, stop, mode change, power up, power loss, overvoltage, overcurrent, low torque, and low speed. A data sampler option captures real-time information for generation of motor, rod, and pump performance charts as well as plots of production information. Auto restart control sequences starting of multiple pumps after power outages to eliminate surges in power demand. A wireless interface option allows remote monitoring of system performance and control of pump operation. 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