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SIMERICS ADDS PROGRESSIVE CAVITY PUMP TEMPLATE
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SIMERICS ADDS PROGRESSIVE CAVITY PUMP TEMPLATE TO ITS PUMPLINX® SOFTWARE
Simerics has released the Progressive Cavity Pump Template for PumpLinx®, the CFD virtual test bed for pumps. Pump manufacturers rely on PumpLinx® to improve product performance, as well as to reduce cavitation, cavitation damage, and noise.To get more news about Progressive cavity pump part, you can visit brysonpump.com official website.
The PumpLinx® Progressive Cavity Pump Template now extends the virtual pump testing capabilities of PumpLinx ® for progressive cavity pumps by modeling cavitation, pressure, and other flow dynamics for these numerically challenging pumps.
PumpLinx® provides a new approach that allows for fast and easy model set up, accuracy, and fast calculation speed, as well as automated grid generation and superior treatment of rotating-and sliding interfaces, and is able to model micron scale stator and rotor clearances.
Moyno Inc. launched its Moyno 2000 Progressing Cavity Pump with a unique gear joint that allows the versatile pump to handle a wide range of applications, from shear-sensitive chemicals to difficult-to-process slurries and sludges. The crowned gear universal joint drive train configuration provides exceptional torque and thrust control, and the patented joint seals effectively protect the gear joints from pumpage contamination. The gear joints in the Moyno 2000 Pump are grease-lubricated to run at 180F—far cooler than oil-lubricated joints. The rear gear joint location in the Moyno 2000 Pump reduces the radial load on the drive shaft and bearings and requires minimal pump disassembly to service. The line offers capacities of 2 to 2,500 gpm (0.5 to 568 m3/hr) and pressure capabilities to 1,000 psi (69 bar).