The NETZSCH NOTOS 3NS a number of screw pump is the following era in LACT pipeline booster pump know-how

NETZSCH Pumps North America, LLC, experts in options designed specifically for advanced fluid handling pumping purposes, announces the brand new NETZSCH NOTOS 3NS multiple screw pump, the subsequent generation in Lease Automatic Custody Transfer (LACT) pipeline booster pump technology.
The environment friendly operation, low noise, small footprint, high reliability, and simple serviceability of this expertise makes it perfect for pipeline booster pump service, whether or not in a LACT building for cold weather duty or sustaining the summer heat of the new local weather areas.
เกจวัดแรงดันเบนซิน stretches the boundaries with increased circulate and stress capability with larger reliability. The cartridge design makes servicing within the field an environment friendly, time saving operation. With the compact design and ability to cover 6,000 bpd and 750 psi, the NOTOS 3NS supplies flexibility unrivalled by different manufacturers.
Due to the optimization by means of the High Efficiency Unique Design (HEUD) concept, three screw pumps supplies fixed move at any strain in the pipeline. The state-of-the-art know-how, precise tolerances and optimized screw profile guarantees that the noise stage of the pump is lower than the motor
In addition to a drive screw that transmits torque via a thin hydrodynamic film, 3NS three screw pumps have two rotating, intermeshing driven screws. The design of the 3NS meets the oil standards together with the American Petroleum Institute (API) requirements with minimal modifications.
These pumps are versatile and can be utilized in a broad variety of applications because they can be produced from a variety of materials and help completely different viscosities and temperatures. They can be found in carbon steel and other alloys. The HEUD design, state-of-the-art manufacturing, an unique patented design and cartridge meeting guarantee low upkeep and low life cycle prices.
Share

Scroll to Top