NEMO® Progressing Cavity Pump in FSIP® Design
Full service in place: Where maintenance and service friendliness matter
Save up to 66 percent of servicing time, the NEMO® progressing cavity pumps in FSIP® design make it possible. They are available in three variants and can generally be used in all industrial areas where very different media have to be conveyed with low pulsation, as well as unaffected by fluctuations in pressure and viscosity, or dosing tasks.
The FSIP® concept of the NEMO® progressing cavity pump is especially interesting where pumps are installed in wear intensive applications requiring more service and maintenance work. Every time the installer's workload is eased, additional work steps are avoided and maintenance time is reduced, this enables savings in terms of capacities and costs. Up to 66 percent of working time can be saved when changing the stator. The FSIP® pump is designed in a way that the housing itself functions as support and orientation guideline. The special design enables that each part automatically fits into its destination. Positioning is done automatically without further adjustments. Therefore the change of all wear parts takes less than half of the time required so far.
Progressing cavity pump: Save costs due to FSIP® design
In block construction with a flanged drive, this NEMO® pump is particularly compact and economical. The pump also differentiates itself by means of low investment and operating costs. In FSIP® design the pump can help to safe even more maintenance costs and costs caused by downtimes. The three variants are the FSIP.ready, the FSIP.advanced and the FSIP.pro. The FSIP.ready is a basic BY Pump inclusive revised housing design with inspection cover, with standard drive train and standard seal arrangement. The FSIP.advanced is a BY pump with new housing design and large inspection cover, split coupling rod. Rotor and stator can be serviced in place. The FSIP.pro is also based on the BY pump with new housing design and large inspection cover, split coupling rod, cartridge unit and single acting mechanical seal for “Full Service in Place”. Two rotor/stator geometries are available to cover a broad spectrum of products and applications.
Advantages
Technique
- Wearing parts can easily be replaced
- Up- or sideward removal of the rotor-stator unit reduces installation space both with conventional stator and with eco-friendly iFD-Stator®
- Various rotor/stator geometries and a large spectrum of materials
- Robust and compact block construction
- The right joint for any application available
- Easy maintenance
- Standard mechanical seal, other seals optional
Worldwide service and support for your pump and system
Our service and support do not end with the purchase. From consultation, spare parts and maintenance to the repair and modernisation of your pump - we support you right from the start.
Thanks to our worldwide service network, we are ready for you around the clock in case of an emergency.
Applications NEMO® pump in FSIP® design
FAQ progressing cavity pumps
Progressing cavity pumps are particularly suitable for pumping highly viscous, abrasive, solid-laden or shear-sensitive media. Typical applications include the chemical, food, environmental, paper and building materials industries, as well as the oil and gas sector.
NEMO® progressing cavity pumps from NETZSCH Pumps & Systems are characterised by gentle, low-pulsation pumping, high dosing accuracy and a wide range of applications. They enable a constant delivery rate even with changing pressures and media compositions.
Progressing cavity pumps can be used to convey low-viscosity to highly viscous media, including slurries, suspensions, pastes, media with a high solids content, and sensitive or gas-laden liquids.
Yes, progressing-cavity pumps are self-priming and exhibit excellent suction performance. This makes them ideal for applications with changing fill levels or difficult suction conditions.
NEMO® progressing cavity pumps are available in numerous designs, including block, hopper and hygienic versions. In addition, various materials, seal variants, and rotor-stator combinations are available to optimally adapt the pump to the respective application.
Maintenance requirements are low and predictable. Wear parts such as the rotor and stator can be easily replaced. Maintenance-friendly designs enable short downtimes and high plant availability.
The service life depends on factors such as the medium, speed, pressure and choice of materials. Professional design and the use of original spare parts ensure a long service life and economical operation.
All relevant original spare parts are available for progressing cavity pumps from NETZSCH Pumps & Systems, including rotors, stators, seals, joint parts and other wear-related components. The spare parts are precisely matched to the pump design and ensure high operational reliability.
The correct spare part can be identified by the machine number, serial number, or item number. Spare parts lists, sectional drawings and the operating and maintenance instructions also provide support. Alternatively, the NETZSCH Pumps & Systems service team can provide expert advice on selecting the right original spare part.
The experts at NETZSCH Pumps & Systems will assist you in the design, selection and integration of the right progressing cavity pump – tailored to your specific pumping tasks and process requirements.
