At SEEPEX an automatically adjustable progressive cavity seepex

  • Completely computerized for the highest pumping capacity that can possibly be achieved:Many different aspects of applications that involve intelligent media pumping will become simpler in the not too distant future. This can be done with the press of a button in the control room or by using theseepex pump parts  Monitor app on a mobile device while on location. Both options are available. The clamping that holds the rotor and the stator together, which are the two most important elements of the conveying system, can easily be adjusted to accommodate the conditions of the process or the level of wear. The rotor and the stator are the two most important elements of the conveying system. Seepex's Smart Conveying Technology (SCT) has been further developed and digitalized with the assistance of SCT AutoAdjust. Both of these accomplishments were made possible by the software. Seepex holds a patent that protects the SCT.0 characteristics and is recognized everywhere in the world.

    Seepex's Chief Technology Officer (CTO), Dr. Christian Hansen, is of the opinion that the SCT AutoAdjust is the bridge between the world of analog pumps and the world of digital solutions. In addition, its technical design is unlike anything else on the market today. Bottrop, a company that specializes in the production of pumps, is currently demonstrating an automated pump that has been pre-fitted with technology from the Industry 4 sector. A single tap or click on the website will accomplish this. Pump Monitor is all that is required to adjust the stator clamping system in such a way that the pump always provides the highest possible level of pumping performance. This is achieved by ensuring that the pump is always able to provide the best possible level of pumping performance. This can be accomplished via remote access. The days when wrenches and other similar tools were absolutely necessary have been and gone for a very long time. Seepex is now in a position, as a leading manufacturer in the industry, to offer the possibility of readjusting the stator clamping, which is something that is generally accepted by the community. In the most recent iteration of pumps, signals are transmitted either digitally or analogously through a variety of bus systems. Signal cables are used to facilitate this communication between the various components of the pump. Even in complex plants with pumps that are frequently difficult to access, having the option to make adjustments remotely is beneficial for service technicians.


    Integration into systems that are already operating with as little to no disruption as possible.

    The control system, the sensors, and the device for making adjustments are all included in the package as a standard component of the product. This component of the product is considered to be part of the standard offering. The Pump Monitor is active 365 days a year, 24 hours a day, and monitors and records a wide variety of crucial operational parameters continuously. Some of these parameters include temperature, flow rate, pressure, and vibration, amongst others. Because of this, the data can only be analyzed locally, or even more thoroughly, also in the cloud, by making use of the Seepex Connected Services. Neither option can be done remotely. Because of this, the amount of time that the system is offline is cut down, and there is no longer any chance that unplanned outages will occur. The process of integrating new capabilities into operational frameworks that are already in place is as straightforward as it is possible to make it.

    Work that needs to be done to keep a progressive cavity pump in working order can now be done with less effort, in less time, and in an easier and quicker manner than it ever could have been in the past. The revolutionary Smart Conveying Technology (SCT) was brought to the market for the first time by Seepex in 2008, and it brought about a complete paradigm shift in the approach that was taken to the maintenance of progressive cavity pumps.

    The tried and true design principle: the Smart Stator is composed of two halves and can be easily installed and uninstalled on site without the need to remove suction or pressure pipes. This makes the Smart Stator a very versatile piece of equipment. Because of this, the Smart Stator has a great deal of adaptability. GE is the company that was responsible for developing the Smart Stator. Because of this, the rotor and stator of seepex pump parts s have a service life that is significantly increased, they require fewer replacement parts, and their total cost of ownership is lower than it would be otherwise. At no point in the process are specialized tools required in any way, shape, or form at any stage of the procedure. There is no exception to this rule. Working on the pump is made a significant amount simpler by the newly developed premium model range, which helps save even more time and money as a result of the savings that are already achieved. As was the case with the conventional SCT system, the process of assembly and disassembly is still straightforward and uncomplicated. Seepex makes it possible to achieve the greatest possible savings on energy costs while simultaneously reducing the amount of time spent on maintenance and simplifying the process. In other words, Seepex makes it possible to achieve the maximum possible savings on energy costs. In order to shed some additional light on the matter, Dr. The SCT AutoAdjust function will be able to accommodate pressures of up to 8 bar when it is finally made available to the public. The tried-and-true dependability of the two-stage SCT has made it possible for the compact dimensions of the device to be preserved. When it becomes necessary, this makes it possible for the components to be easily replaced.

    An examination of the most recent advancements and their associated benefits.

    Accessing pump installations that are typically difficult to reach is significantly simplified when carried out from a remote location because of the reduced travel distance.

    As a result of the straightforward automation of its operation and the increased frequency with which it adjusts the stator clamping, this pump has a significantly longer service life, fewer maintenance requirements, less wear and tear, lower costs for spare parts, and a significantly longer service life overall. All of these benefits contribute to the pump having a significantly longer service life overall.


    We no longer go through unplanned lulls in production, which is something that belongs in the dustbin of history. The workings of the pump are never concealed from view in any way, and this situation never arises at any point in time. The result of the readjustment is almost instantly reflected in the performance of the pump, and higher-level systems make it possible to read off the wear reserve. In addition, the stator can be taken apart in its entirety without requiring the utilization of any additional space than what is already present.

    Maintaining a watchful and careful vigil over the plant at all times and in any location you might find yourself in.