The Description of Seepex Range Pump

BTE = Features a feed hopper and a compression zone with an enlarged cross-section as well as an auger feed screw with a longer pitch and enlarged diameter. The length of the hopper opening is variable to suit the application conditions. Pumps of this range are used for pumping highly viscous to airtight products that do not tend to bridging.

BTI = Pumps of the BTI range feature a rectangular feed hopper with integrated bridge breaker. The compression housing is dismountable for service work. The length of the hopper opening is variable to suit the application conditions. Pumps of this range are used for pumping highly viscous to airtight products that tend to form bridges above the auger feed screw.

SEEPEX BN Progressive Cavity Pump
SEEPEX BN Progressive Cavity Pump

BTH = The BTH range combines the various advantages of product group T. It is characterized by a separately driven, concentrically rotating ribbon screw with a maximized diameter and a long pitch. Through separate control of the conveying screw speed, the BTH pump can be used for almost any conveying media. The variable speed auger screw permits optimum filling of the conveying elements rotor and stator without causing excess capacity in the stuffing box. Even media that tend to form bridges can be handled with ease due to the large screw diameter of the BTH pump. The BTH range is the technical optimum solution for shear sensitive conveying media.

BTHE = Pumps of the BTHE range feature a feed hopper with vertical hopper walls and a ribbon screw rotating centrically and on the edges. This guarantees optimum emptying of the feed hopper and optimised feed of the medium into the conveying elements of the pump. The length of the hopper opening is variable to suit the respective application conditions.

BTES = The BTES range is equipped with a shut-off system and Range BTES ensures replacement of the conveying elements with the silo filled

BTEI = The BTEI range is a further development of the proven BTI and BTE ranges. In addition to a bridge breaker/mixing device, it features a supply tank that can be adapted to the application conditions on site. This supply tank replaces a separate storage tank and thus saves space within the system.

The Parameter of Seepex Range Pump

Manufacturer:PMV Pump
Max Flow:500 M3/HOUR
Max Head:48 BAR
Model:Seepex Range Pump
MPN:Seepex Range Pump

The Benefis of Seepex Range Pump

  • Low-cost due to the removed bearing frame, flexible coupling and common base plate
  • Easy maintenance due to the plug-in connection between the rotating unit and drive
  • Separate pump bearing omitted
SEEPEX W - WOBBLE PUMP

The Application of Seepex Range Pump

The Seepex Range Pump finds application in various industries due to its versatile capabilities. It is commonly used for efficient and reliable handling of viscous and abrasive fluids, including sludges, slurries, and pastes. With its progressive cavity design, the pump ensures consistent flow rates and gentle product handling, making it suitable for food processing, wastewater treatment, chemical manufacturing, and many other industrial applications.

BNM - MAINTAIN-IN-PLACE PUMPSEEPEX

The Spare Parts of Seepex Range Pump

Accessories

  • Universal joint protection
  • Dry-running protection device TSE
  • Stator tensioning device
  • Over-/underpressure protection device
  • Metering device


Seal barrier system

  • Shaft Seals
  • SEEPEX gland packing (standard design)
  • SEEPEX gland packing with grease chamber or seal cage
  • SEEPEX double-acting mechanical seals
  • SEEPEX cartridge mechanical seals
  • SEEPEX single-acting mechanical seals
Seepex-Featured-Image
Seepex-Featured-Image

Fill up and submit the below inquiry form, or directly write us an email: info@pumpvv.com

Similar Posts

  • MD003-12 stator Seepex

    Main features of MD003-12 stator The MD003-12 stator uses advanced materials and processes to ensure that it can provide stable performance under various working conditions. Its fluid dynamic design significantly improves the efficiency of the stator and can effectively reduce energy consumption. The surface of the stator has been specially treated to have excellent wear…

  • BN52-12L stator seepex

    Advantages of seepex BN52-12L stator seepex BN52-12L stator is widely favored in the industrial field due to the following advantages: Excellent working performance Optimized flow channel design ensures a conveying efficiency of more than 90% Wide compatibility, suitable for viscous, granular or easy-to-crystallize media Excellent self-priming performance, greatly reducing the initial startup pressure of the…

  • BN15-6LT rotor seepex

    Advantages First, the design of the seepex BN15-6LT rotor takes full account of wear resistance and corrosion resistance. Made of high-strength materials, the rotor can resist erosion and wear from various industrial media and ensure stable operation under high temperature and high pressure. This makes it very suitable for use in industries such as chemical,…

  • SEEPEX MDR – Superior Process Control

    MDR – Superior Process Control The MDR range design incorporates an external GA seal arrangement and engineered composite seal housing, lantern, and rotating unit. The only metallic part of the pump that is exposed to the conveyed product is the rotor. This design allows for broad chemical compatibility, increased performance, and decreased maintenance. The patented…

  • |

    Netzsch Pump Parts-Pumpvv

    Netzsch Pump Parts: Reliable Components for Progressive Cavity Pumps Netzsch Pump Parts are components designed for use in Netzsch progressive cavity pumps. These parts include stators, rotors, coupling rods, and other essential elements that ensure the efficient and reliable performance of the pump. They are manufactured with high-quality materials and precision engineering to withstand the…

  • Dosing Progressive Cavity Pump

    Progressive cavity pumps are widely used in various industries for their efficiency in handling viscous fluids. One of the primary applications of these pumps is dosing, where precise amounts of fluid are delivered to a process. This article explores the key aspects of dosing with progressive cavity pumps, including their advantages, working principles, and considerations…