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Distribution Low Loss Header SKE 55kW, 3DC set + 3 x VRG 432 pump group with progressive valve and ARA actuator for radiators
Distribution Low Loss Header 55kW, 3 x VRG 432 pump group with progressive mixing valve and ARA actuator (underfloor heating, radiators),
This is the combination of a low loss header up to 55kW + 3 x VRG 432 mixing valve,
Availability: duża ilość
Dispatched within: 48 godzin
Distribution Low Loss Header SKE 55kW, 3DC set + 3 x VTA 372 pump group for underfloor heating
Distribution Low Loss Header 55kW, 3 x VRG 432 pump group with progressive mixing valve and ARA actuator (underfloor heating, radiators),
This is the combination of a low loss header up to 55kW + 3 x VTA372 mixing valve for underfloor heating
Availability: duża ilość
Dispatched within: 48 godzin
Distribution Low Loss Header SKE 55kW, 3DC set + 1 x universal pump group for Water cylinder, 2 x VRG 432 pump groups with progressive valve and ARA actuator for radiators
Distribution Low Loss Header 55kW, 3 zones + 1 x universal pump station (hot water cylinder), 2 x VRG 432 pump group with progresive mixing valve and ARA actuator (underfloor heating),
This is the combination of a low loss header up to 55kW and a connecting manifold with added 1 x universal pump station, 2 x VRG 432 mixing valves,
Availability: duża ilość
Dispatched within: 48 godzin
Distribution Low Loss Header SKE 55kW, 3DC set + 1 x universal pump group for Water cylinder, 2 x VTA 372 pump groups for underfloor heating
Distribution Low Loss Header 55kW, 3 zones + 1 x universal pump station (hot water cylinder), 2 x VTA 372 mixing valve (underfloor heating),
This is the combination of a low loss header up to 55kW and a connecting manifold with added 1 x universal pump station, 2 x VTA mixing valve for underfloor heating,
Availability: duża ilość
Dispatched within: 48 godzin
Distribution Low Loss Header SKE 55kW, 3DC set + 1 x universal pump group, 1 x VTA 372 pump group, 1 x VRG 432 with progressive valve and ARA actuator
Distribution Low Loss Header 55kW, 3 zones + 1 x universal pump station (hot water cylinder), 1 x VTA 372 mixing valve (underfloor heating), 1 x 432 VRG pump group with progressive valve and ARA actuator (underfloor heating, radiators)
This is the combination of a low loss header up to 55kW and a connecting manifold with added 1 x universal pump station, 1 x VTA mixing valve for underfloor heating, 1 x VRG 432 pump group for radiators.
Availability: duża ilość
Dispatched within: 48 godzin
Distribution Low Loss Header SKE 55kW, 3DC set + 2 x universal pump group for water cylinder, 1 x VRG 432 pump group with progresive valve and ARA actuator for radiators
Distribution Low Loss Header 55kW, 3 zones + 2 x universal pump stations (hot water cylinder), 1 x VRG 432 pump group with progressive mixing valve and ARA actuator (underfloor heating, radiators),
This is the combination of a low loss header up to 55kW and a connecting manifold with added 2 x universal pump stations, 1 x VRG 432 mixing valve,
Availability: duża ilość
Dispatched within: 48 godzin
Distribution Low Loss Header SKE 55kW, 3DC set + 3 x universal pump groups.
Distribution Low Loss Header 55kW, 3 zones + 3 x universal pump stations
This is the combination of a low loss header up to 55kW and a connecting manifold with added 3 x universal pump stations. The set presented may be perfect for the heating systems where no mixing valves are required. It also can be used for 3 circuits with hot water cylinders.
Availability: duża ilość
Dispatched within: 48 godzin
Set of distribution low loss header 40kW, 1"+ 1 x universal pump group and 1 x VRG 432 pump group with ARA actuator
Distribution Low Loss Header 40kW 1"+ 1 x universal pump station + 1 x VTA 372 pump station
This is the combination of a low loss header up to 40kW and a connecting manifold with added 2 universal pump stations. The set presented may be perfect for the heating systems where no mixing valve are required for the universal pump group but the second is given with VTA 372 type pump group dedicated for the underfloor heating zones.
Availability: na wyczerpaniu
Dispatched within: 48 godzin
Set of distribution low loss header 55kW, 1"+ 1 x universal pump group and 1 x VRG 432 pump group with ARA actuator
Distribution Low Loss Header 55kW 1"+ 1 x universal pump station + 1 x VTA 372 pump station
This is the combination of a low loss header up to 40kW and a connecting manifold with added 2 universal pump stations. The set presented may be perfect for the heating systems where no mixing valve are required for the universal pump group but the second is given with VTA 372 type pump group dedicated for the underfloor heating zones.
Availability: na wyczerpaniu
Dispatched within: 48 godzin
Set of distribution low loss header + 2 x universal pump groups, insulated
Distribution Low Loss Header + 2 x universal pump stations
This is the combination of a low loss header up to 55kW and a connecting manifold with added 2 universal pump stations. The set presented may be perfect for the heating systems where no mixing valves are required. One can use it for 2 circuits of hot water
Availability: na wyczerpaniu
Dispatched within: 48 godzin
Set of distribution low loss header + 2 x universal pump groups, insulated PRO
Distribution Low Loss Header + 2 x universal pump stations
This is the combination of a low loss header up to 55kW and a connecting manifold with added 2 universal pump stations. The set presented may be perfect for the heating systems where no mixing valves are required. One can use it for 2 circuits of hot water
Availability: na wyczerpaniu
Dispatched within: 48 godzin
Set of distribution low loss header 40kW, 1" + 2 x VRG 432 pump group with ARA actuator
Distribution Low Loss Header 40kW, 1" + 2 x VRG 432 pump station with progressive valves
This is the combination of a low loss header up to 40kW and a connecting manifold with added 2 x VRG 432l pump stations. The set presented may be perfect for the heating systems where radiators are considered but those pump groups may be used for the underfloor heating zones too.
The temperature may be set up widely in range from 35 C up to 65 C.
Availability: na wyczerpaniu
Dispatched within: 48 godzin
Set of distribution low loss header 40kW, 1" + 2 x VTA 372 pump group with underfloor heating mixing valves
Distribution Low Loss Header 40kW, 1" + 2 x VTA 372 pump station with underfloor heating VTA valves
This is the combination of a low loss header up to 40kW and a connecting manifold with added 2 x VTA 372 pump stations. The set presented may be perfect for the heating systems where underfloor heating zones are considered. Each pump group is able to run heating in installations up to 150 2m.
Availability: na wyczerpaniu
Dispatched within: 48 godzin
Set of distribution low loss header 40kW, 1" + 1 x universal pump group and 1 x VTA 372 pump group
Distribution Low Loss Header 40kW, 1" + 1 x universal pump station + 1 x VTA 372 pump station
This is the combination of a low loss header up to 40kW and a connecting manifold with added 2 universal pump stations. The set presented may be perfect for the heating systems where no mixing valve are required for the universal pump group but the second is given with VTA 372 type pump group dedicated for the underfloor heating zones.
Availability: na wyczerpaniu
Dispatched within: 48 godzin
Set of distribution low loss header 55kW, 1" + 2 x VRG 432 pump group with ARA actuator
Distribution Low Loss Header + 2 x VRG 432 pump station with progressive valves
This is the combination of a low loss header up to 55kW and a connecting manifold with added 2 x VRG 432l pump stations. The set presented may be perfect for the heating systems where radiators are considered but those pump groups may be used for the underfloor heating zones too.
The temperature may be set up widely in range from 35 C up to 65 C.
Availability: na wyczerpaniu
Dispatched within: 48 godzin
Set of distribution low loss header 55kW, 1" + 2 x VTA 372 pump group with underfloor heating mixing valves
Distribution Low Loss Header + 2 x VTA 372 pump station with underfloor heating VTA valves
This is the combination of a low loss header up to 55kW and a connecting manifold with added 2 x VTA 372 pump stations. The set presented may be perfect for the heating systems where underfloor heating zones are considered. Each pump group is able to run heating in installations up to 150 2m.
Availability: na wyczerpaniu
Dispatched within: 48 godzin
Set of distribution low loss header 55kW, 1" + 1 x universal pump group and 1 x VTA 372 pump group
Distribution Low Loss Header + 1 x universal pump station + 1 x VTA 372 pump station
This is the combination of a low loss header up to 55kW and a connecting manifold with added 2 universal pump stations. The set presented may be perfect for the heating systems where no mixing valve are required for the universal pump group but the second is given with VTA 372 type pump group dedicated for the underfloor heating zones.
Availability: na wyczerpaniu
Dispatched within: 48 godzin
Universal pump group PRO, insulated + Grundfos DN25 pump with no mixing valves
UNIVERSAL PUMP GROUP PRO
Direct Universal - without rotary & thermostatic valve.
Designed to be installed with ELTERM distribution low loss header, distribution manifolds or in any other systems where piping is run with the same distances between the tapings (125mm, 1").
Availability: na wyczerpaniu
Dispatched within: 48 godzin
Understanding Pump Stations and Their Role in Fluid Transport
Pump stations are critical infrastructure components designed to move fluids efficiently from one location to another, especially when gravity flow is insufficient. They are widely used in various sectors to manage the transport of wastewater, stormwater, and other industrial fluids. By incorporating pumps, control systems, and storage basins, pump stations ensure continuous and reliable fluid transfer, preventing flooding, maintaining system pressure, and supporting operational processes.
The engineering principles behind pump stations involve complex hydraulic calculations that account for dynamic factors such as flow velocity, pressure differentials, and elevation changes. These calculations determine crucial specifications including impeller design, motor capacity, and pipe diameter requirements. Modern pump stations utilize computational fluid dynamics (CFD) modeling to predict flow patterns and optimize performance before physical installation begins.
Key Features and Technical Benefits of Modern Pump Stations
Modern pump stations have undergone significant technological advancements in recent years, transforming them from simple mechanical systems into sophisticated, intelligent infrastructure components. These innovations have dramatically improved efficiency, reliability, and sustainability across various applications including municipal water distribution, wastewater management, industrial processes, and flood control systems.
At the heart of modern pump station design is advanced automation. Today's systems feature comprehensive SCADA (Supervisory Control and Data Acquisition) integration that provides operators with unprecedented visibility and control. These intelligent control systems, powered by Programmable Logic Controllers (PLCs), enable precise operation and can automatically respond to changing conditions without human intervention. Web-based interfaces now allow for remote monitoring and management, giving operators the ability to oversee and adjust operations from virtually anywhere, significantly reducing response times during critical situations.
Typical Applications and Use Cases for Pump Stations
Pump stations serve a broad range of applications. In residential and commercial settings, they effectively manage wastewater collection and transport to treatment facilities. Industrial environments rely on pump stations for handling various fluids and hydraulic pumping systems integral to manufacturing processes. Additionally, these systems are essential for stormwater runoff control, preventing flooding and erosion, and support irrigation systems by maintaining consistent water flow. Infrastructure such as roads and tunnels also benefit from pump stations to manage fluid accumulation and maintain safety.
Mining operations present some of the most demanding applications for pump stations, requiring systems capable of moving abrasive slurries containing suspended solids while operating in harsh underground environments. Specialized dewatering pump stations in this sector must handle high-pressure head conditions while resisting extreme wear from particulate-laden fluids. These robust systems often incorporate redundant pumping capacity and can evacuate millions of gallons daily from active mining faces, ensuring worker safety and operational continuity.