Węzły bezpośrednie ogrzewania i ciepłej wody użytkowej
Direct heating stations with instantaneous domestic hot water preparation are used in single-family houses, where pressure and temperature conditions allow direct connections, but the most common use is in the multi-family buildings with decentralized heating and DHW installations.
Liczba elementów: 23
EvoFlat 4.0 PRO F
The Danfoss EvoFlat 4.0 PRO F is an electronically controlled flat station designed to regulate the temperature of domestic hot water and heating flow. It is particularly wellsuited for use in multi- family residential buildings with central heating systems.
Equipped with an advanced electronic controller and specially developed actuators, the unit ensures precise temperature regulation, while all relevant operational data can be accessed online. Cold meters can be read and displayed simultaneously via the M-bus interface.
This innovative solution sets new industry standards. The functional blocks are manufactured from reinforced PPS composite material, making the station lightweight and reducing internal heat emissions. The smooth internal pipe surfaces minimise the risk of deposits and blockages.
All components are assembled using advanced Click- Fit connections. In comparison to conventional stations with pipe and screw fittings, this modern connection technology eliminates the need for retightening during installation and commissioning.
Primary side
The flat station is equipped with two differential pressure regulators and a strainer. A summer bypass function maintains the supply line temperature during idle periods, ensuring a rapid response time for domestic hot water production. The bypass can be operated continuously or according to a weekly schedule. A return temperature limitation function is included as an accessorie.
Secondary side
The flat station supplies the heating surfaces with the flow temperature provided by the supply line. The standard integrated differential pressure regulator ensures optimal operating conditions for the heating system. An actuator can optionally be installed on the zone valve; this actuator can be used to switch off the heating system via an external signal or to reduce the return temperature.
Domestic hot water ( DHW)
Four heat exchanger sizes are available, covering capacities from 37 kW to 70 kW. The EvoFlat 4.0 PRO F is equipped with an actuator for precise regulation of the domestic hot water temperature. This actuator adjusts the primary-side flow rate according to the hot water temperature and the draw-off volume. The station incorporates an integrated differential pressure regulator on the primary side of the domestic hot water heating system, eliminating the need for hydraulic balancing between the station and the primary side. If required, the station can be expanded with a DHW circulation set.
EvoFlat 4.0F
Węzeł Danfoss EvoFlat 4.0 jest szczególnie odpowiedni do budynków wielorodzinnych z centralnym ogrzewaniem lub siecią ciepłowniczą. To innowacyjne urządzenie wyznacza nowe standardy. Składa się z bloków funkcjonalnych wykonanych ze specjalnie wzmocnionego kompozytu PPS. Dzięki temu węzeł jest niezwykle lekki i ogranicza emisję ciepła do wnętrza. Gładka powierzchnia zmniejsza ryzyko osadzania się kamienia i zatykania.
Wszystkie komponenty są montowane za pomocą nowo zaprojektowanych połączeń zatrzaskowych. W porównaniu z konwencjonalnymi podstacjami z rurami i połączeniami śrubowymi, ta nowa technologia połączeń nie wymaga dokręcania podczas instalacji i uruchomienia.
Strona pierwotna (DH)
Węzeł mieszkaniowy jest wyposażony w dwa regulatory różnicy ciśnień i filtr centralny. Letni bypass utrzymuje ciepło przewodu zasilającego podczas postoju. Zapewnia to szybką reakcję w zakresie ciepłej wody użytkowej w okresie letnim. Bypass jest sterowany termostatycznie.
Ogrzewanie (HE)
Węzeł mieszkaniowy zasila obiegi grzewcze grzejników temperaturą zasilania. Standardowo zintegrowany regulator różnicy ciśnień zapewnia optymalne warunki pracy ogrzewania. Zawór strefowy jest zintegrowany po stronie powrotu. Czasowa regulacja temperatury może być realizowana za pomocą opcjonalnego siłownika i termostatu pokojowego, z wykorzystaniem opcjonalnego zestawu przyłączeniowego wysokotemperaturowego.
Ciepła woda użytkowa (CWU)
Dostępne są cztery rozmiary wymienników ciepła, aby zaspokoić wszystkie potrzeby od 37 kW do 70 kW. Evoflat 4.0 M jest wyposażony w inteligentny sterownik, który reguluje przepływ po stronie zasilania w oparciu o temperaturę ciepłej wody użytkowej i objętość pobieranej wody. Stacja posiada zintegrowany regulator różnicy ciśnień po stronie zasilania systemu podgrzewania ciepłej wody użytkowej. Eliminuje to konieczność hydraulicznego równoważenia stacji. W razie potrzeby stację można rozbudować o zestaw cyrkulacji ciepłej wody użytkowej.
EvoFlat FSF
The EvoFlat four pipe station are developed to increase efficiency in systems with heat pumps. The concept includes the use of two different temperature levels. A flow temperature of 55 °C is required for tap water heating. On the heating side, the surface heating system is operated with a flow temperature of 35 – 38 °C. In this way, the best possible COP for the heat pump is achieved. The EvoFlat-TM four pipe station is available as an in-wall version with a flush-mounted box or as a wall-mounted version.
Domestic hot water (DHW)
The hot water output is determined by the number of plates in the built-in heat exchanger. Due to the flow temperature of 55 °C, only type 4 is available. A built-in flow controller opens the flow through the heat exchanger on the heating and drinking water side. When the tap is finished, both flows are closed. The Evoflat 4.0 F is equipped with an intelligent controller that regulates the flow rate on the supply side depending on the hot water temperature and the tap volume. The station has an integrated differential pressure regulator on the supply side of the drinking water heating. This means that hydraulic balancing of the station is not necessary. These components ensure the optimum operating status for all home stations that are connected to the same system. To measure water consumption, are the EvoFlat4.0 F is equipped with a fitting piece for mounting a water meter in the cold-water inlet.
Heating
The control section on the heating side includes a differential pressure controller type AB-PM DN 20, a strainer, a sensor thermowell and a fitting piece for inserting a heat meter. The differential pressure controller with flow limitation ensures optimal operating conditions during heating. To ensure time-dependent temperature control, the EvoFlat™ four pipe station can optionally be equipped with an actuator (type TWA-Q) for the zone valve integrated in the AB-PM and a room thermostat with timer.
Design
The innovative EvoFlat 4.0 FSF sets new standards. It consists of function blocks made of a specially composite material. This makes the station extremely light and limits internal heat emission. The smooth surface significantly reduces the risk of deposits and contaminants.
Insulation
The EvoFlat 4.0 FSF has a high insulation EPP cover. It is built up on an EPP insulated back plate and a few front insulation covers for the DHW, DH, HE and mounting rail. This ensures the EvoFlat 4.0 F is fully insulated for minimum heat losses and excellent operating economy.
EvoFlat FSS
EvoFlatTM FSS is a compact and simple to operate flat station. Especially suitable for two-pipe systems in residential buildings, which are supplied from a secondary connected district heating system, a block heating system, a centrally located boiler system (oil, gas or biomass, as well as for CHP systems. The EvoFlat FSSTM is available as built-in variant with a recess box or as mount-on-wall variant with cover.
Primary side (DH)
The flat station is prefabricated with interconnecting components such as a differential pressure controller (integrated in main temperature controller TPC-M), strainer, sensor pockets and fitting piece for insertion of a heat meter.
Heating (HE)
The self-acting temperature controller TPC - M with integrated differential pressure controller sets the optimum operating conditions for heating and DHW. In order to enable a time dependent temperature control program, a zone valve with actuator is included and can be connected to a room thermostat as an option.
Domestic hot water (DHW)
The domestic hot water is prepared in the heat exchanger based on the flow principle and the temperature is regulated by the self-acting controller with integrated differential pressure controller - the TPC-M. Supreme ease of operation is obtained via the combined hydraulic and thermostatic regulation of the TPC-M controller. The flow-controlled part allows primary and secondary side flow through the heat exchanger, only when hot water is tapped and blocks the flow immediately after completion of the tapping process. The thermostatic part controls the domestic hot water temperature. The TPC - M controller with integrated differential pressure controller also compensates for flunctuating flow temperatures and differential pressures and thereby ensures a constant domestic hot water temperature at all times.
For registration of the cold water consumption the EvoFlatTM FSS flat station is equipped with a fitting piece for mounting of a cold water meter in the DCW inlet.
Construction
All pipes are made of stainless steel. The connections are made by a newly designed click connection. Compared to conventional stations with screw connections, this new connection technology does not require retightening during assembly.
Insulation
The EvoFlatTM FSS flat station is built up on an EPP insulated back plate as well as a front insulation cabinet, enabling the customer to have a fully insulated substation, thus ensuring reduced heat losses and excellent operating economy.
EvoFlat RENO
The EvoFlat Reno is a flat station for direct heating and a pressure and temperature controlled instantaneous domestic hot water heater for two - pipe systems, designed for decentralized heat distribution and is especially suitable for apartment buildings, where existing gas boilers should be replaced. The existing connections for DHW and DCW as well as supply and return of secondary heating circuits can be used without major changes, but it is recommended that the connections for the primary hot water flow and return are to lead through the chimney. Optionally the heating supply and return pipe can also be established in top of the unit.
Primary side
The station is supplied with heating water from a energy source and it is prefabricated with interconnecting components such as a differential pressure controller (integrated in main temperature controller TPC-M), strainer, thermostatic bypass FJVR, sensor pockets and fitting piece for insertion of a heat meter.
Heating (HE)
The self-acting temperature controller TPC-M with integrated differential pressure controller sets the optimum operating conditions for heating and DHW. In order to enable a time dependent temperature control program, a zone valve with actuator and a room thermostat* can be included as an option.
* National laws and guidelines must be observed.
Domestic hot water (DHW)
The domestic hot water is prepared in the heat exchanger based on the flow principle and the temperature is regulated by the self-acting controller with integrated differential pressure controller - the TPC-M. Supreme ease of operation is obtained via the combined hydraulic and thermostatic regulation of the TPC-M controller. The flow - controlled part allows primary and secondary side flow through the heat exchanger, only when hot water is tapped and blocks the flow immediately after completion of the tapping process. The thermostatic part controls the domestic hot water temperature. Thanks to the quick-acting hydraulic control of the heat exchanger, it is largely protected from the formation of lime scale and growth of bacteria. The TPC-M controller with integrated differential pressure controller compensates for variations in supply temperature and varying differential pressure and thereby ensures a constant domestichot water temperature at all times.
Supper bypass
The station is equipped with a summer bypass.
Construction
All pipes are made of stainless steel and insulated.
EvoFlat RENO 2.0
EvoFlat Reno 2.0 to węzły mieszkaniowe do bezpośredniego ogrzewania i ciągłego podgrzewania ciepłej wody użytkowej w systemach dwururowych, zaprojektowane specjalnie w celu zastąpienia kotłów gazowych. Istniejące przyłącza ciepłej i zimnej wody, a także przewody zasilania i powrotu obiegu grzewczego wtórnego, można ponownie wykorzystać bez większych modyfikacji, jednak zaleca się, aby przyłącza zasilania i powrotu obiegu pierwotnego były prowadzone przez komin. Standardowo przewody zasilające obiegu pierwotnego są podłączane od góry. Wszystkie rury wykonane są ze stali nierdzewnej i posiadają izolację termiczną.
Strona pierwotna (DH)
Węzeł zasilany jest wodą grzewczą ze źródła ciepła. Węzeł mieszkaniowy jest fabrycznie wyposażony w termostat ciepłej wody, regulator różnicy ciśnień, filtr siatkowy, obejście letnie, mocowanie czujnika M10 oraz przyłącze do montażu licznika ciepła.
Ogrzewanie (CO)
Automatyczny regulator temperatury TPC-M ze zintegrowanym regulatorem różnicy ciśnień zapewnia optymalne warunki pracy ogrzewania i ciepłej wody użytkowej. Opcjonalnie do regulacji temperatury w pomieszczeniu można zastosować siłownik i termostat pokojowy. Należy przestrzegać przepisów i wytycznych krajowych, stosując opcjonalny zestaw przyłączeniowy do wysokich temperatur.
Ciepła woda użytkowa (CWU)
Ciepła woda użytkowa jest podgrzewana za pomocą wymiennika ciepła opartego na zasadzie przepływu. Temperaturę ciepłej wody użytkowej reguluje automatyczny regulator TPC-M. Ten kombinowany regulator zapewnia wyjątkową łatwość obsługi, działając jako zawór hydrauliczny i termostatyczny. Sekcja z regulacją przepływu umożliwia przepływ przez wymiennik ciepła po stronie pierwotnej i wtórnej tylko podczas korzystania z ciepłej wody. Przepływ jest blokowany natychmiast po odkręceniu poboru ciepłej wody. Regulator TPC-M zapewnia stałą temperaturę ciepłej wody użytkowej, nawet przy wahaniach temperatury zasilania i różnicy ciśnień.Standardowo wyposażony w bypass letni.
