Baxi Potterton 24 Eco HE manual Vertical Flue

Page 22

Waste

Fig. 26

Y

Flue

Inner Flue Support Bracket

Fig. 27

8.0INSTALLATION

8.7Fitting the Flue (Cont)

5.Mark dimension ‘Y’ on the flue as shown (Fig. 26). Carefully cut the waste material from the flue, ensuring that the ducts are square and free from burrs.

6.The inner flue duct support bracket may be in the waste portion of the flue. In this case retrieve the bracket before discarding the waste.

7.Take the inner flue support bracket (if not already fitted) and engage it over the flue duct. This will centralise the flue and air ducts, and ease assembly (Fig. 27).

8.Insert the flue through the hole in the wall. Fit the elbow to the boiler adaptor, ensuring that it is pushed fully in.

9.Draw the flue back through the wall and engage it in the elbow. It may be necessary to use soap solution or similar to ease assembly of the elbow adaptor and flue (Fig. 28).

10.Make good between the wall and air duct outside the building.

11.Fit the flue trim if required, and if necessary fit a terminal guard (see Section 7.9 & 7.10).

VERTICAL FLUE

1.Only a flue approved with the Potterton Performa

24Eco HE can be used.

2.For information on vertical flues consult the Potterton Flue Guide brochure.

Flue Elbow

Flue Trim

Fig. 28

22

Publication No. 5111811

Page 21 Page 23
Image 22
Page 21 Page 23
Contents Performa Contents Installer Notification Guidelines Scheme Members onlyImportant Installation, Commissioning, Service & Repair LegislationDescription IntroductionOptional Extras General Layout LayoutAppliance Operation Central Heating Mode FigDomestic Hot Water Mode Fig Central Heating Circuit KeyTechnical Data 95mm 65mm Dimensions and FixingsGas Inlet 68mm Left Hand Side 130mm BoilerCentral Heating Circuit System DetailsInformation BypassExpansion Vessel Central Heating only System Filling and PressurisingPressure Relief Valve Fig Showers Domestic Hot Water CircuitHard Water Areas Site Requirements LocationGas Supply Ventilation of CompartmentsElectrical Supply Condensate Drain Flue Likely flue positions requiring Flue terminal guardTerminal Guard Fig Flue DimensionsFlue Trim Maximum permissible flue length is 4 metresHorizontal Flues Vertical Twin Pipe Flue OptionsFlushing InstallationInitial Preparation Preparing The BoilerFitting The Boiler Fitting the Pressure Relief Discharge Pipe FigCondensate Drain see section Fitting The FlueVertical Flue Making The Electrical Connections Functional Flow DiagramKey to Wiring Preliminary Electrical ChecksCommissioning Commissioning the BoilerAdjusting the Pressure Fig Checking the Burner PressureCompletion CompletionServicing the Boiler 11 .1 Annual ServicingW. Filters Fig Annual ServicingInlet / Return Manifold Pressure Switch Fig Changing ComponentsHeat Exchanger Fig Burner FigElectrodes Fig Injectors FigInsulation Fig Safety Thermostat Fig Temperature Sensor FigGas Valve Fig Pump Complete Figs Pump Head Only FigsAutomatic Air Vent Fig Expansion Vessel Fig Pressure Gauge FigsCondensate Trap Fig Selector Switch Fig 12.18 P.C.B. FigSeals Diverter Valve Assembly FigPlate Heat Exchanger Fig DHW Pressure Differential Valve FigFlow Regulator Figs Diverter Valve AssemblyCH Pressure Microswitch Fig CH Pressure Differential Valve FigSecondary Heat Exchanger Fig Flue Overheat Thermostat FigElectrical Illustrated Wiring DiagramControl PCB Short Parts List Short Parts ListCarry out initial fault finding checks Fault FindingOperation sequence Correct Operation sequence Fault Finding Solutions Sections a to E Fault Finding PCB GAS Boiler Commissioning Checklist Service 5 Date Service 1 DateService 3 Date Service 7 DateTechnical GB Service GBGeneral Enquiries GB Literature Request GB

24 Eco HE specifications

The Baxi Potterton 24 Eco HE is a highly efficient and reliable boiler designed to meet the heating and hot water needs of modern homes. This wall-mounted combination boiler is particularly suited for smaller properties, providing a compact solution without compromising on performance.

One of the standout features of the Baxi Potterton 24 Eco HE is its high efficiency rating. It boasts an impressive ErP A-rating for both heating and hot water, which indicates that it is designed to minimize energy consumption and reduce utility bills. The condensing technology employed in this boiler recovers heat from flue gases that would otherwise be lost, optimizing the overall energy use and enhancing its eco-friendly credentials.

The Baxi Potterton 24 Eco HE also incorporates an intelligent control system, allowing homeowners to manage their heating settings more effectively. The built-in digital display is user-friendly, providing easy access to information such as system pressure and temperature settings. This feature facilitates easy programming of heating schedules, helping to ensure comfort while optimizing energy use.

Another characteristic of the Baxi Potterton 24 Eco HE is its impressive hot water output. With a hot water flow rate of up to 10.2 liters per minute, it ensures that showers and taps can be used simultaneously without running out of hot water. This makes it an excellent choice for families or households where demand for hot water is high.

Furthermore, the compact design of the Baxi Potterton 24 Eco HE allows for flexible installation options. Its reduced size means it can fit easily in kitchen cupboards or other confined spaces, making it ideal for homes where space is at a premium.

The boiler is equipped with a low-energy pump and a built-in frost protection feature, ensuring reliable operation even in colder climates. Additionally, its quiet operation contributes to a more comfortable living environment.

In summary, the Baxi Potterton 24 Eco HE is an efficient, compact, and powerful boiler that caters to the demands of modern living. With features such as high efficiency, intelligent controls, impressive hot water delivery, and flexible installation options, it stands out as a top choice for homeowners seeking a dependable and eco-friendly heating solution. This boiler is a testament to Baxi's commitment to delivering quality and innovation in the heating sector.
Top Page Image Contents