Electrodes

Electrode Grommets

Electrode

Leads

Side Insulation

Combustion Box

Door

Fig. 67

Injector

Inlet Elbow

Manifold

Gasket

Injector

Burner

Fig. 66

Rear Insulation

Side Insulation

Front Insulation

14.0Changing Components

14.5Injectors (Fig. 66)

1.Remove the burner as described in Section 14.4.

2.Undo the screws securing the injector manifold to the inlet elbow and remove the manifold.

3.Unscrew and replace injectors as required and examine the sealing gasket, replacing as necessary. Reassemble in reverse order.

14.6Electrodes (Fig. 66)

1.Remove the four screws securing the combustion box door and remove the door.

2.Undo the screws securing the burner to the injector manifold. Draw the burner out of the combustion box, pulling the electrode grommets from the slots in the combustion box lower panel.

3.Disconnect the lead and grommet from the electrode being replaced. Undo the securing screw and withdraw the electrode to the burner.

4.Reassemble in reverse order.

14.7Insulation (Fig. 67)

1.Remove the four screws securing the combustion box door and remove the door.

2.Slide the side insulation pieces carefully out of their carriers.

3.To replace the rear insulation piece it is necessary to remove the heat exchanger as described in Section 14.3 and slide out the side pieces.

4.The combustion box door insulation piece can be replaced by carefully bending up the two retaining tabs.

5.Replace all insulation pieces and reassemble in reverse order.

13.8

© Baxi Heating UK Ltd 2007

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Image 39
Baxi Potterton 30 HE manual Injectors Fig, Electrodes Fig, Insulation Fig, Reassemble in reverse order

30 HE specifications

The Baxi Potterton 30 HE is a popular choice among homeowners seeking an efficient and reliable boiler solution. Recognized for its compact design and advanced technologies, this boiler is ideal for various residential heating needs.

One of the standout features of the Baxi Potterton 30 HE is its high efficiency rating, which ensures lower energy consumption and reduced utility bills. With an impressive efficiency of up to 90%, this boiler operates at a much higher capacity compared to older models, making it both environmentally friendly and cost-effective. The 30 HE is particularly well-suited for medium to larger homes with a higher demand for hot water.

The Baxi Potterton 30 HE incorporates a range of innovative technologies aimed at enhancing performance and reliability. The automatic modulation function adjusts the boiler's output according to demand, ensuring that it only works as hard as necessary. This not only prolongs the lifespan of the unit but also maximizes comfort levels in the home.

Another feature of the 30 HE is its low noise operation. This boiler has been specifically designed to minimize sound, allowing it to operate quietly in the background without disturbing daily activities. This makes it an ideal choice for homes where noise can be a concern, particularly in open-plan living spaces.

The compact dimensions of the Baxi Potterton 30 HE make it easy to install in various locations, whether it be in a kitchen, utility room, or even a loft space. Its lightweight construction further simplifies the installation process, saving both time and labor costs.

In terms of user-friendliness, the boiler is equipped with an intuitive control panel that allows homeowners to easily adjust settings and monitor performance. This user-centric design ensures that even those who may not be technically inclined can manage their heating requirements with ease.

Safety features are also a priority in the design of the Baxi Potterton 30 HE. It includes built-in safety mechanisms such as frost protection and a burner pressure monitoring system, which work to prevent overheating and ensure optimal operation.

Overall, the Baxi Potterton 30 HE is an efficient, reliable, and user-friendly boiler that meets the heating demands of modern homes. Its blend of advanced technologies, compact size, and focus on safety make it a standout choice for homeowners seeking a high-performance heating solution.