INSTALLATION

16 FITTING THE FLUE ASSEMBLY AND OPTIONAL FLUE FINISHING KIT (if required)

(A) Without Optional Flue finishing Kit

1.Insert the flue assembly through the hole.

2.Ensure the notch is at the top. This will aid the location of the studs into the boiler back panel.

A

cla7640

(B) With Optional Flue finishing Kit

1. Fit the black outer wall seal over terminal and ensure the retaining rim is located in the terminal depression.

2. Fit flue pipe assembly through the hole previously cut in wall.

3.Fit wall mounting plate (Frame 17), mount

the boiler (Frame 18) and connect the flue to the boiler (frame 19).

4. Fit outer wall sealing plate over outer wall seal and retain with the 4 screws and wall plugs provided.

B 4

2

1

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17WALL MOUNTING PLATE

1.If downward routing of pipes is required then the downward routing wall bracket supplied in the downward piping kit should be fitted to the wall now.

2.Fix the mounting plate to the wall with the No. 14 x 50mm wood screws or to the downward piping bracket with the M6 x 12 Hex hd screws provided.

3.Check with a spirit level that the plate is horizontal.

Downward piping bracket

Wall mounting

cla8181

bracket

 

FLUE OUTLET

18 MOUNTING THE BOILER

Note.

The boiler may require two men to lift it onto the wall mounting plate.

For downward routing of pipes the M5 spacer (supplied in the downward piping kit) should now be fitted to the back of the boiler.

1.Lift the boiler onto the wall mounting plate hooks as shown.

2.Remove the bottom packaging protection.

3.Check the boiler alignment, using a spirit level, and adjust as necessary with the jacking screw.

4.Line up the hole in the jacking screw with the hole in the wall previously drilled and secure with the No. 14 x 50mm wood screw.

1

Jacking screw

3

2

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REAR

19 CONNECTING THE FLUE TO THE BOILER

2

1. Locate the 3 sealing ring studs in the holes in the back panel.

Note. The sealing ring studs will locate in the back panel one way only.

This will ensure that the terminal grille is correctly aligned.

2.

Secure the flue to the boiler using the three M5 nuts

provided.

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3.

Before fitting the flue turret fill the siphon trap within the boiler by

 

 

pouring a cupful of water into the recuperator outlet.

 

3

Take care to ensure that the water is only poured into the recuperator outlet, and does not spill into the boiler casing.

4. Re-engage the recuperator top section flue connecting ring into the plastic flue pipe and retain the top section with the two screws previously removed (ensure the top section to main recuperator body sealing gasket is correctly positioned in its retaining groove).

5. Refit the fan, fan electrical connections, the red pressure sensing pipe and the blue CO/CO2 sensing pipe. Refit the 2 fan fixing screws.

18

classic HE - Installation & Servicing

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Image 18
IDEAL INDUSTRIES HE12, HE9, HE18, HE15 manual Wall Mounting Plate, Mounting the Boiler, Connecting the Flue to the Boiler
Page 17 Page 19

HE12, HE15, HE18, HE9 specifications

The IDEAL INDUSTRIES HE series, comprising the HE24, HE18, HE15, and HE12 models, represents a significant advancement in the field of electrical testing and measurement tools. These versatile testers stand out in professional environments for their high accuracy, user-friendly interfaces, and advanced features designed to enhance efficiency and reliability in electrical inspections.

The HE24 is the flagship model, boasting an extensive range of functionalities. It includes advanced digital multimeter capabilities, allowing for precise measurements of voltage, current, and resistance. Its True RMS feature ensures accurate readings, even with non-linear loads. The HE24 also incorporates advanced connectivity options, including Bluetooth technology, enabling users to transfer data wirelessly to smartphones or tablets for further analysis. The large, backlit display enhances visibility in various lighting conditions, making it an ideal tool for both indoor and outdoor use.

The HE18 model, while slightly more streamlined than the HE24, still offers robust capabilities. It features multiple testing modes, including continuity and diode testing, catering to a wide range of electrical tasks. The HE18 also utilizes a user-friendly interface, allowing technicians to navigate easily through various functions. Equipped with a protective rubber housing, this model is durable and built to withstand the rigors of frequent use on job sites.

The HE15 and HE12 models represent the compact, entry-level offerings in the HE series. Designed for the budget-conscious user, these models retain essential functionalities such as basic voltage and current measuring capabilities while prioritizing ease of use. The HE15 includes a simple LED indicator to signal when measurements are being taken, promoting straightforward operation. Additionally, the HE12 features a lightweight design, making it the perfect tool for on-the-go technicians.

All models in the IDEAL INDUSTRIES HE series are engineered with safety in mind, adhering to stringent international testing standards. They provide superior insulation resistance and a high degree of accuracy, mitigating the risks associated with electrical work. Furthermore, their IP-rated enclosures ensure protection against dust and moisture, enhancing longevity.

In conclusion, the IDEAL INDUSTRIES HE24, HE18, HE15, and HE12 series represent a comprehensive range of electrical testing tools that cater to professionals' varied needs. With their combination of advanced features, user-friendly designs, and safety compliance, these models are excellent choices for any electrical technician aiming for accuracy and efficiency in their work.
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