INSTALLATION INSTRUCTIONS

INSTALLATION

•Remove the remnant of cardboard

•File the newly cut edges to smooth

2

200mm min 600mm max

AR0630a

3.5External Fixings From outside:

•Push the flue assembly through the hole until the terminal is flat against the wall

•Make sure the terminal is vertical NOTE ITS

ORIENTATION, DIAGRAM 3

•Mark the four fixing holes

•Remove the terminal

•Drill the holes

•Fill with supplied rawlplugs

DO NOT FIX THE TERMINAL AT THIS STAGE

3.6From inside:

•Position the stove observing all clearances

3.7From outside:

•Apply a bead of suitable weatherproof sealand (silicone or similar) around the perimeter of the back of the terminal, see ‘B’, Diagram 3

•Feed the flue through the wall ensuring it travels smoothly

3.8From inside:

•Engage the inner flue in the inner spigot and the outer flue in the outer spigot

•Ensure the rubber seals on the spigots are intact

3.9From outside:

•Insert four screws in the flanges of the flue terminal

•Make sure the sealant has formed a water tight joint to the wall

3.10From Inside

•Secure the flue to the spigot by drilling a 3.5 mm hole through the larger hole in the spigot and insert the stainless steeel screw supplied, see ‘C’ Diagram 3

3

AR0606

Any terminal less than 2 metres above any access (at ground level, balcony or above a flat roof where people have access) must be fitted with the guard supplied, Diagram 4.

4. TOP EXIT

There are two types of exit flue terminal: horizontal and vertical.

For horizontal:

•Decide on the terminal position

•Measure the height from the top of the fire to the centre of the required hole

For minimum and maximum dimensions, see Diagram 3.

To fit the flue you must have access to the top or the side of the fire to connect the flue. When a horizontal terminal is used:

•Assemble the vertical sections

•Add the 90° elbow

•Add the horizontal section and terminal – only the horizontal part can be reduced in size

A masonry installation requires the addition of a suitable lintel to support the opening. Refer to Balanced Flue Technical Information for details of the flue length.

5. TOP FLUE UP AND OUT KIT

This flue rises vertically from the top of the fire, then continues horizontally outward. Diagram 3.

The basic kit comprises:

1 x 500mm vertical length

1 x 500mm terminal length

1 x 90 degree elbow

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Yeoman 8455, 8456 manual TOP Exit, TOP Flue UP and OUT KIT
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8456, 8455 specifications

The Yeoman 8455 and 8456 are significant advancements in the field of agricultural machinery, specifically designed to enhance productivity and efficiency for modern farming operations. These models exemplify innovation, boasting a range of features and technologies tailored to meet the diverse needs of farmers.

One of the main features of the Yeoman 8455 and 8456 is the robust construction, ensuring durability and longevity in various farming conditions. These machines are engineered with high-quality materials that withstand heavy use, reducing maintenance costs and downtime. The design also incorporates a user-friendly interface, making it accessible for operators with different levels of experience.

In terms of technology, the Yeoman series offers precision agriculture capabilities. Equipped with advanced GPS and mapping systems, these machines allow farmers to optimize their fieldwork by providing highly accurate planting and harvesting patterns. This technology not only improves yield but also contributes to sustainable farming practices by minimizing waste and maximizing efficiency.

The Yeoman 8455 and 8456 feature powerful engines that produce high torque, enabling them to perform well in challenging terrains. This strength is complemented by an advanced hydraulic system, facilitating smoother operation and better control over attachments and implements. Farmers can easily attach various tools, such as plows, seeders, and cultivators, enhancing the versatility of these models.

Another critical characteristic of the Yeoman 8455 and 8456 is their exceptional fuel efficiency. These models are designed to consume less fuel without compromising performance, which is especially important in today’s economy. The integration of eco-friendly technologies also helps reduce the environmental impact of farming operations, aligning with the global push towards sustainability.

Additionally, the comfort and ergonomics of the operator cabin are significant selling points. Both models are equipped with adjustable seating, climate control, and intuitive control panels, ensuring that operators can work for extended periods with minimal fatigue. Furthermore, enhanced visibility from the cabin allows for safer operation, particularly in crowded or intricate field settings.

In conclusion, the Yeoman 8455 and 8456 stand out as exemplary pieces of equipment in the agricultural industry. Their combination of robust construction, advanced technology, fuel efficiency, and operator comfort positions them as valuable assets for modern farmers looking to improve their productivity and sustainability in an increasingly competitive market.
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