Yeoman 8456, 8455 manual Fuel BED Arrangement, Advice on Handling and disposal of fire ceramics

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USER INSTRUCTIONS

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•Remove the ceramic fuel bed components and place to one side

You must protect floor covers and handle the ceramic logs with care

5.3The logs should not require cleaning:

•Do not use a vacuum cleaner or brush to clean the logs

•Remove any large debris by hand

•Make sure no debris blocks the burner ports

5.5See Section 6 to replace the ceramic logs.

5.6Use a damp cloth to clean the outer casing of the stove.

Advice on Handling and disposal of fire ceramics

The fuel effect and side panels in this stove are made from Refractory Ceramic Fibre (RCF), a material commonly used for this stove.

Protective clothing is not required when handling these articles, but we recommend you follow normal hygiene rules of not smoking, eating or drinking in the work area and always wash your hands before eating or drinking.

During installation and servicing a HEPA filtered vacuum is recommended to remove any dust accumulated in and around the stove before and after working on it to reduce RCF fibres. On servicing the stove we recommend any replaced items are not broken up, but are sealed within heavy duty polythene bags and labelled as RCF waste.

RCF waste is classed as stable, non-reactive hazardous waste and may be disposed of at a licensed landfill site.

Excessive exposure to these materials may cause temporary irritation to eyes, skin and respiratory tract; wash hands thoroughly after handling the material.

6.FUEL BED ARRANGEMENT

•Open the door as set out in Section 5 above

The fuel bed consists of 5 logs and 2 ash panels. The logs have letters A,B,C,D and E moulded into them for identification.

6.1• Take the rear log A

•Place it up against the rear of the fire sitting on the two flat ledges of the burner. The two legs of the log should sit between the rear burner ports. See Diagram 7

•Ensure there is an equal gap between the sides of the firebox at each end of the log

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6.2• Place log B on the left-hand side of the burner with the location bar on its underside slid into the long slot of the burner

• Make sure the log is as far left as possible, Diagram 8

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6.3• Place log C on the right-hand side of the burner with the location bar on its underside slid into the long slot of the burner.

• Make sure the log is as far right as possible, Diagram 9

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6.4• Place log D across from the rear log A to log B on the left-hand side. There are cut-outs in both logs for location, Diagram 10

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Contents Dartmoor Contents Appliance Commissioning Checklist Flue Check PassGAS Check Lighting the Stove User InstructionsGeneral Turning the Stove OFFUpgrading Your Stove Cleaning the FireStandard Remote Control Yeoman Part Number YM-8455 Single DoorAdvice on Handling and disposal of fire ceramics Fuel BED Arrangement104 Running Installation DetailsFlame Failure Device ServicingInstallation Instructions Technical SpecificationQty Description Site Requirements Flue and Chimney RequirementsTimber Framed Buildings Rear Flue Safety Precautions InstallationControl Upgrade Installation of the StoveTOP Exit TOP Flue UP and OUT KITTOP Flue Vertical Offset KIT ALL Fires TOP Flue UP and OUT with Additional BendNominal Actual Stainless Anthracite Optional Extra Flue Lengths and BendsGAS Supply Canopy FittingFuel BED Arrangement 124 Commissioning CommissioningSERVICING/FAULT Finding Servicing InstructionsServicing Requirements Servicing Instructions Replacing Parts Main BurnerPilot Unit Ignition Lead Magnetic Safety Valve PiezoGAS Valve Main Injector Primary Aeration PlateChanging Between GAS Types Short Spares ListService Records 3RD Service 4TH Service

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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