Cathedral Ceiling Installation

STEP 1. Follow installation steps 1 and 2 under Vertical Termination.

STEP 2. Using the plumb bob, mark the centerline of the venting system on the ceiling and drill a small hole through the ceiling and roof at this point. From the roof, locate the drill hole and mark the outline of the “Cathedral Ceiling Support Box”.

STEP 3. Remove shingles or other roof coverings as necessary to cut the rectangular hole for the “Support Box”. Cut the hole 1/8” larger than the “Support Box” outline.

STEP 4. Lower the “Support Box” through the hole in the roof until the bottom of the “Support Box” protrudes at least 2-inches below the ceiling.(FIG-20), align the “Support Box“ both vertically and horizontally with a level. Temporarily tack the “Support Box” in the place through the inside walls and into the roof sheathing.

STEP 5. Using tin snips, cut the “Support Box” from the top corners down to the roofline, and fold the resulting flaps over the roof sheathing.(FIG-21). Before nailing it in to the roof, run a bead of non-hardening mastic around the top edges of the “Support Box”, to make a seal between the box and the roof. Clean out any combustible material from the inside of the “Support Box”.

STEP 6. Complete the cathedral ceiling installation by following the same procedures outlined in Steps 4 through 9 for “Vertical Termination”.

SHERWOOD INDUSTRIES LTD VENTING KITS

Inspect this kit to ensure this kit is complete and there is no damage to any of the components. If damage is present contact your dealer or your courier company. If some components are missing or damaged do not attempt the installation.

Decide on a location for the unit that will meet any or all, local code requirements. Refer to sections in this manual. Deciding Were To Locate Your Stove, and Planning Your Installation.

Set the appliance in the desired location. Check to determine if any wall studs, electrical wiring or plumbing pipes are in the way of the venting system as it passes through the wall. If obstructions are found in the wall it may be required to adjust the location of the appliance.

Set the appliance in the desired location. Temporarily place the 24” section of pipe (without the crimped end) on the unit and install the 90° elbow pointing in the direction that the vent will exit the structure. Project a level line from the center point of the elbow. Using this center point, scribe a 10” hole or square on the wall. Cut the hole out on both the interior and exterior wall surfaces. Install the wall thimble and secure this thimble on both the inner

and outer wall surfaces.

With the appliance still in place install the 24” horizontal section on the elbow and let this section of pipe protrude through the exterior wall. Mark this pipe so that it is flush with the exterior surface and cut this section of pipe.

Dismantle the outer pipe sections.

Remove the 4” flue collar from the unit and remove any lose sealant, install the new 4” diameter x 5” high flue collar provided in this kit.

Attach the flexible liner to the vent termination cap by placing a small bead of high temperature silicone on the vent terminal and slide the flex liner onto the vent terminal and secure with 3 sheet metal screws evenly spaced.

Dress the flex liner through the wall thimble and attach the vent terminal to the outside of the house using 4 wood screws provided. (The use of non- hardening mastic should be used around the vent to ensure a watertight seal.)

EG 28 specifications

The Enviro EG 28 is an innovative environmental solution designed for efficient waste management and recycling. This versatile equipment is engineered to handle a variety of materials, making it an essential tool for waste processing facilities, recycling centers, and industrial applications. Its robust design and advanced technologies ensure optimal performance and reliability.

One of the main features of the Enviro EG 28 is its high-capacity processing capability. The system is capable of handling large volumes of waste, which increases operational efficiency and reduces the frequency of emptying and maintenance. This is particularly beneficial in high-demand environments where downtime must be minimized. The Enviro EG 28 also incorporates advanced sorting technology that allows it to differentiate between various materials, optimizing the recycling process and improving the quality of the end products.

The Enviro EG 28 utilizes cutting-edge sensors and artificial intelligence to enhance its operation. These smart technologies enable the system to automatically adjust to different types and sizes of waste materials, ensuring efficient sorting and processing. This adaptability is crucial in today’s ever-changing waste landscape, where contamination and mixed materials can pose significant challenges.

Another significant characteristic of the Enviro EG 28 is its eco-friendly design. It operates with reduced energy consumption compared to traditional waste management systems, reflecting a commitment to sustainability. The efficient use of energy not only lowers operational costs but also minimizes the environmental impact of waste processing activities.

Durability is a key attribute of the Enviro EG 28. Constructed from high-quality materials, it withstands the rigors of a demanding work environment. Its maintenance is straightforward, ensuring that organizations can keep operational disruptions to a minimum.

In summary, the Enviro EG 28 stands out in the waste management sector due to its high capacity, advanced sorting technology, smart sensors, energy efficiency, and durable construction. It represents a significant advancement toward more sustainable waste management practices, making it a valuable asset for any organization committed to environmental responsibility and operational excellence. As waste management continues to evolve, the Enviro EG 28 is poised to play a pivotal role in shaping the future of recycling and waste processing efficiency.