Enviro EG28-120, EG28 DV owner manual Insulation, Multi-Story Vent Pipe Installation

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Initial Installation

QUALIFIED INSTALLERS ONLY

For multi story installations. A ceiling firestop is required at the second floor, and any subsequent floors (see Figure 33). The opening should be framed to 10” (25.4 cm) x 10” (25.4 cm) inside dimensions, in the same manner as shown in Figure 29.

Any occupied areas above the first floor, including closets and storage spaces, which the vertical vent passes through, must be enclosed. The enclosure may be framed and sheetrocked with standard building materials. However consult the appliance manufactures installation instructions for the minimum allowable clearance between the outside of the vent pipe, and the combustible surfaces of the enclosure. Do not fill any required air spaces with

insulation.

 

Figure 33: Multi-Story Vent Pipe Installation.

CATHEDRAL CEILING INSTALLATION:

1.Follow installation steps 1 & 2 from INITIAL INSTALLATION - VERTICAL INSTALLATION.

2.Using the plumb bob, mark the center line 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.

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.

4.Lower the Support Box through the hole in the roof until the bottom of the Support Box protrudes at least 2 inches (5 cm) below the ceiling. Align the Support Box both vertically and horizontally with a level as shown in Figure 34. Temporarily tack the Support Box in the place through the inside walls and into the roof sheathing.

Figure 34: Cathedral Ceiling Support Box

Leveling.

5.Using tin snips, cut the Support Box from the top corners down to the roof line, and fold the resulting flaps over the roof sheathing (Figure 35). 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.

 

 

6. Complete

 

the

 

cathedral

ceiling

 

installation

 

by

 

following

 

the

 

same

procedures

 

outlined

in

Steps

 

4 through

9

from

 

INITIAL INSTALLATION -

 

VERTICAL INSTALLATION.

Figure 35: Cathedral Ceiling Support

 

 

 

 

Box Installation.

 

 

 

 

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Contents EG28 DV General Safety PrecautionsTable of Contents This Enviro EG28 DV Fireplace Codes And ApprovalsEG28 Exterior Dimensions SpecificationsOperating Instructions For Your Safety Read Completely Before OperatingPilot Burning Component Sound & ReasonRemoving the Door Maintenance and ServiceTurn the unit off, allow it to cool down completely Conversion Kit Installation Kit Parts ListWay, and snap into place Removing valve Screw Must be not visibleQualified Installers only Initial InstallationCommon Vertical Installation Do not interfere with the structural integrity of the walls Vent Termination Restrictions KIT Components Assembly of Venting Kit Manufacturer Trade Name Nominal Sizes SV4EBR45 Vent restrictor ring End of the pipes and fittings, are Installing Vent Cap with Vinyl Siding Stand-Off Assemble the desired lengths of black pipe Use of Wall Straps Insulation Multi-Story Vent Pipe Installation33a-2002 Test Methods and the Resulting ITS/WH EG28 DV Wiring Diagram Manifold Pressure Natural Gas Propane Main OrificeMin. Manifold Pressure Max Supply PressureLog Placement Secondary InstallationLog Placement with Embers Problem Possible Cause Solution Trouble ShootingReference Part Description Number Parts ListReference Number Part Description Part Number Parts Diagram Chassis EG 28 Gas Tray and Door Assemblies To the Dealer WarrantyWarranty Warranty Installation Data Sheet

EG28-120, EG28 DV specifications

The Enviro EG28 DV and EG28-120 are cutting-edge devices designed for enhancing environmental monitoring and improving overall efficiency in various applications. These units are part of Enviro's commitment to sustainable innovation, catering to industries such as agriculture, industrial processes, and smart cities.

One of the standout features of the Enviro EG28 DV is its advanced sensor technology. This device is equipped with high-precision sensors that can measure a range of environmental parameters, including air quality, temperature, humidity, and even soil metrics. The ability to gather diverse data points in real-time allows users to make informed decisions, ultimately leading to better resource management and environmental conservation.

The EG28-120 variant takes this a step further with its enhanced connectivity options. It supports various communication protocols, including Wi-Fi, Bluetooth, and cellular networks, ensuring seamless integration into existing systems. This connectivity not only facilitates remote monitoring but also enables data sharing across different platforms, making it easier for stakeholders to access crucial information and collaborate effectively.

Both models boast user-friendly interfaces, complete with intuitive dashboards that simplify data visualization. Users can easily track readings, analyze trends, and generate reports, which is essential for regulatory compliance and performance assessment. The devices are also complemented by mobile applications, allowing for on-the-go monitoring and alerts, thus promoting proactive management of environmental factors.

Durability is another critical aspect of the Enviro EG28 DV and EG28-120. Designed to withstand challenging conditions, these devices feature rugged exteriors and are resistant to dust and water, ensuring reliable performance in various environments. Their low power consumption is an added advantage, making them suitable for long-term deployment without frequent maintenance.

In summary, the Enviro EG28 DV and EG28-120 stand out for their advanced sensor capabilities, versatile connectivity, user-friendly design, and robust durability. These features make them invaluable tools for monitoring environmental conditions, supporting industries in their quest for sustainable practices and efficient resource management. With their innovative technologies, these devices are poised to play a significant role in shaping the future of environmental stewardship.