Enviro 50-029 owner manual Vertical Installation

Page 17

Initial Installation

QUALIFIED INSTALLERS ONLY

VERTICAL INSTALLATION:

STEP 1. Check the instructions for required clearances (air spaces) to combustibles when passing through ceilings, walls, roofs, enclosures, attic rafters, or other nearby combustible surfaces. Do not pack air spaces with insulation.

STEP 2. Set the gas appliance in the desired location. Drop a plumb bob down from the ceiling to the position of the appliance flue exit, and mark the location where the vent will penetrate the ceiling. Drill a small hole at this point. Next, drop a plumb bob from the roof to the hole previously drilled in the ceiling, mark the spot where the vent

will penetrate the roof. Determine if ceiling joists, roof rafters, or other framing will obstruct the venting system. You may wish to relocate the appliance, or to offset, to avoid cutting load bearing members.

STEP 3. To install the Round Support Box/Wall Thimble in a flat ceiling, cut a 10 inch (25.4 cm) square hole in the ceiling, centered in the hole drilled in Step 2. Frame the hole as shown in Figure 19.

Vertical

Vent Cap

Storm

Roof

Collar

Truss

Insulation

Ceiling

Rafter

Insulation

Guard

Support

Collar

Minimum

Clearance to

Combustibles

If installed on a carpeted surfacea hearth

is required

Roof Flashing

15 feet (4.57m)

Maximum

Interior Wall Vertical

Surface Venting

Insulation

Exterior

Wall Surface

Figure 19: Wall Framing Hole for Vertical Installation.

STEP 4. Assemble the desired lengths of black pipe and elbows necessary to reach from the appliance adapter up through the Round Support Box. Insure that all pipe and elbow connections are in their fully twist-locked position.

STEP 5. Cut hole in the roof centered on the small hole placed in the roof from Step

2.The hole should be of sufficient size to meet minimum requirements for Clearance to Combustibles, as specified. Continue to assemble lengths of pipe and elbows necessary to reach from the ceiling support box up through the roof line. Galvanized pipe and elbows may be utilized in the attic, as well as above the roof line. The galvanized finish is desirable above the roof line, due to the higher corrosion resistance.

Figure 20: Vertical Installation.

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Contents What to do if YOU Smell GAS General Safety PrecautionsTable of Contents This Enviro Ascot Fireplace Codes And ApprovalsVented GAS Fireplace Heater Ascot DV NG/LPG Dimensions of the Ascot SpecificationsOperating Instructions For Your Safety Read Completely Before OperatingMaintenance And Service Removing inner glass door To ReplaceTo be Installed by a Qualified Service Agency only Qualified Installers only Initial InstallationAre Permitted to Reach the Outside Vent Termination Vent Restrictor Setting Round Support High temperature silicone on Installing Vent Cap with Vinyl Siding Stand-Off Straight Through Wall Installation Vertical Installation Material overlaps the top edge of the flashing Step InstallationWiring Diagram A. Installations Canadian InstallationsGeneral Venting Information Venting of a Fireplace Fitted with the Drafthood AdaptorOptional Finishing Automatic Safety Shut DownSpill Switch Replacement Hearth Mount Installation To Test Valve Pressures GAS Line ConnectionControls Wiring Errors Can Cause Improper Ascot Burner Tray Secondary InstallationEmber Placement Problem Possible Cause Solution Trouble ShootingReference Description Part Number Parts ListCast Description Reference Cast Description Part Number Parts Diagram To the Distributor WarrantyInstallation Data Sheet

50-029 specifications

Enviro 50-029 is an innovative environmental monitoring device designed to provide comprehensive data collection and analysis for various ecological parameters. With its cutting-edge features, the device has garnered attention in industries such as agriculture, environmental science, and urban planning.

One of the cornerstone features of the Enviro 50-029 is its multi-sensor capability. This device is equipped with a suite of sensors that can measure a wide range of environmental variables. These include temperature, humidity, air quality, soil moisture, and light intensity. The integration of multiple sensors allows users to gather detailed insights into the ecosystem, enabling better decision-making and resource management.

The Enviro 50-029 also utilizes advanced wireless communication technologies, such as LoRaWAN and Zigbee. This allows for real-time data transmission without the need for extensive wiring or infrastructure. The device can connect to a central hub or cloud-based platform, facilitating remote monitoring and accessibility of data from anywhere in the world. This feature is particularly valuable for researchers and environmental agencies monitoring remote or hard-to-reach areas.

Power efficiency is another significant characteristic of the Enviro 50-029. Utilizing low-power design protocols, the device can operate for extended periods on minimal battery power. This sustainability aspect is crucial, particularly for long-term environmental monitoring projects where replacing batteries frequently can be logistically challenging.

Moreover, the Enviro 50-029 is built to withstand various environmental conditions. Its robust, weather-resistant casing ensures durability in extreme temperatures and harsh weather environments. This makes it suitable for outdoor deployments, whether in agricultural fields, forests, or urban areas, without compromising performance.

The device also supports customizable settings, enabling users to define specific thresholds and alerts for different environmental parameters. This feature allows for proactive monitoring and notifications on critical changes, providing essential data needed to respond to environmental concerns swiftly.

Overall, the Enviro 50-029 stands out as a versatile and reliable tool for environmental monitoring. Its multi-sensor capabilities, advanced communication technologies, power efficiency, and robust design make it an excellent choice for research, conservation efforts, and smart farming applications. By integrating such a sophisticated device into their operations, users can gain actionable insights and contribute to a more sustainable future.