Desa REM10PT installation manual Thermostat Sensing Bulb, Installing Heater to Wall

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INSTALLATION

Thermostat Sensing Bulb Installing Heater To Wall

5

INSTALLATION

Continued

THERMOSTAT SENSING BULB

The thermostat sensing bulb is located inside the heater. Do not move this bulb during installation or operation of the heater.

INSTALLING HEATER TO WALL

Marking Screw Locations

1.Determine where you will locate heater.

WARNING: Maintain minimum clearances shown in Figure 3. If you can, provide greater clearances from floor and joining wall.

2.Mark two mounting screw locations on wall (see Figure 3).

Installing Two Mounting Screws

Note: Wall anchors and mounting screws are in hardware package. The hardware package is provided with heater.

3.Insert wall anchor (wings first) into hole. Tap anchor flush to wall.

4.For thin walls (1/2" or less), insert red key into wall anchor. Push red key to “pop” open anchor wings (see Figure 5).

IMPORTANT: Do not hammer key! For thick walls (over 1/2" thick) or solid walls, do not pop open wings.

5.Tighten two screws until 1/16" space (thickness of penny) is between screwheads and wall (see Figure 6).

Thin Walls

(1/4" to 1/2" thick)

Figure 4 - Folding Anchor Figure 5 - Popping Open Anchor Wings For Thin Walls

Thin or Thick Wall (thick wall shown)

1/16" Space

JOINING WALL

8 7/8" 7 3/4" Minimum To

Maintain 6"

Clearance

From Wall

Mounting

Screw

Locations

FLOOR

20 1/4"

Minimum To Maintain 3" Clearance From Floor

Solid

Wall

Figure 6 - Tightening Anchors

Placing Heater On Mounting Screws

1.Locate two keyhole slots on back panel of heater (see Figure 7).

2.Place large openings of slots over screwheads. Slide heater down until screws are in small portion of slots.

Figure 3 - Mounting Screw Locations

Attaching To Wall Stud Method

For attaching mounting screw to wall stud

1.Drill hole at marked location using 9/64" drill bit.

2.Insert mounting screw into wall stud.

3.Tighten screw until 1/16" space (thickness of penny) is be- tween screwhead and wall.

Attaching To Wall Anchor Method

Follow instructions below to attach mounting screws to hollow walls (wall areas between studs) or solid walls (concrete or masonry).

1.Drill holes at marked locations using 5/16" drill bit. For solid walls (concrete or masonry), drill at least 1 1/4" deep.

2.Fold wall anchor (see Figure 4).

Keyhole Slots

Figure 7 - Location Of Keyhole Slots On Back Panel Of Heater

Removing Front Panel Of

Heater

1.Remove two screws near bot- tom corners of front panel.

2.Lift straight up on grill guard

until it stops. Grill guard will slide up about 1/4".

3. Pull bottom of front panel for- ward, then down.

Figure 8 - Removing Front Panel

Of Heater

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110373-01A

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Contents What to do if YOU Smell GAS OWNER’S Operation Installation ManualREM10PT Safety Information Table of ContentsUnpacking Product IdentificationInstallation Product FeaturesLocal Codes PROPANE/LP SupplyThermostat Sensing Bulb Installing Heater to WallInstalling Bottom Mounting Screw Connecting to Portable Cylinder GAS SupplyInstallation Items Connecting to Permanent GAS SupplyPermanent GAS Supply Pressure Testing Gas Supply Piping SystemPressure Testing Heater Gas Connections For Your Safety Read Before LightingOperating Heater Checking GAS Connections for Permanent GAS SupplyTo Turn OFF GAS To Appliance Manual Lighting ProcedureThermostat Control Operation Shutting Off HeaterStorage Inspecting BurnerPilot Flame Pattern Burner Flame PatternCleaning Burner Pilot AIR Inlet Cleaning MaintenanceODS/PILOT and Burner CabinetObserved Problem Possible Cause Remedy TroubleshootingMaintenance, Gas leak. See Warning statement at REM10PT Pilot Illustrated Parts BreakdownREM10PT Parts ListTechnical Service SpecificationsService Hints Service Publications AccessoriesOwners Registration Form Postage Required 110373-01A Warranty Information

REM10PT specifications

Desa REM10PT, an innovative solution for modern farming, embodies the convergence of advanced technology and sustainable agricultural practices. Recognized for its efficiency and effectiveness, REM10PT serves as a pivotal platform designed to enhance productivity while minimizing environmental impact.

One of the standout features of the Desa REM10PT is its advanced monitoring system. This system utilizes IoT (Internet of Things) technology to provide real-time data on soil conditions, weather patterns, and crop health. By carefully tracking these metrics, farmers can make informed decisions that lead to optimized resource utilization. This capability not only boosts yield but also conserves water and fertilizers, which is crucial in regions facing water scarcity.

Another key characteristic of the Desa REM10PT is its integration of precision agriculture techniques. With GPS-enabled machinery, farmers can apply inputs precisely where needed, reducing waste and increasing efficiency. This technology aligns with the best practices of modern agriculture, ensuring that every inch of land is utilized effectively.

The design of Desa REM10PT emphasizes sustainability. Constructed using eco-friendly materials, it aims to reduce the carbon footprint associated with traditional farming equipment. Furthermore, it promotes practices that enhance soil health, such as reduced tillage and cover cropping, enabling a regenerative approach to farming.

In addition to these features, Desa REM10PT boasts user-friendly software that simplifies data analysis. Farmers can access an intuitive dashboard that aggregates data from various sources, helping them to visualize trends and make swift decisions. This platform also allows for remote monitoring, empowering farmers to manage their operations from anywhere at any time.

Finally, a key component of Desa REM10PT is its emphasis on community and education. The platform is not just a tool; it is a portal for sharing knowledge and best practices among farmers. Through workshops and online resources, it fosters a collaborative environment where users can learn from each other, enhancing the overall agricultural ecosystem.

In summary, Desa REM10PT encapsulates the future of agriculture with its holistic approach, merging advanced technology, sustainability, and community engagement. By adopting such innovative solutions, the agricultural sector moves toward more productive and environmentally responsible practices, ensuring a bountiful future for generations to come.