INSTALLATION

Continued

2.Mark screw locations on wall (see Figure 8). Note: Only mark last hole on each end of mounting bracket. Insert mounting screws through these holes only.

3.Remove tape and mounting bracket from wall.

12 1/2"

13"

Min.

 

AdjoiningWall

 

Only Insert Mounting

18 3/4"

 

 

Screws Through Last

Min.

 

 

Hole On Each End

 

 

 

 

 

Floor

 

 

30,000 Btu/Hr Model

 

 

9"

13"

 

 

Min.

 

 

AdjoiningWall

Only Insert Mounting

18 3/4"

Screws Through Last

Min.

 

 

 

Hole On Each End

 

 

 

 

 

Floor

 

 

20,000 Btu/Hr Model

 

 

7 1/2"

9"

 

 

Min.

 

 

AdjoiningWall

Only Insert Mounting

20 1/2"

Screws Through Last

Min.

 

 

Hole On Each End

 

 

 

Floor

10,000 Btu/Hr Model

Figure 8 - Mounting Bracket Clearances

Attaching Mounting Bracket To Wall

Note: Wall anchors, mounting screws, and spac- ers are in hardware package. The hardware pack- age is provided with heater.

Attaching To Wall Stud Method

For attaching mounting bracket to wall studs

1.Drill holes at marked locations using 9/64" drill bit.

2.Place mounting bracket onto wall. Line up last hole on each end of bracket with holes drilled in wall.

3.Insert mounting screws through bracket and into wall studs.

4.Tighten screws until mounting bracket is firmly fastened to wall studs.

Attaching To Wall Anchor Method

For attaching mounting bracket 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" deep.

2.Fold wall anchor as shown in Figure 9.

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.

IMPORTANT: Do not hammer key!

For thick walls (over 1/2" thick) or solid walls, do not pop open wings.

5.Place mounting bracket onto wall. Line up last hole on each end of bracket with wall anchors.

6.Insert mounting screws through bracket and into wall anchors.

7.Tighten screws until mounting bracket is firmly fastened to wall.

Figure 9 - Folding

Figure 10 - Popping

Anchor

Open Anchor Wings

 

For Thin Walls

10

www.desatech.com

113680-01A

Page 10
Image 10
Desa 10542 30,000 Btu/Hr Model, 20,000 Btu/Hr Model, 10,000 Btu/Hr Model, Attaching To Wall Anchor Method

10542 specifications

Desa 10542 is a distinctive and innovative community that stands out for its commitment to sustainability and modern living. This urban development exemplifies contemporary design while incorporating green technologies that cater to environmentally conscious residents.

One of the main features of Desa 10542 is its focus on creating a vibrant, inclusive community. The layout of the neighborhood promotes accessibility and connectivity, with wide pedestrian pathways, cycling lanes, and communal spaces designed for social interaction. Parks and green spaces are strategically placed throughout the area, providing residents with lush environments that encourage outdoor activities and foster a sense of community.

In terms of technology, Desa 10542 is at the forefront of smart city initiatives. The integration of smart sensors and IoT devices throughout the community allows for efficient management of resources, such as energy and water. These technologies enable real-time monitoring and analytics, helping to optimize consumption and reduce waste. Homes in Desa 10542 are equipped with smart home systems, allowing residents to control lighting, heating, and security systems remotely via smartphones, enhancing both convenience and safety.

Another characteristic that enhances the appeal of Desa 10542 is its commitment to renewable energy. The community incorporates solar panels on residential rooftops and utilizes wind energy where feasible. This focus on renewable sources not only reduces the carbon footprint of the community but also helps residents save on energy costs.

Desa 10542 also prides itself on its sustainable water management practices. Rainwater harvesting systems and gray water recycling are implemented to minimize water waste, highlighting the community's dedication to resource conservation.

Moreover, the urban design of Desa 10542 includes mixed-use developments that combine residential, commercial, and recreational spaces. This approach creates a dynamic environment where residents can live, work, and play without needing to travel far from home.

In summary, Desa 10542 represents a forward-thinking community that harmoniously blends modern technology with sustainable practices. Its focus on environmental consciousness, smart living, and community connectivity makes it a model for future urban developments, proving that a balance between modernity and nature is not only possible but also desirable.