INSTALLATION

Continued

3.For carpeted floors, make a small cut with a sharp knife at marked locations prior to drill- ing. If mounting base to a wood floor, drill 1/8 inch diameter hole, 3/4 inch deep. (Do not use anchors in wood floors).

If mounting base to a concrete floor, drill with 1/4 inch diameter concrete drill bit, 13/8 inches into floor. Insert anchors completely into holes.

4.Reposition heater with base feet over holes. Secure base to floor with wood screws. See Figure 13, page 11.

CONNECTING TO GAS SUPPLY

WARNING: This appliance requires a 3/8" NPT (National Pipe Thread) inlet connection to the pressure regulator.

WARNING: A qualified ser- vice person must connect heater to gas supply. Follow all local codes.

WARNING: For natural gas, never connect heater to private (non-utility) gas wells. This gas is commonlyknownaswellheadgas.

IMPORTANT: For natural gas, check gas line pressure before connecting heater to gas line. Gas line pressure must be no greater than 10.5 inches of water. If gas line pressure is higher, heater regu-

For propane/LP gas, the installer must supply an external regulator. The external regulator will re- duce incoming gas pressure. You must reduce in- coming gas pressure to between 11 and 14 inches of water. If you do not reduce incoming gas pres- sure, heater regulator damage could occur. Install the external regulator with the vent pointing down as shown in Figure 14. Pointing the vent down protects it from freezing rain or sleet.

CAUTION: Use only new, black iron or steel pipe. Inter- nally-tinned copper tubing may be used in certain areas. Check your local codes. Use pipe of large enough diameter to allow proper gas volume to heater. If pipe is too small, undue loss of volume will occur.

Typical Inlet Pipe Diameters

10,000/20,000 Btu/Hr Models - 3/8" or greater

30,000 Btu/Hr Models - 1/2" or greater

Installation must include equipment shutoff valve, union, and plugged 1/8" NPT tap. Locate NPT tap within reach for test gauge hook up. NPT tap must be upstream from heater (see Figure 15, page 13). IMPORTANT: Install an equipment shutoff valve in an accessible location. The equipment shutoff valve is for turning on or shutting off the gas to the appliance.

Apply pipe joint sealant lightly to male NPT threads. This will prevent excess sealant from go- ing into pipe. Excess sealant in pipe could result in clogged heater valves.

lator damage could occur.

CAUTION: For propane/LP gas,neverconnectheaterdirectly to the propane/LP supply. This heater requires an external regu- lator (not supplied). Install the ex- ternal regulator between the heater and propane/LP supply.

Propane/LP Supply Tank

External Regulator

Vent

Pointing

Down

Figure 14 - External Regulator With Vent

Pointing Down

12

www.desatech.com

113680-01A

Page 12
Image 12
Desa 10542 installation manual Connecting to GAS Supply, Typical Inlet Pipe Diameters

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.