OWNER’S MANUAL

SERVICE

PROCEDURES

Continued

FUEL FILTER

1.Remove 4 side cover screws using 5/16" nut-driver.

2.Remove side cover.

3.Pull upper fuel line off fuel filter neck.

4.Carefully pry bushing and fuel filter out of fuel tank.

5.Wash fuel filter with clean fuel and re- place in tank.

6.Attach upper fuel line to fuel filter neck.

7.Replace side cover.

Fuel Filter

Side Cover

Upper Fuel Line

Figure 8 - Fuel Filter Removal

IGNITOR

1.Remove upper shell and fan guard (see page 6).

2.Remove fan (see page 6).

3.Remove 4 side cover screws with a 5/16" nut driver. Remove side cover (see Figure 8).

4.Disconnect ignitor wires (gray) from ignition control assembly (see Figure 9). Pull the ignitor wires up through the hole in the lower shell.

5.Disconnect fuel line hose and air line hose. Remove photocell from photocell bracket (see Figure 9).

6.Remove combustion chamber. Stand combustion chamber on end with nozzle adapter bracket on top (see Figure 10).

7.Remove ignitor screw with a 1/4" nut driver. Carefully remove ignitor from nozzle adapter bracket.

CAUTION:Donotbendorstrike ignitor element. Handle with care.

8.

Carefully remove replacement ignitor

 

from styrofoam packing.

9.

Carefully guide ignitor into opening in

 

nozzle adapter bracket. Do not strike

 

ignitor element. Attach ignitor to nozzle

 

adapter bracket with screw using a 1/4"

 

nut driver (see Figure 10). Torque 10 to

 

20 in. lbs. Do not over torque.

10.

Replace combustion chamber.

11.

Route the ignitor wires back down

 

through the hole in the lower shell.

 

Connect wires to the ignition control

 

assembly. See Wiring Diagrams, page

Combustion

Nozzle

Chamber

Adapter

 

Bracket

 

Ignitor

Air Line

Ignitor

Hose

Wires

 

(Gray)

Fuel

 

Line

 

Hose

 

Photocell

Ignition

Bracket

Control

Photocell

Assembly

 

Assembly

 

Side Cover

 

Figure 9 - Disconnecting Ignitor Wires from Ignition Control Assembly

 

Ignitor

 

Screw

 

Ignitor

Ignitor

 

Element

Nozzle

Photocell

Adapter

Bracket

Bracket

 

10, for correct terminal locations.

12.

Replace side cover (see Figure 8).

13.

Connect and route fuel line hose and

Combustion Chamber

Nozzle Adapter Bracket Opening

 

air line hose to nozzle adapter (see Fig-

 

ure 9).

14.

Replace photocell in photocell bracket.

 

Route wires as shown in Figure 11,

 

page 8.

15.

Replace fan (see page 6).

16.

Replace fan guard and upper shell (see

 

page 6).

Figure 10 - Ignitor Replacement

Continued

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Desa and 55 owner manual Fuel Filter, Ignitor

and 55 specifications

Desa and 55 are two innovative initiatives that represent the convergence of modern technology and community-focused governance. Both aim to enhance the quality of life for their respective users while promoting sustainable living and effective resource management.

Desa is centered around the concept of "smart villages," where technology is seamlessly integrated into daily life to support sustainable practices. This initiative focuses on empowering rural communities by providing access to modern services and infrastructure through a digital framework. Key features of Desa include smart agriculture, where IoT devices are utilized to monitor soil conditions and optimize water usage, thereby increasing crop yields while minimizing environmental impact. Additionally, Desa promotes renewable energy sources, encouraging communities to harness solar or wind power for local needs and reducing dependence on fossil fuels.

On the other hand, 55 is an urban-centered model aimed at enhancing city living through the use of cutting-edge technologies. It embodies a comprehensive approach to urban planning, integrating smart transportation, waste management, and energy systems. Key characteristics of 55 include a robust public transport system, which employs real-time data analytics to improve efficiency and accessibility. Smart waste management technologies ensure effective recycling processes and decrease landfill usage, thus promoting a circular economy.

Both Desa and 55 prioritize community engagement and participation. They utilize mobile applications and platforms to encourage residents to partake in localized decision-making, ensuring that the systems remain relevant to the unique needs of their users. Data privacy and security are also paramount; both initiatives adopt stringent measures to protect user information while still enabling the benefits of data analysis.

In summary, Desa and 55 represent two distinct but complementary approaches to integrating technology into community living. While Desa focuses on empowering rural areas through sustainable practices, 55 enhances urban life through smart solutions. Their commitment to innovation, community involvement, and sustainability positions both initiatives as leaders in the movement toward smarter, more resilient communities. As global challenges such as climate change and urbanization continue to evolve, models like Desa and 55 will be crucial in shaping a sustainable future.