Assembly

Continued

Burner and lightpost assembly

1.Locate 4 lightpost panels that are pack- aged together. Assemble 3 of the pieces with 4 screws (H) as shown in Figure 5.

2.Place lightpost top over panel assembly aligning screw holes. Attach with 3 screws

(H) as shown in Figure 5.

3.Pilot light and wiring has been placed inside top of burner assembly for ship- ping. Carefully remove pilot from inside assembly and let wiring and pilot hang down back of assembly.

4.Place lightpost panels and top assembly on top of burner assembly aligning back side of each assembly. See Figure 6. At- tach with 3 screws (H).

5.Place pilot assembly on top of lightpost top as shown in Figure 7. Attach with 4 screws (H). Check wire connections before proceeding.

6.Attach 4 light shroud screens to light shrouds with 4 screws (F) and 4 nuts (G) each as shown in Figure 7. Only 2 of the 4 screens are shown.

7.Place deco light shrouds on top of light- post top (see Figure 7). Make sure fanges are on top. Slide shroud tabs together. Attach to lightpost top with 4 screws (H) through holes in bottom of shroud pieces (see Figure 7). Tighten all screws.

8.Attach lightpost top cap to shroud assembly with 4 screws (H) as shown in Figure 7.

Lightpost

 

Assembly

Open Side

 

 

of Panel

 

Assembly

 

to Back of

 

Heater

Burner

Pilot Light

Assembly

Wiring to

 

Back of

 

Heater

Figure 6 - Connecting Lightpost and

Burner Assembly

Lightpost

Top Cap

Deco

Light

Shroud

Screen

Lightpost

TopPilot

Assembly

Lightpost

Panels

 

Lightpost

 

Top

 

Fourth

 

Lightpost

Figure 5 - Lightpost Panels and Top

Panel

Assembly

Figure 7 - Attaching Pilot and Shroud

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Desa Td100, Td104 Burner and lightpost assembly, Lightpost Top Cap Deco Shroud, Lightpost TopPilot Assembly Panels Fourth

TD100, TD102, TD104, TD110, Td100, Td102, Td104 specifications

Desa TD104, TD100, TD102, TD110 are part of an innovative lineup of industrial engines manufactured for various applications in agricultural machinery, construction equipment, and other heavy-duty vehicles. These engines are designed to deliver high performance, durability, and efficiency, catering to an array of operational requirements.

One of the prominent features shared by the Desa TD series is their robust engine design, which ensures longevity and reliability under demanding working conditions. These engines are built with high-quality materials that withstand wear and tear over time, making them suitable for rugged environments.

The TD100 and TD102 models are particularly noted for their compact size and lightweight construction, which enhance their versatility in applications ranging from small tractors to auxiliary power units. The TD104 engine, on the other hand, offers a higher displacement, providing more power for larger machinery and heavy lifting.

The technology utilized in these engines includes advanced fuel injection systems that optimize fuel consumption while minimizing emissions. This makes the TD series environmentally friendly, meeting stringent emission regulations without compromising performance. Additionally, the engines are equipped with intercoolers, which allow for increased air density, resulting in improved combustion efficiency and power output.

A significant characteristic of the Desa TD series is their ease of maintenance. The layout of the components has been designed to provide accessibility, reducing downtime during servicing. Features like easily replaceable filters, serviceable valves, and user-friendly control panels make it easier for operators to maintain these engines.

Another notable feature is their capability to operate at various altitudes and temperatures, ensuring reliable performance irrespective of external conditions. The TD110, in particular, is equipped with advanced cooling systems that manage engine temperature effectively, even under heavy load.

In conclusion, the Desa TD series, including models TD100, TD102, TD104, and TD110, combines high performance, advanced technologies, and user-centric design. This makes them suitable for a wide variety of applications, ensuring they meet the needs of modern industrial operations while offering low operational costs and enhanced durability. As industries continue to evolve, these engines stand as a testament to efficiency and innovation in engine technology.