Assembly

Continued

Heater assembly

Note: If needed, acquire assistance lifting assembly.

1.Place entire lightpost assembly on top of cabinet base assembly. Attach with 4 screws (H) as shown in Figure 8. Install 2 screws (H) into holes on each side of control valve. Attach control valve nut and control knob to control valve.

2.Connect 2 brown wires to ON/OFF switch.

3.Connect white ground wire attached to cabinet to right post on electronic ignitor. Remove wire tie. Connect black ignitor wire to left post on electronic ignitor. Install battery in ignitor as shown on page 12.

4.Install batteries in battery holder as shown on page 12. Do not mix batteries.

5.Connect regulator to gas cylinder, see Operation. Gas cylinder will sit inside of cabinet assembly.

6.Check for leaks. See Checking for Leaks page 8.

7.Attach fourth lightpost panel to assembly with 6 screws (H) as shown in Figure 7, page 6.

Operation

Lightpost/

Burner

Assembly

 

Control

 

Valve

 

Control

 

Valve Nut

Chain

and Control

Retainer

Knob

 

Cabinet

 

Assembly

 

Ignitor

 

ON/OFF

 

Switch

Figure 8 - Attaching Lightpost/Burner

Assembly to Cabinet Assembly

CAUTION: Do not stand in front of heater while lighting. Stand at the side when lighting the heater.

Use only a 20 lb. propane/LP cylinder (not included). See safety information for proper cylinder selection. Connect the hose/regula- tor assembly to the cylinder (see Figure 9). The hose should already be connected to the heater. Connect hose to the valve inlet (see Figure 9). Tighten firmly using a wrench.

Route retention chain through at least one of the handles of the propane/LP tank (see Figure 9). Make sure to route chain through handle on tank and NOT around tank valve. Chain must not interfere with valve. Attach hooks on both ends of chains to chain retain- ers installed on cabinet base (see Figure 8).

 

Retention

Valve Inlet

Chain

 

Hose/Regulator

Assembly

20 lb.

Propane/LP

Cylinder

Figure 9 - Connecting Hose/Regulator

Assembly to Propane/LP Cylinder

118994-01Gwww.desatech.com

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Desa TD100, TD102, TD104, TD110, Td104, Td102, Td100 owner manual Operation, Heater assembly, Retention

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.