Assembly

Continued

9.Thread manifold to bottom of burner assembly (see Figure 9). Tighten with wrenches (see Figure 10.)

10.Temporarily connect hose and regulator to manifold. Connect hose and regulator to a 20 lb. propane cylinder.

DO NOT LIGHT HEATER!

Open propane cylinder valve. Leak test burner assembly and manifold connection using a noncorrosive leak detection fluid.

DO NOT USE FLAME. See Checking for Leaks, page 8. When there is no sign of a leak, turn off propane/LP cylinder valve and disconnect regulator from propane/LP gas cylinder. Slowly loosen connection between manifold and hose and regulator assembly. Propane gas left in hose will escape.

11.Remove bolts from burner assembly. Carefully lean base and pole assembly over and insert manifold and burner assembly through pole (see Figure 11).

Replace bolts.

12.Remove blue film from dome top. Dome attaches to burner assembly with three

5/16" nuts and six 5/16" washers.

Place 1 washer on each threaded stud of burner assembly. Place dome over studs. Attach 3 washers and nuts to studs. See Figure 12.

Burner

Assembly

Manifold

Burner

 

 

Assembly

Bolts

 

 

 

 

Removed

Manifold

 

From Here

 

 

Pole

 

Bolts Reinstalled

 

 

Through Here

 

Figure 11 - Sliding Manifold and Burner

Figure 9 - Attaching Manifold to BurnerAssembly into Pole Assembly

Figure 10 - Tightening Manifold and

Burner Assembly

Figure 12 - Attaching Dome to Burner

Assembly

121117-01Bwww.desatech.com

Page 7
Image 7
Desa Td125, Td126, Td127, Td128 owner manual Sliding Manifold and Burner

Td125, Td126, Td127, Td128 specifications

Desa Td125, Td126, Td127, and Td128 are a series of robust and versatile machines that cater to various industrial needs. Each model in this lineup is uniquely engineered to deliver outstanding performance while incorporating innovative technologies that enhance their functionality and usability.

The Desa Td125 is known for its compact design and lightweight structure, making it highly maneuverable in tight spaces. This model features an advanced hydraulic system that ensures smooth operation, even under heavy loads. The Td125 is equipped with a user-friendly interface that allows operators to easily control and monitor the machine’s performance. Its powerful engine provides ample torque, making it ideal for both indoor and outdoor applications.

The Td126 builds upon the strengths of the Td125, offering increased power and a broader range of functionalities. Its enhanced lifting capacity allows it to handle larger loads with ease. One of the standout features of the Td126 is its intelligent control system that optimizes performance based on real-time data, improving efficiency and reducing fuel consumption. This model is particularly favored in construction and logistics environments where reliability and performance are paramount.

Moving on to the Desa Td127, this model is characterized by its durability and rugged design, suitable for the most demanding tasks. The Td127 incorporates heavy-duty components and is built to withstand harsh working conditions. Its advanced safety features, including automated shutdown systems and emergency brakes, ensure the protection of both the operator and the machine. The model is also customizable, allowing businesses to tailor the machine to their specific requirements.

Lastly, the Td128 represents the pinnacle of the series, boasting cutting-edge technology and superior performance capabilities. It introduces an eco-friendly engine that meets stringent emission standards while providing increased power output. The Td128 also features telematics capabilities, enabling remote monitoring and diagnostics to maximize uptime and facilitate maintenance planning. Its ergonomic design prioritizes operator comfort, reducing fatigue during long working hours.

Together, the Desa Td125, Td126, Td127, and Td128 models present a comprehensive range of solutions for industries that demand reliability, efficiency, and technological innovation. With their respective features, these machines stand out as exemplars of modern engineering, capable of meeting a diverse array of operational challenges.