Dayton Comprehensive Heater Manuals and Parts Diagrams for Portable Oil-Fired Heaters

Page 8

Dayton Operating Instructions and Parts Manual

2E510F, 2E511F, 3E218F, and 3E219F

Dayton® Portable

Oil-Fired Heaters

Maintenance (Continued)

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 Figures 14 and 15).

4.Disconnect yellow ignitor wires from ignition control assembly (See Figure 16). 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 16).

Combustion

Nozzle

Chamber

Adapter

 

 

Bracket

 

Ignitor

6. Remove combustion chamber.

11. Route the ignitor wires back down

Stand combustion chamber on end

through the hole in the lower shell.

with nozzle adapter bracket on top

Connect wires to the ignition

(See Figure 17).

control assembly.

 

Ignitor Screw/Washer

12. Replace side cover (See Figures 14

Assembly

 

and 15).

 

 

Ignitor

 

 

13. Connect and route fuel line hose

 

 

 

Ignitor

and air line hose to nozzle adapter

 

assembly (see Fuel and Air Line

 

Element

 

Replacement and Proper Routing,

 

Nozzle

Photocell

Adapter

page 9).

 

Bracket

Bracket

14. Replace photocell in photocell

 

 

 

 

bracket. Route wires as shown in

 

 

Figure 18 or 19.

 

 

 

15. Replace fan (See page 6).

 

 

 

16. Replace fan guard and upper shell

 

 

(See page 6).

 

 

 

Combustion

 

 

Nozzle Adapter

Chamber

 

Combustion

Bracket Opening

Burner

 

Chamber

 

 

 

Strap

 

 

 

 

Figure 17 - Ignitor Replacement

 

Nozzle/

 

 

Photocell

Adapter

7. Remove ignitor screw with a 1/4"

Assembly

Air

Line

Hose

Fuel

Line

Hose

Ignitor Wires

nut driver. Carefully remove ignitor

Bracket

 

 

 

from nozzle adapter bracket.

Air Line

Fuel Line

Do not bend or

Hose

Hose

 

 

strike ignitor

Figure 18 - Removing Air and Fuel Line

element. Handle with care.

Hoses (2E510F and 2E511F Btu/Hr Models

 

8. Carefully remove replacement

Only)

 

ignitor from styrofoam packing.

Combustion

 

Photocell

Bracket

Photocell

Assembly

Ignition

Control

Assembly

9. Carefully guide ignitor into

Chamber

opening in nozzle adapter bracket.

Burner

Do not strike ignitor element.

Strap

Attach ignitor to nozzle adapter

Air Line

 

Nozzle/

Side Cover

Figure 16 - Disconnecting Ignitor Wires from Ignition Control Assembly

bracket with screw using a 1/4" nut

Hose

driver (See Figure 17). Torque 8 to

Fuel Line

15 in. lbs. Do not over torque.

Hose

10. Replace combustion chamber.

 

Adapter

Assembly

Photocell

Bracket

Figure 19 - Removing Air and Fuel Line

Hoses (3E218F and 3E219F Btu/Hr Models

Only)

111166-01A

8

Image 8
Contents Unpacking General SpecificationsDescription Electrical Specifications Product IdentificationGeneral Safety Information Models 2E510F, 2E511F, 3E218F, and 3E219FGeneral Safety Information Theory of Operation Fuels Operation AssemblyVentilation Maintenance Upper Shell RemovalFAN AIR OUTPUT, AIR INTAKE, and Lint FiltersPump Pressure Adjustment Fuel FilterReplacement and Proper Routing IgnitorFuel and AIR Line Replacement and Proper Routing NozzleIgnition Control Assembly Pump RotorPreventative Maintenance Schedule Storing TRANSPORTING, or ShippingFor Repair Parts, call Part 2E510F 2E511F Description Number Qty 2E510F and 2E511F Repair Parts List for Models 2E510F and 2E511F 3E218F Repair Parts List for Model 3E218F 3E219F Repair Parts List for Model 3E219F Maintenance Kits AccessoriesWiring Diagram Ignition ControlTroubleshooting Chart Clean photocell lens Not a UPC

5S1792 specifications

The Dayton 5S1792 is a high-performance, compact fan designed primarily for industrial applications, known for its efficiency, durability, and versatility. Built by Dayton, a renowned manufacturer of electric motors and associated products, the 5S1792 model stands out in the market due to its thoughtful engineering and innovative features.

One of the main characteristics of the Dayton 5S1792 is its robust construction. The fan's housing is made from high-quality materials that resist corrosion and protect it against the rigors of demanding environments. This durability not only extends the lifespan of the product but also ensures reliable performance over time, making it ideal for various industrial settings, including factories and warehouses.

The Dayton 5S1792 features a powerful motor that provides consistent airflow, crucial for maintaining optimal conditions in workplaces. With a high airflow capability, the fan effectively circulates air, ensuring that spaces remain cool and comfortable, which is vital for worker productivity and equipment efficiency. The fan is also designed to operate quietly, making it suitable for environments where noise levels are a concern.

In terms of technology, the Dayton 5S1792 is engineered with energy efficiency in mind. It employs advanced motor technologies that not only reduce power consumption but also minimize heat generation. This aspect is particularly beneficial for organizations looking to lower their energy costs while maintaining high-performance standards.

The flexibility of the Dayton 5S1792 is another key feature. It is available in various sizes and configurations, allowing users to select the model that best suits their specific needs. Additionally, the fan can be mounted in multiple orientations, making it adaptable to different installation requirements, whether wall-mounted, ceiling-mounted, or on stands.

Maintenance of the Dayton 5S1792 is straightforward, thanks to its user-friendly design. Accessible components facilitate easier cleaning and servicing, which is essential for prolonging the unit's lifespan and ensuring it operates at peak efficiency.

In summary, the Dayton 5S1792 is a standout choice for those seeking a reliable and efficient fan for industrial use. Its robust construction, powerful motor, energy-efficient design, and versatility make it a trusted option for enhancing airflow in various applications. The consideration of maintenance and ease of use further adds to its appeal, establishing it as a valuable investment for any industrial facility.