Dayton 3VG79A Preventative Maintenance Schedule, STORING, TRANSPORTING, or SHIP- Ping

Page 9

Dayton Operating Instructions and Parts Manual

Model 3VG79A

Maintenance (Continued)

5.Remove pump plate.

6.Remove rotor, insert, and blades.

7.Check for debris in pump. If debris is found, blow out with compressed air.

8.Install insert and rotor.

9.Check gap on rotor. Adjust to

.003"/.004" if needed (See Figure 19).

Blade

Gap Adjusting Screw

.003"/.004" Gap

Measured With

Feeler Gauge

Rotor

Gap Adjusting Screw

11.Replace fan guard and upper shell.

12.Adjust pump pressure (See page 6).

NOTE: If rotor is still binding, proceed as follows.

13.Perform steps 1 through 6 above.

14.Place fine grade sandpaper (600 grit) on flat surface. Sand rotor lightly in “figure 8” motion four times (See Figure 20).

Sandpaper

STORING, TRANSPORTING, OR SHIP- PING

NOTE: If shipping, transport companies require fuel tanks to be empty.

1. Drain fuel tank.

NOTE: This model has a drain plug on underside of fuel tank. Remove drain plug to drain all fuel. Be sure all fuel is removed.

2. Replace drain plug.

3. If any debris is noted in old fuel, add 1

or 2 quarts of clean Kerosene to tank,

stir, and drain again. This will prevent

excess debris from clogging filters

during future use.

4. Replace fuel cap and drain plug.

Properly dispose of old and dirty fuel.

Check with local automotive service

stations that recycle oil.

Figure 20 - Sanding Rotor

Figure 19 - Gap Adjusting Screw Locations

15. Reinstall insert and rotor.

NOTE: Rotate rotor one full turn to insure

the gap is .003"/.004" at tightest position. 16. Perform steps 10 through 12 above. Adjust if needed.

10.Install blades, pump plate, air filters, and filter end cover.

5. If storing, store heater in dry place.

Make sure storage place is free of dust

and corrosive fumes.

IMPORTANT: Do not store Kerosene over summer months for use during next heating season. Using old fuel could damage heater.

Preventative Maintenance Schedule

Never service heater while it is plugged in, operating, or hot. Severe burns and electrical shock can occur.

Item

How Often

How To

 

 

 

Fuel tank

Flush every 150-200 hours of operation or as needed

See Storing, Transporting, or Shipping,

 

 

above

Air output and

Replace every 500 hours of operation or once a year

See Air Output, Air Intake, and Lint

lint filters

 

Filters, page 6

Air intake filter

Wash and dry with soap and water every 500 hours of

See Air Output, Air Intake, and Lint

 

operation or as needed

Filters, page 6

Fuel filter

Clean twice a heating season or as needed

See Fuel Filter, page 7

Spark plug

Clean and regap every 600 hours operation or replace as needed

See Spark Plug, page 7

Fan blades

Clean every season or as needed

See Fan, page 6

Motor

Not required/permanently lubricated

 

 

 

 

 

 

®

 

9

 

Version B - For Reduction

G016.J

Image 9
Contents General Specifications DescriptionUnpacking Product Identification Dayton Portable Oil-Fired HeaterModel 3VG79A General Safety InformationFuels Theory of OperationAssembly VentilationOperation Pump Pressure Adjustment MaintenanceUpper Shell Removal FANFuel Filter Fuel ValveSpark Plug Nozzle Pump RotorSTORING, TRANSPORTING, or SHIP- Ping Preventative Maintenance ScheduleFor Replacement Parts, call Replacement Parts List Motor and Pump Assembly Figure Hours a day 365 days a year Replacement Parts List Replacement Parts List for Handle and Wheel Group Accessories Maintenance KitsWiring Diagram See Air Output, Air Intake and Lint Troubleshooting ChartNot a UPC

3VG79A specifications

The Dayton 3VG79A is a versatile and high-performance variable speed air ventilator that is designed to enhance air quality while providing optimal energy efficiency. Known for its robust build and innovative technology, the 3VG79A is particularly suitable for a wide range of commercial and industrial applications.

One of the standout features of the Dayton 3VG79A is its variable speed motor. This technology allows users to adjust airflow based on specific requirements, ensuring that energy consumption is minimized while maintaining desired ventilation levels. The ability to modify speeds not only contributes to energy savings but also enhances the overall comfort of any environment by providing just the right amount of ventilation when needed.

The Dayton 3VG79A is equipped with a durable construction that includes corrosion-resistant materials, making it suitable for use in a variety of settings where durability is crucial. Whether installed in a warehouse, factory, or commercial building, the ventilator is built to withstand challenging conditions over time.

In terms of performance, the Dayton 3VG79A delivers impressive air-moving ability, with a maximum airflow rate that meets the demands of even the most air-intensive environments. This capability ensures that spaces remain well-ventilated, preventing stale air buildup and promoting a healthier indoor atmosphere.

The 3VG79A also features an integrated control system, allowing for easy monitoring and adjustments. Users can effortlessly switch between automated settings or manual control, providing flexibility and convenience. Advanced safety mechanisms are also in place, including overcurrent protection, to ensure reliable operation.

Another key characteristic of the Dayton 3VG79A is its relatively low noise level. Despite its powerful performance, the commitment to quieter operation allows it to be used in sensitive environments, where excessive noise could be disruptive.

In summary, the Dayton 3VG79A stands out due to its variable speed motor, durable construction, high airflow performance, user-friendly control system, and low noise level. These features make it an excellent choice for businesses seeking an efficient, reliable, and versatile ventilation solution, ultimately improving air quality and energy efficiency for various applications.