Drill a 3/8" hole in the PVC exhaust vent piping approximately 18" above where the PVC exits the side of the furnace for your combustion analysis equipment. (Seal with RTV silicone when finished conducting combustion analysis).

BURNER ADJUSTMENT

1)Operate burner for 15 minutes before conducting test work.

2)Adjust burner settings until a trace (0-1 on a smoke scale of 10) is obtained with smoke test pump.

3)Read C02%. This should be approximately 13.0%.

4)Increase air to burner to reduce C02% 1.0 to 1.5% less than where you were able to obtain a trace of smoke.

This procedure allows a margin of reserve for variable conditions.

5)Re-check smoke to insure it is O.

Your final C02% should be approximately 11.5%

Check vent stack temperatures as below:

M

APPROX.

INPUT

THERMAL

AMBIENT

RATE

EFFICIENCY

0

D

PLUS

 

 

STACK

 

 

E

 

 

TEMP F.

 

 

L

 

 

 

 

 

 

 

 

 

50

20-24

58,000

97-99%

75

27-31

82,000

95-97%

 

 

 

 

100

29-33

100,000

94-96%

125

38-42

115,000

92-94%

 

 

 

 

Temperature Rise

Temperature rise must be within the range below. An incorrect temperature rise may result in condensing in or overheating of the heat exchanger.

Determine and adjUst temperature rise as

follows:

Model

Temp. F.

 

Degree Rise

50-2.5

50-60

 

 

75-2.5

55-65

100-2.5

60-70

 

 

50-5

30-40

75-5

35-45

100-5

45-55

 

 

125-5

50-60

 

 

1.Operate furnace with burner firing for approXimately ten minutes. Ensure all registers are open and all duct dampers are in their final (fully or partially open) position.

2.Place thermometers in the return and supply ducts as close to the furnace as possible. Thermometers must not be influenced by radiant heat by being able to "see" the heat exchanger

HEAT EXCHANGER

RADIATION "LINE OF SIGHT"

~ SUPPLY

L..,/ AIR

iT'U""

Temperature Rise Measurement

3.Subtract the return air temperature from the supply air temperature to determine the air temperature rise. Allow adequate time for thermometer readings to stabilize.

4.Adjust temperature rise by adjusting the circulator blower speed. Increase blower speed to reduce temperature rise. Decrease blower speed to increase temperature rise.

Set thermostat heat anticipator setting at 0.2 A as a base point. Operate furnace and measure anticipation amperage and adjust thermostat to manufacturer's instructions.

CIRCULATOR BLOWER SPEEDS

This furnace is equipped with a mUlti-speed circulator blower. This blower provides ease in adjusting blower speeds. These blower speeds should be adjusted by the installer to match the installation requirements so as to provide the correct heating temperature rise and correct cooling CFM.

To adjust the circulator blower speed, proceed as follows:

1.Turn OFF power to the furnace.

2.Relocate desired motor leads to the circulator blower terminals on the terminal block as required.

3.Turn ON power to furnace.

4.Verify proper temperature rise as outlined in Section XIV, Startup Procedure and Adjustment - Temperature Rise.

18

Page 19
Image 19
Adams Condensing Oil-Fired Furnace operation manual Your final C02% should be approximately 11.5%, Temperature Rise

Condensing Oil-Fired Furnace specifications

The Adams Condensing Oil-Fired Furnace is a leading choice for homeowners seeking an efficient and reliable heating solution. Known for its advanced technology and outstanding performance, this furnace is designed to provide comfort during the coldest months while maximizing energy efficiency.

One of the main features of the Adams Condensing Oil-Fired Furnace is its high-efficiency heating capabilities. Equipped with a condensing heat exchanger, it utilizes combustion gases that would otherwise be wasted. This allows the furnace to achieve efficiency ratings of up to 90 percent or higher, making it one of the most efficient options on the market. This not only reduces energy consumption but also lowers heating costs for homeowners.

The furnace is designed with a robust construction that ensures durability and longevity. The unit is made from high-quality materials resistant to corrosion and wear. This is particularly important in environments where the furnace may be exposed to fluctuating temperatures and humidity levels. The furnace also has advanced insulation, minimizing heat loss and further enhancing its efficiency.

Another significant characteristic of the Adams Condensing Oil-Fired Furnace is its quiet operation. The unit is engineered with sound-absorbing materials and an advanced blower design, allowing it to operate quietly. This feature is particularly desirable for those who value peace and tranquility in their homes.

The furnace employs advanced control technology that allows for precise temperature management. Homeowners can benefit from programmable thermostats that enable them to customize heating schedules to suit their lifestyle. This not only ensures comfort but also promotes energy savings by allowing the system to operate only when needed.

In addition to its efficiency and performance, the Adams Condensing Oil-Fired Furnace is designed with safety in mind. The unit incorporates a range of safety features, including flame sensors and automatic shut-off systems that provide peace of mind for users.

Overall, the Adams Condensing Oil-Fired Furnace stands out as a premium heating solution, combining efficiency, reliability, and advanced features. With its commitment to energy savings and user comfort, this furnace is an excellent investment for any homeowner looking to enhance their heating system.