System Setup and Maintenance

6.Once proper draft is achieved, measure CO2 and smoke level. If necessary, adjust the intake airflow at the burner to obtain the highest possible CO2 reading with a zero smoke reading. As the intake airflow is increased or decreased, the draft may change. Repeat steps 3 through 6 to re-adjust the draft control and choke plate before attempting any other adjustments.

7.Measure combustion efficiency and exhaust gas temperature at the venter inlet. Combustion efficiency should be adjusted to maximum attainable at zero smoke. Exhaust gas temperature at the venter inlet should range between 200ºF and 550ºF.

8.If maximum efficiency and zero smoke yields a temperature below 200ºF at the inlet to the venter, the following suggestions must be considered.

A.Use a larger oil nozzle or higher oil pump pressure to raise the firing rate of the burner. Repeat steps 3 through 7 until all combustion parameters are within the specified ranges.

B.Reduce the length of the duct from the appliance to the venter which will increase the venter inlet temperature.

C.Insulate the vent pipe to minimize heat loss.

D.Seal the vent pipe joints to reduce uncontrolled dilution air.

TESTING:

1.The thermostat (wall thermostat, or aquastat) calls for heat, starting venter motor.

2.After the venter motor has come up to speed, the pressure switch closes. This closes the circuit to the burner and allows the burner to operate. This occurs in approximately 1 to 2 seconds.

3.After the heating requirement is satisfied, the thermostat circuit opens and deactivates the burner and power venter circuit.

4.Oil venting systems require a post purge device. During the post purge cycle, the venter operates for a period after the burner has shut off. This is to purge the remaining flue gases and to cool the combustion chamber. Typical post purge times are 3 to 5 minutes. Longer purge times may be required depending on system installation.

ANNUAL MAINTENANCE:

1.Motor: Inspect the motor once a year; it should rotate freely. To prolong the life of the motor, lubricate with six drops of SWG Super Lube, Part #46226200, annually. Use of any other type of lubricant may cause premature motor failure.

2.Wheel: Inspect the venter wheel annually to clear any soot, ash, or coating which inhibits either rotation or air flow. Remove all foreign materials before operating.

SWG Super Lube

•Oil motor and fan shaft with SWG Super Lube annually

•Works in conditions of -40° to 300° (F)

•Synthetic lubricant which maintains specified viscosity

•Use of any other lubricant may cause premature failure

3.Vent System: Inspect all vent connections annually for looseness, for evidence of corrosion, and for flue gas leakage. Replace, seal or tighten pipe connections if necessary. Check the venter choke plate to ensure it is secured in place. Check the barometric draft control to ensure the gate swings freely.

4.System Safety Devices: With the heating system operating, disconnect the pressure sensing tube from the pressure switch on the CK Kit. This should stop the burner operation. Re-connecting the tube should relight the burner.

Oil Venting Systems specifications

Field Controls Oil Venting Systems are engineered to enhance the efficiency and safety of oil heating applications while ensuring environmental compliance. These systems are designed to facilitate the venting of combustion gases, preventing the buildup of harmful substances and maintaining optimal performance of oil-fueled heating appliances.

A standout feature of Field Controls Oil Venting Systems is their adaptability. They can be seamlessly integrated with a variety of oil-fired heating units, including furnaces and boilers. This versatility allows homeowners and businesses to upgrade or replace their existing venting systems with minimal hassle, leading to improved energy efficiency and reduced operational costs.

The technology that underpins these venting systems is designed to optimize airflow and minimize pressure drop, allowing for efficient exhaust of combustion gases. Field Controls employs advanced materials that are resistant to corrosive gases, ensuring a longer lifespan and reduced maintenance requirements. Additionally, their systems utilize a unique multi-hinge design, which enhances flexibility during installation, ensuring a perfect fit in a diverse range of configurations.

Field Controls also focuses on safety with features such as backdraft dampers and safety switches. These elements prevent backflow of exhaust gases into the living space, providing peace of mind for users. The systems are rigorously tested to comply with national safety standards, ensuring a reliable and secure installation for residential and commercial applications alike.

Moreover, Field Controls Oil Venting Systems prioritize efficiency by optimizing the venting process. This results in reduced energy consumption and lower emissions, aligning with modern environmental standards and helping users transition to more sustainable heating options.

In summary, Field Controls Oil Venting Systems represent a robust solution for oil heating applications, combining safety, efficiency, and adaptability. With their innovative design and commitment to quality, they provide users with a reliable means to manage oil venting, ensuring both comfort and compliance with environmental regulations. By investing in a Field Controls system, customers can enhance their heating systems while contributing to a cleaner and more efficient future.