Field Controls MPL-B, WML-C manual Appendix B Wiring Diagrams

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APPENDIX B: WIRING DIAGRAMS

Beckett AF Burner Wiring Diagram

17	30318 R4 9/9/2005

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Contents WML-C and MPL-B Table of Contents Introduction DOWN-FLOW InstallationHeat Loss Location of UnitAIR Conditioning Suspended InstallationChimney Venting Combustion AIRCommon Chimney Problems Optional Side Wall Venting Piping InstallationOIL Tank Electrical ConnectionsHoneywell ST9103 Dip Switch Blower Off Delay Position Time FAN Timer Board and Limit ControlDip Switch Blower Delay Position Times Off Seconds Minutes Circulating AIR BlowerOIL Burner HumidifierChecking Over-Fire Draft Furnace Installation SET- UPAnnual Service By Contractor Maintenance and ServiceRoutine Maintenance By Home Owner Before Lighting Operating InstructionsTo Light Unit To Shut Down UnitAF76YB Appendix A- WML-C and MPL-B Burner SET UPStart UP OIL Burner AIR AdjustmentBurner Electrodes Speed PowerCFM Model Size Weight55-1/4 19 x 18 x 20 x 20 xAppendix B Wiring Diagrams Beckett Afii Burner Wiring Diagram Riello 40F3 and F5 Burner Wiring Diagram Riello 40BF3 Burner Wiring Diagram Operation of OIL Burner Thermostat calls for heat 30318 R4 9/9/2005 Operation Returns to Idle State Recycle Timer StartsHeat Mode Action System ResponseElectrical Shock Hazard R7184 LED Diagnostic LightTroubleshooting Corrective Action Table C-3 R7184 TroubleshootingRemount control onto burner housing. Go to step Problem Possible Cause Remedy Table C4 System and General TroubleshootingTiming Final Check OUT Parts Listing Counterflow Horizontal Model WML C Parts Listing Vestibule KIT WML C 30318 R4 9/9/2005 Parts Listing Counterflow Horizontal Model MPL Flame Retention Head MPL 30318 R4 9/9/2005 Fuel Supplier If Different from Installation ContractorHOMEOWNER’S Reference Table 30318 R4 9/9/2005 Tel 716 Fax 716

MPL-B, WML-C specifications

Field Controls, a leader in the HVAC industry, offers innovative solutions for air quality and equipment efficiency. Among their range of products, the WML-C and MPL-B series stand out for their remarkable features and advanced technologies, catering to the unique needs of both residential and commercial applications.

The WML-C series is designed for optimal ventilation and air quality management. It integrates seamlessly with existing HVAC systems, providing crucial airflow control and ensuring that indoor environments maintain optimal levels of fresh air. One of its key features is the variable speed fan technology, which adjusts according to the desired airflow rate, thereby enhancing energy efficiency. This not only reduces operational costs but also contributes to a more sustainable environment.

The MPL-B series, on the other hand, focuses on purification and filtration. Equipped with advanced media filters, it effectively captures airborne particles, allergens, and pollutants, which is essential for maintaining clean indoor air. The MPL-B series utilizes a multi-stage filtration system that includes HEPA filters, ensuring that the air circulated within spaces meets high standards for cleanliness and safety.

Both the WML-C and MPL-B models utilize smart technology for enhanced control and monitoring. With integrated sensors, users can receive real-time data on air quality, humidity levels, and system performance, allowing for proactive management and maintenance. Additionally, they are compatible with various building management systems, enabling integration into larger infrastructure for comprehensive environmental control.

Durability and reliability are paramount in the design of these units. Built from high-quality materials, both the WML-C and MPL-B are engineered to withstand rigorous usage and varying environmental conditions. Their compact designs allow for flexible installation options, making them suitable for a wide range of settings.

In summary, Field Controls’ WML-C and MPL-B series offer cutting-edge solutions for air quality and HVAC efficiency. With innovative features such as variable speed technology, multi-stage filtration, and smart monitoring capabilities, these systems are ideal for enhancing indoor environments while maintaining energy efficiency and sustainability. They not only meet but exceed the expectations of modern HVAC requirements, making them a valuable investment for any property owner.