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Fujitsu Airstage Installation Training – Cromwell, CT
Tuesday, October 7 | 8am-5pm
Courtyard Marriott Hotel
4 Sebeth Drive
Cromwell, CT
Installation Training Class for Fujitsu Airstage VRF
Buckley Associates is pleased to offer you access to our comprehensive Fujitsu Airstage VRF One-Day Installation Training Class.
This class is designed to equip installers with the essential knowledge and certification to install Heat Recovery Systems for Fujitsu Airstage systems. It will also provide an overview of the range of Fujitsu VRF Equipment Requirements.
Technical Agenda
+ Certification: Obtain Fujitsu certification, enabling proper commissioning and registration of systems to qualify for the 10-year extended warranty. A Review Test will be provided at the end of class.
+ System Installation: Learn to rough-in, install, pipe, and wire Fujitsu Airstage J-Series heat pump, V-Series heat pump and V-Series heat recovery systems.
+ Equipment Placement: Understand how to select proper equipment locations and utilize the “Design Simulator Report” for accurate pipe sizing and routing.
+ Separation Tubes and Pipe Headers: Gain knowledge on the use of separation tubes or pipe headers through key examples.
+ Communication Wiring: Master communication wiring and address settings for indoor units, outdoor units, and heat recovery boxes, including combining multiple outdoor units in one refrigerant circuit.
+ System Setup: Cover basic function codes and learn how to check the system setup to ensure readiness for startup and commissioning.
Buckley University:
Price Engineers Training
Rockland, MA
Tuesday, November 4 | 8am-5pm
Buckley Rockland Training Room
1099 Hingham Street
Rockland, MA
Price Engineers Training
These courses are developed specifically for HVAC design engineers. They offer practical, relevant knowledge that will help improve understanding of the latest HVAC trends, applications, standards and codes. Greenheck and Price Industries have dedicated industry experts to teach these courses locally in-person. The curriculum being offered is at the same level as if attending the Price or Greenheck facility. See attached list of course offerings for both events. These are Buckley sponsored events that includes food and the cost of the course at no expense to you or your firm.
Technical Agenda
Designing for Thermal Comfort
The goal of an HVAC system is to create a thermally-comfortable environment for a building’s occupants. This presentation explores the scientific principles used to quantify thermal comfort and the methods that may be applied to design a thermally comfortable environment.
Fundamentals of Terminal Units
Terminal Units are an integral component in many HVAC design layouts. This presentation reviews the fundamentals required to understand and discuss more complicated Air Moving topics and discussions. Air Moving fundamentals include pressures, airflow measurement, sound generation, and heat transfer.
Laboratory Fume Exhaust This course is aimed at familiarizing participants with the basics of laboratory ventilation and emphasizing the importance of codes and standards for laboratory design. AMCA’s Induced Flow Ratings Seal will be explained along with a discussion on airflow measurement and controls. The differences between constant and variable volume systems will be discussed, energy recovery considerations for laboratories, and reducing fan energy in demand-based laboratory exhaust systems.
Understanding Air & Sound
Mixed Air Distribution Systems using Grilles, Registers and Diffusers continue to be the most common air distribution system. In one form or another mixed air has been around for nearly 100 years. This presentation explores the fundamentals of mixed air distribution systems and how to design them to create the correct occupied zone conditions satisfactory to the majority of the occupants.
Air Moving: Terminal and Fan Coils: Optimizing Acoustics
Acoustics is one of the most overlooked design elements within terminal unit system design. It is not uncommon to see scheduled sound data for a project incomplete, or ambiguous. This makes it very difficult for all stakeholders to ensure the end user is in an acoustically comfortable space that is not overdesigned. This dynamic has been compounded with the recent trend towards cloud ceilings, exposed ceilings, and other acoustically challenging spaces. In order to address the needs of any project, the Design Engineer must be able to navigate this reality. In this presentation, we will discuss terminal unit acoustics to better educate ourselves on how terminal unit sound is generated, measured, certified, and cataloged.
HVAC Performance: Real World vs. Catalog
Grilles, Registers, and Diffusers often perform differently in the field relative to their catalog data. This is primarily because the installation methods used by contractors are different than the installation methods used by the manufacturer. This course explores how manufacturers develop their catalog data for air outlets and terminals and how common installation techniques will change their overall performance.
Fundamentals of Fan Coils
Fan coils have been in use for decades as a means of providing heating and cooling to individual zones. The major advantages of using fan coil unit are that they allow for local control of individual zones, reduce the amount of cross-contamination between zones and allow for hydronic heating and cooling.
Buckley University:
Greenheck University
Rockland, MA
Wednesday, November 5 | 8am-5pm
Buckley Rockland Training Room
1099 Hingham Street
Rockland, MA
Greenheck University
These courses are developed specifically for HVAC design engineers. They offer practical, relevant knowledge that will help improve understanding of the latest HVAC trends, applications, standards and codes. Greenheck and Price Industries have dedicated industry experts to teach these courses locally in-person. The curriculum being offered is at the same level as if attending the Price or Greenheck facility. See attached list of course offerings for both events. These are Buckley sponsored events that includes food and the cost of the course at no expense to you or your firm.
Technical Agenda
Increasing Design Efficiency Using Software
This course discusses how to be more efficient in the design process using Greenheck’s software. It covers three major software; eCAPS, CAPS, and Revit integration. Included is a demonstration on how to size, apply, specify, schedule and generate AutoCAD or Revit drawings for fans, energy recovery, packaged rooftop units, louvers, and dampers. Energy recovery payback analysis and other time-saving features are included.
Energy Codes and Their Impact on Fan Selection (FEI)
This course will introduce fan energy efficiency metrics and how they are used for compliance with building and energy codes such as ASHRAE 90.1. Recent activities and future changes to efficiency metrics will be presented, providing up-to-date information needed for proper fan selection to minimize energy consumption.
Laboratory Fume Exhaust This course is aimed at familiarizing participants with the basics of laboratory ventilation and emphasizing the importance of codes and standards for laboratory design. AMCA’s Induced Flow Ratings Seal will be explained along with a discussion on airflow measurement and controls. The differences between constant and variable volume systems will be discussed, energy recovery considerations for laboratories, and reducing fan energy in demand-based laboratory exhaust systems.
Understanding Air & Sound
Understanding and meeting air performance and acoustical criteria for HVAC applications are critical project requirements. This course reviews the fundamentals of air performance including nomenclature, reading fan curves and proper fan selections. Information regarding acoustical terminology will be presented along with the differences between sound power and sound pressure and how manufacturers acoustically test equipment.
Life Safety Dampers
Developed to provide basic information on life safety dampers, this course discusses fire, fire smoke, smoke and ceiling radiation dampers and their UL testing requirements, application, and installation. Ease-of-use methods for installation as well as control options that can be supplied for life safety dampers will be presented.
Air-to-Air Energy Recovery
This course discusses the benefits of air-to-air energy recovery applied to ventilation systems and energy recovery technology (devices), pros and cons of available technology, psychrometrics, payback analysis, and the latest energy standards and code mandates. An overview of typical energy recovery applications and design considerations such as frost protection, bypass, and controls is included.
Conditioning High Percentages & 100% Outdoor Air
This course discusses common HVAC systems found in commercial and institutional applications and the methods used to condition high percentages of outdoor air with an overview and comparison of Single Zone Variable Air Volume (VAV), Multi-Zone Variable Air Volume (VAV) and Dedicated Outdoor Air Systems (DOAS). Significant reduction of energy use can be achieved by applying different equipment schemes. The benefits of applying total heat energy recovery, decoupling latent and sensible loads, different compressor technologies, economizer options modulating head pressure control, and high turndown furnaces are reviewed in detail. New codes and efficiency standards are also reviewed that apply to dedicated outdoors air systems.
Buckley University:
Price Engineers Training
Andover, MA
Wednesday, November 5 | 8am-5pm
Doubletree Hotel
123 Old River Road
Andover, MA
Price Engineers Training
These courses are developed specifically for HVAC design engineers. They offer practical, relevant knowledge that will help improve understanding of the latest HVAC trends, applications, standards and codes. Greenheck and Price Industries have dedicated industry experts to teach these courses locally in-person. The curriculum being offered is at the same level as if attending the Price or Greenheck facility. See attached list of course offerings for both events. These are Buckley sponsored events that includes food and the cost of the course at no expense to you or your firm.
Technical Agenda
Designing for Thermal Comfort
The goal of an HVAC system is to create a thermally-comfortable environment for a building’s occupants. This presentation explores the scientific principles used to quantify thermal comfort and the methods that may be applied to design a thermally comfortable environment.
Fundamentals of Terminal Units
Terminal Units are an integral component in many HVAC design layouts. This presentation reviews the fundamentals required to understand and discuss more complicated Air Moving topics and discussions. Air Moving fundamentals include pressures, airflow measurement, sound generation, and heat transfer.
Laboratory Fume Exhaust This course is aimed at familiarizing participants with the basics of laboratory ventilation and emphasizing the importance of codes and standards for laboratory design. AMCA’s Induced Flow Ratings Seal will be explained along with a discussion on airflow measurement and controls. The differences between constant and variable volume systems will be discussed, energy recovery considerations for laboratories, and reducing fan energy in demand-based laboratory exhaust systems.
Understanding Air & Sound
Mixed Air Distribution Systems using Grilles, Registers and Diffusers continue to be the most common air distribution system. In one form or another mixed air has been around for nearly 100 years. This presentation explores the fundamentals of mixed air distribution systems and how to design them to create the correct occupied zone conditions satisfactory to the majority of the occupants.
Air Moving: Terminal and Fan Coils: Optimizing Acoustics
Acoustics is one of the most overlooked design elements within terminal unit system design. It is not uncommon to see scheduled sound data for a project incomplete, or ambiguous. This makes it very difficult for all stakeholders to ensure the end user is in an acoustically comfortable space that is not overdesigned. This dynamic has been compounded with the recent trend towards cloud ceilings, exposed ceilings, and other acoustically challenging spaces. In order to address the needs of any project, the Design Engineer must be able to navigate this reality. In this presentation, we will discuss terminal unit acoustics to better educate ourselves on how terminal unit sound is generated, measured, certified, and cataloged.
HVAC Performance: Real World vs. Catalog
Grilles, Registers, and Diffusers often perform differently in the field relative to their catalog data. This is primarily because the installation methods used by contractors are different than the installation methods used by the manufacturer. This course explores how manufacturers develop their catalog data for air outlets and terminals and how common installation techniques will change their overall performance.
Fundamentals of Fan Coils
Fan coils have been in use for decades as a means of providing heating and cooling to individual zones. The major advantages of using fan coil unit are that they allow for local control of individual zones, reduce the amount of cross-contamination between zones and allow for hydronic heating and cooling.
Buckley University:
Greenheck University
Andover, MA
Thursday, November 6 | 8am-5pm
Doubletree Hotel
123 Old River Road
Andover, MA
Greenheck University
These courses are developed specifically for HVAC design engineers. They offer practical, relevant knowledge that will help improve understanding of the latest HVAC trends, applications, standards and codes. Greenheck and Price Industries have dedicated industry experts to teach these courses locally in-person. The curriculum being offered is at the same level as if attending the Price or Greenheck facility. See attached list of course offerings for both events. These are Buckley sponsored events that includes food and the cost of the course at no expense to you or your firm.
Technical Agenda
Increasing Design Efficiency Using Software
This course discusses how to be more efficient in the design process using Greenheck’s software. It covers three major software; eCAPS, CAPS, and Revit integration. Included is a demonstration on how to size, apply, specify, schedule and generate AutoCAD or Revit drawings for fans, energy recovery, packaged rooftop units, louvers, and dampers. Energy recovery payback analysis and other time-saving features are included.
Energy Codes and Their Impact on Fan Selection (FEI)
This course will introduce fan energy efficiency metrics and how they are used for compliance with building and energy codes such as ASHRAE 90.1. Recent activities and future changes to efficiency metrics will be presented, providing up-to-date information needed for proper fan selection to minimize energy consumption.
Laboratory Fume Exhaust This course is aimed at familiarizing participants with the basics of laboratory ventilation and emphasizing the importance of codes and standards for laboratory design. AMCA’s Induced Flow Ratings Seal will be explained along with a discussion on airflow measurement and controls. The differences between constant and variable volume systems will be discussed, energy recovery considerations for laboratories, and reducing fan energy in demand-based laboratory exhaust systems.
Understanding Air & Sound
Understanding and meeting air performance and acoustical criteria for HVAC applications are critical project requirements. This course reviews the fundamentals of air performance including nomenclature, reading fan curves and proper fan selections. Information regarding acoustical terminology will be presented along with the differences between sound power and sound pressure and how manufacturers acoustically test equipment.
Life Safety Dampers
Developed to provide basic information on life safety dampers, this course discusses fire, fire smoke, smoke and ceiling radiation dampers and their UL testing requirements, application, and installation. Ease-of-use methods for installation as well as control options that can be supplied for life safety dampers will be presented.
Air-to-Air Energy Recovery
This course discusses the benefits of air-to-air energy recovery applied to ventilation systems and energy recovery technology (devices), pros and cons of available technology, psychrometrics, payback analysis, and the latest energy standards and code mandates. An overview of typical energy recovery applications and design considerations such as frost protection, bypass, and controls is included.
Conditioning High Percentages & 100% Outdoor Air
This course discusses common HVAC systems found in commercial and institutional applications and the methods used to condition high percentages of outdoor air with an overview and comparison of Single Zone Variable Air Volume (VAV), Multi-Zone Variable Air Volume (VAV) and Dedicated Outdoor Air Systems (DOAS). Significant reduction of energy use can be achieved by applying different equipment schemes. The benefits of applying total heat energy recovery, decoupling latent and sensible loads, different compressor technologies, economizer options modulating head pressure control, and high turndown furnaces are reviewed in detail. New codes and efficiency standards are also reviewed that apply to dedicated outdoors air systems.
Buckley University:
Price Engineers Training
Cromwell, CT
Tuesday, November 11 | 8am-5pm
Courtyard Marriott Hotel
4 Sebeth Drive
Cromwell, CT
Price Engineers Training
These courses are developed specifically for HVAC design engineers. They offer practical, relevant knowledge that will help improve understanding of the latest HVAC trends, applications, standards and codes. Greenheck and Price Industries have dedicated industry experts to teach these courses locally in-person. The curriculum being offered is at the same level as if attending the Price or Greenheck facility. See attached list of course offerings for both events. These are Buckley sponsored events that includes food and the cost of the course at no expense to you or your firm.
Technical Agenda
Designing for Thermal Comfort
The goal of an HVAC system is to create a thermally-comfortable environment for a building’s occupants. This presentation explores the scientific principles used to quantify thermal comfort and the methods that may be applied to design a thermally comfortable environment.
Fundamentals of Terminal Units
Terminal Units are an integral component in many HVAC design layouts. This presentation reviews the fundamentals required to understand and discuss more complicated Air Moving topics and discussions. Air Moving fundamentals include pressures, airflow measurement, sound generation, and heat transfer.
Laboratory Fume Exhaust This course is aimed at familiarizing participants with the basics of laboratory ventilation and emphasizing the importance of codes and standards for laboratory design. AMCA’s Induced Flow Ratings Seal will be explained along with a discussion on airflow measurement and controls. The differences between constant and variable volume systems will be discussed, energy recovery considerations for laboratories, and reducing fan energy in demand-based laboratory exhaust systems.
Understanding Air & Sound
Mixed Air Distribution Systems using Grilles, Registers and Diffusers continue to be the most common air distribution system. In one form or another mixed air has been around for nearly 100 years. This presentation explores the fundamentals of mixed air distribution systems and how to design them to create the correct occupied zone conditions satisfactory to the majority of the occupants.
Air Moving: Terminal and Fan Coils: Optimizing Acoustics
Acoustics is one of the most overlooked design elements within terminal unit system design. It is not uncommon to see scheduled sound data for a project incomplete, or ambiguous. This makes it very difficult for all stakeholders to ensure the end user is in an acoustically comfortable space that is not overdesigned. This dynamic has been compounded with the recent trend towards cloud ceilings, exposed ceilings, and other acoustically challenging spaces. In order to address the needs of any project, the Design Engineer must be able to navigate this reality. In this presentation, we will discuss terminal unit acoustics to better educate ourselves on how terminal unit sound is generated, measured, certified, and cataloged.
HVAC Performance: Real World vs. Catalog
Grilles, Registers, and Diffusers often perform differently in the field relative to their catalog data. This is primarily because the installation methods used by contractors are different than the installation methods used by the manufacturer. This course explores how manufacturers develop their catalog data for air outlets and terminals and how common installation techniques will change their overall performance.
Fundamentals of Fan Coils
Fan coils have been in use for decades as a means of providing heating and cooling to individual zones. The major advantages of using fan coil unit are that they allow for local control of individual zones, reduce the amount of cross-contamination between zones and allow for hydronic heating and cooling.
Buckley University:
Greenheck University
Cromwell, CT
Wednesday, November 12 | 8am-5pm
Courtyard Marriott Hotel
4 Sebeth Drive
Cromwell, CT
Greenheck University
These courses are developed specifically for HVAC design engineers. They offer practical, relevant knowledge that will help improve understanding of the latest HVAC trends, applications, standards and codes. Greenheck and Price Industries have dedicated industry experts to teach these courses locally in-person. The curriculum being offered is at the same level as if attending the Price or Greenheck facility. See attached list of course offerings for both events. These are Buckley sponsored events that includes food and the cost of the course at no expense to you or your firm.
Technical Agenda
Increasing Design Efficiency Using Software
This course discusses how to be more efficient in the design process using Greenheck’s software. It covers three major software; eCAPS, CAPS, and Revit integration. Included is a demonstration on how to size, apply, specify, schedule and generate AutoCAD or Revit drawings for fans, energy recovery, packaged rooftop units, louvers, and dampers. Energy recovery payback analysis and other time-saving features are included.
Energy Codes and Their Impact on Fan Selection (FEI)
This course will introduce fan energy efficiency metrics and how they are used for compliance with building and energy codes such as ASHRAE 90.1. Recent activities and future changes to efficiency metrics will be presented, providing up-to-date information needed for proper fan selection to minimize energy consumption.
Laboratory Fume Exhaust This course is aimed at familiarizing participants with the basics of laboratory ventilation and emphasizing the importance of codes and standards for laboratory design. AMCA’s Induced Flow Ratings Seal will be explained along with a discussion on airflow measurement and controls. The differences between constant and variable volume systems will be discussed, energy recovery considerations for laboratories, and reducing fan energy in demand-based laboratory exhaust systems.
Understanding Air & Sound
Understanding and meeting air performance and acoustical criteria for HVAC applications are critical project requirements. This course reviews the fundamentals of air performance including nomenclature, reading fan curves and proper fan selections. Information regarding acoustical terminology will be presented along with the differences between sound power and sound pressure and how manufacturers acoustically test equipment.
Life Safety Dampers
Developed to provide basic information on life safety dampers, this course discusses fire, fire smoke, smoke and ceiling radiation dampers and their UL testing requirements, application, and installation. Ease-of-use methods for installation as well as control options that can be supplied for life safety dampers will be presented.
Air-to-Air Energy Recovery
This course discusses the benefits of air-to-air energy recovery applied to ventilation systems and energy recovery technology (devices), pros and cons of available technology, psychrometrics, payback analysis, and the latest energy standards and code mandates. An overview of typical energy recovery applications and design considerations such as frost protection, bypass, and controls is included.
Conditioning High Percentages & 100% Outdoor Air
This course discusses common HVAC systems found in commercial and institutional applications and the methods used to condition high percentages of outdoor air with an overview and comparison of Single Zone Variable Air Volume (VAV), Multi-Zone Variable Air Volume (VAV) and Dedicated Outdoor Air Systems (DOAS). Significant reduction of energy use can be achieved by applying different equipment schemes. The benefits of applying total heat energy recovery, decoupling latent and sensible loads, different compressor technologies, economizer options modulating head pressure control, and high turndown furnaces are reviewed in detail. New codes and efficiency standards are also reviewed that apply to dedicated outdoors air systems.
Buckley University:
Price Engineers Training
Albany, NY
Wednesday, November 12 | 8am-5pm
Hilton Trilogy Albany Airport
254 Wolf Road
Latham, NY 12110
Price Engineers Training
These courses are developed specifically for HVAC design engineers. They offer practical, relevant knowledge that will help improve understanding of the latest HVAC trends, applications, standards and codes. Greenheck and Price Industries have dedicated industry experts to teach these courses locally in-person. The curriculum being offered is at the same level as if attending the Price or Greenheck facility. See attached list of course offerings for both events. These are Buckley sponsored events that includes food and the cost of the course at no expense to you or your firm.
Technical Agenda
Designing for Thermal Comfort
The goal of an HVAC system is to create a thermally-comfortable environment for a building’s occupants. This presentation explores the scientific principles used to quantify thermal comfort and the methods that may be applied to design a thermally comfortable environment.
Fundamentals of Terminal Units
Terminal Units are an integral component in many HVAC design layouts. This presentation reviews the fundamentals required to understand and discuss more complicated Air Moving topics and discussions. Air Moving fundamentals include pressures, airflow measurement, sound generation, and heat transfer.
Laboratory Fume Exhaust This course is aimed at familiarizing participants with the basics of laboratory ventilation and emphasizing the importance of codes and standards for laboratory design. AMCA’s Induced Flow Ratings Seal will be explained along with a discussion on airflow measurement and controls. The differences between constant and variable volume systems will be discussed, energy recovery considerations for laboratories, and reducing fan energy in demand-based laboratory exhaust systems.
Understanding Air & Sound
Mixed Air Distribution Systems using Grilles, Registers and Diffusers continue to be the most common air distribution system. In one form or another mixed air has been around for nearly 100 years. This presentation explores the fundamentals of mixed air distribution systems and how to design them to create the correct occupied zone conditions satisfactory to the majority of the occupants.
Air Moving: Terminal and Fan Coils: Optimizing Acoustics
Acoustics is one of the most overlooked design elements within terminal unit system design. It is not uncommon to see scheduled sound data for a project incomplete, or ambiguous. This makes it very difficult for all stakeholders to ensure the end user is in an acoustically comfortable space that is not overdesigned. This dynamic has been compounded with the recent trend towards cloud ceilings, exposed ceilings, and other acoustically challenging spaces. In order to address the needs of any project, the Design Engineer must be able to navigate this reality. In this presentation, we will discuss terminal unit acoustics to better educate ourselves on how terminal unit sound is generated, measured, certified, and cataloged.
HVAC Performance: Real World vs. Catalog
Grilles, Registers, and Diffusers often perform differently in the field relative to their catalog data. This is primarily because the installation methods used by contractors are different than the installation methods used by the manufacturer. This course explores how manufacturers develop their catalog data for air outlets and terminals and how common installation techniques will change their overall performance.
Fundamentals of Fan Coils
Fan coils have been in use for decades as a means of providing heating and cooling to individual zones. The major advantages of using fan coil unit are that they allow for local control of individual zones, reduce the amount of cross-contamination between zones and allow for hydronic heating and cooling.
Buckley University:
Greenheck University
Albany, NY
Thursday, November 13 | 8am-5pm
Hilton Trilogy Albany Airport
254 Wolf Road
Latham, NY 12110
Greenheck University
These courses are developed specifically for HVAC design engineers. They offer practical, relevant knowledge that will help improve understanding of the latest HVAC trends, applications, standards and codes. Greenheck and Price Industries have dedicated industry experts to teach these courses locally in-person. The curriculum being offered is at the same level as if attending the Price or Greenheck facility. See attached list of course offerings for both events. These are Buckley sponsored events that includes food and the cost of the course at no expense to you or your firm.
Technical Agenda
Increasing Design Efficiency Using Software
This course discusses how to be more efficient in the design process using Greenheck’s software. It covers three major software; eCAPS, CAPS, and Revit integration. Included is a demonstration on how to size, apply, specify, schedule and generate AutoCAD or Revit drawings for fans, energy recovery, packaged rooftop units, louvers, and dampers. Energy recovery payback analysis and other time-saving features are included.
Energy Codes and Their Impact on Fan Selection (FEI)
This course will introduce fan energy efficiency metrics and how they are used for compliance with building and energy codes such as ASHRAE 90.1. Recent activities and future changes to efficiency metrics will be presented, providing up-to-date information needed for proper fan selection to minimize energy consumption.
Laboratory Fume Exhaust This course is aimed at familiarizing participants with the basics of laboratory ventilation and emphasizing the importance of codes and standards for laboratory design. AMCA’s Induced Flow Ratings Seal will be explained along with a discussion on airflow measurement and controls. The differences between constant and variable volume systems will be discussed, energy recovery considerations for laboratories, and reducing fan energy in demand-based laboratory exhaust systems.
Understanding Air & Sound
Understanding and meeting air performance and acoustical criteria for HVAC applications are critical project requirements. This course reviews the fundamentals of air performance including nomenclature, reading fan curves and proper fan selections. Information regarding acoustical terminology will be presented along with the differences between sound power and sound pressure and how manufacturers acoustically test equipment.
Life Safety Dampers
Developed to provide basic information on life safety dampers, this course discusses fire, fire smoke, smoke and ceiling radiation dampers and their UL testing requirements, application, and installation. Ease-of-use methods for installation as well as control options that can be supplied for life safety dampers will be presented.
Air-to-Air Energy Recovery
This course discusses the benefits of air-to-air energy recovery applied to ventilation systems and energy recovery technology (devices), pros and cons of available technology, psychrometrics, payback analysis, and the latest energy standards and code mandates. An overview of typical energy recovery applications and design considerations such as frost protection, bypass, and controls is included.
Conditioning High Percentages & 100% Outdoor Air
This course discusses common HVAC systems found in commercial and institutional applications and the methods used to condition high percentages of outdoor air with an overview and comparison of Single Zone Variable Air Volume (VAV), Multi-Zone Variable Air Volume (VAV) and Dedicated Outdoor Air Systems (DOAS). Significant reduction of energy use can be achieved by applying different equipment schemes. The benefits of applying total heat energy recovery, decoupling latent and sensible loads, different compressor technologies, economizer options modulating head pressure control, and high turndown furnaces are reviewed in detail. New codes and efficiency standards are also reviewed that apply to dedicated outdoors air systems.
Fujitsu Airstage Installation Training – Rockland, MA
Tuesday, November 18 | 8am-5pm
Buckley Rockland Training Room
1099 Hingham Street
Rockland, MA
Installation Training Class for Fujitsu Airstage VRF
Buckley Associates is pleased to offer you access to our comprehensive Fujitsu Airstage VRF One-Day Installation Training Class.
This class is designed to equip installers with the essential knowledge and certification to install Heat Recovery Systems for Fujitsu Airstage systems. It will also provide an overview of the range of Fujitsu VRF Equipment Requirements.
Technical Agenda
+ Certification: Obtain Fujitsu certification, enabling proper commissioning and registration of systems to qualify for the 10-year extended warranty. A Review Test will be provided at the end of class.
+ System Installation: Learn to rough-in, install, pipe, and wire Fujitsu Airstage J-Series heat pump, V-Series heat pump and V-Series heat recovery systems.
+ Equipment Placement: Understand how to select proper equipment locations and utilize the “Design Simulator Report” for accurate pipe sizing and routing.
+ Separation Tubes and Pipe Headers: Gain knowledge on the use of separation tubes or pipe headers through key examples.
+ Communication Wiring: Master communication wiring and address settings for indoor units, outdoor units, and heat recovery boxes, including combining multiple outdoor units in one refrigerant circuit.
+ System Setup: Cover basic function codes and learn how to check the system setup to ensure readiness for startup and commissioning.
Fujitsu Airstage Installation Training – Albany, NY
Tuesday, December 9 | 8am-5pm
Hilton Trilogy Albany Airport
254 Wolf Road
Latham, NY 12110
Installation Training Class for Fujitsu Airstage VRF
Buckley Associates is pleased to offer you access to our comprehensive Fujitsu Airstage VRF One-Day Installation Training Class.
This class is designed to equip installers with the essential knowledge and certification to install Heat Recovery Systems for Fujitsu Airstage systems. It will also provide an overview of the range of Fujitsu VRF Equipment Requirements.
Technical Agenda
+ Certification: Obtain Fujitsu certification, enabling proper commissioning and registration of systems to qualify for the 10-year extended warranty. A Review Test will be provided at the end of class.
+ System Installation: Learn to rough-in, install, pipe, and wire Fujitsu Airstage J-Series heat pump, V-Series heat pump and V-Series heat recovery systems.
+ Equipment Placement: Understand how to select proper equipment locations and utilize the “Design Simulator Report” for accurate pipe sizing and routing.
+ Separation Tubes and Pipe Headers: Gain knowledge on the use of separation tubes or pipe headers through key examples.
+ Communication Wiring: Master communication wiring and address settings for indoor units, outdoor units, and heat recovery boxes, including combining multiple outdoor units in one refrigerant circuit.
+ System Setup: Cover basic function codes and learn how to check the system setup to ensure readiness for startup and commissioning.