Warm Air Heating for Climate Control
Autor William B. Cooper, deceased, Raymond E. Lee, Martin B. Sirowatka, Raymond A. Quinlanen Limba Engleză Hardback – 31 dec 2012
This text offers a complete guide to the installation, maintenance, and service of gas, oil, and electric forced warm air heating and heat pump systems. It explores–in great detail–a large base of newer as well as traditional equipment, using the principles and practices of older furnaces as a means of understanding the newer, electronically controlled, high-efficiency furnaces. It explores, in detail, the operation and diagnosis of controls–from the thermocouple to the SmartValve®–and provides a complete overview of all aspects of residential and light commercial heating.
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Specificații
ISBN-13: 9780131747395
ISBN-10: 0131747398
Pagini: 500
Dimensiuni: 216 x 276 mm
Greutate: 0 kg
Ediția:6Nouă
Editura: Pearson Education
Colecția Prentice Hall
Locul publicării:Upper Saddle River, United States
ISBN-10: 0131747398
Pagini: 500
Dimensiuni: 216 x 276 mm
Greutate: 0 kg
Ediția:6Nouă
Editura: Pearson Education
Colecția Prentice Hall
Locul publicării:Upper Saddle River, United States
Caracteristici
For one/two-semester, beginning/intermediate-level courses in Forced Air Heating (using gas, fuel oil, electricity, and heat pump fuel sources). This text offers a complete guide to the installation, maintenance, and service of gas, oil, and electric forced warm air heating and heat pump systems. It explores–in great detail–a large base of newer as well as traditional equipment, using the principles and practices of older furnaces as a means of understanding the newer, electronically controlled, high-efficiency furnaces. It explores, in detail, the operation and diagnosis of controls–from the thermocouple to the SmartValve®–and provides a complete overview of all aspects of residential and light commercial heating.
FEATURES:
• Updated information on zoning. Covers the Honeywell Mastertrol system and the popular California Economizer zone system–both with detailed application, installation, and adjustment data. Describes in detail the installation and operation and service of the systems. Keeps students abreast of new popular systems, their operation, installation, and control.
• Revised Hydronics chapter. Shows how to design a multi-zone series loop hot water system, and adds a hydronic-air heating-air cooling integrated system. Exposes students to additional heating sources and how they may be integrated with forced warm air systems.
• Completely revised chapter on add-on cooling and heat pumps. Covers the refrigeration cycle, explains the use of each cycle component, discusses the various applications of GeoExchange (geothermal) heat pump systems and how each is unique in its operation. Introduces students to new recyclable heating sources and shows them how cooling affects the design and installation of heating systems.
• Sequential heating course content. Helps instructors develop a sequential presentation of the heating system, beginning with the essentials and progressing into the more advanced topics.
• Gas furnace ignition controls. Covers the operational sequence and electrical diagrams for Honeywell, Fenwal, Johnson, White Rodgers, Bryant and other ignition systems. Keeps students abreast of the current technological tools and techniques, developing abilities to use the same or similar tools in the HVAC carrier.
• Traditional equipment. Considers the operation of older standing pilot furnaces and components, including the safety pilot, manifold and orifice, and gas burners and adjustments. Provides students with a foundation for understanding the newer, electronically controlled, high-efficiency furnaces.
• Electro-mechanical and electrical controls. Covers thermostats, fan and limit controls and humidistats. Students get coverage of older and newer equipment.
• Operation of gas furnace control circuits. Discusses the use of gas furnace controls, typical wiring diagrams, burner and pilot ignition, direct spark ignition, and the silicon carbide ignition system.
• Operational sequence of modern systems. Explores the latest high-efficiency furnaces and control systems, including new integrated control systems. Discusses 78% through 96% AFUE furnaces, control sequences and furnace characteristics.
• Components and operation of oil-fired furnaces. Examines types of burners, high-pressure burner components and accessories, furnace control and circuits, typical wiring diagrams, maintenance, troubleshooting and service.
• Electric heat operation and troubleshooting. Guides students through electric heat components, power supplies, control systems and the use of sequencers and heat relays.
• Photographs–Displays the most up-to-date images throughout. Provides the visual support that today's learners need to fully grasp often abstract concepts and principles.
• Chapter objectives. Helps students stay focused as they read through chapter content and aids instructors in class preparation and curriculum development.
• Study questions. Gives hints on where to find the answers and provides a convenient way for students to check their comprehension of content.
FEATURES:
• Updated information on zoning. Covers the Honeywell Mastertrol system and the popular California Economizer zone system–both with detailed application, installation, and adjustment data. Describes in detail the installation and operation and service of the systems. Keeps students abreast of new popular systems, their operation, installation, and control.
• Revised Hydronics chapter. Shows how to design a multi-zone series loop hot water system, and adds a hydronic-air heating-air cooling integrated system. Exposes students to additional heating sources and how they may be integrated with forced warm air systems.
• Completely revised chapter on add-on cooling and heat pumps. Covers the refrigeration cycle, explains the use of each cycle component, discusses the various applications of GeoExchange (geothermal) heat pump systems and how each is unique in its operation. Introduces students to new recyclable heating sources and shows them how cooling affects the design and installation of heating systems.
• Sequential heating course content. Helps instructors develop a sequential presentation of the heating system, beginning with the essentials and progressing into the more advanced topics.
• Gas furnace ignition controls. Covers the operational sequence and electrical diagrams for Honeywell, Fenwal, Johnson, White Rodgers, Bryant and other ignition systems. Keeps students abreast of the current technological tools and techniques, developing abilities to use the same or similar tools in the HVAC carrier.
• Traditional equipment. Considers the operation of older standing pilot furnaces and components, including the safety pilot, manifold and orifice, and gas burners and adjustments. Provides students with a foundation for understanding the newer, electronically controlled, high-efficiency furnaces.
• Electro-mechanical and electrical controls. Covers thermostats, fan and limit controls and humidistats. Students get coverage of older and newer equipment.
• Operation of gas furnace control circuits. Discusses the use of gas furnace controls, typical wiring diagrams, burner and pilot ignition, direct spark ignition, and the silicon carbide ignition system.
• Operational sequence of modern systems. Explores the latest high-efficiency furnaces and control systems, including new integrated control systems. Discusses 78% through 96% AFUE furnaces, control sequences and furnace characteristics.
• Components and operation of oil-fired furnaces. Examines types of burners, high-pressure burner components and accessories, furnace control and circuits, typical wiring diagrams, maintenance, troubleshooting and service.
• Electric heat operation and troubleshooting. Guides students through electric heat components, power supplies, control systems and the use of sequencers and heat relays.
• Photographs–Displays the most up-to-date images throughout. Provides the visual support that today's learners need to fully grasp often abstract concepts and principles.
• Chapter objectives. Helps students stay focused as they read through chapter content and aids instructors in class preparation and curriculum development.
• Study questions. Gives hints on where to find the answers and provides a convenient way for students to check their comprehension of content.