Carrier System Design Manual Part 8: Auxiliary Equipment (8 COPIES LEFT)
Carrier System Design Manual Part 8: Auxiliary Equipment
A reliable air conditioning system depends on more than just chillers and air handlers—it requires properly selected and applied auxiliary equipment. This essential volume of the System Design Manual provides engineers and industry professionals with practical data and guidance for choosing and applying the key components that support and drive HVAC systems.
Spanning four focused chapters, this guide covers:
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Centrifugal pumps
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Motors and motor controls
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Boilers
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Turbine drives and miscellaneous drives
From water circulation and power delivery to heat generation and mechanical drive systems, this manual presents practical, example-ready information to guide the engineer in real-world design situations.
Whether you’re a consulting engineer, a design professional, or an industry specialist, the text of this manual is offered as a general guide for designing HVAC systems. Judgment is always required when applying these principles to specific installations, and the publisher (Carrier) assumes no responsibility for any use made of the information.
Table of Contents
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Centrifugal Pumps
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Motors and Motor Controls
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Boilers
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Miscellaneous Drives (including turbine drives)
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Ideal for: HVAC engineers, mechanical system designers, facility engineers, and anyone involved in the specification or application of pumps, motors, boilers, and mechanical drives in air conditioning systems.
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| Description | Carrier System Design Manual Part 8: Auxiliary Equipment A reliable air conditioning system depends on more than just chillers and air handlers—it requires properly selected and applied auxiliary equipment. This essential volume of the System Design Manual provides engineers and industry professionals with practical data and guidance for choosing and applying the key components that support and drive HVAC systems. Spanning four focused chapters, this guide covers:
From water circulation and power delivery to heat generation and mechanical drive systems, this manual presents practical, example-ready information to guide the engineer in real-world design situations. Whether you’re a consulting engineer, a design professional, or an industry specialist, the text of this manual is offered as a general guide for designing HVAC systems. Judgment is always required when applying these principles to specific installations, and the publisher (Carrier) assumes no responsibility for any use made of the information. Table of Contents
Ideal for: HVAC engineers, mechanical system designers, facility engineers, and anyone involved in the specification or application of pumps, motors, boilers, and mechanical drives in air conditioning systems. |
