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2008 ASHRAE Handbook HVAC SytemsandEquipment Chapter46

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HVAC Sytems and Equipment Handbook – Chapter 46. Valves

Published By Publication Date Number of Pages
ASHRAE 2008 14
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1 Fundamentals
Fundamentals
Fig. 1 Valve Components
Fig. 1 Valve Components
Fig. 1 Valve Components
Fig. 1 Valve Components
Body Ratings
Body Ratings
Materials
Materials
2 Flow Coefficient and Pressure Drop
Flow Coefficient and Pressure Drop
Fig. 2 Flow Coefficient Test Arrangement
Fig. 2 Flow Coefficient Test Arrangement
Fig. 2 Flow Coefficient Test Arrangement
Fig. 2 Flow Coefficient Test Arrangement
Cavitation
Cavitation
Fig. 3 Valve Cavitation Progress at Sharp Curves
Fig. 3 Valve Cavitation Progress at Sharp Curves
Fig. 3 Valve Cavitation at Sharp Curves
Fig. 3 Valve Cavitation at Sharp Curves
Water Hammer
Water Hammer
Noise
Noise
Body Styles
Body Styles
3 Manual Valves
Manual Valves
Selection
Selection
Globe Valves
Globe Valves
Fig. 4 Globe Valve
Fig. 4 Globe Valve
Fig. 4 Globe Valve
Fig. 4 Globe Valve
Gate Valves
Gate Valves
Fig. 5 Globe Valve
Fig. 5 Globe Valve
Fig. 5 Two Variations of Gate Valve
Fig. 5 Two Variations of Gate Valve
Plug Valves
Plug Valves
Ball Valves
Ball Valves
4 Fig. 6 Plug Valve
Fig. 6 Plug Valve
Fig. 6 Plug Valve
Fig. 6 Plug Valve
Fig. 7 Ball Valve
Fig. 7 Ball Valve
Fig. 7 Ball Valve
Fig. 7 Ball Valve
Butterfly Valves
Butterfly Valves
Fig. 8 Butterfly Valve
Fig. 8 Butterfly Valve
Fig. 8 Butterfly Valve
Fig. 8 Butterfly Valve
Pinch Valves
Pinch Valves
Automatic Valves
Automatic Valves
Actuators
Actuators
5 Pneumatic Actuators
Pneumatic Actuators
Fig. 9 Two-Way, Direct-Acting Control Valve with Pneumatic Actuator and Positioner
Fig. 9 Two-Way, Direct-Acting Control Valve with Pneumatic Actuator and Positioner
Fig. 9 Two-Way, Direct-Acting Control Valve with Pneumatic Actuator and Positioner
Fig. 9 Two-Way, Direct-Acting Control Valve with Pneumatic Actuator and Positioner
Electric Actuators
Electric Actuators
Fig. 10 Two-Way Control Valve with Electric Actuator
Fig. 10 Two-Way Control Valve with Electric Actuator
Fig. 10 Two-Way Control Valve with Electric Actuator
Fig. 10 Two-Way Control Valve with Electric Actuator
Electrohydraulic Actuators
Electrohydraulic Actuators
6 Solenoids
Solenoids
Fig. 11 Electric Solenoid Valve
Fig. 11 Electric Solenoid Valve
Fig. 11 Electric Solenoid Valve
Fig. 11 Electric Solenoid Valve
Thermostatic Radiator Valves
Thermostatic Radiator Valves
Fig. 12 Thermostatic Valves
Fig. 12 Thermostatic Valves
Fig. 12 Thermostatic Valves
Fig. 12 Thermostatic Valves
Control of Automatic Valves
Control of Automatic Valves
Two-Way Valves (Single- and Double-Seated)
Two-Way Valves (Single- and Double-Seated)
Three-Way Valves
Three-Way Valves
Special-Purpose Valves
Special-Purpose Valves
Ball Valves
Ball Valves
7 Fig. 13 Typical Three-Way Control HVAC Applications
Fig. 13 Typical Three-Way Control HVAC Applications
Fig. 13 Typical Three-Way Control Applications
Fig. 13 Typical Three-Way Control Applications
Fig. 14 Float Valve and Cutoff Steam Boiler Application
Fig. 14 Float Valve and Cutoff Steam Boiler Application
Fig. 14 Float Valve and Cutoff Steam Boiler Application
Fig. 14 Float Valve and Cutoff Steam Boiler Application
Butterfly Valves
Butterfly Valves
Fig. 15 Butterfly Valves-Diverting Tee Application
Fig. 15 Butterfly Valves-Diverting Tee Application
Fig. 15 Butterfly Valves, Diverting Tee Application
Fig. 15 Butterfly Valves, Diverting Tee Application
Fig. 16 Control Valve Flow Characteristics
Fig. 16 Control Valve Flow Characteristics
Fig. 16 Control Valve Flow Characteristics
Fig. 16 Control Valve Flow Characteristics
Control Valve Flow Characteristics
Control Valve Flow Characteristics
8 Control Valve Sizing
Control Valve Sizing
Fig. 17 Heat Output, Flow, and Stem Travel Characteristics of Equal Percentage Valve
Fig. 17 Heat Output, Flow, and Stem Travel Characteristics of Equal Percentage Valve
Fig. 17 Heat Output, Flow, and Stem Travel Characteristics of Equal Percentage Valve
Fig. 17 Heat Output, Flow, and Stem Travel Characteristics of Equal Percentage Valve
Fig. 18 Authority Distortion of Linear Flow Characteristics
Fig. 18 Authority Distortion of Linear Flow Characteristics
Fig. 18 Authority Distortion of Linear Flow Characteristics
Fig. 18 Authority Distortion of Linear Flow Characteristics
Fig. 19 Authority Distortion of Equal Percentage Flow Characteristic
Fig. 19 Authority Distortion of Equal Percentage Flow Characteristic
Fig. 19 Authority Distortion of Equal-Percentage Flow Characteristic
Fig. 19 Authority Distortion of Equal-Percentage Flow Characteristic
9 Applications
Applications
Balancing Valves
Balancing Valves
Manual Balancing Valves
Manual Balancing Valves
10 Fig. 20 Manual Balancing Valve
Fig. 20 Manual Balancing Valve
Fig. 20 Manual Balancing Valve
Fig. 20 Manual Balancing Valve
Automatic Flow-Limiting Valves
Automatic Flow-Limiting Valves
Fig. 21 Automatic Flow-Limiting Valve
Fig. 21 Automatic Flow-Limiting Valve
Fig. 21 Automatic Flow-Limiting Valve
Fig. 21 Automatic Flow-Limiting Valve
Fig. 22 Automatic Flow-Limiting Valve Curve
Fig. 22 Automatic Flow-Limiting Valve Curve
Fig. 22 Automatic Flow-Limiting Valve Curve
Fig. 22 Automatic Flow-Limiting Valve Curve
Balancing Valve Selection
Balancing Valve Selection
Multiple-Purpose Valves
Multiple-Purpose Valves
Fig. 23 Typical Multiple-Purpose Valve (Straight Pattern) on Discharge of Pump
Fig. 23 Typical Multiple-Purpose Valve (Straight Pattern) on Discharge of Pump
Fig. 23 Typical Multiple-Purpose Valve (Straight Pattern) on Discharge of Pump
Fig. 23 Typical Multiple-Purpose Valve (Straight Pattern) on Discharge of Pump
Safety Devices
Safety Devices
11 Fig. 24 Typical Multiple-Purpose Valve (Angle Pattern) on Discharge of Pump
Fig. 24 Typical Multiple-Purpose Valve (Angle Pattern) on Discharge of Pump
Fig. 24 Typical Multiple-Purpose Valve (Angle Pattern) on Discharge of Pump
Fig. 24 Typical Multiple-Purpose Valve (Angle Pattern) on Discharge of Pump
Fig. 25 Safety/Relief Valve with Drip-Pan Elbow
Fig. 25 Safety/Relief Valve with Drip-Pan Elbow
Fig. 25 Safety/Relief Valve with Drip-Pan Elbow
Fig. 25 Safety/Relief Valve with Drip-Pan Elbow
Fig. 26 Self-Operated Temperature Control Valve
Fig. 26 Self-Operated Temperature Control Valve
Fig. 26 Self-Operated Temperature Control Valve
Fig. 26 Self-Operated Temperature Control Valve
Self-Contained Temperature Control Valves
Self-Contained Temperature Control Valves
12 Fig. 27 Pilot-Operated Steam Valve
Fig. 27 Pilot-Operated Steam Valve
Fig. 27 Pilot-Operated Steam Valve
Fig. 27 Pilot-Operated Steam Valve
Pressure-Reducing Valves
Pressure-Reducing Valves
Makeup Water Valves
Makeup Water Valves
Check Valves
Check Valves
Fig. 28 Swing Check Valves
Fig. 28 Swing Check Valves
Fig. 28 Swing Check Valves
Fig. 28 Swing Check Valves
13 Stop-Check Valves
Stop-Check Valves
Backflow Prevention Devices
Backflow Prevention Devices
Fig. 29 Backflow Prevention Valve
Fig. 29 Backflow Prevention Valve
Fig. 29 Backflow Prevention Valve
Fig. 29 Backflow Prevention Valve
Selection
Selection
Installation
Installation
Steam Traps
Steam Traps
References
References
Bibliography
Bibliography
2008 ASHRAE Handbook HVAC SytemsandEquipment Chapter46
$24.05