| PDF Pages<\/th>\n | PDF Title<\/th>\n<\/tr>\n | ||||||
|---|---|---|---|---|---|---|---|
| 1<\/td>\n | Fundamentals Fundamentals Fig. 1 Valve Components Fig. 1 Valve Components Fig. 1 Valve Components Fig. 1 Valve Components Body Ratings Body Ratings Materials Materials <\/td>\n<\/tr>\n | ||||||
| 2<\/td>\n | 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 <\/td>\n<\/tr>\n | ||||||
| 3<\/td>\n | 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 <\/td>\n<\/tr>\n | ||||||
| 4<\/td>\n | 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 <\/td>\n<\/tr>\n | ||||||
| 5<\/td>\n | 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 <\/td>\n<\/tr>\n | ||||||
| 6<\/td>\n | 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 <\/td>\n<\/tr>\n | ||||||
| 7<\/td>\n | 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 <\/td>\n<\/tr>\n | ||||||
| 8<\/td>\n | 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 <\/td>\n<\/tr>\n | ||||||
| 9<\/td>\n | Applications Applications Balancing Valves Balancing Valves Manual Balancing Valves Manual Balancing Valves <\/td>\n<\/tr>\n | ||||||
| 10<\/td>\n | 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 <\/td>\n<\/tr>\n | ||||||
| 11<\/td>\n | 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 <\/td>\n<\/tr>\n | ||||||
| 12<\/td>\n | 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 <\/td>\n<\/tr>\n | ||||||
| 13<\/td>\n | 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 <\/td>\n<\/tr>\n<\/table>\n","protected":false},"excerpt":{"rendered":" HVAC Sytems and Equipment Handbook – Chapter 46. Valves<\/b><\/p>\n |