2000 Hook-up Book - Spirax Sarco

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HOOK-UP DIAGRAMS 132 Figure II-94 Typical Saturated Steam or Liquid Metering System (No Density Compensation) Note: The same configuration is suitable for the Gilflo, Standard Range Gilflo, and Gilflo ILVA Systems. Figure II-95 Typical Saturated Steam (Density Compensated) Metering System Note: The same configuration is suitable for the Gilflo, Standard Range Gilflo, and Orifice Plate Systems. For Saturated Steam, Density Compensation is achieved by the flow computer accepting a signal from either a Temperature Transmitter (as shown here) or a Pressure Transmitter (see Fig. II-96) Figure II-96 Typical Saturated Steam (Density Compensated) Metering System Note: The same configuration is suitable for the Gilflo, Standard Range Gilflo, and Orifice Plate Systems. For Saturated Steam, Density Compensation is achieved by the flow computer accepting a signal from either a Pressure Transmitter (as shown here) or a Temperature Transmitter (see Fig. II-95) Steam or Liquid Supply Flow Indicator Temperature Transmitter Steam Supply Steam Supply Flow Computer Pressure Transmitter Flow Computer Isolating Valve Isolating Valve Isolating Valve Gilflo ILVA Gilflo ILVA Orifice Plate Isolating Valve Isolating Valve Isolating Valve 3-Valve Manifold Differential Pressure Transmitter 3-Valve Manifold Differential Pressure Transmitter 3-Valve Manifold Differential Pressure Transmitter
Figure II-97 Hand Operated Rotary Filter Dirty Media Figure II-98 Motorized Rotary Filter with Single Blowdown Valve Figure II-99 Control Panel Hook-up for One Valve Blowdown VRS-2 Rotary Filter System Main Power Hand Operated Blowdown Valve Hand Operated Rotary Filter Removed Solids Model VRS Control Panel D.P. Switch Motor Wiring The Control Panel with user adjustable timers controls interval and duration of the rotor and blowdown valve operation. The blowdown valve opens for approximately 10 Filtered Media Inlet Pressure Line Valve Wiring Dirty Media Electric Supply to Motorized Valve Full Port Quarter Turn Motorized Valve P 1 Full Port Quarter Turn Motorized Valve Electric Supply to Motor Motorized Rotary Filter Reservoir Pipe Removed Solids Model VRS-2 Rotary Filter Reservoir Pipe Removed Solids seconds to purge the reservoir pipe of filtered dirt and debris. The Control Panel is shown with optional cycle counter and differential pressure switch which will activate rotor opera- Filtered Media Control of rotor and blowdown valve is made with user supplied timers. The blowdown valve should stay open for approximately 10 seconds to purge filtered dirt and debris from reservoir pipe. Interval and duration of the rotor and blowdown valve will vary depending on the nature and quantity of the dirt and debris. P 2 Outlet Pressure Line tion if excessive pressure drop occurs. This hook-up illustrates an automatic filtration system, providing continuous production flow with minimal product loss. HOOK-UP DIAGRAMS 133
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DESIGN OF FLUID SYSTEMS HOOK-UPS
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Spirax Sarco Spirax Sarco is the re
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Section 1: System Design Informatio
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SYSTEM DESIGN 2 The Working Pressur
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SYSTEM DESIGN 4 Sizing Steam Lines
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SYSTEM DESIGN 6 Sizing Superheated
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SYSTEM DESIGN 8 Draining Steam Main
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SYSTEM DESIGN 10 Draining Steam Mai
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SYSTEM DESIGN 12 Steam Tracing The
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SYSTEM DESIGN 14 Steam Tracing Sizi
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SYSTEM DESIGN 16 Steam Tracing Trac
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SYSTEM DESIGN 18 Steam Tracing A si
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SYSTEM DESIGN 20 Pressure Reducing
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SYSTEM DESIGN 22 Parallel and Serie
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SYSTEM DESIGN 24 How to Size Temper
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SYSTEM DESIGN 26 Temperature Contro
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SYSTEM DESIGN 32 Makeup Air Heating
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SYSTEM DESIGN 34 Draining Temperatu
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SYSTEM DESIGN 36 Draining Temperatu
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SYSTEM DESIGN 38 Steam Trap Selecti
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SYSTEM DESIGN 40 Steam Trap Selecti
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SYSTEM DESIGN 42 Flash Steam Flash
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SYSTEM DESIGN 44 Flash Steam Flash
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SYSTEM DESIGN 46 Condensate Recover
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SYSTEM DESIGN 48 Condensate Pumping
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SYSTEM DESIGN 50 Clean Steam Printi
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SYSTEM DESIGN 52 Clean Steam Overal
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SYSTEM DESIGN 54 Clean Steam Figure
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SYSTEM DESIGN 56 Testing Steam Trap
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SYSTEM DESIGN 58 Spira-tec Trap Lea
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SYSTEM DESIGN 60 Steam Meters Densi
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SYSTEM DESIGN 62 Compressed Air Sys
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SYSTEM DESIGN 64 Compressed Air Sys
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SYSTEM DESIGN 66 Compressed Air Lin
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SYSTEM DESIGN 68 Typical Steam Cons
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SYSTEM DESIGN 70 Specific Heats and
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SYSTEM DESIGN 72 Specific Heats and
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SYSTEM DESIGN 74 Conversions To Con
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SYSTEM DESIGN 76 Flow of Water thro
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SYSTEM DESIGN 78 Moisture Content o
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SYSTEM DESIGN 80 ANSI Flange Standa
Page 89 and 90: HOOK-UP APPLICATION DIAGRAMS Sectio
Page 91 and 92: Figure II-3 Draining and Air Ventin
Page 93 and 94: Figure II-8 Draining Steam Main whe
Page 95 and 96: Figure II-12 Typical Pressure Reduc
Page 97 and 98: Figure II-16 Installation of Pressu
Page 99 and 100: Figure II-20 Typical Pneumatic Sing
Page 101 and 102: Condensate Return Steam Supply Stea
Page 103 and 104: Steam Supply Steam Supply Figure II
Page 105 and 106: Figure II-31 Temperature Control of
Page 107 and 108: Elevated or Pressurized Return P 2
Page 109 and 110: Figure II-39 Controlling Temperatur
Page 115 and 116: Figure II-50 Trapping Small Utensil
Page 117 and 118: Figure II-55 Draining and Air Venti
Page 119 and 120: Figure II-59 Air Venting and Conden
Page 121 and 122: Evaporator Pressure Figure II-64 Dr
Page 123 and 124: Figure II-68 Installation of Pump/T
Page 125 and 126: Figure II-73 Draining Small Condens
Page 127 and 128: Figure II-78 Flash Steam Recovery a
Page 129 and 130: Figure II-80 Heating Water using Re
Page 131 and 132: Figure II-82 Recovery of Flash Stea
Page 133 and 134: Figure II-84 Flash Steam Condensing
Page 135 and 136: Figure II-87 Tank Sterilization Cle
Page 137: Steam Supply Figure II-93 Typical S
Page 141 and 142: Figure II-102 Freeze Proof Safety S
Page 143 and 144: Figure II-106 Continuous Boiler Blo
Page 145 and 146: Figure II-111 Controlling Temperatu
Page 147 and 148: 141
Page 149 and 150: PRODUCT INFORMATION Section 3
Page 151 and 152: Steam Traps • Balanced Pressure T
Page 153 and 154: 147
Page 155 and 156: Subject Index Safety...............
Page 157 and 158: Subject Index Radiation—Baseboard
Page 159 and 160: Argentina Spirax Sarco S.A. Ruta Pa
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2000 Hook-up Book - Spirax Sarco

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