1 of 127. Unicron Engineering ULTRASONIC TRAP TESTER UTT 100 CONDENSATE DRAIN VALVES CDV 32

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1 Unicron Engineering ULTRASONIC TRAP TESTER UTT 100 The UTT- Ultrasonic Trap Tester is a battery powered instrument that gives visible and audible indication of ultrasonic frequencies. It provides easy, accurate leak detection and mechanical inspection through advanced ultrasonic technology. Before you begin testing, it is advisable to familiarize yourself with the basic components of your kit. CONDENSATE DRAIN VALVES CDV 32 CDV32 condensate drain valve automatically drains condensate from steam systems during start-up. A compression spring inside the governor keeps the valve open if the appliance stays without pressure. As soon as the service pressure has reached the closing pressure to which the CDV has been adjusted, the valve closes due to the differential pressure. When the pressure drops below the closing pressure the Condensate Drain Valve opens by spring force. Connections are female screwed or flanged. 1 of 127

2 THERMOSTATIC STEAM TRAPS AND AIR ELIMINATORS TSW 22 (Stainless Steel Wafer Design) The TSW22 all stainless steel thermostatic steam traps and air eliminators are specifically designed for use on process equipment such as kettle cookers, sterilizers, food, chemical and laundry equipment. The small size makes it ideal for use with a wide variety of this equipment. Connections are flanged (sandwich). THERMOSTATIC STEAM TRAPS AND AIR ELIMINATORS TSS 22 (Complete stainless steel) The TSS22 all stainless steel thermostatic steam traps and air eliminators are specifically designed for use on process equipment such as kettle cookers, sterilizers, food, chemical and laundry equipment. The small size makes it ideal for use with a wide variety of this equipment. Connections are female screwed. THERMOSTATIC STEAM TRAPS AND AIR ELIMINATORS TH 36 (DN 40 DN 50) The TH36 series thermostatic steam traps and air eliminators are specifically designed for use on process equipment such as kettle cookers, sterilizers, food, chemical and laundry equipment where high discharge capacities are required. Connections are screwed or flanged. THERMOSTATIC STEAM TRAPS AND AIR ELIMINATORS TH 35/2 TH 35/3 (DN 1 DN 25) The TH35 series thermostatic steam traps and air eliminators are specifically designed for use on process equipment such as kettle cookers, sterilizers, food, chemical and laundry equipment. Connections are female screwed or flanged. 2 of 127

3 THERMOSTATIC STEAM TRAPS AND AIR ELIMINATORS TH 32 Y TH32Y/CK (DN ½ 1 ; DN 15 25) The TH32Y series thermostatic steam traps and air eliminators are specifically designed for use on process equipment such as kettle cookers, sterilizers, food, chemical and laundry equipment. Connections are female screwed or flanged. THERMOSTATIC STEAM TRAPS AND AIR ELIMINATORS TH 21SS (Stainless steel) (DN ½ 1 ; DN 15-25) The TH21SS series thermostatic steam traps and air eliminators are specifically designed for use on process equipment such as kettle cookers, sterilizers, food, chemical and laundry equipment. Connections are female screwed or flanged. THERMOSTATIC STEAM TRAPS AND AIR ELIMINATORS TH 21 (DN ½ - DN 15) The TH21 series thermostatic steam traps and air eliminators are specifically designed for use on process equipment such as kettle cookers, sterilizers, food, chemical and laundry equipment. Connections are female screwed or flanged. INVERTED BUCKET STEAM TRAPS IBB 12 IBB12 series inverted bucket steam traps are recommended for all services where the most important requirements are overall operating efficiency and long, trouble-free service life. They operate intermittently, either wide open or tightly closed and are therefore best suited for service at medium and high steam pressures. Connections are female screwed for horizontal installation. 3 of 127

4 INVERTED BUCKET STEAM TRAPS IB35S (Carbon steel / stainless steel) IB35SS (All stainless steel) IB35 series inverted bucket steam traps are recommended for all services where the most important requirements are overall operating efficiency and long, trouble-free service life. They operate intermittently, either wide open or tightly closed and are therefore best suited for service at medium and high steam pressures. Connections are female screwed or flanged. FLOAT AND THERMOSTATIC STEAM TRAPS FLT 50 S and FLT65 S (Fabricated steel) DN50 DN100 FLT50S / 65S float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are flanged. FLOAT AND THERMOSTATIC STEAM TRAPS FLT32 (Cast steel DN40-50) FLT32 float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are female screwed or flanged for horizontal or vertical installation. FLOAT AND THERMOSTATIC STEAM TRAPS FLT 32 (Cast steel DN 1 HC DN 25HC) FLT32 float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are female screwed or flanged for horizontal or vertical installation. 4 of 127

5 FLOAT AND THERMOSTATIC STEAM TRAPS FLT32 (Cast steel DN1/2-1 ; DN15-25) FLT32 float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are female screwed or flanged for horizontal or vertical installation. FLOAT AND THERMOSTATIC STEAM TRAPS Twin Float Traps DN 80 DN 100 FLT22S/TW Carbon steel / FLT22SS/TW Stainless steel FLT22/TW float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are flanged for horizontal application. FLOAT AND THERMOSTATIC STEAM TRAPS FLT22S Carbon steel / FLT22SS Stainless steel FLT22 float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are female screwed or flanged. FLOAT AND THERMOSTATIC STEAM TRAPS Twin Float Traps DN 80 DN 100 FLT22G/TW Steel body / Cast iron cover 5 of 127

6 FLT22G/TW float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are flanged for horizontal application. FLOAT AND THERMOSTATIC STEAM TRAPS FLT17 (DN 11/2 2 ; DN 40 50) FLT17 float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are female screwed or flanged for horizontal or vertical installation. FLOAT AND THERMOSTATIC STEAM TRAPS FLT 17 (DN 1 HC DN 25HC) FLT17 float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are female screwed or flanged for horizontal or vertical installation. HIGH CAPACITY FLOAT AND THERMOSTATIC STEAM TRAPS FLT 150 S (Fabricated steel) DN100 DN150 FLT150S float and thermostatic (integral air vent) steam traps series are designed for all types of low and medium pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Specially designed for sugar and alcohol refineries and where extremely high flow rates are involved. Connections are flanged. FLOAT AND THERMOSTATIC STEAM 6 of 127

7 TRAPS FLT14I (Stainless steel DN1/2-3/4 ; DN15-20) FLT14I float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are female screwed or flanged for horizontal or vertical installation. THERMOSTATIC STEAM TRAP UTS22 ( For use with universal pipeline connectors) UTS22 complete stainless steel, maintenance free, sealed series thermostatic steam traps and air eliminators are specifically designed to be used on process equipment such as kettle cookers, sterilizers, food, chemical and laundry equipment. These traps fit the UCX universal pipeline connectors. FLOAT AND THERMOSTATIC STEAM TRAPS UFS32 ( For use with universal pipeline connectors) UFS32 complete stainless steel, maintenance free, sealed, float and thermostatic (integral air vent) steam traps series are designed for low and medium pressure steam and all types of heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. These traps fit the UCX universal pipeline connectors. 7 of 127

8 PIPELINE UNIVERSAL CONNECTORS UCX 41 (DN 1/2-1 ) The UCX series pipeline connectors are used in steam systems where a simplified and economical maintenance program is desired. Typical installations are drip service on steam lines, tracing and small process equipment. Two bolt flange connector permits trap replacement in minutes without disturbing the piping. The UCX connector fits the universal swivel connector steam traps. Connections are female screwed or flanged on request. BIMETALLIC STEAM TRAP UBS20 ( For use with universal pipeline connectors) UBS20 complete stainless steel, maintenance free, sealed, series bimetallic steam traps and air eliminators are simple and robust traps, recommended for drip service, steam tracing applications and where condensate sensible heat can be recovered. These traps fit the UCX universal connectors. THERMOSTATIC STEAM TRAP TS22 UniAdca TS22 complete stainless steel series thermostatic steam traps and air eliminators are specifically designed for use on process equipment such as kettle cookers, sterilizers, food, chemical and laundry equipment. Connections are female screwed or flanged. FLOAT AND THERMOSTATIC STEAM TRAPS FS32 ( For use with UniAdca 8 of 127

9 pipeline connectors) UniAdca FS32 complete stainless steel, maintenance free sealed float and thermostatic (integral air vent) steam traps series are designed for all types of low and medium pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. These traps fit the CX40 UniAdca connectors. PIPELINE CONNECTORS UniAdca CX 40 (DN ½ 1 ; DN 15 25) The UniAdca CX series pipe connectors are used in steam systems where a simplified and economical maintenance program of steam is desired. Typical installations are drip service on steam lines, tracing and small process equipment. Two bolt flange connector permits trap replacement in minutes without disturbing piping. The CX connector fits all UniAdca steam traps. Connections are female screwed or flanged. BIMETALLIC STEAM TRAPS AND AIR ELIMINATORS BS 32 BS32 series bimetallic steam traps and air eliminators are simple and robust traps, recommended for steam process applications where condensate sensible heat can be recovered, steam tracing lines, drip points, storage tank coils, steam air venting, etc. The use of condensate sensible heat reduces the steam consumption. Connections are female screwed or flanged. 9 of 127

10 BIMETALLIC STEAM TRAPS AND AIR ELIMINATORS BSS 20 BSS20 all stainless steel bimetallic steam traps and air eliminators are simple and robust traps, specially suited for instrument tracing, line tracing applications and where condensate sensible heat can be recover. It is specially recommended as air eliminator. The use of condensate sensible heat reduces the steam consumption. Connections are female screwed. BIMETALLIC STEAM TRAPS AND AIR ELIMINATORS BM 80 (DN1/2 DN 1 ; DN15 DN25) BM80 series bimetallic steam traps and air eliminators are simple and robust traps, recommended for steam where condensate sensible heat can be recovered, steam tracing lines, drip points, storage tank coils, steam air venting, etc. The use of condensate sensible heat reduces the steam consumption. Connections are female screwed, socket weld, butt weld or flanged. 10 of 127

11 BIMETALLIC STEAM TRAPS AND AIR ELIMINATORS BM 45 (DN1/2 DN 1 ; DN15 DN25) BM45 series bimetallic steam traps and air eliminators are simple and robust traps, recommended for steam where condensate sensible heat can be recovered, steam tracing lines, drip points, storage tank coils, steam air venting, etc. The use of condensate sensible heat reduces the steam consumption. Connections are female screwed, socket weld, butt weld or flanged. BIMETALLIC STEAM TRAPS AND AIR ELIMINATORS BM 35 (DN1/2 DN 1 ; DN15 DN25) BM35 series bimetallic steam traps and air eliminators are simple and robust traps, recommended for steam where condensate sensible heat can be recovered, steam tracing lines, drip points, storage tank coils, steam air venting, etc. The use of condensate sensible heat reduces the steam consumption. Connections are female screwed, socket weld, butt weld or flanged. 11 of 127

12 BIMETALLIC STEAM TRAPS AND AIR ELIMINATORS BM 24 (DN40 DN50) BM24 series bimetallic steam traps and air eliminators are simple and robust traps, recommended for steam process applications where condensate sensible heat can be recovered, steam tracing lines, drip points, storage tank coils, steam air venting, etc. The use of condensate sensible heat reduces the steam consumption. Connections are female screwed or flanged. BIMETALLIC STEAM TRAPS AND AIR ELIMINATORS BM 24 (DN ½ 1 ; DN 15 25) BM24 series bimetallic steam traps and air eliminators are simple and robust traps, recommended for steam process applications where condensate sensible heat can be recovered, steam tracing lines, drip points, storage tank coils, steam air venting, etc. The use of condensate sensible heat reduces the steam consumption. Connections are female screwed or flanged. BIMETALLIC STEAM TRAPS AND AIR ELIMINATORS BM 20 SS (Stainless steel) (DN ½ 1 ; DN 15 25) BM20SS series bimetallic steam traps and air eliminators are simple and robust traps, recommended for steam process applications where condensate sensible heat can be recovered, steam tracing lines, drip points, storage tank coils, steam air venting, etc. The use of condensate sensible heat reduces the steam consumption. Connections are female screwed or flanged. BIMETALLIC STEAM TRAPS AND AIR ELIMINATORS BM 20 R (With external adjustable temperature control) BM20R series bimetallic steam traps and air eliminators are simple and robust traps, recommended for steam process applications where condensate sensible heat can be recovered, steam tracing lines, drip points, storage tank coils, steam air venting, etc. The use of condensate sensible heat reduces the steam consumption. Connections are female screwed or flanged. 12 of 127

13 BIMETALLIC STEAM TRAPS AND AIR ELIMINATORS BM 20 (DN ½ 1 ; DN 15 25) BM20 series bimetallic steam traps and air eliminators are simple and robust traps, recommended for steam process applications where condensate sensible heat can be recovered, steam tracing lines, drip points, storage tank coils, steam air venting, etc. The use of condensate sensible heat reduces the steam consumption. Connections are female screwed or flanged. BIMETALLIC STEAM TRAPS AND AIR 13 of 127

14 ELIMINATORS BM 140 (DN1/2 DN 1 ; DN15 DN25) BM140 series bimetallic steam traps and air eliminators are simple and robust traps, recommended for steam where condensate sensible heat can be recovered, steam tracing lines, drip points, storage tank coils, steam air venting, etc. The use of condensate sensible heat reduces the steam consumption. Connections are female screwed, socket weld, butt weld or flanged. BIMETALLIC STEAM TRAPS AND AIR ELIMINATORS BM - HC (High capacity) (DN11/2 DN 5 ; DN40 DN125) BM-HC series bimetallic steam traps and air eliminators are simple and robust traps, recommended for large process applications. They can be supplied with several bimetallic regulators achieving the requested flow rate. Connections are flanged as standard (others on request). THERMODYNAMIC STEAM TRAPS DT46 Thermodynamic DT46 disc steam traps are compact and lightweight-easy to install traps, excellent for high pressure systems, including steam tracing applications. The insulation cover insures a consistent operation and makes it particularly suitable for those applications where the weather conditions, such as rain and wind, may affect the normal operation. These traps have only one moving part and offer a wide operating range, without adjustment. Connections are female screwed or flanged. 14 of 127

15 THERMODYNAMIC STEAM TRAPS DT42/2 Thermodynamic DT42/2 disc steam traps are compact and lightweighteasy to install traps, excellent for high pressure systems, including steam tracing applications. These traps have only one moving part and offer a wide operating range, without adjustment. Connections are female screwed or flanged. BLOWDOWN VALVE BDV The BDV blowdown valve is an optional supplied with integral strainer steam traps to protect the trap from contamination through the manual discharge of strainer contents. The device is applied to the following models:- DT46, DT42-2, TH32, BM20, BM32 and CDV. PRESSURE REGULATING VALVE RP6D and RP6P The RP6 series pressure regulating valves are single seated balanced plug, operated without auxiliary energy, designed for use on gases and liquids compatible with the construction. They are particularly suitable for reducing or sustaining pressure in all industrial process systems where pressures should be kept constant. PRESSURE REDUCING VALVE RP45 (Threaded) (DN ½ DN 1 ) The RP45 series pressure reducing valves are single seat bellows sealed controllers, operating without auxiliary energy, designed for use on steam, compressed air, industrial inert gases and liquids compatible with the construction. They are particularly suitable for reducing steam pressure in all energy and process systems where pressures should be kept constant. 15 of 127

16 PRESSURE REDUCING VALVE RP45 (EN) The RP45 series pressure reducing valves are single seat bellows sealed controllers, operating without auxiliary energy, designed for use on steam, compressed air, industrial inert gases and liquids compatible with the construction. They are particularly suitable for reducing steam pressure in all energy and process systems where pressures should be kept constant. PRESSURE REDUCING VALVE RP45 (ANSI) The RP45 series pressure reducing valves are single seat bellows sealed controllers, operating without auxiliary energy, designed for use on steam, compressed air, industrial inert gases and liquids compatible with the construction. They are particularly suitable for reducing steam pressure in all energy and process systems where pressures should be kept constant. PRESSURE REGULATING VALVE RP4D and RP4P The RP4 series pressure regulating valves are single seated, operated without auxiliary energy, designed for use on water and other liquids compatible with the construction. They are particularly suitable for reducing or sustaining water pressure in all industrial process systems where pressures should be kept constant. DIAPHRAGM SENSING PRESSURE SUSTAINING VALVE PS 7 DN ¼ 3/8 The PS7 series direct acting, spring-loaded diaphragm sensing, pressure sustaining valves are designed for use on steam and compressed air and other gases compatible with the materials of construction. They are suitable for pressure sustaining applications where very small loads are involved. They are also specifically recommended to operate as pilot valves in combination with other pressure regulators. 16 of 127

17 PILOT OPERATED PRESSURE SUSTAINING VALVES PS47 (Steel) PS47I (St.Steel) The PS47 pilot operated pressure sustaining valves are designed for use on steam, compressed air, nitrogen and other gases compatible with the construction and they can be installed throughout all industries. The pressure sustaining valves are particularly recommended in those systems where a limited flow rate is available and it is necessary to guaranty the supply to some critical process applications. Installing this valve in the supply of non-critical application limited to the minimum required pressure, they will close in case of excess of consumption and consequent pressure drop in the system, keeping the remaining flow available for the critical application. In general this valve maintains the upstream pressure under control. Connections are flanged or threaded. PRESSURE SUSTAINING VALVE VALSTEAM PS45 (EN) The PS45 series pressure sustaining valves are single seat bellows sealed controllers, operating without auxiliary energy, designed for use on steam, compressed air, industrial inert gases and liquids compatible with the construction. They are particularly suitable for sustaining steam pressure in all energy and process systems where upstream pressures should be kept constant. 17 of 127

18 PRESSURE SUSTAINING VALVE PS45 (ANSI) The PS45 series pressure sustaining valves are single seat bellows sealed controllers, operating without auxiliary energy, designed for use on steam, compressed air, industrial inert gases and liquids compatible with the construction. They are particularly suitable for sustaining steam pressure in all energy and process systems where upstream pressures should be kept constant. DIAPHRAGM SENSING PRESSURE SUSTAINING VALVE PS4 The PS4 series direct acting, spring -loaded diaphragm sensing, pressure sustaining valves are designed for use on compressed air, water and other gases or liquids compatible with the materials of the construction. In general this valve maintains the upstream pressure under control. They are suitable for pressure sustaining applications where small loads are involved. They are also specifically recommended to operate as pilot valves in combination with other pressure regulators (SP4 and SP6). Connections are female screwed. 18 of 127

19 PISTON SENSING PRESSURE SUSTAINING VALVE PS31SS DN ½ 2 ; DN15 DN50 The PS31 series direct acting, spring-loaded piston sensing, pressure sustaining valves are designed for use on compressed air, water and other gases or liquids compatible with the materials of the construction. They are suitable for pressure sustaining applications where low capacity is required. In general this valve maintains the upstream pressure under control. Connections are female screwed or flanged. DIAPHRAGM SENSING PRESSURE SUSTAINING VALVE PS30SS DN ½ 2 ; DN15 DN50 The PS30 series direct acting, spring loaded diaphragm sensing, pressure sustaining valves are designed for use on compressed air, water and other gases or liquids compatible with the materials of the construction. They are suitable for pressure sustaining applications where low capacity is required. In general this valve maintains the upstream pressure under control. Connections are female screwed or flanged. 19 of 127

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21 PILOT OPERATED PRESSURE REDUCING VALVES PRV47/2 DN65 DN100 The PRV47/2 pilot operated pressure reducing valves are designed for use on steam, compressed air, nitrogen and other gases compatible with the construction and they can be installed on pressure reducing stations throughout all industries. Connections are flanged. PISTON SENSING PRESSURE REDUCING VALVE VALSTEAM PRV 41SS DN 1/4 1/2 ; DN15 The PRV41 series direct acting, spring-loaded piston sensing, balanced valve pressure reducing valves, are designed for use on compressed air, water and other gases or liquids compatible with the materials of the construction. They are suitable for pressure reducing stations at the point of use on different industrial applications. Connections are female screwed or flanged. 21 of 127

22 PISTON SENSING PRESSURE REDUCING VALVE PRV 31SS DN 11/2 2 ; DN40 DN50 The PRV31 series direct acting, spring-loaded piston sensing, balanced valve pressure reducing valves, are designed for use on compressed air, water and other gases or liquids compatible with the materials of the construction. They are suitable for pressure reducing stations at the point of use on laundry machines, dyeing, food industries, sterilizers, etc. Connections are female screwed or flanged. PISTON SENSING PRESSURE REDUCING VALVE PRV 31SS DN 1 11/4 ; DN25 DN32 The PRV31 series direct acting, spring-loaded piston sensing, balanced valve pressure reducing valves, are designed for use on compressed air, water and other gases or liquids compatible with the materials of the construction. They are suitable for pressure reducing stations at the point of use on laundry machines, dyeing, food industries, sterilizers, etc. Connections are female screwed or flanged. 22 of 127

23 PISTON SENSING PRESSURE REDUCING VALVE VALSTEAM PRV 31SS DN ½ ¾ ; DN15 DN20 The PRV31 series direct acting, spring-loaded piston sensing, balanced valve pressure reducing valves, are designed for use on compressed air, water and other gases or liquids compatible with the materials of construction. They are suitable for pressure reducing stations at the point of use on laundry machines, dyeing, food industries, sterilizers, etc. Connections are female screwed or flanged. DIAPHRAGM SENSING PRESSURE REDUCING VALVE PRV 30SS DN 11/2 2 ; DN40 DN50 The PRV30 series direct acting, spring-loaded diaphragm sensing, balanced valve pressure reducing valves, are designed for use on compressed air, water and other gases or liquids compatible with the materials of construction. They are suitable for pressure reducing stations at the point of use on laundry machines, dyeing, food industries, sterilizers, etc. 23 of 127

24 DIAPHRAGM SENSING PRESSURE REDUCING VALVE PRV 30SS DN 1 1 1/4 ; DN25 DN32 The PRV30 series direct acting, spring-loaded diaphragm sensing, balanced valve pressure reducing valves, are designed for use on compressed air, water and other gases or liquids compatible with the materials of construction. They are suitable for pressure reducing stations at the point of use on laundry machines, dyeing, food industries, sterilizers, etc. DIAPHRAGM SENSING PRESSURE REDUCING VALVE PRV 30SS DN ½ ¾ ; DN15 DN20 The PRV30 series direct acting, spring-loaded diaphragm sensing, balanced valve pressure reducing valves, are designed for use on compressed air, water and other gases or liquids compatible with the materials of construction. They are suitable for pressure reducing stations at the point of use on laundry machines, dyeing, food industries, sterilizers, etc. 24 of 127

25 HIGH ACCURACY PRESSURE REDUCING VALVE PRV 300 DN 11/2 2 ; DN40 DN50 The PRV300 series direct acting, spring-loaded diaphragm sensing, balanced plug pressure reducing valves, are designed for use on compressed air, water and other gases or liquids compatible with the materials of construction. They are suitable for high accuracy pressure reducing stations at the point of use on laundry machines, dyeing, food industries, sterilizers, etc. Connections are female screwed or flanged. HIGH ACCURACY PRESSURE REDUCING VALVE PRV 300 DN 1 1.1/4 ; DN25 DN32 The PRV300 series direct acting, spring loaded diaphragm sensing, balanced plug pressure reducing valves, are designed for use on compressed air, water and other gases or liquids compatible with the materials of construction. They are suitable for high accuracy pressure reducing stations at the point of use on laundry machines, dyeing, food industries, sterilizers, etc. Connections are female screwed or flanged. 25 of 127

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27 HIGH ACCURACY PRESSURE REDUCING VALVE PRV 300 DN ½ ¾ ; DN15 DN20 The PRV300 series direct acting, spring loaded diaphragm sensing, balanced plug pressure reducing valves, are designed for use on compressed air, water and other gases or liquids compatible with the materials of construction. They are suitable for high accuracy pressure reducing stations at the point of use on laundry machines, dyeing, food industries, sterilizers, etc. Connections are female screwed or flanged. PRESSURE REDUCING VALVE DIRECT ACTING PRV25I Stainless steel (CF8M) The PRV25I series direct acting pressure reducing valves are designed for use on steam, compressed air and other gases. They are suitable for reducing steam pressure at the point of use on laundry machines, dyeing, food industries, sterilizers, etc. Connections are female screwed or flanged. 27 of 127

28 PRESSURE REDUCING VALVE DIRECT ACTING PRV25/2SS Stainless steel (barstock) The PRV25/2SS series direct acting pressure reducing valves are designed for use on steam, compressed air and other gases. They are suitable for reducing steam pressure at the point of use on laundry machines, dyeing, food industries, sterilizers, etc. Connections are female screwed or flanged. WATER SEAL POT POT s are specially designed to protect the actuator diaphragms of RP45 pressure regulators when the media temperature exceeds the maximum operating allowed temperature of the actuator and diaphragm. 28 of 127

29 DIAPHRAGM SENSING PRESSURE REDUCING VALVE P 7 DN ¼ 3/8 The P7 series direct acting, spring-loaded diaphragm sensing, pressure reducing valves, are designed for use on steam and compressed air and other gases compatible with the materials of construction. They are suitable for pressure reducing stations where very small loads are involved. They are also specifically recommended to operate as pilot valves in combination with other pressure regulators. DIAPHRAGM SENSING PRESSURE REDUCING VALVE P 20DS DN ¼ 1/2 The P20DS series direct acting, spring-loaded diaphragm sensing pressure reducing valves, are designed for use on steam, compressed air and other gases or liquids compatible with the materials of construction. They are suitable for pressure reducing stations where small loads are involved. They are also specifically recommended to operate as pilot valves in combination with other pressure regulators. 29 of 127

30 DIAPHRAGM SENSING PRESSURE REDUCING VALVE P 20D DN ¼ 1/2 The P20D series direct acting, spring-loaded diaphragm sensing, balanced valve pressure reducing valves, are designed for use on compressed air, water and other gases or liquids compatible with the materials of construction. They are suitable for pressure reducing stations where small loads are involved. They are also specifically recommended to operate as pilot valves in combination with other pressure regulators. PISTON SENSING PRESSURE REDUCING VALVE P 20P (Low flow) DN ¼ The P20P series direct acting, spring-loaded piston sensing, pressure reducing valves, are designed for use on compressed air and other gases or liquids compatible with the materials of construction. They are suitable for low flow pressure reducing in instrumentation systems among others. Connections are female screwed. 30 of 127

31 INDUSTRIAL TANK BLANKETING REGULATORS BKVI ( Low pressure vent valve ) Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (avoiding flammable liquids being vented from vessel), to control product contamination against external air that may fill the vapour space, to reduce evaporation losses (consequently product losses), to reduce internal corrosion (caused by air and moisture) and to prevent vacuum condition. The blanketing process consist in covering the stored medium, usually a liquid, with a gas (normally N2). INDUSTRIAL TANK BLANKETING REGULATORS BKRI ( Low pressure regulator ) Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (avoiding flammable liquids being vented from vessel), to control product contamination against external air that may fill the vapour space, to reduce evaporation losses (consequently product losses), to reduce internal corrosion (caused by air and moisture) and to prevent vacuum condition. The blanketing process consists in covering the stored medium, usually a liquid, with a gas (normally N2). 31 of 127

32 STEAM INJECTORS SI 20 The SI20 series steam injectors from are injection condensers. They ensure low noise and vibration and rapid heating of still or flowing fluids in basins and vessels due to direct steam injection. Steam enters through the inlet housing, passes along the centre of the heater, through holes in the inner rings, through spaces between the element plates where it condensates under light load and partly condensates under heavy load to be discharged through the serrated periphery of the element plates. Under heavy load if any steam pass through the periphery of the element plates, will do so in very small jets and will condensate in the surrounding liquid with very little noise and vibration. Connections are female screwed. STEAM INJECTORS SI 125 SI 140 The SI series steam injectors from are injection condensers. They ensure low noise and vibration and rapid heating of still or flowing fluids in basins and vessels due to direct steam injection. Steam enters through the inlet housing, passes along the centre of the heater, mixing with the cool water which drawn in through radial holes. Connections are female screwed. STEAM INJECTORS SI 115 The SI series steam injectors from are injection condensers. They ensure low noise and vibration and rapid heating of still or flowing fluids in basins and vessels due to direct steam injection. Steam enters through the inlet housing, passes along the centre of the heater, mixing with the cool water which drawn in through radial holes. Connections are female screwed. HUMIDITY SEPARATORS SH 25 PN16 PN40 SH-25 series horizontal centrifugal separators remove moisture from steam and compressed air pipelines. Steam and compressed air passing through the separator and as a result of centrifugal forces, impact and 32 of 127

33 swirling effects, separate the particles with a heavier specific gravity, such as water and oil droplets, moisture in suspension, dirt and scale. The condensate collected at the bottom of the separator, must be automatically drained by a suitable steam or compressed air trap. Connections are threaded or flanged. WATER SAVING JET-SPRAY GUN MIX SG20 The SG20 water-saving gun is specially recommended to be used along with the Adcamix MX20 steam to water mixers. By using this gun, water and energy costs can be considerably reduced and it also contributes to the environment protection avoiding the use of chemicals in the cleaning process. The valve is opened and closed by operating the lever which regulates the flow from a mist to a concentrated jet. The lock catch facilitates the continuous operation. The valve is designed for industrial use, it is extremely robust. It is protected against shock, heat and cold by caustic and acid-resistant rubber cladding. SAMPLE COOLERS SC332 SC432 SC532 sample coolers are specially designed to cool samples of boiler water or steam for analysis. Sample coolers prevent steam flashing-off from hot pressurised liquid samples, which can be dangerous and will result in an incorrect water sample. This device may be used for boiler water analysis and other sampling or cooling applications compatible with construction materials 33 of 127

34 SAMPLE COOLERS SC 32F SC 132F (With Funnel) sample coolers are specially designed to cool samples of boiler water or steam for analysis. Sample coolers prevent steam flashing-off from hot pressurised liquid samples, which can be dangerous and will result in an incorrect water sample. This device may be used for boiler water analysis and other sampling or cooling applications compatible with construction materials. SAMPLE COOLERS SC 32B SC 132B ( Bolted Cover ) sample coolers are specially designed to cool samples of boiler water or steam for analysis. Sample coolers prevent steam flashing-off from hot pressurised liquid samples, which can be dangerous and will result in an incorrect water sample. This device may be used for boiler water analysis and other sampling or cooling applications compatible with the construction materials. 34 of 127

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36 SAMPLE COOLERS SC32 SC132 sample coolers are specially designed to cool samples of boiler water or steam for analysis. Sample coolers prevent steam flashing-off from hot pressurised liquid samples, which can be dangerous and will result in an incorrect water sample. This device may be used for boiler water analysis and other sampling or cooling applications compatible with construction materials. HUMIDITY SEPARATORS S30S (Baffle design) PN16 PN40 S-30 series baffle separators remove moisture from steam and compressed air pipelines. Steam and compressed air passing through the separator and as a result of expansion, impact and swirling effects, separate the particles with a heavier specific gravity, such as water and oil droplets, moisture in suspension, dirt and scale. The condensate collected at the bottom of the separator, must be automatically drained by a suitable steam or compressed air trap. Connections are flanged. 36 of 127

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38 HUMIDITY SEPARATORS S25/SS (Stainless steel) PN16 PN40 S-25SS series centrifugal separators remove moisture from steam and compressed air pipelines. Steam and compressed air passing through the separator and as a result of centrifugal forces, impact and swirling effects, separate the particles with a heavier specific gravity, such as water and oil droplets, moisture in suspension, dirt and scale. The condensate collected at the bottom of the separator, must be automatically drained by a suitable steam or compressed air trap. Connections are flanged. HUMIDITY SEPARATORS S25/S HV and VH PN16 PN40 S-25 HV and VH series centrifugal separators remove moisture from steam and compressed air pipelines. Steam and compressed air passing through the separator and as a result of centrifugal forces, impact and swirling effects, separate the particles with a heavier specific gravity, such as water and oil droplets, moisture in suspension, dirt and scale. The condensate collected at the bottom of the separator, must be automatically drained by a suitable steam or compressed air trap. Connections are flanged. 38 of 127

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40 HUMIDITY SEPARATORS S25/S PN 63 S-25 series centrifugal separators remove moisture from steam and compressed air pipelines. Steam and compressed air passing through the separator and as a result of centrifugal forces, impact and swirling effects, separate the particles with a heavier specific gravity, such as water and oil droplets, moisture in suspension, dirt and scale. The condensate collected at the bottom of the separator, must be automatically drained by a suitable steam or compressed air trap. Connections are flanged. HUMIDITY SEPARATORS S25/S PN16 PN40 S-25 series centrifugal separators remove moisture from steam and compressed air pipelines. Steam and compressed air passing through the separator and as a result of centrifugal forces, impact and swirling effects, separate the particles with a heavier specific gravity, such as water and oil droplets, moisture in suspension, dirt and scale. The condensate collected at the bottom of the separator, must be automatically drained by a suitable steam or compressed air trap. Connections are flanged. 40 of 127

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42 HUMIDITY SEPARATOR AND STRAINER SF251/S PN16 PN40 SF-251/S series centrifugal separators remove moisture from steam and compressed air pipelines. Steam and compressed air passing through the separator and as a result of centrifugal forces, impact and swirling effects, separate the particles with a heavier specific gravity, such as water and oil droplets, moisture in suspension, dirt and scale. The condensate collected at the bottom of the separator, must be automatically drained by a suitable steam or compressed air trap. Connections are flanged. HUMIDITY SEPARATORS S16/S PN 16 S-16 series centrifugal separators remove moisture from steam and compressed air pipelines. Steam and compressed air passing through the separator and as a result of centrifugal forces, impact and swirling effects, separate the particles with a heavier specific gravity, such as water and oil droplets, moisture in suspension, dirt and scale. The condensate collected at the bottom of the separator, must be automatically drained by a suitable steam or compressed air trap. Connections are threaded. 42 of 127

43 FLASH VESSELS RVST ( With inbuilt steam trap ) The flash vessel is the main component in any flash recovery system. It can be used in all steam plants where high pressure condensate is reduced to a lower pressure, so that flash steam is formed by re-evaporation. This steam can be used in low pressure process or heating equipments. Connections are flanged or screwed on request. FLASH VESSELS RV The flash vessel is the main component in any flash recovery system. It can be used in all steam plants where high pressure condensate is reduced to a lower pressure, so that flash steam is formed by reevaporation. This steam can be used in low pressure process or heating equipments. Connections are flanged or screwed on request. 43 of 127

44 STEAM DISTRIBUTION MANIFOLD MAS MAS series steam distribution manifolds place the steam supply valves in one location, providing cost savings and easy control of different steam lines. The drain connection with automatic steam trap, discharge any condensate formed, providing high quality dry steam. Connections are flanged or threaded. LIFTING POTS LIPO LIPO condensate lifting pots are used for rising condensate pipes eliminating steam and water hammering. When the condensate is elevated to the condensate main in a higher level, the flash steam formed at a steam trap s outlet condenses in contact with colder condensate and steam bubbles implode, reducing its volume while passing to the liquid state. Vacuum is then suddenly formed and when filled again with the incoming condensate, it causes water hammer. The air and flash steam cushion formed in the upper part of the lifting pot absorbs any shock while, in the bottom the condensate operates as a sealing liquid. STEAM - WATER MIXERS MIX MX20 The steam/water Adcamix mixers provide cheap, instant source of low pressure hot water by using existing steam and cold water supplies. The mixer incorporates a safety device to ensure that live steam cannot be accidentally ejected, even if for some reason the cold water supply fails. The temperature of water at the outlet of the Adcamix is easily controlled by using water and steam valves fitted to the inlets. Connections are female screwed. HOT CONDENSATE COOLERS HCC 44 of 127

45 The HCC is a cooling device that allows the mixing of hot condensate with a lower temperature condensate, avoiding hammering. Condensate discharge from higher pressure lines (drip points, for example) are often connected to a low pressure condensate lines with lower temperature. This sudden pressure drop will convert the sensible heat difference between the two fluid conditions into latent heat generating flash steam. Flash steam has a much bigger volume than condensate and when mixed with the cold condensate it will cool suddenly, imploding and cause hammering (noises and vibrations). The HCC avoids this phenomenon since it slowly cools down the hot condensate which circulates inside a coil surrounded by cold condensate which circulates based on the thermo-siphon physical laws. EXHAUST HEADS EH The EH Exhaust Head is designed to protect the personnel from injury and exterior of buildings from the harmful effects of steam ejection to atmosphere. The head is fitted to the end of a vertical exhaust pipe and thus breaks the beat and muffles the noise of escaping steam whilst effectively retaining the moisture for draining. Connections are female screwed or flanged. DIRECT STEAM INJECTION HUMIDIFIERS DSH Series The DSH direct steam injector humidifiers assure highly efficient steam release into the air stream. Each humidifier is designed for your specific capacity, steam pressure and duct width requirements. Single and multiple injection tube units are available to meet the most demanding applications. High quality control valves and actuators assure accurate response and metering of steam flow, and, we can usually supply the system with your preference valve/actuator combination or we may factory mount them for you. Connections are female screwed or flanged. 45 of 127

46 AIR FILTER REGULATOR P 10 The P10 air filter regulators are used to remove both solid and liquid impurities from the air and to regulate the output pressure to the required value for general purpose pneumatic systems. The filter bowl which is transparent allows easy monitoring of the condensate level. Self relieving. Compact combined filter/regulator. 5 micron large surface area element. Manual and automatic condensate exhaust easier when there is no pressure. Pressure gauge D.42 x 1/8" Mounting bracket : adca TEMPERATURE SENSORS TRPT1 The TRPT1 Pt100 resistance temperature sensors are specially designed for general industrial use. The sensing element is an RTD three wire device according to EN Class A. The sensor consists of a probe, a connection head and measurement insert. The probe is made in austenitic stainless steel and the connection head is made of aluminium. The supply lines to the measurement insert are insulated from each other and from the probe tube with a ceramic insulator. The sensor can be connected directly to a temperature indicator or controller that has a three wire Pt100 input. Head type B-KNE Three wire sensing element Fastest response time Easy to install 46 of 127

47 PNEUMATIC ANGLE TYPE INTERCEPTION VALVE Type PAV 21 The PAV series angle seat interception valves are designed for steam, gas and other fluids used on the process industry and they are the effective response to fluid interception when flexibility and cost is requested. Connections are female screwed. Stainless steel body with high coefficient of flow. Resistance to corrosion Low air consumption Nylon rotational servo control Self-centring plug with soft sealing Live loading packing gland TROL PNEUMATIC CONTROL VALVES PPV25 ON-OFF (V25 globe valves series with linear piston actuators PPI series) The PPV25 on-off valves are single seated, two-waybody constructed with in-line straight connections. ThePPI pneumatic actuators are of the piston type. Their wide application ranges allows the use of this valve with the most common process fluids such as water, superheated water, steam, air, gas and other fluids. Single seated, two ways, direct or reverse action valve. Soft sealing as standard. Actuator housing 360º rotation (clockwise). TROL PNEUMATIC CONTROL VALVES PV25 ON-OFF (V25 globe valves series with linear actuators PA series) The PV25 On-Off valves are single seated, two-way body constructed with in-line straight connections. The PA pneumatic actuator is rubber diaphragm and multisprings. Its action can be DA-direct action (air to close) or RA-reverse action (air to open). Their wide application ranges allows to use this valve with the most common process fluids such as water, superheated water, steam, air, gas and other non corrosive fluids. Single seated, two way, direct or reverse action valve. Valve top flange 47 of 127

48 permanently attached to the body, removal is unnecessary for replacing the actuator. Soft sealing as standard. TROL FIELD I TO P CONVERTER PC 25 Instrument for conversion of a standard d.c. current signal into a standard pneumatic signal, for the changeover from electrical controllers to pneumatic control valves, or from electrical measuring system to pneumatic controllers. The PC25 is a force balance device, which converts the input signal ma, a proportional output signal 3..15psi (0,2...1 bar) or psi (0,4...1,2 bar), with a respective supply pressure of 1,7-5bar. Particularly compact design Good dynamic response Insensitive to mechanic vibrations Low maintenance and low consumption High reliability Adjustable output measuring span TROL PNEUMATIC POSITIONERS PP 981 The TROL PP 981 positioner requires an input signal of 0,2 1bar (3 15psi) for proportional control actuator. The positioner compares the output signal from a controller with the position feedback, and varies a pneumatic output signal to the actuator accordingly. The actuator position is therefore guaranteed for any controller output signal and the effects of varying differential pressure. PI991 Intelligent Positioner with HART, PROFIBUS PA, FOUNDATION Fieldbus H1 or FoxCom for EEx ia Intrinsically Safe Applications The microprocessor controlled positioner PI991 is designed to control pneumatic valve actuators and can be operated locally or by means of control systems. The advanced diagnostic can be partially shown on the local LCD of the positioner or fully on a PC or a DCS workstation with a DTM based software (VALcare or Valve Monitor). The positioner is available with different communication protocols. This includes versions with analog setpoint (4 to 20 ma) and superimposed HART- or FoxCom signal; digital with FoxCom protocol, or fieldbus communication according to PROFIBUS-PA and fieldbus H1 according to IEC based on FISCO. The PI991 also has the capability to control a Partial Stroke Test (PST) that offers to operators a tool to identify the 48 of 127

49 trouble-proof function of ESD (Emergency Shut Down) valves. TROL ELECTRO-PNEUMATIC POSITIONERS PE 986 (ATEX) The TROL PE986 positioner requires an input signal of 4 20 ma for proportional control actuator. The positioner compares the output signal from a controller with the position feedback, and varies a pneumatic output signal to the actuator accordingly. The actuator position is therefore guaranteed for any controller output signal and the effects of varying differential pressure. LINEAR ELECTRIC ACTUATORS WITH FAIL-SAFE FUNCTION Type ELR2.1, ELR2.2, ELR2.3 Electric linear actuators ELR series for modulating andopenclose duty of control and process technology to operate control valves. The self-locking stem/stem nut is driven by an electric motor via a gearing. Load and limit switches define the stops for the end positions. In case of power failure, the electric linear actuator runs spring driven into the respective fail-safe position (thrust rod either extended or retracted). In modulating duty, the end position seating is made via limit switches. LINEAR PNEUMATIC ACTUATORS PA45 Pneumatic multi-spring linear actuators PA series for modulating and open-close duty of control and process technology to operate control valves. Direct and reverse action actuators for maximum 50mm valve stroke. Operation with compressed air, nitrogen or clean water. OPTIONS: Limit switches Manual operating device Different kind of positioners Stainless steel construction USE: Actuating of V series Adcatrol control valves or others on request. AIR SUPPLY: Max. 6 bar 49 of 127

50 CONNECTION: DN ¼ AVAILABLE MODELS: PA45 MAX.AMBIENT TEMPERATURE : -20 ºC to 80 ºC LINEAR PNEUMATIC ACTUATORS PA205 PA435 Pneumatic multi-spring linear actuators PA series for modulating and open-close duty of a control and process technology to operate control valves. PNEUMATIC CONTROL VALVES V403 DN65 DN100 (V403 globe valves series with linear actuators PA or EL series) The PV403 control valves are three-way valves for mixing or diverting service. The PA pneumatic actuator is rubber diaphragm and multi-springs. Its action can be DA-direct action (air to close) or RA-reverse action (air to open). The V403 valves have been designed to assure an accurate control in any process condition. Their wide range of applications allows the use of this valve with the most common process fluids such as water, superheated water, diathermic oil, steam, air, gas and other non corrosive fluids. TROL PNEUMATIC CONTROL VALVES V403 (V403 globe valves series with linear actuators PA or EL series) The PV403 control valves are three-way valve body for mixing service. The PA pneumatic actuator is rubber diaphragm and multi-springs. Its action can be DA-direct action (air to close) or RA-reverse action (air to open). The V403 valves have been designed to assure an accurate control in any process condition. Their wide application ranges allows the use of this valve with the most common process fluids such as water, superheated water, diathermic oil, steam, air, gas and other non corrosive fluids. 50 of 127

51 TROL PNEUMATIC CONTROL VALVES PV40 (V40 globe valves series with linear actuators PA or EL series) The PV40 control valves are single seated, two-way body constructed with in-line straight connections. The PA pneumatic actuator is rubber diaphragm and multisprings. Its action can be DA -direct action (air to close) or RA-reverse action (air to open). The PV40 valves have been designed to assure an accurate control in any process condition. Their wide application ranges allows the use of this valve with the most common process fluids such as water, superheated water, steam, air, gas and other non corrosive fluids. PNEUMATIC CONTROL VALVES PWV40I (WV40I globe valves series with linear actuators PA series) The PWV40I control valves are single seated, two-way body constructed with in-line straight connections. The PA pneumatic actuator is rubber diaphragm and multisprings. Its action can be DA-direct action (air to close) or RA-reverse action (air to open). The PWV40I valves have been designed to assure an accurate control in any process condition. Their wide application ranges allows the use of this valve with the most common process fluids such as water, superheated water, 51 of 127

52 steam, air, gas and other non corrosive fluids. PNEUMATIC CONTROL VALVES PV25- (Threaded DN 1/2-1 ) ( V25 globe valves series with linear actuators PA series ) The PV25 control valves are single seated, two-way body constructed with in-line straight connections. The PA pneumatic actuator is rubber diaphragm and multisprings. It s action can be DA - direct action (air to close) or RA-reverse action (air to open). The PV25 valves have been designed to assure an accurate control in any process condition. Their wide application ranges allows the use of this valve with the most common process fluids such as water, superheated water, steam, air, gas and other non corrosive fluids. PNEUMATIC CONTROL VALVES PV25 (ANSI) V25S globe control valves with linear actuators PA series The PV25 control valves are single seated, two-way body constructed with in-line straight connections. The PA pneumatic actuator is rubber diaphragm and multisprings. Its action can be DA -direct action (air to close) or RA-reverse action (air to open). The PV25 valves have been designed to assure an accurate control in any process condition. Their wide application ranges allows the use of this valve with the most common process fluids such as water, superheated water, steam, air, gas and other non corrosive fluids (group 1). 52 of 127

53 TROL CONTROL VALVES V25 (EN) (V25 globe control valves suitable for linear actuators PA and EL series) The V25 control valves are single seated, two-way body constructed with in-line straight connections. The valves can be supplied with PA pneumatic actuator-rubber diaphragm and multi-springs DA-direct action (air to close) or RA-reverse action (air to open) or they can also be supplied with EL electric actuators. The V25 valves have been designed to assure an accurate control in any process condition. Their wide application ranges allows the use of this valve with the most common process fluids such as water, superheated water, steam, air, gas and other non corrosive fluids. Single seated, two ways, direct or reverse action valve. Valve top flange permanently attached to the body, removal is unnecessary for replacing the actuator. Metal to metal or soft sealing. OPTIONS: Perforated low noise plug Bellows seal (DN125 and 150 only) Stainless steel construction. USE: Saturated and superheated steam. Hot and superheated water. Air, gases and other noncorrosive fluids. AVAILABLE MODELS: V25G and V25S VALVE SIZES: DN125 to DN200 CONNECTIONS: Flanged EN1092-1/-2 PN16 - PN40 ACTUATORS: PA or EL series HOW TO SELECT: Never size the valve according to the pipe diameter in which it has to be fitted but according to the required actual flow of steam or water.refer to valve calculation data sheet or consult the factory. BONNET : From -5ºC to +220ºC (standard) Finned for temperature >220ºC STEM SEALING: PTFE/GR V-Rings - up to 220ºC (Standard bonnet) Graphite - up to 400ºC (Finned bonnet) Stainless steel bellows PLUG CHARACTERISTICS: EQP - Equal percentage PL - Linear PT - On-Off PLUG DESIGN : Contoured (on request) V-ported Perforated (Low noise, anti-cavitation) PORT: Full port or reduced on request LINEAR ELECTRIC ACTUATORS Type EL EL12, EL20, EL45, EL80, EL120, EL of 127

54 DESCRIPTION Electric linear actuators EL series for modulating and openclose duty of control and process technology to operate control valves. The self-locking stem/stem nut is driven by an electric motor via a gearing. Load and limit switches define the stops for the end positions. 54 of 127

55 BLOWDOWN EXPANSION VESSEL BV The Adca blowdown vessels are used in the modern boiler houses to cool hot waste water and steam boiler blowdown before to discharge into a pit or drain. The waste water is discharged into the unit which is at atmospheric pressure If flash steam can not be recovered or discharged to atmosphere an additional condensing water spray system (optional) can be supplied. This one is fitted in the top of the unit and can be controlled directly by a thermostat. THERM BOILER FEED TANKS BFT The BFT boiler feed tank is one of the most important devices in a boiler room. Its main function is to store the make-up water and condensate, assuring a reserve of treated water to supply the steam boilers. The make-up water has to be softened to prevent scale formation on the boiler and the oxygen must also be removed so that corrosion in the boiler and steam system is avoided ( this situation is normally handled by specialists). The consumption of chemicals used to eliminate the oxygen can be drastically reduced if used one of the several therm thermal degasification processes (ADG, TDG, FCD) for the removal of oxygen and other noncondensable gases (mainly carbon dioxide). Even if you choose not to use one of the mentioned systems, the Therm boiler feed tanks will always be optimized according to the existing needs, therefore being able to include water pre-heating as well as other features obvious to a true steam expert, but not to a simple tank manufacturer. 55 of 127

56 BLOWDOWN EXPANSION AND COOLING UNIT BEX The Adca blowdown and cooling units are used in the modern boiler houses to cool hot waste water and steam boiler blowdown before to discharge into a pit or drain. The waste water is discharged into the unit which is at atmospheric pressure and the cooling water enters via a control valve controlled by a thermostat, mixing with the hot water. If flash steam can not be recovered or discharged to atmosphere an additional condensing water spray system (optional) can be supplied. This one is fitted in the top of the unit and can be controlled directly either by another thermostat or the same command used for the automatic blowdown valve control. CENTRIFUGAL AIR AND DIRT SEPARATORS For liquid systems AS AS/F The AS centrifugal air and dirt separators are designed for use in the flow line of a hydronic heater or cooling system. The operation is based on the principle of centrifugal force, instead of relying on low velocity separation, offering the advantage of efficient separation in a smaller vessel. AS units provides maximum separation efficiency while minimizing space requirements. The inside strainer protects against any dirt present in the system such as sand, welding residues, etc. The strainer screen position has a particular advantage compared with external pipe strainers because the dirt is removed from the water flow and is collected in the reservoir bottom avoiding pressure drop increasing. Connections are female screwed or flanged. THERM TRAY TYPE DEAERATORS TDG Adcatherm thermal deaerators are designed to heat boiler feed water and to reduce oxygen and carbon dioxide (oxygen values in the feed water of less than 0,02mg/l - 0,02 ppm, can be achieved). Remaining oxygen can be completely removed using oxygen scavenging chemicals. Basically the complete system consists of a storage vessel, a deaeration section and a vent. 56 of 127

57 THERM - R Series Tubular Heating Coils (Steam to water) The -R series steam to water tubular heating coils, are shorter and lighter than the alternative tubular heating coils manufactured with smooth pipes. The use of extruded low fin tube, has the advantage that it can improve the external surface and thermal performance. THERM - PAT Series Plate heat exchangers The THERM PAT plate heat exchangers (gasketed and bolted), consists of varying number of pressed plates, clamped together between a fixed plate and a movable plate, all assembled in a metal frame. THERM - STV Series Shell and Tube Heat Exchangers (Steam to water - Vertical installation) The -ST series steam to water shell and tube heat exchangers are shorter and lighter than the alternative shell and tube exchangers manufactured with smooth pipes. The use of extruded low fin tubes, has the advantage that it can improve the external surface and thermal performance. 57 of 127

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59 THERM STS Series SHELL AND TUBE HEAT EXCHANGERS (Steam to water Vertical installation) The -STS series steam to water shell and tube heat exchangers are shorter and lighter than the alternative shell and tube exchangers manufactured with smooth pipes. The use of extruded low fin tube has the advantage that it can improve the external surface and thermal performance. THERM - STH Series Shell and Tube Heat Exchangers (Steam to water - Horizontal installation) The -ST series steam to water shell and tube heat exchangers are shorter and lighter than the alternative shell and tube exchangers manufactured with smooth pipes. The use of extruded low fin tubes, has the advantage that it can improve the external surface and thermal performance 59 of 127

60 THERM ATMOSPHERIC SEMI DEAERATORS ADG Adcatherm atmospheric semi-deaerators are designed to heat boiler feed water and to reduce oxygen and carbon dioxide (oxygen values in the feed water of less than 1,6mg/l, can be achieved). Remaining oxygen can be completely removed using oxygen scavenging chemicals. Basically the complete system consists of a storage vessel, a deaeration head section and a vent. MAT POP and PPO14 How to select and size SIZING OF THE SYSTEM The discharge capacity of the pump is a function of: 1.Condensate load...kg/h 2.The pressure of operating medium (steam, compressed air or gas). 3.The total lift or back pressure the pump will have to exhaust against. This includes the change in fluid level elevation after the pump (0.0981bar/m of lift),plus pressure in the return piping, plus the pressure drop in bar caused by pipe friction, plus any other system component pressure drop the pump exhaust will have to overcome. 4.Filling head available ( 300 mm is recommended ). 60 of 127

61 MAT PUMP TRAPS How to select and size CONSIDERATIONS When a steam control valve is throttling to meet a reduced heat load, the steam pressure falls inside the heat exchanger. This steam pressure falling is sometimes considerable for several different reasons and the lack of differential pressure across the steam trap reduces it s discharge capacity, causing accumulation of condensate inside the heat exchanger, resulting in a stall condition. In presence of these considerations, it is recommended that before any steam trap selection and sizing for this kind of systems, to determine whether or not stall will occur. The non observance of this procedure may cause serious troubles on the systems, causing malfunction and equipment damage. Typically most of heat exchangers are selected from a standard production range available and they are often oversized, in other words, after the calculation the designer select the available model which area covers the calculated area, which in addition to other safety factors normally considered during the system design and heat exchanger calculation, results on over sizing. Over sizing heat exchangers increase the heat transfer capability above the required needs and for that reason the required steam pressure (and correspondent temperature) will be lower when compared with a correctly sized unit. They must be in consequence subject to a specific analysis. PRESSURE OPERATED PUMP MAT PPO-14 The MAT PPO14 (Pressure Operated Pump) fabricated carbon steel (stainless steel on request) is recommended in the transfer of hightemperature liquids such as condensate, oils and other liquids to a higher elevation or pressure. The pump starts when there is something to pump and stops when there isn t. Under certain conditions, it can drain a closed vessel under vacuum or pressure. The pump can be operated by steam, compressed air or gas and can be used for lifting any kind of non corrosive liquids. Connections are flanged or female screwed (with screwed flanges). PRESSURE OPERATED PUMP MAT PPA-14 DN80 x 50 The MAT PPA fabricated carbon steel (stainless steel on request) is recommended in the transfer of hightemperature liquids such as condensate, oils and other liquids to a higher elevation or pressure. The pump starts when there is something to pump and stops when there isn t. Under certain conditions, it can drain a closed vessel under vacuum or pressure. The pump can be operated by steam, compressed air or gas and can be used for lifting any kind of non corrosive liquids. Connections are flanged or female screwed (with screwed flanges). 61 of 127

62 PRESSURE OPERATED PUMP MAT POP LC ( Low capacity ) The MAT POP (Pressure Operated Pump) fabricated carbon steel or stainless steel is recommended in the transfer of high-temperature liquids such as condensate, oils and other liquids to a higher elevation or pressure. The pump starts when there is something to pump and stops when there isn t. Under certain conditions, it can drain a closed vessel under vacuum or pressure. The pump can be operated by steam, compressed air or gas and can be used for lifting any kind of no corrosive liquids. Connections are flanged or female screwed (with screwed flanges). PRESSURE OPERATED PUMP MAT POP-S DN100 The MAT POP (Pressure Operated Pump) fabricated carbon steel (stainless steel on request) is recommended in the transfer of hightemperature liquids such as condensate, oils and other liquids to a higher elevation or pressure. The pump starts when there is something to pump and stops when there isn t. Under certain conditions, it can drain a closed vessel under vacuum or pressure. The pump can be operated by steam, compressed air or gas and can be used for lifting any kind of no corrosive liquids. Connections are flanged or female screwed (with screwed flanges). AUTOMATIC PUMP AND STEAM TRAP MAT APST DN40 DN50 The MAT APST (Automatic Pump and Steam Trap) fabricated in carbon steel or stainless steel is specially recommended where a stall condition may occur due to poor steam trap condensate discharge,caused by temporary insufficient differential pressure. The equipment has the features of a float steam trap, combined with a pressure operated pump, in the same unit. Whenever the steam trap function it s not enough to drain the condensate, the pump function is activated (using external steam pressure) before water logging may occur, lifting the condensate to the condensate return system, avoiding water hammer and consequent noise and equipment damage, corrosion, unstable temperature control, etc, Connections are flanged 62 of 127

63 HYGIENIC BALL VALVES M3H FULL BORE ( DN DIN) DESCRIPTION M3H three piece body ball valves are isolating valves designed for use on clean steam, condensate and other gases and liquids used in high purity and aseptic processes. The valve is not designed as a control valve and should be used only as an isolating valve, fully open or fully closed. The product was mainly designed for the pharmaceutical, biotech, semiconductor, cosmetics, fine chemical, food and beverage industries. Full bore floating ball design A351 CF3M body and ends with ferrite content of less than 3% and low sulphur between 0,005 and 0,017%. Can be serviced without removal from pipeline Bidirectional Anti blow out proof stem ISO 5211 mounting STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : as casted Ultrasonic cleaning OPTIONS: Antistatic device Different sealing materials Degreased for oxygen use Tube weld with loose body flanges (360º rotation after installation) USE: Clean steam, gases and liquids compatible with the construction. AVAILABLE MODELS: M3H SIZES: DN65 to DN 100 CONNECTIONS: According to DIN tube TC Sanitary clamps DIN ETO Extended tube orbital welding TC / ETO Combination PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: See IMI, installation and maintenance instructions. HYGIENIC BALL VALVES M3H TRUE BORE ( DN 2½ 4 ASME BPE ) 63 of 127

64 M3H three piece body ball valves are isolating valves designed for use on clean steam, condensate and other gases and liquids used in high purity and aseptic processes. The valve is not designed as a control valve and should be used only as an isolating valve, fully open or fully closed. The product was mainly designed for the pharmaceutical, biotech, semiconductor, cosmetics, fine chemical, food and beverage industries. True bore floating ball design A351 CF3M body and ends with ferrite content of less than 3% and low sulphur between 0,005 and 0,017%. Can be serviced without removal from pipeline Bidirectional Anti blow out proof stem ISO 5211 mounting STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : as casted Ultrasonic cleaning OPTIONS: Antistatic device Different sealing materials Degreased for oxygen use Tube weld with loose body flanges (360º rotation after installation) USE: Clean steam, gases and liquids compatible with the construction. AVAILABLE MODELS: M3H SIZES: DN21/2 to DN 4 CONNECTIONS: According to ASME BPE TC Sanitary clamps ETO Extended tube orbital welding TC / ETO Combination PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: See IMI, installation and maintenance instructions. HYGIENIC BALL VALVES M3H TRUE BORE ( DN DIN ) DESCRIPTION M3H three pieces body ball valves are isolating valves designed for use on clean steam, condensate and other gases and liquids used in high purity and aseptic processes. The valve is not designed as a control valve and should be used only as an isolating valve, fully open or fully closed. The product was mainly designed for the 64 of 127

65 pharmaceutical, biotech, semiconductor, cosmetics, fine chemical, food and beverage industries. True bore floating ball design A351 CF3M body and ends with ferrite content of less than 3% and low sulphur between 0,005 and 0,017%. Can be serviced without removal from pipeline Bidirectional Anti blow out proof stem ISO 5211 mounting STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : as casted Ultrasonic cleaning OPTIONS: Antistatic device Different sealing materials Degreased for oxygen use USE: Clean steam, gases and liquids compatible with the construction. AVAILABLE MODELS: M3H Complete bar stock construction SIZES: DN10 to DN 50 CONNECTIONS: According to DIN tube TC Sanitary clamps DIN ETO Extended tube orbital welding TC / ETO Combination PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: See IMI, installation and maintenance instructions. HYGIENIC BALL VALVES M3H TRUE BORE ( DN ½ 2 ASME BPE ) DESCRIPTION M3H three pieces body ball valves are isolating valves designed for use on clean steam, condensate and other gases and liquids used in high purity and aseptic processes. The valve is not designed as a control valve and should be used only as an isolating valve, fully open or fully closed. The product was mainly designed for the pharmaceutical, biotech, semiconductor, cosmetics, fine chemical, food and beverage industries. True bore floating ball design A351 CF3M body and ends with ferrite content of less than 3% and low sulphur between 0,005 and 0,017%. Can be serviced without removal from pipeline Bidirectional Anti blow out proof stem 65 of 127

66 ISO 5211 mounting STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : as casted Ultrasonic cleaning OPTIONS: Antistatic device, Different sealing materials, Degreased for oxygen use USE: Clean steam, gases and liquids compatible with the construction. AVAILABLE MODELS: M3H Complete bar stock construction SIZES: DN1/2 to DN 2 CONNECTIONS: According to ASME BPE TC Sanitary clamps ETO Extended tube orbital welding TC / ETO Combinati PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: See IMI, installation and maintenance instructions. HIGH PURITY BALL VALVES M3HP FULL BORE ( DN DIN ) DESCRIPTION M3HP three piece body ball valves are isolating valves designed for use on clean steam, condensate and other gases and liquids used in high purity and aseptic processes. The valve is not designed as a control valve and should be used only as an isolating valve, fully open or fully closed. The product was mainly designed for the pharmaceutical, biotech, semiconductor, cosmetics, fine chemical, food and beverage industries. Full bore floating ball design Completely made from solid bar stock material Can be serviced without removal from pipeline Bidirectional Anti blow out proof stem Tube weld with loose body flanges (360º rotation after installation) STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: 66 of 127

67 INSTALLATION: Antistatic device Different sealing materials ISO 5211 mounting Degreased for oxygen use USE: Clean steam, gases and liquids compatible with the construction AVAILABLE MODELS: M3HP Complete bar stock construction SIZES: DN65 to DN 100 CONNECTIONS: According to DIN tube TC Sanitary clamps DIN ETO Extended tube orbital welding TC / ETO Combination PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INTALLATION See IMI, installation and maintenance instructions. HIGH PURITY BALL VALVES M3HP TRUE BORE ( DN 2½ 4 ASME BPE ) DESCRIPTION M3HP three piece body ball valves are isolating valves designed for use on clean steam, condensate and other gases and liquids used in high purity and aseptic processes. The valve is not designed as a control valve and should be used only as an isolating valve, fully open or fully closed. The product was mainly designed for the pharmaceutical, biotech, semiconductor, cosmetics, fine chemical, food and beverage industries. True bore floating ball design Completely made from solid bar stock material Can be serviced without removal from pipeline Bidirectional Anti blow out proof stem Tube weld with loose body flanges (360º rotation after installation) STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Antistatic device Different sealing materials ISO 5211 mounting Degreased for oxygen use 67 of 127

68 USE: Clean steam, gases and liquids compatible with the construction. AVAILABLE MODELS: M3HP Complete bar stock construction SIZES: DN21/2 to DN 4 CONNECTIONS: According to ASME BPE TC Sanitary clamps ETO Extended tube orbital welding TC / ETO Combination PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: See IMI, installation and maintenance instructions. HIGH PURITY BALL VALVES M3HP TRUE BORE (DN10-50 DIN) DESCRIPTION M3HP three piece body ball valves are isolating valves designed for use on clean steam, condensate and other gases and liquids used in high purity and aseptic processes. The valve is not designed as a control valve and should be used only as an isolating valve, fully open or fully closed. The product was mainly designed for the pharmaceutical, biotech, semiconductor, cosmetics, fine chemical, food and beverage industries. True bore floating ball design Completely made from solid bar stock material Can be serviced without removal from pipeline Bidirectional Anti blow out proof stem Tube weld with loose body flanges (360º rotation after installation) STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Antistatic device Different sealing materials ISO 5211 mounting Degreased for oxygen use USE: Clean steam, gases and liquids compatible with the construction. AVAILABLE MODELS: M3HP Complete bar stock construction SIZES: DN 10 to DN of 127

69 CONNECTIONS: According to DIN tube TC Sanitary clamps DIN ETO Extended tube orbital welding TC / ETO Combination PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: See IMI, installation and maintenance instructions. HIGH PURITY BALL VALVES 3HP TRUE BORE (DN 1/2" - 2 ASME BPE) DESCRIPTION M3HP three piece body ball valves are isolating valves designed for use on clean steam, condensate and other gases and liquids used in high purity and aseptic processes. The valve is not designed as a control valve and should be used only as an isolating valve, fully open or fully closed. The product was mainly designed for the pharmaceutical, biotech, semiconductor, cosmetics, fine chemical, food and beverage industries. True bore floating ball design Completely made from solid bar stock material Can be serviced without removal from pipeline Bidirectional Anti blow out proof stem Tube weld with loose body flanges (360º rotation after installation) STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Antistatic device Different sealing materials ISO 5211 mounting Degreased for oxygen use USE: Clean steam, gases and liquids compatible with the construction. AVAILABLE MODELS: M3HP Complete bar stock construction SIZES: DN1/2 to DN 2 CONNECTIONS: According to ASME BPE TC Sanitary clamps ETO Extended tube orbital welding TC / ETO Combination 69 of 127

70 PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: See IMI, installation and maintenance instructions. CULINARY STEAM FILTER ISC16 ISC16I DESCRIPTION The ISC16 high efficiency filters are used to remove contaminated particles from gases such as steam and compressed air. The optimized construction of these units offers low differential pressure at high flow rates. All sizes are build in two halves. Up to DN 3 / DN80 they are joined by a food industry fitting according to DIN and the larger sizes DN100 to DN200 by flat flanges fixed with bolts and nuts. The filter elements (replaceable) are made of sintered austenitic stainless steel. Several retention rates available Good durability against aggressive gases Porosity level is more than 50% ensuring high particle and dirt load capacity as well as good flow rate at a low differential pressure. Regeneration by ultrasonic bath. STANDARD SURFACE FINISH Internal parts: 0,8 microns Ra External : Satin bead blast finish 1,6 microns Ra Mechanical polished as option OPTIONS: Different kind of connections and dimensions USE: Steam, compressed air and other gases (Group 2). AVAILABLE MODELS: ISC16 ISC16I ISC ( AISI 304 ) ISC16I ( AISI 316L ) RETENTION RATES: 1, 5 and 25 micron SIZES: DN1/4 to DN 3 threaded DN10 to DN 80 flanged DN100 to DN 200 flanged on request PIPE CONNECTIONS: Threaded BSP or NPT Flanged EN PN16 or ANSI class 150lbs Welded ends and other connections on request. INSTALLATION: Horizontal installation always with the drain connection pointing downwards. See IMI, installation and 70 of 127

71 maintenance instructions VACUUM BREAKER VB 16C DESCRIPTION The VB16C vacuum breakers are simple and reliable devices that automatically relieve or break an unwanted vacuum condition, restoring the atmospheric pressure. This device is particularly suitable for steam heated units of small and medium volume as heat exchangers, heating coils, calorifiers, jacketed kettles, steam boilers, etc. STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Different kind of connections USE: Saturated steam and other gases compatible with the construction AVAILABLE MODELS: VB16C SIZES: DN ¾ -1 : DN15 to DN25 CONNECTIONS: Clamp ends or others on request PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: Vertical installation See IMI, installation and maintenance instructions. LIMITING CONDITIONS: 12 bar at 150 ºC 16 bar at 120 ºC HUMIDITY SEPARATORS Clean Steam Centrifugal Separator S-11( Inline connections ) DESCRIPTION When wet steam is used in sterilization, moisture in suspension reduces the heat transfer efficiency and the validity of the sterilization process can be compromised. S-11 series centrifugal separators remove moisture from steam pipelines. Steam passing through the separator and as a result of centrifugal forces, 71 of 127

72 impact and swirling effects, separate the particles with a heavier specific gravity, such as water droplets and moisture in suspension. The condensate collected at the bottom of the separator, must be automatically drained by a suitable steam trap. 316L stainless steel construction. No moving parts. Self draining design. STANDARD SURFACE FINISH Internal parts: 0,5 microns Ra External : Satin bead blast finish 1,6 microns Ra Mechanical polished as option OPTIONS: Vent connection USE: Different kind of connections and dimensions Steam, compressed air and other gases (Group 2). AVAILABLE MODELS: S11 S11A with air vent connection SIZES: DN1/2, 3/4,1, 11/2 and 2 PIPE CONNECTIONS: Clamped ends ASME BPE Other sanitary clamp or tube weld connections availableon request. PACKAGING: Assembling and packaging in a clean room certifiedaccording to ISO The product is end capped and vacuum sealed withrecyclable plastic film to avoid contamination. INSTALLATION: Always with the condensate discharge pointingdownwards. See IMI, installation and maintenance instructions. HOW TO SELECT: Generally, in an existing plant it is advisable to fit aseparator with the same size of the pipe line. Pressuredrop is normally negligible. For approximate pressuredrop calculation please consult. HUMIDITY SEPARATORS Clean Steam Centrifugal Separator S-10HV( Horizontal inlet Vertical outlet ) DESCRIPTION When wet steam is used in sterilization, moisture in suspension reduces the heat transfer efficiency and the validity of the sterilization process can be compromised.s-10hv series centrifugal separators remove moisture from steam pipelines. Steam passing through the separator and as a result of centrifugal forces, impact and swirling effects, separate the particles with a heavier specific gravity, such as water droplets and moisture in suspension. The condensate collected at the bottom of the separator, must be automatically drained by a suitable steam trap. 316L stainless steel construction No moving parts. Self draining design. 72 of 127

73 STANDARD SURFACE FINISH Internal parts: 0,5 microns Ra External : Satin bead blast finish 1,6 microns Ra Mechanical polished as option OPTIONS: Different kind of connections and dimensions USE: Steam, compressed air and other gases (Group 2). AVAILABLE MODELS: S10HV SIZES: DN1/2, 3/4,1, 11/2 and 2 PIPE CONNECTIONS: Clamped ends ASME BPE Other sanitary clamp or tube weld connections availableon request. PACKAGING: Assembling and packaging in a clean room certifiedaccording to ISO The product is end capped and vacuum sealed withrecyclable plastic film to avoid contamination. INSTALLATION: Always with the condensate discharge pointingdownwards. See IMI, installation and maintenance instructions. HOW TO SELECT: Generally, in an existing plant it is advisable to fit aseparator with the same size of the pipe line. Pressuredrop is normally negligible. For approximate pressuredrop calculation please consult. HUMIDITY SEPARATORS Clean Steam Separator S-10H ( Horizontal connections Baffle design ) DESCRIPTION When wet steam is used in sterilization, moisture in suspension reduces the heat transfer efficiency and the validity of the sterilization process can be compromised. S-10H series baffle separators remove moisture from steam pipelines. Steam passing through the separator and as a result expansion, impact and swirling effects, separate the particles with a heavier specific gravity, such as water droplets and moisture in suspension. The condensate collected at the bottom of the separator, must be automatically drained by a suitable steam trap. 316L stainless steel construction No moving parts. Self draining design. STANDARD SURFACE FINISH Internal parts: 0,5 microns Ra External : Satin bead blast finish 1,6 microns Ra Mechanical polished as option OPTIONS: Different kind of connections and dimensions USE: Steam, compressed air and other gases (Group 2). 73 of 127

74 AVAILABLE MODELS: S10H SIZES: DN1/2 to 3 PIPE CONNECTIONS: Clamped ends ASME BPE Other sanitary clamp or tube weld connections available on request. PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: Always with the condensate discharge pointing downwards. See IMI, installation and maintenance instructions. HOW TO SELECT: Generally, in an existing plant it is advisable to fit a separator with the same size of the pipe line. Pressure drop is normally negligible. For approximate pressure drop calculation please consult. SAMPLE COOLERS SC32P SC32PP DESCRIPTION sample coolers are specially designed to cool samples of boiler water or steam for analysis. Sample coolers prevent steam flashing-off from hot pressurised liquid samples, which can be dangerous and will result in an incorrect water sample. This device may be used for boiler water analysis and other sampling or cooling applications compatible with the construction materials. Corrosion-resistant body and internals. Self draining sample (inlet top, outlet bottom). STANDARD SURFACE FINISH Internal sample tube : 0,5 micron Ra External : 0,8 micron Ra OPTIONS: Different connection sizes and materials under request against extra price USE: Steam boilers. Hot water systems AVAILABLE MODELS: SC32P permanent sampling SC32PP portable design SIZES AND CONNECTIONS : Cooling water inlet/outlet : 1/2 on body (BSP or NPT) or DN ¾ tri-clamp Sample tube inlet/outlet : 8 mm O/D Alternative DN ½ tri-clamp compatible PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. 74 of 127

75 INSTALLATION: Vertical installation. OPERATION: Cooling water must be in it s maximum flow before open or close the sample inlet valve, in order to avoid the risk of scalding. The sample valve must also be closed before the cooling water valve. PERFORMANCE: 30 to 60 kg/hr of sample water at 30ºC with 1m3/h -15ºC inlet cooling water (boilers up to 20 bar-220ºc), for other pressures, temperatures and /or certified figures please consult. PNEUMATIC CONTROL VALVES PV928 PV928 ( V928 hygienic angle valve with linear actuator PA series ) DESCRIPTION The PV928 are two or three way control valves with angle connections, specially designed for food, chemical pharmaceutical and cosmetic industries among others. The PA pneumatic actuator is rubber diaphragm and multi-springs. It s action can be DA - direct action (air to close) or RA-reverse action (air to open). The PV928 valves have been designed to assure an accurate control in any process condition and they have self draining design. Quick disassembling through clamp body bonnet coupling Completely made from solid bar stock material Valve bonnet permanently attached to the body, removal is unnecessary for replacing the actuator. Metal to metal or soft sealing. Self draining design. STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning Actuator (stainless steel): satin bead blast finish 1,6 micron Ra Actuator (steel): Electrostatic painted OPTIONS: Soft sealing Steam barrier Low noise and anti-cavitation plugs Positioners and position transmitters Air filter regulator USE: Saturated steam, hot and superheated water Process fluids, liquids, air and gases compatible with the construction AVAILABLE MODELS: PV928L-Two way angle valve PV928H-Two way horizontal valve PV928M-Three way mixing valve PV928D-Three way diverting valve 75 of 127

76 VALVE SIZES: DN15 to DN100 CONNECTIONS: Tube weld, threads, flanges and sanitary clamp. VALVE PORT: Full port as standard Reduced or micro flow on request PLUG TYPES: Equal percentage (EQP) Linear (PL) PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. PNEUMATIC CONTROL VALVES PV926A ( V926A aseptic angle valve with linear actuator PA series ) DESCRIPTION The PV926A aseptic control valves are single seated, two-way body constructed with angle connections. The PA pneumatic actuator is rubber diaphragm and multisprings.it action can be DA - direct action (air to close) or RA-reverse action (air to open). The PV926A valves have been designed to assure an accurate control in any process condition. The self draining design is ideally suited to applications in clean steam service. Completely made from solid bar stock material Single seated, two way, direct or reverse action valve. Valve top flange permanently attached to the body, removal is unnecessary for replacing the actuator. Metal to metal or soft sealing. Self draining design. STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning Actuator (stainless steel): satin bead blast finish 1,6 micron Ra Actuator (steel): Electrostatic painted OPTIONS: Soft sealing Heating chamber Inline connections Positioners and position transmitters Air filter regulator Bolted bonnet USE: Saturated steam, hot and superheated water Process fluids, liquids, air and gases compatible with the construction AVAILABLE MODELS: PV926A 76 of 127

77 VALVE SIZES: DN1/2 to DN2 CONNECTIONS: Sanitary clamp and tube weld ends ASME BPE (DIN Series C) Others on request VALVE PORT: Full port as standard Reduced or micro flow on request PLUG TYPES: Equal percentage (EQP) Linear (PL) On-Off (PT) PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. SANITARY TANK BLANKETING REGULATORS BKV ( Low pressure vent valve ) DESCRIPTION Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (avoiding flammable liquids being vented from vessel), to control product contamination against external air that may fill the vapour space, to reduce evaporation losses (consequently product losses), to reduce internal corrosion (caused by air and moisture) and to prevent vacuum condition. The blanketing process consist in covering the stored medium, usually a liquid, with a gas (normally N2). Compact design. Completely machined from barstock material, no castings or forgings are used on the standard version. No rising stem STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Leakage line connection 1/8 (captured vent) Gauge connection on body Dome loaded (for higher pressure control) Angle connection design Blanketing with vacuum USE:Compressed air, nitrogen and other gases compatible with the construction. 77 of 127

78 AVAILABLE MODELS: BKV Low pressure venting valve SIZES: DN 1 DN25 OUTLET SPRING RANGES: 5 to 500 mbar (4000mbar with dome load) CONNECTIONS: Clamp ends or others on request PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: Vertical installation recommended (to allow draining) or horizontal as close to process as possible in order to prevent long pipe sections and flow restrictions. See IMI. ORDER REQUIREMENTS: Type of fluid Maximum operating temperature Opening pressure Capacity (maximum and minimum). SANITARY TANK BLANKETING REGULATORS BKR ( Low pressure regulator ) DESCRIPTION Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (avoiding flammable liquids being vented from vessel), to control product contamination against external air that may fill the vapour space, to reduce evaporation losses (consequently product losses), to reduce internal corrosion (caused by air and moisture) and to prevent vacuum condition. The blanketing process consist in covering the stored medium, usually a liquid, with a gas (normally N2). Compact design. Completely machined from barstock material, no castings or forgings are used on the standard version. No rising stem STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Leakage line connection 1/8 (captured vent) Gauge connection on body External pulse lines (recommended for low set pressures < 10 mbar or high flow) Dome loaded (for higher pressure control) Angle connection design Blanketing with vacuum 78 of 127

79 USE: Compressed air, nitrogen and other gases compatible with the construction. AVAILABLE MODELS: BKR Low pressure regulator SIZES: DN 1 DN25 OUTLET SPRING RANGES: 5 to 500 mbar (4000mbar with dome load) CONNECTIONS: Clamp ends or others on request PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: Vertical installation recommended (to allow draining) or horizontal as close to process as possible in order to prevent long pipe sections and flow restrictions. For an economical consumption of blanketing gas the pressure must be adjusted to remain slightly above the atmospheric pressure, while filling and empting the vessel. See IMI. ORDER REQUIREMENTS: Type of fluid Maximum operating temperature Inlet pressure and required outlet pressure Capacity (maximum and minimum). SANITARY PRESSURE SUSTAINING VALVE PS-160 DESCRIPTION The PS-160 series direct acting, spring-loaded diaphragm sensing, pressure sustaining valves are designed for use on clean steam, compressed air, water and other gases or liquids compatible with the materials of construction. Compact design. Completely machined from barstock material, no castings or forgings are used on the standard version. No rising stem STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Leakage line connection 1/8 (captured vent). Different soft valves for liquids and gases. Casted cover (CF8M) with rising stem 79 of 127

80 handwheel for economic reasons. USE: Clean steam, compressed air, water and other gases and liquids compatible with the construction. AVAILABLE MODELS: PS-160 SIZES: DN3/4, 1, 11/2, 2 ; DN 20, 25, 40, 50. SPRING RANGES: 0,8 1,5 bar; 1 3 bar; 1,5 8 bar. CONNECTIONS: Clamp ends or others on request PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: Horizontal installation. Inlet horizontal and hertical outlet angle connection. See IMI. ORDER REQUIREMENTS: Type of fluid Maximum operating temperature Inlet pressure and required outlet pressure Capacity (maximum and minimum). PRESSURE REDUCING VALVE Clean Steam P-160 ( DN21/2-3 ) DESCRIPTION The P-160 series direct acting, spring-loaded diaphragm sensing, pressure reducing valves are designed for use on clean steam, compressed air, water and other gases or liquids compatible with the materials of construction. Compact design. Completely machined from barstock material, no castings or forgings are used on the standard version. No rising stem STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Leakage line connection 1/8 (captured vent). Different soft valves for liquids and gases. Lock system, allows clean-in-place (CIP) and sterilization-in-place (SIP) operations with valve in line. USE: Clean steam, compressed air, water and other 80 of 127

81 gases and liquids compatible with the construction. AVAILABLE MODELS: P-160 SIZES: DN21/2 and 3 OUTLET SPRING RANGES: 1 1,7 bar; 1 4 bar. CONNECTIONS: Clamp ends or others on request PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: Horizontal installation. Inlet vertical and horizontal outlet angle connection. See IMI. ORDER REQUIREMENTS: Type of fluid Maximum operating temperature Inlet pressure and required outlet pressure Capacity (maximum and minimum). PRESSURE REDUCING PRESSURE VALVE Clean Steam P-160A (Air loaded) DESCRIPTION The P-160A series direct acting, air loaded diaphragm sensing, pressure reducing valves are designed for use on clean steam, compressed air, water and other gases or liquids compatible with the materials of construction. Compact design. Completely machined from barstock material, no castings or forgings are used on the standard version. Set point can be adjusted remotely using a relieving gas pressure regulator or through a I-P convertor. Ease operation during the sterilization or cleaning process (SIP-CIP), by remotely increasing the set point, ensures that the valve stays totally open during the process. STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Aluminium cover. USE: Clean steam, compressed air, water and other gases and liquids compatible with the construction. AVAILABLE MODELS: P-160A SIZES: DN3/4, 1, 11/2, 2 ; DN 20, 25, 40, of 127

82 OUTLET RANGES: 0,8 6 bar. The loading pressure must be slightly above the outlet pressure (+/- 0,2 bar), to overcome the diaphragm return spring. CONNECTIONS: Clamp ends or others on request PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: Horizontal installation. Inlet vertical and horizontal outlet angle connection. See IMI. ORDER REQUIREMENTS: Type of fluid Maximum operating temperature Inlet pressure and required outlet pressure Capacity (maximum and minimum) PRESSURE REDUCING VALVE Clean Steam P-160 DESCRIPTION The P-160 series direct acting, spring-loaded diaphragm sensing, pressure reducing valves are designed for use on clean steam, compressed air, water and other gases or liquids compatible with the materials of construction. Compact design. Completely machined from barstock material, no castings or forgings are used on the standard version. No rising stem STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Leakage line connection 1/8 (captured vent). Different soft valves for liquids and gases. Casted cover (CF8M) with rising stem handwheel for economic reasons. Lock system, allows clean-in-place (CIP) and sterilization-in-place (SIP) operations with valve in line. USE: Clean steam, compressed air, water and other gases and liquids compatible with the construction. AVAILABLE MODELS: P-160 SIZES: DN3/4, 1, 11/2, 2 ; DN 20, 25, 40, of 127

83 OUTLET SPRING RANGES: 0,8 1,5 bar; 1 3 bar; 1,5 5 bar. CONNECTIONS: Clamp ends or others on request PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: Horizontal installation. Inlet vertical and horizontal outlet angle connection. See IMI. ORDER REQUIREMENTS: Type of fluid Maximum operating temperature Inlet pressure and required outlet pressure Capacity (maximum and minimum). SANITARY PRESSURE SUSTAINING VALVE PS-130 DESCRIPTION The PS-130 series direct acting, spring-loaded diaphragm sensing, pressure sustaining valves are designed for use on clean steam, compressed air, water and other gases or liquids compatible with the materials of construction. Compact design. Completely machined from barstock material, no castings or forgings are used on the standard version. No rising stem STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Leakage line connection 1/8 (captured vent). Different soft valves for liquids and gases. Casted cover (CF8M) with rising stem hand wheel for economic reasons. USE: Clean steam, compressed air, water and other gases and liquids compatible with the construction. AVAILABLE MODELS: PS-130 SIZES: DN1/2 to DN1 ; DN15 to DN25 SPRING RANGES: 0,2 1,5 bar; 0,3 3 bar; 0,8 8 bar. CONNECTIONS: Clamp ends or others on request PACKAGING: Assembling and packaging in a clean room certified according to ISO of 127

84 The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: Inline horizontal installation. ORDER REQUIREMENTS: Type of fluid Maximum operating temperature Inlet pressure and required outlet pressure Capacity (maximum and minimum). SANITARY PRESSURE REDUCING VALVE P-130 DESCRIPTION The P-130 series direct acting, spring-loaded diaphragm sensing, pressure reducing valves are designed for use on compressed air, water and other gases or liquids compatible with the materials of construction. Compact design. Completely machined from barstock material, no castings or forgings are used on the standard version. No rising stem STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Self relieving Leakage line connection 1/8 (captured vent). Panel mounting version (thread M45) Gauge connection on body Different soft valves for liquids and gases. Casted cover (CF8M) with rising stem handwheel for economic reasons. Special execution for steam. USE: Compressed air, water and other gases and liquids compatible with the construction. AVAILABLE MODELS: P-130 SIZES: DN1/2 to DN 1 ; DN15 to DN25 OUTLET SPRING RANGES: 0,2 1,5 bar; 0,3 3 bar; 0,8 8 bar. CONNECTIONS: Clamp ends or others on request PACKAGING: Assembling and packaging in a clean room 84 of 127

85 certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: Horizontal installation. ORDER REQUIREMENTS: Type of fluid Maximum operating temperature Inlet pressure and required outlet pressure Capacity (maximum and minimum). SANITARY PRESSURE REDUCING VALVE P-130C (Clamped body) DESCRIPTION The P-130C series direct acting, spring-loaded diaphragm sensing, pressure reducing valves are designed for use on compressed air, water and other gases or liquids compatible with the materials of construction. Compact design. Completely machined from barstock material, no castings or forgings are used on the standard version. No rising stem STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Self relieving Leakage line connection 1/8 (captured vent). Gauge connection on body Different soft valves for liquids and gases. Special execution for steam. USE: Compressed air, water and other gases and liquids compatible with the construction. AVAILABLE MODELS: P-130C SIZES: DN1/2 to DN 1 ; DN15 to DN25 OUTLET SPRING RANGES: 0,2 1,5 bar; 0,3 3 bar; 0,8 8 bar. CONNECTIONS: Clamp ends or others on request PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. 85 of 127

86 INSTALLATION: Horizontal installation. ORDER REQUIREMENTS: Type of fluid Maximum operating temperature Inlet pressure and required outlet pressure Capacity (maximum and minimum). BALANCED PRESSURE THERMOSTATIC STEAM TRAP Clean Steam Trap TSS 6A ( DN ½ ¾ ASME BPE ) DESCRIPTION The TSS 6A all stainless steel thermostatic steam traps and air vents are specifically designed for use in reactors, sterilizers and distribution lines in clean and pure steam systems. The small size makes it ideal for use with a wide variety of these equipment. Modulating discharge. Wide range of connections options Excellent air discharge. Simple and compact design. STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Special designs under request. USE: Saturated clean steam AVAILABLE MODELS: TSS6A Inlet and outlet angle TSS6AI Inlet angle straight outlet TSS6AO Inlet straight outlet angle SIZES: ½ and ¾. CONNECTIONS: Sanitary clamp ends ASME BPE PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: Vertical installation PMA Max. allowable pressure 10 bar TMA Max. allowable temperature 177 ºC PMO Max. operating pressure 6 bar TMO Max. operating temperature 165 ºC 86 of 127

87 BALANCED PRESSURE THERMOSTATIC STEAM TRAP Clean Steam Trap TSS 6 (DN ½ 11/2 ) DESCRIPTION The TSS 6 all stainless steel thermostatic steam traps and air vents are specifically designed for use in reactors, sterilizers and distribution lines in clean and pure steam systems. The small size makes it ideal for use with a wide variety of these equipment. Modulating discharge. Wide range of connections options Excellent air discharge. Simple and compact design. STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Special designs under request. Different standard connection USE: Saturated clean steam AVAILABLE MODEL: TSS 6 SIZES: ½ to 11/2 ; DN8 to DN25 CONNECTIONS: ASME BPE;DIN32676/DIN11850;ISO1127 Clamps or tube weld ends PACKAGING: Assembling and packaging in a clean room certified according to ISO The product is end capped and vacuum sealed with recyclable plastic film to avoid contamination. INSTALLATION: Vertical installation PMA Max. allowable pressure 10 bar TMA Max. allowable temperature 177 ºC PMO Max. operating pressure 6 bar TMO Max. operating temperature 165 ºC BALANCED PRESSURE THERMOSTATIC STEAM TRAP Clean Steam Trap TSS 7 ( DN ½ to 1 ASME BPE ) DESCRIPTION The TSS 7 all stainless steel thermostatic steam traps and air vents are specifically designed for use inreactors, sterilizers and distribution lines in 87 of 127

88 clean andpure steam systems. The small size makes it ideal for use with a wide varietyof these equipment. Modulating discharge. Wide range of connections options Excellent air discharge. Simple and compact design. STANDARD SURFACE FINISH Internal wetted parts: 0,5 micron Ra External : 0,8 micron Ra ( 0,25 micron Ra and electro polished as option) Ultrasonic cleaning OPTIONS: Special designs under request. USE: Saturated clean steam AVAILABLE MODELS: TSS 7 SIZES: ½, ¾ and 1. CONNECTIONS: Sanitary clamp ends ASME BPE PACKAGING: Assembling and packaging in a cleanroom certified according to ISO The product is end capped andvacuum sealed with recyclable plasticfilm to avoid contamination. INSTALLATION: Vertical installation. PMA Max. allowable pressure 10 bar TMA Max. allowable temperature 177 ºC PMO Max. operating pressure 6 bar TMO Max. operating temperature 165 ºC 88 of 127

89 GAUGE SIPHONS GSC - GSU DESCRIPTION The GS series pressure gauge siphons have been designed to protect pressure gauges from the effect of rapid pressure surges and hot pressure fluids. They operate as cooling elements for liquids and gases in pressure measuring devices. An isolation pressure gauge cock is recommended to be installed in combination with gauge siphons. Complete stainless steel construction OPTIONS: Different kind of connections. USE: Pressure gauge protection on steam, water, compressed air and other fluids systems compatible with the construction. AVAILABLE MODELS: GSC-40; GSU-40 ; GSUL-40 SIZES : ½ (male x female) CONNECTIONS: Female screwed ISO7/1Rp(BS21) INSTALLATION: GSC - vertical: GSU - horizontal. LIMITINNG CONDITIONS: 40 bar at 300 ºC; 110 bar at 110 ºC WEIGHT: 0,34 Kgs MATERIALS: Coil AISI 316L / Connections AISI 304 / LEVEL GAUGE LGC135I DESCRIPTION The LGC level gauge valve was specially conceived to supervise the functioning and visualization of liquid level in pressure operated condensate pumps, reservoirs and other equipment whenever compatible with operation boundaries. May be supplied either with glass or without. Stainless steel construction AVAILABLE MODELS: LGC 135I CONNECTIONS : DN ½ LIMITING CONDITIONS : Working pressure: 12 bar at 200ºC 89 of 127

90 COMPRESSED AIR BALL FLOAT TRAPS FA21S (STAINLESS STEEL) FA21SS series compressed air float traps are speciallydesigned for draining water from high pressure compressedair and gas lines. Applications on aftercoolers, separators and compressed air and gas mains. An air balance pipe must be fitted allowing the air trapped inthe trap body to escape, avoiding obstructing of condensate flow. Connections are flanged or female screwed. Modulating discharge. Unaffected by sudden or wide load and pressure changes. OPTIONS: Equalizing and drain plug on body. Lifting lever. USE: Compressed air and non corrosive gas compatible with the construction. AVAILABLE MODELS: FA 21SS-21. SIZES: DN 1/2-1, DN 15 - DN 25. CONNECTIONS: Female screwed ISO 7/1Rp(BS21) Flanged EN PN40 or ANSI. INSTALLATION Horizontal or vertical installation. DOUBLE WINDOW SIGHT GLASS DW40S (CARBON STEEL) DESCRIPTION For monitoring the right operation of a steam trap to avoid leakage of live steam and consequently big energy losses, a sight glass is recommended to be installed downstream of the steam trap. Double window DW sight glass, has been designed for this particular application. Connections are female screwed or flanged. OPTIONS: Mica shield discs for steam use USE: Condensate pipes downstream steam traps. AVAILABLE MODELS: DW 40 S SIZES: DN ½ to DN 2 ; DN 15 to DN 50 CONNECTIONS: 90 of 127

91 Female screwed ISO 7/1Rp(BS21). NPT (ANSI B1.20.1) Flanged EN or ANSI INSTALLATION: Horizontal or vertical installation. See IMI, installation and maintenance instructions. AIR ELIMINATOR FOR WATER SYSTEMS AE32 (CARBON STEEL) DESCRIPTION The AE32 carbon steel air eliminator removes air from hot and superheated water systems and is also suitable for all liquids compatible with the construction, providing that their specific gravity is not less than 0,75Kg/dm3. This ball float type automatic air eliminator can be used in combination with other air elimination and separation systems or directly applied at high points in the piping. Connections are female screwed or flanged for horizontal or vertical installation. Corrosion-resistant working parts. Replaceable internal parts. OPTIONS: Internal strainer (only on horizontal models). USE: Cold, hot and superheated water systems. AVAILABLE MODELS: AE SIZES: DN 1, DN 25. CONNECTIONS: Female screwed ISO 7/1Rp(BS21). Flanged EN or ANSI. Special flanges upon request. INSTALLATION: Horizontal or vertical installation (on request).it must be installed with the float lever in horizontal plane, so that it rises and falls vertically. It should be installed at the points in the plant where the air tends to collect. The drain should be piped to a safe position. AIR ELIMINATIORS FOR WATER SYSTEMS AE20 (CARBON STEEL) 91 of 127

92 DESCRIPTION The AE20 carbon steel air eliminator removes air from hot and superheated water systems and is also suitable for all liquids compatible with the construction, providing that their specific gravity is not less than 0,75Kg/dm3. This ball float type automatic air eliminator can be used in combination with other air elimination and separation systems or directly applied at high points in the piping. Connections are female screwed or flanged for horizontal or vertical installation Corrosion resistant working parts. Replaceable internal parts. OPTIONS: Internal strainer (only on horizontal models). USE: Cold, hot and superheated water systems. AVAILABLE MODELS: AE SIZES: DN ½ 1, DN 15 to DN25. CONNECTIONS: Female screwed ISO 7/1Rp(BS21). Flanged EN PN40 or ANSI. Special flanges upon request. INSTALLATION Horizontal or vertical installation (on request).it must be installed with the float lever in horizontal plane, so that it rises and falls vertically. It should be installed at the points in the plant where the air tends to collect. The drain should be piped to a safe position. See IMI installation and maintenance instructions. AIR ELIMINATORS FOR WATER SYSTEMS AE17/G DESCRIPTION The AE17 air eliminator removes air from HVAC systems and is also suitable for non corrosive and/or dangerous liquids providing that their specific weight is not less than 0,75Kg/dm3. This ball float type automatic air eliminator can be used in combination with other air elimination and separation systems or directly applied at high points in the piping. Connections are female screwed. Corrosion-resistant working parts. Replaceable internal parts. USE: Cold and hot water systems. AVAILABLE MODELS: AE 17 G SIZES: DN ½ and 3/4. 92 of 127

93 CONNECTIONS: Female screwed ISO 7/1Rp(BS21) INSTALLATION: Vertical installation. It must be installed absolutely vertically at the points in the plant where the air tends to collect. The drain should be piped to a safe position. See IMI installation and maintenance instructions. PRESSURE GAUGE MAN-100 / GC-400 MAN-100 MAN-100 pressure gauges have 100 mm diameter and are marked in bar. Accuracy Class 1 Case - Stainless steel Lens-Glass Dial-Aluminium white Pointer-Aluminium black Measuring system: copper alloy AVAILABLE MODELS: MAN-100 CONNECTIONS : DN ½ Bottom, back eccentric MEASURING RANGE: bar WEIGHT: 0,34Kgs LIMITING CONDITIONS : PMA Max. allowable pressure: Full scale reading PMO Max. operating temperature: 80ºC GC-400 GC-400 pressure gauges cocks without test connection DIN Form A Body-Steel C22.8 or stainless steel Spindle-Stainless steel Packing-PTFE Handwheel-Plastic AVAILABLE MODELS: GC-400 CONNECTIONS : DN ½ (male x femweight: 0,51 Kgs LIMITING CONDITIONS : Working pressure:250 bar at 250ºC 400 bar at 120ºC 93 of 127

94 STAINLESS STEEL NEEDLE VALVES NV400-NV400H DN08-15 The NV-400 is a high pressure needle stop valve, designed for steam and other industrial fluids isolation. Rising stem Complete stainless steel construction High quality graphite packing OPTIONS: Other sizes and materials available under request. USE: Saturated steam, water, compressed air and other fluids compatible with the construction. AVAILABLE MODELS: NV-400 ; NV-400H SIZES : DN ¼,3/8 and ½ CONNECTIONS: Female screwed ISO7/1Rp(BS21) INSTALLATION: In any position with the flow in the direction of the arrow on the valve body. WAFER BALL VALVES MWS1 DN MWS1 wafer ball valves are isolating valves designed for use on steam, condensate and other gases and liquids compatible with the construction. The valve is not designed as a control valve and should be used only as an isolating valve, fully open or fully closed. Connections are flanged wafer. Full bore floating ball design Bidirectional Anti blow out proof stem Antistatic device OPTIONS: Different sealing materials Lever extension for insulation USE: Steam, gases and liquids compatible with the construction. AVAILABLE MODELS: MWS1 Cast steel RATING: PN16 94 of 127

95 SIZES: DN15 to DN 150 CONNECTIONS: Flanged EN PN16 INSTALLATION: See IMI, installation and maintenance instructions. CAST STEEL PIPELINE T STRAINERS CAST STEEL IS40T DN1" TO DN4" (ANSI) IS40T cast steel T strainers are applicable to all types of steam, water, oil and air systems. Their purpose is to protect steam traps, regulating valves, pressure reducing valves, piping, etc. from dirt which are often times the cause of damage and consequently energy loss of fluid systems. Connections are flanged. OPTIONS: Different screen aperture sizes Drain plug or drain valve in strainer cap USE: Saturated steam, water, oil, air and other compatible fluids. AVAILABLE MODELS: IS40TS Carbon steel IS40TI Stainless steel SIZES: 1 to DN 4 SCREENS: 0,5 mm aperture up to DN 1 1,5 mm aperture from DN 11/2 to DN3 2 mm aperture DN 4 CONNECTIONS: Flanged ANSI B # and 300# INSTALLATION: Horizontal or vertical installation. VACUUM BREAKER VB 16 DN15-25 The VB16 vacuum breakers are simple and reliable devices that automatically relieve or break an unwanted vacuum condition, restoring the atmospheric pressure. This device is particularly suitable for steam heated units of small and medium volume as heat exchangers, heating coils, calorifiers, jacketed kettles, steam boilers, etc. Connections are male screwed. How to order: i.e. VB16 DN ½ BSP (0,05-0,10bar) OPTIONS: Stainless steel inlet deflector USE: Saturated steam and other gases compatible with the construction 95 of 127

96 AVAILABLE MODELS: VB16 SIZES: ½ to 1 CONNECTIONS: Screwed ISO 7/1 RP (BS21) INSTALLATION: Vertical installation See IMI, installation and maintenance instructions. LIMITING CONDITIONS: 12 bar at 150 ºC 16 bar at 120 ºC 96 of 127

97 TROL PNEUMATIC CONTROL VALVES PPV25I - ON OFF VALVE (COMPLETE STAINLESS STEEL) (DN 1/2' - 1 "(V25I globe valves series with linear piston actuators PP series) ) The PPV25I on-off valves are single seated, two-way body constructed with in-line straight connections. The PPI pneumatic actuator is of the piston type. Their wide application ranges allows the use of this valve with the most common process fluids such as water, superheated water, steam, air, gas and other fluids. Single seated, two ways, direct or reverse action valve. Soft sealing as standard. Actuator housing 360º rotation (clockwise). OPTIONS: Air filter regulator Normally open and double effect version. Limit switch Pilot solenoid valve USE: Saturated and superheated steam. Hot and superheated water. Air, gases and other noncorrosive fluids. AVAILABLE MODELS: PPV25I - Stainless steel VALVE SIZES: DN 1/2" to 1" CONNECTIONS: Threaded ISO or ANSI ACTUATORS: PPI-63 ( Stainless steel ) ACTUATOR CONNECTIONS: G1/8" NPT AIR SUPPLY: 5-8 bar MAX. AIR SUPPLY PRESSURE: 8 bar AMBIENT TEMPERATURE: -20ºC...+70ºC BONNET : From -5ºC to +220ºC (standard) STEM SEALING: PTFE/GR V-Rings - up to 220ºC (Standard bonnet) PLUG DESIGN: PT - On-off PORT: Full port as standard IB30S (DN11/2" - 2" ; DN 40-50) IB30 series inverted bucket steam traps are recommended for all services where the most important requirements are overall operating efficiency and long, trouble-free service life. They operate intermittently, either wide open or tightly closed and are therefore best suited for service at medium and high steam pressures. Connections are female screwed or flanged. Intermittent discharge. Discharges condensate at steam temperature. Unaffected by water-hammer and vibrations. Easy to maintain. USE: Saturated and superheated steam. AVAILABLE MODELS: IB30S SIZES: DN 1.½ - DN 2 ; DN40 DN50 CONNECTIONS: 97 of 127

98 Female screwed ISO7/1 Rp (BS21) Flanged EN PN25 or ANSI Special flanges on request. INSTALLATION: Vertical installation See IMI installation and maintenance instruction MAX. DIFFERENTIAL PRESSURE IB30S-4: 4 bar IB30S-8 : 8 bar IB30S-12: 12 bar FLOAT AND THERMOSTATIC FLT32 (CAST STEEL DN40-50) FLT32 float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are female screwed or flanged for horizontal or vertical installation. Modulating discharge. Discharges condensate at steam temperature. Unaffected by sudden or wide load and pressure changes. Excellent air discharge (by thermostatic air vent). OPTIONS: SLR steam lock release Equalizing plug or vent connection USE: Saturated and superheated steam. AVAILABLE MODELS: FLT32-4,5, 10, 14 and 21 SIZES: DN11/2 - DN2 ; DN40 DN50 CONNECTIONS: Female screwed ISO7/1 Rp (BS21) Flanged EN PN40 or ANSI INSTALLATION: Standard horizontal installation From right to left FLT32 (R-L) Upon request: -horizontal installation with the flow from left to right (L-R) -vertical installation with the flow from top to bottom (V) MAX. DIFFERENTIAL PRESSURE FLT32-4,5 : 4,5 bar FLT32-10 : 10 bar FLT32-14: 14 bar FLT32-21: 21 bar 98 of 127

99 FLOAT AND THERMOSTATIC FLT32 (CAST STEEL DN50HC) FLT32 float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are flanged for horizontal installation. Modulating discharge. Discharges condensate at steam temperature. Unaffected by sudden or wide load and pressure changes. Excellent air discharge (by thermostatic air vent). OPTIONS: SLR steam lock release Equalizing plug or vent connection USE: Saturated and superheated steam. AVAILABLE MODELS: FLT32-4,5, 10, 14 and 21 SIZES: DN50 CONNECTIONS: Flanged EN PN40 INSTALLATION: Standard horizontal installation From right to left FLT32 (R-L) Upon request: -horizontal installation with the flow from left to right (L-R) MAX. DIFFERENTIAL PRESSURE FLT32-4,5 : 4,5 bar FLT32-10 : 10 bar FLT32-14: 14 bar FLT32-21: 21 bar 99 of 127

100 FLOAT AND THERMOSTATIC FLT41I (STAINLESS STEEL DN2"HC - DN25HC) FLT14I float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are female screwed or flanged for horizontal or vertical installation. Modulating discharge. Discharges condensate at steam temperature. Unaffected by sudden or wide load and pressure changes. Excellent air discharge (by thermostatic air vent). OPTIONS: SLR steam lock release Equalizing plug or vent connection USE: Saturated and superheated steam AVAILABLE MODELS: FLT14I-4,5, 10 and 14 SIZES: DN 1 HC DN25HC CONNECTIONS: Female screwed ISO7/1 Rp (BS21) Flanged EN PN16 or ANSI INSTALLATION: Standard horizontal installation From left to right FLT14I (L-R) Upon request: -horizontal installation with the flow from right to left (R-L) -vertical installation with the flow from top to bottom (V) MAX. DIFFERENTIAL PRESSURE FLT14I-4,5 : 4,5 bar FLT14I-10 : 10 bar FLT14I-14: 14 bar WINDOW SIGHT GLASS DW12G - DW12SS For monitoring the right operation of a steam trap to avoid leakage of live steam and consequently big energy losses, a sight glass is recommended to be installed downstream the steam trap. Double window DW sight glass, has been designed for this particular application. Connections are flanged. OPTIONS: Mica shield discs USE: Condensate pipes downstream steam traps. 100 of 127

101 AVAILABLE MODELS: DW12G PN16 Cast iron DW12SS PN25 Stainless steel DN15 to DN150 SIZES: Flanged EN /-2 PN16-PN25 CONNECTIONS: Horizontal or vertical installation INSTALLATION: See IMI installation and maintenance instructions. DOUBLE WINDOW SIGHT GLASS DW12 (BRONZE) For monitoring the right operation of a steam trap to avoid leakage of live steam and consequently big energy losses, a sight glass is recommended to be installed downstream of the steam trap. Double window DW sight glass, has been designed for this particular application. Connections are female screwed. OPTIONS: Mica shield discs for steam use USE: Condensate pipes downstream steam traps. AVAILABLE MODELS: DW 12 SIZES: DN 11/4 to DN 2 CONNECTIONS: Female screwed ISO 7/1Rp(BS21). INSTALLATION: Horizontal or vertical installation. See IMI, installation and maintenance instructions. DW40SS (STAINLESS STEEL) For monitoring the right operation of a steam trap to avoid leakage of live steam and consequently big energy losses, a sight glass is recommended to be installed downstream of the steam trap. Double window DW sight glass, has been designed for this particular application. Connections are female screwed or flanged. OPTIONS: Mica shield discs for steam use USE: Condensate pipes downstream steam traps. AVAILABLE MODELS: DW 40 SS SIZES: DN ½ to DN 2 ; DN 15 to DN 50 CONNECTIONS: Female screwed ISO 7/1Rp(BS21). NPT (ANSI B1.20.1) 101 of 127

102 Flanged EN or ANSI INSTALLATION: Horizontal or vertical installation. See IMI, installation and maintenance instructions. COMPRESSED AIR AUTOMATIC DRAIN VALVES CAD CAD - Compressed Air Automatic Drain Valve consists ofa solid-state timer coupled to a solenoid valve. The CAD is specially designed for automatic draining offilters, separators, aftercoolers, dryers, receivers, driplegs and other compressed air system componentswhere condensate and contaminants collect. The draining interval and discharge time can be adjustedaccording to the requirements. Valve connections are female screwed. Easy to read and set time for on/off periods. Adjustable interval and discharge times. Manual test switch. Simple to install. OPTIONS: Stainless steel valve body USE: Compressed air, oil, gases and liquidscompatible with the materials of construction. AVAILABLE MODELS: CAD SIZES: DN 3/8 and 1/ 2" CONNECTIONS: Female screwed ISO 7/1 Rp (BS21) INSTALLATION: In any position. COMPRESSED AIR BALL FLOAT TRAPS FA16SS (STAINLESS STEEL)(DN15-20) FA16SS is a fully automatic ball float trap extremely compact in dimension and light in weight, specially designed for draining water from compressed air lines. Applications on after coolers, separators and compressed air mains. Connections are female screwed. Corrosion-resistant. Replaceable internal parts. Modulating discharge Unaffected by sudden or wide load and pressure changes. OPTIONS: Compression fitting 102 of 127

103 Hand purging valve. USE: Compressed air and non corrosive gas compatible with the construction. AVAILABLE MODELS: FA16SS SIZES: DN 1/2 and ¾. CONNECTIONS: Inlet ½ or ¾ vertical (top to bottom) Outlet ½ vertical. Female screwed ISO 7/1Rp(BS21) INSTALLATION: Vertical installation. It must be installed absolutely vertically at the points in the plant where the condensate tends to collect. The drain should be piped to a safe position. See IMI installation and maintenance instructions. COMPRESSED AIR BALL FLOAT TRAPS FA17/G (DN40 - DN50) FA17/G is a fully automatic ball float trap extremely compact in dimension and light in weight, specially designed for draining water from compressed air lines. Applications on aftercoolers, separators and compressed air mains. Connections are screwed or flanged. Modulating discharge. Unaffected by sudden or wide load and pressure changes. OPTIONS: Horizontal reversible inlet connections. USE: Compressed air and non corrosive gas, compatible with the construction. AVAILABLE MODELS: FA 17 G SIZES: DN 11/2-2 ; DN 40 DN 50. CONNECTIONS: Female screwed ISO 7/1 Rp (BS21) Flanged EN PN16 or ANSI INSTALLATION: Standard horizontal installation-flow from right to left (R-L). Vertical installation with the flow from top to bottom (V). See IMI installation and maintenance instructions. 103 of 127

104 COMPRESSED AIR BALL FLOAT TRAPS FA17/G (DN15-20) FA 17/G is a fully automatic ball float trap extremely compacin dimension and light in weight, specially designed fodraining water from compressed air lines. Applications on aftercoolers, separators and compressed amains. Connections are female screwed or flanged. Modulating discharge. Unaffected by sudden or wide load and pressure changes. OPTIONS: Horizontal reversible inlet connections. USE: Compressed air and non corrosive gas, compatible with the construction. AVAILABLE MODELS: FA 17/G SIZES: DN ½ - 3/4 ; DN 15 DN 20. CONNECTIONS: Female screwed ISO 7/1Rp(BS21) Flanged EN PN16 or ANSI INSTALLATION: Vertical installation. See IMI installation and maintenance instructions. 104 of 127

105 NON-RETURN VALVE RT25 DN08-50 The RT25 all stainless steel disc check valve has a compact design and was specially designed for use with steam and hot condensate. Connections are female screwed Low pressure drop. Simple and compact design. OPTIONS: Soft sealing : EPDM(E),NBR(N),VITON(V),PTFE (T). Inconel springs USE : Saturated steam, water and other gases (Group 2) compatible with the construction. AVAILABLE MODELS : RT 25 SIZES : DN ¼ to DN 2 CONNECTIONS : Female screwed ISO 7/1 Rp (BS21) INSTALLATION : Horizontal or vertical installation See IMI, installation and maintenance instructions. RATING : PN 25 PMA Max. allowable pressure 32 bar TMA Max. allowable temperature 250 ºC PMO Max. operating pressure 21 bar TMO Max. operating temperature 220 ºC AIR ELIMINATIONS FOR WATER SYSTEMS AE16SS (STAINLESS STEEL) The AE16SS stainless steel air eliminator removes air from HVAC systems and is also suitable for non corrosive and/or dangerous liquids providing that their specific weight is not less than 0,75Kg/dm3. This ball float type automatic air eliminator can be used in combination with other air elimination and separation systems or directly applied at high points in the piping. Connections are female screwed. Corrosion-resistant. Replaceable internal parts. USE: Cold and hot water systems. 105 of 127

106 AVAILABLE MODELS: AE16SSE (EPDM valve) AE16SSV (VITON valve) SIZES: DN 1/2 and ¾. CONNECTIONS: Inlet ½ or ¾ vertical. Outlet ½ vertical. Female screwed ISO 7/1Rp(BS21) INSTALLATION: Vertical installation. It must be installed absolutely vertically at the points in the plant where the air tends to collect.the drain should be piped to a safe position. See IMI installation and maintenance instructions. AIR ELIMINATIONS FOR WATER SYSTEMS AE16 (CAST IRON) The AE16 air eliminator removes air from HVAC systems and is also suitable for non corrosive and/or dangerous liquids providing that their specific weight is not less than 0,75Kg/dm3. This ball float type automatic air eliminator can be used in combination with other air elimination and separation systems or directly applied at high points in the piping. Connections are female screwed. Corrosion-resistant working parts. Replaceable internal parts. USE: Cold and hot water systems. AVAILABLE MODELS: AE16-6E; AE16-14E (EPDM Valve) AE16-6V; AE16-14V (VITON Valve) SIZES: DN ½, 3/4 and 1 CONNECTIONS: Inlet ½ to 1 vertical. Outlet ½ vertical. Female screwed ISO 7/1Rp(BS21) INSTALLATION: Vertical installation. It must be installed absolutely vertically at the points in the plant where the air tends to collect.the drain should be piped to a safe position. See IMI installation and maintenance instructions. 106 of 127

107 PIPELINE Y STAINERS IS140 DN15-50 IS140 strainers are applicable to all types of steam, water, oil and air systems. Their purpose is to protect traps, regulating valves, piping, etc. from dirt which are often times the cause of damage and consequently energy loss of fluid systems. Connections are female screwed. OPTIONS: Different screen aperture sizes Drain plug or drain valve in strainer cap USE: Saturated steam, water, oil, air and other compatible fluids. AVAILABLE MODELS: IS 140S Cast steel IS 140I Stainless steel SIZES: IS 140S DN ½ to DN 2 IS 140I DN ½ to DN 1 SCREENS: 0,8 mm aperture CONNECTIONS: Female screwed ISO 7/1 Rp (BS21) INSTALLATION: Horizontal or vertical downstream installation PNEUMATIC CONTROL VALVES The PV25 On-Off valves are single seated, two-waybody constructed with in-line straight connections. ThePA pneumatic actuator is rubber diaphragm and multisprings. Its action can be DA-direct action (air to close)or RA-reverse action (air to open). Their wide application ranges allows to use this valvewith the most common process fluids such as water, superheated water, steam, air, gas and other noncorrosive fluids. Single seated, two way, direct or reverse action valve.valve top flange permanently attached to the body,removal is unnecessary for replacing the actuator. Soft sealing as standard. OPTIONS: Air filter regulator Top-work manual handwheel Stainless steel construction. USE: Saturated and superheated steam. Hot and superheated water. Air, gases and other noncorrosive fluids. 107 of 127

108 AVAILABLE MODELS: PV25G-OF - SG iron PV25I-OF - Stainless steel VALVE SIZES: DN15 to DN100 CONNECTIONS: Flanged EN1092-1/-2 PN16 ACTUATORS: PA-205; PA-280; PA-340; PA-435 ACTUATOR CONNECTION: 1/4'' NPT-F INVERTED BURKET STEAM TRAP IB30S (Carbon steel / stainless steel) IB30SS (All stainless steel) IB30 series inverted bucket steam traps are recommended for all services where the most important requirements are overall operating efficiency and long, trouble-free service life. They operate intermittently, either wide open or tightly closed and are therefore best suited for service at medium and high steam pressures. Connections are female screwed or flanged. Intermittent discharge. Discharges condensate at steam temperature. Unaffected by water-hammer and vibrations. Easy to maintain. OPTIONS: Anti-freeze device USE: Saturated and superheated steam. AVAILABLE MODELS: IB30S and IB30SS SIZES: DN ½ - DN 1 ; DN15 - DN25 CONNECTIONS: Female screwed ISO7/1 Rp (BS21) Flanged EN PN40 or ANSI INSTALLATION: Horizontal installation See IMI installation and maintenance instructions. 108 of 127

109 INVERTED BUCKET STEAM TRAPS IB12 IB12 series inverted bucket steam traps are recommended for all services where the most important requirements are overall operating efficiency and long, trouble-free service life. They operate intermittently, either wide open or tightly closed and are therefore best suited for service at medium and high steam pressures. Connections are female screwed for horizontal installation. Intermittent discharge. Discharges condensate at steam temperature. Unaffected by water hammer and vibrations. Easy to maintain. USE: Saturated and super heated steam. AVAILABLE MODELS: IB 12-4; IB12-8; IB SIZES: DN ½ - 3/4 CONNECTIONS: Female screwed ISO7/1 Rp (BS21) Threaded flanges on request INSTALLATION: Horizontal installation See IMI installation and maintenance instructions. MAX. DIFFERENTIAL PRESSURE IB12-4 : 4 bar IB12-8 : 8 bar IB12-12 : 12 bar SHELL AND TUBE HEAT EXCHANGE The -ST series steam to water shell and tube heat exchangers are shorter and lighter than the alternative shell and tube exchangers manufactured with smooth pipes. The use of extruded low fin tubes, has the advantage that it can improve the external surface and thermal performance. Corrosion-resistant stainless steel low finned tube bundle construction. Straight tubes for easy cleaning. Floating head at the end of the tube bundle, avoiding tube stresses caused by thermal expansion and contraction. OPTIONS : Vertical installation, see STV catalogue. USE : Steam, water, hot condensate and other fluids compatible with the construction. AVAILABLE MODELS: 109 of 127

110 STH/S Carbon steel shell STH/SS Complete st. steel CONNECTIONS : Flanged or screwed, according to EN or ANSI standards. INSTALLATION: Floor, wall, hanging from the ceiling. Steam runs inside the tubes and process water outside. ORDER REQUIREMENTS: Steam pressure and temperature Inlet and outlet water temperature Water mass flow or heat exchanged. See inquiry sheet. FLOAT AND THERMOSTATIC FLT17 (DN 1/2 to 1 ; DN15 to DN25) FLT17 float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are female screwed or flanged for horizontal or vertical installation. Modulating discharge. Discharges condensate at steam temperature. Unaffected by sudden or wide load and pressure changes. Excellent air discharge (by thermostatic air vent). OPTIONS: SLR steam lock release, Equalizing plug or vent connection Internal strainer USE: Saturated and superheated steam. AVAILABLE MODELS: FLT17-4,5, 10 and 14 SIZES: DN ½ to DN1 DN15 to DN25 CONNECTIONS: Female screwed ISO7/1 Rp (BS21) Flanged EN /-2 PN16 or ANSI INSTALLATION: Standard horizontal installation From right to left FLT17 (R-L) Upon request: -horizontal installation with the flow from left to right (L-R) -vertical installation with the flow from top to bottom (V) MAX. DIFFERENTIAL PRESSURE FLT17-4,5 : 4,5 bar FLT17-10 : 10 bar FLT17-14: 14 bar 110 of 127

111 FLOAT AND THERMOSTATIC FLT17LC (1/2-3/4 ; DN15-20) FLT17LC float and thermostatic (integral air vent) stetraps series are designed for all types of low and hpressure steam heating and process equipment. Typical applications include unit heaters, heat exchangdriers, jacketed vessels and all the applications whcontinuous drainage is essential. Connections are female screwed or flanged for horizontal or vertical installation. Modulating discharge. Discharges condensate at steam temperature. Unaffected by sudden or wide load and pressure changesexcellent air discharge (by thermostatic air vent). OPTIONS: SLR steam lock release, Equalizing plug or vent connection USE: Saturated and superheated steam. AVAILABLE MODELS: FLT17LC-4,5, 10 and 14 SIZES: DN ½ to DN3/4 DN15 to DN20 CONNECTIONS: Female screwed ISO7/1 Rp (BS21) Flanged EN PN16 or ANSI INSTALLATION: Standard horizontal installation From right to left FLT17LC (R-L) Upon request: -horizontal installation with the flow from left to right (L-R) -vertical installation with the flow from top to bottom (V) MAX. DIFFERENTIAL PRESSURE FLT17LC-4,5 : 4,5 bar FLT17LC-10 : 10 bar FLT17LC-14: 14 bar FLOAT AND THERMOSTATIC FLT16 (DN 1/2-3/4 ; DN15 - DN20) FLT16 float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are female screwed or flanged for horizontal or vertical installation. Modulating discharge. 111 of 127

112 Discharges condensate at steam temperature. Unaffected by sudden or wide load and pressure changes. Excellent air discharge (by thermostatic air vent). OPTIONS: SLR steam lock release Equalizing plug and vent connection. USE: Saturated and superheated steam. AVAILABLE MODELS: FLT16-4,5, 10 and 14 SIZES: DN ½ to DN 3/4 DN15 to DN20 CONNECTIONS: Female screwed ISO7/1 Rp (BS21) Flanged EN PN16 or ANSI INSTALLATION: Standard horizontal installation From right to left FLT16 (R-L Upon request: -horizontal installation with the flow from left to right (L-R) -vertical installation with the flow from top to bottom (V) MAX. DIFFERENTIAL PRESSURE FLT16-4,5 : 4,5 bar FLT16-10 : 10 bar FLT16-14: 14 bar HIGH CAPACITY FLOAT AND ORIFICE STEAM TRAPS FLT120S float and orifice steam traps series are designed for all types of low pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Specially designed for the sugar industry where extremely high flow rates are involved. Connections are flanged. Modulating discharge. Discharges condensate at steam temperature. Unaffected by sudden or wide load and pressure changes. OPTIONS: Special designs USE: Saturated steam. AVAILABLE MODELS: FLT120S SIZES: DN 150 CONNECTIONS: Flanged EN PN16 or ANSI INSTALLATION: Horizontal standard installation 112 of 127

113 WAFER TYPE NON RETURN VALVE RD40 DN125-DN200 The RD40 disc check valve has a compact design and was specially designed for use with steam and hot condensate. Connections are flanged (wafer type) Low pressure drop. Simple and compact design. Overall lengths according to DIN 3202 part 3-K4 OPTIONS: Soft sealing : EPDM (E), NBR (N), VITON (V), PTFE (T). Inconel springs USE : Saturated steam, water and other gases (Group 2) compatible with the construction AVAILABLE MODELS : RD 40 SIZES : DN 125 to DN 200 CONNECTIONS : Sandwiched between flanges as per EN 1092 or ANSI. INSTALLATION : Horizontal or vertical installation.see IMI, installation and maintenance instructions. RATING : PN 10 / PN 40 LIMIT OF OPERATION: As per EN 1092 BRONZE GLOBE VALVE GV32B GV32B bronze in line stop valves, screwed type for use on steam, water, oil or air applications. MAIN FEATURES : Rising stem PTFE renewable disk High quality PTFE packing USE: Saturated steam, condensate, water, oil, compressed air and other fluids compatible with the construction.. AVAILABLE MODELS: GV32B SIZES : DN1/2-2 CONNECTIONS: Female screwed ISO7/1Rp(BS21) LIMITING CONDITIONS : Body design conditions: PN32 198ºC at 14 bar 100ºC at 32 bar 113 of 127

114 BELLOWS SEALED STOP VALVES VF40 DN VF40 series are streamlined flow valves with bellows, outside screw no rising stem, maintenance free. They are specially recommended for steam, gas, liquid, condensate, thermal oil and water systems. Connections are flanged. Double wall bellows specially designed for high durability. Position indicator Lubricator Maintenance free Secondary safety sealing OPTIONS: Parabolic plug USE: Steam, gases and liquids compatible with the construction. AVAILABLE MODELS: VF40 Cast steel RATING: PN40 SIZES: DN15 to DN 150 CONNECTIONS: Flanged EN PN40 INSTALLATION: See IMI, installation and maintenance instructions BELLOWS SEALED STOP VALVES VF20 DN VF20 series are streamlined flow valves with bellows, outside screw no rising stem, maintenance free. They are specially recommended for steam, gas, liquid, condensate, thermal oil and water systems. Connections are flanged. Double wall bellows specially designed for high durability. Position indicator Lubricator Maintenance free Secondary safety sealing OPTIONS: Parabolic plug 114 of 127

115 PTFE disc sealing (max.180ºc) USE: Steam, gases and liquids compatible with the construction. AVAILABLE MODELS: VF20 Cast iron RATING: PN16 SIZES: DN15 to DN 200 CONNECTIONS: Flanged EN PN16 INSTALLATION: See IMI, installation and maintenance instructions. BELLOWS SEALED STOP VALVES VF16- VF17-VF18 DN VF series are streamlined flow valves with bellows, inside screw and maintenance free. They are specially recommended for steam, gas, liquid, condensate, thermal oil and water systems. Connections are flanged. Double wall bellows specially designed for high durability. Maintenance free Secondary safety sealing OPTIONS: Parabolic plug PTFE disc sealing (max.180ºc) USE: Steam, gases and liquids compatible with the construction. AVAILABLE MODELS: VF16 PN16 Cast iron VF17 PN16 Nodular cast iron VF18 PN25 Nodular cast iron SIZES: DN15 to DN 250 CONNECTIONS: Flanged EN PN16-PN25 INSTALLATION: See IMI, installation and maintenanceinstructions. THREE PIECES BALL VALVES M3S1 DN of 127

116 M3S1 three pieces ball valves are isolating valves designed for use on steam, condensate and other gases and liquids compatible with the construction. The valve is not designed as a control valve and should be used only as an isolating valve, fully open or fully closed. Connections are threaded or socket welded Full bore floating ball design Can be serviced without removal from pipeline Bidirectional Anti blow out proof stem Antistatic device OPTIONS: Different sealing materials Fire safe design USE: Steam, gases and liquids compatible with the construction. AVAILABLE MODELS: M3S1 Zinc plated carbon steel RATING: PN100 SIZES: DN1/2 to DN 2 CONNECTIONS: BSP female threads ISO 7/1 Rp (BS21) NPT to ANSI B SW - Socket weld to ANSI B16.11 BW - Butt weld to ANSI B16.25) INSTALLATION: See IMI, installation and maintenance instructions. STEAM INJECTION The SI20 series steam injectors from are injection condensers. They ensure low noise and vibration and rapid heating of still or flowing fluids in basins and vessels due to direct steam injection. Steam enters through the inlet housing, passes along the centre of the heater, through holes in the inner rings, through spaces between the element plates where it condensates under light load and partly condensates under heavy load to be discharged through the serrated periphery of the element plates. Under heavy load if any steam pass through the periphery of the element plates, will do so in very small jets and will condensate in the surrounding liquid with very little noise and vibration. Connections are female screwed. Quiet operation. Corrosion-resistant. 116 of 127

117 No moving parts. OPTIONS: Complete system including vacuum breaker and self operated controller. Different capacities and design available under request. USE: Direct steam injection heating systems. See IMI installation and maintenance instructions. AVAILABLE MODELS: SI 20-4; SI 20-5,5; SI 20-7; SI 20-8,5 SIZES: 3/4" CONNECTIONS: Female screwed ISO 7/1 Rp (BS21) INSTALLATION: Horizontal or vertical installation. LIMITING CONDITIONS: PMO: Max. operating pressure 8,5 bar TMO: Max. operating temperature 180 ºC INTERMITTENT BLOWDOWN VALVES The VPA26S blowdown valve was specially designefor application on steam boilers removing thconcentrations of solids avoiding boiler damagesunstable water level control and other typicaproblems. The valves are provided with a diaphragm actuatosuitable for compressed air motive fluid. The opening signal is supplied by an automatiintermittent control unit or manually (optional). Connections are flanged. OPERATION The valve can be operated manually or using pneumatic actuator. Valve aperture depends from thboiler manufacturer specification (example: once day during five seconds). High quality hardened valve and seat. Manual or automatic control. Can be locked in the open position if supplied witthe manual operation lever. OPTIONS: Air filter regulator 117 of 127

118 Solenoid valve with cycling timmechanical limit switch Water powered actuator Stainless steel construction. USE: Intermittent blowdown of steam boilers. AVAILABLE MODELS: VPA 26S VALVE SIZES: DN20 to DN50 CONNECTIONS: Flanged EN ACTUATORS: PA-205; PA-280. ACTUATOR CONN: 1/4'' NPT-F TWO OR THREE WAY CAST STEEL PILOT OPERATED PRESSURE REDUCING VALVES PRV47 (Steel) PRV47I (St. Steel) The PRV47 pilot operated pressure reducing valves are designed for use on steam, compressed air, nitrogen and other gases compatible with the construction and they can be installed on pressure reducing stations throughout all industries. Connections are flanged or threaded. 118 of 127

119 HIGH CAPACITY DIRECT ACTING The PRV25/2S series direct acting pressure reducing valves are designed for use on steam, compressed air and other gases. They are suitable for reducing steam pressure at the point of use on laundry machines, dyeing, food industries, sterilizers, etc. Connections are female screwed or flanged. Compact design. Bellows specially designed for high durability. Built-in strainer. OPTIONS: Regulating screw with top cap. USE: Saturated steam, compressed air and other gases compatible with the construction. AVAILABLE MODELS: PRV25/2S metal to metal seating PRV25/2SG soft valve PRW25/2S soft valve balanced 119 of 127

120 RECOMMENDED APPLICATIONS : PRV25/2S steam and compressed air PRV25/2SG steam and compresswhere tight off is required PRW25/2S water, compressed air SIZES: CONNECTIONS: INSTALLATION: Regulating screw with top cap. Saturated steam, compressed air and other gases compatible with the construction. PRV25/2S metal to metal seating PRV25/2SG soft valve PRW25/2S soft valve balanced PRV25/2S steam and compressed air PRV25/2SG steam and compressed air where tight off is required PRW25/2S water, compressed air SIZES: ½, ¾, 1 ; DN15, DN20 and DN25. Female screwed ISO7/1Rp(BS 21). Flanged EN PN40 or ANSI. Horizontal installation. An Y strainer should be provided upstream the valve. See IMI, installation and maintenance instructions VACUUM BREAKER VB21-VB21M DN15 The VB21 vacuum breakers are simple and reliable devices that automatically relieve or break an unwanted vacuum condition, restoring the atmospheric pressure. This device is particularly suitable for steam heated units of small and medium volume as heat exchangers, heating coils, calorifiers, jacketed kettles, steam boilers, etc. Connections are female screwed. USE: Saturated and superheated steam AVAILABLE MODELS: VB21; VB21M SIZES: ½ x 1/8 CONNECTIONS: Inlet ½ vertical Outlet 1/8 horizontal VB21-Female screwed ISO 7-1 Rp (BS21) 120 of 127

121 VB21M-Male screwed ISO 7-1 R (BS21) INSTALLATION: Vertical installation angled connection. See IMI, installation and maintenance instructions. LIMITING CONDITIONS: 13 bar at 400 ºC 21 bar at 220 ºC SIGHT GLASSES SCK & CHECK VALVE DN15-25 Being installed after the steam trap, the sight checker is a device to be used for visually checking the conditions and leakage of steam traps. SCK sight checker functions as both sight glass and check valve. Connections are female screwed. USE: Condensate pipes downstream steam traps. AVAILABLE MODELS: SCK SIZES: ½, 3/4 and DN 1 CONNECTIONS: Female screwed ISO 7/1Rp(BS21). INSTALLATION: Horizontal or vertical (bottom to top) installation. See IMI, installation and maintenance instructions. CAUTION: SCK should be fitted at least 1m from the trap in order to protect the glass from thermal pressure or shock. PMO Max. operating pressure 10 bar TMO Max. operating temperature 150 ºC How to order: i.e. SCK DN ½ BSP. 121 of 127

122 WAFER TYPE NON-RETURN VALVE RD40 DN15-DN100 The RD40 all stainless steel disc check valve has a compact design and was specially designed for use with steam and hot condensate. Connections are flanged (wafer type) Low pressure drop. Simple and compact design. Overall lengths according to DIN 3202 part 3-K4 OPTIONS: Soft sealing : EPDM (E), NBR (N), VITON (V), PTFE (T). Inconel springs USE : Saturated steam, water and other gases (Group 2) compatible with the construction AVAILABLE MODELS : RD 40 SIZES : DN 15 to DN 100 CONNECTIONS : Sandwiched between flanges as per EN 1092 or ANSI. INSTALLATION : Horizontal or vertical installation See IMI, installation and maintenance instructions. RATING : PN 25 / PN 40 LIMIT OF OPERATION: As per EN 1092 CAST IRON PIPELINE Y STAINERS IS16F DN IS16F Y cast iron strainers are applicable to all types of steam, water, oil and air systems. Their purpose is to protect traps, regulating valves, piping, etc. from dirt which are often times the cause of damage and consequently energy loss of fluid systems. Connections are flanged. OPTIONS: Different screen aperture sizes Drain plug or drain valve in strainer cap USE: Saturated steam, water, oil, air and other compatible fluids. AVAILABLE MODELS: IS16F SIZES: DN 15 to DN 300 SCREENS: 0,5 mm aperture up to DN50 1,2 mm aperture from DN 65 to DN 300 CONNECTIONS: Flanged EN PN16 INSTALLATION: Horizontal or vertical downstream installation. 122 of 127

123 See IMI, installation and maintenance instructions. COMPRESSED AIR BALL FLOAT TRAPS FA32 (CARBON STEEL) DN25 FA32 series compressed air float traps are specially designed for draining water from high pressure compressed air and gas lines. Applications on aftercoolers, separators and compressed air and gas mains. An air balance pipe must be fitted allowing the air trapped in the trap body to escape, avoiding obstructing of condensate flow. Connections are flanged or female screwed. Modulating discharge. Unaffected by sudden or wide load and pressure changes. OPTIONS: Internal strainer (only on horizontal models). Equalizing and drain plug on body. Lifting lever. USE: Compressed air and non corrosive gas compatible with the construction. AVAILABLE MODELS: FA 32-21, FA SIZES: DN 1 - DN 25. CONNECTIONS: Female screwed ISO 7/1Rp(BS21) Flanged EN PN40 or ANSI. Special flanges upon request. INSTALLATION: Horizontal or vertical installation THERMOSTATIC STEAM TRAPS AND AIR ELIMINATORS TH13A The TH 13A series thermostatic steam traps and air eliminators are specifically designed for use on process equipment such as kettle cookers, sterilizers, food, chemical and laundry equipment. The small size makes it ideal for use with a wide variety of this equipment and specifically as air eliminator. Connections are female screwed. 123 of 127

124 FLOAT & THERMOSTATIC FLT14I (Stainless steel DN1 DN25) FLT14I float and thermostatic (integral air vent) steam traps series are designed for all types of low and high pressure steam heating and process equipment. Typical applications include unit heaters, heat exchangers, driers, jacketed vessels and all the applications where continuous drainage is essential. Connections are female screwed or flanged for horizontal or vertical installation. Modulating discharge. Discharges condensate at steam temperature. Unaffected by sudden or wide load and pressure changes. Excellent air discharge (by thermostatic air vent). OPTIONS: SLR steam lock release Equalizing plug or vent connection USE: Saturated and superheated steam AVAILABLE MODELS: FLT14I-4,5, 10 and 14 SIZES: DN 1 DN25 CONNECTIONS: Female screwed ISO7/1 Rp (BS21) INSTALLATION: Flanged EN PN16 or ANStandard horizontal installation From right to left FLT14I (R-L) Upon request: -horizontal installation with the flow from left to right (L-R) -vertical installation with the flow from top to bottom (V) MAX. DIFFERENTIAL PRESSURE FLT14I-4,5 : 4,5 bar FLT14I-10 : 10 bar FLT14I-14: 14 bar THERMODYNAMIC STEAM TRAPS DT 40S Thermodynamic DT40S disc steam traps are compact and lightweighteasy to install traps, excellent for high pressure systems, including steam tracing applications. These traps have only one moving part and offer a wide operating range, without adjustment. Connections are female screwed. Intermittent discharge. Operates on superheated steam. The disc can be easily replaced in field without removing the trap from the line. Unaffected by water-hammer and vibrations. 124 of 127

125 Integral seat. USE: AVAILABLE MODELS: SIZES: CONNECTIONS: INSTALLATION: APPLICATION LIMITS: PMA Max. allowable pressure TMA Max. allowable temperature PMO Max. operating pressure TMO Max. operating temperature DIMENSIONS (mm) SIZEMODEL Saturated and superheated steam. DT 40S DN3/8 to DN 1 Female screwed ISO7/1 Rp (BS21) Horizontal installation recommended. Can be installed in any position. Min-working pressure 0,25 bar Max. working back pressure 80% 63 bar 400 ºC 40 bar 350 ºC PRESSURE OPERATED PUMP MAT POP-S The MAT POP (Pressure Operated Pump) fabricated carbon steel (stainless steel on request) is recommended in the transfer of hightemperature liquids such as condensate, oils and other liquids to a higher elevation or pressure. The pump starts when there is something to pump and stops when there isn t. Under certain conditions, it can drain a closed vessel under vacuum or pressure. The pump can be operated by steam, compressed air or gas and can be used for lifting any kind of no corrosive liquids. Connections are flanged or female screwed (with screwed flanges). HUMIDITY SEPARATORS 125 of 127

126 MAT PUMPS Unicron Engineering 19, Jalan PP 2/4, Taman Putra Prima, 47130, Puchong, Selangor, Malaysia Facebook Tel Fax Website / 126 of 127

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