Valves

Product Details:

Description The BRV2 is a direct acting pressure reducing valve suitable for steam, or gases such as compressed air.

Available types BRV2 Screwed with SG iron body. Flanged with SG iron body. BRV2S with stainless steel bellows assembly. BRV2B with phosphor bronze/brass bellows assembly. BRV2SP optional types with external pressure sensing. BRV2BP optional types with external pressure sensing.

Sizes and pipe connections ½”, ¾” and 1" screwed BSP (BS 21 Rp) of NPT. DN15. 20 and 25 flanged BS 4504 PN25.

Limiting conditions Maximum body design conditions PN25 Maximum upstream pressure 19 bar Maximum downstream reduced pressure 8.6 bar Maximum design temperature 210-C Maximum recommended turndown ratio 10:1 at maximum flow Designed for a maximum cold hydraulic test pressure of 38 bar g

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Description: Thermodynamic steam trap with inbuilt strainer and full stainless steel construction, best suited for header and mainline drains and drop legs.

Sizes and Pipe Connections: 15NBand20NB Screwed BSPT/NPT & Socket Wieldable ends

Note: 1. Available with ASA - 150, 300 & 600 weld on flanges on request. 2. Available with IBR certificate

Limiting Conditions: Maximum operating conditions PMO - Max. operating pressure for screwed end 31.64 kg/cm' TMO - Max. operating temperature 427°C. Hydraulic test pressure for screwed ends 63.0 kg/cm2 PMO - Max. operating pressure for socket-weld ends 44.0 kg/cm1 Hydraulic test pressure for socket weld ends 88.0 kg/cm' PMOB-Max. operating back pressure on outlet should not exceed 80% of inlet pressure. Minimum inlet pressure for satisfactory operation 0.25 kg/cm2 On special request TD-3 can be supplied for PMO - Max operating pressure for socket-weld ends 55.0 kg/cm2 TMO - Max. Operating temperature 450°C.

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The diaphragm valves are mainly used in water treatment plants, fertilizer & petrochemicals industries, chemical industries, refineries, thermal power stations, and other process industries. Equally suited to on and off, or flow control applications, a diaphragm valve will handle positive pressures or high vacuum. Due to the wide range of material options it will handle almost all applications within its temperature and pressure ranges (175°C max. and 16 bar max.) and as such is used in almost every industry on both corrosive and abrasive applications. All working parts are isolated from the line media which enhances its reliability. Maintenance is a simple task with the body remaining in the pipe, the valve thus being field serviceable. It has linear flow characteristics which makes it well suited to throttling or modulating duties. On/off and control automation is possible with the use of modern compact actuators and accessories.

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A large volume and wide variety of hazardous and toxic materials are currently in use. Coupled with increasingly stringent regulatory requirements positive containment and control measures have become mandatory.

Bell-O-Seal Valves are well qualified to provide technological assistance for applications involving hazardous and difficult to- handle fluids and gases.

Bell-O-Seal engineers combine more than 20 years of experience in valve design and development with expertise in metallurgical techniques. Their strategic use of Special materials and other high performance metals makes Bellow Seal Valves the optimum choice worldwide for a broad range of applications.

The exceptional versatility, superior operating characteristics, robust construction and consistent dependability of Bell-O-Seal Valves have won us widespread acceptance across the industry, especially chemical and hydrocarbon processing industries.

Typical applications of our valves include : Thermic fluid, Ammonia, Chlorine, Phosgene, Butadine, Benzene, Ethylene, Hydrochloric acid, Hydrogen, Steam, Fatty acid to name just a fraction of the many possible uses.

Our uniquely engineered, of time and performance tested, Bellow Seal Valves assure safer operating conditions and compliance with anti-pollution regulations.

Our 'Zero Stem' leakage design eliminates product losses, hazards to humans, the environment, and costly downtime required for packing maintenance.

Our Valves are available in all popular sizes in flanged, threaded as well as weld end configurations.

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Fainger LESER is one of the leading manufacturing companies for safety valves in India. The state of the art manufacturing facility is located in Paithan, Aurangabad. The sales and marketing organization headquartered in Mumbai offers powerful and competent service.

The company was established in 1987 as a joint venture between Fainger Engineering, India, and LESER GmbH & Co. KG, Germany to manufacture safety valves with a proven design and technology. Since 2010, Fainger LESER is a 100% subsidiary of LESER with now more than 120 employees.

Our modern manufacturing and testing facilities ensure high quality safety valves and a large central stock guarantees short delivery times for valves and spare parts. To date, the more than 150,000 Fainger LESER safety valves installed underline the trust the customers have in Fainger LESER.

Our safety valves are being used by customers across all major industries like oil & gas, petrochemicals, chemicals, pharmaceuticals, and Original Equipment Manufacturers (OEMs).

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Product Details:

Wafer Type Butterfly Valve

FEATURES

• Butterfly Valve have been designed to meet the requirements of BS 1868 /ASME B 16.34/API 6D-ISO14313.
• Face to Face and End to End dimensions conform to ASME B 16.10 / BS 2080 / DIN
• End flange dimensions conform to ASME B 16.5 / API 605 / BS 3293 / DIN
• Butt weld end dimensions conform to ASME B 16.25
• The Seat-rings are cylindrical bottom seated type having ample cross section for strength are provided with welded in and threaded Seat-rings will be supplied on request. In case of SS valves the Seat-rings are integral to Body.
• The Body to Bonnet joint is a male & female in ASME 150#, 300# & 600# valves and ring joint is used in higher classes.
• Valves meet the requirements of fugitive emission levels Shell category B as per MESC SPE 77/312

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3 pc Ball Va FEATURES

• Ball Valves have been designed to meet the requirements BS 5351/ASME B 16.34 / API 6D / API 608 / MSS SP 72
• Face to Face and End to End dimensions conform to ASME B 16.10 / BS 2080 / API 6D / DIN
• End flange dimensions conform to ASME B 16.5 / API 605 / BS 3293 / DIN
• Butt weld end dimensions conform to ASME B 16.25
• Fire tested design to API 607 / API 6FA / BS 6755-II
• Flexible lip seats compensate for wear and changes in pressure
• Blow out proof stem construction
• Antistatic devices ensure electrical continuity between ball, stem & body
• Triple stem sealing
• ISO 5211 top pad for simplified gear/actuator mounting Valves meet the requirements of fugitive emission levels Shell category B as per MESC SPE 77/312

DRAWINGS OPTIONS

• One, two or three piece construction
• For low temperature and cryogenic services (cold box and non-cold box applications) extended bonnet as per BS 6364 available
  Locking arrangement
• Gear, Electrical, Hydraulic or Pneumatic actuator available
• Soft seats are recommended for service temperature up to 260o C and for higher temperatures a metal to metal seating shall be offered

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Product Details:

Limiting Conditions Maximum Working Condition 26 kg / cm2 at 300° C. Body design Conditions 42 kg / cm2 at 427° C. Cold Hydraulic test pressure without internals 52 kg/cm2 Three colour coded pressure adjustment springs are available for the following downstream pressure ranges: Yellow :02 to 3 bar Blue :2.5 to 7 bar Red :6.0 to 17.3 bar Grey :16.0 to 24.4 bar

Sizes: NB 15,20, 25,40, 50 and 80. Std. Accessories: Pr. Gauge, syphon & Gauge cock Pipe Connections: Flanged to - BS10 table - 'J' * & 'K' ANSI - 300' * & '600' DIN - ND - '25' & * '40' *Note - 80 NB has these flanges only. Available with IBR certificate Also available for air applications.

Pressure Sensing Pipe: The DP 143 valve controls the downstream pressure by sensing the down stream pressure through an external sensing pipe taken from down stream to the pilot valve chamber (10) Fitting of this external pressure sensing pipe is described in the User manual If the external sensing pipe is not provided then the valve controls by internal pressure sensing pipe (19). However the capacity in this case will be reduced.

Installation: See User manual supplied with the valve.

How to specify: Example 1) 20 NB SPIRAX MARSHALL DP -143 FOR STEAM FLANGED TO BS 10 TABLE 'K' IBR (OR NIBR). 2) 40 NB SPIRAX MARSHALL DP 143 FOR AIR FLANGEDTO ANSI 300 NIBR.
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A safety valve is a valve which has the function of increasing the safety of a thermal-hydraulics plant. An example of safety valve could be a pressure safety valve (PSV), i.e. a pressure relief valve (PRV) which automatically releases a substance from aboiler, pressure vessel, or other system, when the pressure or temperature exceeds preset limits. Also pilot-operated relief valves could have the function of safety valves.

Safety valves were first used on steam boilers during the Industrial Revolution. Early boilers operating without them were prone to accidental explosion.

Vacuum safety valves (or combined pressure/vacuum safety valves) are used to prevent a tank from collapsing while it is being emptied, or when cold rinse water is used after hot CIP (clean-in-place) or SIP (sterilization-in-place) procedures. When sizing a vacuum safety valve, the calculation method is not defined in any norm, particularly in the hot CIP / cold water scenario, but some manufacturers ^[1] have developed sizing simulations.

 

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Description : Piston valves provide perfect tightness and durable stability on different mediums such as steam,superheated steam,heat transfer fluid,ammonia,L.P.G,acids,alkalies etc

Size and Pipe Connections : 1. 15 NB / 20 NB / 25 NB /32NB/ 40 NB 2. 50NB/65NB/80NB/100NB/125NB/150NB/200NB

Limiting Conditions as per IBR norms : For (15,20,25 & 40NB) socket weld ends. For 15,20,& 25NB screwed ends. For (32-40 NB) screwed ends. For 50NB/65NB/80NB/100NB/125NB/150NB/200NB Body design conditions : ANSI 300 Flanged ends Body design conditions :ANSI 150 Flanged ends Screwed BSPT/NPT ends. Socket weld ends. Flange type :ANSI 150 Flange type :ANSI 300 Maximum operating pressure : 78 bar g Maximum operating temperature : 425 C Maximum hydraulic test pressure: 156 bar g Maximum operating pressure : 78 bar g Maximum operating temperature : 425 C Maximum hydraulic test pressure : 156 bar g Maximum operating pressure : 41.5bar g Maximum operating temperature : 425 C Maximum hydraulic test pressure: 83 bar g Maximum allowable pressure : 51 bar g @ 38 C Maximum operating pressure : 41.5 bar g @ 253 C Maximum operating temperature : 425 C @ 28.8 bar g Maximum hydraulic test pressure: 83 bar g Maximum allowable pressure : 19.6 bar g @ 38 C Maximum operating pressure : 14 bar g @ 197 C Maximum operating temperature : 425 C @ 5.5 bar g Maximum hydraulic test pressure : 28 bar g 0 0 0 0 0 0 0 0 0

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Description: The Cast Steel Moisture Separator is designed to remove entrained water particles from steam so that they can be drained away as condensate.

Available Sizes & Pipe Connections: 15,20 NB Screwed BSPT/NPT Available with I BR test certificates on request.

Limiting Conditions: PMO-Max. Operating Pressure 13 kg/cm2 TMO-Max. Operating Temperature 220°C. Cold Hydraulic test pressure 26 kg/cm2

Description: FIG. 32 Strainers are available in Cast Iron/Cast Steel with stainless steel screen having 0.8 mm dia perforations as standard.

Available Sizes and Pipe Connections: C.I. Fig. 32 Strainer - NB 40, 50, 80, 100, 150 & 200. C.S. Fig. 32 Strainer - NB 40,50, 80, 100, 150, 200, 250,300 Note: 1) For flanged strainers available in specific size/ type of strainer, please refer table 1 &2. 2) Also available with IBR certificate on request.

Limiting Conditions: Cast Iron Cast Iron Strainer Strainer NIBR IBR PMO & TMO Cast Steel Strainer NIBR As per flange rating Cast Steel Strainer IBR Refer table 2 overleaf Refer table 3 overleaf

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Description : FT - 14 ball float steam trap is a condensate drain trap of Cast Iron body and Stainless Steel internals.

Available Sizes and Pipe Connections : 40 and 50 NB screwed BSPT / NPT Note : Available Non-IBR only.

Available types and Limiting Conditions : FT 14 TV with Thermostatic air vent FT 14 SLR with Steam lock release Maximum operating conditions : Type PMO TMO 0 FT 14-4.5 4.5 bar 156 C 0 FT 14-10 10 bar 184 C 0 FT 14-14 14 bar 198 C

Note : PMO Maximum Operating Pressure TMO Maximum Operating Temp.

Body Design Conditions : 0 16 barg at 120 C 0 13 barg at 220 C Cold Hydraulic test pressure 32 barg.

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Description: FT-20 Ball Float steam trap is a condensate drain trap of cast steel body, cover and stainless steel internals.

Available sizes & Pipe connections: 15, 20, 25, 40 & 50 NB. Screwed BSPT/NPT/Socket wieldable to ANSI B 16.11/Flanged ANSI B 16.5 class 150. 300. 600; BS Table H, J, K, R; DIN ND 10,16,25 & 40.

Note: 1) Available with IBR certificate 2) FT-20, 32 bar differential pressure is available in 15. 20 & 25 NB. 3) 15 NB ASA 150 is available only with weld on flanges. 4) Flange thickness is common for each size as shown in dimensional details.

Available types & Limiting conditions FT-20 TV with built in Thermostatic Air Vent FT-20 SLR with built in Steam Lock Release arrangement. FT-20 - 4.5 Max. differential pressure of 4.5 bar. FT-20 -10 Max. differential pressure of 10 bar. FT-20 -14 Max. differential pressure of 14 bar. FT-20 - 21 Max. differential pressure of 21 bar. FT-20 - 32 Max. differential pressure of 32 bar. Body design conditions : 32.6 kg/cm2 (32 bar) at 427°C Cold hydraulic test pressure 65.2 kg/cm2 (64 bar).

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Description: FIG. 32 Strainers are available in Cast Iron/Cast Steel with stainless steel screen having 0.8 mm dia perforations as standard.

Available Sizes and Pipe Connections: C.I. Fig. 32 Strainer - NB 40, 50, 80, 100, 150 & 200. C.S. Fig. 32 Strainer - NB 40,50, 80, 100, 150, 200, 250,300 Note: 1) For flanged strainers available in specific size/ type of strainer, please refer table 1 &2. 2) Also available with IBR certificate on request.

Limiting Conditions: Cast Iron Cast Iron Strainer Strainer NIBR IBR PMO & TMO Cast Steel Strainer NIBR As per flange rating Cast Steel Strainer IBR Refer table 2 overleaf Refer table 3 overleaf

Materials: Sr. Part Material Standard 1 Body Cast Iron Cast Steel IS 210 FG 260 ASTMA216 Gr. WCB 2 Cap Cast Iron Cast Steel IS 210 FG 260 ASTMA216Gr. WCB 3 Screen Stainless Steel Type ASTM A - 240 4 Gasket Asbestos Free Synthetic fibre 5 Stud Carbon Steel IS 1367 6 Nut Carbon Steel HT IS 1367 Gr. B

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Description The DCV2 and DCV3 disc check valves are of the wafer pattern designed to be sandwiched between flanges. They are suitable for use on a wide range of fluids for applicators in process lines, hot water systems, steam and condensate systems etc. Face-toface dimensions conform to EN 558 part 1, series 49.

Sizes and pipe connections DN15,20,25,32,40,50,65,80,100 Suitable for installation between BS 10 Tables 'E and ‘H', BS 4504/(DIN) PN6, 10, 16. 25, 40; JIS 5, 10. 16, 20 flanges with the following exceptions: DN40, 50. 80 and 100 - will not fit between JIS 5 flanges DN65 and 80 - will not fit between BS 10 'E' flanges.

Optional extras Heavy duty springs (700 mbar opening pressure, up to DN65) far boiler teed applications. Viton soft seats for oil, gas and steam applications. EPDM soft seats for water applications.

Limiting conditions Note: Special testing to allow lower temperature operation can be provided at extra cost. Consult Spirax Sarco
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DP 23 is a SG Iron pilot operated pressure reducing valve suitable for steam or compressed air.

15,20,25,40 & 50 NB Screwed : BSPT / NPT for 15,20,25NB Flanged : BS10 table “F/H” for 40& 50NB

PMO - Maximum allowable Pressure : 17 TMO - : Note : The Kv values are full capacities and should be used for safety valve sizing purpose only For conversion Cv (UK)=Kv x 0.963 Cv (US)=Kv x 1.156 SIZE DN15 DN20 DN25 DN40 DN50 KV 2.8 5.5 8.1 17 28 bar g Maximum allowable Temperature 232 C. Cold hydraulic test pressure : 34 bar g Spring range : 0.3 to 17 bar g

The DP23 controls the pressure by sensing the downstream pressure through a pressure sensing pipe taken to the union (item L) or through the internal sensing pipe (item M). Fitting of the external pressure sensing pipe is described in the User Manual supplied with the valve. Capacity is reduced and there is a possibility of hunting if an external pressure sensing pipe is not fitted.

The valve should be installed in a horizontal pipeline with direction of flow as indicated by the arrow on the valve body. Full instructions are supplied in the User Manual

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For our reputed and esteemed patrons, we are highly efficient in manufacturing and supplying an optimum quality Cast Steel Gate Valve. Offered valve is manufactured at our sophisticated production unit with the usage of premium quality raw materials and innovative technology in compliance with industry quality standards. The valve provided by us is basically used in pressurized systems such as boilers to relieve pressure. Moreover, our team of experts checks this Cast Steel Gate Valve on numerous parameters to assure its flawlessness.

Feature

• Cast Steel Gate Valves have been designed to meet the requirements of API 600 / BS 1414 / API 603 / API 6D /ASME B 16.34
• Face to Face and End to End dimensions conform to ASME B 16.10 /BS 2080 / DIN
• End flange dimensions conform to ASME B 16.5 / API 605 / BS 3293 / DIN
• Butt weld end dimensions conform to ASME B 16.25
• The stem nut design allows for the removal of the hand-wheel while keeping the Stem and Gate in a fixed position.
• Anti-frictional Ball bearings are provided in higher sizes and classes.
• The strength of Stem to Gate connection is stronger than the strength of the Stem at the root of the operating thread
• Outside screw and yoke construction
• All the valves provided with backseat arrangement

Bi-directional shut-off

The gland is of self aligning two piece type Deep stuffing box

Body ports are streamlined, permitting unobstructed flow, reduces turbulence, results in lower pressure drop & lower erosion

The Seat-rings are cylindrical bottom seated type having ample cross section for strength are provided with welded in and threaded Seat-rings will be supplied on request. In case of SS valves the Seat-rings are integral to Body

The Body to Bonnet joint is flat in ASME 150# valves, a male and female joint is used in 300# & 600# and ring joint is used in higher classes

Valves meet the requirements of fugitive emission levels Shell category B as per MESC SPE 77/312

Drawings

• Gate Valves 150#
• Gate Valve 300#

OPTIONS

Solid, flexible, split wedge, double disc and parallel Slide Gate configurations available
For low temperature and cryogenic services (cold box and non-cold box applications) extended bonnet as per BS 6364 available
Locking arrangement
Gear, Electrical, Hydraulic or Pneumatic actuator available

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We are amongst the prominent enterprise, widely engaged in manufacturing and supplying the finest qualityCast Steel Globe Valve. Offered valve is widely used in boilers to cut-off the flow of air or liquid automatically at a certain pressure. The valve provided by us is manufactured under the stern direction of our dedicated professionals by making use of premium quality raw materials and ultra-modern technology in conformity with market quality standards. Besides, clients can easily avail this Cast Steel Globe Valve from us at market leading prices.

Features

• Cast Steel Globe Valves have been designed to meet the requirements BS 1873 /ASME B 16.34
• Face to Face and End to End dimensions conform to ASME B 16.10 / BS 2080 / DIN
• End flange dimensions conform to ASME B 16.5 / API 605 / BS 3293 / DIN
• Butt weld end dimensions conform to ASME B 16.25
• Anti-frictional Ball bearings are provided in higher sizes and classes.
• Outside screw and yoke construction
• All the valves provided with backseat arrangement
• The gland is of self aligning two piece type

Deep stuffing box

The Seat-rings are shoulder seated type having ample cross section for strength are provided with welded in and threaded Seat-rings will be supplied on request. In case of SS valves the Seat-rings are integral to Body

The Body to Bonnet joint is a male & female in ASME 150#, 300# & 600# valves and ring joint is used in higher classes

Drawings

• Globe Valves 150#
• Globe Valves 300#

OPTIONS

• Angle and Y type design available
• For low temperature and cryogenic services (cold box and non-cold box applications) extended bonnet as per BS 6364 available
• Locking arrangement
• Gear, Electrical, Hydraulic or Pneumatic actuator available
• Regulating, guided and soft seated plugs available
• Bellow Seal for critical service and hazardous media

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Product Details:

SWING TYPE CHECK VALVE

Features

• Cast Steel Check Valves have been designed to meet the requirements of BS 1868 /ASME B 16.34/API 6D-ISO14313.
• Face to Face and End to End dimensions conform to ASME B 16.10 / BS 2080 / DIN
• End flange dimensions conform to ASME B 16.5 / API 605 / BS 3293 / DIN
• Butt weld end dimensions conform to ASME B 16.25
• The Seat-rings are cylindrical bottom seated type having ample cross section for strength are provided with welded in and threaded Seat-rings will be supplied on request. In case of SS valves the Seat-rings are integral to Body.
• The Body to Bonnet joint is a male & female in ASME 150#, 300# & 600# valves and ring joint is used in higher classes.
• Valves meet the requirements of fugitive emission levels Shell category B as per MESC SPE 77/312

SWING CHECK VALVE 150 CLASS SWING CHECK VALVE 300 CLASS

OPTIONS

• Tilting disc design available
• Check Valves can be supplied with counter weight or dash pot arrangement

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From our wide range of products, we are extensively engrossed in manufacturing and supplying the best quality Screwed End Ball Valve. The valve provided by us is basically used in tanks, pumps, pipes and other fluid handling equipments to control high pressure. Our offered valve is precisely manufactured by our experienced professionals using optimum quality raw materials with the aid of advanced technology in tune with international quality standards. Moreover, clients can easily avail this Screwed End Ball Valve from us at highly competitive prices.

Features:

• Corrosion resistance
• High tolerance
• Robust construction
• Precise dimension

CONSTRUCTION

• 1 Piece Full Bore, Blow Out Proof Stem Floating Ball, Fire /Non Fire Safe Design

MANUFACTURING STANDARD

• BS-5351

TESTING STANDARD

• BS-5146

FACE TO FACE

• AS SHOWN

END CONNECTION

• screwed Ends to BSP / BSPT / NPT FEMALE Threads.Socket Weld Ends to ANSI-B-16.11

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Ball Valves 3pc SE

CONSTRUCTION

• 3 Piece Full Bore, Blow Out Proof Stem Floating Ball, Fire /Non Fire Safe Design

MANUFACTURING STANDARD

• BS-5351

TESTING STANDARD

• BS-5146

FACE TO FACE

• AS SHOWN

END CONNECTION

• screwed Ends to BSP / BSPT / NPT FEMALE Threads.
• Socket Weld Ends to ANSI-B-16.11

VALVES OPTION

Drawings

• 3PC DESIGN FULL BORE BALL VALVE

SCREWED END

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The Double Flanged Butterfly Valve provided by us is made available in numerous sizes and other related specification for our clients to choose from. This valve is extensively used in automobile, shipping yards and nuclear power plants in order to ensure unobstructed flow of liquid. Our offered Double Flanged Butterfly Valve is manufactured under the strict supervision of enthusiastic professionals using quality approved raw materials with the help of pioneering technology at par with industry quality standards.

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Features:

• Dimensional accuracy

• Rigid structure

• Corrosion resistance

• Easy to install

Double Flanged Butterfly Valve

• VALVE TESTING : API598 / ANSI B16 DESIGN & F TO F DIMENSION : API 6D / ANSI B16
  FLANGE STANDARD CONFORMITY : ANSI 150, DIN PN10 & PN16, BS10 TABLE D & E
  PRESSURE RATING : PN10 (MAX.)
  OPERATING TEMPERATURE RANGE : 25C TO 200C ( DEPENDING ON MOC )

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Sight View Glass

Product : M S Slight Glass Flanged Ends A.S.A 150 #

Flanges : ENB

Glass : TOUGHENED BOROSIL

Seats : PTFE

Tested : 100 Psig

Ends : FLANGED TO ANSI B 16.5 RF 150 #

Size Range: 25 MM TO 150 MM

 

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• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer)
• Delivery Time: At earliest

Product Details:

Sluice Valves

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Knife Edge Gate Valve is one of the specific designed valve among other Industrial Valves. This design ensures minimum contact between the parts of the valve thus reducing wear & tear. The high performance Knife Gate Valvesfeatures, Non Sliding Motion, Avoid Sliding Contact between Body & Gate and enabling the flushing of media form the valve interior. Bottom edge of the Gate (Knife-Edge) allows the tight shut off even when solid particles settle at the bottom of the body. A wide variety of hardened trim options are available for the Gate, Seat and Wear Ring.

Knife Gate Valves are generally unidirectional valves and act as an excellent hopper isolation valves with their ability to cut through flowing media and closed by dislodging any material in the seating area.

Knife-Edge Gate Valves withstand high temperature & abrasive slurries in Mining, Steel, Power, Chemical, and Paper Industries Ideal for high-density Slurry Lines

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Description : Thermostatic Steam Trap / Air Vent fitted with an inbuilt flat strainer screen having 0.8 mm dia. Perforations.

Size and Pipe Connections : 15 NB and 20 NB Screwed BSPT/NPT Socket Weldable Ends.

Limiting Conditions Maximum Operating Conditions PMO - Max. Operating Pressure 32 barg TMO - Max. Opearting Tempreture 287 deg C Body Design Conditions: PMA- Max Allowable Pressure 50 bar g @ 50 deg C TMA - Max. Allowable Temperature 400 deg C @ 35 bar g

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Inverted Bucket steam traps is designed so that they can be fitted into horizontal pipelines. They are maintainable in line and are complete with integral strainer screen.

Sizes and pipe connections: HMOO - 15 NB, screwed BSPT/ NPT HM10 - 20 NB, screwed BSPT/ NPT Hm12 - 25 NB, screwed BSPT/ NPT

Limiting Conditions: Maximum body design conditions 13 bar g PMA-max. Allowable pressure 13 bar g TMA-max. Allowable temperature 2200 C. Cold hydraulic test pressure 26 bar Maximum operating conditions depend upon orifice size. PMX - max. differential pressure

Model PMX (bar) HM 00 / 6 10.0 HM 00 / 7 8.5 HM 00/8 4.0 HM1 OH 12.5 HM10/8 8.5 HM 10/10 4.0 HM 12/7 13.0 HM 12/10 8.5 HM 12/12 4.0

Materials: Sr. Part Material Standard 1 Cover Cast Iron IS 210 FG220 2 Cover Studs & Nuts Carbon Steel IS 1367 3 Body Cast-Iron IS 210 FG220 4 Bucket Stainless Steel Type 304 ASTM - A - 240 5 Valve Guide Plate Screws Stainless Steel Type 304 IS 1364 6 Valve Guide Plate Stainless Steal Type 304 ASTM-A-240 7 Cover Gasket Reinforced exfoliated graphite 8 Valve Seat Stainless Steel Type 304 ASTM - A - 276 9 Valve Stainless Steel Type 304 ASTM – A - 276 10 Valve Lever Stainless Steel Type 304 ASTM - A - 240 11 Ferrule Stainless Steel Type 304 ASTM – A - 213 12 Strainer Screen Stainless Steel Type 304 ASTM - A - 240 13 Strainer Cap Stainless Steel / Cast Steel 14 Plug Carbon Steel spirax Inverted Bucket Steam Traps HM 00, HM 10, HM 12 6

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Additional Information:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer)
• Delivery Time: At earliest

Product Details:

KSB Forged Steel Valves

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Product Details:

We are a commendable manufacturer and supplier of an excellent quality Ball Valve. The provided valve finds comprehensive usage in power stations, thermal power plants and oil drilling to control the flow of air & liquid. Provided in variegated sizes and other related specifications to meet the exact needs and preferences of the patrons, this valve is manufactured using premium quality stainless steel and sophisticated technology under the guidance of our hardworking professionals. In addition, our clients can purchase this Ball Valve from us at rock bottom prices.

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Features

 

• Ball Valves have been designed to meet the requirements
• BS 5351/ASME B 16.34 / API 6D /API 608/MSS SP 72
• Face to Face and End to End dimensions conform to ASME B 16.10 / BS 2080 /API 6D/ DIN
• End flange dimensions conform to ASME B 16.5 / API 605 / BS 3293 / DIN
• Butt weld end dimensions conform to ASME B 16.25
• Fire tested design to API 607/API 6FA/BS 6755-II
• Flexible lip seats compensate for wear and changes in pressure
• Blow out proof stem construction
• Antistatic devices ensure electrical continuity between ball, stem & body
• Triple stem sealing
• ISO 5211 top pad for simplified gear/actuator mounting
• Valves meet the requirements of fugitive emission levels Shell category B as per MESC SPE 77/312

DRAWINGS2PC Floating Ball Reduce Port 2pc Floating Ball Full Port

OPTIONS

 

• • For low temperature and cryogenic services (cold box and non-cold box applications extended bonnet as per BS 6364 available
  • Locking arrangement
  • Gear, Electrical, Hydraulic or Pneumatic actuator available
  • Soft seats are recommended for service temperature up to 260 and for higher temperatures a metal to metal seating offered can be supplied

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