rotex solenoid valve

Size Range 1/4" Temperature Range 120°C Working Pressure 1 To 9 Kg/Cm² 1 – Maintain Desirable Pressure Level, Regardless Of Fluctuation Of Pressure Input 2 – Aluminium Body Increases Versatility Of The Product In Different Environments 3 – 5 Micron Filter Sorts Minuteness Particles In The Air 4 – Relief Function Is Available Which Discharge To Atmosphere If The Outlet Pressure Is Higher Than Setting Pressure

Size Range 3/4" Temperature Range upto 85°C Working Pressure 0 To 5 Bar 1 – Space – Saving And Easy To Install In Various Applications 2 – Utilizes A Small Pilot Solenoid To Control The Larger Main Valve, Providing Precise Control 3 – Employs A Diaphragm To Seal The Valve, Ensuring Reliable Operation And Minimal Leakage 4 – Made With High – Quality Materials To Ensure Long – Lasting Performance 5 – Suitable For A Wide Range Of Fluids And Gases In Various Industrial Processes

Size Range 3/8“ To 4” Screwed Temperature Range 180°C Max. ( High Temperature On Request ) Working Pressure 0 To 5 Bar Max. ( 0 to 6 Bar On Request ) 1 – 2/2 Way Configuration: Provides reliable on/off control with a two-port design for managing fluid flow. 2 – Normally Closed/Normally Open Options: Available in both normally closed (NC) and normally open (NO) configurations to meet different operational requirements. 3 – Screwed Connections: Features threaded fittings for easy and secure installation. 4 – Automation Ready: Electrically actuated for precise and efficient automated control. 5 – Durable Construction: Built from high-quality materials like brass or stainless steel, ensuring longevity and resistance to corrosion. 6 – Compact and Robust: Designed for space efficiency while maintaining durability and performance in various environments. 7 – Versatile Fluid Compatibility: Suitable for a range of fluids, including air, water, and chemicals. 8 – Low Maintenance: Engineered to require minimal upkeep, reducing maintenance needs and operational costs. 9 – Fast and Reliable Switching: Offers quick response times for effective and dependable system control.

Size Range 3/8“ To 4” Flanged 150# Temperature Range 180°C Max. ( High Temperature On Request ) Working Pressure 0 To 5 Bar Max. (0 to 6 Bar On Request) 1 – 2/2 Way Design: Offers efficient on/off control with a two-port configuration for managing fluid flow. 2 – Normally Closed/Normally Open Options: Available in both normally closed (NC) and normally open (NO) configurations to accommodate various automation needs. 3 – Flanged Connections: Features robust flanged fittings for secure and stable installation, especially suited for high-pressure applications. 4 – Automation Ready: Electrically actuated for precise and reliable automated control. 5 – Durable Construction: Constructed from high-quality materials such as stainless steel or brass, ensuring durability and resistance to corrosion and wear. 6 – Compact and Sturdy: Designed to fit in demanding environments while maintaining high performance. 7 – Versatile Fluid Compatibility: Capable of handling a broad range of fluids, including air, water, and chemicals. 8 – Low Maintenance: Requires minimal upkeep, reducing maintenance costs and downtime. 9 – Fast and Reliable Actuation: Provides quick and consistent switching for efficient system operation.

Size Range 1/4" Screwed Temperature Range Upto -5°C To 80°C max. Working Pressure 0 To 7 Bar

Size Range 2.1/2“ To 48” (65MM To 1200MM) Tempreature Range Upto 220°C Shutoff Rating Tight Shut Off Body Style Double Flanged Flange Drilling 150#, 300#, AWWA, Series-A, Series-B, EN 1092-1, EN 1092-2 Body Materials WCB, CF8, CF8M, CF3M, DUPLEX, ALLOY - 20 Stem Materials SS 304 / 316 / 410 / 17-4 PH / 316L Seat Materials EPDM, EPDM - H, VITON Disc Materials WCB, CF8, CF8M, CF3M, DUPLEX ALLOY - 20 Design Standard BSEN 593, ISI 3095, API 609, AWWA C - 504 Testing Standard API 598 / BSEN - 12266-1 / AWWA C - 504 Face To Face API - 609 / BSEN 558 / AWWA C - 504 / 516 Features & Benefits 1 – Triple Offset Design: Provides exceptional sealing and reduces friction, enhancing valve performance and longevity. 2 – Double Flanged Construction: Ensures secure, stable installation and precise alignment in piping systems. 3 – High-Performance Sealing: Delivers reliable shutoff even under high pressure and temperature conditions. 4 – Durable Materials: Built to withstand harsh environments and demanding applications. 5 – Versatile Use: Suitable for a range of fluids, including water, chemicals, and gases. 6 – Low Maintenance: Designed for minimal upkeep, offering dependable long-term operation.

Design & Manufacturer API 609 CATEGORY “B” / MSS SP - 68 BS EN - 593 Valve Face To Face Dimension API 609 CATEGORY “B”/ ISO 5752 MSS SP - 68 / BS EN - 558 Flange Standard Conformity ASME / ANSI B 16.5 Class 150 ASME / ANSI B 16.47 Series “A & ”B“ Class 150 / DIN 1092 - 1 Inspection & Testing API 598 / BS EN 12266 - 1 / AWWA C 504 / AWWA C 516 / IS 13095 Pressure Temperature Rating ASME B 16.34 Top Flange Drilling Bolt Hole ISO 5211 Stem Dimension Square Drive To ISO 5211 Seat Leakage Class Class VI As Per ANSI B 16, 16. 104 / FCI-70 -2, ISO - 5208 End Connection Wafer Type - D/F- AWWA C 504 D/F - IS 13095 - 150#, 300#, 600#, PN-10 PN-16 PN-20 PN-25 Certification Design CE Approved, SIL3 Approved, Fire Safe Design Approved Size Range 2.1/2” To 48" ( 65 MM To 1200 MM ) Temperature Range NBR -10°C To + 90°C EPDM -20°C To + 120°C VITON -0°C To + 220°C PTFE -25°C To + 180°C Pressure Class 150#, 300#, 600# PN-10 PN-16 PN-20 PN-25 Media Water, Oil, Steam, Air, Gas Chemical & Vaccum Leakage Class Class VI As Per ANSI B16.104 Body Material CAST IRON, DUCTILE IRON, S.G IRON, WCB, CF8, CF8M, CA 15, WCC, LCB, WC6, WC9, WC12, HAST ALLOY C, NICKEL ALUMINIUM BRONZE, DUPLEX 4A, 5A, 6D, SUPER DUPLEX, ALLOY 20 Disc Material CAST IRON, DUCTILE IRON, S.G IRON, WCB, CF8, CF8M, CA 15, WCC, LCB, WC6, WC9, WC12, HAST ALLOY C, NICKEL ALUMINIUM BRONZE, DUPLEX 4A, 5A, 6D, SUPER DUPLEX, ALLOY 20 Seat Material EPDM / NBR / VITON Design Standard API 609 / IS : 13095 / BSEN 593 / AWWA C 504 / AWWA C 516 Flange Drilling ASME B16.5 / 16.47 Class 150. Features & Benefits The aira Double Offset Disc Wafer Type Butterfly Valve is designed for precision and reliability in various industrial applications. 1 – Double Offset Design: Provides enhanced sealing performance and reduced wear, ensuring a tight shut-off and long service life. 2 – Disc Configuration: Features a unique disc design that minimizes friction and torque requirements, improving operational efficiency. 3 – Wafer Style: Compact and lightweight design for easy installation between flanges and space-saving in piping systems. 4 – Durable Construction: Constructed from high-quality materials to withstand harsh conditions and high pressures. 5 – Versatile Use: Suitable for applications in water treatment, chemical processing, HVAC systems, and more.

Design & Manufacturer ASME B16.34 / BS EN ISO 17292 Valve Face To Face Dimension As Per Manufacturer Std. Inspection & Testing API 598/ ISO-5208/ BS EN 12266-1 Size Range 1/2“ To 2” SCREWED/ SOCKET WELD Tempreature Range Upto 180°C Pressurre Class 800# Certification POD Seat Material CFT, GFT, MODIFIED PTFE, AIRA-250, NYLON, DEVLON, PEEK Leakage Class ISO 5208 Class VI/ FC1-70-2/ ASME B16,16.104 End Connection ISO 7-1 For Screwed BSPT/ ASME B1.20.1 For Screwed NPT/ ASME B 16.11 for Socket Weld Media Air/ Water/ Oil & Gas Body Material A105, A106, AF 16.11 Ball Material CF8, CF8M, WCB + ENP, HAST ALLOY, DUPLEX, MONEL, CF3M Ball Type Solid Stem Material AISI 410, AISI 304, AISI 316, AISI 304L, AISI 316L, DUPLEX 2205, DUPLEX 2507, MONEL Features & Benefits 1 – Process Steam Service. 2 – Chemical & Petrochemicals. 3 – Tyre Industries. 4 – Power Plants. 5 – Textiles.

Design & Manufacturer BS EN ISO 17292 / ASME B 16.34 Valve Face To Face Dimension ASME B 16.10 - 300# Inspection & Testing API 598 / ISO-5208 / BS EN 12266-1 Temperature Range PTFE : Upto 180°C / PEEK : 250° , RPTFE : Upto 220°C / AIRA250 Media Air / Water / Oil & Gas Ball Material CF8, CF8M, WCB+ ENP, HAST ALLOY, DUPLEX, MONEL, CF3M Stem Material Aisi 410, Ss 304, Ss 316, Ss 304l, Ss 316l, Duplex 2205, Duplex 2507, Monel Flange Drilling Asme B 16.5 Class 300#/ Din/ Jis Leakage Class ISO 5208 Class VI / B16.104 , ANSI FCI 70-2( BUBBLE TIGHT SHUTOFF) End Connection ASME B 16.5 CLASS 300 FOR FLANGE END Size Range 1/2“ to 6” Flanged 300# Pressure Class 300# Body Material CAST IRON(CI), DUCTILE IRON(DI), S.G IRON(SGI), WCB, CF8, CF8M, CF3M, SS 304L, DUPLEX, HAST ALLOY, MONEL Ball Type Hollow & Solid Seat Material PTFE, RPTFE, CFT, GFT, MODIFIED PTFE, AIRA-250, NYLON, DEVLON, PEEK Low Operating Torque Positive Shut Off Quick In Action Compact Design Longer Smooth Life Locking Handle Available Direct Mounting As Per ISO 5211

Temperature Range -20°C To 90°C Inlet Air Supply 2.5 To 4 KG/CM² Stem Movement Linear Size Range CND-01-NX To CND-06 Actuator Action Direct Acting / Reverse Acting Air Fail Position Stem Extended / Stem Retracted 1. Flexible Diaphragm: The core component that converts pneumatic pressure into motion, ensuring smooth and reliable operation. 2. Spring Return: Includes a spring mechanism that returns the actuator to a default position when pressure is removed, ensuring fail-safe operation. 3. Safety: With the ability to return to a default position during a failure, pneumatic linear diaphragm actuators help maintain system safety and prevent damage.

Temperature Range -20°C To 90°C Inlet Air Supply 2.5 To 4 KG/ CM² Stem Movement Linear Size Range CND-01-NX To CND-06 Actuator Action Direct Acting/ Reverse Acting Air Fail Position Stem Extended/ Stem Retracted 1. The actuator uses a flexible diaphragm to convert pneumatic pressure into mechanical motion. This design ensures smooth and efficient operation. 2. The actuator’s stroke length can often be adjusted to match the specific application requirements for precise control of the valve or damper. 3. Diaphragm actuators are typically compact and lightweight, making them suitable for applications where space is limited. 4. A built-in manual override system allows users to manually control the actuator, bypassing the normal pneumatic or electric control. This feature typically involves a handwheel, lever, or an electric motor that can be engaged to override automatic operations.

Size Range OJS-288 Temperature Range -20°C To 90°C Pressure Class 4 To 8 Bar Body Material Aluminium Seals Material NBR Pinion EN8 Scotch Yoke Aluminium Features & Benefits 1. For On-Off and modulating. 2. Compact design. 3. Connections according to international standards. 4. Double acting or single acting with spring return. 5. Scotch Yoke principle gives high torque in the end positions. 6. 30% pre-tensioned springs to storage power for safety. 7. Mounting kits for all types of quarter turn valves. 8. Housing in anodized aluminum. 9. Precise control, smooth travel in the end positions 10. Housing in anodized aluminum. 11. Precise control, smooth travel in the end positions. 12. High reliability, long life 13. High efficiency, low air consumption. 14. Temperature range -25°C to +90°C. 15. 5,00,000 Cycles POD.

Size Range SYS-265 To SYS-88 Temperature Range -20°C To 90°C Pressure Class 35 To 150 PSI Body Material Aluminium Alloy - 6061-T6 Seals Material Nitrille Bolts Material Stainless Steel Air Supply Filtered, Dry or Lubricated Features & Benefits 1. For On-Off and modulating. 2. Compact design. 3. Connections according to international standards. 4. Double acting or single acting with spring return. 5. Scotch Yoke principle gives high torque in the end positions. 6. 30% pre-tensioned springs to storage power for safety. 7. Mounting kits for all types of quarter turn valves. 8. Housing in anodized aluminum. 9. Precise control, smooth travel in the end positions 10. Housing in anodized aluminum. 11. Precise control, smooth travel in the end positions. 12. High reliability, long life. 13. High efficiency, low air consumption. 14. Temperature range -20°C to +90°C. 15. 5,00,000 Cycles POD.

Specification & Standard Size Range Say-14 To Say-60 Temperature Range -20°C To 90°C Working Pressure 4 To 7 Bar Model OJS - 288 Body S.G.Iron Yoke Shaft EN8 Seals NBR Mounting PCD ISO 5211 Mounting Standard Body Materials Aluminium - Extruded Shaft Material EN8 Piston Material Aluminium Application Operating For Valve Discription 1 – Travel adjustment ±8° for clock wise and counter-clock wise strokes. 2 – Nitrile rubber piston O-rings offer excellent sealing and wear. Optional low and high temperature seals and lube are available. 3 – PTFE Guide Band supports piston while providing smooth operation and extended life. 4 – Extra large, strong piston rod for long life and torque transmission. 5 – Namur accessory mounting pads permit mounting standardization of limit switches, positioners etc. 6 – Ductile iron center body. 7 – Modular design allows for installing power groups and spring cartridges so that actuators may be set up for different air pressures and for Fail Clockwise and Fail Counter-clockwise. 8 – Rugged heavy duty steel pressure cylinders chrome plated for long wear and corrosion resistance. 9 – Safe, welded spring cartridges with numerous options for a broad range of air pressure conditions. 10 – Alloy Steel, corrosion resistant and heat treated springs designed and manufactured for long high cycle life. 11 – Steel slide block, bronze slide bearings to minimize friction and provide long cycle life Visual position indicator. 12 – Carbon steel Scotch Yoke mechanism available in symmetric form. 13 – Totally enclosed weatherproof central body.

Operating Temperature Upto 150°C Working Pressure 4 To 8 Bar Method Of Transmission Rack And Pinion Type Actuation Double Acting Body IC CF8/ CF8M Caps And Rack IC CF8/ CF8M Pinion S.S.304/ S.S.316 Seals Buna - N/ Viton Air Pressure Normal Air Supply Pressure: 4KG/CM², Air Supply Pressure: 8KG/CM² Max Actuator Design ISO 5211 (Actuator Can Be Quickly And Easily Mounting) Rotation 90° - Quarter Turn Torque 0 To 3815 NM Mounting PCD ISO 5211 Body Materials S.S - 304/ S.S - 316 Piston Materials 304/ 316 Application Operating For Valve 1 – Excellent corrosion resistance. All main parts of actuator and it’s accessories are made from stainless steel. The body and end-caps is made by investment casting stainless steel. The CF8 (304) and CF8M (316) are available for choice. The pinion and fastening are made by 304 or 316 on requiring.Nearly 20 years experience of application proved that this kind of stainless steel pneumatic is able to offer excellent resistance to most corrosive chemicals (such as acid, alkali) as well as corrosive industry atmospheres, such as offshore, oil and gas platform, pharmaceutical and food industry. 2 – Wide scope of output torque. Totally, we have 6 different size (specifications) actuators for choice. The output torque range is from 15Nm to 3815Nm at 5 Bar. The stainless steel actuator with 3815Nm is biggest one in the World now. 3 – Smooth and long life operation. High level manufacturing technology for the rack & pinion in our workshop allows this actuator not only to cycle more than 500,000 times free from failure but also to offer exceptionally smooth actuation due to the low friction generated during rotral operations. 4 – Flexible adjustment in travel ends The two independent external travel stop bolts allow ±5°adjustment at 0°and 90° of the quarter travel.

Size Range ARA-55D To 210D Temperature Range -20°C To 90°C Body Material Extruded Aluminium Hard Anodized Air Pressure Normal Air Supply Pressure: 4KG/CM², AIR SUPPLY PRESSURE: 8KG/CM² MAX Rotation 90° – Quarter Turn Working Pressure 35 To 150 PSI Seals Material BUNA – N Caps And Rack Aluminium Pressure Die Cast Shaft EN8 Air Supply Filtered, Dry Or Lubricated 1. . Actuator is suitable for coarse – fine adjustment, typically forbatching operations or processes. 2. The Actuator has to be Double Acting. 3. The repeatability is 100% since stopping is by mechanicalstoppers. It is suitable for application calling for the precise fine-coarse adjustment like liquid filling system. 4. The Actuator can be switched to one, position from any otherposition very easily with the solenoid control. The 3rd positionis achieved by the mechanical stopping of the piston movement,in the return stroke by pneumatic stopper pistons. 5. The Intermediate position is present at 20% opening. Theopening can be adjusted as required by the set screw. This is field adjustable. 6. Actuator as a standard, works in reverse action, as opposed toconventional configuration i.e. piston inward stroke opens thevalve, and piston outward stroke closes the valve. 7. The End Stops (+/- 5°) are provided on the closing and openingside of the Actuator for setting valve closing precisely. 8. 5,00,000 Cycles POD.