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Right Angle Relief Valves

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Right Angle Relief Valves
Right Angle Relief Valves
Right Angle Relief Valves
Right Angle Relief Valves

Minimum Order Quantity : 10 Units

Delivery Time : 1 Week

 
Application
Industrial fluid and gas pipelines, safety pressure relief
Connection Type
Threaded (BSP/NPT) or Flanged
Control System
Spring Loaded
Disc
Stainless Steel or Brass
Features
Corrosion resistant, Quick response, Robust construction
Material
Stainless Steel, Brass, Cast Iron
Media
Other, Water, Air, Gas, Oil
Port Size
1/2 to 2
Power
Manual
Pressure
Other, Settable, up to 20 bar
Sealing
PTFE or Metal to Metal
Structure
Other, Right Angle Relief Design
Temperature
-20°C to 120°C
Type
Pressure Relief Valve
Valve Size
DN15 to DN50
Valve Type
Right Angle Relief Valve
Delivery Time
1 Week
Supply Ability
100 Per Week

 
Operation
Automatic pressure relief
Service Life
Long service life with minimal maintenance
Leakage Rate
Complies with API 527
Spring Material
Stainless steel for higher corrosion resistance
Set Pressure Range
Factory pre-set or field adjustable
Suitable Industry
Oil & Gas, Chemical, Power Plant, Pharma, Water Treatment
Body Test Pressure
1.5 times of maximum set pressure
Installation Position
Vertical or horizontal
End Connection Standard
ANSI, DIN, JIS available
Surface Finish
Shot blasted or mirror polished
Seat Test Pressure
1.1 times of maximum set pressure

Brand

REGO

Usage/Application

LNG Fuel Tank

Material

Brass

Model Name/Number

NG-900 Series

Media

Gas
Application
The NG-900 series relief valves arespecifically designed for vapor line safety relief applications and cryogenicliquid containers. These valves open and close at preset pressures to ensurereliable performance at cryogenic temperatures. Specifically designed to avoidover pressurization in LNG fuel tank application and LNG installation.



Features

-Pressure Range 15 - 600PSI (0.7- 41.4 BARG)
-Optional pull lever for manual override
-Materials selected specifically for compatibility with Natural Gas
-100% Factory tested
-Temperature range -320 deg F to +196 deg F (-196 deg C to +74 deg C)
-Designed in accordance with & approved by ECE R110

Materials
SpringPin................................................................StainlessSteel

Handle .....................................................................StainlessSteel
O-rings.......................................................................Fluorosilicone

Connector...............................................................................Brass

Stem........................................................................StainlessSteel
Bonnet....................................................................................Brass

Seat Disc................................................................................PTFE

Spring......................................................................StainlessSteel
Adjusting Screw.......................................................StainlessSteel
Body .......................................................................................Brass

Poppet....................................................................................Brass



Superior Corrosion Resistance

Equipped with springs made from stainless steel and corrosion-resistant internal surfaces, these right angle relief valves deliver long-term durability even under aggressive media such as chemicals or saline water. Their shot blasted or mirror polished finishes enhance surface integrity, minimizing maintenance needs and extending service life in demanding environments.


Versatile Installation & Application

Designed for versatility, these valves accommodate both vertical and horizontal pipeline orientations and come in various port sizes from 1/2 to 2 (DN15 to DN50). Whether used in critical safety pressure relief roles within oil & gas, pharma, or water treatment plants, they ensure adaptability, quick response, and protection for fluids or gases.

FAQs of Right Angle Relief Valves:


Q: How does the right angle relief valve operate in an industrial pipeline?

A: The right angle relief valve functions automatically, opening when system pressure exceeds the pre-set value. This prevents excessive pressure build-up by releasing excess fluid or gas, ensuring the pipeline remains safe and operational. The spring-loaded design provides rapid response and reliable operation.

Q: What materials and sealing options are available for these valves?

A: Our right angle relief valves are manufactured from stainless steel, brass, or cast iron, suitable for various media. Sealing can be chosen between PTFE, which offers chemical resistance, or metal-to-metal for higher durability in robust environments.

Q: When should the set pressure be adjusted, and is field adjustment possible?

A: Set pressure can be factory pre-set to your specifications before delivery or adjusted on-site as operational requirements change. Field adjustment is straightforward and ensures the valve provides optimal pressure relief for evolving process conditions.

Q: Where are these valves typically installed?

A: These valves are suitable for installation in industrial fluid and gas pipelines across oil & gas plants, chemical processing units, power plants, water treatment facilities, and pharmaceuticals. They can be mounted vertically or horizontally, providing flexibility during installation.

Q: What benefits does compliance with API 527 leakage standards bring?

A: Compliance with API 527 ensures extremely low leakage rates, which is critical for maintaining system efficiency and safety. This guarantees that the valve maintains tight shut-off under normal conditions and only operates when necessary, reducing media loss and operational costs.

Q: How long is the expected service life, and what kind of maintenance is required?

A: Thanks to premium materials and robust construction, these right angle relief valves offer extended service life with minimal routine maintenance. Regular inspections and periodic pressure re-testing are recommended for maximum reliability.

Right Angle Relief Valves
Right Angle Relief Valves
Right Angle Relief Valves
Right Angle Relief Valves
 

More Similar Right Angle Relief Valves

REGO Stainless Steel Globe Valve for Cryogenic Service 210 Series

Minimum Order Quantity : 10 Unit

REGO Stainless Steel Globe Valve for Cryogenic Service 210 Series

Application:Cryogenic Service

Connection Type:Socket Weld, Butt Weld, Threaded

Control System:Manual Operation

Disc:Stainless Steel or PTFE

Features:Rugged construction, Suitable for low temperature service, Easy Maintenance, Full Port Design

Know More

Model Name/Number210 Series
BrandREGO
Body MaterialStainless Steel

Features Top Entry: This valve can be permanently installed in the line and serviced from the top
Soft Seated: PCTFE Seat provides a bubble-tight seal and is replaceable
Construction: Body and Bonnet ASTM A351 J92600 Stainless steel
Sizes: - 4 (15mm - 100mm)
Ends: RF Flange, Butt Weld, Socket Weld, Threaded (FNPT)
Service: Liquefied and vaporized atmospheric gases, LNG
100% Factory Tested
Clean for use in Oxygen per CGA G-4.1
Temperature Rating: -320F - 150F (-196C +65C)
Pressure Rating: (Cold, Non-shock) Class 150 valve - 275 psig (19 barg) Class 300 valve - 720 psig (50 barg)

- 4 Class 150 PED Approved
- 4 Class 300 PED Approved

Our investment cast stainless steel is specified by leading industrial gas companies for storage tank and yard operations. Special order bonnet extensions are available for cold box applications. Valves for hydrogen use can be supplied.


Precision Engineering for Cryogenic Applications

The 210 Series globe valve has been carefully designed to withstand extreme cryogenic temperatures. Key materials such as 316L stainless steel and PTFE packing contribute to reliability, while the extended bonnet prevents thermal transfer, making it highly effective for liquefied gas control in industrial, medical, and chemical environments.


Versatile Mounting and Connection Options

This valve accommodates various pipe configurations with socket weld, butt weld, and threaded (NPT/BSPT) end connections. Its flexible mounting orientation (vertical or horizontal) means it can be seamlessly integrated into existing systems, while the full bore structure allows maximum flow with minimal resistance.


Effortless Serviceability and Maintenance

Maintenance is straightforward-thanks to its in-line serviceable design, essential tasks such as replacing parts or sealing elements can be performed without valve removal. Spare parts availability further ensures longevity and cost-effective operation, keeping downtime to a minimum during routine checks.

FAQ's of REGO Stainless Steel Globe Valve for Cryogenic Service 210 Series:


Q: How is the REGO 210 Series Globe Valve suitable for cryogenic applications?

A: The REGO 210 Series Globe Valve is expertly engineered with 316L stainless steel, low emission PTFE packing, and an extended bonnet to minimize thermal transfer, making it exceptionally well-suited for ultra-low temperatures down to -196C. Its bubble-tight sealing prevents leakage, essential for safely managing liquefied gases in cryogenic environments.

Q: What are the installation options for this globe valve?

A: The valve offers versatile installation possibilities. It supports vertical or horizontal mounting positions and various end connections, including socket weld, butt weld, and both NPT or BSPT threaded types, making it easy to adapt to diverse piping systems in industrial or medical gas facilities.

Q: When should the valve be serviced?

A: Routine servicing is recommended in accordance with system usage and operational demands. Because the valve is designed for in-line serviceability, you can maintain or replace components such as seals and packing without detaching the valve from the pipeline, minimizing downtime and facilitating quick maintenance cycles.

Q: Where is this globe valve most effectively used?

A: Primary application areas include industrial gas distribution, medical gas systems, LNG distribution networks, and chemical processing facilities. Its construction is particularly advantageous in settings requiring reliable performance under cryogenic conditions and stringent leak prevention.

Q: What is the process for maintaining this valve?

A: Maintenance involves shutting off the flow, relieving pressure from the system, and then servicing the valve in its installed position. Components like the handwheel, packing, or disc can be replaced onsite. The design simplifies internal inspections and seal upgrades, and spare parts are readily available from suppliers.

Q: How does the design benefit system performance and longevity?

A: The full bore design reduces pressure drop, ensuring efficient media flow, while rugged stainless steel construction and advanced sealing systems provide a long service life, even in harsh cryogenic environments. This results in fewer replacements, lower maintenance costs, and consistently safe operation.
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Rego MQD100 Series Cryogenic Valve

Minimum Order Quantity : 10 , , Unit

Rego MQD100 Series Cryogenic Valve

Application:Cryogenic liquid service, LNG, Liquid Oxygen, Nitrogen, Argon, Carbon Dioxide

Connection Type:Threaded (NPT)

Control System:Manual Handwheel

Disc:Stainless Steel with PTFE Insert

Features:Bubble-tight shutoff, Non-rising stem, Extended bonnet for insulation, Serviceable packing

Know More

Material Stainless Steel
Brand REGO
Usage/Application LNG Vehicle Tank
Model Name/Number MQD100 Series

Application
For venting excess pressure in LNG vehicle tanks.

Engineered for easy connection / disconnection with quick disconnect vent couplers.

Features
Designed for durability and long lasting performance
Materials selected specifically for compatibility with LNG
PTFE seat provides positive shut off at cryogenic temperatures
Temperature range: -325F(-198C) to +150F(+65C)
100% factory tested
Max fueling pressure: 300 psig (20.7 barg)
Max system pressure: 550 psig (38 barg)
Designed in accordance with & approved by ECE R110

Materials
Inlet body....................................................................Stainless Steel Body ..........................................................................Stainless Steel Seat .........................................................................................PTFE Spring ........................................................................Stainless Steel Cap (optional).............................................................................Viny


Superior Cryogenic Insulation

Featuring an extended bonnet, the MQD100 Series is meticulously engineered to minimize thermal loss and ice formation, ensuring optimal insulation during cryogenic service. This design maintains the integrity of media at extremely low temperatures, preserving efficiency and safety in critical liquid and gas flow applications.


Reliable and Durable Construction

Built with a nickel-plated bronze or brass body and stainless steel trim, the valve offers exceptional corrosion resistance and longevity. The adjustable PTFE V-ring packing and soft PTFE seat enhance its sealing performance, providing a bubble-tight shutoff and consistent reliability throughout its extended service life.


Flexible Installation and Usage

The valve's non-rising stem and manual, aluminum handwheel control allow smooth operation in any mounting position. Threaded NPT connections, with optional BSPP, ensure compatibility with varied pipeline systems, making it ideal for distributors, manufacturers, and suppliers involved in cryogenic processes.

FAQ's of Rego MQD100 Series Cryogenic Valve:


Q: How does the extended bonnet design benefit cryogenic applications?

A: The extended bonnet insulates the stem and packing area, significantly reducing heat ingress. This minimizes the risk of ice forming and maintains the integrity of cryogenic liquids and gases during operation, enhancing safety and valve performance in ultra-low temperature environments.

Q: What is the maximum working pressure and temperature range for the MQD100 Series valve?

A: The valve is designed to handle up to 600 psig (41.4 bar) and can operate within a temperature range from -320F to +165F (-196C to +74C), making it suitable for a broad spectrum of cryogenic media.

Q: When should the adjustable PTFE V-ring packing be serviced or maintained?

A: The adjustable PTFE V-ring packing should be inspected periodically for signs of wear or leakage, especially after extended use in demanding cryogenic conditions. Regular maintenance ensures consistent bubble-tight sealing and prolongs the valve's lifespan.

Q: Where can the Rego MQD100 Series cryogenic valve be installed?

A: Thanks to its versatile design, the valve can be mounted in any position. Its threaded NPT end connections accommodate various piping layouts, making it suitable for installation in industrial cryogenic storage, transport systems, and processing plants.

Q: What process is required to change from NPT to BSPP end connections?

A: To obtain BSPP end connections instead of standard NPT threads, indicate this requirement during ordering with your supplier. The manufacturer then provides the valve with BSPP threading, ensuring seamless integration into British Standard piping systems.

Q: How is manual operation achieved and what are the advantages?

A: Manual operation is facilitated by the robust aluminum handwheel, allowing precise control over flow. Manual actuation ensures simple, reliable valve performance even in environments where automated systems might be prohibitive, such as remote or hazardous settings.

Q: What benefits does nickel-plating provide to the valve body?

A: Nickel-plating greatly enhances the valve's resistance to corrosion, especially important in cryogenic and wet environments. This finish extends the valve's usable life and maintains its performance even after prolonged exposure to cold media and challenging conditions.

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Interested in this product? Get Best Quote Rego ES8450 And TES8450 Series Extended Stem Valves, BK9450 And BK9470 Series Extended Bonnet Valves

Minimum Order Quantity : 10 Unit

Interested in this product? Get Best Quote Rego ES8450 And TES8450 Series Extended Stem Valves, BK9450 And BK9470 Series Extended Bonnet Valves

Application:Extended Stem and Bonnet Valves for cryogenic liquid cylinders and tanks

Connection Type:Threaded

Control System:Manual

Disc:Brass (valve seat) / PTFE

Features:Easy operation in low temperature environments, Insulated handwheel

Know More

Usage/ApplicationLNG Fueling
BrandREGO
Model Name/NumberExtended Stem Valves & Extended Bonnet Valves

Application

For use as a trycock valve or hose drain valve on cryogenic tanks, or as a use, liquid fill, or vent valve on mini-bulk cryogenic tanks. These valves can be used also for other cold gas applications requiring extended stem valves as LNG fueling.

Features
  • Union bonnet
  • One piece stainless steel stem
  • Conical seat design.
  • Maximum working pressure is 600 psig (42 barg).
  • Working temperature is 320 F to +165 F. (-196 C to 74 C)
  • Cleaned for oxygen service per CGA G-4.1.
  • Working temperature range is -320 F to +165 F. (-196 C to +74 C)
  • 100% Factory Tested
TES8450 Series specific feature:
  • Grafoil packing
  • Approved by PED and TPED
ES8450 Series specific feature:
  • Manual torque compression packing.
BK9450 and BK9470 Series specific feature:
  • Extended bonnet and spring loaded packing.
BK9470 Series specific feature:
  • 304 St. Stl Tube brazed into both ends.
Materials
  • Body Brass
  • Bonnet Brass
  • Seat Disc PCTFE
  • Bonnet Gasket PTFE
  • Handwheel Aluminum
  • Packing PTFE
  • Stem Stainless Steel
  • Packing(TES) Grafoil

BK 9470 Series

 

Ordering Information


Part NumberInlet/Outlet ConnectionsHeight "A"Body Width "B"Width with Tube "C"Cv Factor
ES8452 FNPT4.2 2.5 0.70
TES8452
ES84533/8 FNPT1.10
TES8453
ES8454 FNPT
TES8454
BK9452 FNPT6.5 0.70
BK94533/8 FNPT1.10
BK9454 FNPT
BK9453FA5/8 OD tubing x 3/8 FNPT4.0
BK9475A5/8 OD tubing both ends



Superior Reliability for Challenging Installations

These extended stem and bonnet valves are crafted to suit both vertical and horizontal mounting, seamlessly fitting complex installations such as cryogenic liquid tanks and hard-to-access propane cylinders. Their robust construction and compliance with CGA, UL, and DOT/TC standards guarantee dependable performance.


High-Performance Materials and Ergonomic Design

Employing a blend of brass, stainless steel, and PTFE, the valves withstand cryogenic temperatures and resist chemical exposure. The handwheel is made of impact-resistant, chemical-proof thermoplastic, which ensures user-friendly operation and exceptional durabilityeven in low-temperature environments.

FAQs of Interested in this product? Get Best Quote Rego ES8450 And TES8450 Series Extended Stem Valves, BK9450 And BK9470 Series Extended Bonnet Valves:


Q: How are the Rego ES8450, TES8450, BK9450, and BK9470 series valves typically installed?

A: These valves support both vertical and horizontal mounting orientations, allowing for flexibility in installation on cryogenic liquid cylinders or propane tanks, even in insulated or restricted spaces.

Q: What makes these valves suitable for cryogenic service and LPG/NH3 use?

A: The extended stem and bonnet design prevents freezing and ensures easy access and smooth operation at low temperatures, accommodating service temperatures from -196C to +65C.

Q: When should I use a valve with an extended stem or bonnet?

A: Extended stem or bonnet valves are ideal for installations where access is difficult due to insulation or tight spaces, or where operation at extremely low temperatures is required to prevent operator contact with cold surfaces.

Q: Where can these valves be applied, given their design and certifications?

A: These valves are compliant with CGA, UL, and DOT/TC standards, making them appropriate for LPG, NH3, and cryogenic media such as liquid oxygen, nitrogen, argon, CO2, and LNG in both industrial and commercial settings.

Q: What is the process for operating these valves?

A: Operation is manual, using the insulated, chemical-resistant handwheel for simple shut-off or flow control. Their construction enables safe, smooth turning even under low-temperature conditions.

Q: What are the benefits of choosing these particular models?

A: Selecting these extended stem/bonnet valves ensures reliable performance in challenging environments, user safety through insulated design, resistance to harsh chemicals, and compatibility with standard North American fitting sizes.

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REGO Stainless Steel Angle Globe Valves for Cryogenic Service SKA Advantage Series

Price: 8000 INR

/

Piece

Minimum Order Quantity : 10 Unit

REGO Stainless Steel Angle Globe Valves for Cryogenic Service SKA Advantage Series

Color:Silver

Media:Gas, Water, Oil

Pressure:High Pressure Bar

Usage:Industrial

Know More

Product details

Model Name/Number

SKA Advantage Series

Brand

REGO

Body Material

Stainless Steel

Usage/Application

Cryogenic Liquids


Application RegO/Goddard stainless steel angle globe valves are designed for handling cryogenic liquids. Designed for fill manifolds applications of bulk tanks. RegO Kold-Seal stem seal technology assures a tight seal preventing gas loss. The conical seat design allows exceptional flow, positive shut off and less chance of debris accumulation in the flow path resulting in an overall longer service life. Maintenance on the packing and seat is quick and easy. Ideal service medium includes Oxygen, Nitrogen, Argon, Carbon Dioxide, Nitrous Oxide, Methane, Ethane, Ethylene, Krypton, and LNG.

  • Features  Sizes: 1 through 1
  • Connection: Socket Weld
  • Service: Liquefied and vaporized atmospheric gases, LNG
  • Temperature rating: -320 F to +150 F (-196 C to +65 C)
  • Pressure rating: Cold, Non-Shock, 720 psig (50 barg) Class 300 (PN 50)
  • Cleaned for Oxygen service per CGA G-4.1 Soft Seat: PCTFE material which is the most widely specified cryogenic seat material in the industry
  • Stem Packing: Proven Kold-Seal technology, live-loaded PTFE Conical seat, provides more Cv
  • Seat assembly without nut and washer. No loose materials from vibration. Less chance of failure
  • Pressure relief system of the bonnet increases life of packing system
  • Ergonomic handwheels for ease of use
  • 100% factory tested. Each valve is individually bagged and boxed to arrive in factory new condition until installation


Materials

  • Body  : Stainless Steel ASTM A351 CF8 Bonnet and Tube .Stainless Steel ASTM A351 CF8/ASTM A479 type 304 Stem : .Stainless Steel ASTM A582 S30300
  • Spring: Stainless Steel ASTM A313 S30200
  • Packing.:. Live-loaded PTFE Packing
  • Gasket: .PTFE 25% Glass Fill
  • Seat Disc :.PCTFE ASTM D1430
  • Seat Retainer.:  Brass ASTM B16 Bonnet Screws : ASTM B16 C36000
  • Handwheel: Painted Aluminum
  • PED Certified
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Safety Relief Valves

Minimum Order Quantity : 10 , , Piece

Safety Relief Valves

Application:Industrial Process Safety, Steam, Air, Gas, Water Systems

Connection Type:Screwed / Flanged

Control System:Spring Control

Disc:Stainless Steel

Features:Corrosion Resistant, Precise Set Pressure, Leak Proof

Know More

To serve clients in best possible manner, we are involved in offering quality tested Safety Relief Valves. Offered valves are mainly designed for controlling or limiting pressure in a system to prevent any damage to equipment or failure of a system. Provided valves are made using top-notch grade components by our adept professionals with latest innovative techniques. Offered valves find their applications in food processing, oil refinery, beverage and chemical industries. Provided valves are available in various specifications as per clients demand. In addition to this, offered Safety Relief Valves are made using premium grade components by our dexterous professionals. 

The term “Safety Relief Valve” is generic term used to describe a variety of pressure relief devices. We offer a wide range of valves based on the application and required performance criteria these are multiport type and single port type (SRVs), pressure relief valves, thermal safety valves (TSVs) and Pop action valves (PAVs). The different designs are required to meet numerous national standards.

Because safety valves are often the last device to prevent catastrophic failure under pressure conditions, it is important that these valves works at all times i.e. it must be 100% reliable.

  • Our offered Multiport Pressure Relief Valves are used for large storage containers

We also offer Rego valves that are available in various dimensions from ¼”, ½”, ¾”, 1”, 2” in Brass and SS MOC.

 Product details 

Usage/Application

Industrial

Material

Mild Steel

Finishing Type

Paint Coated

Country of Origin

Made in India

No. Of Cylinder

4 Cylinder

 

 



Precision Engineered for Industrial Safety

Safety Relief Valves are crucial for protecting equipment and personnel across steam, air, gas, and water systems. Designed with PTFE or metal sealing and a stainless steel disc, these valves combine high integrity with excellent corrosion resistance, suitable for demanding environments in power plants, process industries, and water systems.


Flexible Connection and Surface Finish Options

Choose from BSP/NPT female or ANSI/DIN flanged end connections, allowing seamless installation into existing systems. Valves are available in mirror, matt, or coated finishes to match your operational requirements and enhance durability, ensuring a longer service life even in corrosive settings.

FAQs of Safety Relief Valves:


Q: How should Safety Relief Valves with these specifications be installed?

A: These valves are designed specifically for vertical installation to guarantee optimal performance and safety. Ensure the end connection (BSP/NPT female or ANSI/DIN flange) matches your existing pipeline. Proper orientation is crucial for reliable pressure relief operation.

Q: What types of media are suitable for use with these Safety Relief Valves?

A: Our valves accommodate a broad range of media, including steam, gas, air, and various liquids, making them ideal for industrial process safety applications across different sectors.

Q: When should I consider selecting a mirror, matt, or coated surface finish?

A: Select the surface finish based on your operational environment: mirror for easy cleaning and aesthetic value, matt for minimal glare and wear resistance, and coated finishes for enhanced protection against corrosive atmospheres.

Q: Where are these valves typically applied?

A: These Safety Relief Valves are widely used in steam lines, air and gas pipelines, water supply systems, and a variety of industrial process safety applications. They are common in manufacturing plants, utilities, and power generation facilities.

Q: What is the process for setting the pressure and maintaining precise control?

A: The control system relies on a calibrated spring mechanism, allowing operators to set the desired opening pressure up to 20 bar. The seat leakage is tested per API Std. 527, ensuring precise, leak-proof shut-off and operation.

Q: How does using a spring-loaded, closed bonnet structure benefit system safety?

A: The spring-loaded, closed bonnet design delivers fast, reliable opening and closing action during overpressure events, reduces potential fugitive emissions, and protects the internal parts, enhancing longevity and preventing leakage.

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REGO Bulk Vessel Safety ASSE

Minimum Order Quantity : 10 Unit

REGO Bulk Vessel Safety ASSE

Application:Bulk Vessel Safety

Connection Type:Female NPT

Control System:Spring Loaded

Disc:Corrosion Resistant Material

Features:Tamper-proof adjustment, Reliable operation, High capacity discharge

Know More

BrandREGO

Application
RegO provides a complete unitized solution for pressure relief devices assembled in a factory setting ready for attachment to cryogenic bulk tanks. Ideal for OEM applications where pre-fabricated assemblies are favored to streamline construction. Excellent for protecting bulk liquid vessels, transport trailers, industrial pipelines and LNG systems.

Features
 High flow rates complement our AR series pressure relief valves and burst disks
Valve side selection is accomplished with a heavy-duty control arm clearly labeled for positive isolation
RegO needle valves accessorize for easy bleed of gas before removing pressure relief devices
Pressure Rating: 600 psig (41.37 barg) CWP
Temperature Rating: -320 F (-196 C) to +165 F (+74 C)
Cleaned for Oxygen service per CGA G-4.1
Packaged ready for installation

Certifications
A - ASME, TPED, PED
B - ASME, TPED, PED
N - TPED, PED


High-Capacity Safety Compliance

Designed to comply with NFPA 58, the REGO Bulk Vessel Safety ASSE guarantees secure and efficient protection for LPG storage tanks and bulk vessels. Its spring-loaded relief valve supports high flow rates, ensuring rapid response and leak-free operation when safety is critical.


Robust Material and Reliable Mounting

Featuring a nickel-plated brass body with stainless steel and PTFE/Teflon components, this valve resists corrosion and wears under harsh conditions. The vertical mounting design facilitates straightforward installation and maintenance, supporting both bulk vessels and large storage tanks.


Tamper-Proof Adjustment for Lasting Performance

With an integrated tamper-proof adjustment mechanism, users benefit from consistent pressure settings and reliable manual control. The valve covers a pressure range of 250-400 PSIG, ensuring safety across various operational environments and media.

FAQ's of REGO Bulk Vessel Safety ASSE:


Q: How does the REGO Bulk Vessel Safety ASSE ensure reliable protection for LPG storage tanks and bulk vessels?

A: The valve employs a spring-loaded relief mechanism combined with a bubble-tight seat and tamper-proof adjustment. These features help maintain consistent set pressure and prevent unintentional changes, ensuring immediate leak-free relief for safe vessel operation.

Q: What is the process for installing the safety relief valve on storage tanks or bulk vessels?

A: Installation involves vertically mounting the valve using its 1-inch Female NPT connection, following ASME and NFPA 58 standards. Ensuring proper orientation and securely tightening the fittings guarantees optimal sealing and reliable operation.

Q: When should the valve be used in bulk vessel operations?

A: The safety relief valve should be installed during initial setup or maintenance of LPG storage tanks or bulk vessels, particularly when regulatory compliance and high flow capacity are required to manage potential over-pressure scenarios.

Q: Where is the REGO Bulk Vessel Safety ASSE typically utilized?

A: This valve is suitable for various industrial settings across India, including LPG storage facilities, bulk transportation vessels, and locations handling LP-Gas, anhydrous ammonia, air, or similar vapors.

Q: How does the valve benefit operators and maintenance personnel?

A: Operators gain peace of mind from tamper-proof adjustment and bubble-tight reliability, reducing the likelihood of leaks or unsafe pressures. Maintenance is streamlined due to its corrosion-resistant materials and straightforward vertical mounting design.

Q: What media and temperature ranges can the valve safely accommodate?

A: The valve is designed for LP-Gas, anhydrous ammonia, air, and vapors, operating efficiently within a temperature range from -40F to +165F (-40C to +74C), making it suitable for diverse climate conditions.

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