LnT Make IBR Ball Valve Energy Miser

Price 8000 INR/ Unit

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LnT Make IBR Ball Valve Energy Miser Specification

Pressure
Up to 50 bar

Structure
Floating Ball, Two Piece Design

Connection
Flanged Ends as per ASME B16.5

Caliber
Full Bore/Reduced Bore

Channels
Two Way

Material
Forged Carbon Steel (ASTM A105), Stainless Steel (ASTM A182 Gr. F316/F304)

Power
Manual Operation

Media
Steam, Water, Oil, Gas

Temperature of Media
Up to 220C

Port Size
15mm to 150mm ( to 6) nominal bore

Flange
Flanged End, Class 150/300

Finish
Shot blasted and corrosion resistant coating

Application
Steam and utility lines, condensate handling, process application

Body Test Pressure
76 bar (Hydrostatic)

Leakage Class
CLASS VI

Fire Safe Feature
Yes

Operation
Lever Operated, Gear Operated (for large sizes)

Product Type
IBR Ball Valve Energy Miser

Seat Test Pressure
56 bar (Hydrostatic)

Size Range
to 6

Blowout Proof Design
Yes, Antistatic Stem Design

End Connection Standard
ASME B16.5 / DIN / IS Standard

About LnT Make IBR Ball Valve Energy Miser

The Energy Miser is an IBR-certified valve that has revolutionized the concept of using ball valves for steam applications.

- Catalogue no : L6RBTC / L6RSWC / L6FBTC / L6FBWC

- Material: Carbon Steel

- Size range: 15mm to 50mm

- Pressure rating: CWP 69

- End connection: Screwed / Socket weld

Advanced Safety and Reliability

LnT IBR Ball Valve Energy Miser integrates a blowout-proof design, antistatic stem, and fire-safe features, ensuring maximum safety in demanding environments. These engineering enhancements protect against unexpected valve failures and static discharge, making the valve suitable for critical utility and process applications.

Versatile Application and Performance

With compatibility for steam, water, oil, and gas, and a temperature threshold of 220C, this valve is ideal for a wide range of industrial uses. Its two-way channel, floating ball, and two-piece configuration ensure precise and efficient media control, supporting process integrity across high-pressure systems.

Quality Materials and Durability

Manufactured using forged carbon steel and stainless steel options, the valve is shot blasted and finished with corrosion-resistant coatings. These quality materials guarantee longevity, reliability, and resistance to aggressive media encountered in industrial utility and condensate handling operations.

FAQ's of LnT Make IBR Ball Valve Energy Miser:

Q: How is the LnT IBR Ball Valve Energy Miser operated?

A: The valve can be operated manually using a lever for standard sizes or a gear mechanism for larger sizes, allowing smooth and safe operation in various installations.

Q: What types of media can this ball valve handle?

A: It is designed for use with steam, water, oil, and gas, making it suitable for a diverse array of industrial and utility applications.

Q: When should full bore or reduced bore valves be used?

A: Full bore valves are preferred when minimal flow restriction and easier pipeline cleaning are needed, while reduced bore valves are ideal when space or flow optimization is a consideration with compatible processes.

Q: Where can the LnT IBR Ball Valve Energy Miser be installed?

A: It is meant for installation on steam and utility lines, condensate handling systems, and various process pipelines in industries such as power generation, chemical processing, and oil and gas.

Q: What process conditions can this valve withstand?

A: The valve is suitable for operations up to 50 bar pressure and media temperatures reaching 220C, accommodating rigorous hydrostatic pressure tests and meeting ASME B16.5 standards.

Q: How does the fire-safe and antistatic stem design benefit users?

A: The fire-safe feature helps maintain sealing integrity during fire incidents, and the antistatic stem design prevents static buildup, improving safety for facilities handling flammable media.

Q: What are the main benefits of choosing the LnT IBR Ball Valve Energy Miser?

A: Key benefits include high reliability, robust safety features, corrosion resistance, precise flow control, and compliance with global standards, delivering long-term value across critical process and utility applications.

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