ISO Butterfly Valve | TJL

Triple Eccentric Valve / ISO 5752

ISO 5752 Triple Eccentric Butterfly Valve For Water Service

TJL's ISO 5752 Series 13 triple eccentric butterfly valve gives project teams a starting point for standards, flange connection, body material, sealing structure, and media fit. Review the specification with an industrial butterfly valve manufacturer or a butterfly valve supplier when fresh water, sewage, sea water, or air service is part of the inquiry.

ISO 5752Series 13 and 14 FTF references
DN100-DN2600Listed diameter span in table
-10C to 100CListed temperature range
TJL ISO 5752 Series 13 triple eccentric butterfly valve

Service-Media Checks

Separate Media Conditions Before Confirming The Valve

The same product table can support different service discussions, but the final inquiry should still name the actual medium, pressure, temperature, and material expectations.

Fresh Water

Confirm Pressure Class

Match the nominal pressure and seal/shell test values before selecting the valve for clean-water service.

Sewage

Review Sealing Structure

Discuss how the NBR sealing ring, stainless steel seat, and replaceable sealing design fit the application's solids and maintenance expectations.

Sea Water

Check Material Exposure

Use the material list as a starting point, then confirm corrosion and anti-scouring expectations for the project environment.

Air And Other Media

Name Operating Conditions

Include temperature, pressure, flange standard, actuator preference, and installation notes when the service is not a simple water line.

Standards And Performance Table

Keep Standards, Dimensions, And Test Values Together

For a triple eccentric butterfly valve inquiry, standards references and performance values should travel together so the supplier can check the requested configuration efficiently.

Design standardBS EN593, BS5155, API609, DIN3354
Face-to-face dimensionISO 5752 Series 13 and 14, BS EN558 Series 13 and 14, API609, DIN3202, ASME B16.10
Flange connectionAWWA C207, DIN 2501 PN10-16-25, EN1092 PN10-16-25
Driving-device flangeConnecting bracket complying with ISO5211
Nominal diameterDN100-DN2600, DN100-DN1200, and DN600-DN300 ranges appear by pressure grouping
Nominal pressure1.0, 1.6, and 0.6 are listed in the performance table
Test pressureSeal: 1.1 / 1.76 / 0.66; shell: 1.5 / 2.4 / 0.9
Applicable temperature-10C to 100C

Material And Sealing Stack

Align Body, Seal, Seat, Stem, And Sleeve

Material names are most useful when they are tied to the component they describe. Use this stack to prepare a clearer specification discussion.

Body And Seat

  • Ductile iron body

  • Inlaid or surfacing welded stainless steel valve seat

  • Seat described for anti-scouring ability

Sealing Structure

  • V-type NBR nitrile rubber sealing rings

  • 4-6 pieces named in product details

  • Adjustable sealing at the upper shaft end

Stem And Torque Transfer

  • Eccentric double half-shaft stem design

  • Copper alloy shaft sleeve

  • Cylindrical pin for torque transfer

Related TJL Valve Options

Compare Adjacent Triple Eccentric Valve Pages

These related product pages keep the comparison inside TJL's triple eccentric butterfly valve range and link each card to its own detail page.

TJL pneumatic triple eccentric butterfly valve

Pneumatic Triple Eccentric

Use this page when pneumatic actuation is part of the control requirement.

View Pneumatic Valve
TJL ANSI triple eccentric butterfly valve

ANSI Triple Eccentric

Compare this option when the project brief uses ANSI-oriented valve references.

View ANSI Valve
TJL DN1200 electric flange triple eccentric butterfly valve

DN1200 Electric Flange

Review this valve when electric operation and a large flange configuration are required.

View DN1200 Valve
TJL DN2000 ISO 5752 flange triple eccentric butterfly valve

DN2000 ISO 5752 Flange

Use this detail page when a heavier flow project needs a larger ISO 5752 flange valve comparison.

View DN2000 Valve

Related Reading

Review Standards, Supplier Fit, And Materials

These TJL notes help refine the service-media and material questions before the project team sends a valve inquiry.

Fresh Water, Sewage, And Sea Water

Use this reading when the main uncertainty is how the service medium should shape the valve discussion.

Read Service Notes

Wholesale Triple Eccentric Projects

Review supplier-positioning considerations when the project involves repeated orders, distribution, or batch sourcing.

Read Supplier Notes

Ductile Iron, NBR, And Stainless Seat

Check how component-level material names should be read before treating them as complete performance requirements.

Read Material Notes

Specification FAQ

ISO 5752 Triple Eccentric Valve Questions

Which face-to-face standards are listed for this valve?

The product page lists ISO 5752 Series 13 and 14, BS EN558 Series 13 and 14, API609, DIN3202, and ASME B16.10 face-to-face references.

What service media are listed?

The performance table lists fresh water, sewage, sea water, air, and related media. Final selection should still match the project's pressure, temperature, and material requirements.

Which body, seal, and seat materials are named?

The product details name a ductile iron body, NBR nitrile rubber V-type sealing rings, and an inlaid or surfacing welded stainless steel valve seat.

What nominal diameter range appears in the table?

The main performance table includes ranges such as DN100-DN2600, DN100-DN1200, and DN600-DN300 across different pressure groupings.

What temperature range is listed?

The applicable temperature range is listed as -10C to 100C.

What should be included in an inquiry?

Include nominal diameter, pressure class, media, temperature, flange reference, actuator or gear preference, sealing material expectations, and quantity or project schedule.

Skype
Email
TOP