PIP PNSMV014 - Low and Intermediate Alloy Steel Globe Valve Descriptions

TECHNICAL REVISION November 2005

Process Industry Practices Piping

PIP PNSMV014 Low and Intermediate Alloy Steel

Globe Valve Descriptions

Copyright Process Industry Practices Provided by IHS under license with PIP Licensee=Technip La Defense/5931917103

Not for Resale, 06/08/2007 14:24:57 MDTNo reproduction or networking permitted without license from IHS

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PURPOSE AND USE OF PROCESS INDUSTRY PRACTICES In an effort to minimize the cost of process industry facilities, this Practice has been prepared from the technical requirements in the existing standards of major industrial users, contractors, or standards organizations. By harmonizing these technical requirements into a single set of Practices, administrative, application, and engineering costs to both the purchaser and the manufacturer should be reduced. While this Practice is expected to incorporate the majority of requirements of most users, individual applications may involve requirements that will be appended to and take precedence over this Practice. Determinations concerning fitness for purpose and particular matters or application of the Practice to particular project or engineering situations should not be made solely on information contained in these materials. The use of trade names from time to time should not be viewed as an expression of preference but rather recognized as normal usage in the trade. Other brands having the same specifications are equally correct and may be substituted for those named. All Practices or guidelines are intended to be consistent with applicable laws and regulations including OSHA requirements. To the extent these Practices or guidelines should conflict with OSHA or other applicable laws or regulations, such laws or regulations must be followed. Consult an appropriate professional before applying or acting on any material contained in or suggested by the Practice.

This Practice is subject to revision at any time by the responsible Function Team and will be reviewed every 5 years. This Practice will be revised, reaffirmed, or withdrawn. Information on whether this Practice has been revised may be found at www.pip.org.

© Process Industry Practices (PIP), Construction Industry Institute, The University of Texas at Austin, 3925 West Braker Lane (R4500), Austin, Texas 78759. PIP member companies and subscribers may copy this Practice for their internal use. Changes, overlays, addenda, or modifications of any kind are not permitted within any PIP Practice without the express written authorization of PIP.

PIP will not consider requests for interpretations (inquiries) for this Practice.

PRINTING HISTORY

August 1996 Issued February 2000 Revision November 2005 Technical Revision February 1999 Complete Revision June 2000 Revision December 1999 Revision June 2001 Technical Correction

Not printed with State funds



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TECHNICAL REVISION November 2005

Process Industry Practices Page 1 of 15

Process Industry Practices Piping

PIP PNSMV014 Low and Intermediate Alloy Steel

Globe Valve Descriptions

Table of Contents

1. Introduction................................. 02 1.1 Purpose ........................................... 1H1H2 1.2 Scope .............................................. 2H2H2

2. References .................................. 3H3H2 2.1 Process Industry Practices (PIP) .... 4H4H2

3. Valve Designation System......... 5H5H2

4. Notes ........................................... 6H6H2

5. Cross Reference ......................... 7H7H3

6. Valve Descriptions ..................... 8H8H4



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PIP PNSMV014 TECHNICAL REVISION Low and Intermediate Alloy Steel Globe Valve Descriptions November 2005

Page 2 of 15 Process Industry Practices

1. Introduction

1.1 Purpose This Practice provides requirements for suppliers providing low and intermediate alloy steel globe valves included in PIP Piping Line Class Material Specifications.

1.2 Scope This Practice describes the requirements for low and intermediate alloy steel globe valves.

2. References

Applicable parts of the following Practice shall be considered an integral part of this Practice. The edition in effect on the date of contract award shall be used, except as otherwise noted. Short titles will be used herein where appropriate.

2.1 Process Industry Practices (PIP) – PIP PNSMV002 - Valve Commodity Code System

3. Valve Designation System

3.1 For a full explanation of the format used to structure the valve numbers listed within this Practice, refer to PIP PNSMV002.

3.2 This Practice provides descriptions for gate valves. Therefore, the first two characters in the valve numbers are GL.

3.3 The valves listed in Sections 5 and 6 of this Practice are sorted by the unique valve number designation in ascending alphanumeric sequence (e.g., GL01CJ500, GL01CL500, GL03CJ500, etc.).

4. Notes

4.1 Occasionally, valve size ranges listed in this Practice are broader than the size ranges shown for the same valves on a given piping line class material specification. While the “most common practice” has been used to specify valve size ranges on line class specifications, a purchaser may need to utilize a valve in a size outside this “common practice” choice. Thus, for reference purposes, the full size range for which a given valve is typically manufactured is shown in this Practice.

4.2 Requirements for gear operators for globe valves will not be specified in piping line specifications or valve specifications. Purchasers shall define the requirements for gear operators in their specifications.



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TECHNICAL REVISION PIP PNSMV014 November 2005 Low and Intermediate Alloy Steel Globe Valve Descriptions


5. Cross Reference

Valve Number Applicable Line Classes

GL01CJ500 1CJ1S01

GL01CK500 1CK1S01

GL01CL500 1CL1S01

GL01CM500 1CM1S01

GL03CJ500 3CJ1S01

GL03CK500 3CK1S01

GL03CL500 3CL1S01

GL03CM500 3CM1S01

GL06CJ500 6CJ1S01 GL06CJ800 6CJ1S02

GL06CK500 6CK1S01

GL06CL500 6CL1S01

GL06CM500 6CM1S01

GL08CJ300 1CJ1S01, 3CJ1S01, 6CJ1S01 GL08CJ301 6CJ1S02

GL08CK300 1CK1S01, 3CK1S01, 6CK1S01

GL08CL300 1CL1S01, 3CL1S01, 6CL1S01

GL08CM300 1CM1S01, 3CM1S01, 6CM1S01

GL09CJ500 9CJ1S01 GL09CJ800 9CJ1S02

GL09CK500 9CK1S01

GL09CL500 9CL1S01

GL09CM500 9CM1S01



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GL15CJ300 9CJ1S01, 15CJ1S01 GL15CJ301 9CJ1S02, 15CJ1S02 GL15CJ500 15CJ1S01 GL15CJ800 15CJ1S02

GL15CK300 15CK1S01 GL15CK500 15CK1S01

GL15CL300 9CL1S01, 15CL1S01 GL15CL500 9CL1S01, 15CL1S01

GL15CM300 9CM1S01, 15CM1S01 GL15CM500 15CM1S01

6. Valve Descriptions

Description of GLOBE Valve (GL01CJ500): (2 -to- 16) Type: .......................... GLOBE Class: ......................... 150 Ends: .......................... RF FLG Body/Bonnet:.............. 1-1/4 CR – 1/2 MO (ASTM A182-F11 CL2/A217-WC6) Trim: ........................... 13 CR, HARDFACE SEATS, API 600 TRIM #8 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE

WITH ANTI-EXTRUSION RINGS Type: .......................... DISC Gaskets: ..................... API 600 Bolts/Nuts................... BOLTS: ASTM A193 GR B16

NUTS: ASTM A194 GR 4 The standards are:

DESIGN - API 600, AS APPLICABLE ENDS - ASME B16.5 RATING - ASME B16.34 TESTING - API 598 DIMENSIONAL - ASME B16.10

Description of GLOBE Valve (GL01CK500): (2 -to- 16) Type: .......................... GLOBE Class: ......................... 150 Ends: .......................... RF FLG Body/Bonnet:.............. 2-1/4 CR – 1 MO (ASTM A182-F22 CL3/A217-WC9) Trim: ........................... 13 CR, HARDFACE SEATS, API 600 TRIM #8 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE






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Description of GLOBE Valve (GL01CL500): (2 -to- 16) Type: .......................... GLOBE Class: ......................... 150 Ends: .......................... RF FLG Body/Bonnet:.............. 5 CR – 1/2 MO (ASTM A182-F5/A217-C5) Trim: ........................... 13 CR, HARDFACE SEATS, API 600 TRIM #8 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE




Description of GLOBE Valve (GL01CM500): (2 -to- 16) Type: .......................... GLOBE Class: ......................... 150 Ends: .......................... RF FLG Body/Bonnet:.............. 9 CR – 1 MO (ASTM A182-F9/A217-C12) Trim: ........................... 13 CR, HARDFACE SEATS, API 600 TRIM #8 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet-Type:.............. BOLTED Stem Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE










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Description of GLOBE Valve (GL03CM500): (2 -to- 12) Type: .......................... GLOBE Class: ......................... 300 Ends: .......................... RF FLG Body/Bonnet:.............. 9 CR – 1 MO (ASTM A182-F9/A217-C12) Trim: ........................... 13 CR, HARDFACE SEATS, API 600 TRIM #8 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE






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Description of GLOBE Valve (GL06CJ800): (2 -to- 12) Type: .......................... GLOBE Class: ......................... 600 Ends: .......................... BW Body/Bonnet:.............. 1-1/4 CR – 1/2 MO (ASTM A182-F11 CL2/A217-WC6) Trim: ........................... 13 CR, FULL STELLITE, API 600 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE










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Description of GLOBE Valve (GL06CM500): (2 -to- 12) Type: .......................... GLOBE Class: ......................... 600 Ends: .......................... RF FLG Body/Bonnet:.............. 9 CR – 1 MO (ASTM A182-F9/A217-C12) Trim: ........................... 13 CR, HARDFACE SEATS, API 600 TRIM #8 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE




Description of GLOBE Valve (GL08CJ300): (1/2 -to- 2) Type: .......................... GLOBE Class: ......................... 800 Ends: .......................... SW Body/Bonnet:.............. 1-1/4 CR – 1/2 MO (ASTM A182-F11 CL2/A217-WC6) Trim: ........................... 13 CR, HARDFACE SEATS, API 602 TRIM #8 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE



DESIGN - API 602, AS APPLICABLE ENDS - ASME B16.11 RATING - API 602 DIMENSIONAL - MFG STD



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Description of GLOBE Valve (GL08CJ301): (1/2 -to- 2) Type: .......................... GLOBE Class: ......................... 800 Ends: .......................... SW Body/Bonnet:.............. 1-1/4 CR – 1/2 MO (ASTM A182-F11 CL2/A217-WC6) Trim: ........................... 13 CR, FULL STELLITE, API 602 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. WELDED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE

WITH ANTI-EXTRUSION RINGS Type: .......................... DISC The standards are:


Description of GLOBE Valve (GL08CK300): (1/2 -to- 2) Type: .......................... GLOBE Class: ......................... 800 Ends: .......................... SW Body/Bonnet:.............. 2-1/4 CR – 1 MO (ASTM A182-F22 CL3/A217-WC9) Trim: ........................... 13 CR, HARDFACE SEATS, API 602 TRIM #8 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE




Description of GLOBE Valve (GL08CL300): (1/2 -to- 2) Type: .......................... GLOBE Class: ......................... 800 Ends: .......................... SW Body/Bonnet:.............. 5 CR – 1/2 MO (ASTM A182-F5/A217-C5) Trim: ........................... 13 CR, HARDFACE SEATS, API 602 TRIM #8 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE






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Description of GLOBE Valve (GL08CM300): (1/2 -to- 2) Type: .......................... GLOBE Class: ......................... 800 Ends: .......................... SW Body/Bonnet:.............. 9 CR – 1 MO (ASTM A182-F9/A217-C12) Trim: ........................... 13 CR, HARDFACE SEATS, API 602 TRIM #8 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE




Description of GLOBE Valve (GL09CJ500): (3 -to- 14) Type: .......................... GLOBE Class: ......................... 900 Ends: .......................... RF FLG Body/Bonnet:.............. 1-1/4 CR – 1/2 MO (ASTM A182-F11 CL2/A217-WC6) Trim: ........................... 13 CR, FULL STELLITE, API 600 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE




Description of GLOBE Valve (GL09CJ800): (3 -to- 16) Type: .......................... GLOBE Class: ......................... 900 Ends: .......................... BW Body/Bonnet:.............. 1-1/4 CR – 1/2 MO (ASTM A182-F11 CL2/A217-WC6) Trim: ........................... 13 CR, FULL STELLITE, API 600 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. PRESSURE SEAL Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE

WITH ANTI-EXTRUSION RINGS Type: .......................... DISC Gaskets: ..................... MFG STD Bolts/Nuts................... BOLTS: ASTM A193 GR B16


DESIGN - ASME B16.34 ENDS - ASME B16.25 RATING - ASME B16.34 TESTING - API 598 DIMENSIONAL - ASME B16.10 or MFG STD



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Description of GLOBE Valve (GL09CK500): (3 -to- 14) Type: .......................... GLOBE Class: ......................... 900 Ends: .......................... RF FLG Body/Bonnet:.............. 2-1/4 CR – 1 MO (ASTM A182-F22 CL3/A217-WC9) Trim: ........................... 13 CR, FULL STELLITE, API 600 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE




Description of GLOBE Valve (GL09CL500): (3 -to- 14) Type: .......................... GLOBE Class: ......................... 900 Ends: .......................... RF FLG Body/Bonnet:.............. 5 CR – 1/2 MO (ASTM A182-F5/A217-C5) Trim: ........................... 13 CR, FULL STELLITE, API 600 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE




Description of GLOBE Valve (GL09CM500): (2 -to- 14) Type: .......................... GLOBE Class: ......................... 900 Ends: .......................... RF FLG Body/Bonnet:.............. 9 CR – 1 MO (ASTM A182-F9/A217-C12) Trim: ........................... 13 CR, FULL STELLITE, API 600 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE






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Description of GLOBE Valve (GL15CJ300): (1/2 -to- 2) Type: .......................... GLOBE Class: ......................... 1500 Ends: .......................... SW Body/Bonnet:.............. 1-1/4 CR – 1/2 MO (ASTM A182-F11 CL2/A217-WC6) Trim: ........................... 13 CR, FULL STELLITE, API 602 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE




Description of GLOBE Valve (GL15CJ301): (1/2 -to- 2) Type: .......................... GLOBE Class: ......................... 1500 Ends: .......................... SW Body/Bonnet:.............. 1-1/4 CR – 1/2 MO (ASTM A182-F11 CL2/A217-WC6) Trim: ........................... 13 CR, FULL STELLITE, API 602 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. WELDED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE

WITH ANTI-EXTRUSION RINGS Type: .......................... DISC The standards are:


Description of GLOBE Valve (GL15CJ500): (2 -to- 12) Type: .......................... GLOBE Class: ......................... 1500 Ends: .......................... RF FLG Body/Bonnet:.............. 1-1/4 CR – 1/2 MO (ASTM A182-F11 CL2/A217-WC6) Trim: ........................... 13 CR, FULL STELLITE, API 600 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE






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Description of GLOBE Valve (GL15CJ800): (3 -to- 16) Type: .......................... GLOBE Class: ......................... 1500 Ends: .......................... BW Body/Bonnet:.............. 1-1/4 CR – 1/2 MO (ASTM A182-F11 CL2/A217-WC6) Trim: ........................... 13 CR, FULL STELLITE, API 600 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. PRESSURE SEAL Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE

WITH ANTI-EXTRUSION RINGS Type: .......................... DISC Gaskets: ..................... MFG STD Bolts/Nuts................... BOLTS: ASTM A193 GR B16


DESIGN - ASME B16.34 ENDS - ASME B16.25 RATING - ASME B16.34 TESTING - API 598 DIMENSIONAL - ASME B16.10 or MFG STD

Description of GLOBE Valve (GL15CK300): (1/2 -to- 2) Type: .......................... GLOBE Class: ......................... 1500 Ends: .......................... SW Body/Bonnet:.............. 2-1/4 CR – 1 MO (ASTM A182-F22 CL3/A217-WC9) Trim: ........................... 13 CR, FULL STELLITE, API 602 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE




Description of GLOBE Valve (GL15CK500): (2 -to- 12) Type: .......................... GLOBE Class: ......................... 1500 Ends: .......................... RF FLG Body/Bonnet:.............. 2-1/4 CR – 1 MO (ASTM A182-F22 CL3/A217-WC9) Trim: ........................... 13 CR, FULL STELLITE, API 600 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE






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Description of GLOBE Valve (GL15CL300): (1/2 -to- 2) Type: .......................... GLOBE Class: ......................... 1500 Ends: .......................... SW Body/Bonnet:.............. 5 CR – 1/2 MO (ASTM A182-F5/A217-C5) Trim: ........................... 13 CR, FULL STELLITE, API 602 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE




Description of GLOBE Valve (GL15CL500): (2 -to- 12) Type: .......................... GLOBE Class: ......................... 1500 Ends: .......................... RF FLG Body/Bonnet:.............. 5 CR – 1/2 MO (ASTM A182-F5/A217-C5) Trim: ........................... 13 CR, FULL STELLITE, API 600 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE




Description of GLOBE Valve (GL15CM300): (1/2 -to- 2) Type: .......................... GLOBE Class: ......................... 1500 Ends: .......................... SW Body/Bonnet:.............. 9 CR – 1 MO (ASTM A182-F9/A217-C12) Trim: ........................... 13 CR, FULL STELLITE, API 602 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE






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Description of GLOBE Valve (GL15CM500): (2 -to- 12) Type: .......................... GLOBE Class: ......................... 1500 Ends: .......................... RF FLG Body/Bonnet:.............. 9 CR – 1 MO (ASTM A182-F9/A217-C9) Trim: ........................... 13 CR, FULL STELLITE, API 600 TRIM #5 Body Type: ................. T-BODY Design: ....................... OS&Y Operation: .................. HANDWHEEL Bonnet Type: .............. BOLTED Stem-Packing: ............ CORROSION-INHIBITED DIE-FORMED FLEXIBLE GRAPHITE






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PIP PNSMV014 - Low and Intermediate Alloy Steel Globe Valve Descriptions