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APPROVAL REPORT

FM Approvals

1151 Boston-Providence Turnpike

P.O. Box 9102

Norwood, MA 02062

Page 1 of 11

Pipe Fittings for Use in Aboveground Sprinkler Systems Model Types: XGQT01, XGQT02, XGQT03, XGQT04, XGQT05, XGQT06, XGQT07 and XGQT10 Various sizes Rigid and Flexible Grooved End Couplings for Use in Aboveground Sprinkler Systems Model Types: XGQT1 and XGQT2 10 and 12 inch NPS Prepared for: Shanghai Recomb Piping System Co., Ltd. No. 270 Yixian Rd. Shanghai, 200434 P.R. China Project ID. 3036892 Class: 1920 Date of Approval: August 12, 2011

Authorized by: Richard Dunne, Manager, Fire Protection Group

FM APPROVALS

Project ID: 3036892

Page 2 of 11

Pipe Fittings for Use in Aboveground Sprinkler Systems

Model Types: XGQT01, XGQT02, XGQT03, XGQT04, XGQT05, XGQT06, XGQT07 and XGQT10

Rigid and Flexible Grooved End Couplings for Use in Aboveground Sprinkler Systems

Model Types: XGQT1 and XGQT2

10 and 12 inch NPS

August 12, 2011

from

Shanghai Recomb Piping System Co., Ltd.

No. 270 Yixian Rd.

Shanghai, 200434

P.R. China

I INTRODUCTION

1.1 Shanghai Recomb Piping Systems Co., Ltd. requested an examination to increase the rated working

pressure for the following grooved fittings manufactured at Shanghai Recomb Piping System Co.,

Ltd.:

Model Number Description

XGQT01 Standard 90o Elbow

XGQT02 Standard 45o Elbow

XGQT03 Standard Equal Tee

XGQT04 Reducing Tee

XGQT05 Standard Cross

XGQT06 Standard Cap

XGQT07 Concentric Reducer

XGQT10 Standard 22.5o Elbow

1.2 Shanghai Recomb Piping Systems Co., Ltd. requested an examination to increase the rated working

pressure for the following grooved end couplings manufactured at Shanghai Recomb Piping System

Co., Ltd.:

Model Number Description

XGQT1 Standard Rigid Coupling

XGQT2 Standard Flexible Coupling

1.3 This Report may be freely reproduced only in its entirety and without modification.

1.4 Standards:

Title Class Number Date

Pipe Couplings and Fittings for

Aboveground Fire Protection Systems

1920

November 2007

FM APPROVALS Project ID: 3036892

Page 3 of 11

1.5 Listing:

1.5.1 The listing for the Model XGQT1 standard rigid grooved couplings currently shown in the Automatic

Sprinkler Systems’ section of the FM Approval Guide, an online resource of FM Approvals, under the

heading “Grooved Couplings, Standard - Flexible”, will be modified to include the increased rated

working pressures discussed in this Report as shown in Appendix I.

1.5.2 The listing for the Model XGQT2 standard flexible grooved couplings currently shown in the

Automatic Sprinkler Systems’ section of the FM Approval Guide, an online resource of FM

Approvals, under the heading “Grooved Couplings, Standard - Flexible”, will be modified to include

the increased rated working pressures discussed in this Report as shown in Appendix II.

1.5.3 The listings for the pipe fittings discussed in section 1.1 of this Report, currently shown in the

Automatic Sprinkler Systems’ section of the FM Approval Guide, an online resource of FM

Approvals, under the heading “Pipe Fittings”, will be modified to include the increased rated working

pressures discussed in this Report as shown in Appendix III.

II DESCRIPTION

2.1 Description

2.1.1 Rigid and Flexible Grooved End Couplings

Design features of the Model XGQT1 rigid and Model XGQT2 flexible grooved end couplings

discussed in this Report remain unchanged and are as discussed in the following FM Approval

Reports listed in Table 2.1.1.

Table 2.1.1

P.I. Number Report Date

3017542 10-23-2003

3021930 11-18-2004

3023009 2-24-2005

3023870 6-13-2005

3026440 12-14-2007

3026458 4-11-2006

3034639 6-8-2011

2.1.2 Grooved Pipe Fittings

All the design features of the grooved pipe fittings discussed in this Report remain unchanged and are

as discussed in the following FM Approval Reports listed in Table 2.1.2.

Table 2.1.2

P.I. Number Report Date

3015750 5-12-2003

3018674 12-12-2003

3023009 2-24-2004


Page 4 of 11

3023870 6-13-2005

3026458 4-11-2006

3032589 4-22-2008

2.2 Rated Working Pressure

2.2.1 0.188 inch wall and Schedule 40 Standard Sprinkler Pipe

The rated working pressure of the 10 and 12 inch NPS Model XGQT1 and XGQT2 grooved rigid and

flexible couplings discussed in this Report, when used with 0.188 inch wall and Schedule 40 steel

sprinkler pipe, are detailed below in Table 2.2.1.

Table 2.2.1

Product

Designation

Nominal Pipe

Size, in.

Max Working Pressure,

psi (kPa) Comments

XGQT1 10 200

(1380)

For use with rolled groove 0.188” wall

Standard Sprinkler Pipe

XGQT1 10 400

(2760)

For use with rolled and cut groove Schedule

40 Standard Sprinkler Pipe

XGQT2 10 300

(2070)



XGQT2 10 500

(3450)



XGQT1 12 250

(1725)



XGQT1 12 400

(2760)



XGQT2 12 250

(1725)



XGQT2 12 500

(3450)



2.2.2 Pipe Fittings

The rated working pressure of the pipe fittings discussed in Section 1.1 of this Report are detailed

below in Table 2.2.2.

Table 2.2.2

Product Designation Nominal Pipe Size,

in.

Max Working Pressure,

psi (kPa)

XGQT01

1, 1-1⁄4, 1-1⁄2, 2, 2-1⁄2,

3, 4, 6, 8

400

(2760)

5 500

(3450)

10, 12 300

(2070)


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XGQT02

1, 1-1⁄4, 1-1⁄2, 2, 2-1⁄2,

3, 4, 6, 8

400

(2760)

5 500

(3450)

10, 12 300

(2070)

XGQT03

1, 1-1⁄4, 1-1⁄2, 2, 2-1⁄2,

3, 4, 6, 8

400

(2760)

5 500

(3450)

10, 12 300

(2070)

XGQT04

2 x 1-1/2;

2-1/2 x 2;

3 x 2-1/2;

4 x 2, 2-1/2, 3;

6 x 2-1/2, 3, 4;

8 x 4, 6

400

(2760)

XGQT05

1, 1-1⁄4, 1-1⁄2, 2, 2-1⁄2,

3, 4, 6, 8

400

(2760)

5 500

(3450)

XGQT06

1, 1-1⁄4, 1-1⁄2, 2, 2-1⁄2,

3, 4, 6, 8

400

(2760)

5 500

(3450)

10, 12 300

(2070)

XGQT07

2 x 1-1/2;

2-1/2 x 2;

3 x 2, 2-1/2;

4 x 2, 2-1/2, 3;

6 x 4;

8 x 6

400

(2760)

5 500

(3450)

XGQT10

1, 1-1⁄4, 1-1⁄2, 2, 2-1⁄2,

3, 4, 6, 8

400

(2760)

5 500

(3450)

10, 12 300

(2070)

III EXAMINATIONS AND TESTS

3.1 Examination

3.1.1 The manufacturer provided samples of the Model XGQT1 and XGQT2 grooved couplings in each

of the 10 through 12 inch NPS sizes as detailed below for examination and testing. The samples were

considered to be representative of the product line and were examined, tested, and compared to the


Page 6 of 11

manufacture's drawings. All data is on file at FM Approvals along with other documents and

correspondence applicable to this program.

3.1.2 Samples of various grooved pipe fittings were prepared and assembled into assemblies for testing as

outlined in Table 3.1.2 below. The samples were examined, tested and compared to the

manufacturer’s drawings. These samples were deemed to be representative of each of the grooved

pipe fittings discussed in this Report.

Table 3.1.2

Test Assembly,

inch Product Designation Nominal Pipe Size, Inch

2

XGQT01 - 90o Elbow 2

XGQT05 - Cross 2

XGQT03 - Equal Tee 2

2-1/2

XGQT01 - 90o Elbow 2-1/2

XGQT05 - Cross 2-1/2

XGQT04 - Reducing Tee 2-1/2 x 2

XGQT03 - Equal Tee 2-1/2

3


XGQT04 - Reducing Tee 3 x 2-1/2

XGQT07 - Concentric Reducer 3 x 2


XGQT05 - Cross 3

4


XGQT04 - Reducing Tee 4 x 3



XGQT05 - Cross 4

5


XGQT05 - Cross 5



6





XGQT05 - Cross 6

8





XGQT05 - Cross 8

10




12





Page 7 of 11

3.2 Hydrostatic Strength

3.2.1 Model XGQT1 Rigid Grooved Couplings

Samples of the Model XGQT1 rigid grooved coupling were assembled to two short lengths of steel

pipe and were subjected to hydrostatic strength testing. With both ends capped, the assemblies were

filled with water, making sure all air was vented out of the assembly and subjected to a hydrostatic

pressure of four times the rated working pressure, for 5 minutes. A list of the pipe and coupling

assemblies, that were tested, are listed in Table 3.2.1. There were no signs of cracking or permanent

distortion of any assembly as a result of this test. These results are considered satisfactory.

Table 3.2.1

XGQT1 Rigid Grooved Coupling

Size Coupling

(inch NPS) Pipe Used During Test

Rated Working Pressure

psi (kPa)

Test Pressure

psi (kPa)

10 0.188 inch wall 200 (1375) 800 (5515)

10 Schedule 40 400 (2760) 1600 (11 030)

12 0.188 inch wall 250 (1725) 1000 (6895)

12 Schedule 40 400 (2760) 1600 (11 030)

3.2.2 Model XGQT2 Flexible Grooved Couplings

Samples of the XGQT2 flexible grooved coupling were assembled to two short lengths of steel pipe

and were subjected to hydrostatic strength testing. With all ends capped, the assemblies were filled

with water, making sure all air was vented out of the assembly and subjected to a hydrostatic pressure

of four times the rated working pressure, for 5 minutes. A list of the pipe and coupling assemblies,

that were tested, are listed in Table 3.2.2. There were no signs of cracking or permanent distortion of

any assembly as a result of this test. These results are considered satisfactory.

Table 3.2.2

XGQT2 Flexible Grooved Coupling

Size Coupling

(inch NPS) Pipe Used During Test


psi (kPa)

Test Pressure

psi (kPa)

10 0.188 inch wall 300 (2070) 1200 (8275)

10 Schedule 40 500 (3450) 2000 (13 790)

12 0.188 inch wall 250 (1725) 1000 (6895)

12 Schedule 40 500 (3450) 2000 (13 790)

3.2.3 Grooved Pipe Fittings

Each of the test assemblies listed in Section 3.1.2 of this Report were subjected to hydrostatic strength

testing. With all ends capped, the assemblies were filled with water, making sure all air was vented

out of the assembly and subjected to a hydrostatic pressure of four times the rated working pressure,

for 5 minutes. A list of the pipe and coupling assemblies, that were tested, are listed in Table 3.2.3.

There were no signs of cracking or permanent distortion of any assembly as a result of this test. These

results are considered satisfactory.


Page 8 of 11

Table 3.2.3

Grooved Pipe Fittings

Test Assembly Size Rated Working Pressure

psi (kPa)

Test Pressure

psi (kPa)

2 400 (2760) 1600 (11 030)

2-1/2 400 (2760) 1600 (11 030)

3 400 (2760) 1600 (11 030)

4 400 (2760) 1600 (11 030)

5 500 (3450) 2000 (13 790)

6 400 (2760) 1600 (11 030)

8 400 (2760) 1600 (11 030)

10 300 (2070) 1200 (8275)

12 300 (2070) 1200 (8275)

3.3 Bending Moment Resistance


The samples described in Section 3.3.1 of this Report were assembled to two lengths of steel pipe and

subjected to bending moment resistance testing. The assemblies were filled with water and subjected

to an internal pressure equal to their corresponding rated working pressure, as described in Table

2.2.1. The assemblies were placed in a fixture that provided support at a spacing of 60 inches (1.5 m)

and were positioned so that the test coupling was centered between the supports. The required

bending moments are detailed in Table 3.3.1. There was no leaking or evidence of failure observed at

the required bending moments. The required moments were calculated based upon a hanger spacing of

15 ft. (4.57 m), assumption of a missing hanger and a safety factor of two. The pipe weights were

used in the calculation of these values were that of water-filled Schedule 40 pipe to simulate a worst

case condition of a system incorporating a non-homogeneous selection of pipe. These test results are

considered satisfactory.

Table 3.3.1

XGQT1 Rigid Grooved Coupling

Size

Coupling

(inch NPS)

Pipe Used During

Test


psi (kPa)

Test Bending Moment

lbf (N)

Test Bending

Moment Gauge

psi (kPa)

10 0.188 inch wall 200 (1375) 13 444 (18 230) 2620 (18 065)

10 Schedule 40 400 (2760) 13 444 (18 230) 2620 (18 065)

12 0.188 inch wall 250 (1725) 18 376 (29 915) 3582 (24 700)

12 Schedule 40 400 (2760) 18 376 (29 915) 3582 (24 700)


The samples described in Section 3.2.2 of this Report were assembled to two lengths of steel pipe and

subjected to bending moment resistance testing. The assemblies were filled with water and subjected

to an internal pressure equal to their corresponding rated working pressure, as described in Table

2.2.1. The assemblies were placed in a fixture that provided support at a spacing of 60 inches (1.5 m)

and were positioned so that the test coupling was centered between the supports. The required test

bending moments are detailed in Table 3.3.2. There was no leaking or evidence of failure observed at

the required bending moments. The required moments were calculated based upon a hanger spacing of


Page 9 of 11

15 ft. (4.57 m), assumption of a missing hanger and a safety factor of two. The pipe weights were

used in the calculation of these values were that of water-filled Schedule 40 pipe to simulate a worst

case condition of a system incorporating a non-homogeneous selection of pipe. These test results are

considered satisfactory.

Table 3.3.2

XGQT2 Flexible Grooved Coupling

Size

Coupling

(inch NPS)

Pipe Used During

Test


psi (kPa)

Test Bending Moment

lbf (N)

Test Bending

Moment Gauge

psi (kPa)

10 0.188” Wall 300 (2070) 13 444 (18 230) 2620 (18 065)

10 Schedule 40 500 (3450) 13 444 (18 230) 2620 (18 065)

12 0.188” Wall 250 (1725) 18 376 (29 915) 3582 (24 700)

12 Schedule 40 500 (3450) 18 376 (29 915) 3582 700)

3.4 Pressure Cycling


A sample 12 inch NPS Model XGQT1 rigid grooved end coupling, considered representative of all

Model XGQT1 grooved couplings discussed in this Approval Report was assembled to two short

lengths of 0.188 inch wall and Schedule 40 steel sprinkler pipe and subjected to a pressure cycling

test. The test assembly was filled with water, and vented of any internal air. The sample was

connected to a test apparatus that would increase the pressure to the rated working pressure, and then

release the pressure. This pressure profile was repeated for 20,000 cycles. At the conclusion of the

pressure cycling, the sample was subjected to a hydrostatic pressure equal to four times the rated

working pressure for duration of five minutes. There was no evidence of leakage, cracking, or rupture

as a result of this test. This result is considered satisfactory.


A sample 12 inch NPS Model XGQT2 flexible grooved end coupling, considered representative of all

Model XGQT2 grooved couplings discussed in this Approval Report were assembled to two short

lengths of 0.188 inch wall steel sprinkler pipe and subjected to a pressure cycling test. The test

assembly was filled with water, and vented of any internal air. The samples were connected to a test

apparatus that would increase the pressure to the rated working pressure, and then release the pressure.

This pressure profile was repeated for 20,000 cycles. At the conclusion of the pressure cycling, the

sample was subjected to a hydrostatic pressure equal to four times the rated working pressure for

duration of five minutes. There was no evidence of leakage, cracking, or rupture as a result of this

test. This result is considered satisfactory.

3.5 No additional tests were deemed necessary.

IV MARKING

4.1 The following information appears on the XGQT1 and XGQT2 grooved couplings in raised cast

characters and meets Standard requirements:

- Manufacturer’s name

- Model designation

- Nominal size - Date Code

- FM Approval Certification Mark


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4.2 The following information appears on the various grooved pipe fittings in raised cast letters and meets

Standard requirements:

- Manufacturer’s name

- Model designation

- Nominal size

- Foundry Symbol

- Date Code

- FM Approval Certification Mark

V REMARKS

Installations shall comply with the latest edition of the manufacturer’s installation instructions and be

in accordance with applicable FM Global Property Loss Prevention Data Sheets.

VI FACILITIES AND PROCEDURES AUDIT

6.1 The grooved couplings and pipe fittings discussed in this Report are considered FM Approved when

manufactured at the following facility:

Shanghai Recomb Piping System Co., Ltd.

Xiushan Rd.

Chomgming Industrial District

Shanghai, 202150

P.R. China

6.2 This manufacturing site is subject to follow-up audit inspections. The facilities and quality control

procedures in place have been found to be satisfactory to manufacture product identical to that

examined and tested as described in this Report.

VII MANUFACTURERS RESPONSIBILITIES

7.1 Documentation considered critical to this Approval is on file at FM Approvals and listed in the

Documentation File, Section VIII of this report. No changes of any nature shall be implemented

unless notice of the proposed change has been given and written authorization obtained from FM

Approvals. The Approved Product Revision Report, Form 797, shall be forwarded to FM Approvals

as notice of proposed changes.

7.2 Test Requirement No. 1 – Visual Inspection

The manufacturer shall perform visual inspections on 100 percent of fitting production. The visual

inspection shall look for obvious surface or casting defects that would affect the performance of the

part. Samples that have defects as outlined by the manufacturer’s criteria shall be scrapped.

7.3 Test Requirement No. 2 – Dimensional Inspection

The manufacturer shall perform dimensional inspection on a sampling of the production of each fitting

discussed in this Approval Report. The frequency of dimensional inspection shall be outlined in the

manufacturer’s quality manual including the dimensions to be checked. Data records shall be

maintained. At a minimum, dimensional checks shall be recorded once per shift.

7.4 Test Requirement No. 3 – Leakage

The manufacturer shall perform leakage testing on a sampling of the production of each fitting

discussed in this Approval Report. The frequency of the leakage testing shall be outlined in the


Page 11 of 11

manufacturer’s quality manual in addition to the test pressure and test time. Data records shall be

maintained.

7.5 Test Requirement No. 4 – Quality Inspection

Where all or part of the quality control bas been subcontracted, the manufacturer shall, at a minimum,

conduct sufficient oversight audits to verify continued application of the required controls.

VIII DOCUMENTATION

8.1 The drawings on file under the original Project Identification numbers, listed in Section 2.1.1 of this

Report, were not changed. They are filed under Project Identification number 3017542 in the FM

Approvals Digital Asset Manager.

8.2 The drawings on file under the original Project Identification numbers, listed in Section 2.1.2 of this

Report, were not changed. They are filed under Project Identification number 3015750 in the FM

Approvals Digital Asset Manager

IX CONCLUSION

9.1 The XGQT1 and XGQT2 rigid and flexible grooved couplings discussed in this Report, when

manufactured in the aforementioned facility, meet FM Approval requirements.

9.2 The various grooved pipe fittings discussed in this Report, when manufactured in the aforementioned

facility, meet FM Approval requirements.

9.3 Since a duly signed Master Agreement is on file for Shanghai Recomb Piping System Co., Ltd.,

Approval is effective the date of this Report.

EXAMINATION BY: Robert J. Masinda

EXTERNAL TESTING BY: Smith-Cooper International Personnel

EXTERNAL TESTING WITNESSED BY: Robert J. Masinda

INTERNAL TESTING BY: Jim Horn

John Normington

Robert J. Masinda

PROJECT DATA RECORD: Filed as P.I. 3036892

APPENDIX: Appendix I – XGQT1 Approval Guide Listing

Appendix II – XGQT2 Approval Guide Listing

Appendix III – Pipe Fitting Approval Guide Listing

REPORT BY: REPORT REVIEWED BY:

Robert J. Masinda, E. I. T Stanley M. Ziobro

Associate Engineer Technical Team Manager

Fire Protection Group Fire Protection Group

Appendix III – Pipe Fittings Approval Guide Listing 3036892

Page 1 of 4

Product Designation

Fitting Description

Nominal Pipe Size, mm

Max Working

Pressure, psi

(kPa)

Remarks

XGQT01

90° Elbow, Grooved Ends

33.7, 76.1, 108, 133, 139.7, 159, 165.1 300 (2070)

42.4, 48.3, 60.3, 73, 88.9, 114.3, 168.3, 219.1 400 (2760)

141.3 500 (3450)

273, 323.9 300 (2070)

XGQT01D 90° Elbow, Short Radius, Grooved Ends

60.3, 73, 76.1, 88.9, 114.3, 139.7, 141.3, 165.1, 168.3, 219.1

300 (2070)

XGQT01P 90° Drain Elbow, Grooved Ends

60.3 x G1 73 x G1 88.9 x G1 114.3 x G1 141.3 x G1 168.3 x G1 219.1 x G1

300 (2070)

XGQT02 45° Elbow, Grooved Ends

33.7, 76.1, 108, 133, 139.7, 159, 165.1 300 (2070)

42.4, 48.3, 60.3, 73, 88.9, 114.3, 168.3, 219.1 400 (2760)

141.3 500 (3450)

273, 323.9 300 (2070)

XGQT03 Equal Tee, Grooved Ends

33.7, 76.1, 108, 133, 139.7, 159, 165.1 300 (2070)

42.4, 48.3, 60.3, 73, 88.9, 114.3, 168.3, 219.1 400 (2760)

141.3 500 (3450)

273, 323.9 300 (2070)

XGQT03D Equal Tee, Short Radius, Grooved Ends

60.3, 73, 76.1, 88.9, 114.3, 139.7, 141.3, 165.1, 168.3, 219.1

300 (2070)

XGQT04 Reducing Tee, Grooved Ends

48.3 x 42.4 60.3 x 42.4 76.1 x 60.3 89 x 60.3, 76.1 108 x 60.3, 76.1, 88.9 114 x 76.1 133 x 76.1, 88.9, 108, 114.3 139.7 x 76.1, 88.9, 108, 114.3 141.3 x 73, 88.9, 114.3 159 x 60.3, 76.1, 88.9, 108, 114.3, 133, 139.7 165 x 60.3, 76.1, 88.9, 114.3, 139.7 168.3 x 60.3, 76.1, 108, 133, 139.7, 141.3 219.1 x 108, 133, 139.7, 159, 165.1

300 (2070)


Page 2 of 4

Product Designation

Fitting Description


Max Working

Pressure, psi

(kPa)

Remarks

XGQT04 273 x 159, 165.1, 168.3, 219.1 323.9 x 159, 165.1, 168.3, 219.1, 273

175 (1205)

XGQT04

60.3 x 48.3 73 x 60.3 89 x 73 114 x 60.3, 73, 88.9 168.3 x 73, 88.9, 114.3 219.1 x 114.3, 168.3

400 (2760)

XGQT04 Reducing Tee, Grooved x Threaded Ends

60.3 x G1, G1-1/4, G1-1/2 76.1 x G2 88.9 x G2, G2-1/2 108 x G2-1/2, G3 114.3 x G2, G2-1/2, G3 159 x G2-1/2, G3 165.1 x G2-1/2, G3

300 (2070)

XGQT04 Bullhead Tee, Grooved Ends

88.9 x 114.3 300 (2070)

XGQT05

Equal Cross, Grooved Ends

76.1, 108, 133, 139.7, 159, 165.1 300 (2070)

XGQT05 42.4, 48.3, 60.3, 73, 88.9, 114.3, 168.3, 219.1 400 (2760)

XGQT05 141.3 500 (3450)

XGQT05 273, 323.9 300 (2070)

XGQT05 Reducing Cross, Grooved Ends

76.1 x 60.3 88.9 x 60.3, 76.1 108 x 60.3, 76.1 88.9 114.3 x 60.3, 76.1, 88.9 139.7 x 88.9, 114.3 159 x 108, 114.3, 133, 139.7 165.1 x 76.1, 88.9, 114.3, 139.7 168.3 x 76.1, 88.9, 114.3, 139.7 219.1 x 114.3, 133, 139.7, 159, 165.1

300 (2070)

XGQT05 Reducing Cross, Grooved Ends

273 x 159, 165.1, 219.1 175 (1205)

XGQT05 Reducing Cross, Grooved x Threaded Ends

76.1 x G2 88.9 x G2, G2-1/2 108 x G2, G2-1/2, G3 114.3 x G2, G2-1/2, G3

300 (2070)

XGQT06 Cap, Grooved Ends

33.7, 76.1, 108, 133, 139.7, 159, 165.1 300 (2070)

42.4, 48.3, 60.3, 73, 88.9, 114.3, 168.3, 219.1 400 (2760)

141.3 500 (3450)

273, 323.9 300 (2070)


Page 3 of 4

Product Designation

Fitting Description


Max Working

Pressure, psi

(kPa)

Remarks

XGQT07

Concentric Reducer, Grooved Ends

42.4 x 33.7 48.3 x 33.7, 42.4 60.3 x 33.7, 42.4 73 x 48.3 76.1 x 42.4, 48.3, 60.3 88.9 x 33.7, 42.4, 48.3, 76.1 108 x 60.3, 76.1, 88.9 114.3 x 42.4, 48.3, 76.1 133 x 76.1, 88.9, 108, 114.3 139.7 x 60.3, 76.1, 88.9, 114.3 141.3 x 60.3, 73, 88.9, 114.3 159 x 76.1, 88.9, 108, 114.3, 133, 139.7 165.1 x 60.3, 76.1, 88.9, 114.3, 139.7 168.3 x 60.3, 73, 76.1, 88.9, 108, 133, 139.7 219.1 x 73, 76.1, 88.9, 108, 114.3, 133, 139.7, 141.3, 159, 165.1

300 (2070)

XGQT07

60.3 x 48.3 73 x 60.3 88.9 x 60.3, 73 114.3 x 60.3, 73, 88.9 168.3 x 114.3, 141.3 219.1 x 168.3

400 (2760)

XGQT07 141.3 x 114.3 500 (3450)

XGQT07 273 x 108, 114.3, 133, 139.7, 159, 165.1, 168.3, 219.1 325 x 159, 165.1, 168.3, 219.1, 273

175 (1205)

XGQT07 Concentric Reducer, Grooved x Threaded Ends

48.3 x G1 60.3 x G1/2, G3/4, G1, G1-1/4, G1-1/2 73 x G1, G1-1/4, G1-1/2, G2 76.1 x G1/2, G3/4, G1, G1-1/4, G1-1/2, G2 88.9 x G1/2, G3/4, G1, G1-1/4, G1-1/2, G2, G2-1/2 108 x G1, G1-1/4, G1-1/2, G2, G2-1/2, G3 114.3 x G1/2, G3/4, G1, G1-1/4, G1-1/2, G2, G2-1/2, G3 133 x G1, G1-1/4, G1-1/2, G2, G2-1/2, G3 139.7 x G1, G1-1/4, G1-1/2, G2, G2-1/2, G3 141.3 x G1, G1-1/4, G1-1/2 159 x G1, G1-1/4, G1-1/2, G2, G2-1/2, G3 165.1 x G1, G1-1/4, G1-1/2, G2, G2-1/2, G3 168.3 x G1, G1-1/4, G1-1/2, G2, G2-1/2, G3 219.1 x G1, G1-1/4, G1-1/2, G2, G2-1/2, G3

300 (2070)

XGQT07 Eccentric Reducer, Grooved Ends

88.9 x 60P, 76P 114.3 x 76P, 89P 165.1 x 76P, 89P, 114P 219.1 x 114P, 165P

300 (2070)

XGQT07 Eccentric Reducer, Grooved Ends

273 x 219P 175 (1205)

XGQT08 Flange Adapter, Flange x Grooved Ends

60.3, 73, 76.1, 88.9, 108, 114.3, 133, 139.7, 141.3, 159, 165.1, 168.3, 219.1

300 (2070)

XGQT08 Flange Adapter, Flange x Grooved Ends

273, 323.9 175 (1205)


Page 4 of 4

Product Designation

Fitting Description


Max Working

Pressure, psi

(kPa)

Remarks

XGQT08 ANSI 150 Flange Adapter, Flange x Grooved Ends

2, 2-1/2, 3, 4, 5, 6, 8 in. 300 (2070)

XGQT08 ANSI 150 Flange Adapter, Flange x Grooved Ends

10, 12 in. 175 (1205)

XGQT08D ANSI 150 Flange Adapter, Flange x Grooved Ends

2-1/2, 3, 4, 5, 6, 8 in. 300 (2070)

XGQT08D ANSI 150 Flange Adapter, Flange x Grooved Ends

10, 12 in. 175 (1205)

XGQT10 22.5° Elbow, Grooved Ends

33.7, 76.1, 108, 133, 139.7, 159, 165.1 300 (2070)

42.4, 48.3, 60.3, 73, 88.9, 114.3, 168.3, 219.1 400 (2760)

141.3 500 (3450)

273, 323.9 300 (2070)

XGQT18 Hydro-Run Elbow, Grooved Ends

114 x 89 300 (2070)

XGQT20 11.25° Elbow, Grooved Ends

60.3, 73, 76.1, 88.9, 108, 114.3, 133, 139.7, 141.3, 159, 165.1, 168.3, 219.1

300 (2070)

01 Reducing Endline Elbow, Groove x Threaded Ends

42.4 x G1/2, G3/4, G1 48.3 x G1/2, G3/4, G1 60.3 x G1/2, G3/4, G1 73 x G1/2, G3/4, G1 76.1 x G1/2, G3/4, G1

300 (2070)

06P Eccentric End Cap, Grooved End, Threaded Port

60.3 x G1, G1-1/4, G1-1/2 76.1 x G1, G1-1/4, G1-1/2, G2 88.9 x G1, G1-1/4, G1-1/2, G2 114.3 x G1, G1-1/2, G2 139.7 x G1, G1-1/2, G2 165.1 x G1/2, G3/4, G1, G1-1/4, G1-1/2, G2, G2-1/2 168.3 x G1, G1-1/2, G2 219.1 x G1, G1-1/2, G2

300 (2070)

08A-T-E Australian Flange Adapter, Flange x Groove Ends

76.1, 88.9, 114.3, 165.1, 219.1 300 (2070)

08A-T-E Australian Flange Adapter, Flange x Groove Ends

273, 323.9 175 (1205)

Date post:	17-Mar-2018
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