WPS Guidance [PDF]

Zitiervorschau

Authorized Globally

XXX

WPQR - No

xxxxxxxxx Certified

X-XxXX.XxX

Date

xx/xx/20xx

QW-2002.2d

XXX -Xxxxxxxxx Ltd

xxxxxxxxx Certified

WELDING PROCEDURE QUALIFICATION RECORDS (WPQR)

ASME BPVC-Section IX _Article II {QW-200.2}

API-1104: Welding of Pipeline & Related Facilities__Clause-5 EN-ISO_15614-1: Welding Procedure Test __Part 1 ISO-9001_QA-Certificate No XXXXXXXXXXXXXXXXXXX XXXX

QW-Process Test-Position

XXXX + XXXX (QG-102) 5G (on Pipe Steel)

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Published By: Nileur Custom-made Procedures (NCP) > NCP - Publication Ltd © UK_2008 < Contact: [email protected]

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NCPFIRST

NCP_ Pipe Welding Procedure Qualification Record (WPQR) Template

[EPC_ DEDICATED FRONT COVER SHEET HERE]

NCPfirst_ X-Form_PDF example

NCP: UK Published 2009 [Date: 2009] KC-R

(QG-106c) The contents herein, are the legal property of the Template Licensee … (add name)... ‘and must not be disclosed without permission. Reproduction or sharing in any manner is strictly prohibited by international Laws * NCP*®*©*

Authorized Globally

XXX

WPQR - No

xxxxxxxxx Certified

X-XxXX.XxX

Date

xx/xx/20xx

QW-2002.2d

XXX -Xxxxxxxxx Ltd

xxxxxxxxx Certified

WELDING PROCEDURE QUALIFICATION RECORDS (WPQR)

ASME BPVC-Section IX _Article II {QW-200.2}

API-1104: Welding of Pipeline & Related Facilities__Clause-5 EN-ISO_15614-1: Welding Procedure Test __Part 1 ISO-9001_QA-Certificate No XXXXXXXXXXXXXXXXXXX XXXX

QW-Process Test-Position

XXXX + XXXX (QG-102) 5G (on Pipe Steel)

Mark:

NoBo - No

Mark:

QW-Code/s

Published By: Nileur Custom-made Procedures (NCP) > NCP - Publication Ltd © UK_2008 < Contact: [email protected]

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{Add Owner’s Logo /cover picture here}

Name

Release Company Address

Release Date

Released for Construction by Signature

Tele: Email: Website:

(QG-106c) The contents herein, are the legal property of the Template Licensee … (add name)... ‘and must not be disclosed without permission. Reproduction or sharing in any manner is strictly prohibited by international Laws * NCP*®*©*

Authorized Globally

XXX

WPQR - No

xxxxxxxxx Certified

X-XxXX.XxX

Date

xx/xx/20xx

QW-2002.2d

XXX -Xxxxxxxxx Ltd

xxxxxxxxx Certified

WELDING PROCEDURE QUALIFICATION RECORDS (WPQR)

ASME BPVC-Section IX _Article II {QW-200.2}

API-1104: Welding of Pipeline & Related Facilities__Clause-5 EN-ISO_15614-1: Welding Procedure Test __Part 1 ISO-9001_QA-Certificate No XXXXXXXXXXXXXXXXXXX XXXX

Mark:

NoBo - No

QW-Process Test-Position

XXXX + XXXX (QG-102) 5G (on Pipe Steel)

Mark:

QW-Code/s

NoBo - No

Published By: Nileur Custom-made Procedures (NCP) > NCP - Publication Ltd © UK_2008 < Contact: [email protected]

CONTENTS PAGE

XXXX Page 3 of 12

(QW_2002.2b)

WPQR for STRUCTURAL; SHAPES, PIPE & PLATE STEEL WELDING: *CERTIFIED by QUALIFICATION TEST* WPQR-No

X= Company Initial T = PWHT Cs = Carbon Steel 12 =Thickness of Test Coupon I =Impact Tested P = Pipe St = Plate tb = Temper-bead-weld b = Back-gouge

Provided the verification of this WPQR meets the requirements of local laws/regulations and when required - 3rd Party “Supplementary Approval Certification (SAC)” are acceptance --- This WPQR shall be qualified and applicable for use globally [QW-201. Para. 3]. for both Onshore and Offshore Structural welding applications WPS Templates Unless otherwise agreed by EPC: Only NCPfirst WPS-Templates_ X-Forms; WPX01 thru 10, “Shall” be used with NCP, WPQR- Templates. Qualified Supplementary Welding Standards NACE-MR 0175-Part 2 DNV-OS-C401 Design & Construction Supporting WPS/s that is to be used to produce Structural-shapes, pipe, plate weldments for Nuclear, Subsea, Marine, offshore & Onshore structures Filler Material Limits Filler material Qualification range of approval are limited to the same, A and F number (QW-422 & 404.15), _except when the WPS conforms to AWS-D1.1 Base metal Limitations Base Metal qualified in WPQR _qualifies the WPS for base metals of same Group only. MDMT shall not exceed this WPQR impact “Temperature” WPQR Verifications Test performed in this WPQR are for establishing the Filler metal “Low Temperature susceptibility” and material weld-ability via welding process selection WPS _Base Metal Limits Only base materials in the same group and sub-group tested in this WPQR shall qualified the WPS for production welding applications WPS_QW-Position Limits As per QW-Code: {ASME-IX_QW-203 = All in Plate} { API-1104_Clause-7 } { EN-ISO_EN ISO 6947 } QW-Impact Test Range Impact Tested @ - 25 0C with average weld-metal impact strength above 40 Joules have been assured. See Table 11 Attachments Appendix A1: (a) Legend, (b) Instructions For WPS Preparation, (c ) Welder Tips and Welding Requirements Fitness For Use

Pipeline Welds Acceptance Criteria according to API-1104_Section-9 +Appendix-A_ Alternative Acceptance Standard for Girth Welds Pressure / Process Pipe Welds Acceptance Criteria according to EN ISO-5817-Part-5 Table-1_Level C & B + ASME B31.3: §.311.2.2-Table 341.3.2. Criterion “A” QW-Acceptance Structural Pipe Welds Acceptance Criteria according to AWS-D1.1_Clause 5.24_Table 6.1_Figure 5.4 “A” Standard & NAVSEA Acceptance Criteria shall be according to: NAVSEA:>MIL-STD-2035A _Chapter -5.2.2: Class -1 Criterion Unless otherwise instructed by EPC: Production WPS/s shall be qualified in accordance with the same Acceptance Criteria as per this WPQR. WPS qualification in accordance to AWS-D1.1 for structural pipe work with unlisted AWS material shall conform to Para. 4.8.3. (unlisted Materials) Note In addition to ‘Special Procedure Qualification (SPQ) Test with the spares from the original Test coupon & SA test, -- “only editorial correction & code addendum shall be permitted [QW-200.2 c].

Required Tests For Mechanical Toughness & Properties • Tensile test (Transverse: Reduced Section) >>TRR-No: XXX-XXXXX -XXXX • Guided Bend test: >> TRR-No: XXX-XXXXX -XXXX • Fillet Fracture Toughness test: >> TRR-No: XXX-XXXXX -XXXX • Toughness test (Charpy-V): >> TRR-No: XXX-XXXXX -XXXX • Crack Tip Open Displacement (CTOD): >> TRR-No: XXX-XXXXX -XXXX • Macro-hardness test (EEMUA-158_HV10): >> TRR-No: XXX-XXXXX -XXXX • Macro-hardness test (NACE-MR0175_HV10): >> TRR-No: XXX-XXXXX -XXXX • CTOD (Crack Tip Opening Displacement): >>TRR-No: XXX-XXXXX -XXXX • SOHIC (Stress-Oriented H2 Induce Crack): >>TRR-No: XXX-XXXXX -XXXX • HIC (Hydrogen Induce Crack Test): >>TRR-No: XXX-XXXXX -XXXX • Butt weld nick-break test: >>TRR-No: XXX-XXXXX -XXXX

Acronym

Actual Tests That Was Performed In This PQR Required Tests For Weld Soundness & Quality

• Macro test (etching, 5% Nital): >> TRR-No: XXX-XXXXX -XXXX • MCM [x 200], (etching, 2% Nital): >> TRR-No: XXX-XXXXX -XXXX • NDE –Visual Test (VT): >>TRR-No: XXX-XXXXX -XXXX • NDE –Volumetric UT: >>TRR-No: XXX-XXXXX -XXXX • NDE –Volumetric RT: >>TRR-No: XXX-XXXXX -XXXX • NDE –Magnetic Particle Test (MPT): >>TRR-No: XXX-XXXXX -XXXX • NDE –Liquid Penetrant Test ( LPT): >>TRR-No: XXX-XXXXX -XXXX • Test Pad: Undiluted_ Chemical Analysis: >>TRR-No: XXX-XXXXX -XXXX • PMI: Particular Material Identification: >>TRR-No: XXX-XXXXX -XXXX

Required Tests For Weld Improvement • PWHT: >>TRR-No: XXX-XXXXX -XXXX • Pre-heat Treatment >>TRR-No: XXX-XXXXX -XXXX • Hydrogen Bake-Out >>TRR-No: XXX-XXXXX -XXXX • FLI -Dressing: >>TRR-No: XXX-XXXXX -XXXX • Temper Bead Welding >>TRR-No: XXX-XXXXX -XXXX • Cyclic Pressure Test >>TRR-No: XXX-XXXXX -XXXX • SIV -Test >>TRR-No: XXX-XXXXX -XXXX • Corrosion test: VCI : >>TRR-No: XXX-XXXXX -XXXX

FLI = Fatigue Life Improvement, TRR = Test Report Reference, § = AWS-D1.1: Clause, ф = API-1104: Clause, H2 = Hydrogen, MCM = Microscopic Metallurgy, VCI = Volatile Corrosion Inhibitor, SIV = Stress Induced Vibration,

Legal Statement (LS)

The Engineering Procurement Contractor (EPC) has the rights to reject any WPS and WPQR template which is not a registered NCP _X-Form format It is a Violation and shall not be permitted to support this WPQR. These rights extend also to the Owner of the Weldment also.

TABLE-1

Metal Standard

XXXXXXXXXX XXXXXXXXXX

Weld Soundness Guarantee and documentation Quality

The guarantee of production weld/s shall be a 100% liable to the Fabrication Company/s of whom deposited the actual weld/s. The deposited weld/s shall equal the warrantee/guarantee of the weldment and or the equipment’s design life respectively.

(QW-402) JOINT PREPARATION & TEST COUPON REQUIREMENTS (QW-210 / 211) Metal Heat Numbers for

XXXXXX = XXXXX XXXXXX = XXXXX

Metal Certification

EN 10204-3.1

(ф 7.4.2) Joint Preparation Flame Cutting + Machining Weld Face Preparation Grinding & Sanding High-low Tolerance (mm) Groove Weld Toe-overlap (mm) Groove Weld Crown Height (mm) (§ C-8.4.1) Fatigue-Life Improvement Method None Metal Temperature before Welding (0C) Test Pipe MDMT (0C) (Qw-200.2(f) Thickness Range (mm) 12 > 24 Preliminary WPS / QW QW-256 & 255 welded to (EN ISO-15608) Material Designator None Sub-group None Sub-group None (QW-403.8) Coupon Thickness (mm) 12 Joint Fit-up Method QW-200.4 (b) Root Backing Proof Test: Fillet leg-length (mm) Fillet Weld Theoretical Throat (mm) (§ 4.1.1:T-4.1) Joint Type CJP Joint Design V Pipe Coupon Length (mm) 300 Welding Position 5G Welding Progression Horizontal (H) (QW-451.1) Butt-joint groove Radius Groove Angles 0C Root Face (mm) Root Gap (mm) Pipe Diameter (mm) 250 (QW-451.4) Fillet-joint groove Radius Fillet-groove Angles 0C Fillet Root Face (mm) Fillet Root Gap (mm) Weld End/Tab welded to (QW-403.4) Base Metal Carbon Steel ASME-IX- P-No 1 Group No 1 Group No 2 Metal Grade ASTM-A106-Gr.A ASTM-A106-Gr.C Visual Acceptance Criteria API-1104_Section-7_Design & Preparation of Joints for Production Welding & Weld Quality Levels for Imperfections according to EN ISO-25817 Note (a) For symmetrical Fillet Leg-length = 0.707 x Tn. (b) For asymmetrical Fillet Leg-length = 1.09 x Tn (where: Tn = Smallest Thickness (or joint Web). (c ) Joint-prep soundness Test Method = UT or LPT (d) Theoretical Throat = Cos 45 x Fillet Leg-length or ( 0.7071 x Fillet Leg-length). Remark (1) Filler Metal Qualification Range of approval is limited to filler materials with the same, A and F number as per (Qw-404.15) (2) Unless otherwise instructed by the Weldment Owner _ only the filler material Brand tested in this WPQR “Shall” qualify the WPS for production welding. Documents on Request (a) Material 3.1 Certification. (b) Consumable Test Report. (c) NDE Test Reports. (d) Mechanical Test-Reports. (e) Welder Certification. (f) PMI Reports

(QG-106c) The contents herein, are the legal property of the Template Licensee … (add name)... ‘and must not be disclosed without permission. Reproduction or sharing in any manner is strictly prohibited by international Laws * NCP*®*©*

Authorized Globally

XXX

WPQR - No

xxxxxxxxx Certified

X-XxXX.XxX

Date

xx/xx/20xx

QW-2002.2d

XXX -Xxxxxxxxx Ltd

xxxxxxxxx Certified

WELDING PROCEDURE QUALIFICATION RECORDS (WPQR)

ASME BPVC-Section IX _Article II {QW-200.2}

API-1104: Welding of Pipeline & Related Facilities__Clause-5 EN-ISO_15614-1: Welding Procedure Test __Part 1 ISO-9001_QA-Certificate No XXXXXXXXXXXXXXXXXXX

QW-Code/s

XXXX + XXXX (QG-102) 5G (on Pipe Steel)

Mark:

XXXX

Mark:

NoBo - No

QW-Process Test-Position

NoBo - No

Page 4 of 12

Published By: Nileur Custom-made Procedures (NCP) > NCP - Publication Ltd © UK_2008 < Contact: [email protected]

Table-2a Figure-2a

(QW-402) + (API-1104_Para.5.3.2.4 + 5.3.2.5 ) JOINT DIMENSIONAL DRAWING and BEAD SEQUENCE SKETCH

Process: 1 QW-403

Bead No

Current & Polarity

Figure-2b

(QW-403.2) + ( ф 7.8.2) Actual deposited weld-metal thickness

(Figure: QW-462.13) Temper Bead (%) Overlap length = (a - b)/a × 100% _(Qualified)

Table-2b

XXXX

None

Remark

(QW-350) & (ф 5.3.2.3 + ф 5.4.2.3): WPS - Joint Design QW-Range

(ф 5.4.2.8) Time between root & Hot Pass – constitute an essential Variable

SINGLE or DOUBLE SIDED JOINT (QW-200.4 + 451.1) MULTI-PROCESS RECORDED WELDING PARAMETERS (API-1104_Section_5.4.2 + ф 5.3.2.1 ) (QW-XXX) XXXX (XXX

(§ 3.2)

Weld Process

QW-404

Filler Metal Classification

Process: 2

QW-404

Filler Size: mm

QW-406. 8+403.2

Inter-pass Thickness & Temperature

(QW-XXX) XXXX (XXX

QW-409

Amps

QW-409

Volts

QW-409

QW-409

mm/min

(♦)

Travel Speed:

Wire Feed

Process: 3

Cup Size

QW-408

Shield Gas: Lt/min

NONE

QW-410

CTWD mm

QW-409

Heat Input:

kJ/mm

Jointsides: A&B

(QW- 410.1) (462.12 /13)

Weld-Bead Technique

oC () mm (◘) () inch/min mm () 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 N* S* N* E* S* E* N* S* E* S* E* S* N* S* E* E* S* S* N* S* QW _Formula for  Heat Input, kJ/mm = Amps x Volts x 60 ÷ TS __ (where: TS = Travel Speed x 1000) __According to (QW-409.1a) + (NACE 5.2.4_Equa. 2) (a) Please refer to Attachment *A*; Section Zb --for the description of the following designators: (●) (♣) (◘) (♦) (♪) () () & (). (b ) The same WPS that was used for producing the weld/s can be used for weld-repairs. NOTE (c) WPS maximum inter-pass temperature shall NOT be higher than 56 0C of the maximum recorded inter-pass temperature qualified in the WPQR (QW-406.8). (e) Walking the cup = whip-weave

(QG-106c) The contents herein, are the legal property of the Template Licensee … (add name)... ‘and must not be disclosed without permission. Reproduction or sharing in any manner is strictly prohibited by international Laws * NCP*®*©*

Authorized Globally

XXX

WPQR - No

xxxxxxxxx Certified

X-XxXX.XxX

Date

xx/xx/20xx

QW-2002.2d

XXX -Xxxxxxxxx Ltd

xxxxxxxxx Certified

WELDING PROCEDURE QUALIFICATION RECORDS (WPQR)

ASME BPVC-Section IX _Article II {QW-200.2}

API-1104: Welding of Pipeline & Related Facilities__Clause-5 EN-ISO_15614-1: Welding Procedure Test __Part 1 ISO-9001_QA-Certificate No XXXXXXXXXXXXXXXXXXX

Table-3

XXXX

QW-Process Test-Position

XXXX + XXXX (QG-102) 5G (on Pipe Steel)

Mark:

NoBo - No

Mark:

QW-Code/s

Published By: Nileur Custom-made Procedures (NCP) > NCP - Publication Ltd © UK_2008 < Contact: [email protected]

WPS _QW-Data (ф 5.3.2)

(QW-200.4) & (ISO)_ WELDING PROCESS DESIGNATOR TYPE: >Manual, Automatic, or Semi-automatic: ф 5.3.2.1 FILLER METALS (QW-404) + EN 439 + (ф 5.4.2.1 + 5.4.2.6) Flux Trade Name & Type (SAW) Wire -Flux Classification (SAW) (♣) see table18 SFA/AWS: Specification & Classification Filler Metal Manufacturer Filler Metal Product Form Weld Metal Analysis A-No. Filler Metal F-No. Filler Metal Size (mm) Weld Pass Thickness; Max. (mm) Deposited Weld Metal Thickness Per Process (mm) Weld-Deposit Chemistry (Test-pad). (also SAW -Alloy Flux ) Ferrite Contents % (Max) Root Contour :_ Height (mm) (▲) See table18 Crown/Cap Profile :_ Height (mm) POSITION (QW-405) + EN ISO 6947 + ф 7.8.1 Welding Position : {2G, 3G, 5G, 6G, (1G / PA)} Welding Progression : (H, F, Vu, Oh, Vd), PREHEAT (QW-406) + (ф 5.4.2.13) + (AWS-D1.1: §4.7.4) Preheat Temperature: (°C) Inter-pass Temperature: (Rang) (°C) Hydrogen Bake-out GAS (QW-408) + EN 439 + ф 4.2.3 *Inert or Active* Shielding Gas Type (% Mixture or Pure) (ф 5.4.2.10) Shielding Gas Flow Rate (Lt / min) Trailing Gas Type (% Mixture or Pure) Trailing Gas Flow Rate (Lt / min) Backing or Purge Gas (% Mixture or Pure) Backing or Purge Gas Flow Rate (Lt / min)

XXXX Page 5 of 12

FIRST PROCESS

SECOND PROCESS

THIRD PROCESS

Diffusible H2 = API-582: § 5.2.4.4/3_Table 5-1

Diffusible H2 = API-582: § 5.2.4.4/3_Table 5-1

Diffusible H2 = API-582: § 5.2.4.4/3_Table 5-1

XX X = XXXXXXXXX_(XXXXXX)

-

As per Table: 15 XXX - XXX According to Table: 15

-

*MIX* XX% Argon to XX% CO2 XX None None None None

-

(QW-XXX) XXXX / (XXX) Manual {Further Information: See Table-18}

None None XX.XX: XXXX-XX HX XXXXXXXXX XXXXXXXXX - XX XXX-X X X X.X X.X X.X (See Table: 8) < X.XX% Carbon XXXX X.X NA

XX X = XXXXXXXXX_(XXXXXX) (See table15) Single = XX XXX - XXX According to Table: 15 *INERT* Pure – Argon (XX.X %) XX None None None None

ELECTRICAL (QW-409) + (ф 5.4.2.7 ) Current & Polarity: DCSP (-) or DCRP (+) Amps [Range] Volts [Range] [WFS]-Wire Feed Speed (Range) (in / min) Travel Speed [Range] ( mm / min) [QW-409.1(b2)] Mode of Metal Transfer (Dip, Spray, Pulse, STT) Tungsten Electrode Size (mm) Tungsten Type: (Pure, Cerium, Thorium)

DCRP (+) XXX - XXX XX.X - XX.X XXXX (●) See table18} XXX - XXX XXXXX X.X EW-Ce2 (Cerium *Grey*)

TECHNIQUE (QW-410 + 462.12) Stringer, Weave, Circle, Whip, Dip or Push-pull Multiple or Single (Electrodes/Wire/Rod) Multiple or Single Passes Single-side or Double-side Weld Orifice of Nozzle/Cup Size (mm) CTWD or Visible Stick-out (mm) Method of Back Gouging: (Arc-air, Grinding) Welding Torch angle to work piece (900, 850, 250 , 150,) Temper Bead Weld-Overlay Range (mm) Peening: (For welding *Nickle* base material) Metal Cleaning & Joint Preparation. (API-1104_Section-7) Inter-pass Cleaning: (Grinding, brushing, Sanding, Dressing) Thermal Process (QW-410.60) Fatigue Dressing: (GTAW, Burr-grinding, UP) (BS-7608)

Clean each layer before welding Single-Rod Single-side Cups No = X Tungsten: Visible Stick-out = X XXXX XX0 XXXX XXXX Sanding Disc + Machining Brushing + Dressing XXXX () See table18} XXXX

POSTWELD HEAT TREATMENT (QW- 407) + ф 7.11 PWHT According to (QW-407.2) 80% Rule. PWHT According Div. 1-UCS -56 / Div-2:T—6.7 Source: Induction / Electric Resistance Heater Heating Rate ( 0C / Minute) Soaking Time (Minutes) Cooling Rate (0C / Minute) Thermocouple Type (Brand Name) Thermocouple Total (1T/C, 2T/C, 3T/C, 4T/C

NoBo - No

PWHT (ф 5.4.2.14) XXXX XXXX XXXX XXXX XXXX XXXX XXXX XXXX

(QW-XXX) XXXX / (XXX) Semi-Automatic

None None XX.XX: XXXX-XX HX XXXXXXXXX XXXXXXXXX - XX XXX-X X X X.X X.X X.X < X.XX% Carbon XXXX (See Za: Table 18) XXXX X.X

DCSP (-) XXX - XXX XX.X - X.X (♦) See table18} XXX - XXX (●) See table18} XXX - XXX XXXXX None None

(QW-254) SAW / (12) Full-Automatic -

-

Clean each layer before welding Single-Wire Single-side Nozzle ID = XX Visible Stick-out = X XXXX XX0 XXXX XXXX Sanding Disc + Machining Grinding-wheel + Brushing XXXX XXXX

-

PWHT (ф 5.4.2.14) XXXX XXXX XXXX XXXX XXXX XXXX XXXX XXXX

-

(QG-106c) The contents herein, are the legal property of the Template Licensee … (add name)... ‘and must not be disclosed without permission. Reproduction or sharing in any manner is strictly prohibited by international Laws * NCP*®*©*

Authorized Globally

XXX

WPQR - No

xxxxxxxxx Certified

X-XxXX.XxX

Date

QW-2002.2d

xx/xx/20xx

XXX -Xxxxxxxxx Ltd

xxxxxxxxx Certified

WELDING PROCEDURE QUALIFICATION RECORDS (WPQR)

ASME BPVC-Section IX _Article II {QW-200.2}

API-1104: Welding of Pipeline & Related Facilities__Clause-5 EN-ISO_15614-1: Welding Procedure Test __Part 1 ISO-9001_QA-Certificate No XXXXXXXXXXXXXXXXXXX

QW-Code/s

XXXX

XXXX + XXXX (QG-102) 5G (on Pipe Steel)

Mark:

Mark:

NoBo - No

QW-Process Test-Position

NoBo - No

XXXX Page 6 of 12

Published By: Nileur Custom-made Procedures (NCP) > NCP - Publication Ltd © UK_2008 < Contact: [email protected]

TEST RESULTS (QW-451)

{Testimony that the data collated herein are the true Test results of the titled specimens}

Table-4 Test Coupon No:

NONE-DESTRUCTIVE EXAMINATION PROCEDURE ACCORDING TO ASME BPVC Section: V

Metal Type Plate

Wall Thickness (mm)

Weld Metal Thickness (mm)

UT: (QW-191) + AWS-D1.1: §6.13.2 EN 1714 + +API-1104-Section-9.6 (100%) TRC

Rp.- No

12

Acceptance Criteria

RT: (QW-191) + AWS-D1.1: §6.12.2 + EN 1435 +API-1104-Section-9.3 (100%) TRC

Film + (Rp.- No)

MPT: B31.3 Para. 344.3 + EN 1290 LPT: (QW-195) + EN 571-1 + API-1104-Section-9.4 (100%) +API-1104-Section-9.5 (100 %) TRC

XXXXXXXXXXX (See also Fig. 4a & 4b )

XXXXXXXXXX

Rp.- No

TRC

Rp.-No

XXXXXXXX

VT: (QW-194) +EN 970 + API1104-Section-9.7(100%) TRC

Rp.-No. XXXXXXXX1

XXXXXXXXX

According to: EN ISO 15614-1: Para. 7.5 (Since they are Notably more stringent than ASME BPVC: Section V)

NOTE TRC = Test Result Code, Sh. = Sheet, Rp = Report, A = No Evident Imperfections, WC = Within Code-limits Figure-4a VERIFICATION of AS WELDED TEST COUPON Figure-4b VERIFICATION of VOLUMETRIC DIGITAL RADIOGRAPHIC FILM

Coupon-No

Base Material Grade/s

Table-5

Specimen No.

Acronyms

Figure: 5a

Test Location

Figure-6a

WPQR-No

Weld-No

Welder-ID-No

NDE-ID

(QW-162) & (QW-160) GUIDE BEND TEST ACCORDING TO: (EN 910) + (API-1104_Para. 5.6.4.3)

Specimen Size: (LW) (mm x mm)

TEST TYPE (TV or Lateral)

XX x XX XX x XX XX x XX XX x XX TV = Transverse, S = Side,

Bend Direction

Mandrel Diameter 4T (mm)

Space between Rollers (mm)

Transverse TV-F Transverse TV-R Transverse TV-F Transverse TV-R R = Root, F = Face, NR =Not required, LW = Length x Width

VERIFICATION OF TVS SIDE BEND TEST SPECIMEN

Guide Bend Acceptance Criteria

Table-6

XXXXXXX to XXXXXXX

Figure-6b

Elongation (%)

Test Results

Figure: 5b

Remark

(QW-180) MACROSCOPIC and MICROSCOPIC TEST Macro-Hardness _NACE MR 0175- Part 2_§7.3.3.2 –Fig.2

Specimen-No XX ( See also figure-6d ) Specimen-No XX Hardness Acceptance Criteria According to EPC Requirements (NACE / EEMUA-158 / ASME-IX)

(●)

Test Temp. ( 0C)

Mandrel = 4T@ 1800 Mandrel = 4T@ 1800 Mandrel = 4T@ 1800 Mandrel = 4T@ 1800 Remark (●) Not required according to EN ISO 15614-1: § or Para: 7.4.3,

(QW-163) & (AWS-D1.1: Para. 4.8.3.3) + (ф API-1104_Section 5.6.4 )

Macro-Hardness_ EN 1043-1

Figure No. [QW-462.3 (a)]

Figure-6c

Microscopic EN 1321,

( See also Figure 6e ) Specimen-No Remark Apply for Production WPS qualification as per EPC request

(QG-106c) The contents herein, are the legal property of the Template Licensee … (add name)... ‘and must not be disclosed without permission. Reproduction or sharing in any manner is strictly prohibited by international Laws * NCP*®*©*

Authorized Globally

XXX

WPQR - No

xxxxxxxxx Certified

X-XxXX.XxX

Date

xx/xx/20xx

QW-2002.2d

XXX -Xxxxxxxxx Ltd

xxxxxxxxx Certified

WELDING PROCEDURE QUALIFICATION RECORDS (WPQR)

ASME BPVC-Section IX _Article II {QW-200.2}

API-1104: Welding of Pipeline & Related Facilities__Clause-5 EN-ISO_15614-1: Welding Procedure Test __Part 1 ISO-9001_QA-Certificate No XXXXXXXXXXXXXXXXXXX

QW-Code/s

XXXX

XXXX + XXXX (QG-102) 5G (on Pipe Steel)

Mark:

Mark:

NoBo - No

QW-Process Test-Position

NoBo - No

Published By: Nileur Custom-made Procedures (NCP) > NCP - Publication Ltd © UK_2008 < Contact: [email protected]

Table-6d

(QW-180 ) HV10 ≤ 248__MACRO-HARDNESS VALUES and INDENT LOCATOIN: EEMUA 158_Para. 4.4.4c __Figure 8

Table-6e

(QW-180 ) HV10 ≤ 248__MACRO-HARDNESS VALUES and INDENT LOCATOIN: NACE MR 0175-Part 2_Para. 7.3.3.2 _Figure 2

Hardness Acceptance Criteria EN ISO 5817 –Level C & B NOTES (a) Weld Surface: Brinel Hardness(HB10) ≤ 200, as per NACE Indent applied Load: 10 kg

Table-7

Specimen No

Test Location

Time of Load: 15 second

Specimen Dimension (mm x mm)

(b ) PQR-HAZ: Vickers Hardness (HV10) ≤ 248,(max) as per NACE

HV10 Indent Spacing = 1mm

Elongation (%) (♦)

Ultimate Total Load, (kN)

MINIMUM REQUIRED TARGET  XXX XXX Figure-6a VERIFICATION OF TENSILE TEST SPECIMEN

Tensile Acceptance Criteria Acronyms

Page 7 of 12

(c ) Weldmetal: Vickers Hardness (HV10) ≤ 380, as per EN ISO

WPS for None NACE, PWHT_ shall conform to EN ISO 15614-1: § 7.4.6. (Table 2); @ max. Permitted HV10, Limits = 320

(QW-151) PRISMATIC or TRANSVERSE (TV) TENSILE TEST ACCORDING TO: (EN 895) + (API-1104_Para. 5.6.2.3) AREA (mm2)

XXXX

Ultimate Unit Stress (N/mm2)

Yield Point (N/mm2)

XXX ≥ XXX

XXX ≥ XXX

(♦)

Figure-6b

Test Temp. ( 0C) (♦)

Reduction of Area (%)

Type of Failure and Location

XXX

( QW-153) & (EN 10025-2 / 04) & (API-1104_Section 5.6.2 ) & (AWS-D1.1: Para. 4.8.3.5) NR = Not-required, TV = Transverse Remark (♦) Not required for TV -tensile test as per EN 15614-1 and ASME Section IX

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ASME BPVC-Section IX _Article II {QW-200.2}

API-1104: Welding of Pipeline & Related Facilities__Clause-5 EN-ISO_15614-1: Welding Procedure Test __Part 1 ISO-9001_QA-Certificate No XXXXXXXXXXXXXXXXXXX

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XXXX

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Table-8 Specimen No. 1

TEST PAD: Classification (SFA/AWS)

Filler Size

C (%)

XXXX

FILLER METAL UNDILUTED CHEMICAL ANALYSIS ASME BPVC Section-II _Part-C _Table 5 & 4: _Figure-1 Mn (%)

Ni (%)

Cr (%)

Mo (%)

Si (%)

V (%)

Cu (%)

Ti (%)

Nb (%)

P (%)

S (%)

B (%)

Al (%)

2 3 4

Test-Pad: XXXXXXX

Figure 8a

Figure 8b

Test-Pad: XXXXXXX

Testing Apparatus / Equipment

Figure 8d

Chemical Analysis Procedure According to

Chemical Analysis Acceptance Criteria NOTE

Test-Pad: XXXXXXX

Figure 8c

Test-Pad: XXXXXXX

ASTM: E-415

ASME BPVC Section. II-Part C –Table 5 & 4: -Fig. 1

Apply for production WPS qualification when no *A* number or no assigned AWS number is designated by the code/s, or if specified by the EPC

Table-9

(QW-181) FILLET WELD FRACTURE TEST ACCORDING TO: (API-1104_Para. 5.8.1) + (AWS-D1.1: Para. 4.11.2_Fig. 4.19)

Specimen No

Formula

Temp (0C)

Web (mm)

Flange (mm)

Leg-length (mm) a

Weldthroat (mm)

Ultimate Total Load (UTL) (N)

Design Weld Strength (DWS) (ksi)

Ultimate Weld Strength (UWS) ( ksi )

Figure 9b

(QW-181) Fillet Fracture Test Filler: XXXXXXX

Specimen No

XXXXX

Qualification Code: According to

Fillet Fracture Acceptance Criteria WPT of Table-2 _Bead No 7

Fracture Depth of Penetration (mm)

Microscopic Results

Type of Failure and Location

DWS x UTL

Ductile _ Through Weld Fracture

DWS x UTL

Ductile _ Through Weld Fracture

Design Weld Strength (DWS) = FS x 0.707 x a x 0.60 x FEXX x Lw __ { Where: a = Fillet Leg Length, FS = Safety Factor,

Figure 9a

Remark

Weld Length (mm) Lw

Lw = Weld- Length,

(QW-181) Fillet Fracture Test Filler: XXXXXXX

FEXX = Electrode Class,….ie. E70XX }

Figure 9c

(QW-462.4a) Fillet Weld Procedure: (QW-XX)

Pipe Branch Fillet Weld _ API-1104_Section-5.8 (applicable for Production WPS qualification)

According to (QW-182), and if required by the EPC _ Production WPS qualification / mockup Test in accordance with (QW-181.2)

Filler size = XX mm

Amp = XXX Volts = XX.X

TS = XXX mm/min

Wire-feed = XXX inch/min

Pre-Heat = XX 0C

Weld Beads = X

Plate Thk = XX mm

(a) WPT = Welding Parameters, (b) Thk = Thickness, (c) ■ Single Preheat Time = 8 minutes (Max), TS = Travel Speed

Table-10 Figure 10a

API-1104_Section-5.6.3_ NECK BREAK TEST Groove weld Neck-Break Test: ф Figure 5

Specimen No WPT of Table-2 _Bead No 8

Figure 10b

Qualification Code: According to Filler size = XX mm

Neck-Break Acceptance Criteria

Figure 10c

Pipe Branch Neck-Break Test: ф Figure 11

API-1104

Amp = XXX Volts = XX.X

According to API-1104_Para. 5.6.3.3

Fillet Weld Neck-Break Test: ф Figure 10

TS = XXX mm/min Remark

Wire-feed = XXX inch/min

Pre-Heat =XX 0C

Weld Beads = X

Plate Thk = XX mm

(a) WPT = Welding Parameters, (b) Thk = Thickness, (c) ■ Single Preheat Time = 8 minutes (Max), TS = Travel Speed

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WELDING PROCEDURE QUALIFICATION RECORDS (WPQR)

ASME BPVC-Section IX _Article II {QW-200.2}

API-1104: Welding of Pipeline & Related Facilities__Clause-5 EN-ISO_15614-1: Welding Procedure Test __Part 1 ISO-9001_QA-Certificate No XXXXXXXXXXXXXXXXXXX

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Table-11

XXXX

(QW-170) IMPACT TESTING REQUIREMENTS ACCORDING TO: B31.3-Table 323.3.5 + EN 875,+ ( EN ISO 148-1 )

Average Impact Target @ -100 as per Code Specimen No. (♣)

{ASME-IX = 19}, {ASME- B31.3 = 20 J }, {PED = 27 J }, { EEMUA-158= 36 J }, {AWS-D1.8 = 40 J } [QW-463.1(f)] Specimen Location & IMPACT-ENERGY Impact Strength Notch Test Temperature & Notch Dimension Joules (Value & TIA) Position Type (Charpy-V / U) Actual Location Size (mm) ( 0C ) Values (J/cm2) Average (J) Values (J/cm2) TIA (cm2) (J/cm2) BMp1 BMp1 BMp1 FL1 FL1 FL1 HAZ1 HAZ1 HAZ1 WM WM WM HAZ2 HAZ2 HAZ2 FL2 FL2 FL2 BM2 BM2 BM2

Impact Test Procedure as per Lateral Expansion. (Elongation) Shear (%)

(*) (*) (*) (*) (*) (*) (*) (*) (*) (*) (*) (*) (*) (*) (*) (*) (*) (*) (*) (*) (*)

(mm)

SA-370

(QW-172.1) Drop Weight Break: (Yes or No)

(**) (**) (**) (**) (**) (**) (**) (**) (**) (**) (**) (**) (**) (**) (**) (**) (**) (**) (**) (**) (**)

NOTES

Acronyms BM1 = A106-Gr. B_Base Metal , BM2 = A106-Gr. C _Base Metal, HAZ1 or 2 = Heat-affected Zone, WM = Weld-metal, FL1 or 2 = Fusion line, TIA = Total Impact Area CALCULATIONS (* ) Impact Value = Actual J ÷ TIA (**) Shear % = (Ductile Area ÷ TIA ) x 100 Impact Target = Specimen size x multiply code requirement TIA = Ductile Area + Fragile Area. {TIA = 8 x 10 x 0.01 } “Where” 8 is the distance from notch to base of the Specimen Other Reference “Impact Testing Requirements for WPS –Qualification” (a) Impact Testing of base metal is not required when the base material is certified PED 97/23/CE, or impact tested to ASTM/SA-370 __or as per EN 10204-3.1 inspection Certificate (b) (♣) Impact Testing of both base metals is not required, when the Materials has the same P-No. & Group-No., or if the specified temperature lower than qualified in this table. (c) AWS-D1.1_Clause 4.33__Impact Testing shall be as per Contractual requirement s and in conformance with Para: 5.26.5 (3d). (d) EEMUA-158_Para. 4.4.4e__Impact Testing of base & Weld metal, HAZ & Fusion line is required to demonstrate weld strength and toughness when the WPS welds are for Offshore structures

Acceptance Criteria

According to EEMUA-158: Para. 4.4.4 (e) -Table 2. > PED 97/23/CE

Table-12 Specimen No

CRACK-TIP-OPEN-DISPLACEMENT ( CTOD) TESTING ACCORDING TO: EEMUA-158: Appendix A2_Figure 10 Location

Temp (0C)

Thk. (mm)

Width (mm)

KET (mm)

DBKE (mm)

CL (mm)

Load (kN)

Speed (N/mm)

Span (N/mm)

A (N/mm) P (N/mm)

SOUT (A or B)

Notch Type

Final Analysis

BM1 HAZ1 WM HAZ2 BM2 Acronyms () DBKE = Distance Between Knife Edges, CL = Crack Length, SOUT = Source Of Uncertainty Type, KET = Knife Edge Thickness, P = Perpendicularity, A = Alignment, APPLICABLE METHODS EEMUA’s Recommended CTOD Testing Lab NAMAS CTOD _Accredited Test House Acceptance Criteria EEMUA -158: Para. A2.6 Note Spares from the original Test Coupon have been stored for this test)>

Table-13

Specimen No

Length (mm)

Width (mm)

Thickness (mm)

Cut (mm)

STRESS-ORIENTED HYDROGEN INDUCE CRACKING (SOHIC) (NACE-TM 0284) CAR (%)

RSK (%)

CLR (%)

CTR (%)

CSR (%)

Microscopic Results

Type of Failure and Location

Acronyms CSR = Crack Sensitivity Ratio, CTR = Crack Thickness Ratio, CLR = Crack Length Ratio, CAR = Crack Area Ratio, RSK = Risk of Stress Sensitivity Factor Apparatus Brand Name Method Used Acceptance Criteria According to NACE 0284 + Owner’s Acceptance REMARKS Spares from the original Test Coupon have been stored for this Test

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ASME BPVC-Section IX _Article II {QW-200.2}

API-1104: Welding of Pipeline & Related Facilities__Clause-5 EN-ISO_15614-1: Welding Procedure Test __Part 1 ISO-9001_QA-Certificate No XXXXXXXXXXXXXXXXXXX

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Table-14

XXXX Page 10 of 12

PROCEDURE RECORD MECHANICAL TEST PLAN (ASME-IX_QW-463.1d) + (API-1104: Para.5.6_Table 2_Figure 3) Test Specimen Legend 1 = Micrographic - Metallurgy 2 = Macro Hardness 3 = Guide Bend (Root) 4 = Guide Bend (Face) 5 = Guide Bend (Root) 6 = Guide Bend (Face) 28 = Reduce section Tensile 29 = Reduce section Tensile 30 = Macro Hardness (extra) 31 & 32 =Neck Break BM = Base Metal HAZ = Heat Affected Zone FL = Fusion Line WM = Weld Metal S = Spare coupon section X = Discarded section

MD-Acronym BD = Bend Distance t = Thickness

Material Description

Material Mechanical Characteristics

Base material Class Base material Spec.

welded to

Material Type

Carbon Steel Pipe

Wall Thickness (mm)

12

Pipe _NPS (mm)

250

Mandrill Details (MD)

Rm or UTS (N/mm2)

470 ≤ 630

Mandrill Diameter

4t

% Area ≥

22

Distance between rollers (mm)

6t + 3.2

Average Required Chary-V, @ -20 0C

27 Joules

Thickness of Coupon; t (mm)

Minimum Required Chary-V, @ -20 0C

19 Joules

Angle of Bend: BD

1800

Filler Metal Welding Process

Notes Table-15 Coupon No

HEAT-TREATMENT ACCORDING TO AWS D1.1: Para. 5.6 _TABLE: 4.5 HYDROGEN-BAKEOUT (EN ISO 15614-1: Para. 8.4.11 and 8.4.12) Method Temperature HR & C Preheat Activity Thermocouple (total & Insulation (Yes/No) Test performed (Open Flame or (°C ) (minutes) Description Heat-pad) clock- position) Yes / None Min.

(QW-406.1) Pre-heat

Max.

H

HR (min)

C (min)

Position

Total

Yes/No

Action

Before welding

Weld Joint Stress Relieving

After welding

(QW-407) Pre-heat for PWHT

Before PWHT

(***)

PWHT

(QW-407.2) PWHT (QW-406.11) BM H2 Bake-out (QW-406.11) Weld H2 Bake-out

Before welding

(**)

After welding

(**)

Thermocouple layout Sketch

Thermocouple Location Procedure for WPS Qualification with PWHT

Hydrogen Bake-out Instructions

(**) Use the PQR, with the highest inter-pass temperature, ± 20 % when required for WPS qualification. (Temperature limits: 200 ≥ 400 °C, max. (as per wall thickness ). (***) Use the PQR, Average inter-pass temperature, ± 20 % and Hold for 40 to 60 minutes, when required for WPS qualification. Acronym C = Cooling, H = Holding, HR =Heating Rate, H2 = Hydrogen, BM = Base Metal, L = Location

First Cycle L3 Second Cycle L2 Third Cycle Acceptance Criteria Production WPS: EPC or Engineer's Approval Note Total termocouple is dependant on the wall thickness and pipe diameter

L1

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ASME BPVC-Section IX _Article II {QW-200.2}

API-1104: Welding of Pipeline & Related Facilities__Clause-5 EN-ISO_15614-1: Welding Procedure Test __Part 1 ISO-9001_QA-Certificate No XXXXXXXXXXXXXXXXXXX

QW-Code/s

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XXXX Page 11 of 12

(EN 1321: 1996) Transformation Microstructure (50 µm) ( magnification: x200 Etching Reagent: 2%Nital )

Table 16 Figure 1

Figure 2

MICROSCOPIC TEST ZONES AS PER TABLE 17

Acceptance Criteria Table 17

EN ISO 5817 –Part C & B

Microscopic Metallurgical Sample [2% Nital] (Origins of Figure 1)

Specimen No

(EN 1321: 1996) Transformation Microstructure (50 µm) ( magnification: x200 Etching Reagent: 2%Nital ) (continued)

Fig. A

AREA-1 (Base Metal: A106-Gr.B) Ferritic Pearlitic

Fig. B

AREA-3 (Weld-metal Cap-face) Fine-grain Pe with PF

Fig. C

AREA-5 ( HAZ: A106-Gr.C) Fine Grain (F+Pe)

Fig. D

AREA-2 (HAZ: A106-Gr.B) Nodular-Pe with F + Pe

Fig. E

AREA-4 (Root Bead-Centre) Fine Grain (F and Pe)

Fig. F

AREA-6 (Base Metal: A106-Gr.C) Ferritic Pearlitic

Tfm = Transformation, P = Primary, F = Ferrite, Pe = Pearlite, A =Acicular, S = Second-phase, FC = Ferrite-Carbide combined with Pe Acronyms Ferritic Pearlitic: Typical microstructure for Carbon steel. (Refer to Table 8: Filler Metal undiluted chemical analysis) Remark

Table-18

(QW-180 ) HV10 ≤ 248__ MACRO-HARDNESS TEST PROCEDURE :< EN ISO 6507-1: 2005 & EN ISO 9015-1: 2011>

Hardness Acceptance Criteria EN ISO 5817 –Level C & B NOTES (a) Weld Surface: Brinel Hardness(HB10) ≤ 200, as per NACE Indent applied Load: 10 kg

Time of Load: 15 second

(b ) PQR-HAZ: Vickers Hardness (HV10) ≤ 248,(max) as per PED

HV10 Indent Spacing = 1mm

(c ) Weldmetal: Vickers Hardness (HV10) ≤ 380, as per EN ISO

WPS for None NACE, PWHT_ shall conform to EN ISO 15614-1: § 7.4.6. (Table 2); @ max. Permitted HV10, Limits = 320

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ASME BPVC-Section IX _Article II {QW-200.2}

API-1104: Welding of Pipeline & Related Facilities__Clause-5 EN-ISO_15614-1: Welding Procedure Test __Part 1 ISO-9001_QA-Certificate No XXXXXXXXXXXXXXXXXXX XXXX

QW-Process Test-Position

XXXX + XXXX (QG-102) 5G (on Pipe Steel)

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Table-19

XXXX

WPQR _ VERIFICATION OF CERTIFICATION and STATEMENTS

Compliance to Pressure Directive PED 97/23/EC _Pressure Equipment Directive _ In accordance with Annex – I: (3.1.1), (3.1.2), (3.1.3), (3.14), (4.1), & (4.3) WPQR – Preparation and Coordinated By Assisted By Certification Inspector Address where WPQR _Test Coupon was welded Date WPQR - Welder Name + Id Qualification Code Skill Level Mechanical Testing _Laboratory Name Mechanical Testing Standards Address Telephone Email Lab-Technician/s Name

Lab-Accreditation No NDE Reports-File No

Date

FAX Website Signature

xx / xx / 20xx

xx / xx / 20xx (Lab _Approval Stamp here)

Lab-Technician/s Accreditation / Qualification WPQR_Certification Notified-body Notified-body Standards Address Telephone Email Certification Inspector Name

WPQR-Registration No

NoBo-No Date

FAX Website Signature

xx / xx / 20xx (NoBo _Approval Stamp here)

Inspector Accreditation / Qualification WPQR_Supplymentary Approval Notified-body Notified-body Standards Address Telephone Email Inspector Name

WPQR-Registration No

NoBo-No

FAX Website Signature

Date

xx / xx / 20xx

(NoBo _Approval Stamp here)

Declaration

Inspector Accreditation / Qualification

(a) Testing Criterion has assured the requirements according to QW-Codes for *Welding and Fabrication of Onshore or Offshore, Pipe Welding - including Tanks, Marine and Pressure Vessels. (b) We certify by verifications that the statements in this Welding Procedure Qualification Record, are correct and that the tested welds were prepared, welded, and mechanically tested in accordance with the combined requirements of ASME-Section IX API-1104 EN ISO 15614-1 EEMUA-158 NACE MR 0175-Part 2 and DNV-OS-C401 respectively. (c) Details of the recorded tests are accurate, and may only be modified to conform to the type and number of extra tests allowed by the Code, using the spares from the same test coupon, - including addenda, editorial corrections or QW-XX changes. (add owner name here) reserves the rights to grant access for use to any fabricator working for us as we so see fit.

Table-20

Owner’s Name WPQR Holding Address Telephone Email Director Signature

OWNERSHIP and ORGANIZATIONAL RESPONSIBILITY as per ASME IX-2013 ed. GENERAL REQUIREMENT: QG-106 Welding Engineer

FAX Website (Digital signature here)

Owners Stamp here

Date

xx / xx / 20xx

Company Name & Address Email / Website Experience Qualification Signature

(Digital signature here)

Date

xx / xx / 20xx

3Rd Party Authorization Authorization by Owner In accordance with [QG-107] & [ASME IX_2010_QW-201.1 (cf-13)]. Expiry Date: “At owners request” Name: Terms Accepted by Fabricator Address: Fabrication Director: Signature: Company ISO_9001-QA-Certificate No: Details Phone: QC Manager / Welding Engineer: Signature: Fax: Email: Acceptance Date: xx / xx / 20xx Website: Technically Evaluated On the, xx / xx / 20xx by Welding Specialist Mr/Miss. ……………………………………….‘under the instructions of (owners name here) for authorization for use approval. The Owner reserves the rights to request additional information/s –should it be deemed necessary. The Fabricator (Add 3rd Party Name here) is not permitted to make any addendums, Terms & Conditions plagiarize, Duplicate, combined third party PQR/s with this WPQR or grant access to third party/s. Should these requirements be ignored – all privileges’ shall be revoked immediately and may result in legal breach of agreement charges. [Note: f-13: >].

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