Standard S-1 Fourth Edition, Volume 3 - AENUM 4 Applies to...

of 14

Standard DS-1® Fourth Edition, Volume 3 - ADDENDUM 4Applies to First, Second and Third Printing

Issue Date: November 3, 2015

3.24.6.e ........................................................... 13.25.6.i ............................................................ 23.25.9 .............................................................. 2Figure 3.25.2 .................................................. 3Figure 3.25.3 .................................................. 3Table 3.10 ....................................................... 4Table 3.10.1 .................................................... 5

Appendix A.6 .................................................. 53.14.4.e .......................................................... 63.14.4.f ........................................................... 63.15.4.d .......................................................... 6Figure 3.14.3 .................................................. 7Figure 3.14.4 .................................................. 7Figure 3.14.5 .................................................. 7

Paragraph Page Paragraph Page

In this Volume 3 - Addendum 4, the following paragraphs have been modified:

*See page 8 for additional changes.

ADD:

Page 85¶ 3.24.6.e - Add new paragraph

e. Float bore dimensions: On stabilizers equipped with float bores, the ID shall be free of flaws or pitting that will interfere with the valve’s ability to seal. For box up float bores without stress relief features and for box down float bores, the float bore dimensions shall meet the dimensions given in figure 3.25.2 and table 3.10. If a baffle plate is to be used with the float valve the bore shall be visually inspected for the presence of a baffle recess as seen in figure 3.25.3. If a baffle plate is to be used with a baffle plate recess (figure 3.25.3), the baffle recess should be of sufficient depth to include the baffle plate and the float bore dimensions shall meet the dimensions given in figure 3.25.3 and table 3.10. If a baffle plate is to be used without a baffle plate recess (figure 3.25.2) the float bore dimensions shall meet the dimensions given in figure 3.25.2 and the float bore depth shall not exceed the bore depth listed in table 3.10 plus the height of the baffle plate.

Note: If the Float Bore Diameter (R) and Connection Size do not match table 3.10 values, calculate the Float Bore Depth (A) using table 3.10.1.

of 14



i. Float bore dimensions: On bit subs equipped with float bores, the ID shall be free of flaws or pitting that will interfere with the valves ability to seal. Float bore dimensions shall meet the float bore dimensions in figure 3.25.2 and table 3.10.


CURRENT: (Text to be removed is underlined)

Page 86¶ 3.25.6.i

CHANGE TO: (Amended text is underlined) i. Float bore dimensions: On subs equipped with float

bores, the ID shall be free of flaws or pitting that will interfere with the valve’s ability to seal. For box up float bores without stress relief features and for box down float bores, the float bore dimensions shall meet the dimensions given in figure 3.25.2 and table 3.10. If a baffle plate is to be used with the float valve the bore shall be visually inspected for the presence of a baffle recess as seen in figure 3.25.3. If a baffle plate is to be used with a baffle plate recess (figure 3.25.3), the baffle recess should be of sufficient depth to include the baffle plate and the float bore dimensions shall meet the dimensions given in figure 3.25.3 and table 3.10. If a baffle plate is to be used without a baffle plate recess (figure 3.25.2) the float bore dimensions shall meet the dimensions given in figure 3.25.2 and the float bore depth shall not exceed the bore depth listed in table 3.10 plus the height of the baffle plate.


3.25.9 Magnetic Particle Body Inspection: Inspect the outside diameter from shoulder to shoulder in accordance with procedure 3.9, MPI Slip/Upset Inspection. Any crack, regardless of orientation, shall be rejected. If the sub is manufactured from non-magnetic materials, procedure 3.17, Liquid Penetrant Inspection, shall be substituted for Magnetic Particle Inspection.


Page 87¶ 3.25.9

CHANGE TO: (Amended text is underlined) 3.25.9 Magnetic Particle Body Inspection: Inspect the outside diameter from shoulder to shoulder in accordance with procedure 3.9, MPI Slip/Upset Inspection. Any crack shall be rejected. If the sub is manufactured from non-magnetic materials, procedure 3.17, Liquid Penetrant Inspection, shall be substituted for Magnetic Particle Inspection.

of 14



AR

1/8 in. maxrad.

r

Figure 3.25.2 Float bore profile.

INTERNAL SHOULDER DIMENSION:IF R ≤ BORE, DISREGARDIF BORE < R ≤ (BORE+0.5 in.), MINIMUM SHOULDER = 1/8 in.OTHERWISE, MINIMUM SHOULDER = 1/4 in.

(NOTE: ID'S OF THE BORE AND BIT PIN MUST BE SMALL ENOUGH TO HOLD THE VALVE ASSEMBLY)

A

INTERNAL SHOULDER

BORE

deg.

R

30

1/8 in. maxrad.

Corner broken

45° max

Figure 3.25.3 Float bore profile with baffle plate recess.

CHANGE TO: (Amended text is underlined)

Page 87Figure 3.25.2

ADD:

Page 87Figure 3.25.3 - Add new figure

of 14



Val

ve A

ssem

bly

Siz

eC

onne

ctio

nS

ize

Bor

e D

ata

Val

ve D

ata

Bor

e D

iam

eter

(R, +

1/64

, -0)

(in

)

Bor

e D

epth

(A, ±

1/16

)(in

)

Val

ve D

iam

eter

(D)

(in)

Val

ve L

engt

h(L

V)

(in)

Box

Dow

n C

onfig

urat

ion

Box

Up

Con

figur

atio

n1R

2-3/

8 R

eg1-

11/1

69-

1/8

9-13

/32

1-21

/32

5-7/

81F

-2R

2-7/

8 R

eg1-

15/1

610

10-1

/41-

29/3

26-

1/4

2F-3

R3-

1/2

Reg

2-7/

1610

-1/2

10-1

/22-

13/3

26-

1/2

4R4-

1/2

Reg

3-1/

212

-13/

1612

-13/

163-

15/3

28-

5/16

5R5-

1/2

Reg

3-29

/32

14-3

/415

-1/1

63-

7/8

9-3/

44R

6-5/

8 R

eg3-

1/2

13-9

/16

15-1

3/32

3-15

/32

8-5/

165F

-6R

6-5/

8 R

eg4-

13/1

617

17-1

3/32

4-25

/32

11-3

/45F

-6R

7-5/

8 R

eg4-

13/1

617

-1/4

18-1

/84-

25/3

211

-3/4

5F-6

R8-

5/8

Reg

4-13

/16

17-3

/819

-1/4

4-25

/32

11-3

/46F

8-5/

8 R

eg5-

23/3

220

-1/4

20-9

/16

5-11

/16

14-5

/81R

NC

23

1-11

/16

9-1/

89-

13/1

61-

21/3

25-

7/8

1F-2

RN

C 2

61-

15/1

69-

1/2

10-7

/32

1-29

/32

6-1/

42F

-3R

NC

31

2-7/

1610

-1/4

10-2

9/32

2-13

/32

6-1/

23

½ IF

NC

38

3-5/

3214

-1/4

14-1

/43-

1/8

104R

NC

44

3-1/

213

-1/1

613

-17/

323-

15/3

28-

5/16

4RN

C 4

63-

1/2

13-1

/16

13-3

/43-

15/3

28-

5/16

4FN

C 4

63-

11/1

616

-3/4

16-3

/43-

21/3

212

4RN

C 5

03-

1/2

13-1

/16

14-3

/16

3-15

/32

8-5/

165R

NC

50

3-29

/32

14-1

/215

-3/3

23-

7/8

9-3/

45F

-6R

NC

614-

13/1

617

-1/2

17-2

3/32

4-25

/32

11-3

/43F

3-1/

2 FH

2-27

/32

1414

2-13

/16

105F

-6R

5-1/

2 FH

4-13

/16

1717

-7/3

24-

25/3

211

-3/4

5F-6

R5-

1/2

IF4-

13/1

617

17-5

/84-

25/3

211

-3/4

6F6-

5/8

IF5-

23/3

219

-7/8

20-1

/16

5-11

/16

14-5

/8

Tabl

e 3.

10 F

loat

Bor

e an

d Fl

oat V

alve

Dat

a

Pag

e 21

2Ta

ble

3.10

CH

AN

GE

TO

: (A

men

ded

text

is u

nder

lined

)

of 14



Table 3.10.1 Float Bore Calculation(for cases not covered in Table 3.10)

To determine Float Bore Depth (A): Where:

1) Measure Float Bore Diameter (R) R = Bore Diameter

LV = Valve Length

LP = Max Pin Length (table 3.8)

3/16" = Margin for proper Pin and Valve Separation

A = Bore Depth

2) Obtain Valve Size and Valve Length (LV) corresponding to (R) from table 3.10 and the Max Pin Length (LP) for the Sub’s connection from table 3.8.

3) Float Bore Depth

Box Down: (A) ± 1/16" = LV + LP + 3/16"

Box Up: (A) ± 1/16" = LV + LP + 3/16" + minimum length needed to have all seals seated within the float bore1

1 See Section A.6 in the Appendix for more information on calculating float bore depth for box up configurations.

Page 213Table 3.10.1CHANGE TO: (Amended text is underlined)

Page 328Appendix A.6 - Add new paragraphADD: A.6 Float Bore Depth Calculations for Box

Up Configurations

The float bore depth required to ensure all float valve seals are located within the float bore for box up con-figurations (Abu) can be calculated using the following equations:

......(A.21)

If X < R: Length of Box =

.........(A.22)If X ≥ R:

...........................................(A.23)

Length of Box = LBC

+ L .................................(A.24)

Take Length of Box dimension calculated from either equation A.22 or A.24:

Valve Stick Out = LV - (A

bd - 0.0625 - Length of Box) ............(A.25)

Additional Length Required = Valve Stick Out - Top of Valve to 1st Seal ..........(A.26)

Abu

= Abd

+ Additional Length Required .............(A.27)

Round Abu up to the nearest 1/32’’.

Where:

C = Gage point pitch diameter (in) (API Spec. 7-2) tpr = Thread taper (in/ft) (API Spec. 7-2) H = Non-truncated thread height (in) (API Spec. 7-2) Srs = Root truncation (in) (API Spec. 7-2) LBC = Depth of box (in) (API Spec. 7-2 evaluated at max tolerance) R = Bore diameter (in) (DS-1 Table 3.10) LV = Valve length (in) (DS-1 Table 3.10) Abd = Box down configuration float bore depth (in) (DS-1 Table 3.10) Top of Valve to 1st Seal = Distance measured from the top of the float valve to the top of the first seal (in)

of 14



f. Boreback: The diameter and length of the boreback cylinder (if present) shall be measured and shall meet the requirements of table 3.8 for drill collars and table 3.9.1 for HWDP.


Page 62¶ 3.14.4.f

CHANGE TO: (Amended text is underlined) f. Box Boreback: Unless waived by the customer, all API

connections NC38 and larger that make up to BHA components shall be equipped with boreback boxes or they shall be rejected. The diameter and length of the boreback cylinder shall be measured and shall meet the requirements of table 3.8 for drill collars and table 3.9.1 for HWDP.

e. Pin Stress Relief Groove: The diameter and width of the API pin stress relief groove (if present) shall be measured and shall meet the requirements of table 3.8 for drill collars and table 3.9.1 for HWDP.


Page 62¶ 3.14.4.e

CHANGE TO: (Amended text is underlined) e. Pin Stress Relief Groove: Unless waived by the

customer, all API connections NC38 and larger that make up to BHA components shall be equipped with pin stress relief grooves or they shall be rejected. The diameter and width of the API pin stress relief groove shall be measured and shall meet the requirements of table 3.8 for drill collars and table 3.9.1 for HWDP. The pin stress relief groove length shall be measured from the connection shoulder to the first full thread by placing a metal rule on the thread taper and squared against the connection shoulder, as depicted in figures 3.14.3, 3.14.4 and 3.14.5. “First full thread” is defined as the thread that is closest to the pin shoulder and reaches the same height and thread profile as the second thread. The location of the first full thread can be identified by rotating the profile gage until the absolute minimum amount of light is visible between the thread form and the profile gage.

d. Determine the polarity of the existing magnetic field (if any) in each end if the test piece using the pocket magnetometer. Mark each end “+” (positive) or “-” (negative), whichever applies. The magnetizing coil shall be placed on the connection so as to reinforce (not oppose) any field already present. Magnetizing current activation and magnetic particle solution application shall be performed simultaneously. The solution shall be distributed over the area described in paragraph 3.15.3. The magnetizing current shall remain on for at least 2 seconds after the solution has been distributed. The solution shall be agitated before each application.

CURRENT:

Page 67¶ 3.15.4.d

CHANGE TO: (Amended text is underlined) d. Determine the polarity of the existing magnetic field

(if any) in each end if the test piece using the pocket magnetometer. Mark each end “+” (positive) or “-” (negative), whichever applies. The magnetizing coil shall be placed on the connection so as to reinforce (not oppose) any field already present. Magnetizing current activation and magnetic particle solution application shall be performed simultaneously. The solution shall be distributed over the area described in paragraph 3.15.3. The magnetizing current shall remain on for at least 2 seconds after the solution has been distributed. The solution shall be agitated before each application.

Note: For tools racked in close proximity, the solution shall be agitated within 3 minute intervals during application.

of 14



Page 61ADD: Figures 3.14.3, 3.14.4, and 3.14.5

Figure 3.14.3 Thread not fully formed as seen with light showing between profile gage and thread.

Figure 3.14.4 Lay thread profile gage along thread taper and rotate around the thread form until absolute minimum light is visible between the profile gage and first thread. Thread is fully formed (First Full Thread).

Figure 3.14.5 Square scale at the point of the “First Full Thread” and take the measurement from the shoulder side of thread profile to pin shoulder.

of 14



The current requirements regarding calibration in the Standard DS-1® Fourth Edition, Volume 3 stipulate that a tag or sticker be attached to most calibrated devices/instruments. There is often oil, grease, dirt, etc. at rig sites and in machine shops that can smudge, cover, or remove evidence of calibration on a tag or sticker attached to a calibrated device. Particularly for devices that only require calibration every year or longer, it can be unrealistic to assume that the tag or sticker will be legible with the required information for such a period of time. Because of this problem, many inspection companies carry proof of calibration in the form of a certificate or other verifiable documentation that shows the necessary information about the calibration of the device. If the device is traceable to verifiable proof of calibration, this evidence should be satisfactory to ensure a properly calibrated device, whether or not a tag or sticker is present or legible.

In this Volume 3 - Addendum 4, the following paragraphs have been modified with requirements regarding proof of calibration.

3.4.2 ............................................................... 93.5.2.b ............................................................ 93.6.2.c ............................................................ 93.6.2.g ............................................................ 93.7.6.1 ............................................................. 93.8.2.1.b ........................................................ 103.8.2.2.b ........................................................ 103.8.2.2.d .......................................................... 93.9.2.b ........................................................... 103.9.2.c ........................................................... 103.9.2.d ............................................................. 93.10.2.b ......................................................... 103.11.2 ........................................................ 9, 113.13.2.a ......................................................... 113.13.2.b ......................................................... 113.13.2.c ......................................................... 113.13.2.d ......................................................... 113.13.2.e ......................................................... 113.14.2.a ......................................................... 113.14.2.b ......................................................... 113.14.2.c ......................................................... 113.15.2.b ......................................................... 103.15.2.f ............................................................ 93.16.2.b ......................................................... 12

3.17.2.d ........................................................... 93.17.2.e ......................................................... 123.19.2.e ......................................................... 103.19.2.h ........................................................... 93.19.2.k ......................................................... 123.21.2.2 ......................................................... 123.22.2.2 ......................................................... 133.23.2.2 ......................................................... 133.23.2.3 ......................................................... 133.24.2 ............................................................ 133.26.2.c ........................................................... 93.27.2.c ........................................................... 93.29.3 ............................................................ 133.30.2.1.d ........................................................ 93.30.2.2.c ...................................................... 103.31.2.1.f ....................................................... 103.32.2.1.f ....................................................... 103.33.2.2.a ...................................................... 133.33.2.2.b ...................................................... 143.33.2.2.c ...................................................... 143.33.2.2.d ...................................................... 143.33.7.2 ......................................................... 143.36.2.2.a ...................................................... 10

Paragraph Page Paragraph Page

of 14



Paragraph Page #3.4.2 32

3.8.2.2.d 373.9.2.d 393.11.2 413.15.2.f 673.17.2.d 693.19.2.h 733.26.2.c 873.27.2.c 88

3.30.2.1.d 100

... Light intensity meter shall have a tag or sticker attached showing calibration in the past six months. The tag or sticker shall show the date of calibration, the due date of the next calibration, as well as the company and individual performing the calibration.

... The light intensity meter shall have a tag or sticker affixed showing calibration in the past six months. If a tag or sticker is not present, the meter’s unique identification number shall be traceable to a proof of calibration docu-ment. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

CURRENT:


ADD TO END OF PARAGRAPH: (Amended text is underlined) ... If a tag or sticker is not present, the device’s unique identification number shall be traceable to a proof of cali-bration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

Paragraph Page #3.5.2.b 33 / 33(d)3.6.2.g 34


... The instrument shall have a tag or sticker attached showing the date of calibration, the due date of the next calibration, as well as the company and individual per-forming the calibration.

CURRENT:

... The instrument shall have a calibration tag or sticker affixed. If a tag or sticker is not present, the instrument’s unique identification number shall be traceable to a proof of calibration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

Paragraph Page #3.6.2.c 34

Paragraph Page #3.7.6.1 35

ADD TO END OF PARAGRAPH: (Amended text is underlined) ... A calibration tag or sticker shall be affixed to the gage or micrometer. If a tag or sticker is not present, the gage’s or micrometer’s unique identification number shall be traceable to a proof of calibration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

of 14



Paragraph Page #3.8.2.1.b 373.9.2.c 39

3.19.2.e 733.36.2.2.a 118

<last paragraph> A tag or sticker shall be attached to the yoke [showing/ verifying] the date of calibration, the due date of the next [calibration/test], as well as the company and individual performing the [calibration/test].

<last paragraph> A calibration tag or sticker shall be affixed to the yoke. If a tag or sticker is not present, the yoke’s unique identification number shall be traceable to a proof of calibration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

... The ten pound weight used for the lift test shall show evidence of certification in the past three years and the certification must be traceable to the National Institute of Standards and Technology (NIST) or equivalent body. ...

... The ten pound weight used for the lift test shall have been calibrated in the past three years to standards trace-able to the National Institute of Standards and Technology (NIST), or an equivalent body. A calibration tag or sticker shall be affixed to the weight. If a tag or sticker is not present, the weight’s unique identification number shall be traceable to a proof of calibration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration. ...

CURRENT:


Paragraph Page #3.8.2.2.b 37

3.9.2.b (4th bullet) 383.15.2.b 67

3.30.2.2.c 100

... The blacklight intensity meter shall have a tag or sticker attached showing calibration in the past six months. The tag or sticker shall show the date of calibration, the due date of the next calibration, as well as the company and individual performing the calibration.

... The blacklight intensity meter shall have a tag or sticker affixed showing calibration in the past six months. If a tag or sticker is not present, the meter’s unique identification number shall be traceable to a proof of calibration docu-ment. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

CURRENT:


Paragraph Page #3.10.2.b 403.31.2.1.f 1033.32.2.1.f 107

... Linearity calibration shall be indicated by a sticker or tag attached to the unit, showing the date of calibration, due date of next calibration and signature and company of the individual performing the calibration.

... Linearity calibration shall be indicated by a tag or sticker affixed to the unit. If a tag or sticker is not present, the unit’s unique identification number shall be traceable to a proof of calibration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

CURRENT:


of 14



Paragraph Page #3.11.2 41

3.13.2.a 503.14.2.a 60

... The lead gage shall show evidence of calibration in the past six months and the standard lead template shall show evidence of calibration in the past year. The profile gage [and angle gages] shall show evidence of calibration in the past three years. Calibration must be traceable to the National Institute of Standards and Technology (NIST), or equivalent body. ...

... The lead gage shall have a tag or sticker showing calibration in the past six months, and the standard lead template shall have a tag or sticker showing calibration in the past year. The profile gage [and angle gages] shall have a tag or sticker affixed showing calibration in the past three years. If a tag or sticker is not present, the gages’ and template’s unique identification numbers shall be traceable to proof of calibration documents. The tag, sticker, or proof of calibration documents shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration. Calibration shall also be traceable to the National Institute of Standards and Technology (NIST), or an equivalent body.

CURRENT:


Paragraph Page #3.13.2.b 503.13.2.c 513.13.2.e 513.14.2.b 603.14.2.c 61

... The measuring devices shall show evidence of cali-bration in the last six months, traceable to the National Institute of Standards and Technology (NIST), or equiva-lent body. ...

... The measuring devices shall have been calibrated in the past six months to standards traceable to the National Institute of Standards and Technology (NIST), or an equivalent body. A calibration tag or sticker shall be affixed to the devices. If a tag or sticker is not pres-ent, the devices’ unique identification numbers shall be traceable to proof of calibration documents. The tag, sticker, or proof of calibration documents shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration. ...

CURRENT:


Paragraph Page #3.13.2.d 51

... An ID micrometer and setting standard for the ID micrometer are also required and shall show evidence of calibration in the last six months, traceable to the Na-tional Institute of Standards and Technology (NIST), or equivalent body. ...

... An ID micrometer and setting standard for the ID mi-crometer are also required. The measuring devices shall have been calibrated in the past six months to standards traceable to the National Institute of Standards and Tech-nology (NIST), or an equivalent body. A calibration tag or sticker shall be affixed to the devices. If a tag or sticker is not present, the devices’ unique identification numbers shall be traceable to proof of calibration documents. The tag, sticker, or proof of calibration documents shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration. ...

CURRENT:


of 14




... Calibration shall be indicated by a sticker or tag, at-tached to the unit, showing the date of calibration, due date, and signature and company name of the individual performing calibration.

CURRENT:

... Calibration shall be indicated by a tag or sticker affixed to the unit. If a tag or sticker is not present, the unit’s unique identification number shall be traceable to a proof of calibration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

Paragraph Page #3.16.2.b 68

Paragraph Page #3.17.2.e 69

A blacklight source and an ultraviolet light meter are required. The ultraviolet light intensity meter shall have a tag or sticker attached showing calibration in the past six months. The tag or sticker shall show the date of calibration, the due date of the next calibration, as well as the company and individual performing the calibration.

A blacklight source and a blacklight intensity meter are required. The blacklight intensity meter shall have a tag or sticker affixed showing calibration in the past six months. If a tag or sticker is not present, the meter’s unique iden-tification number shall be traceable to a proof of calibra-tion document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

CURRENT:



... The thickness gage shall show evidence of calibration in the past year and the calibration must be traceable to the National Institute of Standards and Technology (NIST), or equivalent body. ...

CURRENT:

... The thickness gage shall have been calibrated in the past year to standards traceable to the National Institute of Standards and Technology (NIST), or an equivalent body. A calibration tag or sticker shall be affixed to the gage. If a tag or sticker is not present, the gage’s unique identification number shall be traceable to a proof of cali-bration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration. ...

Paragraph Page #3.19.2.k 73


A thermometer or temperature measuring device for measuring the temperature of the phosphating solution that has been calibrated in the past year to standards traceable to the National Institute of Standards and Technology (NIST), or equivalent body.

CURRENT:

A thermometer or temperature measuring device for measuring the temperature of the phosphating solution shall have been calibrated in the past year to standards traceable to the National Institute of Standards and Tech-nology (NIST), or an equivalent body. A calibration tag or sticker shall be affixed to the thermometer or temperature measuring device. If a tag or sticker is not present, the thermometer’s or device’s unique identification number shall be traceable to a proof of calibration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibra-tion, and the company and individual that performed the most recent calibration.


of 14



Paragraph Page #3.22.2.2 783.23.2.2 82

... calibrated within the past year to standards traceable to the National Institute of Standards and Technology (NIST) or equivalent body. A sticker or tag shall be affixed to the temperature sensor to display evidence of calibration.

... calibrated within the past year to standards traceable to the National Institute of Standards and Technology (NIST) or an equivalent body. A calibration tag or sticker shall be affixed to the temperature sensor. If a tag or sticker is not present, the temperature sensor’s unique identification number shall be traceable to a proof of cali-bration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

CURRENT:



... calibrated within the past year to standards traceable to the National Institute of Standards and Technology (NIST) or equivalent body. A sticker or tag shall be affixed to the hardness tester to display evidence of calibration.

... calibrated within the past year to standards traceable to the National Institute of Standards and Technology (NIST) or an equivalent body. A calibration tag or sticker shall be affixed to the hardness tester. If a tag or sticker is not present, the hardness tester’s unique identification number shall be traceable to a proof of calibration docu-ment. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

CURRENT:


Paragraph Page #3.24.2 843.29.3 92

... The micrometer shall show evidence of calibration in the past six months. Calibration must be traceable to the National Institute of Standards and Technology (NIST), or equivalent body. ...

... The micrometer shall have been calibrated in the past six months to standards traceable to the National Institute of Standards and Technology (NIST), or an equivalent body. A calibration tag or sticker shall be affixed to the micrometer. If a tag or sticker is not present, the microm-eter’s unique identification number shall be traceable to a proof of calibration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration. ...

CURRENT:


Paragraph Page #3.33.2.2.a 111

Calibrated ring and plug gages meeting the requirements of API 7-2 (latest edition).

Calibrated ring and plug gages meeting the requirements of API 7-2 (latest edition). A calibration tag or sticker shall be affixed to the gages. If a tag or sticker is not present, the gages’ unique identification numbers shall be traceable to proof of calibration documents. The tag, sticker, or proof of calibration documents shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

CURRENT:


of 14



Paragraph Page #3.33.2.2.b 111

Dial caliper that has been calibrated within the past six months to standards traceable to the National Institute of Standards Technology (NIST). A tag or sticker shall be affixed to the device indicating the date of calibration, the due date of next calibration, and the company and individual performing the calibration.

Dial caliper that has been calibrated within the past six months to standards traceable to the National Institute of Standards Technology (NIST), or an equivalent body. A calibration tag or sticker shall be affixed to the device. If a tag or sticker is not present, the device’s unique identi-fication number shall be traceable to a proof of calibration document. The tag, sticker, or proof of calibration docu-ment shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration.

CURRENT:


Paragraph Page #3.33.2.2.c 111

... Calibrations must be traceable to the NIST or equiva-lent body, and a tag or sticker shall be affixed to each device indicating the date of calibration, the due date of next calibration, and the company and individual perform-ing the calibration.

... Each device shall have been calibrated to standards traceable to the National Institute of Standards and Tech-nology (NIST), or an equivalent body. A calibration tag or sticker shall be affixed to each device. If a tag or sticker is not present, each device’s unique identification number shall be traceable to a proof of calibration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibra-tion, and the company and individual that performed the most recent calibration.

CURRENT:


Paragraph Page #3.33.2.2.d 111

Internal and external taper gages that have been cali-brated within the past six months to standards traceable to the NIST. A tag or sticker shall be affixed to each device indicating the date of calibration, the due date of next calibration, and the company and individual performing the calibration.

Internal and external taper gages that have been cali-brated within the past six months to standards traceable to the NIST, or an equivalent body. A calibration tag or sticker shall be affixed to each device. If a tag or sticker is not present, each device’s unique identification number shall be traceable to a proof of calibration document. The tag, sticker, or proof of calibration document shall show the date of calibration, the due date of the next calibra-tion, and the company and individual that performed the most recent calibration.

CURRENT:



... A tag or sticker shall be attached to the gage indicating the test date, due date, company name and signature of the individual performing the calibration. ...

... A calibration tag or sticker shall be affixed to the gage. If a tag or sticker is not present, the gage’s unique identi-fication number shall be traceable to a proof of calibration document. The tag, sticker, or proof of calibration docu-ment shall show the date of calibration, the due date of the next calibration, and the company and individual that performed the most recent calibration. ...

CURRENT:


<< END >>

Standard S-1 Fourth Edition, Volume 3 - AENUM 4 Applies to...

Documents

Transcript of Standard S-1 Fourth Edition, Volume 3 - AENUM 4 Applies to...