ML18176A100

Enclosure 1 - RAI Response for NAC-STC SAR, Revision 18D

ML18176A100
Person / Time
Site:	07109235
Issue date:	06/30/2018
From:	NAC International
To:	Office of Nuclear Material Safety and Safeguards
References
ED20180062
Download: ML18176A100 (75)

Text

ANAC fnfl INTERNATIONAL Atlanta Corporate Headquarters: 3950 East Jones Bridge Road, Norcross, Georgia 30092 USA Phone 770-447-1144, Fax 770-447-1797, www.nacintl.com June 2018 Revision 180

Enclosure I to ED20180062 Page I of I RAI Response for NAC-STC SAR, Revision l8D June 2018

NACINTERNATIONAL PROPRIETARY RESPONSES TO THE UNITED ST A TES NUCLEAR REGULATORY COMMISSION REQUEST FOR ADDITIONAL INFORMATION May 2018 AC-STC Docket No: 71-9235 CoC No: 9235 FOR REVIEW OF THE CERTIFICATE OF COMPLIANCE NO. 9235, STC TRANSPORATION PACKAGE (CoC NO. 9235 DOCKET NO. 71-9235)

June 2018 Page I of 4

TABLE OF CONTENTS NAC-STC Docket o: 71-9235 CoC o: 9235 MATERIALS EVALUATION..................................................................................................................... 3 Page 2 of 4

NAC INTERNATIONAL RESPONSE TO REQUEST FOR ADDITIONAL INFORMATION MATERIALS EVALUATION 2.5 C larify Drawing No. 423-927, OP to:

NAC-STC Docket No: 7 1-9235 CoC No: 9235 Clarify top/bottom and side view of shield ring assembly (define location of cask body and impact limiters in each view);

Define acceptance criteria and non-destructive examination for all safety-related welding in the assembly; C larify location of cask body bolts (item 7) and thread inserts (item 13) in top or bottom view; Clarify location of hex bolts (item 8) and flat washer (item 9) in side view; Clarify relative placement of top sector (item 2) and top sector weldment (item 1 );

and, Define applicability of Note 1.

The viewer perspectives and locations of certain subcomponents are unclear in the drawing. The information is necessary to ensure comp I iance with IO CFR 71.31 (a)( 1 ).

NAC Jnternational Response to Acceptance and Maintenance Tests Eva luation RAJ 2-5 :

Bullet I response: The orientation of the shie ld ring as insta lled on the top end of the cask is indicated with the top and side view detail. Consistent with standard draw ing practices the top view detail is presented in line w ith the main side view. The upper section of the cask is shown in phantom, with the top end bei ng indicated by the presence of lifting trunnions. Section A-A details the location of the top impact limi ter relative to the shie ld ring.

Bullet 2 response: The identified weld connects the lift lug to the top sector of the shield ri ng and is used for handling the top sector for insta llation and remova l. The weld and tab are not credited for structura l or shielding performance under transport conditi ons.

Accordingly, the detai ls of the we ld non-destructive exam ination are deemed non-essential details for the licensing draw ing, as they do not relate to the safety performance of the transport package.

Bullet 3 response: The structural capacity of the bolted attachment is determined by the size and number of bo lts specified, which is detai led in the bill of material. As deta iled in Page 3 of4

AC-STC Docket o: 71-9235 Coe No: 9235 NAC Calculation no. 30067-20 10, the bolt tensile area and the shear strength of the internal threads (e.g., length of engagement) prov ides the limiting capacity for the bolted attachment. Additionally, bolt loads vary based on their angu lar position. Accordingly, the drawing is revised to detai l angular location of the bolts and the ring's counterbore depth which determines the thread length that extends beyond the inner diameter of the ring sector as well as ensures the bolt head remains recessed. The axial position of the bolts does not significantly affect bolt load ing and is therefore, deemed not needed on the license drawing.

Bullet 4 response: The bolt (Item 8) and washer (Item 9) are used to attach the side ring sectors to the top and bottom ring sectors which are subsequently bolted to the cask. The axial position of the bolts does not significantly affect bolt loading and is therefore, deemed not needed on the license drawing. Therefore, Item 8 and Item 9 support the weight of the side sectors only and the bolt size and thread specification provide sufficient detai l with respect to their design function.

Bullet 5 response: As detai led in the drawing bill of material, Assembly 98 is the Top Sector Weldment (Item I) and made up of one Top Sector (Item 2) and two Lift Lugs (Item 3). The drawing details the location of top sector and lift lugs.

Bullet 6 response: Note I is referenced in the bill of material for the Item 4 specification.

The use of a general note is a common method for providing more detail than will fit in the allotted space in the bi ll of materials.

Page 4 of 4

• to ED20 180062 Page I of2 List of Changes NAC-STC SAR, Revision l8D June 2018

• to ED20 180062 Page 2 of2 List of Changes, NAC-STC SAR, Revision 180 Chapter I Page 1-v, modified List of Drawings to reflect drawing revisions.

Chapter 2 No changes.

Chapter 3 No changes.

Chapter 4 Page 4.5-14, modified text near the end of the paragraph in Section 4.5.2.

Pages 4.5-20 thru 4.5-22, added data sheets.

Pages 4.5-23 thru 4.5-38, text flow changes.

Chapter 5 No changes.

Chapter 6 No changes.

Chapter 7 No changes.

Chapter 8 No changes.

Chapter 9 No changes.

• to ED20 I 80062 Page I of4 List of Drawing Changes NAC-STC SAR, Revision I8D June 2018

NAC PROPRIETARY INFORMATION REMOVED to ED20180062 Page 2 of 4 List of Drawing Changes, NAC-STC SAR, Revision 180 Drawing 423-800, Revision 20P Drawing 423-800, Revision 19P Drawing 423-800, Revision 19P is currently under NRC review.

Drawing 423-800, Revision 20NP Sheet 1:

I. Added Delta note 16 that reads "Seal material may be VM 125-75 or YM835-75." Added delta note 16 ca llout symbo l to 8.0.M. items 26 and 29.

2. 8.0.M., ltem 26, revised description to "Parker 3-908", was "Parker 3-908YM835-75".

3. B.O.M., Item 29, revised description to "Parker 3-904", was "Parker 3-904VM835-75".

Drawing 423-800, Revision 19NP Drawing 423-800, Revision I 9NP is currently under NRC review.

Drawing 423-803, Revision 15 Sheet I:

1. Added Delta note 20 that reads "Seal material may be VM 125-75 or YM835-75." Added delta note 20 callout sym bol to 8.0.M. items I 0, 11, 15, 16 and 19.

2. B.O.M., ]tem 10, revised description to "Parker 3-906", was "Parker 3-906YM835-75".

3. 8.0.M., Jtem 11, revised description to "Parker 3-9 16", was "Parker 3-91 6YM835-75".

4. B.O.M., Item 15, revised description to "Parker.275 Dia. ID 071.8", was "Parker.275 Dia. VM835-75 ID 07 1.8".

5. B.O.M., Item 16, revised description to "Parker.275 Dia. ID 0 73.0", was "Parker.275 Dia. VM835-75 ID 073.0".

6. 8.0.M., Item 19, revised description to "Parker 3-9 I 6", was "Parker 3-9 I 6VM835-75 ".

• to ED20 180062 Page 3 of 4 Drawing 423-805, Revision 9 Sheet l:

I. Added Delta note 8 that reads "Seal material may be YM 125-75 or VM835-75." Added delta note 8 ca llout symbol to B.O.M. item 3.

2. B.O.M., Item 3, revised description to "Parker.275 Dia.", was "Parker.275 Dia. VM835-75".

Drawing 423-805, Revision 8 Drawing 423-805, Revision 8 is currently under NRC review.

Drawing 423-806, Revision 14 Sheet 1:

I. Added Delta note 9 that reads "Seal material may be VM 125-75 or VM835-75." Added delta note 9 ca llout symbol to B.O.M. items 8, 9, and 10.

2. B.O.M., Item 8, rev ised description to "Parker #2-238", was "Parker #2-238 YM835-75".

3. B.O.M., Item 9, revised description to "Parker #2-244", was "Parker #2-244 YM835-75".

4. B.O.M., Item I 0, revised description to "Parker #3-902", was "Parker #3-902 YM835-75".

Drawing 423-806, Revision 13 Drawing 423-806, Revi sion 13 is currentl y under N RC rev iew.

Drawing 423-807, Revision 6 Sheet I:

I. Revised note IO to delta note that reads "Seal material may be VM 125-75 or YM835-75.", was "(Deleted)". Added delta note 10 ca llout symbol to B.O.M. items 5, and 9.

2. B.O.M., Item 5, rev ised description to "Parker #2-147", was "Parker #2-1 47 YM835-75".

3. B.0.M., Item 9, rev ised description to "Parker #2-244", was "Parker #2-244 VM835-75".

4. Updated title block to current standard.

Drawing 423-807, Revision 5 Drawing 423-807, Revision 5 is currently under NRC rev iew.

NAC PROPRIETARY INFORMATION REMOVED to ED201 80062 Page4of 4 Drawing 423-927, Revision lNP I. B.O.M., Item I, revised to "(Deleted)", was "Top Sector Weldment"

2. 8.0.M., Items 2 and 3, revised Quantity callouts from Assy 98 column to Assy 99 column.

• to ED201 80062 Page I of5 Proposed Changes for Certificate of Compliance Revision 18 NAC-STC SAR, Revision l8D June 2018

• to ED20 180062 Page 2 of5 CoC Sections (revised)

Page 5 of22 5.(a)(3) Drawings (i)

The cask is constructed and assembled in accordance with the fo llowing Nuclear Assurance Corporation (now NAC International) Drawing Nos.:

423-800, sheets 1-3, Rev. 20P & 20NP 423-802, sheets 1-7, Rev. 24 423-803, sheets 1-2, Rev. 15 423-804, sheets 1-3, Rev. I I 423-805, sheets 1-2, Rev. 9 423-806, sheets 1-2, Rev. 14 423-807, sheets 1-3, Rev. 6 423-811, sheets 1-2, Rev. 12 423-812, Rev. 6 423-900, Rev. 9 423-209, Rev. 0 423-210, Rev. 0 423-90 I, sheets 1-2, Rev. 3 423-927, Rev. IP & INP (ii)

For the directly loaded configuration, the basket is constructed and assembled in accordance with the following Nuclear Assurance Corporation (now NAC International)

Drawing Nos.:

Page 14 of22 423-870, Rev. 6 423-871, Rev. 5 423-872, Rev. 6 423-873, Rev. 2 Table IO - Yankee Class Fuel Assembly Characteristics Page 15 of 22 Table 11 - Connecti cut Yankee Fuel Assembly Characteristics Page 16 of 22 Table 12 - LACBWR Fuel Assembly Characteristics Page 21 of 22 423-874, Rev. 2 423-875, sheets 1-2, Rev. 11 423-878, sheets 1-2, Rev. 4 423-880, Rev. 3P & INP

12.

For shipment of hig h burn up fuel assemblies, as described in content 5.(b)(l)(i)(2) and 5.(b)( I )(i)(4) and limited in 5.(b)(2)(i)(2) and 5.(b)(2)(i)(4) respectively, the max imum time duration fro m the time the package breaks the surface of the spent fuel poo l unti I the package is placed in the horizontal orientation is limited to 72 hours8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br />. If this time limit cannot be met, the package may be re-flooded. HBU fuel assemblies subjected to a package re-flood are not authorized for shipment. Hig h burnup fuel shipments are limited to a total duration of 6 months fro m the time package loading is complete until the package arrives at its fina l destination. These time limits also app ly to packages containing commingled load ings of high burn up fuel and low burn up fuel as described in 5.(b )(2)(i).

• to ED20 180062 Page 3 of5 CoC Sections (new)

Page JO of22 5.(b)( I )(i)

Contents - Type and Form of Material - Irrad iated PWR fuel assemblies (Continued)

Enr.

(wt. %]

1.7 :s E < 1.9 1.9 s E < 2.1 2.1 :s E < 2.3 2.3SE<2.S 2.5SE<2.7 2.7:SE<2.9 2.9 :s E < 3.1 3.1 :s E < 3.3 3.3 :s E < 3.5 3.5 :S E<3.7 3.7SE<3.9 3.9 :s E < 4.1 4.1 :s E < 4.3 4.3SE<4.S (3)

Undamaged I 7x 17 Advanced Fuel Assembly PWR low burn up (i.e., assembly average burnup le s than or equal to 45 GWd/MTU) fuel assemblies that meet the fuel assembly criteria for Framatome-Cogema I 7x 17 fuel I isted in Table I for content 5.(b )( I )(i)( I).

The maximum heat load per assembly is 850 watts and the maximum burnup may not exceed 45 GWd/MTU. The minimum fuel assembly cool time is determined from Table

6. The use of the optional shield ring assembly, as configured in NAC International Drawing No. 423-927, is requ ired.

(4)

Undamaged I 7x 17 Advanced Fuel Assembly PWR high burn up (i.e., assembly average burnup exceeding 45 GWd/MTU) fuel assemblies that meet the fue l assembly criteria for Framatome-Cogema 17x 17 fuel listed in Table 1 for content 5.(b)( I )(i)( 1 ). The maximum assembly decay heat may not exceed 1.71 kW, and the maximum burnup may not exceed 55 GWd/MTU, provided the loadi ng pattern meets the requirements of Configuration A, B or C as shown in NAC International Drawing No. 423-800. Only Zirc-4 and MS Zirconium alloy cladding may be loaded per shipment, with a maximum of 4 Zirc-4 fuel assemblies may be loaded per shi pment. Gadolini um based integral fue l burnable ab orber rods (IFBAs) are perm itted, but boron-based IFBAs are not. The minimum fuel assembly cool time is determined from Table 7 through 9, depending on load ing configuration. The fuel assemblies shall not have been previously stored in an independent spent fuel storage installation licensed under 10 CFR Part 72.

Table 6 - Fuel Cool Time Table Minimum fuel Cool Time In Years Bu rnup (GWd/ MTU ]

8<10 10<8<15 15<B:S20 20<8<25 2S<BS30 30<BS32.S 32.S<BS35 35<8S37.5 37.5<8<40 40<BS41 41<8 :S42 42<B:S43 43<8<44 44<8 :S:45 4.0 4.0 4.0 4.5 5.9 7.2 9.8 4.0 4.0 4.0 4.4 5.5 6.4 8.3 11.4 15.3 4.0 4.0 4.0 4.3 5.2 5.9

7. 2 9.7 13.2 4.0 4.0 4.0 4.2 4.9 5.6 6.6 8.4 11.4 12.8 14.3 15.9 17.6 19.2 4.0 4.0 4.0 4.1 4.8 5.3 6.0 7.4 9.8 11.1 12.5 13.9 15.5 17.l 4.0 40 4.0 4.0 4.7 5.0 5.7 6.7 8.5 9.6 10.8 12.1 13.6 IS.I 4.0 4.0 4.0 4.0 4.6 5.0 5.6 6.2 7.6 8.4 9.4 10.6 11.9 13.3 4.0 4.0 40 4.0 4.6 5.0 5.5 6.0 6.9 7.6 8.3 9.2 10.4 11.7 4.0 4.0 4.0 4.0 4.6 4.9 5.4 6.0 6.7 7.0 7.5 8.2 9.1 10.2 4.0 4.0 4.0 4.0 4.5 4.9 5.4 5.9 6.6 6.9 7.2 7.6 8.2 9.0 4.0 4.0 4.0 4.0 4.5 4.9 5.3 5.9 6.5 6.8 7.1 7.5 7.9 8.4 4.0 4.0 4.0 4.0 4.5 4.8 5.3 5.8 6.5 6.8 7.0 7.4 7.8 8.3 4.0 4.0 4.0 4.0 4.5 4.8 5.3 5.8 6.4 6.7 7.0 7.4 7.7 8.1 4.0 4.0 4.0 4.0 4.4 4.8 5.2 5.8 6.4 6.6 6.9 7.3 7.7 8.1

• to ED20 180062 Page 4 of5 Enr.

Bumup [GWd/MTU)

[wt.%]

45<8:S46 46<BS47 2.9 :s E < 3.1 4.0 4.0 3.1SE<3.3 4.0 4.0 3.3 s E < 3.5 4.0 4.0 3.5 :s E < 3.7 4.0 4.0 3.7:S E< 3.9 4.0 4.0 3.9 :5 E < 4.l 4.0 4.0 4.1 s E < 4.3 4.0 4.0 4.3 :5 E < 4.5 4.0 4.0 Enr.

Bumup (GWd/MTUJ (wt.%]

45<B:S46 46<B:S47 2.9 :5 E <3. l 4.4 4.9 3.1 s E < 3.3 4.4 4.5 3.3 s E < 3.5 4.3 4.4 3.5SE<3.7 4.2 4.4 3.7 s E < 3.9 4.2 4.3 3.9SE< 4.l 4.1 4.3 4.1 :s E < 4.3 4.1 4.2 4.3 :5 E < 4.5 4.0 4.2 Enr.

Bumup [GWd/MTUJ (wt. %)

45<BS46 46<BS47 2.9:s E < 3.1 7.4 8.2 3.1 s E < 3.3 6.4 7.1 3.3 :s E < 3.5 5.5 6.2 3.5:sE <3.7 5.4 5.6 3.7 S E < 3.9 5.3 5.5 3.9 S E< 4.l 5.2 5.4 4.1 s E < 4.3 5.2 5.4 4.3 s E < 4.5 5.1 5.3 Table 7 - Fuel Cool Time Table (Configuration A 17x 17 PWR HBU)

Minimum Fuel Cool Time Table 47<B:S48 48<BS49 49<8:SSO 50<B:S51 51<BS52 4.5 5.0 5.7 6.3 6.9 4.0 4.3 4.8 5.4 6.0 4.0 4.1 4.2 4.7 5.2 4.0 4.0 4.1 4.2 4.5 4.0 4.0 4.1 4.2 4.3 4.0 4.0 4.0 4.1 4.2 4.0 4.0 4.0 4.1 4.2 4.0 4.0 4.0 4.0 4.1 Table 8 - Fuel Cool Time Table (Configuration B 17xl 7 PWR HBU)

Minimum Fuel Cool Time Table 47<B:S48 48<B:S49 49<BS50 SO<BS51 Sl<BS52 5.5 6.1 6.8 7.6 8.3 4.7 5.3 5.9 6.6 7.3 4.5 4.7 5.1 5.7 6.3 4.5 4.6 4.7 4.9 5.5 4.4 4.5 4.7 4.8 4.9 4.4 4.5 4.6 4.8 4.9 4.3 4.4 4.5 4.7 4.8 4.3 4.4 4.5 4.6 4.8 Table 9 - Fuel Cool Time Table (Configuration C 17x 17 PWR HBU)

Minimum Fuel Cool Time Table 47<BS48 48<BS49 49<BS50 50<8:SSl 51<8:SSZ 9.1 10.0 11.0 12.0 13.1 7.9 8.8 9.7 10.7 11.6 6.9 7.7 8.5 9.4 10.4 6.0 6.7 7.5 8.3 9.2 5.7 5.9 6.6 7.3 8.1 5.6 5.8 6.0 6.4 7.1 5.6 5.7 5.9 6.1 6.4 5.5 5.7 5.9 6.0 6.3 52<B:S53 53<B:SS4 54<BS55 7.6 8.4 6.7 7.4 8.1 5.8 6.4 7.1 5.0 5.6 6.2 4.4 4.8 5.4 4.3 4.5 4.7 4.3 4.4 4.5 4.2 4.4 4.5 52<BSS3 53<BS54 54<BSS5 9.1 10.0 8.0 8.8 9.7 7.0 7.8 8.6

6. 1 6.8 7.5 5.3 5.9 6.6 5.0 5.2 5.7 5.0 5.1 5.3 4.9 5.0 5.2 52<BS53 53<BS54 54<8:SSS 14.3 15.5 12.7 13.9 15.1 11.3 12.4 13.5 10.1 11.0 12.0 8.9 9.8 10.8 7.9 8.7 9.6 7.0 7.7 8.5 6.6 6.8 7.6

• to ED20 180062 Page 5 of 5 Page 17 of 22 5.(b)(2)(i)

Maximum quantity of material per package (3)

Low burnup assemblies, as described in 5.(b)( J)(i)(J), shall have a maximum decay heat not to exceed 22. 1 kW per package.

(4)

For high burnup fuel assemblies, as described in 5.(b)(l)(i)(4), the number and the positioning of the fuel assemblies and shielded thermal shunts shal I meet the requirements as shown in Configuration A, B or C of NAC International Drawing

o. 423-800 and shall have a maximum decay heat not to exceed 24 kW per package. A maximum of four Zirc-4 fuel assemb lies may be loaded per shipment.

Low burnup fuel assemblies described in Item 5.(b)( l)(i)(I) may be comingled with high burn up fuel assemblies described in 5.(b)(l )(i)(4), however, the requirements fo r contents described in Item 5.(b)(l)(i)(4) regarding assembly and thermal shunt numbers and positions apply to package containing the comingled loads.

Low burn up fuel assemblies described in Jtem 5.(b)( I )(i)(3) may be comingled with high burnup fuel assemblies described in 5.(b)( I )(i)(4), however, the requirements fo r contents described in ltem 5.(b)(l)(i)(4) regarding assembly and thermal shunt numbers and positions apply to package containing the comingled loads. The use of the optional shield ring assembly, as configured in NAC International Drawing No. 423-927, is required.

• to ED20180062 Page I of I SAR Changed Pages and LOEP NAC-STC SAR, Revision l8D June 2018

ANAC fd?I INT ERNA TIO NAL Atlanta Corporate Headquarters: 3950 East Jones Bridge Road, Norcross, Georgia 30092 USA Phone 770-447-1144, Fax 770-447-1797, www.nacintl.com June 2018 Revision l8D J

NAC-STC SAR Docket o. 71-9235 June 20 I 8 Revision I 8D List of Effective Pages Chapter 1 Page 1-i thru I -iv.......................... Revision J 8 Page 2.3.8-1.................................. Revision 18 Page 1-v..................................... Revision I 8D Page 2.4-1..................................... Revision 18 Pages I-vi thru I-vii................... Revision l7D Page 2.4.1-1.................................. Revision 18 Pages I-vii i thru I-ix..................... Revision 18 Page 2.4.2-1.................................. Revision 18 Pages 1-1 thru 1-1 I....................... Revision 18 Page 2.4.3-J.................................. Revision 18 Page 1-12................................... Revision I 7D Pages 2.4.4-1 thru 2.4.4-10........... Revision 18 Pages 1.1-1 thru I. 1-46................. Revision 18 Page 2.4.5-1.................................. Revision 18 Page I.2-1.................................. Revision I 7D Page 2.4.6-1.................................. Revision 18 Pages I.2-2 thru I.2-49................. Revision 18 Pages2.5. l-l thru 2.5. l-38........... Revision I8 Page I.3-1..................................... Revision 18 Pages 2.5.2-1 thru 2.5.2-29........... Revision 18 Pages 1.4-1 thru I.4-24................. Revision J 8 Pages 2.6-1 thru 2.6-2................... Revision 18 Pages 2.6. 1-1 thru 2.6. l -7............. Revision I 8 Chapter 2 Pages 2.6.2-1 thru 2.6.2-8............. Revision 18 Page 2.6.3-1.................................. Revision 18 Pages 2-i thru 2-ii.......................... Revision 18 Page 2.6.4-1.................................. Revision 18 Page 2-i ii.................................... Revision l 7D Pages 2.6.5-1 thru 2.6.5-2............. Revision 18 Pages 2-iv thru 2-xv i..................... Revision 18 Page 2.6.6-l.................................. Revision 18 Pages 2-xvi i............................... Revision I 7D Page 2.6.7-1.................................. Revision 18 Pages 2-xviii thru 2-lxviii............. Revision 18 Pages2.6.7.I-I thru 2.6.7.1-17.... Revision 18 Page 2-1........................................ Revision 18 Pages 2.6.7.2-1 thru 2.6.7.2-19..... Revision 18 Pages2. I.I - I thru2.l.l-4............. Revision 18 Pages 2.6.7.3-1 thru 2.6.7.3-1 I..... Revision 18 Page 2. 1. 1-5............................... Revision I 7D Pages 2.6.7.4-1 thru 2.6.7.4-59..... Revision 18 Pages 2. 1.2-1 thru 2. 1.2-5............. Revision 18 Pages 2.6.7.5-1 thru 2.6.7.5-13..... Revision 18 Pages 2. 1.3-1 thru 2. 1.3-1 5........... Revision 18 Pages 2.6.7.6-1 thru 2.6.7.6-13..... Revision 18 Pages 2.2-1 thru 2.2-3................... Revision 18 Pages 2.6.7.7-1 thru 2.6.7.7-5....... Revision 18 Pages 2.2-4................................. Revision I 7D Pages 2.6.7.8-1 thru 2.6.7.8-4.... Revision I 7D Pages 2.2-5 thru 2.2-8................... Revision 18 Page 2.6.8-1.................................. Revision 18 Pages 2.3. 1-1 thru 2.3. 1-2............. Revision 18 Page 2.6.9-1.................................. Revision 18 Pages 2.3.2-1 thru 2.3.2-5............. Revision 18 Page 2.6. 10-1................................ Revision 18 Pages 2.3.3-1 thru 2.3.3-2............. Revision 18 Pages 2.6.10.1-1 thru Pages 2.3.4-1 thru 2.3.4-3............. Revision 18 2.6.10. 1-2................................ Revision 18 Pages 2.3.5-1 thru 2.3.5-2............. Revision 18 Pages 2.6. 10.2-1 thru Pages 2.3.6-1 thru 2.3.6-5............. Revision 18 2.6.10.2-4................................ Revision 18 Page 2.3.7-1.................................. Revision 18 Pages 2.6. 10.3-1 thru 2.6.10.3-7................................ Revision 18 I of 7

NAC-STC SAR Docket No. 71-9235 June 20 18 Revision 180 List of Effective Pages (continued)

Pages 2.6.1 1-1 thru Pages 2.6.1 3.3-1 thru 2.6. 11-2.................................... Revision 18 2.6. 13.3-4................................. Revision 18 Pages 2.6.1 I. 1-1 thru Pages 2.6.13.4-1 thru 2.6.1 1.1-4................................. Revision 18 2.6.13.4-5................................. Revision 18 Pages 2.6. 1 I.2-1 thru Pages 2.6.13.5-1 thru 2.6. 11.2-1 I............................... Revision 18 2.6.13.5-2................................. Revision 18 Page 2.6. 1 1.3-1.............................. Revision 18 Pages 2.6. I 3.6-1 thru Pages 2.6. 12-1 thru 2.6. 13.6-2................................. Revision 18 2.6. 12-5.................................... Revision 18 Pages 2.6.13.7-1 thru Page 2.6. 12. 1-1.............................. Rev ision 18 2.6.13.7-2................................. Revision 18 Pages 2.6. 12.2-1 thru Page 2.6.13.8-1.............................. Revision 18 2.6. 12.2-5................................. Revision 18 Page 2.6. I 3.9-1.............................. Revision 18 Pages 2.6. 12.3-1 thru Page 2.6.13.10-1............................ Revision 18 2.6. 12.3-7................................. Revision 18 Pages 2.6.13.1 1-1 thru Pages 2.6. 12.4-1 thru 2.6. 13.11-3............................... Revision 18 2.6. 12.4-3................................. Revision 18 Pages 2.6.13.12-1 thru Pages 2.6. 12.5-1 thru 2.6.13.12-2............................... Revision 18 2.6.12.5-3................................. Revision 18 Pages 2.6.14-1 thru Pages 2.6. 12.6-1 thru 2.6.14-8.................................... Revision 18 2.6.1 2.6-2................................. Revision 18 Pages 2.6. I 4.1-1 thru Pages 2.6. 12.7-1 thru 2.6. 14.1-2................................. Revision 18 2.6. I 2.7-22............................... Revision 18 Pages 2.6.14.2-1 thru Pages 2.6. 12.8-1 thru 2.6. I 4.2-16............................... Revision 18 2.6. 12.8-2................................. Revision 18 Pages 2.6.14.3-1 thru Pages 2.6.12.9-1 thru 2.6. 14.3-3................................. Revision 18 2.6. 12.9-11............................... Revision 18 Pages 2.6.14.4-1 thru Page 2.6.1 2. 10-1............................ Revision 18 2.6. 14.4-4................................. Revision 18 Page 2.6. 12. 11-1............................ Revision 18 Pages 2.6.14.5-1 thru Page 2.6. 12. 12-1............................ Revision 18 2.6. 14.5-3................................. Revision 18 Pages 2.6. 12. 13-1 thru Page 2.6. I 4.6-1.............................. Revision 18 2.6. I 2.13-4............................... Revision 18 Pages 2.6.14.7-1 thru Pages 2.6. 13-1 thru 2.6.14.7-1 4............................... Revision 18 2.6.1 3-3.................................... Revision 18 Pages 2.6.14.8-1 thru Pages 2.6.13.1-1 thru 2.6. 14.8-6................................. Revision 18 2.6. 13. 1-2................................. Revision 18 Page 2.6. I 4.9-1.............................. Revision 18 Pages 2.6. 13.2-1 thru Page 2.6. 14.10- 1............................ Revision 18 2.6. 13.2-7................................. Revision 18 2 of7

AC-STC SAR Docket

o. 71-9235 June 20 18 Revision 180 List of Effective Pages (continued)

Pages 2.6. 14.1 1-1 thru Pages 2.6. 16.6-1 thru 2.6. 14.1 1-5.............................. Revision 18 2.6. 16.6-3................................ Revision 18 Pages 2.6. 14. 12-1 thru Pages 2.6.1 6.7-1 thru 2.6.14. 12-5.............................. Revision 18 2.6.16.7-12.............................. Revision 18 Page 2.6. 15-1................................ Revision 18 Pages 2.6. 16.8-1 thru Pages 2.6. 15. 1-1 thru 2.6.16.8-7................................ Revision 18 2.6. 15.1-2................................ Revision 18 Page 2.6. 16.9-1............................. Revision 18 Pages 2.6. 15.2-1 thru Page 2.6. 16. 10-1........................... Revision 18 2.6. 15.2-7................................ Revision 18 Pages 2.6. 16.11-1 thru Pages 2.6. 15.3-1 thru 2.6.16. 11-4.............................. Revision 18 2.6. 15.3-4................................ Revision 18 Pages 2.6.16.12-1 thru Pages 2.6. 15.4-1 thru 2.6. 16.12-2.............................. Revision 18 2.6. 15.4-4................................ Revision 18 Pages 2.6. 16.1 3-1 thru Page 2.6. 15.5-1............................. Revision 18 2.6.16. 13-2.............................. Revision 18 Pages 2.6. 15.6-1 thru Page 2.6. 16.14-1........................... Revision 18 2.6.15.6-3................................ Revision 18 Pages 2.6.17-1 thru Page 2.6. 15.7-1............................. Revision 18 2.6. 17-13................................. Revision 18 Page 2.6. 15.8-1............................. Revision 18 Pages 2.6. 18-1 thru Page 2.6.15.9-1............................. Revision 18 2.6.18-6................................... Rev ision 18 Page 2.6. 15.1 0-1........................... Revision 18 Pages 2.6. 1 9-l thru Pages 2.6. 15. 1 1-1 thru 2.6. 19-23................................. Revision 18 2.6.1 5. 1 1-3.............................. Revision 18 Pages 2.6.20-1 thru Pages 2.6. 15.1 2-1 thru 2.6.20-20................................. Revision I 8 2.6. 15. 12-2.............................. Revision 18 Pages 2.6.2 1-1 thru Pages 2.6. 16-1 thru 2.6.2 1.-2.................................. Revision 18 2.6. 16-6................................... Revision 18 Pages 2.7-1 thru 2.7-2................... Revision 18 Pages 2.6.16.1-1 thru Page 2.7. 1-1 thru 2.7. 1-2............... Revision 18 2.6. 16.1-2................................ Revision I 8 Pages 2.7. 1.1-1 thru Pages 2.6. 16.2-1 thru 2.7. l.1-15................................ Revision 18 2.6.16.2-1 I.............................. Revision 18 Pages 2.7.1.2-1 thru Pages 2.6. 16.3-1 thru 2.7. 1.2-15................................ Revision 18 2.6. 16.3-3................................ Revision 18 Pages 2.7. 1.3-1 thru Pages 2.6. 16.4-1 thru 2.7. 1.3-9.................................. Revision 18 2.6.1 6.4-3................................ Revision 18 Pages 2.7. 1.4-1 thru Pages 2.6. 16.5-1 thru 2.7. 1.4-11................................ Revision 18 2.6. 15.5-3................................ Revision 18 Pages 2.7.1.5-1 thru 2.7. 1.5-3.................................. Revision 18 3 of7

NAC-STC SA R Docket No. 7 1-9235 June 2018 Revision 1 8D List of Effective Pages (continued)

Pages 2. 7.1.6-1 thru 2.7. I.6-1 6................................. Revision 18 Page 2.7.2-1................................... Rev ision 18 Pages 2.7.2. 1-1 thru 2.7.2. 1-5................................... Revision 18 Pages 2.7.2.2-1 thru 2.7.2.2-9................................... Revision 18 Pages 2.7.2.3-1 thru 2.7.2.3-6................................... Rev ision 18 Pages 2.7.2.4-1 thru 2.7.2.4-7................................... Revision 18 Page 2.7.2.5-1................................ Rev ision 18 Page 2.7.2.6-1................................ Rev ision 18 Page 2.7.3.1-1................................ Rev ision 18 Pages 2.7.3.2-1 thru 2.7.3.2-5........ Revision 18 Pages 2.7.3.3-1 thru 2.7.3.3-3........ Revision 18 Pages 2.7.3.4-1 thru 2.7.3.4-2........ Revision 18 Page 2.7.3.5-1................................ Rev ision 18 Page 2.7.3.6-1................................ Revision 18 Page 2.7.4-1................................... Revision 18 Page 2.7.5-1................................... Rev ision 18 Page 2.7.6-1................................... Rev ision 18 Pages 2.7.7-1 thru 2.7.7-4.............. Rev ision 18 Pages 2.7.8-1 thru 2.7.8-4.............. Revision 18 Pages 2.7.8. 1-1 thru 2.7.8.1-43...... Revision 18 Pages 2.7.8.2-1 thru 2.7.8.2-2........ Revision 18 Pages 2.7.8.3 -1 thru 2.7.8.3-1 3...... Rev ision 18 Pages 2.7.8.4-1 thru 2.7.8.4-10...... Revision 18 Page 2.7.8.5-1................................ Rev ision 18 Pages 2.7.9-1 thru 2.7.9-40............ Revision 18 Pages 2.7. 10-1 thru 2.7. 10-1 2........ Revision 18 Pages2.7.II - I thru 2.7.ll-1 6........ Revision 18 Pages 2.7.12-1 thru 2.7. 12-1 O........ Rev ision 18 Pages 2.7. 13-1 thru 2.7. 13-4.......... Rev ision 18 Pages 2.7. 13. 1-1 thru 2.7.13.1 -18............................... Revision 18 Pages2.7.1 3.2-l thru 2.7.13.2-2................................. Revision 18 Pages 2.7.13.3-1 thru 2.7.1 3.3-4................................. Revision 18 Pages 2.7.1 3.4-1 thru 2.7.13.4-8................................. Revision 18 Pages 2.7.13.5-1 thru 2.7.13.5-2................................. Revision 18 Pages 2.7.14-1 thru 2.7.14-1 3.................................. Revision 18 Pages2.7.1 5-l thru 2.7.15-1 6.................................. Revision 18 Page 2.8-1...................................... Revision I 8 Pages 2.9-1 thru 2.9-1 1.................. Revision 18 Pages 2. 10.1-1 thru 2.10.1 -4.......... Revision 18 Pages 2. 10.2-1 thru 2. 10.2-93........ Revision 18 Pages 2. 10.3-1 thru 2. 10.3-7.......... Revision 18 Pages 2.10.4-1 thru

2. 10.4-288................................ Revision 18 Pages 2.10.5-1 thru 2. 10.5-22........ Rev ision 18 Pages 2.10.6-1 thru 2.10.6.-36....... Revision 18 13 drawings in Sections

2. 10.6.6 and 2. 10.6.7 Pages 2. 10.6-37 thru 2.10.6-88.................................. Revision 18 Pages 2. 10.7-1 thru 2.10.7-26........ Revision 18 Pages 2.10.8-1 thru 2.10.8-24........ Rev ision 18 Pages 2. 10.9-1 thru 2. 10.9-11........ Revision 18 Pages 2. 10.1 0-1 thru

2. 1 0.1 0-1 I................................ Revision 18 Pages 2.10.11-1 thru 2.10.11-8.................................. Revision 18 Pages 2.10.12-1 thru

2. 10.12-31................................ Revision 18 4 of7

AC-STC SA R Docket o. 71-9235 June 2018 Revision l 8D List of Effective Pages (continued) 4 drawings in Section 2. 10.12 Chapter 3 Pages2. I I.I-I thru 2.11.1-2......... Revision 18 Pages 2. 11.2-1 thru 2. 11.2-2......... Revision 18 Pages 3-i thru 3-viii....................... Revision 18 Page 2. 1 I.3-1................................ Revision 18 Pages3. 1-1 thru 3.l-1 2................. Revision 18 Page 2. 1 I.4-1................................ Revision 18 Pages 3.2-1 thru 3.2-1 4................. Revision 18 Page 2. 11.5-1................................ Revision 18 Page 3.3-1..................................... Revision J 8 Pages 2.1 I.6-1 thru 2. I I.6-6......... Revision 18 Page 3.3-2.................................. Revision l 7D Page 2. 11.6. 12-1 thru Pages 3.3-3 thru 3.3-6................... Revision 18

2. 1 I.6.12-62............................ Revision 18 Pages 3.4-1 thru 3.4-6................... Revision 18 Pages 2. 1 1.6.13-1 thru Pages 3.4-7 thru 3.4-16.............. Revision l 7D

2. 11.6.13-35............................ Revision 18 Pages 3.4-17 thru 3.4-89............... Revision 18 Pages 2.1 I.6. 14-1 thru Pages 3.5-1 thru 3.5-1 6................. Revision 18 2.11.6.1 4-1 0............................ Revision 18 Page 3.6-1..................................... Rev ision 18 Page 2. 11.6.15-1........................... Revision 18 Pages 3.6.1-1 thru 3.6.1-4............. Revision 18 Pages 2.11.7-1 thru 2.11.7-8......... Revision 18 Pages 3.6.2-1 thru 3.6.2-3............. Revision 18 Pages 2.11.7.8-1 thru Pages 3.6.3-l thru 3.6.3-3............. Revision 18

2. 11.7.8-34.............................. Revision 18 Pages 3.6.4-1 thru 3.6.4-24........... Revision 18 Pages 2. 11.7.9-1 thru Pages 3.6.5-1 thru 3.6.5-3............. Revision 18

2. 1 1.7.9-1 4.............................. Revision 18 Page 3.7-1..................................... Revision 18 Pages 2.11.7. 10-1 thru Pages3.7.l-1 thru 3.7. l-3............. Revision 18

2. 11.7.10-5.............................. Revision 18 Pages 3.7.2-1 thru 3.7.2-2............. Revision 18 Page 2. I I.8-1................................ Revision 18 Pages 3.7.3-1 thru 3.7.3-2............. Revision 18 Pages 2. 11.9-1 thru 2. 11.9-10....... Revision 18 Pages 3.7.4-1 thru 3.7.4-9............. Revision 18 Page 2. 12. 1-1................................ Revision 18 Page 3.7.5-1 thru 3.7.5-2............... Revision 18 Pages 2. 12.2-1 thru 2. 12.2-2......... Revision 18 Page 3.8-1..................................... Revision 18 Page 2. 12.3-1................................ Revision 18 Pages 3.8.1-1 thru 3.8.1-4............. Revision 18 Page 2. 12.4-1................................ Revision 18 Pages 3.8.2-1 thru 3.8.2-3............. Revision 18 Page 2. 12.5-1................................ Revision 18 Page 3.8.3-1.................................. Revision 18 Page 2. 12.6-1 thru 2. 12.6-29......... Revision 18 Page 3.8.3-2............................... Revision I 7D Page 2. 13. 1-1................................ Revision 18 Page 3.8.3-3.................................. Revision 18 Page 2.1 3.2-1................................ Revision J 8 Pages 3.8.4-1 thru 3.8.4-3............. Revision 18 Page 2. 13.2-2............................. Revision I 7D Pages 3.8.4-4 thru 3.8.4-5.......... Revision l 7D Page 2.1 3.3-1................................ Revision 18 Pages 3.8.4-6 thru 3.8.4-17........... Revision 18 Page 2.1 3.4-1................................ Revision 18 Pages 3.8.5-1 thru 3.8.5-2.......... Revision I 7D Page 2. 13.5-1................................ Revision 18 Page 3.8.6-1.................................. Revision 18 Pages 2.13.6-1 thru 2. 13.6-62....... Revision 18 5 of 7

NAC-STC SA R Docket No. 7 1-9235 June 20 18 Revision I 8D List of Effective Pages ( continued)

Chapter 4 Pages 5.6.6-1 thru 5.6.6-57............ Revision 18 Page 5.7-1...................................... Revision 18 Page 4-i....................................... Revision I 8D Pages 5.7.1-1 thru 5.7. 1-5.............. Revision 18 Pages 4-i i thru 4-i ii........................ Revision 18 Pages 5.7.2-1 thru 5.7.2-5.............. Revision 18 Pages 4. 1-1 thru 4.1 - 1 O.................. Revision 18 Pages 5.7.3-1 thru 5.7.3-1 0............ Revision l 8 Pages 4.2-1 thru 4.2-18.................. Revision 18 Pages 5.7.4-1 thru 5.7.4-1 4............ Revision 18 Pages 4.3-1 thru 4.3-4.................... Revision 18 Page 5.7.5-1................................... Revision 18 Page 4.4-1...................................... Revision 18 Pages 5.7.6-1 thru 5.7.6-22............ Revision 18 Pages 4.5-1 thru 4.5-13.................. Revision 18 Page 5.8-1................................... Revision l7D Page 4.5-1 4................................. Revision l 8D Page 5.8.1-1................................ Revision I 7D Pages 4.5-1 5 thru 4.5-1 9................ Revision 18 Pages 5.8.1-2 thru 5.8. 1-3.............. Revision 18 Pages 4.5-20 thru 4.5-38............. Revision l 8D Pages 5.8.1-4 thru 5.8. 1-9........... Revision l7D Pages 4.6-1 thru 4.6-2.................... Rev ision 18 Page 5.8.2-1................................... Revision 18 Pages 4.7-1 thru 4.7-3.................... Revision 18 Pages 5.8.2-2 thru 5.8.2-4........... Revision I 7D Pages 5.8.2-5 thru 5.8.2-7.............. Revision 18 Chapter 5 Page 5.8.2-8................................ Revision I 7D Pages 5.8.2-1 thru 5.8.2-7.............. Revision 18 Page 5-i thru 5-ii............................ Rev ision 18 Pages 5.8.3-1 thru 5.8.3-6.............. Revision 18 Page 5-iii..................................... Revision I 7D Pages 5.8.4-1 thru 5.8.4-2.............. Revision 18 Page 5-iv thru 5-ix......................... Revision 18 Page 5.8.4-3................................ Revision I 7D Page 5-x thru 5-x ii...................... Rev ision I 7D Pages 5.8.5-1 thru 5.8.5-3........... Rev ision I 7D Page 5-xiii thru 5-xv ii.................... Rev ision 18 Pages 5.8.6-1 thru 5.8.6-5........... Revision I 7D Page 5-xviii thru 5-xx................. Revision I 7D Pages 5.8.7-1 thru 5.8.7-1 0......... Revision I 7D Pages 5-1....................................... Rev ision 18 Pages 5.8.8-1 thru 5.8.8-6........... Revision l 7D Pages 5-2.................................... Revision I 7D Page 5.8.9-1................................ Revision I 7D Pages 5-3 thru 5-4.......................... Revision 18 Pages 5.8.9-2 thru 5.8.9-26............ Revision 18 Pages 5. 1-1 thru 5. 1-30.................. Revision 18 Pages 5.9-1 thru 5.9-5................. Revision I 7D Pages 5.2-1 thru 5.2-40.................. Revision 18 Pages 5.3-1 thru 5.3-33.................. Revision 18 Chapter 6 Pages 5.4-1 thru 5.4-4 1.................. Revision 18 Pages 5.5-1 thru 5.5-6 1.................. Revision 18 Pages 6-i thru 6-ix......................... Revision 18 Page 5.6-1...................................... Rev ision 18 Pages 6. 1-1 thru 6. 1-6.................... Revision 18 Pages 5.6. 1-1 thru 5.6.1-9.............. Revision 18 Pages 6.2-1 thru 6.2-1 1.................. Revision 18 Pages 5.6.2-1 thru 5.6.2-20............ Revision 18 Pages 6.3-1 thru 6.3-l 0.................. Revision 18 Pages 5.6.3-1 thru 5.6.3-13............ Revision 18 Pages 6.4-1 thru 6.4-2.................... Revision 18 Pages 5.6.4-1 thru 5.6.4-34............ Rev ision 18 Page 6.4. 1-1................................... Revision 18 Page 5.6.5-1................................... Revision 18 Pages 6.4.2-1 thru 6.4.2-1 I............ Revision 18 6 of 7

AC-STC SAR Docket No. 71-9235 List of Effective Pages ( continued)

June20 18 Revision I 8D Pages 6.4.3-1 thru 6.4.3-29........... Revision 18 Page 8.3-1..................................... Revision I 8 Pages 6.4.4-1 thru 6.4.4-30........... Revision 18 Pages 8.4-1 thru 8.4-9................... Revision 18 Pages 6.5-1 thru 6.5-2................... Revision 18 Pages 6.5. 1-1 thru 6.5.1-21........... Revision 18 Pages 6.5.2-1 thru 6.5.2-20........... Revision 18 Chapter 9 Pages 6.6-1 thru 6.6-2................... Revision 18 Pages 6.7-1 thru 6.7-333............... Revision I 8 Page 9-i......................................... Revision 18 Page 6.8-1..................................... Revision 18 Pages 9-1 thru 9-12....................... Revision 18 Pages 6.8.1-1 thru 6.8.1-6............. Revision 18 Page 9-13................................... Rev ision l 7D Pages 6.8.2-1 thru 6.8.2-2............. Revision 18 Pages 6.8.3-1 thru 6.8.3-20........... Revision 18 Pages 6.8.4-1 thru 6.8.4-34........... Revision 18 Pages 6.8.5-1 thru 6.8.5-34........... Rev ision 18 Page 6.8.6-1.................................. Revision 18

.Pages 6.8.7-1 thru 6.8.7-27........... Revision 18 Page 6.9-1..................................... Revision 18 Page 6.9. I - I.................................. Revision 18 Page 6.9.2-1.................................. Revision 18 Chapter 7 Pages 7-i thru 7-ii....................... Revision l 7D Page 7-1 thru 7-2........................... Revision I 8 Page 7-3..................................... Revision I 7D Pages 7. 1-1 thru 7.1-18.............. Revision I 7D Pages 7.2-1 thru 7.2-6................ Revision I 7D Pages 7.3-1 thru 7.3-11.............. Revision I 7D Pages 7.4-1 thru 7.4-11................. Revision 18 Page 7.5-1..................................... Revision 18 Pages 7.6-1 thru 7.6-6................... Revision 18 Chapter 8 Page 8-i thru 8-ii........................... Revision 18 Page 8-1........................................ Revision 18 Pages 8.1-1 thru 8. 1-38................. Revision 18 Pages 8.2-1 thru 8.2-8................... Revision 18 7 of 7

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NAC-STC SAR Docket No. 71-9235 Drawing Number 423-800, sheets 1-3 423-800, sheets 1 -3 423-802, sheets I -7 423-803, sheets 1-2 423-804, sheets 1-3 423-805, sheets 1-2 423-806, sheets 1-2 423-807, sheets 1-3 423-209 423-210 423-257 423-258 423-81 1, sheets 1-2 423-812 423-843 423-859 423-870 423-871 423-872 423-873 423-874 423-875, sheets 1-2 423-878, sheets 1-2 423-880 423-880 423-900 423-901, sheets 1-2 423-927 423-927 Revision No.

Rev 2op(ll Rev 20NP(J)

Rev 24 Rev 15 Rev 11 Rev 9 Rev 14 Rev 6 Rev 0 Rev 0 Rev 2 Rev 2 Rev 12 Rev 6 Rev 6 Rev 0 Rev 6 Rev 5 Rev 6 Rev 2 Rev 2 Rev JI Rev 4 Rev 3p(J)

Rev INP( 1l Rev 9 Rev 3 Rev Jp(l)

Rev JNp(I )

List of Drawings Title Cask Assembly - NAC-STC Cask Cask Assembly - NAC-STC Cask Cask Body - NAC-STC Cask L id Assembly - Inner, NAC-STC Cask Detai ls - Inner L id, NAC-STC Cask Lid Assembly - Outer, NAC-STC Cask June2018 Revision 18D Port Coverplate Assy - Inner Lid, NAC-STC Cask Assembly, Port Cover, NAC-STC Cask lmpact L imiter Assy - Upper, NAC-STC Cask lmpact Limiter Assy - Lower, NAC-STC Cask Balsa Impact L imiter, Upper, NAC-STC Cask Balsa lmpact Li miter, Lower, NAC-STC Cask Details - NAC-STC Cask Nameplates - NAC-STC Cask Transport Assembly, Balsa Jmpact Limiters, NAC-STC Attachment Hardware, Balsa Lim iters, NAC-STC Fuel Basket Assembly, PWR, 26 Element, NAC-STC Cask Bottom Weldment, Fuel Basket, PWR, 26 Element, NAC-STC Cask Top Weldment, Fuel Basket, PWR, 26 Element, NAC-STC Cask Support Disk and Misc. Basket Details, PWR, 26 Element, NAC-STC Cask Heat Transfer Disk, Fuel Basket, PWR, 26 Element, NAC-STC Cask Tube, NAC-STC Cask Alternate Tube Assembly, NAC-STC Cask Shielded Thermal Shunt Assembly, NAC-STC Cask Shielded Thermal Shunt Assembly, NAC-STC Cask Package Assembly Transportation, NAC-STC Cask Transportation Package Concept, NAC-STC Cask Shield R ing Assembly, NAC-STC Cask Shield Ring Assembly, NAC-STC Cask

( I)

Proprietary and Non-proprietary drawing versions are o nly included in their respective SAR versio ns.

1-v

NAC-STC SAR Docket No. 71-9235 Drawing Number 455-800, sheets 1-2 455-80 I, sheets 1-2 455-820, sheets 1-2 455-870 455-87 I, sheets 1-2 455-87 I, sheets 1-3 455-872, sheets 1-2 455-872, sheets 1-2 455-873 455-881, sheets 1-3 455-887, sheets 1-3 455-888, sheets 1-2 455-891, sheets 1-2 455-891, sheets 1-3 455-892, sheets 1-2 455-892, sheets 1-3 455-893 455-894 455-895, sheets 1-2 455-895, sheets 1-2 455-919 4 14-80 I, sheets 1-2 4 14-820 4 14-870 4 14-871, sheets 1-2 4 14-872, sheets 1-3 414-873 4 14-874 414-875 4 14-881, sheets 1-2 November 2017 Revision I 7D List of Drawings ( continued)

Revision No.

Title Rev 2 Assembly, Transport Cask, MPC-Yankee Rev 4 Assembly, Transport Cask, NAC-MPC Rev 3 Spacers, Transport Cask, MPC-Yankee Rev 5 Canister Shell, MPC-Yankee Rev 8 Detai Is, Canister, MPC-Yankee Rev 7P2 Details, Canister, MPC-Yankee Rev 12 Assembly, Transportable Storage Canister (TSC),

MPC-Yankee Rev I IPI Assembly, Transportable Storage Canister (TSC),

MPC-Yankee Rev 4 Assembly, Drain Tube, Canister, MPC-Yankee Rev 8 PWR Fuel Tube, MPC-Yankee Rev 4 Basket Assembly, 24 GTCC Container, MPC-Yankee Rev 8 Assembly, Transportable Storage Canister (TSC), 24 GTCC Container, MPC-Yankee Rev I Bottom Weldment, Fuel Basket, MPC-Yankee Rev 2PO Bottom Weldment, Fuel Basket, MPC-Yankee Rev 3 Top Weldment, Fuel Basket, MPC-Yankee Rev 3PO Top Weldment, Fuel Basket, MPC-Yankee Rev 3 Support Disk and Misc. Basket Detai ls, MPC-Yankee Rev 2 Heat Transfer Disk, Fuel Basket, MPC-Yankee Rev 5 Fuel Basket Assembly, MPC-Yankee Rev 5PO Fuel Basket Assembly, MPC-Yankee Rev 2 Retainer, United N uclear Test Assy, MPC-Yankee Rev 2 Cask Assembly, NAC-STC, CY-MPC Rev 0 Canister Spacer CY-MPC Rev 3 Canister She ll, CY-MPC Rev 6 Deta ils, Canister CY-MPC Rev 6 Assembly, Transportable Storage Canister (TSC),

CY-MPC Rev 2 Drain Tube Assembly, CY-MPC Rev 0 Shim, Canister, CY-MPC Rev 0 Spacer Shim, Canister, CY-MPC Rev 4 Fuel Tube, Transportable Storage Canister (TSC),

CY-MPC I-vi

8 I

7 I

6 I

5 t

4 I

3 I

2 I

4-

,z 237969 R[V CHANC[

0 INITIAL ISSUE 1

INC OCR DA 2

INC OCR lA 3

INC OCR 2A 4

INC OCR 3A 5

INC OCR 4A 6

INC OCR 5A F

7 INC OCR 6A F

8 INC OCR 7A 9

INC OCR BA 10 INC OCR 9A 98 11 INC OCR 10A 12 INC OCR 111\\ 11 8 13 INC OCR 12A 14 INC OCR 13A 15 INC OCR 14A 16 INC OCR 15A 17NP INC OCR 16NPA 18NP INC OCR 17NPA 19NP INC OCR 18NPA PROPRIETARY INFORMATION REMOVED 20NP INC OCR 19NPA E

E I

D CONFIGURATION A CONFIGURATION B CONFIGURATION C D

1.7kW/CELL HEAT LOAD 1.SkW/CELL HEAT LOAD 1.2kW/CELL HEAT LOAD

£ METAL OR POLYMER SEAL MAY BE USED. QUANTITY OF ONE.

@ CASK ASSEMBLY DIRECTLY LOADED HBU TRANSPORT I

30 INN[R LID 423-803-97 LUBRICATE WITH NEVER-SEEZ OR EQUAL AND TIGHTEN 2 1/ 4 A/R A/R 29 0-RING VITON COML PARKER 3-904

~

TURNS AFTER HAND TIGHT.

CASK ASSEMBLY A/R A/R 28 SHIELDED THERMAL SHUNT 423-880-99

£ ALTERNATE DIRECTLY LOADED HSU TRANSPORT 2

2 2

2 27 LID BOLT WASHER 304 ST.STL.

ASTM A240 8MM PLATE ITEM 27 ( LID BOLT WASHER) TO BE USED AT THE TWO (2)

@ &1 1 1

1 26 0-RING VITON COML PARKER 3-908 SLOTTED HOLE LOCATIONS IN THE INNER LID.

1 25 OUTER LID 423-805-98 8

1 24 INNER LID 423-803-98 RELIEF VALVE IS FACTORY PRESET TO 10PSI + /-5%.

2 2

2 2

23 CSK SOC HD SCREW ST.STL.

COML 1 /2-13 UNG X 1.75 C

1 1

I 1

22 SWAGE RING ST.STL.

C

& LUBRICATE WITH NEVER-SEEZ OR EQUAL AND 1

1 I

I 21 DRAIN LINE BOSS 423-811-98 TORQUE TO 20+/-5 IN.-LBS.

1 20 POR r COVER ASSY 423-807-96 I

19 PORT COVER ASSY ST.STL.

423-807-97

& LUBRICATE WITH NEVER-SEEZ OR EQUAL AND 9

1 1

I 1

18 NIPPLE ST.STL.

COML SNAP-TITE SVHN8-8EMV TORQUE TO 50+/-1 0 IN - LBS.

AA-A/R A/RI A/R 17 0 - RING METAL COML 4

16 SIIIELD BOLT ST.STL.

COML 1/4-20UNC-2A X 1/2 LG SHCS 4

15 FLATWASHER ST.STL.

COML 1/ 4 OIA.

8.

ASME SA564,TYPE 630,CLASS, A OR B.

1 14 ADAPTOR ST.STL.

COML DATA INST. AD-6SS I

13 PRESSURE TRANSDUCCR ST.STL.

COML DA TA INST. MODEL AB

& HEAT TRE AT TO CONDITION H1150.

1. - 1 I

1 12 PLUG ST.STL.

COML PARKER 4P50N 2

2 2

2 11 RELIEF VALVE ST.STL.

COML CIRCLE SEAL N0.524T-4M-10 OR 52111 - 4M

• IO I

1 1

I 10 FERRULE BRASS COML IC

')

& CHROME PLATE THE THREADED PORTION OF THE

. &ffi~~6 1

I I

9 DRAIN TUBE 304 ST.STL.

COML

• 1 TUBE W/.035 \\VALL COMPONENT, A T A MINIMUM.

36 36 36 8

OUTER LID BOLT ST.STL.

SEE NOTE 8 l-BUNC X 3 1/2 LG SHCS B

~

42 42 42 42 7

INNER LID BOLT 423-81\\-1 B

&-~

1 I

1 6

FUEL BASKET SEE NOTE \\

_ffi LUBRICATE WITH NEVER-SEEZ OR EQUAL ANO 2

2 5

PORT COVER ASSY 423-807-99 TORQUE TO 550+/-50 FT-LBS.

2 4

TRUNNION RECESS SHIELD 423-811-99 1

1 I

3 OUTER LID 423-805-99

~

LUBRICATE WITH NEVER-SEE Z OR EQUAL AND 1

1 2

INNER LID 423-803-99 TORQUE TO 2540+/- 200 FT - LBS.

1 1

I

\\

1 CASK BODY 423-802-99 rl[IA PjAJI.[

111\\ l(RIAl SPC C ORAWNC No.

O[SCRIP TIOO

& LUBRICATE WITH NEVER-SEEZ OR EQUAL AND ASSY ASSY ASSY ASSY C) PROPRIETARY INFORMATION REMOVED

• ANAC TORQUE COVER BOLTS TO 140+/-10 INCH-LBS.

OVANllTY

!Fr INTERNATIONAL UNLESS OTHERWISE STATED GROUP NAM(

DATE

2.

-99 ASSEMBLY IS FOR ALTERNATE DIRECTLY LOADED

~

SEAL MATERIAL MAY BE VM125-75 OR 0ll,4CHSl0MiNC ANO TOl[RANONC SHAll CASK ASSEMBLY-8( PCII' AS\\tC Yl *.sw Iii*

TRANSPORT CONFIGURATION.

VM835-75.

All. TiiREAO OCPTH CAUOUTS AR£ TO 8(

,.c,,.. 11(1 7/-d /{

t-/3-JJ..

NAC-STC CASK toHSl){RtD AS A 1,11N. OtPTH

-98 ASSEMBLY IS FOR STORAGE/TRANSPORT CONFIGURATION.

~ -

Of P(lff[Cl ThR(AOS.

¢

-='_/A ~___..,,.... /

6*/J*(S, A

-97 ASSEMBLY IS FOR DIRECTLY LOADED HSU TRANSPORT C'N(C~UI

~

A CONFIGURATION.

""'M(T 4--- ~

6/l'it1'i'

-:-96 ASSEMBLY IS FOR ALTERNA TE DIRECTI. Y LOADED

15.

w.o.. ACC*

HSU TRANSPORT CONFIGURATION.

(loO'°'IIUIC <;Z?-.A' /~ ~-

b)J-f<;

All OIM(NSIONS.AR[ IN INCHES

1.

EITHER FUEL BASKET 423-870-99 OR 423-870-98 MAY BE USED.

r.lACMIN(O SUffr... as JO eel(/~ BC11[R 11(("'$"

,ff#. H.

~lt1/Jt PAOJCCT I

ORAWl~C I: R(v

""' ' ' """" 423 843/900 423 800 20NP NOTES:

LICENSE

~~n -~r.J\\...

l 11'}18' I

I '"

3 1 ORA'MNC 1"PC:

1 °'

8 I

7 I

6 I

5 t

4 I

3

\\J I

1

8 7

F E

D C

B A

8 7

6 6

5 5

4 3

4 3

2 PROJCCT 2

ANAC IPI INTERNATIONAL CASK ASSEMBLY NAC-STC CASK 423 CR.-Yo,NG 800 2Cl~p F

E D

C B

A

8 7

6 5

F E

D C

B A

8

. 7 6

5 4

3 2

f'ROJCCI 4

3 2

ANAC lfl INTERNA T/ONAL CASK ASSEMBLY NAC-STC CASK 423 ORAWSC 800 2m:;P s,, 3 or 3 F

E D

C B

A

F E

D C

8 A

8 7

6 5

@& SEAL MATERIAL MAY BE VM125-75 OR VM835-75.

& MET AL SEAL AND GROOVE DESIGN SHALL PROVIDE HELIUM LEAKTIGHT PERFORMANCE AS SPECIFIED IN THE STC Coe. AN OPERATIONAL TEMPERATURE RANGE

• oF - 40'F TO 500'F AND A PRESSURE RATING OF GREATER THAN OR EQUAL TO 300 PSIG (INTERNAL AND EXTERNAL).

COMPRESSION FORCE SHALL BE LESS THAN OR EQUAL TO 410 LB/IN.

& WHERE "YYY-YYY" IS A UNIQUE IDENTIFIER.

& METAL SEAL TO BE STAINLESS STEEL OR INCONEL WITH TUBING DIAMETER OF.25+/-.01, WALL THICKNESS OF.01

.04 AND SILVER PLATING THICKNESS OF.001 -.003.

& METAL OR POLYMER SEAL MAY BE USED.

QUANTITY OF ONE.

& 99, 98 OR 97 AS REQUIRED PER ASSEMBLY.

8 LUBRICATE WITH NEVER SEEZ OR EQUAL AND TORQUE TO 30+/-3 FT-LBS.

& ACTUAL DIAMETERS SHALL FIT GROOVE SHOWN IN SECTION E-E, DRAWING #423-804, SHEET 3. FOR ITEM 6, SEAL INNER DIAMETER TO BE.01-.04 GREATER THAN GROOVE INNER DIAMETER.

FOR ITEMS 7 AND 22. SEAL OUTER DIAMETER TO BE

.01-.04 " LESS THAN GROOVE OUTER DIAMETER.

~

STEEL STAMP/ENGRAVE CHARAC TERS AS SHOWN X.03 DEEP, FILL WITH BLACK WEATHER RESISTANT PAINT.

8 7

& LUBRICATE WITH NEVER SEEZ OR EQUAL AND TORQUE TO 300+/-20 INCH-LBS.

& NUMBERS INDICATE TORQUE SEQUENCE ffi VALUE TO BE AC TU AL MEASURED WEIGHT

~

METAL STAMP/ENGRAVE CHARACTERS AS SHOWN X.03 DEEP, FILL WITH BLACK WEATHER RESISTANT PAINT.

& ENGRAVE DELTA 1.5 PER SIDE X.03 DEEP, FILL WITH BLACK WEATHER RESISTANT PAINT ffi LUBRICATE WITH NEVER SEEZ OR EQUAL AND TORQUE TO 50 +/-10 INCH-LBS.

& LUBRICATE WITH NEVER SEEZ OR EQUAL AND TORQUE TO 70+/-5 INCH-LBS.

& METAL SEAL RETEN TION PER MANUFACTURER'S GUIDANCE.

& CUT SILICONE RUBBER TUBE TO LENGTH AS REQUIRED AT TRIAL FIT OF LID WITH BODY.

BOND WITH SILICONE SEALANT (e.g., DOW CORNING" 736).

ffi CHROME PLATE_ THE THREADED PORTION OF THE COMPONENT, AT A MINIMUM.

& ID TOLERANCE IS +/- :s AND CROSS SECTION IS +/-.006.

NOTES:

6 5

4 4

3 2

~237967 22 21 20 A/R 19 2

18 17 16 15 14 1

1 1

13 A/R 12 2

2 11 10 8

SEAL (INNER)

PORT COVERPLATE ASSY INNER LID 0-RING PORT COVERPLATE ASSY INNER LID 0-RING OUTER 0 - RING INNER BUSHING PLUG BOSS SEAL 0 - RING 0-RING (DELETED)

(DELETED)

SEAL (OUTER)

SEAL (INNER)

METAL

'v1TON VITON

'v1TON ST.STL.

ST.STL.

METAL VITON VITON METAL METAL REV CHANG(

0 INITIAL ISSUE 1

IN OCR OA 2

INC OCR 1A 3

INC OCR 2A 4

INC OCR 3A 38 5

INC OCR 4A 6

INC OCR SA 7

INC OCR 6A 8

INC OCR 7A 9

INC OCR BA 10 INC OCR 9A 11 INC OCR 10A 12 INC OCR 11A 13 INC OCR 12A 14 INC OCR 13A 15 INC OCR 14A COML 423-806-97 423-804-97 COML PARKER 3-916 423-806-99 423-804-99 COML PARKER.275 DIA. ID 073.0 COML PARKER.275 DIA. ID 071.8 COML PARKER #6-1/4 F50G COML PARKER #16 - P50N COML SAINT-GDBAIN #10061-16-1-0 COML PARKER 3-916 COML PARKER 3-906 COML COML 5

SEAL SILICONE RUBBER COML

¢1 1/2 1.0. X 1/4 WALL NIPPLE 2

3 NIPPLE 2

PORT COVERPLATE ASSY INNER LID 97 91!

99 lltlril NAU(

ASSY ASSY ASSY OUAHTITY UNLESS OTHERWISE STATED 011,1(NSl0H1HC AHO TOlCRANClNC SH.-.U. D( PU~ ASMC Y\\4,51,1 - !h, l1NSP[Clf1£0 OIM(~ONAl lOLE:.AANC(S AR( SHOWN 8(LO'tll.

ST.STL.

ST.STL.

MAl[RIAL GROUP COML SWAGELOK #SS-OC4-0-4PM COML SNAP-TITE SVHN16-16EMV 423-806-98 423-804-98 SPEC OR A'#IINC No.

OCSCRtPTlON ANAC INTERNA T/ONAL NAME DATE LID ASSEMBLY-

INNER, NAC-STC CASK UNO(R.)

t.OOJ l*ICLCHTS AR( APPROKll.4AT( ANO AR£ TO s t-"°7:,_":',,:-'-t-:'::::-i.!BE!._;U~~U.~0_!;:0R

!!!_"(N_!1HS>O!!,

AN,!!!a~~::.'-'EPVR~'"!!!:~N~~£_!H::..!,,°~'l!_' ~ H-~-,-, -+,,2::::-:;j::.:::....:.:.,J',,':.._..,.,..--1:..:_..:..::....!.Q.j OVOI: 12 80RD(R SIZ(; r (40 X 28) ll.u+'41t UNOCR 8

.t.Ol AU UHSP[CIO(O roo.. RAD*:.01S -

.030

.t.OJ BR(Ak AU SHARP CORN(RS.OIS -

.OJO O'vER 18

U6 WACHIH[O SURrAC(S TO &C'()'OR 8(TTCR Jo<:

AU.

+/-.1

~-.;;;.,....,_~

N[Xl ASSCWBLY:

423-800 FlUCTIONAL

+/- 1/9 423 ORA~NC 803 ~5 ANCLCS +/-OS LICENSE

><:ALE N.T.S.

WEICHT N A 3

F E

D C

8 A

8 F

E D

C 8

A 8

7 SECTION D - D [/j AL TERNA TE DIRECTLY LOADED TRANSPORT ONLY (POLYMER SEALS)

(ASSEMBLY -99}

7 6

6 5

4 SECTION o - o m STORAGE/TRANSPOR T AND CANISTERED CONTENTS (METAL SEALS)

(ASSEMBLY -98) 5 4

3 3

2 A

NAC

/NTERNA TIONAL 2

LID ASSEMBLY-

INNER, NAC-STC CASK PROJ(CT 42.3 ClRA ~ NC 803 ~5 50"-'

N.T.S.

£ST.WT. N A F

E D

C B

A

F E

D

c.

B A

8 7

6 5

0& SEAL MATERIAL MAY BE VM125-75 OR VMB35-75.

' I___

& ACTUAL DIAMETER SHALL FIT GROOVE SHOWN IN l

5 X l2S -i DETAIL C-C.

ffi STEEL ST/IMP /ENGRAVE (.03 DEEP) LETTERS. FILL WITH BLACK WEATHER RESISTANT PAINT.

& STEEL STAMP/ENGRAVE DELTA 1.5 PER SIDE X.03 DEEP AND FILL WITH BLACK WEATHER RESISTANT PAINT.

& NUMBERS INDICATE TORQUE SEQUENCE

& II T THE OPTION OF THE FABRICATOR, ITEM 6 (NAMEPLATE) MA.Y BE ATTACHED USING A MINIMUM OF FOUR (4) STAINLESS STEEL SCREWS.

THE SCREWS SHALL BE 3MM TO 5MM IN DIAMETER.

THE SCREW HOLE SHALL BE NO DEEPER THAN 15MM.

SCRE WS SHALL BE TACK WELDED TO ITEM 6 AT INSTALLATION.

BOTH SCREW AND TACK WELD ARE TO BE FLUSH WITH THE SURFACE OF ITEM 6 (NAMEPLATE).

ffi HEAT TREAT TO CONDITION H-1150

1.

(DELETED)

NOTES:

8 7

6 5

2X 1 /2-13UNC-2B X ;,1.0 01.03 X ;,2.5 1-BUNC-2B X ;,2.00 y

TRANSPORT:

5 4

4 3

2 SECTION A-A [&

8 SCREW 7

OUTER LID 6

NAMEPLATE 5

SCREW THREAD INSERT 4

SCREW THREAD INSERT J

0-RING 2

0-RING OUTER LID 11(1.4 ASSV ASSY ASSY OUAHTITl' UNLESS OTHERWISE STATED 011.l(MSl()N!f,jC N,lO TOlCRANCINC SHAU. 9( P(A ASW( YI 4.!>M - 94.

1JNSl'(Cll1(0 OIM[NSIONAL l0l.tRANC£S AA( Stt()M,f 6(LOW.

AU lHACAO OCPTH CALI.OUTS ARC TO BC CONSIOCRCO AS A ~IH.

DCPTH (X P[ll:r(CJ lHR(AOS. lli( ACTUAL O(PlH CT tH(

ntRCAOS rs NOT SUB..CCT TO TCl.(RANC( CONTRO..S.

BOflO(ll Silt: r- ( 40 ll 28)

UHOOI 6 All uHSPEonco TOOi. A.ADIi:.01~ -

.OJO 5 - 1!1 8R[AK All SHARP COAtl[RS.m:i -

OlO ovtR,e u*

l,U,QOH(O StJltf.AC(S to 9C I?}' 0A 8C n(R

~

All

• *I 1-','----'-..,IH()( T.ASSE~8LY:

rR ACTIONAL

L l/ 5 423-800 ANCUS ~O.!l" ORAIW./C l'l'P(:

LICENSE 3

J04 ST. STL.

COML ST. STL.

SA 705, TYPE 6JO ST. STL.

ST. STL.

COML ST. STL.

COML VITON COML METAL COML ST. STL.

SA705,TYPE 6JO

~ Al[RIAl SP(C GROUP NAME DATE

..-13 7 9 6 5 423-812-2 0RA¥11NC Ne,.

R(V O<ANG(

0 INITIAL ISSUE I

INC OCR DA 2

ING OCR lA 3

INC OCR 2A 4

INC OCR 3A 38 5

INC OCR 4A 48 6

INC OCR 5A 7

INC OCR 6A 8

INC OCR 7A 9

INC *OCR 8A SEE NOTE J HEUCOIL P/N #1185-BCN X 1.000 HELICOIL P /N #1185-16CN X 2.000 PARKER.275 DIA.

HELICOfLEX #U2825-(82.060)SEB fORGING O(SCRIPTION ANAC 11@1 tNTERNA TIONAL LID ASSEMBLY,

OUTER, NAC-STC CASK f>ROJCCT 423 sos *r SC.CC 1 /6 wt*e><T NOTED SH I

"' 2 F

E D

C A

8 F

E D

C B

A 8

7 7

6 6

5 4

5 4

3 3

2 2

ANAC 8'1 INTERNATIONAL LID ASSEMBLY,

OUTER, NAC-STC CASK PROJ(Cf 4 2.3 sc..,

1/6 CST.WT. NOTED

"' 2

"' 2 F

E D

C B

A

F E

D C

B A

8 8

7 6

5 T

T 4

3 SEAL MATERIAL MAY BE VM125-75 OR VM835-75.

METAL SEAL TO BE STAINLESS STEEL OR INCONEL WITH TUBING DIAMETER OF 1/8+/-.01, WALL THICKNESS OF

.01 -

.03 AND SILVER PLATING THICKNESS OF.001-.003.

METAL SEAL AND GROOVE DESIGN SHALL PROVIDE HELIUM LEAKTIGHT PERFORMANCE AS SPECIFIED IN THE STC Coe.

AN OPERATIONAL TEMPERATURE RANGE OF - 40'F TO 500'F

/IND A PRESSURE RA TING OF GREATER THAN OR EQUAL TO 300 PSIG (INTERNAL AND EXTERNAL).

COMPRESSION FORCE SHALL BE LESS THAN OR EQUAL TO 275 LB/IN.

POR COV RPLATE ASSY AL TERNA TE DIRECTLY LOADED TRANSPORT:

WITH POLYMER SEALS WEIGHT: 10//

~98 PORT COVERPLATE ASSY

~

STORAGE/TRANSPORT: W/METAL SEALS WEIGHT: 101/

AL TERNA TE DIRECTLY LOADED TRANSPORT:

1 W/ POLYMER AND ME TAL SEALS WEIGHT: 101/

11 PORT COVERPLA E A/R A/R 10 0 - RING 9

0 -RING 8

0-RING 7

304 ST.

VITON VITON VITON 304 ST.

STL.

STL.

2 1<> 237963 R<Y 0

INITIAL ISSUE 1

INC OCR OA 2

INC OCR lA 3

INC OCR 2A 4

INC OCR 3A 36 5

INC OCR 4A 6

INC OCR 5A t--...

7 -+'l'"'N.,.C-;D:c-.:C;,;R-6;.c,A'---

---

1 F 8

INC OCR 7A SEE 9

INC OCR BA 10 INC OCR 9A 11 INC OCR 10A 12 INC OCR 11 A 13 INC OCR 12A 14 INC OCR 13A DETAIL J-J ;

6 A7 SH 06 E

SECTION K - K ~

D (BOLT SHOWN) 0.41 C

1 8 0.PORT COVERPLA TE BOLT

~

SCALE: 2/1 ASME SA240 I PLATE COML PARKER #3-902 COML PARKER #2 - 244 COML ASME SA240 PARKER #2-238 1 PLATE B

FOR ASSEMBLIES 99 & 97. METAL OR POLYMER SEAL MAY BE USED. QUANTITY OF ONE.

PORT COVERPLA TE A/RI A/R 6 BOSS SEAL ST. STL.

COML c+---l'---t--+---~ ~-----+--- ----t-------t-----t-S-A-IN-,T---G-0.,.-

BA_I_N_#_1_00_6_1- 0.,-2,---1---,-0----t 7

1.

6 SEAL OUTER DIAMETER TO BE.01-.04 LESS THAN GROOVE OUTER DIAMETER.

FOR ASSY-99 ONL~

STEEL STAMP /ENGRAVE (0.03 DEEP) LETTERS.

FILL WITH BLACK WEATHER RESISTANT PAINT.

LUBRICATE WITH NEVER SEEZ AND TORQUE TO 70+/-5 INCH-LBS CHROME PLA TE THE THREADED PORTION OF THE COMPONENT, AT A MINIMUM.

(DELETED)

NOTES:

5 4

5 SEAL 4

SEAL 3

PLUG 2

PORT COVl:RPLAl[ BOLT PORT COVERPLA TE 11lM NAM(

ASST ASSt ASSY UNLESS OTHERWISE STA TEO D1l.4CN$10NINC AND TOL[RAl'ICINC SMAll BC P(A AS~1[ l'l'.~ t.

l/NsP[Of"ICO 011.i(NSIONAl TOlCRANC(!. AJI[ suo""" 0£LOW.

ovtR 18 MACl1tN(0 SUAr... CCS 10 8( '{r OR 8£: l[R 1--'---'-"U.-'-',,-*'-i N(XT ASS(1,1.9l'r.

42.3-BQJ rR,.CTION,.l il/0 A.NCI.CS to.:r om,wc ""

LICENSE 3

METAL COML METAL COML ST. STL.

COML 410 ST.STL.

ASME SAi 93 GRB6 304 ST. STL.

ASME SA240 MAl[RIAL SPCC GROUP NAME DATE SWAGELO~ SS-2-PST 1/2-13UNC-2A SHCS I PLATE DRAW./1,'Ci No.

O[SCR1PnON ANAC WI tNTERNA TIONAL PORT COVERPLATE ASSY.

INNER LID, NAC-STC CASK PRO.CC> 4 23 DRAW.~ 806 7~

C,l( 1/1 W(,c,;1 NOTED Sit 1 0:- 2 A

8 F

E D

C 8

A 8

7 6

7 6

5 4

3 2

5 4

3 2

ANAC ltl INTERNATIONAL PORT COVERPLATE ASSY.

INNER LID, NAC-STC CASK PRO,Cc, 4 23 DAAWNC 806 ;~

SC,,L(

1 1

(ST.WT. NOTED SH 2 or 2 F

E D

C 8

A

F E

D C

B A

8 7

11.

MATERIAL SPECIFICATION MAY BE ASME SA705, TYPE 630 OR ASME SA564.

© & SEAL MATERIAL MAY BE VM 125-75 OR VM835-75.

ffi LUBRICATE WITH NEVER SEEZ AND TORQUE TO 105+/-5 INCH-LBS.

ffi LUBRICATE WITH NEVER SEEZ AND TORQUE TO 70+/-5 INCH-LBS.

& CHROME PLATE THE THREADED PORTION OF THE COMPONENT, AT A MINIMUM.

ffi LUBRICATE WITH NEVER SEEZ AND TORQUE TO 4.0+/-0.5 INCH-LBS.

& ENGRAVE DELTA.5 PER SIDE X.03 DEEP AND FILL WITH WEATHER RESISTANT BLACK PAINT.

& STEEL STAMP /ENGRAVE LETTERS 1/4 HIGH APPROX. AS SHOWN.

&HEAT TREAT TO CONDITION H1150

2.

-99 ASSEMBLY IS FOR TRANSPORTATION

-9 7 ASSEMBLY IS FOR STORAGE

-96 ASSEMBLY IS FOR STORAGE

1.

(INTENTIONALLY LEFT BLANK)

NOTES:

8 7

6 6

5

@ EOBT CQ~EB.

WEIGHT: 10#

© PQRT

• CQVEB, WEIGHT: 10#

@ PQBT CQ~EB, WEIGHT: 10#

~~

~

ONLY

~~

~

ONLY DETAIL B-B 5

IB8NSEQBI SIQBAGE WL'.EEEQ STQB8GE 4

3 2

, 2137961 R(V CHANG(

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ANAC ii INTERNATIONAL Atlanta Corporate Headquarters: 3950 East Jones Bridge Road, Norcross, Georgia 30092 USA Phone 770-447-1144, Fax 770-447-1797, www.nacintl.com June 2018 Revision l8D

NAC-STC SAR Docket o. 71 -9235 June 20 18 Revision 180 List of Effective Pages Chapter 1 Page 1-i thru I -iv.......................... Revision 18 Page 2.3.8-1.................................. Revision 18 Page 1-v..................................... Revision l 8D Page 2.4-1..................................... Rev is ion I 8 Pages I -vi thru I -vii................... Revision l 7D Page 2.4. 1-1.................................. Revision 18 Pages I-viii thru I-ix..................... Revision 18 Page 2.4.2-1.................................. Revision 18 Pages 1-1 thru 1-1 I....................... Revision 18 Page 2.4.3-1.................................. Revision 18 Page 1-12................................... Revision 170 Pages 2.4.4-1 thru 2.4.4-10........... Revision 18 Pages 1.1-1 thru 1.1-46................. Revision 18 Page 2.4.5-1.................................. Revision 18 Page 1.2-1.................................. Revision 170 Page 2.4.6-1.................................. Revision 18 Pages 1.2-2 thru I.2-49................. Revision 18 Pages 2.5. 1-1 thru 2.5. 1-38........... Revision 18 Page I.3-1..................................... Revision 18 Pages 2.5.2-1 thru 2.5.2-29........... Revision 18 Pages 1.4-1 thru I.4-24................. Revision 18 Pages 2.6-1 thru 2.6-2................... Revision I 8 Pages 2.6.1-1 thru 2.6. 1-7............. Revision I 8 Chapter 2 Pages 2.6.2-1 thru 2.6.2-8............. Revision 18 Page 2.6.3-1.................................. Revision I 8 Pages 2-i thru 2-ii.......................... Revision 18 Page 2.6.4-1.................................. Revision 18 Page 2-iii.................................... Revision l 7D Pages 2.6.5-1 thru 2.6.5-2............. Revision 18 Pages 2-iv thru 2-xvi..................... Revision 18 Page 2.6.6-1.................................. Revision 18 Pages 2-xvii............................... Revision 170 Page 2.6.7-1.................................. Revision 18 Pages 2-xvi ii thru 2-lxviii............. Revision 18 Pages2.6.7.l-l thru 2.6.7.1-17.... Revision 18 Page 2-1........................................ Revision 18 Pages 2.6.7.2-1 thru 2.6.7.2-19..... Revision 18 Pages2.l.l-l thru2. l.l-4............. Revision 18 Pages 2.6.7.3-1 thru 2.6.7.3-11..... Revision 18 Page 2. 1.1 -5............................... Revision 170 Pages 2.6.7.4-1 thru 2.6.7.4-59..... Revision 18 Pages 2. 1.2-1 thru 2. 1.2-5............. Revision 18 Pages 2.6.7.5-1 thru 2.6.7.5-1 3..... Revision 18 Pages 2. 1.3-1 thru 2. 1.3-15........... Revision 18 Pages 2.6.7.6-1 thru 2.6.7.6-13..... Revision 18 Pages 2.2-1 thru 2.2-3................... Revision 18 Pages 2.6.7.7-1 thru 2.6.7.7-5....... Revision 18 Pages 2.2-4................................. Revision l 7D Pages 2.6.7.8-1 thru 2.6.7.8-4.... Revision I 7D Pages 2.2-5 thru 2.2-8................... Revision 18 Page 2.6.8-1.................................. Revision 18 Pages 2.3.1-1 thru 2.3.1-2............. Revision 18 Page 2.6.9-1.................................. Revision 18 Pages 2.3.2-1 thru 2.3.2-5............. Revision 18 Page 2.6. 10-1................................ Revision 18 Pages 2.3.3-1 thru 2.3.3-2............. Revision 18 Pages 2.6. 10.1-1 thru Pages 2.3.4-1 thru 2.3.4-3............. Revision 18 2.6. 10.1-2................................ Revision 18 Pages 2.3.5-1 thru 2.3.5-2............. Revision 18 Pages 2.6. 10.2-1 thru Pages 2.3.6-1 thru 2.3.6-5............. Revision 18 2.6.10.2-4................................ Revision 18 Page 2.3.7-1.................................. Revision 18 Pages 2.6. 10.3-1 thru 2.6. 10.3-7................................ Revision 18 I of7

NAC-STC SA R Docket No. 71-9235 June 20 18 Revision I 8D List of Effective Pages (continued)

Pages 2.6. 1 1-1 thru Pages 2.6.13.3-1 thru 2.6. 11-2.................................... Revision 18 2.6. 13.3-4................................. Revision 18 Pages 2.6. 1 I. 1-1 thru Pages 2.6.1 3.4-1 thru 2.6. 11.1 -4................................. Revision 18 2.6. 13.4-5................................. Revision 18 Pages 2.6. 1 1.2-1 thru Pages 2.6. I 3.5-1 thru 2.6. 11.2-11............................... Rev ision 18 2.6. I 3.5-2................................. Revision 18 Page 2.6. 11.3-1.............................. Revision 18 Pages 2.6. I 3.6-1 thru Pages 2.6. 12-1 thru 2.6. I 3.6-2................................. Revision 18 2.6. 12-5.................................... Rev ision 18 Pages 2.6.1 3.7-1 thru Page 2.6. 12. 1-1.............................. Rev ision 18 2.6. 13.7-2................................. Revision 18 Pages 2.6.1 2.2-1 thru Page 2.6. 13.8-1.............................. Revision 18 2.6. 12.2-5................................. Rev ision 18 Page 2.6.1 3.9-1.............................. Revision 18 Pages 2.6. 12.3-1 thru Page 2.6.13.10-1............................ Revision 18 2.6. 12.3-7................................. Revision 18 Pages 2.6.1 3. 11-1 thru Pages 2.6. 12.4-1 thru 2.6.13. 11-3............................... Revision 18 2.6. 12.4-3................................. Rev ision 18 Pages 2.6. 13. 12-1 thru Pages 2.6.1 2.5-1 thru 2.6. 13.1 2-2............................... Revision 18 2.6. 12.5-3................................. Revision 18 Pages 2.6. 14-1 thru Pages 2.6. 12.6-l th ru 2.6. I 4-8.................................... Revision 18 2.6. 12.6-2................................. Rev ision 18 Pages 2.6.14.1-1 thru Pages 2.6. 12.7-1 thru 2.6. I 4. 1-2................................. Revision 18 2.6. 12.7-22............................... Rev ision 18 Pages 2.6. I 4.2-1 thru Pages 2.6. 12.8-1 thru 2.6.1 4.2-1 6............................... Revision 18 2.6.1 2.8-2................................. Revision 18 Pages 2.6. 14.3-1 thru Pages 2.6. 12.9-1 thru 2.6. I 4.3-3................................. Revision 18 2.6. 12.9-11............................... Revision 18 Pages 2.6. 14.4-1 thru Page 2.6. 12. 10-1............................ Rev ision 18 2.6.14.4-4................................. Rev ision 18 Page 2.6.1 2. 11-1............................ Rev ision 18 Pages 2.6. I 4.5-1 thru Page 2.6.1 2.1 2-1............................ Rev ision 18 2.6. 14.5-3................................. Revision 18 Pages 2.6.1 2. 13-1 thru Page 2.6. 14.6-1.............................. Revision 18 2.6.1 2. 13-4............................... Rev ision 18 Pages 2.6.1 4.7-1 thru Pages 2.6. 13-1 thru 2.6. 14.7-1 4............................... Revision 18 2.6. 13-3.................................... Revision 18 Pages 2.6. 14.8-1 thru Pages 2.6.1 3. 1-1 thru 2.6. 14.8-6................................. Revision 18 2.6.13.1-2................................. Rev ision 18 Page 2.6. I 4.9-l.............................. Revision 18 Pages 2.6. 13.2-1 thru Page 2.6. I 4.10-1............................ Revision 18 2.6. 13.2-7................................. Revision 18 2 of7

NAC-STC SAR Docket o. 71 -9235 June2018 Revision l 8D List of Effective Pages (continued)

Pages 2.6.14.1 1-1 thru Pages 2.6. 16.6-1 thru 2.6.14. 11 -5.............................. Rev ision 18 2.6.16.6-3................................ Revision 18 Pages 2.6.14.12-1 thru Pages 2.6. 16.7-1 thru 2.6. 14. 12-5.............................. Rev ision 18 2.6.16.7-1 2.............................. Revision 18 Page 2.6.15-1................................ Revision 18 Pages 2.6. 16.8-1 thru Pages 2.6.15.1-1 thru 2.6.16.8-7................................ Revision 18 2.6. 15. 1-2................................ Rev ision 18 Page 2.6.1 6.9-1............................. Revision 18 Pages 2.6.15.2-1 thru Page 2.6. 16.10-1........................... Revision 18 2.6. 15.2-7................................ Revision 18 Pages 2.6. 16. l 1-1 thru Pages 2.6.1 5.3-1 thru 2.6. 16. 11-4.............................. Revision 18 2.6.15.3-4................................ Revision 18 Pages 2.6. 16.12-1 thru Pages 2.6. 15.4-1 thru 2.6. 16. 12-2.............................. Revision 18 2.6. 15.4-4................................ Revision 18 Pages 2.6. 16.13-1 thru Page 2.6. 15.5-1............................. Revision 18 2.6. 16. 13-2.............................. Revision 18 Pages 2.6.15.6-1 thru Page 2.6. 16. 14-1........................... Revision 18 2.6. I 5.6-3................................ Rev ision 18 Pages2.6.17-l thru Page 2.6. 15.7-1............................. Revision 18 2.6. 17-1 3................................. Rev ision 18 Page 2.6.1 5.8-1............................. Rev ision 18 Pages 2.6. 1 8-1 thru Page 2.6. 15.9-1............................. Rev ision 18 2.6.18-6................................... Rev ision 18 Page 2.6.15. 10- 1........................... Revision 18 Pages 2.6. 19-1 thru Pages 2.6. 15.1 1-1 thru 2.6. 19-23................................. Revision 18 2.6. 15.11-3.............................. Rev ision 18 Pages 2.6.20-1 thru Pages 2.6. 15. 12-1 thru 2.6.20-20................................. Revision 18 2.6. 15.12-2.............................. Revision 18 Pages 2.6.2 1-1 thru Pages 2.6. 16-1 thru 2.6.2 1.-2.................................. Revision 18 2.6.1 6-6................................... Revision 18 Pages 2.7-1 thru 2.7-2................... Revision 18 Pages 2.6. 16.1-1 thru Page 2.7.1-1 thru 2.7.1-2............... Revision 18 2.6. 16.1-2................................ Revision 18 Pages2.7.l.l-1 thru Pages 2.6. 16.2-1 thru 2.7. 1.1-1 5................................ Revision 18 2.6.1 6.2-11.............................. Revision 18 Pages2.7.l.2-l thru Pages 2.6. 16.3-1 thru 2.7.1.2-15................................ Revision 18 2.6. 16.3-3................................ Rev ision 18 Pages 2.7.l.3-l thru Pages 2.6. 16.4-1 thru 2.7. 1.3-9.................................. Revision 18 2.6. 16.4-3................................ Revision 18 Pages 2.7.1.4-1 thru Pages 2.6. 16.5-1 thru 2.7. 1.4-11................................ Revision 18 2.6.1 5.5-3................................ Revision 18 Pages 2.7. 1.5-1 thru 2.7.1.5-3.................................. Revision 18 3 of 7

NAC-STC SAR Docket No. 71-9235 June 20 18 Revision 180 List of Effective Pages (continued)

Pages 2.7. 1.6-1 thru Pages 2.7.13.2-1 thru 2.7. 1.6-16................................. Revision 18 2.7. 13.2-2................................. Revision 18 Page 2.7.2-1................................... Revision 18 Pages 2.7. 13.3-1 thru Pages 2.7.2.1-1 thru 2.7.13.3-4................................. Revision 18

2. 7.2. 1-5................................... Revision 18 Pages2.7. 13.4-I thru Pages 2.7.2.2-1 thru 2.7. 13.4-8................................. Revision 18 2.7.2.2-9................................... Revision 18 Pages 2.7.1 3.5-1 thru Pages 2.7.2.3-1 thru 2.7. 13.5-2................................. Revision 18 2.7.2.3-6................................... Rev ision 18 Pages 2.7.14-1 thru Pages 2.7.2.4-1 thru 2.7.14-13.................................. Revision 18 2.7.2.4-7................................... Revision 18 Pages 2.7.15-1 thru Page 2.7.2.5-1................................ Rev ision 18 2.7.15-16.................................. Revision 18 Page 2.7.2.6-1................................ Rev ision 18 Page 2.8-1...................................... Revision I 8 Page2.7.3. I-I................................ Rev ision 18 Pages 2.9-1 thru 2.9-11.................. Revision 18 Pages 2.7.3.2-1 thru 2.7.3.2-5........ Revision 18 Pages 2. 10.1-1 thru 2. 10.1-4.......... Revision 18 Pages 2.7.3.3-1 thru 2.7.3.3-3........ Rev ision 18 Pages 2.10.2-1 thru 2.10.2-93........ Revision I 8 Pages 2.7.3.4-1 thru 2.7.3.4-2........ Revision 18 Pages 2. 10.3-1 thru 2.10.3-7.......... Revision 18 Page2.7.3.5-I................................ Revision 18 Pages2. I0.4-I thru Page 2.7.3.6-1................................ Revision 18 Page 2.7.4-1................................... Rev ision 18 Page 2.7.5-1................................... Revision 18 Page 2.7.6-1................................... Rev ision 18 Pages 2.7.7-1 thru 2.7.7-4.............. Revision 18 Pages 2.7.8-1 thru 2.7.8-4.............. Rev ision 18 Pages 2.7.8. 1-1 thru 2.7.8.1-43...... Revision 18 Pages 2.7.8.2-1 thru 2.7.8.2-2........ Revision 18 Pages 2.7.8.3-1 thru 2.7.8.3-13...... Revision 18 Pages 2.7.8.4-1 thru 2.7.8.4-10...... Revision 18 Page 2.7.8.5-1................................ Revision 18 Pages 2.7.9-1 thru 2.7.9-40............ Revision 18 Pages2.7.IO-I thru2.7.I0-12........ Revision 18 Pages 2.7. 11-1 thru 2.7.11-16........ Revision 18 Pages2.7.12-I thru 2.7.12-IO........ Revision 18 Pages 2.7.1 3-1 thru 2.7. 13-4.......... Revision 18 Pages 2.7. 13.1-1 thru 2.7. 13.1-18............................... Revision 18 2.10.4-288................................ Revision 18 Pages 2. 10.5-1 thru 2. 10.5-22........ Rev ision 18 Pages 2. 10.6-1 thru 2. 10.6.-36....... Revision 18 13 drawings in Sections 2.10.6.6 and 2. J 0.6. 7 Pages 2.10.6-37 thru

2. 10.6-88.................................. Revision 18 Pages 2. 10.7-1 thru 2. 10.7-26........ Revision 18 Pages 2. 10.8-1 thru 2. 10.8-24........ Revision 18 Pages 2.10.9-1 thru 2. 10.9-1 1........ Revision 18 Pages 2. 10. I 0-J thru 2.10. 10-11................................ Revision 18 Pages2.10.11-I thru 2.10.11-8.................................. Revision 18 Pages 2. 10.12-1 thru

2. 10.1 2-3 1................................ Revision 18 4 of 7

AC-STC SAR Docket No. 71-9235 June20 18 Revision 180 List of Effective Pages (continued) 4 drawings in Section 2. 10.12 Chapter 3 Pages 2. 11.1-1 thru 2. 11.1-2......... Rev ision 18 Pages 2. 11.2-l thru 2. 11.2-2......... Revision 18 Pages 3-i thru 3-viii....................... Revision 18 Page 2. 11.3-l................................ Rev ision 18 Pages 3. 1-l thru 3. 1-1 2................. Revision 18 Page 2. 11.4-1................................ Rev ision 18 Pages 3.2-1 thru 3.2-1 4................. Revision 18 Page 2. 11.5-1................................ Rev ision 18 Page 3.3-1..................................... Revision 18 Pages 2. 11.6-1 thru 2. 11.6-6......... Revision 18 Page 3.3-2.................................. Revision I 7D Page 2. 11.6.12-1 thru Pages 3.3-3 thru 3.3-6................... Revision 18

2. 11.6. 12-62............................ Revision 18 Pages 3.4-1 thru 3.4-6................... Rev ision 18 Pages 2.11.6.1 3-1 thru Pages 3.4-7 thru 3.4-16.............. Revision 170

2. 11.6.1 3-35............................ Revision 18 Pages 3.4-17 thru 3.4-89............... Revision 18 Pages 2. 11.6. 14-1 thru Pages 3.5-1 thru 3.5-16................. Revision 18

2. 1 1.6. 14-10............................ Revision 18 Page 3.6-1..................................... Revision 18 Page 2.1 1.6.15-1........................... Revision 18 Pages 3.6.1-1 thru 3.6.1-4............. Rev ision 18 Pages2. 11.7-1 thru 2.11.7-8......... Rev ision 18 Pages 3.6.2-1 thru 3.6.2-3............. Rev ision 18 Pages 2.1 1.7.8-1 thru Pages 3.6.3-1 thru 3.6.3-3............. Rev ision 18

2. 11.7.8-34.............................. Revision 18 Pages 3.6.4-1 thru 3.6.4-24........... Revision 18 Pages 2. 11.7.9-1 thru Pages 3.6.5-1 thru 3.6.5-3............. Revision 18

2. 11.7.9-14.............................. Revision 18 Page 3.7-1..................................... Revision 18 Pages 2. 11.7.10-1 thru Pages3.7.I-I thru3.7.1-3............. Revision 18 2.11.7.10-5.............................. Revision 18 Pages 3.7.2-1 thru 3.7.2-2............. Revision 18 Page 2. 11.8-1................................ Revision I 8 Pages 3.7.3-1 thru 3.7.3-2............. Revision 18 Pages 2. 11.9-1 thru 2. 11.9-10....... Rev ision 18 Pages 3.7.4-1 thru 3.7.4-9............. Revision 18 Page 2. 12.1-1................................ Revision I 8 Page 3.7.5-1 thru 3.7.5-2............... Revision 18 Pages 2. 12.2-1 thru 2. 12.2-2......... Revision 18 Page 3.8-1..................................... Revision 18 Page 2.1 2.3-1................................ Revision 18 Pages3.8. 1-I thru3.8.l-4............. Revision 18 Page 2. 12.4-1................................ Revision 18 Pages 3.8.2-1 thru 3.8.2-3............. Revision 18 Page 2. 12.5-1................................ Revision 18 Page 3.8.3-1.................................. Revision 18 Page 2. 12.6-1 thru 2. 12.6-29......... Revision 18 Page 3.8.3-2............................... Rev ision I 7D Page 2. 13.1-1................................ Revision 18 Page 3.8.3-3.................................. Revision 18 Page 2.13.2-1................................ Revision 18 Pages 3.8.4-1 thru 3.8.4-3............. Revision 18 Page 2. 13.2-2............................. Rev ision 170 Pages 3.8.4-4 thru 3.8.4-5.......... Revision 170 Page 2. 13.3-1................................ Revision 18 Pages 3.8.4-6 thru 3.8.4-17........... Revision 18 Page 2. 13.4-1................................ Revision 18 Pages 3.8.5-1 thru 3.8.5-2.......... Revision 170 Page 2.1 3.5-1................................ Revision 18 Page 3.8.6-1.................................. Rev ision 18 Pages 2. 13.6-1 thru 2. 13.6-62....... Rev ision 18 5 of 7

NAC-STC SAR Docket No. 71-9235 June2018 Revision 180 List of Effective Pages (continued)

Chapter 4 Pages 5.6.6-1 thru 5.6.6-57............ Revision 18 Page 5.7-1...................................... Revision 18 Page 4-i....................................... Revision I 8D Pages 5.7. 1-1 thru 5.7.1-5.............. Revision 18 Pages 4-ii thru 4-iii........................ Revision 18 Pages 5.7.2-1 thru 5.7.2-5.............. Revision 18 Pages4.1-1 thru4.l-10.................. Revision 18 Pages 5.7.3-1 thru 5.7.3-10............ Revision 18 Pages 4.2-1 thru 4.2-1 8.................. Revision 18 Pages 5.7.4-J thru 5.7.4-14............ Revision 18 Pages 4.3-1 thru 4.3-4.................... Revision 18 Page 5.7.5-1................................... Revision 18 Page 4.4-1...................................... Revision 18 Pages 5.7.6-1 thru 5.7.6-22............ Revision 18 Pages 4.5-1 thru 4.5-13.................. Revision 18 Page 5.8-1................................... Revision 170 Page4.5-14................................. Revision 180 Page 5.8.1-1................................ Revision 170 Pages 4.5-15 thru 4.5-19................ Revision 18 Pages 5.8. 1 -2 thru 5.8.1-3.............. Revision 18 Pages 4.5-20 thru 4.5-38............. Revision I 8D Pages 5.8. 1-4 thru 5.8. 1-9........... Revision 170 Pages 4.6-1 thru 4.6-2.................... Revision 18 Page 5.8.2-1................................... Revision 18 Pages 4.7-1 thru 4.7-3.................... Revision 18 Pages 5.8.2-2 thru 5.8.2-4........... Revision I 7D Pages 5.8.2-5 thru 5.8.2-7.............. Revision 18 Chapter 5 Page 5.8.2-8................................ Revision l 7D Pages 5.8.2-1 thru 5.8.2-7.............. Revision 18 Page 5-i thru 5-ii............................ Revision 18 Pages 5.8.3-1 thru 5.8.3-6.............. Revision 18 Page 5-i ii..................................... Revision I 7D Pages 5.8.4-1 thru 5.8.4-2.............. Revision 18 Page 5-iv thru 5-ix......................... Revision 18 Page 5.8.4-3................................ Revision 170 Page 5-x thru 5-xii...................... Revision I 7D Pages 5.8.5-1 thru 5.8.5-3........... Revision l 7D Page 5-xiii thru 5-xvi i.................... Revision 18 Pages 5.8.6-1 thru 5.8.6-5........... Revision I 7D Page 5-xv iii thru 5-xx................. Revision I 7D Pages 5.8.7-1 thru 5.8.7-10......... Revision I 7D Pages 5-1....................................... Rev ision 18 Pages 5.8.8-1 thru 5.8.8-6........... Revision 170 Pages 5-2.................................... Revision I 7D Page 5.8.9-1................................ Revision 170 Pages 5-3 thru 5-4.......................... Revision 18 Pages 5.8.9-2 thru 5.8.9-26............ Revision 18 Pages 5. 1-1 thru 5. 1-30.................. Revision 18 Pages 5.9-1 thru 5.9-5................. Revision l7D Pages 5.2-1 thru 5.2-40.................. Revision 18 Pages 5.3-1 thru 5.3-33.................. Revision 18 Chapter 6 Pages 5.4-1 thru 5.4-4 1.................. Rev is ion I 8 Pages 5.5-1 thru 5.5-6 1.................. Revision 18 Pages 6-i thru 6-ix......................... Revision 18 Page 5.6-1...................................... Revision 18 Pages 6.1-1 thru 6.1-6.................... Revision 18 Pages 5.6. 1-1 thru 5.6. 1-9.............. Revision 18 Pages 6.2-1 thru 6.2-11.................. Revision 18 Pages 5.6.2-1 thru 5.6.2-20............ Revision 18 Pages 6.3-1 thru 6.3-1 O.................. Revision 18 Pages 5.6.3-1 thru 5.6.3-13............ Revision 18 Pages 6.4-1 thru 6.4-2.................... Revision 18 Pages 5.6.4-1 thru 5.6.4-34............ Revision 18 Page 6.4.1-J................................... Revision 18 Page 5.6.5-1................................... Revision 18 Pages 6.4.2-1 thru 6.4.2-1 I............ Revision 18 6 of 7

NAC-STC SAR Docket

o. 71-9235 List of Effective Pages ( continued)

June 20 18 Revision 180 Pages 6.4.3-1 thru 6.4.3-29........... Revision 18 Page 8.3-1..................................... Revision 18 Pages 6.4.4-1 thru 6.4.4-30........... Rev ision 18 Pages 8.4-1 thru 8.4-9................... Revision 18 Pages 6.5-1 thru 6.5-2................... Revision I 8 Pages 6.5. 1-1 thru 6.5.1-2 1........... Revision 18 Pages 6.5.2-1 thru 6.5.2-20........... Rev ision 18 Chapter 9 Pages 6.6-1 thru 6.6-2................... Revision 18 Pages 6.7-1 thru 6.7-333............... Rev ision 18 Page 9-i......................................... Revision 18 Page 6.8-1..................................... Revision 18 Pages 9-1 thru 9-12....................... Revision 18 Pages 6.8.1-1 thru 6.8.1-6............. Revision 18 Page 9-13................................... Revision l 7D Pages 6.8.2-1 thru 6.8.2-2............. Revision 18 Pages 6.8.3-1 thru 6.8.3-20........... Revision 18 Pages 6.8.4-1 thru 6.8.4-34........... Revision 18 Pages 6.8.5-1 thru 6.8.5-34........... Rev ision 18 Page 6.8.6-1.................................. Revision 18 Pages 6.8.7-1 thru 6.8.7-27........... Rev ision 18 Page 6.9-1..................................... Rev ision 18 Page 6.9. 1-1.................................. Rev ision 18 Page 6.9.2-1.................................. Revision 18 Chapter 7 Pages 7-i thru 7-i i....................... Revision 170 Page 7-1 thru 7-2........................... Rev ision 18 Page 7-3..................................... Rev ision 170 Pages 7. 1-1 thru 7.1-18.............. Revision 170 Pages 7.2-1 thru 7.2-6................ Revision 170 Pages 7.3-1 thru 7.3-1 I.............. Revision 170 Pages 7.4-1 thru 7.4-11................. Rev ision 18 Page 7.5-1..................................... Rev ision 18 Pages 7.6-1 thru 7.6-6................... Revision 18 Chapter 8 Page 8-i thru 8-ii........................... Rev ision 18 Page 8-1........................................ Revision 18 Pages 8. 1-1 thru 8. 1-38................. Rev ision 18 Pages 8.2-1 thru 8.2-8................... Rev ision 18 7 of 7

THISPAGEINTENTIONALLYLEFTBLANK

NAC-STC SAR Docket No. 71-9235 Table of Contents June2018 Revision l 8D 4.0 CONTAINMENT........................................................................................................ 4.1-I 4.1 Contain1nent Boundary................................................................................................. 4.1-1 4.1.1 Containment Vessel.......................................................................................... 4.1-2 4.1.2 Containment Penetrations................................................................................. 4.1-2 4.1.3 Seals and Welds................................................................................................ 4.1-2 4.1.4 Closure.............................................................................................................. 4.1 -4 4.2 Containment Requirements fo r Normal Conditions of Transport................................ 4.2-1 4.2.1 Containment of Radioactive Material............................................................... 4.2-3 4.2.2 Pressurization of Containment Vessel.............................................................. 4.2-3 4.2.3 Containment Criterion for Normal Conditions of Transport............................ 4.2-6 4.3 Containment Requirements for Hypothetical Acc ident Conditions............................. 4.3 -1 4.3. 1 Fission Gas Products......................................................................................... 4.3 -1 4.3.2 Containment of Rad ioactive Material............................................................... 4.3-2 4.3.3 Calcu lation of Allowable Leak Rate for Directly Loaded Fuel With Viton 0-rings........................................................................................... 4.3-2 4.3.4 Containment Criterion for Acc ident Cond itions............................................... 4.3-3 4.4 Special Requiren1ents.................................................................................................... 4.4-1 4.5 Append ix....................................................................................................................... 4.5 -1 4.5.1 Metallic 0-rings................................................................................................ 4.5-1 4.5.2 Blended Polytetrafluoroethylene (PTFE) 0-rings.......................................... 4.5-14 4.5.3 Expansion Foa1n.............................................................................................. 4.5-23 4.5.4 Fiberfrax Ceramic Fiber Paper........................................................................ 4.5-26 4.5.5 Viton 0-rings.................................................................................................. 4.5-32 4.5.6 Sample SAS2H Input Fi le............................................................................... 4.5-37 4-i

NAC-STC SAR Docket No. 71 -9235 Table of Contents (continued)

March 20 17 Revision 18 4.6 Containment - STC-LACB WR.................................................................................... 4.6-1 4.6. 1 Containment Boundary - STC-LACBWR....................................................... 4.6-1 4.6.2 Containment Requi rements for Normal Conditions of Transport - STC-LACBWR............................................................................. 4.6-1 4.6.2. 1 Canister and Cask Pressurization Due to LACBWR Fuel................. 4.6-1 4.6.3 Containment Requirements for Hypothetical Accident Conditions of Transport - STC-LACBWR..................................................... 4.6-2 4.7 Containment - STC-WVDP......................................................................................... 4.7-1 4.7.1 Containment Boundary - STC-WVDP............................................................. 4.7-1 4.7.2 HL W Overpack and Cask Pressurization......................................................... 4.7-1 4-ii

NAC-STC SAR Docket No. 71-9235 March 20 17 Revision 18 How to Specify 0-Rings DeoOIH Metallic 0-Rlng I

lubing 00

• , I Wall Thlckneu

{Thirty-S.COnc!s) [

(Thousand1hs)

I II B 1111-11 B II II

---

*-----~

t Materials I -Alloy 718 7 -Stainles5 2-Slainless

&eel 304 Steel 321 6-Suuniess 3-Aluminum S!eel 316 4-Copper Q-Sla1t11ea 5-Allo,,600 S1ffl347 6-Allot )H50 X-AsSi:iecified E.un,Jlle:

U2312.C3625SEA Tt-,e abDW Hamp... U2312-03625SEA, tndlCIIH a type 321 alalnleu atNI O..fli119, %1" /2.3! mm) lube aru.. 012 CD.30 mm) wall ttuck,-s, J.62S' (92.0II mm) OC, ulf..-.rglz.a (IC} and.001-.002" (0,03/0.05 mm),11..., eo&II~.

Metelllc ~ing OD (lnchn) CThouaandth1)

Typ.

SE-S.lf-energiz11d onlO PF-Prenure filled NF>-Not Mlf-energized, not pressure filled SO-Self-energiad onOO SX-S.lf~ne rgized uspec.

Coetfftp A-Silver

.00, /.002 C0.03/0.051

~ne B-Sllver

_OrJ'l/.00310.05/0,08)

P-Lead

.001 /.002 CO.DJ/0.051 0-Teflon*.001 /.003 (0.03/ 0.08)

Fl-Indium.001/.00210.03/0.0S)

E-Telicn.003/.004 (0.08/0.10)

T-Nlckel

.0011.002 10.03/0.05)

L-Copper _001 /.002 (0,03/0.05)

V-Gold

.0005/.001 (0.0210.03)

X-Aa Specified Fluorocarbon Metallic C-Rings Fluorocarnon Metal~c c-Rings (Clesignated MCA) are aesigneo fer static sealing on machinery or ec:iuipmenl and an, available tor in1ema1 pressu~. external pressure. or axial pmsure ID/OD 11pplicalions. Because c-R,ngs are designed wilh an open side on the preuure side of the insta11a1,on. ttlll _, is M!l~nergizing. Fluorocart>on C-Aings ere ottered in round or irregular shepes in II broad range ol llizes from.126"'

(3.2 mm) OD x.D32" (0,81 mm) tr,ie neight to over 300 (7620 mm) 00 x 2 (50,80 mm) lrM neignl. They are available in a wide variely cf metal alloys and metallic er Teflon coa1in115.

Sealing applica1ion temperature range is from cryogenic to 3.000- F. (1650" C.J; pressure tolerances are from 10""' torr to 100,000 psi (6.804 atmJ. Where customer requirements are large. the C-Ring provides the lowest unit price ot any high performance seal on lhe market.

@Helimflex Components Division Telephane (803) 783-1 880 P.O. Box 9889 FAX (803) 78.3-4279 Columbia. South Carolina 29290 4.5-13

NAC-STC SA R Docket

o. 71-9235 4.5.2 Blended Polytetrafluoroethylene (PTFE) 0-rings June201 8 Revision 180 This section contains applicable technical data fro m a typical manufacturer of blended polytetraflu oroethylene (PTFE) 0-rings. The PTFE 0 -rings used in the N AC-STC port covers are manufactured from virgin (unreprocessed) polytetrafluoroethylene base material filled with plastic.

One product that satisfi es the design requirements is the Fluoroloy K 0-ring manufactured by the Furon Company, which has an operating temperature range of -450°F to

+650°F. NAC has completed supplemental 0-ring testing and has determined that the operating range of the PTFE 0-rings can be extended to 735 °F. A description of tests performed and the results are contained in Certified Test Report D9-3362-1, Applied Technical Services, Inc.,

February 8, 1989. Another product that satisfies the design requirements is Parker Compound YM835-75 or VM 125-75. The compound 's recommended operating temperature range is -40°F to 400 °F.

4.5 -1 4

NAC-STC SAR Docket No. 71-9235 Orill!~ P~ieail ProoNtiM (Z1) H.Ydness, Shen A. pis.

Tensile Strength. PSI Ap))

(Z2) Ultima ~

lZ3) Specif,c Gravfy Fluid ~Cl! (~c Requi~11'10'nl)

IRM 903. 70 In O 302°F V~Change.

(Al-10) Ho.it~

70 hrs. fl 482°F HarttlHs~~

T fflSlle S~ Change.

~Bonga&,,,~- "ii, (B38) Comp,ttsion S.t (Pfiod) 22 hrs. fl 392°F Perne<ll d Origil'IJI 0./leccoo. M:uc (E078) Auid 1!6isunc..

S..viOI! Fluid 101. 70 IYs fl 392"F

~s Change. pts.

T eosile Sue<¢ Ch.Y>Qe. %

l..llinuie Elongaton ~

Vol..-ne~

IZ4l Low r....,.,~ RKisbnOI!

TR-10, ~t>n 'F. C REPORT DATA TKI M@thod ASTMD22~

ASTM0412 ASTI,I 0412 ASTIAW7 ASTIA0471 ASTMD573 ASTM 0005 Method B ASTIA.047 ASTMD132Q SpK Limits 75+/-5 1450 (10) 12!i t.03

+10

+10

-2.5

.2.5

-15 to +5

-40

-20 Oto+15

• ~

THt R..sults 78

~g 215 1.8

+2

+3

-22

+3 13

-8

-6

-1

+11

-22 (-30}

March 20 17 Revision 18 "Purchaser use only. Reproduce only in full. Data pertains to items referenced only."

"The recording of raise, fictitious, or fruaudulent statements or entries in this report may be punishable as a felony under federal law."

2 of 2 4.5 -1 9 Pm..,DM>io<,

2360 P>"""'bo twm Le ' gt°""Ky <l0509 (SS9J 26~l.351

NAC-STC SAR Docket No. 71-9235 June2018 Revision 180 Parker COMPOUND DATA SHEET Parker 0 -Ring Division, North America MATERIAL REPORT Report Number: 118370 10/1 1/2013

Title:

Evaluation of Parker Compound Elastomer Type:

Fluorocarbon (FKM) VM125-75

Purpose:

To obtain typical test data.

Specification:

ASTM D2000 M4HK714 A1 -10 838 EF31 E078 F17 Z1 Z2 Z3 Z4 Z1 = 75 +/- 5 durometer Z2. = Elongation min, 125%

Z3 = Specific Gravity 24 = TR-10 Black Recommended Temperature Range:

-40°F to 400°F Recommended For:

Mineral oil and grease, IRM 901, IRM 902, IRM 903, nonflammable hydraulic fluids, silicone oils and greases, aliphatic hydrocarbons (propane. butane, natural gas), aromatic hydrocarbons (benzene, toluene), chlorinated hydrocarbons (trichloroethylene and carbon tetrachloride), gasoline. high vacuum, ozone, weather, and aging resistance Not Recommended For:

Additional Approvals:

Glycol based brake fluids, ammonia gas. amines. alkalis, superheated steam, and low molecular weight organic acids (formic and acetic acids)

AMS-R-83485

'Ptrch.ser ~* orly. Reproduce only ;, ful. Dabi perlains to items re.fef"enced orly.

The recotoing d filll:;e, fictitious, or fraudr.dent r;t;,Jemenb or entne.s in this ~

nwy be puri::hable as a felony under federal law.*

4.5-20 Page 1 of3

NAC-STC SAR June20 18 Docket No. 7 1-9235 Revision I 8D REPORT DATA Origi~ Ph~ Prooemes Test Method Sp,ecUmits Results (Z1) Hardness. Shore A. pts.

ASTM02240 75 :t5 73 Tensile Strength. PSI p.l)

ASTI.!Di12 2031 (14) 230 (22) U :im3.te Bonga *on. %

ASTMD412 25 280 (Z3) Specific Gl'3vity ASTI.I 0207

.76:1:0.02

,.n (A1-10) HHt ~

70 hrs. ft 482°F (250°C)

H.lniness Olange. pts.

ASTM 0573

+10

-2 Tensile Strength Change,%

-25

-13 Uttimaie Elo~tion C~nge. %

-25

-6 COff¥Hslon Set (Plied) 22 hrs. ft 34r F (175"CI Percent d Original Delle<:tion. Mn ASTM D3r.5 Method 8 35 10 (B381 Compression Set (Plied) 22 hrs. ft 392°F 1200*q Percent d Original Delleaion. M3x ASTM D3ll6 Method B 50 12 Fluid imn-sion IRM 903, 70 hrs. ft 302°F (150' Q Vol~ Change. %

ASTMD471

+10 0

(EF31) FIUkl RMis~

Fuel C 70 hrs ft 7J*F (23"C}

Hatdness Ch..lnge, pts.

ASTMDHI

I: 5

-5 Tensile Strength Change,%

-25

-18 Ultim.:l!e Elongation Change.%

-20

+5 Volume Change, %

Oto 10

+5 (E078) Fluid Resisbnce s~ Fluid 101, 70 hrs ft 392°F H.irdness Oiange, pts.

ASThl D-17 1

-1.5 to +5

.5 Tensile Strength Change. %

-40

-14 Page 2 of 3 4.5-2 1

NAC-STC SAR June 20 18 Docket No. 71-9235 Revision I 8D

• Ultirrote 8ong3tioo Ch.v,ge. "4

-20

+10 Volume Ch.lnoe. %

Oto + 5

+10 jF1Z} Low T~,.

Britt~s NonbriUle after 3 min

-40' C ASTM02 137 Pass P;iss Low Temoenlwe (ZA) TR-10, ' C ASTh 01320 Report

.:zg Page3of3 4.5-22

NAC-STC SAR Docket No. 71-9235 4.5.3 Expansion Foam June20 I8 Revision I 8D This section contains the manufacturer's techn ical bulletin for the material used to allow for the expansion of the neutron shield as the cask heats up.

4.5-23

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NAC-STC SAR Docket No. 71-9235 4.5.4 Fiberfrax Ceramic Fiber Paper June 2018 Revision 18D This section conta ins the manufacturer's technical data fo r the material used to preclude a lead melt duri ng fabricatio n welding or a fire accident.

4.5-26

NAC-STC SAR Docket No. 7 1-9235 Fiberfrax Ceramic Fiber Paper Introduction The Fiberirax-" ceramic fiber paper product line is a unique family of products which is manufactured by forming alummo-silicate fibers in a nonwoven matnx. The ceram,c fibers are ran-domly orientated during manufacture. then held in place with a latex binder system. A spcciahzeo paper-making process 1s sl1Jlist1cally controlleo to form uniform. lightv,e1ght, flexible sheets.

Unifrax Corporation has been producing Fiberirax papers for over 25 years and 1s the largest ceramic fiber producer worldwide with in-house paper -making capa b1hl1es.

By blending differanl fibers. binders. and additives while varying tt1e manufacturing prncess. Unitrax Corporat,on now produces a vanety of Fiberirax paper prodt1cts for a wide range of applications.

Fiberirax papers exhibit excellent chemical stability, resi slir.g allack from most corrosive agents. Exceptions are hydrofluoric.

phosphoric acids and concentrated alkalies. If Fiberirax papers are wet by water or steam. all lhermal and physical properties are completely restored upon drying. No waler of hydration 1s present in most Fiberirax paper grades. Fibertrax papers have good dielectric strengths.

Fiberfrax papers. with the exception of the inorganic senes.

will generate small amounts of smoke and trace element out-gassing during the initial exposure lo temperatures above 450"F.

Product Line Advantages Fiberirax ceramic fiber papers offer our customers many unique problem-solving advantages which include:

High-temperature stability low thermal conductivity Low heat storage Weight reduction Resiliency Thermal shock resistance High heat reflectance Good dielectnc slrenglh Excellent co,rosion resistance Easy to wrap, shape, orcul Ease of fabrication General Uses of Fiberfrax Papers Fiberlrax papers are used to solve a wide variety of heat-rclatco probfems. and are used as:

Highly efficient refractory backup Dependable rire protection Tt1ermal insulation Hol gas filtration media Molten metal splash and spark protection H1gh-lemperaturc gasket. separator. or par 11ng agent Typical Markets/Application s June 20 18 Revision I 8D Based on the uses listed in Ille preceding text, Fiberfrax papers solve a range of application problems int e industries hsted t>elow:

Aerospace Heat shields Nose cone ablative shields Igniter line protection Oxygen generators Appliance Seif*clean1ng ovens Woodburning stoves Electncal healers Mobile home appliance insulation Ceramic and Glass Ware separat0<

• Metal dad brick gaskets

• Glass lank refractory backup Petrochemical Transfer line protectior:

• Welding

• Brazing protection Automotive

• Mutner insulation

• Heat shielding Steel and Nonferrous Investment C'1St1ng mold wrapping Ladle refractory backup Thermocouple tube proleciion Heat treahng paning agent Foundry gasketing Lndle shroud wrap Rc(l;!'r IIJ the product Male rial Safety Cata Sheet (r-.lSOS),or recommencea wo, k pr2 c:t1ces and 01her p<0duc1 salery 1nlormat*on 4.5-27

NAC-STC SAR Docket No. 71-9235 Product Range Product Segmentation Fiberfrax ceramic fiber papers are differentiated by thickness, dens1tv, fiber index, and chemistry. They are often segmented into three groups:

Utility grades. which indude 440 and Rollboard paper.

are the most cost-effective products in applications where performance characteristics are less critical.

Standard grades: 550,970,880. and 110 paper are used where reHability and consistency are important.

Premium grades: 882-H, 972-H, and HSA paper are used either when organicoutgassing cannot be tolerated or when thermal performance is critical.

Utility Grade 440 Paper 440 paper is a low-cost, high-strength composite paper made from a combination of ceramic fiber. inert fillers, ano reinforcing fiberglass. The fiberglass gives added strength to the 440 paper at operating temperatures between 450 and 1300"F. This product is formulated with a fire retardant smoke suppressant reducing lhe effects of lhe organic binder burnout.

Rollboard The lower density, binder chemistry. and bulk ceramic fiber grade used to manufacture Fiberfrax Rollboard paper result in a prod*

uct with lower cost, higher nexibility, and reduced smoke and odor during burnout. Rollboard paper is best suited for wrapping intricate shapes or molds and as a standarcl grade single use product In disposable applications.

Standard Grade 110 Paper 110 paper is a clay-filled, sheeted ceramic fiber paper which is denser and more rigid than other standard grade products. The rigidity is maintained even after bum out of the organic bonding agents. The good dieledric strength, compression resistance.

and die cutting Characteristics of 110 paper are advantageous in many high-temperature gasketing applications.

550 Paper 550 paper is made from unwashed high-purity ceramic fiber. Its higherdemity end binders give performance properties ideal for most refractory applications.

970Paper 970 paper is made from high-purity F 1berfrax washed fiber.

During the manutaclure of this product, a large portion of the unfiberized particles in the bulk fiber are removed prior to paper lay-up. The washing of the fiber gives great unifonmity lo tl1e papers structure while reducing weight and improving lhe thermal performance; in addition, this product Is preferred in automatic die stamping operations where unfiberized particles in the paper can lead to excessive die wear.

FormC -\\,11)

E~tcla** 11/00

~2000. \\Jrtlf*M ~

\\ l(Ot'I AJIA.,9hl\\A.e*Hf'\\,~

P'.lf'lllod in IJSA P39e 2 cl

• Prem ium Grade 880 Paper June 2018 Revision l 8D 880 paper 1s made lrom a higher alumina content, shorter.

smaller diameter fiber and laid up at higher densities. These ptoducl parameters lead to reduced shrinkage, higher slrenglh, an increased operating temperature range and better chemical resistivity. This product 1s used in applications where the service life of standard ceramic fiber papers is reduced.

HSA Paper HSA paper 1s made from high surface area (HSA) fibers lhatcon-lain a low percentage of unfiberized material. Use of this fiber results in a paper with lighter weight and eictremely tow thermal conductivity. making it the choice of the aerospace industry. II is also used when uniform pore structure and a low content of unfiberized material are required in applications such as glass contact or gas fillralion.

Inorganic Papers Fiberfrax papers are available without the organic binder system.

These products are completely free of organics and used when higher f~ed strength is required or in processes and applications where e'!en small amounts of organic burnout is unacceptable.

Two temperature grades and several thicl<nesses and widths are available.

972-H is neat treated during the manufacturing process to remove organic binders. As manufactured. 972-H paper remains soft and nexible allowing it lo confonm to most shapes or contours.

882-H has higher temperature stability and higher density tl1an 972-H Paper. The fiber geometry and product density lead to lhe maximum bum strength of an unbindered paper.

Certifications/Approvals Fiberfrax papers have been independently tested for conformance lo a wide vanety of industry standards. For example, several Fibertrax papers are listed as "Recognized Components" with Underwriters Laboratories, Inc.; conform to U.S. Coast Guard requirements for incombustible materials; and are tested in accordanco with ASTM methods. For details of existing approvals and test procedures, contact the Unifrax Application Engineering Group at 716/278-3899.

Additional Capabilities Uo.ilrax has several manufacturing capabilities which can enhance lhe pertormance of Fibertrax papers in a wide variety of apptica-lions. Utilizing precision high-speed sl~ters. Unifrax can slit paper materials down to one-inch (f') widths for installation speed and convenience. Material can be lamina led, foil faced or adhesive backed le tailor tl1e material form to specific application requ cements.

4.5-28

NAC-STC SAR Docket No. 71-9235 Fiberfrax Ceramic Fiber Papers Typical Product Properties Roll Paper Grade 440° Board Physical Properties Color Gray Off-White Temperature Grade "F 1600 2300

• c 870 1260 Recommended

• F 1300 2000 Operating Temp.

• c 704 1100 Melting Point "F

1800 3200

• c 982 1760 Compression IPSI % Deformation) 10%

5 1

25%

34 5

50%

489 32 Strength Tensile (PSI )

86 58

{as manufactured)

Burst(PSI) 45 22 (as manufactured)

Notes About Ch art 110 550 Tan White 2300 2300 1260 1260 1900 2000 1040 1100 2800 3260 1538 1793 1

4 6

26 35 167 147 102 19 248

'The 440 paper contains a r~e re1arda111 smoke suppressant.

• • The HSA 'OP' designation signifies materials made without the use of organic binders.

• -H* designation references lhe heat treating process used lo remove organics.

The recommended operating temperature of Fiberfrax insu-lation is determined by a maximum irreversible linear change criteria. not product melting point.

The test data shown are average results of tests conducted under standard procedures and are subject to variation.

Results should not be used for specification purposes.

Form C*1* 2J E:trecti.,, \\1/00 02'000. Un1f~* Col'DOt ~°"

Al F\\i~hLS RU tNt<I

,rtl'lt9<J>ft U5"

Jag* Jo/4 970 White 2300 1260 2000 1100 3260 1793 1.3 5.8 22 94 25 4.5-29 880 HSA White White 2600 2300 1427 1260 2100 2000 1150 1100 3500 3100 1927 1704 3

16 44 136 55 37 972-H 882-H White White 2300 2600 1260 1427 2000 2100 1100 1150 3260 3500 1793 1927 June 20 J 8 Revision 180 HSA-(OF)

White 2300 1260 2000 1100 3100 1704

NAC-STC SAR Docket No. 71-9235 Fiberfrax Ceramic Fiber Papers Typical Product Parameters Roll Paper Grade 44-0*

Board Physical Properties Density (pcf) 13 10 Fiber Index (% Wt) rJa 40 LOI (incl. binder) 9.5 3.0 Chemistry(% Wt)

Al,O, 32-35 47-52

SiO, 42-46 48-53

Na20,

<2

<0.5 Fe,O,

<2

"<0.5 Thickness inches.. ' (mm)

A = 'iu(0.8)

F = '/~(1.6)

X J = '/, (3.2)

X X

K = V, (6.35)

Roll Sizes (std) 25#,Mil Mill Width (std. inches}

24,48

18. 24 Availability Nonstandard widths available upon request.

Notes About Chart 110 18 n/a 8.5 45-50 40-44

<1.5

<1.1 X

X Sheet 42x48 "The 440 paper contains a fire retardant smoke suppressant.

550 12 50 65 47-52

,tB-53

<0.5

<0.5 X

X X

25#.1,~II

24. 48

The HSA "OF" designation signifies materials made without the use ol organic binders.

" 'Measured under 4 PSF.

• w designation references the heat-treating process used to remove organics.

For additional informalion about product performance or lo identify the recommended product for your application, please contact lhe UniJrax Application Eng;neenng Group at 716-278-3899.

Dala are average resutts of tests conducted under standard proce*

dures and are subject to variation. Results should riot be used for specification purposes.

• ormc-1.en

"rit,1..,, 1,10{)

t>rooo. UnJ'"I~ C?toora1tcn All~qri1s'leservNt P*;t1l<<Jlt'I VS.:1

~a;** ol

• I" ~ IH I Oala snown ar,e a.. e~s* '9"1\\tltt or 1* st1 c0010,.:ctf'tl u,,ou,;tanciar:s Cl"Otecuru ar-d are tv0i ec1 lo Yana11on. RU \\llts snov+o no1 Ce vs..o ro, scwc,r,e..1,on p,...rposu f h 1 lclio.,,,~,s J r'J?l" tef'l!dVXt<Tllt'II ?I""!~* Cc,,po,.ltet\\ F,t>e-rl..--,a 970 10 70 7.0 47-52 48-53

<0.5

<0.5 X

X X

10#, 2511. Mill

12. 24, 48 4.5-30 880 HSA 18 10 45 100 8.0 3.0 58-60 47-52 40-42 47-52

<0.3

<0.5

<0. 1

<0.05 X

X X

25#, Mill Sheets

,2. 24. 48 42x48 972-H 882-H 12 16 70 45 0.1 0.1 47-52 58-60 48-53 40-42

<0.5

<0.3

<0.5

<0.1 X

X X

X X

2511 10#,25#

12. 24

12. 24 Unifrax Corporation Corpori!le Hcaoquaners 2JS 7 YlllrrlpOOI Sueet June 2018 Revision l 8D HSAh (OF) 7 100 0.1 47-52 47-52

<0.5

<0.05 X

500sf 51 Niag.r;; Falls. Ne.v Ycrt 14305-2{1 J Telepl",<)ne: 175-218-JfJ(X)

Telefax. IJ6-ll8-19<XJ tmemei: w....wumtrax.rom fma1/* rr./0#'1¥J1fra,.ccm

AC-STC SAR Docket

o. 71-9235 K

Value*

Unifrax Heatflow Calculation 970 Paper 1.38 1.27 1.16 1.0S

/

V

.94

.83

.72

.61

.SO

.39

/

/

./

V

../""'v L--

/

/

~ ~ ~ ~ 1~ 1D 1~

1~

1~ ~

Temperature Fahrenheit Deg F Deg C K Val 200 93 00. 334 Calculated Graph Points for 970 Paper 400 600 800 1000 1200 1400 204 316 427 5 38 649 760 00. 362 00. 410 00. 480 0 0.570 00. 682 00.81 5

• Units for K V alue are Btu/hr/in/ft 2/ F 4.5-3 1 1600 811 00.9 69 June2018 Revision 180 18 00 982 01.144

AC-STC SAR Docket No. 71-9235 4.5.5 Yiton 0 -rings June20 18 Revision I 8D This appendix provides a description of the leak testing performed using the Yiton 0-rings at temperatures exceeding the manufacturer's elevated temperature lim it.

In addition, it also contains the 0-ring manufacturer's material report on the Yiton materia l.

NAC, with the aid of an independent laboratory, performed leak testing in excess of 550°F to demonstrate the capability of Viton to perform at the elevated temperature and to determine the leak rate of the alternate port cover design at the elevated temperature. It was determined that the alternate port cover 0-ring maintains its sealing capabi li ty at a temperature of 575°F after prolonged heating above 400°F. Testing was done in accordance w ith NAC Specifications. Two fixtures were put into a thermal test chamber. A ll the fittings attached to the test assemblies were checked and confirmed leaktight. The assemblies were heated in a manner that conservatively approximates the fire-transient analysis and one fi xture was held at a temperature above 550°F for more than 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br />, 37 minutes. The region inside the port cover was evacuated to below 2 psia, backfi lled with helium at O psig, evacuated and backfi lled aga in and then leak checked.

The leak test procedure emulates the testing of the 0-ring with one atmosphere of pressure acting on the 0 -ri ng during the test. The data pertinent to the test is:

Time Above 400°F Time Above 550°F Max imum Seal Temperature Test Assembly 16 Test Assembly 64 Fire-Transient

---+------------------1

- 6:32 hours

- 5:52 hours 4:37 hours

- 5:05 hours

- 4:25 hours O hours

- 575°F

- 575°F 547°F The test temperature of 550°F was selected because it approximates the max imum calculated 0-ring temperature in the fire-transient analys is. The durat ion was selected because it is the calculated duration that the 0-ring is above the manufacturer's maximum recommended 0-ring temperature of 400°F. This result in a conservati ve test due to the slower heat-up rate of the oven compared to the heat-up rate of the port cover in the fire-transient analysis.

Each test assemb ly was leak checked after the temperature test, while at a temperature of approximately 575°F. The measured leak rate for each of the assemblies was less than 4.0 x I o-8 atm-cc/sec. In conclusion, the Viton 0-rings can prov ide a leaktight seal, in accordance with ANSI N 14.5-1997, at an elevated temperature.

4.5-32

NAC-STC SAR Docket No. 71-9235 Sgp 99 03:35P Parker Seals Softwal'9 Veralon:

2.0 Customer Identification Company:

Contact:

Project Name:

Addren:

City:

Stat,:

Telophono No.:

Date/rune:

Ordering Specjfication:,

NAC International George carver 77o-447.1797 fax 9-17-1999 15:27 9/17/99 Zip Coda:

Application:

0-ring Only Compound Number:

V0835-75 Size:

Compound Information Search Parameter Material Selection Method:

Contained Madia:

Dealred Temparatunt Range High:

Low:

Selected Material Information ourometar {Shore A):

Polymer:

Temperature Normal High:

Extended High:

Normal Low:

Color:

Static Application Only:

Military Spec.:

AMS NAS Spec.:

SAE/ASTr,IJ Spec.:

Seal Sjze latormatioo Sizing Selection Method:

inPHnrm SP.IP.t-Jinn S11mrru:orv Compound Search 75 Fluorocarbon GLT - toW~P C.O...-\\f'Ov,-Jp,

.coo "F 400 °F

-4Q*F Black No MIL-R-83465 None None Known; 0-ring PIN.

Search for: 0 -ring dimensions.

4.5-33 June20 18 Rev ision 180 P.01

NAC-STC SAR Docket No. 71-9235 Sap-17-99 03 : 35P

!larker Compound Data Sheet 0-Ring Dlvlsk>n United States TITLE:

PURPOSE:

MATERIAL REPORT REPORT NUMBER: KJOS35 DATE: 10/10/89 Test of Parker Compound V0835-75 to MIL-R-83485. Type I.

To determine if V0835-75 meets MIL-R-83485, Type I.

CONCLUSION: V0835-75 meets the above specification.

4.5-34 Parker 0-Ring Division 2360 Palumbo Drive Lexington. Kentucky 40509 (606) 269-2351 June20 18 Revision 180 P.02

NAC-STC SAR Docket No. 71-9235 Sep-1 7 - 99 03 : 35P ORIGINAL Specific Gravity Hardness points TensRe Strength, psi. min.

Elongation, % min.

Temperature Retraction, 10%

(TR-10), °F. max.

AFTER AIR AGING, 70 HRS.@

75'

• s*F Compccsalo0 Set

% of original denectton, max.

AFTER AGING, 70 HRS.@ 75°F IN U -S:735 TYPE Ill Hardness Change, pis.

Tensile Strength decrease, %, max.

Elongation decrease, %, max.

Volume change. %, max.

AFTER AIR AGING, 70 HRS. @

528' :t 5'f Hardness change, pts.

Tensile Strength decrease,% max.

Elongation decrease, %, max.

Weight loss, %, max.

AFTER AIR AGING, 166 HRS@

347° i s*F COMPRESSION SET

% of original deflection, max.

18 hrs. cooling AFTER AIR AGING, 22 HRS @

392" +/- s*F. COMPRESSION SET

% of original deflection, max.

REPORT DATA Report Number: K.10835 MIL*R-83485 TYPE 1, 0-RINGS &

COMPRESSION SEALS As determined 75 t 5 1600 120

-20 25

+5 30 20 1 to 10

+5 35 10 12 25 20 4.5-35 V0835-75 ACTUAL VALUES 1.75 78 1708 160

-22 (14) 77 (*1) 1662 (*3) 165 (-8)

(+2) 78 (0) 1136 (-33) 235 (+31)

"" (-7)

• • (15)

"" (24)

(11)

June20 18 Revision 18D P. 03

NAC-STC SAR Docket

o. 71-9235 Sgp 99 03 :35P AFTER AGING, 70 HRS.

@ 347"MIL-R-83485

+/-S°F in AMS-3021 Hardness change, pis Tensile Strength decrease.%. max.

Elongation decrease.%, max.

Volume change, %

Compression set, % of original deflection. max.

18 hr. cooling MIL-R-83485 TYPE 1, O*RINGS %

COMPRESSION SEALS

• O, -15 35 20 1 to 20 10 4.5-36 VOB35-75 ACTUAL VALUES 73 1406 (-18) 171 (-5)

-- (*15)

-- 7 9

June 20 18 Revision 180 P.04

NAC-STC SAR Docket

o. 71-9235 4.5.6 Sample SAS2H Input File June2018 Revision I 8D This section provides a sample SAS2H input file employed in the containment analysis of the directly loaded I 7x 17 fue l at 60,000 MWD/MTU and 3.5 wt % 235U.

Sample File

=SAS2H PARM=(HALT09, SKI PSHIPDATA)

Class 1 - aal7b -

STC Hybrid17 (Rev 0) -

3.5 w/o U235, 60000 MWD/MTU, 5 -

16 years cool time 27GROUPNDF4 LATTI CECELL U02 1 0. 943 900 92235 3. 5 92238 96. 5 END ZIRCALLOY 2 1. 0 620 END H20 3 DEN=0. 725 1. 0 580 EN D ARBM-BORMOD 0. 725 1 1 0 0 5000 100 3 550.0E-6 580 END ZIRCALLOY 4 1. 0 580 END H20 5 DEN=0. 725 0. 9772 580 END ZIRCALLOY 5 0. 0228 580 END END COMP SQUAREPITCH 1.2598 0. 8192 1 3 0. 9500 2 0. 8360 0 END NPIN=264 FUEL=365. 760 NCYC=3 NLIB=3 PRIN=6 LIGH=5 INPL=l NUMH=24 NUMI=l MXTUBE=4 ORTU=0. 6025 SRTU=0. 5644 END POWER=lS. 5535 BURN=499. 7636 DOWN=60 END POWER=lS. 5535 BURN=499. 7636 DOWN=60 END POWER=lS. 5535 BURN=499. 7636 DOWN=l461 END FE 0. 6738 CR 0. 1900 NI 0. 1150 MN 0.0200 CO 0. 0012 END

=ORIGENS 0$$

A4 21 AS 26 AlO 51 71 E

1$$

1 lT COOLI NG 5 -

16 YEARS AND FISS I ON PRODUCT GAMMA REBIN 3$$

21 0 1 28 A33 22 E 54$$

AS 1 ET 35$$

0 T 56$$

0 9 A13 -2 5 3 E 57**

4. 0 ET COOLING 5 -

16 YEARS AND FISSION PRODUCT GAMMA REBIN SINGLE REACTOR ASSEMBLY 60** 5. 0 6. 0 7. 0 8. 0 9. 0 10. 0 12. 0 14. 0 16.0 65$$

A4 1 A7 1 AlO 1 A25 1 A28 1 A31 1 A46 1 A49 1 A52 1 E 61**

F. 00000001 81$$

2 51 26 1 E 82$$

F6 83**

l. 40e+7 l. 20e+7 l.00e+7 4. 00e+6 3. 00e+6 2. 50e+6 l. 22e+6 l. 00e+6 0. 80e+6 0. 20e+6 0. 10e+6 0.05e+6 84**

1.46e+7 1. 36e+7 l.25e+7 8. 25e+6 7. 00e+6 6. 07e+6 2. 87e+6 l. 74e+6 0. 64e+6 6. 74e+4 2. 48e+4 9. 12e+3 3. 54e+2 l. 66e+2 4. Sle+l l. 50e+O 5. 50e-l 7. 09e-2 FISSION PRODUCT GAMMA SPECTRA IN FISSION PRODUCT GAMMA SPECTRA IN FISSION PRODUCT GAMMA SPECTRA IN FISSION PRODUCT GAMMA SPECTRA IN FISSION PRODUCT GAMMA SPECTRA IN FISSION PRODUCT GAMMA SPECTRA IN FISSION PRODUCT GAMMA SPECTRA IN FISSION PRODUCT GAMMA SPECTRA IN FISSION PRODUCT GAMMA SPECTRA IN 56$$ FO T

END

=ORIGENS 0$$

A4 21 AS 26 AlO 51 71 E

1$$

1 lT 8. 00e+6 6. 50e+6 2. 00e+6 l. 66e+6 0. 60e+6 0. 40e+6 0. 02e+6 O.Ole+6 l. 125e+7 l.00e+7 4. 72e+6 3. 68e+6 0. 39e+6 0. lle+6 2. 95e+3 9. 6le+2 l. 60e+l 4.00e+O 1. 00e-5 T

AEA GROUPS AEA GROUPS AEA GROUPS AEA GROUPS AEA GROUPS AEA GROUPS AEA GROUPS AEA GROUPS AEA GROUPS COOLING 5 -

16 YEARS AND ACTINIDE GAMMA REBIN 3$$

21 0 1 28 A33 22 E 4.5-37 5. 00e+6 l. 44e+6 0. 30e+6

NAC-STC SAR Docket No. 71-9235 Sample Input Fi le (Continued) 54$$

AB 1 ET 35$$

0 T 56$$

0 9 Al3 -2 5 3 E 57**

4. 0 ET COOLING 5 -

16 YEARS AND ACTINIDE GAMMA RESIN SINGLE REACTOR ASSEMBLY 60** 5. 0 6. 0 7. 0 8. 0 9. 0 10. 0 12. 0 14. 0 16.0 65$$

A4 1 A7 1 AlO 1 A25 1 A28 1 A31 1 A46 1 A49 1 A52 1 E 61**

F. 00000001 81$$

2 51 26 1 E 82$$

F5 83**

84**

l. 40e+7 4. 00e+6 l. 22e+6 0. 20e+6 l. 46e+7 8. 25e+6 2. 87e+6 6. 74e+4 3. 54e+2 l. 50e+O l. 20e+7 3. 00e+6 l.00e+6 0. 10e+6 l.36e+7 7. 00e+6 l. 74e+6 2.48e+4 l.66e+2 5.50e-l l. 00e+7 2. 50e+6 0. 80e+6 0. 05e+6 l. 25e+7 6. 07e+6 0. 64e+6 9. 12e+3 4. Ble+l 7. 09e-2 8. 00e+6 2. 00e+6 0. 60e+6 0. 02e+6 l. 125e+7 4. 72e+6 0. 39e+6 2. 95e+3 l. 60e+l l. OOe-5 ACTINIDE GAMMA SPECTRA IN AEA GROUPS ACTINIDE GAMMA SPECTRA IN AEA GROUPS ACTINIDE GAMMA SPECTRA IN AEA GROUPS ACTINIDE GAMMA SPECTRA IN AEA GROUPS ACTINIDE GAMMA SPECTRA IN AEA GROUPS ACTINIDE GAMMA SPECTRA IN AEA GROUPS ACTINIDE GAMMA SPECTRA IN AEA GROUPS ACTINIDE GAMMA SPECTRA IN AEA GROUPS ACTINIDE GAMMA SPECTRA IN AEA GROUPS 56$$ FO T

END

=ORIGENS 0$$

A4 21 AB 26 AlO 51 71 E

1$$

1 lT 6. 50e+6 l. 66e+6 0. 40e+6 O.Ole+6 l. 00e+7 3. 68e+6 0. lle+6 9. 6le+2 4. 00e+O T

COOLING 5 -

16 YEARS AND LIGHT ELEMENT GAMMA RESIN 3$$

21 0 1 28 A33 22 E 54$$

AB 1 ET 35$$

0 T 56$$

0 9 Al3 -2 5 3 E 57**

4. 0 ET COOLING 5 -

16 YEARS AND LIGHT ELEMENT GAMMA RESIN SINGLE REACTOR ASSEMBLY 60** 5. 0 6. 0 7. 0 8. 0 9. 0 10.0 12. 0 14. 0 16. 0 5. 00e+6

1. 4 4e+6 0.30e+6 65$$

A4 1 A7 l AlO 1 A25 l A28 l A31 1 A46 1 A49 1 A52 1 E 61**

F. 00000001 81$$

2 51 26 1 E 8 2 $ $

F4 83**

84**

l. 40e+7 4. 00e+6 l.22e+6 0. 20e+6 1. 46e+7 8.25e+6 2. 87e+6 6. 74e+4 3. 54e+2 l. 50e+O l. 20e+7 3.00e+6 l.00e+6 0.10e+6 l.36e+7 7. 00e+6 l.74e+6 2. 48e+4 l. 66e+2 5. 50e-l l. 00e+7 2. 50e+6 0. 80e+6 0. 05e+6 l.25e+7 6. 07e+6 0. 64e+6 9. 12e+3 4. Ble+l 7. 09e-2 LIGHT ELEMENT AEA GROUP STRUCTURE LIGHT ELEMENT AEA GROUP STRUCTURE LIGHT ELEMENT AEA GROUP STRUCTURE LIGHT ELEMENT AEA GROUP STRUCTURE LIGHT ELEMENT AEA GROUP STRUCTURE LIGHT ELEMENT AEA GROUP STRUCTURE LIGHT ELEMENT AEA GROUP STRUCTURE LIGHT ELEMENT AEA GROUP STRUCTURE LIGHT ELEMENT AEA GROUP STRUCTURE 56$$ FO T

END 8. 00e+6 2. 00e+6 0. 60e+6 0. 02e+6 l. 125e+7 4. 72e+6 0. 39e+6 2. 95e+3 l. 60e+l l. OOe-5 6. 50e+6 l. 66e+6 0. 40e+6 O. Ole+6 l. 00e+7 3. 68e+6 0. lle+6 9. 6le+2 4.00e+O T

4.5-38 5. 00e+6 l. 44e+6 0. 30e+6 June 2018 Revision I 8D *