Text

2 to Updated Final Safety Analysis Report, Chapter 3, Figures
	ML21257A305
Person / Time
Site:	Calvert Cliffs
Issue date:	09/07/2021
From:	; Exelon Generation Co
To:	; Office of Nuclear Reactor Regulation
Shared Package
ML21278A102	List: ML21257A249; ML21257A253; ML21257A254; ML21257A255; ML21257A256; ML21257A258; ML21257A259; ML21257A260; ML21257A261; ML21257A262; ML21257A263; ML21257A264; ML21257A265; ML21257A267; ML21257A268; ML21257A269; ML21257A278; ML21257A281; ML21257A282; ML21257A283; ML21257A284; ML21257A285; ML21257A286; ML21257A287; ML21257A288; ML21257A289; ML21257A298; ML21257A299; ML21257A300; ML21257A301; ML21257A302; ML21257A303; ML21257A304; ML21257A305; ML21257A306; ML21278A106; ML21278A107; ML21278A108; ML21278A109; ML21278A110; ML21278A111; ML21278A112; ML21278A113; ML21278A114; ML21278A115; ML21278A116; ML21278A117; ML21278A118; ML21278A122; ML21278A123; ... further results
References
	NEI 99-04
	Download: ML21257A305 (97)
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-PELLET DIM\\EfER --FUEL CLJ\\DDlNG -0.440ti CLAOD[NG OD ---ft 028!; CLADD ING WALL /SPACER Dlsc ..,--END CAP+ Calvert Cliffs Nuclear Power Plant FUEL ROD The HTP fuel assemblies use a 0.0265" cladding wall, a 0.3805" pellet diameter, and a rod length on 146.67" Value Added Pellet fuel assemblies use a 0.026" cladding wall, a 0.3810" pellet diameter, and a rod length of 146.903" (Hematite) and 146.955" (Columbia) Beginning with Unit 2 Cycle 11 and Unit 1 Cycle 13, the lower end cap was redesigned to one taper, rather than the taper - flat - taper design as shown.

The GUARDIAN' fuel design has a total length of 147.229"
- Upper spacer disc removed beginning with Unit 1 Cycle 12 and Unit 2 Cycle 11.
  - Lower spacer disc removed for rods manufactured at Columbia.

Figure 3.3-3 Revision 51

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3.3-4 BURNABLE POISON ROD LOCATION (Sheet 1} 0 Fuel Rod Location Poison Rod Location Ill Guide Tube Location 12 POISON ROD ASSEMBLY BUNDLES 2K* 1M* 2L* 1MX 2F* 2M3 8 POISON ROD AS SEMBLY 1G/ 2F/ BUNDLES BALTIMORE GAS & ELECTRIC CO. Calvert Cliffs Nuclear Power Plant BURNABLE POISON ROD LOCATION Figure 3.3-4 Sheet1 Rev.15 Rev. 15

3.3-4 BURNABLE POISON ROD LOCATION (Sheet 2) D Fuel Rod Location Poison Rod Location II Guide Tube Location 8 POISON ROD ASSEMBLY BUNDLES 1 H/ 2M2 2G/ 2K/ 2L/ 1 N/ 4 POISON ROD ASSEMBLY 2LX 1NX 2M1 BUNDLES BALTIMORE GAS & ELECTRIC CO. Calvert crlffs Nuclear Power Plant BURNABLE POISON ROD LOCATION Figure 3.3-4 Sheet2 Rev. 15 Rev. 15

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3.40 w/o UZ35 fuel rod E 3.40 w/o U235 w/ 0.90 v/o Er2o3 fuel rod* BURNABLE POISON ROD LOCATION Figure 3.3-4 Sheet3 Rev.18 Rev. 18

20 Pin Erbium Assembly 44 Pin Erbium Assembly D Fuel Rod Location D Erbium Rod Location 11 Guide Tube Location Calvert Cliffs Nuclear Power Plant Bundles 1P1 1RO 1S1 2N2 2P1 2R1 1T1 2S1 2T1 1W1 Bundles 1 P2 1 R 1 1 RT 1 S2 2N4 2NT 2P2 1 R2 1 T2 2S2 1V1 2T2 1W2 BURNABLE POISON ROD LOCATION Figure 3.3-4 Sheet4 Revision 35

60 Pin Erbium Assembly 68 Pin Erbium Assembly D Fuel Rod Location D Erbium Rod Location 11 Guide Tube Location Calvert Cliffs Nuclear Power Plant Bundles 1P3 1V2 1W3 1W4 Bundles 1R2 183 2N6 2R3 283 2T3 BURNABLE POISON ROD LOCATION Sheets Figure 3.3-4 Revision 35

Radial Zoned Assembly with No IFBA Pins Bundles L L L L 2VO, 1Z1 L L L L L L L L L L L L L L L L L L L L 44 IFBA Pin Radial Zoned Assembly L L l L L L l

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L [9 Low Enriched Rod Location with No IFBA D High Enriched Rod Location with No IFBA Calvert Cliffs Nuclear Power Plant l l L L Bundles 2V1, 1X1, 1Z3 [9 IFBA Low Enriched Rod Location D IFBA High Enriched Rod Location BURNABLE POISON ROD LOCATION Sheet6 Figure 3.3-4 Revision 40

52 IFBA Pin Radial Zoned Assembly t.. L L L L l L L l L l L l L l L L L L L L L L L 64 IFBA Pin Radial Zoned Assembly l L L L L L L Bundles 2V2 2X2 1X2 AA2 Bundles 2V3 2W2 L L 1X3 1--f---i--+-+-- l L 1---1-+---l-L L-+--+-+-+-+--i l L L L L L L L [9 Low Enriched Rod Location with No IFBA D High Enriched Rod Location with No IFBA Calvert Cliffs Nuclear Power Plant L L L L L L L [9 IFBA Low Enriched Rod Location D IFBA High Enriched Rod Location BURNABLE POISON ROD LOCATION Sheet 7 Figure 3.3-4 Revision 42

76 IFBA Pin Radial Zoned Assembly l L L L 96 IFBA Pin Radial Zoned Assembly l L l L l l L l L l L l l L L L l L L .L [9 Low Enriched Rod Location with No IFBA D High Enriched Rod Location with No IFBA L l L l Bundles 2V4 1X4 Bundles 2V5 1X5 [9 IFBA Low Enriched Rod Location D IFBA High Enriched Rod Location Calvert Cliffs Nuclear Power Plant BURNABLE POISON ROD LOCATION Sheet 8 Figure 3.3-4 Revision 38

28 IFBA Pin Radial Zoned Assembly Bundles 2W1, 122, 2X1, AA1 D High Enriched Fuel Rod High Enriched ZrB2 Rod D Low Enriched Fuel Rod (] Low Enriched ZrB2 Rod Calvert Cliffs Nuclear Power Plant BURNABLE POISON ROD LOCATION Sheet 9 Figure 3.3-4 Revision 42

52 ZrB2 Rods 3 3 3 2 5 2 2 1 64 ZrB2 Rods 3 2 1 1 3 3 2 2 2 Calvert Cliffs Nuclear Power Plant 3 2 2 5 2 3 3 3 2 2 5 2 3 3 Legend:

1.

High Enriched Fuel

2.

Medium Enriched Fuel

3.

Low Enriched Fuel

4.

High Enriched with ZrB2

5.

Medium Enriched with ZrB2

6.

Low Enriched with ZrB2 Bundles 2W3 Bundles 2W4, 1Z4,2X3,2X6,AA3 BURNABLE POISON ROD LOCATION Figure 3.3-4 Sheet 10 Revision 42

76 ZrB2 Rods 3 3 3 5 2 2 96 ZrB2 Rods Calvert Cliffs Nuclear Power Plant s 3 3 Legend:

1.

High Enriched Fuel

2.

Medium Enriched Fuel

3.

Low Enriched Fuel

4.

High Enriched with ZrB2

5.

Medium Enriched with ZrB2

6.

Low Enriched with ZrB2 Bundles 2W5, 1Z5, 2X4, AA4 Bundles 2W6, 1Z6, 2X5, AA5 BURNABLE POISON ROD LOCATION Figure 3.3-4 Sheet 11 Revision 42

0 Gd203 Rods L L H H H H H H H H H H l l Legend: L H L l H H H H H H L l H l H High Enriched Fuel H L l H H H H L l H L Low Enriched Fuel H l l H H H H L L H 2 2 w/o Gd203 H H L L H H H H H H L L H H 6 6 w/o Gd203 H H H H H H L L H H H H H H 8 8 w/o Gd203 H H H H H l l H H H H H H H H H H t t H H H H H H H H H H H t. l H H H H H H H H l L H H H H H H L L H H Bundles H L l H H H H l L H = - H l L H H H H L L H 2Z1 L H l L H H H H H H L L H L L L H H H H H H H H H H l l 4 Gd203 Rods I] L H H H H H H H H H H L l l L H H H H H H L I!. 2 l Bundles H L L H H H H L l H H L .L H H H H L L H 2Z2 H H 1. Ii. H H H H H H L L H H H H H H H H l L H H H H H H H H H H H l L H H H H H H H H H H l L H H H H H H H H H H H l l H H H H H H H H L l H H H H H H L L H H H L l H H H H L l H =.___ H L L H H H H L L H L 2 L L H H H H H H L l 2 l L L H H H H H H H H H H f., L Calvert Cliffs Nuclear BURNABLE POISON ROD LOCATION Figure 3.3-4 Power Plant Sheet 12 Revision 43

16 Gd203 Rods L L H H H H H H H H H H L L Legend: L 2 L l H H H H H H L L 2 L H High Enriched Fuel H L L 6 H H 6 L L H L Low Enriched Fuel >--i--,. >--- H L L H H H H L L H 2 2 w/o Gd203 H H L L 6 H H H H 6 L L H H 6 6 w/o Gd203 H H 6 H H H l L H H H 6 H H 8 8 w/o Gd203 H H H H H L L H H H H H H H H H H L L H H H H H H H 6 H H H L l H H H 6 H H H H L L 6 H H H H 6 L L H H Bundles H L L H H H H L L H H L L 6 H H 6 L L H 2Z3 l 2 L L H H H H H H L L 2 L L L H H H H H H H H H H L L 16 Gd203 Rods L L H H H H H H H H H H L L L 8 L L H H H H H H L L 8 L Bundles H l L 8 H H 8 L l H >-- H L L H H H H L L H 2Z4 H H L L 8 H H H H 8 L L H H H H 8 H H H L L H H H 8 H H H H H H H l L H H H H H H H H H H l L H H H H H H H 8 H H H L l H H H 8 H H H H L L 8 H H H H 8 L. L H H H L L H H H H L L H ,___ H L L 8 H H 8 L L H L 8 L L H H H H H H L L 8 L L l H H H H H H H H H H L L Calvert Cliffs Nuclear BURNABLE POISON ROD LOCATION Figure 3.3-4 Power Plant Sheet 13 Revision 43

12 Gd203 Rods L L H H H H H H H H H H L L Legend: L 8 L L H H H H H H l L 8 L H High Enriched Fuel H L L H H H H L L H L Low Enriched Fuel

1---

H L L 8 H H 8 L L H 2 2 w/o Gd203 H H L L H H H H H H L L H H 6 6 w/o Gd203 H H H 8 H H L L H H 8 H H H 8 8 w/o Gd203 H H H H H L L H H H H H H H H H H L L H H H H H H H H 8 H H L L H H 8 H H H H H L l H H H H H H L L H H Bundles H L L 8 H H 8 L L H - H L L H H H H L L H 2Z5 L 8 L L H H H H H H l l 8 l L l H H H H H H H H H H l L Calvert Cliffs Nuclear BURNABLE POISON ROD LOCATION Figure 3.3-4 Power Plant Sheet 14 Revision 43

16 Gd203 Rods L L H H H H H H H H H H l L Legend: L 4 L L H H H H H H L L 4 L H High Enriched Fuel H L L 8 H H 8 L L H L Low Enriched Fuel H L L H H H H L L H 4 4 w/o Gd203 H H L L 8 H H H H 8 L L H H 6 6 w/o Gd203 H H 8 H H H L L H H H 8 H H 8 8 w/o Gd203 H H H H H L L H H H H H H H H H H L L H H H H H H H 8 H H H L L H H H 8 H H H H L l 8 H H H H 8 L L H H Bundles H L L H H H H L L H H L L 8 H H 8 L L H AB1 L 4 L L H H H H H H L L 4 L L l H H H H H H H H H H L L 16 Gd203 Rods L L H H H H H H H H H H L L l 4 L L H H H H H H l L 4 L Bundles H L l 6 H H 6 L L H I--- ...... I-- H L L H H H H L L H AB2 H H L L 6 H H H H 6 L l H H H H 6 H H H L L H H H 6 H H H H H H H L L H H H H H H H H H H L L H H H H H H H 6 H H H l L H H H 6 H H H H L L 6 H H H H 6 L L H H H L L H H H H L L H I--- -I-- H L L 6 H H 6 L L H L 4 L l H H H H H H L L 4 L L l H H H H H H H H H H L l Calvert Cliffs Nuclear BURNABLE POISON ROD LOCATION Figure 3.3-4 Power Plant Sheet 15 Revision 45

12 Gd203 Rods L L H H H H H H H H H H l L Legend: L 4 l L H H H H H H l l 4 l H High Enriched Fuel H L l H H H H L L H L Low Enriched Fuel H L L 4 H H 4 L l H 4 4 w/o Gd203 H H l l H H H H H H L l H H H H H 4 H H L l H H 4 H H H H H H H H L L H H H H H H H H H H L L H H H H H H H H 4 H H L. I! H H 4 H H H H H l L H H H H H H L l H H Bundles H L t 4 H H 4 L l H = - H L L H H H H L l H AB3 L 4 l L H H H H H H L l 4 L l l H H H H H H H H H H L L -- Calvert Cliffs Nuclear BURNABLE POISON ROD LOCATION Figure 3.3-4 Power Plant Sheet16 Revision 45

No Gd203 Rods L L H H H H H H H H H H l L Legend: L H l L H H H H H H I:.. L H l H High Enriched Fuel H L L H H H H L L H L Low Enriched Fuel I'="' - H L l H H H H l I:.. H 2 2 w/o Gd203 H H l L H H H H H H L L H H 4 4 w/o Gd203 H H H H H H b L H H H H H H 6 6 w/o Gd203 H H H H H l L H H H H H 8 8 w/o Gd203 H H H H H L L H H H H H H H H H H H l l H H H H H H H H L l H H H H H H L L H H Bundles H l L H H H H L L H H l L H H H H L L H BA1 l H L t. H H H H H H L L H L l L H H H H H H H H H H L L 4 Gd203 Rods ,t L H H H H H H H H H H "" l 4 L L H H H H H H L L 4 L Bundles H A l H H H H L L H H l

l. H H H H L L

H BA2 H H L L H H H H H H L Ii. H H H H H H H H L l H H H H H H H H H H H l

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H H H H H H H H L l H H H H H H l L H H H "ii L H H H H L L H - i-- H l H H H H L L H l 4 L L H H H H H H L t. 4 l 1 '*;J_, H H H H H H H H H H L L Calvert Cliffs Nuclear BURNABLE POISON ROD LOCATION Figure 3.3-4 Power Plant Sheet 17 Revision 46

16 Gd203 Rods l L H H H H H H H H H H L L Legend: L 2 L l H H H H H H I:.. L 2 L H High Enriched Fuel H l L 4 H H 4 L L H L Low Enriched Fuel H L L H H H H L l H 2 2 w/o Gd203 H H L L 4 H H H H 4 L L H H 4 4 w/o Gd203 H H 4 H H H L L H H H 4 H H 6 6 w/o Gd203 H H H H H l L H H H H H 8 8 w/o Gd203 H H H H H l L H H H H H H H 4 H H H l L H H H 4 H H H H L L 4 H H H H 4 L 'l H H Bundles H L L H H H H L L H H L L 4 H H 4 L L H BA3 L 2 L

t.

H H H H H H L L 2 L L L H H H H H H H H H H L L 16 Gd203 Rods l l H H H H H H H H H H l L

l. 4 L l H H H H H H L L 4 l Bundles H l l, 6 H H 6 l L H H.L l

H H H H L L H BA4 H H L L 6 H H H H 6 L l H H H H 6 H H H l l H H H 6 H H H H H H H 1,. ... H H H H H H H H H H I.. t H H H H H H H 6 H H H l L H H H 6 H H H H L L 6 H H H H 6 l l H H H,l \\.. H H H H L L H H"L l 6 H H 6 L L H .. 4 L L H H H H H H l t. 4 l

t. 4 H H H H H H H H H H l L Calvert Cliffs Nuclear BURNABLE POISON ROD LOCATION Figure 3.3-4 Power Plant Sheet 18 Revision 46

20 Gd203 Rods L L H H H H H H H H H H L l Legend: L 6 L L H 2 H H 2 H L L 6 L H High Enriched Fuel H L L H H H H L l H L Low Enriched Fuel H L L 6 H H 6 L L H 2 2 w/o Gd203 H H L L H H H H H H L L H H 4 4 w/o Gd203 H 2 H 6 H H L l H H 6 H 2 H 6 6 w/o Gd203 H H H H H L L H H H H H 8 8 w/o Gd203 H H H H H l L H H H H H H 2 H 6 H H L L H H 6 H 2 H H H L L H H H H H H L L H H Bundles H L L 6 H H 6 L L H H L l H H H H l l H BAS L 6 L l H 2 H H 2 H l L 6 l L l H H H H H H H H H H L l 12 Gd203 Rods

t. l H H H H H H H H H H l l l

4 L l H H H H H H l l 4 l Bundles H 1. L H H H H l L H H L l 8 H H 8 L L H BA6 H H L L H H H H H H L l H H H H H 8 H H l. l H H 8 H H H H H H H H l.

t.

H H H H H H H H H H L l H H H H H H H H 8 H H l L H H 8 H H H H H L L H H H H H H L l H H H L L 8 H H 8 l L H H L l H H H H L L H L 4 L L H H H H H H L L 4 l l

l.

H H H H H H H H H H L L Calvert Cliffs Nuclear BURNABLE POISON ROD LOCATION Figure 3.3-4 Power Plant Sheet 19 Revision 46

16 Gd203 Rods L L H H H H H H H H H H l L Legend: L 4 l L H H H H H H L L 4 l H High Enriched Fuel H l l 6 H H 6 L L H L Low Enriched Fuel H L l H H H H L L H 2 2 w/o Gd203 H H L L 6 H H H H 6 L L H H 4 4 w/o Gd203 H H 6 H H H L L H H H 6 H H 6 6 w/o Gd203 H H H H H l L H H H H H 8 8 w/o Gd203 H H H H H l l H H H H H H H 6 H H H l L H H H 6 H H H H L l 6 H H H H 6 L L H H Bundles H L L H H H H L L H H l l 6 H H 6 L L H BA? L 4 L L H H H H H H l lM L L H H H H H H H H H H L. L Calvert Cliffs Nuclear BURNABLE POISON ROD LOCATION Figure 3.3-4 Power Plant Sheet 20 Revision 46

16 Gd203 Rods L L H H H H H H H H H H L L Legend: L 4 L L H H H H H H L L 4 L H High Enriched Fuel H L L 8 H H 8 L L H L Low Enriched Fuel >---- H L L H H H H L L H 4 4 w/o Gd203 H H L L 8 H H H H 8 L L H H 6 6 w/o Gd203 H H 8 H H H L L H H H 8 H H 8 8 w/o Gd203 H H H H H L L H H H H H H H H H H L L H H H H H H H 8 H H H L L H H H 8 H H H H L L 8 H H H H 8 L L H H Bundles H L L H H H H L L H H L L 8 H H 8 L L H AC1 L 4 L L H H H H H H L L 4 L L L H H H H H H H H H H L L 12 Gd203 Rods L L H H H H H H H H H H L l L 6 L L H H H H H H L L 6 L Bundles H L L H H H H L l H H L L 6 H H 6 L L H AC2 H H L L H H H H H H L L H H H H H 6 H H L L H H 6 H H H H H H H H L L H H H H H H H H H H L L H H H H H H H H 6 H H L L H H 6 H H H H H L L H H H H H H L l H H H L l 6 H H 6 L l H H L L H H H H L L H L 6 L L H H H H H H L L 6 l L L H H H H H H H H H H L l Calvert Cliffs Nuclear BURNABLE POISON ROD LOCATION Figure 3.3-4 Power Plant Sheet 21 Revision 47

16 Gd203 Rods L L H H H H H H H H H H IL l Legend: L 4 L l H H H H H H L L 4 L H High Enriched Fuel H L l H H H H L

t.

H L Low Enriched Fuel f--,___ 1--,___ H l L H H H H L L H 4 4 w/o Gd203 H H L IL 4 H H H H 4 L l H H 6 6 w/o Gd203 H H H H H H l L H H H H H H 8 8 w/o Gd203 H H H H H L l H H H H H H H H H H l L H H H H H H H H H H H t. L H H H H H H H H L L 4 H H H H 4 L L H H Bundles H L l H H H H L l H = - H L l H H H H L l H AC3 L 4 L l H H H H H H L L 4 L L L H H H H H H H H H H L l Calvert Cliffs Nuclear BURNABLE POISON ROD LOCATION Figure 3.3-4 Power Plant Sheet22 Revision 47

Bundles: 881 8 Gd202Rods Calvert Cliffs Nuclear Power Plant [I H H >Qt! £.'.n:rn::tlelt f IJ!fl l U!w E:Nlth:UJ Fwf 2

?'#tJOGd: (.)1 4

4 *#t> G4;;,-01 6 IS *,;;o G<1i0i 19 9 W/O G<l:.01 K H ftqb EriM!'!ed ruei L llll'A' ttlL Fuet 2

2wtoGdtQ, 4

4wfoGN fj tiwi'oOl a l!wlc BURNABLE POISON ROD LOCATION Sheet23 Figure 3.3-4 Revision 48

Bundlt1: 883 12 GdaOa Rods BumHu; 884 16 Gda02 Roda Calvert Cliffs Nuclear Power Plant Lmll!£!la: H Hlgb £Mdlld Full L to#%F\\111 2 2wtoGcb<h 4wloGd#OJ 6 6wto$ a &wtoGQA H Mh Enl'lched Ale! l Low Qlnched Fuet 2 2 wlo Gd:tOs 4 4 wlo Gd.!.O> 5 WIO G1bO>> a a wTo Gd;rO) BURNABLE POISON ROD LOCATION Sheet24 Figure 3.3-4 Revision 48

Bundles: BBS 20 Gd201 Rodi Calvert Cliffs Nuclear Power Plant l H H#h ENid'ittO f\\fflf l Loli Erntthed Fue4 2 1w,'oGd:Ot 4 4 W:a Get:(); fi 6,,.,;n Gtl,O,, A t\\W/o('.--- BURNABLE POISON ROD LOCATION Sheet25 Figure 3.3-4 Revision 48

Bundles: AD1 16 Gd203 Rods Bundles: AD2 16 Gd20i Rods Calvert Cliffs Nuclear Power Plant LGmb H High Enriched Fuel l Low Enriched Fuel 2 2w/0GcbQ3 4 4 w/o GdiC>l 6 6w/o;Oa 8 8w/OGdJOl H High Enriched Fuel L Low Enriched Fuel 2 2 w/o GdiC>l 4 4w/oGdaCh 6 6w/0Gd203 B 8 w/o Gdz(>3 BURNABLE POISON ROD LOCATION SHEET 26 Figure 3-3-4 Revision 49

Bundles: AD3 12 Gd203 Rods Bundles: AD4 8Gd203Rods Calvert Cliffs Nuclear Power Plant Legend: H High Enriched Fuel L Low Enriched Fuel 2 2w/o GdzOJ 4 4w/oGdz03 5 6 w/0Gd203 8 8 w/0Gd203 H High Enriched Fuel L Low Enriched Fuel 2 2w/0Gd203 4 4w/0Gd201 6 6w/0Gd203 8 8w/0Gd203 BURNABLE POISON ROD LOCATION SHEET 27 Figure 3-3-4 Revision 49

Bundles: BC2 8Gd203 Rods ,,---.. H Calvert Cliffs Nuclear Power Plant H High Enriched Fuel L Low Enriched Fuel 2 2w/0Gd20J 4 4w/o Gd20J 6 6w/o Gd20J 8 6w/o Gd20J Legend: H High Enriched Fuel L Low Enriched Fuel 2 2 w/o Gd203 4 4w/0Gd203 6 6w/0Gd203 6 8w/0Gd203 BURNABLE POISON ROD LOCATION Figure 3-3-4 SHEET 28 Revision 49

Calvert Cliffs Nuclear Power Plant ldsslD.!t. H High Enriched Fuel L Low Enriched Fuel 2 2w/0Gd203 4 4w/0Gd203 6 6w/o Gd203 8 8w/o Gd203 H High Enriched Fuel L Low Enriched Fuel 2 2w/o Gd203 4 4w/o Gd203 6 6w/o Gd203 8 8w/o Gd203 BURNABLE POISON ROD LOCATION SHEET 29 Figure 3-3-4 Revision 49

Calvert Cliffs Nuclear Power Plant H High Enriched Fuel L Low Enriched Fuel 2 2 w/0Gd203 4 4w/o Gd203 6 6w/o Gd20J 8 8w/o Gd203 BURNABLE POISON ROD LOCATION SHEET 30 Figure 3-3-4 Revision 49

Bundles: AEl Bundles: AE2 Calvert Cliffs Nuclear Power Plant Legend: H High Enriched Fuel L Low Enriched Fuel 2 2 w/o GD203 4 4 w/o GD203 6 6 w/o GD203 8 8 w/o GD203 Legend: H High Enriched Fuel L Low Enriched Fuel 2 2 w/o GD203 4 4 w/o GD203 6 6 w/o GD2Q3 8 8 w/o GD203 BURNABLE POISON ROD LOCATION SHEET 31 Figure 3.3-4 Revision 50

Bundles: AE3 12 Gd203 Rods Bundles: AE4 8 Gd203 Rods Calvert Cliffs Nuclear Power Plant Legend: H High Enriched Fuel L Low Enriched Fuel 2 2 w/o GD203 4 4 w/o GD203 6 6 w/o GD203 8 8 w/o GD203 Legend: H High Enriched Fuel L Low Enriched Fuel 2 2 w/o GD203 4 4 w/o GD203 6 6 w/o GD203 8 8 w/o GD203 BURNABLE POISON ROD LOCATION SHEET 32 Figure 3-3-4 Revision 50

Bundles: AES 8 Gd203 Rods Calvert Cliffs Nuclear Power Plant Legend: H High Enriched Fuel L Low Enriched Fuel 2 2 w/o GD2Q3 4 4 w/o GD2Q3 6 6 w/o GD203 8 8 w/o GD203 BURNABLE POISON ROD LOCATION SHEET 33 Figure 3.3-4 Revision 50

Calvert Cliffs Nuclear Power Plant Sub-Batch: 801 Type

Rods 1

108 5 4 8 12 13 52 Type

Rods 1

104 3 8 6 12 13 52 Burnable-Position Rod Location Sheet 34 lJ235% 4.91 3.60 2..95 4.33 u2"% 4.91 4.33 2..95 4.33 G503% 5 7 G6:.% 2 6 Figure 3.3-4 Revision 52

Calvert Cliffs Nuclear Power Plant Sub-Batch: BD3 Type

Rods 1

112 4 12 13 52 Type

Rods 1

116 5 6 13 52 Burnable-Position Rod Location Sheet 35 ^% 4.91 3.60 4.33 ^% 4.91 3.60 4.33 GdaQ2% 4 G_°lo 5 Figure 3.3-4 Revision 52

Calvert Cliffs Nuclear Power Plant Sub-Batch: BD5 Type

Rods 2

172 8 4 Burnable-Position Rod Location Sheet 36 u2"% 2.95 2.95 G<JiO, % 7 Figure 3.3-4 Revision 52

Calvert Cliffs Nuclear Power Plant Sub-Batch: AF1 Type

Rods 1

104 11 52 2 8 6 12 Sub-Bat.oh: AP2 Type

Rods 1

108 11 52 e* 16 Burnable-Position Rod Location Sheet 37 U"'"'"% 4.92 4.31 4.31 3.40 uuw % 4.92 4.31 3.40 GcbO'l % 2 6 Gd20a % 6 Figure 3.3-4 Revision 52

AF4 Calvert Cliffs Nuclear Power Plant Sub*Batch: AF3 Type

Rods 1

108 11 52 4 4 6 12 Sub-latch: Ar:4 Type

Rods 1

112 11 52 4 12 Burnable-Position Rod Location Sheet 38 U"""% 4.92 4.31 3.80 3:40 lJ23:. OA, 4.92 4.31 3.80 Gd203 o4** 4 6 Gd2% 4 Figure 3.3-4 Revision 52

Sub-Batch: AF5 AF5 Type

Rods 1

116 11 52 3 8 Sub-Batch: AF$ AF6 r=== =H D:J.. 7-,; Ji1

== \\__, /). ' -): **:-,-;-. I======.;;:-:;:= Calvert Cliffs Nuclear Power Plant = Type

Rods 12 168 3

8 Burnable-Position Rod Location Sheet 39 lP;JD% 4.92 4.31 2.95 u--% 2.95 2.95 Gd20i % 4 Gdz.% 4 Figure 3.3-4 Revision 52

AF7* Calvert Cliffs Nuclear Power Plant T e

Rods 1

168 13 8 Burnable-Position Rod Location Sheet 40 Figure 3.3-4 Revision 52

BE1 BE2 Calvert Cliffs Nuclear Power Plant SUb*Batch: 8E1 Type.

Rods I

11 52 I 1 108 I I a 16 Sub-Batch: BE.2 TVD9

Rods 11 52 1

104 8 12 2 8 Burnable-Position Rod Location Sheet 41 u... u o/o 4.27 4.87 2.90 u{w o/o 4.27 4.87 2.90 4.27 Gdl3% B Gdl3% 8 2 Figure 3.3-4 Revision 52

Sub-Batch: BE3 BE3 @OG)(j)(j)(j)(OO)(i>CDC!XDOO

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Gdz03 % GXiXDeGXD7 11 52 I 4.27 GXiXiKiXi(QOCOOXiXiXD 1 112 I 4.87 ?<iKv&J 6(j) 78(j) 6 8 I 3.20 6 a 4 I 2.90 a @@(j)(j)©@OGJ(!) I fnDB AGX!)G)(l): BiXiXD@(i)G)©©:'iXDOO Sub-Batch: BE4 BE4 90C!XDGX1)(00)1'.j)©Ci'XDOO 8(00)9 %OO<!XV@& ( 1 1 1 t ©3XDeGXi)OO©CDtKiXO) Type

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Sub-Batch: BES BE5 OOOXiXiXOX!XvGXiXDO BE6 1`------- Calvert Cliffs Nuclear Power Plant Type

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112 2 12 Sub-Batch: BEG Type

Rods 13 52 12 112 9

12 Burnable-Position Rod Location Sheet 43 LF3% 4,27 4.87 4.27 ..>>% 4.27 4.87 4.27 Gd % 2 Gd:z()3 % 2 Figure 3.3-4 Revision 52

Sub-Bat ch: BE71 BE71 OOOGXOXD<IKiXtXD©OO OOOCOXiXiXiXtOO roOO<OO) OOX!XDO O© ©:t>OO©C!x!JCD<!XDOOO© (j)(j)@G) @COOXVOGXV<OOXV G)GXOO.)\\.J.. 6G)(j)G)(j)G) @@©G G)©O@JXiXt(D@<DOOO© ooo8'JXOOJra @6 OGXOO:Xv6 1 CD 000©.'DMXiXiXiXi)O Type 11 1 8 2 3 Sub-Batch: BE72 BE72 OOOXD©XGXDCOOXD©OO OWO©<roXDF SQOOXJXDOO G)6 o:iX1X!)(j)O @G>OO©GXlXIJ©OOO© Typo (j)(D©@G) 11 GXiXD©2OOXVGXD© 1 (j)(j)(i)G)©ij\\_)OG)G)©G) 8 G)J)E 2 ©06GX!XOO:l<D<DOOOXD 3 (j)OOOXOO) <VO OOG.XDOO O© 0160 OOO©JXO)<!XD(fl©O@

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Rods u3 52 4.27 103 4.87 12 2.90 8
4.27 1 Inert Rod Burnable-Position Rod Location Calvert Cliffs Sheet 44 Nuclear Power Plant Gd:103% 8 2 Gd3% 8 2 Figure 3.3-4 Revision 52
BE73 Sub-Batch: BE73 I Ill 111.1, JI I.-. ** 'I J( )(i'l(t "iii rw
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II I 11'111.,l..ll! Ii 1 103 Ii 3 1 8 12 2 8 1111 Burnable-Position Rod Location Sheet 45 U"... "% 4.27 4.87 2.90 4.27 Inert Rod U'"... "% 4.27 4.87 Inert Rod 2.90 4.27 GdiOi % 8 2 Gd:t<>s % 8 2 Figure 3.3-4 Revision 52
BE75 t'-.V'-""JI ""'""/0* J\\ _ /I 'II* II * ,....,*_,.,c!J'\\l... 1*
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BE77 BE78 Calvert Cliffs Nuclear Power Plant Sub-Batch; BE77 Type
Rods 11 52 1
103 8 12 2 8 3 1 Sub.Satc:h: BE78 Type
Rods
...... 11* 52 1 103 a 12 2 1 Burnable-Position Rod Location Sheet 47 % 4.27 4.87 2.90 4.27 Inert rod U..... "% 4.87 2.90 4.27 Ina.rt rod Gd20:i% 8 2 8 2 Figure 3.3-4 Revision 52
Calvert Cliffs Nuclear Power Plant GUIDE TUBE TOP VIEW FUEL ROD SPACER GR l D FLOW HOLES - BOTTOM VIEW ORIGINALLY A RETENTION GRI NOW A GUARDIAN GRID (Westinghouse) or an Alloy 718 HMP grid in AREVA HTP Fuel \\ UPPER END \\ FIITING 15711 136.. 7'° Rlllllllllllll ACT IVE >, ,,,, LENGTH LOWER END FITIING FUEL ASSEMBLY Figure 3.3-5 Revision 43
3.3-6 FUEL ASS EM BL y HOLD DOWN BAL. TiMORE GAS & ELECTRI:: CO. C:al vert Cliffs Nui:Iear Power Plant Fuel Assembly Hold Down Figure Rev.a
Calvert Cliffs Nuclear Power Plant Grid Perimeter Strip CEA Guide Tube Location. CANTILEVER TAB FUEL SPACER GRID Figure 3.3-7 Revision 32
ij ij Calvert Cliffs Nuclear Power Plant ,.. l \\] :11 ii i! II LI t,j. I II c:::::::, ! 11 ! * II II i '11' 17 ll ! -l _).,
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1111 <.IL, IHI Figure 3.3-7A I-SPRING UNVANED SPACER GRID (TURBO) Revision 32
CfAGJiee Tlbt Calvert Cliffs Nuclear Power Plant ,/v'\\ /... /". l \\ / __ *** / l >... ? JI [ill ' f.. -....
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3.3-8 CONTROL ELEMENT ASSEMBLY (CEA) BALTIMORE GAS & ELECTRIC CO. Calven Cliffs Nuclear Power Plant 11* .1 II I. CONTROL ELEMENT ASSEMBLY (CEA) FIGURE 3.3-8 Rev. O 1/82 Rev.a
x ABBREVIATIONS FULL LENGTH FLCEA1 ISTANOAROJ FLCEA2 CRECONSTITUT ABLE CORNER F'INCERS> FLCEA8 CNON-RECONSTITUT ABLE> FLCEA7 INON-RECONSTITUT ABLE> NOTES: O" Ill I I -ZONE A ZONE 8 MATERIALS 12' 132" I I ZONE A ZONE B (1) ZONE "A" IS 8" f"OR f'LCEA1, f'LCEA2, AND f'LCEA7, AND 12" f'OR f'LCEA8. <2> 8*84 C Ag*Ag-111-Cd Al*Al203 S/S*Stoinless Steel Calvert Cliffs Nuclear Power Plant WESTINGHOUSE/ ABB-CE CONTROL ELEMENT ASSEMBLIES Figure 3.3-9A Revision 49
x ABBREVIATIONS FULL LENGTH FLCEA10 IAREVA full Strength> <Non-Reconstitutoblel FLCEA9 IAREVA Port Strength) INon-Reconstitutoblel NOTES: O" I I -ZONE A C1) ZONE "A" IS 12.5" FOR FLCEA10 AND FLCEA9 <2l 8*84 C Ag*Ag-In-Cd S/S*Stoinless Steel 111 ZONE A 133.!I" ZONE 8 MATERIALS 121 ZONE B131 C3l ZONE "B" STARTS 0.355" ABOVE ZONE "A" FOR ALL FLCEAlO RODS AND ONLY THE CENTER ROD FOR FLCEA9 I I Figure 3.3-98 Calvert Cliffs Nuclear Power Plant AREVA /FRAMATOME CONTROL ELEMENT ASSEMBLIES Revision 49
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3.3-14 UPPER GUIDE STRUCTURE ASSEMBLY FUEL ASSEMBLY ALIGNMENT PLATE L M Ii I EXAINSION CIJMP£HSATlllG A/NG GAS & ELECTRIC CO. Calvert Cliffs Nuclear Power Ph.mt UPPER GUIDE STRUCTURE ASSEMBLY Fgure 3.3-14 -ge.visi on 21 Rev. 21
3.3-15 CONTROL ELEMENT DRIVE MECHANISM (MAGNETIC JACK) RE::D SW!TC H ASSY REED SWITCH ACTUATING---1 MAGNET ANiI-EJECTION ASS Y -----l:.J UPPER GRIPPER LOWER GRIPPER-- ELECTRICAL CONDUIT LIFT AND PULLDOWN
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3.4-1 CYCLE 1 FUEL TEMPERATURE COEFFICIENT VS AVERAGE FUEL TEMPERATURE ("I"\\
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3.4-2 CYCLE 1 PO\\NER COEFFICIENT VS PERCENT OF FULL PO\\NER (BEGINNING OF FIRST CV.CLE) 0 N c... &l'\\ I 0 c Lt\\ c... y 0 r- 'D + ('f"\\ I 0 x N a- ['j"\\ I II ] c... lb n> -* 8 0 0 __, 0 0 '?" BALTIMORE GAS & ELECTRIC CO. Calvert Cliffs Nuclear Power Plant &l'\\ 0 CYCl.E 1 POYER COEFFICIENT VS PERCENT OF FULL POYER <BEGINNING OF* FIRST CYCLE) 0 0 LI'\\ c:i Figure 3..4-2 Rev.a
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54 AF5 AE4 Af 1 AE1 AF3 AE3 AF2 AE1 A81 55 56 57 58 59 60 61 62 AF4 AE5 AE3 AF1 AE2 AF3 AE1 AF6
Due to com redesign, Unit 1 Cycle 25 will not be qua.rtat 00!'$ $)plmetric.
UNIT 1 Cycle 25 Calvert Cliffs Quarter-Core Assembly Map Figure 3.4-4 Nuclear Power Plant Revision 52
45 885 54 BD1 c:r-Box Numbe Y-B*tCh 8 ac2 14 15 BB1 BE5 21 22 23 AB1 BE5 804 29 30 31 803 BE3 BE1 37 38 39 AE1 BE3 BD2 46 47 48 BE4 804 BE2 55 56 57 BE5 804 BD1 3 AC1 9 BE5 16 904 24 BE2 32 801 40 BE76 49 801 58 BE2 1 2 BB1 803 4 5 6 7 803 AE1 BE4 BE5 10 11 12 1 3 BE3 BE3 804 804 17 18 19 20 8E1 BD2 BE2 801 25 26 27 28 802 BE75 BD1 BE2 33 34 35 36 8E1 BD2 BE1 .803 41 42 43 44 802 BE1 BD2 8E1 50 51 52 53 8E1 802 BE2 803 59 60 61 52 BD3 BE1 803 805 Unit 2 Cycle 24 is oot qua.rter corn symme1ric The LT A is in location L-20 {not slmW'fl ). UNIT 2 Cycle 24 Calvert Cliffs Quarter-Core Assembly Map Figure 3.4-5 Nuclear Power Plant Revision 52
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c5' ,, c: iil o LWENRICHMENT TYPE BOX PEAKING FACTOR ENTHALPY RISE PIN PEAKING F MAXIMA BOX PEAKING FACTOR ENTHALPY RISE FACTOR PIN PEAKING FACTOR 8 10 G.-*- c 0.57 0.94 0.96 c 0.75 t.03 1.05 A IR c 0.54 0.90
0. 92 c
0.76 1.05 1.oe C+ 0.91 I: 1g c+ 1.05
1. 16 1 19 B+
0.92 1.04 1.06 8 c 0.63 0.98 1.00 C* 0.94
1. 11 I. 13 B+

0. 92 1.05 1.01 A
0.99 t*&t 8+ 1.03 I. 13 I. 15 IA
1. 02

1. 10

1. 13
 c 0.63 0.98 I 00
c. *.
0.98 I. 13 I. 16 1 B+
0. 95 1.07 1.09
.A J. 01 I.OB
1. 12 8+
1.00
18 t20 A
1.09
1. 16 I 20 B+

1. 12

1. 20

1. 23 D
c 0.54 0.90 0.92 C* 0.94
1. 11 I. 13 B+
0.95
1. 07

1. 09 A
1.02 1.09 I. 13 D+ I. JO 1.20 I. 22 A I. 12 I. 20
1. 23 Of-I. 17 I. 26 1-28 A
I. 16 I. 24 I. 27 E H K c c 0.57
0. 75 0.94 1.03 1

0. ti.
I *'i c c+ c+ 8+ 0.76 o.91 1.05
0. 92 w
 2 (') (') 1.05 I. 19
l. 16 1.04 Iii 1.08

1. 19 I. 19 1.06
(') 8+ A B+ A
0. 92

0. 99 1.03 1.02 1.05 1.06

1. 13

1. 10 1.07 1.09

1. 15 I. 13 0 fR 3
"O A e+* A 8+ I. 01
1. 08 1.09 I. 12 1.08 I. 18 I. 16.
I. 20 0 Ci.i 4 -I
g m
1. 12 1.20 1.20
23
§ B+ A 8+ A 0 I. 10
1. 12

1. 17 I. 16 I. 20

1. 20 I. 26 I. 24 5
I\\) en r
1. 22 I. 23
28 I. 27
!A B+ A 8+
1. 13

1. 19

1. 20 1.23 I. 21 I. 29 I. 28 I. 31

1. 25

1. 31 1.32 1.34
 Cl 6 m G> z z z B+ A 8+ A
1. 19

1. 21 1.26 I. 24
'* 29
l. 29 1.34 1.32

l. 31 1.33 1.37 1.36 G>
7 6 "/}. J!! A O+ A 8+ I. 20 I. 26 '* 26 I. 29 1.28 1.34
1. 34 1.36 1.32 1 37 1.38 1.39 5
9 x m z 0 z B+ IA iB+ A
1. 23 1.24

1. 29 I. 27 I. 31 1.32 1.36 1.35 ll 1.34 1.36 1.39

1. 39 F
G J L
45 eA6 0.223 54 AB1 0.329 [+/-] x- !lox Humber Y-Batch XXX -Assermty Retive Power Densitv 3 4 A04 AE1 0.200 0.489 8 9 10 AD4 Af 5 AF4 0,355 O.G84 1.194 14 15 16 17 AD4 AF5 AE5 AF1 0.355 1.035 U27 1.267 21 Zl 23 24 2!f AD4 AF5 AE5 AF3 AE3 0.261 0.983 1,126 1.200 1.149 '29 30 31 32 .3:1 Af 1 AF4 AF1 AEJ AF3 0.400 1.187 1.264 1.148 1.302 x 37 38 39 40 41 BBS AF4 AE1 AF1 AE1 0.649* 1.272 1.103 1.255 1.103 46 41 48 49 50 Af5 AE4 AF1 AE1 AF3 1003 U72 1262 1.088 1.286 55 5ti 57 58 59 AF4 AES AE3 AF1 AE2 1.132 1169 1.166 1.256 1.114 Long Nr1 BunJp (21.715 GWdlMTU} N<<e. x = MMmum Fr Velufi) = 1,544 1 2 A04 BB4 0.237 0.339 5 6 7 AF72 AF5 AF4 0.598
1,103 1.119 11 12 1:3 AF4 AE4 AES 1.305 1.169 1.182 18 19 AE2 AF1 AE3 1.105 1.258 1.162 2Ef 27 28 Af1 AE1 Af1 1.253 1.085 1.254
.)Ii. $) 36 AF3 /IE2. 1.100 1.283 1.1'13 42" 43 44 AF1 AE3 AF3 1.262 1.138 1.302 51 52 53 AE3 An AE1 1 139 1288
1.095 60 61 62 AF3 AE1 AF6 1 303 1095 1107

C>ue to core redesign, Unit 1 CycJe 25 w.ill not be quarter core S)fnmetric.
UNIT 1 Cycle 25 Calvert Cliffs Assembly Relative Power Density at BOC, HFP, ARO, Figure 3.4-7 Nuclear Power Plant Equilibrium Xenon Revision 52
[;:] X-Box Number 1 2: Y - Batch BB1 803 XXX - Assembly Relalive Power 0.248 0.443 Dens11v 3 4 5 6 7 AC1 BD3 AE1 BE4 BES 0.275 0.515 0.661 1.041 1.176 8 9 10 11 12 13 BC2 BES BE3 BE3 804 804 0.332 0.946 1.190 1.2B2 1.187 1.199 14 15 16 17 18 19 20 BB1 BES 604 BE1 802 BE2 801 0.334 0.968 1.129 1.294 1.131 1.. 265 1.105 21 22 23 24 25 26 27 28 AB1 BE5 804 BE2 802 BE75 801 I BE2 0.26S 0.944 1.128 1.257 1.110 1.236 1.097 1.247 29 30 31 32 33 34 35 36 803 BE3 BE1 BD1 BE1 BD2 8E1 803 0.515 1.189 1.294 1.115 1.268 1.102 1 -27{) 1.144 )( 37 38 39 40 41 42 43 44 AE1 BE3 BD2 BE76 BD2 BE1 802 BE1 45 0.663 1.280 1.130 1.241 1.116 1.258 1.10() 1.274 BB5 0.259
H>
47 48 49 50 51 52 153 8E4 604 BE2 B01 8E1 902 BE2 803 54 1.038 1.179 1.261 1.099 1.274 1.100 1.230 I 1.131 801 0.431 55 56 57 58 59 60 61 a2 I BE5 904 BD1 BE2 803 BE1 BD3 805 1.177 1.200 1.105 1.247 1.143 1.274 1.132: 0.872 Long N1 Bum up (22.080 GWdJMTU) Note: X =Maximum Fr Value"' 1.550 Unit 2 Cyde 2.4 i::; not §uarter t;Ore symmelrix>. UNIT 2 Cycle 24 Calvert Cliffs Assembly Relative Power Density at BOC, HFP, ARO, Figure 3.4-8 Nuclear Power Plant Equilibrium Xenon* Revision 52
o h
0 z Ci) c (/) Sl. () lOJ (1) II) ç < pl !:f -ca>m-0 ;:i. 0 3: =Eo-to
§!:n:o 3! (J) om n>
0 p 0 0 0 0 0 r-s:: m
E CJ 0
0 s:: JJ "' m U'I,, mm O 0 0 :E c S:: m r: :E :n o; -f o JJ CJ) c -f s:: JJ x OJ m c z -f 0 0 z z JJ "T1 (Al - G> 0 .,.. c U) :0 m i _r-ENRJCMMENT TYPE x' BOX PEAKING FACTOR o.oo-- -ENTllALPY RISE FACTOR
o. oo-- *PIN PEAKING FACTO!l n nn... -
MAXIMA BOX PEAK ING f ACTOR
1. 31 ENTI iALPY RI SE FACT on I. 38 PIN PEAKING FACTO!k

l. 41 c
8
o. 54 0,90 0.92 c
10 0.71 0.98 c -
I. 00 L
A c
o. 6 1 0.96 0.98 c
C* 0.61 0,96 0.96 I. 13 0.90 I. 16 c
c.
8*1 0.53 0.93 0.95 0.87 I. IO I. 00 0 89 I. 13 -1.10 c IU A.
0. 74

0. 9 1 I. 02 1.02 1.06 I. 09 I. 0 5 I. 07 I. 13 Cl A
81 O. ll9 0.90 I. 09 I. 17 1.06 I. 19 _J..JL jo I. 21 Cl ll 1 A I.OJ 1.03 I. JO I. 15 I. 14 I. 17 I. 10 I. 16 I. 21 6+ A Bl*
o. 91 I. 02 I. 13 1.03 I. 10 I. 22 J oT I. 13 I. 24 B
c D c c
o. 53

0. 74 0.87

l. 02.
0.89 I. 05
c.
81*
o. 93

0. 9 1 J. 10 I. 06

l. 13 I. 07 8*1 A
0.95
l. 02 I. 08 I. 09
.1. 10 I. 13
é Bl I. 03 I. II I. 10
l. 22 L l<t I, 24 IH-A I. II I. 15 I. 22 I. 22 I. 24 I. 26 A
81* I. 14 I. 2 1 I. 21 I. 31 I. 25 -1JL 81* A I. 19 I. 2 1 I. 28 I. 29 I. 30 I. 33 A 81* I. 17 I. 25 I. 25 I. 33 I 29 I. 36 E F H K c c 0.54
o. 71 0.90 0.90 0.92 I 1n C-t Ct Ill-O. ll9 I. 03

0. 91

1. 17 I. 15

l. 03 I. IB I. IO

l. 05 A
Ill A 0.98 I. 03 I. 02 J.06
l. 14 I. 10

1. JO I. 16 I. 13 81*
A 81* I. 09 I. 10 '* 13 I. 19 I. 17
l. 22 I. 2 1 I. 2 1 I. 24 A
81* A I. 14 I. 19 I. 17 I. 2 1 I. 28 I. 25 11 25 I. 30 I. 29 I\\ I A 01 I. 21 1.2 1 I. 25 I. 31 I. 29
1. 33 I. 33 I. 33

l. 36 A
IH A I. 23 I. 28 I. :.>6 I. 30
l. 36 I. 33
_!.31_ 1.3?_ _ _!J_L_ (ll A DI I. 28 I. 27 I. 3 1 1.36 I. 34 I. 38 I. 39 I. 39 I. 4 1 A IH A I. 26 1.31 I. 29
1. 33 I. 36

l. 36 I. 37 I, 4 I I. 40 G
J L l 2 3 4 5 6 7 9 11 w '.j:>. cb Q () r rn 8
0 rn
"'O
0 0
Ui -I
0 ro c
-I 6 _z N - 0 8 -I _c rn D { r ro
0 c
s: x rn z 0 z
X-BoxNl.Wllhor 1 2 Y-Batch AD4 884 xxx -Assembly Relative Power 0.224 U.318 Densilv 3 4 5 6 7 AD4 AE1 AF12 AF5 AF4 0.266 0.485 0.575 0.983 1.023 8 9 i 10 11 12 13 A04 AF5 AF4 AF4 AE4 AES 0.346 0.976 1.242 1.282 1.005 0.981 14 15 16 17 18 nr 20 A04 Af 5 AE5 AF1 AE2 AF1 AE3 0.346 0.982 1.046 1.394 1.068 1.330 1.062 21 22 23 24 25 26 27 28 AD4 AF5 AE5 AF3 AE3 AF1 AE1 AF1 0.268 0.974 1.048 1.356 1.121 1.402 1.073 1.385 29 JU 31 32 33 34 35 36 AE1 AF4 AF1 AE3 AF3 AE2 AF3 A.f2. 0.477 1.235 1.392 1.121 1.415 1.096 1.400 1.096 37 36 39 40 41 42 43 44 BB5 AF4 AE1 AF1 AE1 AF1 AE3 AF3 45 0.004 1.259 1.065 1.403 1.098 1.417 1.114 1.397 BA6 x 0.214 46 47 48 49 fJ() 51 52 53 AF5 AE4 AF1 AE1 f\\F3 AE3 AF2 AE1 54 0.967 1.004* 1.330 1.073 1.-Ml2 1.115 1.374 1.046 1\\81 0.311 55
56.
57 58 59 60 61 62 AF4 AE5 AE3 Af 1 AE2 AF3 AE1 Af 6 1.031 10.982 1.062 1.385 1.094 I 1.397 1.046 1.122 Long N1 Burrup (21... 715 GWd/MTU) Note: X = Maximum Fr Value = 1.514 UNIT 1 Cycle 25 Calvert Cliffs Assembly Relative Power Density at Figure 3.4-10 Nuclear Power Plant 10,000MWd/MTU, HFP, ARO, Equilibrium Xenon Revision 52
45 BB5 0.262 54 BD1 0 421 21 AB1 0.305 29 BD3 0.533 37 AE1 0.638 46 BE4 1.000 55 BE5 1.121 X - Box Number Y-Batch XXX - Assembly Relative Power Density B SC2 0.369 14 15 BB1 BE5 0.374 1.051 22 23 BES BD4 1.042 1.101 3 4 AC1 BD3 0.309 0.530 9 10 BE5 BE3 1.041 1.244 16 17 1304 BE1 1.100
1.367 24 25 8E:2 BD2 1.367 1.032 1
2 BB1 BD3 0.251 0.432 5 6 1 AE1 BE4 BE5 0.636 1.002 1.120 11 12 13 BE3 804 804 1.274 1.048 1.028 18 19 20 802 BE2 B01 1.081 1.. 318 1.018 26 27 28 BE75 BD1 Bf2 1.342 1.060 1.334 30 I 31 32 33 34 35 36 BE3 I BE1 801 BE1 BD2 BE1 BD3 l 1.24 I 1.3ea 1.086 1.32s 1.055 1.305 1.os1 I
-*-... _=-_J.
__..x_ _________ ---****-***********---*-*****----

__ __j 38 39 40 41 42 43 44 BE3 BD2 8E76 BD2 BE1 802 BE1 1.274 1 082 1.346 1.0tl6 t295 1 038 1.290 47 46 49 50 51 52 53 BD4 BE2 BD1 BE1 802 BE2 803 1.044 I 1 315

1.062 1.309 1.038 1 285 1.047 I I
56 157 58 59 60 61 62 804 801 BE2 BD3 BE1 803 BD5 1.028 1 018 1.334 1.081 1.290 1 047 0.810 I Long N-1 Burnup (22.0BO GWdfMTU} Note: X =Maximum Fr Value= 1.501 Calvert Cliffs Nuclear Power Plant UNIT 2 Cycle 24 Assembly Relative Power Density at 10,000MWd/MTU, HFP, ARO, Equilibrium Xenon* Figure 3.4-11 Revision 52
0 § z c CJ) o osiom iii' !"I!! -u::i.ma:: !oo ... §I i!! :u "'O ur om a 0 0 r-mm z.... ?o 00 ,,.:D om -< -0 oo r- =E !" m m.:n () 0 c: - (J) r- -f
0 OJ -

D OJ
-c c -t 3: - >< 0 mZ ZN 0 U1 z2 31::
E
-i 0
uc
& ti (A Of'.... I\\) USENRICHMENT TYPE BOX PEAKING FACTOR ENTHALPY RISE PIN PEAKING FA MAXIMA BOX PEAKING FACTOR ENTHALPY RISE FACTOR PIN PEAKING FACTOR 8 10 CL --- c 0.57 0.94 0.95 c o.73 1.02 I. 03 A JR c 0.65 1.02 1.03 c C* 0.65 I.OS 1.02 I. 24 1.03 I. 29 c C* a+ o.ss
1. 0 1 I.OB

0. 91

1. 21 I. 17 0.92 t.25 I. 21 c
8+ A
0. 76

1. 02

1. 03 I. 05
'* 14 1.09 1.06 I. 17
1. 11 Ct IA B+
. 0.97 1.01 I. 14 '* 22 1.00 '* 20
26 I. 10 1.24 c+
8+ A
14 I. 14 I. 07
1. 29

t. 20 I. 10 1.33 I. 24

1. 13 8+
A 8+ 1.os 1.06 I. 17
1. 17

l. 10 I. 21

1. 20

1. 13 I. 25 B
D c c o.ss 0.76
o. 91 1.05 0.92 1.06

c.
B+ 1.01 1.02
1. 2 1 I. 14 1-25 1-17 a+
A 1.08 1.03
1. 17 1.09
/ '* 21 I. 11 A 8+ 1.05 I. 15 1.09 I. 20
1. 12 1.24 8+
A I. 15 1.06
1. 20

1. 10 1.24
'* 12 IA I+ 1.06
1. 16 I. 10

1. 20

t. 12 I. 24 8+
A I. 16 1.06 I. 21 I. 10 I. 25
1. 12 A
8+ 1.07 I. 16 I. 10 '* 20
1. 13 1.24 E
F H K (: c o.s1 0.73 0.94 1.02 ft' Iii
1. 03 C+
c+ B+ 0.91
1. 14

1. 05 I. 22
'* 29 I. 17 I. 7.6 1.33 I. 20 A 8+ A 1.01 J. 14 1.06 1.08 I. 20 I. 10 I. 10 '* 24 I. 13 B+ A B+ I. 14 J.07 I. 17
1. 20

1. 10.
I. 21
1. 24

l. 13
'* 25 A 8+ A
t. 06
'* 16 t.07 '* 10 I. 21 I. JO
1. 12 I. 25

1. 13 B+
A B+ J. 16 1.06 I. 16
1. 20 I. 10 J. 20

1. 24 I. 12

1. 24 IA B+
IA 1.06 I. 15 1.05 I. 09 '* 20 I. 09
t. 12 I. 23 I. II D+
A B+ I. 15 1.04 I. 14
1. 20 I.OB I. 18
'* 23
1. 10 I. 22 IA B+
A 1.05 I. 14 I. 04 1.09 I. 18 1.07
1. It 1.22
'$*!
r.
I w f-N 2 3 4
0 0
 0 5 1 gj 2 6 z g 1 t: c 9 i c x m z 11 %
-,--
[+/-;] X-Be< Number 1 2 Y-Batch AD4 BB4 XXX - Assembly Relative Power 0.332 0.456 Densitv 3 4 5 6 1 AD4 AE1 AF12 AF5 AF4 0.351 oüsaa 0.704 t127 1.169 8 9 10 11 12 13 AD4 AF5 AF4 AF4 AE4 AES OA35 1.044 1.228 1.273 1.056 1.049 14 . 15 16 17 18 19 20 AD4 Af 5 AE5 AF1 AE2 AF1 AE3 0.435 1.055 1-()51 1.313 1.038 1.288 1.054 )( 21 22 23 24 25 26 27 .28 A04 AF5 AE5 AF3 AE3 AF1 AE1 AF1 0.350 1.042 1.051 t294 1.000 1.293 1.023 1.290 29 30 31 32 33 34 35 .36 AE1 AF4 AF1 AE3 Af3 AE2 AF3 AE2 0.576 1_221 1.311 1.059 1.293 1.024 t285 1.027 37 38 39*** 40 41 42 43 44 B65 AF4 AE1 AF1 AE1 AF1 AE3 AF3 4:5 0.720 1.251 1.034 1.293 1.024 1.284 1-038 1.283 BA6 0.318 46 47 48 49 50 51 52 53 AF5 AE4 AF1 AE1 Af 3 AE3 N=2 Af1 54 1.108 Ul52 1.286 1J)23 1.285 1.038 1.276 0.998 AB1 0.447 55 56 57 58 59 60 61 62 AF4 AES AE3 Af 1 AE2 AF3 AE1 AF6 1.174 1Jl49 1.054 1.289 1.026 1.283 0.998 1.070 Longú 1 Bumup (21 -715 GWdlMTU} Noteû X = Maximum Fr Varue = 1.388 . Oue to core redesign. Ulit: 1 ()y(kl 2S Ml not be QUar1er core Sfnmetric. UNIT 1Cycle25 Calvert Cliffs Assembly Relative Power Density at EOC, HFP, Figure 3.4-13 Nuclear Power Plant Equilibrium Xenon Revision 52
X-Bo* Numbe< 1 2 Y-Batch 881 BD3 XXX -Assembly Relative Power 0.335 0.53a Density 3 4 5 s 7 AC1 BD3 AE1 BE4 BE5 0.365 0.599 0..114 1-102 1.100 8 9 10 11 12 13 BC2 BE5 BE3 BE3 804 BD4 OA11 1.024 1.216 1.247 1.042 1.027 14 15 16 n ta 19 20 881 BE5 BD4 BE1 802 BE2 BD1 0.418 1.018 1.037 'L301 1.036 1.277 0.996 21 22 23 24 25 26 27 28 AB1 BE5 B04 BE2 BD2 BE75 801 BE2 0.363 1.025 1.037 1.282 1.032 1.288 1.028 1.291 29 30 31 32 33 34 35 36 803 BE3 BE1 801 BE1 802 BE1 BD3 0.603 1.217 1.307 1.034 1.297 1.(}34 1.304 1.060 x 37 38 39 40 41 42 43 44 AE1 BE3 802 BE76 902 BE1 BOO BE1 45 0.711 1.248 1.036 1.289 1.041 L305 1.035 1306 BBS 0.349 46 47 48 49 50 51
52.
53-- 8E4 BD4 BE2 B01 BE1 802 BE.2 BD3 54 1.102 '1.040 1.276 1.028 1.304 1.035 1.287 1.046 B01 0.525 55 56 57 58 59 60 61 62 BES 804 B01 BE2 BD3 BE1 B03 BDS 1.160 1.027 0.996 1.291 1.000 1.306 1.047 0.857 Long N*1 Burnup (22.080 GWd/MTU) Note: X = Maximum Fr Value = 1.383 Unit 2 Cycle 24 is not quarter cae symmetric. UNIT 2 Cycle 24 Calvert Cliffs Assembly Relative Power Density at EOC, HFP, ARO, Figure 3.4-14 Nuclear Power Plant Equilibrium Xenon* Revision 52
o
!g I 0 G) z c: (/J Q.OQaDl (ti D> µ ip:! d1::imc
e oo
' !i:2:0 "'Diii 0m iii 0 a P 0 0
D m
- 0 G> :E _m z :D ao z Zm 0 (j) -t xOb m "" CJ z -n c: 0 - -t z :0 0 z
D
 0 o' -< 0 om r- > m G>
D 0
c: "'O OJ c.o :!! G>
tc OJ iR
,..--fNRICHMENf T x 0 00 BOX PEAKING F o: oo- *ENTHALPY RISE i...w.i.;..-;:_,1-P IN PEAK ING F MAXIMA BOX PEAKING FACTOR ENTHALPY RISE FACTOR PIN PEAKING FACl OR 8 10 G_-- 'PE ACTOR FACTOR f\\CTOH 1.30 1.39 1.42 c o.ss
o. 92

o. 94 c
0.79 I. 09 I I?
1 0.92 c
I. 19
o. 56

1. 20

0. 93 Cl

0. 95 I. 01 c
I. 12
o. 73

t. 15

0. 99 Bf I. 01 0.04 0.90 0.94 A
B c
0. 57

0. 89 n 01 c
C* 0.51 O.V3
0. 89 0.92 0.91 J.00 I C*
Bt \\ 0.94
a. 93 '.
I. 12
1. 1 1

1. 15

1. 12 Bl*
A 0. 95 I. 06 I. 10 '* 15 I I? I 19 A 61- ). 01
1. 13 I. 09 I. 24 I. 12 I. 26 IH A
0.95 1.07 1.09 I. 17 I. II I. 21 A B* 0,70 I. OJ 0.75 '* 20 0.76 I. 22 c 0 H K c c 0,56 0.73 1 0.93 0.99 0.95 1.01 O c c Cl C*I* IU 0,55 0,79 0.92 I. 01
0. 84

0. 92 1.09

l. 19

1. 12 0.90 0.94
... 12 I. 20 I. 15 0.94 2 t-.... en 8
o m
c.
81-A B+ A 0, 94 0.95 J, OJ 0.95
o. 70
-0 3 I. 12 I. 10 1.09 I. 09
o. 75 I l.'i I 11 I 12 I. II 0 76 Bl A
81 A Bl 0.93 1.06 I. 13 I. 07 1.03 I. 11 I. 15 I. 24
1. 17 I. 20 J. 12 I. 19 I. 26 I. 21*
I. 22
o 0
` 4
o ffi z
A IH A Bl* A I 0 1.06 I. 10
1. 2 1 I. 23 I. 20 5
g;!
1. 16 I. 31 I.JO 1.34 I.JO 1.20 I. J3

1. 34

1. J7 I. 33 G')
o 0
c 8+ A Bl A IH I. 10 I. 24 I. JO I. 2lJ I. 30 I. 31 1.33
1. 39 I. 36

1. 37 1.:1'.t

1. az I J\\ I I. 41 I 41 A
81* A Bt A
1. 21
).30
l. 29 I. 30 I. 25
\\) 6 en CD ^ z z z 7 Ci) 0 I.JO 1.39
1. 37 I. Jn I. 34 1.34 I.")
I. 41 I. 41 I. JD UI* A DI A (I I
1. 23

1. 28
). 29 I. 17
1. OU 1.34 J. 36
).JO I. 27 I. 26 1.37 I. 41 I. 4 1 I.JI I. 28 A 81* A Bl A '"l1 '"l1
n 9
0 0 r _m 5 1.20 I.JO I. 25 I. OU 0.63 1,30 I. 37 l.34 I. 2b
o. 74 11 
0 1.33 I. 4 t 1.38 '* 26 0.78 z E F G J
[+/-]X-BoxNunber 1 2 Y-Batch AD4 BB4 XXX - Assen't>ly Relative Pclwer 0.227 0.320 Oensttv 3 4 5 6 7 AD4 AE1 AF72 AF5 AF4 0.265 0.493 0.568 1.049 1.037 8 9 10 11 12 13 A04 AF5 AF4 Af 4 AE4 AES 0.365* 1.006 1.208 1.294 1.111 1.023 14 15 16 17 18 19 20 AD4 Af 5 .Af 5 AF1 AE2 AF1 AE3 0.364 1.063 1.154 1.288 1.108 1233 1.116 21 12 23 24 25 26 27 28 AD4 AF5 AES Af 3 AE3 AF1 AE1 AF1 0.265 1.004 1.152 1.321 1.173 1.272 1.092 1.255 29 30 31 32 33 34 35 36 AE1 AF4 AF1 AE3 Af 3 AE2 AF3 AE2 0.483 1.200 1285 1.173 1.333 1.125 1.308 1.133 x 37 38 39 40 41 42 43 44 885 AF4 AE1 AF1 AE1 AF1 AE3 AF3 45 0.636 1.260 1.105 1273 1.128 1.294 1.165 1.332 BA6 0.214 46 47 48 49 50 51 52 53 AFS AE4 AF1 AE1 AF3 AE3 AF2 AE1 54 1.028 1.112 1.235 1.094 1.312 1.166 1.315 1.114 AB1 0.310 55 56 57 58 59 60 er* 62 AF4 AE5 AE3 AF1 AE2 AF3 AE1 AF6 1.049 1.029 1.119 1.257 1.134 1.332 1.114 1.079 Long N-1 Bt.mup (21.715 GW<L'MTU) Note: X = Maximwt FrVakte; 1.581
Due to core ign, Uni 1 ey.cte 25 will rXlt be quarter core $}fnm"1t.
UNIT 1 Cycle 25 Calvert Cliffs Assembly Relative Power Density with Bank 5 Figure 3.4-16 Nuclear Power Plant Inserted to PDIL at BOC, HFP, Equilibrium Xenon Revision 52
2 Y-Ba*ch B81 8D3 X-Bo>Number XXX - Assembly Relative Power 0.237 0.418 Densilv 8 BC2 0.341 14 15 BB1 BE5 0343 0.995 21 22 23 AB1 BES 804 0.273 0.964 1.155 29 30 31 BD3 BE3 BE1 0.519 1202 1.316 x 37 38 39 AE1 8E3 802 45 0.649 1.269 1.133 BB5 D.248 46 47 4!3 BE4 BD4 BE2 54 0.985 1.120 1.235 BD1 0.407 55 56 57 BE5 804 801 1.092 1.036 1.059 Long' N-1 Bumup (22.080 GWdlMTU) Note: X"' MaXimum Fr Value"' 1.577 Unit 2 Cycle 24 Is not quarter core symmelric. 3 AC1 0.279 9 BE5 0.966 16 804 1.100 24 BE.2 1.. 288 32 801 1.140 40 BE.76 1.. 261 49 601 1.105 58 BE2 1249 I 4 5 6 7 803 AE1 BE4 BES 0.517 0.647 0.987 1J)91 rn 11 12 13 BE3 BE3 BD4 I BD4 1.202 1.270 1.127 1.035 l 17 18 19 20 8E1 802 BE2 BD1 1.316 1.133 1.238 "1.059 25 26 27 28 802 BE15 BD1 I BE.2 1.134 1.255 1.'103 1.249 33 34 35 1 36 BE1 602 BE1 I BOO 1.300 1.128 1.297 1.166 I 41 42 43 lE1 !802 BE1 BD2 1.142 1.301 1.129 I 1.306 I 50 51 52 53 8E1 80:2 BE:2 BD3 1.301 1.12:9 1.261 1.156 59 60 61 162 803 I BE1 803 I so5 1.165 1.306 1.156 i 0.853 I i ---*-------- -*--*--*..1..-- UNIT 2 Cycle 24 Calvert Cliffs Assembly Relative Power Density with Bank 5 Nuclear Power Plant Inserted to PDIL at BOC, HFP, Equilibrium Xenon* Figure 3.4-17 Revision 52
(J1 z c en !lo=m CD II> )> [g joQ' ... :n:n J!CI> om s 0 0
n m
m "ti zo '? :E om "T1 :0 I 00 o en r- -i m6 .... m c m ::! oO cZ I -o mm 7> c G> 3:: :::0 0 c "ti (II 
n
ti> (II 5 co ENRICHMENT TYPE xo. oo BOX PEAKING F. o.oo ENTHALPY RlSE o.oo PIN PEAKING F MAXIMA BOX PEAKING FACTOR ENTHALPY RISE FACTOR PIN PEAKING FACTOR 8 10 G_--- IUK FACTOR 'CTOR 1.27 1.33 1.37 c 0.57
o. 4112 0.93 c
0.71 0.97 0.98 A c 0.56 0,93 0.94 c 0.78 ?*%& c+ 0.97 1*(1 c+ 1.09 I. 22
1. 26 8+
0,96 1.03 l.M B c 0.56 0.93 0.94 c C* 0.58 1.00 0..91
1. 21

o. '12 I. 26 c
C* 8+ 0.58 0.77 1.05
o. 91

o. 98 1... 20 0.92 I. 10 I

1. 24 C*
8+ . 1\\ 1.00 1.05 1.08
1. 21 1.20

1. 17 1.26

1. 24 I. 19 8+
A B+ 1.05 1.08 I. 24 I. 19 I. 16
1. 31 L.,.,
1 IR I 3A. A 8+ A 1.03 I. 19 I. 15 I* Jg I*)* I*+, 8+ A B+ 1.05 J.05 1.23
1. 17

1. 14 1.30 I. 20 I. 16 1.34 A
B+ A 0.73 1.07 I. II 0.85 I. 20 n_e1 I. 24 D E H K c c 0.57
o. 71 0.92 0.97 0.93 0.98 c
C+ c+ B+ 0.70 0.97 1.09
o. 96.
1.08 I. 22 I. 22 1.03 I I c..> 2 I 0
0 I. 10 1.16 I. 26 1.06 m
"ti B+ A B+ A 1.05
1. 03 1.05 0.73

1. 19 I. 10 I. 17 0.85 I. 22

1. 12

1. 20 0.87 A
B+ A B+ I. 08
1. 19 1.05 1.07 I. 16

1. 27 I. 14*

t. 20 0
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1. 18 1.31

1. 16 I. 24 8+
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1. 15 I. 23 I. II I. 31

1. 20 1.30-I. 17 1.36 1.23 1.34 I. 19
() 5 I !B 0 c "ti A 8+ A B+ I. 17 1.27 I. 14 I. 24 I. 21 1.33
1. 19 I. 29 I ?A 1 7 1.22 UI 6
, g B+ A 8+ A I. 27 I. 14 1.20 t.08 I*-. I*/ 1123 I* I0 A B+ A B+ I. 14
1. 20 1.00 0.99 I. 19 I. 29 I. 10 I. 14 I. 22 1.33 I. 13
'* 17 (') r-7 I$ m 0 c E CD 9
0 c
s: B+ A B+ A '* 24 I. 08 0.99 0.55 1.29 I. 15
1. 14 0.68 f 33 L 17

1. 17

o. 74 11 F
G .I
[+/-] X-lloJc N<rnbet 1 2 Y-Batch AD4 884 Assembly Relative Power 0,320 0.434 3 4 5 6 7 AD4 AE1 Af72 Af 5 Af 4 0.358 0.592 0.694 1.076 1.000 8 9 10 11 12 13 AD4 AF5 AF4 AF4 AE4 AE5 0.447 1.066 1.242 1.264 1.005 0.000 14 15 16 17 18 19 20 AD4 AF5 AE5 AF1 AE2 Af 1 AE3 0.447 1;083 1.075 1.334 1.042 1.264 1.014 )( 2*1 22 . 23 24 25 26 27 2B AD4 AFS AES Af3 AE3 AF1 AE1 AF1 0.357 t.064 1.075 1.324 1.082 1.312 1.000 1'.2fJ2 29 30 31 32 33 34 35 .X) AE1 AF4 Af 1 AE3 AF3 AE2 Af 3 AE2 0.580 1.234 1.331 1.081 1.323 1.046 1.309 1.044 37 38 39 40 41 42 43 44 BB5 Af 4 AE1 AF1 AE1 AF1 AE3 AF3 45 0.708 1.241 1.037 1.311 1.046 1.314 1.061 1.310 BA6 0.306 46 47 48 49 50 51 52 53 AF5 AE4 AF1 AE1 Af 3 AE3 Af 2 AE1 54 1.056 0.009 1.262 1.029 1.3()9 1.061 1:.200 1.012 AB1 0.425 55 56 57 58 59 60 61 62 AF4 AE5 AE3 AF1 AE2 AF3 AE1 AF6 1.093 0.900 1.013 1.291 1.044 1.309 1.011 1.034 Long N-1 Bumup(21.715 GWdJMTU) Note: X =Maximum Fr Value :::: 1.407
Due to COO! redesign, um 1 C¥cle 25 will not be quarler t:ore s)fnmetnc.
UNIT 1 Cycle 25 Calvert Cliffs Assembly Relative Power Density with Bank 5 Figure 3.4-19 Nuclear Power Plant Inserted to POil at EOC, HFP, Equilibrium Xenon Revision 52
L£l x - "'" """"" 1 2 Y-Batch 881 BD3 X:XX - Assembly R.elatlve Pomr 0.3:23 0.512 Density 3 4 5 6 7 AC1 8D3 AE1 B:E4 BE5 0.372 0.903 0.702 1.()51 1.001 8 9 10 1t 12 13 BC2 BES 8E3 BE3 S.04 BD4 0.421 1.044 1.228 1.237 0.'991 0.880 14 15 16 17 18 19 20 BB1 BES BD4 8E1 BD2 B.E.2 BDt 0.428 1.043 1.059 1.3Z7 1.039 1.:253 0.958 21 22 23 24 25 26 27 28 AB1 BES 804 BE2 BD2 BEi'5 S.D1 BE2 0.370 1.046 1.060 1.311 t.053 1.307 1.()34 1.294 29 30 31 32 33 34 35 36 803 BE3 BE1 BD1 8E1 BD2 S.E1 BD3 0.607 1.229 1.327 1.055 1.:326 1.057 1..328 1.079 >i'
38.
jg 40 41 4= 43 M AE1 BE3 802 BE76 902 BE1 &D2 BE1 45 0.700 1.238 1.039 1.307 1.064 1.336 1.()59 1.334 BBS x 0.337 -.0-- 47-... 48 -;w-*** 50 ___,,_ 51 52
53---*
BE4 804 BE2 B01 BE1 602 BE2 603 54 1.052 0.990 1.253 1.035 t.329 1.059 1..314 1.085 BD1 0.500 55 56 57 58 59 60 61 62 BES 804 801 BE2 BD3 BE1 B.D3 805 1.081 0.880 0.957 1.294 1.079 1.334 1.()65 0.832 Long N-1 Bumup (22.080 GWdfMTU} Note: X
Maximum Ft Value '" 1.407 Unit 2 Cycle 24 iil not quarter core symm@lnc..
UNIT 2 Cycle 24 Calvert Cliffs Assembly Relative Power Density with Bank 5 Figure 3.4-20 Nuclear Power Plant Inserted to PDIL at EOC, HFP, Equilibrium Xenon* Revision 52
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o. 00........ ENTHALPY RISE FACTOR

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n nn..-... PIN PEAKING FACTOR MAXIMA BOX PEAKING FACTOR 1.23 ENTHALPY RISE FACTOR 1.31 PIN PEAKING FACTOR 1.35 c 8
0. 63 1.04

1. 07 c
10
0. 83

1. 13 G_-*
I. 16 A I I c 0.74 I. 14
1. 17 c
C* 0.74
1. 14

1. 14

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1. 33 c

c.
B+ 0.63
1. 09

1. 08 I. 03

1. 26

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1. 06

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1. 2 1 c
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0. 66

1. 03

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1. 18

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1. 00

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1. 18

1. 30

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1. 20 C+
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1. 14

1. 04 0.98

1. 23

1. 12 I. 06

1. 27

1. 15

1. 09 B+
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0. 99

1. 01

0. 90

1. 09

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1. 04 I. 11

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1. 06 B
c D c c 0.63 0.86 I. 03 I. 18
1. 06

1. 21 C*
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1. 26 I. 15

1. 29

1. 17 B+
A
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1. 10

1. 19 I. 17

1. 21

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1. 13 I. 15

1. 20

1. 23

1. 24 I. 25 B+
A
1. 15 I. 14

1. 23

1. 22

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1. 08 I. 14

1. 16

l. 22

1. 20

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A
o. 93 I. 03

1. 10 I. 12 I. 11

1. 16 A
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o. 96

0. 64

1. 13 0.69

1. 15 E
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1. 00 I. 14 0.99

1. 29

1. 23 I. 09 I. 30

1. 27 I. 1 1 A
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1. 06

1. 04

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1. 12

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o. 98

o. 90

1. 18

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1. 20

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o. 93

o. 55

1. 16

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1. 20

1. 11

0. 69 B+
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1. 14

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1. 22

1. 12

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1. 15 1.. 17 I. 14

1. 22 l.26

1. 22

1. 26

1. 28 I. 26 B+
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1. 20 I. 23

1. 26 J. 28 I. 3 1 I. 28 I. 32 1.34 A
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1. 14

1. 23

1. 23

1. 22 I. 31 I. 31

1. 26 1.34 1.35 G
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.r ENRICHMENT TYPE x -BOX PEAKING FACTOR o.oo-0.00.... *ENTHALPY RISE FACTOR 0.00.....-PIN PEAKING FACTOR MAXIMA BOX PEAKING FACTOR
1. 23 ENTHALPY RISE FACTOR 1.42 PIN PEAKING FACTOR 1.47 c
0.63
1. 04 1 nl\\
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1. 16

1. 18 C+

1. 06 c

1. 32 8
0.64
1. 36

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o. 81

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1. 14

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1. 25

1. 18

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1. 20 A
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1. OB

1. 16 I. 13

1. 24

1. 15

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1. 16 0.97

1. 23
-1. 07
1. 27 I. 10 A
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1. 12 I. 12

1. 15 1 14 D
c 0.63
1. 04 1.05 C*

1. 16 1.37

1. 42 B+
.. 1. 22 [ 1. 30 l. 34 A
1. 15

1. 19 1 ??
B+
1. 21

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1. 03

1. 11

1. 13 B+
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0. 93

1. 09

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o. 51 0.65 0.71 E
c 0.85
1. 16

1. 18 B+
I. 14
1. 25

1. 2B A
I. 12 I. 18
1. 20 B+

1. 21

1. 29 1 11 A

1. 07

1. 14

1. 17 B+

1. 09

1. 18

1. 22 A
0.90 0.98
1. 00 B+
0.88 I. 00
1. 03 F
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1. 12 C+
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1. 06 1.23

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o. 96

1. 24 1.07

1. 12

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1. 10

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o. 93

o. 51 5

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0. 65 l_ 13 L 12 0 71 B+
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l. 09 0.90

o. 88 6

1. 18

0. 98

1. 00

1. 22

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1. 03 A
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1. 04

o. 93 7

1. 04

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0. 98

1. 06

1. 13 I. 00 B+
A B+
1. 04

o. 96

1. 05 9

1. 09 I. 00 I. 10

1. 13

1. 02

l. 14 A
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1. 05

o. 97 11 o: 98

1. 10 J. 00

1. 00

1. 14

1. 02 G
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$a:(im ' 8 ?< )* ._ -0 'Z r.;-) < oB -n H e U1 nZ -<U) G l" -., I Ul lli AXIAL PEAK Pip 1.55 1.50 1.45 1.40 1.35 1.30 BANK 5 IS WORTH 0. 57"/o 6 p 4 0.45 3 0.98 2
0. 93 l

0. 91 125 I
I I I I I I I I I I I I e I I I I I I BANKS 20 4o5.o so 100 o /o 4o3 0o io I1o o o 401 2o 3o 140 2o 5o4 6o-80 ioo o 2o 4o2 60 7o i8o "lo CEA INSERTION -
------- I I I I I (,) A "1 (,) S< )> r -0 m )>
o;;
c7i '<ft 0 z (/) m 0 z ro m G) z z z G) 0 ( Q 0 r .!!J
3.4-24 AXIAL PEAK VS CEA INSERTION WITH PART LENGTH CEAs (END OF FIRST CYCLE) BALTIMORE GAS & ELECTRIC CO. Calvert Cliffs Nuclear Power Plant 0 j: Q.. <J /r--.OON 0 j; j: 2 '° ("t"\\ °" °" C1' 0 dcicicici 8
c 0:::
I-u.J 0::: V> 0 j: r; 2 s: <( V> 1.1.J u Lr\\'or:::r ("t"\\ N.-t 7 z <C µ: cc 0 j= j; Lr\\ T ("t"\\ N U V> .-4 6 2 <( cc IM. PEAK vs CEA INSERTION VITH PART LENG4 Fi9vre CEA Is CENO OF FIRST CYCLE)
3. 4-24 Rev.a
3.4-25 NUCLEAR HEAT FLUX PEAK VS CEA INSERTION (BEGINNING OF FIRST CYCLE) 0 0 0 0\\00 c::> 0 N .-C 0 0-0000 LI\\ N N 0 0 5?. ... NN N N N..-4..-4 HO!4V5 6NDIV3d xn17 !V3H HV313nN BALTIMORE GAS & ELECTRIC CO. Calvert Cliffs Nuclear Power Plant NUCLEAR HEAT FLUX PEAK ve CEA INSERTION <BEGINNING OF FIRST CYCLE) Figure 3.4-'5 Rev.a
3.4-26 NUCLEAR HEAT FLUX PEAK VS CEA INSERTION WITH PART LENGTH CEAs (END OF FIRST CYCLE) I::;
E
....I (!) z <( L.1..1 c.. 0::: L.1..1 0.. ....I ....I u... 0 °"'°CO r- '° Lt'\\ 1111::1' rt\\ N 0 0-CO r-t.Q
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3.4-27 FIRST CYCLE POWER DEPENDENT CEA INSERTION LIMITS 8 ..-4 BALTIMORE GAS & ELECTRIC CO. 0 °" 0 0 co 1.1.J I-a:i x
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<v \\:!, ---- <Q<v* 0 0 0 0 0 0 '° Lt'\\ t't'\\ N ..-4 ....J 0::: ....J L.l.J
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3. 4-ZT Rev.a
Calvert Cliffs Nuclear Power Plant 14x14 PWR FUEL BUNDLE FUEL ROD Framatome Lead Fuel Assembly Figure 3.7-1 Revision 33}}

ML21257A305

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