Text

Proposed Tech Specs Re Change Request to Increase Allowable Leak Rate for MSIV & Delete MSIV LCS
	ML20076K658
Person / Time
Site:	Limerick
Issue date:	10/25/1994
From:	; PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC
To:	;
Shared Package
ML20076K647	List: ML20076K645; ML20076K658;
References
	NUDOCS 9411010327
	Download: ML20076K658 (1)
	v • d • e

..

October 25,1994 Page 3 04

'U w Table 1: Seismic Margin of a Representative and Highly Loaded Bwnding Support Design O

Dw U

Operating DBE Component Anchorage O

ny support Designation Dead Mech.

Seismic Total Component Anchorage Capacity /

Capacity /

HCLPF KN Load Loads Load Loads Capacity Capacity Demand Demand (tb)

(16)

(!b)

(16)

(!b)

(ib)

Ow oo Note (1)

Note (2)

Note (3)

Note (6)

Note (4)

Note (7)

Note (5)

'f] O N kf EBD.208.H22

-341 293 272 (V) 909 (V) 6300 T=5867 5.92 1.92 2.4g N

1064 (H) 1064 (H) 6300 V=31.260 EBD 208-H26

-306

-22 245 (V) 573 (V) 6300 T=5867 10.99 1.83 2.4g V = 31,260 E8D-214-E1-H6

-389 12 623 (V) 1024 (V) 3955 T= 4000 3.91 2.6 t.4g V = 21.600 Note (1)

EBD-208.H22 is highty loaded support in Path 206 and EBD-214-E1-H6 is highly soaded support in Path 214.These are cantilevered supports.

Note (2)

Seismic load is 1.0 times media-centered peak floor response spectra.

Note (3)

Total loads = Dead Load + Operating Mechanical Load + Seismic Load V = Vertical Load H = Lateral Load Note (4)

Anchorage capacities are based on bolt capacities shown in EPRI NP 5228 Rev.1 Table 2.12 and the safety factors from EPRI NP-6041-SL Rev.1 App. O.

Note (5)

HCLPF = High Confidence of Low Probabilrty of Failure.

Note (6)

Component Capacity is Equal to 5 x Catalog Lead Rating x 0.7 Note (7)

Based on Pullout and Shear interaction.

TABLE-1.STU

.. _ -,,

ML20076K658