ML20210S067

From kanterella
Jump to navigation Jump to search
Requests Assistance in Estimating Cost of Implementing Emergency Communications,Per Encl Boise Interagency Fire Ctr Survey of Facility.Region II May Request Installation of Sys in Near Future
ML20210S067
Person / Time
Site: Crystal River Duke Energy icon.png
Issue date: 05/13/1986
From: Reyes L
NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION II)
To: Wilgus W
FLORIDA POWER CORP.
References
NUDOCS 8605200423
Download: ML20210S067 (2)


Text

Cbh 4

31 131986 Florida Power Corporation MTN: Mr. W. S. Wilgus Vice President Nuclear Operations P. O. Box 14042, M.A.C. H-2 St. Petersburg, FL 33733 Gentlemen:

SUBJECT:

DOCKET NO. 50-302 During the past four years, NRC has had a contract witt, the Boise Interagency Fire Center (BIFC) to establish / evaluate emergency communications.

These evaluations include plans for minimizing the time required for the development of NRC radio equipment and/or BIFC radio equipment as well as augmenting response personnel in the event of an emergency or during an exercise.

BIFC personnel have conducted site Radio Frequency Interference (RFI),

Electromagnetic Interference (EMI) and radio equipment placement surveys at your site. These surveys provide guidance on the installation and use of HF and VHF radio communications during an emergency condition at a reactor site.

BIFC Survey findings and recommendations for your site are enclosed. Region II requests your assistance in estimating the cost of implementing these recommendations.

Based on the cost estimates gathered, Region II may request licensee installation of these systems in the near future.

Your cooperation would be greatly appreciated.

If you have any questions regarding this matter or need additional information, please contact Mr. W. Stansberry of our staff at (404) 331-5248.

Sincerely, Original Signed by Luis A. Reyes Luis A. Reyes, Acting Director Division of Reactor Projects

Enclosure:

Emergency Communication System cp w/ encl:

  1. . F. McKee, Nuclear Plant Manager f.R.Westafer, Manager Nuclear Operations Licensing and Fuel Management l @>

c w/ encl:

8605200423 e60513 j

RC Resident Inspector PDR ADOCK 05000302 i

Document Control Desk F

PDR State of Florida e

I

6. _

[d Nefre111 RII RI:

RII i

MPos # '

w J4 ;PSuone Sei

ocojj, ton-Brown:jw WStansberry Tpecker5/7 /86 5/sja6 5//V86 8/ /86

/

7 f/p/86

3/p/86

//3 /86

ENCLOSURE EMERGENCY COMMUNICATION SYSTEM FOR CRYSTAL RIVER NRC Regional and National Radio Support Cache Equipment 1.

At the Repeater Site Unit I and 2 Control Complex, establish a direct cable path from the stair and elevator shaft structure, on the roof, to the radio room located two flights of stairs below. Install 1/2 inch foam lleliax with the lower or radio room end terminated in a UHF male connector. Install a Phelps Dodge PD 1107 antenna on the roof of the stair and elevator shaft structure.

Connect the upper end of the Heliax cable to the antenna.

2.

At the EOF, a direct cable path should be established from the NRC area inside the EOF to a point outside the top of the building and 1/2 inch foam Heliax installed. The Heliax should be terminated at the NRC area with a UHF male connector. Install a Phelps Dodge PD 1107 antenna with the coaxial skirt a minimum of six inches above the roof parapet. Connect the upper end of the Heliax cable to the antenna.

3.

At the EOF, run one, two pair shielded cable from the NRC room in the E0F to a point at the base of the antenna. The cable should be terminated inside the NRC room and at the roof with WE 742 wire junctions.

These circuits should be permanently reserved for NRC use and the terminations so marked.

The NRC should supply the WE 742 wire junctions to the licensee to insure system compatibility.

The frequencies and power levels that the NRC equipment may use at each site are as follows:

Repeater Site TSC, E0F, and Portables 169.109 20 watt 169.100 6 watts 165.6625 165.6625 The frequencies and power levels that the NRC equipment may use at each site are as follows:

VHF Lo-Band VHF Hi-Band VHF 49.73 6 watts 166.725 6 watts 411.750 5 watts 46.63 166.775 411.925 49.77 168.250 412.150 46.99 168.400 412.200 49.910 166.6125 417.300 46.810 167.100 417.350 169.750 417.500 168.550 417.800 169.350

.