Text

Forwards Survey Checklist in Response to 861118 Request Re Emergency Response Data Sys
	ML18022A502
Person / Time
Site:	Harris
Issue date:	04/28/1987
From:	Zimmerman S; CAROLINA POWER & LIGHT CO.
To:	; NRC OFFICE OF ADMINISTRATION & RESOURCES MANAGEMENT (ARM)
References
	NLS-87-058, NLS-87-58, NUDOCS 8705050053
	Download: ML18022A502 (55)
	v • d • e

{>. T~', REQUL 'JRY IJJFDR>JATIQJ'J DIBTRIBUTI/J BYBTEIJ:, (RIDE>

ACCESSION NBR: 8705050053 DOC. DATE,: 87/04/28 NOTAR I ZED: NO DOCKET FAV~IL: 50-400 Sheav on Harv i's Nuclear Power Plant> Unit i> Carolina 05000400 AUTH. NANE AUTHOR AFFILIATIGIN ZINNERl'tAN> S. R. Cav olina Powev Zc Light Co.

RECIP. NANE RECIPIENT AFFILIATION Document Control Br anch (Doc ument Contv o 1 Desk )

SUBJECT:

Submits info v'equested in 86ili8 ltr v e emergency v esponse data sos mail suv ver. M/si x oversize drawin'gs.

DISTRIBUT1ON CODE: A0459 COPIES RFCEIVED: LTR ENCL SIZE:

TITLE: OR Submittal: Emergency Pv epav edness Plans> Implement 'g Pv.oceduv es> C NOTES:Application For permit renewal filed. 05000400 I

REC IP ENT COPIES REC I P I ENT C OP IES ID CODE/NANE LTTR ENCL ID CODE/NAKE LTTR ENCL PD2-i L* 0 PD2-i PD i BUCKLEY> B i INTERNAL: AEOD/DOA/IRB i i h!RR/DREP/EPB Oi i EXTERNAL: LPDR i NRC PDR NSIC i i J

TOTAL NUMBER OF COPIES REQUIRED: LTTR 9 ENCL 8

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CNK Carolina Power & Light Company APR 28 yy SERIAL: NLS-87-058 United States Nuclear Regulatory Commission ATTENTION: Document Control Desk Washington, DC 20555 SHEARON HARRIS NUCLEAR POWER PLANT (SHNPP)

DOCKET NO. 50-000/LICENSE NO. NPF-63 EMERGENCY RESPONSE DATA SYSTEM Gentlemen:

Carolina Power R Light Company (CPRL) hereby submits the information requested by your letter, "Emergency Response Data System (ERDS) Mail Survey," dated November 18, 1986. A completed copy of the survey checklist is provided as an attachment to this letter. Please note that as stated during the May 15 and 16, 1986 on-site ERDS survey at CPRL's H. B. Robinson Steam Electric Plant, Unit No. 2 (HBR2),

the SHNPP computer hardware and software is almost identical to that at HBR2.

Should you have any questions regarding this submittal, please contact Mr. A. W. Schmich at (919) 836-8759.

Yours very truly, S. R. Zim erman Manager Nuclear Licensing Section AWS/mss (5153A WS)

Attachment CC: Mr. B. C. Buckley (NRC) W/A Dr. 3. Nelson Grace (NRC-RII) W/A Mr. 3. B. Hickman (NRC) W/A Mr. G. F. Maxwell (NRC-SHNPP) W/A 8705050053 870428 PDR ADOCK 05000400 PDR 411 Fayettevilte Street o P. O. Box 1551 o Raleigh, N. C. 27602

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APPENDIX 1 SECTION 1'ITE SPECIFIC INFORMATION SURVEY FORM PLANT SITE LOCATION:

PLANT UNIT SURVEYED: Vnit 1 DATE QZ SURVEY: SURVEYOR NAME:

CONTACT John Bullock PH g (919) 362-2723 TITLE 6 ORGANIZATION: principal engineer, KEY SITE CONTACT'S process computers, Harris Plant Engineering Power Plant PLANT SITE NAME- Shearon Harris Nuclear STATES gXTHXN EPZ: North Carolina N/A UNIT REACTOR VENDOR. Westinghouse

/ 3 MEGAWATT RATING (E) 95O OP LOOPS:

RCPs PER LQQP: > STEAH GENERATOR TYPE:

2775 MW FOYER OR OTHER OPERATIONAL LIMITS:

CONTAINMENT DESIGN/MODEL:

~ Ebasco CONTAINMENT ZNERTED/ZCE/RECOHBINERS: 2 TURBINE GENERATOR VENDOR:

I CONDENSER COOLZNG METHOD:

Natural Draft Cooling Towe~

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Ante comp e" ."~ t..e check'ist, ind cate he'ov the location and des'anat'on o" t.'.e prese red host. compute" system and the mos" nvenient output dev'ce'r t.".e .".ost (e.g. te". ina=).

ERFIS PREFERRED HQS. COMPUTER:

PREFERRED HQS: NAME/MODEL y: Gould 32/6780 pREFERREg HOST PRODUCT FAM LY/CPU MODEL. Gould Electronics Division PREFERRED HOST LOCA TON:

LOCAT:-QN OF HOST COiiVENZ~~T l.-.OST COMPUTER OUTPUT DEV CE !e.g

'ERHZNAL):

OF DESIRED PARAMETERS AVAILABLE: lt)0 LrS TH:" PA+ME ERS WH::= AR Ã T AVA"LA= E ON :".Z PREFERRED HQS:

hhiD EZTH=R ..== LOCAT ON WHERE ~EY AR~ AVAILABLE OR TH FACT TP&T HEY ARK NO' AVAILABLE ZN A'Pl PARAMETER ALTERNA E SOURCE OR LNAVAiLABTLZY

A . ~iiG:X 1 SEC RON 2 CAT OX gO ST

=icz ta cammenc"'ng -.-.e deta=ied s'vey of the attz-buses

.". ividua pa ameters, it s r.ecessary 'to determine the ac="="n where the majority o t.'".e ara.-..etezs on the NRC pazamete

-. ist are re+ident. The check'" o.". t."e al owing page. w-'1 aic "~e suzveyo in making th's determination.. The checklist assumes that t .e .parameters of interest w' be primarily ava'labie on one of three generic site compute svstems. 'These th=ee gene 'c systems are:

he P'A.lT PROCESS COHPUTER.which is typically,=nsta ~ .ed neaz the ccntrol room fo use ='.". var'ous tasks such as fue management, system a ignment monitoring ard post trip reviews.

The emergency Response Faci ity (ERF) Data Acquisit'an S.'stem (3AS) which has been installed at .many piant sites in respa. se to the requirements of FCREQ 0737. Supp 1 to transm.'t data t= the echn'cal Support Center (TSC) a-.d the Emergency Opera"-ans Facility (EOF). The advantage of using the ERF DAS as the primary source of 2DS data 's t..at =.". =any instances nearly ail of "he necessary parameters have been assembled on a comp"tez system with a ""ub e layer o iso ation from class 1E -nstzument aa-s area outside 'the power block or. the p an".

3. The Safety pazametez Display Syste= !SpDS) .which -s -- icay ava- labie in both the contro'oom and the TSC.

NOTE: At some sites the Process Computer, ERF GAS and S::S are by the same hos" compute . The term HOS. COMPUTER is used ai'erved to define the da a s"arage -cation. " is zea'zed t.'-.at ;"e .".OS.

COMPUTER may not be th preferable iocation for connec=ion of KRDS ha"dwa e. but "ha o"e ~ :he output devices served by the .<<.OSY CQYPUTER may be the most convenient connection po=nt ';. terms c=

hys-'ca locat-an. avai abi i"y o spare output ports. et".

he category of "OTHER" is ntended for use in identi y rg other computer systems which are the cniy source of spec'fic parameters-Xt is expected that t is categazy wi-1 be mos" appl'cable n the case of radiological and meteoraiog" cal parameters.

he coiumns on the check'=st 'be'd "DXSC" and ..(r "PROC" refer to whether the parameter is avai:abie 'on the'hos compu"ez l as

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P~R PREFERRED HOST CQMPUT- SYSTEM DE.ERMINATION Same Computer 'Hs.-

FROC COMP ERF DAS SPDS OTHER PARAMETER DISC PROC DISC PROC DiSC PROC DISC PROC PRESSURE TEMP HOT LEG TEMP - COLD LEG TEMP - CET SUBCOQLING MARG PRZR LEVEL

'X VSL LEVEL RCS CHG/MU RX COOL FLOW NI - SU S/G PRESSURE S/G LEVEL MAIN FEED FLOW AUX FEED FLOW HP SX FLOW LP SI FLOW S1 FLOW tW)

BWST LEVEL CONT PRESS .X CONT TEMP H2 CONC CONT SUMP LEVEL RX COOL RAD CONT RAD A/E RAD EFFLUENT RAD 1.

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PROCESS RAD 1~

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WIND SPEED X WIND DIR X STAB ILITY A2-3

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MPUTER SYSTEMS SURVEY U IONNA:RE I. CONTACTS Note: Please provide name,. title, mailing address, and phone number.

A. Survey Coordinator (i.e. contact for later clarification of questionnaire answers):

Arnold Schmich .(919)362-8759 B. Computer Hardware Specialist )

(s):

John Bullock -(919)362-2723.

H. C. Avtnger '919)362 C. Systems Software Specialist,(s):. 'iN'I John Bullock H. C. Avenger

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I D. Application-level Software .Specialist(s):

John Bullock H. C. Avinger E. Telephone Systems Specialist (s):

V Dwight Nims ~ .('93:9)836-8448 I

II. SELECTION OF DATAF ERS A. Where was this survey conducted (e.g. at the utility's corporate headquarters)?

Plant Site B. Identify the plant units surveyed during this visit.

SHNPP Unit 1" C. Please attach a single diagram. showing all plant units, met and rad data collection devices (as groups), all computer systems, and the data flow pathways between the systems. We are seeking a summary of the universe from which the datafeeders can be se3.ected., Do not show devices attached to any one computer system that are not part of the path to another system. Do indicate the geographic location of each system (e.g. TSC, EQF,

. Corporate Headquarters).

D. Identify the selected datafeeders and provide. for each., (a) a short description of the categories of data points it will provide (e.g. met, rad, or plant data points, by unit:),'nd (b) the rationale for selecting it if provide its categories of data points.

another system can also E. For each selected datafeeder, please attach a detailed block diagram showing associated peripheral and data communication devices (such as %he one shown in exhibit 3).

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III. DATAFEEDER I¹OR ION Note: A new Section IIX, must be filled out for'ach datafeede considered.

A. General Questions

i. Identification of datafeeder

a. What is the name in local parlance given to this datafeeder (e.g. Emergency Response Information System)? Please give both the ac onym and the words that form it. l ERFIS , Emergency.Respons'e Facility Infor'mation System, rl j

b. What is the operational status of the datafeeder (e.g. hardware has been installed but points will not be fully implemented until 1988, hardware is installed and fully operational, etc.)?

operational

1. If the time

'brief datafeeder is not yet fully operational, provide schedule for implementation of the hardware a

and points:

N/A

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a. Identify tne manufacturer and, model number of the datafeede-hardware:

'ould 32/6780

b. Identify the operating system. and any other computer-manufacture produced software products used during runtime operations.

MPX 3.2B

1. Does the utility have vendor support >for System,suppH.er this operating TGM support from OEM &

2. Who installs new revisions of the operating system?

utilities (owners) option

3. What is the current revision level of the operating system?

3.2B

c. Was the datafeeder applicat'on software developed in-house or purchased from a vendor?

Purchased

1. If the software was purchased (give name of vendor, mailing from a vendor, please address, and contact).

identify k

. '='SAIC Scdence Applications International Corp.

..2109 Clinton--Avenu'e, West Suite 800 Hunstville, Alabama Mr. Doug Humphreys

2. If the software was purchased from a vendor, does the utility own and maintain the source code?

Utility owns/has license to all source code

i' Data Communication tails

a. Can this datafeede provide asynchronous serial data communication?

yes

1. If not, what synchronous protocols are available (e.g.

bisync, SDLC)?

N/A

b. What internal character code is used (e. g. ASCII, EBCDIC, etc. )?

ASCII

c. What is the range of baud rates available for serial communication?

Up to 19.2K bytes/sec

d. Does the operating system support ZONtZOFF flow control?

yes

1. Are there any problems forseen in the NRC using ZON/ZOFF to control transmission of data?

No

e. If it is not .feasible to reconfigure a serial port for the ERDS linkup (i.e. change the baud rate, parity, etc.), please explain why.

N/A

f. the serial port dedicated to ERDS be configured so that the NRC need not emulate a specific brand of terminal (i.e. can it Can be configured to be a vanilla terminal)?

yes, (wakeup must be Control "E")

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, g. Do any yes

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ports currently exist for the 0 l nkup?

ERDS

l. If not, is it possible to add additional ports?

N/A

2. What costs are involved in adding an additional port (include changes that have to be made to "backup" datafeeder,if one exists)?

add peripheral switch and connecting cables system is 100% redundant.

3. If yes, will the port be used solely by ERDS or shared with other non-emergency-time users? n Give details.

Can be dedicated iv. Datafeeder Physical Environment and Management

a. Where is the datafeeder located in terms of the TSC; EOF, and Control Room?

Computer Room .adjacent to Control Room

b. Is the datafeeder protected from .loss of supply of electricity?

UPS 'and alternate onsite ieeds.

c. Is there a human operator for this datafeeder?

Yes, computer'aintenance- technicians act as computer operators

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1. If so, how many hours a day does he attend to the datafeeder?

Presently,,at least one computer technician is available 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months a day.

B. Ex ting Dat st earn Gene ator ossibilities In this section we wish to inqui e about existing datastream generators. A datastream (or report) generator is the software that outputs data point values and, pe haps, their quality tags to a peripheral device such as a CRT or printer.

Note: A new section III.B should be filled out for each datastream generator available on this datafeeder.

i. Precedents for ERDS Feed

a. Are the e any precedents for the type of transmission the NRC is interested, in (e.g. the state government has asked for an ERDS-like feed previously)?

No If so, is'his feed presently operational?

N/A

2. Provide details below of .its similarities and differences, from the ERDS feed:

'/A ii. Datastream Generator Description

a. Is it possible using this datastream generator to output the ERDS-related data points residing on this .datafeeder?

all of Yes, all addressable points are available (i.e., K-,'1.97 and process computer)

1. If not, which ones can be outputted?

N/A

'b. Does

~ 0 the datastream generator output all use -defined data point values in batches according to a predefined update frequency regardless of whether the values have changed since the last update, or does it output only those data point values which have changed since the last update?

Latest scanned or computed values are outputted. Update frequency is fixed.

Data output interval is selectable.

c. If the datastream generator feeds a CRT, does the output use cursor addressing (i.e. a sequence of characters sent to the and consumed by it as a command to position the cursor)?

CRT Cursor positioning for top-of-page on alpha-numeric and repeated positioning on graphics, plus special graphics capabilities of the CRT.

1. Does it use any other terminal-specific vertical or horizontal-positioning commands (such as vertical or

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horizontal tab characters)? The underlying question is: can NRC software count linefeeds and characters between them to locate a sought data point value?

d. What user inputs are required to display all the ERDS-related points (e.g. in the case of a CRT is it a matter of giving a command to move to the next screenfull of data points)?

'ata Point summaries are designed primarily for parallel or serial printers.

1. If user input is required,'ow could software on the NRC side of the ERDS link know when to supply the next input? (e-g-there is an end-of-screenfull output character, or each screenfull contains 24 linefeed characters).

CRT reports are to be treated as single page.

2. Does the datafeeder retain and act on typed-ahead input.

characters?

Yes 4

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e. Is the outpu 1 ne-oriented label'g), column-oriented without labeling), or more complex?

(i.e.

(i. e.

t one data many point per line with data points pe line Complex

1. What percentage of all the characters outputted are not time-changing values such as the data point value and quality tags.

80%

2. Are data point identifiers outputted along with the data point values?

Yes

f. Can the quality tags associated with the data point values be outputted using this datastream generator?

Yes I

g. Is it possible to have just the data point identifier, the data point value and. quality tags associated with the data point outputted for aU. ERDS-related data points using this datastream generator (i.e. is any customization possible without software modification)?

No requires customization

h. Can the datastream generator provide regular updates of the ERDS-related data points without requiring continual user input?

, Yes, with customization

1. If so, what update frequencies are available?

N/A

i. plant, If the.datafeeder processes data points for more than one can the datastream generator output an alphanumeric plant identifier to distinguish between them'?

N/A

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'j. Can the sys m t-'me be outputted along with the ERDS-re" ated data point values, or are the e time tags associated with the data point values which can be outputted along with the data point values?

Yes -available

k. Is the workload on this datafeede so great that pauses of more than 5 seconds might occur during t ansmission of a batcn of output during an update?

Yes

1. If yes, what is the worst case that should be anticipated?

Depends on loading - priority is given to SPDS and, Control Room operator.

iii. Datastream Details

a. Please attach (to the extent possible) sample 'printout (or a handwritten sketch) which displays for several data points: the data point identifier, the data point value, and its quality tags. Also show where time-of-day and plant identifier are included.

No dataline data samples available

b. Are the data point values always in FORTRAN E notation, always in floating point decimal point, or is the format dependent on the value?

No

c. If quality tags exist, how are they outputted?

As quality/status field

1. Are certain quality tags given higher priority 'than others

. such that only the highest priority tags are outputted'hen more than one of the tags has been set to be on?

Worse quality only is outputted

2. What do the possible quality tag symbols mean?

Quality of primary sensor(data (See attaohed)

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d. Given the nu e of data points resident on this datafeede and the amount of information we request be outputted for each data point, how many characters will be outputted,du ing each update?

5000 addressable points X 60

e. Are the engineering units of the data point values always fixed or do changes in the magnitude of the value cause a change in the enginee ing units prefix (e.g. picocuries becomes curies)?

Fixed iv. Availability of Data Point Descriptive Znformation

a. What data point descriptive information, if any, is kept online (perhaps in a data point dictionary)? Zn particular we are interested in the following fields: the data point identifier, a brief description of the data point, the engineering units used, the low range instrument limit, and the high range instrument limit.

Point ID, description, sensor range, engineering range, alarm and warning limits, engineering units and quality status.

b. Can'his datastream generator or some other existing software resident on this datafeeder be used, to transmit the aforementioned fields over the ERDS uplink?

No

1. Xf not, does such a data point dictionary reside on this datafeeder such that its fields are available for transmission via the creation and running of a special program?

Yes

c. If this data t eder does not host a data point dictiona available elsewhe e (e.g. on another compute o on papey, )?

is it N/A

1. If it resides on another computer, can it be accesseci by ERDS? If so, provicie details of the transmission pathway to the NRC (e.g. data will be asynchronous, serial, etc.).

N/A

d. If a data point dictionary exists, provide the lengths of we are interested in. the'ields

e. If easily available, provide a complete list of fields in 0he ciata point dictionary.

Not readily available C. Cus Designed Datastream Gene tor Possibility In this section we wish to explore the possibility of having a custom designed ditastream generator developed to transmit the ERDS-related data point values, and their associated quality tags.-

i. Internal Structure of Existing Applications Software

a. Are data point values currently held within the memory space of an existing program (so that a custom designed datastream generator would have to be a new task within that program) or are the data point values available to a new program running independent of the existing program?

The latter

b. Would FORTRAN be the programming language for the new datastream generator?

Yes

1. If so, what version would be used (e.g. FORTRAN V, FORTRAN 77; etc.)?

77

2. If not, what language would be used' N/A

c. Are any problems foreseen in using the facilities of the language to convert internal binary floating point representation to formatted character representation (e.g.

FORTRAN E notation) for output?

No

.d. If your system can provide E notation, show the characters that would be outputted for -0.1234 in the shortest E notation format specification.

':.] 2-34E+OO 0/ J 2/OO d ',

Ie ~ Do data point values have associated quality tags resid ng in memory that can be accessed?

Yes

1. if so, please describe what each bit of 0he memory word(s) in which the quality tags are stored represent (e.g. bit two of the 16 bit word holds the boolean value for "failed range check" ) . Provide documentation if possible.

See attached

f. Do a data point's engineering units always remain fixed or do changes in the magnitude of the data point value cause a change in the engineering units prefix (e.g. the units change from curies to picocuries)?

I

'<<Engineering units remain fixed.

g. ls there an explicit time tag associated with each va ue in memory that can be accessed?

'o lf not, does this can be accessed?

dataf eeaer 'have a time of day clock that Yes

h. What is the range of update frequencies for data point values on

'this dataf ceder?

'.> 0.1 second~30 seconds II

i. Does this datafeeder currently monitor values (i.e. performs exception reporting) changes thus in data point making it possible to design a datastream with only values that have changed?

No r4, Zs the work c on this datafeeder so g at that pauses of more than 5 seconds migh" occu= during transmission of a batch of output during an update?

Yes )

1. Zf yes, what is the worst case that should be anticipated-Depends on loading priority is given to SPDS and ControlRoom.;Displays.

(,

'i. Availability of data point descriptive information

a. %hat data point descriptive information, if (perhaps in a data point dictionary)? In particula we are any, is kept online interested in the following fields: the data point identi~ier, a brief aescription of the data point. the engineering units used,

'he low range instrument limit, ana the high range instrument.

limit.

Point name, description, qualify/status, alarm/warning limits, sensor range, engineering units range, engineeringunits

1. Zs this descriptive information accessible through a custom.

designed datastream generator?

Yes additional time constraint on dumping alL descriptive information.

b. Zf this dataf ceder does not host a data point dictionary, is '

available elsewhere (e.g. on another computer or on paper)?

N/A

1. If it resides on another computer, can it be'ccessed by ERDS? If so, provide details of the transmission pathway to the NRC (e.g. data will be asynchronous, 'serial. etc.).

D L) OD Jg

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c'. if'elds a data we pox. i dictionary exists, are inte ested in.

provi~~ the lengths of the

d. Ef easily accessible, provide a complete list of available fields in the data point dictionary.

IV. TELECOMMUNICATIONS UES The current NRC concept of ERDS includes rel ance on the public switched'phone network, and the utility's corporate phone network as a pathway to it, for the data transmission to NRC Headquarte s.

In this section we seek information about the utility's telephone system and the required capabilities of computer equipment to control dialing attempts through it. Dialing from NRC Headquarte s to the site is also a possibility. There is concern about the .

possibility of congestion in the public network, so some questions will seek information about the possibility of using the geog aphic coverage of the ut'lity's phone network to bypass this congestion.

A. Organization and Person Contacts

a. Give the name and phone number of the person who responds to this part of the survey.

D. M. Mims (93.9)836-8448

b. If the plant site is a separate corporate organization from a utility, give the name and phone number of the head of telephone systems management for the utility which manages the plant site.

Beth'ampen - (919) 362-2537

c. Name the telephone operating company that. serves the site of the datafeeder system(s) .

Southern Bell B. PABZ(s) at Site of Datafeeder Systems

a. For each site PABZ, give the manufacturer. model, and its year of installation.

NCL NEAX 22 -.$ 982

b. Is direct inwa d e

dialing the normal practice'

l. If not. can it be made available to a phone station'?

c. Does a station normally have the ability to dial .access codes outside dialtone at various locations in the corporate to'et network?

1. If yes, are pauses required to wait for dialtone(s)?

2. If yes, roughly how many different locations?

3. If not, can this ability be given administratively to a phone station?

'. If not, congestion bypass what other strategies in the local are available with this area?

PABZ to WATS Line 1 Private Dedicated Line Back to the Central Office

/

d. Does the PABZ have any feature that can prevent disconnect once a connection is established?

e. In normal long distance outward dialing, does the PABX generate any special tones as feedback to 0he user (e.g. in least cost routing to signal unavailability of low cost routes)? no

6/l9/86 C. Paths

a. How many central offices provide trunk lines to the site?

b. Does the site PABX connect directly to any long distance common carriers? Which ones'?

No

c. Which long distance common carriers serve the central offices that connect to the site?

AT&T, MCX, and US Sprint

d. Is there any special arrangement with the local telephone operating company for priority granting of dialtone? yes

e. What mileage distance is it to .the farthest central reachable through the corporate phone network? 2oo" office Please list the different categories of outgoing long distance that would be tried automatically by the PABZ for a pathways call to area code 202.

None

g. If NRC to NRC decided to obtain a leased line for the ERDS; connection Headquarters, are there available wire pairs. from a central office to the site? Yes

l. Are any other technical difficulties foreseeable No D. Emergency Phone Faci ties

a. Does the utility use leased circuits for all its local erne gency

,.notification requirements? Yes J

ATTACHMENT',

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>>ilh RJ rt '<<)co( -3) ictvoOR <<cAD =<<>>0<<

tiv- QT<< ro/ '0 ~ (R-") Qo=N T'lERPlQCQUPLE QETECTIQtl t C V~ ~

rAII c07/ !BAQ (RED) SENSOR LIVIT EXCEEDED McNG cOB/ I"cbG(RcQ) 'hIGH ENPGI VEERING LIthIT iXCEc5cD PP I'lc LEIJG =09r !L=NG(<<cD) LQ>> ENGIVcc R I?JG LIMIT EXCc EOEI R= DU 1 0/ !REOU(<<i0) REDUNDANT Ctt=CK FAILURE PP I Ivlc c11/ !I(ALI"<RED) HISri ALARV

..4E LALM =12r !LALM(RBD) LON ALARPh

IVI ALRM c13r !ALR'H(<<ED) LOGICAL POIttT Itt ALARM(ALARI< ST) t Iiu CO 5 1 <</ !CQS(REQ) LOGICAL PT CHNG OF STATE SOBER I *IM ?'I 11 c15/ !????(RED> SPARE FOR REO CODE C *IM c1or ! 1111 < RcO SoARE cQR REO CODE 4 ITPJRiu cj 7/ ! 8 Pt k N ( Y - L L 0 "Pt > NIGH IIARNING

IMB Lit RN c1-/ L>>Rtt(Ycl LQW)

! L 0'IJ A R tv I4G 1? / '111 (Y = L'L JH)

PJ C

I v<<i SPARE FOR YELLOh CODc PP TM 1 '?? 1 "-20/ !?1?? (Y=LLOh) SPARE FOR YELLOh CODE C =21/ !????(YELLI/PJ) SPAR= cOR YELLOW CQDc

<<I,hc SIJB !SiJB (GREEN> StJBSTITUQED VALUE

> iih = CSUo c23/ 'I.5Uo('JRcctv) CODE =ROM AN INPUT POINT

xMc OA'h 'O'L"('--N) DELETED ROM ALARM PROCcSSING

>>IMB INNB cZor ! I'JMB (GREEN) ALARM IIV' BI TED BY CUTOUT POINT

>>IHE QTT c25/ !QTT (SRcEN) OPEN T~ER 40CQUPLE TEST C c27/ I 1111(SR 4) SPARE FOR GREEtu COOi C I 1'711 (yR N) SoARE FQR GRcEN CODE

>> iME G)00 cZIT) !G >00(SRBEIv) POINT I 5 5000 oARAHE T" R (iME SPQSciHE L-NG) i COQc ABOVE 4<<ICN SPOS I'L'OT I USE oui'ITS VJILUE ~

o AR<< 'h'='

E R (I 'ho R cD= 'c Ir'I) ! c1RST R=r<<COJJDITIQN CODE P <<R<<.V ('4= L<<)clr) !L<<5'1 <<-0 CQ'JDiT CN'Q 3: 52:A3 TAS( OBQI'>Or'CV JLD D. 'tlPX-32 CPL ~ SB

'2//A/57 1 ~ SYMBOLS C C ~ 5 ~ 3 ZB PARAM= TAR (IVE L YBL=21) !LAST YEPI CQttQITIQN CODi JAP IN= THB Iv SCA Vl LIT Y C DOE cIAS ARAMI <<(I icB ) ! QUA L1TY 0 = RESCAN BIAS ARA'lE TE <<(I I 1c5 I T>>' T r IN 9U A L IT Y T h c ll oi>c 'T Y C

)

lr 5 C A tv' C 0 QE T.= R(i T JAA ) ~

<<<<A 'I T: R(1 CS Bi= 2 ) lie 5 :.' I'ITM 'N QUAL IT Y CQD".

0-F TM= PVST I S A r A MB R(: A 3>2 ) ! P 35TE" Bi<<5 R(: ) M <<VP I r;PITKIN CPJALI TY COO=

C

<<<<1 rr <<J 'L TY CQ Q-c Ti Ju5 trr r+ttrrtr ttrrr rtr rrr>> t rrrtrrv rr tttrttrt>>ttttr ttr+tttttrt

~

rC ~

C t t t t t + t t t t t I r + t + t + t r r t t t r>>>> t r + t t t >> t t + t t t+tt+++rt+ttt>> r>>ttrrtt+

V' POIvuT TY=E QB c irv I I ON 5 r

C TIIE cOLc J J C P'liuT Tf oB BDE C

PAR<<rlBTER( WU 'tsc 00 I P P)I'4T TY o B UPN I(N O'Pt tJ r1 I VALC inoUT oQINT oAR<<NBTBR(i IS T 'J PUT i DINT oA<<A'/JI T:A ( o5 - vz QT 5 BI)r 0 JALOS

THE FOLLOWING PAR AHETFR STATE <KNT OKc?NE THE qUALItY

,C i~ COQES KNOWN TO TH E SYST v~

C TF A POINT I 5 IN RESCAN~ NUNcRIC CQOE rt?LL 3c ASSIGNEC THE C NUNERIC V4LUE OF Ttl hO~SCAN CQQK 4 DUALITY o?AS(?N QBIA) ~

<< IF 4 PQ<<hT tt43 4 "CSJB<< 'SSOCIATEQ W?TH IT i?T h?LL 8E TIIE UALITY I <<CSJE<< 3TAS (<<HE C54I) ~

r Ir << POINT ?5 rh ALA"4 IT WILL HtlVK THE I'4 ALARN BIAS (I lK ALBI)

ADDS<< TG IT C

V<<RI48Lc C)DK CQ!.GR CQQE QEFINTT<<QV

~ C C

P<<R<<NKTcR(

TN; JvK 4))i !JVK Vh'<4084 ( 445 NQT SCEh CALCU!.)

)=L *01r !5!L RQH P<<GCESS?iNu

<<INK <<DEt. 4)2i !4)KL DELETE) r RC>4 FRGC?55?NG (AUTOS BY I 045) r i vi 4CAL c)3i !NCAL(Rc") CA'4 '4)T C <<LCVLATKQ

<4 I 4 VI. r<4 RJ=.R !>>) R(o-)) SEt<<SQR J h rl v <<

~ I vi QTJ 4 Joi 'CTO (RK ) Qo-k THER vDC QUCLX "XTcC T I Qt.i 44Q 407i !4 0 <ec=-) SKNSDR L: t?T EXCEEDc) vchu 403i HIGH ENGI h'5 LrH?l cXCEr.)E)

>4G '40? i !LK>4G(kc0> LG>> 'll c << INu LI HIT -XC -C RKDU 41)i !RED<>(REQ) R=DV t)44T CH =. C KF 4 I L V>> =.

ttai N ~ 11i !HALN<RKD) ALAR r L'LH 412i !L4LN(REG) l.G>>

ALRH 413i !4'v(REQ) LU) C <<t. D? 4, T tr ALAPN( ALaeN 5T) r Iu CJS 41<>". ) LGGTC4L Ci'4G Qc STAT f

~ IH =*

? 1 1 413i

'> I 1tt)(R.->>) SPAr 4 rDR Rc) CC<<E r 41 or !?? 1? ( R c 0) SoaRK c)o .ED CGDc II>4>>N 41?i !HJkh(TELLO'>>) ..'4<< >>ARN ING

INK LORN ~1 !l.<<Rtt(YKLLQ'W) LOW WARN? vG C r?v '41? r !?'???(YKLLJW) SP4RE FOR YELLO>> CODE i <<IH=. ???? 420i !??'??(YKt.LOW) SPARK FCR YKLLOh CDQE C
'>1 1? ~ 21i ?????(TELLO>t) SPARc cOR YELLOW CQQE 4 I,'4= SJ3 422i !SV3 (GREEN> SUBSTITUJ EQ VALU=
r?iv! C5vo 423r !CSUS(GRcEh) SJo ~ CODE RDH 44 INPUT POINT r?v QALH 424r !04<,H(ir)k==4) DELETED RDN ALARN PROC KSS?hG
<<INc <<N.'l8 ~ 2or !IN48(GREEN) ALARH ?448 ?3ITEO 3Y CVTO UT POINT 4 INi OTT 42gr ! OTT (SREE4) OPEN TrlER 10COUPLK TEST O >> ?H 427r !????(GREK4) 5PARK FDR GREEN COOc C r >Nc 1 1 423i
'I '>
SPARc FCR GRcc4 r004
~ INE G)QD 427) !u)00(GREEN) PDI?4T IS i005 C
PARANK TER(IVE SPDSc?HE LKNG) ! CQQc A3)VE eH?CH SPOS WILL NOT C US PQI "i?5 VALUE ~
C P'R TKR (?HE FRK04?HE 4CAL) ! 4? RST RED CONDITION CQQK P<<R T:R <ISE LRE)c1O) ! LAS'l RED CO'4CIT?04 COOK
)4724/57 13452)43 TASK c 0!000)00 SYNBOLS uql>LD C ~ 5 ~ D ~ HP>t-32 3.24 Cot. ~ 3831 PARANK'lcR (!'NE LYELc 1) .'lAST Yc'L 0W COND<<?ION CQQK I
C D i'HE INK RKSCAN 'DJAL <<T'Y ARav!TKR(I<<tE <<3 08 8? a3 I QUAt.?TY >>ESCAN ?45
='lDGKh?TH'tt C'41XB)
P rt o ARaHKT*R(?8? 08? 4*1 ) RKSCAI L?TY CCD C )EE t4 "CSV " 'V" ?1Y CD )3 3? 5 I*JcC) I ~ ii 5J ~ i <<D 145 i
<<RA'4!TKR(?8? CSE ?42 ) <<C5 JS<< 3 IT >4 TTtl'll )UA LItT CQDK
-'5 Dct TNK THE << AR<<t PCSTK ARANETKR( '43 3 c)32) P)STKD 3?45 ARANKTER(T?I Al.3 Ic! ) AL<<RV - Il 'rtIT4'N it)ALITY CQQ=
C KN) Qi )U<<L>TY CODE Deci IV<<l I 0 vc C
r tttttttttt+ ~ tt+ ttttr it>>t
~ ~
ttttt+ttttttt+tttttttt+t t t t t t t t+ t tttt+t+++tt+ttttttt>>tttt'tttt+
1
~
~
ttttttttt>>ttttttttttttttttttttt C
C PCIvl TYPE DE I'i? l<< ONS r
C THK XQLuGWT!40 oARavcTE>> )Kc?N<<l>045 0* ?NK THE ASSIGNED C oQINT TYPE CD)35 TO 35 JSKD BY CATA AC<<JISTTTDV ~
C r 'a'IE TER (THK OU'4K4))> l P J?4T TYPE TER (INK AhAI4)1) TNoVT oCIN'I VNKttQWti'NALCS TER (?%3 DI J?>>02) J?5?la'PVT PDINT TE<< (<<w,= OS?vc)3)
PAR<<'43 TXR (I'48 800Lcua) ! BQDL- 4 oD?ttl i'>ARANX T=R (I.'4: Pui?40:)
rAR<<itE 'l = >> (?NK SCD *Go)
TKR (>NK KXR *') !: OJLSE ACCJ>4ULAT?04 INPUT
.Nio Y CC DED rr EC? "ia
l. ': XT= RNAL POINT PARANc TER (I'4- EX'D:) ! LO)r 4 EXTERNAL PO INT PAR<<NK TKR (?HK TXD cCy) TRA>454)RV .OD 4T TER (Iv! 503 410) 58<<Jch = QF KVEhl Tco (IHK Ro i 411) RP o T:R (INK AN )41 3) 444LQS OUTPUT P<<RAVE (TKK DI i0413) QIGTT<< DVTPVT PARAHK TER (I 4! N<<SC ~ 14) NAST.R CONS?at4T 0 0F o')'VT llo=
C r
ttttttttttttttttttitt tt>>t t t t ~
TTQVS
~ t t t t t t i t t t t t + t ~ t t t i + t t ++ t i t t t t t t
~ C H ~ Si ~ DKc?NIT I DNS PaRANETcR (I44 HXCR ~ 3) I vaX 04GRc - <<4 O>>L Y>ICv<<AL 4>44LQG ol ~
oaeavKTKR (ra'4 NiKCvch NKCictl) ~ Lr<<t Ka Qc CCKEc ~ ANALOG oT oaoitt R (iol i<<Cote) )=ioK! )4 o)LY40" 4L oSEUDO ol
A(
I QUALITY COO Q. NIT IONS
/
T (I F3L'IIV 5 R1ET =R 5 T'T':I(EVT 3=.;. t(= TM QUALITY CQJ :-5 XNQNtv TO T 5 'f 0 I V r rOiNT IS I>V RESC 0tg I Z5 NUVAR IC Cv 'c 4ILL 3c ASS IGtvc3 Th=
ti1 C VtLJ5 0 T(TY >NO',s- 3LIA' TY BI A5(I ME,".BI A) .
P3 'vT aAS "CSJ 5 I~ ~
RI-SCAN.'SOCIATE
<<ITM IT /IT LL = TwE "J<<LTTY C 5'. i) ~
IF P 0 I tv' I5 v, IT Ti'ILL MA YE T<E tu <<LARN cIA5 (IME ALBI)
C AOO TO iT C
C Y>IR5 <<O' C3" =. C'."v0 4 COQE QEF Itv T Ov C
P<<R<<l/i TER(
<<:,V.; JN C c 33/ !
Jut U?l<V3<<'I ( HAS tlQT .:.AN CALCU' (ri= L <<
<<I;>>5 A3-L 531/ !A3AL 3" or=3 = 20M PROCESS ING (AUTOS BY
( :AS)
. V= !"CAL(REQ) CAN V3T C <<LCULAT 3
<? R <<j
<<Tv= QT: i>> o / !OTO (R=O) 1QC OUPLE OE ECTIOr;
<<gv BAv =07/ !cAQ (<El)) S=t(53R L TII T cXCEEOE3 1cNG cvBr !<<ENG(REQ) HIGH ENGI VE= RiNG LI(IIT EXCEFOcO
<<Itl" L=NG c09/ !LENG(Rc0) LOiv cNGI VEE RING LIMIT EXCEEQEO RE3U clOI !REQU(REO) R E3U'l3ANT Cw =CK Frl!.UhE
IMc }IA> N 511/ ! MAL>v.(t -3) Mi5(T ALAR
<VE L<<Ltl c12/ .'ALM(4EQ) LO>>
I I ALRM c13/ ! ALR4I(REO) LOGTCAL OINT IN ALAR)I(ALA44I ST)
<<Iil CJS 1>>I !COS(REQ) LOGICAL P T C(ING OF STATE I *IN 11?1 15/ !???'?(Rc3) SPAhc rQR Ri;0 COOE C *INE '1'? '? 1 c15r (1111(RPP) SoARE cOR REO COOE
ii)= 51 7/ ! 1v(RN( Y EI.LQ'<<) NiGW ITARIV ING
IN- Li(MN 1 / ! L <<Rtv'(YcLLQN) L QN Tt A R tv I VG
<<IV- 1 0/ !? '?? '? ( Y = L L Ja ) SPARE FOR YELLOlv'OQc 1111 20/ !???? ( Y = 'L L 0 ~ ) SPARE FCR YELLO)v C30" 1'T1 1 c21/ !????(YELLOA) 0>> YELLOW COQE
!SUB (GREEN) 5>JBSTITU3 EO VALUE "iil= CSUN c23/ !C SUB(GREcN) SUB ~ ( '3E ARCED AN INPUT POINT
i vi DA >1 !OALM(GREEN) 3" I. ET E3 R3tl ALARM PROCESSING INN' 2o/ ! I>NAB '(SR =EN) Al AR I INN i3ITEO BY CUTOUT POINT IN>c =25/ 'TT (GR =E'V) OPEN THER 1OCOUcL= TEST e c27/ ! '?1? '? (SR-".V) SPARc 539 CQOE C <<TNC ?1'?1 -23/ !?'??'?(SRc".N) SoAPE FOR R cN COD
i'1E G JQQ c2 I() !v000(vh"54) P3INT I5 5030 C
5ARAMETER(iWE SP3S=TME L=NG) !C39 AB3VE 4'".ICv SPQS I(ILL NOT U55 >>iVTT v>ABUT.
o '>>'1= TER (i'1= FZE>35iME '(CAL) 5IRST R=O COltOITIQN COO P>>R<<vET:R ('= =1o) !
LAST A=3 CQ tOi Ti(>N C?OE 32/(.'>>/57 15(52:>>I TAB< -" 35 "0;3" 1 SYvBCLS GCJL3 C ~ 5 ~ 3. NPX-52 CPL.oc PARAMETER (Iv!E LYEL=-1) ! I. A5T CONQi T ION CQOE 3-FINE Tdc h SCA NI L<<T Y C 'QE c I Ac P ARA VE ~ ' A(T TCS ) I I TY "303 R= SCAN BIAS ARA VE TE R(I TA 1 ) I RESC AN - <<IT '<<>ITr. TN ()UAL i TY CQ3 3=Fir(- I'1c ~ I Sv" II lgi LIT Y C 3 T.= R(T CS Jc>> ) ( II>>'5 J "035 c AS T= 4(i CS =I = 2 ) ( "CSJ :'.T I(ITn'N 3U<<LITT COO=
3-F TnE ARv, POST 5 5 )ST(" Bi<<5 AR At) "=
R(
R( A I ),(
) I
'I I Lh V, T~ilv <<UALiTY COQE 1
<<L TY C33= :(v-T tttv ttt<<<<ttt<<ttv t4ttttttt +t+t ttt+
IJ tt<<>>tt+ tt<< ~ 4>>>>et <<<<<<
C ttttt+<<tt+tt<<t<<tt+tttitttt<<i<<tt++tt<<tt+tt+ttt+<<i<<t+tttktitt<<ttt)
PCIIVT TY 3= 5 I".iT ONS TnE 5OLL3W ~ I RAvET ~ I, ~ T Ai > 5 C P')IuT 33 TG J533 oY O'T' JI Si C
RA TER(i oU ~
(6=33 IVT TY5 0'>VI(tv 3'>(tv 5 (i R <<Vi T=R(i i 31 ALC J i ill 5UT 5 A R <<' TER(I 3 i T PUT i \( V<<L 35 P3 TNT (I R A >>>, 3 T=R(I PS 3 >v<<33 -. JQ
)U4LTTY COD= '-'c 'hi T ivNS
~ 1 -)L'>>>> l J T<3 LI TY
) <II J>> a T
'C ) "a ) I ~
~
4 *I ~ g L II r
~ I XV'I
~ I TTY 4S(i 4) I T I 4 4 ~
TY
~ I ~ I C I L hJY<<TJ- V L4Z>> 4LBT) e ;.
I ~ r ~ '
J )
I I << ))
I J c4v I'Cv .=S).Vv (4JTO. Y I
V !'v(c;
!. <<VL(c-
) e'I 4 II J4>> ~
J I Jv / ! J\ v J
~ e rT j >>~
~
=. 7/ ! =-': (c== J) "53 JH 3 v v'/r ! L:-IIV(i=.") \ IJ ceTIIJ LT>> ~ gC I 4
4- 1tr 1 J/ ! <<V(i13) Dv I 34IIT t N =11r e Jh 4L4c
~ e I. eLlE =1<<.r ! L4I >>(c-:) C.>>
=1S/ ~ J ( ) UJ e4 JTNT -N 4 P;ri ( 4 L 4 4 9 ST)
1 ! C')<i=. ) 4L T IINQ Q STAT
7 1111 =13/ I 1111(c i) <<e/ r"c COOK 1 )/ I11'I1(c O) <<4P- =op c O COOL
=1<<r !>>>>c~(Y) 3>>) >>4cN TI I)
L>> I ~ =1-r .!4>>c'(/4L4&h) Oh 4ZNT VS v 1'1 11 =1'/ 11" 1IY-L>>)
I -"Oc Y"LLOYD CO
>> 4 J/ '1111(f L9>>) Y=LLO'h CO t 1,'I 1 1 =21r 11(Y=LLvn) >>
v '\ Y=LLO'~
7 SJ) / ! S'J:<<==N) JRST IJ =3 VaLIJ:-
t CSv<< =23/ ! C)J'< JW=-N) J<< AC 7v J <<JT POINT O' / '0" "(St<<<<I') J 0)>> 4L47>> P .OC "=SS:NII tg =2)r 4h"(J<<==N) L4 SNH a3TTI:3 BY CuTO 'J T II O I VT te OTT <</ !'TT (Si=-N) Ti-iROC )u<<L = T T V CI/ <>ST I~ C7 7I II. ~
I CJ r= T: c ( 'I= '
.=1:) Cv ~(TT I C c
'/c>>/JT 13: S:: '-')( S Y.v =' .) I <<L ~
<<')4<<l'T<<8 (Ir.'= LY=I =-'1)
I Y g QV ~ 8 ( 4=141) I Y I( 4 '! = T =
I i( -' 1 '4L TY C" 3-I +
~ ~~
.TY
~ '\ ( ~ 'I II II II 'a I
!: T>>:Tr."'. eTV T I I C ) T)>>
~
) V. ,. T-.. t
."

-r i(: c V J
'7 I g Ve
~
Y eeeee ~ 'e eeeeeeeee ee e e e
0 V l
gUALI TY C332 .-r it'IT IG{15
)L ';
<IIG>>ii
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'r ~
THE {! TY
= 5
)I iT v
<<' ~
1 )
~
i iI rv C LL Tr '
12 4 V<<I.g T-: 'l IIO'I =IAS(i vT ~ I r)r ~
TY
<<LSJ;"
ir <>V, IT 1<<V t<<= <<L >>V EI'5 ( AL3i)
<<J TO T
<<4 A r J i,c(
Hi J'I N I i
~
I~ rh ~ ~ v' (>>AS Ot::~ r,)
~ I
-'- >> 4 )) IJ
<<3:L I L r L W IJ V i >>vi Ei). VLC (AUT3, "Y I J) )
<<v I I <<
~ I (hc ") ',"
3T
~ IV 'I V ~
!. HVL (>>= h>> ) {
()- ) )H rr 1>>v ~
rI I I ( J ") h ii QUCLE riy I I (42 {3) 5
~
53i L 'HIT XC 3 lc'4G (iE ") JH 2 'I" G EXCEEOE3 LE'{J U vI ! L Eb G (>>C >> ) Lv1 ='(J VEc>> III) LIMIT 8=.3U 413 (>>E 3) 043 U! 3<<'I T C I>> =. C K .= A I << 'J h h 411 (>>2 3) a J >>H L<<LH 412 L<<L>> (>>= :) LI ri AL'LA>>
I 1{ 413 (i= 3) LQJ C<<L 43Ih.t IN ALAP:Ji (ALA>>I{ ST) 41<< / ! CJS( ) v )T '{NG 0>> STA Tc
1) I11'I) (~2 3) 1'v'I SPA vc rr<>C. (Yc LLC>>)
1'I 11
~
(Y-LL Je)
~
i'
<< 'J L3ri I1 IV << II KING Ii A>>iv IQG 0 YELLOh C03E CCJ I O'I1 1 (Y= LL3<<) 5<<<< tIE rC YELLOh C3G=
421 I 111'I (YE LLOYD) c<< YELLO{v CG3" g v ) ( I 4 = = I"I') SJS STITU JEO VALUE CSU) 13 !C)J- ( J'9 EE{v) 5J4 ~ Lv J ,=F3'N Ik4JT POINT a i Vi 3A'I{ Q>>I ( JII --~) .:.TE3 403>>{ ALA%II, P .3 CESSING fv'H J r ! I.'IH) (SR C=N) ALA i HI 3 i TE3 J Y CUT OUT 40 II){T
))

iv'f OTT !OTT ( J'\ I<) <

> HOC )OCL= TEST 5)ll < IM )AiA>>{STER(IHE << Ii>>{ 1111 J)v J 424 ) -2 I 1 I 'I 1 1 11')1 (JP II )Gr ( J>>, (J>> E= v.) =. Iv ) - =II) 54 4'(i 'IT 5 I JA I 3IJc
54. Sciv{E 'IG) I >>>> Ah JVE 4" IC" Sr. 5 <<ILL l{OIT

! US 4<>= =>>(IHE )41(I) ~ v<<hi IY ) AQAHET -"41 ) ):)LAS :.'t {' 'AL:TY C" 3: J v ~~ ~ I Y V-I I I II II <<5 II ' l r ~ ~ >>il <<)TYrTv r>>h 1 h I AV ~ :') 'JV, 4) i I i~ i 30(i=,- >> v J-'I. I TT I <<<<<<<<rr r <<r r r Jh Y rr r ~ ~ v ~ << r' <<r ~ )JOLLITY TI~N) ~ >> iL T<3 O:TY i ra ~ ~ xT ~ ~ i V a I Lt a J'\ I V>> I. r I i

a TY >>)(Iy=

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