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=Text=
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{{#Wiki_filter:( (~ Alidy*NE ENGINEERING CORPORATION INSTRUMENTATION
{{#Wiki_filter:(
Alidy*NE ENGINEERING CORPORATION INSTRUMENTATION
* TRANSDUCERS
* TRANSDUCERS
* ELECTRONICS 8626 Wilbur Avenue
* ELECTRONICS 8626 Wilbur Avenue
* Northridge
* Northridge
* Callfomla 91324 * (213) 886-8488 Telex 65*1303 QUALIFICATION SPECIFICATION For REMOTE MULTIPLEXER.UNITS and ASSOCIATED SIGNAL.CONDITIONER MODULES DOC. #9834 Rev. 13, 12/8/81 1.0 SCOPE \. I This specification defines qualification requirements for the Remote Multiplexer Unitsincluding associ~ted signal-conditioners and amplifier modules. Equipment qualified under this specification shall be considered a Class-lE device per guidelines specified in doctunents listed under Section 2 of this doctunent.
* Callfomla 91324 * (213) 886-8488 Telex 65*1303 DOC. #9834 Rev. 13, 12/8/81 QUALIFICATION SPECIFICATION For REMOTE MULTIPLEXER.UNITS and ASSOCIATED SIGNAL.CONDITIONER MODULES 1.0   SCOPE This specification defines qualification requirements for the Remote Multiplexer Unitsincluding associ~ted signal-conditioners and amplifier modules.
This equipment will remain functional under conditions specified herein for functional qualification. thermore, under the more severe environment described for fail-safe qualification, this equipment will not malfunction in a manner which will° degrade, below an acceptable level, any Class-lE circuit to which it is connected.
Equipment qualified under this specification shall be considered a Class-lE device per guidelines specified in doctunents listed under Section 2 of this doctunent. This equipment will remain functional under conditions specified herein for functional qualification. Fur-thermore, under the more severe environment described for fail-safe qualification, this equipment will not malfunction in a manner which will° degrade, below an acceptable level, any Class-lE circuit to which it is connected.
All failure modes encountered during qualification testing will be mented with specific reference to its effect on external input circuitry.
All failure modes encountered during qualification testing will be docu-mented with specific reference to its effect on external input circuitry.
This information should be sufficient to determine the expected extent of degradation to input circuitry under given application.  
This information should be sufficient to determine the expected extent of degradation to input circuitry under given application.
*
(~
* 841-105 . ** . . S4112.0D004Cao osoooasDOR  
                        *
* * . pDR A * ** *r f' Rev. 9, 6/18/81 11, 10/1/81
* 841-105 . ** .
' I ' (. ----~ -~~-------
          . S4112.0D004Cao osoooasDOR **
2.0 2.1 APPLICABLE DOCUMENTS, CODES AND STANDARDS The following documents form a part of this specification, to the extent specified herein. U.S. Nuciear Regulatory Commission (NRcr a. 10 CFR21 -Reporting of Defects and Noncompliance
      \.
: b. 10 CFRSO, Appendix B -Quality Assurance Criteria for Nuclear Power Plants and Fuel Reprocessing Plants 2.2 American National Standards Institute (ANSI) 2.3 a. ANSI N45.2 -Quality Assurance Program Requirements for Nuclear Power Plants b. ANSI N45.2.13 -Quality Assurance Requirements for Control of Procurement of Items and Services for Nuclear Power Plants Institute of Electrical and Electronic Engineers
          . pDR A     *   **   *r I    f'                                                                                 Rev. 9, 6/18/81 11, 10/1/81
{IEEE) a. IEEE-384-1977: "Standard Criteria for Independence of Class-IE Equipment and Circuits (USNRC Regulatory Guide 1.75)"
* b. IEEE-323-1974: "Standard for Qualifying Class-lE Equipment for Nuclear Power-Generating Stations" c. IEEE-344-1975: "Recommended practices for Seismic Qualification of Class-IE Equipment for Nuclear Power-Generating Stations" d. IEEE-4 72-1974: "IEEE Guide for Surge Withstand Capability (SWC) Tests" */ Rev. 9/23/80 Rev. 12 11/ 12/81 3.0


==3.1 DESCRIPTION==
            -~~-------
(. 2.0 APPLICABLE DOCUMENTS, CODES AND STANDARDS The following documents form a part of this specification, to the extent specified herein.
2.1 U.S. Nuciear Regulatory Commission (NRcr
: a. 10 CFR21 - Reporting of Defects and Noncompliance
: b. 10 CFRSO, Appendix B - Quality Assurance Criteria for Nuclear Power Plants and Fuel Reprocessing Plants 2.2 American National Standards Institute (ANSI)
: a. ANSI N45.2 - Quality Assurance Program Requirements for Nuclear Power Plants
: b. ANSI N45.2.13 - Quality Assurance Requirements for Control of Procurement of Items and Services for Nuclear Power Plants 2.3 Institute of Electrical and Electronic Engineers {IEEE)
: a. IEEE-384-1977: "Standard Criteria for Independence of Class-IE Equipment and Circuits (USNRC Regulatory Guide 1.75)"
: b. IEEE-323-1974: "Standard for Qualifying Class-lE Equipment for Nuclear Power-Generating Stations"
: c. IEEE-344-1975: "Recommended practices for Seismic Qualification of Class-IE Equipment for Nuclear Power-Generating Stations"
: d. IEEE-4 72-1974: "IEEE Guide for Surge Withstand Capability (SWC)
Tests"
                                                                                */
Rev. 9/23/80 Rev. 12 11/ 12/81


The Remote.Multiplexer Unit is part of the HD310 High Speed Data Acquisition System and is designed to provide signal-conditioning
==3.0    DESCRIPTION==
 
3.1  The Remote.Multiplexer Unit is part of the HD310 High Speed Data Acquisition System and is designed to provide signal-conditioning
_for up to 25 analog signals and convert these* signals into a single digital output stream for transmission to a single Master Receiver.
_for up to 25 analog signals and convert these* signals into a single digital output stream for transmission to a single Master Receiver.
Each unit accepts up to 25 signal-conditioners or amplifier plug-in module cards which provide the signal-conditioning for each individual input signal. 3.2 In certain nuc.lear power plant applications, the Remote Multiplexer Unit with its associated plug-in modules, will be mounted in Class-IE panels 3.3 and connected to Class-IE circuits.
Each unit accepts up to 25 signal-conditioners or amplifier plug-in module cards which provide the signal-conditioning for each individual input signal.
In these applications, the unit and its associated modules will be considered Class-lE devices and must be qualified as per requirements of applicable documents listed in Section 2.0 of this document.
3.2   In certain nuc.lear power plant applications, the Remote Multiplexer Unit with its associated plug-in modules, will be mounted in Class-IE panels and connected to Class-IE circuits. In these applications, the unit and its associated modules will be considered Class-lE devices and must be qualified as per requirements of applicable documents listed in Section 2.0 of this document.
Equipment qualified under this'specification shall include, but is not limited to, the following:
3.3    Equipment qualified under this'specification shall include, but is not limited to, the following:
MC170AD * -Remote Multiplexer Unit MC370AD --Remote Multiplexer Unit CM249 --Remote Carrier Modulator PS171 Power Supply PS324 Power Supply Signal Conditioner Plug-in Modules ---...... -3.3.1 The equipment is described in detail by Validyne Design Specification and appropriate Validyne documents and drawings as list.ed in Attachment A to-this specification. Rev. 6, 1/14/81 Rev. 8, 6/8/81 Rev. 9, 6/18/81 11, 10/1/81
MC170AD * - Remote Multiplexer Unit MC370AD - - Remote Multiplexer Unit CM249   - - Remote Carrier Modulator PS171       Power Supply PS324       Power Supply Signal Conditioner Plug-in Modules 3.3.1 The equipment is described in detail by Validyne Design Specification and appropriate Validyne documents and drawings as list.ed in Attachment A to-this specification.
(. (. 4.0 4.1 4.2 QUALIFICATION REQUIREMENTS Functional Qualification Functional Qualification shall mean that the system shall remain fully operational when subjected to the various qualification conditions specified in Section 5. 0 of this document.*
Rev. 6, 1/14/81 Rev. 8, 6/8/81 Rev. 9, 6/18/81 11, 10/1/81
Fail-Safe Qualification  
 
-Remote Multiplexer Units and Associated Power Supplies Fail-Safe Qualification shall mean that the system shall not tion in a manner which will degrade circuits to which it is connected when subjected to the various qualification conditions, but it does not have to*remain functional.
(. 4.0 4.1 QUALIFICATION REQUIREMENTS Functional Qualification Functional Qualification shall mean that the system shall remain fully operational when subjected to the various qualification conditions specified in Section 5. 0 of this document.*
4.3 Fail-Safe Qualification  
4.2    Fail-Safe Qualification - Remote Multiplexer Units and Associated Power Supplies Fail-Safe Qualification shall mean that the system shall not mal-func-tion in a manner which will degrade circuits to which it is connected when subjected to the various qualification conditions, but it does not have to*remain functional.
-Signal Conditioner Plug-ins 4.3.1 The follo~i,g plug-in modules will be qualified such that any failure of the plui-in module will not interfere with a lE circuit which is connected directly to its input. Also, any failure of the module will not int~rfere with the fail-safe operation of any other plug-in module which may be physically located next to it in the Remote Multiplexer Unit or with the unit itself. a. BA332 b. DI325 c. PC202 d. PT174 e. TC292 Buffer Amplifier 4-Input Digital Encoder Lanyard Potentiometer Conditioner RTD Conditioner Thermocouple Conditioner 4.3.2 The CM249/CDl73 combination will be qualified as a pair such that any failure of either the CM249, CD173, or interconnecting cable will not interfere with a lE circuit which is connected directly to the input of the CM249. Also, any failure of the CM249 or CD173 ( will not interfere with the fail-safe operation of any other plug-in module which may be physically located next to it in the Remote Multiplexer Unit or with the unit itself. Rev. 11/11/80 12/22/80 6/8/81 6/18/81 11, 10/1/81 I~ ( 5.0 QUALIFICATION SPECIFICATIONS 5.1 Environmental The environmental qualification shall include current methods for conditioning components to an equivalent age equal to the design life, including appropriate margins as specified in IEEE-323-1974 and other applicable standards.
4.3   Fail-Safe Qualification - Signal Conditioner Plug-ins 4.3.1 The follo~i,g plug-in modules will be qualified such that any failure of the plui-in module will not interfere with a lE circuit which is connected directly to its input. Also, any failure of the module will not int~rfere with the fail-safe operation of any other plug-in module which may be physically located next to it in the Remote Multiplexer Unit or with the unit itself.
Design Parameters Temperature  
: a. BA332     Buffer Amplifier
-normal 40 -122°F (continuous for life) -abnormal 40 -158~F (continuous for 1 year) Humidity 10 -95% (non-condensing) 5.1.1 The item shall be tested for extreme temperature and humidity tions, including applicable margins. 5.1.2 During environmental testing the input voltage shall be varied by +/-10% from its nominal 115 VAC input. 5.1.3 The program shall, as a minimum, condition components based on the following age and stress relationships:
: b. DI325     4-Input Digital Encoder
: a. Age/Temperature:
: c. PC202    Lanyard Potentiometer Conditioner
Arrhenius relationship for accelerated testing of such components as insulating materials, resistors, capacitors, integrated circuits . . , b. Age/Relative Humidity:
: d. PT174    RTD Conditioner
If the event life test data on components is not known, testing at elevated relative humidity shall be performed.
: e. TC292    Thermocouple Conditioner 4.3.2 The CM249/CDl73 combination will be qualified as a pair such that any failure of either the CM249, CD173, or interconnecting cable will not interfere with a lE circuit which is connected directly to the input of the CM249. Also, any failure of the CM249 or CD173
: c. Age/Operating Cycles: Components shall be simulated to the equivalent 40 year life. 5.2 Radiation 5.2.1 Functional Qualification Fail-Safe Qualification 1 X 10 5 RAD's (total Integrated Exposure) 6 1 X 10 RAD's ~total Integrated Exposure) 5.2.2 Total integrated exposures include accident (Design Basis Event) doses. Rev. 11/11/80 Rev. 6, 1/14/81
(
( 5.2.3 5.3 5. 3.1 Qualification Values for radiation thresholds are on the outside surfaces of equipment enclosures.
will not interfere with the fail-safe operation of any other plug-in module which may be physically located next to it in the Remote Multiplexer Unit or with the unit itself.
Seismic The item shall be subjected to seismic spectrtnn shown in Fi*gures and 2 for both functional and fail-safe qualification levels. ExEloratory Test a. Low Level (approximately O.Sg) sine sweep from 1 to 60 Hz in each of the three orthogonal directions.
(.                                                                                                              Rev. 11/11/80 12/22/80 6/8/81 6/18/81 11, 10/1/81
: b. The sweep rate shall be one octave per minute. c. If any resonances are detected they shall be recorded.
 
If no resonances are detected the frequency range shall be extended to 100 Hz or until the first resonance is detected, whichever comes first. 1 5.3.2 Random Multifrequency Proof Test a. The item shall be subjected to simultaneous horizontal and vertical inputs of random wave form motion consisting of frequency band-widths spaced one-third octave apart over the frequency range of l to 100 Hz as necessary to envelop the required response spectra (RRS). b. Five (5) Operating Base Earthquakes (OBE) tests shall be completed prior to the-application of one (1) Safe Shutdown Earthquake (SSE) tests in each test orientation.
5.0   QUALIFICATION SPECIFICATIONS
Demonstrate functionality of equipment during SSE test by performing . Validyne Test Procedure No. 466. c. The item shall be rotated as necessary to allow the tion of inputs in all three orthogonal directions. Rev. 11/11/80 6/8/81 6/18/81 5.4 Fragility Testing 5.4.1 After completion of the multifrequency tests, a fragility test at resonate frequencies (if any) shall be performed.
(
5.4.2 If no resonate frequencies are detected, the test shall be run at 60 Hz. 5.4.3 Acceleration levels shall be increased until a maximum of 19 g's are reached or a non-destructive malfunction is observed.
5.1   Environmental The environmental qualification shall include current methods for conditioning components to an equivalent age equal to the design life, including appropriate margins as specified in IEEE-323-1974 and other applicable standards.
Design Parameters Temperature - normal     40 - 122°F (continuous for life)
                          - abnormal   40 - 158~F (continuous for 1 year)
Humidity                 10 - 95% (non-condensing) 5.1.1 The item shall be tested for extreme temperature and humidity condi-tions, including applicable margins.
5.1.2 During environmental testing the input voltage shall be varied by +/-10%
from its nominal 115 VAC input.
5.1.3 The program shall, as a minimum, condition components based on the following age and stress relationships:
: a. Age/Temperature: Arrhenius relationship for accelerated testing of such components as insulating materials, resistors, capacitors, integrated circuits .
: b. Age/Relative Humidity:   If the event life test data on components is not known, testing at elevated relative humidity shall be performed.
: c. Age/Operating Cycles:   Components shall be simulated to the equivalent 40 year life.
5.2   Radiation 5.2.1 Functional Qualification       1 X 105 RAD's (total Integrated Exposure)
Fail-Safe Qualification        1 X 10 6 RAD's ~total Integrated Exposure) 5.2.2 Total integrated exposures include accident (Design Basis Event) doses.
Rev. 11/11/80 Rev. 6, 1/14/81
 
5.2.3 Qualification Values for radiation thresholds are on the outside
(
surfaces of equipment enclosures.
5.3    Seismic The item shall be subjected to seismic spectrtnn shown in Fi*gures 1 and 2 for both functional and fail-safe qualification levels.
: 5. 3.1 ExEloratory Test
: a. Low Level (approximately O.Sg) sine sweep from 1 to 60 Hz in each of the three orthogonal directions.
: b. The sweep rate shall be one octave per minute.
: c. If any resonances are detected they shall be recorded. If no resonances are detected the frequency range shall be extended to 100 Hz or until the first resonance is detected, whichever comes first.
5.3.2 Random Multifrequency Proof Test
: a. The item shall be subjected to simultaneous horizontal and vertical inputs of random wave form motion consisting of frequency band-widths spaced one-third octave apart over the frequency range of l to 100 Hz as necessary to envelop the required response spectra (RRS).
: b. Five (5) Operating Base Earthquakes (OBE) tests shall be completed prior to the- application of one (1) Safe Shutdown Earthquake (SSE) tests in each test orientation. Demonstrate functionality of equipment during SSE test by performing
            . Validyne Test Procedure No. 466.
: c. The item shall be rotated as necessary to allow the applica-tion of inputs in all three orthogonal directions.
Rev. 11/11/80 6/8/81 6/18/81
 
5.4   Fragility Testing 5.4.1 After completion of the multifrequency tests, a fragility test at resonate frequencies (if any) shall be performed.
5.4.2 If no resonate frequencies are detected, the test shall be run at 60 Hz.
5.4.3 Acceleration levels shall be increased until a maximum of 19 g's are reached or a non-destructive malfunction is observed.
5.4.4 Fragility tests will be performed in each of the three orthogonal directions.
5.4.4 Fragility tests will be performed in each of the three orthogonal directions.
5.5 Electromagnetic Interference (EM!) 5.5.1 The item shall be tested for the effects of electromagnetic ference. 5.5.2 During EMI testing the input voltage to the system shall be varied by +/-10% from its nominal 115 VAC input. Rev. 6, 1/14/81
5.5   Electromagnetic Interference (EM!)
( 6.0 METI-IODS  
5.5.1 The item shall be tested for the effects of electromagnetic inter-ference.
& PROCEDURES
5.5.2 During EMI testing the input voltage to the system shall be varied by +/-10% from its nominal 115 VAC input.
: 6. 1 6.1.1 6.1.2 6.2 6 .. 2 .1 6.2.2 6.3 6.3.1 6.3.2 6.3.3 Qualification Test Procedures Qualification Test Plans and Procedures
Rev. 6, 1/14/81
*shall describe to the extent required by IEEE-323-1974, the testing methods and procedures to be used in qualifying equipment.
 
Testing organization shall certify that all methods and procedures meet applicable requirements of documents specified in Section 2.0 of this specification.
6.0       METI-IODS   & PROCEDURES
Test Procedures Acee>1tanc~
(
Test P;ocedures shall be prepared to ad~qu~tely strate the operability and function of all equipment qualified under this specification.
: 6. 1     Qualification Test Procedures 6.1.1     Qualification Test Plans and Procedures *shall describe to the extent required by IEEE-323-1974, the testing methods and procedures to be used in qualifying equipment.
Procedures applicable to each piec*e of ment are listed in Attachment A of this specification.
6.1.2     Testing organization shall certify that all methods and procedures meet applicable requirements of documents specified in Section 2.0 of this specification.
Functional Test Procedure,.to . be used for *on~line testing of equip;.; ... ment _dl,ll'ip.g seismic -and. extreme conditions testing sliall de*fine the* mininn.llll lever' of equipment performance and the acceptance/rejection criteria for all equipment qualified.
6.2       Test Procedures 6 .. 2 .1 Acee>1tanc~ Test P;ocedures shall be prepared to ad~qu~tely demon-strate the operability and function of all equipment qualified under this specification.       Procedures applicable to each piec*e of equip-ment are listed in Attachment A of this specification.
Qualification Report The Test organization shall submit a Qualification-Test Report which will Sl.llllmarize the test performance, details and recommendations cerning deficiencies and repairs and photograghs of various test ups. The report will also contain a list of test equipment used, calibrations and instrl.llllentation log sheets. The report shall certify the equipment qualified is in compliance with the regulatory agency requirements for Class-lE safety-related systems. The Qualification Report shall cover the required information as defined by IEEE-323-1974, _Paragraph 8.3. Rev. 6, 1/14/81 9, 6/18/81
6.2.2    Functional Test Procedure,.to .be used for *on~line testing of equip;.;
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ment _dl,ll'ip.g seismic -and. extreme conditions testing sliall de*fine the*
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mininn.llll lever' of equipment performance and the acceptance/rejection criteria for all equipment qualified.
'+' , ,-'11 -,---;--,-+,,-----+'-'-rl-"--+--+--rip,-+'-t,-,-,-+-,-+-+  
6.3      Qualification Report 6.3.1    The Test organization shall submit a Qualification-Test Report which will Sl.llllmarize the test performance, details and recommendations con-cerning deficiencies and repairs and photograghs of various test set-ups. The report will also contain a list of test equipment used, calibrations and instrl.llllentation log sheets.
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6.3.2    The report shall certify the equipment qualified is in compliance with the regulatory agency requirements for Class-lE safety-related systems.
'**. ! : : ; i j i i!: i 1 : I i ; i Ii :,! ;!1' i1: ; i 11 I; 1 1:.1*,: 11::.111:11.  
6.3.3    The Qualification Report shall cover the required information as defined by IEEE-323-1974, _Paragraph 8.3.
'"1111* *'':J. 11,1 1* 1.*1*.11111
Rev. 6, 1/14/81 9, 6/18/81
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              !; !,                                     !!1: [*   *l!)t;     t=       llil     :                                                                                                                                           ' i I     I ii I                               ii Ill ii 11 1 1
...,1 N.._,....,.-4J!
                                              ***1:1 *1*; 1*       i':' :111           I,                                                                                             *::               :I! ii!              I             i I:      I :II                            *,' 1111 :: l!!I
1 ... , +' f++-1,H-'
                        . I::*        11*:.                                                                                                   !
i:-* :++-IIHI-', +,-,..,.,*
16 i I   )  11    1 1 !ii! ii,: I!!*:,*                l!li        t,!     i 1:
1+14 Ii'+-: I+ I ,: !;i! 11;l !: i!:'. ,j.' l' !1: !! ill I I ! i I. I!, I l!\1 fi"\J ::1,: 1 !Ii! Iii' j,:l 1!1, !!1 ,q. Iii* Ii' I ilii!' ! 11 i I *:I ill' jjl! I: "i I':'; Ii 'i li11 I ! I I, i, ! i iill 1:,; Iii, I:!,, I!!' : ii''' . ~I!! i; l . I 1 ! i ! : 1 ; Ii: ! ! . Ii.; ! I I I ; H 1 !! ! I I i ! ' I i I !I i ! : ! I 111; I l; . i .: ! ! i I I I : ' !lili' I Ii 11 I:,; Ill! l!*i !!I Ii! *ii 1111 1!* :'.II !JI I,, I 11 :1!1 ,::, 111, I[::;*, 1111 I II,! FIGURE 1 HORIZONTAL SPECTRUM
I','.!'. I'*
(. Frequency (Hz) 0.1 1. 0 10 1 18 11:,: : *11, ,; :.,, .1:* :*** ;/ ! j; i, I; 1j 111 1 i. ! ' , ! I 111, ;; .1:11:: Ii, 1!:* !!!; i;l: *II j l i 1
Ii                    *.!                                                                                                                  i *:1 :I*:
* Iii Ii' It I! 11, I" ii 11, I ,1 Iii 1 !11!1 16 ., li ;;;1 .: I,'.* 111 i. ':11,111;  
I  I  I                                          : ;,: *1;,        1
',[ ,:: ii; :111;, ii iii!; rl:: ! ;j; :1,, t!!: iii 1:1. =: i ;:,' :i I ; ;1 ! 1 J I!: !11: 1:. !!! 1:* :1, 11:1 li!*1!1 !!l illi .; 11tt 1 p*1:11 *:1 :.:. 11*: 1~1;1-1rr:trntt11r:'.,,t--t-;1,-,-++.1,--:1h--1tt-t-:-1,rl1h:-r1r1rtt-1"'1!".i,H+-11rl,rm1ttnr_,,;1-r,,H1-r,tt:,"",1rm,r1,-t.-r1.
:*. 1 1:           :' 1111 ii!, !I''                    I'          I!      ! ! Ii 1111 11 11 II                      11. ,, 1, II I              I          I I                      1,.: !i*                                                                                                          I                                             I,: :i!: II,; 1111                  II i; r I                                                                                        ii iii                    j  i                                                                                    ,111.
1-----,--,-,-+..,--,--,--t--r-,1*
I,   I:                                                                                           11*:                         'I' ! ',:                                 Ii!:,!,,'", ;1                 I!
r;-+"": ,+. ""'* +,I lrf-' :!ttt-li"''
                                                                                                                                                                                                                                                                                        ,I:: 111: 1!'.' II i 12                              ,ii; 1111         I!*! I![! [I., iii I((! ! 1                    i [        I ! ' 'J                                                                              I: ,iL!ii:                  I I                                                     !IP !1!1 1*:: '. i ! :                 *! ii:
~l!'"!,tt,:,it::
1                                                                            \:                          !  !
.,.I+, 11+1 t,1-;-'. -,+tl+',,tt_t,,1:1*11li-,,-.---;--,---+-,-,~++-.,-,,+,-r.>.-,,=-.  
                                !J,: l;i!         ': 1 ;!i,   1:                                                  I*                                                                            :\                                                    I;
--3.~f/870-. (!S_S i .,*' 11.*.,* ,. : !, .. ':. 1' ! ii I :I : I! I ! ! : ! i *1:'*. II 1, 1' ,. I' I ,i; //ir j*'. ;Tl Ii/! //j1 (j / 1j;* iJ!* / J-.J /c J. ! : 1 : i 1 i i ; i * ! i I i ! : ! 1 : : I !
                                                                            .,,                             ; '/I
* i i ; i l ! i 1 ; , I i I 1 ; , * ! 1 ! : I ; ' : ! * ! ! i I I I , ; . , i i *
                  ! '                                                        *:                                     1 I.;
* i I I: i; '11: I l!i !! 11: ! I l i 1 ! 111; ';1 /! 1/1 I I I I! l ! ! : i! , 1: 1;:; : ! ! *r* Ii ! j l : \ 1 I! 1 ! 1 ! j ,! Ji: 1 11
                                                                            ... i'"                          I'                                                                                           .1.,',
* 1!!1 !! 1: I:!' *,*I Iii ";ii, 1 ,1 I! 1,: liill ;JI/! l I I I ill :,i, 1 11 !I ,11:11 11 111 I! i,I I: "11 ,1,1 lf!i ,,,, I I ,1:i ,,;* ii'I I ! I , I! I: 111 ! I! .JI' 111 1, 11 , I " ! 1111 I I I I , , I i *Ii I: i ' , ;11: 11,, I 11 I; I i ,\J I , 1 , 1111 i: * * ! :i:1 . , !: i!* I 1 ,:[: li'I i 1'! 1 i *Iii 1*: I!' ii":~ I 1 I 11 I l!ii i*I! I'/! ',,!'.11 11 II ,q I I .\J 1 ',i ;:;, 1:1 11,, ii,* 1!.1* 4 l*iili'.11111  
                                                                                                          /I                                           !*:'                                                     I;.*                                                                                         1!.i
,1i1,llll1!ii*l,lli:li,11  
                                              "*I:     :*I*                                                                           .             II'                                                 i!. ~L                   :                                                   I/ 1 *   ,;*           , i i ,
/Iii llii ''I;*.: ,ll"i:11,11!:11  
fi:; :;:
,1 11 l!\I ,'i, Iii l!ilfi* 1111* . ! t '1 ;j il*i 11: ill*;:: 1 111 i'l Iii! 1.; ;;ii/ I I 1 1 I] i 1 ;'! 1 1 ii!! I:+ 111! !:: I I Ii t: 'I : :, '!!1 !i I 1,1 !! I!* * : ! . ':' 11. ! ,i ',i :i'! ii: I 11 :, ;:1 1 I ! ' I I ! ; 1 I 1 * '' i:, ! ' , I 1:,: ,!'! , I, I 11 , II i ,, I I I I ! i,, I ! ! ': i ! I! !' J:1 , I'.: 1 *, f: *1' '1*11:1 1 111 :,:111,111111 11: n: I !11: :11 :,:ii'' 1:1n,**lillili i*I I I, i 111 :NI ;~1;---+,tt+.+i!+++l+l"':-li-'1-,-:-'t+,,-,:"1f,-;.;i-l:  
1:,,
.. ,,-r, 1-----+'--c-:-rlc-*--:,,-.-t-'--,-, "1 !*I !H. fu11!i; +!.i!+-, tt,,-1;:tt-'-: _HI !-,-;t++-,-;+i!+;i-H,'l',-ift,,tt,,t------:c-t-+-+-:-:-1!-'1--,,-t-i-.-;i--;1+,-1  
i : '/
'"I i-', 8 11-'-'++!!-+"l:'t:c-,.-l.i!ili-:+IIH/+-!H+
I  *r.                      .-a *; 3 % ~o a=        ;,.              *    ,),        !
lri-tt+i,,l"ll+iH,l,tt+,-H---'-.J.,---'-1--'-+-l--"--+-, +.++!-+1-3'1,H-
                                                                                                                                                                                          ~t'--,f-'''+', ,-'11-,---;--,-+,,-----+'-'-rl-"--+--+--rip,-+'-t,-,-,-+-,-+-+
~+-,11'1.\i---tt+H, "'1+1+,,;li+I  
                                                                                                                                                                                                          *,, I
-;-I+-11"'1-tHl-i-lt+ti+l,'t'+'-'1'.
                                    " ii'.             : i I:                                   : /   i   j * : /         : j     *; I i,           ::;   *'     1:*     i !1           l lJ'lic, ,'.,   I,,.                           i.
: i: If ,i 'i* "* 11 'I,' ; i -~, 1 11 i I I! I! i 1 '!i I ,i* I,: !'1 11 I I ij: i I : I I I 111 '\Ii 1 .Iii I!!: I l I I Ii ., ::. 11,. , 1*; *:: u': 11: 1 ,,h,: i 1 1, !:*i *ii n,* ;:.: 11 1:, 11: ,iq 1 1 i 1 ! 1 1, ! 111 .'1'.J *"' +. !J.i !,i' :ii I ii l ii :.!: ,!!1 l!i! !: ll !! I !111 1 1 1 Ii 111 ; ! 11 !I!: "l! !1 '*!!tl', !;:i 111 :1:. Ii !ill j,:. ii i I I i:' I 1: ,,,. '! ,:* ,I Ii' !ii I I I I '1 1 : 11 i: '" 11:, Ill ;;, iii' I' i :t, ii , fq., 1 I* I 1: Ii, Ill I i i ! I :, I i 1:' , i I i* 'I 1 ! I ii iii, I I I I 11 I i I I I : ; , 1111 Ill, :,, i 111 I; I ii I! l'I Q l~---~--~l-~--i~'-*-l;_f*.l.il~l~i''-'~'~i-'~!=*'~11=1~111'=1:
                  !             ;I                 Iii       1:   :11; *1::           ! i     y .       ; ;/I : I:: I ! ! ; I 1:*,1i11: '**.                     !   : : ; i j         i   i!: ~        i1                          : I i     ; i Ii                           :,! ;!1' i1: ; i 11 I; 1             1:. 1 *,: 11 ::.111:11.             '"1111* *'':J. 11,1                         1* 1.*1*.11111 ::.1:,:1,1,1 ,1 ,,,,!:*,11i 1,,; , . N.. 111* 1::1                                                                                                     11111; ,,,1111                   1,1       r:
__ .1_1~1~~1_,_'~~-*-:_1~~~'.'-'=~:~*~l/=!~1.1~:1~i-~l!~l~l~,,.!i=li~-~~__._~l-1~:~.l~i~li_.'~l=l.''~*~ll=il~li~i~lal:ii~*~:~!l~l~1~:=1=:,~111 FIGURE 2 VERTICAL SPECTRUM (.
I* i I         1 lij   ii Ii !1:1 !Ji 11,i !!i l1i*                           j .f i           11 ! **!! !1!! II! )1' :ii. il ;l11 !*I;:!:'!! 1 i1* ~ ! 1 '-.Ii I! I !i                                                                       1,:1 !!,:               r: ll!I !I*' 11;1               11i 1[! 1 4
(. Model# MC170AD-Q2 MC370AD-Q2 2 CM249-Q2 BA332-Q2 DI325-Q2 I PTl 74-Q2-l -2 TC292-Q2 PC202-Q2 CD173-Q2 JC177-Q2 A(idyNE ENOINEEIIINO COII .. OIIA TION ATTACHMENT A EQUIPMENT SPECIFIC DOCUMENTATION Description 1 )A. Module Case B. Module Case 2) AB295-Q2 Analog Board 3) AD296-l-Q2 Digital Board without Optic Transmitter
1 i.
: 4) AD296-2-Q2 Digital Board with F.O. Transmitter
* i 1, 1: !!   (!!: 1!, **: 1.; !       1 1;* :.Jl. 111                t 1           1 1 1 ! iii ! 1,' i i1, 1!: 11:*                                         ii         Ii,   1~i r1                         1 !'l:             x * ; 11                       ,; !:i*           !I :               ,   '1 1!!*     :,: 111 l!!,11,! 11 1 ! 11'' jll 11 1 J!                     I!         I I!!       1:!1 :1 1 1 Ii:: ! I 1!!: I:; I i 11                                         :, ,'!!l:!i                   ! I   ! i: ,*~!:irN...1 1 1::1                         It   11:       ; l! 1i ! i i 1 ;
: 5) PS294-Q2 Power Board Power Supply Module Carrier Modulator (Isolator)
1
Buffer Amplifier Module Digital Encoder Module RTD Conditioner Module II II " Thermocouple Conditioner Module Lanyard Potentiometer Conditioner Module Carrier Demodulator Module Jumper Card Power Supply Wir. Sch. Assy. 0/L Dia. Rev. Dw2s. Dw2s. P/L C N/C B C C C B B Q9802-C Rev D Ql0351 N/C Rev K N/C Q9857-E Rev N/C Rev K Q9864-H Rev N/C Rev R Q9864-H Rev N/C Rev E Q9854-B Rev N/C Rev H Ql0139-B Rev N/C Rev D-N/C Ql0020-A Rev N/C Rev E N/C A C E E A A A Ql0056-C Rev N/C Rev A Ql0033-C Rev N/C Rev B Ql0013-E Rev A Ql0013-E Rev A Rev B Rev G Q9936-A. Rev N/C Rev D Ql0026-C Rev N/C Rev A Ql0003-C Rev B Rev A ATP ATP442 Rev E ATP464 Rev I-ATP448 Rev N ATP445 Rev N ATP447 Rev A ATP447 Rev P. ATP451 Rev A A'PP.'454 Rev A ATP440 Rev A ATP450 Rev A ATP452 Rev C ATP444-l Rev ATP444-2 Rev ATP453 Rev N ATP449 Rev A ATP443 Rev B N/C Ql0206-N/C N/A Rev N/C ATP446 Rev N A Ql0192-C A Rev C ATP455 Rev N Rev 7, 4/23/ 8, 6/8/f 9, 6/18; 10, 8/25/ 11, 10/1'/ 8626 WILBUR AVENUE
: : !
* 11 ! !/ii , ; ;:: ; I; 1 1 1 '!iJ ;;;                               i ;                         11 i 1, 1 : I 1 ,1 11 ii                       ! ;11/ //ii ! , : I                   1::; i!i! * !!               1 I /         I I .1 /i't,J /: :~J* :                       =1   ,iii 1/,r : 11 ;                     !*
I l I                   ii: I Ii: H: ! . ! i I i l I   1i1' '., :I _I:',tt;,-ot--t--l,-.++-:-'-;i-,i-t-1:-:_*'-;l+ti.,,,:...:+t11'I+!-;!+-i'+it-:!.,.!IH-1-',:H;1_:.,.,t'i....--i-ft-1-t,'-;;:-;:t+',,,''1--,l'-"i....;..1+--+'+l-'i-Hl-;l..;l_.i++-1'. .,1N.._,....,.-4J!1..., f++-1,H-'i:-*:++-IIHI-',+,-,..,.,*1+14
                                                                                                                                                                                                                                                                                              +'                                  Ii'+-:I+
I                                                                                                    I ,: !;i! 11;l !: i!:'.                               ,j.' l'               ! 1 : !! ill                   I I   ! i I. I!, I l!\1 fi"\J                               ::1,:   1
                                                                                                                                                                                                                                                                                                                                  !Ii!
ilii!'                             ! 11 i I *:I ill' jjl! I: "i I':'; Ii 'i                                                   li11                   I ! I I, i, ! i                               1 iill :,; Iii, I:!,, I!!' : ii'''
Iii' j,:l 1!1,            .~I!! i;                                         l . I 1 ! i ! : 1; Ii: !!. Ii.; ! I I I                                         ; H1 !! !                     I I i !' Ii                I !I i ! : ! I 111; I l; . i.: ! ! i I I I : '
0    ' I              *.,, I        !! 1 ,q. Iii* Ii' I              !lili'                   I         Ii 11 I:,; Ill! l!*i !!I Ii! *ii 1111 1!*                                                   :'.II !JI                         I,, I 11               :1!1 ,::, 111, I[::;*, 1111                                   I II,!
FIGURE 1 HORIZONTAL SPECTRUM
(.                                                                                                                                                     Frequency (Hz) 0.1                                                                                                               1. 0                                                                                                                           10                                                                                                               1 18   ~
11:,:
:                                                                                                                                                                                                                               *11,                                                               ,;                         :.,, .1:*
                                                    ;/                                                                                                 ! j;                                                                                                                               i, I; 1j 111 1
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(.
VERTICAL SPECTRUM
(.                                                       A(idyNE ENOINEEIIINO COII .. OIIATION ATTACHMENT A EQUIPMENT SPECIFIC DOCUMENTATION Wir. Sch.        Assy.        0/L Model#                    Description              Dia. Rev.        Dw2s.        Dw2s. P/L            ATP MC170AD-Q2      1)A. Module Case                       C                Q9802-C        Rev D  Rev K      ATP442 Rev E MC370AD-Q2          B. Module Case                   N/C              Ql0351          N/C    N/C      ATP464 Rev I-
: 2) AB295-Q2 Analog Board                       C        Q9857-E        Rev N/C Rev K      ATP448 Rev N ATP445 Rev N
: 3) AD296-l-Q2 Digital Board without Fiber-Optic Transmitter                         C        Q9864-H Rev N/C        Rev R      ATP447 Rev A
: 4) AD296-2-Q2 Digital Board with F.O.
Transmitter                               C      Q9864-H Rev N/C Rev E            ATP447 Rev P.
: 5) PS294-Q2 Power Board                         B      Q9854-B Rev N/C Rev H            ATP451 Rev A 2      Power Supply Module                     B      B        Ql0139-B Rev N/C      Rev D-    A'PP.'454 Rev A CM249-Q2        Carrier Modulator                             N/C      Ql0020-A Rev N/C      Rev E    ATP440 Rev A (Isolator)                                                 N/C BA332-Q2        Buffer Amplifier Module                         A        Ql0056-C Rev N/C      Rev A    ATP450 Rev A DI325-Q2        Digital Encoder Module                           C      Ql0033-C Rev N/C      Rev B    ATP452 Rev C I PTl 74-Q2-l    RTD Conditioner Module                         E        Ql0013-E Rev A        Rev B     ATP444- l Rev
            -2    II        II
                                        "                        E        Ql0013-E Rev A        Rev G    ATP444-2 Rev TC292-Q2        Thermocouple Conditioner                        A        Q9936-A. Rev N/C       Rev D    ATP453 Rev N Module PC202-Q2        Lanyard Potentiometer Conditioner Module                          A        Ql0026-C Rev N/C       Rev A      ATP449 Rev A CD173-Q2        Carrier Demodulator Module                                      A        Ql0003-C Rev B         Rev A      ATP443 Rev B JC177-Q2        Jumper Card                                    N/C       Ql0206-         N/A   Rev N/C   ATP446 Rev N N/C Power Supply                                  A         Ql0192-C         A   Rev C     ATP455 Rev N Rev 7,    4/23/
8, 6/8/f 9, 6/18; 10,   8/25/
11,   10/1'/
8626 WILBUR AVENUE
* P.O. BOX 9025
* P.O. BOX 9025
* NORTHRIDGE.
* NORTHRIDGE. CA 91328 * (213) 886-8488 e Telex No. 65-1303 12     11/12 1}}
CA 91328 * (213) 886-8488 e Telex No. 65-1303 12 1 11/12}}

Latest revision as of 12:19, 17 March 2020

Rev 13 to Procedure 9834, Qualification Spec for Remote Multiplexer Units & Associated Signal Conditioner Modules.
ML18142A095
Person / Time
Site: Surry, 05000000
Issue date: 12/08/1981
From:
VALIDYNE ENGINEERING SALES CORP.
To:
Shared Package
ML18130A405 List:
References
9834, NUDOCS 8411200400
Download: ML18142A095 (11)
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Text

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Alidy*NE ENGINEERING CORPORATION INSTRUMENTATION

  • TRANSDUCERS
  • ELECTRONICS 8626 Wilbur Avenue
  • Northridge
  • Callfomla 91324 * (213) 886-8488 Telex 65*1303 DOC. #9834 Rev. 13, 12/8/81 QUALIFICATION SPECIFICATION For REMOTE MULTIPLEXER.UNITS and ASSOCIATED SIGNAL.CONDITIONER MODULES 1.0 SCOPE This specification defines qualification requirements for the Remote Multiplexer Unitsincluding associ~ted signal-conditioners and amplifier modules.

Equipment qualified under this specification shall be considered a Class-lE device per guidelines specified in doctunents listed under Section 2 of this doctunent. This equipment will remain functional under conditions specified herein for functional qualification. Fur-thermore, under the more severe environment described for fail-safe qualification, this equipment will not malfunction in a manner which will° degrade, below an acceptable level, any Class-lE circuit to which it is connected.

All failure modes encountered during qualification testing will be docu-mented with specific reference to its effect on external input circuitry.

This information should be sufficient to determine the expected extent of degradation to input circuitry under given application.

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  • 841-105 . ** .

. S4112.0D004Cao osoooasDOR **

\.

. pDR A * ** *r I f' Rev. 9, 6/18/81 11, 10/1/81

-~~-------

(. 2.0 APPLICABLE DOCUMENTS, CODES AND STANDARDS The following documents form a part of this specification, to the extent specified herein.

2.1 U.S. Nuciear Regulatory Commission (NRcr

a. 10 CFR21 - Reporting of Defects and Noncompliance
b. 10 CFRSO, Appendix B - Quality Assurance Criteria for Nuclear Power Plants and Fuel Reprocessing Plants 2.2 American National Standards Institute (ANSI)
a. ANSI N45.2 - Quality Assurance Program Requirements for Nuclear Power Plants
b. ANSI N45.2.13 - Quality Assurance Requirements for Control of Procurement of Items and Services for Nuclear Power Plants 2.3 Institute of Electrical and Electronic Engineers {IEEE)
a. IEEE-384-1977: "Standard Criteria for Independence of Class-IE Equipment and Circuits (USNRC Regulatory Guide 1.75)"
b. IEEE-323-1974: "Standard for Qualifying Class-lE Equipment for Nuclear Power-Generating Stations"
c. IEEE-344-1975: "Recommended practices for Seismic Qualification of Class-IE Equipment for Nuclear Power-Generating Stations"
d. IEEE-4 72-1974: "IEEE Guide for Surge Withstand Capability (SWC)

Tests"

  • /

Rev. 9/23/80 Rev. 12 11/ 12/81

3.0 DESCRIPTION

3.1 The Remote.Multiplexer Unit is part of the HD310 High Speed Data Acquisition System and is designed to provide signal-conditioning

_for up to 25 analog signals and convert these* signals into a single digital output stream for transmission to a single Master Receiver.

Each unit accepts up to 25 signal-conditioners or amplifier plug-in module cards which provide the signal-conditioning for each individual input signal.

3.2 In certain nuc.lear power plant applications, the Remote Multiplexer Unit with its associated plug-in modules, will be mounted in Class-IE panels and connected to Class-IE circuits. In these applications, the unit and its associated modules will be considered Class-lE devices and must be qualified as per requirements of applicable documents listed in Section 2.0 of this document.

3.3 Equipment qualified under this'specification shall include, but is not limited to, the following:

MC170AD * - Remote Multiplexer Unit MC370AD - - Remote Multiplexer Unit CM249 - - Remote Carrier Modulator PS171 Power Supply PS324 Power Supply Signal Conditioner Plug-in Modules 3.3.1 The equipment is described in detail by Validyne Design Specification and appropriate Validyne documents and drawings as list.ed in Attachment A to-this specification.

Rev. 6, 1/14/81 Rev. 8, 6/8/81 Rev. 9, 6/18/81 11, 10/1/81

(. 4.0 4.1 QUALIFICATION REQUIREMENTS Functional Qualification Functional Qualification shall mean that the system shall remain fully operational when subjected to the various qualification conditions specified in Section 5. 0 of this document.*

4.2 Fail-Safe Qualification - Remote Multiplexer Units and Associated Power Supplies Fail-Safe Qualification shall mean that the system shall not mal-func-tion in a manner which will degrade circuits to which it is connected when subjected to the various qualification conditions, but it does not have to*remain functional.

4.3 Fail-Safe Qualification - Signal Conditioner Plug-ins 4.3.1 The follo~i,g plug-in modules will be qualified such that any failure of the plui-in module will not interfere with a lE circuit which is connected directly to its input. Also, any failure of the module will not int~rfere with the fail-safe operation of any other plug-in module which may be physically located next to it in the Remote Multiplexer Unit or with the unit itself.

a. BA332 Buffer Amplifier
b. DI325 4-Input Digital Encoder
c. PC202 Lanyard Potentiometer Conditioner
d. PT174 RTD Conditioner
e. TC292 Thermocouple Conditioner 4.3.2 The CM249/CDl73 combination will be qualified as a pair such that any failure of either the CM249, CD173, or interconnecting cable will not interfere with a lE circuit which is connected directly to the input of the CM249. Also, any failure of the CM249 or CD173

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will not interfere with the fail-safe operation of any other plug-in module which may be physically located next to it in the Remote Multiplexer Unit or with the unit itself.

(. Rev. 11/11/80 12/22/80 6/8/81 6/18/81 11, 10/1/81

5.0 QUALIFICATION SPECIFICATIONS

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5.1 Environmental The environmental qualification shall include current methods for conditioning components to an equivalent age equal to the design life, including appropriate margins as specified in IEEE-323-1974 and other applicable standards.

Design Parameters Temperature - normal 40 - 122°F (continuous for life)

- abnormal 40 - 158~F (continuous for 1 year)

Humidity 10 - 95% (non-condensing) 5.1.1 The item shall be tested for extreme temperature and humidity condi-tions, including applicable margins.

5.1.2 During environmental testing the input voltage shall be varied by +/-10%

from its nominal 115 VAC input.

5.1.3 The program shall, as a minimum, condition components based on the following age and stress relationships:

a. Age/Temperature: Arrhenius relationship for accelerated testing of such components as insulating materials, resistors, capacitors, integrated circuits .
b. Age/Relative Humidity: If the event life test data on components is not known, testing at elevated relative humidity shall be performed.
c. Age/Operating Cycles: Components shall be simulated to the equivalent 40 year life.

5.2 Radiation 5.2.1 Functional Qualification 1 X 105 RAD's (total Integrated Exposure)

Fail-Safe Qualification 1 X 10 6 RAD's ~total Integrated Exposure) 5.2.2 Total integrated exposures include accident (Design Basis Event) doses.

Rev. 11/11/80 Rev. 6, 1/14/81

5.2.3 Qualification Values for radiation thresholds are on the outside

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surfaces of equipment enclosures.

5.3 Seismic The item shall be subjected to seismic spectrtnn shown in Fi*gures 1 and 2 for both functional and fail-safe qualification levels.

5. 3.1 ExEloratory Test
a. Low Level (approximately O.Sg) sine sweep from 1 to 60 Hz in each of the three orthogonal directions.
b. The sweep rate shall be one octave per minute.
c. If any resonances are detected they shall be recorded. If no resonances are detected the frequency range shall be extended to 100 Hz or until the first resonance is detected, whichever comes first.

5.3.2 Random Multifrequency Proof Test

a. The item shall be subjected to simultaneous horizontal and vertical inputs of random wave form motion consisting of frequency band-widths spaced one-third octave apart over the frequency range of l to 100 Hz as necessary to envelop the required response spectra (RRS).
b. Five (5) Operating Base Earthquakes (OBE) tests shall be completed prior to the- application of one (1) Safe Shutdown Earthquake (SSE) tests in each test orientation. Demonstrate functionality of equipment during SSE test by performing

. Validyne Test Procedure No. 466.

c. The item shall be rotated as necessary to allow the applica-tion of inputs in all three orthogonal directions.

Rev. 11/11/80 6/8/81 6/18/81

5.4 Fragility Testing 5.4.1 After completion of the multifrequency tests, a fragility test at resonate frequencies (if any) shall be performed.

5.4.2 If no resonate frequencies are detected, the test shall be run at 60 Hz.

5.4.3 Acceleration levels shall be increased until a maximum of 19 g's are reached or a non-destructive malfunction is observed.

5.4.4 Fragility tests will be performed in each of the three orthogonal directions.

5.5 Electromagnetic Interference (EM!)

5.5.1 The item shall be tested for the effects of electromagnetic inter-ference.

5.5.2 During EMI testing the input voltage to the system shall be varied by +/-10% from its nominal 115 VAC input.

Rev. 6, 1/14/81

6.0 METI-IODS & PROCEDURES

(

6. 1 Qualification Test Procedures 6.1.1 Qualification Test Plans and Procedures *shall describe to the extent required by IEEE-323-1974, the testing methods and procedures to be used in qualifying equipment.

6.1.2 Testing organization shall certify that all methods and procedures meet applicable requirements of documents specified in Section 2.0 of this specification.

6.2 Test Procedures 6 .. 2 .1 Acee>1tanc~ Test P;ocedures shall be prepared to ad~qu~tely demon-strate the operability and function of all equipment qualified under this specification. Procedures applicable to each piec*e of equip-ment are listed in Attachment A of this specification.

6.2.2 Functional Test Procedure,.to .be used for *on~line testing of equip;.;

ment _dl,ll'ip.g seismic -and. extreme conditions testing sliall de*fine the*

mininn.llll lever' of equipment performance and the acceptance/rejection criteria for all equipment qualified.

6.3 Qualification Report 6.3.1 The Test organization shall submit a Qualification-Test Report which will Sl.llllmarize the test performance, details and recommendations con-cerning deficiencies and repairs and photograghs of various test set-ups. The report will also contain a list of test equipment used, calibrations and instrl.llllentation log sheets.

6.3.2 The report shall certify the equipment qualified is in compliance with the regulatory agency requirements for Class-lE safety-related systems.

6.3.3 The Qualification Report shall cover the required information as defined by IEEE-323-1974, _Paragraph 8.3.

Rev. 6, 1/14/81 9, 6/18/81

(.

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(.

VERTICAL SPECTRUM

(. A(idyNE ENOINEEIIINO COII .. OIIATION ATTACHMENT A EQUIPMENT SPECIFIC DOCUMENTATION Wir. Sch. Assy. 0/L Model# Description Dia. Rev. Dw2s. Dw2s. P/L ATP MC170AD-Q2 1)A. Module Case C Q9802-C Rev D Rev K ATP442 Rev E MC370AD-Q2 B. Module Case N/C Ql0351 N/C N/C ATP464 Rev I-

2) AB295-Q2 Analog Board C Q9857-E Rev N/C Rev K ATP448 Rev N ATP445 Rev N
3) AD296-l-Q2 Digital Board without Fiber-Optic Transmitter C Q9864-H Rev N/C Rev R ATP447 Rev A
4) AD296-2-Q2 Digital Board with F.O.

Transmitter C Q9864-H Rev N/C Rev E ATP447 Rev P.

5) PS294-Q2 Power Board B Q9854-B Rev N/C Rev H ATP451 Rev A 2 Power Supply Module B B Ql0139-B Rev N/C Rev D- A'PP.'454 Rev A CM249-Q2 Carrier Modulator N/C Ql0020-A Rev N/C Rev E ATP440 Rev A (Isolator) N/C BA332-Q2 Buffer Amplifier Module A Ql0056-C Rev N/C Rev A ATP450 Rev A DI325-Q2 Digital Encoder Module C Ql0033-C Rev N/C Rev B ATP452 Rev C I PTl 74-Q2-l RTD Conditioner Module E Ql0013-E Rev A Rev B ATP444- l Rev

-2 II II

" E Ql0013-E Rev A Rev G ATP444-2 Rev TC292-Q2 Thermocouple Conditioner A Q9936-A. Rev N/C Rev D ATP453 Rev N Module PC202-Q2 Lanyard Potentiometer Conditioner Module A Ql0026-C Rev N/C Rev A ATP449 Rev A CD173-Q2 Carrier Demodulator Module A Ql0003-C Rev B Rev A ATP443 Rev B JC177-Q2 Jumper Card N/C Ql0206- N/A Rev N/C ATP446 Rev N N/C Power Supply A Ql0192-C A Rev C ATP455 Rev N Rev 7, 4/23/

8, 6/8/f 9, 6/18; 10, 8/25/

11, 10/1'/

8626 WILBUR AVENUE

  • P.O. BOX 9025
  • NORTHRIDGE. CA 91328 * (213) 886-8488 e Telex No. 65-1303 12 11/12 1
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