DEPARTMENT OF THE AIR FORCE CENTER REGULATICN 55-2 Headquarters : Force Technical Apgsiicarions Center Voiume XI Patrick AFB FL 32925-6001 25 June 1988 Operations PECIFIC STATION REQUIREMENTS FOR DETACHMENT 460 un This vegulation estabiishes the procedures for station unique operations and analysis. ir applies to all active duty Air Force members assigned to the station. Personnel who violate che specific p:....sitions and requirements of this regulation may be prosecuted under the Uniforn Code of Military Justice (UCM). Distribution limited to DeD and DoD contractors only; to protect information and technical data which advance the state-of-the-art or describe new technology in an area of significant or potentially significant nilitary applicacion, 25 June 1988. Other requests shall be referred to HQ/DOSB. 1. Station Designator. The station designator for Detachment 460 is ILIL. ark CEN Forms 10, using the appropriate color, with the first two letters of the station designator. 2. Data Channel Designator. In addiction to the requirements of Vol I, add the appropriate letter identifiers (IM, TT, BC, BM, and FX) to BU sites. 3. Timing Standard. Navy Navigation Satellite System time. 4. Routine Calibrations. Perform SPS and LPS calibrations sequentially using the Central Terminal, commencing immediately after 1800Z. Use an amplitude factor 4 (1C0Qnu) for the SPS and an amplitude factor 2 (10u) for the LPS. 9. GSOC Calibrations. Coordinate with the GSOC prior to and during GSOC DEV SENSE checks to allow the GSOC to calibrate recorded channels. 6. EDIT tape registration numbers are 5200 through 5299, 7. Training Outage. Outage authorized in Volume I is granted for Wednesday of each week from 20002 through 23002. Coordinate with GSOC prior to interrupting data transmission. 3. Maintenance requirements. Indian Mountain, Burnt Mountain, Beaver Creek, Tatalina, and. lex are exempt for SOP maintenance zequirements. 9. Analysis and Data Reporting Requirements. The detachment has additional analysis and reporting requirements. a. Report any event recorded on FOX station channels with a S-P time of more than 60 seconds, or signal coda longer than 90 seconds duration on the vertical trace, or having an initial period greater than 0.5 seconds. bd. In lieu of Vol i DRAM reporting requirements, report any DRAM event that is detectable at four or more stations recorded at the detachment. c. Data Reporting: (1) Transmit comprehensive data reports including event data from unattended Locations (3Us) covering periods requested by the GSOC. Include in this report all events extending into, or continuing out of the requested period. Area Form 0-15, Det 460 Work Form, is authorized for use by the station to recozd analysis informacion. , (a) Transmit data reports via TELECON to the GSOC, and follow up by message. Under certain circumstances, the GSOC may request data reports be submitted by message or TELECON only. (b) Transmit data messages covering GSOC data requests within 8 hours of the request. Supersedes CENR 55-2, Vol XI, 4 March 1987 (See signature page for summary changes.) No. of Printed Pages: 14 OPR: DOSB (MSgt M. P. Clark) Approved by: Col T. H. Niquette Editor: SSgt D. M. Pless Distribution: X
2 CENR £5-2, Vol XI 25 June 1982 (2) I£ the data request covers sore than one ZULU day, precede each day's data with a mew computer function line (//// YY MM DD). £ data are requested over an extended period of rime (i.e., implementation of COPAFTAC 55-105, etc.), reporzing periods vili be IAW CENR 55-2, Jol l. . y re (3) During analysis periods requested by the GSOC, plot epicenter lecations (run HYPO 150) against all events. Report events originating in any Area of Interest (AI) using the sethod specified in the Alert Procedures Handbook. d. Reporting Format. Report all data, including previously reported AI data in ZIP format as follows: (1) The beginning of this type of message is denoted by the computer function line //// Yi MM DD followed by a carriage return where: (a) YY - Last two digits of the year of the data. (b) MM - Month of the data (numerical). (c) DD - Day of the month of the data. (2) Daca formar. Events are reported in chronological order regardless of station, and multiple calls for a single event will be grouped together. Each phase entry is reported as A 4HMMSSS PH C.X&X M.XXXX P.XXX D.XXK T.X and follewed by a carriage return where: (a) A - Station Designator. 1. IL - EIELSON 2. AL -— ALPA 3. BC - Beaver Creek 4. BM - Burnt Mountain 5. IM - Indian Mountain 6. TT - Tatalina 7. FX - Attu (FOX) (b) HHMMSSS - Phase arrival time in 7 digits. Colons are not used. (c) PH ~ Phase designator as indicated below. Initial PEEP/PIP motion is reported as EP/IP. Precede the IP (and also the EP for BRAVO REVIEW messages) with the direction of first motion using + or - as appropriate. PHASE - PH EQUIVALENT PIP IP PEEP =P Pp EP P'2 PKP2 pP »P PcP PCP PP PP PPP PPP PKKP PKKP PtP! 2?KP s s SKS SKS SeS scs ss SS sss sss PcS Pcs PS Ps SeP SCP SKP SKP SP SP Lg SUR Lq tq Lr LR Emerge E (d) C.XXX ~ Channel Designator 1. C.SPZ - SP Vertical 2. C.SPN - SP N/S Horizontal
w CENR 55-2, Vol XI 25 June 1988 SPE - SP E/W Horizontal LPZ - LP Vertical ~LPN - LP N/S Horizontal LPE - LP E/W Horizontal (e) M.XXXX - Calculated ground motion in four digits (£) P.XXX - Period in seconds and tenths in three digits (g) D.XXX% - Direction in three digits (h) T.X - Type (Cnly type events reported from iL and FX) 1. T.T - Teleseism (pint) 2. T.Q - Quart 3. T.R - Regional (ounce) 4. T.D - Dram (i) An example of a complete message is as follows: PART ONE //// 88 04 10 EX 1011345 EP C.SPZ M.0075 P.004 T.D FX 1013300 SUR C.SPZ M.0200 P.005 FX 1014000 LR C.LPZ M.0020 P.170 D.270 TT 1015123 EP C.SPZ M.0010 P.006 IM 1015231 EP C.SPZ M.0008 P.007 IL 1015460 +IP C.SPZ M.0011 P.005 D.280 T.T IL 1017100 PCP C.SPZ M.0005 P.007 BM 1015535 EP C.SPZ M.0013 P.006 BC 1016077 EP C.SPZ M.0015 P.008 AL 1025010 LQ C.LPN M.0C09 P.200 AL 1028320 LR C.LPZ M.0010 P.190 D.270 FFF PART TWO THIS MESSAGE CONTAINS ONE ONE CALLS. THIS MESSAGE COVERS THE GSOC DATA REQUEST FROM 1000Z THRU 10302 10 APR 88 PD e. In order for headquarters to effectively evaluate the station's analysis and reporting capability, provide selected analysis periods to this headquarters. Procedures for this evaluation are as follows: (1) Analyze 1600 - 20002 on the 15th day of each month. (2) Prepare and transmit a data message, by routine precedence, to HQ DOSB within 8 hours of the end of the analysis period. (3) The reported data will be incorporated into the standard Operations Evaluation and Information Program (CENR 55-7). Notable discrepancies will be provided on the Operations Evaluation Letter. (4) Encourage each shift to analyze available records on a daily basis. Develop a local training program to maintain peak analysis proficiency. 10. SPS Develocorder Presentations: a. Primary Develocorder: TRACE DATA MAG ASN CHAN DISP ID SCALE DEV SENS VOLTAGE i SZ2FP36013IL 2000K SPDSO1 SPIL36 0.941 0.305 2 SZ2FP27013IL 2000K SPDS02 SPIL27 0.941 0.305 3 SZ2FP30013IL 2000K SPDSO3 SPIL30 0.941 0.305 4 SZ2FP33013IL 2000K  SPDSO4 SPIL33 0.941 0.305 5 SZ2FPO0099IL 2000K SPDSOS SPIL99 0.941 0.305 6 SZ2FP35419IL 2000K SPDSOS SPIL35 0.941 0.305 7 SZ2161H SOOK# SPDS11i SPRW41 1.0 0.1952 3 SZ2IO1LEX : SOK# SPDS14& SPRW37@ 1.0 0.488 9 SZ2T61L 10K# SPDS1i. SPRW41 1.0 5.76 10 SZZ2FP00093i0 <ZCOOK# SPDSO7 SPIM99* 3.200 0.305 11 SZ2EPOQ099RM 2000K# SPDSO8 SPBM99** 3.200 0.305 12 SZ2I01TT 1000K# SPDS10 SPRW35 0.25 1.22 13 SZ2FPOOO99BC 2000K# SPDSO9 SPBC99*** 3.200 0.305
+ CEMR 55-2, Voi XI 25 Sune 1988 # Display recorded cn another develocorcer channel at equal or different gain. * Use the folicwing list for display priorities when channels are inop: SZZIO4IM, SZ2IG5IéM, SZ2103IM, SZ2I02iM, SZ2i01IM. ** Use the following list for display prieriries when channels are inop: SZ2I023M, SZ2i1033M, SZ2I053M, SZ2IO1SM, SZ221043M. *** Use the following list for display priorities when channels are inop: SZ2I05BC, $221043C, SZ2103BC, S$Z22i023C, SZ2i01BC. 2 Use SZ2IGIFX when SZ2IC1FX is INOP. b. Secondary Develocorder: TRACE DATA MAG ASN CHAN DISP ID SCALE DEV SENS VOLTAGE 1 SZ2161M SOK# SPDS11 SFRW41 1.9 1.952 2 SZ2162H 500K@ SPDS11 SPRW41 1.0 0.1952 3 SN2161H 500K¢ SPDS12 SPRW42 1.0 0.1952 4 SE2161H 5O0CK#+ SPDS13 SPRW43 1.0 0.1952 5 SZ2IOLEX SCK¢ SPDS14 SPRW37** 1.0 0.488 6 SN2I61EX 50K? SPDS15 SPRW45 1.0 0.488 7 SE2161FX SOK# SPDS16 SPRW46 1.0 0.485 3 SZ2EPOO099IM LOOK# SPDSO7 SPIM99@ 3.200 6.10 9 SZ2EPOO099BM 100K# SPDSO8 SPBM99@@ 3.200 6.10 10 SZ2101TT 100K# SPDS10 SPRW35 0.25* 1.22 ll SZ2FPOCO99BC 100K# SPDSO9 SPBC9Se@e 3.200 6.10 12 SZ2I61L 1LOK# SPDS11 SPRW41 1.0 9.76 13 SZ2101LFXL SKo SPDS14 SPRW37** 1.0 4,88 2 Use the following list for display priorities when channels are inop: SZ2IO4IM, SZ2I05IM, SZ2IO3IM, SZ2I02IM, SZ2IO1IM. @@ Use the following list for display priorities when channels are inop: SZ2102BM, SZ21033M, SZ2IOSBM, SZ2IO1BM, SZ2104BM. 2@@ Use the foliowing list for display priorities when channels are inop: SZ2I05BC, SZ21043C, SZ2I03BC, $Z2I028C, SZ22101BC. * Change display scale factor to 1.25 for develocerder sensitivity checks. ** Use SZ2I61FX when SZ2IOLFX is INOP. # Display recorded on another deveiocorder channel at equal or different gain. + Use trace 4 whenever a spare trace is required IAW CENR 55-2 Vol 1. NOTE 1: Set Display Scale Factor for processed data from each respective array as follows: Number of Display Scale Active Ch Factor 1 16.000 2 8.000 3 5.333 4 4.000 5 3.200 6 2.667 7 2.286 8 2.000 9 1.778 10 1.600 il 1.455 12 1.333 13 1.231 14 1.143 15 1.067 16 1.000 17 0.941 NOTE 2: Set SP PGain to 2.0. NOTE 3: Set Display Scale Factor to 1.0 for all processed channel Develocorder Sensitivity Checks. : NOTE 4: SZ2I18IL and $Z2I19IL are not used in processed data channels.
CENR 55-2, Vol XZ 25 June 1988 5) Ll. LPS Develocorder Presentation: TRACES DATA MAG ASN CHAN ODISP ID SCALE DEV SENS VOLTAGE 1 LZSBP3603.5 100K LPDSOL LPH362 S* 9.358 2 LZ5BP3203.5 100K  LPDSO2 LPH32Z2 S* 0.358 3 LZSIDH SOK  LPDSG3 LPSC41 50* 0.358 4 LNSIDH SOK  LPDSO4 LPSC42 50* 0.358 5 LESIDH SOK  LPDSOS LPSC43 50* 9.358 6 LZSI61LEX 50K LPDSO6 LPSCél 50* 0.358 7 LNSI61LFX 50K  LPDSO7 LPSC82 50* 0.358 8 LESI61EX SOK  LPDSO8 LPSC83 50* 0.358 9 LZSIDL SK  LPDSO3 LPSC41 50* 3.580 10 LZSI61FXL 5K  LPDSO6 LPSC81 50* 3.580 * Change display scale factor to 1.0 for deveiocorder sensitivity checks. NOTE 1: Should LPD fail, use another site that is within operational tolerances with the following precedence for recording on develocorder channels 3, 4, 5, and 9: LPD, LPE, LPA, and then operator choice. NOTE 2: LP PGain must be set to 20.0. 12. Channels transmitted to the GSOC: CHANNEL DISP ID SCALE SPHDO1 SPIL36 0.941% SPHDO2 SPILO6 0.941** SPHDO3 SPIL12 0.941% SPHDO4 SPIL18 0.941i%* SPHDOS SPIL24 0.941% SPHDO6 SPIL30 0.941#* SPHDO7 SPIL99 0.941%* SPHDO8 SPRW41 1.0 SPHDQ9 SPRWO4 1.0 SPHD10 SPRWO7 1.0 SPHD11 SPRW15 1.0 SPHD12 SPRW35 1.0 SPHD13 SPRW37 1.0 SPHD14 SPRW45 1.0 SPHD15 SPRW46 1.0 SPHD16 SPIM99* 3.200** SPHD17 SPBM99* 3.200** SPHD18 SPBC99* 3.200** LPHDO1 LPH362 5 LPHDO2 LPHO9Z 5 LPHDO3 LPH18Z 5 LPHDO4 LPH27Z 5 LPHDOS LPSC4Z* 5 LPHDO6 LPSC4N* 50 LPHDO7 LPSC4E* 50 LPHDO8 LPSC8Z 50 LPHDO9 LPSC8N 50 LPHD10 LPSC8E 50 * Transmit the same channels displayed on the develocorders. #k Set Display Scale Factor for processed data from each respective array as follows: Number of Display Scale Active Ch Factor 1 16.000 2 8.000 3 5.333 4 4.000 : 5 3.200 . 6 2.667 7 2.286 8 2.000 9 1.778
13. Number of active Ch Data INST ILOL LO2 ILO3 ILO04 ILOS IL06 ILO7 IL08 ILO9 IL10 ILLL IL12 IL13 IL14 ILLS IL16 IL17 ILi8 IL19 IHMO1 IMO2 IMO3 IMO4 IMOS BMO1 BMO2 BMO3 BMO4 BMOS BCOL BCO2 BCO3 BCO4 BCOS TTol FXO1 FXO1 IKSZ IKSN IKSE IKSZ IKSN 10 il 12 13 14 15 i6 17 cross-reference lists: RTID SPO1+* SP02+ SP03+ SPO4+ SP05+ SP06+ SP07+ SP08+ SPO9+ SP10+ SP1i+ SP12+ SP13+ SP14+ SP15+ SP16+ SP17+ SP18+ SP19+ SP20 SP21 SPZ2 SP23* SP24 SP25 SP26* SP27 SP28 SP29 SP30 SP31 SP32 SP33 SP34* SP35* SP36 SP36* BBO1+ BBO1+ BBO1+ BBO1+* BBO1+ BBO1+ BBO2 BBO2* BBO2* L?01 LPO1 LPOL LPO2 LPO2 LPO02 Bisplay Scale cT $16 $17 $18 S19 $20 S21 $22 $23 $24 $25 $26 $27 $28 $29 $30 $31 $32 $33 $34 sol S02 S03 S04 so5 S06 so7 sos so9 $10 Sil $12 $13 $14 $15 $35 S36 $37 $33 $39 $40 S41 S42 $43 S44 S45 S46 LOL Lol LOL LO2 Lo2 LOo2 Factor . 600 -455. -333 1.231 1.143 1.067 1.000 0.941 He pte ct CHANNEL GAIN 48 48 48 48 438 48 48 48 48 48 48 48 48 48 48 48 43 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 18 STPR ca ID SPRW16 SPRW17 SPRW18 SPRW19 SPRW20 SPRW21 SPRW22 SPRW23 SPRW24 SPRW25 SPRW26 SPRW27 SPRW28 SPRW29 SPRW30 SPRW31 SPRW32 SPRW33 SPRW34 SPRWOL SPRWO2 SPRWO3 SPRWO4 SPRWOS SPRWO6 SPRWO7 SPRWO8 SPRWO9 SPRW1LO SPRWI1 SPRW1Z SPRW13 SPRW14 SPRW15 SPRW35 SPRW36 SPRW37 SPRW38 SPRW39 SPRW40 SPRW41 SPRW42 SPRW43 SPRW44 SPRW45 SPRW46 LPSCLi LPSC12 LPSC13 LPSC21 LPSC22 LPsc23 STFR ISENSE CGAIN Mu/CT 9.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.30 0.80 0.80 0.80 0.80 0.30 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 0.80 6.80 . 3° ef ee . anwmwmMowwno ooo cooo _ am all ool ae aad ad Ke eee OOOr OOOO . oooqoooooo°0:sa 0.98 0.08 0.08 0.62 0.02 0.08 0.08 0.08 6.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 2.56 0.C8 0.08 0.08 0.64 0.64 0.64 2.56 2.56 2.56 0.167 0.167 0.167 0.167 0.167 0.167 CeNR 55-2, DEV ID SZ2101IL SZ2102IL SZ21C3IL SZ2IO04IL SZ2I0SIL SZ2I06IL SZ2I071L SZ21081L SZ2IO9IL SZ2I10IL SZ2IL1IL SZ2112IL SZ2I13IL SZ2I141IL SZ2I151L SZ2I16IL SZ2I171L SZ2I18IL SZ2I19IL SZ2IO1IM $Z2102IM $22I03IM SZ2IO41M SZ2I05SIM SZ2I01BM SZ2I102BM S$Z21033BM $Z2104BM SZ2I05BM S$Z2101BC SZ2102BC S$Z2103BC SZ2104BC SZ2I05BC SZ2I0LTT SZ2I01FX(H) SZ2101FX(M) SZ2I61H SN2I61H SE2I61H SZ2I161M SN2I61M SE2I61M SZ2161FX SN2I61FX SE2I61EX LZSIA LNSIA LESIA LZ5IB LNSIB LESIB Vol “I 25 June 7 a 9 83
CENR 55-2, Vol XI 25 June 1988 ISENSE DEV Mu/CT ID CT cr STPR INST RTID CHANNEL GAIN CH ID “n 4 sas) he DW 8 3 LPCZ LPd3 LO3 --  LPSc31 1.0 0.167 LZs5Ic LPCN LPO3 LO3 --  LPsc32 1.0 0.167 LUNSIC LPCE LPO3 LO3 -- LPSC33 11.9 0.167 LESIC LPDZ LPO4* LO4 —  Lpsc4sl 1.0 0.167 LZ5ID LPDN LPO4* LO4 -~  LeSc4s2 1.0 0.167 LNSID LPDE 1LPO4* LO4 -- LPSc4s3 1.0 0.167 LESID LPEZ LPOS LOS --  Lpscsi 1.0 0.167 LZ25IE LPEN LPOS Los -- LPSC52 1.0 0.167 LNSIE LPEE LPOS LOS --  LPscs3 1.0 0.167 LESIE LPFZ LP06 LO6& -- LPSCc61 1.0 0.167 LZS5IF LPFN LPO6 LO6 --  LPSc62 1.0 0.167 LNSIF LPFE LP06 L06 -- LPSsc63 1.0 0.167 LESIF LPGZ LPO? LO7 --  LeSsc71 1.0 0.167 LZ5IG LPGN LPO7 LO7 --  Lesc72 1.0 0.167 LNSIG LPGE LPO7 LO7 --  Lpsc73 1.0 0.167 LESIG FXKS BBO2* LO8 30 LPSC81 0.125 0.167 LZ5I61FX FXKS BBO2* LO8 30 LPSC82 0.125 0.167 LNSI61FX FXKS BBO2* LO8 30 LPscsg3 0.125 0.167 LESIG61FX + Designates channels that comprise the first message to TOS. * Designates channels transmitted to the GSOC via high speed modem. 14. Central Terminal Configuration Parameters: a. General Site Configuration (Menu Selection 3): oO NNOAUDON FH Site ID Number Number of 9600 BPS Lines Number of 4800 BPS Lines Number of analog channels Number of 544 Boards Number of SPRTs Number of LPRTs Number of BBRTs w b. RT - Specific Configuration (Menu Selection 4) RT PORT c/v TIME RTID ADDR ADDR DELAY SLOT SPOL Lake 1 v 1 SP02 Laee 1 Vv 2 SP03 14a% © 1 Vv 3 SP04 Lex 1 v 4 SPO5 Lxae 1 Vv 5 SPO06 lank 5 Vv 1 SP07 Leae 5 Vv 2 SPG68 lee 5 v 3 SP09 laa% 5° Vv 4 $P?10 Lae 5 Vv 5 SP11 Lee z Vv 1 SP12 lane 2 v 2 SP13 Lax 2 v 3 SP14 leet 2 Vv 4 SP15 Leae 2 v 5 SP16 Lxax 6 Vv 1 SP17 L*ee 6 v 2 SP18 lex 6 Vv 3 SP19 Leax 6 Vv 4 SP20 Leek 14 Vv 1 SP21 Lake 14 Vv 2 SP22 Late 14 Vv 3 S$P23 Laws 14 V 4 SP24 Leek 14 Vv 5 SP25 1s** 17 v 1 SP26 lee 17 Vv 2 SP27 Lake 7 Vv 3 SP28 Lx%* 17 v 4 SP29 Lae 17 Vv 5 ij 1 SP30 Ll*xax 13
CENR 55-2, Vol x! 25 June 1982 SP31 Lees 13 Vv 2 SP32 Lee 13 Vv 3 SP33 Lae 13 y 4 SP34 Lass 13 y 5 SP35 Laxe 18 v l SP36 [ere 22 y 5 LPOL 2*** 9 v 1 LPO2 2eee 10 v 1 LP03 eee 11 Vv 1 LPO4S lex ll Vv 2 LPOS 2ee% 11 Vv 3 LP06 2ete 9 v 2 LPO7 Qaee 10 Vv 2 BBO1 Zaxe 21 Vv 1 BEO2 Bete 22 v 1 wes = Specific RT serial number Analog Channel Configuration (Menu Selection 5): Analog Channel RTID CAIN fe} 1 2 3 4 ** All channels are site selectable ** 5 6 7 First Message to TOS Contents (Menu Selection 6) Number of SPRTs in First Message 19 Number of LPRTs in First Message QO Number of 3BRTs in First Message L 12 Bit A/D/A Channel Gain Assignments (Menu Selection 7) CHANNEL RTID GAIN : sol sP20 48 S02 SP21 48 s03 SP22 48 S04 SP23. 48 sos S224 48 S06 SP25 48 S07 SP26 48 $08 S227. 48 $09 SP28 48 $10 SP29 48 S11 SP30 48 $12 SP31 48 $13 SP32. 48 $14 SP33. 48 $15 SP34 48 $16 SEOl 48 $17 SP02 48 $18 $P03 «48 $19 SP04 48 . $20 SPOS 48 $21 SP06 48 $22 sPo7 «48 $23 sP08 = 48 $24 sP09. 48 $25 SP10. 48 $26 SP11 48 $27 SPi2 48 $28 SP13 48 $29 SP14 48 $30 sP15 48 $31 SP16 48 $32 SP17 48
CENR 55- Be 2, Voir XI 25 June 1938 CHANNE RTID GAIN $33 SP18 48 34 SPS 48 S35 SP35 48 $36 SP36 48 $37 SP36 18 S38 BBOISZ 48 $39 BBOISN 48 s40 BBOLSE 48 S41 BB01SZ 30 $42 BBOLSN 30 $43 BBOISE 30 S44 BBO2SZ 18 S45 BBOZSN 18 S46 BBO2SE 18 LOL BBO2LZ 30 16 Bit LPDARTS Channel Assignments (Menu Selection 8) CHANNEL RTID LOL LPO1l LO2 LPO2 LQ3 LPO3 LO4 LPO4 LOS LPOS LO6 LPO6 LO7 LPO7 dardware and Software Settings: SP Desired Gain Setting 0.005 LP Desired Gain Setting 6.167 Seconds Datachron Set Behind Time 37.001 seconds, +/- 0.0005 seconds Sync to FTS receiver actual Time FTS Receiver Settings Latitude: Longitude: *From on-site documents* Datum TCG Time Setting Elevation: FTS Filter Factor 10 Reasonableness Test Enabled 14.  STPR CPU Configuration Parameters: a. CPU 1: CONFIGURATION IDENTIFICATION = Cxcocc~1HL OPERATE] IDENTIFICATION = OPERATE1 SITE IDENTIFICATION = 460 LP DATA AND INSTRUMENT TYPE (A,31,36) = 36 NUMBER OF SHORT PERIOD ARRAY CHANNELS = 32 NUMBER OF SHORT PERIOD OTHER CHANNELS = 14 NUMBER OF LONG PERIOD ARRAY CHANNELS 3 NUMBER OF LONG PERIOD OTHER caer TYPE OF LP OTHER CHANNELS (A,B) = NUMBER OF SHORT PERIOD PROCESSES = ‘6 NUMBER OF LONG PERIOD PROCESSES = 5 SHORT PERIOD FREQUENCY FILTER LENGTH = LONG PERIOD FREQUENCY FILTER LENGTH = 1 AMOUNT OF SHORT PERIOD TIME DELAY REQUIRED = AMOUNT OF LONG PERIOD TIME DELAY REQUIRED = SP COORDINATES: 0,0,0 1,0,0 2,732375,0.402 3,-1.202,-1.498 4,72.726,-2.496 5,7-0.126,-2.431 6,0,0 7,1.524,-2.338 o.
co §,-3.4C4,-3.509 9,-1.329,-3.629 10,-2.279,-2.428 11,0,0 12,1.297,-1.980 13,2.156,0.414 14,2.996,2.122 15,3.754,-0.093 16,0,0 17,0.958,1.538 18,1.768,.0.050 19,0.411,-1.405 20,-1.682,0.198 21,-1.760,0.787 22,2.399,3.093 23,4.685, 1.767 24,4.951,0.360 25,1.961,-1.994 26,-0.392,-3.381 27,-2.797,-2.852 28,-4.619,-2.549 29,-4.339,0.411 30,-2.691,0.719 31,-1.694,2.415 32,-0.033,3.987 L? COORDINATES: 0,0,0 1,0,0,C 2,11.553,14.380,C 3,17.252,-4.024,C 4,5.535,-17.249,C §,713.907,-13.365,C 6,~-20.451,3.680,C 7,-8.351,18.687,C SP FREQUENCY FILTER PARAMETERS: 0 0.9999 L2 FREQUENCY FILTER PARAMETERS: 0 0.9999 SP BEAM PARAMETERS: SPIL36,0,000,13.0,F, SPILO06,0,060,13.0, SPIL12,C,120,13.0, SPIL18,0,180, 13.0, SPIL24,0, 240,13.0, 0, QO, 0, SPIL27,0,270,13. SPIL30,0,300, 13. SPIL33,0,330,13. SPIL99,0,0, SPIM99,0,0 SPBM99,0,0 0,0 3 1 F,1 F,1 F,1 F,1 F,1 F,1 F,1 SPBC9S, , SPIL35,0,35 SPIM32,0,323, SPBM33,0,329,1 SPBC33,0,332,1 LP BEAM PARAMETERS: LPH36Z,1,000,3.5, LPH09Z,1, 090, LPH18Z,1,180, LPH27Z,1,270, LPH32Z,i,320, FIXED FILTER oO, 0 0 0 4 F, EF F 1 1 naMWwor v8 3 3.5, 3.5, 3.5, 3.5, FOR 25 June 1982
ll 25 June 19828 Vol XI CENR 55-2, OR SPILO6 ce FILTER =D FIXE. N © 4 ns Oo a) a roa) fea) ~ “ N N o” Con) foal Los) Q =) ) i] ) ] | re) = b> m4 ra) “ i=) i] ro] =) i] ive] Onetw Os One a Orta Oy Orta oe) Oonwr Oe Ors Ou One ru Ore Ou ooo Qe “a oO°O e ea n oe eae wn oa ae uo eo eae n a ae n our nn owe n cova nw coc ” “oo oO “ One On wt aie — wet se a a 7 «a 7 a  ~” S r « Otte fo) One co) Oona fo) Onn fo) QAete fo) Orr °o Ore co) Onn oO oo0 2 “aoO°O eee tT) eee itv) eee iu eee [77 e 8s « Sea a oa tee eae tu x 2 « fos a aa ea aa Ot on Ore Onn One” Onn Onn Ore Ocr ooo er OO a 2 @ o ec ee ~% eee [oA a ee oa eae fad eee ~% = & « fod ae @ [oA oe 8 a ee e 2 eo a 8 eos ee ee Cees ee 2 a a a ee eee oon ps) oon re) ooe pe) ooa 1 oon ) oon J oon =) oOe pe “+ co pe) ooo ee ea - eo es @ Hw a e@ «@ H eo ea @ rt eo a2 @ Hw oe es a on) eee S| a“ a @ Lal ae aa lanl ea na oo- es oo~7 fea oo- bu oon fee oOe tu oor ty ooOoa faa oor fee “A OO fu ooo e 2 @ ee eee ee @ ee ee a ee eee a 0 eee ooe a oor | ooa Q ooe q oon a oon 9 ooOa | oon “nA OO ooo ee ) ae = fi ree 7% eee €£ a ee Ut a a eee ft a aw rer ee 8 COtnM COMMK BOMMK BOM COAtAKR DOAAK DOOHAK DOAN “COO e000 -— © at e« es e@ «et ee a © oh e ea 8 oe ao e @ ok ~ a8 eft e eft ss 2 @ et e @ @ at ee 4 @ @ °o o On At WODOMtH WODOAAMWODOHtAMODOAAWO roy Onn tu Oo oS rey ete WOOKOnrAWOoORHODOWoOoOdOdOS FILTER FOR SPBCS9 3 ioe! ooo f& Orte een a «2 @ ooo Onan eoann aaa ooo fo) One ee eo ty eee ooo Onn a a eo eee ooo fons eee ae ae one O WA OOn eee a an @ lo) <7) ooa a 8 &@ eo a a ono oon a ee a ee onoo oOnn qoomoowooor
IXED FILTER FCR SPIM32 tt oO my ot ce al » 2] fo} n n u~ w oO us Ww PROCESSING DELAY P PROCESSING DELAY = 20 ? = 6 ECONDS PER RECORD = 2 CPU 2: CONFIGURATION ivENTIFICATION = Cxxccc-2HL OPERATE2 IDENTIFICATION = OPERATE2 SITE IDENTIFICATION = 460 LP DATA AND INSTRUMENT TYPE (A,31,36) NUMBER OF SHORT PERIOD ARRAT CHANNELS NUMBER OF SHORT PERIOD OTHER CHANNELS NUMBER OF LONG PERIOD ARRAY CHANNELS NUMBER OF LONG PERIOD OTHER CHANNELS TYPE OF LP OTHER CHANNELS (A.3) = A NUMBER OF SHORT PERIOD PROCESSES = 16 NUMBER OF LONG PERIOD PROCESSES = 5 NO SP CHAN TO BE TRANSMITTED VIA HSM NO LP CHAN TO BE TRANSMITTED VIA HSM HUMBER OF CONTACT SENSOR MONITORS = 9 *NUMBER OF A/D CHANNEL CHANNEL MONITORS AMOUNT OF SP EDIT TIME DELAY REQUIRED AMOUNT OF LP EDIT TIME DELAY REQUIRED SP COORDINATES: 0,0,0 1,0,0 2,73.375,0.402 3,~-1.202,-1.498 4,72.726,-2.496 5,~-0.126,-2.431 6,0,0 7,1.524,-2.338 8,-3.404,-3.509 9,~-1.329,-3.629 10,-2.279,-2.428 11,0,0 12,1.297,-1.980 13,2.156,0.414 14,2.996,2.122 15,3.754,-0.093 16,0,0 17,6.958,1.538 18,1.768,0.050 19,0.411,-1.405 20,-1.682,0.198 21,-1.760,0.787 22, 2.399,3.093 23,4.685,1.767 24,4.951,0.360 25,1.961,-1.994 26,-0.392,-3.381 27 ,-2.797,-2.852 28,-4.619,-2.549 nou wou at 0 0) 36 32 14 21 3 18 10 1 Jol x1 25 June 19388
CENR $5-2, Vol Xi 25 June 1983 29,-4.339,0.411 30,-2.691,0.719 31,-1.694,2.415 32,-0.033,3.987 LP COORDINATES: 0,0,0 1,0,0,C 2,11.553,14.380,C 3,17.252,-4.024,C 4,5.535,-17.249,C 5,713.907,-13.365,C 6,-20.451,3.680,C 7,78.351,18.687,C SP CALIBRATION DEFAULT PARAMETERS: 0.833,1.0,10.C,0, 180000,0.9,1.1,2.929,8 1.0,1.708 LP CALIBRATION DEFAULT PARAMETERS: 0.2539,0.04,10.0,0, 183000,0.9,1.1,1.97,7,3 0.040, .2243 0.100,2.243 0.067, .2243 0.050,.2243 0.033,.2243 0.025,.2243 0.020,.2243 SP CHANNEL CONFIGURATICN FOR CALIBRATION SYSTEM: . rPWOODON AYN PWN re ran ° mR NnNro ee aol oe oo oll oe a oe ot od . . _ ° 1,13 1,14 1,15 1,16 1,17 1,18 WO ee vee ec wv ee ~ ee me Ow Ww fFuHonr vo
be WUT aA Un te 7. 8 © © meee . tpt pee pee pe pee epee et Lis, 0. 180, 13. 0, £24,0,240,13.0, SPiL27,0,270,13.9, $PIL30,0,300, 13.0, $?1L33,0,330,13.0, SPIL99,0,0,0,.F,1 SPIM99,0,0,0,F,1 SP3M99,0,0,0,7,1 $P8C99,0,0,0,F,1 SPIL35,0,354,19,7,1 $P1IM32,0,323,15.8,F,1 $?PBM33,0,329,16.0,F,1 $P3C33,0,332,16.9,F,1 LP BEAM PARAMETERS: LPH36Z,1,000,3.5,3 LPHO9Z,1,090,3.5,5 LPH18Z,1,130,3.5,3 LPH27Z,1,270,3.5,3 LPH32Z,1,320,3.5,B CHANNEL CONFIGURATION FOR HIGH SPEED MODEM: SPIL36, SPILO6, SPILi2, SPIL18, SPIL24, SPIL30, SPIL99, SPRW41, SPRW04, SPRWG7 SPRW15, SPRW35, SPRW37, SPRW45, SPRW46, SPIM99, SPBM99, SPBC99, LPH36Z, LPHOOZ LPH18Z,L?H27Z,LPSC4Z,LPSC4N,LPSC4E, LPSC8Z, LPSC8N, LPSC8E *RELAY IDENTIFIERS AND NORMAL STATUS FOR EACH CONTACT SENSOR MONITOR: CMLPWR, 1 TEST TEST TEST TEST TEST TEST TEST TEST *IDENTIFIERS AND LIMITS FOR EACH A/D CHANNEL MONITOR: LNPCWR,5.4,6.6 SECONDS ?ER RECORD = 1 NAMAWMNYAM NeW uv tu UU oe rm ° vay vy vy ny ‘ny ny ray ny ee at pe pe ee 1OOoOn OM FWP vs lll cool cool ee cee oe ed - wv * Monitors nay be added/modified at the station's discretion. OFFICIAL TAY J. JAYNES, Colonel, USAF Commander RICHARD &. COOK, SMSgt, USAF Director of Administration SUMMARY OF CHANGES STPR processing reset to fixed filter mode to process data from IL, IM, BM, and BC arrays into beam channels. Channels transmitted to GSOC via HSM changed. SP develocorder channeis changed. Order of channels recorded on tape changed. Two IL channels deleted from beamforms. New SP array coordinates input fer IL.