CENTER REGULATION 55-2 Yolume If! Z@ Novenber 19&7 Operations SPECIFIC STATION REQUIKEMENTS FUR EL 244 This regulation estabiishes the procedures for station unique operations ana analysis. Vistribution limited to DoD and UoD contractors only; to protect information and technical cata which advance the state-of-the-art or describe new technology in an area of significant or potentially significant military application, 2 November 1987. Other requests shal] be referred to HQ/DOSB. 1. Uperating Concept. Routine operating and maintenance are accomplished auring a daily 8-hour period covering approximately 1400 - 22002. This 8-hour period of operation is a daily requirement, including holidays and weekends. During the remaining 16-hour perioa, attendance is requirea to insure the physical security ana fire protection of the facility. Limit operational activities to station equipment checks and maintaining a capability to respond to GSOC data requests or restoral of data transmission to the GSOC. Do not assign tasks requiring the presence of two people during this 16-hour period. The station is authorizea to aelay their response to the GSOC when compliance requires a second operator to be present on-site. 2. Station Designator. The station aesignator for EL 244 is FLFL. Use FLF for the three element entry preceding the station designator on data messages. Mark CEN Form 10s, using the appropriate color, with the first two letters of the station designator. 3. Timing Stanaara. Satellite aeriveda time. 4. Koutine Calibrations. Perform SPS ana LPS calibrations sequentially using the Central Terminal, commencing immeaiately after 1700Z. Use an amplituae factor 4 (1UQmu) fer the SPS ana an amplituae factor 2 (10U) for the LPS. 5. EDIT tape registration numbers are 5400 through 5499. 6. Training outage. Outage authorized in CENR 55-2 is granted for Tuesaay of each week from 16G0Z through 1900Z. 7. Analysis ana Data Reporting Requirements: a. The station is exempt from routine analysis and data reporting with the following exceptions: (1) Transmit aata reports covering periods required by the GSUC. Include in this report all events extending into, or continuing out of, the requested period. (2) If data period covers more than one ZULU day, use a new computer function data line (bbBBBb FLF FLFL) (date CMM PART ONE) to precede each day's gata. if data are requested over an extended perioa of time, each data reporting period will cover eight hours (0001-0800Z, 0801- 1600Z, 1601-2460Z). b. In addition to the above requirement, maintain a continuous capability to respond to review requests. Also, establish analysis ana reporting exercises to ensure each person's analysis proficiency. c. In order to effectively evaluate the station's analysis ana reporting capability, proviae selectea analysis time perioas to this headquarters for evaluation. Procedures are as follows: (1) Analyze 1600-2000Z on the 15th of each month. (2) Prepare a message, but do not transmit, using correct format as specifiea in CENR 55-2, Vol 1 and forwarded with the appropriate station log. Do not complete address elements. Supersedes CENR 55-2, Volume III, 14 November 1986 No. of Printea Pages: 7 UPR: DOSB Vistribution: X
2 cENK 395-2, Yol [li 2 Novemper 1967 (3) it is not tne intent of tne progrem to limit tne. station's analysis and reporting exercises tO cne day per montn. Analysis and reporting training shoulda Se accumplisned on a continuing basis and this program snould pe used to complement that training. ¢ 6. SPS vevelocorger Presentations: a. primary Develocoraer: TRACE VATA MAG ASN CHAN yvISP 1D SCALE VEY SENS YULTAGE 1 $2Z2BP36013 2U0CK SP0SuUl SPL360 1.0 0.305 Z SZZBPUbUIS =cUUUK SPusuZ SPLUbU 1.0 y.305 3 SZ22B6P12U13 20U0K SPuSO3 SPL120 1.0 0.365 4 SZ2BP14U13 zZuU0OK SPuUSO4 SPL180 1.6 G.3u5 5 SZ2BP24013 ZUUUK SPUSUS SPL24u 1.0 U.305 fe) SZZBP3UU13 zuUUK = SPuUSUb SPL3GU 1.0 0.305 7 SZZbPOGUYY §=ZU0LUK = SPUSQ7 SP Z000 1.0 0.305 8 SZZBP35919 ZUULK = SPUSUS SPT 354 Leu U.305 g $2211 SULK = SPLSUY SPRWUL G.25 1.22 10 SNZIOLH SuUUK = SPUS15 SPRW2U G.25 1.22 il sEZf[ol# 5UUK SPUS Lo SPRW21 U.25 1.22 lz SZ21o1M stK —SPUS14 SPkwWzZ2 1.0 0.244 13 SZZIolL 5Kz SpPOS14 SPRW22 1.U 2.44 = Channe) jumpered in SbU from equa) or higher gain channel. b. Secongaary Develocoraer: TRACE UATA MAG ASH CHAN DISP [Bb SCALE GEV SENS YULTALE 1 $Z2118 5UUK = SPDS13 SPRW1& 0.25 1.22 2 SZ2115 50GK = SPuS12 SPRHLS 0.25 1.22 3 SZ2101 SUUK# SPDSUY SPRWOL Q.25 1.22 4 S2211l 5OUK+ SPUS1O SPRA1I v.25 1.22 5 $Z2113 500K = SPDS11 SPRW13 0.25 1.22 e SZ2BPUUUSY §=ZLUUK2 = SPUS07 SPZUGU 1.U 0.305 7 SZ2BP35919 ZUUUK# SPDSLs SPT359 1.0 U.305 8 SsZ21ul Z5GKz SPDSOY SPRWOL 1.0 2.44 9 SNZI61h Z5UKz SPUSI5 SPRWZ0 U.25 2.44 lu SE2@f61H 25UKz SPLSI6 SPRWZ1 U.25 2.44 li = SZ2Z1 61" SUK# SPDS14 SPRH2Z U.25 0.244 12 SN2161m 5UKz SPUS15 SPRWZO 0.25* 3.uUd 13 SE2Tolt 5UKz SPUS1O SPRW21 U.Z5* 3.U5 # Channel jumperea in SOU from equal or higher gain channel. * Change display scale to 1.0 for aevelocoraer sensitivity checks. + Use trace 4 wnenever a spare trace is requirea IAW CENK 55-2 Vol 1. y. LPS vevelocorger Presentation: TRACE DATA MAG ASN CHAN UDISP ID) SCALE DEV SENS VOLTAGE 1 LZ5161M LOK. LPDSUL LPSC1L lu* - 358 2 LNSIolM 10K LPuSUZ LPSC12 10* » 358 3 LE5I161M 1UK LPDSO3 LPSC13 lu* - 35% 4 LZ5161h 5UK LPDSU4 LPSC1l 50* - 353 5 LMSI61H 5CK LPDSU5 LPSCi2 buU* - 356 6 LESI61H 50K LPLSU6 LPSC13 5U* - 358 7 LZ5161L 1K LPDSU7 LPSC11 L* - 358 * set aisplay scale to 1.0 for aevelocoraer sensitivity checks. 10. Channel transmitted to the GSOC: CHANNEL OISP ID SCALE SPHUUL SPL360 1.0 SPHDUZ SPLU6U 1.6 SPHUUS SPL12U 1.0 SPHLUS SPL180 1.4 SPHDOS SPL240 1.0 SPHUUo SPL3U0 1.0
SENK 95-2, Yol IIl 2 November 19&7 CHANNEL DIsP ID SCALE SPHDU? SP ZULU 1.0 SPHUUS* SIN 1.U >PHUUY SPRHUL L.U SPHULU SPKWLG L.U sPHULI SPRWZU L.U SPHUI1Z SPRW21 1.0 SPHUL3 SPRW2Z 1.U LPHUUL LPSC1Z 90.0 LPHLUZ LPSUIN 5ur.0 LPHDUS LPSC1E 5U.C LPHUUS LPSC1Z 1.9 LPHDUS LPSCIN 1.0 LPHUUS LPSCIE 1.0 * SET CPU 2 test voltage to U.3U5 at 1.0 hz. il. Uata Cross-reference Lists: CT US STPR STPK ISENSE UbY INST KTID CHANNEL GAIN CH ID CGAIN Mu/UT Iv UUl  SPUl sul 48 SPKWUL U.&U 0.U8 SéZzlul ub2 SPu2 Suz 4% SPKHUZ 0.8&U Q.uUs SZ2I02 u03  SPU3 Sus 44 SPKWUS U.&U U.us SZ21U3 JOa SPu4 Sus 4s SPRWU4 =U.80 0.0& SZ2104 U¥S5 = SPUd5 sus 48 SPKWO5 = U.&U 0.08 SZzZ1uU5 UU6 = SPU6 SU6 4% SPKWO6 0.80 U.U8  SZzIuo uU7 =SPU7 $u7 4% SPKWO7 = U.8U 0.U8 822107 UUs SPU& S0& 48  SPRWO8 U.80 0.U8 SZ2I1U8 Uby = SPUY Suy 48 SPkWUY = U.80 0.08 SZz10y¥ UlQ SP1O Slo 4%  SPRW1lU G.80 0.08 SZ2110 UllL SP11 $11 4y  SPRW11] U.&e 0.08 S2zI1l ul2 SPlz $12 48 SPRW12 0.80 0.08 S$22112 U13S SP1L3 $13 43 SPKW13 U.bU 0.08 $Z2113 Ul4 SP14 $14 48 SPRW14 0.80 0.08 S$22114 ULS = SPl>5 S15 4% SPRW15 U.&0 0.08 S$Z2115 U1l6 SPlo Slo 48 SPRW16 0.80 0.08 SZ2116 Ul? SP17 $17 as SPRW17  -U.&8U 0.08 $Z2117 uls SP1& Sls 44 SPRW18 0.80 0.U8 SZz118 KSZ bbUL Si9 4% SPRW19 U.bU U.08 9SZZIolH KSN BBO1 $20 4s SPRW20 0.80 0.08% SN2I161H KSE 8sul S21 4% SPKWzZl U.49 U.0% SEZI61H KSZ  BBO1 $22 12. SPRWZ2) «1.00 5-12 SZ2161M KSN BBO] $23 12 ** NUT In STPR ** KSE  BbUl $24 lz LPZ 4BUL Lol -- LPSC11 1.00 0.33 LZ5Iol LPN &BUL Lul -- LPSC12 1.06 0.33 LNSI61 LPE BKUL Lul --  LPSC13 1.00 G.33 LESTIol LPZ 6801 LOZ -- LPSC21 1.00 0.33 LZ5I61 LPN bBUL LOZ -- LPStz2 1.00 0.33 LNSTol LPE B01 Lud --  LPSC23 1.0U 0.33 LE5I61 12. Central Terminal Configuration Parameters: a. General Site Configuration (Menu Selection 3): Site ID Number 0. Number of 90UU BPS Lines Number of analog channels Number of 544 Cards Number of SPRTs 1 Number of LPRTs Number of sJbRTS mM COW Or &
ray . LENK 35-2, Yol if! 2 November 1987 xT- Specific Contiguration (Menu Selectian 4, aT PURT usy Time RTiv AUUR ADUR ULLaY SLUT sbul L*® 1 ‘ L SPUZ 1*** 1 f Z SPUS Lw** 4 ‘ S SPUS L*** i V 4 SPuUdS 1*** L 4 5 SPUS 1*** ie) ¥ 1 shu? L*** be) v 2 SPUS Lee b) i 3 SPUY \*** > ‘ 4 SPLU 1"*™ 5 1 > SPll L*** y Y i SPLe i**™ y ¢ Z SPls i™** y ‘ 3 SPi4 L*** y 4 4 SP1S ]*** 1U y l SPlo 1*** lu 1 Z SP17 1*** AU Pi 3 SPLO 1*** lu 1 4 bbuUL sere ra rT l «xe = Specitic XT serial numper analog Channel Configuration (Menu Selection 5): Analog Channel RTIv GAIN G 1 2 3 ** 4J1 Unannels are site selectanie ** 4 be) ° 7 First biessage to TUS Contents (Menu Selection 6): Number of SPRTsS in First Message 18 Number of LPkTs in First Message Q Number of bBRTs in First Message 1 12 bit A/U/A Cnannel Gain Assignments (Menu Selection 7): CHANNEL ~= RT ID GAIN 3Ul SPUL 48 Suz SPU2 48 S03 SPU3 48 304 SPU4 48 SU5 SPU5 48 S06 SP0b 48 S07 SPU? 4 SUS SPUS 48 S0g SPO9 46 $10 SP1U 48 Sil SPil 48 $12 SPl2 48 $13 $Pi3 48 $14 SP14 48 $15 SP15 4% S16 SPlo 4% $17 SP17 4& $1& SP1& 48 Sly bbULSZ 48 $20 BBUISN 48 $21 BBOISE 46 NY4/4 BBUISZ 12 S23 BBOLSN 12 $24 BBOISE 12
CENK 95-2, Vol III 2 November 1987 f. lo sit LPUAKTS Channei Assignments (Menu Selection 8): CHANNEL KTID LOl dbOl Loe BBUL Haraware Settings: SP Vesirea Gain Setting LP Desirea Gain Setting Seconas Vatachron Set behing Time Datum TCL Time Setting FTS Keceiver Settings FTS Filter Factor KeasonaDleness Test # Set SP desired gain setting to 0. #7 Set LP aesireda gain setting to 0. 13. STPk CPU Configuration Parameters: a. CPU 1: CUNFIGUKATIUN IDENTIFICATIUN = Cxxxx UPEKATEL [LENTIFICATIUN = UPERATEL SITE IVENTIFICATIOUN = 244 LP DATA AND INSTRUMENT TYPE (A,31,36 NUMBER UF SHURT PERIOU ARRAY CHANNEL NUMBEK UF SHURT PEKIUU UTHEK CHANNEL NUMBER OF LUNG PEKIUUD ARRAY CHANNELS NUMBER UF LUNG PERIOU UTHER CHANNELS TYPE UF LP UTHER CHANNELS (A,B) = 8 NUMBER UF SHURT PEKIUD PROCESSES = 8 NUMBEK UF LUNG PERIUD PRUCESSES = 1 SHUKT PERIUD FREQUENCY FILTER LENGTH LUNG PERIUD FREQUENCY FILTER LENGTH AMOUNT UF SHURT PERIUD TIME UELAY RE AMOUNT UF LUNG PEKiUU TIME DELAY REQ SP CUURDINATES: u,0,0 1,0.196,0.741 1.766,0.6&0 2.034,-0.772 0.892,-0.803 ~0.446,-1.143 -0.946,-0.093 1.392,0.834 -321.1.761 -820,3.954 2.515,2.317 11,3.479,-0.185 12,4.193,-2.286 13,0.624,-3.490 14,-1.855,-2.934 15,-3.015,-0.710 16,-3.890,1.384 17,-2.248,3.2431 18,-0.036,4.540 LP COURDINATES: 0,0,0 1,0,0,¢ SP FREQUENCY FILTER PARAMETERS: 50 0.0006 ,0.0005,-.0002,-.0012,-.0022,- 2 3 4 5 6 7 8 9 1 0 0 1 0.01 # 0.333 ## 37.UU1 seconas +/- &U.LUUS seconds Sync to actual time Latitude: Longitude: *FKum UN SITE UULUNENTS* Elevation: iu tnablea 005 upon implementation of block 1 FuA software. 167 upon implementation of Block 1 FUA software. ~LHL 36 le ) 5) Ss won uw I 99 =1 QUIRED = 0 UIRED = U -0026, -.0024,-.0016,-.0007,-.0004 ~.0007,-.0015,-.0022,--0020,-.0009,0.0010,0.0028,0.0038,0.0036,0.0025 0.0014,0.0014,0.0027,0.0049,0.0067,0 -.0046,-.0024,-.0010,-.0029, -.0095, - -.0120,-.0161,-.0354,-.0648,-.0869, - 0.2099,0.0911,-.0174,-.0777,-.0869,- -.0276,-.0316,-.0280,-.0192,-.0095, - ~.0031,0.0008,0.0046,0.0068,0.0067,0 -0068 ,0.0046,0.0008,-.0031,-.0052 -0192,-.0280,-.0316,-.0276,-.6188 -0777,~.0174,0.0911,0.2099,0.2658 -0648, -.0354,-.0161,-.0120,-.0188 .0029,-.0010,-.0024,-.0046,-.0052 -0049,0.0027,0.0014,0.0014,0.0025
CENR 55-2, Yo! III] 2 November 1987 0.0036 ,0.6038,0.C0028,0.0016,-.G009,-.L020,- .6022,-.0015,-.0GU7,-.U0b4 -.0007,-.0016,-.0024,-.0026,-.0022,-.0012,-.0002,0.0005,0.0006 LP FREGUENLY FILTER PARAMETERS 0 U.999Y SP BEAM PAKAMETEK $PL360,0,000,13.0 SPLO60,0,060,13.0 SPL120,0,120,13.0 SPL180,0,180,13.0 SPL240,0, 240,13.0 SPL30U,0, 300,13. 0 S$PZ000,0,0,0,8 $PT359,0,359,19.0,8 LP BEAM PARAMETERS: LPB30Z,1,000,3.5,8 SP PROCESSING DELAY LP PRUCESSING DELAY S: ve ’ > ’ ’ ’ , 3 8 8 B 8 B 60 ~ CPu 2: CONFIGURATION IDENTIFICATIUN = Cxxxx-ZHL UPERATEZ IDENTIFICATION = UPEKATEZ SITE IDENTIFICATION = 244 LP VATA AND INSTRUMENT TYPE (A,31,36) NUMBER OF SHURT PEKIUU AKRAY CHANNELS NUMBEK UF SHURT PERIOD UTHEK CHANNELS NUMBER UF LUNG PEKIUU ARRAY CHANNELS NUMBER GF LUNG PEKIOD UTHER CHANNELS TYPE UF LP UTHER CHANNELS (A,B) = NUMBER UF SHURT PERIOD PROCESSES = 8 NUMBER UF LUNG PEKIUD PKUCESSES = i NU SP CHAN TO SE TRANSMITTED VIA HSis NU LP CHAN TU BE TRANSMITTED YIA HSM NUMBER UF CUNTACT SENSUR MONITUKS = NUMBER OF A/D CHANNEL CHANNEL MONITORS = y AMUUNT OF SP EDIT TIME UELAY REQUIRED = AMUUNT UF LP ELIT TImE DELAY REQUIRED = SP CUURDINATES: 0,0,0 1,0.196,0.741 2,1.766,0.680 3,2.034,-0.772 4,0.892,-0.803 5,-0.446,-1.143 §,-0.946,-0.093 -1.392,0.834 0.321.1.761 1 w fom wou ot Pre oo ton we nou i wi. ,0.3 ,1.820,3.954 0,2.515,2.317 11,3.479,-0.185 12,4.193,-2.286 13,0.624,-3.490 14,-1.855,-2.934 15,-3.015,-0.710 16,-3.890,1.884 17,-2.248,3.2431 18,-0.036,4.540 LP COORDINATES: 0,0,0 1,0,0,C SP CALIBRATIUN DEFAULT PARAMETERS: 0.833,1.0,10.0,0,170000,0.9,1.1,2.928,8 i. 708 708 708 - 708 - 708 -708 7 8 9 1 DONnONwMNOC 708 708 QO, PwWnNnroorc ee i. 1. 1 1 1 1 1
CENR 55-2, Yol ili 2 November 1987 LP CALISRATIUON DEFAULT PARAMETERS: -2539,0.04,10.0,0,173000.0.9,1.1,1.97,7,3 -04,.2243 -1,2.243 -U67,.22463 -U5,.2243 -033, .2243 -025,.2243 -020, .2243 P CHANNEL CUNF.IGURATIUN FUR CALIBRATIUN SYSTEM: ——~WOOnNAMPWNHH ve ee eee ewe ww land WwnNnr oO ee ee eR Rr eK KH HOOCOOC CC COC eh oe ee owe ew ew ew MMM HR eR PHADWUMAUMNA 1,24 SP BEAM PARAMETERS: SPL360,0,000,13.0,B SPLO60,0,060,13.0,8 SPL120,0,120,13.0,8 SPL16U,0,180,13.0,B SPL240,0,240,13.0,B SPL300,0,300,13.0,8 $PZ000,0,0,0,B SPT359,0,359,19.0,B LP BEAM PARAMETERS: LPB36Z,1,000,3.5,8 CHANNEL CONFIGURATION FOR HIGH SPEED MODEM: SPL360, SPLO60,SPL120,SPL180,SPL240,SPL300,SPZ000, SPRWO2,SPRWO1,SPRW19, SPRWZO ,SPRW21 ,SPRW22,LPSC1Z,LPSCIN,LPSC1E,LPSC1Z,LPSCIN,LPSCI1E KELAY IDENTIFIERS ANU NURMAL STATUS FOR EACH CUNTACT SENSOR MONITOR: LOBATT,1 ACOFF ,1 REVXFR,1 L.OXTR,1 IDENTIFIERS AND LIMITS FUR EACH A/D CHANNEL MONITOR: LNPOWR,5.4,6.6 OFFICIAL SUMMARY OF CHANGES Rewrote in active voice. Adaed purpose ana distribution statements. Deletea specific references to Vol I. ~