CENR 55-2 Yolume II 1 July 1987 SPECIFIC STATION REQUIREMENTS FOR EL 079 This regulation establishes the procedures for station unique operations and analysis. Distribution limited to DoD and DoD centractors 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 military application, 1 July 1987. Other requests shall be referred to HQ/DOSB. 1. Operating Concept. Normally, ail operations and maintenance requirements are accomplished during the attended hours as determined by contractor management. All days are considered duty days. A complete equipment check is required at the beginning and end of the attended period. 2. Station Designator. The station designator for Equipment Location 079 is JOEY. 3. Timing Standard is WWV. 4. Routine Calibrations. Commence SP calibrations immediately after 1330Z followed by the LP CALS. Perform the LPS frequency responses at the rate of one site per day. 5. Edit tape registration numbers are 5000 through 5099. 6. Outage authorized in Volume I, is granted for Monday of each week from 1500Z through 1800z. 7. Analysis Requirements: a. The station is exempt from routine analysis and data reporting with the following exceptions: (1) Transmit data reports covering periods requested by the GSOC. Include in this report all events extending into, or continuing out of, the requested period. (2) If data request covers more than one ZULU day, a new computer function data line (BBBBBB JJJ JOEY (date) CMM PART ONE) will precede each day's data. If data are requested over an extended period of time, each data reporting period will cover 12 hours (0001 - 12002 and 1200 - 2400Z). b. In addition to the above requirement, maintain a continuous capability to respond to review requests. Establish analysis and reporting exercises to insure analysis proficiency of personnel. c. Provide selected analysis periods to HQ for review to evaluate the station's analysis and reporting capability. Procedures are as follows: (1) Analyze 1600 - 2000Z on the 15th day of each month. (2) Prepare a message (do not transmit) using correct format as specified in Volume I, and forward with the appropriate station log. Do not complete address elements. (3) It is not the intent of this program to limit the station's analysis and reporting exercises to 1 day a month. Accomplish analysis and reporting training on a continuing basis, and this program may be used to complement that training. 8. SPS Develocorder Presentations: a. Primary: TRACE DATA MAG 1 SZ1BP29216 2000K 2 $Z1BP31516 2000K 3 $Z1BP33716 2000K Supersedes CENR 55-2, Volume II, 18 May 1981. No of Printed Pages: 11 OPR: DOSB Distribution: X
2 CENR 55-2, Vol II 1 July 1987 TRACE NATA MAG 4 SZ18P36016 2000K 5 $Z1BP02216 2000K 6 SZ1BP04516 2000K 7 $Z1BP00099 2000K § SZ1BPi5716 2000K 9 $Z1BP30314 2000K 10 SZCAP30314 2000K ll SZOAP02216 2000K 12 SZ1BP21124 2000K i3 $Z1132H 500K b. Secondary: TRACE DATA MAG 1 $Z1119 500K 2 $21113 500K 3 $Z1110 50CK 4 SZ1116 500K 5 SZOAP30314 2000K 6 SZOAP02216 2000K 7 SPARE - 8 SZ1I32M 50K 9 SZ1132L 5K 10 SZ1132H 500K ll SN1LI32H 500K 12 SE1I32H 500K 9. LPS Develocorder Presentation: TRACE DATA MAG 1 LZ18P3603.5 100K 2 LZ18P0903.5 100K 3 LZ1BP1803.5 100K 4. LZ18P2703.5 100K 5 " LZLICH 50K* 6 LNLICH 50K* 7 LELICH 50K* 8 LZLICL 5k* * Normally record data from LP site C on traces 5, 6, 7 and 8. Should site C fail, substitute any operable LP site.
CENR 55-2, Vol II 1 July 1987 3 10. STPR Designator/Channel Identifier Cross Reference. STPR DESIGNATGR CHANNEL ID INPUT SENSITIVITY SPRWOL SZ1IO1 4.88* SPRWO2 $Z1102 4.88* SPRW03 $Z1103 4.88* SPRWO4 SZ1104 4.88* SPRWOS SZ1105 4.88* SPRHO6 SZ1106 4.88* SPRWO7 $Z1107 4.88* SPRWO8 $Z1108 4.88* SPRWO9 $21109 4.88* SPRW10 $Z1110 4.88* SPRW11 SZ1111 4.88* SPRW12 SZ1112 4.88* SPRW13 SZ1113 4.88* SPRW14 SZ1114 4.88* SPRW15 SZLII5 4.88* SPRW16 SZ1I16 4.88* SPRW17 SZ1117 4.88* SPRW18 $Z1118 4.88* SPRW19 SZ1119 4.88* SPRW20 SZ1132H 4.88* SPRW21 SN1I32H 4.88* SPRW22 SELI32H 4.88* SPRW23 SZ1132M -488* SPRW24 $Z1132L -0488* LPSC1Z LZIIA 5.7735 LPSCIN LNLIA §.7735 LPSCI1E LELIA 5.7735 LPSC2Z LZ1IB 5.7735 LPSC2N LN1IB 5.7735
4 STPR DESIGNATOR LPSC2E LPSC3Z LPSC3N LPSC3E LPSC4Z LPSC4N LPSC4E LPSCS5Z LPSC5N LPSC5E SPZ000 SPQ360 SPQ022 SPQ045 SPQ157 SPQ292 SPQ315 $PQ337 SPQO2A SPN30A SPN303 SPY211 LPH36Z LPHO9Z LPH18Z LPH27Z CENR 55-2, Vol II 1 July 1987 CHANNEL ID LELIB LZ1IC LNLIC LELIC LZ11D LNIID LE1ID LZ1IE UNIIE LELIE $Z1BP00099 SZ1BP36016 $Z1BP02216 $Z18P04516 SZ1BP15716 SZ1BP29216 SZ1BP31516 $Z1BP33716 SZOAP02216 SZOAP 30314 $Z1BP30314 SZ18P21124 LZ1BP3603.5 LZ1BP0903.5 LZ1BP1803.5 LZ1BP2703.5 INPUT SENSITIVITY §.7735 5.7735 5.7735 5.7735 5.7735 5.7735 5.7735 5.7735 5.7735 5.7735 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A * Volts peak-to-peak for 100 millimicren equivalent DF measured at the output of the SCC. + Input sensitivities for the triaxial] sensors are measured at the output of the SCC. 11. Channels to be transmitted to the GSOC: CHANNEL ID $Z1132H SN1I32H SE1T32H $Z1132M STPR DESIGNATOR SPRW20 SPRW21 SPRW22 SPRW23
CENR 55-2, Vol Ii 1 July 1987 CHANNEL ID STPR DESIGNATOR SZ1132L SPRW24 $Z1BP00099 SPZ000 SZ1BP36016 SPQ360 $Z1BP02216 SPQ022 $Z1BP04516 SPQ045 SZ1BP15716 SPQ157 $Z1BP2$216 SPQ292 SZ1BP21124 SPY211 $Z1BP31516 SPQ315 SZ1BP33716 SPQ337 $Z1109 SPRWO9 $Z1111 SPRW11 SZ1LI14 SPRW14 SZ1117 SPRW17 LZ1BP3603.5 LPH36Z LZ1BP0903.5 LPHO9Z LZ1B?1803.5 LPH18Z LZ1BP2703.5 LPH27Z LZLIC LPSC3Z LNLIC LPSC3N LELIC LPSC3E LZLIA LPSCIZ LNLIA LPSCIN LELIA LPSCLE LZ11B LPSC2Z LNIIB LPSC2N LELIB LPSC2E LZLID LPSC4Z LZ1IE LPSC5Z 12. STPR Frequency Response Voltages and Normalizing Factors: a. Short Period: FREQ STPR VOLTAGE NORMALIZING FACTOR 1.0 1.708 1 0.5 1.708 1 0.8 1.708 1
6 CENR 55-2, Vol II 1 July 1987 FREQ STPR VOLTAGE NORMALIZING FACTOR 1.5 1.708 1 2.0 1.708 l 2.5 1.708 1 3.0 1.708 1 4.0 1.708 1 b. Long Period: FREQ STPR VOLTAGE NORMALIZING FACTOR . 0400 1.053 l - 1000 5.265 2 .0667 1.053 i -0500 1.053 1 -0333 1.053 1 -0250 1.053 1 .02C0 1.053 1 * Reference Frequency NOTE: To normalize the Frequency Response, divide the return voltage of each frequency by the return voltage at the reference frequency, then multiply by the normalizing factor. The results can then be compared to the table in paragraph 13 to determine if they are within tolerances. 13. Frequency Response Parameters for YRIAX W/30237 Telemetry Amplifiers. Frequency (Hz} -0200 -0250 - 0333 - 0400 -0500 - 0667 - 1000 Period (Sec) 50 40 30 25 20 15 10 Minimum 1.977 1.762 1.300 1.000 - 4849 -1318 -0144 Nominal 2.47) 2.073 1.444 1.000 - 5388 -1648 0192 Maximum 2.965 2.384 1.588 1.000 -5927 -1978 -0240 14. Ground Motion Tabie. TRIAYTA NSOR 30237 TELE AMP 1 Period (Sec) GT 10 ll 12 13 14 15
CENR 55-2, Vol II 1 July 1987 TR A OR 30237 TELE AMP Period (Sec) 17 “0962 18 0807 19 .0688 20 0594 21 0545 22 0502 23 0464 24 0430 25 0400 26 0384 27 .0370 28 0356 29 0344 30 0332 | 31 0328 32 0324 33 0321 34 0318 35 0315 36 0313 37 0312 38 .0310 39 0309 40 0309 41 0309 42 9309 43 0309 44 0310 45 0311 46 0313 47 0315 48 0317 49 0320 50 0324 15. STPR CPU Configuration Parameters: a. CPUL: CONFIGURATION IDENTIFICATION = Cxxxx-1HS OPERATE] IDENTIFICATION = OPERATE] SITE IDENTIFICATION = 079 LP DATA AND INSTRUMENT TYPE (A,31,36) = A NUMBER OF SHORT PERIOD ARRAY CHANNELS = 19 NUMBER OF SHORT PERICD OTHER CHANNELS = 5 5 NUMBER OF LONG PERIOD ARRAY CHANNELS = NUMBER OF LONG PERIOD OTHER CHANNELS = NUMBER OF SHORT PERIOD PROCESSES = 12 NUMBER OF LONG PERIOD PROCESSES = 4 SHORT PERIOD FREQUENCY FILTER LENGTH = 99 LONG PERIOD FREQUENCY FILTER LENGTH = 99 AMOUNT OF SHORT PERIOD TIME SELAY REQUIRED = 0 AMOUNT OF LONG PERIOD TIME DELAY REQUIRED = 0 SP COORDINATES: 0,3.844,-5.502 1,0.0,0.0 2,2.531,1.993 3,3.147,-1.565 4,0.366,-3.091 5,-1.996,-1.859 6,-2.714,1.402 7,-0.240,3.050 8,2.314,5.211 or
9,5.151,4.057 10,5.744,0.745 11,6.132,-2.807 12,3.646,-4.351 13,0.899,-6.438 14,-1.913,-5.061 15,-4.869,-3.704 16,-5.235,-0.399 17,-5.896,2.605 18,-3.202,4.087 19,-0.892,6.271 LP COORDINATES: 0,3.844,-5.502 1,0.082,9.607,T 2,15.324,10.269,T 3,3.843,-5.519,T 4,-14.816,7.298,T 5,-2.117,23.664,T CENR 55-2, Vol II SP FREQUENCY FILTER PARAMETERS: 50 0.0001,-.0001,-.0005,-.0011,-. .0011,-.0013,-.0014,-.0011,- -0027 ,0.0028,0.0034,0.0043,0. .0037,-.0041,-.0045, -.0065, - .0224, -.0237,-.0315,-.048!,-. .2035,0.0324,-,0456,-.0731,-. ~.0273,-.0266,-.0221,-.0162,-. -.0007,0.0017,0.0038,0.0049,0. 0.0030,0.0027,0.0019,0.0007, - -.0014,-.0017,-.0020,-.0020,-. orrsort 0016,-.0020,-.0020,-.0017,0.0014,-.0012 .0004,0.0007,0.0019,0.0027,0.0030,0.0029 0050,0.0049,0.0038,0.0017, -.0007,-.0027 -0103,-.0162,-.0221,-.0266,-.0273,-.0254 0653,-.0731,-.0456,0.0324,0.2035,0.3910 0653,-.0481,-.0315, -.0237,-.0224,-.0254 0103,-.0065,-.0045,-.0041,-.0037,-.0027 0050,0.0043,0.0034,0.0028,0.0C27,0.0029 .0004, -.0011,-.0014,-.0013,-.0011,-.0012 0016,-.0011,-.0005,-.0001,-.0001 LP FREQUENCY FILTER PARAMETERS: 50 0.0020 ,0.0023,0.0026,0.0028,0. 0.0012,0.0013,C0.0012,0.0007,-. -.0040,-.0043,-.0051,-.0066,-. -.0120,-.0128,-.0148, -.0180, - -.0143,-.0197,-.0299, -.0435, - 0.2150,0.0697,-,0078, -.0456,-. .0218,-.0239, -.0237,-. -0127,-.0119,-.0104, -. -0032,-.0023,-.0012,- ,0.0016,0.0020,0.0025,0. SP BEAM PARAMETERS: SPQ02A,0,22,16,A,31,0.08,1 SPN30A,0,303,14,A,31,0.08,1 $PZ000,0,0,0,B $PQ360,0,0,16,8 $PQ022,0,22,1 $PQ045,0,45,1 $PQ157,0,15 SPY211,0,21 spq292,0,292, SPN303,0, 303,14, SPQ315,0,315,16,B $PQ337 ,0,337,16,8 LP BEAM PARAMETERS: LPH36,1,0,3.5,B LPHOS 1,003. 58 LPH18,1,180,3 LPH27,1,270, SPQO2ZA CON 15 6,B 6,8 7, 16,B 1,24,B 16,8 4,8 0028,0.0025,0.0020,0.0016,0.0013,0.0011 0001,-.0012,-.0023, -.0032,-.0037,-.0040 0084,-.0104,-.0119,-.0127,-.0126,-.0122 .0213,-.0237,-.0239, -.0218,-.0179,-.0148 .0515,-.0456, -.0078,0.0697 ,0.2150,0. 3650 0515,-.0435,-.0299, -.0197,-.0143,-.0148 0213,-.0180, -.0148,-.0128,-.0120,-.0122 0084, -.0066,-.0051, -.0043,-.0040,-.0040 .0001,0.0007,0.0012,0.0013,0.0012,0.0011 0028,0.0028,0.0026,0.0623,0.0020 1 July 1987
CENR 55-2, Vol If 1 July 1987 SPN30A CONSTRAINTS: 5 0,0,0,0,0,0,0,0,0,0 0,0,0,0,0,1,0,0,0,0 0,0,0,0,0,0,0,0,0,0 0 SP PROCESSING DELAY = 10 LP PROCESSING DELAY = 58 SECONDS PER RECORD = 3 0 b. CPU2: CONFIGURATION IDENTIFICATION = Cxxxx-2HS OPERATE2 IDENTIFICATION = OPERATE2 SITE IDENTIFICATION = 079 LP DATA AND INSTRUMENT TYPE (A,31,36) NUMBER OF SHORT PERIOD ARRAY CHANNELS NUMBER OF SHORT PERIOD OTHER CHANNELS NUMBER OF LONG PERIOD ARRAY CHANNELS = 1 NUMBER OF LONG PERIOD OTHER CHANNELS = 0 NUMBER OF SHORT PERIOD PROCESSES = 12 NUMBER OF LONG PERIOD PROCESSES = NO SP CHANNELS TO BE TRANSMITTED VIA HSM NO LP CHANNELS TO BE TRANSMITTED VIA HSM NUMBER OF CONTACT SENSOR MONITORS = 1 NUMBER OF A/D CHANNEL CHANNEL MONITORS = AMOUNT OF SP EDIT TIME DELAY REQUIRED = AMOUNT OF LP EDIT TIME DELAY REQUIRED = SP COORDINATES: VOLO ‘o union A 1 5 5 18 15 ~ 0 0 01366" -3.091 -1.996, -1.859 ,-2.714, 1.402 * -0.240, 3.050 2.314,5.211 5. 151,4.057 ,5-744,0.745 11,6.132, -2.807 12,3.646,-4.351 13,0.899, -6.438 14,-1.913, -5.061 15, -4.869, -3.704 16, -5.235,-0.399 17, -5.896, 2.605 18, -3.202, 4.087 19,-0.892,6.271 LP COORDINATES: 0,3.844,-5. 502 1,0.082,9.607,T 2,15.324, 10.269,T 3,3.843,-5.519,T 4,-14.816,7.298,T 5 ,-2.117,23.664,T SP CALIBRATION DEFAULT PARAMETERS: 0.833, 1.0, 25,1, 133000,0.9,1.1,2.931,8 % ‘ SOON AN LP wo Ov
CENR 55-2, Vol II 1 July 1987 0.033,1.0528 -025,1.0528 -020,1.0528 CHANNEL CONFIGURATION FOR CALIBRATION SYSTEM: vu WWWWDUONNY KP PRP WOUUWUUNNNH RP RON NOO AMDAIAAMONINANNa&WMHPWNH WMP rr CHANNEL CONFIGURATION FOR CALIBRATION SYSTEM: ewes wvwevuewvvwe weve Ue vewvewe vw vw vv ewe ve ee ve ee we ee MOOInNnNNMwoOWOU ONO OMN O G2 WWD PD DO SP BEAM PARAMETERS: SPGO2A,0,22,16,A,31,0.08,1 SPN30A,0,303,14,A,31,0.08,1 SPZ000,0,0,0,8 $PQ360,0,0,16,B $PQ022,0,22,16,B $PQ045,0,45,16,B $PQ157,0,157,16,8 SPY211,0,211,24,B 5PQ292,0,292,16,8 SPN303,0,303,14,8 $PQ315,0,315,16,B $PQ337,0,337,16,8 LP BEAM PARAMETERS: LPH36,1,0,3.5,B LPHO9,1,90,3.5,B LPH18,1,180,3.5,B LPH27,1,270,3.5,B HIGH SPEED MODEM CONFIGURATION: SPRW20, SPRW21, SPRW22, SPRW23, SPRW24,, SPZ000, SPQ360, SPQ022, SPQ045, SPQ157 SPQ292, SPY211 , SPQ315, $PQ337, SPRWO9, SPRW11, SPRW14 , SPRW17,LPH36Z,LPHO9Z LPH18Z,LPH27Z,LPSC3Z,_LPSC3N,LPSC3E,LPSC1Z,LPSCIN,LPSC1E,LPSC2Z ,LPSC2N LPSC2E ,LPSC4Z,LPSC4Z ,LPSC5Z
CENR 55-2, Vol [1 1! July 1987 ll RELAY INDENTIFIERS AND NORMAL STATUS FOR EACH CONTACT SENSOR MONITOR: CNTACL,1 IDENTIFIERS AND LIMITS FOR EACH A/D CHANNEL MONITOR: LNPOWR,5.4,6.6 SECONDS PER RECORD = 1 OFFICIAL SUMMARY OF CHANGES Incorporated IMC 86-1 and 87-1. Added purpose statement. Added limited distribution state- ment. Deleted references to specific paragraphs in Vol I. Added TRIAX frequency response parameters and ground motion table. Added configuration parameters for CPU 1 and CPU 2.