department  of  the  air  force  CENTER  REGULATION  55-2 
Headquarters   Air   Force   Technical   Aoni icat ions   Center  Volume   XI 
Patrick   AF3    FL   32925-6C01  25  June    1983 
Operations 
SPECIFIC  STATION  REQUIREMENTS  FOR  DETACHMENT  ^60 
This  regulation  establishes  the  procedures  for  station  unique  operations  and  analysis-   It 
applies  to  ail  active  duty  Air  Force  members  assigned  to  the  station.   Personnel  who  violate  the 
specific  pi   jitions  and  requirements  of  this  regulation  may  be  prosecuted  under  the  Uniform 
Cede  of  Military  Justice  (UCMJ) . 
Distribution  limited  to  DoD  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  military  applicacion,  25  June  1988.   Other  requests  shall  be  referred  to 
HQ/DOSB. 
1.  Station  Designator.   The  station  designator  for  Detachment  460  is  ILIL.   Mark  CEN  Forms  10, 
using  the  appropriate  color,  with  the  first  two  letters  of  the  station  designator. 
2.  Data  Channel  Designator.   In  addition  to  the  requirements  of  Vol  I,  add  the  appropriate 
letter  identifiers  (IM,  TT,  3C,  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  18002.   Use  an  amplitude  factor  4  (ICOmu)  for  the  SPS  and 
an  amplitude  factor  2  (lOu)  for  the  LPS. 
5.  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 
2000Z  through  2300Z.   Coordinate  with  GSOC  prior  to  interrupting  data  transmission. 
3.   Maintenance  requirements.   Indian  Mountain.  3urnt  Mountain,  3eaver  Creek,  Tatalina,  and  Fc:c 
are  exempt  for  SOP  maintenance  requirements. 
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. 
b.  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  record  analysis  information. 
(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  3  hours  of  the 
request. 
Supersedes  CENR  55-2,  Vol  XI,  4  March  1987  (See  signature  page  for  summary  changes.) 
Mo.  of  Printed  Pages:  14 
OPR:   D0S3   (MSgt  M.  P.  Clark) 
Approved  by:  Col  T.  H.  Niquette 
Editor:   SSgx  D.  M.  Pless 
Distribution:  X
25  June  1932 
(2)  If  the  data  request  covers  sore  than  one  ZULU  day.  precede  each   day's   data  with  a 
r.ev  computer  function  line  (////  T:  MM  DD)  .   If  datA  are  requested  over  an  extended  period  of 
tiae  (i.e..  implementation  of  COPAFTAC  55-105,  etc.}.  reporting  periods  will  be  I AW  CENR  55-2. 
Vol  I. 
(3)  During  analysis  periods  requested  by  the  GSOC,  plot  epicenter  locations  (run  HYPO 
150)  against  all  events.   Report  events  originating  in  any  Area  of  Interest  (AI)  using  the 
method  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  //// 
Ti   MM  DD  followed  by  a  carriage  return  where: 
(a)  *fx  -  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)  Data  format.   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 
HHMMSSS  PH  C.XXX  M.XXXX  P. XXX  D.XXX  T.X  and  followed  by  a  carriage  return  where: 
(a)  A  -  Station  Designator. 
1.  IL  -  EIELSON 
2.  AL  -  ALPA 
3.  BC  -  Beaver  Creek 
A.  3M  -  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  EP 
p»  EP 
p«2  PKP2 
pP  .? 
PcP  PCP 
pp  PP 
ppp  PP? 
PKKP  PKKP 
P'P'  2PKP 
S  S 
SKS  SKS 
ScS  SCS 
SS  SS 
sss  SSS 
PcS  PCS 
PS  PS 
ScP  SCP 
SKP  SKP 
SP  SP 
Lg  SUR 
Lq  LQ 
Lr  LR 
Emerge  E 
(d)  C.XXX  -  Channel  Designator 
1.  C.SPZ  -  SP  Vertical 
2.  C.SPN  -  SP  N/S  Horizontal
CENR  55-2.  Vol  XI 
25  June  1988 
3.  CSPE 
A.  C.LPZ 
5.  C.LPN 
6.  C.LPE 
SP  E/W  Horizontal 
LP  Vertical 
LP  N/S  Horizontal 
LP  E/W  Horizontal 
(e)  M.XXXX  -  Calculated  ground  motion  in  four  digits 
(f)  P. XXX  -  Period  in  seconds  and  tenths  in  three  digits 
(g)  D.XXX  -  Direction  in  three  digits 
(h)  T.X  -  Type  (Only  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 
FX  1011345  EP  CSPZ  M.0O75  P. 004  T.D 
FX  1013300  SUR  CSPZ  M.0200  P. 005 
FX  1014000  LR  C.LPZ  M.0020  P. 170  D.270 
TT  1015123  EP  CSPZ  M.0010  P. 006 
IM  1015231  EP  CSPZ  M.0008  P.  007 
IL  1015460  +IP  CSPZ  M.0011  P. 005  D.280  T.T 
IL  1017100  PCP  CSPZ  M.0005  P. 007 
3M  1015535  EP  CSPZ  M.0013  P.. 006 
BC  1016077  EP  CSPZ  M.0015  P. 008 
AL  1025010  LQ  C.LPN  M.0009  P. 200 
AL  1028320  LR  C.LPZ  M.0010  P. 190  D.270 
FFF  PART  WO  THIS  MESSAGE  CONTAINS  ONE  ONE  CALLS.   THIS  MESSAGE 
COVERS  THE  GSOC  DATA  REQUEST  FROM  1000Z  THRU  1030Z  10  APR  88  ?D 
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  -  2000Z  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: 
DEV  SENS  VOLTAGE 
0.305 
0.305 
0.305 
0.305 
0.305 
0.305 
0.1952 
0.488 
9.76 
0.305 
0.305 
1.22 
0.305 
TRACE 
DATA 
MAG 
ASN  CHAN 
DISP  ID 
SCALE 
SZ2FP36013IL 
2000K 
SPDS01 
SPIL36 
0.941 
SZ2FP27013IL 
2000K 
SPDS02 
SPIL27 
0.941 
SZ2FP30013IL 
2000K 
SPDS03 
SPIL30 
0.941 
SZ2FP33013IL 
2000K 
SPDS04 
SPIL33 
0.941 
SZ2FP00099IL 
2000K 
SPDS05 
SPIL99 
0.941 
SZ2FP35419IL 
2000K 
SPDS06 
SPIL35 
0.941 
SZ2I61H 
500K# 
SPDS11 
SPRW41 
1.0 
SZ2I01FX 
50K# 
SPDS14 
SPRW37© 
1.0 
SZ2I61L 
10K# 
SPDS11. 
SPRW41 
1.0 
SZ2FP0009JX1U 
iGOOKf 
SPDS07 
SPIM99* 
3.200 
SZ2FP00099BM 
2OOOK0 
SPDS08 
SPBM99** 
3.200 
SZ2I01TT 
1000K2 
SPDS10 
SPRW35 
0.25 
SZ2FP00099BC 
2OOOK0 
SPDS09 
3.200
CENR  55-2,  Vol  XI     25  Juno  193; 
Sam. 
TRACE 
DATA        MAG 
A3N  CHAN 
DISP  ID 
SCALE 
SZ2I61M 
50KJ 
SPDS11 
SFRW41 
1.0 
SZ2I61H 
500X0 
5PDS11 
SPRW41 
1.0 
SN2I61H 
5OOK0 
SPDS12 
SPRW42 
1.0 
SE2I61H 
50CK#+ SPDS13 
SPRW43 
1.0 
SZ2I01FX 
5OK0 
SPDS14 
SPRW37** 
1.0 
SN2I61FX 
50KJ 
SPDS15 
SPRW45 
1.0 
SE2I61FX 
5OK0 
SPDS16 
SPRW46 
1.0 
SZ2FP00099IM 1OOK0 
SPDS07 
SPIM996 
3.200 
SZ2FP00099BM 1OOK0 
SPDS08 
SPBM99@© 
3.200 
SZ2I01TT 
1OOK0 
SPDS10 
SPRW35 
0.25* 
SZ2FP00099BC 100K# 
SPDS09 
S?BC99@e@ 
3.200 
SZ2I61L 
1OK0 
SPDS11 
SPRW41 
1.0 
SZ2I01FXL 
5Ktf 
SPDS14 
SPRW37** 
1.0 
•?   Display  recorded  ;n  another  develocorder  channel  at  equal  or  different       ^ 
*   Use* the  following  list  for  display  priorities  when  channels  are  inop:  SZ2I04IX.  SZ2IC5IM. 
SZ2I03IM.  SZ2I02IM.  SZ2I01IM.  c---o-=M 
**  Use  the  following  list  for  display  priorities  when  channels  are  inop:  SZ2I023M.  S<.«.i--J3... 
SZ2I053M.  SZ2I013M.  SZ2I043M. 
***  Use  the  following  list  for  display  priorities  when  channels  are  inop:  SZ2I053C.  sZ2iU43C, 
SZ2I033C.  SZ2I023C.  SZ2I013C. 
3  Use  SZ2I61FX  when  SZ2I01FX  is  INOP. 
b.   Secondary  Develocorder: 
DEV  SENS  VOLTAGE 
1.952 
0.1952 
0.1952 
0.1952 
0.488 
0.488 
0.485 
6.10 
6.10 
1.22 
6.10 
9.76 
4.88 
§  Use  the  following  list  for  display  priorities  when  channels  are  inop:  SZ2I04IM.  SZ2I05IM. 
SZ2I03IM.  SZ2I02IM.  SZ2I01IM.  c7,Tr9RM   S7-I033M 
<§>€>  Use  the  following  list  for  display  priorities  when  channels  are  mop:  SZ2I02BM.  SZ..I0-J3K. 
SZ2I05BM.  SZ2I013M.  SZ2I04BM.  „,„..„   „....,. 
2@@  Use  the  following  list  for  display  priorities  when  channels  are  mop:  SZ2I05BC.  SZ2I0^dU. 
SZ2I03BC.  SZ2I023C.  SZ2I01BC. 
*  Change  display  scale  factor  to  1.25  for  develocorder  sensitivity  checks. 
**  Use  SZ2I61FX  when  SZ2I01FX  is  INOP. 
4     Display  recorded  on  another  develocorder  channel  at  equal  or  different  gam. 
+  Use  trace  4  whenever  a  spare  trace  is  required  I AH  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 
11  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  SZ2I19IL  are  not  used  in  processed  data  channels.
CENR  55-2.  Vol  XI 
25  June  1938 
11.   LPS  Deveiocorder  Presentation: 
TRACE  DATA         MAG    ASM  CHAN    DIS?  ID    SCALE   DEV  SENS  VOLTAGE 
LZ5BP3603.5 
100K 
LPDSOl 
LPH36Z 
5* 
0.358 
LZ5BP3203.5 
100K 
LPDS02 
LPH32Z 
5* 
0.353 
LZ5IDH 
5  OK 
LPDS03 
LPSCA1 
50* 
0.358 
A 
LN5IDH 
5  OK 
LPDS04 
LPSC42 
50* 
0.358 
LE5IDH 
5  OK 
LPDS05 
LPSC43 
50* 
0.358 
LZ5I61FX 
5  OK 
LPDS06 
LPSC81 
50* 
0.358 
LN5I61FX 
5  OK 
LPDS07 
LPSC82 
50* 
0.358 
LE5I61FX 
5  OK 
LPDS08 
LPSC83 
50* 
0.358 
LZ5IDL 
5K 
LPDS03 
LPSC41 
50* 
3.580 
LZ5I61FXL 
5K 
LPDS06 
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  deveiocorder  channels  3,  A,  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 
SPKD01 
SPIL36 
0, 
.941** 
SPHD02 
SPIL06 
0. 
.941** 
SPHD03 
SPIL12 
0, 
.941** 
SPHD0A 
SPIL18 
0. 
.941** 
SPHD05 
SPIL2A 
0, 
.941** 
S PHD 06 
SPIL30 
0, 
.941** 
SPHD07 
SPIL99 
0. 
.941** 
SPHD08 
SPRMA1 
1.0 
SPHD09 
SPRWCA 
1.0 
SPHD10 
SPRW07 
1.0 
SPHD11 
SPRW15 
1.0 
SPHD12 
SPRW35 
1.0 
SPHD13 
SPRW37 
1.0 
SPHD1A 
SPRWA5 
1.0 
SPHD15 
SPRWA6 
1.0 
SPHD16 
SPIM99* 
3. 
.200** 
SPHD17 
SPBM99* 
3. 
.200** 
SPHD18 
SPBC99* 
3. 
.200** 
LPHD01 
LPH36Z 
LPHD02 
LPH09Z 
LPHD03 
LPH18Z 
LPHD0A 
LPH27Z 
LPHD05 
LPSC4Z* 
LPHD06 
LPSCAN* 
LPHD07 
LPSC4E* 
LPHD08 
LPSC8Z 
LPHD09 
LPSC8N 
LPHD10 
LPSC8E 
*  Transmit  the  same  channels  displayed  on  the  develocorders. 
**  Set  Display  Scale  Factor  for  processed  data  from  each  respective  array  as  follows: 
Number of 
Display  Scale 
Active Ch 
Factor 
16.000 
3.000 
5.333 
4.000 
3.200 
2.667 
2.286 
2.000 
1.778
CENR  55-2.  Vol 
YT 
25  June  198J 
Muaber 
of 
Display  Scaie 
Act  ive Ch 
Factor 
1.600 
1.455. 
1.333 
1.231 
1.143 
1.067 
1.000 
0.941 
13.  Data  cross-reference  lists: 
CT 
CT 
STPR 
STPR 
ISENSE 
DEV 
INST 
RTID 
CHANNEL 
GAIN 
CH  ID 
CGAIN 
Mu/CT 
ID 
IL01 
SP01+* 
S16 
SPRW16 
0.80 
0.03 
SZ2I01IL 
IL02 
SP02+ 
S17 
SPRW17 
0.80 
0.C8 
SZ2I02IL 
IL03 
SP03+ 
S18 
SPRW18 
0.80 
0.08 
SZ2I03IL 
IL04 
SP04+ 
S19 
SPRW19 
0.80 
0.08 
SZ2I04IL 
IL05 
SP05+ 
S20 
SPRW20 
0.80 
0.03 
SZ2I05IL 
IL06 
SP06+ 
S21 
SPRW21 
0.80 
0.08 
SZ2I06IL 
IL07 
SP07+ 
S22 
SPRW22 
0.30 
0.03 
SZ2I07IL 
IL08 
SP08+ 
S23 
SPRW23 
0.80 
0.08 
SZ2I08IL 
IL09 
SP09+ 
S24 
SPRW24 
0.30 
0.08 
SZ2I09IL 
IL10 
SP10+ 
S25 
SPRW25 
0.80 
0.08 
SZ2I10IL 
IL11 
SP1I  + 
S26 
SPRW26 
0.80 
0.08 
SZ2I11IL 
IL12 
SP12+ 
S27 
SPRM27 
0.30 
0.03 
SZ2I12IL 
IL13 
SP13+ 
S28 
SPRW28 
0.80 
0.08 
SZ2I13IL 
IL14 
SP14+ 
S29 
SPRW29 
0.30 
0.08 
SZ2I14IL 
IL15 
SP15+ 
S30 
SPRW30 
0.80 
0.08 
SZ2I15IL 
IL16 
SP16+ 
S31 
SPRW31 
0.80 
0.08 
SZ2I16IL 
IL17 
SP17  + 
S3  2 
SPRW32 
0.80 
0.08 
SZ2I17IL 
IL18 
SP18+ 
S3  3 
SPRW33 
0.80 
0.08 
SZ2I18IL 
IL19 
SP19+ 
S34 
SPRW34 
0.80 
0.08 
SZ2I19IL 
IM01 
SP20 
SOI 
SPRW01 
0.80 
0.08 
SZ2I01IM 
IM02 
SP21 
S02 
SPRW02 
0.80 
0.08 
SZ2I02IM 
IM03 
SP22 
S03 
SPRW03 
0.80 
0.08 
SZ2I03IM 
IM04 
SP23* 
S04 
*  48 
SPRW04 
0.80 
0.08 
SZ2I04IM 
IM05 
SP24 
SO  5 
SPRW05 
0.80 
0.08 
SZ2I05IM 
SM01 
SP25 
S06 
SPRW06 
0.80 
0.03 
SZ2I01BM 
3M02 
SP26* 
S07 
SPRW07 
0.80 
0.08 
SZ2I02BK 
3M03 
SP27 
S08 
SPRW08 
0.80 
0.08 
SZ2I033M 
BM04 
SP28 
S09 
SPRW09 
0.80 
0.08 
SZ2I04BM 
BM05 
SP29 
S10 
SPRW10 
0.80 
0.08 
SZ2I05BM 
3C01 
SP30 
Sll 
SPRW11 
0.80 
0.08 
SZ2I013C 
BC02 
SP31 
S12 
SPRW12 
0.80 
0.08 
SZ2I02BC 
3C03 
SP32 
S13 
SPRW13 
0.80 
0.08 
SZ2I03BC 
BC04 
SP33 
S14 
SPRW14 
0.80 
0.08 
SZ2I04BC 
BC05 
SP34* 
S15 
SPRW15 
0.80 
0.08 
SZ2I05BC 
TT01 
SP35* 
S35 
SPRW35 
0.80 
0.08 
SZ2I01TT 
FX01 
SP36 
S36 
SPRW36 
0.80 
0.08 
SZ2I01FXCH) 
FX01 
SP36* 
S3  7 
SPRW37 
1.0 
2.56 
SZ2I01FX(M) 
IKSZ 
BB01+ 
S3  3 
SPRW38 
0.80 
0.08 
SZ2I61H 
IKSN 
BB01+ 
S39 
SPRW39 
0.80 
0.08 
SN2I61H 
IKSE 
BB01+ 
S40 
SPRW40 
0.80 
0.08 
SE2I61H 
IKSZ 
BB01+* 
S41 
SPRM41 
1.0 
0.64 
SZ2I61M 
IKSN 
3B01+ 
S42 
SPRH42 
1.0 
0.64 
SN2I61M 
IKSE 
BB01+ 
S43 
SPRW43 
1.0 
0.64 
SE2I61M 
FKSZ 
BB02 
S44 
SPRW44 
1.0 
2.56 
SZ2I61FX 
FKSN 
BB02* 
S45 
SPRW45 
1.0 
2.56 
SN2I61FX 
FKSE 
BB02* 
S46 
SPRW46 
1.0 
2.56 
SE2I61FX 
LPAZ 
LP01 
L01 
— 
LPSC11 
1.0 
0.167 
LZ5IA 
LPAN 
LP01 
L01 
— 
LPSC12 
1.0 
0.167 
LN5IA 
LPAE 
LP01 
L01 
— 
LPSC13 
1.0 
0.167 
LE5IA 
LPBZ 
LP02 
L02 
— 
LPSC21 
1.0 
0.167 
LZ5IB 
LPBN 
LP02 
L02 
— 
LPSC22 
1.0 
0.167 
LN5IB 
LPBE 
LP02 
L02 
— 
LPSC23 
1.0 
0.167 
LE5IB
CENR  55-2.  Vol  XI 
25  June  1983 
CT 
CT' 
STPR 
STPR 
I SENSE 
DEV 
INST 
RT1D 
CHANNEL 
GAIN 
CH  ID 
CGAIN 
Ku/CT 
ID 
LPCZ 
LP03 
L03 
LPSC31 
1.0 
0.167 
LZ5IC 
LPCN 
LP03 
L03 
— 
LPSC32 
1.0 
0.167 
LN5IC 
LPCE 
LP03 
L03 
— 
LPSC33 
1.0 
0.167 
LE5IC 
LPD2 
LP04* 
L04 
— 
LPSC41 
1.0 
0.167 
LZ5ID 
LPDN 
LP04* 
L04 
— 
LPSCA2 
1.0 
0.167 
LN5ID 
LPDE 
I.P04* 
L04 
— 
LPSC43 
1.0 
0.167 
LE5ID 
LPEZ 
LP05 
LOS 
— 
LPSC51 
1.0 
0.167 
LZ5IE 
LPEN 
LP05 
LOS 
— 
LPSC52 
1.0 
0.167 
LN5IE 
LPEE 
LP05 
L05 
— 
LPSC53 
1.0 
0.167 
LE5IE 
LPFZ 
LP06 
L06 
— 
LPSC61 
1.0 
0.167 
LZ5IF 
LPFN 
LP06 
L06 
— 
LPSC62 
1.0 
0.167 
LN5IF 
LPFS 
LP06 
L06 
— 
LPSC63 
1.0 
0.167 
LE5IF 
LPGZ 
LP07 
L07 
— 
LPSC71 
1.0 
0.167 
LZ5IG 
LPGN 
LP07 
L07 
— 
LPSC72 
1.0 
0.167 
LN5IG 
LPGE 
LP07 
L07 
— 
LPSC73 
1.0 
0.167 
LE5IG 
FXKS 
3B02* 
L08 
LPSC81 0.125 
0.167 
LZ5I61FX 
FXKS 
3302* 
L08 
LPSC82 0.125 
0.167 
LN5I61FX 
FXKS 
BB02* 
L08 
LPSC83 0.125 
0.167 
LE5I61FX 
+  Designates  channels  that  comprise  the  first  aessage  to  TOS. 
*  Designates  channels  transmitted  to  the  GS0C  via  high  speed  modem. 
14.   Central  Terminal  Configuration  Parameters: 
a.   General  Site  Configuration  (Menu  Selection  3): 
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 
36 7 
b.   RT  -  Specific  Configuration  (Menu  Selection  4) 
RT 
PORT 
C/V 
TIME 
RTID 
ADDR 
ADDR 
DELAY 
SLOT 
SP01 
1*** 
V 
SP02 
1*** 
V 
SP03 
1***  - 
V 
SP04 
1*** 
V 
SP05 
1*** 
V 
SP06 
1*** 
V 
SP07 
1*** 
V 
SP08 
1*** 
V 
SP09 
1*** 
5' 
V 
SP10 
1*** 
SP11 
1*** 
V 
SP12 
1*** 
V 
SP13 
1*** 
V 
SP14 
I*** 
V 
SP15 
1*** 
SP16 
1*** 
SP17 
1*** 
SP18 
1*** 
SP19 
I*** 
SP20 
x*** 
SP21 
1*** 
SP22 
1*** 
SP23 
1*** 
SP24 
I*** 
SP25 
1*** 
SP26 
1*** 
SP27 
1*** 
SP28 
j.*** 
SP29 
1*** 
SP30
CENR  55-2.  Vol  XI 
25  June  1983 
S?31 
I*** 
SP32 
I*** 
SP33 
1*** 
SP34 
I*** 
SP35 
I*** 
SP36 
1*** 
LP01 
2*** 
LP02 
2*** 
LP03 
2*** 
LP04 
2*** 
LP05 
2*** 
LP06 
2*** 
LP07 
2*** 
3B01 
3*** 
3B02 
3*** 
V 
v 
V 
c. 
***  r  Specific  RT  serial  number 
Analog  Channel  Configuration  (Menu  Selection  5) 
Analog 
Channel    RTID      CAIN 
4   **  All  channels  are  site  selectable  ** 
d.   First  Message  to  TOS  Contents  (Menu  Selection  6) 
Number  of  SPRTs  in  First  Message  19 
Number  of  LPRTs  in  First  Message  0 
Number  of  BBRTs  in  First  Message    1 
e. 
12  Bit  A/D/A  Channel  Gain  Assignments  (Menu  Selection  7) 
iANNEL 
RTID 
GAIN 
SOI 
SP20 
S02 
SP21 
S03 
SP22 
SOA 
SP23 
S05 
SP24 
S06 
SP25 
S07 
SP26 
SOS 
SP27 
S09 
SP28 
S10 
SP29 
Sll 
SP30 
S12 
SP31 
S13 
SP32 
S14 
SP33 
S15 
SP34 
S16 
SE01 
S17 
SP02 
S18 
SP03 
S19 
SP04 
S20 
SP05 
S21 
SP06 
S22 
SP07 
S23 
SP08 
S24 
SP09 
S25 
SP10 
S26 
SP11 
S27 
SP12 
S28 
SP13 
S29 
SP14 
S30 
SP15 
S31 
SP16 
S32 
SP17
CENR  55-2.  Vol  XI    25  June  1933 
CHANNEL    RTID   GAIN 
S33 
SP18 
S34 
S?19 
S35 
SP35 
S36 
SP36 
AS 
S3  7 
SP36 
S38 
BB01S2 
S39 
BBOISN 
SAO 
BB01SE 
SAl 
B301SZ 
SA2 
BBOISN 
SA3 
BB01SE 
SA4 
BB02S2 
SA5 
3B02SN 
S46 
BB02SE 
L01 
3B02L2 
f.   16  Bit  LPDARTS  Channel  Assignments  (Menu  Selection  8) 
CHANNEL   RTID 
L01 
LP01 
L02 
LP02 
L03 
LP03 
L04 
LP04 
L05 
LP05 
L06 
LF06 
L07 
LP07 
g.   Hardware  and  Software  Settings: 
SP  Desired  Gain  Setting 
LP  Desired  Gain  Sotting 
Seconds  Datachron  Set  3ehind  Time 
Datum  TCG  Time  Setting 
FTS  Receiver  Settings 
FTS  Filter  Factor 
Reasonableness  Test 
14.   STPR  CPU  Configuration  Parameters: 
a.   CPU  1: 
CONFIGURATION  IDENTIFICATION  =  Cxxxx-IHL 
OPERATE1  IDENTIFICATION  =  OPERATEl 
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  =  21 
NUMBER  OF  LONG  PERIOD  OTHER  CHANNELS  =  3 
TYPE  OF  LP  OTHER  CHANNELS  (A.B)  =  A 
NUMBER  OF  SHORT  PERIOD  PROCESSES  =16 
NUMBER  OF  LONG  PERIOD  PROCESSES  =  5 
SHORT  PERIOD  FREQUENCY  FILTER  LENGTH  =  1 
LONG  PERIOD  FREQUENCY  FILTER  LENGTH  =  1 
AMOUNT  OF  SHORT  PERIOD  TIME  DELAY  REQUIRED  =  0 
AMOUNT  OF  LONG  PERIOD  TIME  DELAY  REQUIRED  =  0 
SP  COORDINATES: 
0.0,0 
1.0.0 
2.-o. 375. 0.402 
3.-1.202.-1.498 
4.-2.726.-2.496 
5.-0.126.-2.431 
6.0.0 
7.1.524.-2.338 
0.005 
0.167 
37.001  seconds,  +/-  0.0005  seconds 
Sync  to  FTS  receiver  actual  Time 
Latitude: 
Longitude:  *From  on-site  documents* 
Elevation: 
Enabled
CENR   55-2.    Vol    XI 
25   June    1938 
S. -3.ACi.-3.509 
9.-1.329.-3.629 
10.-2.279.-2.423 
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 
17,0.958.1.533 
13.1.768.0.050 
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 
5. -13. 907. -13. 365. C 
6. -20. 451. 3. 680. C 
7.-3.351. 18. 687. C 
SP   FREQUENCY   FILTER   PARAMETERS: 
0.9999 
LP  FREQUENCY  FILTER  PARAMETERS: 
0.9999 
SP  3EAM  PARAMETERS: 
SPIL36. 0.000, 13. O.F.I 
SPIL06, 0.060. 13. O.F.I 
SPIL12.0. 120. 13. O.F.I 
SPIL18.0. 180, 13. O.F.I 
SPIL24, 0.240, 13. O.F.I 
SPIL27. 0.270. 13. O.F.I 
SPIL30, 0.300. 13. O.F.I 
SPIL33. 0.330. 13. O.F.I 
SPIL99. 0.0. O.F.I 
SPIM99.0.0.0.F.1 
SPBM99, 0,0. O.F.I 
SPBC99, 0,0. O.F.I 
SPIL35, 0.354. 19. F.l 
SPIM32.0.323.15.8.F.1 
SPBM33. 0.329. 16. O.F.I 
SPBC33.0.332.16.9.F.1 
LP  BEAM  PARAMETERS: 
LPH36Z. 1.000,3. 5. B 
LPH09Z, 1.090.3.5.3 
LPH18Z.1.180.3.5.B 
LPH27Z. 1.270.3.5.3  ' 
LPH32Z. 1.320.3.5.3 
FIXED  FILTER  FOR  SPIL36 
0.0.0.0.0.0.0.0.0.0 
0,0,0,0.0.1.1.1.1.1 
1.1.1.1.1.1.1.1.1.1 
1.1
CENR   55-2.    Vol   XI  25   June    1988  n 
FIXED   FILTER   FOR  SPIL06 
0.0.0.0.0.0.0.0.0.0 
0.0.0,0.0.1.1.1.1.1 
l.l.l.l.i. 1.1. 1.1.1 
1.1 
FIXED  FILTER  FOR  SPIL12 
O.O.O.O.O.O.O.O.O.O 
0.0.0.0.0.1.1.1.1.1 
1.1.1.1.1.1.1.1.1.1 
l.i 
FIXED  FILTER  FOR  SPIL18 
0.0.0.0.0.0.0.0.0.0 
0.0.0.0.0. l.l.l.l.i 
1.1.1.1.1.1.1.1.1.1 
1.1 
FIXFi,   FILTER  FOR   SPIL24 
0.0.0.0.0.0.0.0.0.0 
0.0.0.0.0.1.1.1.1.1 
1.1.1.1.1.1.1,1.1.1 
1.1 
FIXED  FILTER  FOR  SPIL27 
0.0.0.0.0.0,0,0.0.0 
0.0.0.0.0.1.1.1.1.1 
1.1.1.1.1.1.1,1.1.1 
1.1 
FIXED   FILTER   FOR  SPIL30 
0.0,0,0,0.0.0,0,0.0 
0,0.0,0,0,1.1.1,1,1 
1,1,1,1,1.1,1,1,1.1 
1.1 
FIXED  FILTER  FOR  SPIL33 
0,0.0,0.0.0,0.0,0.0 
0.0.0,0,0. 1..1. 1.1.1 
1.1.1.1,1.1.1,1.1.1 
1.1 
FIXED   FILTER  FOR  SPIL99 
O.O.O.O.O.O.O.O.O.O 
0.0.0.0.0,1.1.1.1.1 
1,1.1.1.1.1.1.1,1,1 
1.1 
FIXED  FILTER  FOR  SPIM99 
1.1.1,1,1,0,0.0.0.0 
0.0,0.0.0,0.0,0,0,0 
0.0.0,0,0,0.0.0,0,0 
0.0 
FIXED  FILTER  FOR  SPBM99 
0,0.0,0.0.1.1.1.1.1 
0,0.0,0,0.0.0.0.0.0 
0.0.0.0.0.0.0.0,0,0 
0.0 
FIXED  FILTER  FOR  SPBC99 
0.0,0.0,0.0.0,0.0.0 
1.1.1.1.1.0.0.0,0.0 
0.0.0,0.0.0.0.0,0.0 
0.0 
FIXED  FILTER  FOR  SPIL35 
0,0.0.0,0,0,0,0,0,0 
0,0,0,0,0,1,1.1,1.1 
1.1.1.1.1,1.1,1,1.1 
i.l
li 
C3MR  55-2.  Vol  XI 
25  June  1938 
FIXED  FILTER  FOR  SPIM32 
1.1.1.1,1.0.0.0.0.0 
0.0.0.0.0.0.0.0.0.0 
0,0.0.0.0.0.0.0.0.0 
0.0 
FIXED  FILTER  FOR  SPBM33 
0.0. 0.0. 0.1.1. I. 1.1 
0.0.0.0.0.0.0.0.0,0 
0,0.0,0.0.0.0,0.0,0 
0,0 
FIXED   FILTER  FOR   SPBC33 
0,0.0.0,0.0,0.0.0,0 
I. 1.1. 1.1.0.0.0.0.0 
0.0.0,0,0.0.0.0.0.0 
0.0 
SF  PROCESSING  DELAY  =  20 
LP  PROCESSING  DELAY  =  6 
SECONDS  PER  RECORD  =  2 
CPU  2: 
CONFIGURATION  IDENTIFICATION  =  C:-iJcoc-2HL 
OPERATE2  IDENTIFICATION  =  OPERATE2 
SITE  IDENTIFICATION  =  460 
LP  DATA  AND  INSTRUMENT  TYPE  (A, 3 1,3 6)  =  36 
NUMBER  OF  SHORT  PERIOD  ARRAY  CHANNELS  =32 
NUMBER  OF  SHORT  PERIOD  OTHER  CHANNELS  =14 
NUMBER  OF  LONG  PERIOD  ARRAY  CHANNELS  =21 
NUMBER  OF  LONG  PERIOD  OTHER  CHANNELS  =  3 
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  =  18 
NO  LP  CHAN  TO  BE  TRANSMITTED  VIA  HSM  =  10 
*NUMBER  OF  CONTACT  SENSOR  MONITORS  =  9 
*NUMBER  OF  A/D  CHANNEL  CHANNEL  MONITORS  =  1 
AMOUNT  OF  SP  EDIT  TIME  DELAY  REQUIRED  =  0 
AMOUNT  OF  LP  EDIT  TIME  DELAY  REQUIRED  =  0 
SP  COORDINATES: 
0,0,0 
1.0.0 
2,-3.375.0.402 
3.-1.202,-1.498 
4,-2.726.-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 
26.0.0 
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
CENR   55-2.    Vol    XI  25    June    1988  l3 
29.  -4.  339.  0.4H 
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.-4.024.0 
4. 5. 535. -17. 249. C 
5. -13. 907. -13. 365. C 
6. -20. 451. 3. 680. C 
7.-8.351. 13. 687. C 
S?   CALIBRATION   DEFAULT    PARAMETERS: 
0.833.1.0.10.0.0.180000.0.9.1.1.2.929.8 
1.0.1.708 
0.5.1. 708 
0.3.1.708 
1.5.1.708 
2.0.1.703 
2.5.1.708 
3.0.1.708 
4.0,1.708 
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   CONFIGURATION  FOR  CALIBRATION    SYSTEM: 
1.1 
1.2 
1.3 
1.4 
1.5 
1.6 
1.7 
1.3 
1.9 
1,10 
1.11 
1.12 
1.13 
1.14 
1.15 
1,16 
1.17 
1,13 
1.19 
1,20 
1,21 
1.22 
1,23 
1,24 
1,25 
1.26 
1,27 
1.28 
1.29 
1.30 
1.31 
1,32 
1.33 
1.34 
5.1 
5.1 
5,1 
5.1
55-2.  Vol  XI     25  June 
J.  i 
^  .  i 
5.1 
5.1 
5,1 
5.1 
5.1 
SP  BEAM  PARAMETERS: 
SPIL36.0.CC0. 13. O.F.I 
SPIL06. 0.060. 13. 0.F.1 
5PIL12.0. 120. 13. O.F.I 
SPIL18. 0.180. 13.0,  F.  1 
SPIL24. 0.2^0. 13. 0.F.1 
SPIL27. 0.270. 13.0,?,  1 
3PIL30. 0,300, 13. O.F.I 
SPIL33. 0.330. 13. O.F.I 
SPIL99. 0.0. O.F.I 
SPIM99. 0,0.0.?.  1 
SP3M99. 0.0. O.F.I 
SP3C99. 0,0. O.F.I 
SPIL35. 0,354. 19. F.i 
SPIM32. 0.323.15. 8. F.I 
SP3M33,  0,329. 16.  O.F.l 
SP3C33.0,332,16.9.F.l 
LP  3EAM  PARAMETERS: 
LPH36Z, 1,000.3.5,3 
LPH09Z. 1,090.3.5.3 
LPH18Z, 1,130,3.5.3 
LPH27Z. 1.270,3.5.3 
LPH32Z. 1.320.3.5.3 
CHANNEL  CONFIGURATION  FOR  HIGH  SPEED  MODEM: 
SPIL36.  SPIL06,  SPIL12.  SPIL18.  SPIL24,  SPIL30.  SPIL99. SPRW41 ,  SPRW04,  SPRU07 
SPRW15 .  SPRW35 ,  SPRW3 7  ,  SPRW45 ,  SPRW46 ,  SPIM99 .  SP3M99 .  SP3C99 ,  LPH36Z .  LPH09Z 
LPH18Z,L?H27Z,LPSC4Z,L?SC4H,L?SC4E.L?SC8Z,L?SC3N,L?SC3E 
J-- RELAY  IDENTIFIERS  AND  NORMAL  STATUS  FOR  EACH  CONTACT  SENSOR  MONITOR: 
CMLPWR. 1 
TEST  2.1 
TEST  3.1 
TEST  4 ,  1 
TEST  5.1 
TEST  6.1 
TEST  7 , 1 
TEST  8,1 
TEST  9,1 
♦IDENTIFIERS  AND  LIMITS  FOR  EACH  A/D  CHANNEL  MONITOR: 
LNPOWR.5.4,6.6 
SECONDS   PER   RECORD   =    1 
*   Monitors  may   be   added/modif ied   at    the   station's   discretion. 
OFFICIAL  JAY  J.    JAYNES.    Colonel.    USAF 
Commander 
RICHARD  E.  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  channels  changed. 
Order  of  channels  recorded  on  tape  changed.   Two  IL  channels  deleted  from  beamforms.   New  SP 
array  coordinates  input  for  IL.