CENTER  REGULATION  66-1,  VOLUME  VIII 
6  March  1987 
Equipment  Maintenance 
MAINTENANCE  MANAGEMENT  B  TECHNIQUE 
This  volume  in  conjunction  with  Volume  I  provides  headquarters  guidance  and  policy  on  the 
maintenance  management  and  general  maintenance  practices  for  the  "B"  Technique  field  locations 
except  for  Det  06X,  which  is  covered  in  CENR  66-1,  Vol  XI.  It  defines  maintenance  restoral 
priorities,  establishes  equipment  status  reporting  criteria,  and  provides  guidance  on  unique 
procedures. 
SUBJECT 
Terms 
Maintenance  Training 
Unattended  Station  Maintenance  {SUSS/Det  460  BU  Sites) 
Pole  Line  Maintenance 
Pole/Tower  Climbing 
Radio  Data  Link  (RDL) 
Support  Agreements 
Maintenance  Documentation 
Equipment  Status 
Maintenance  Restoral  Priorities 
Equipment  Status  Reports  (ESR) 
GSS/FDA  Forward  Supply  Point  (FSP)  Procedures 
FIGURES:  1.  Monthly  Maintenance  Log  3 
ATTACHMENTS 
Specific  Station  Requirements/EL  079  8 
Specific  Station  Requirements/EL  244  9 
Specific  Station  Requirements/BSRS  10 
Specific  Station  Requirements/Det  313  11 
Specific  Station  Requirements/Det  415  12 
Specific  Station  Requirements/Det  421  13 
Specific  Station  Requirements/Det  452  14 
Specific  Station  Requirements/SUSS  15 
Specific  Station  Requirements/Det  460  16 
Supersedes  CENR  66-1,  Volume  VIII,  30  May  1985.   (See  signature  page  for  summary  of  changes) 
No.  of  Printed  Pages:   19 
OPR:   LGM  (TSgt  M.G.  Stiewig) 
Approved  By:  Col.  R.L.  Mackrill 
Editor:  SSgt  A.  J.  Mariner 
Distribution:   X 
PARAGRAPH 
PAGE 
s)       3
2  CENR  66-1,  Vol  VIII    6  March  1987 
1.  Terms.  Within  the  maintenance  complex,  the  person  in  charge  of  the  maintenance  production 
workcenter  will  assume  the  responsibilities  of  Workcenter  Supervisor;  the  Detachment  Commander, 
Detachment  Chief  or  Station  Manager  will  assume  the  responsibilities  of  Maintenance  Supervisor; 
and  the  Parent  Unit/LGM  will  assume  the  responsibilities  of  Chief  of  Maintenance  unless  speci- 
fically assigned  to  another  unit  or  individual  elsewhere  in  this  volume  or  other  volumes  of 
'CENR  66-1  or  by  headquarters  LGM  directive.  Additional  terms  and  abbreviations  are  identified 
in  Volume  I. 
2.  Maintenance  Training.  Periods  of  equipment  outage  have  been  authorized  for  the  purpose  of 
training.  Specific  time  periods  are   allocated  in  CENR  55-2  under  each  Specific  Station 
Requirement  (SSR).  Maximum  utilization  will  be  made  of  these  training  times  to  maintain  opera- 
tor and  maintenance  technician  proficiency.  Training  schedules  should  be  maintained  to  ensure 
all  technicians  have  an  opportunity  to  use  this  training  time.  Advisor  locations  will  maximize 
host  participation  through  the  use  of  agreements,  schedules,  etc.  Any  time  a  location  is 
denied  this  authorized  equipment  outage,  except  under  the  Special  Operations  Plan,  HQ/LGM  will 
be  notified  of  the  denial  by  routine  message  with  info  to  the  parent  unit. 
3.  Unattended  Station  Maintenance  (SUSS  and  Det  460  BU  Sites). 
a.  Scheduled  Maintenance.  Routine  visits  to  the  SUSS  or  Det  460  BU  sites  to  perform 
scheduled  maintenance  actions  will  be  accomplished  semiannually. 
b.  Unscheduled  Maintenance.  Response  to  unscheduled  maintenance  requirements  in  a  Partial 
Mission  Capable  (PMC)  or  Not  Mission  Capable  (NMC)  status  at  the  SUSS  or  Det  460  BU  sites  will 
be  as  rapid  as  possible  within  the  limitations  imposed  by  safety  considerations  and  the 
availability  of  manpower  and  equipment.  Unscheduled  maintenance  requirements  within  a  Fully 
Mission  Capable  (FMC)  status  may  be  delayed  until  the  next  scheduled/routine  visit  or  the  next 
unscheduled  higher  priority  visit. 
c.  Maintenance  Performance. 
(1)  The  Det  460  Workcenter  Supervisor  is  responsible  for  the  scheduling  and 
performance  of  all  maintenance  associated  with  the  Det  460  BU  sites.  To  ensure  response  delay 
times  are  kept  to  a  minimum  and  all  required  equipment  is  available,  a  deployment  plan 
containing  all  pertinent  information  will  be  developed  for  each  site. 
(2)  Division/LGM  has  Chief  of  Maintenance  responsibility  for  SUSS  equipment  and  will 
integrate  the  SUSS  network  into  all  applicable  depot  programs  such  as  Depot  Assistance  Program 
(DAP),  quality  assurance,  Program  Depot  Maintenance  (PDM),  publications,  supply,  etc.  SUSS 
maintenance  will  be  performed  by  a  Depot  Maintenance  Team  either  on  a  scheduled  basis  or  in 
response  to  equipment  outages  reported  by  HQ/DOS  via  ESR  and/or  telephone  notification. 
4.  Pole  Line  Maintenance.  Although  pole  climbing  is  not  a  requirement  for  the  99104  job 
description,  units  must  maintain  an  emergency,  organizational  capability  to  restore  the  loca- 
tions data  aquisition  system  which  includes  the  cable  plant.  This  organizational  capability 
requires  each  location  to  make  all  repairs  to  the  cable  plant  for  which  their  personnel  have 
been  properly  trained  or  to  make  temporary  repairs  should  the  final  repair  be  beyond  their 
capability.  In  cases  where  the  repairs  are  beyond  the  location's  capability,  methods  are 
available  to  receive  support  through  support  agreements  with  the  host  and/or  AFCC  in  accordance 
with  TO  00-25-108.  In  isolated  cases  where  host  base  or  AFCC  assistance  is  not  available, 
contracts  for  the  data  line  support  may  be  necessary.  (NOTE:  Only  designated  contracting  offi- 
ces are  authorized  to  obligate  the  government  via  contract  with  a  private  enterprise;  there- 
fore, guidance  from  your  support  procurement  activity  should  be  sought  on  contracting  matters.) 
Advisor  locations  must  ensure  the  host  establishes  and  maintains  the  capability  to  repair  data 
lines.  Request  for  assistance  will  be  forwarded  to  HQ/LG  through  the  parent  unit. 
5.  Pole/Tower  Climbing.  Pole/Tower  climbing  can  be  extremely  hazardous  and,  when  required  by 
our  mission,  must  be  accomplished  in  the  safest  method  possible.  All  Center  personnel  who 
participate  in  pole  climbing  are  required  to  comply  with  the  following  established  guidelines. 
Advisor  locations,  though  not  responsible  for  host  personnel  safety,  will  advise  the  host  on 
proper  methods  and  unique  problems  associated  with  pole  or  tower  climbing  if  required. 
a.  To  be  qualified  to  climb  poles  or  towers,  center  personnel  must  meet  one  of  the 
following  conditions: 
(1)  Individuals  must  nave  completed  ATC  Course  3AZR36150,  Communications  Pole 
Climbing,  or 
(2)  Individuals  must  have  been  trained  and  certified  and/or  recertified  within  the 
past  year  by  an  ATC  course  graduate.
CENR  66-1,   Vol   VIII        6  March    1987 
MONTHLY  MAINTENANCE  LOG 
WOm    THC  MONTH   O'l 
NOVEMBER 
LOCATION: 
DET  452 
OATt! 
1  DECEMBER  1986 
SECTION  I  -  EQUIPMENT  FAILURE  REPORT 
J.  C  N. 
Actual 
Maintenance 
Tlm« 
Trouble- 
shooting 
Tlmt 
Tlm« 
Awaiting 
Parts 
Total 
Tlm«  of 
Malfunction 
DESCRIPTION  (WUC,  Fallur*.  Rupalr,  and  OOC  Ne.) 
6337A 
6309C 
63400 
6342A 
5287B 
1.2HRS 
3.0HRS 
0.7HRS 
3.0HRS 
N/A 
32DAYS 
2.4HRS 
32DAYS 
0.2HRS 
0.1HRS 
2.8HRS 
0.3HRS 
0.1HRS 
N/A 
N/A 
N/A 
55DAYS 
2.0HRS 
6DAYS 
12HRS 
N/A 
P6CF0  -  Printh'ead  not  printing  tops  of 
characters.  R/R  printhead. 
PBSBO  -  No  output  from  15V  pov/er  supply. 
R/R  power  supply,  bad  unit  returned  to 
depot,  doc  *S375BB6341G091,  AFTO  Fin  350 
#382548. 
PBPBO  -  ROF  C  intermittently  would  not 
cal .  Adjusted  STPR  Cal  I/F  to  proper 
output  level . 
PBA99  -  MTU2  "ON  LINE"  lamp  burnt  out,  R/R 
BPM00  -  FSP  PCU:  Discovered  front  panel 
meter  inop  while  replacing  under  ESR 
4526287B.  R/R  meter  (XB3). 
SECTIOH  II  -  SIGNIFICANT  PROBLEM  REPORT    (  II  mor»  tpmcm  it  nttdtd.  us*  r»»er»«J 
1. 
2. 
3. 
Waveform  Collection  System  communication  link  outages  for  this  month: 
03/1805Z  -  04/0130Z  Nov  36 
16/0900Z  -  17/2102Z  Nov  86  , 
Our  disc  has  32,620  hours  of  operation.  What's  the  maint  history  of  high  hour  units? 
Oscilloscope,  P/N  485,  ID  AHA256  -  Still  AWP  at  host  PMEL,  part  status  BP6357.   
CEN   form    35 
*-c,rl    May  SI 
Figure  1.  Monthly  Maintenance  Log
4  CENR  66-1,  Vol  VIII   6  March  1987 
b.  Due  to  differing  conditions  at  each  location,  individuals  who  have  not  completed  ATC 
Course  3AZR36150  must  be  recertified  upon  being  transferred  to  a  new  location.  (NOTE:  Persons 
who  have  not  attended  an  ATC  climbing  course  will  not  train  or  certify  other  personnel  by  OJT.) 
c.  Graduates  of  ATC  Course  3AZR36150  need  not  be  recertified  upon  being  transferred  to  a 
new  location,  but  must  be  given  an  orientation  of  local  conditions  at  the  new  location. 
d.  Certification  and  recertifi cation  will  be  annotated  and  maintained  in  the  individuals' 
training  records. 
e.  When  possible,  cable  maintenance  is  to  be  performed  using  ladders  and  high  reach 
vehicles. 
f.  When  pole  climbing  is  performed,  every  effort  should  be  made  to  ensure  an  ATC  course 
graduate  is  present  as  a  climber  or  a  safety  observer  and  all  safety  precautions  listed  in 
AFOSH  Std  127-51,  para  5h  are  complied  with. 
g.  In  all  cases,  climbing  will  be  performed  by  a  certified  climber  with  a  safety  observer 
present. 
h.  Workcenter  Supervisors  must  ensure  the  necessary  climbing  equipment  is  available  and 
serviceable. 
6.  Radio  Data  Link  (RDL)..  The  OPR  for  RDL  system  problems  is  Division/LGM.  All  difficulties 
with  RDL  frequency  allocations  will  be  addressed  to  HQ/SIR  through  the  parent  unit  with  HQ/LGM 
and  Division/LGE  as  info  addressees.  If  the  RDL  interference  meets  the  ESR  criteria  in 
paragraph  11,  an  ESR  will  be  submitted. 
7.  Support  Agreements.  Support  agreements  are  desired  when  possible.  The  maintenance  unit 
will  make  known  its  requirements  for  support  and  the  following,  as  a  minimum,  will  be  submitted 
to  the  host  base  for  negotiation  within  the  agreement: 
a.  Pole/Data  Line  Maintenance  -  performance  of  semiannual  inspections,  replacement/repair 
of  data  lines,  poles  and  messenger  cable  with  associated  hardware  (the  organizational  unit  fur- 
nishes all  supplies). 
NOTE:  Inputs  within  this  category  may  need  to  be  separated  into  the  functions  of  AFCC  support 
(e.g.,  inspections,  data  and  messenger  cable  replacement,  etc.)  and  those  functions  which  are 
base  CE  responsibility  (e.g.,  pole  replacement,  etc.). 
b.  Antenna  Maintenance  -  inspection  and  repair  of  guy  wires,  antenna  structure,  anchor 
pads,  and  associated  hardware. 
8.  Maintenance  Documentation.  The  Maintenance  Data  Collection  (MDC)  program  and  the  Equipment 
Data  Collection  (EDO  program  rely  on  inputs  received  from  the  Equipment  Status  Reports  (ESR) 
and  the  Monthly  Maintenance  Logs  (MML);  therefore,  the  timely  submission  of  complete  and 
accurate  reports  is  very  important.  To  ensure  accurate  MML  inputs,  a  Local  Maintenance  Log 
(LML)  will  be  maintained  by  the  workcenter. 
a.  Local  Maintenance  Log.  This  log  will  be  an  accurate  record  of  all  equipment  main- 
tenance performed  on  B  Technique  equipment  within  each  workcenter.  Malfunctions  corrected  by 
operations  personnel,  PMIs,  calibrations,  and  frequency  responses  will  not  normally  be  listed 
in  the  LML  unless  repair  actions  are  required.  The  LML  will  be  formatted  to  contain,  as  a  mini- 
mum, a  job  control  number  (JCN)  for  each  malfunction  (see  paragraph  lla(5))  and  all  information 
required  for  the  completion  of  an  MML  or  an  ESR.  If  a  maintenance  action  is  required  in  con- 
nection with  a  TCTO/TCTI,  a  JCN  will  be  assigned  and  entries  made  in  the  LML.  If  desired,  the 
LML  may  be  expanded  to  encompass  all  maintenance  actions. 
b.  Monthly  Maintenance  Log.  The  MML  will  be  accomplished  at  the  end  of  each  month  using 
CEN  Form  35.  The  MML  will  be  typed  or  printed  and  forwarded  by  the  fifth  working  day  after  the 
end  of  the  month  to  the  parent  unit,  with  copies  to  HQ/LGM  and  Division/LGE.  It  will  contain 
all  maintenance  actions  on  equipment  identified  as  EDC  reportable  in  TI  2-1-06  but  which  did 
not  meet  ESR  reportable  criteria  (paragraph  11).  Maintenance  actions  will  be  reported  for  the 
month  the  repair  was  completed.  When  FSP  assets  are  repaired  on  site,  include  WUC,  part 
number,  description  of  failure  and  parts  replaced.  One  copy  of  the  MML  will  be  retained  at  the 
workcenter.  The  MML  will  be  prepared  in  the  format  shown  in  Figure  1  and  will  include  the 
following  information: 
NOTE:  All  times  will  be  reported  in  hours  and   tenths  of  hours.
CENR  66-1,  Vol  VIII   6  March  1987  5 
(1)  Section  I  -  Equipment  Failure  Report: 
(a)  Job  Control  Number  (JCN)  (see  paragraph  11a).  The  MML  need  only  reflect  the 
last  5  digits  of  the  JCN  (i.e.,  4525017A  need  only  show  5017A). 
(b)  Actual  maintenance  time  expended  on  malfunction  repair  (time  multiplied  by 
number  of  people). 
(c)  Troubleshooting  time  (time  multiplied  by  number  of  people). 
(d)  Numbers  of  days  awaiting  parts  (AWP). 
(e)  Total  time  of  malfunction  or  outage  (NOTE:  all  times  will  be  in  hours  and 
tenths  of  hours). 
(f)  The  Work  Unit  Code  (WUC)  of  the  item  requiring  repair,  a  brief  description 
of  the  problem,  and  the  repair  action.  If  the  failed  item  is  returned  to  depot  for  repair, 
include  the  document  number  and  serial  number  of  the  unit  returned.  When  a  serial  number  can- 
not be  obtained,  report  the  AFTO  Form  350  tag  number. 
(g)  FSP  items  repaired  on  site  will  be  reported  in  this  section. 
(2)  Section  II  -  Remarks  and  Comments.  This  section  is  intended  to  give  workcenters 
a  means  of  identifying  problems  (technical  and  non-technical)  that  may  not  surface  through  ESRs 
or  other  reports.  This  section  can  address  any  problem  that  may  impact  on  the  maintenance 
section.  The  problems  usually  pertain  to  areas  which  may  need  area/headquarters  attention  to 
expedite  the  solution.  The  detachment  may  identify,  if  known,  the  office  to  which  the  comments 
are  directed.  The  parent  unit  will  review  and  track  section  II  comments  and  notify  HQ/LGM  of 
those  problems  that  cannot  be  resolved  at  parent  unit  level.  The  parent  unit  will  ensure  all 
problems  concerning  maintenance  management  policies  are  coordinated  with  or  referred  to  HQ/LGM. 
This  section  will  not  be  used  to  replace  reports  (e.g.,  MDRs,  AFTO  Forms  22,  etc.)  required  by 
other  directives.  This  section  will  include,  but  is  not  limited  to: 
(a)  Any  FSP  items  awaiting  parts  or  maintenance  and  the  reason  for  the  delay 
{include  document  number,  part  number,  and  nomenclature  of  parts  on  order). 
(b)  Unusual  supply  delays  or  vehicle/transportation  problems. 
(c)  Any  trends  in  equipment  failures. 
(d)  Manning  problems. 
(e)  Monthly  updates  to  Test,  Measurement,  and  Diagnostic  Equipment  (TMDE) 
problems,  (AWP  follow-up  reports),  etc. 
ESR. 
(f)  Periods  of  RDL  interference  or  communication  outage  which  do  not  require  an 
(3)  Negative  reports  are  required. 
(4)  To  ensure  data  reported  in  the  MML  is  accurate  and  complete,  correlate  it  with 
the  operations  station  log. 
(5)  All  sites  equipped  with  FOA  equipment  will  attach  a  copy  of  the  CT  Status  Log 
printout  from  the  last  day  of  the  month  to  the  MML.  If  the  last  day  of  the  month  status  log  is 
not  available,  use  the  most  recently  printed  log. 
c.  SUSS  Documentation.  The  submission  of  SUSS  related  equipment  failures  and  maintenance 
data  is  the  co-responsibility  of  the  Division/LGM  and  HQ/DOS.  HQ/DOS  will  provide  real-time 
reporting  of  equipment  failures  via  ESRs  and  ESR  follow-ups.  Information  for  follow-up  reports 
will  be  provided  daily  by  the  onsite  Depot  Maintenance  Team.  The  Depot  Maintenance  Team  will 
provide  HQ/DOS  all  necessary/detailed  information  to  update  and  close  the  ESRs  prior  to 
departing  the  site.  Equipment  failures  and  repairs  not  meeting  ESR  criteria  will  be  reported 
in  the  weekly  status  report  submitted  by  HQ/DOS.  The  Division  MDAT  will  attach  a  CEN  Form  35, 
completed  IAW  paragraph  8b,  to  the  MDAT  trip  report.  In  addition  to  normal  distribution,  the 
Division  will  ensure  a  copy  of  the  trip  report  is  sent  to  HQ/LGM  and  HQ/DOS. 
d.  Report  Control  Symbol  (RCS).  The  RCS  number  for  the  MML  is  TOG-LGM(M)  8302.
°  CENR  66-1,  Vol  VIII   6  March  1987 
9.  Equipment  Status.  Three  categories  of  mission  capability  are  used  to  correlate  equipment 
malfunctions  and  technique  outages  in  relationship  to  mission  status.  The  following  criteria 
have  been  established  to  meet  the  mission  requirements  directed  by  MQ/TG.  The  criteria  and  any 
special  instructions  required  for  each  category  are  identified  below  with  specific  location 
requirements  identified  in  the  Attachments  to  this  regulation. 
NOTE:  The  term  channel  indicates  the  complete  data  flow  from  the  sensor  through  all  processing 
steps  until  final  recording  or  transmission  to  the  GSOC.  Failure  of  a  calibration  will  carry 
the  status  associated  with  the  channel (s)  or  data  affected.  Exceeding  a  scheduled  calibration 
by  more  than  96  hours  will  equate  to  failure  of  the  calibration. 
a.  Fully  Mission  Capable  (FMC).  Stations  contribute  to  the  network's  detection  and 
identification  capability  at  the  level  for  which  the  system  was  established.  Operational 
channels  are  within  tolerances  and  data  are  processed  (beamformed  and  analog  summed,  if 
applicable),  referenced  to  ZULU  time,  and  recorded  on  film  and  magnetic  tape.  High  speed  data 
transmission  must  be  operational.  Tape  edit  functions  are   required  as  follows;  two  (2)  tape 
decks  and  disc  drive  operational  OR  three  (3)  tape  decks  operational.  Urgency  Justification 
Code  BE  (priority  05)  will  be  used  to  requisition  parts  to  repair  mission  equipment  in  this 
status  category. 
b.  Partial  Mission  Capable  (PMC).  Station  systems  are  contributing  significant  data  to 
the  network's  detection  and  identification  capability  but  are   not  FMC.  Operational  channels 
are  within  tolerances,  recorded  on  film,  and  referenced  to  ZULU  time.  Urgency  Justification 
Code  AE  (priority  02)  will  be  used  to  requisition  parts  needed  to  repair  mission  equipment  in 
this  status  category. 
c.  Not  Mission  Capable  (NMC).  Station  provides  limited  data  to  the  network's  detection 
and  identification  capability  but  fails  to  meet  PMC  criteria  or  has  exceeded  a  scheduled 
calibration  by  more  than  96  hours  (24  hours  at  GSS/FDA  locations).  Urgency  Justification  Code 
AE  (priority  02)  will  be  used  to  requisition  parts  needed  to  restore  mission  equipment. 
NOTE:  Parts  ordered  priority  02  will  be  downgraded  when  the  equipment  status  improves  to 
FMC.  Lower  priority  request  will  be  upgraded  when  necessary. 
10.  Maintenance  Restoral  Priorities: 
a.  Immediate  maintenance  is  required  for  Priority  1  restoral.  Maintenance  will  continue 
until  the  Priority  1  condition  no  longer  exists  or  parts  required  for  repair  are  ordered.  All 
other  maintenance  scheduling  will  be  at  the  discretion  of  the  workcenter  supervisor  upon 
approval  of  the  maintenance  supervisor.  Safety  of  personnel  and  the  guidelines  prescribed  by 
CENR  66-1,  Volume  I,  must  be  considered  when  directing  any  maintenance. 
(1)  Priority  1.  Restore  recording,  timing  and  calibration  capabilities,  and  other 
specific  requirements  to  meet  at  least  Partial  Mission  Capable  status.  Isolate  data  com- 
munication problems  (CRS  to  GSOC  or  unmanned  site)  and  rotify  the  responsible  communication 
support  agency  of  problems  external  to  the  location's  area  of  responsibility.  Restore  high 
speed  modem  data  transmission. 
(2)  Priority  2.  Restore  remaining  processing  and  calibration  functions. 
(3)  Priority  3.  Restore  internal  Waveform  Collection  System  transmit/receive  capabi- 
lities and  edit  functions. 
(4)  Priority  4.  Restore  valid  data  from  the  remaining  underground  array   system  (UAS) 
channels. 
(5)  Priority  5.  Restore  valid  data  from  other  channels. 
b.  Equipment  problems  encountered  which  are  beyond  the  station  capability  to  repair  will 
be  referred  by  message  to  the  Parent  Unit.  The  Chief  of  Maintenance  will  request  assistance  in 
accordance  with  CENR  66-3,  when  appropriate.  To  prevent  prolonged  equipment  outages,  it  is 
imperative  that  the  Maintenance  Supervisors  realistically  evaluate  their  capability  to  restore 
inoperative  equipment.  The  ESR  may  be  used  to  request  assistance. 
c.  The  restoral  of  the  SUSS  unmanned  equipment  by  an  on-site  Maintenance  Team  will  be  at 
the  discretion  of  the  Maintenance  team  chief  within  the  constraints  of  mission  requirements. 
NMC  equipment  status  will  carry  the  highest  priority,  PMC  the  next,  and  FMC  the  lowest. 
11.  Equipment  Status  Report  (ESR).  Within  the  maintenance  workcenter,  the  workcenter 
supervisor  has  the  primary  responsibility  for  ensuring  ESSs  are   properly  submitted  and  will 
establish  a  training  program  to  ensure  accurate  and  timely  reporting  during  periods  of  their 
absence.  Reporting  criteria  is  as  follows:
CENR  66-1,  Vol  VIII   6  March  1987  7 
a.  ESRs  will  be  initiated  whenever  an  equipment  malfunction  or  technique  (data)  outage 
exceeds  6  hours  for  PMC  or  NMC  conditions  or  96  hours  for  a  FMC  condition.  If  parts  are 
required,  the  ESR  and  the  parts  request  will  be  submitted  immediately.  Submission  of  the 
report  will  not  be  delayed  longer  than  24  hours  after  the  initiation  criteria  has  been  met. 
This  requires  the  message  be  transmitted  from  the  location  no  later  than  30  hours  after  the 
start  of  the  malfunction  for  a  NMC  or  PMC  condition  or  120  hours  for  a  FMC  condition-  Waveform 
Collection  System  communication  link  outage  beyond  the  modem  will  not  be  reported  by  ESR  but 
will  be  included  in  the  MML,  Section  II. 
b.  NMC  and  PMC  condition  reports  will  be  transmitted  priority  precedence  to  HQ/LGM/DOSB 
with  the  Parent  Unit/LGM  and  Division/LGE/LGEB  as  a  routine  precedence  information  addressee. 
FMC  condition  reports  will  be  transmitted  routine  precedence.  Initial  reports  on  SUSS  equip- 
ment within  a  PMC  or  NMC  status  will  be  sent  priority  precedence  to  all  addressees,  including 
Division/LGM. 
c.  All  reports  will  be  submitted  in  the  format  contained  in  CENR  66-1,  Vol  I. 
12.  GSS/FDA  Forward  Supply  Point  Procedures.  Local  procedures  will  be  established  for  all 
circuit  boards  on  Forward  Supply  Point  used  in  the  GSS/FDA  system  that  are  configured  with  jum- 
pers IAW  TI  2-CT-l.  Each  PCBs  jumpers  will  be  checked  against  the  TI  to  verify  proper  con- 
figuration. 
a.  After  the  check  is  performed,  the  DO  Form  1574,  Serviceable  Fag,  will  be  annotated  to 
contain  the  following  information: 
(1)  The  TI  number,  table,  and  page  numbers  used  to  check  the  asset. 
(2)  The  legible  signature  of  the  person  doing  the  check  and  the  date  it  was 
accomplished. 
b.  A  Material  Quality  Report  will  be  submitted  IAW  TO  00-350-54  for  circuit  boards  that 
are  found  to  be  incorrectly  configured. 
OFFICIAL 
SUMMARY  OF  CHANGES 
Deleted  Det  459  from  all  sections.  Deleted  Plant-in  Place  Records  (included  in  CENR  66-1,  Vol 
I).  Deleted  Figure  3,  AFTO  Form  224B.  Oeleted  all  Pre-GSS  SSRs.  Added  section  on  GSS/FDA  FSP 
procedures.  Changed  FMC  status  requirements.  Deleted  ESR  report  instructions.  Changed  all 
SSRs  FMC /PMC  requirements  for  SP  3-component  systems.  The  UJC  for  ordering  parts  against  a  PMC 
condition  was  chanaed.
8  CENR  66-1,  Vol  VIII    Attachment  1    6  March  1987 
Specific  Station  Requirements /EL  079 
1.  Configuration: 
a.  UAS  with  19  element  array. 
b.  5  element  LP  TRIAX  array. 
c.  SP3C. 
d.  Station  Processor 
2.  Minimum  channels  to  retain  Fully  Mission  Capable  (FMC)  status  are: 
a.  Short-Period  Systems: 
(1)  UAS  array  -  17  must  be  operational. 
(2)  SP3C  -  all   verticals  and  one  high  gain  horizontal  must  be  operational. 
b.  Long-Period  System:     TRIAX  -  four  sites  must  be  operational. 
3.  Minimum  channels  to  retain  Partial  Mission  Capable  (PMC)  status  are: 
a.  Short-Period  Systems: 
(1)  UAS  array  -  13  must  be  operational.     UAS  array  data  must  be  processed. 
(2)  SP3C  -  high  gain  vertical   and  one  horizontal   or  both  horizontals  must  be 
operational . 
b.  Long-Period  System:     TRIAX  -three  sites  must  be  operational. 
4.  Not  Mission  Capable  (NMC).       Less  than  PMC.
CENR  66-1,  Vol  VIII   Attachment  2   6  March  1987 
Specific  Station  Requirements/EL  244 
1.  Configuration: 
a.  18  element  SPRT  array. 
b.  Single  KS36000  with  BBRT  used  as  both  the  3  component  SP  and  LP  system. 
c.  Station  Processor. 
d.  UPS. 
e.  Central  Terminal. 
2.  Minimum  channels  to  retain  Fully  Mission  Capable  (FMC)  status  are: 
a.  Short-Period  Systems: 
(1)  SPRT  array  -  16  must  be  operational.  SP  array  data  must  be  processed. 
(2)  KS36000  with  BBRT  -  all  verticals  and  one  high  gain  horizontal  must  be 
operational . 
b.  Long-Period  Systems:  KS36000  with  BBRT  -  vertical  and  both  horizontals  must  be 
operational . 
3.  Minimum  channels  to  retain  Partial  Mission  Capable  (PMC)  status  are: 
a.  Short-Period  Systems: 
(1)  SPRT  array  -  12  must  be  operational.  SP  array  data  must  be  processed. 
(2)  KS36000  -  high  gain  vertical  and  one  high  gain  horizontal  or   both  high  gain 
horizontals  must  be  operational. 
b.  Long-Period  System:  KS36000  with  BBRT  -  must  have  the  vertical  or  both  horizontals 
operational . 
4.  Not  Mission  Capable  (NMC).  Less  than  PMC. 
NOTES: 
Selected  vertical  will  be  used  in  place  of  the  high  gain  KS360G0  vertical.
10  CENR  66-1,    Vol  VII         Attachment  3         6  March  1987 
Specific  Station  Requirements/BSRS 
1.  Configuration: 
a.  UAS  with  15  element  array. 
b.  Single  KS36000  used  as  both  the  3  component  SP  and  LP  system. 
c.  Station  Processor. 
d.  UPS. 
e.  Ancillary  Recording  System  (ARS). 
2.  Minimum  channels  to  retain  Fully  Mission  Capable  (FMC)  status  *re: 
a.  Short-Period  Systems: 
(1)  UAS  array  -  14  channels  must  be  operational.  SP  array  data  must  be  processed. 
(2)  KS36000  -  all  verticals  and  one  of  the  high  gain  horizontals  must  be  operational. 
(3)  ARS  -  vertical  and  one  horizontal  channel  must  be  operational. 
b.  Long-Period  System: 
(1)  KS36000  -  high  gain  vertical   and  both  high    gain  horizontals  must  be  operational. 
(2)  ARS  -  vertical   and  one  horizontal   channel  must  be  operational. 
3.  Minimum  channels  to  retain  Partial  Mission  Capable  (PMC)  status  are: 
a.  Short-Period  Systems: 
(1)  UAS  array  -  11  channels  must  be  operational  .     Processed  data  channels  may  be 
inoperable  provided  array  data  are  independently  summed. 
(2)  KS36000  -  high  gain  vertical   and  one  horizontal   or  both  high  gain  horizontals 
must  be  operational. 
(3)  ARS  -  vertical   or  both  horizontal   channels   must  be  operational. 
b.  Long-Period  System: 
(1)  KS36000  -  must  have  the  vertical   or  both  high  gain  horizontals  operational. 
(2)  ARS  -  vertical   or  both  horizontal   channels  must  be  operational. 
4.  Not  Mission  Capable   {NMC}.       Less  than  PMC. 
5.  The  following  are  conditions  under  which  the  ARS  will    be  maintained  and   repaired: 
a.  Maintenance  priority  2  should  be  used  when  the  ARS  is  NMC. 
b.  Maintenance  priority  4  should  be  used  when  the  ARS  is  PMC  or  FMC. 
c.  Repair  parts  for  an  NMC  condition  will   be  ordered    Priority  02,  AE. 
d.  Repair  parts  for  an  PMC  condition  will   be  ordered    Priority  05,  BE. 
e.  Repair  parts  for  an  FMC  condition  in  which  data  is  being  lost  will    be  ordered 
Priority  05,   BE.     All    other  parts   required  to  repair  an  EMC  condition  may  be  ordered 
Priority  05,   BE. 
f.  Equipment  malfuctions  will    be  reported   IAW  para  11,  however,   all   messages  will    be 
sent  by  routine  precedence.
CENR  66-1,  Vol  VIII    Attachment  4    6  March  1987  11 
Specific  Station  Requirements/DET  313 
1.  Configuration: 
a.  UAS  with  13  element  array. 
b.  Single  KS36000  used  as  both  the  3  component  SP  and  LP  system  (U9  normally  used  as  the 
high  gain  SP  vertical). 
c.  Station  Processor. 
d.  UPS. 
2.  Minimum  channels  to  retain  Fully  Mission  Capable  (FMC)  status  are: 
a.  Short-Period  Systems: 
(1)  UAS  array  -  12  must  be  operational.  SP  array  d?ta  must  be  processed. 
(2)  KS36000  -  all  verticals  and  one  high  gain  horizontal  must  be  operational. 
b.  Long-Period  Systems:  KS36000  -  vertical  and  both  horizontals  must  be  operational. 
3.  Minimum  channels  to  retain  Partial  Mission  Capable  (PMC)  status  are: 
a.  Short-Period  Systems: 
(1)  UAS  array  -  9  must  be  operational.  Processed  data  channels  may  be  inoperable 
provided  array  data  are  independently  summed. 
(2)  KS36000  -  high  gain  vertical  and  one  high  gain  horizontal  or  both  high  gain 
horizontals  must  be  operational. 
b.  Long-Period  Systems:  KS36000  -  must  have  the  vertical  or  both  horizontals  operational. 
4.  Not  Mission  Capable  (NMC).  Less  than  PMC. 
NOTES: 
1 Selected  vertical  will   be  used  in  place  of  the  KS36000  SPZ  high  gain.
12  CENR  66-1,  Vol  VIII    Attachment  5    6  March  1987 
Specific  Station  Requirements /DEI  415 
1.  Configuration: 
a.  13  element  SPRT  array. 
b.  6  element  KS360O0  LP  array  with  five  LPRT  and  one  BBRT. 
c  KS  36000  with  BBRT  SP/LP  (selected  KS  site  with  a  BBRT). 
d.  Station  Processor. 
e.  UPs. 
f.  Central  Terminal . 
2.  Minimum  channels  to  retain  Fully  Mission  Capable  (FMC)  status  are: 
a.  Short-Period  Systems: 
(1)  SPRT  array  .  16  must  be  operational.  SP  array   data  must  be  processed. 
(2)  KS36000  with  BBRT  -  all  verticals  and  one  high  gain  horizontal  must  be 
operational . 
b.  Long-Period  System: 
(1)  KS36000  array  -  5  sites  must  be  operational. 
(2)  BBRT  -  vertical  and  both  horizontals  must  oe  operational. 
3.  Minimum  channels  to  retain  Partial  Mission  Capable  (PMC)  status  are: 
a-     Short-Period  Systems: 
(1)  SPRT  array  -  12  must  be  operational.     SP  array  data  must  be  processed. 
(2)  KS36000  with  BBRT  -  high  gain  vertical   and  one  high  gain  horizontal  or  both  high 
gain  horizontals  must  be  operational. 
b-     Long-Period  System: 
(1)  KS36000  array  -  4  sites  must  be  operational. 
(2)  BBRT  -  either  the  vertical  or  both  horizontals  must  be  operational. 
4.  Not  Mission  Capable    (NMC).     Less  than  PMC.
CENR  66-1,  Vol  VIII   Attachment  6    6  March  1987 
Specific  Station  Requirements/OET  421 
1.  Configuration: 
a.  19  element  SPRT  array. 
b.  Single  KS36000  with  BBRT  used  as  both  3  component  SP  and  LP  system. 
c.  Station  Processor. 
d.  UPS. 
e.  Central  Terminal. 
2.  Minimum  channels  to  retain  Fully  Mission  Capable  (FMC)  status  are: 
a.  Short-Period  Systems: 
(1)  SPRT  array  -  17  must  be  operational.  SP  array  data  must  be  processed. 
(2)  KS36000  with  BBRT  -  ^11  verticals  and  one  high  gain  horizontal  must  be 
operational. 
b.  Long-Period  Systems:  KS36000  with  BeRT  -  vertical  and  both  high  gain  horizontals  must 
he  operational . 
3.  Minimum  channels  to  retain  Partial  Mission  Capable  (PMC)  status  are: 
a.  Short-Period  Systems: 
(1)  SPRT  array  -  13  must  be  operational.  SP  array  data   must  be  processed. 
(2)  KS36000  with  BBRT  -  high  gain  vertical  and  one  horizontal  or  both  hiqh  qain 
horizontals  must  be  operational. 
b.  Long-Period  System:  KS36000  with  BBRT  -  must  have  the  vertical  or  both  horizontals 
operational . 
4.  Not  Mission  Capable  (NMC).  Less  than  PMC. 
NOTES: 
Selected  vertical  will  be  used  in  place  of  the  KS36000  SPZ  high  gain.
*4  CENR  66-1,  Vol  VIII    Attachment  7    6  March  1987 
Specific  Station  Requirements/DET  452 
1.  Configuration: 
a.  UAS  with  19  element  array. 
b.  7  element  KS36000  LP  array. 
c.  3  component  SP/LP  (uses  selected  KS  site,  usually  LPE). 
d.  Station  Processor. 
e.  UPS. 
2.  Minimum  channels  to  retain  Fully  Mission  Capable  (FMC)  status  are: 
a.  Short-Period  Systems: 
(1)  UAS  array  -  17  must  be  operational.  Array  data  must  be  processed. 
(2)  Three  component  -  all  verticals  and  one  high  gain  horizontal  must  be 
operational . 
b.  Long-Period  System: 
(1)  KS36000  -  6  sites  must  be  operational. 
(2)  Three  component  -  vertical  and  both  horizontals  must  be  operational. 
3.  Minimum  channels  to  retain  Partial  Mission  Capable  (PMC)  status  are: 
a.  Short-Period  Systems: 
(1)  UAS  array  -   13  must  be  operational.  UAS  array  data  must  be  processed. 
(2)  Three  component  -  high  gain  vertical  and  one  high  gain  horizontal  or  both  high 
gain  horizontals  must  be  operational. 
b.  Long-Period  System: 
(1)  KS36000  -  5  sites  must  be  operational. 
(2)  Three  component  -  either  the  vertical  or  both  horizontals  must  be  operational. 
4.  Not  Mission  Capable  (NMC).  Less  than  PMC.
CENR  66-1,  VOL  VIII   Attachment  8    6  March  1S87  15 
Specific  Station  Requirements/SUSS 
1.  Configuration:   (Lajitas  (LA),  Marathon  (MA),  Shafter  (SH)). 
a.  1  element  SPRT  array  (LA,  MA,  SH). 
b.  Single  KS36000  with  BBRT  used  as  both  the  3  component  SP  and  LP  system  (LA). 
2.  Lajitas  (EL  190),  Marathon  (EL  191),  and  Shafter  (EL  192)  will  be  handled  as  individual 
stations. 
3.  Minimum  channels  to  retain  Fully  Mission  Capable  (FMC)  status  are: 
a.  Short-Period  Systems: 
(1)  Shafter  -  vertical   channel   must  be  operational. 
(2)  Marathon  -  vertical   channel  must  be  operational. 
(3)  Lajitas  -     all    verticals  and  one  horizontal   channel   must  be  operational. 
b.  Long-Period  System:     Lajitas  KS36000  -  vertical   and  both  horizontals  must  be  opera- 
tional . 
4.     Minimum  channels  to  retain  Partial  Mission  Capable  (PMC)   status  are: 
a.  Short-Period  Systems: 
(1)  Lajitas  -  high  gain  vertical  and  one  horizontal  or  both  horizontals  must  be 
operational . 
r„n   „  „.J2)  Shafter  and  Marathon  will  never  be  in  this  condition.  They  will  go  straight  from 
FMC  to  NMC  status. 
b.  Long-Period  System.  Lajitas  KS36000  -  vertical  or  both  horizontal  channels  must  be 
operational. 
4.  Mot  Mission  Capable  (NMC).  Less  than  PMC. 
Selected  vertical  will  be  used  in  place  of  the  KS36000  SPZ  high  gain  channel.  When  the 
selected  vertical  is  INOP,  SPZ  may  be  used  to  maintain  FML  status.
16  CENR  66-1,  Yol  VIII    Attachment  9    6  March  1987 
Specific  Station  Requirements/OET  460 
Post  FDA  and  Pre  TOS 
1.  Configuration:  (IL  and  ALPA). 
a.  19  element  SPRT  array  (IL). 
b.  Single  KS36000  with  BBRT  used  as  the  3  component  SP  system  (IL). 
c.  7  element  KS36000  LPRT  array  (ALPA).  A  single  KS36000  will  be  used  as  the  3  component 
LP  system. 
d.  Station  Processor. 
e.  UPS. 
f .  Central  Terminal . 
2.  BU  Configuration:  Beaver  Creek  (BC),  8urnt  MT  (BM),  Indian  MT  (IM),  Fox  (FX),  and 
Tatal ina  (TT). 
a.  SPRT  Array: 
(1)  5  element  (BC,  BM,  IM). 
(2)  1  element  (FX,  TT). 
b.  Single  KS36000  with  BERT  used  as  both  the  3  component  SP  and  L?  system  (FX). 
3.  Minimum  channels  to  retain  Fully  Mission  Capable  (FMC)  status  are: 
a.  Short-Period  Systems: 
(1)  SPRT  array  -  17  must  be  operational.  SP  array  data  must  be  processed. 
(2)  KS36000   with  88RT  -   all  verticals  and  one   high  gain  horizontal  must  be  opera- 
tional. 
b.  BU  Short-Period  Systems: 
(1)  BC,  BM,  IM  SPRT  arrays   -  two  instruments  must  fcfe  operational. 
(2)  FX  KS36000  with  BBRT  -  all  verticals  and  one  horizontal  must  be  operational. 
(3)  TT  -  instrument  with  SPRT  must  be  operational. 
c.  Long-Period  Systems: 
(1)  ALPA  KS36000  LPRT  array   -  6  vertical  channels  mui*  be  operational. 
(2)  Designated  ALPA  three  component  -  vertical  and  both  horizontals  must  be  opera- 
tional . 
(3)  IL  and  FX  KS36000  with  BBRT  -  vertical  and  both  horizontals  must  be  opera- 
tional . 
4.  Minimum  channels  to  retain  Partial  Mission  Capable  (PMC)  status  are: 
a.  Short-Period  Systems: 
(1)  SPRT  array  -  13  must  be  operational.  SP  array  data  must  be  processed. 
(2)  KS36000  with  BBRT  -  high  gain  vertical  and  one  high  gain  horizontal  or  both  high 
gain  horizontals  must  be  operational.
CENR  66-1,  Vol  VIII    Attachment  9    6  March  1987  17 
b.  BU  Short-Period  Systems: 
(1)  BC,  BM,  and  IM  SPRT  arrays  -  each  location  must  have  one  channel  operational. 
(2)  FX  KS3600G  with  BBRT  -  must  have  a  vertical  and  one  horizontal  or  both 
horizontals. 
(3}  TT  will  never  be  in  this  condition.  It  will  go  straight  from  FMC  to  MMC  status. 
c.  Long-Period  Systems: 
(1)  ALPA  KS36000  LPRT  array  -  5  vertical  channels  must  be  operational. 
(2)  Designated  ALPA  Three  component  -  Either  the  vertical  or  both  horizontals  must 
be  operational . 
(3)  IL  and  FX  KS36000  with  BBRT  -  must  have  the  vertical  or  both  horizontals 
operational . 
5.  Not  Mission  Capable  (NMC).  Less  than  PMC. 
NOTES: 
Selected  vertical  will  be  used  in  place  of  the  KS36Q00  SPZ  high  gain.  When  the  selected 
vertical  is  INOP,  SPZ  may  be  used  to  maintain  FMC  status.
18  CE.MR  66-1,  Vol  VIII    Attachment  9    6  March  1987 
GSS  Specific  Station  Requirements/DET  460 
Post  TOS 
1.  Configuration:  (IL  and  ALFA). 
a.  19  element  SPRT  array  (IL). 
b.  Single  KS36000  with  BBRT  used  as  both  the  3  component  SP  and  LP  system  (IL). 
c.  7  element  KS36000  LPRT  array  (ALPA).  A  single  KS36000  will  be  used  as  the  3  component 
LP  System. 
d.  Station  Processor. 
e.  UPS. 
f.  Central  Terminal. 
2.  BU  Configuration:  Beaver  Creek  (BC),  Burnt  MT  (BM),  Indian  MT  (IM),  Fox  (FX),  and 
Tatalina  (TT). 
a.  SPRT  Arrays: 
(1)  5  element  (BC,  BM,  IM). 
(2)  1  element  (FX,  TT). 
b.  Single  KS36000  with  BBRT  used  as  both  the  3  component  SP  and   LP  system  (FX). 
3.  Minimum  channels  to  retain  Fully  Mission  Capable  (FMC)  status  are: 
a.  Short-Period  Systems: 
(1)  SPRT  array  -  17  must  be  operational.  SP  array  data  must  be  processed. 
(2)  KS36000  with  BBRT  -  high  gain  vertical  and  one  high  gain  horizontal  must  be 
operational . 
b.  BU  Short-Period  Systems: 
(1)  TT,  BC,  BM,  IM  SPRT  arrays  -  all  must  be  operational. 
(2)  FX  KS36000  with  SBRT  -  vertical  and  both  horizontals  must  be  operational. 
c.  Long-Period  Systems: 
(1)  ALPA  KS36000  LPRT  array  -  6  vertical  channels  must  be  operational. 
(2)  Designated  ALPA  three  component  -  vertical  and  both  horizontals  must  be  ODera- 
tional . 
(3)  IL  and  FX  KS360Q0  with  BBRT  -  vertical  and  one  horizontal  must  be  operational. 
4.  Minimum  channels  to  retain  Partial  Mission  Capable  (PMC)  status  are: 
a.  Short-Period  Systems: 
(1)  SPTR  array  -  13  must  be  operational.  SP  array  data  must  be  processed. 
(2)  KS36000  with  88RT  -  high  gain  vertical  or  both  high  gain  horizontals  must  be 
operational . 
b.  BU  Short-Deriod  Systems: 
(1)  BC,  BM,  and  IM  SPRT  arrays  -  each  location  must  have  3  channels  operational. 
(2)  FX  KS3600O  with  BBRT  -  must  have  a  vertical  and  one  horizontal  or  both  horizon- 
tals operational . 
(3)  TT  will  never  be  in  this  condition.   It  will  go  straight  from  FMC  to  NMC  status.
CENR  66-1,  Vol  VIII    Attachment  9    6  March  1987  19 
c.  Long-Period  Systems: 
(1)  ALPA  KS36000  LPRT  array  -  5  sites  must  be  operational. 
(2)  ALPA  three  component  -  either  the  vertical  or  both  horizontals  must  be 
operational . 
(3)  IL  and  FX  KS36000  with  BBRT  -  either  the  vertical  or  both  horizontals  must  be 
operational . 
NOTES: 
1  Selected  vertical  will  be  us<:d  in  place  of  the  KS36000  SPZ  high  gain.  When  the  selected 
vertical  is  INOP,  SPZ  may  be  used  to  maintain  FMC  status.