Blog from July, 2008

After the reconfiguration, sonic 2b (s/n 1117) would not start operating.  We replaced it with the sonic previously used at 13b (s/n) 0741.  For configurations 2 and 3 we are using a matching sonic from the profile tower for sonic 13b, i.e. the 3m and 7m sonics.

Upwind S1: (3u)
EEProm_sig=05088. Prom_sig=17263. \n>??D\r\nET= 60 ts=i XD=d GN=322a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=cdb d TNb=cbb JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=094  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0539 06nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=05088 &=1

Upwind S2: (4u)
ET= 60 ts=i XD=d GN=122a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=cbb d TNb=dbc JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=094  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0536 06nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=40143 &=1 os=

Upwind S5: (5u)
EEProm_sig=06092. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=222a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=abc d TNb=dbb JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=094  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0677 30oct07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=06092 &=1

Upwind S6: (6u)
EEProm_sig=60317. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=223a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 009 ELb=009 009 010 TNo=8dd d TNb=7dc JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 7 tlb=7 7 8  CA=1 TD=  duty=092  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0674 09nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=60317 &=1

Upwind S7: (7u)
ET= 60 ts=i XD=d GN=332a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=98b d TNb=b9c JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=096  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN1119 19nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=59940 &=1 os=

Upwind S8: (8u)
EEProm_sig=59504. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=334a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=009 010 010 ELb=009 010 009 TNo=ddb d TNb=dcc JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=7 8 8 tlb=7 8 7  CA=1 TD=  duty=092  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0673 13nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=59504 &=1

Upwind S9: (9u)
EEProm_sig=52525. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=222a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=8c7 d TNb=8c6 JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=093  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN1121 26jun06 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=52525 &=1 o

Upwind S10 (10u)
EEProm_sig=59030. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=111a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=ccd d TNb=cdc JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=094  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN1123 06nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=59030 &=1

Upwind S11 (11u)
EEProm_sig=29356. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=232a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 011 010 ELb=010 011 010 TNo=b7b d TNb=baa JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 9 8 tlb=8 9 8  CA=1 TD=  duty=096  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN1122 19jun06 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=29356 &=1

Downwind1 S1 (1b)
ET= 60 ts=i XD=d GN=122a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=cbc d TNb=bbb JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=094  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0853 12jun08 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=20347 &=1

Downwind1 S2 (2b)
ET= 60 ts=i XD=d GN=122a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=008 010 010 ELb=010 010 008 TNo=dca d TNb=dab JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=6 8 8 tlb=8 8 6  CA=1 TD=  duty=091  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0741 31oct07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=04641 &=1

Downwind1 S5 (3b)
EEProm_sig=22282. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=211a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 011 ELb=010 010 008 TNo=cdd d TNb=ddc JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 9 tlb=8 8 6  CA=1 TD=  duty=095  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0800 14sep06 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=22282 &=1

Downwind1 S6 (4b)
EEProm_sig=10244. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=212a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=008 010 010 ELb=010 010 010 TNo=deb d TNb=edc JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=6 8 8 tlb=8 8 8  CA=1 TD=  duty=093  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0744 07nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=10244 &=1

Downwind1 S7 (5b)
EEProm_sig=46481. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=211a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=cce d TNb=ccd JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=094  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0745 05nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=46481 &=1

Downwind1 S8 (6b)
EEProm_sig=28394. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=433a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=acb d TNb=bcb JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=096  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0376 09nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=28394 &=1

Downwind1 S9 (3t)
ET= 60 ts=i XD=d GN=333a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d sa=1\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=ced d TNb=dec JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8 DTR=01740 CA=1 TD=  duty=087     AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 DTC=01160 RD=o ss=1 XP=2 RF=018 DS=007 SN0738 28mar03 HF=005 JC=3 CB=3 MD=5 DF=05000 RNA=1 rev 3.0a cs=18961 &=1

Downwind1 S10 (4t)
EEProm_sig=30038. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=320a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=9ba d TNb=9ab JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=095  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0856 14nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=30038 &=1

Downwind1 S11 (5t)
EEProm_sig=07083. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=422a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=7b9 d TNb=8aa JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=095  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0712 08nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=07083 &=1

Downwind1 S12 (6t)
EEProm_sig=62873. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=434a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=009 010 009 ELb=009 010 009 TNo=899 d TNb=999 JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=7 8 7 tlb=7 8 7  CA=1 TD=  duty=091  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0672 14nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=62873 &=1

Downwind2 S1 (7b)
EEProm_sig=49554. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=232a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 009 010 ELb=010 009 010 TNo=ccb d TNb=bbc JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 7 8 tlb=8 7 8  CA=1 TD=  duty=092  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0671 31oct07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=49554 &=1

Downwind2 S2 (8b)
ET= 60 ts=i XD=d GN=222a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d sa=1\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=cdc d TNb=cdb JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8 DTR=01740 CA=1 TD=  duty=086     AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 DTC=01160 RD=o ss=1 XP=2 RF=018 DS=007 SN0364 27may04 HF=005 JC=3 CB=3 MD=5 DF=05000 RNA=1 rev 3.0a cs=14725 &=1

Downwind2 S5 (9b)
EEProm_sig=21246. Prom_sig=17263. \n>D\r\nET= 60 ts=i XD=d GN=512a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=007 010 010 ELb=010 010 010 TNo=5cd d TNb=5cc JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=5 8 8 tlb=8 8 8  CA=1 TD=  duty=091  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0743 07nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=21246 &=1

Downwind2 S6 (10b)
EEProm_sig=27043. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=222a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=add d TNb=cbd JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=093  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0538 02aug06 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=27043 &=1

Downwind2 S7 dead

Downwind2 S8 (11b)
EEProm_sig=47381. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=221a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 011 010 ELb=011 010 010 TNo=dac d TNb=dac JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 9 8 tlb=9 8 8  CA=1 TD=  duty=096  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0855 01nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=47381 &=1

Downwind2 S9 (12b)
EProm_sig=60173. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=223a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=bbc d TNb=bbc JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=095  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0377 12jan07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=60173 &=1

Downwind2 S10 (13b)
Should be Profile 3m

Downwind2 S11 (7t)
EEProm_sig=38472. Prom_sig=17263. \n>??D\r\nET= 60 ts=i XD=d GN=222a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=acb d TNb=bab JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=094  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=\r1 XP=2 RF=018 DS=007 SN0540 14nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=38472 &=1

Downwind2 S12 (8t)
EEProm_sig=38141. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=232a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=ccd d TNb=dcb JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=094  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0378 01nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=38141

Downwind2 S13 (9t)
EEProm_sig=29072. Prom_sig=47942. \n>??\r\nET= 60 ts=i XD=d GN=222a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d sa=1\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=bbd d TNb=bad JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8 DTR=01740 CA=1 TD=  duty=086     AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 DTC=01160 RD=o ss=1 XP=2 RF=018 DS=007 SN0367 28may04 HF=005 JC=3 CB=3 MD=5 DF=05000 RNA=1 rev 3.0a cs=29072 &=1

Downwind2 S14  dead

Downwind2 S15 (10t)
EEProm_sig=27999. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=222a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=009 010 010 TNo=ded d TNb=eec JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=7 8 8  CA=1 TD=  duty=093  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0366 05nov07 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=27999 &=1

Downwind2 S16 (11t)
EEProm_sig=51601. Prom_sig=17263. \n>??\r\nET= 60 ts=i XD=d GN=223a TK=1 UP=5 FK=0 RN=1 IT=1 DR=102 rx=2 fx=038 BX=0 AH=1  AT=0 RS=1 BR=0 RI=1 GO=00000 HA=0 6X=3 3X=2 PD=2 SD=0 ?d tf=02600 02600 02600\r\nWM=o ar=0 ZZ=0 DC=1  ELo=010 010 010 ELb=010 010 010 TNo=dbc d TNb=bbb JD= 007\r\nC0o=-2-2-2 C0b=-2-2-2 RC=0 tlo=8 8 8 tlb=8 8 8  CA=1 TD=  duty=093  AQ= 60 AC=1 CD=0 SR=1 UX=0 MX=0 DTU=02320 ss=1 XP=2 RF=018 DS=007 SN0247 20oct06 JC=3 CB=3  MD=5 DF=05000 RNA=1 sa=1 rev 3.0f cs=51601 &=1

Tom said to note that, upon tear-down of configuration #1 (wide array), the pressure ports appeared to swivel a bit on the 1/4" bolt securing them to the booms.  Thus, the separation vector between the ports and sonic arrays could be different.  The bolts were tightened by inserting a washer in configuration #2.

(comment entered by Steve Oncley, but page was logged in as Gordon -- now I know better...) 

Reference height for Configuration 2 is 1.76m above ground level, measured at NE tower of horizontal array.

Top of sonic boom = 1.91m above reference; note sonic is 5.3 cm above top of boom, so actual sonic height is 1.76+1.91+0.053 = 3.72m (and 4.72m).

 Sonic 12b is 1.92m above reference.

Moved 5.5m sonic and SHT up to make way for raising 3m and 4m sonics.  The heights are now 3.99m above reference for the sonic (= 5.80m actual) and 4.43 m for the SHT (=1.76+4.43-0.37 = 5.82m actual).

 Moved 3m and 4m profile sensors up to match the horizontal array.  The '3m' heights are 1.96m above reference for the sonic and 2.36m for the SHT.  Actual heights are 3.77 for the sonic and 3.75 for the SHT.  The '4m' heights are now 2.90m for the sonic and 3.33m above reference for the SHT.  Actual heights are 4.71m for the sonic and 4.72m for the SHT.

UPDATE: Distance to top of berm at bearing of 131deg from center of 7u mast is 26.70m.

TODO:  Also need spacings between sonics on Roan towers and sonics on horizontal array.  Tom placed the yokes on the horizontal array at intervals of 1.29m.

Spacings of upwind masts are:

(I'll double-check this last spacing later.)

AHATS daily status 7/19/08

Staff: Semmer, Horst, McIntyre, Khoung

For more details, see the ahats logbook at
https://wiki.ucar.edu/display/ahatslogbook

Good wind direction: From July 11, 12:00, through July 18, 05:55, we have
had 75.92 hours or 51% good wind directions with continuous periods
of at least 25 minutes.  This includes 53.92 hours stable data and
22 hours unstable

Stopped adams this morning around 5:55 am PDT, July 18, in order to change array to the second configuration.

These are the serial numbers of the Diamond GPIO-MM-12 cards used in each pressure system, along with the clock rates that were determined for each card.  Following the tables is a discussion of the clock rate calibration procedure. Plots of the clock calibrations are viewable as attachments, under the Tools menu.

Pressure1

Pressure2

GPIO-MM Clock Calibrations

Prior to AHATS, a calibration of the 20 MHz clocks on each of the diamond GPIO-MM-12 cards was performed using the rubidium referenced signal generator in the NCAR EOL sounding lab.

The reference frequency was stepped in 10 KHz increments from 110 to 300 KHz approximately every 10 seconds. The GPIO cards were configured to count the number of  tics from the onboard 20 MHz clock while counting 10,000 cycles of the reference input, which is the same manner that the frequencies of the ParoScientific temperature transducers are sampled. These counts are repeated every 0.1 seconds.  The resulting frequency measurements were then compared against the reference frequencies.

See the attachments to this blog for plots of the calibrations.

The upper left plot shows the linear relation between the mean error in the frequency measurement and the reference frequency.

The slope of the least squares linear fit to the data is a correction for the 20 MHz clock on the GPIO-MM:

corrected clock frequency = 20 MHz / (1 + slope)

The upper right plot is the measurement error after applying the corrected 20MHz clock rate to the data.

Lower left is a plot of various measurement errors. The top black points are the frequency discretizaion due to a difference of one 20 MHz clock tic. As you can see, below  a 200 KHz input frequency the resolution is better than 1 part in 10⁶, which is the target accuracy for sampling the ParoScientific 202BGs.  The temperature signal from a 202BG is around 170 KHz and the pressure signal is around 40 KHz, so a 20 MHz clock is able to provide this accuracy.

*max(abs(fcor-fref))*is the maximum absolute difference of the measured, clock corrected frequency from the reference frequency for the 100-300 samples at each reference frequency. This maximum error seen in the test stayed below the 1:10⁶line except for some points at frequencies over 200 KHz. Board 3 in pressure2 was the exception and did have some points over the line.  We should repeat the calibration after the project.

The maximum error also generally stayed below the frequency discretization level, suggesting that after the clock is corrected, almost all of the remaining error is due to the discretization.  Boards 1,2 and 3 however do show some errors above the discretization level.

mean(fcor-fref) are the mean measurement error  points at each frequency.

The lower right plot shows the number of samples at each frequency. The tests were sometimes performed more than once, or with more than one input pulse counter, hence we usually have more than the 100 samples expected over 10 seconds.

The effect of temperature on the on-board 20 MHz clock is not known.

AHATS daily status 7/16/08

Staff: Semmer, Horst, McIntyre, Khoung

For more details, see the ahats logbook at https://wiki.ucar.edu/display/ahatslogbook

Good wind direction: From July 11, 12:00, through July 16, 12:00, we have
had 61.08 hours or 51% good wind directions with continuous periods
of at least 25 minutes.  This includes 43.33 hours stable data and
16.92 hours unstable.  Note that more than half of the stable data
is weakly stable, 0 < z/L < 0.1.  With the exception of this near-neutral
data, the balance between stable and unstable is more closely balanced
than the numbers suggest.

Local data storage:
------------------
root@upwind root# df | grep usb
/dev/sda1             57685532   2377044  55308488   4% /var/tmp/usbdisk
root@downwind1 root# df | grep usb
/dev/sda1             57685532   2878296  54807236   5% /var/tmp/usbdisk
root@downwind2 root# df | grep usb
/dev/sda1             57685532   3114884  54570648   5% /var/tmp/usbdisk
root@profile root# df | grep usb
/dev/sda1             57685532   1951096  55734436   3% /var/tmp/usbdisk
root@pressure1 root# df | grep usb
/dev/sda1              3897204    630656   3266548  16% /var/tmp/usbdisk
root@pressure2 root# df | grep usb
/dev/sda1              3940812    630240   3310572  16% /var/tmp/usbdisk

Pressure:
--------
(+/- = ~1 std deviation among variables at the same height)

p: ok, +/- 0.02 mb
p'p': ok, +/- 0.002 mb^2
w'p': ok, +/- 0.002 m/s mb
t: ok, +/- 0.3 degC
Pref: ok, range = +/- 2 mb, with a period of ~24 hours

Profile:
--------

h2o: ok, 13 gm/kg
w'h2o': ok, 0.02 m/s g/m^3 at midday
co2: ok, 15 mmol/m^3
w'co2': ok, -0.01 m/s mmo/m^3 at midday

ASTER and ISFF were stopped and rebooted around 12:30 PDT, July 16, to move power to two new UPS's.

AHATS daily status 7/15/08

Staff: Semmer, Horst, McIntyre, Khoung

For more details, see the ahats logbook at
https://wiki.ucar.edu/display/ahatslogbook

Good wind direction: From July 11, 12:00, until July 15, 12:00, we have had 43.7 hours or 46% good wind directions with continuous periods of at least 25 minutes.  This includes 32.67 hours stable data and 10.08 hours unstable.
Local data storage:
------------------
Swapped all local data storage media yesterday.

Pressure:
--------
(+/- = ~1 std deviation among variables at the same height)

p: ok, +/- 0.02 mb
p'p': ok, +/- 0.002 mb^2
w'p': ok, +/- 0.004 m/s mb
t: ok, +/- 0.3 degC
Pref: ok, range = +/- 2 mb

Profile:
--------

diag: ok
samples.sonic: ok
spd: ok
dir: ok
w: ok
tc: ok
w'w': ok
u*: ok
sigma_w/u*: ok (1.3 at night)
w'tc': ok
T: ok
RH: 4m may be low by on the order of 1% RH
P: okay

Upwind (hts=3.3):
----------------

diag: ok
samples.sonic: ok
spd: ok, +/- 14 cm/s (6u has +15 cm/s offset in u)
dir: ok, +/- 3 deg
w: ok, +/- 7 cm/s
tc:  ok, +/- 0.17 deg
w'w': ok, +/- 0.01 m^2/s^2  (30 min avg for second moments)
u*: ok,  +/- 2 cm/s
sigma_w/u*: ok (1.3 at night)
w'tc': ok, +/- 0.02 m/s degC
tc'tc': ok, +/- 0.05 degC^2

Downwind Lower (hts=3.3):
------------------------

diag: ok
samples.sonic: ok
spd: ok, +/- 20 cm/s
dir: ok, +/- 6 deg
w: ok, +/- 6 cm/s
tc:  ok, +/- 0.25 deg
w'w': ok, +/- 0.01 m^2/s^2  (30 min avg for second moments)
u*: ok,  +/- 3 cm/s
sigma_w/u*: ok (1.3 at night)
w'tc': ok, +/- 0.02 m/s degC
tc'tc': ok, +/- 0.08 degC^2

Downwind Upper (hts=4.3):
------------------------

diag: ok
samples.sonic: ok
spd: ok, +/- 20 cm/s
dir: ok, +/- 5 deg; 6t is about 6.5 degrees off from profile sonic
w: ok, +/- 6 cm/s
tc:  ok, +/- 0.2 deg
w'w': ok, +/- 0.01 m^2/s^2  (30 min avg for second moments)
u*: ok,  +/- 3 cm/s
sigma_w/u*: ok (1.3 at night)
w'tc': ok, +/- 0.02 m/s degC
tc'tc': ok, +/- 0.07 degC^2

AHATS daily status 7/14/08

Staff: Semmer, Horst, McIntyre, Khoung

Summary: Max temperature yesterday at z=1.5m, 97 degF.

For more details, see the ahats logbook at https://wiki.ucar.edu/display/ahatslogbook

Good wind direction: From July 11, 12:00, until July 14, 12:00, we have
had 33.5 hours or 47% good wind directions with continuous periods
of at least 25 minutes.  This includes 24.75 hours stable data and
8.17 hours unstable.

Local data storage:
------------------
Swapped all local data storage media today.

Pressure:
--------
(+/- = ~1 std deviation among variables at the same height)

p: ok, +/- 0.02 mb
p'p': ok, +/- 0.002 mb^2
w'p': ok, +/- 0.004 m/s mb
t: ok, +/- 0.3 degC
Pref: ok, range = +/- 2 mb

The usbdisks at profile, downwind1, pressure1, and pressure2 were swapped at ~12:00 local. Will do downwind2 and upwind after lunch.

Downwidn1 and upwind swap at ~ 16:15.

Steve bumped the switch on the power strip used for the computers  and  hard disks around 7:26 am, July 14, causing the isff2 and isff3 to stop archiving data. We rebooted aster around 9:57 am.

The output message from the ambient pressure was changed to 3 decimal places like the pressure reference. This occurred at 15:20 local time.

AHATS daily status 7/13/08

Staff: Semmer, Horst, McIntyre

Summary: Max temperature yesterday at z=1.5m, 98 degF; seems even cooler today.

<w'p'> is max around 14:00 PDT at about -0.015 m/s mb; much smaller at night.
<u'p'> and <v'p'> (in sonic coordinates) have comparable magnitudes.
d<w'p'>/dz max is about -0.005 mb/s

For more details, see the ahats logbook at https://wiki.ucar.edu/display/ahatslogbook

Good wind direction: From July 11, 12:00, until July 13, 12:00, we have
had 25.17 hours or 52% good wind directions with continuous periods
of at least 25 minutes.  This includes 18.75 hours stable data and
6.08 hours unstable.  The past 24 hours has had a good run of proper
wind directions.

Local data storage:
------------------
Swapped all local data storage media yesterday.

Pressure:
--------
Note that dat("p") + dat("Pref") - dat("P") ~ 0.1 mb.

This is on the order of the absolute accuracy of the Vaisala barometers.
I would have expected this difference to be negative and correlated with
wind speed^2 to reflect the residual dynamic pressure errors of the
PAM pressure port.  However the difference is the wrong sign and is not
correlated with wind speed.  Apparently this is the combined offset
errors in the two Vaisala barometers.

(+/- = ~1 std deviation relative to others)
p: ok, +/- 0.02 mb
p'p': ok, +/- 0.002 mb^2
w'p': ok, +/- 0.003 m/s mb
t: ok, +/- 0.3 degC
Pref: ok, range = +/- 2 mb