Deployment of Cleveland ADCP - Aug 10, 2009 [BREAK Wakeup A] WorkHorse Broadband ADCP Version 16.21 RD Instruments (c) 1996-2002 All Rights Reserved. >ps0 Instrument S/N: 6231 Frequency: 614400 HZ Configuration: 4 BEAM, JANUS Match Layer: 10 Beam Angle: 20 DEGREES Beam Pattern: CONVEX Orientation: UP Sensor(s): HEADING TILT 1 TILT 2 DEPTH TEMPERATURE PRESSURE Pressure Sens Coefficients: c3 = -1.399378E-13 c2 = +1.589760E-08 c1 = +1.916898E-02 Offset = -5.103810E+00 Temp Sens Offset: -0.34 degrees C CPU Firmware: 16.21 [0] Boot Code Ver: Required: 1.13 Actual: 1.13 DEMOD #1 Ver: ad48, Type: 1f DEMOD #2 Ver: ad48, Type: 1f PWRTIMG Ver: 85d3, Type: 4 Board Serial Number Data: C1 00 00 03 B4 45 BD 09 REC727-1000-03E DA 00 00 03 AC E1 B3 09 DSP727-2001-03G 23 00 00 03 B5 A2 57 09 PIO727-3000-00C 00 00 00 03 B5 D1 57 09 CPU727-2000-00J >ol FEATURES --------------------------------------------------------------------- Feature Installed --------------------------------------------------------------------- Bottom Track No Water Profile Yes High Resolution Water Modes No Lowered ADCP No Wave Gauge Acquisition Yes Shallow Bottom Mode No High Rate Pinging No See your technical manual or contact RDI for information on how to install additional capability in your WorkHorse. >? Available Menus: DEPLOY? ------------------ Deployment Commands SYSTEM? ------------------ System Control, Data Recovery and Testing Commands >deploy? Deployment Commands: RE ----------------------- Recorder ErAsE RN ----------------------- Set Deployment Name WD = 111 100 000 --------- Data Out (Vel,Cor,Amp; PG,St,P0; P1,P2,P3) WF = 0088 ---------------- Blank After Transmit (cm) WN = 023 ----------------- Number of depth cells (1-128) WP = 00050 --------------- Pings per Ensemble (0-16384) WS = 0100 ---------------- Depth Cell Size (cm) WV = 175 ----------------- Mode 1 Ambiguity Vel (cm/s radial) TE = 01:00:00.00 --------- Time per Ensemble (hrs:min:sec.sec/100) TF = **/**/**,**:**:** --- Time of First Ping (yr/mon/day,hour:min:sec) TP = 01:12.00 ------------ Time per Ping (min:sec.sec/100) TS = 09/08/10,18:16:57 --- Time Set (yr/mon/day,hour:min:sec) EA = +00000 -------------- Heading Alignment (1/100 deg) EB = +00000 -------------- Heading Bias (1/100 deg) ED = 00220 --------------- Transducer Depth (0 - 65535 dm) ES = 00 ------------------ Salinity (0-40 pp thousand) EX = 11111 --------------- Coord Transform (Xform: Type,Tilts,3 Bm,Map) EZ = 1111111 ------------- Sensor Source (C,D,H,P,R,S,T) CF = 11111 --------------- Flow Ctrl (EnsCyc;PngCyc;Binry;Ser;Rec) CK ----------------------- Keep Parameters as USER Defaults CR # --------------------- Retrieve Parameters (0 = USER, 1 = FACTORY) CS ----------------------- Start Deployment >system? System Control, Data Recovery and Testing Commands: AC ----------------------- Output Active Fluxgate & Tilt Calibration data AF ----------------------- Field calibrate to remove hard/soft iron error AR ----------------------- Restore factory fluxgate calibration data AX ----------------------- Examine compass performance AZ ----------------------- Zero pressure reading CB = 411 ----------------- Serial Port Control (Baud; Par; Stop) CP # --------------------- Polled Mode (0 = NORMAL, 1 = POLLED) CZ ---------------------- Power Down Instrument FC ----------------------- Clear Fault Log FD ----------------------- Display Fault Log OL ----------------------- Display Features List PA ----------------------- Pre-Deployment Tests PC1 ---------------------- Beam Continuity PC2 ---------------------- Sensor Data PS0 ---------------------- System Configuration PS3 ---------------------- Transformation Matrices RR ----------------------- Recorder Directory RF ----------------------- Recorder Space used/free (bytes) RY ----------------------- Upload Recorder Files to Host >c? CB = 411 ----------------- Serial Port Control (Baud [4=9600]; Par; Stop) CC = 000 000 000 --------- Choose External Devices (x;x;x x;x;x x;x;SBMC) CF = 11111 --------------- Flow Ctrl (EnsCyc;PngCyc;Binry;Ser;Rec) CK ----------------------- Keep Parameters as USER Defaults CP = 0 ------------------- PolledMode (1=ON, 0=OFF; BREAK resets) CR # --------------------- Retrieve Parameters (0 = USER, 1 = FACTORY) CS ----------------------- Go (Start Pinging) CZ ----------------------- Power Down Instrument >cd? CD = 000 000 000 --------- Serial Data Out (Vel;Cor;Amp PG;St;P0 P1;P2;P3) >h? Available Commands: HB 05 -------------------- Number of Automatically Choosen Bins (20 Max) HD 111000000 ------------- Waves Selected Data (Vel;Pres;Surf HPR;; ;;) HP 2400 ------------------ Number of Pings per Record HR 01:00:00.00 ----------- Time between Wave Bursts (hh:mm:ss.ff) HS 001,010,021,022,023 --- Bins selected for Directional wave data recording HT 00:00:00.50 ----------- Time between Wave Pings (hh:mm:ss.ff) HV 001,010,021,022,023 --- Bins selected for Velocity Spectrum data recording H? ----------------------- Display Waves Menu Help >pd? PD = 00 ------------------ Data Stream Select (0-12) >t? TE = 01:00:00.00 --------- Time per Ensemble (hrs:min:sec.sec/100) TF = **/**/**,**:**:** --- Time of First Ping (yr/mon/day,hour:min:sec) TG = ****/**/**,**:**:** - Time of First Ping (CCYY/MM/DD,hh:mm:ss) TP = 01:12.00 ------------ Time per Ping (min:sec.sec/100) TS = 09/08/10,18:17:28 --- Time Set (yr/mon/day,hour:min:sec) TT = 2009/08/10,18:17:28 - Time Set (CCYY/MM/DD,hh:mm:ss) >w? WD = 111 100 000 --------- Data Out (Vel;Cor;Amp PG;St;P0 P1;P2;P3) WF = 0088 ---------------- Blank After Transmit (cm) WN = 023 ----------------- Number of depth cells (1-255) WP = 00050 --------------- Pings per Ensemble (0-16384) WS = 0100 ---------------- Depth Cell Size (cm) WV = 175 ----------------- Mode 1 Ambiguity Vel (cm/s radial) WZ = 010 ----------------- Mode 5 Ambiguity Velocity (cm/s radial) >wa? WA = 050 ----------------- False Target Threshold (Max) (0-255 counts) >wb? WB = 0 ------------------- Bandwidth Control (0=Wid,1=Nar) >wc? WC = 064 ----------------- Correlation Threshold >we? WE = 2000 ---------------- Error Velocity Threshold (0-5000 mm/s) >wl? WL = 001,005 ------------- Water Reference Layer: Begin Cell (0=OFF), End Cell >wx? WX = 999 ----------------- Mode 4 Ambiguity Vel (cm/s radial) >rr Recorder Directory: Volume serial number for device #0 is 3b69-1afd _RDI_000 000 8271 07-07-09 1:30:32p r a [ 2] _RDI_001 000 22863 07-08-09 1:44:46p r a [ 3] _RDI_002 000 8271 07-08-09 2:26:44p r a [ 5] _RDI_003 000 197967 07-21-09 2:48:48p r a [ 6] _RDI_004 000 53263 08-10-09 3:35:16p r a [ 19] _RDI_005 000 9487 08-10-09 6:11:02p r a [ 23] _RDI_006 000 8271 08-10-09 6:16:14p r a [ 24] Bytes used on device #0 = 308393 Volume serial number for device #1 is 18d2-1147 No files found. Bytes used on device #1 = 0 Total capacity = 1536319488 bytes Total bytes used = 308393 bytes in 7 files Total bytes free = 1535942656 bytes >rf RF = 308393,1535942656 ---- Rec space used (bytes), free (bytes) >ck [Parameters saved as USER defaults] >pa PRE-DEPLOYMENT TESTS CPU TESTS: RTC......................................PASS RAM......................................PASS ROM......................................PASS RECORDER TESTS: PC Card #0...............................DETECTED Card Detect............................PASS Communication..........................PASS DOS Structure..........................PASS Sector Test (short)....................PASS PC Card #1...............................DETECTED Card Detect............................PASS Communication..........................PASS DOS Structure..........................PASS Sector Test (short)....................PASS DSP TESTS: Timing RAM...............................PASS Demod RAM...............................PASS Demod REG...............................PASS FIFOs....................................PASS SYSTEM TESTS: XILINX Interrupts... IRQ3 IRQ3 IRQ3 ...PASS Receive Loop-Back........................PASS Wide Bandwidth...........................PASS Narrow Bandwidth.........................PASS RSSI Filter..............................PASS Transmit.................................PASS SENSOR TESTS: H/W Operation............................PASS >tg2009/08/10,19:00:00 >t? TE = 01:00:00.00 --------- Time per Ensemble (hrs:min:sec.sec/100) TF = 09/08/10,19:00:00 --- Time of First Ping (yr/mon/day,hour:min:sec) TG = 2009/08/10,19:00:00 - Time of First Ping (CCYY/MM/DD,hh:mm:ss) TP = 01:12.00 ------------ Time per Ping (min:sec.sec/100) TS = 09/08/10,18:19:02 --- Time Set (yr/mon/day,hour:min:sec) TT = 2009/08/10,18:19:02 - Time Set (CCYY/MM/DD,hh:mm:ss) >cs