Campbell-scientific DCP100 GOES Data Collection Platform Manual de usuario

INSTRUCTION MANUALDCP100Data Collection Platform2/99Copyright (c) 1999Campbell Scientific, Inc.

DCP100 DATA COLLECTION PLATFORM2PhonemodemNESDISWallops Station, VAground station has10 asynchronous dial circuitscommunication/power cableAntenna cab

DCP100 DATA COLLECTION PLATFORM3barometers). Campbell Scientific’s pn 6832 fitsinto one of the enclosure’s compression fittingsto allow pressure equa

DCP100 DATA COLLECTION PLATFORM45. POWER SUPPLIES5.1 12 AND 24 AHR SEALED RECHARGEABLEBATTERIESTypically, the system is powered with a 12 Volt,12 AH

DCP100 DATA COLLECTION PLATFORM5TABLE 6.1-1 Wiring DiagramSC925G Cable25-Pin connector connects to TGT1 I/O portBlack connects to CH12R (Ground)Red c

DCP100 DATA COLLECTION PLATFORM6FIGURE 6.3-2. Antenna Mounting Hardware,Assembled View 1FIGURE 6.3-3. Antenna Mounting Hardware,Assembled View 2Fits

DCP100 DATA COLLECTION PLATFORM7(22,300 miles)36 (Elevation Angle)E (90 )S (180 )W(270 )N(360 )213 (Azimuth Angle)DATACOLLECTIONPLATFORMANTENNAG

DCP100 DATA COLLECTION PLATFORM88. PROGRAMMING THE TRANSMITTER8.1 STAR POUND MODEThe star/pound (*#) mode is for programming thetransmitter. It est

DCP100 DATA COLLECTION PLATFORM918 - 20 Random transmission interval (theNESDIS-assigned time period thatthe transmission is randomly re-peated, minim

DCP100 DATA COLLECTION PLATFORM10the “A” key is pressed. The activebuffer is set using command 7 and 8.3 Forward power is the first parameterand refl

DCP100 DATA COLLECTION PLATFORM119.1.2 Datalogger Programming TheoryCampbell Scientific dataloggers areprogrammed via a keyboard/display or an IBM-PC

Warranty and AssistanceThe DCP100 DATA COLLECTION PLATFORM is warranted byCAMPBELL SCIENTIFIC, INC. to be free from defects in materials andworkmanshi

DCP100 DATA COLLECTION PLATFORM12;Set Output Flag High (10) for daily output.11: If time is (P92)1: 0 Minutes (Seconds --) into a2: 1440 Interval (sam

DCP100 DATA COLLECTION PLATFORM13TABLE 9.2-1. P123 Parameter DescriptionsParameterNumber Description1 - 8 The NESDIS-assigned address.Convert the let

DCP100 DATA COLLECTION PLATFORM149.3 21X9.3.1 Instruction 99TheoryThe 21X's Instruction 99 is the same as theCR10X’s Instruction 120, except th

DCP100 DATA COLLECTION PLATFORM15;{21X};*Table 1 Program01: 10.0 Execution Interval(seconds);Measure reference temperature.01: Internal Temperature (P

DCP100 DATA COLLECTION PLATFORM16transfer time for the hourly data initiated by theP99 in instruction 10.18: If time is (P92)1: 5 Minutes into a2: 144

A-1APPENDIX A. INFORMATION ON ELIGIBILITY AND GETTING ONTOTHE GOES SYSTEMA.1 ELIGIBILITYU.S. federal, state, or local governmentagencies, or users s

B-1APPENDIX B. DATA CONVERSION COMPUTER PROGRAM(WRITTEN IN BASIC)1 REM THIS PROGRAM CONVERTS 3-BYTE ASCII DATA INTO DECIMAL5 INPUT "RECEIVE FILE

C-1APPENDIX C. ANTENNA ORIENTATION COMPUTER PROGRAM(WRITTEN IN BASIC)5 REM THIS PROGRAM CALCULATES THE AZIMUTH AND ELEVATION FOR AN6 REM ANTENNA USED

WARNINGS FOR DCP100 USERS1. The datalogger operating system must be compatible for use with the TGT-1. CR10X dataloggersmust have version 1.6 or lat

D-1APPENDIX D. DETAILED FORWARD/REFLECTEDPOWER INFORMATIOND.1 IMPEDANCE MATCHINGThe reflected power to forward power ratioshows the degree of impeda

APPENDIX D. DETAILED FORWARD/REFLECTED POWER INFORMATIOND-204: Z=X*Y (P36)1: 10 X Loc [ Scratch1 ]2: 10 Y Loc [ Scratch1 ]3: 10 Z Loc [ Scratch1 ]

E-1APPENDIX E. CHANNEL/FREQUENCY CORRELATIONChannel Frequency (MHz) Channel Frequency1 401.7010 50 401.77452 401.7025 51 401.77603 401.7040 52 401.77

APPENDIX E. CHANNEL/FREQUENCY CORRELATIONE-2100 401.8495 150 401.9245101 401.8510 151 401.9260102 401.8525 152 401.9275103 401.8540 153 401.9290104 4

F-1APPENDIX F. DATA DUMP DATALOGGER PROGRAMF.1 INTRODUCTIONThe data dump program inserts 20 data points(60 bytes) into the transmitter's random

APPENDIX F. DATA DUMP DATALOGGER PROGRAMF-2;Clear Random buffer to prevent randomtransmissions.08: Data Transfer to GOES (P120)1: 11 random buffer/ov

G-1APPENDIX G. LOCAL MAGNETIC DECLINATIONG.1 DETERMINING TRUE NORTHOrientation of the antenna is done after thelocation of True North has been found

APPENDIX G. LOCAL MAGNETIC DECLINATIONG-2Options:1 = Field Values (D, I, H, X, Z, F)2 = Magnetic Pole Positions3 = Dipole Axis and Magnitude4 = Magne

H-1APPENDIX H. CHANGING THE CR10'S RAM OR PROM CHIPSThis section describes changing the CR10’sPROM, not the CR10X’s. The CR10X alreadycontains

APPENDIX H. CHANGING THE CR10'S RAM OR PROM CHIPSH-2FIGURE H-1. Disassembling CR10FIGURE H-2. Jumper Settings for Different RAM Configurations

I-1APPENDIX I. 21X PROM REPLACEMENT PROCEDUREThis appendix covers the procedure for replacing the firmware (PROM) in a Campbell Scientific 21X or21XL

APPENDIX I. 21X PROM REPLACEMENT PROCEDUREI-2PanasonicPanasonicPanasonicPannasonic1234FIGURE I-3. Removing the Back Cover ofthe Faceplate8. Use the

APPENDIX I. 21X PROM REPLACEMENT PROCEDUREI-312. Hold the new PROM by either end asshown in Figure I-6. Position the PROMover the sockets with the c

J-1APPENDIX J. TELONICS MODEL TGT1 CERTIFICATION BYNOAA/NESDIS

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Campbell Scientific CompaniesCampbell Scientific, Inc. (CSI)815 West 1800 NorthLogan, Utah 84321UNITED [email protected]

IDCP100 DATA COLLECTION PLATFORM OPERATOR’S MANUALTABLE OF CONTENTSPDF viewers note: These page numbers refer to the printed version of this document

TABLE OF CONTENTSIIAPPENDICESA. INFORMATION ON ELIGIBILITY AND GETTING ONTO THEGOES SYSTEM...

TABLE OF CONTENTSIII6.3-3 Antenna Mounting Hardware, Assembled View 2...66.3-4 Exam

TABLE OF CONTENTSIVThis is a blank page.

1DCP100 DATA COLLECTION PLATFORMOPERATOR'S MANUAL1. INTRODUCTIONThe DCP100 combines the measurement andcontrol capabilities of Campbell Scientif