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Summary of Contents for Sercel SN388
- Page 1 SN388 INSTALLATION Manual Software version 8.4 Issue : June 1999 Documentation No. 0311267...
- Page 2 SERCEL has been advised, or knew or should have known of the possibility of such damages.
- Page 3 3. SOFTWARE INSTALLATION OR RE-INSTALLATION ..........3-1 3.1 SOLARIS INSTALLATION OR RE-INSTALLATION ............ 3-1 3.2 YEAR 2000 PATCH....................3-11 3.3 SERCEL SOFTWARE CDROM INSTALLATION (SN388, HCI, PS) ......3-12 3.4 PROCESSING SUPPORT (PS) SOFTWARE PACKAGE INSTALLATION....3-13 3.5 VQC SOFTWARE PACKAGE INSTALLATION............3-14 3.6 GETTING STARTED ....................
- Page 4 5.10 DISPLAYING SCSI ADDRESS ON CD490-E OPERATOR PANEL ......5-9 5.11 GS612 PLOTTER CONFIGURATION ..............5-10 5.12 CD490-E EQUIPPED WITH M2488E DRIVE ............5-11 6. HOW TO ENTER ASCII DATA INTO THE SN388 ............6-1 6.1 OVERVIEW ......................... 6-1 6.2 INTERFACING ......................6-1 6.3 RS232 COMMUNICATIONS BETWEEN A TERMINAL AND AN SN388 ....
- Page 5 SOFTWARE LICENCE AGREEMENT SERCEL is willing to license the accompanying software package to you only upon the condition that you accept all the terms contained in this licence agreement. Read carefully the following terms and conditions before opening the software media package.
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Page 6: Maintenance
III. WARRANTY Software warranty period is ninety (90) days from the date of installation. Licensor warrants that Software was developed with reasonable diligence and skill and that it substantially conforms to published documentation. Licensor's sole responsibility under this warranty shall be to correct or replace any Software which does not so conform, provided that Licensee notifies Licensor in writing during the warranty period. -
Page 7: Introduction
1.2 General description The SN 388 is a large capacity, high resolution system designed for land seismic data acquisition. It derives its high reliability and versatility from SERCEL's unequalled experience in cable telemetry systems and from the use of the most advanced electronics and workstation technology. -
Page 8: Central Control Unit (Ccu)
INTRODUCTION CENTRAL CONTROL UNIT (CCU) PRINTER PLOTTER WORK STATION 2400 CH MODULE 2400 CH MODULE TAPE OR CARTRIDGE DRIVE 1 to 16 TERMINAL 2400 CH MODULE CENTRAL CONTROL UNIT BLOCK DIAGRAM 1.3 CENTRAL CONTROL UNIT (CCU) ™ The SN 388 Central Control Unit hardware, relying on the UNIX operating system and computing network architecture offers maximum expandability and flexibility. - Page 9 INTRODUCTION CENTRAL CONTROL UNIT (CCU) ™ Expandable and powerful Ethernet data network is used to connect the HCI to the various modules. The raw or processed data are recorded on magnetic media, either a reel or a cartridge drive. Digital filtering may be performed on the recorded or playback data, to display notch- or bandpass-filtered seismic traces on a digital camera.
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Page 10: Interfacing
INTRODUCTION CENTRAL CONTROL UNIT (CCU) - Service Vehicle Tracking function. If equipped with MRU units, service vehicles appear on the survey map. They can send an alarm code to the base station and receive messages (e.g. a waypoint) from it. The trackline and identification of each tracked vehicle can be plotted on the survey map. - Page 11 INTRODUCTION CENTRAL CONTROL UNIT (CCU) APM functions also include : - noise editing (Zeroing/Clipping/Diversity Stack) - correlation and stacking. The following boards are used in both the APM and PAM : Line Input/Output interface Line Controller Processor Main Process Memory Auxiliary Line Controller Tape Transport Controller SCSI Tape Transport controller...
- Page 12 INTRODUCTION CENTRAL CONTROL UNIT (CCU) 0311267 Issue : April 1998...
- Page 13 INTRODUCTION CENTRAL CONTROL UNIT (CCU) 0311267 Issue : April 1998...
- Page 14 INTRODUCTION CENTRAL CONTROL UNIT (CCU) • Minimum weight and volume. For portable dynamite operations, the PAM houses all necessary electronics to acquire 1200 Channels at 2-ms sample rate, within a 22-kg unit (0.088 m 3 ). The APM which, in addition to acquisition itself, performs correlation and stack operations, is packaged within a single 37-kg unit (0.111 m 3 ), for configurations up to 1200 Channels at 2-ms sample rate.
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Page 15: Field Electronics
INTRODUCTION FIELD ELECTRONICS 1.4 FIELD ELECTRONICS The SN 388 field electronic equipment consists of units which are interconnected by electric cables. All field units are packaged into a totally waterproof aluminium casting. They have been designed to fully operate in the temperature range of -40 to + 70°... - Page 16 INTRODUCTION FIELD ELECTRONICS 1.4.1 24-BIT STATION UNIT (SU) SN 388 advanced technology reduces the complete seismic channel with its 24-bit stream A/D converter to a plug-in module the size of a matchbox. The technology allowed the design of an ultra-compact SU which is field upgradable by plugging in (or out) modules.
- Page 17 INTRODUCTION FIELD ELECTRONICS 1.4.2 CROSSING STATION UNIT A Crossing Station Unit (CSU) is required to connect each line to the previous line or to the CCU module. A low-attenuation cable is used for this transverse connection, providing a digital link over a maximum distance of 600 m without a repeater.
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Page 18: Detours
SN 388 PSUs. 1.4.5 MICRO WAVE LINK The SN388 Micro-Wave Link (MWL) is used to replace an SN388 extension cable in areas where cable laying is made difficult by field obstacles such as rivers, cliffs, canyons, etc. It provides a bi-directional radio link relaying the telemetry data, the field unit power control and the telephone. - Page 19 INTRODUCTION FIELD ELECTRONICS 1.4.7 LINE TESTER For large 3-D operations, in order to check the lines deployed ahead of the spread, a LINE TESTER (LT 388) makes is possible to perform transmission and receiver tests on a complete connected line, without CCU being needed. LT 388 1.4.8 QUICK TESTER...
- Page 20 INTRODUCTION FIELD ELECTRONICS 1.4.9 TEST AND MAINTENANCE SYSTEM The TEST AND MAINTENANCE SYSTEM (TMS 388) is designed for testing or troubleshooting all types of SN 388 field units. The TMS 388 is composed of a PC micro computer, a test unit (TMU), a cable unit (TCU) used to simulate line cables, and a test signal generator (TGU).
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