Summary of Contents for Guralp Systems 5TDE
- Page 1 Güralp 5TDE Operator’s Guide Document Number: MAN-050-0006 Issue E – August, 2017 Designed and manufactured by Güralp Systems Limited 3 Midas House, Calleva Park Aldermaston RG7 8EA England...
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Page 2: Table Of Contents
Güralp 5TDE Contents Table of Contents Preliminary Notes..............3 1.1 Proprietary Notice......................3 1.2 Warnings, Cautions and Notes.................3 1.3 Manuals and Software....................3 1.4 Conventions......................3 Introduction................4 2.1 Setting the gain......................6 2.1.1 Jumper configuration for low gain operation............7 2.1.2 Jumper configuration for high gain operation...........8 2.1.3... -
Page 3: Preliminary Notes
Güralp 5TDE Preliminary Notes Preliminary Notes 1.1 Proprietary Notice The information in this document is proprietary to Güralp Systems Limited and may be copied or distributed for educational and academic purposes but may not be used commercially without permission. Whilst every effort is made to ensure the accuracy, completeness and usefulness of the information in the document, neither Güralp Systems Limited... -
Page 4: Introduction
Güralp 5TDE Introduction Introduction The Güralp 5TDE accelerometer is a three-axis, strong-motion, force- feedback accelerometer packaged together with a 24-bit digitiser and a flexible data acquisition and storage unit, all in a single sealed case. The entire system is self- contained except for its power supply and GPS receiver, which is used for time-stamping seismic data. - Page 5 Güralp 5TDE Introduction The integrated digitiser is a Güralp DM24, a low-noise, 24-bit ADC module specifically designed for seismic data. The built-in digital signal processor (DSP) provides simultaneous, multiple sample-rate data streams at user-selectable rates. Up to 6 streams of data for each component are available at sample rates from 1 to 1000 samples/s.
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Page 6: Setting The Gain
This work must be carried out in a clean environment in order to prevent contamination of the mechanical components by air-borne dust. Caution: ESD: The Güralp 5TDE include components which can be damaged by electrostatic discharge. Always work on a properly grounded dissipative surface and wear a suitable grounded wristband. -
Page 7: Jumper Configuration For Low Gain Operation
Güralp 5TDE Introduction Lift the lid and the attached electronics vertically out of the cylindrical • body and disconnect the ribbon cable at either end, noting the orientation of the cable. Looking down into the body of the instrument, you will see a small printed circuit board mounted on an aluminium disc. -
Page 8: Jumper Configuration For High Gain Operation
'O'-ring seal and into place. Secure using the six small screws and, finally, replace the large pressure release screw. 2.2 Connections The Güralp 5TDE has five connectors on the top panel, the uses of which are described in this section. 2.2.1 DATA The DATA port is the power input and also a general-purpose serial port. -
Page 9: Usb
Güralp 5TDE Introduction control; it provides USB access from a PC or laptop to the internal FLASH storage for data collection (Use of this feature is described in the EAM manual, MAN-EAM-0003 ) and it provides a number of tri-state lines which can be used to control or monitor external equipment. -
Page 10: Getting Started
38,400 Baud via the GPIO connector and to configure its Ethernet interface (on the NET connector) using DHCP. The easiest way to configure the Güralp 5TDE is via the web interface so, if you have a DHCP server on your network, simply connect the provided network lead to the NET connector and apply 12 VDC power via the supplied lead to the DATA connector. -
Page 11: Understanding The Manuals
Güralp 5TDE Understanding the manuals Understanding the manuals The Güralp 5TDE is a complex piece of equipment, the true flexibility of which can only be fully appreciated by studying the manuals. The instrument is covered by four separate documents: MAN-050-0006 - This document, which provides an overview, a getting- •... -
Page 12: Connector Pin-Outs
Güralp 5TDE Connector pin-outs Connector pin-outs 5.1 DATA This is a standard 10-pin military-specification bayonet plug, conforming to MIL-DTL-26482 (formerly MIL-C-26482). A typical part-number is 02E-12-10P although the initial “02E” varies with manufacturer. Suitable mating connectors have part-numbers like ***-12-10S and are available from Amphenol, ITT Cannon and other manufacturers. -
Page 13: Net
Güralp 5TDE Connector pin-outs 5.2 NET This is a standard 6-pin military-specification bayonet plug, conforming to MIL-DTL-26482 (formerly MIL-C-26482). A typical part-number is 02E-10-06P although the initial “02E” varies with manufacturer. Suitable mating connectors have part-numbers like ***-10-06S and are available from Amphenol, ITT Cannon and other manufacturers. -
Page 14: Gpio
Güralp 5TDE Connector pin-outs 5.3 GPIO This is a standard 12-pin military-specification bayonet socket, conforming to MIL-DTL-26482 (formerly MIL-C-26482). A typical part-number is 02E-14-12S although the initial “02E” varies with manufacturer. Suitable mating connectors have part-numbers like ***-14-12P and are available from Amphenol, ITT Cannon and other manufacturers. -
Page 15: Usb
Güralp 5TDE Connector pin-outs 5.4 USB This is a standard 6-pin military-specification bayonet socket, conforming to MIL-DTL-26482 (formerly MIL-C-26482). A typical part-number is 02E-10-06S although the initial “02E” varies with manufacturer. Suitable mating connectors have part-numbers like ***-10-06P and are available from Amphenol, ITT Cannon and other manufacturers. -
Page 16: Gps
Güralp 5TDE Connector pin-outs 5.5 GPS This is a standard 10-pin military-specification bayonet plug, conforming to MIL-DTL-26482 (formerly MIL-C-26482). A typical part-number is 02E-12-10P although the initial “02E” varies with manufacturer. Suitable mating connectors have part-numbers like ***-12-10S and are available from Amphenol, ITT Cannon and other manufacturers. -
Page 17: Revision History
Güralp 5TDE Revision history Revision history 2010-08-16 A New document. 2012-03-12 B Updated for post 10,000 Platinum builds. 2012-09-03 C Added gain-setting information. 2016-06-01 D Correct DM24 manual reference and re-branded. 2017-08-10 E Correction: Replaced modem control (DSR/DTR/CD) with external triggering lines on DATA connector and removed references to automatic modem answering.
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