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IXSEA TT801 User Manual

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User Guide

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Summary of Contents for IXSEA TT801

  • Page 1 TT801 Remote Control System User Guide...

  • Page 3: Copyright

    Remote Control System TT801 – User Guide Copyright © 2009, IXSEA, France. All rights reserved. No part of this guide may be reproduced or transmitted, in any form or by any means, whether electronic, printed manual or otherwise, including but not limited to photocopying, recording or information storage and retrieval systems, for any purpose without prior written permission of IXSEA.

  • Page 4: Overview Of The Tt801 User Guide

    Remote Control System TT801 – User Guide Overview of the TT801 User Guide This document is the User Guide for IXSEA’s TT801. It must be read and understood prior to using the TT801 system. The manufacturer shall in no case be held liable for any application or use that does not comply with the stipulations in this guide.

  • Page 5: Abbreviations And Acronyms

    Remote Control System TT801 – User Guide Abbreviations and Acronyms Common Acknowledgement Frequency Common Interrogation Frequency Common Reply Frequency Reception frequency number 1 (for RT6xx) Reception frequency number 2 (for RT6xx) Frequency Shift Keying Transmitted Frequency number 0 (the same than CAF)

  • Page 6: Table Of Contents

    BBREVIATIONS AND CRONYMS ......................ABLE OF ONTENTS ........................ 1 NTRODUCTION Object ............................1 Verification of the TT801 Pack Contents ................1 TT801 Overview........................1 Acoustic Remote Control Principles..................2 TT801 Components....................... 10 I.5.1 Physical Description......................10 I.5.2 Functional Description ....................... 13 Mechanical/Environmental Characteristics ...............
  • Page 7 Remote Control System TT801 – User Guide II.5.3 Powering the TT801 ......................22 III O ........................23 PERATION III.1 Object ............................. 23 III.2 Battery............................ 24 III.3 TT801 Menus Overview ......................24 III.4 Configuring the Transmission/Reception Parameters ............. 27 III.4.1 Definitions .......................... 27 III.4.2...
  • Page 8 Remote Control System TT801 – User Guide A. T ..................68 ECHNICAL PECIFICATIONS A.1 P ......................68 OWER UPPLY A.2 S ..................68 INGLE ULSE RANSMISSION A.3 C ......................68 OMMAND ODES A.4 F ....................70 RONT ANEL EATURES B. F ..............

  • Page 9: Introduction

    T IS HIGHLY RECOMMENDED TO CONTACT THE INSURANCE COMPANY IN CASE DAMAGE IS FOUND TT801 Overview The TT801 is a low frequency (8 – 16 kHz) transmitter system of coded acoustic signals to remote control the operating modes of Acoustic Releases and/or Recoverable Transponders.

  • Page 10: Acoustic Remote Control Principles

    Acknowledgement pulse when the operation is complete. If the ‘DIAGNOSTIC” command was sent, the reply also includes a data using a Pulse-to-Pulse Time Modulation technique. TT801 detects in sequence the acknowledgment pulses and the result / message is posted up on the LCD display.
  • Page 11 Remote Control System TT801 – User Guide Table 1 – Correspondence between the ‘Interrogate’ or ‘Reply’ frequency names and targets For: OIAR701 OIRT6x1 OIAR6x1 OIRT8x1 OIAR8x1 OIRT9xx OIAR9xx Individual Interrogation frequency name Common Interrogation frequency name Individual Reply frequency name...
  • Page 12 Remote Control System TT801 – User Guide • ON FR1-OFF FR2: Used with RT600 series to enable FR1 and disable FR2 Transponder channels. • ON FR2-OFF FR1: Used with RT600 series to enable FR2 and disable FR1 Transponder channels. •...
  • Page 13 Remote Control System TT801 – User Guide Table 2 - Supported commands with respect to targets Target ARM code ACK Freq Supported Commands ACK Freq. AR 701 AE RELEASE RT6x1 Yes or No: If ARM (FT0) WINDOW (FT0) Individual choice...
  • Page 14 In the same way, each target has its own interrogation frequencies, type of recurrence, which you have to enter in your TT801. You can find this information in the provided build sheet of your target (see Appendix C).
  • Page 15 IIF interrogation signal and transmit in turn a reply pulse with the turn around delay time. TT801 receives a CRF pulse (M-FSK or Tonal code) and displays the range to the Figure 1 – Relocation example, ranging by a single pulse...
  • Page 16 (CAF). TT801 detects CAF pulse and the distance in meters between TT801 and AR8x1. TT801 transmits the second ARM code (Ranging) and the AR8x1 replies in turn by a second CAF pulse, which is also used to measure the distance.
  • Page 17 Upon detection of its ARM code, AR8x1 unit transmits an acknowledgement pulse (CAF). TT801 detects CAF pulse and the distance in meters between TT801 and AR8x1. TT801 transmits the ‘Release+Pinger’ code. Upon receipt of this command, the AR8x1 replies in turn by sending a second CAF pulse, which is also used to measure again the distance.

  • Page 18: Tt801 Components

    One factory approval form (F.A.T.) Figure 4 - TT801 System Components Optional The TT801 unit is supplied as standard with the standard dunking transducer PET 801 P- Features 30 with 30m long interconnect cable (as seen in Figure 5). But, if needed, the following options are available: •...
  • Page 19 Acoustic Module AM 661S + 100m long cable on hand reel (P/N 9300102): Use of AM661S Acoustic module is recommended in poor acoustic propagation conditions, in noisy environment or when long cables are required between TT801 cabinet and Dunking Transducer. AM661S use is recommended when the sound velocity profile presents strong gradients near the surface (as it exists in the tropical and equatorial waters for example).
  • Page 20 • LED indicators: There are 3 LED indicators on the front panel: AC/DC (yellow) lights on as soon as the TT801 is connected to AC Mains or 24V external power supply LOW (red) lights on when battery is in low charge state...

  • Page 21: Functional Description

    (see section III.3 for details): HOME SCROLL CLEAR ENTER I.5.2 UNCTIONAL ESCRIPTION The TT801 system (Remote Control cabinet) can be broken out as the following: • One splash proof ABS case • One front panel • One Printed Circuit Board •...

  • Page 22: Mechanical/Environmental Characteristics

    Remote Control System TT801 – User Guide Mechanical/Environmental Characteristics The mechanical and climatic characteristics are the following: I.6.1 ABINET • Splash proof ABS case • Weight: 9 kg • Dimensions: 356 × 269 × 157 mm I.6.2 UNKING RANSDUCER Standard PET 801 P-30 weight + 30 m cable: 4 kg I.6.3...

  • Page 23: Electrical Characteristics

    Remote Control System TT801 – User Guide Electrical Characteristics I.7.1 RONT ANEL EATURES The front panel includes: • ON / OFF switch • SOURIAU 12 way female socket for transducer output (XDC) • JAEGER 3 way male socket for external 115-230V AC power supply •...
  • Page 24 Remote Control System TT801 – User Guide Wiring: A to H: not connected J-L: detection AM / transducer (short-circuit) K: cold point of the transducer M: hot point of the transducer • Headphones Input Front panel socket: SOURIAU 851 07A 8-4 S 50...

  • Page 25: Installation

    Remote Control System TT801 – User Guide NSTALLATION II.1 Object You find hereafter, all the steps to perform before running the TT801 System i.e., Guidelines for TT801 installation. To… See… Know how to handle your TT801 unit II.2 Handling Know how to store your TT801 system II.3 Storage...

  • Page 26: Ii.2 Handling

    Do not allow an instrument to block an access or impede normal traffic flows in gangway or on a stairway. TT801 Deck set remains safe in use when operated and handled with standard operating procedures and written guidelines, therefore in normal operation little threat is posed to...

  • Page 27: Ii.3 Storage

    Remote Control System TT801 – User Guide II.3 Storage After the equipment has been inspected for transport damage, the equipment must be placed back in its transport box and stored in a dry area until it is installed. The equipment must be embarked in its packaging.

  • Page 28: Ii.4 General Recommendations

    Remote Control System TT801 – User Guide II.4 General Recommendations Prior to any operational use in the field, a complete functional checkout of TT801 Deck set and battery charge should be made. Whenever it is possible, it is recommended to operate the TT801 cabinet from internal battery pack with no connection with the AC Mains.

  • Page 29: Ii.5 Getting Started With The Tt801

    For the 24 VDC power supply input, connect the 24VDC power supply cord to the SOURIAU 6 way socket (see Figure 7). Acoustic The TT801 unit comes with a standard dunking transducer (PET 801 P-30) fitted with transducer 30m-long cable. Connect the dunking transducer cable to the ‘XDC’ front panel receptacle.

  • Page 30: Ii.5.3 Powering The Tt801

    A DSP standby mode optimizes the autonomy of the unit. This standby mode is Mode activated if no action is applied to the TT801 unit for a 20-min time. Press any key to resume from the standby mode. After quitting the standby mode, the main screen is posted up. The former display is lost and backlighting returns to default mode (ON).

  • Page 31: Operation

    Remote Control System TT801 – User Guide PERATION III.1 Object This document contains all the possible operations with the TT801 remote control unit. To… See… Know the characteristics of the TT801 battery III.2 Battery Have an overview of the TT801 software III.3 TT801 Menus Overview...

  • Page 32: Iii.2 Battery

    Remote Control System TT801 – User Guide III.2 Battery When running on internal battery, the TT801 remote control unit is operational for about 60 hours (without backlighting mode). A red LED indicator (LOW) lights on as soon as battery reaches the low charge state.
  • Page 33 Remote Control System TT801 – User Guide Available The available menus are sum-up in the following figure of the software architecture: Menus C O N F IG U R A T IO N O F T T 801 S eria l n u m b er...
  • Page 34 Remote Control System TT801 – User Guide Main Menu You access this menu after switching on the TT801 unit and once the serial number, software version and battery voltage have been displayed for a few seconds. • Pressing 1 key allows to set the transmission and the reception parameters: from this menu, you can program transmission and reception parameters of TT801 without saving the configuration (“IMMEDIATE TRANSMIT”...

  • Page 35: Iii.4 Configuring The Transmission/Reception Parameters

    This menu is used for the management of a Database of instruments to be triggered with Access TT801 cabinet. It helps to Save / Load / Erase the transmission and reception parameters. The access to this sub-menu is allowed by pressing 2 key in the menu TX / RX settings.
  • Page 36 Remote Control System TT801 – User Guide Commands with FSK transmission The user can configure a FSK command for the transmission; in this case, the following parameters have to be set: • The TYPE: RT6xx, AR6xx, AR7xx, AR8xx or RT8xx, AR9xx or RT9xx •...
  • Page 37 Remote Control System TT801 – User Guide Table 4 - For a Monochromatic Transmission Type (single pulse) Beacon type Transmission Type Reception parameters to set RT/ET8xx Turn Around Time: this is the delay between the beacon detection of interrogation and acoustic reply CRF type: Mono or MSFK.
  • Page 38 Remote Control System TT801 – User Guide Table 5 - For ARM+CMD Commands Transmission Beacon type Command Reception parameters to set AR7xx Release None 8xx, 9xx Release CAF type: MONO (or MFSK) and Frequency (or CODE). series Telemetry (Diagnostic) RANGING: it is the type of information to display, Distance or Elapsed Time.

  • Page 39: Iii.4.2

    Remote Control System TT801 – User Guide III.4.2 C ONFIGURING THE ARAMETERS ITHOUT AVING THE ONFIGURATION The access to this sub-menu is allowed by pressing 1 key in TX / RX settings menu. Depending on the type of instrument and which function to monitor, the operator has to run the following procedures.
  • Page 40 Select the type of the information to display (RANGING): DISTANCE or Elapsed TIME using SCROLL key and press ENTER key to confirm. Then TT801 opens the TX / RX display for sending in water the command. To proceed further, skip to section III.5.

  • Page 41: Iii.4.2.2 Fsk Transmission Cases

    ENTER key, then enter the hexadecimal command code (2 byte only) and confirm by pressing ENTER key. Indicate to the TT801 which type of command will be sent to the instrument: • For AR/RT8xx, AR/RT9xx: Release, Release + Pinger, Pinger ON, Telemetry (Diagnostic), Other CMD •...
  • Page 42 Select the type of the information to display (RANGING): DISTANCE or Elapsed TIME using SCROLL key and press ENTER key to confirm. Then TT801 opens the TX / RX display for sending in water the command. To proceed further, skip to section III.5.
  • Page 43 Enter the hexadecimal code (CODE CMD) using the alphanumerical keys and confirm by pressing ENTER key. Indicate to the TT801 which type of command code will be sent to the beacon • For RT6xx: Release, Pinger ON, Telemetry (Diagnostic), Other CMD •...
  • Page 44 Select the type of the information to display (RANGING): DISTANCE or Elapsed TIME using SCROLL key and press ENTER key to confirm. Then TT801 opens the TX / RX display for sending in water the command. To proceed further, skip to section III.5.

  • Page 45: Iii.4.3 Loading A Pre-Programmed Configuration

    Action Select the new device to be loaded with SCROLL key. TT801 displays the main parameters of the instruments selected. To make correction of the ID, use the CLEAR key: A blank window opens with requirement for an ID number.

  • Page 46: Iii.4.4

    Remote Control System TT801 – User Guide III.4.4 S AVING A ONFIGURATION The access to this sub-menu is allowed by pressing 2 key in TX / RX settings menu and then by pressing 2 key in the DATABASE menu. The DATABASE TX/SAVE display opens first.
  • Page 47 (between 0 and 200 ms), and confirm by pressing ENTER key. Use CLEAR key to erase a wrong capture. Enter the TT801 receive parameters according to the reply parameters of subsea transponder: • If the type of transmission/interrogation is IIF (or FR2 for RT6xx), you must configure...

  • Page 48: Iii.4.4.2 Fsk Transmission Cases

    ENTER key, then enter the hexadecimal command code (2 byte only) and confirm by pressing ENTER key. Indicate to the TT801 which type of command will be sent to the instrument: • For AR/RT8xx and AR/RT9xx: Release, Release + Pinger, Pinger ON, Telemetry (Diagnostic), Other CMD •...
  • Page 49 Select the type of the information to display (RANGING): DISTANCE or Elapsed TIME using SCROLL key and press ENTER key to confirm. Upon completion of the operation, TT801 displays the message “STORAGE COMPLETED” and return to the MAIN MENU display.
  • Page 50 Enter the hexadecimal code (CODE CMD) using the alphanumerical keys and confirm by pressing ENTER key. Indicate to the TT801 which type of command code will be sent to the beacon • For RT6xx: Release, Pinger ON, Telemetry (Diagnostic), Other CMD •...

  • Page 51: Iii.4.5 Case Of The Pressure Measurement

    (HOME key) or to type in a new ID number. Then, press ENTER key to confirm the selection At completion of the operation, TT801 displays the message “ERASE COMPLETED” and return to the MAIN MENU display.

  • Page 52: Iii.4.6 Case Of The Pressure Measurement

    Remote Control System TT801 – User Guide III.4.6 C ASE OF THE RESSURE EASUREMENT With RT8x1 equipped with a 700 Bars Full scale pressure sensor, it is possible to measure the pressure by telemetry. The option PRESSURE TELEMETRY ON should be activated in the transponder.
  • Page 53 Remote Control System TT801 – User Guide ANSMIT SETTINGS RECEIVE SETTINGS Step 6 Step 1 TYPE : RT8xx TURN AROUND TIME : 20 ms Step7 Step 2 TRANSMIT TYPE : CRF : MONO 11.0 kHz Step 8 Step 3 FREQ : 12 kHz...

  • Page 54: Iii.5 Transmission And Data Reception Display

    The display sums up the type of instrument to be remotely controlled, the command and associated parameters, the TT801 receiver channel setup and the expected data. Note The slant range posted up by TT801 in “DISTANCE” mode is derived using a sound speed in water of 1500 m/s. Caution...
  • Page 55 CAF (FT0) acoustic acknowledgement. On the TT801 screen will be displayed the response of the remote beacon with the message “REPLY OK:” and the distance in meter between TT801 and the beacon (or elapsed time in milliseconds) is displayed.

  • Page 56: Iii.6 Activating The Release

    The window proposes to accept (transmit) or either to cancel the selection: • Press ENTER key to transmit the acoustic code(s). • Press CLEAR key to cancel the selection. TT801 clears the display and skips to step 1 of this procedure, asking for a new ID number.

  • Page 57: Iii.7 Activating The Pinger Frequency Detection

    Then TT801 is waiting for acoustic pulses and the message “RECEIVING DATA” is displayed on the last line of the LCD screen. Each time an acoustic signal matching the TT801 receiver is detected, a dot “.” is displayed and the cursor pushed away to next character position. The received PFR rate is then measured and displayed as “Pinger Rate: xxx“, with xxx in seconds.

  • Page 58: Iii.8 Activating The Options

    Remote Control System TT801 – User Guide III.8 Activating the Options Reach the menu OPTIONS by pressing key 4 in the main menu. The following window opens: OPTIONS LANGUAGE : ENGLISH BACKLIGHT : ON AUDIO : ON BATTERY VOLTAGE: 24.5 V...

  • Page 59: Iii.9 Using The Serial Link

    III.9.1 P RINCIPLE A serial link plug is present on the front panel of the TT801 cabinet. See section I.7 for the description of the RS232/422 plug. This plug allows the operator to get access to data measured by the TT801 unit (Range, Diagnostic Data, Pressure measurement, Acknowledgement of Release execution…).

  • Page 60: Iii.9.3.1 Transponder Command Type

    Remote Control System TT801 – User Guide Table 7 – Correspondence between Commands and Answers Chronology xxxxxx CIF / IIF (PRESSURE Measure in m OFF) IIF (PRESSURE ON) Measure in m Measure in dBars TCMDE RELEASE Measure in m Measure in m...

  • Page 61: Iii.9.3.2 Remote Control Unit Command Type

    Remote Control System TT801 – User Guide III.9.3.2 Remote Control Unit Command Type The answers to the Release and Release + Pinger commands are: Release Reception CAF $PMEVL,XP,RES,RNG,RT8,YP, ARM+CMD,3250 *CK<CR><LF> Reception CAF $PMEVL,XP,RES,RNG,RT8,YP,ARM+CMD,3251 *CK<CR><LF> Reception CAF $PMEVL,XP,RES,REL,RT8,YP, ARM+CMD,OK *CK<CR><LF> Diagnostic...

  • Page 62: Maintenance

    IV.4 Troubleshooting IV.2 Routine Maintenance TT801 has been designed for a simple and easy use. Nevertheless to prolong the life of the unit, regular maintenance must be carried out and logbook kept. In order to overcome the self-discharge during storage period, internal battery charging is also required on regular basis.
  • Page 63 Duration: 20 hours (for full charging) Cautions and The TT801 must be connected to only TT or TN power supply. Batteries may give off hazards gases when recharged. As a general rule, sealed container should be allowed to vent to atmosphere during the charging process.
  • Page 64 K and M of the SOURIAU 851 08 EC 14-12 P 50 44 mating plug. Requirements For cleaning use a soapy solution with soft cloth or sponge. Do not use alcohol or petroleum solvents. Pre- Transducer should not be connected to the TT801 cabinet. Requisites Procedure Step Action Acoustic Transducer: •...
  • Page 65 17.5 ± 2.5 nF. If Transducer is measured without any cable, the capacitance is 14.5 ± 2.0 nF If any problem contact IXSEA Acoustic Support or After Sale service for replacement or spare part End of procedure.

  • Page 66: Iv.3 Corrective Maintenance

    Remote Control System TT801 – User Guide IV.3 Corrective Maintenance It may happen you have to replace the battery or Mains AC fuse and the battery itself as well. The fuses are located on the lateral walls of the power unit (see Figure 12). They are indicated by the icon below that refers to this document for further information.
  • Page 67 Requirements A flat blade screwdriver (6.5 X 150 mm) A battery fuse 5A- 250V (ref.: 5A HPC TDC) Pre-Requisites Switch off the TT801 cabinet. Unplug both cables (acoustic transducer and AC Mains). Procedure Step Action Loosen the ten screws that fit the front panel on its case, with the flat blade screwdriver.
  • Page 68 Subject: Replacing the Mains AC Fuse Maintenance level: 2 Duration: less than 10 minutes When Yellow “AC/DC” LED indicator does not light on when AC mains is connected to TT801 cabinet. Requirements A flat blade screwdriver (6.5 X 150 mm) A Mains AC fuse 5A- 250V (ref.: 5A HPC TDC)
  • Page 69 Loosen the ten screws that fit the front panel on its case and remove the front panel from the case: Protect the TT801 front panel with a soft cloth and turn it upside down on a table. Using the 7 mm tube spanner, loosen the 6 off NYLSTOP nuts (3 on each side), which hold the metal chassis onto the TT801 front panel.
  • Page 70 • Disconnect the 3 cable terminals (blue, brown and yellow/green) from AC Mains filter • Disconnect the white flying plug of the Battery pack from the TT801 PCB • Disconnect the brown flying of the Battery fuse from the TT801 PCB •...
  • Page 71 Fit the front panel back in its case. Refit the ten screws to fit the front panel on the ABS casing. Connect AC mains power to TT801 cabinet and charge the new internal battery pack as per the procedure PM01.

  • Page 72: Iv.4 Troubleshooting

    Remote Control System TT801 – User Guide IV.4 Troubleshooting Look at the following table that gives the most common problems. If you do not find a solution, please contact the IXSEA support (see Warranty and Customer Support). Problem Possible causes Solution(s) Make sure the internal battery is charged.

  • Page 73: Warranty

    In order to avail itself of this warranty, Customer must notify IXSEA of the defect before expiry of the warranty period and take all steps necessary to enable IXSEA to proceed.

  • Page 74: Customer Support

    +1 781 937 8803 or +1 888 660 8836 (toll free) for US +65 6747 7027 for Asia Contact IXSEA support for any request on technical matters related to this product. IXSEA customer’s support commits to provide a quick response to your query.

  • Page 75: Contact

    Remote Control System TT801 – User Guide Contact To obtain information on any IXSEA product, a general mailbox is available with the following address: info@ixsea.com. You can also contact IXSEA headquarters in France, or one of its representatives around the world:...

  • Page 76: Appendices

    Remote Control System TT801 – User Guide Appendices A. T ECHNICAL PECIFICATIONS Power Supply • Internal rechargeable Lead-Acid battery: operational for about 60 hours. • Standard AC Mains power supply: 115-230V / 50-60 Hz. • DC power supply: 18-36V. (For battery charging, voltage must be strictly higher...
  • Page 77 Remote Control System TT801 – User Guide • Least significant bit is transmitted first, • Transmission of ARM and EXECUTION codes through automatic procedure. Transmit/Receive algorithm for command codes: This one is used for remote control interrogations. BEGIN KEYBOARD DISABLED...

  • Page 78: Front Panel Features

    Remote Control System TT801 – User Guide Front Panel Features • ON / OFF switch • SOURIAU 12 way female socket for transducer output (XDC) • JAEGER 3 way male socket for external 115-230V AC power supply • SOURIAU 6 way male socket for external 24 VDC power supply •...

  • Page 79: Frequency To Digit Conversion Table

    Remote Control System TT801 – User Guide B. F REQUENCY TO IGIT ONVERSION ABLE Transmission Frequency Frequency Code Bit_0 or Bit_1 Channel (kHz) TT301 / TT801 TT201 10.0 10.5 11.0 11.5 12.0 12.5 13.0 13.5 14.0 14.5 15.0 15.5 16.0...

  • Page 80: Dunking Transducers

    Remote Control System TT801 – User Guide C. D UNKING RANSDUCERS Standard PET801P-30 P/N 9400057 MU-TT801-AN rev.6 September 2009...

  • Page 81: Optional Pet661S-Tt, P/N 9400051 With Interconnect Cable P/N 9300117

    Remote Control System TT801 – User Guide Optional PET661S-TT, p/n 9400051 with interconnect cable p/n 9300117 MU-TT801-AN rev.6 September 2009...
  • Page 82 Remote Control System TT801 – User Guide INTERCONNECT CABLE Between TT701 or TT801 and PET 661 S-TT (iXSea ref : 9300117) Cable : AXON ZN2019-MSTMR7 - 7 twisted conducting wires - Operating voltag : 600 V rms (1000 V rms allowed for a short time)

  • Page 83: Optional Am661S Acoustic Module, P/N 2809200 With Interconnect Cable P/N 9300102

    Remote Control System TT801 – User Guide Optional AM661S Acoustic Module, p/n 2809200 with interconnect cable p/n 9300102 MU-TT801-AN rev.6 September 2009...
  • Page 84 Remote Control System TT801 – User Guide INTERCONNECT CABLE Between TT301B,TT801 and AM661S (Ixsea ref : 9300102) Cable model : AXON ZN2019-MSTMR7 (Ixsea ref. : CA7-9EP) - 7 twisted conducting wires - Operating voltage : 600 V rms (1000 V rms allowed for a short time)

  • Page 85: Examples Of Build Sheets

    Remote Control System TT801 – User Guide D. E XAMPLES OF UILD HEETS Example of AR661 Build Sheet TYPE AR 661 B2S-DDL Manufacture Customer 301 9200 Agent Function Acoustic Release Customer Visa : Modification Affair TECHNICAL SPECIFICATIONS ELECTRONIC BOARD ELECTRONICAL SPECIFICATIONS...

  • Page 86: Example Of Rt661 Build Sheet

    Remote Control System TT801 – User Guide Example of RT661 Build Sheet TYPE RT 661 B2S-DDL Manufacture Customer 308 9301 Agent Function Recoverable Transponder Customer Visa : Modification Affair TECHNICAL SPECIFICATIONS ELECTRONIC BOARD ELECTRONICAL SPECIFICATIONS Reference Function Transmit width : 10 ms Transmit level : 191 dB +/-4dB ref 1µPa at 1m...
  • Page 87 Remote Control System TT801 – User Guide FUNCTIONAL SPECIFICATIONS Function / Code TT801/TT301 TT201 Sequence ON FR1-FR2 2842 BIT0 + BIT1 + 42 OFF FR1-FR2-PINGER(ST) 2843 BIT0 + BIT1 + 43 ⇒ RELEASE 1 2844 BIT0 + BIT1 + 44 ⇒...

  • Page 88: Example Of Ar861 Build Sheet

    Remote Control System TT801 – User Guide Example of AR861 Build Sheet TYPE : AR 861 B2S Date of Manufacture : 276 Customer : 392 9100 Representative Function : Acoustic Release Job file Modification Customer approval TECHNICAL SPECIFICATIONS ELECTRONIC BOARD...
  • Page 89 Remote Control System TT801 – User Guide FUNCTIONAL SPECIFICATIONS Function / Code TT801/ TT701/ TT301 TT201 Sequence 141C ⇒ ARM / RANGING N.A. Lock-Out time = 4s Active time = 20s The following acoustic codes must be preceded by an ARM code 1455 ⇒...

  • Page 90: Example Of Rt861 Build Sheet

    Remote Control System TT801 – User Guide Example of RT861 Build Sheet TYPE : RT 861 CT-TR Manufacturing date : : 305 Customer : 386 9501 Representative Function : Recoverable Transponder Job file Modification Customer Approval : TECHNICAL SPECIFICATIONS ELECTRONIC BOARD...
  • Page 91 Remote Control System TT801 – User Guide ⇒ CAF ⇒ PINGER PINGER ON ARM + 0347 N.A. ⇒ CAF PINGER OFF ARM + 0348 N.A. ⇒ CAF1 ⇒ CAF2 DIAGNOSTIC ARM + 0349 N.A. ⇒ CAF ACOUSTIC RESET ARM + 034A N.A.

  • Page 92: Example Of Ar701 Build Sheet

    Remote Control System TT801 – User Guide Example of AR701 Build Sheet TYPE : AR 701 AE Date of Manufacture : 149 Customer : 359 9000 Representative Function : Acoustic Release Job file TECHNICAL SPECIFICATIONS ELECTRONIC BOARD ELECTRONIC SPECIFICATIONS Reference Function 14.0 kHz...

  • Page 93: General Index

    Remote Control System TT801 – User Guide General Index Battery............55 Accessing Database ............27 Codes Immediate Settings......... 27 Command............68 Main Menu............26 Commands TX/RX Settings..........27 codes.............. 68 Acoustic Module Configuration AM 661 S............11 Deleting ............43 Loading ............
  • Page 94 Remote Control System TT801 – User Guide GET STARTED WITH TT801......21 RT661 Handle TT801..........18 Build Sheet..........78, 82 Power on TT801..........22 Saving Show the Battery Voltage....... 50 Configuration..........38 Store TT801............ 19 Serial Link turn off/on the backlight ........50 Connectors.............

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