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Edgetech 2300 Technical Manual

Full spectrum system
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FULL SPECTRUM SYSTEM
2300 T
G
ECHNICAL
UIDE
SYSTEM TECHNICAL & USER'S GUIDE
2300 DATA TELEMETRY
2000
ALUMINUM BOTTLE
M
D
S
D
ELIVERY
PECIFIC
OCUMENT
Document No: 0022174 REV B 30 October 2019
Product ID: 2300
4 Little Brook Road
West Wareham, MA 02576 - USA
Tel: 508-291-0057 / Fax: 508-291-2491
info@EdgeTech.com
Email:

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Summary of Contents for Edgetech 2300

  • Page 1 FULL SPECTRUM SYSTEM 2300 T ECHNICAL UIDE SYSTEM TECHNICAL & USER’S GUIDE 2300 DATA TELEMETRY 2000 ALUMINUM BOTTLE ELIVERY PECIFIC OCUMENT Document No: 0022174 REV B 30 October 2019 Product ID: 2300 4 Little Brook Road West Wareham, MA 02576 - USA Tel: 508-291-0057 / Fax: 508-291-2491 info@EdgeTech.com...

  • Page 2: Table Of Contents

    2300 System Technical and User’s Guide TABLE OF CONTENTS ERRATA ............................4 OVERVIEW ............................ 5 2300 SYSTEM BLOCK DIAGRAM ..................... 6 NETWORK CONFIGURATION ....................6 OPERATIONS - GENERAL......................8 TOPSIDE SYSTEM ASSEMBLY ....................9 STARMUX IV T ..........9 ELEMETRY ULTIPLEXER OPSIDE ..............11...
  • Page 3 2300 System Technical and User’s Guide 10.7 J7 – 1/2-20UNF B ) ........19 LANKING FUTURE PTIONS NTERFACE 10.8 J8 – 2205 I ......................19 NTERCONNECT 10.9 J9 – 24 ......................19 RANSPONDER 10.10 J10 – G ’ ...............19 ENERIC EVICE PTION NTERFACE TRIGGERS ............................

  • Page 4: Errata

    2300 System Technical and User’s Guide 1. ERRATA Date Reviewer Comment 16 September 2019 Initial Release Updated drawings and technical procedures. Added 30 October 2019 Troubleshooting section. Document : Rev B Page 4 0022174...

  • Page 5: Overview

    The 2300 Multiplexer and Data Telemetry Assembly is the power, digital telemetry, and device interface hub of the 2300 vehicle. The system consists of 3 parts: Rack Mounted Topside, Digital Telemetry conversion, and the Device Multiplexer within the 2300 Vehicle. The Rack Mounted Topside consists of the multiplexer's data distribution hub, high voltage power supply, and the EdgeTech data display and control computer.

  • Page 6: System Block Diagram

    • Starmux IV Multiplexer Chassis Assembly (red dashed box). • Page 2 of 0021988 depicts the 2300 and 2205 Subsea Pressure housings and the sensors (optional) this system can be interface. 4. Network Configuration Internal system devices are configured by making changes in the web-accessible configuration pages. No device-specific software was written to configure the units.
  • Page 7 2300 System Technical and User’s Guide Figure 4-1-Internet Explorer Favorites Device IP Address Topside 8-Port Serial-to-IP Converter 192.9.0.201 Topside 4-Port Digital-to-IP Converter 192.9.0.203 (if applicable) EdgeTech Topside 192.9.0.102 Subsea 10-Device Web Power Relay 192.9.0.204 Subsea 4-Port Digital-to-IP Converter (if applicable) Subsea 8-Port Serial-to-IP Converter 192.9.0.205...

  • Page 8: Operations - General

    2300 System Technical and User’s Guide 5. Operations - General 1. At start-up, turn ON the Starmux IV Topside and verify that the current, at 350vdc, is nominally 0.20 amps. This is the current draw of the housekeeping electronics. 2. Open Internet Explorer once the topside computer is operational. All web-accessible device configuration pages should have an Internet Explorer Tab set up and can also be found under the Favorites’...

  • Page 9: Topside System Assembly

    Figure 6-2. As noted previously … the StarMux IV is the dry side of the 2300’s telemetry system. To access a sensor’s serial data, a cable must be run from the Starmux IV rear panel serial connection to a computer (such as the optional Topside PC). The Starmux IV Serial Interfaces are NOT recognized by the Windows OS and cannot be changed using any Windows utility.
  • Page 10 Serial Port #1 being DTE). Four BNC connectors are provided to connect FSK and/or TTL/CMOS digital triggers to the system. Only the FSK input is presently used in the 2300 to provide a Topside Trigger to the Tracking Beacon. When the Digital I/O feature is active, there is one additional input and two additional output triggers.

  • Page 11: Topside Processing And Display Computer

    6.2 Topside Processing and Display Computer A standard Edgetech Topside computer assembly is used to run Discover software and to remotely log in to the 2205 sonar processor. The computer and the Starmux IV are typically shipped in a rackmount case, as shown in Figures and 6-4.

  • Page 12: Multiplexer Topside Connector/Internal Cable Configuration

    (IP). There are no user-serviceable parts within the chassis. Changes to IP addresses are NOT recommended as the changes must be propagated to each channel of the Topside and Subsea interfaces. Please contact EdgeTech customer support for assistance. 7.1 Topside 8-Port Serial-to-IP Interface This is an 8-port device that converts serial data to IP packets.
  • Page 13 2300 System Technical and User’s Guide configuration file can be reloaded from, C:\EdgeTech\Multiplexer Configuration\\Topside-Serial-8port- config, on the EdgeTech Topside computer. The device's username is admin, and the password is superuser. For changes to the Serial Port Settings, see the Troubleshooting Section.

  • Page 14: Topside Digital-To-Ip Interface - Triggers (Optional)

    Topside. The multiplexer (drawing 0022066) is designed to support interfaces specific to a Magnetometer, 24v, and 48v Beacon and the EdgeTech 2205. Additionally, it supports 2 identical OPTION connectors (MCBH8F) which are wired as denoted in Table 9-1.
  • Page 15 2300 System Technical and User’s Guide "WebRelay" Capacitor Bank Power Relays Modem / FSK Receiver Power Separation Module Serial to IP Converter Power Supply Module (underneath) Network Switch Ethernet Splitter Power Board Capacitor Bank Ethernet/Trigger Splitter Figure 9-1: Multiplexer Assembly...
  • Page 16 2300 System Technical and User’s Guide MCBH8F Description 0VDC RS232 (TO device) RS232 (FROM device) Trig/Serial GND +24 VDC Trig (from 2205) +12 VDC Table 9-1: Generic Sensor Bulkhead Wiring Configuration Figure 9-2: Multiplexer End Cap Document : Rev B...

  • Page 17: Subsea 8-Port Serial-To-Ip Interface

    , on C:\EdgeTech\Multiplexer Configuration\Subsea-8PortSerial the EdgeTech Topside computer. The device's username is admin, and the password is superuser. For changes to the Serial Port Settings, see the Troubleshooting Section. 9.2 Subsea Digital-to-IP Interface – Triggers (optional) This is a 4-port device that converts digital signals (triggers) to IP packets.

  • Page 18: Multiplexer Subsea Interface Configuration

    (as denoted in Table 10-1). Please contact EdgeTech Customer service if a configuration change is needed. 10.1 J1 - HV DC Input, Modulated Data Telemetry The coax tow cable connects to pigtail (drawing 0012218), which in turn plugs into connector J1 (drawing 0022176) to provide power and modulated telemetry to the subsea components.

  • Page 19: J6 - 7/16-20Unf Blanking Plug (Future Options Interface)

    Starmux IV Serial Port #6. Trigger C, from the 2205, is connected to this bulkhead. Triggers A Frequency Shift Keyed (FSK) modulated trigger is provided as standard with the 2300. This is a TTL input to Starmux IV Topside. The trigger is then distributed to the 24v & 48vdc Beacon connectors.
  • Page 20 2300 System Technical and User’s Guide Trigger Direction Description Trigger A from the 2205. This is Output synchronized to all SONAR transmissions. Input 1pps Output Unused Optional Beacon Trigger provided by the Input beacon's topside hardware. Table 11-1: Trigger Configuration for Optional Digital I/O (non-FSK) Interface The FSK can be verified as being received and processed by the 2205 through the use of the SONAR ->...

  • Page 21: Optional Additional Hardware

    Starmux IV and the 2300 Multiplexer. 12.2 Magnetometer Cables If the 2300 is delivered with a Magnetometer, an interface cable is used to connect the device to the appropriate bulkhead connector. Default Multiplex Connector is J3. A partial list of interface cables is...

  • Page 22: Other Devices

    Default Mux Connector EdgeTech Part Number AML Bathymetrec-X 0020765 Table 12-3: 2300 Compatible Device Interface Cables Mechanical Configuration 13.1 Electronics The system electronics are housed in a 2000-meter rated aluminum pressure housing, drawing 0022242. The pressure rating of the housing may/may not be the limiting factor in the overall system depth rating.

  • Page 23: Faq / Troubleshooting

    2300 System Technical and User’s Guide cannot accept a DC path from the EdgeTech system, the internal sea ground can be ONLY capacitively coupled to the bottle/sea ground interface. FAQ / Troubleshooting 14.1 Serial Port TX/RX Determination When connecting to a serial port, the issue at hand is which pin is doing what. A quick check with a DVM can be made to determine which pin is the transmit pin on the two ports being used.

  • Page 24: Terraterm Monitoring Of Nema Data

    2300 System Technical and User’s Guide 14.4 TerraTerm monitoring of NEMA Data The default screen is shown below (figure 14-1). NEMA data is available on the network provided the device (such as a GPS) is connected to Starmux IV Serial Port #1. This ports connects the GPS to the Topside Serial-to-IP converter and broadcasts it data on the network.
  • Page 25 2300 System Technical and User’s Guide that the units be changed back to the default rate once the mission is complete. The baud rate settings must be changed in the Topside and Subsea Serial-to-IP converters. NOTE: Changes to the Windows OS serial ports will NOT have any effect on the Telemetry system but additional changes may be necessary if Telemetry system’s output is connected to a PC COM port.
  • Page 26 2300 System Technical and User’s Guide Figure 14-3. Perle Topside Serial Configuration Select <Serial Ports>. This will display a table showing all serial ports and how they are configured (figure 14-4). Highlight the line you want to change and select <EDIT>.
  • Page 27 2300 System Technical and User’s Guide This will bring up the Serial Port Window (figure 14-5). In this example, Serial Port #2 is selected and opened for editing. Figure 14-5. Serial Port #2 Main Page Select the HARDWARE tab (figure 14-6). Here you will be able to change the data rate SPEED. Once changed, the Right Hand Window will indicate that the system needs to be REBOOTED.

  • Page 28: Monitoring Serial Data

    2300 System Technical and User’s Guide 14.6 Monitoring Serial Data All telemetered serial data can be monitored from either the Topside or Subsea Serial-to-IP interface using the Statistics display. This will show if any data is being transmitted or received by the device on the corresponding serial port.
  • Page 29 2300 System Technical and User’s Guide Figure 14-8. Serial Statstics Display In this window, the ACTIVE ports are displayed with the baud rate selected. If the RX & TX windows are updating, then data is being received or transmitted. If no data is being received (external device is sending data to the Serial-to-IP converter), then there is a problem between those two components.

  • Page 30: Attached Documents

    2300 System Technical and User’s Guide Attached Documents Title Reference ASSY TOP TOW FISH 2300 230 540 850 04 106SB 07 INCH 0021988 ASSY TOP ELECTRONICS BOTTLE 2300 MULTIPLEXER 8.5 0022067 INCH ASSY SUB ELECTRONICS CHASSIS 2300 MULTIPLEXER 8.5 INCH...

  • Page 31: Appendix A. Topside 8-Port Serial-To-Ip Interface

    REVISIONS REVISIONS UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF "EDGETECH" AND ARE DESCRIPTION DESCRIPTION DATE DATE APPROVED APPROVED ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE BASIS FOR THE MANUFACTURE OR SALE OF APPARATUS WITHOUT PERMISSION.
  • Page 32 UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE BASIS FOR THE MANUFACTURE OR SALE OF APPARATUS WITHOUT PERMISSION.
  • Page 33 CARDFILE NAME CARDFILE NAME UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE 2300 2300 0022067...
  • Page 34 CARDFILE NAME CARDFILE NAME UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE 2400 2400 0022067...
  • Page 35 CARDFILE NAME UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY Pin 4 FROM Device OF "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE 2400 2400...
  • Page 36 UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY DESCRIPTION DATE APPROVED OF "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE BASIS FOR THE MANUFACTURE OR SALE OF APPARATUS WITHOUT PERMISSION. COPYRIGHT @ 2012 EDGETECH INC. Initial Release 11/05/12 6"...
  • Page 37 REVISIONS UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE DESCRIPTION DATE APPROVED BASIS F OR THE MANUFACTURE OR SALE OF APPARAT US WITHOUT PERMISSION. COPYRIGHT @ 2010 EDGETECH INC.
  • Page 38 REVISIONS REVISIONS UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE BASIS DESCRIPTION DESCRIPTION DATE DATE...
  • Page 39 UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF REVISIONS REVISIONS "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE BASIS DESCRIPTION DESCRIPTION DATE DATE...
  • Page 40 REVISIONS REVISIONS UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE BASIS DESCRIPTION DESCRIPTION DATE DATE...
  • Page 41 DESCRIPTION DATE APPROVED OF "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE Initial release 11/1/19 BASIS F OR THE MANUFACTURE OR SALE OF APPARAT US WITHOUT PERMISSION. COPYRIGHT @ 2011 EDGETECH INC.
  • Page 42 DESCRIPTION DATE APPROVED OF "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE Initial release 11/28/18 BASIS F OR THE MANUFACTURE OR SALE OF APPARAT US WITHOUT PERMISSION. COPYRIGHT @ 2011 EDGETECH INC.
  • Page 43 REVISIONS REVISIONS UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF "EDGETECH" AND ARE ISS UED IN STRICT DESCRIPTION DESCRIPTION DATE DATE APPROVED APPROVED CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE BASIS FOR THE MANUFACTURE OR SALE OF APPARATUS WITHOUT PERMISSION. COPYRIGHT @...
  • Page 44 UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF REVISIONS REVISIONS "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE BASIS DESCRIPTION DESCRIPTION DATE DATE...
  • Page 46 DESCRIPTION DATE APPROVED OF "EDGETECH" AND ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE BASIS F OR THE MANUFACTURE OR SALE OF APPARAT US WITHOUT PERMISSION. COPYRIGHT @ 2013 EDGETECH INC. Initial Release...
  • Page 47 REVISIONS REVISIONS UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF "EDGETECH" AND ARE ISS UED IN STRICT DESCRIPTION DESCRIPTION DATE DATE APPROVED APPROVED CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE BASIS FOR THE MANUFACTURE OR SALE OF APPARATUS WITHOUT PERMISSION. COPYRIGHT @...
  • Page 48 REVISIONS REVISIONS UNLESS AS MAY BE OTHERWISE PROVIDED BY CONTRACT, THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF "EDGETECH" AND ARE ISS UED IN STRICT DESCRIPTION DESCRIPTION DATE DATE APPROVED APPROVED CONFIDENCE AND SHALL NOT BE REPRODUCED, COPIED OR USED AS THE BASIS FOR THE MANUFACTURE OR SALE OF APPARATUS WITHOUT PERMISSION. COPYRIGHT @...
  • Page 49 REVISIONS THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF EDGEONE LLC DBA EDGETECH (OR ORE) AND ARE ISSUED IN STRICT CONFIDENCE. THEY SHALL NOT BE REPRODUCED, COPIED OR USED ECR# DESCRIPTION DATE APPROVED IN ANY WAY WITHOUT THE EXPRESS WRITTEN PERMISSION OF EDGEONE LLC.
  • Page 50 2300 System Technical and User’s Guide Appendix A. Topside 8-Port Serial-to-IP Interface The following are screen snapshots of all device configurations. Document : Rev B Page 31 0022174...
  • Page 51 2300 System Technical and User’s Guide Document : Rev B Page 32 0022174...
  • Page 52 2300 System Technical and User’s Guide Configuration of serial ports, starting with Navigation, Serial Port #1. This is a Serial to TCP data distribution configuration. Document : Rev B Page 33 0022174...
  • Page 53 2300 System Technical and User’s Guide This port’s profile is for TCP Sockets. This allows serial Navigation data (received on Serial Port #1 / COM #1) to be made available in the Network and to be read by other network devices.
  • Page 54 2300 System Technical and User’s Guide Document : Rev B Page 35 0022174...
  • Page 55 2300 System Technical and User’s Guide Configuration for the Magnetometer Specific Bulkhead, Serial Port #2 Unless otherwise noted, this page is the same for all serial ports and will not be repeated. Document : Rev B Page 36 0022174...
  • Page 56 2300 System Technical and User’s Guide Unless otherwise noted, this page is the same for all serial ports and will not be repeated. Document : Rev B Page 37 0022174...
  • Page 57 2300 System Technical and User’s Guide Configuration for the OPTION/AML Interface, Serial Port #3. This is also a TCP Sockets Profile to allow for serial data to be distributed to network devices. Document : Rev B Page 38 0022174...
  • Page 58 2300 System Technical and User’s Guide Configuration for the 48v Beacon Interface, Serial Port #4 Configuration for the 24v Beacon Interface, Serial Port #5 Document : Rev B Page 39 0022174...
  • Page 59 2300 System Technical and User’s Guide Configuration for the OPTION, Serial Port #6 Document : Rev B Page 40 0022174...
  • Page 60 2300 System Technical and User’s Guide This display allows the user to see if data is being transmitted or received. It updates asynchronously, but it does provide information as to the status of the sensor's telemetry. This screen provides a quick overview of the ACTIVE Serial Port’s baud rate, data being passed and whether there are any data telemetry errors.

  • Page 61: Appendix B. Topside Digital-To-Ip Interface (If Applicable)

    2300 System Technical and User’s Guide Appendix B. Topside Digital-to-IP Interface (if applicable) This display identifies the two units that will be “talking” to each other. Document : Rev B Page 42 0022174...
  • Page 62 2300 System Technical and User’s Guide The Control Signal I/O Profile allows the system to pass digital triggers Configuration for 1pps Trigger on the DCD line Document : Rev B Page 43 0022174...
  • Page 63 2300 System Technical and User’s Guide The Topside device "Listens" to the Port on the Subsea Unit Document : Rev B Page 44 0022174...
  • Page 64 2300 System Technical and User’s Guide Document : Rev B Page 45 0022174...
  • Page 65 2300 System Technical and User’s Guide Document : Rev B Page 46 0022174...
  • Page 66 2300 System Technical and User’s Guide Document : Rev B Page 47 0022174...
  • Page 67 2300 System Technical and User’s Guide As the Trigger is received, the Value will oscillate between Inactive and Active. Document : Rev B Page 48 0022174...

  • Page 68: Appendix C. Subsea 8-Port Serial-To-Ip Interface

    2300 System Technical and User’s Guide Appendix C. Subsea 8-Port Serial-to-IP Interface Document : Rev B Page 49 0022174...
  • Page 69 2300 System Technical and User’s Guide This matches the Topside Serial Interface Configuration Document : Rev B Page 50 0022174...
  • Page 70 2300 System Technical and User’s Guide Serial Port #1 / COM1 – Navigation. This is a unique serial port where serial data is broadcast to a TCP Port for other network users. Document : Rev B Page 51 0022174...
  • Page 71 2300 System Technical and User’s Guide Document : Rev B Page 52 0022174...
  • Page 72 2300 System Technical and User’s Guide Serial Port #2 / COM 2 – Magnetometer Port Unless otherwise noted, this page is the same for all Serial Ports and will not be repeated. Document : Rev B Page 53 0022174...
  • Page 73 2300 System Technical and User’s Guide Unless otherwise noted, this page is the same for all Serial Ports and will not be repeated. Document : Rev B Page 54 0022174...
  • Page 74 2300 System Technical and User’s Guide Serial Port #3; Option/AML Device on COM #3. Note this is a TCP Sockets Profile for serial to Network device data transfer Document : Rev B Page 55 0022174...
  • Page 75 2300 System Technical and User’s Guide Serial Port #4 / COM 4; 48v Beacon Serial Port #5 / COM 5; 24v Beacon Document : Rev B Page 56 0022174...
  • Page 76 2300 System Technical and User’s Guide Serial Port #6 / COM 6; TBD OPTION Serial Port #7; Reserved Document : Rev B Page 57 0022174...
  • Page 77 2300 System Technical and User’s Guide Serial Port #8; Reserved Statistical Tab that allows Real-Time viewing of data packet transfer. The Subsea TX should match the Topside RX, and the Subsea RX should match the Topside TX. Document : Rev B...

  • Page 78: Appendix D. Subsea Power Relay Interface

    2300 System Technical and User’s Guide Appendix D. Subsea Power Relay Interface This is the WebRelay configuration display. This is only accessed to set the WebRelay's network address and to assign "Names" to the relays to make the web display easier to associate with the hardware. It is also on this display where the temperature can be changed from units of Fahrenheit to Celsius.
  • Page 79 2300 System Technical and User’s Guide WebRelay IP address configuration Document : Rev B Page 60 0022174...
  • Page 80 2300 System Technical and User’s Guide Document : Rev B Page 61 0022174...
  • Page 81 2300 System Technical and User’s Guide This is the Relay configuration page. Relays 1 and 3-9 are all identically configured, with the exception being the naming convention. Relays 2 and 10 are used as part of the SB Amplifier Capacitor charging function as shown below.
  • Page 82 2300 System Technical and User’s Guide Relay #2; This relay controls the voltage being applied to the SB amplifiers and its Capacitor Bank. It is activated by the User selection or by an internal digital INPUT #1 that is tied to activation of the 2205 Power Relay #1.
  • Page 83 2300 System Technical and User’s Guide Relay #10; This relay is part of the SB Capacitive Charging circuit and is NOT used to control ANY external devices. Document : Rev B Page 64 0022174...
  • Page 84 2300 System Technical and User’s Guide Sub-Bottom Capacitive Relay Activation/Charging When the 2205 (Relay #1) is first powered, it generates a Active High line that drives digital INPUT #1 which triggers the SB Amps (Relay #2) to CLOSE. When Relay #2 closes, it produces a 2 Active High line that drives INPUT #2 and changes the state of Relay #10 such that current flows through Relay #2 ->...
  • Page 85 2300 System Technical and User’s Guide This is the main power control display for turning ON/OFF all devices. This display should be on the Topside Screen at all times. This screen depicts the 48vdc being applied to the 2205 SONAR and SB electronics.
  • Page 86 2300 System Technical and User’s Guide This page configures the Control Page interface. Here, Relays 3, 4, 9 and 10 have had their ON/OFF buttons removed as these relays are not presently used. Document : Rev B Page 67 0022174...
  • Page 87 2300 System Technical and User’s Guide The WebRelay will log all temperature data to non-volatile memory. This data can be accessed using the IP path denoted above. Document : Rev B Page 68 0022174...
  • Page 88 2300 System Technical and User’s Guide What data is logged is handled from the Setup menu under the Logging tab Document : Rev B Page 69 0022174...
  • Page 89 2300 System Technical and User’s Guide Under the Setup page is the Sensors Tab where the temperature probe’s configuration is handled. This probe is placed alongside the system’s DC/DC converter board. Document : Rev B Page 70 0022174...

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