raw/Dataset.csv

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"3.1 	Power On/Off 
 
The Power On/Off button (A) provides power to the system and restores default settings.  When button is held down for at least one second, the display will perform a system check to determine that the DF-101 is functioning properly.  While it is performing this check, all LEDs will illuminate.  After the system check is complete, the only remaining illuminated LEDs will be the Power On LED (B), the Speaker On/Off LED and the Numeric Bearing Indicator (K) will display “---“. Note: the illuminated Speaker On/Off LED indicates the speaker is off. Press the Speaker On/Off button to turn on the speaker. Check to ensure the Warning LED (I) is not illuminated; if the Warning LED is illuminated, service is required.  To turn the direction finder off, hold down Power button (A) for at least one second; all LEDs will extinguish. 
 
3.2 	Speaker 
 
The speaker (L) provides the audible indication of the received distress signal. The Speaker On/Off button (F) toggles the speaker on and off.  When the Speaker On/Off LED (G) is illuminated, the speaker is off. 
 
3.3 	Clear 
 
Clear (H) is used to clear the DF-101 internal data used to calculate bearing; it resets to an un-averaged bearing value.  Clear the display by depressing the Squelch decrease button (D) and Dim button (E) simultaneously.  When the data is cleared, the bearing LEDs will illuminate in the same pattern as when the unit is first powered on. 
 
3.4 	Squelch 
 
Squelch is used to filter undesired signals that may be present at or near 121.5 MHz. These signals are typically found in high traffic areas such as shipping channels, airport flight paths, and populated areas.  It is also used to reduce interference noise from own ship RF emissions. Increasing squelch will cause a decrease in range of the DF. Therefore it is recommended that the squelch be decreased when operating away from high traffic areas in order to maximize system range. 
 
Changing the squelch level:  Press and hold the “Squelch +” button (C) or the “Squelch –“ button (D) to enter squelch mode and increase/decrease the squelch level. While in squelch mode, a squelch value will be displayed on the numeric bearing indicator (K) as well as on the LED bearing indicators (M). Values for squelch are 0-360. Release squelch increase/decrease button when desired squelch level is achieved. The DF will return to bearing display mode five seconds after release of button.  
 
3.5 	Dim 
 
The display dimmer button (E) enables the user to dim the display LEDs. The display has 3 levels of illumination. Push the button to decrease the illumination. 
 
3.6 	Signal Strength 
 
The signal strength indicator LEDs (J) indicate the received signal strength on a graduated scale from 0 to 6 (0 indicating weak/no signal and 6 indicating strong signal). 
 
3.7 	Warning 
 
The warning LED (I) alerts the user to a failure in the system. If this LED is illuminated, first turn off power (A) and check to ensure DB-9 data and power cable connections (N & O) are fully secured. Turn on power (A).  If warning LED is still illuminated, see section 4.0, Maintenance and Troubleshooting procedures. 
 
3.8 	Default Settings 
 
Default settings for the DF-101 are: • 	Dim – High (brightest) value 
•	Squelch – Last saved value 
•	Speaker – OFF 
NOTE:  	The system returns to the default settings when the DF-101 is turned on. ",Identify functions of the DF101 direction finder
"3.1 	Power On/Off 
 
The Power On/Off button (A) provides power to the system and restores default settings.  When button is held down for at least one second, the display will perform a system check to determine that the DF-101 is functioning properly.  While it is performing this check, all LEDs will illuminate.  After the system check is complete, the only remaining illuminated LEDs will be the Power On LED (B), the Speaker On/Off LED and the Numeric Bearing Indicator (K) will display “---“. Note: the illuminated Speaker On/Off LED indicates the speaker is off. Press the Speaker On/Off button to turn on the speaker. Check to ensure the Warning LED (I) is not illuminated; if the Warning LED is illuminated, service is required.  To turn the direction finder off, hold down Power button (A) for at least one second; all LEDs will extinguish. 
 
3.2 	Speaker 
 
The speaker (L) provides the audible indication of the received distress signal. The Speaker On/Off button (F) toggles the speaker on and off.  When the Speaker On/Off LED (G) is illuminated, the speaker is off. 
 
3.3 	Clear 
 
Clear (H) is used to clear the DF-101 internal data used to calculate bearing; it resets to an un-averaged bearing value.  Clear the display by depressing the Squelch decrease button (D) and Dim button (E) simultaneously.  When the data is cleared, the bearing LEDs will illuminate in the same pattern as when the unit is first powered on. 
 
3.4 	Squelch 
 
Squelch is used to filter undesired signals that may be present at or near 121.5 MHz. These signals are typically found in high traffic areas such as shipping channels, airport flight paths, and populated areas.  It is also used to reduce interference noise from own ship RF emissions. Increasing squelch will cause a decrease in range of the DF. Therefore it is recommended that the squelch be decreased when operating away from high traffic areas in order to maximize system range. 
 
Changing the squelch level:  Press and hold the “Squelch +” button (C) or the “Squelch –“ button (D) to enter squelch mode and increase/decrease the squelch level. While in squelch mode, a squelch value will be displayed on the numeric bearing indicator (K) as well as on the LED bearing indicators (M). Values for squelch are 0-360. Release squelch increase/decrease button when desired squelch level is achieved. The DF will return to bearing display mode five seconds after release of button.  
 
3.5 	Dim 
 
The display dimmer button (E) enables the user to dim the display LEDs. The display has 3 levels of illumination. Push the button to decrease the illumination. ",Operate the DF-101 direction finder
section 3.0,Identify components of the DF101 direction finder
"The Power On/Off button (A) provides power to the system and restores default settings.  When button is held down for at least one second, the display will perform a system check to determine that the DF-101 is functioning properly.",Inititalize the DF-101 direction finder
"The Power On/Off button (A) provides power to the system and restores default settings.  To turn the direction finder off, hold down Power button (A) for at least one second; all LEDs will extinguish. ",Shutdown the DF-101 direction finder
"3.6 	Signal Strength 
 
The signal strength indicator LEDs (J) indicate the received signal strength on a graduated scale from 0 to 6 (0 indicating weak/no signal and 6 indicating strong signal). 
 
3.7 	Warning 
 
The warning LED (I) alerts the user to a failure in the system. If this LED is illuminated, first turn off power (A) and check to ensure DB-9 data and power cable connections (N & O) are fully secured. Turn on power (A).  If warning LED is still illuminated, see section 4.0, Maintenance and Troubleshooting procedures. 
 
3.8 	Default Settings 
 
Default settings for the DF-101 are: • 	Dim – High (brightest) value 
•	Squelch – Last saved value 
•	Speaker – OFF 
NOTE:  	The system returns to the default settings when the DF-101 is turned on. ",Describe the LEDs on the DF-101 direction finder
"When replacing a DF-100 (see figure 4) with a DF-101, ensure that the display and antenna are replaced. The DF-101 display does not function with the DF-100 antenna; the DF101 antenna does not function with the DF-100 display",Identify the DF-101 display
"When replacing a DF-100 (see figure 4) with a DF-101, ensure that the display and antenna are replaced. The DF-101 display does not function with the DF-100 antenna; the DF101 antenna does not function with the DF-100 display",Identify the DF-101 antenna
"When replacing a DF-100 (see figure 4) with a DF-101, ensure that the display and antenna are replaced. The DF-101 display does not function with the DF-100 antenna; the DF101 antenna does not function with the DF-100 display",Identify the DF-100 antenna
"When replacing a DF-100 (see figure 4) with a DF-101, ensure that the display and antenna are replaced. The DF-101 display does not function with the DF-100 antenna; the DF101 antenna does not function with the DF-100 display",Identify the DF-100 display
"a.     Upon manning the small boat, ensure the boat’s power panel main breaker and ORCA® breaker are turned on.",Identify the boat’s power panel main breaker and ORCA® breaker
"Operation 
a.	After the DF is ready to receive signal, and the boat is underway and making way, establish the general direction to the MOB by communicating with the ship’s pilothouse. 
NOTE:  	Do not immediately rely on the accuracy of the DF, as the signal coming from the ORCA® transmitter may reflect off the ship. This can produce a false bearing on the recovery boat DF display. 
b.	Once there is some distance between the recovery boat and the ship (50-100 yards, depending on the position of the MOB relative to the ship), the DF display bearings will become more accurate and should be used to determine the bearing to the MOB. ",Describe the operation procedure for the recovery boat and how to establish the general direction to the MOB
"When the DF receives the MOB signal, the bearing indicator LED on the display will illuminate, indicating the relative bearing to the MOB.  Circular display bearing accuracy is ±5 degrees. ",Identify the bearing indicator LED on the DF display
"Bearing indication may be sporadic, depending on weather conditions and sea state.  Poor weather, high sea state, and interference from 121.5 MHz emitters (own ship or otherwise) will affect the ability of the DF to receive the signal. ",Describe the factors that can affect the bearing indication
"Inspect all components of the direction finder: display, antenna, and cables, for unusual wear and tear.  If any parts are broken, missing or excessively worn, notify supervisor for repair or replacement. ",Describe the inspection procedure for the direction finder
"a.	To replace a missing or broken antenna element, you will need the following materials: 
Brush, wire 
Cloth, cleaning, disposable 
Solvent  
Loctite or equivalent threadlock - (provided with antenna element when replacement is ordered)  ",Identify the materials and tools needed to replace a missing or broken antenna element
"b.	If antenna element is broken but still attached to the antenna housing, remove element. 
c.	Ensure threaded antenna mount is free of debris and dried threadlock using wire brush.  If necessary, to obtain complete removal of old threadlock, apply solvent in combination with wire brush.  Using clean cloth, wipe all surfaces clean and dry. 
d.	Place a few drops of threadlock on the threads of the antenna element mount. 
CAUTION: Do not overtighten antenna element on mount.  Overtightening may cause cracks in housing. 
e.	Immediately screw antenna element to mount; hand-tighten only.  Wipe any excess threadlock from surrounding area. 
f.	Repeat steps b through e above for each antenna element requiring installation/replacement. ",Describe the antenna element replacement procedure
"a.	Unscrew in-line fuse holder between power supply and DF display unit. ",Identify the in-line fuse holder and its function
"a.	Unscrew in-line fuse holder between power supply and DF display unit. 
b.	Replace blown fuse with new fuse. 
c.	Screw on fuse holder ",Describe the in-line fuse replacement procedure
"Data cable not connected 
 	Inspect data cable connection at display and antenna array and ensure secure connection 
Damage to the data cable jacket or leads and/or improperly assembled cable 	Check data cable for continuity 
 
Improperly assembled power cable 	Check cable for continuity 
DF-100 antenna is connected to DF-101 display 	Replace DF-100 antenna with a DF-101 antenna. ","troubleshoot when Numeric bearing indicator displays “232” and “485” alternately and/or Warning 
LED illuminated 
(communication error) "
"Antenna is not installed with correct orientation. 	Orient antenna so arrow on housing is pointing forward. Ensure all elements are attached and secure. 
Interference from an emitter other than an ORCA® transmitter. 	Press the Squelch Increase button  Multi-path: if the antenna is mounted adjacent to a large object, i.e. 
bulkhead, the signal from the transmitter may reflect off the surface of the object causing the display to indicate an errant bearing 	If possible, mount the DF antenna in another location or maneuver vessel so signal is not reflecting off object.
Multiple transmitters are transmitting 	Deactivate transmitters as appropriate ",troubleshoot indicator displaying errant bearing
"Squelch setting is too high 
 	Press Squelch Decrease button 
RF signal is too weak 
 	Check that ORCA® transmitter is properly installed on life vest ",troubleshoot when System is energized but no bearing indication is displayed 
"Display is set to a low brightness setting 	Press “Dim” button until display LEDs are sufficiently illuminated ",troubleshoot when Display LEDs are difficult to read 
"Speaker is disabled 
 	Depress Speaker On/Off button until Speaker On/Off LED is extinguished ",troubleshoot when the System is energized but no audio is heard when transmitter is activated  
"An emitter from ownship or another ship is radiating at 121.5 MHz. 	If possible, energize another DF to determine source of transmission.  
Damage to the cable jackets or leads 
 	Check data cable for continuity. 
Inspect the entire length of the cable for cut/frayed wire(s). 
Water penetration in the antenna housing 	Check for corrosion on DB9 connector at the base of the antenna. If corroded, contact manufacturer. 
DF-100 display is connected to DF-101 antenna 	Replace DF-100 display with a DF-101 display ",troubleshoot the display continuously pointing to the same bearing
"System does not turn on 	“Power On” button is not pressed for required amount of time. 	Press “Power On” button for at least one second 
	Power surge 
 	Ensure direction finder is plugged into energized power source.  
Inspect in-line fuse and replace fuse if blown. 
	Improperly assembled power cable 	Check power cable for continuity 
	System not energized 
 	Verify breaker(s) and switch(es) are turned “ON” 
	Water has penetrated the DF display housing 	Check for corrosion on DB9 connectors on back of display. If corroded, contact manufacturer. ",troubleshoot system initialization
section 7.5,Identify the common indicators of communication error
"Data cable not connected 
 	Inspect data cable connection at display and antenna array and ensure secure connection 
Damage to the data cable jacket or leads and/or improperly assembled cable 	Check data cable for continuity 
 
Improperly assembled power cable 	Check cable for continuity 
DF-100 antenna is connected to DF-101 display 	Replace DF-100 antenna with a DF-101 antenna. ",Describe the causes and solutions for communication error between the display and the antenna
"Vigy Observer. Technical specifications
Stabilized head
• Weight: < 23kg
• Size: φ in rotation 355 mm, H = 365mm
• Azimuth: n x 360°
• Elevation: -30° to +70°
• Slewing rate: ≥ 70°/sec
• Line of sight stabilization: Sagem rate gyro
module
• Operating temperature: -32°C to +60°C
• Storage temperature: -40°C to +70°C
Standard payload
• IR and TV channels (-25° to +65°)
Options
• Automatic video tracking
• High rate eye-safe laser range finder
Cooled thermal imager
• Waveband: 3-5μm
• Detector: infrared focal plane array
• Continuous digital zoom between 9°x6.75°
and 3°x2.25°
• Standard command and control function:
AGC, reverse polarity...
Day video
• Color video: 1024 x 768 pixels
• FOV: 40°, 12° and 2.4°
• Digital continuous zoom (proprietary and
patented zoom concept)
• CCIR format
Laser range finder
• Repetition rate 0.3 Hz
Electronic unit
• Weight: < 4kg
• Size: 160 x 200 x 130mm
• Video Output: Analog standard–CCIR Ethernet
• Control: CAN BUS - RS422 (option)
• Power supply: 28 V, EN2282, MIL-STD 1275B
and ISO 7387-2 standards
• Power consumption: < 180W (peak value)",Identify the Vigy Observer system and its components
"Technical specifications
Stabilized head
• Weight: < 23kg
• Size: φ in rotation 355 mm, H = 365mm
• Azimuth: n x 360°
• Elevation: -30° to +70°
• Slewing rate: ≥ 70°/sec
• Line of sight stabilization: Sagem rate gyro
module
• Operating temperature: -32°C to +60°C
• Storage temperature: -40°C to +70°C
Standard payload
• IR and TV channels (-25° to +65°)
Options
• Automatic video tracking
• High rate eye-safe laser range finder
Cooled thermal imager
• Waveband: 3-5μm
• Detector: infrared focal plane array
• Continuous digital zoom between 9°x6.75°
and 3°x2.25°
• Standard command and control function:
AGC, reverse polarity...
Day video
• Color video: 1024 x 768 pixels
• FOV: 40°, 12° and 2.4°
• Digital continuous zoom (proprietary and
patented zoom concept)
• CCIR format
Laser range finder
• Repetition rate 0.3 Hz
Electronic unit
• Weight: < 4kg
• Size: 160 x 200 x 130mm
• Video Output: Analog standard–CCIR Ethernet
• Control: CAN BUS - RS422 (option)
• Power supply: 28 V, EN2282, MIL-STD 1275B
and ISO 7387-2 standards
• Power consumption: < 180W (peak value)",Describe the technical specifications of the Vigy Observer system
"Electronic unit
• Weight: < 4kg
• Size: 160 x 200 x 130mm
• Video Output: Analog standard–CCIR Ethernet
• Control: CAN BUS - RS422 (option)
• Power supply: 28 V, EN2282, MIL-STD 1275B
and ISO 7387-2 standards
• Power consumption: < 180W (peak value)",Identify the electronic unit and its functions and connections
"The CAN Analyzer is a powerful, flexible and economic instrument which develops and verifies system based in CAN-CANopen-DeviceNet-
J1939-NMEA 2000.
This product allows the study and configuration of CANopen systems, using a user interface that permits a simple access to devices and
their objects.
The instrument is composed of the following: module hardware with a USB/Ethernet interface that connects to a personal computer and a
CAN terminal that connects to the line and software for MS Windows.",identify the different components of the CAN Analyzer instrument
"CAN Analyzer Advanced 2.0A, 2.0B , (11  and 29 bit identifier); Free updating to lifetime; Master DeviceNet utility; Opto-isolated CAN port; HW filter for CAN/CANopen packet; MAX baud rate 1Mb; Industrial temperature range -40 °C / 85°C  (-40°F / 185°F) ",Identify the main features and benefits of the CAN Analyzer instrument
“This is the window that allows the visualization of the bus data at the package level and its columns mean the following: “Time”: indicates the time in which data is received; “ID (HEX)”: indicates the Identifier; “Data (HEX)” indicates the data byte of the CAN package ( they can be from 0 to 8 ); “ASCII” is the representations of the received data in ASCII character.”,Identify the components and functions of the CAN Monitor window for visualizing the bus data at the package level.
“The buttons on the tool bar allow the following actions: “Export Excel” allows the exportation of the entire content of the grid as a text file; “CAN Start” and “CAN Stop” is used for activate or stop the writing of the packages in the grid; “Clear” eliminates the grid content; “Lock Recent Entities” visualizes the last CAN package; “Scroll/Overwrite Mode” serves in the choice to write all packages one after another in the grid or to write all of them in the same row; “COB-ID List” permits to see the COB that arrives and see the update of their value; “Filter” opens the window for filter set-up.”,"Identify the buttons and actions of the tool bar for exporting, activating, clearing, locking, scrolling, filtering, and listing the CAN packages."
"“CAN2.0A (Standard) uses an 11-bit identifier field, while CAN2.0B (Extended) uses a 29-bit identifier field. The identifier field determines how many different messages can be sent on a CAN bus. The Standard format can send up to 2^11 or 2048 different messages, while the Extended format can send up to 2^29 or 536,870,912 different messages.”",Identify the difference between CAN2.0A (Standard) and CAN2.0B (Extended) formats for CAN packages.
 “The filter is an instrument that allows the hardware module to eliminate package that it does not want to be visualized in the CAN Monitor window. (Note: the filter reacts on the Identifier section of the package) By pressing the “Filter” button from the “Can Monitor” window the “Filter” window (if protocol is standard CAN2.0A) appears.”,Identify the purpose and functions of the filter
"“On the set-up windows for the filter, there are two lists: on the right, the list of the Identifiers ($0-$7FF) of the packages to be visualized; On the left, those lists to be eliminated. To modify the lists, use the keys “<<”, “>>”, “ALL” and “NONE” to move an Identifier from one list to another, bring them to the right (shown) or the left (hidden). In this window there are: A text area on the left for insert the COB-ID in the filter; A big area on the right for display the COB-ID inserted; Two buttons for add or delete the COB-ID; Two options for set the filter to “Type Positive” or “Type Negative”.”",Identify the types and methods of setting up the filter for Standard or Extended protocols
"“For insert a COB-ID in the filter you have to digit the COB-ID in the first text area and click on the “ADD” button. Now the COB ID compare on the right box. For delete a COB-ID you have to select the COB-ID to remove and click on the “DELETE” button. In the first text area you can write the COB-ID to add to the list. The COB-ID must be in binary code. When you insert the COB-ID you can insert some variables (x), the variable can be 0 or 1.”",Identify the difference and examples of using COB-ID Filter or Mask Filter
" “It allows for data to be send in the network. The package is built by its Identifier and its data. The window allows a list of packages to be created, then are visualized on the grid. To add a new package, write the values in the text fields and then choose “Edit New”. The new package extends the table at the first available row.”",Identify the components and functions of the CAN Sender window
" “From the “Function Menu”, choose “Transmit Current Object” to send the package one single time. Choose “Transmit Cycle” to send it cyclically. For each defined packet it is possible to define a cycle time that it is used for transmit of the frame cyclically. For assign this time you have to select the desired frame and press the button marked with “A”.”",Identify the options and methods of transmitting a package
"“For each defined packet it is possible to increase automatically the value of the data. For do that you have to select the desired frame and press the button marked with “B”. It is possible to enable the increase of the value by checking the field “Enable increase value”; select the amount of bytes used for the increase (“Byte”=1, “Word”=2, “DWord”=4); select the “Start Byte” and also swap, by checking the “Swap bytes” field it is possible to select which of 2 or 4 bytes used for the increase is increased first.”",Identify the steps and procedures to enable the increase of the value of the data automatically.
" “It is a window that allows the BUS data to be visualized, interpreting the data as specified by the CANopen. The columns mean the following: “Time”: Indicates the time that data is received; “Node”: Address of the device associated with the package (1-127); “Object”: Indicates the type of object; “Data”: Indicates the data related to the package (the contents depend on the type of package).”",Identify the components and functions of the CANopen Monitor window
 “The tool bar allows for the following actions: “Export Excel”: allows for the exportation of the entire contents of the grid as a text file; “CAN Start” and “CAN Stop”: activate or stop the writing of the packages in the grid; “Clear” eliminates the grid content; “Lock Recent Entities” visualizes the last CAN package; “Scroll/Overwrite Mode”: serves in the choice to write all packages one after another in the grid or to write all of them in the same row; “Filter” opens the window for filter set-up.”,"Identify the options and methods of exporting, activating, clearing, locking, scrolling, and filtering the CANopen packages. "
"“The filter is an instrument that allows the hardware module to eliminate package that it does not want to visualized in the CANopen Monitor window. It is possible to set the filters on “SDO”, “PDO”, “EMCY”, “NMT”, “SYNC”, “TIME”, “NGNG” frames. To modify the lists, use the keys “<<”, “>>”, “ALL” and “NONE” to move an Identifier from one list to another, bring them to the right (shown) or the left (hidden).”",Identify the types and categories of CANopen packages and how to set up filters based on a specific address.
"The “CAN Monitor” is a window that allows the visualization of the BUS data at the package level. 
 
The “CAN Sender” is a window that allows CAN packages to be send into CAN line. 
 
The “CANOpen Monitor” is a window that allows for the visualization of BUS data, interpreting it as CANopen packages. 
 
The “Network Manager” is a window that allows for control of the CANopen modules inserted in the line. It can scan the network to find modules and for each one, it reads the object dictionary. 
 
The “DeviceNet” is a window that allows the control of a slave DeviceNet. ",identify which forms to use for different purposes
"When the protocol is extended (CAN2.0B) by pressing the “Filter” button from the “Can Monitor” window the “Filter CAN 2.0B/J1939” window appears (Fig. 7). 
 
In this window there are:   
  A text area on the left for insert the COB-ID in the filter; 
  A big area on the right for display the COB-ID inserted; 
  Two buttons for add or delete the COB-ID; 
  Two options for set the filter to “Type Positive” or “Type Negative”. 
 
 For insert a COB-ID in the filter you have to digit the COB-ID in the first text area and click on the “ADD” button. Now the COB ID compare on the right box. For delete a COB-ID you have to select the COB-ID to remove and click on the “DELETE” button. 
 
You can choose two type of the filter: positive or negative, by clicking on the relative option: 
  “Type Positive”: on the CAN monitor you visualize only the COB-ID added; 
  “Type Negative”: on the CAN monitor you visualize all COB-ID except the COB-ID added. 
 
 By clicking on “Mask Filter” 
 
This window is for setting “Mask Filter”. In the first text area you can write the COB-ID to add to the list. The COB-ID must be in binary code. 
When you insert the COB-ID you can insert some variables (x), the variable can be 0 or 1. 
 
Example 1: 
COB-ID   	“10xx11” 
 
On the CAN monitor you can visualize the following COB-
ID:   	   
 	  100011   100111  
  101011 
  101111 
 	 	 	 	 	 	 	 
You can insert also the COB-ID without variables, in this way: 
 
Example 2: 
COB-ID is 110100 
 
 
Figure 8: “Filter” window for Extended Protocol: Mask Filter 
 
On the CAN monitor you can visualize only the COB-ID 110100 
 
You can add or delete the COB-ID by clicking on the relative buttons. ",Operate CAN Monitor filter
,Operate CAN Sender
"The filter is an instrument that allows the hardware module to eliminate package that it does not want to be visualized in the CAN 
Monitor window. (Note: the filter reacts on the Identifier section of the package)   
By pressing the “Filter” button from the “Can Monitor” window the “Filter” window (if protocol is standard CAN2.0A) appears (Fig. 6). On the set-up windows for the filter, there are two lists:  
  on the right, the list of the Identifiers ($0-$7FF) of the packages to be visualized;   On the left, those lists to be eliminated. ",Identify CAN Monitor filter
"“The “Network Manager” window allows certain operations, designed for the analysis of CANopen devices. It is possible to scan the network through this window. In order to identify the presence of module within the network, it is possible to read the objects of a module’s Object Dictionary and send the start package to the network.”",Identify the purpose and functions of the Network Manager window for analyzing CANopen devices.
"“Set-up the range of addresses for the scan in order to scan the network. Press the “Scan” button and wait for this scan. The list of the node is filled in with the found nodes. These can be added to the Index and SubIndex. The button “Add Node”, “Add Index”, “Add SubIndex”, “Modify” and “Delete” allow for the elaboration of the objects list. To read the value of an object through SDO, select the object from the list and press the button “Read” and the button “Write” to write it.”","Identify the steps and procedures to scan the network, add or modify the objects list, and read or write the value of an object. "
“With the “EDS” button it is possible to add the EDS file for the defined node. By this window is possible to load an EDS file for CANopen. Can also set as part of EDS you would load by check the field: Insert Mandatory object; Insert optional object; Insert manufacturer object. When the EDS is loaded on the network manager is possible see the various object of CANopen device.”,Identify the method and options of loading an EDS file for a CANopen device. 
"“With the button “Device NET”, you can access the window for the DeviceNET’s Master simulation. In the window “Device NET Master Emulator”, you can write the device’s address, visualize the input and output data, and change the data’s value.”",Identify the purpose and functions of the DeviceNET window
"“You must write the device’s address only, then push the START button in order to visualize the input and output data. Push the STOP button in order to stop communication with the slave.”",Identify the steps and procedures to start and stop communication with the slave device.
"“In the left column you can put the data that DeviceNet’s Master must write in DeviceNET’s net. In order to change the data’s value, it is enough: to select the data, to write its value in the editbox on the list and to push the SEND button. In the right column you can view all data of the slave. This column can be only read.”",Identify the difference between the left and right columns for writing and reading data.
"“A CAN package is composed of several parts: 11/ 29 bits of the Identifier; up to 8 bytes of data; and other CRC bits. The COB-ID serves to define the priority of the BUS package (note: the lower the values, the higher is the bus priority). The COB-ID bits are, in effect, defined as dominant if zero and recessive if one.”",Identify the components and structure of a CAN package and how they are transmitted.
"“The CAN Bus is a bus that use simple twisted cable as a physical support. It allows for the communications between several devices at the same time on the same network through an automatic control on the part of the hardware driver, package priority. It is used often in the automotive field and by automated industry.”",Identify the characteristics and advantages of the CAN Bus for communications between several devices.
"“A CAN package is composed of several parts: 11/ 29 bits of the Identifier; up to 8 bytes of data; and other CRC bits. The COB-ID serves to define the priority of the BUS package (note: the lower the values, the higher is the bus priority). The COB-ID bits are, in effect, defined as dominant if zero and recessive if one.”",Identify the components and structure of a CAN package and how they are transmitted. 
"“The CAN Hardware Driver and the CAN Controller (generally, the microprocessor) if there is an error during the transmission of the package, they suspend the transmission and recuperate the information automatically. This automation permits a high level of security and therefore is used in critical situations.”",Identify the functions and roles of the CAN Hardware Driver and the CAN Controller for error detection and recovery
“Network management (Cob ID 0x00) Byte 1 : Identifies the type of command Byte 2 : Identifies the node that receives the command”,identify the state and configuration of CANopen devices based on network management messages.
“Emergency Object (Cob ID 0x80 - 0xFF ) Byte 1 : LSB Error Code Byte 2 : MSB Error Code Byte 3 : Error Register Byte 4-5-6-7-8 : Manufacturer Specific Error Field”, identify errors or faults in CANopen devices based on emergency object messages.
“Sync Message (Cob ID 0x80) Byte 1-2-3-4-5-6-7-8 : Absent Transmit Pdo n° 1 Cob ID 0x180 a 0x1FF Byte 1-2-3-4-5-6-7-8 : databytes”,identify the synchronization and real-time data of CANopen devices based on sync and PDO messages. 
“For update the firmware version of HD67316-U-D1 it is necessary to download from this link www.adfweb.com/download/filefold/USB_SW67316_Update.zip the files that are necessary for do the operation.” “For update the firmware version or changing the Ethernet parameters of HD67316-E-A1 it is necessary to download from this link www.adfweb.com/download/filefold/SW67216.zip the files that are necessary for do the operation.”,identify the correct files to download for updating the firmware of HD67316-U-D1 and HD67316-E-A1 devices.
“Connect the device to an USB port and press the “Update COMport List” button; Select the COM port where the device is attached (USB port is virtualized like a serial)”, identify the COM port where the device is attached
"“Go to “Function” “SetPort”, select “Ethernet Type (HD67316-E-A1)” and press the “OK” button; Go to “Ethernet” “Configuration” and select or “By Serial” if you don’t know the settings of Ethernet parameters; or “By Ethernet” if you know the IP Address and the Port.”","identify the Ethernet type, configuration and parameters of the CAN Analyzer"
“Insert the Boot Jumper (For more info see Fig. 17); Turn on the device; Check the BOOT Led. It must blink quickly (see LEDS section).”,"identify the boot jumper, boot LED and boot mode of CAN Analyzer"
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"The CAN Bus is a bus that use simple twisted cable as a physical support. It allows for the communications between several devices at the same time on the same network through an automatic control on the part of the hardware driver, package priority.",identify the physical support of the CAN Bus
"A CAN package is composed of several parts:
11/ 29 bits of the Identifier; up to 8 bytes of data; and other CRC bits.", identify the parts of a CAN package
"The COB-ID serves to define the priority of the BUS package (note: the lower the values, the higher is the bus priority). The COB-ID bits are, in effect, defined as dominant if zero and recessive if one.", identify the COB-ID of a CAN package
"The CAN Hardware Driver and the CAN Controller (generally, the microprocessor) if there is an error during the transmission of the package, they suspend the transmission and recuperate the information automatically.", identify the components of the CAN Hardware Driver and the CAN Controller
The CANopen is a protocol based on CAN that defines a series of set-up rules for package and interactions in which devices can communicate.,identify the protocol based on CAN that defines a series of set-up rules
"Above all, CANopen defines diverse typologies of the package, distinguished base on the COB-ID of the CAN Package",identify the diverse typologies of the package in the CANopen network
"After extracting the archive you have to launch the executable “USB_SW67316_Update.exe” file. The window that appears is shown in The steps to do are: Connect the device to an USB port and press the “Update COMport List” button; Select the COM port where the device is attached (USB port is virtualized like a serial); Press the “Update Device” button and select the file “FW_USB_SW67316.sim”. You have to install the SW67216 program, launch it and follow these instructions: Connect the Ethernet cable to the Analyzer and feed it; Go to “Function” “SetPort”, select “Ethernet Type (HD67316-E-A1)” and press the “OK” button; Go to “Ethernet” “Configuration” and Figure 4: Main window of SW67216 select or “By Serial” if you don’t know the settings of Ethernet parameters; or “By Ethernet” if you know the IP Address and the Port.",describe the steps and procedures for updating the firmware version and the Ethernet parameters of the HD67316-U-D1
Turn off the device; Disconnect the Boot jumper; Disconnect the RS232 Cable; Turn on the device.,shutdown the devices safely and securely
These operations must be made before starting the update: Turn off the Device; Connect the Null Modem Cable form your PC to the Gateway;. Insert the Boot Jumper Turn on the device; Check the BOOT Led. It must blink quickly.,initialize the devices by turning on the device
Go to “Ethernet” “Configuration” and Figure 4: Main window of SW67216 select or “By Serial” if you don’t know the settings of Ethernet parameters; or “By Ethernet” if you know the IP Address and the Port.,identify use of serial or Ethernet connection mode
"The USB connector (Connector1) of HD67316-U-D1 is a Type-B Female. So the cable must be a Type-B Male. The Ethernet connection must be made using Connector3 of HD67390-E-A1 with at least a Category 5E cable. The termination of CAN line, with a 120Ω resistor, in the HD67390-U-D1 is made by putting the “Dip2” of “Dip-Switch A” at “ON” position. The termination of CAN line, with a 120Ω resistor, in the HD67390-E-A1 is made by inserting a jumper like in the figure above.",identify the type and number of connectors for the HD67316-U-D1
The device HD67316-U-D1 has got three LEDs that are used to give information of the functioning status. The various meanings of the LEDs are described in the table below. The device HD67316-E-A1 has got four LEDs that are used to give information of the functioning status. The various meanings of the LEDs are described in the table below.,describe the functions and features of the LEDs for the HD67390-E-A1
"Front view, side view, bottom view, top view","Identify each component of the Dell Latitude 14, 5424"
,Identify keyboard shortcuts
"1.	Camera Shutter	2.	RGB Camera
3.	RGB Camera status LED	4.	IR Camera
5. IR Emitter	6.	IR Camera status LED
7.	Handle	8.	Speakers
9.	LCD Latch
11. Battery Status LED	10. Microphone array","Identify the Front components of the Dell Latitude 14, 5424"
"1.	USB 3.1 Gen 2 Type-C Port with Power Delivery(PD)	2.	ExpressCard reader/PCMCIA (optional)
3.	Smart Card Reader	4.	USB 3.1 Gen 1 Type-A Port(With PowerShare)
5. USB 3.1 Gen 1 Type-A Port	6.	3.5 mm Universal audio port","Identify the left side components of the Dell Latitude 14, 5424"
"1.	Secondary SSD	2.	Stylus slot
3.	Optical Drive	4.	Primary SSD
5. SD Card Reader	6.	SIM Card Slot
7.	USB 3.1 Gen 1 Type-A Port (recessed USB, supports mini USB connection with doors shut)","Identify the right side components of the Dell Latitude 14, 5424"
"1.	Radio frequency pass-through connectors	2.	Docking port
3.	Service tag sticker	4.	Battery -1
5.	Battery -1 Latch	6.	Battery charge indicator button
7.	Battery charge indicator LED	8.	Battery -2 Latch
9.	Battery -2 (Optional)","Identify the bottom side components of the Dell Latitude 14, 5424"
"1.	Power button	2.	Keyboard
3.	Touch pad	4.	Fingerprint reader (optional)","Identify the top view componenets of the Dell Latitude 14, 5424"
"Chipset	•	Intel Kaby Lake U Dual Core (integrated with processor)
•	Intel Kaby Lake U Quad Core(integrated with processor)
•	Intel Sky Lake U Dual Core (integrated with processor)
DRAM bus width	64-bit
Flash EEPROM	SP1 128 Mbits
PCIe bus	100 Mhz
External bus frequency	DMI 3.0-8GT/s","Identify system information of the Dell Latitude 14, 5424"
"Boot sequence enables you to bypass the System Setup–defined boot device order and boot directly to a specific device (for example: 
optical drive or hard drive). During the Power-on Self-Test (POST), when the Dell logo appears, you can:
•	Access System Setup by pressing F2 key
•	Bring up the one-time boot menu by pressing F12 key.
The one-time boot menu displays the devices that you can boot from including the diagnostic option. The boot menu options are:
•	Removable Drive (if available)
•	STXXXX Drive
  NOTE: XXXX denotes the SATA drive number.
•	Optical Drive (if available)
•	SATA Hard Drive (if available)
•	Diagnostics
  NOTE: Choosing Diagnostics, displays the ePSA diagnostics screen.
The boot sequence screen also displays the option to access the System Setup screen. ","Identify boot sequence of the Dell Latitude 14, 5424"
"Type	UMA Graphics
 
Intel Dual-Core i3-7130U Kaby Lake processor, Cache: 3 MB / # of Intel HD Graphics 620 Thread (T): 4 / Base Frequency : 2.7 GHz / Thermal Design Power (TDP): 15 W)
Intel Quad-Core i5-8350U Kaby Lake processor (6 MB / 8T / 1.7 	Intel UHD Graphics 620 GHz / 15 W)
Intel Quad-Core i7-8650U Kaby Lake processor (8 MB / 8T / 1.9 	Intel UHD Graphics 620 GHz / 15 W)
Intel Dual-Core i5-6300U Sky Lake processor (3MB / 4T / 2.4 	Intel HD Graphics 520 Ghz / 15 W)","Identify Processor specifications of the Dell Latitude 14, 5424"
"Maximum memory configuration	32 GB
Number of slots	Two DDR4 SODIMM slots
Maximum memory supported per slot	16 GB
Memory options	•	8 GB - 2 x 4 GB/ 1 x 8 GB
•	16 GB - 2 x 8 GB
•	32 GB - 2 x 16 GB
Type	DDR4 SDRAM (Non-ECC memory only)
Speed	•	2400 MHz (Kaby Lake processor)
•	2133 MHz (Sky Lake procesor)
Base","Identify Memory specifications of the Dell Latitude 14, 5424"
"•	Intel Dual-Core i3-7130U Kaby Lake processor, Intel HD 620 UMA graphics, TPM
•	Intel Quad-Core i5-8350U Kaby Lake processor, Intel UHD 620 UMA graphics, TPM, vPro
•	Intel Quad-Core i5-8350U Kaby Lake processor, AMD Radeon 540(2GB/64-Bit) discrete graphics, TPM, vPro
•	Intel Quad-Core i5-8350U Kaby Lake processor, AMD Radeon RX540(4GB/128-Bit) discrete graphics, TPM, vPro
•	Intel Quad-Core i7-8650U Kaby Lake processor, AMD Radeon 540(2GB/64-Bit) discrete graphics, TPM, vPro
•	Intel Quad-Core i7-8650U Kaby Lake processor, AMD Radeon RX540(4GB/128-Bit) discrete graphics, TPM, vPro
•	Intel Dual-Core i5-6300U Sky Lake processor, Intel HD 520 UMA graphics, TPM","Identify Base configurations of the Dell Latitude 14, 5424"
"Type	Form factor	Interface	Security option	Capacity
Primary Storage (HDD, SSD, FIPS, SED, Opal)	None / PCIe M.2 2280 (Tool-free removable dual-sided M.2 compatible carrier sled)	M.2 2280 SSD PCIe x4
SATA 3	FIPS, SED, Opal	• • •
•	GB
GB
GB
TB
				•	TB
				•	GB / 512GB FIPS 
140-2 compliant SED
				•	1TB OPAL SED
Secondary Storage / Cache (SSD/HDD)	None / 2.5 inch SATA 
HDD / M.2 SATA 3 SSD (Tool-free removable storage)	M.2 SATA 3 / M.2 2280 PCIe x4	None	• •
•	GB
GB
TB
Third Storage / Cache (Replaces ODD airbay)	None/ 2.5 inch SATA 3 
HDD / M.2 2280 (M.2 
PCIe/SATA SSD/HDD 
(Tool-free removable storage) / 9.5 mm ODD	M.2 SATA 3 / M.2 2280 PCIe x4 / SATA 3	None	• • •
•	GB
GB
TB
8x DVD-ROM 9.5 mm 
Optical Drive
				•	8x DVD+/-RW 9.5 mm Optical Drive
				•	6x BD-RE 9.5 mm 
Optical Drive","Identify storage specifications of the Dell Latitude 14, 5424"
" 
Controller	ALC3254
Type	Mono-channel
Speakers	One
Interface	•	Universal Stereo headset/mic combo
 
•	Rugged quality speakers
•	Noise reducing array microphones
Internal speaker amplifier	2 W (RMS)","Identify audio specifications of the Dell Latitude 14, 5424"
"Controller	Type	CPU 
Dependency	Graphics memory type	Capacity	External display support	Maximum 
resolution
Intel HD 620 Graphics	UMA	Intel Core i3 - 
7130U	Integrated	Shared system memory	HDMI 2.0	4096×2304 @60 Hz
Intel UHD 620 Graphics	UMA	Intel Core i5 - 
8350U	Integrated	Shared system memory	HDMI 2.0	4096×2304 @60 Hz
Intel HD 520 Graphics	UMA	Intel Core i5-6300U	Integrated	Shared system memory	HDMI 2.0	4096×2304 @60 Hz
AMD Radeon 540	Discrete	Intel Core i5 - 
8350U
Intel Core i7 - 
8650U	Discrete	Dedicated, 2 GB 
DDR5	HDMI 2.0
Additional video ports via Rear Configurable IO Space
•	VGA
•	DisplayPort	4096×2304 @60 Hz
AMD Radeon RX540	Discrete	Intel Core i5 - 
8350U
Intel Core i7 - 
8650U	Discrete	Dedicated, 4 GB 
DDR5	HDMI 2.0
Additional video ports via Rear Configurable IO Space
•	VGA
•	DisplayPort	4096×2304 @60 Hz","Identify graphics specifications of the Dell Latitude 14, 5424"
"Resolution	Camera:
•	Still image: 0.92 megapixels
•	Video: 1280x720 at 30 fps Infrared camera (optional):
•	Still image: 0.30 megapixels
•	Video: 340x340 at 60 fps
Diagonal viewing angle	•	Camera - 86.7 degrees
•	Infrared camera - 70 degrees","Identify camera specifications of the Dell Latitude 14, 5424"
"Network Adapter	Specifications
Ethernet	Integrated Intel i219LM 10/100/1000 Mb/s Ethernet (RJ-45 ) with Intel Remote Wake UP, PXE and Jumbo frames support. (2nd NIC in rear configurable IO space)
Wireless LAN(Optional)	•	Intel Dual Band Wireless AC 8265 (802.11ac) 2x2 + Bluetooth 
4.2
•	Intel Dual Band Wireless AC 8265 (802.11ac) 2x2 (No BT)
•	Dell Wireless 1820 - 802.11a/b/g/n/ac Dual Band (2x2) WiFi + Bluetooth 4.2
Wireless WAN(Optional)	Qualcomm Snapdragon X20 Global Gigabit LTE
Global Positioning System(GPS) Module (Optional)	U-blox NEO-M8 dedicated GPS card","Identify communication specifications of the Dell Latitude 14, 5424"
"Hardware SecurityTPM 2.0 FIPS 140-2 Certified, TCG Certified*
* TCG certification (February 2018)	Yes,
Discrete TPM 2.0 IC ( Backward downgradable to 1.2)
BIOS disable TPM (China/Russia)	Yes
Optional Control Vault 2.0 Advanced Authentication with FIPS 140-2 level 3 certification (HW authentication configurations)	Yes, TCG Certified (February 2018)
Optional hardware authentication bundle 2:
•	FIPS 201 contacted smart card
•	Control Vault 2.0	Yes
Optional hardware authentication bundle 4:
•	Touch finger print reader
•	FIPS 201 contacted smart card
•	Contactless smart card
•	NFC
•	Control Vault 2.0	Yes
•	Synaptics Fingerprint reader
•	Synaptics Smart Card Reader + Contactless Smart Card
Security lock slot (Kensington T-Bar Lock Slot)	Yes
SED (Opal 2.0 - SATA Interface)	Yes
Statement of Non-Volatility	Yes
Bundle 6 Control Vault 2 and touch fingerprint	Yes
POA: Power On Authentication","Identify hardware security of the Dell Latitude 14, 5424"
"Software security Latitude Security software per software functional plan/cycle list	Yes
D-Pedigree for BIOS (Secure Supply Chain Functionality) provides:	Yes
•	Secure Supply Chain for a Product covers BIOS Image Integrity
•	Chain of Custody
•	Part Traceability","Identify software security of the Dell Latitude 14, 5424"
"Type	Full HD Touch/Non-Touch
Screen size (Diagonal)	14 inch (16:9)
LCD Panel technology	FHD (1920x1080)
Display	Non Touch / Touch (10 finger PCAP Glove/Water/Stylus capable)
Native Resolution	1920x1080
High Definition	Yes
Luminance	Standard Brightness (SB):220 NIT / Outdoor Viewable(OV) :1000 NIT
Height	173.95 mm / 6.85 (display area)
Width	309.4 mm / 12.18 inch
Megapixels	2.07
Pixels Per Inch (PPI)	157
Pixel pitch	0.161 mm
Color depth	16.2M colors (OV) / 262K (SB)
Contrast ratio (typical)	1500 (OV) / 700 (SB) 
Response time(max)	35 ms
Refresh rate	60 Hhz
Horizontal viewing angle	85/85°
Vertical viewing angle	85/85°
Stylus support	Yes, Passive","Identify display specifications of the Dell Latitude 14, 5424"
"Number of keys	•	83 keys: US English, Thai, French-Canadian, Korean, Russian, Hebrew, English-International
•	84 keys: UK English, French Canadian Quebec, German, French, Spanish (Latin America), Nordic, Arabic, Canada Bilingual
•	85 keys: Brazilian Portuguese
•	87 keys: Japanese
Size	Six row keyboard
•	X= 19.05 mm key pitch
•	Y= 19.05 mm key pitch
Backlit keyboard	None / RGB Backlight / Rubberized Sealed

Layout	QWERTY / AZERTY / Kanji","Identify keyboard specifications of the Dell Latitude 14, 5424"
"Resolution	•	Horizontal: 305
•	Vertical: 305
Dimensions	•	Width: 4.13 inch (105 mm )
•	Height: 2.36 inch (60 mm)
Multi-touch	Supports four - fingers multi-touch","Identify touchpad specifications of the Dell Latitude 14, 5424"
"Type	•	3-cell 51 Whr (ExpressCharge)
•	3-cell 51 Whr (Long-Life Cycle, includes 3 year limited warranty)
Dimension	•	Length: 128.4 mm (5.05 inch)
•	Width: 86.3 mm (3.39 inch)
•	Height: 15.3 mm (0.60 inch)
Weight (maximum)	237.00 g (0.52 lb)
Voltage	51 WHr - 11.4 VDC
Life Span	300 discharge/recharge cycles
Charging time when the computer is off (approximate)	2 hours(with one battery) / 4 hours (with two batteries)
Operating time	Varies depending on operating conditions and can significantly reduce under certain power-intensive conditions.
Temperature range: Operating	0°C to 60°C (32°F to 140°F)
Temperature range: Non-Operating	-40°C to 70°C (-40°F to 158°F)
Coin-Cell battery	3 V, CR2032, lithium ion","Identify battery specifications of the Dell Latitude 14, 5424"
"Type	•	19.5 V @ 130 W & 90 W adapters through 7.4 mm Normal and Elbow Barrel
•	USB Type-C with PD (Power Distribution)
•	Via Dock supporting a NVDC charger architecture
Input Voltage	100 VAC to 240 VAC
 
Input current (maximum)	•	90 W - 1.5 A
•	130 W - 2.5 A
Adapter size	7.4 mm
Input frequency	50 Hz to 60 Hz
Output current	•	90 W - 4.62 A (continuous)
•	130 W - 6.7 A (continuous)
Rated output voltage	19.5 VDC
Temperature range (Operating)	0ºC to 40ºC (32ºF to 104ºF)
Temperature range (Non-Operating)	- 40ºC to 70ºC (-40ºF to 158º F)
Physical system dimensions
Table 22. Weight
Chassis weight (pounds / kilograms)	5.5 / 2.5 (without handle and bumpers)
Table 23. Chassis dimensions
Dimensions	Vectors
Height (inches / centimeters)	13.67 / 34.70
Width (inches / centimeters)	9.56 / 24.30
Depth (inches / centimeters)	1.77 / 4.49
Shipping weight (pounds / kilograms - includes packaging material)	9.15 / 4.15
Table 24. Packaging parameters
Dimensions	Vectors
Height (inches / centimeters)	43.5 / 17.12
Width (inches / centimeters)	7.6 / 3.0
Depth (inches / centimeters)	32.2 / 12.67","Identify power adapter specifications of the Dell Latitude 14, 5424"
This option enables or disables switchable graphics technologies such as NVIDIA Optimus and SMD PowerExpress.,"Identify Switchable Graphics (GPU) configuration of the Dell Latitude 14, 5424"
Fn+ESC Fn Lock Allows the user to toggle between locked and unlocked Fn keys.,"identify the Fn Lock function of the Dell Latitude 14, 5424"
Fn+F1 Audio Volume Mute Temporarily mutes/unmutes the audio. The audio level before muting is returned after unmuting.,"Identify the Audio Volume Mute function of the Dell Latitude 14, 5424"
Fn+F2 Audio Volume Down/Decrease Decreases the audio volume until minimum/off is reached.,"Identify the Audio Volume Down/Decrease function of the Dell Latitude 14, 5424"
Fn+F3 Audio Volume Up/Increase Increases the audio volume until maximum is reached.,"Identify the Audio Volume Up/Increase function of the Dell Latitude 14, 5424"
Fn+F4 Microphone Mute Silences the on-board microphone so it cannot record audio. There is an LED on the F4 function key that notifies the user of the state of this feature: • LED off = microphone capable of recording audio • LED on = microphone muted and unable to record audio,"Identify the Microphone Mute function of the Dell Latitude 14, 5424"
Fn+F5 Num lock Allows the user to toggle between locked and unlocked NumLock,"Identify the Num lock function of the Dell Latitude 14, 5424"
Fn+F6 Scroll lock Used as Scroll Lock key.,"Identify the Scroll lock function of the Dell Latitude 14, 5424"
Fn+F7 Stealth Mode Allows the user to toggle to and from Stealth Mode,"Identify the Stealth Mode function of the Dell Latitude 14, 5424"
Fn+F8 LCD and Projector display Determines video output to LCD and external Video devices when attached and displays present.,"Identify the LCD and Projector display function of the Dell Latitude 14, 5424"
Fn+F9 Search Mimics the Windows key + F keystroke to open Windows Search dialog box.,"Identify the Search function of the Dell Latitude 14, 5424"
"Fn+F10 KB Illumination/Backlight Determines the Keyboard Illumination/Backlight brightness level. The hot key cycles through the following brightness states when pressed: Disabled, Dim, Bright. For more detail, see Keyboard Illumination/Backlight section.","Identify the KB Illumination/Backlight function of the Dell Latitude 14, 5424"
Fn+F11 Brightness Decrease Decreases the stepping of LCD brightness for each press until Hot key definition,"Identify the Brightness Decrease function of the Dell Latitude 14, 5424"
"Fn+PrintScreen Radio On/Off Toggles all the wireless radios on and off. For example, WLAN, WWAN, and Bluetooth.","Identify the Radio On/Off function of the Dell Latitude 14, 5424"
Fn+Insert Sleep Puts the system into the ACPI S3 State and does not wake the system.,"Identify the Sleep function of the Dell Latitude 14, 5424"
"“Allows you to set, change, or delete the administrator(admin) password.” and “Allows you to set, change, or delete the System password.”","Identify the steps to set, change, or delete the admin password of the Dell Latitude 14, 5424"
“Allows you to enforce the option to always set strong password.” and “You can define the length of your password.”,"Identify the option to enforce strong password and define the length of the password of the Dell Latitude 14, 5424"
"Allows you to bypass the System password and the Internal HDD password, when it is set, during a system restart.”","Identify the option to bypass the system password and the internal HDD password during a system restart on the Dell Latitude 14, 5424"
Allows you to update the system BIOS via UEFI capsule update packages.”,"Identify the option to update the system BIOS via UEFI capsule update packages on the Dell Latitude 14, 5424"
“Allows you to enable or disable the Trusted Platform Module (TPM) during POST.” and “The options are: • TPM On—Default • Clear • PPI Bypass for Enable Command—Default • PPI Bypass for Disbale Command • PPI Bypass for Clear Command • Attestation Enable—Default • Key Storage Enable—Default • SHA-256—Default”,"Identify the options to enable or disable the TPM and its features on the Dell Latitude 14, 5424"
“Allows you to activate or disable the optional Computrace software.”,"Identify the option to activate or disable the Computrace software of the Dell Latitude 14, 5424"
 “Allows you to prevent users from entering Setup when an administrator password is set.”,"Identify the option to prevent users from entering Setup when an administrator password is set on the Dell Latitude 14, 5424"
“Allows you to disable master password support.”,Identify the option to disable master password support.
“Allows you to enable or disable additional UEFI SMM Security Mitigation protection.”,"Identify the option to enable or disable additional UEFI SMM Security Mitigation protection on the Dell Latitude 14, 5424"
This field specifies whether the process has one or all cores enabled. The performance of some applications improves with the additional cores.”,"Identify the number of cores enabled for the processor of the Dell Latitude 14, 5424"
“Allows you to enable or disable the Intel SpeedStep mode of processor.”,"Identify the Intel SpeedStep mode of the processor of the Dell Latitude 14, 5424"
“Allows you to enable or disable the additional processor sleep states.”,"Identify the additional processor sleep states of the Dell Latitude 14, 5424"
“Allows you to enable or disable the Intel TurboBoost mode of the processor.”,"Identify the Intel TurboBoost mode of the processor in the Dell Latitude 14, 5424"
“Allows you to enable or disable the lid switch from automatically turning on / off the screen when the lid is closed.”,"Identify the lid switch option and how to enable or disable it on the Dell Latitude 14, 5424"
"The MS3850 series sonar system provides a long range, forward looking view of what lies under the surface, 360 ° around a vessel. A 360° scan provides an underwater view similar to radar or it can be directed to look in any direction 90° down to 20°up with directivity of searchlight. The ability of the MS3850 to look far ahead of a vessel is ideal for shallow water navigation to avoid groundings. In addition to providing a 360° radar type view, it can be directed to scan a quadrant from 11° to 270° in any direction.",describe the functions and benefits of the MS3850 series sonar system
"The MS3850 360° scanning searchlight sonar shares the same base technology proven on previous Wesmar sonar system generations while incorporating an all digital design. The MS3850 Series Sonar systems applications include: navigation, obstacle avoidance, mine detection, salvage and underwater surveillance.",identify the main components and features of the MS3850 series sonar system
“The MS3850‐110‐11 incorporates a large 390 element transducer array in a single dome deployed through the hull on a heavy duty hydraulic hoist.”,initialize the sonar system and deploy the transducer dome through the hull on a hydraulic hoist
,shutdown the sonar system and retract the hoist when not in use.
“There are primarily 4 operating modes for the sonar system:”,operate the sonar system in different modes
"“WESMAR utilizes a searchlight beam transmitted by a planar transducer array, which provides high directivity, low side‐lobe interference and focuses a directed sound beam on the target of interest.", identify the target of interest and focus a directed sound beam on it using the searchlight sonar.
"“Power and Pulse width settings are adjustable and specific sectors may be scanned, designated by the operator to match the exact mission requirements.”","identify the best frequency, power and pulse width settings for the sonar system"
“The MS3850 series scanning sonars have demonstrated success in sonar applications that require the detection of difficult targets in shallow water.”,identify difficult targets in shallow water using the high frequency and narrow beam of the sonar system
“The ability of the MS3850 to look far ahead of a vessel is ideal for shallow water navigation to avoid groundings.”,identify obstacles ahead of the vessel using the forward looking scan mode of the sonar system.
 “Full screen down sounder mode even when the hoist is retracted”,identify the bottom profile and depth using the down sounder mode of the sonar system
"“When the vessel is anchored or docked, the sonar is set up with continuous surveillance 360° around the vessel for detection of underwater threats; such as divers, diver delivery vehicles, or submersibles.”",identify underwater threats
" “When in an uncharted shallow area, Forward Vertical scanning can show the bottom contour (profile) to port and starboard for additional safety when navigating and anchoring in shallow waters.”",identify the bottom contour and depth to port and starboard
"“When navigating in hazardous areas, full sonar mode with sector defined can provide a visual indication on the screen of approaching shoal, mines and other hazards”","identify approaching shoals, mines and other hazards"
"“Throughout this manual, specific precautions and symbols are used to identify safety‐related information and advisories.”",identify safety-related information and advisories
"Before operating the sonar, ensure that the operational limitations of the sonar have been fully tested and documented as described in the Sea Trial section of the installation manual.  Please record the operational limitations and post the information in a permanent visible location next to the sonar operations console.  
The typical fully deployed depth of the sonar below the hull is one (1) meter.  This depth can vary according to the installation requirements. Please determine the depth of both hoist positions and record the information. 
 The maximum speeds a vessel can travel while maintain a good sonar picture varies from vessel to vessel. The operator should retract the sonar whenever the vessel exceeds the operational speed of the sonar.   
The sonar hoist will be able to deploy and retract at speeds higher than the operational speed of the sonar.  The maximum operational performance of the sonar hoist is also installation/vessel dependant.  The hoist is designed to operate at a maximum vessel speed of 20 knots and is to be confirmed during sea trials.   ",identify the operational limitations of the sonar system
“The entire sonar system can be grouped into seven assemblies. The following is a list of these major assemblies and their basic function.”, identify the seven major assemblies of the sonar system
The mechanical assembly that raises and lowers the sonar sound dome , identify the Hoist of the sonar system
The HPU provides the hydraulic power to raise and lower the Sound Dome Tube Assembly.  The HPU is an electric motor coupled to a hydraulic pump and hydraulic fluid reservoir.   , identify the Hydraulic Power Unit (HPU) of the sonar system
"On/off switches that stop the HPU to provide an Upper, Middle, and Lower position for the hoist. ", identify the Limit Switches (L/S) of the sonar system
"The T/R Assembly is the electronics hub of the sonar system in the hoist room.  The T/R box houses the circuit boards that communicate with the sonar computer, hoist and the sonar dome.  All of the cables coming off the hoist are attached to one of its internal circuit boards. The main power supply (110 or 220 VAC 50 or 60 Hz) from the vessel enters into the T/R box.   ", identify the Transmit/Receive (T/R) Assembly of the sonar system
Receives power from the T/R Box and sends a large amount of current to the sonar transmitter.  The Power Booster extends the range of the sonar. , identify the Power Booster Assembly of the sonar system
"Houses the main computer processor for the sonar.  The console is either mounted in the bridge or sonar control room.  It communicates with the system components in the hoist room through the Interconnect (I/C) cable.  It requires its own 12, 24 or 32VDC power supply.  All sonar controls and interfaces connect to the console. ", identify the Console Assembly of the sonar system
The primary control for the sonar.  Provides access to the on screen menus and allows the operator to make adjustments to the sonar system. , identify the Control Panel Assembly of the sonar system
This provides a secondary control of the sonar.  It functions similar to that of a computer mouse and allows the operator to toggle through the menu commands and make most adjustments to the sonar.  It provides a remote control capability or can be used as a control for a secondary operation station.  , identify the Hand Controller of the sonar system
"The hand controller provides the same function as the control panel without the “Hot Keys.” The trigger on the hand controller serves the same function as the enter button and the curser controls on top of the hand controller provide the same function as the cursor buttons on the Panel Console. 
To access main menu commands, squeeze the trigger on the hand controller and press the up/down thumb buttons to scroll from one menu item to another. To access the sub‐menus, squeeze the trigger on the hand controller to highlight the menu line in green. Use the right/left thumb buttons to choose SONAR, LOCAL, ↓↓↓ (PROFILER), COLOR or SECURITY.  Squeeze the trigger again to enter the sub‐menu. Use the up/down thumb buttons to scroll from one menu item to another. ", Operate the Hand Controller of the sonar system
"ON/OFF: Turns “ON” or “OFF” the power to the sonar only. The hoist can be raised and lowered with the switch in the “OFF” position.  
VOLUME: Controls the sound output from the sonar to the speaker.  A speaker with its own amplifier is required for the sonar sound to be audible. 
CURSOR: Scrolls the green menu selection bar through the menu commands or moves the 
selected range cursor on the sonar display screen.
ENTER:  Enter selects the green highlighted menu command. 
HOIST: Raises and lowers the sonar sound dome assembly to either the UP, Middle or fully Down position. The red, amber and green light below the hoist switch indicates the hoist position. The power to the sonar does not have to be on to operate the hoist.  
REVERSE: Changes the scanning direction of the sonar array clockwise to counter clockwise. 
SECTOR: Selects the scanning sector between 360⁰ to 11⁰ 
BEARING:   Moves the Bearing line around the sonar screen for the thickness mode and when sector scanning will rotate the sector clockwise or counter clockwise.  
RANGE: Toggles the sonar range up or down to the minimum and maximum range units. 
TILT: Sets the tilt angle of the sonar array +20⁰ up to ‐90⁰ down. ", Operate the Control Panel Assembly  of the sonar system
“The typical fully deployed depth of the sonar below the hull is one (1) meter. This depth can vary according to the installation requirements. Please determine the depth of both hoist positions and record the information.”,identify the depth of the sonar dome below the hull in both hoist positions
“The hoist is designed to operate at a maximum vessel speed of 20 knots and is to be confirmed during sea trials.”,identify the maximum vessel speed that the hoist can operate at
“The main transducer is provided with a frequency of 110 kHz.,identify the frequency of the main transducer
"“To access the sub‐menus, squeeze the trigger on the hand controller to highlight the menu line in green. Use the right/left thumb buttons to choose SONAR, LOCAL, ↓↓↓ (PROFILER), COLOR or SECURITY.”",identify the hot keys on the control panel
“CURSOR: Scrolls the green menu selection bar through the menu commands or moves the selected range cursor on the sonar display screen.” and “BEARING: Moves the Bearing line around the sonar screen for the thickness mode and when sector scanning will rotate the sector clockwise or counter clockwise.”,identify the sonar display screen and its features
“It communicates with the system components in the hoist room through the Interconnect (I/C) cable.”, identify the interconnect cable that communicates with the system components in the hoist room.
"“All menu commands and sonar settings can be access through the main menu commands, by pressing enter and using the up/down Cursor buttons to scroll from one menu item to another.”",identify the main menu commands and how to access them
"“To access the “SET UP” sub‐menus, press the enter button and, using the down cursor button, move the green highlight down the menu until the “SET UP” line is highlighted green as shown in Figure 3‐1, Accessing Sub Menus. Use the right/left curser buttons to choose SONAR, LOCAL, ↓↓↓ (PROFILER), COLOR or SECURITY.”",identify the sub menus and how to access them
“Range: Sets the distance that is covered on the display screen.”,identify the range settings and how they affect the distance
“Tilt: The angle of the transducer off horizontal.”,identify the tilt settings and how they affect the angle of the transducer off horizontal.
“Center: Adjusting the CENTER setting moves a scan sector in 3° steps clockwise or counter clockwise around the sonar display screen.”,identify the center settings and how they affect the position of the scan sector on the display screen
 “Reverse: Changes the direction the transducer is scanning.”,identify the reverse function and how it changes the direction of the transducer scanning.
“Pulse: Sets the length of the transmit beam.”,identify the pulse settings
“Sector: Sets the number of degrees scanned.”, identify the sector settings
“Speed: Sets the scanning speed of the transducer from 1 to 7.”,identify the speed settings and how they affect the scanning speed of the transducer
“Enhance: Type of filter that allows for stronger display of weaker targets.”,identify the enhance settings
"“Limiter: Useful to reduce external interference, such as acoustic interference from other sonar/sounder equipment on board and electrical interference from power supplies and power cables.”",identify the limiter settings
“TVG: The Time Variable Gain (TVG) setting gradually increases gain sensitivity relative to the amount of time the sound wave travels to the target.”,identify the TVG settings and how they affect the gain sensitivity
"“Power: The operator can choose 100, 75, 50 or 25 percent of maximum transmit power.", identify the power settings
" “A low transmit power output is useful at short ranges and/or in shallow water, because it minimizes reflections that clutter the screen display.” and “Lowering POWER, PULSE, NEAR and FAR settings to very low levels in shallow water is often necessary to limit the effects of reverberation.”", identify the conditions that require adjusting the power settings
“Power can be selected separately for ↓↓↓ (PROFILER). Select POWER for the mode the sound beam is in.”,identify the power selection for the profiler mode
" “The Profiler menu is to control the settings of the sonar array when it is profiling the seabed in screens 2 and 3, and when it is serving as a stabilized depth sounder in screen 4.”",identify the purpose and function of the profiler mode
“Set the ↓↓↓ (PROFILER) Range to 150% of the water depth.,identify the recommended profiler range setting for different water depths.
“Scope: Turns “ON” or “OFF” the A‐scope in screen 4 when the sonar is operating in the Full‐screen down sounder mode.”,identify the scope settings
"“Shape: Can be set to either Circle ( ) or Square [ ]. For a Circle setting, the sonar will mark targets that lay within the diameter (Sonar Range) of the circle. For a Square, the Sonar will mark targets into the corners of the square.”", identify the shape settings
“To access the LOCAL submenu CALIBRATE…”,identify the local sub menu calibrate commands
" “Units: F=Feet, M=Meter, FT=Fathoms”",identify the units settings
“Offset: Aligns the image on the screen in reference to the bow of the vessel in +/‐ one degree steps.”, identify the offset settings
“Tuning: Will adjust the frequency of the transmitter.”, identify the tuning settings
“Thresh: Short for threshold. Selections range from 1 to 6.”,identify the thresh settings
“Deleted: Will remove colors from the screen from weak to strong.”,identify the deleted settings
“Clip: Sets the color for the hardest targets.,identify the clip settings
“Back: Sets the background color of the screen; black or blue.”,identify the back settings
"“Each time the sonar is turned “ON”, it conducts a self diagnostic test.”",identify the sonar self test
"“If The HPU motor is running, and the red light stays on for 20 seconds, this may indicate that the Sound Dome Tube is stuck or the limit switch arm is not triggering to stop the motor.” and “To reset the hoist, remove the AC power to the hoist at the circuit breaker or press the button labeled RESET on the Hoist circuit board in the T/R Assembly.” AND Section 7.1", troubleshoot common problems with the hoist operation
"1.	From the Control Panel Assembly select the Middle or Full Down hoist position for the operational depth of the sonar. 
IMPORTANT 
The Sound Dome Tube should travel to the full down position in approximately 8 seconds. The red light on the Control Assembly illuminates when the HPU motor is running. If The HPU motor is running, and the red light stays on for 20 seconds, this may indicate that the Sound Dome Tube is stuck or the limit switch arm is not triggering to stop the motor. Try to raise the hoist up immediately.  If after 20 seconds the red light is still illuminated, the green lower limit switch light will start blinking to signal a warning. If after 50 seconds, the HPU is still running, the HPU will automatically shut off. At this time, the green, yellow and red lights on the Control Assembly will flash.  If all three lights are flashing, the hoist switch on the Control Assembly will not work until the hoist control is reset.  To reset the hoist, remove the AC power to the hoist at the circuit breaker or press the button labeled RESET on the Hoist circuit board in the T/R Assembly.  Perform a hoist inspection and correct the fault.    
2.	Momentarily after the Hoist switch is set to a down position, a red light next to the hoist switch will illuminate to signal that the AC motor is running.  If the Middle Hoist position is selected, a yellow light will illuminate when the hoist has reached, triggered and stops at the Middle limit switch. The red light will turn off to signify that the HPU motor has stopped running.  If the Full Down position is selected, the green light will illuminate to signify the limit switch has been triggered. 
3.	If the Hoist is in the Full Down position and the Middle Down position is desired, the hoist must be raised all the way up.  After the Sound Dome Tube is raised and the indicator light turns off, the 
Middle position can be selected and the Sound 
Dome can be deployed to the shallower position. 
4.	If the Hoist is at the Middle position and the Full Down position is selected, the Hoist will start to move when the new position is selected. ",operate the hoist safely and effectively
“From the Control Panel Assembly select the Middle or Full Down hoist position for the operational depth of the sonar.”,identify the standard hoist operation procedures
"“Momentarily after the Hoist switch is set to a down position, a red light next to the hoist switch will illuminate to signal that the AC motor is running.” and “If The HPU motor is running, and the red light stays on for 20 seconds, this may indicate that the Sound Dome Tube is stuck or the limit switch arm is not triggering to stop the motor.”",describe the meaning and function of the indicator lights on the control panel assembly
“Scan Line: The red scan line indicates the direction and speed the transducer is scanning.”,identify the scan line
“Range Ring: The four range rings on the screen provide the operator with a quick means to estimate how distant targets are from the sonar.”,identify the range rings
“TVG Ring: Shows the point in range where the TVG Ramp—the gradual increase of the TVG—ends.”,identify the TVG ring
“Bearing Line: The bearing line is rotated around the screen by rotating the bearing knob on the sonar control panel.”,identify the bearing line
"“Range Cursor: When the menu is deactivated, the cursor buttons control the positions of the cursor on the screen.”",identify the range cursor
 “As the sound energy travels from its source and fans out like the flashlight beam it loses energy due to spreading and attenuation.” and “Transmission loss may be considered to be the sum of loss due to spreading and a loss due to attenuation.”,identify the transmission loss
"“When an object (rock, school of fish) is encountered by the pulse (beam) it is reflected to some degree. The reflection can be strong or weak, depending on the size, geometry, and composition of the target. The term “target strength” is derived from this understanding.”",identify the target strength
“It is all based on an equation used to illustrate the science of sound transmission in the water. SE=SL‐2TL+TS‐(NL‐DI)‐DT ”,identify the sonar equation
" “SE represents Signal Excess, which is the signal we want returned to us.” and “Without signal excess there will be no targets on the screen.”",identify the signal excess
"“SL represents Source Level, the amount of power and how it is focused (directivity) when the sound energy leaves the transducer.” and “The more power we put into the water, the farther the signal will transmit.”",identify the source level
"“TL represents Transmission Loss or the amount of energy robbed from the signal we put into the water.” and “As the sonar signal propagates through the water, the beam becomes wider and wider much like a flashlight beam.”",identify the transmission loss
"“Shallow water forms a sound channel between the water’s surface and the seabed. The water’s depth forms an upper and lower boundary that traps sound energy.” and “When the sound energy widens to the point the sound beam contacts the boundary areas, sonar range and detection can be impaired due to reverberation and/or absorption.”",identify the boundary layers
“Also affecting Transmission is Scattering. Seawater contains large amounts of minute particles of foreign matter and many kind of marine life of all shapes and sizes. Each time a sound wave meets one of these particles; a small amount of the sound is deflected away from its direction of movement and is lost.”,identify scattering
" “Every time a sound wave hits particulates in the water, such as algae, plankton or similar growth, those particles are going to absorb some of the sound energy and increase the transmission loss in the form of heat absorption.”",identify the absorption
"“NL, or Noise Level can be ambient noise, such as water flowing around the transducer, or it can be from engine vibration, propeller, reduction gear, or hull vibration picked up by the transducer during the receive cycle.”",identify the noise level
"“Wesmar sonar systems include the capability to troubleshoot or determine the effects of vessel generated noise, by turning the transmitter off and turning your gains way up.”",identify vessel generated noise 
"“Wesmar sonar systems include the capability to troubleshoot or determine the effects of vessel generated noise, by turning the transmitter off and turning your gains way up.”",troubleshoot vessel generated noise
"“by working with color thresholds and gain, low noise electronics, signal processing, high resolution displays, target and noise filters, and pulse length, we can influence the probability of detection.”",Identify the factors that influence the probability of detection and display of sonar targets.
 “Detection Threshold—DT or Detection Threshold is the final element of our equation and it represents the minimum signal excess require for detection.”,Identify the detection threshold
"“Wesmar target colors are proportional to echo return or density of the target. Colors can indicate the difference between the leading and trailing edge of weak targets. Color definition can also help users type the bottom, soft to hard.”",Identify the proportional analysis of targets
“The proper gain settings adjust the gain curve to take care of attenuation losses in the water.”,Identify the correct gain settings
"“This additional color is called “clip color”, and it keeps targets from being lost.”",Identify the clip color
“The following sections are to provide a step by step operational training procedure for becoming familiar with the overall operation of the Wesmar Sonar.”,Identify the steps and procedures for operating the Wesmar Sonar
"“When first becoming familiar with Wesmar’s sonar, lowering the hoist and practicing while the vessel is docked is very instructive. To avoid damaging the sound dome, always ensure there is enough clearance under the vessel before lowering the hoist.”",Identify the best practices and precautions for practicing with the Wesmar Sonar
“The sonar image shows the individual pilings underwater that support the sea wall of the lock. The lock gates are open and resting in the lock caisson recesses. The gates in their resting position can be seen on the sonar image to the left and right of the sonar screen. The large target on the top left of the sonar screen is a cluster of pilings that serve as a collision guard for the caisson.”,Identify features and structures and how they appear on the sonar screen.
"1.	Change the range settings in 50 meter increments to see how the Range setting changes the sonar image.  If the vessel is moored in a confined area, experimenting with the longer range values may not be possible or helpful. 
2.	After trying various rage settings, select the shortest range that includes at least one individual, well distinguished target within the last range ring. A range setting of 100 to 200 meters is optimal, but shorter ranges will be acceptable for experimenting with the settings. 
3.	After the best range is chosen, adjust the gain settings to determine if a less cluttered screen with a stronger sonar image can be achieved. 
4.	Write down or record the range and gain values that work best and use these settings for the next training exercise. ",Operate range settings of the Wesmar Searchlight Sonar
"1.	Adjust the sonar tilt up to +1⁰. If there is an individual target, such as a piling, in view, note any changes in the image of that target. 
2.	Adjust the sonar tilt up to +2⁰. Again make a mental note of the image size of the fixed target. 
3.	Keep adjusting the tilt angle up. As the tilt is adjusted up, more and more clutter should appear in the screen as a result of the sonar pulse contacting the surface.  If the surface is very rough, the surface clutter will appear when the sonar is tilted up a few degrees.  Typically, the rougher the surface, the greater the clutter.  
4.	As you tilt up, the surface clutter will first be visible around the longer range rings and move in closer to the sonar as the tilt values are increased.  On rare occasions when the water’s surface is very smooth there may not be any clutter caused by the surface. As you tilt the sonar up, the screen may become blacker and targets will disappear. 
5.	After tilting the sonar up several degrees, return the tilt to 0 and repeat the same process except tilt the sonar down. 
6.	As you tilt the sonar down, note the change in target appearance and the effect on the sea bed.  Continuing to tilt down will result in the screen becoming redder as the sonar is completely focused on the sea bed.  ",Operate tilt settings of the Wesmar Searchlight Sonar
"1.	To experiment with pulse settings, it is best to scan the sonar back and forth across an individual target if possible.  This can be done by selecting sector, choosing 90⁰, and rotating the bearing knob so the bearing line is in the middle of the target.  The bearing knob will automatically adjust the Center setting so the middle of the sector is centered on the bearing line.  Alternatively, Center can be selected in the main sonar menu and the sector can be manually centered by adjusting the Center value until the target is in the center of the sector.  If 	Figure 5‐6, Sector Selection an individual target is not available, set the sonar to scan a 90⁰ or 180⁰ sector. 
2.	Next, select the Sonar Sub‐menu and set the pulse on 3%. After the sonar scans across the target a few times, select the next highest pulse setting. 
3.	Continue to move through the pulse settings and mentally note the effect that changes in pulse length have on the target. The longer the pulse, the greater period of time the target is enveloped by the sound energy. Because of the longer duration exposure to the sound pulse wave, more sound energy is reflected and returned to the sonar.  As a result, longer pulse widths tend to make the target present larger on the sonar display. 
4.	Continue to adjust the pulse width up in value.  As pulse lengths are increased, especially in shallow water, the sonar display may become quickly cluttered. Because longer pulse widths increase the length of time the pulse is transmitted, adding more sound in a noisy shallow water environment can require that the gain setting to be lowered longer pulse widths. 
5.	Return the Pulse setting back to a value the provided a good sonar image.  After that, select the next highest setting.  Adjust the gains to achieve the best sonar image.  If a good sonar image is achieved, then select the next highest value and readjust the gains.   At the higher pulse width settings in shallow water, you will find that the adjustment range for the gains becomes small.  With longer pulse widths one value increase in can cause the screen to become completely red. 
6.	After experimenting with the pulse widths, write down the pulse with settings and the gain settings if they are different than those previously used. ",Operate pulse settings of the Wesmar Searchlight Sonar
"1.	As in the Pulse exercise, find an individual target and set a 90° sector so the sonar can scan back and forth across the target. 
2.	Keep the Speed setting on 1.  After the target is scanned a few times, select Speed setting 2. 
3.	After the target is scanned a few times, move to the next higher speed.  Continue through the Speed settings and mentally note the appearance of the target at the various values. ",Operate speed settings of the Wesmar Searchlight Sonar
"1.	In the main sonar menu (see section 3.3), select Screen 2. This will bring up a split screen.  The top of the screen shows a 180° forward scan and the bottom half of the screen will show a profile view of the seabed under the vessel. 
2.	Select the ↓↓↓Profile sub menu. 
3.	Set the ↓↓↓range setting to approximately 150% of the water depth. 
4.	Adjust the ↓↓↓ Profile Pulse, Gain, TVG and Power settings to the same values that achieved the best results in the previous exercises.  The gain settings used for scanning around the vessel should provide a fair image of the bottom.    
5.	At dock, the seabed may only be one or two meters below the vessel. It should appear as a thick red line.  If the image of the bottom is very thick, decrease the pulse and then decrease the power.  If the seabed is coming in week, first increase the pulse followed by the power.  The picture can be fine tuned by raising or lowering the gains if necessary. 
6.	For the profile, it is best to keep the scan Speed at 1 to maintain a high definition of the bottom. During typical operations, the range of the forward scan is much greater than the water depth. As a result, the Profiler range is relatively short and scan speed 1 is best to see small objects on the sea floor or changes in the bottom contour. 
7.	The scanning sector of the profile can be narrowed from 180° down to 11°. While scanning in a 180° sector, the Profiler provides a wide swath picture of the seabed. In profile mode,  the view of the bottom is many times wider than that of most depth sounders.  Depending on the range setting and water depth, this view can extend hundreds of meters to either side of the vessel. Because of this wide swath capability it is best to narrow the sector in deep water instead of increasing the scan speed. 
8.	Enhance, Limiter and Filter are addressed in detail in section 3.4 Sonar Sub Menu. These features are typically turned off and should only be utilized as described in above section. ",Operate profiler tool of the Wesmar Searchlight Sonar
"1.	Set the sonar back to Screen 1, set Center to 0˚, and set Sector to 360˚. 
2.	Let the sonar complete a full 360 ˚ scan. 
3.	Enter the sonar Sub Menu and slowly reduce the TVG value. 
4.	If you are scanning at ranges less than 375 meters, the TVG ring will not be visible until the TVG value is reduced. Eventually as the TVG value is reduced, a dotted ring with a similar appearance to the range rings will become visible. As TVG values are 
decreased, the TVG ring will become smaller and smaller. 
5.	Also you will notice as TVG is decreased in range, the screen may become redder and redder. This is because the TVG Ramp is being shortened and the full gain values are overcome by the reverberation. ",Operate Time Varied Gain (TVG) settings of the Wesmar Searchlight Sonar
"Sonar 	  	  	  
  	•Poor connection in 
SD Cable 	  	  
No clicking or transmit sound at hoist heard during out of water test 
  	•Bad T/R circuit board 
•Sound dome flooded 	No targets on the sonar display when gains are set to high values and the sonar range is set to the minimum range. 
  	• Go to the receiver failure section 
  
Cannot see targets on video display 	•System settings are incorrect 	1. Ensure that the system passed the startup selftest when powered up.  	•Adjust gain, power and range settings 
  
  
  	•No power to video display or console 
Assembly. 
  
  	2.	Ensure that the range settings are appropriate for the location.   In deep water, there may not be any targets.   For navigation, the tilt of the transducer is set to zero (looking straight out, horizontally).   Increase the far gains until targets appear.   If all you see is red, then lower the gain settings until noise is removed. 
3.	Verify that the color selection is appropriate.  If the color of targets is set to the same color as the background, then targets won’t be visible. 
4.An amber transmit light next to TB4 on the T/R Board in the T/R Assembly will blink each time 
the sonar transmitter transmits. Verify the amber light is blinking.   	  
  
•If the transmitter is not transmitting go to the ""No Power"" troubleshooting section 
Sound dome flooded 	•Object Collided with Sound Dome 	1.Turn the console off and disconnect sound dome cable Lugs #17 and #18 from the TR Box.    Note, it is best to use an analog multi‐meter for this procedure.  Measure the resistance between Lug #17 and Lug #18.   If there is no water in the sound dome, the reading should be Open 
(infinity).   Salt water in the sound dome will read between 1‐3kΩ. 	•If water is in the sound dome, the sound dome must be replaced. ",toubleshoot general Sonar issues of the Wesmar Sonar
"Condition 	Possible Cause 	Fault Isolation	Corrective Action 
No Video 	•Loose or bad video 
cable                           
•Video monitor turned ""OFF"". 	1. Remove the lid/cover of the MS3850 Console 
Assembly by removing the four cover screws.  	•Replace Video 
Cable                        
•Turn Monitor ""ON""   
  
  
  
  
  	•Non‐compatible 
video Display                
•Defective Video Board 
  
  
  
  	2.	Inside the Console Assembly locate the LED labeled “U22”. The small LED is just above the main processor in the middle of the Video Board (P/N 74.11197.0) The part number of the video circuit board is located near the lower right hand corner of the board.   
3.	Ensure the Video Display is “ON”.
4.	Push in the Control Panel Assembly “ON/OFF” power switch to the MS3850 system.  A red LED will illuminate below the “ON/OFF” switch. 
5.	Observe LED “U22”. The LED should flash red or amber then remain (“ON”) green.  
6.	If no video is present when “U22” is green make sure video cables are properly connected and that the video monitor is turned ON and that the video monitor is VGA compatible with 640x480 display. 	•Change Video 
Monitor           
•Replace Video Board 
  
  
  
  
No Video                       
LED U22 not 
Illuminated 	•Defective Video 
Board 	There are four (4) terminal posts on video board 74.11197.0 inside the Console Assembly. Check the following terminal post voltages on the board’s terminal posts with a digital voltmeter.  	•Replace Video 
Board 
  
  
  
  	•No Power to Video Board 
  
  
  	1.	With negative lead of meter on the terminal post located at “TP1” (GND) on the circuit board, connect positive lead of meter to the post “TP2” (+3.3V). The meter should read 3.3 +/‐ .1 vdc. 
2.	Then connect positive lead of meter to “TP3” (+5V), and measure 5.0 +/‐.1 vdc 
3.	If the following two voltages are missing or out of spec proceed to No Power troubleshooting procedure. 
4.	With negative lead of meter still on “TP1” 
(GND), connect the positive lead to “TP4” 
(+1.2V), and measure 1.2 +/‐ .1 vdc. If this voltage is out of spec or missing then the Video Board is defective since 1.2 vdc is generated on this board. 	•Continue to ""No Power"" troubleshooting section 
  
  
  ",troubleshoot Sonar video issues of the Wesmar Sonar
"No Power 	•Bad Control Panel 
Assembly 	1. Push in the Control Panel Assembly “ON/OFF” power switch to the MS3850 system.  A red LED will illuminate below the “ON/OFF” switch. 	  
  	•Bad Power Control 
Board 	2. If the power LED does not illuminate open the MS3850 Console Assembly by removing the four cover screws.  	  
  	•Supplied Power Fault/tripped breaker 	3. Inside the Console Assembly on the Power Control Board (P/N 74.11129.0) check the voltage of the incoming power supply at the location labeled “J11” on the lower right hand corner of the circuit board.  Using a volt meter, measure the voltage at the solder joints on the circuit board of the black and red wires at “J11”. The voltage should equal the supply and be between 12 to 24 vdc. 	•Reset Supplied 
Power Breaker 
  
  	  
  	4.	If the voltage is zero or out of range check the external power source and power cable.  
5.	Next to the Video Board (P/N 74.11197.0) inside the Console Assembly there is a 12 position terminal block with wires of various colors connected to each side of the Terminal Block. The last two positions on this Terminal Block are often unoccupied. This Terminal Block is not mounted on a circuit board and is unlabeled, but is “TB2” (Terminal Block #2). See manual Appendix drawing B7 “Consol Assembly Cable Connection”. On “TB2 at position #9 is a red wire and at position #10 is a black wire. The measured voltage at TB2‐9 and TB2‐10 should measure between 12 & 24 vdc. If no voltage wiring may be bad or Power Control Board may be defective 	  
•Replace Power 
Control Board 
  
  	  
  	6.	Ensure Control Panel Assembly power switch is “ON” and measure voltage of the brown (+) and black (‐) wires at “J1“(10‐30 VDC IN) of Power Control Board (P/N 74.11129.0). This is voltage switched by power switch on the Control Panel Assembly and should measure 12 to 24 vdc. 
7.	If voltage is not present at “J1“(10‐30 VDC IN) the Control Panel Assembly power switch may be bad or the Bulkhead Cable Assembly cable may be defective. 	  
•Go to No Control 
Panel Operation 
Power Section 
No Power                  
(Fuse F1 Console 
Assembly) 	  	8. If the voltage on the Power Control Board (P/N 74.11129.0) at location “J1“(10‐30 VDC IN) measures 12 to 24 vdc, measure the voltage at location “J4” (BLACKFIN 5VDC OUT). The voltage at “J4” should be +5 +/‐ .1 vdc.  	  
  
  	  
  	9.	The voltage at “J8” (BLACKFIN +3.3V) should be +3.3 +/‐ .1 vdc.  
10.	If either of these voltages are zero or not in the specified voltage range, check the fuse “F1” (AGC 1.5 A 250V FAST). If fuse “F1” is good and not open, the Power Control Board (P/N 
74.11129.0) is defective. 	  
•Replace Power 
Control Board ",troubleshoot Sonar power issues of the Wesmar Sonar
"No Control Panel Operation/Power 	•Defective Control 
Panel Switch 	1. Press power switch to”ON” on Control Panel Assembly.  	  
  	•Supplied Power Fault/tripped breaker 	2. If the red LED indicator does not illuminate go to No Power trouble shooting step above.  	•Reset Supplied 
Power Breaker 
  
  	•Defective Control 
Panel Circuit Board 
  	3.	If the red power LED illuminates turn power off 
and open the Control Panel Assembly by removing the four screws at the corners and lifting the control panel board from enclosure.  
4.	Press power switch on again and measure +5.0 +/‐ .2 vdc at “+5V” pads on board. If +5 vdc is present and within spec the Control Panel Assembly circuit board is defective.  It is not possible to replace this circuit board. If +5 vdc is missing or out of spec go to No Power trouble shooting step above. 	  
•Replace Control 
Panel Assembly 
 
 
 
 
 
 
 
 
 
 
 
 
 ",troubleshoot control panel power issues of the Wesmar Sonar
"Link Failure 	•No Supplied Power   
•Internal Power 
Fault                   
•Blown Fuse in 
Console or Booster 
Assembly 	1. Open the T/R Assembly enclosure. On the T/R Assembly circuit board (P/N 74.11089.0) measure the voltage of the red (+) wire at position 3 on Terminal Block 6 (TB6), “TB6‐3” (RLY+), and the black (‐) “TB6‐4” (RLY GND).  The voltage should measure +12 to +24 vdc. If voltage is zero go to No Power trouble shooting step above and check fuse “F1” (AGC 1.5 A 250V FAST) on the Control  Assembly Power Control Board (P/N 74.11129.0).  	•Verify External 
Power Supply          
•Replace Fuse              
•Replace Control 
Panel Assembly           
•Replace Consol 
Assembly Power 
Supply Board 
  	•No Communication 
with Sound Dome        
•Defective T/R Assembly Circuit 
Board                   
•Defective Console Assembly Circuit board   	2. Connect the negative lead of the volt meter to 
Terminal Block 5 “TB5” position #2 , “TB5‐2” (RLY CTL‐), and positive meter lead to “TB5‐1”, (RLY 
CTL +), on the T/R Assembly circuit board (P/N 
74.11089.0).  The voltage should measure +11 to +15 vdc. If voltage is zero or not +11 to +15 vdc, than T/R Assembly circuit board (P/N 74.11089.0) is defective. 	• Replace T/R 
Assembly Circuit 
Board 
  	• Booster Assembly Power Supply 	3. If  the voltage at Terminal Block 5 position 1 & 2 (TB5‐1 & TB5‐2) is correct, connect the negative lead of the volt meter to “TB3‐2” (15 GND), and positive lead to “TB3‐1” (+15V) and measure +15 +/‐ .5 vdc.  Connect positive lead of meter to 
“TB3‐3” (‐15V) and measure ‐15 +/‐.5 vdc. If the +15 and ‐15 vdc voltages are present and within specified range then T/R Assembly circuit board (P/N 74.11089.0) is defective. If voltages are zero or out of specified range then proceed to the Booster Assembly Power Supply troubleshooting section. 	• Troubleshoot 
Booster Assembly ",troubleshoot link failure of the Wesmar Sonar
"Booster Assembly Power 	•No Supplied Power   
•Internal Power 
Fault                   
•Blown Fuse in 
Console or Booster 
Assembly 	1. Open MS3850 Booster Assembly. CAUTION: High voltages are present. The incoming and outgoing system cables attach to the 12 position Terminal Block 6 (TB6) inside the PWR Booster Assembly. If necessary, see Appendix Drawing B2 “P/B Connections in PWR Booster Assembly” to locate TB6. Unbolt the retaining nuts and remove the terminal block protective cover.  At “TB6‐10 & TB6‐11” (terminal block 6 position 10 and position 11), ensure the line voltage of 220 vac (or 110 vac depending on the supply source) is present. If the voltage is zero, check the ship’s circuit breaker external to enclosure and, if equipped, remove the in‐line fuse on the power (+) wire going to “TB6‐10“ and verify it has continuity.  	•Replace the fuse or turn the on the breaker. If the voltage is correct, proceed to the next step. 
  	  	2. Inside the Booster Assembly connect the negative lead of the volt meter to “TB6‐3” and positive lead to “TB6‐1”.  This will measure the relay power and should be 11 to 15 vdc. If the voltage reading is zero or not between 11 to 15 vac, inspect cable connection from T/R Assembly circuit board (P/N 74.11089.0). 	•inspect cable connection  
  	  	3. Inside the Booster Assembly, leave the negative lead of the volt meter on “TB6‐3” (Terminal Block 6 position 3) and connect positive lead of meter to “TB6‐2” and measure +15 +/‐ .5 vdc. Connect negative lead of meter to “TB6‐4” and measure ‐15 +/‐ .5 vdc. If voltages are zero or out of required range turn off the MS3850 at Control Panel Assembly power switch. Remove the wires from Booster Assembly “TB62” and “TB6‐4”and tape lugs to prevent shorting. 
Turn power switch at the Control Panel Assembly 
“ON” and re‐measure voltages at “TB6‐2” and “TB6‐4”. If voltages are now present and within the required range inspect cable to T/R Assembly circuit board (P/N 74.11089.0). If the cable is correct, then the T/R Assembly circuit board is defective. If voltages at “TB6‐2” and “TB6‐4” are still not present and within spec the +\‐ 15 volt supply in the Booster Assembly the Booster Assembly circuit board (P/N 74.09805.0)  is defective. 	•Inspect cable 
connection                   
• Replace Booster Assembly Circuit board ",troubleshoot booster assembly of the Wesmar Sonar
"Scan Failure 	•No Supplied Power   
•Internal Power 
Fault                   
•Blown Fuse in 
Console or Booster 
Assembly 	1. A scan failure results when the Console Assembly cannot properly communicate with the sound dome or when there is a mechanical malfunction in the sound dome. During the sonar self test, if there is an error, the SCAN test will fail and the SCAN test block will appear red on the Sonar Self‐Test start‐up screen. In addition, if the dome software version displayed on the sonar self test screen contains special characters the Console is not properly communication with the sound dome. 	  
  	•No Communication 
with Sound Dome        
•No Center Heading 
Position Received        
•Defective T/R Assembly Circuit 
Board                   
•Defective Console Assembly Circuit board   	2. One cause for a scan test failure is a result of the Console Assemble not receiving a center heading from the sonar dome.  On the T/R Assembly circuit board (P/N 74.11089.0) at “TB1”measure the voltages being sent to the scan motors to verify proper communication to the sound dome. Test the center heading voltage at “TB1‐9&10” (Terminal Block #1 position 9 & 10). +5 vdc should be present and drop to .19 vdc when the scan passes through the center heading position. If OFFSET is set to 0 the center heading on Screen 1 is can be seen at the top middle of the video screen. The voltage should drop to as the sonar scans through this position. In addition, use “TB1‐10” as the ground and measure the voltages at positions 1 to 4 on “TB1”.  The following intermittent voltages should be present: TB1‐1=14.2vdc, TB1‐2=2 vdc, TB1‐3=1.9 vdc, and TB1‐4=14.4 vdc. If the volt readings are zero, ensure the T/R Assembly circuit board (P/N 74.11089.0) is supplied with +\‐ 15 vdc at “TB3” as directed in the Link Failure trouble shooting procedure. If the voltages to the scan motor is below 9 or 10 vdc, the motor will not operate. 	•inspect Sound Dome cable 
connection                   
• Replace T/R 
Assembly Circuit 
board                             
  	  	3. If +\‐ 15 vdc is present at “TB3” the T/R Assembly circuit board or sound dome could be defective. 	 •Replace Sound Dome ",troubleshoot scan failure of the Wesmar Sonar
"Receiver Failure 	•Incorrect Software Settings in System 
menus 	1. If video monitor shows no targets when gains are increased and PULSE and POWER are set at 100% in the sonar menu command, open the T/R Assembly enclosure and look for the flashing neon light, “LP1”, near “TB4” (Terminal Block #4) on the T/R Assembly circuit board (P/N 
74.11089.0). “LP1” will not illuminate if the menu command PULSE is set to “0?”.  If “LP1” is not flashing verify PULSE is set to 100% and measure the transmit power voltage with a volt meter at “TB5‐5” (Terminal Block #5 position 5), (TX GND), and “TB5‐4”, (TX VOLT). Voltage should measure 110 vdc.  The voltage measured at “TB5‐4 & 5” is dependent on the on POWER level settings in the sonar menu command. The POWER level setting in the sonar menu command will result in the following voltages: Power 25%~55 vdc, 50%~65 vdc, 75%~90 vdc, 100%~110 vdc 	•Change Pulse to 
100 % 
  	•Blown Fuses in 
Booster Assembly 	On the Booster Assembly circuit board (P/N 
74.09805.0) there are two diagnostic test lamps “LP1” and “LP2”.  “LP1” is the high voltage indicator and “LP2” is the regulated voltage indicator. If “LP1” is not illuminated check fuse “F1”. If “LP2” is not illuminated check fuse “F2” and verify that POWER level settings in the sonar menu command is 100%.   “F2” will not illuminate if voltage measured at “TB5‐4 & 5” on the T/R Assembly circuit board (P/N 74.11089.0) drops below 70 vdc.  	•Replace Booster 
Assembly Fuses 
  	•Defective T/R 
Assembly Circuit 
Board 	2. If fuses “F1” and  “F2” are good, but the voltage is zero or out of range at “TB5‐4 & 5” on T/R Assembly circuit board (P/N 74.11089.0), measure transmit control voltage at “TB5‐3” (Terminal Block #5 position 3), (HV CONTROL), which should be between 6.5 to 13.7 vdc depending on the power level settings in the menu. If this voltage is zero or out of range the T/R Assembly circuit board (P/N 74.11089.0) is defective. Control voltages at each POWER setting are as follows: Power 25%~6.5vdc, 50%~8 vdc, 75%~11 vdc, 100%~13.5 vdc. 	•Replace T/R Assembly circuit board 
  	•Defective Booster 
Assembly Circuit Board 	3. If voltage at “TB5‐3”, (HV CONTROL), is within spec and the voltage at “TB5‐4”, (TX VOLT), is missing or out of spec the Booster Assembly circuit board (P/N 74.09805.0) is defective. 	•Replace Booster 
Assembly Circuit 
Board 
  
  	  
  	4.	If “LP1” on the T/R Assembly circuit board (P/N 74.11089.0) is flashing the transmit pulse may be heard at the sound dome or by putting an ear against the sonar hoist. If no sound is heard turn power off to the system at the Control Panel Assembly and remove transducer connection at “TB4‐17” and “TB4‐18” on the T/R Assembly circuit board (P/N 74.11089.0). 
5.	Measure the resistance between wires 17 and 18 on the SD cable assembly.  This should be an open circuit. Any measurement less than 100K ohms may mean water has entered the sound dome or the sound dome has broken off.  	  
  
  	•Missing Sound 
Dome 	6. With an analog volt meter, measure the capacitance between wires 17 and 18 on the SD cable assembly. This should be 27 nanofarads +/‐ 25%.  Any capacitance substantially less than this may mean sound dome is defective. 	•Replace the Sound 
Dome Assembly 
  	  	7. If “LP1” on the T/R Assembly circuit board (P/N 74.11089.0)  is flashing and the sound dome measurements are within spec and still no targets are being received the T/R Assembly circuit board is defective. 	•Replace the T/R 
Assembly Circuit 
Board ",troubleshoot reciever failure of the Wesmar Sonar
"Tilt Failure 	  	1. Go to the Local Menu on MS3850 video display and with cursor select Panel Box and highlight TEST. A numerical readout corresponding to the tilt pot voltage will appear in the panel box. This number will display the voltage to three decimal places but without the decimal point. The voltage at 0 degrees tilt should be approximately 3750 corresponding to 3.750 vdc. At ‐90 degrees the readout should be 2500 corresponding to 2.500 vdc. If these numbers do not change with tilt the tilt feedback pot in the sound dome may be bad and the backup tilt calibration against the mechanical upper stop may be in effect. 	  

  	•Defective Sound Dome 	2. If the tilt voltage does not correspond to tilt degrees open lid of T/R Assembly enclosure. With MS3850 powered on and scanning, look at “D13”, (MONITOR LED), on the T/R Assembly circuit board (P/N 74.11089.0). “D13” is a red LED in the middle of the circuit board just above the processor and software chip. If the LED is blinking the sound dome tilt pot has been determined to be defective in operation and the backup tilt calibration against the mechanical stop is in use. While this method of tilt calibration is reasonably accurate it does not give representative tilt pot voltage readout in the panel box as noted in the above step. 	•Replace the Sound 
Dome Assembly 
  	•Defective T/R 
Assembly Circuit 
Board 	3. If “D13”, (MONITOR LED), is not blinking and tilt failure is still suspected, on the T/R Assembly circuit board (P/N 74.11089.0), measure the voltage at “TB6‐5” (Terminal Block #6 position 5) (+15V), and “TB6‐6”, (GND)  which should be between 10.5  to 12.5 vdc. If voltage is zero or out of rang measure voltage between “TB6‐6”, and the outside of coil “L9”. “L9” is located between “TB3‐3” and “TB6‐1”. If correct voltage is present the inside solder connection of “L9” may be bad. If voltage at outside connection of “L9”  is zero or out of range the sound dome is defective. 	•Replace the T/R 
Assembly Circuit 
Board ",troubleshoot tilt failure of the Wesmar Sonar
"COMPUTER CONTROL UNIT (A): 
•	Operates on 12 or 24 VDC 
•	High resolution output, 640x480 pixels, 8 or 16 colors depending on sonar echo strength 
•	Flexible display of sonar imaging: full screen sonar, full screen bottom profile, split screen sonar and profile.  Two screen panels can be supported. 
•	NMEA support for integration with GPS 
•	Simplified sonar operation via Control Panel Assembly and hand controller 
•	Audio output to a speaker based on echo strength ",describe the specifications of the Computer Control Unit of the MS3850-110-11 Wesmar Sonar System
"POWER BOOST (B) and TRANSMIT/RECEIVE CONTROL (C) 
•	Operates on 110 or 220 VAC, 3.0 kW RMS output 
•	85 meter interconnect cable between T/R electronics and computer control unit in wheelhouse 
•	All‐digital communications eliminates interference from vessel electrical noise and enables higher gains ",describe the specifications of the Power Boost of the MS3850-110-11 Wesmar Sonar System
"M‐18 HYDRAULIC HOIST UNIT (D): 
•	Electric motor, 110 or 220 VAC 
•	Height – 53” (838mm), Travel – 31” (457mm) 
•	Retraction time – 8 seconds 
•	Soundome tube: 6”  (152mm) O.D. Stainless 
•	Other hoists available from WESMAR depending on installation",describe the specifications of the Hoist of the MS3850-110-11 Wesmar Sonar System
"110kHz 10” URETHANE SOUNDOME UNIT (E): 
•	Active gyro‐controlled electronic beam stabilization capable of correcting 34 degrees of movement per second 
•	220 degrees of tilt in 1.8 degree steps.   360 degrees of scanning 
•	3000m maximum range scale 
•	Large 110 kHz array transducer generates 3.6 x 5.2 degree (VxH) sound beam for higher sensitivity ",describe the specifications of the Soundome Unit of the MS3850-110-11 Wesmar Sonar System
System Block Diagram - LCD Monitor - hand controller - hand cable assembly - console assembly - monitor cable - audio cable assembly - speaker - bulkhead cable assembly - control panel assembly - console power cable - I/C cable assembly - T/R Assembly - T/R power casble - power booster cable - booster assembly - booster power cable - HPU control cable - HPU power cable - L/S cable assembly - SD cable assembly - 110/220V 2HP assembly - Steel seachest tube - SD Assembly - steel slipon flange - hoist assembly,identify components in the System Block Diagram of the MS3850-110-11 Wesmar Sonar System
"hoist flange weldment, gland tube bushing, 1/2 flax packing, m18 packing cap assembly, m18 bushing retainer ring, 5/8-11 x 2-1/2 HHCS, 5/8split LW S.S, 5/16-18 x 5/8 FH S.S",identify components in the Flange Assembly of the MS3850-110-11 Wesmar Sonar System
11” Sea Chest ,identify the Seachest of the MS3850-110-11 Wesmar Sonar System
"DESCRIPTION

M18 CYLINDER HEAD HOIST CYLINDER BARREL

M18

M18 CYLINDER BUSHING MYLINDER SEAL CARRIER

M18 CYLINDER SHAFT IN

M18 CYLINDER PISTON M18 CYLINDER REAR BLOCK M18 CYLINDER FLUID TUBE

M18 ROD CLEVIS w/ PIN M18 TIE ROD 1/2 SPLIT LOCK WASHER

1/2-20 HEX NUT, SS 1/2-20 X 1-1/4 SHCS, SS

1/2-20 X 1 SHCS, SS 2-028 O-Ring

2-029 O-Ring

2-258 O-Ring

CYL ROD WIPERSEAL, CR709006 12501000 POLYPAK SEAL

12501250 POLYPAK SEAL

ROLL PIN 3/32 X 7/8 SS

SD CABLE STRAIN RELIEF MALE ADAPTOR 8-6-FBZ-S-CAD

FITTING, JIC SWIVEL 90 
STREET 90 ELBOW PARKER 6-6SE-3 
MALE 45 ELBOW PARKER 6-6VTX-S",identify components in the Cylinder Assembly of the MS3850-110-11 Wesmar Sonar System
"“Satellite communication systems are defined by three different altitude orbits; low earth orbit (LEO), medium earth orbit (MEO) and geosynchronous earth orbit (GEO)",Identify the three different altitude orbits of satellite communication systems
“These satellite systems use AMS®S L-band frequencies reserved for aeronautical safety services.”,Identify the frequency band used by these satellite systems
"“Figure 2-1 provides an overview of the aeronautical satellite communication system and shows the various components that make up the complete system, including the ANSP(s), ATS unit(s), aeronautical station(s), CSP(s), SSP(s), PSTN, aircraft and the operator(s).”",Identify the ANSP of the satellite communication system
"“Figure 2-1 provides an overview of the aeronautical satellite communication system and shows the various components that make up the complete system, including the ANSP(s), ATS unit(s), aeronautical station(s), CSP(s), SSP(s), PSTN, aircraft and the operator(s).”",Identify the ATS unit(s) of the satellite communication system
"“Figure 2-1 provides an overview of the aeronautical satellite communication system and shows the various components that make up the complete system, including the ANSP(s), ATS unit(s), aeronautical station(s), CSP(s), SSP(s), PSTN, aircraft and the operator(s).”",Identify the aeronautical station of the satellite communication system
"“Figure 2-1 provides an overview of the aeronautical satellite communication system and shows the various components that make up the complete system, including the ANSP(s), ATS unit(s), aeronautical station(s), CSP(s), SSP(s), PSTN, aircraft and the operator(s).”",Identify the CSP of the satellite communication system
"“Figure 2-1 provides an overview of the aeronautical satellite communication system and shows the various components that make up the complete system, including the ANSP(s), ATS unit(s), aeronautical station(s), CSP(s), SSP(s), PSTN, aircraft and the operator(s).”",Identify the SSP of the satellite communication system
"“Figure 2-1 provides an overview of the aeronautical satellite communication system and shows the various components that make up the complete system, including the ANSP(s), ATS unit(s), aeronautical station(s), CSP(s), SSP(s), PSTN, aircraft and the operator(s).”",Identify the PSTN of the satellite communication system
"“There are three new I-4 and four older I-3 satellites providing aviation services, including PSTN voice.”",Identify the types of satellites that provide aviation services
"“Depending on the aircraft equipment capabilities, the particular SATCOM voice services being used (i.e., Aero I), and location (i.e., high north and south latitudes), the Inmarsat SATCOM voice capability may be limited or perform in a degraded mode.”",Identify the factors that may limit or degrade the Inmarsat SATCOM voice capability
"“The SSP authorizes CSPs (or aeronautical communication service providers) to provide network access to users. However, the authorization may allow the CSP to use parts of the network or some of the network access switches that are owned and operated by other parties, which are also authorized by the SSP.”","Identify the roles and responsibilities of the SSP, CSP, and aeronautical communication service providers"
 “The access number country code for the appropriate satellite system is provided by the International Telecommunication Union (ITU) and is designated as global mobile satellite systems (GMSS). The Inmarsat voice communication service uses a single network access code (SNAC) – 870. The Iridium voice communication service employs telephone number ITU sub-blocks and optionally a US-based telephone number.”,Identify the network access numbers and codes for the different satellite systems and how they are provided by the ITU
"“Once connected to the network access switch, the ground party/system provides at least the following information to route the call to the aircraft: a) user identification (ID) [Iridium]; b) personal identification number (PIN); c) priority level as defined in Table 2-1; and d) aircraft address in octal code (derived from aircraft address or aircraft registration in the flight plan).”",Identify the steps required to route a call to the aircraft
" “When supporting satellite voice communications, the aeronautical station/ATSU should establish procedures and/or provide ATC automation that allows the radio operator/controller to: a) Secure and maintain access numbers for aircraft with SATCOM voice capability; b) Verify correct SATCOM voice access number prior to the flight; c) Provide SATCOM voice services in accordance with Chapter 4; d) Dial the access numbers in accordance with performance specifications; e) Prioritize, preempt and establish precedence on outgoing calls using the correct authorization personal identification number (PIN) for eligible SATCOM networks, priority level accordance with Table 2-1, and access number for the aircraft; f) Receive SATCOM voice calls from aircraft with eligible SATCOM access numbers and route the call to the appropriate radio operator/controller; g) If CLI is used to display incoming calls, display the aircraft identification to the radio operator/controller; and h) Exchange air traffic control information between aeronautical stations and ATSUs.”",Identify the procedures and/or automation features that the aeronautical station/ATSU should establish to support satellite voice communications
"“An aircraft operator is eligible to use SATCOM voice equipment under its normal operational approval, (e.g. Aircraft Operator Certificate – AOC). When using SATCOM voice equipment, the aircraft operator should address flight crew training and qualification, maintenance, MEL, user modifiable software, service agreements with the CSP. The aircraft operator should also ensure that aircraft equipment has been approved for the intended use and that the SATCOM service is available in the particular FIRs for the flight.”",Identify the eligibility and requirements for an aircraft operator to use SATCOM voice equipment under its normal operational approval.
"“In principle installed equipment has to be operational when commencing a flight. However experience has demonstrated that temporary unserviceable equipment may be tolerated in some cases. Several ICAO Contracting States hence require aircraft manufacturers to provide a Master MEL, The MMEL contains a list of which equipment can be tolerated as unserviceable at commencement of flight and for how long. The MMEL is approved by the authority designated by the State of Design. Aircraft operators are mandated to establish a Minimum Equipment List (MEL), based upon, but no less restrictive than the relevant MMEL. The MEL is approved by the State of the Operator or State of Registry.”",Identify the concept and purpose of the Master MEL and the MEL and the authorities that approve them.
" “If changes to the Minimum Equipment List (MEL) are desired to allow dispatch with one satellite voice communication system and only one HF radio system, the aircraft operator should obtain approval or acceptance from the State of the Operator or State of Registry. However, regardless of MEL, the aircraft operator will need to carry radio equipment required by the applicable airspace requirements as provided in AIP or equivalent.”",Identify the conditions and procedures for obtaining approval or acceptance for changes to the MEL
"“The operator should establish policy and procedures for flight crews and staffs, e.g. dispatchers, maintenance personnel, involved in SATCOM voice operations, and incorporate them in appropriate operation manuals, maintenance manuals and training material. These materials should include: a) Description of the SATCOM voice equipment; b) AFM operating procedures, including operating and maintenance manuals for the equipment, and any limitations; c) Master minimum equipment list/minimum equipment list (MMEL/MEL) and implications of flights departing under MEL relief. d) Flight planning requirements for use SATCOM voice per paragraph 3.4; e) Procedures for the SATCOM voice operations taking into account the guidance for the flight crew provided in Chapter 5; f) Procedures for notifying flight operations, the flight crews and the appropriate ANSPs of failures with the aircraft equipment or the SATCOM voice service; g) Implications of planned and unplanned SATCOM voice service outages, service degradation and aircraft SATCOM voice equipment failures on operations; and h) Procedures for flight crews and dispatchers to report to the CSP in-service difficulties with the SATCOM voice capability and means to resolve identified problems.”",Identify the policy and procedures that the operator should establish for flight crews and staffs involved in SATCOM voice operations
"“The operator should ensure the flight crews and staffs receive appropriate training and are licensed in accordance with ICAO Annex 1 and Annex 6, taking into account the guidance contained in this document, and are licensed.”",Identify the training and licensing requirements for the flight crews and staffs using SATCOM voice equipment
"“Prior to operational use, the aircraft operator should verify that SATCOM voice installations are operating normally and activated by sending and receiving calls to and from the aircraft in accordance with established operating procedures, e.g., using the aircraft address represented in octal code. The operator should ensure the aircraft equipage operates per paragraph 3.3.4 and perform verification tests under the following conditions: a) new SATCOM voice installation; b) after performing maintenance, e.g., SIM card change, upgrade or repair, on an existing SATCOM voice installation; and c) after the aircraft has changed aircraft registration or the aircraft address.”",Identify the conditions and procedures for verifying that SATCOM voice installations are operating normally and activated
“The aircraft operator should deactivate any aircraft sold or otherwise removed from the fleet and verify that the SATCOM voice installation has been deactivated. The aircraft operator contacts their CSP to deactivate the SATCOM voice installation.”,Identify the procedure for deactivating SATCOM voice installations
"If CLI is used to display incoming calls, the satellite voice equipment should display the facility name or the facility designator for the aeronautical station or ATS unit to the flight crew. The satellite voice equipment should configure the flight deck default priority to level 2 / HGH / Q12 for outgoing ATC calls per Table 2-1 and automatically pre-empt cabin communications, if necessary to establish the ATC call. Level 4 / PUB / Q9 incoming and outgoing calls should be restricted to/from the flight deck. The satellite voice equipment should have the capability for the flight crew to: a) set the priority level for all calls; and b) preempt any call at any time.”","Identify the features and capabilities of the satellite voice equipment for displaying, configuring, setting, and preempting calls."
"""The aircraft manufacturer or avionics supplier should include in the airplane flight manual (AFM) supplement, or equivalent, the following: a) a description of normal and non-normal procedures for the use of the system operation, including what actions are expected by the flight crew for each case; and b) criteria and intended uses that provided the basis and means of compliance for the airworthiness approval. For example, “The [appropriate authority] has evaluated the SATCOM voice equipment as a supplement to other means of communication, in accordance with FAA AC20-150A. This does not constitute operational approval.””","Identify the information that should be included in the airplane flight manual (AFM) supplement, or equivalent, for the SATCOM voice system."
" “The aircraft operator should ensure that the proper information is included in the ICAO flight plan, which includes one or more type(s) of SATVOICE capability, the aircraft registration and the aircraft address.”","Identify the information that should be included in the ICAO flight plan to indicate SATVOICE capability, aircraft registration and aircraft address. "
"“Prior to operational use, the aircraft operator should verify that SATCOM voice installations are operating normally and activated by sending and receiving calls to and from the aircraft in accordance with established operating procedures, e.g., using the aircraft address represented in octal code.”",Initialize the SATCOM voice system according to the established procedures and checklists.
"“These are: a) Identify the aircraft SATCOM voice capability (i.e., Iridium, Inmarsat, or MTSAT) and correlate the access number (aircraft address represented by an 8-digit octal code) with the aircraft address or aircraft registration in the flight plan; b) Initiate the dialing sequence ensuring CLI/PIN and security measures to access the ground earth station are in place; c) Use priority levels defined in Table 2-1, as available from avionics manufacturer and satellite service provider; d) Wait for the flight crew to answer the call; e) Confirm the aircraft identification/call sign prior to delivering the clearance or message; f) Initiate the conversation; and g) Terminate the call after the dialog is finished.”",Identify the common steps that the radio operator should follow to establish a ground initiated SATVOICE call to an aircraft.
"“These are: a) Identify the aircraft SATCOM voice capability (i.e., Iridium, Inmarsat, or MTSAT) and correlate the access number (aircraft address represented by an 8-digit octal code) with the aircraft address or aircraft registration in the flight plan; b) Initiate the dialing sequence ensuring CLI/PIN and security measures to access the ground earth station are in place; c) Use priority levels defined in Table 2-1, as available from avionics manufacturer and satellite service provider; d) Wait for the flight crew to answer the call; e) Confirm the aircraft identification/call sign prior to delivering the clearance or message; f) Initiate the conversation; and g) Terminate the call after the dialog is finished.”",Identify the common steps that the radio operator should follow to establish a ground initiated SATVOICE call to an aircraft.
"“The flight crew answers the call and responds by stating the aircraft identification. For an ATC clearance, the flight crew reads back the clearance verbatim to the radio operator. For an ATC request or advisory, the flight crew responds to it, as appropriate.”",Identify the procedure for the flight crew to respond to a SATVOICE call from the radio operator.
" “The radio operator delivers one of three types of messages – clearance, ATC request or ATC advisory. The radio operator acknowledges to the flight crew receipt of the response, as appropriate. For an ATC clearance, the radio operator monitors the flight crew readback for correctness and includes it in a message intended for ATC. For an ATC request or ATC advisory, the radio operator includes any comments from the flight crew in a message intended for ATC.”",Identify the procedure for the radio operator to deliver and acknowledge ATC messages using SATVOICE.
,Operate the Samsung DVD-E360
,Identify the components of the Samsung DVD-E360
,Troubleshoot the Samsung DVD-E360
,Identify the optimal connection for the Samsung DVD-E360
,Identify the basic functions of the Samsung DVD-E360
,Identify the advanced functions of the Samsung DVD-E360
,Identify the procedure for playing media files from a USB on the Samsung DVD-E360
,Idnetify procedure for updating firmware of the Samsung DVD-E360
,Initialize the Samasung DVD-E360
,Shutdown the Samasung DVD-E360
"“RSSI is displayed on the LCD. RSSI is a measure of the field strength (radio waves at 121.5MHz) at the antenna input. RSSI is not a measure of beacon signal strength. This indicator is useful for several reasons: It can help determine if a non-MOBI signal is interfering with the operation of the MOBI system. It can help to diagnose problems with the MOBI equipment, such as broken antenna cables. RSSI is expressed in negative numbers, -127 dBm being the weakest and -35 dBm being the strongest signal.”",Identify the meaning and use of Received Signal Strength Indication (RSSI) for measuring field strength at the antenna input.
"“The audible alarm will continue to sound until either the transmitter is deactivated, in which case the receiver will display “MOB Clear!” or the Silence Alarm button on the LCD touchscreen is selected. The silence button only appears on the LCD when an own ship beacon is activated.”",Identify the procedure for silencing or clearing the audible alarm
"“The LCD touchscreen interface consists of a Home screen and a Settings screen. The Home screen displays information such as date, time, signal strength, GPS indication, scanning status, battery check, beacon detection, alarm silence and clear buttons, and night mode button. The Settings screen displays information such as vessel identification, backlight settings, alarm settings, view individual logs, view chron logs, register sailor information, advanced settings, and back button.”",Identify the components and functions of the LCD touchscreen interface for the receiver.
" “When a user performs a MOBI transmitter battery check, the Home screen will display “Battery Check”, along with the beacon information (Ship ID, Beacon ID, and battery condition).”",Identify the procedure for performing a MOBI transmitter battery check
"“When a MOBI beacon that is programmed to another ship is activated and within range, the buzzer will chirp and the beacon information (Ship ID, Beacon ID, and battery condition) will appear in the lower left hand corner of the Home screen. The Silence Alarm button and Clear Selected MOB button do not appear when a non-own ship beacon is detected. When a MOBI beacon that is programmed to your own ship is activated and within range, the buzzer will activate with a warble tone and the LCD will display the beacon ID, name and rank/title of the MOB (if programmed), the vessel ID and the elapsed time. If GPS antenna is installed and connected, the ship’s position at the time of the MOB event as well as the updated bearing (° T) and range (meters) from the ship to that position will be displayed. To silence the alarm without canceling the alarm, press the Silence Alarm button on the LCD. To cancel the alarm, press the Clear Selected MOB button on the LCD.”",Identify the differences between non-own ship beacon detection and own ship beacon detection and the information and options that the receiver displays.
"“To adjust the receiver display’s brightness, press the Backlight Settings button on the Settings screen and the Backlight Settings screen will appear. Press and slide the Daytime Backlight Level indicator or the Night Backlight Level indicator to the desired level (right to increase, left to decrease). Once the desired adjustment has been made, press the “Apply” button and the display will return to the Settings screen.”",Operate the receivers Backlight Display
" “To search the receiver’s database for activation of a specific own ship transmitter, press the View Individual Logs button on the Settings screen and the Beacon ID Entry screen will appear. Enter the last 4 digits of the beacon ID and press OK. The Individual Log screen will display the Date (YYYY/MM/DD format), Time (GMT), Event (MOB, Clear MOB, battery check) and battery status of all transmissions the selected beacon has made beginning with the most recent event.”",Identify the steps and procedures to search the receiver’s database for activation of a specific own ship transmitter using the View Individual Logs screen
"Receiver does not turn
on
Power switch is not on. Toggle power switch to On
position.
Power surge Ensure receiver is plugged into
energized power source.
Inspect in-line fuse and replace
fuse if blown.
Power cable damaged Check power cable for continuity
and replace as necessary
Receiver not energized Verify breaker(s) and switch(es)
are turned “ON”.
Check power output at PS/BBU
RX power port",Troubleshoot power issues in the RX103
"Receiver does not
receive signal from
transmitter after
performing manual or
automatic activation
Transmitter battery is depleted Replace transmitter battery
Transmitter battery is not
correctly installed in battery
compartment
Correctly install battery in battery
compartment (see TX-103
Operating Instructions Section
2.1.5 (TX-104) or Section 2.2.5
(TX-103))
Did not align transmitter
antenna tip or pouch securing
strap magnet correctly with
manual activation recess when
performing manual transmitter
activation (TX-104).
Correctly align antenna tip or
pouch securing strap magnet
with manual activation recess
(see TX-104 Operating
Instructions)
Transmitter is faulty or has
reached end of service life
Replace transmitter
UHF connector is not correctly
fastened to antenna jack on the
receiver.
Correctly fasten UHF connector
to receiver antenna jack.
Faulty receiver antenna Replace receiver antenna using
P/N ORCARX-AKHLX102 (see
Section 6.0 Parts List)
Faulty receiver coaxial cable Replace receiver coaxial cable
using P/N FSJ1-50A (see
Section 6.0 Parts List)",Troubleshoot signal issues in the RX103
"Receiver does not
display “Scanning”
during normal scanning
mode
Receiver requires re-start Turn OFF receiver at Power
On/Off rocker switch, wait 5
seconds and turn on",Troubleshoot Scanning issues in the RX103
"Own ship or nearby ship
emitter is radiating
Determine what emitters are
radiating (i.e. GRC-211,
navigation radar)
Faulty receiver antenna Replace receiver antenna using
P/N ORCARX-AKHLX102 (see
Section 6.0 Parts List)
Faulty receiver coaxial cable Replace receiver coaxial cable
using P/N FSJ1-50A (see
Section 6.0 Parts List)",Troubleshoot RSSI issues in the RX103
"To energize the receiver, toggle the Power
On/Off switch to the On position.",Initialize the RX103
"To de-energize the receiver, toggle the
Power On/Off switch to the Off position.",Shutdown the RX103
"De-energize the circuit and disconnect the plug at the power connector.
• Disconnect the UHF connector at the antenna jack.
• Unscrew 3-lobe knobs (qty 4) and remove receiver.
• If bracket requires replacement, remove mounting fasteners and set aside for use when
mounting the replacement receiver. Mount the replacement bracket with reused fasteners.
• Secure the receiver to the brackets by inserting the threaded mounts (4) into each of the
bracket side slots (2 each x 2 brackets).
• Adjust the angle of the receiver by tilting forward or back as desired and thread the knobs
onto each of the threaded mounts until snug.
• Connect the UHF antenna plug at the antenna jack.
• Connect the power plug at the power jack.
• Energize the circuit and turn on power at power On/Off switch.",Identify procedure for installation of the RX103
,Operate the Panasonic Television
"De-energize the circuit and disconnect the plug at the power connector.
• Disconnect the UHF connector at the antenna jack.
• Unscrew 3-lobe knobs (qty 4) and remove receiver.
• If bracket requires replacement, remove mounting fasteners and set aside for use when
mounting the replacement receiver. Mount the replacement bracket with reused fasteners.
• Secure the receiver to the brackets by inserting the threaded mounts (4) into each of the
bracket side slots (2 each x 2 brackets).
• Adjust the angle of the receiver by tilting forward or back as desired and thread the knobs
onto each of the threaded mounts until snug.
• Connect the UHF antenna plug at the antenna jack.
• Connect the power plug at the power jack.
• Energize the circuit and turn on power at power On/Off switch.De-energize the circuit and disconnect the plug at the power connector.
• Disconnect the UHF connector at the antenna jack.
• Unscrew 3-lobe knobs (qty 4) and remove receiver.
• If bracket requires replacement, remove mounting fasteners and set aside for use when
mounting the replacement receiver. Mount the replacement bracket with reused fasteners.
• Secure the receiver to the brackets by inserting the threaded mounts (4) into each of the
bracket side slots (2 each x 2 brackets).
• Adjust the angle of the receiver by tilting forward or back as desired and thread the knobs
onto each of the threaded mounts until snug.
• Connect the UHF antenna plug at the antenna jack.
• Connect the power plug at the power jack.
• Energize the circuit and turn on power at power On/Off switch.",Identify the safety precautions of the panasonic television
,Idnetify components and feature of the Remote Control Transmitter
"Press the <Power button > on the unit to turn the power of the unit on.

Power Indicator: Green (Picture is displayed.) When the power of the unit is on, the power indicator lights up and remote control operation is possible.

When the power indicator is lit, it is not necessary to press the <Power button (O) (Unit)> on the unit. Operate the remote control so that the power indicator turns green (picture is displayed",Initialize the panasonic television
"To turn the power off (Standby condition)

When the power of the unit is on (Power Indicator - green), press <STANDBY button>, then the power will be turned off.

Power Indicator: Red (standby)

Note

After the power plug is disconnected, the power indicator may remain lit for a while. This is not a malfunction.

Press the <Power button (b) (Unit)> on the unit to turn the unit off, when the power of the unit is turned on or in standby mode.",Shutdown the panasonic television
"1

PC IN

AUDIO OUT

Analogue Audio Output Terminal

Connect to audio equipment with analogue audio input terminal. (see page 22)

2 SERIAL IN:

SERIAL Input Terminal Control the TV by connecting to PC.

(see page 20)

3 LAN:

LAN Terminal

Control the TV by connecting to

Network.

(see page 44)

4 ANTENNA CABLE IN:

Antenna Terminal Connect to antenna cable

(see page 22)

5 PC IN:

PC Input Terminal

Connect to video terminal of PC. (see page 19)

6 AUDIO IN:

ල

S

Audio Input Terminal

7

HDMI 1, HDMI 2:

HDMI Input Terminal

Connect to video equipment such

as VCR or DVD player, etc.

• Use a commercially available HDMI cable (conforming to the HDMI standard) that supports

4K

8 USB:

USB Terminal

Connect the USB memory device to the USB port.",Identify the connections of the panasonic television
"1 Power LED

The Power Indicator will light.

When the power of the unit is ON

(Power button ( (Unit): ON) Picture is displayed Green

When the unit enters the standby mode: Red

2 Remote control sensor

1 External input/output terminal Connects to video equipment, PC, etc. (see page 17)

2 Power button (O) (Unit)

Tums the power On/Off 3 INPUT (Unit)

Selects the connected device (see page 27)

Configures the item on menu screen.

4 MENU (Unit)

Displays the menu screen. (see page 30)

5A (Unit) (Unit)

When TV input, changes the channel

Selects the setting item on menu screen. (see page

30)

6+ (Unit)-(Unit)

Adjusts the volume. (see page 28)

On the main screen, switches settings or adjusts

settings level (see page 30)",Identify the controls of the panasonic television
"B ENTER/Cursor buttons

Used to operate the menu screens. (see page 30) 9 EXIT

POWER ON

STANDBY

2

Turns off the menu screens. (see page 30)

10 DISPLAY

Displays information of displayed channel or

signal. 11 ASPECT

3

. Change aspect ratio. (see page 29)

10

DPLAY

PICTURE AUDIO PONTE ASPECT

12 FAVORITE

• Displays registered favorite channel list.

13 MUTE

11

12

13

4567

MUTE

Sound mute on / off. (see page 28)

VOL

CH

14

14 CHA/V

7

15

⚫ Changes channel.

15 INPUT

Switches input to display on the screen. (see page 27)

16 MENU

⚫ Press to open the OSD menu. (see page 30)

8

Note In this manual, buttons of the remote control and the unit are indicated as <>.

9

16

(Example: <INPUT>)

The operation is mainly explained indicating the remote control buttons but you can also operate with the buttons on the unit when there are the same

buttons.

Panasonic DISPLAY

1 POWER ON button (1)

⚫ Tumns the power on (Picture is displayed) when the TV is turned off (Standby condition).

2 STANDBY button (0)

⚫ Turns the power off (Standby condition) when the TV is turned on

3 Numeric buttons (0-9)/-

• Changes channel. You can also use the button",Identify the controls of the panasonic television remote
"Select the signals input to the unit.

Press <INPUT> or <INPUT (Unit).

Input

TV

HDMI1

HDMI2

PC

USB


ENTER

Select

[TV]:

Antenna terminal

[HDMI1]: HDMI 1 terminal, HDMI input

[HDMI2]: HDMI 2 terminal, HDMI input [PC)

PC Input Terminal

USB terminal, USB input",Identify the input signal of the panasonic television
"1 Press <MENU> and <> to display the [Setup] menu.

2 Select the item to set with < Menu that cannot be adjusted is greyed out Adjustable menu changes depending on signal input and menu setting.

3 Set with <<>.

English

Français Español

4 Press <EXIT> to exit from adjust mode.

To return to the previous screen

Press <MENU>.

[Language]

Changes language for on-screen

displays.

[Network settings]

Set the communication channel supported by the application software accordingly.

[Parental control]

You can lock specified channels or shows to prevent children

from watching objectionable content. (see page 38)

The factory preset password is a 4-digit number ""0000"".

Note

Make a note of your password in case you forget it. (If you have forgotten your

password, consult your local

dealer.)

[Closed caption]

Adjusts the Closed Caption

settings.

(HDMI-CEC control] [EDID select]

Sets for HDMI-CEC function.

EDID select settings change how the content displayed is processed and decoded. Adjusts the position for PC input. Sets whether or not the TV power off when there is no input standby mode.

[Position]

[No signal power off]

signal for more than 10 minutes. Reduces power consumption in

[Power save mode]

[Button lock]

Limits operation of the buttons on the unit.

HOM-CEC

[RC control lock] Limits operation of the remote control buttons Specifies whether to light the

[Front indicator light]

Specifies whether to light the power LED.

[Auto play]

Sets the type of file to be automatically played from a USB memory device.

[Information]

Displays the serial number and software version of this unit.



[All reset]

Resets all the settings to the

factory default settings.",Identify the Setup menu for the panasonic television
"Network settings

Selects the method with which to control the TV from the computer.

[Network settings) submenu will be displayed.

[SERIAL IN/LAN select]

RS-232C or LAN function is enable. To control the TV via RS-232C, set [SERIAL IN/LAN select] to [SERIAL IN]

Note

• You cannot use RS-232C and LAN control simultaneously.

[LAN setup]

Controls via LAN using the LAN terminal

[Network information]

[DHCP], [IP address], [Subnet mask], [Gateway]

Press <4> to set [Use]/ [No Use] of [DHCP].

When [No Use] is selected, IP address and other

settings can be set manually.

[DHCP]:

[Use]: Use Dynamic IP address.

[No Use]: Use Static IP address, Subnet mask,

and Gateway.

[IP address]

Enter IP address when [DHCP) is [No Use]

[Subnet mask]: Enter Subnet mask when [DHCP] is [No Use].

[Gateway]

Enter Gateway address when [DHCP] is [No Use].


Note

When [DHCP] is set to [Use], others will be

displayed in grey.


1. Select the address and press <ENTER> 2. Select digits with the cursor buttons < and <->

3. Change numbers with the cursor buttons

> and the numeric buttons <->

4. Press <ENTER>
",Identify the procedure for network setup
"Troubleshooting

Before you call for service, determine the symptoms and make a few simple checks as shown below.

Check

Symptoms

Picture

Sound

Electrical Appliances

Cars/Motorcycles Fluorescent light

Interference

Noisy Sound

Volume

(Check whether the mute function has been activated on the remote control.)

Normal Picture

No Sound

Make sure the volume is not set to minimum.

?

Not plugged into AC outlet

Not switched on Picture and Brightness/Volume setting (Check by pressing the POWER ON (1) button or STANDBY (0) button)

No Picture

No Sound

?

If a signal with a non-applicable colour system format, or frequency is

input, only the input terminal indication is displayed.

No Picture

Normal Sound

Colour controls set at minimum level (see page 32)

No Colour

Normal Sound A display error such as ""no picture

occurs, or remote control operation is

suddenly disabled.

The screen turns off automatically.

No remote control operations can be performed.

Load noises from outside may be interfering with normal operation. Tum off the power and turn it on after waiting at least 5 seconds, and then check the operation.

Check the settings of [No signal power off) may be set to [Enable]. (see page 41) Are the batteries inserted with polarity (+-) aligned? (see page 13)

Are the batteries exhausted? Point the remote control unit toward the TV's remote control sensor. (see

page 24)

Check whether the option other than [Unlocked] is selected in [RC control

lock] (see page 42) The signal may be incompatible

Try the automatic screen adjustment when PC is in use. When using a video software program (such as a cinema size program)

with a screen wider than one in the 16:9 mode, blank areas separate from the images are formed at the top and bottom of the screen. Even when the temperature of parts of the front, top and rear panels has

risen, these temperature rises will not pose any problems in terms of Check the HDMI cable support 4K, and whether compliant of HDMI

performance or quality

standard

Check the input signal compatible with this TV. (see page 52-53) To set [EDID select) to [4K/30p) when the connected device does not support 4K

Unstable video

There are areas at the top and bottom of the screen where picture is not displayed.

Parts of the unit become hat.

The video from the HDMI input terminal is abnormal.

The video from D-Sub input terminal

is abnormal.

Check the PC setting correct. Check the input signal compatible with this TV (see page 52-53",Troubleshoot the panasonic television
"“You have the Green Send button and the Orange Speaker, when pressed will pick up the call on speaker. The Headset key will pick up the call on the headset if one is connected. Or just pick up the receiver. The Soft Keys will change as the phone use changes.”",Identify the functions of the phone for answering and making calls
"“When you place a call on hold, it will only be on hold on that phone and cannot be picked up on the others. The Parks are for this purpose. You will notice the Park keys located on wither the right or left Line Keys. They will be labeled Park 1, Park 2 and Park 3. You will see that the light next to it is either green or red.”",Identify the difference between Call Parks and Hold
"“Voicemail is only enabled on extensions assigned to individual users. The Voicemail messages and greeting can be changed by pressing the Voicemail key, entering in the password/pin and following the prompts. Default setting is for Voicemails to be sent to the email address of the assigned user or the group email for the general mailbox.”",Identify the features and settings of the Voicemail system
"“There are two types, Blind Transfer or Assisted Transfer. Blind Transfer immediately sends the call to the destination number. Assisted Transfer allows you to speak with the person at the destination before transferring. While in call, press the Transfer Key, then scroll using the arrow keys to the page and pressing the Line Key for the BLF you want to transfer the call to.”",Identify the methods of call forwarding
"“While you are on the first call, press the 4-way call button, you will hear a dial tone. You can dial the extension, telephone number, press the BLF Line Key or use the Phonebook. When they answer, you will see a Soft Key named Conf. This will join all parties on the same call. You can repeat this step to add a third call for a 4-way conference.”",Identify the steps and procedures to use 3-Way or 4-Way Calling
,Operate the VOIP System
"Virtual Fax
1. Visit https://portal.vergevoip.com.
2. Enter the Login Name and Password for your user account or dedicated fax user account (ex.
101@tfhc, 301@tfhc, etc.).

VoIP Phone System User Guide
11 | P a g e
3. Once logged in, you will see a menu bar at the top with buttons. Take note of Fax and Contacts.
4. If you are sending a one-time fax to a number and clicked on the Fax icon. You will see a Send
Fax button at the top right corner of the screen. This will bring up the Send Fax prompt. You can
click on Fax Document to browse to the file you wish to fax (This can be a PDF, Word Document,
or picture). The you will enter the 10-digit fax number of the recipient. Once that is done, simply
click Send at the bottom left and it will send the fax.
5. If you are sending a fax to an existing contact or want to create a new contact and clicked on the
Contacts Icon, you will see Add Contact at the top right. Click on it and it will give you the
options to enter first and last name, and fax number. First and Last are required so you can put
the company name as the first and FAX as the last if it is not an individual.
The view will default to all, you can click on the drop down on the top left to select Shared (All
contacts that are entered on the admin portal will show up for all.). You can select My Contacts
and this will show any contacts that you added using the Add Contact button.

VoIP Phone System User Guide
12 | P a g e
To send a fax, simply click on the number next to the contact name and the new fax dialog will
appear. Browse and select the file and click Send (This works the same as on the previous page
saving you do not have to enter in the number.) ",Operate virtual fax machine
"Phone Showing Network Down or Not Registered
Make sure that the ethernet cord that is connected to the Network Connection (See Below) is securely
connected to the Wall Jack or Switch properly. Then disconnect the Power Supply from the rear of the
phone (See Below). If there is no power supply, this is because the phone is power using PoE (Powerover-Ethernet), in this case, disconnect the ethernet cord from the Network Connection and reconnect.
The phone is not ringing
Make sure that the Volume Key is turned up. If it is turned all the way down, the phone will not ring.
When dialing out, you do not hear the ring sound.
This can be caused by a network issue. This can be resolved by Pressing the Menu Key and Navigating to
Reboot, Pressing the Menu/Enter Key and then press the Yes Soft Key. The phone will reboot.
(On the 2135, Reboot is on the second page, on the 2170, it is on the first page)
How do I cancel ""call transfer"" or ""conference""?
It's easy to cancel both these functions. Simply press either the 'transfer' key or 'conference' key a
second time. This will terminate the function.
BLF Line Keys are not up to date with changes.
This can be resolved by rebooting the phone. The phones do not look at the changes on the server in
real-time to conserve network resources. It polls the server periodically for changes. To force the

phone to update, it needs to be rebooted. This can be done by Pressing the Menu Key and Navigating to
Reboot, Pressing the Menu/Enter Key and then press the Yes Soft Key. The phone will reboot. Once it
reboots, it will update its Line Keys. This can take a few minutes and is not immediate. ",Troubleshoot the VOIP system
,Identify staus icons of the VOIP system
,Operate the handset for the VOIP system
,Identify feature of the handset
section 1,Operate the fa170
"The transceiver does not have a power switch and is designed to be permanently powered. When power is first
applied the display will show the text ‘Automatic Identification System’ for 5 seconds before the main operating
screen is shown.",Initialize the fa170
section 1.2,Shutdown the fa170
"The front panel of the transceiver is shown in Figure 2 with each control marked.
Menu key
This key provides access to the transceiver set up and configuration menu from any operating screen.
Back or Cancel key
This key cancels the current operation, moves to the previous menu level or acts as a backspace key
depending on the operation being carried out.
Scroll wheel
The scroll wheel is used to select information presented on the display, select menu items and edit text and
numeric information shown on the screen. The scroll wheel can also be pressed to confirm data entry or select
information presented on the display.
Right and left function keys
The function of these keys is shown in the display area directly above each key. The function depends on the
operation being carried out.
Sounder
The Sounder provides an audible ‘beep’ when a key is pressed. Key beeps can be activated or deactivated via
the User Settings menu.
Pilot Plug
The Pilot Plug provides an AIS connection for pilots using the IMO standard Pilot Plug connector.
Display
The display shows essential AIS operating information and allows for configuration of the transceiver. It is
recommended that the transceiver is connected to a compatible Radar or Electronic Chart Display System
(ECDIS) for monitoring of AIS vessels during navigation.",Identify the controls of the fa170
"Display
The display shows essential AIS operating information and allows for configuration of the transceiver. It is
recommended that the transceiver is connected to a compatible Radar or Electronic Chart Display System
(ECDIS) for monitoring of AIS vessels during navigation.",Identify the display of the fa170
"The target list screen is shown by default after power up. This screen shows the name (or MMSI), range (in
nautical miles) and bearing (in degrees) of other AIS equipped vessels. The nearest vessel is shown at the top
of the list. Only the 200 nearest vessels are shown in the target list, more distant vessels may be viewed if an
AIS enabled external display, RADAR or ECDIS is connected to the transceiver.
Figure 5 Target list screen and vessel details view
When the target list screen is displayed the scroll wheel can be used to move through the list. Full details of
the highlighted vessel can be shown by pressing the ‘Select’ function key, or pushing the scroll wheel. To return
to the target list from the vessel details screen press the Back key. Whilst the vessel details screen is displayed
it is possible to view details of the next and previous vessels in the vessel list using the left and right function
keys without returning to the target list screen.",Identify the fucntions of the Target List menu of the fa170
"The information displayed on this screen includes:
● MMSI - the Maritime Mobile Service Identity for the vessel on which the transceiver is installed.
● Vessel name
● Call sign
● Destination - the current voyage destination
● IMO Number (where applicable)
● ETA - Estimated Time of Arrival at the voyage destination
● Draught
● Navigational status - At anchor, underway etc
● Dimensions for internal GNSS antenna
● Crew - number of crew on board
● Type of ship/cargo
The scroll wheel can be used to highlight an item of static or voyage data. To edit voyage or installation data see
the ‘Voyage data’ and ‘Installation’ menus in section 3.16 and also the installation information in section 4.",Identify the fucntions of the Own Vessel and Voyage data menu of the fa170
"This screen shows current dynamic data from sensors connected to the transceiver and / or its built in GNSS
receiver. This is live information that is being periodically transmitted to other AIS equipped vessels.
The information displayed on this screen includes:
● Current date and time (UTC)
● Latitude
● Longitude
● SOG (Speed Over Ground)
● COG (Course Over Ground)
● Heading
● ROT (Rate Of Turn)
● Position accuracy
● RAIM status
● GNSS in use (internal or external)",Identify the fucntions of the Own dynamic data menu of the fa170
"This screen shows AIS text and Safety Related Messages (SRM) received from other AIS stations. The most
recently received message is shown at the top of the list. The date and time of reception, name or MMSI of the
sending station and type of message (text or SRM) are shown in the message list. To view the message content
select the required message using the scroll wheel, then either press the scroll wheel or the “View” function key.
The received messages screen is shown in Figure 8 and the message details screen in Figure 9. When unread
messages are available to view the message icon is shown in the status bar as described in section 3.3.1.",Identify the fucntions of the Received messages menu of the fa170
"This screen shows the status of AIS system alarms. If an active and not yet acknowledged alarm condition
exists the alarm icon in the status bar will flash. If an alarm condition occurs whilst not in the menu system an
acknowledgement screen will be shown immediately, this is described in section 3.12. If an alarm condition
occurs whilst editing a field in the menu system the alarm bell symbol flashes in the status bar.
The alarms screen shows the date and time of activation along with a brief description of any active alarm and
it’s acknowledge state — see Figure 10. Alarms that are active but not acknowledged by the operator have ‘No’
in the ‘Ack’ column. Once an alarm is acknowledged by the operator ‘Yes’ is displayed in the ‘Ack’ column. An
individual alarm can be selected from the list using the scroll wheel and it’s details viewed by either pressing
the scroll wheel or the “View” function key. The alarm details view is shown in Figure 11.",Identify the fucntions of the Alarms menu of the fa170
"The target plot screen shows the location of other AIS equipped vessels and shore stations relative to your own
vessel. The target plot screen provides a basic overview of AIS targets and should not be regarded as a
substitute for display of AIS information on a dedicated electronic chart display system (ECDIS).
Figure 12 Target plot screen
The plot range can be adjusted by pressing the ‘Range’ function key which cycles through the ranges 48, 24,
12, 6, 3, 1 and 0.5nm. The range relates to radius of the outer range ring shown on the screen.
Individual targets can be selected using the scroll wheel. When selected a square outline will appear around
the target, pressing the scroll wheel will display full vessel details. To return to the target plot screen from the
vessel details screen press the Back or Cancel key.
Different symbols are displayed for an AIS target depending on the type of target and its status, these are
shown in Figure 13. The own vessel symbol is always shown at the centre of the plot.
Figure 13 Target plot symbols
The target plot screen will operate in heading up mode when a source of true heading data is connected to the
AIS (e.g., a gyro compass). If true heading information is not available the target plot will operate in ‘North up’
mode. The mode is displayed as either [HDG UP] or [NRT UP] at the top left of the screen. The text ‘No
Heading’ is also displayed on the target plot when operating in north up mode.",Identify the fucntions of the Target plot screen of the fa170
"Step 1 - Installing the AIS transceiver
Please note the following guidelines when selecting a location for your AIS transceiver:
● The AIS transceiver must be fitted in a location where it is at least 30cm (1ft) from a compass or any
magnetic device.
● There should be adequate space around the AIS transceiver for routing of cables. See Figure 34 for
details of the AIS transceiver dimensions.
● The ambient temperature around the AIS transceiver should be maintained between -15°C and +55°
(5°F to 131°F). Ensure adequate ventilation is present when panel mounting the transceiver.
● The AIS transceiver should not be located in a flammable or hazardous atmosphere such as in an
engine room or near to fuel tanks.
● The AIS transceiver must be installed in a 'below decks' environment protected from the weather.
● The transceiver is supplied with four self tapping screws for attachment of the AIS transceiver to a
suitable surface using the trunnion bracket. Please refer to Figure 35 for guidance.
● The transceiver is supplied with panel mount clamps for flush mounting through an instrument panel.
Please refer to Figure 36 for guidance. Access behind the panel is required when using this mounting
option.
● The AIS transceiver should be mounted in a location where the display is visible to the user at the
position from which the vessel is normally operated.
Installation
Page 34
● An AC power port should be available near to the pilot plug. A pilot plug is located on the front panel
of the AIS transceiver and can also be relocated using the junction box. Please refer to section 4.4.2
for guidance.",Identify the installation procedure of the fa170 transceiver
"Step 2 - Installing the junction box
The transceiver receives data from the ship’s sensors via the 50 way data cable which connects to the rear of
the transceiver. The other end of this cable is connected to the junction box which provides a convenient screw
terminal system for connection of ships sensor data cables.
Please note the following guidelines when selecting a location for the junction box:
● There should be adequate space around the junction box for routing of cables. See Figure 37 for
details of the junction box dimensions.
● The ambient temperature around the junction box should be maintained between -15°C and +55°
(5°F to 131°F).
● The junction box should not be located in a flammable or hazardous atmosphere such as in an engine
room or near to fuel tanks.
● The junction box must be installed in a 'below decks' environment protected from the weather.
● The transceiver is supplied with four self tapping screws for attachment of the junction box to a
suitable surface. Please refer to Figure 38 for guidance.
● The junction box must be located within 1m (3.2ft) of the AIS transceiver to allow for the length of the
supplied data interface cable.",Identify the installation procedure of the fa170 junction box
"The AIS transceiver includes an internal GNSS receiver for time synchronisation. An independent GNSS
antenna is required for this receiver in addition to any GNSS equipment already installed on board.
For mounting of the GNSS antenna supplied with your AIS transceiver you will require a one inch 14 TPI pole
mount. Contact your dealer to source a mount suitable for the installation location.
Please note the following guidelines when selecting a location for the GNSS antenna:
● The GNSS antenna mount should be secured to a rigid surface.
● The GNSS antenna should be located where it has a clear, unobstructed view of the sky overhead.
● The GNSS antenna should be mounted as high as possible, however it is not recommend the antenna
is mounted on a top of a high mast where the motion of the vessel will cause the antenna to swing
and potentially reduce the accuracy of the GNSS position. See Figure 39 for guidance.
178 mm
52 mm
76 mm
165 mm
58 mm
Installation
Page 37
● If possible mount the antenna at least 5m (16ft) from any RADAR or Satellite communications
antennas, and ensure the GNSS antenna is not in the beam path from any RADAR antenna.
● Route the GNSS antenna cable through the pole mount and then to the AIS transceiver. If extension
cables are required all junctions should be made using appropriate co-axial connectors and made
watertight.
● Connect the GNSS antenna cable to the GNSS connector on the AIS transceiver as shown in Figure 40.",Identify the installation procedure of the fa170 GNSS antenna
"Installing the VHF antenna
The AIS transceiver requires a dedicated VHF antenna for communications. A standard marine VHF antenna
is suitable.
GNSS antenna should
be at least 5m (16ft)
from RADAR or Satellite
communication
antennas
Away from RADAR
beam path
GNSS antenna mounted
on a rigid surface
GNSS antenna connection
Installation
Page 38
Please note the following guidelines when selecting and locating the AIS VHF antenna:
● The VHF antenna should be located as high as possible and positioned as far from other antennas as
possible.
● The VHF antenna should have omnidirectional vertical polarization.
● Where possible the VHF antenna should be installed at least 3m (10ft) away from other transmitting
radio, satellite and RADAR antennas.
● Ideally the AIS VHF antenna should be mounted directly above or below the ship’s primary VHF
radiotelephone antenna, with no horizontal separation and with a minimum of 2m vertical separation.
If it is located on the same horizontal level as other antennas, the distance apart should be at least
10m. Refer to Figure 41 for further guidance.
● The VHF antenna cable should be kept as short as possible to minimise signal loss. High quality, low
loss coaxial cable appropriate to the installation location should be used.
● The VHF antenna cable should be terminated in a PL-259 co-axial connector for connection to the
AIS transceiver.
● Any outdoor installed connectors in the antenna cables should be waterproof by design.
● Antenna cables should be installed in separate signal cable channels at least 10cm (4ins) away from
power supply cables. Crossing of cables should be done at right angles and sharp bends in the
antenna cables should be avoided.
● Connect the VHF antenna cable to the VHF connector on the AIS transceiver as shown in Figure 42.",Identify the installation procedure of the fa170 VHF antenna
"The transceiver has seven NMEA0183 (IEC61162-1/2) data ports for connection of ship’s sensors and display
equipment as described in Table 3. There are three input ports for ship’s sensor data and three bidirectional
ports for connection of display equipment such as Radar or electronic chart displays. It is recommended that
an AIS compatible electronic charting system is connected to the transceiver for display of AIS targets. To
comply with IMO regulations the AIS must be connected to speed over ground (SOG), course over ground
(COG), heading, rate of turn (ROT) and position information sources.
The three sensor ports are input only data ports for the connection of data from ships sensors. The four
remaining ports are bi-directional high speed connections supporting data input and output from the AIS. These
ports are suitable for connection to ECDIS, AIS enabled RADAR displays and Pilot equipment.
All data input connections are optically isolated.
Table 3 Serial data ports
All sensor ports can be configured via the sensor configuration menu which can be found under the Main
menu>Installation>Sensor configuration menu option.
The sensor configuration menu also includes the ability to disable the requirement for external GNSS sensors
to provide a DTM (Datum) sentence, as not all external GNSS devices provide this sentence.
4.4.4 Junction box connections
The junction box provides screw terminal connections for each of the seven data ports. The connections and
functions of each connection are defined in Table 4. All connections are labeled on the junction box PCB for
clarity. A diagram showing connections available inside the junction box is provided in Figure 44.
Use of shielded cable is recommended when connecting ships sensors and display systems to the junction box
Connect the cable shield to the terminal block marked ‘GND’ for the appropriate interface. It is possible to
remove the PCB from the junction box enclosure to aid connection of cables to the screw terminals during
installation.
Data port Function Type Default Baud rate
1 Sensor 1 input
(DGNSS -
COG/SOG/LAT/LON)
Receive only 4800
2 Sensor 2 input
(Rate of Turn)
Receive only 4800
3 Sensor 3 input
(Gyro heading)
Receive only 4800
4 External display / ECDIS Bi-directional 38400
5 Pilot port Bi-directional 38400
6 Long Range Bi-directional 38400
7 DGPS beacon receiver Bi-directional 4800",Identify the sensor configuration of the fa170
"The junction box provides screw terminal connections for each of the seven data ports. The connections and
functions of each connection are defined in Table 4. All connections are labeled on the junction box PCB for
clarity. A diagram showing connections available inside the junction box is provided in Figure 44.
Use of shielded cable is recommended when connecting ships sensors and display systems to the junction box
Connect the cable shield to the terminal block marked ‘GND’ for the appropriate interface. It is possible to
remove the PCB from the junction box enclosure to aid connection of cables to the screw terminals during
installation.",Identify the junction box connections of the fa170
"Power and alarm connections
Power is connected to the transceiver via the supplied four way power and alarm cable as shown in Figure 48.",Identify the power and alarm connections of the fa170
"A 9 way D-type connector is provided on the rear panel of the transceiver. This interface allows direct
connection to a PC RS232 interface and can be used for installation, diagnostics or external display
connection. The default configuration for this interface allows connection of an ECDIS or charting system and
duplicates the ‘External display’ port in the junction box.",Identify the pc data connections of the fa170
"Display and user interface
5.6 Internal GNSS (dual mode GNSS receiver variants)
5.7 Internal GNSS (GPS only variants)
5.8 TDMA transmitter
Display 248 x 128 pixel monochrome LCD with adjustable backlight
Keypad Two function keys and two menu keys with adjustable backlight
Rotary control Encoder with push function and adjustable backlight
Sounder 2.4kHz buzzer",Identify the technical specifications of the fa170
"Receiver channels 32 channels GPS and GLONASS operating modes
Time to first fix Typically 30 seconds
Frequency L1 GPS band, 1575.42MHz and L1 GLONASS band 1597.1 - 1609.5MHz
Accuracy 2.5m CEP / 5.0m SEP without differential correction
2.0m CEP / 3.0m SEP with SBAS or RTCM DGPS correction
Antenna requirement Active antenna (5V bias) with gain >15dB",Identify the technical specifications of the Internal GNSS
"Receiver channels 16 channels
Time to first fix Typically 36 seconds
Frequency L1 band, 1575.42MHz
Accuracy 2.5m CEP / 5.0m SEP without differential correction
2.0m CEP / 3.0m SEP with SBAS or RTCM DGPS correction
Antenna requirement Active antenna (5V bias) with gain >15dB
Frequency range 156.025MHz to 162.025MHz
Channel bandwidth 25kHz
Output power 1W or 12.5W (automatic selection)
Data transmission rate 9600 bits/s
Modulation mode 25kHz GMSK",Identify the technical specifications of the TMDA Transmitter
"Number of receivers 2
Frequency range 156.025MHz to 162.025MHz
Channel bandwidth 25kHz
Sensitivity <-107dBm for 20% PER
Modulation mode 25kHz GMSK
Adjacent channel selectivity 70dB
Spurious response rejection 70dB",Identify the technical specifications of the TMDA Receiver
"Number of receivers 1
Frequency 156.525MHz (Channel 70)
Channel bandwidth 25kHz
Sensitivity -107dBm @ BER <10-2
Modulation mode 25kHz AFSK
Adjacent channel selectivity 70dB
Spurious response rejection 70dB",Identify the technical specifications of the DSC receiver
"VHF antenna connection SO-239 / UHF
VHF port impedance 50 Ohms
GNSS antenna connection TNC female
GNSS port impedance 50 Ohms",Identify the technical specifications of the RF connections
"The input circuitry of the bi-directional data ports is identical to the input circuitry for the sensor data input ports
described in the preceding section. The output circuitry consists of a differential line driver IC (Texas
Instruments AM26LV31E) and is shown in Figure 57.",Identify the bi-direction data ports of the fa170
"The sensor data input port schematic is shown in Figure 56. The optional 120 Ohm termination is selectable
via a jumper in the junction box and should be fitted in the ‘R’ position when long cables connecting to the data
source are required - see section 4.4.4. Each sensor data input port is isolated from other data port inputs and
from the transceivers internal power supply.",Identify the sensor data input of the fa170
"ALR (active) once every thirty seconds Once an alarm becomes active the
transmission interval switches to
once every thirty seconds. The
active alarm is not reported as part
of the block of inactive alarms during
this period.",Identify the transmission interval of the ALR (active)
"ALR (inactive) once a minute An ALR sentence for each internal
alarm is output as a single block
once every minute whilst all alarms
are inactive",Identify the transmission interval of the ALR (inactive)
"VDO once a second Own vessel VDL reports. When a
report is not generated by the
transceiver a ‘dummy’ VDO is generated
in its place.",Identify the transmission interval of the VDO