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1. 21 Files Men L 54 29 lt 0 0 e 8 8 s 21 Edit Men 4 20 eo ow e mox SS 22 Help Men ee eee be eu eG 25 Selecting an NMEA Sentence to Display 23 Uploading and Downloading Display Configurations 25 Page 3 Appendix A Appendix B Appendix C Appendix D 5 5 26 Packing List 29 Typical 50600 s a h 44 4 uns 30 Important Notes and Warnings 32 You MUST read this section carefully and completely Appendix E Appendix F Appendix G Appendix H Appendix I Index User Notes Other CruzPro Key Function Summary 33 NMEA 0183 Search String Handling and List 35 Display Firmware Version and Serial No 41 Error Codes s 9 3 lt u ei 42 Updating the Internal Firmware 43 44 499 4 EM REM E 2 47 4 amp CruzPro is a trademark of CruzPro Ltd Page 4 Introduction The MaxRpl IOremote NMEA 0183 data repeater will simultaneously display five sets of data on three digital displays and two bar graphs The MaxRp110 can display up to eight separate NMEA 0183 data sentences arriving on four different NMEA 0183 inputs You can view NMEA data such as depth wind speed direction GPS bearing and distance to
2. 1 on Display 3 Page 11 Figure 8 Display configuration 5 Depth NMEA 2A on Display 1 Boat Speed NMEA 1A on Display 2 Bearing to GPS Waypoint NMEA4A on Display 3 a ran Figure 9 Display configuration 6 Boat Speed NMEA 1A on Display 1 Bearing to GPS Waypoint NMEA4A on Display 2 em Ju Distance to GPS Waypoint NMEA4B on Display 2 Depth NMEA 2A on Left Bar Chart Sea Water 1 on Right Bar Chart Figure 10 Display configurations 7 15 Not Programmed Display configuration 16 Factory Test Page May be deleted ul 12 Turning Alarms ON OFF To arm the alarms press andholdthe 4 key 1 2 second The Bell symbol will be displayed when the alarms are armed To disable the alarms press and hold the W key for 1 2 second Any press between 1 2 and 2 seconds will work A press of less than 1 2 second or longer than 2 seconds will be ignored When an alarm value is breached the affected display or barchart will flash and if the alarms are armed the internal 85dB alarm buzzer will sound If the alarms are not armed then the display will flash but no audible alarm will sound Setting High and Low Alarm Values To View and or Set the High Alarm value for any of the five current displays press and hold the A key for ten seconds until you hear a long beep To View and or Set the Low Alarm value for any of the displays pres
3. XDR Transducer Measurements XTE Cross Track Error Measured XTR Cross Track Error Dead Reckoning Y WP Water Propagation Speed YWS Water Profile ZAA Timer Elapsed Estimated ZCD Timer ZDA Time amp Date UTC day month year and local time zone ZDL Time and Distance to Variable Point ZEV Event Timer ZFI Elapsed Time from Point Of Interest ZFO UTC amp Time from origin Waypoint ZLZ Time of Day ZPI Arrival Time at Point of Interest ZTA Estimated Time Of Arrival at Waypoint ZTE Estimated Time to Even Point Of Interest ZTG UTC amp Time to Destination Waypoint ZTI Estimated Time to Even Point Of Interest ZWP Arrival Time at Waypoint ZZU Time UTC Page 40 Appendix G Display Firmware Ver and Serial Number Quick press both the and keys to display the current Firmware Version and the product Serial Number for five seconds Page 41 Appendix Error Codes The internal software that runs the MaxRp1 10 instrument can detect and display some software and hardware errors A listing of those error codes and their meaning as shown below 0 CA BW NN 10 11 12 13 Contents of internal nonvolatile memory corrupted and factory defaults are being used Please check and set reset all alarm values etc Unable to communicate with micro U101 contact dealer Unable to communicate with micro U201 contact dealer Unable to communicate with micro U301
4. Page 37 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 GLL Geographic Position Latitude Longitude GNS GNSS fixed data GOA OMEGA Positions GRS GNSS Range Residual GSA GPS DOP and active satellites GST GNSS Pseudorange Error Statistics GSV Satellites in view GTD Geographic Location in Time Differences GXA TRANSIT Pos Lat Long Loc time of TRANSIT fix at wypt obs HCC Compass Heading HCD Heading and Deviation HDG Heading Deviation amp Variation HDM Heading Magnetic HDT Heading True HSC Heading Steering Command HVD Magnetic Variation Automatic HVM Magnetic Variation Manually Set IMA Vessel Identification LCD Loran C Signal Data MDA Standard Meteorological Composite MHU Humidity MMB Barometer MSK MSK Receiver Interface for DGPS Beacon Receivers MSS MSK Receiver Signal Status MTW Water Temperature MWD Wind Direction amp Speed MWY Wind Speed and Angle OLN Omega Lane Numbers obsolete OSD Own Ship Data ROO Waypoints in active route RMA Recommended Minimum Navigation Information RMB Recommended Minimum Navigation Information RMC Recommended Minimum Navigation Information ROT Rate Of Turn Page 38 62 63 64 65 66 67 68 69 70 71 72 73 74 75 16 71 18 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96
5. RPM Revolutions RSA Rudder Sensor Angle RSD RADAR System Data RTE Routes SFI Scanning Frequency Information SNU Loran C SNR Status STC Time Constant STN Multiple Data ID STR Tracking Reference SYS Hybrid System Configuration TEC TRANSIT Satellite Error Code amp Doppler Count TEP TRANSIT Satellite Predicted Elevation TGA TRANSIT Satellite Antenna amp Geoidal Heights TIF TRANSIT Satellite Initial Flag TLL Target latitude and longitude TRF TRANSIT Fix Data obsolete TRP TRANSIT Satellite Predicted Direction of Rise TRS TRANSIT Satellite Operating Status TTM Tracked Target Message VBW Dual Ground Water Speed VDC Current at Selected Depth VDR Set and Drift VHW Water speed and heading VLW Distance Traveled through Water VPE Speed Dead Reckoning Parallel to True Wind VPW Speed Measured Parallel to Wind V TA Actual Track Track made good and Ground speed VTI Intended Track VWE Wind Track Efficiency VWR Relative Wind Speed and Angle VWT True Wind Speed and Angle WCV Waypoint Closure Velocity WDC Distance to Waypoint Great Circle WDR Distance to Waypoint Rhumb Line Page 39 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 WFM Route Following Mode WNC Distance Waypoint to Waypoint WNR Waypoint To Waypoint Distance Rhumb Line WPL Waypoint Location
6. contact dealer Unable to communicate with micro U401 contact dealer Contents of nonvolatile memory corrupted and factory defaults are being used Please check and set reset Total Log Supply voltage below the minimum 11 2 VDC required to update data to the nonvolatile memory Check power Unable to program or read nonvolatile memory contact dealer Error reading Current Configuration Data from nonvolatile memory Contact dealer if unable to reprogram Not used Not used Not used Not used Activation code error contact dealer Page 42 Appendix I Updating The Internal Firmware The internal software that runs the MaxRp110 instrument firmware can be up dated via the USB connector or RS232 serial port as new versions become available with additional features Each firmware update 1s supplied with com plete instructions Be sure to return the MaxRp110 registration card and or send your contact details to support cruzpro com to ensure that you will be informed of new updates as soon as they become available Your suggestions for improvements and new features are welcomed Please email suggestions to support cruzpro com Page 43 Index A Alarm 3 5 9 13 19 20 21 28 32 33 Alarmarmed 32 B Backlight 3 9 28 Barchart 19 20 21 22 23 35 Bar Graph Limits 3 Changing and Controlling Backlight Intensity 9 COM ports 27 Communications port 27 Connecting to the MaxRp110 3 18 Current Display Con
7. Amp Light Dimmers Motor Speed Controller Solar Panel Charge Controllers 6 8 90 amp 20 Amps 4 amp 8 Channel NMEA Combiners RS 232 Convertors Engine Exhaust Temp Monitor amp Digital Pyrometer NMEA 0183 Remote Data Repeaters w 4 and 8 Input Channels High Pressure Digital Hydraulic Pressure Gauge Engine Hours Elapsed Trip Time Engine Maintenance Alarm Gauge email info cruzpro com website www cruzpro com
8. Display Data fram When you click on one of the eight possible input channels 1 A to 4B an other pull down menu lets you select the NMEA 0183 string to search for as shown here NMEA Sentence Selector Talker ID Indentifier Commas DBT Accept Cancel 23 You can select from 49 different Talker ID s and 120 different sentence Formatters You must also specify the correct data field to display by count ing the number of commas For example a typical NMEA 0183 depth sen tence output by many depth sounders is the SSDDBT sentence shown here SDDBT 015 7 f 004 8 M 002 6 F 0D The first two characters after the symbol SD Sounder Depth is called the Talker ID and the next three characters DBT Depth Below Transducer is called the Sentence Formatter The complete list of NMEA 0183 Talker ID codes and Sentence Formatters is shown in Appendix F along with some limitations of what can and cannot be displayed on the MaxRp110 In the above sample NMEA sentence the first field 015 7 is located after the first comma and contains the depth in Feet The second field 004 8 is located after the third comma and contains the depth in Meters By selecting the appro priate field and counting commas we can display depth in Feet Meters or Fath oms on the MaxRp110 Page 24 Uploading and Downloading Display Configurations Toupload and download display configuration data to
9. back eiim ad eh eranl n Im au rmn fi meme e If this is the first time that you have transferred data between the 110 and the PC you will be asked which communications port to use to connect to the MaxRpl 10 E Lae pe Coa ben Port Fiese selecta pat C COM COMB CUM1 COMM C C EDH T 7 018 CoM EDHB c COMI Selectthe port that connects to MaxRpl IOandthe following information box is displayed while the PC tries to find the MaxRpl 10 instrument Ku nnamez action a TE Ahempling bo connect Go M asd 0110 om 1 Turn ON the MaxRp110O instrument and aprogress screen is displayed while the datais being transferred between the instrument and the PC Page 26 Connected to MaxRp110 Progress screen dis Proges MEBNNENEE played while data is be ing transferred between MaxRp110 and PC If you donot know which communications port the MaxRpl 101s connected to youcan use the Windows Device Manager to show you the hardware configura tion of the COM ports Action view END rz m Computer eo Disk drives i Display adapters 9 4 DYDICD ROM drives E Floppy disk controllers Floppy disk drives gt Er Floppy disk drive 1 9 IDE ATAJATAPI controllers ma Keyboards MI Mice and other pointing devices cm EM Monitors E B N
10. hold to go faster 0 1 Increase displayed reading hold to go faster 1 0 Save new calibration value s to memory In Set Display Damping Mode Keys Sec Function 0 1 Scroll through Display Number 1 2 3 v 01 Decrease selected display damping hold to go faster A 0 1 Increase selected display damping hold to go faster zi 1 0 Save new value s to nonvolatile memory Page 34 Appendix NMEA 0183 Search String Handling and List Each NMEA input 1 4 can be programmed to search for two different NMEA 0183 strings Each NMEA search string 1s identified with a one digit Talker index which point to a talker identifier such as GP for GPS a one digit Search String index which points to a 3 character search string such as RMC anda one digit Comma Counter The talker index identifier and comma counter are stored as part of the Display Configuration Limitations on NMEA string decoding a Numbers larger than 9999 will display as on a 4 digit display b Numbers larger than 999 will display as 3 digit display c Negative numbers smaller than less than 999 will display as ona4 digit display d Negative numbers smaller than less than 99 will display as on a3 digit display f Thebarcharts will display both positive and negative NMEA 0183 numbers as positive Talker Index Talker ID Code AG AP CC CD CM CR CS CT CV CX DE DF CO
11. the current display configuration or completely clear both the current display configuration and all the icons for the current display configuration The two remaining buttons in the Display Configuration area are used to upload display configurations to the MaxRp110 and download display configurations from the MaxRp1 10 See Uploading and Downloading Display Configurations Current Display Configuration Area Data Sources All the information that specifies what data sources to display in each of the three digital displays and the two bar charts the alarm limits and the upper and lower bar chart limits are defined in the Current Display Configuration area Each of the three digital displays and two bar charts show what Data Source is going to be shown on the 110 LCD Clicking the W button in one of these areas results in a pulldown menu listing all the NMEA 0183 Data Source options available for that display as shown below You can scroll through the list of up to 8 different NMEA inputs and select the item you wish to see Dues Display Ez Dada iram WEA HHEA 0193 oped 15 Change Lima 41E HHEA ONE T Display 83 HHE A TES FE amp 0133 3 55 8 uuEA 083 346 19 High and Low Alarm Values The High and Low alarm values assigned to the data source for each of the five displays 1 2 3 L are shown i
12. 110 Wiring Diagram 15232 to COM port or USB converter Use 5 amp fuse on RED power lead RED 12 24VDC BLUE Backlights On Off GREEN NMEA 1A 1B IN YELLOW NMEA 24 26 IN ORANGE NMEA 3A 3B IN WHITE NMEA IN BROWN Signal Ground BLACK Power Ground Page 8 Operation ofthe 110 Key Functions Thet S keys are used to select and set backlight levels select display configurations view set alarm values and display damping Changes are automatically saved to a nonvolatile memory A complete summary of all the possible key functions 1 shown in Appendix G Turning Display ON OFF Press and hold the key for five seconds to turn the MaxRp110 display OFF or simply switch off the power to screw terminal Press and hold the key for three seconds to re enable the display Changing and Controlling Backlight Intensity Press the key for 1 2 second to adjust the backlight level for night viewing Each time you press the key for 1 2 second the level will get brighter 1 2 3 4 OFF 1 2 etc The backlight ON OFF wire provides external backlight control and this wire must be switched to 12 24V for the backlights to work selecting a Display Configuration Simultaneously press both the S and keys or press both the t and keys to cycle UP or DOWN through the sixteen display configurations Display configurations 1 through 6 are programmed at time o
13. 2 cable or the supplied USB cable See USB Driver Installation FIRST The Windows software will look for the MaxRp110 instrument when you wish to upload or download infor mation to or from the instrument Main Screen The Main Screen 1s divided into 4 areas Pulldown Menus Display Configu rations Data for Current Display Configuration and an ICONS area Pulldown Menu Area Current Display Configuration Area ee ic SPEED DPD tm e t E y 2 E a E E a boo Gh TEL 1 be bem od There omm m Dee Lama Be Lo i Ltd i Cag Him ima a DER is Ad Display Configurations Area ICONS Area Page 18 Display Configurations Area The data being displayed where it is displayed and the alarm limits for each display 1 called a Display Configuration The Display Configurations Area shows 16 buttons numbered 1 to 16 corresponding to each of the 16 possible display configurations When you click on one of the 16 buttons all the informa tion in the Current Display Configuration area and the ICONS area will be updated to show the correct information for that Display Configuration In addition to the 16 display configuration buttons there are 5 buttons that will clear or set all the icons for
14. CruzPro 110 122 k k k 1288 300 S Yk 2 a Rp 4 8 Channel NMEA 0183 Data Repeater C 2008 CruzPro Ltd 110 Manual Ver AF http www cruzpro com Made in New Zealand 2 Table of Contents Introduction 5 Installation and Wiring 7 Operation of the MaxRpl110 9 Rey PUNCHONS lt eee ee q 9 Turning Display ON OFF 9 Changing and Controlling Backlight Intensity 9 Selecting a Display Configuration 9 Summary of Display Configurations 1 16 10 Turning Alarms ON OFF 13 Setting High and Low Alarm Values 13 Setting Display Damping 14 Operation of the Windows Software 15 Software Installation 15 USB Driver Installation If required 16 Connecting to MaxRpllO 18 Main Screen 2 e e 9 2 u u o 2 iui ow ts 18 Display Configurations 19 Current Display Configuration Area 19 Data 500608858 lt ZE x EEE ade 19 High and Low Alarm Values 20 High and Low Limit Values for Bar Charts 20 ICONS 21 Pulldown Menu
15. NMEA IM Page 30 CruzPro ATU120 Active NMEA 0183 Depth Transducer or Depth Sounder NMEA 0183 Output Wind Sensor with NMEA 0183 Output CruzPro SLT 110 speed Temp Log or other NMEA 0183 speed Log Page 31 Appendix D Important Notes and Warnings 1 The front of the MaxRp110 is splash proof The back is not sealed and must be protected from water 2 Thenonvolatile memory in the MaxRp110 will retain data for a minimum of 10 years without power 3 Thelines connecting to the 12 24V Battery should be protected from shorts by placing a 5 amp fuse near the battery side of the connection 4 Ifyou wantan alarm to sound for a particular Data Source a Thealarms must be armed 1 the Bell symbol must be lit b The Data Source value must fall outside the Low or High Alarm limits c Only Data Sources being viewed on the display will activate the alarm 5 The displayed value will show or if that Data Source cannot be displayed or modified For example while you can change Display Damping on NMEA channels 2A 2B and you cannot change Display Damping NMEA channels IB or 4A 4B A or will be also be shown if the displayed number 1s larger than will fit on the display e g the four digit number 1734 will not fit on 3 digit display 14 Turning Power ON OFF Press and hold the key to turn the MaxRp110 dis
16. NN NBR WN DO LO Ne None not used Autopilot General Autopilot Magnetic Computer Programmed Calculator outdated Communications Digital Selective Call ng DSC Computer Memory Data outdated Data Receiver Communications Satellite Communications Radio Telephone MF HF Communications Radio Telephone Communications Scanning Receiver DECCA Navigation outdated Direction Finder Page 35 13 14 15 16 l 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 EC EP ER GP HC HE HN II IM LA LC MP OM OS RA SD Electronic Chart Display amp Information System ECDIS Emergency Position Indicating Beacon EPIRB Engine Room Monitoring Systems Global Positioning System GPS Heading Magnetic Compass Heading North Seeking Gyro Heading Non North Seeking Gyro Integrated Instrumentation Integrated Navigation Loran A outdated Loran C Microwave Positioning System outdated OMEGA Navigation System outdated Distress Alarm System outdated RADAR and or ARPA Sounder Depth Electronic Positioning System other general Sounder Scanning Turn Rate Indicator TRANSIT Navigation System Velocity Sensor Doppler other general Velocity Sensor Speed Log Water Magnetic Velocity Sensor Speed Log Water Mechanical Weather Instruments Transducer Temperature outdated Tra
17. and from the MaxRpl 10 instrument you mustconnectit to your PC using either the RS232 serial connector ortoa USB portusingthe supplied RS232 USB converter Turnoffthepower totheMaxRpl110Oandclickthe Upload Display Configurations to MaxRpl 10 box or the Download Display Configurations From MaxRpl 10 box in the display configurations area of the Windows software Ces 01 Set Click hereto EE Click here to send data to TT get data from the MaxRp110 MaxRp110 all Youwillbeshowna warning box and presented with the following choices when uploading data 133 ka ka sm oma vei a hand pate Vo Ha m n B sss II I wid bu l you procand Woscharci d emn od Fer raga ha dem ma han j nun II zm LIE Baier m Uncheck the items that you do NOT wantto transfer to the MaxRp1 10 C0IICL CONTINUE Page 25 When downloading data from the 110 you will be shown a slightly different warning box Uncheck theitemsthat you do NOT wanttotransfer from the MaxRp110 to the PC and click CONTINUE JS EM x li aid l Fre ereere ier Exeouling Tis command wall ri 17 15 cause the data shown in ie nght 2 manns dia iler will be repiaced II you propped
18. are Installation 3 15 Specifications 4 28 T Turn Power OFF ON 33 Turning Alarms ON OFF 13 Turning Power ON OFF 9 32 Typical Setup 4 30 U Units of Measure 21 Updating the Internal Firmware 4 Upload Display Configurations to MaxRp110 25 Uploading and Downloading Display Configurations 3 25 USB 3 6 16 17 USB Driver Installation 16 USB Driver Installation 3 W Warnings 32 Windows Device Manager 27 Page 46 User Notes Page 47 Other CruzPro Products Depthsounders w Keel Offset Deep Shallow Anchor Drag Alarms PC Based DSP Fishfinder for Windows98 NT SE XP 2000 Vista Speed Temperature Logs Multi Function Gauges Digital DC Volts Gauge w Alarms Digital DC Volts Gauge w Alarms for 3 Battery Banks Digital AmpsGauge DC Volts Amps Amp Hour Monitors AC Volts Amps Freq kW Monitors LPG Petrol Gas Detectors Alarms Bilge Water Alarms w Stainless Steel Water Sensor Intelligent Bilge Pump Controllers w Stainless Steel Water Sensors Intelligent Windlass Controller Chain Counters Digital Fuel Gauges amp Fuel Consumption Calculator Digital Tank Level Gauges 1 or3 Tanks w Separate Alarms Smart4step Alternator Regulator Marine Security System w Reliable Intrusion Sensors RPM Engine Hours Elapsed Time Gauges w Alarm Digital Engine Temperature Gauge w Alarms Digital Oil Pressure Gauge w Alarms Digital Temperature Gauges for 1 or3 Areas w Alarms Digital Clock Watch Race Timers w 8 Alarms Sand 16
19. attery voltage The High and Low Limit values are completely inde pendent of the high and low alarm limits Page 20 ICONS Area Icons are words or symbols like the word DEPTH or SPEED that help remind you what data 1s being displayed The ICON area contains numerous checkboxes one for each possible display icon Checking a box will cause that icon to be On Unchecking the box will clear that icon from the display The icons are not specifically tied to any data source You have the freedom to check or uncheck any or all the icons you want Each of the 16 different display configurations has its own set of icons that you can set or clear Pulldown Menu Area There are standard Windows pulldown menus to save recall configuration files edit various parameters such as Bar Graph Type Display Damping or set the communications port to talk to MaxRp110 Clicking on some pulldown menus can result in a second pulldown menu being displayed which may ofter additional choices Files Menu The Files menu shown below enables you to save and recall com plete sets of Display Configurations along with the associated High and Low Alarm settings High and Low bar chart limits and Icons Clicking Save will save the current set of display configurations into the default file which 1s loaded when the program starts Edt Help Clicking Save As will enable you to save the current New set of display configurations into a
20. e key for I second until the long to accept the new value save it to memory and exit the Display Damping Editor mode If the selected data source cannot be filtered such as NMEAAA 1 then will be displayed for the Filter value Figure 12 Display Damping Editor Setting the Filter Value to 7 for the Data Source shown on digital display 3 Page 14 Operation ofthe Windows Software Software Installation Place the distribution CD into your CD DVD drive and the install program should launch automatically If it does not click on Start Run and type D setup exe substitute your CD ROM drive letter for D if your CD ROM is on another drive than D CruzPro MaxKpiio Setup 22 CruzPro Maxie 10 Setup ES Welcome bo the CniPro Macho 10 installation program tm ae sys em Fen or i _ _ naspas Before ee recomend that vou close any applications vac ne Click OK and follow the instructions Use the defaults unless you have a good reason not to If the installation was successful you should see cruzPro MI 1 1 7 Setup BE CrugPro Maxhpi 10 Setup wad completed successfully Page 15 If you connect to the MaxRp110 to your PC using a RS232 serial port then you can skip the following USB Driver Installation section and proceed directly to the Connecting to the MaxRp110 section USB Driver Installation If you plan to c
21. etwork adapters E Parts COM amp LPT Bes on Communications Port ow 9 Printer Port LPT1 i n Prolific USB to Serial Comm Pork TOMH I SCSI and RAID controllers Sound video and game controllers m Storage volumes System devices m Universal Serial Bus cantrallers Page 27 Appendix A Specifications Power supply 12 24 VDC 9 5 to 33 0 0 10 A nominal Operating temperature 32 to 122 0 to 50 C Size 4 3 x 4 3 x 3 5 deep 110 x 110 x 89 mm Display LCD 3 digital 2 Bar Charts 16 different configurations Backlighting 5 levels including OFF plus external backlight On Off control Alarms Individual high and low alarms for each of the 3 dis plays and 2 Bar Graphs Data Sources Inputs NMEAIA and NMEAIB NMEA2A and NMEA2B NMEA3A and NMEA3B NMEA4A and NMEA4B Memory Nonvolatile memory for alarms current display configuration backlight levels etc Data retention for ten years without power Page 28 Appendix B Packing List The 110 is supplied with the following items 1 2 3 4 5 6 T MaxRpl IOinstrument Dust rain cover Closed cell foam waterproof bulkhead gasket adhesive one side USB Serial converter Printed user manual Warranty card Windows software CD with USB drivers user manual Page 29 Typical Setup Appendix C NMEA IN MEA IN 089 RS 232 or USE to Computer
22. f manufacture with the configurations shown in Figures 4 to 9 Display configurations 7 through 15 are left unprogrammed Display configuration 16 s a factory test configuration You can delete or change these display configurations at any time using the supplied Windows software Any changes are automatically stored to anonvolatile memory Page 9 summary of Display Configurations 1 16 Each time you select a new display configuration the Current Display Configuration number in this case 1 1 displayed for one second as shown in Figure 3 After one second the display shows the data for display configuration 1 as showninfigure4 All 16 of the factory default display configurations are shown in figures 4 10 Figure 3 Current Display Configuration 1 AIS PLAY Display 1 Figure 4 Display configuration 1 Depth NMEA 2A on Display 1 Boat Speed NMEA 1A on Display 2 Sea Water Temp NMEA 1B on Display 3 Display 2 Display 3 Page 10 Figure 5 Display configuration 2 Boat Speed NMEA 1A on Display 1 Battery Volts NMEA SA on Display 2 Depth NMEA 2A on Display 3 Figure 6 Display configuration 3 1280 300 Depth NMEA 2A on Display 1 1 Bearing to GPS Waypoint NMEA4A Display 2 Distance to GPS Waypoint NMEA4B on Display 3 Figure 7 Display configuration 4 Depth NMEA 2A on Display 1 Battery Volts NMEA 3A on Display 2 Sea Water
23. figuration 3 19 D Damping 3 5 14 22 33 34 Data Source 3 14 19 20 21 22 32 Data Sources Inputs 28 Display Configuration 3 9 10 35 Display configuration 6 9 10 Display Configurations Area 3 19 Display Damping 3 Display Firmware Version and Serial No 4 Download Display Configurations From MaxRp110 25 Downloading data 26 E Edit Menu 3 22 Error Codes 4 42 43 Errors 42 F Files Menu 3 21 Page 44 Filter Value 14 Firmware Version and Serial Number 41 Fuse 32 H High and Low Alarm Values 3 20 32 High and Low Limit Values for Bar Charts 3 20 I ICON 3 18 21 Icon 21 icon 19 21 ICONS 3 Icons 6 ICONS Area 21 Important Notes and Warnings 4 32 In Set Display Damping Mode 34 In Set Low High Alarm Values Mode 34 Installation and Wiring 7 K Key Function Summary 4 33 Key Functions 3 9 M Main Screen 3 18 MaxRp110 Wiring Diagram 8 Memory 28 N NMEA 0183 Search String Handling and List 3 4 5 47 Nonvolatile memory 32 34 Notes and Warnings 32 ON OFF 9 Operating temperature 28 Operation of the MaxRp110 9 Operation of the Windows Software 15 Page 45 Packing List 4 29 Power ON OFF 3 9 Power supply 28 Pulldown Menu 3 19 21 Pulldown Menu Area 21 S Scroll fast 32 Selecting a Display Configuration 9 Selecting an NMEA Sentence to Display 3 23 Serial Number 41 Setting Display Damping 14 Setting High and Low Alarm Values 13 Softw
24. ilable for youruse You have complete control over which icons are displayed on any of the 16 display configurations k 9 n Fd E Fi The MaxRp1 10 is supplied with software that runs under Windows 98 WinXP WinNT Win2K and Vista to select NMEA sentences edit the display configurations set high and low alarms and display damping values Settings can be quickly uploaded to the MaxRp1 10 using either a RS232 port or USB port using the supplied serial to USB converter The internal software can be updated via the internet to add additional features as they become available The MaxRp110 works on both 12 VDC and 24 VDC Page 6 Installation and Wiring Before starting the installation please read this entire section first Finger tighten the screws that mount the instrument bracket It is not necessary or recommended to use tools e Drilla 2 1 8 55mm mounting hole where you desire to mount the instrument Figure 1 e Remove the adhesive backing protection from the bulkhead gasket and carefully align the waterproof bulkhead gasket on the back of the instrument e Connect the various wires as shown in Figure 2 e Carefully check all your wiring then mount the instrument in the hole Use only finger tension to tighten the bracket hold down nuts Finger tighten only Da nat use tools 218 55mm hole mmt m zs ka Sl Figure 1 Mounting the Instrument Page 7 Figure 2 MaxRp
25. n the Current Display Configuration area with a change box next to each Clicking the Change box allows you to change the High and Low alarm limits as shown below Besure to read the warnings about alarms in the Important Notes and Warnings section about which conditions will sound an audible alarm I Waki x E nies nsa High dra Vake bekas m Cancel High and Low Limit Values for Bar Charts Similarly the High and Low Limit values of the two bar charts are shown in the Current Display Configura tion area along with Change boxes Clicking on the Change box allows you to change the High and Low Limit values for the two bar charts The high limit is the value that displays at the top of the bar chart and the low limit 1s the value that displays at the bottom of the bar chart A data source with a value equal to or greater than the High Limit is shown here on the bar chart A data source with a value between the Low Limit and High Limit will be displayed in this area of the bar chart A data source with a value equal to orless than the Low Limitis shown here on the bar chart Selecting the High and Low Limit values appropriately allows you to scale the data or zoom into the area of interest to you For example if you direct the battery voltage of a 12V battery to one of the bar charts you can set the Low Limit value at 11 5 V and the High Limit value to 12 5 V providing an expanded scale for b
26. new named file for SUNSET ter recall using the Open menu item Clicking on New will clear the current display configurations to the factory defaults CruzPro MaxRp110L Save Save As Exit Page 21 Edit Menu The Edit menu is where you select from two different bar graph formats set display damping for different Data Sources Asummary of the Edit Menu choices are shown here uzPro MaxRp11 0 Display fi Display Damping Wey Set _ Mann pi L Communication Port Page 22 Help Menu Click on the Help Menu to see the version number of the Windows software the instrument internal firmware version and serial number Selecting an NMEA Sentence to Display The MaxRp110 can display up to eight different sets of NMEA 0183 data com ing in on one of the four NMEA 0183 compatible input channels up to two different sentences per dataline The selected data can be displayed on one of three digital displays or one of the bar charts The NMEA data to be displayed is selected on the Current Configuration screen using the pull down menus D ata for Current Configuration 1 Digital Display 1 Display Data from NMEA 0183 input 14 Change Low Alal NMEA 0183 input HB NMEA 183 input 24 NMEA 0183 input 26 NMEA 0183 input 34 NMEA 0183 input 38 NMEA 0183 input 44 NMEA 0183 input 46 Digital Display 2
27. nsducer Displacement Angular or Linear outdated Transducer Frequency outdated Transducer Level outdated Transducer Pressure outdated Transducer Flow Rate outdated Transducer Tachometer outdated Transducer Volume outdated Transducer Timekeeper Atomic Clock Timekeeper Chronometer Page 36 48 49 String Index N 1 ON 2 C2 L2 ZQ Timekeeper Quartz ZV Timekeeper Radio Update WWV or WWVH Sentence Formatter None not used AAM Waypoint Arrival Alarm ALM GPS Almanac Data APA Autopilot Sentence Autopilot Sentence ASD Autopilot System Data BEC Bearing amp Distance to Waypoint Dead Reckoning BOD Bearing Waypoint to Waypoint BWC Brg and Dist to Wypt Lat N S Long E W UTC Status BWR Brg and Dist to Wypt Rhumb Line Lat N S Long E W UTC Status BWW Bearing Waypoint to Waypoint DBK Depth Below Keel DBS Depth Below Surface DBT Depth below transducer DCN Decca Position obsolete DPT Depth DRU Dual Doppler Auxilary Data DSC Digital Selective Calling Information DSE Extended DSC DSI DSC Transponder Initiate DSR DSC Transponder Response DTM Datum Reference FSI Frequency Set Information GBS GPS Satellite Fault Detection GDA Dead Reckoning Position GGA Global Positioning System Fix Data Time Position and fix GLA Loran C Positions GLC Geographic Position Loran C
28. onnect to the MaxRp110 with a USB cable you will first need to install the USB driver BEFORE you plug the supplied USB cable into your PC Place the distribution CD in the CD ROM drive and navigate to the DRIVERS directory Double click and run the program HL 2303 EXE After a few seconds you will see the following screen ad Sheil W rard Welcome bo the bnsballS Wizand for PL 2303 toe Tha Intl head voll FL 2303 USB 4 5 nal Dn your compuler To continue chek Nes Click Next and click Finish when you see the following screen Page 16 Wira als izad Complete ta PLANG USED eid Ber Please burtoe b Ci and al kala hei pou Rapa een plugged cable on PL beleie sun Pire seup umpan and plug calis agen system dalari ho Now plug the supplied USB RS232 cable into the MaxRp110 instrument your PC USB port The first ime you plug the USB cable into your PC Windows will detect the new hardware and install the correct driver Depending on your version of Windows after a few seconds you will see a message similar to Found New Hardware I Prolific USB to Serial Comm Port Your USB cable 15 now ready to use Page 17 Connecting to the 110 Connect the MaxRp110 to your PC using either aRS23
29. play OFF The clock will keep running Press and hold the key again to enable the display The Time Of Day clock will have to be set again if you turn OFF the power to the MaxVull0 terminal 7 After settings are changed it can take up to 30 seconds to save the data to the nonvolatile memory If power 1 removed from the 110 during this time the changes may not be saved to memory and the older settings will be used when power 1 reapplied 8 BothHighand Low alarms for NMEA data can only be set in full units 1 e full Feet or full Meters for Depth data not tenths 9 Whenusing thet and S keys to change a value holding them down will cause the value to scroll fast after three seconds and very fast after ten seconds Page 32 Appendix E Key Function Summary In normal display mode Keys Secs Function X 0 1 Scroll DOWN display configurations 0 1 ScrollUP display configurations 0 1 Display Version and Serial Number for 5 seconds v 0 5 Disable Alarms Turns off BELL symbol zs 0 5 Scroll UP through 5 backlight levels A 0 5 Enablealarms Turns on BELL symbol 5 Turn Power OFF ON Disable Enable Display Keys Secs Function v 10 Enter Set Low Alarm Values Mode A 10 Enter Set High Alarm Values Mode 10 Enter SetDisplay Damping Mode Page 33 In Set Low High Alarm Values Mode Keys Secs Function EP 0 1 Scroll through Display Number 1 2 3 0 1 Decrease displayed reading
30. s and hold the W key for ten seconds The alarm value display identifier 1 2 3 L or r and the word or LoAL will be displayed as shown in Figure 11 Quick press the key to select the desired display 1 2 3 L r Press and hold the W or A keys to change the alarm value Press the key for 1 second until the long beep to accept the new alarm values save them to memory and exit the Alarm Editor mode Figure 11 Alarm Editor Editing the Hi Alarm for display 3 To prevent confusion the High and Low alarm values are unique for each Data Source NMEA NMEA2B etc For example if you change the high alarm Page 13 value for NMEA2B in one display configuration then the high alarm value for NMEA2B will automatically change for each display configuration where NMEA2B is displayed Setting Display Damping It is possible to slow down how fast the numbers on the display change by adding Display Damping to NMEA channels 2 2B and3B Filter values between 0 No damping and 250 Extremely slow response are allowed Press and hold both the W and keys for ten seconds to enter the Display Damping Editor until you hear along beep The filter value display identifier 1 2 3 L orr and the word Filt will be displayed as shown in Figure 12 Quick press the key to select the desired display identifier 1 2 3 L orr Press and hold the W and A keys to change the filter value Press th
31. waypoint exhaust gas temperature battery volts etc The MaxRp110 recognizes over 5 800 different NMEA sentences which can be displayed in a variety of different formats High and Low alarms can be set for each set of data Display damping can be programmed for four of the eight input channels to average the readings and slow the speed at which the displayed value can change Separate scaling and end limits can be set for the two bar charts so you can zoom into the data range of interest For example you can set a bar chart limit from 0 00 to 24 00 to view NMEA battery volts or you could zoom into the range of 11 25 to 12 50 if you wish You can quickly switch between sixteen different sets of display configurations for each of the three digital displays and the two bar charts using the front panel keys Display configurations 1 6 have been factory pre programmed to display some popular NMEA data but can easily be reprogrammed to show different NMEA data The front panel keys are also used to select from five backlight levels including OFF Backlights can also be externally switched ON OFF A built in editor enables you to set change alarm levels and change display damping Changes are automatically saved to a nonvolatile memory There are 19 different icons suchas DEPTH and SPEED Page 5 that you can display to help you understand what data 15 being viewed The figure below shows all the icons that are ava

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