CruzPro. MaxRp110. 4/8 Channel NMEA 0183 Data Repeater

Transcription

1 CruzPro MaxRp110 4/8 Channe NMEA 0183 Data Repeater

2 2008 CruzPro Ltd. MaxRp110 Manua Ver. AF Made in New Zeaand Page 2

3 Tabe of Contents Introduction Instaation and Wiring Operation of the MaxRp Key Functions Turning Dispay ON/OFF Changing and Controing Backight Intensity Seecting a Dispay Configuration Summary of Dispay Configurations Turning Aarms ON/OFF Setting High and Low Aarm Vaues Setting Dispay Damping Operation of the Windows Software Software Instaation USB Driver Instaation (If required) Connecting to the MaxRp Main Screen Dispay Configurations Area Current Dispay Configuration Area Data Sources High and Low Aarm Vaues High and Low Limit Vaues for Bar Charts ICONS Area Pudown Menu Area Fies Menu Edit Menu Hep Menu Seecting an NMEA Sentence to Dispay Upoading and Downoading Dispay Configurations Page 3

4 Appendix A - Specifications Appendix B - Packing List Appendix C - Typica Setup Appendix D - Important Notes and Warnings (You MUST read this section carefuy and competey) Appendix E - Key Function Summary Appendix F - NMEA 0183 Search String Handing and List 35 Appendix G - Dispay Firmware Version and Seria No.. 41 Appendix H - Error Codes Appendix I - Updating the Interna Firmware Index User Notes Other CruzPro Products CruzPro is a trademark of CruzPro Ltd. Page 4

5 Introduction The MaxRp110 remote NMEA 0183 data repeater wi simutaneousy dispay five sets of data on three digita dispays and two bar graphs. The MaxRp110 can dispay 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 waypoint, exhaust gas temperature, battery vots, etc. The MaxRp110 recognizes over 5,800 different NMEA sentences which can be dispayed in a variety of different formats. High and Low aarms can be set for each set of data. Dispay damping can be programmed for four of the eight input channes to average the readings and sow the speed at which the dispayed vaue can change. Separate scaing and end imits can be set for the two bar charts so you can zoom into the data range of interest. For exampe you can set a bar chart imit from 0.00 to to view NMEA battery vots or you coud zoom into the range of to if you wish. You can quicky switch between sixteen different sets of dispay configurations for each of the three digita dispays and the two bar charts using the front pane keys. Dispay configurations 1-6 have been factory pre-programmed to dispay some popuar NMEA data but can easiy be reprogrammed to show different NMEA data. The front pane keys are aso used to seect from five backight eves (incuding OFF). Backights can aso be externay switched ON/ OFF. A buit-in editor enabes you to set/change aarm eves and change dispay damping. Changes are automaticay saved to a nonvoatie memory. There are 19 different icons such as DEPTH, RPM, and SPEED Page 5

6 that you can dispay to hep you understand what data is being viewed. The figure beow shows a the icons that are avaiabe for your use. You have compete contro over which icons are dispayed on any of the 16 dispay configurations. The MaxRp110 is suppied with software that runs under Windows 98, WinXP, WinNT, Win2K and Vista to seect NMEA sentences, edit the dispay configurations, set high and ow aarms and dispay damping vaues. Settings can be quicky upoaded to the MaxRp110 using either a RS232 port or USB port (using the suppied seria to USB converter). The interna software can be updated via the internet to add additiona features as they become avaiabe. The MaxRp110 works on both 12 VDC and 24 VDC. Page 6

7 Instaation and Wiring Before starting the instaation, pease read this entire section first. Finger tighten the screws that mount the instrument bracket - It is not necessary or recommended to use toos.! Dri a 2-1/8" (55mm) mounting hoe where you desire to mount the instrument (Figure 1).! Remove the adhesive backing protection from the bukhead gasket and carefuy aign the waterproof bukhead gasket on the back of the instrument.! Connect the various wires as shown in Figure 2.! Carefuy check a your wiring then mount the instrument in the hoe. Use ony finger tension to tighten the bracket hod-down nuts Figure 1 - Mounting the Instrument Page 7

8 Figure 2 - MaxRp110 Wiring Diagram Page 8

9 Key Functions Operation of the MaxRp110 The t, :, s and " keys are used to seect and set backight eves, seect dispay configurations, view/set aarm vaues and dispay damping. Changes are automaticay saved to a nonvoatie memory. A compete summary of a the possibe key functions is shown in Appendix G. Turning Dispay ON/OFF Press and hod the " key for five seconds to turn the MaxRp110 dispay OFF or simpy switch off the power to screw termina A. Press and hod the " key for three seconds to re-enabe the dispay. Changing and Controing Backight Intensity Press the : key for 1/2 second to adjust the backight eve for night viewing. Each time you press the : key for 1/2 second, the eve wi get brighter 1, 2, 3, 4, OFF, 1, 2,... etc. The backight ON/OFF wire provides externa backight contro and this wire must be switched to +12/24V for the backights to work. Seecting a Dispay Configuration Simutaneousy press both the s and " keys or press both the t and " keys to cyce UP or DOWN through the sixteen dispay configurations. Dispay configurations 1 through 6 are programmed at time of manufacture with the configurations shown in Figures 4 to 9. Dispay configurations 7 through 15 are eft unprogrammed. Dispay configuration 16 is a factory test configuration. You can deete or change these dispay configurations at any time using the suppied Windows software. Any changes are automaticay stored to a nonvoatie memory. Page 9

10 Summary of Dispay Configurations 1-16 Each time you seect a new dispay configuration the Current Dispay Configuration number (in this case #1) is dispayed for one second as shown in Figure 3. After one second the dispay shows the data for dispay configuration #1 as shown in figure 4. A 16 of the factory defaut dispay configurations are shown in figures Figure 3 - Current Dispay Configuration (#1) Dispay #1 Figure 4 Dispay configuration 1 Depth (NMEA#2A on Dispay #1) Boat Speed (NMEA#1A on Dispay #2) Sea Water Temp.(NMEA#1B on Dispay #3) Dispay #2 Dispay #3 Page 10

11 Figure 5 Dispay configuration 2 Boat Speed (NMEA#1A on Dispay #1) Battery Vots(NMEA#3A on Dispay #2) Depth (NMEA#2A on Dispay #3) Figure 6 Dispay configuration 3 Depth (NMEA#2A on Dispay #1) Bearing to GPS Waypoint (NMEA4A on Dispay #2) Distance to GPS Waypoint (NMEA4B on Dispay #3) Figure 7 Dispay configuration 4 Depth (NMEA#2A on Dispay #1) Battery Vots(NMEA#3A on Dispay #2) Sea Water Temp.(NMEA#1B on Dispay #3) Page 11

12 Figure 8 Dispay configuration 5 Depth (NMEA#2A on Dispay #1) Boat Speed (NMEA#1A on Dispay #2) Bearing to GPS Waypoint (NMEA4A on Dispay #3) Figure 9 Dispay configuration 6 Boat Speed (NMEA#1A on Dispay #1) Bearing to GPS Waypoint (NMEA4A on Dispay #2) Distance to GPS Waypoint (NMEA4B on Dispay #2) Depth (NMEA#2A on Left Bar Chart) Sea Water Temp.(NMEA#1B on Right Bar Chart) Figure 10 Dispay configurations 7-15 Not Programmed Dispay configuration 16 Factory Test Page (May be deeted) Page 12

13 Turning Aarms ON/OFF To arm the aarms, press and hod the $ key 1/2 second. The Be symbo wi be dispayed when the aarms are armed. To disabe the aarms press and hod the % key for 1/2 second. Any press between 1/2 and 2 seconds wi work. A press of ess than 1/2 second or onger than 2 seconds wi be ignored. When an aarm vaue is breached, the affected dispay or barchart wi fash and if the aarms are armed, the interna 85dB aarm buzzer wi sound. If the aarms are not armed, then the dispay wi fash but no audibe aarm wi sound. Setting High and Low Aarm Vaues To View and/or Set the High Aarm vaue for any of the five current dispays, press and hod the $ key for ten seconds (unti you hear a ong beep). To View and/or Set the Low Aarm vaue for any of the dispays, press and hod the % key for ten seconds. The aarm vaue, dispay identifier (1, 2, 3, L or r) and the word HiAL or LoAL wi be dispayed as shown in Figure 11. Quick press the & key to seect the desired dispay (1, 2, 3, L or r). Press and hod the % or $ keys to change the aarm vaue. Press the & key for 1 second (unti the ong beep) to accept the new aarm vaues, save them to memory and exit the Aarm Editor mode. Figure 11 - Aarm Editor Editing the Hi Aarm for dispay #3 To prevent confusion, the High and Low aarm vaues are unique for each Data Source (NMEA1A, NMEA2B, etc.). For exampe, if you change the high aarm Page 13

14 vaue for NMEA2B in one dispay configuration, then the high aarm vaue for NMEA2B wi automaticay change for each dispay configuration where NMEA2B is dispayed. Setting Dispay Damping It is possibe to sow down how fast the numbers on the dispay change by adding Dispay Damping to NMEA channes 2A, 2B, 3A, and 3B. Fiter vaues between 0 (No damping) and 250 (Extremey sow response) are aowed. Press and hod both the % and " keys for ten seconds to enter the Dispay Damping Editor (unti you hear a ong beep). The fiter vaue, dispay identifier (1, 2, 3, L or r) and the word Fit wi be dispayed as shown in Figure 12. Quick press the & key to seect the desired dispay identifier (1, 2, 3, L or r). Press and hod the % and $ keys to change the fiter vaue. Press the & key for 1 second (unti the ong beep) to accept the new vaue, save it to memory and exit the Dispay Damping Editor mode. If the seected data source cannot be fitered (such as NMEA4A or NMEA1B) then --- wi be dispayed for the Fiter vaue. Figure 12 - Dispay Damping Editor Setting the Fiter Vaue to 7 for the Data Source shown on digita dispay #3 Page 14

15 Operation of the Windows Software Software Instaation Pace the distribution CD into your CD/DVD drive and the insta program shoud aunch automaticay. If it does not, cick on Start, Run and type D:\setup.exe (substitute your CD ROM drive etter for D if your CD ROM is on another drive than D ). Cick OK and foow the instructions. Use the defauts uness you have a good reason not to. If the instaation was successfu, you shoud see: Page 15

16 If you connect to the MaxRp110 to your PC using a RS232 seria port then you can skip the foowing USB Driver Instaation section and proceed directy to the Connecting to the MaxRp110 section. USB Driver Instaation If you pan to connect to the MaxRp110 with a USB cabe you wi first need to insta the USB driver BEFORE you pug the suppied USB cabe into your PC. Pace the distribution CD in the CD ROM drive and navigate to the DRIVERS directory. Doube cick and run the program: HL-2303.EXE. After a few seconds you wi see the foowing screen: Cick Next and cick Finish when you see the foowing screen: Page 16

17 Now pug the suppied USB/RS232 cabe into the MaxRp110 instrument and your PC USB port. The first time you pug the USB cabe into your PC Windows wi detect the new hardware and insta the correct driver. Depending on your version of Windows after a few seconds you wi see a message simiar to: Your USB cabe is now ready to use. Page 17

18 Connecting to the MaxRp110 Connect the MaxRp110 to your PC using either a RS232 cabe or the suppied USB cabe (See USB Driver Instaation FIRST). The Windows software wi ook for the MaxRp110 instrument when you wish to upoad or downoad information to or from the instrument. Main Screen The Main Screen is divided into 4 areas: Pudown Menus, Dispay Configurations, Data for Current Dispay Configuration and an ICONS area. Pudown Menu Area Current Dispay Configuration Area Dispay Configurations Area ICONS Area Page 18

19 Dispay Configurations Area The data being dispayed, where it is dispayed and the aarm imits for each dispay is caed a Dispay Configuration. The Dispay Configurations Area shows 16 buttons numbered 1 to 16 corresponding to each of the 16 possibe dispay configurations. When you cick on one of the 16 buttons a the information in the Current Dispay Configuration area and the ICONS area wi be updated to show the correct information for that Dispay Configuration. In addition to the 16 dispay configuration buttons, there are 5 buttons that wi cear or set a the icons for the current dispay configuration or competey cear both the current dispay configuration and a the icons for the current dispay configuration. The two remaining buttons in the Dispay Configuration area are used to upoad dispay configurations to the MaxRp110 and downoad dispay configurations from the MaxRp110 (See Upoading and Downoading Dispay Configurations ). Current Dispay Configuration Area Data Sources: A the information that specifies what data sources to dispay in each of the three digita dispays and the two bar charts, the aarm imits and the upper and ower bar chart imits are defined in the Current Dispay Configuration area. Each of the three digita dispays and two bar charts show what Data Source is going to be shown on the MaxRp110 LCD. Cicking the % button in one of these areas resuts in a pudown menu isting a the NMEA 0183 Data Source options avaiabe for that dispay as shown beow. You can scro through the ist of up to 8 different NMEA inputs and seect the item you wish to see. Page 19

20 High and Low Aarm Vaues: The High and Low aarm vaues assigned to the data source for each of the five dispays (1, 2, 3, L, R) are shown in the Current Dispay Configuration area with a change box next to each. Cicking the Change box aows you to change the High and Low aarm imits as shown beow. Be sure to read the warnings about aarms in the Important Notes and Warnings section about which conditions wi sound an audibe aarm. High and Low Limit Vaues for Bar Charts: Simiary the High and Low Limit vaues of the two bar charts are shown in the Current Dispay Configuration area aong with Change boxes. Cicking on the Change box aows you to change the High and Low Limit vaues for the two bar charts. The high imit is the vaue that dispays at the top of the bar chart and the ow imit is the vaue that dispays at the bottom of the bar chart. A data source with a vaue equa to or greater than the High Limit is shown here on the bar chart. A data source with a vaue between the Low Limit and High Limit wi be dispayed in this area of the bar chart. A data source with a vaue equa to or ess than the Low Limit is shown here on the bar chart. Seecting the High and Low Limit vaues appropriatey aows you to scae the data or zoom into the area of interest to you. For exampe if you direct the battery votage of a 12V battery to one of the bar charts you can set the Low Limit vaue at 11.5 V and the High Limit vaue to 12.5 V providing an expanded scae for battery votage. The High and Low Limit vaues are competey independent of the high and ow aarm imits. Page 20

21 ICONS Area Icons are words or symbos ike the word DEPTH or SPEED that hep remind you what data is being dispayed. The ICON area contains numerous checkboxes - one for each possibe dispay icon. Checking a box wi cause that icon to be On. Unchecking the box wi cear that icon from the dispay. The icons are not specificay tied to any data source. You have the freedom to check or uncheck any or a the icons you want. Each of the 16 different dispay configurations has its own set of icons that you can set or cear. Pudown Menu Area There are standard Windows pudown menus to save/reca configuration fies, edit various parameters such as Bar Graph Type, Dispay Damping or set the communications port to tak to the MaxRp110. Cicking on some pudown menus can resut in a second pudown menu being dispayed which may offer additiona choices. Fies Menu: The Fies menu shown beow enabes you to save and reca compete sets of Dispay Configurations aong with the associated High and Low Aarm settings, High and Low bar chart imits and Icons. Cicking Save wi save the current set of dispay configurations into the defaut fie which is oaded when the program starts. Cicking Save As wi enabe you to save the current set of dispay configurations into a new named fie for ater reca using the Open menu item. Cicking on New wi cear the current dispay configurations to the factory defauts. Page 21

22 Edit Menu: The Edit menu is where you seect from two different bar graph formats, set dispay damping for different Data Sources, etc. A summary of the Edit Menu choices are shown here: Page 22

23 Hep Menu: Cick on the Hep Menu to see the version number of the Windows software, the instrument interna firmware version and seria number. Seecting an NMEA Sentence to Dispay The MaxRp110 can dispay up to eight different sets of NMEA 0183 data coming in on one of the four NMEA 0183 compatibe input channes (up to two different sentences per data ine). The seected data can be dispayed on one of three digita dispays or one of the bar charts. The NMEA data to be dispayed is seected on the Current Configuration screen using the pu down menus. When you cick on one of the eight possibe input channes (#1A to #4B) another pu down menu ets you seect the NMEA 0183 string to search for as shown here: Page 23

24 You can seect from 49 different Taker ID s and 120 different sentence Formatters. You must aso specify the correct data fied to dispay by counting the number of commas. For exampe, a typica NMEA 0183 depth sentence output by many depth sounders is the $SDDBT sentence shown here: $SDDBT,015.7,f,004.8,M,002.6,F*0D The first two characters after the $ symbo SD (Sounder Depth) is caed the Taker ID and the next three characters DBT (Depth Beow Transducer) is caed the Sentence Formatter. The compete ist of NMEA 0183 Taker ID codes and Sentence Formatters is shown in Appendix F aong with some imitations of what can and cannot be dispayed on the MaxRp110. In the above sampe NMEA sentence the first fied is ocated after the first comma and contains the depth in Feet. The second fied is ocated after the third comma and contains the depth in Meters. By seecting the appropriate fied and counting commas we can dispay depth in Feet, Meters or Fathoms on the MaxRp110. Page 24

25 Upoading and Downoading Dispay Configurations To upoad and downoad dispay configuration data to and from the MaxRp110 instrument you must connect it to your PC using either the RS232 seria connector or to a USB port using the suppied RS232/USB converter. Turn off the power to the MaxRp110 and cick the Upoad Dispay Configurations to MaxRp110 box or the Downoad Dispay Configurations From MaxRp110 box in the dispay configurations area of the Windows software. Cick here to send data to the MaxRp110 Cick here to get data from the MaxRp110 You wi be shown a warning box and presented with the foowing choices when upoading data: Uncheck the items that you do NOT want to transfer to the MaxRp110 and cick CONTINUE. Page 25

26 When downoading data from the MaxRp110 you wi be shown a sighty different warning box. Uncheck the items that you do NOT want to transfer from the MaxRp110 to the PC and cick CONTINUE. If this is the first time that you have transferred data between the MaxRp110 and the PC you wi be asked which communications port to use to connect to the MaxRp110: Seect the port that connects to the MaxRp110 and the foowing information box is dispayed whie the PC tries to find the MaxRp110 instrument: Turn ON the MaxRp110 instrument and a progress screen is dispayed whie the data is being transferred between the instrument and the PC. Page 26

27 Progress screen dispayed whie data is being transferred between MaxRp110 and PC. If you do not know which communications port the MaxRp110 is connected to you can use the Windows Device Manager to show you the hardware configuration of the COM ports. Page 27

28 Appendix A - Specifications Power suppy: 12/24 VDC (9.5 to 33.0), 0.10 A nomina Operating temperature: 32 to 122 F ( 0 to 50 C) Size: 4.3" x 4.3 x 3.5 deep (110 x 110 x 89 mm). Dispay: LCD, 3 digita, 2 Bar Charts, 16 different configurations Backighting: 5 eves (incuding OFF), pus externa backight On/Off contro. Aarms: Individua high and ow aarms for each of the 3 dispays and 2 Bar Graphs Data Sources/Inputs: NMEA1A and NMEA1B NMEA2A and NMEA2B NMEA3A and NMEA3B NMEA4A and NMEA4B Memory: Nonvoatie memory for aarms, current dispay configuration, backight eves, etc. Data retention for ten years without power. Page 28

29 Appendix B - Packing List The MaxRp110 package is suppied with the foowing items: 1) MaxRp110 instrument 2) Dust/rain cover 3) Cosed ce foam waterproof bukhead gasket (adhesive one side). 4) USB/Seria converter 5) Printed user manua 6) Warranty card 7) Windows software CD with USB drivers, user manua Page 29

30 Appendix C - Typica Setup Page 30

31 Page 31

32 Appendix D - Important Notes and Warnings 1) The front of the MaxRp110 is spash proof. The back is not seaed and must be protected from water. 2) The nonvoatie memory in the MaxRp110 wi retain data for a minimum of 10 years without power. 3) The ines connecting to the +12/24V Battery shoud be protected from shorts by pacing a 5 amp fuse near the battery side of the connection. 4) If you want an aarm to sound for a particuar Data Source: a) The aarms must be armed (i.e. the Be symbo must be it). b) The Data Source vaue must fa outside the Low or High Aarm imits. c) Ony Data Sources being viewed on the dispay wi activate the aarm: 5) The dispayed vaue wi show ---- or --- if that Data Source cannot be dispayed or modified. For exampe - whie you can change Dispay Damping on NMEA channes 2A, 2B, 3A and 3B, you cannot change Dispay Damping on NMEA channes 1A, 1B or 4A, 4B. A --- or ---- wi be aso be shown if the dispayed number is arger than wi fit on the dispay (e.g. the four digit number 1734 wi not fit on 3 digit dispay). 14) Turning Power ON/OFF. Press and hod the " key to turn the MaxRp110 dispay OFF. The cock wi keep running. Press and hod the " key again to enabe the dispay. The Time-Of-Day cock wi have to be set again if you turn OFF the power to the MaxVu110 A termina. 7) After settings are changed it can take up to 30 seconds to save the data to the nonvoatie memory. If power is removed from the MaxRp110 during this time the changes may not be saved to memory and the oder settings wi be used when power is reappied. 8) Both High and Low aarms for NMEA data can ony be set in fu units (i.e. fu Feet or fu Meters for Depth data, not tenths). 9) When using the t and s keys to change a vaue, hoding them down wi cause the vaue to scro fast after three seconds and very fast after ten seconds. Page 32

33 Appendix E - Key Function Summary In norma dispay mode Keys Secs Function % ' 0.1 Scro DOWN dispay configurations $' 0.1 Scro UP dispay configurations & ' 0.1 Dispay Version and Seria Number for 5 seconds % 0.5 Disabe Aarms (Turns off BELL symbo) & 0.5 Scro UP through 5 backight eves $ 0.5 Enabe aarms (Turns on BELL symbo) ' 5 Turn Power OFF/ON (Disabe/Enabe Dispay) Keys Secs Function % 10 Enter Set Low Aarm Vaues Mode $ 10 Enter Set High Aarm Vaues Mode % ' 10 Enter Set Dispay Damping Mode Page 33

34 In Set Low/High Aarm Vaues Mode Keys Secs Function & 0.1 Scro through Dispay Number (1, 2, 3) % 0.1 Decrease dispayed reading (hod to go faster) $ 0.1 Increase dispayed reading (hod to go faster) & 1.0 Save new caibration vaue(s) to memory In Set Dispay Damping Mode Keys Sec. Function & 0.1 Scro through Dispay Number (1, 2, 3) % 0.1 Decrease seected dispay damping (hod to go faster) $ 0.1 Increase seected dispay damping (hod to go faster) & 1.0 Save new vaue(s) to nonvoatie memory Page 34

35 Appendix F - NMEA 0183 Search String Handing and List Each NMEA input #1-4 can be programmed to search for two different NMEA 0183 strings. Each NMEA search string is identified with a one digit Taker index which point to a taker identifier such as GP for GPS, a one digit Search String index which points to a 3 character search string such as RMC and a one digit Comma Counter. The taker index, identifier and comma counter are stored as part of the Dispay Configuration. Limitations on NMEA string decoding: a) Numbers arger than 9999 wi dispay as ---- on a 4 digit dispay b) Numbers arger than 999 wi dispay as --- on a 3 digit dispay c) Negative numbers smaer than (ess than) -999 wi dispay as ---- on a 4 digit dispay d) Negative numbers smaer than (ess than) -99 wi dispay as --- on a 3 digit dispay f) The bar charts wi dispay both positive and negative NMEA 0183 numbers as positive. Taker Index Taker ID Code 0 None - not used 1 AG Autopiot - Genera 2 AP Autopiot - Magnetic 3 CC Computer - Programmed Cacuator (outdated) 4 CD Communications - Digita Seective Caing (DSC) 5 CM Computer - Memory Data (outdated) 6 CR Data Receiver 7 CS Communications - Sateite 8 CT Communications - Radio-Teephone (MF/HF) 9 CV Communications - Radio-Teephone (VHF) 10 CX Communications - Scanning Receiver 11 DE DECCA Navigation (outdated) 12 DF Direction Finder Page 35

36 13 EC Eectronic Chart Dispay & Information System (ECDIS) 14 EP Emergency Position Indicating Beacon (EPIRB) 15 ER Engine Room Monitoring Systems 16 GP Goba Positioning System (GPS) 17 HC Heading - Magnetic Compass 18 HE Heading - North Seeking Gyro 19 HN Heading - Non North Seeking Gyro 20 II Integrated Instrumentation 21 IN Integrated Navigation 22 LA Loran A (outdated) 23 LC Loran C 24 MP Microwave Positioning System (outdated) 25 OM OMEGA Navigation System (outdated) 26 OS Distress Aarm System (outdated) 27 RA RADAR and/or ARPA 28 SD Sounder, Depth 29 SN Eectronic Positioning System, other/genera 30 SS Sounder, Scanning 31 TI Turn Rate Indicator 32 TR TRANSIT Navigation System 33 VD Veocity Sensor, Dopper, other/genera 34 VM Veocity Sensor, Speed Log, Water, Magnetic 35 VW Veocity Sensor, Speed Log, Water, Mechanica 36 WI Weather Instruments 37 YC Transducer - Temperature (outdated) 38 YD Transducer - Dispacement, Anguar or Linear (outdated) 39 YF Transducer - Frequency (outdated) 40 YL Transducer - Leve (outdated) 41 YP Transducer - Pressure (outdated) 42 YR Transducer - Fow Rate (outdated) 43 YT Transducer - Tachometer (outdated) 44 YV Transducer - Voume (outdated) 45 YX Transducer 46 ZA Timekeeper - Atomic Cock 47 ZC Timekeeper - Chronometer Page 36

37 48 ZQ Timekeeper - Quartz 49 ZV Timekeeper - Radio Update, WWV or WWVH String Index Sentence Formatter 0 None - not used 1 AAM - Waypoint Arriva Aarm 2 ALM - GPS Amanac Data 3 APA - Autopiot Sentence A 4 APB - Autopiot Sentence B 5 ASD - Autopiot System Data 6 BEC - Bearing & Distance to Waypoint - Dead Reckoning 7 BOD - Bearing - Waypoint to Waypoint 8 BWC - Brg and Dist. to Wypt, Lat., N/S, Long.,E/W,UTC, Status 9 BWR - Brg and Dist. to Wypt,Rhumb Line, Lat, N/S, Long,E/ W,UTC,Status 10 BWW - Bearing - Waypoint to Waypoint 11 DBK - Depth Beow Kee 12 DBS - Depth Beow Surface 13 DBT - Depth beow transducer 14 DCN - Decca Position (obsoete) 15 DPT - Depth 16 DRU - Dua Dopper Auxiary Data 17 DSC - Digita Seective Caing Information 18 DSE - Extended DSC 19 DSI - DSC Transponder Initiate 20 DSR - DSC Transponder Response 21 DTM - Datum Reference 22 FSI - Frequency Set Information 23 GBS - GPS Sateite Faut Detection 24 GDA Dead Reckoning Position 25 GGA - Goba Positioning System Fix Data, Time, Position and fix 26 GLA - Loran-C Positions 27 GLC - Geographic Position, Loran-C Page 37

38 28 GLL - Geographic Position - Latitude/Longitude 29 GNS - GNSS fixed data 30 GOA - OMEGA Positions 31 GRS - GNSS Range Residua 32 GSA - GPS DOP and active sateites 33 GST - GNSS Pseudorange Error Statistics 34 GSV - Sateites in view 35 GTD - Geographic Location in Time Differences 36 GXA - TRANSIT Pos.,Lat./Long.,Loc/time of TRANSIT fix at wypt (obs.) 37 HCC - Compass Heading 38 HCD - Heading and Deviation 39 HDG - Heading - Deviation & Variation 40 HDM - Heading - Magnetic 41 HDT - Heading - True 42 HSC - Heading Steering Command 43 HVD - Magnetic Variation, Automatic 44 HVM - Magnetic Variation, Manuay Set 45 IMA - Vesse Identification 46 LCD - Loran-C Signa Data 47 MDA - Standard Meteoroogica Composite 48 MHU - Humidity 49 MMB - Barometer 50 MSK - MSK Receiver Interface (for DGPS Beacon Receivers) 51 MSS - MSK Receiver Signa Status 52 MTW - Water Temperature 53 MWD - Wind Direction & Speed 54 MWV - Wind Speed and Ange 55 OLN - Omega Lane Numbers (obsoete) 56 OSD - Own Ship Data 57 ROO - Waypoints in active route 58 RMA - Recommended Minimum Navigation Information 59 RMB - Recommended Minimum Navigation Information 60 RMC - Recommended Minimum Navigation Information 61 ROT - Rate Of Turn Page 38

39 62 RPM - Revoutions 63 RSA - Rudder Sensor Ange 64 RSD - RADAR System Data 65 RTE - Routes 66 SFI - Scanning Frequency Information 67 SNU - Loran - C SNR Status 68 STC - Time Constant 69 STN - Mutipe Data ID 70 STR - Tracking Reference 71 SYS - Hybrid System Configuration 72 TEC - TRANSIT Sateite Error Code & Dopper Count 73 TEP - TRANSIT Sateite Predicted Eevation 74 TGA - TRANSIT Sateite Antenna & Geoida Heights 75 TIF - TRANSIT Sateite Initia Fag 76 TLL - Target atitude and ongitude 77 TRF - TRANSIT Fix Data (obsoete) 78 TRP - TRANSIT Sateite Predicted Direction of Rise 79 TRS - TRANSIT Sateite Operating Status 80 TTM - Tracked Target Message 81 VBW - Dua Ground/Water Speed 82 VDC - Current at Seected Depth 83 VDR - Set and Drift 84 VHW - Water speed and heading 85 VLW - Distance Traveed through Water 86 VPE - Speed, Dead Reckoning Parae to True Wind 87 VPW - Speed - Measured Parae to Wind 88 VTA - Actua Track 89 VTG - Track made good and Ground speed 90 VTI - Intended Track 91 VWE - Wind Track Efficiency 92 VWR - Reative Wind Speed and Ange 93 VWT - True Wind Speed and Ange 94 WCV - Waypoint Cosure Veocity 95 WDC - Distance to Waypoint - Great Circe 96 WDR - Distance to Waypoint - Rhumb Line Page 39

40 97 WFM - Route Foowing Mode 98 WNC - Distance - Waypoint to Waypoint 99 WNR - Waypoint-To-Waypoint Distance, Rhumb Line 100 WPL - Waypoint Location 101 XDR - Transducer Measurements 102 XTE - Cross-Track Error, Measured 103 XTR - Cross-Track Error - Dead Reckoning 104 YWP - Water Propagation Speed 105 YWS - Water Profie 106 ZAA - Timer, Eapsed/Estimated 107 ZCD - Timer 108 ZDA - Time & Date - UTC, day, month, year and oca time zone 109 ZDL - Time and Distance to Variabe Point 110 ZEV - Event Timer 111 ZFI - Eapsed Time from Point-Of-Interest 112 ZFO - UTC & Time from origin Waypoint 113 ZLZ - Time of Day 114 ZPI - Arriva Time at Point-of-Interest 115 ZTA - Estimated Time Of Arriva at Waypoint 116 ZTE - Estimated Time to Even/Point-Of-Interest 117 ZTG - UTC & Time to Destination Waypoint 118 ZTI - Estimated Time to Even/Point-Of-Interest 119 ZWP - Arriva Time at Waypoint 120 ZZU - Time, UTC Page 40

41 Appendix G - Dispay Firmware Ver. and Seria Number Quick press both the & and ' keys to dispay the current Firmware Version and the product Seria Number for five seconds. Page 41

42 Appendix H - Error Codes The interna software that runs the MaxRp110 instrument can detect and dispay some software and hardware errors. A isting of those error codes and their meaning as shown beow. 0 Contents of interna nonvoatie memory are corrupted and factory defauts are being used. Pease check and set/reset a aarm vaues, etc. 1 Unabe to communicate with micro U101 - contact deaer 2 Unabe to communicate with micro U201 - contact deaer 3 Unabe to communicate with micro U301 - contact deaer 4 Unabe to communicate with micro U401 - contact deaer 5 Contents of nonvoatie memory corrupted and factory defauts are being used. Pease check and set/reset Tota Log. 6 Suppy votage beow the minimum 11.2 VDC required to update data to the nonvoatie memory. Check power. 7 Unabe to program or read nonvoatie memory - contact deaer. 8 Error reading Current Configuration Data from nonvoatie memory. Contact deaer if unabe to reprogram. 9 Not used 10 Not used 11 Not used 12 Not used 13 Activation code error - contact deaer. Page 42

43 Appendix I - Updating The Interna Firmware The interna software that runs the MaxRp110 instrument (firmware) can be updated via the USB connector or RS232 seria port as new versions become avaiabe with additiona features. Each firmware update is suppied with compete instructions. Be sure to return the MaxRp110 registration card and/or send your contact detais to support@cruzpro.com to ensure that you wi be informed of new updates as soon as they become avaiabe. Your suggestions for improvements and new features are wecomed. Pease emai suggestions to support@cruzpro.com. Page 43

44 Index A Aarm 3, 5, 9, 13, 19, 20, 21, 28, 32, 33 Aarm armed 32 B Backight 3, 9, 28 Bar chart 19, 20, 21, 22, 23, 35 Bar Graph Limits 3 C Changing and Controing Backight Intensity 9 COM ports 27 Communications port 27 Connecting to the MaxRp110 3, 18 Current Dispay Configuration 3, 19 D Damping 3, 5, 14, 22, 33, 34 Data Source 3, 14, 19, 20, 21, 22, 32 Data Sources/Inputs 28 Dispay Configuration 3, 9, 10, 35 Dispay configuration 6, 9, 10 Dispay Configurations Area 3, 19 Dispay Damping 3 Dispay Firmware Version and Seria No 4 Downoad Dispay Configurations From MaxRp Downoading data 26 E Edit Menu 3, 22 Error Codes 4, 42, 43 Errors 42 F Fies Menu 3, 21 Page 44

45 Fiter Vaue 14 Firmware Version and Seria Number 41 Fuse 32 H High and Low Aarm Vaues 3, 20, 32 High and Low Limit Vaues 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 Dispay Damping Mode 34 In Set Low/High Aarm Vaues Mode 34 Instaation 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 Handing and List 3, 4, 5, 47 Nonvoatie memory 32, 34 Notes and Warnings 32 O ON/OFF 9 Operating temperature 28 Operation of the MaxRp110 9 Operation of the Windows Software 15 Page 45

46 P Packing List 4, 29 Power ON/OFF 3, 9 Power suppy 28 Pudown Menu 3, 19, 21 Pudown Menu Area 21 S Scro fast 32 Seecting a Dispay Configuration 9 Seecting an NMEA Sentence to Dispay 3, 23 Seria Number 41 Setting Dispay Damping 14 Setting High and Low Aarm Vaues 13 Software Instaation 3, 15 Specifications 4, 28 T Turn Power OFF/ON 33 Turning Aarms ON/OFF 13 Turning Power ON/OFF 9, 32 Typica Setup 4, 30 U Units of Measure 21 Updating the Interna Firmware 4 Upoad Dispay Configurations to MaxRp Upoading and Downoading Dispay Configurations 3, 25 USB 3, 6, 16, 17 USB Driver Instaation 16 USB Driver Instaation 3 W Warnings 32 Windows Device Manager 27 Page 46

47 User Notes Page 47

48 Other CruzPro Products Depthsounders/w Kee Offset, Deep/Shaow/Anchor Drag Aarms PC Based DSP Fishfinder for Windows98, NT, SE,XP, 2000, Vista Speed/Temperature/Logs Muti-Function Gauges Digita DC Vots Gauge/w Aarms Digita DC Vots Gauge/w Aarms for 3 Battery Banks Digita Amps Gauge DC Vots/Amps/Amp-Hour Monitors AC Vots/Amps/Freq/kW Monitors LPG/Petro Gas Detectors/Aarms Bige Water Aarms/w Stainess Stee Water Sensor Inteigent Bige Pump Controers/w Stainess Stee Water Sensors Inteigent Windass Controer/Chain Counters Digita Fue Gauges & Fue Consumption Cacuator Digita Tank Leve Gauges for 1 or 3 Tanks /w Separate Aarms Smart 4 step Aternator Reguator Marine Security System/w Reiabe Intrusion Sensors RPM/Engine Hours/Eapsed Time Gauges/w Aarm Digita Engine Temperature Gauge/w Aarms Digita Oi Pressure Gauge/w Aarms Digita Temperature Gauges for 1 or 3 Areas /w Aarms Digita Cock/Watch/Race Timers/w 8 Aarms 8 and 16 Amp Light Dimmers / Motor Speed Controer Soar Pane Charge Controers 6/8/9 & 20 Amps 4 & 8 Channe NMEA Combiners/RS-232 Convertors Engine/Exhaust Temp. Monitor & Digita Pyrometer NMEA 0183 Remote Data Repeaters/w 4 and 8 Input Channes High Pressure Digita Hydrauic Pressure Gauge Engine Hours/Eapsed Trip Time/Engine Maintenance Aarm Gauge emai: info@cruzpro.com website: