TECH INFO GUIDE Rev 1.7 NMEA 2000 N2K Sensors Part Number Quick Guide EP60‐ Fuel Flow EP65‐ Fluid Level NMEA 2000 Starter Kit (Power Cable, 2Ft cable, 000‐0124‐69 Fuel, Oil, Water, Grey Water, 15ft Cable,2 T connectors, 2 Terminators Black Water, Live Well 000‐0119‐79 N2K‐T‐RD NMEA 2000 T Connecter 000‐0119‐88 N2KEXT‐2RD 0.6m (2ft) Extension cable 000‐0127‐53 N2KEXT‐6RD 1.8m (6ft) Extension cable EP70‐ Water Speed 000‐0119‐86 N2KEXT‐15RD 4.5m (15ft) Extension cable EP80‐ Temp 000‐0119‐83 N2KEXT‐2RD 7.5m (25ft) Backbone extension cable Water, Inside, Outside, Engine Room Cabin, Live well, Bait well, SimNet –N2K Adapter kit Refrigeration, Heating 000‐0127‐45 Contains 44172260 SimNet Inline joiner, EP80TH‐ Thru‐Hull 24005729 Micro C‐SimNet adapter, T Connector Temp N2K‐PWR‐RD N2K power kit 000‐0119‐75 (1 Cable and T Connector) 000‐0127‐52 N2K Terminators 1 Female, 1 Male EP90‐ Pressure 24006413 N2K female to SimNet 4 m (13 ft) Pitot, Atmospheric, Engine Boost, Engine Oil, Engine Water, Fuel, Transmission Oil SimNet to N2K (female) cable NMEA 2000® 24006199 EP85‐ Fuel Storage product to SimNet 0.5 m (1.6 ft) SimNet to N2K (male) cable SimNet product 24005729 to a NMEA 2000® 0.5 m (1.6 ft) 2 N2K TESTING Practical testing equipment N2K PIN OUT T Joiner 000‐0119‐79 N2KEXT‐2RD 0.6m (2ft) Extension cable 000‐0119‐88 Pins Sockets (Cut cable to allow easy testing of exposed wires, Pin 1: Shield its also helpful to fit insulated terminals for easy Pin 2: NET‐S (Power Supply +ve) Red connection to a multimeter) Pin 3: NET‐C (Power Supply –ve) Black Voltage Pin 4: NET‐H (CAN‐H) White Remove the end point termination at the furthest point from the supply and Pin 5: NET‐L ( CAN‐L) Blue fit a T join and your modified N2K test cable, refit the terminator, measure System resistance the voltage between Red (Net‐S) and Black (Net‐C) 11.5VDC‐14.4VDC would With the N2K network unpowered measure fit a T join and your be an acceptable range. If the voltage is higher than this it may indicate an modified N2K test cable and measure the resistance between the blue issue with the vessels charging system. If it is lower the power cable should (Net‐C) and white wire (Net‐L) A correctly terminated system you checked for poor connections, and the voltage at the battery/supply should read 60 checked. A short or open circuit indicates a possible cabling fault and requires Standard rules apply with creating a SimNet/N2K network. inspection of the cabling and connectors, a good method to isolate this 1.Max drop cable length: 19.5ft (6m) is by disconnecting all devices and add them one at a time checking the 2.Max connected devices: 50 resistance at each connection . A reading of 120 will mean a single 3.Max current: 5A termination is fitted, a second termination should be fitted. Values of 4.Max backbone length: 490ft (150m) less than 60 can indicate extra terminations are connected and 5.Max total drop cable length: 200ft (60m) e.g. 10 drop cables of 19.5ft (6m) should be removed, leaving only two terminators, one at each end of 6.N2K is designed for a 12VDC system only the network. 3 TRITON Identifying the components Dual Gender N2K connection to allow “Daisy Chain” connections. Multi configurable pages allowing Both True and apparent wind angles to be displayed as well as Data values Pilot remote, single N2K Split Data Boxes allow up to 9 connector, used in conjunction individual areas to be displayed or with Pilot configured display. the display can be configured for Green LED= Pilot engaged graphical data like wind trend lines. Red LED= Pilot Standby 8 Pages can be configured and an auto scroll function is available MHU, hardware based on 213 Top end and IS20 Mount. SimNet Single Line data is large and very socket fitting at mast base easy to see, so it can be viewed at a (terminated) mast pod along with a very wide viewing angle of 170 Degrees. DST‐800 Triducer DT‐800 Depth Temp ST‐850 Speed Temp 4 TRITON Triton HV Displays 20/20 P/N:000‐11088‐001 10/10 P/N:000‐11087‐001 3‐Way 20/20HV Mast Bracket BGH220013 The display comes fitted with a 4‐Way 20/20HV Mast Bracket BGH220014 0.5m Micro‐C cable with male 5‐Way 20/20HV Mast Bracket BGH220015 connector, for easy connection to N2K backbones. The displays are controlled via a Triton T41 display (Main menu>Setup>Remote Displays ) 5 H3000 Identifying the components AWA 360 Depth 200m Graphical Function Display BGH230001 BGH230007 BGH210001 TWA 360 Depth ft/fathoms BGH230002 BGH230011 Graphical Pilot Display BGH210021 AWS 0‐50kt Boat Speed 25kt BGH230003 BGH230008 Full Function Display BGH201001 (Non NMEA) TWS 0‐50kt Boat Speed 12.5kt BGH230004 BGH230006 Full Function Display BGH201002(NMEA) Magnified AWA Rudder Angle BGH230005 BGH230010 40/40 BGH280001 30/30 BGH240001 Heading 20/20 BGH290001 BGH230009 10/10 BGH320001 6 H3000 Identifying the Components Hydraulic H3000 CPU – Gimbaled Rate Pumps Hydra BGH250001 Compass T1‐12V Hercules BGH250002 BGH330001 T2‐12V Hercules Perf. BGH250003 T2‐24V Hercules Motion BGH250004 Halcyon 2000 T3‐24V UPGRADES: Compass T4‐24V Hydra‐Hercules BGH250012 486‐00‐009 Hydra‐Herc Perf. BGH250013 Hydraulic Rams Hercules‐Hercules Perf. BGH250023 ACP 1 Pilot Computer T1‐12V Hercules‐Hercules Motion BGH250024 BGH171001 Hercules Perf.‐Hercules Motion BGH250034 T2‐12V T2‐24V Halcyon Gyro Processor ACP 2 Pilot Computer BGH061001 BGH171002 Rotary Rudder Halcyon Gyro Feedback BGH060001 RRF‐ACP Linear Rudder T3‐24V IMU (Inertial Measurement Unit) Feedback T4‐24V BGH260000 SEN‐RUD‐LF2 7 H3000 Identifying the Components 202‐00‐064 Vertical Masthead Units SOV Speed BGH031001 VMHU 810mm BGH031002 VMHU 1050mm BGH031002/S VMHU 1050mm Ocean 157‐AA‐038 BGH031003 VMHU 1450mm SOV Depth BGH031003/S VMHU 1450mm Ocean BGH031010 VMHU 1800mm 155‐00‐025 213‐00‐002 213 Masthead Unit SOV Housing BGH040028 SEN‐SPD‐HP Digital Loadcell 690‐00‐004 Standard Speed Clinometer Amplifier Loadpins 690‐00‐007 BGH041001 12.7 mm (1/2") SEN‐DPT‐HP Barometric Pressure BGH041002 16 mm (5/8") Standard Depth BGH04100319 mm (3/4") BGH041004 23 mm (7/8") 224‐00‐066 SEN‐DPT‐A2P Air Temperature BGH041005 25.4 mm (1") BGH041006 28.5 mm (1 1/8") NMEA Depth BGH041007 32 mm (1 1/4" 8 H3000 Heading Source Selection Device Node H3000 CPU ( NMEA Input) 5 Halcyon Processor ( Gyro Input ) 15 Halcyon Processor ( NMEA Input) 15 Halcyon 2000 Compass 16 ACP Pilot ( Direct Halcyon, or GRC )18 NMEA Input to NMEA FFD 96,97…. Red LED –This indicates FastNet communications activity and should normally be flickering quite rapidly. Slow flicker may indicate a fault with the FastNet bus interface to the CPU. If theLED is permanently off then there is no FastNet activity between the CPU and the rest of the system. In this case a full trace and inspection of the Network cabling should be carried out. Blue –LED. This is permanently lit when there is a good supply voltage to the CPU. If the input supply is less than 10 volts the CPU will fail to operate correctly and this LED will fade / extinguish. 9 H3000 Setting NMEA Depth Adjusting the terminal jumper to use NMEA Depth Caution: It is recommended that an approved B&G technician performs this operation. Remove terminal cover –2 x screws Remove top case to expose PCB –4 x screws Slide off terminal jumper shown below by pulling up. Replace jumper bridging the terminals shown below by pushing down.. Note: The jumper is set to the position shown as the standard depth setting. 10 Masthead Testing 213 Masthead Tests Wind Speed Test 1.Locate the masthead unit cable junction box at the base of the mast. 2. Disconnect the masthead unit wires in the junction box. 3. Identify which masthead unit cable goes back to the wind display or processor 4. Carefully isolate the Wind speed wire (normally Violet) and the 0V supply wire (normally Black). 5. Quickly tap the wind speed wire to the 0V wire. This will now simulate wind speed. The faster the two wires are tapped together, the faster the wind speed reading will be. Wind angle Test With the system switched on, and using a Digital Volt Meter, measure the wind angle phase voltages, normally Red, Green and Blue, with respect to 0V (normally Black). The measured voltages can be anywhere between 0.1V and 6.4V and will vary dependent upon the wind angle 11 Masthead 213 Masthead Parts 508 Masthead Shares same mechanical hardware except for the spar assembly and mounting bracket 12 Transducer Testing Testing for temp function Testing for speed function Use a 9 volt or 12 volt With meter set to OHMS cordless drill battery to the reading should be in apply battery voltage to the 10,kohm range at 25 red and bare wires. degrees C, (77 degrees F). Attach meter test leads If it is a Lowrance part between the green and number it will be 5 kohm bare wires. range at 25 degrees C (77 Turn the paddlewheel degrees F). slowly by hand. The volt The resistance increases meter should toggle as the temp decreases. between zero volts and The sensor will read the input voltage with correctly in or out of each 90 degrees of water. rotation. 13 Transducer Testing Testing for depth function Using an EDI transducer test box you can determine the resonant frequency of a transducer and confirm that it is operating properly Attach the transducer and rotate the fine frequency knob to turn the tester on.