

Set( 1, UINT8, 6) # change PGN from 0x1FD0A to 0x1FD06 set(DATA + 1, UINT32, 0xFFFFFFFF) # set values for unused fields set(DATA + 5, UINT16, B / 1000) # convert and set the pressure send(CAN2) # send Environmental Parameters to CAN2 set( 0, UINT8, addr()) # replace the address with the address of the Bridge send(CAN1) # send Environmental Parameters to CAN1 If (B != 0x7FFFFFFF) # check the validity of the value If (A = 0) # is it atmospheric pressure?ī = get(DATA+ 3, INT32) # extract the pressure value # Actual pressure handler match(CAN1, 0x1FD0A00, 0x1FFFF00)Ī = get(DATA + 2, UINT8) # extract the data type Send() # Log distance reduced, 1000 nm off PGNS_TO_ASSEMBLY = 0x1F513 # pre-assembly for this fast-packet (multiframe) message # Log distance handler match(CAN1, 0x1F51300, 0x1FFFF00) # CAN1 - NMEA 2000 network with instruments # CAN2 - NMEA 2000 network with MFDĬAN2_HARDWARE_FILTER_1 = 0x00EF0000, 0x00FF0000 # addressable proprietary messages You can create programs on any device with a MicroSD socket and a text editor, and upload programs to the Bridge with MicroSD card. The Bridge contains a built-in compiler of a simple programming language. Drawing of connectors is available in Appendix C of the User Manual.

For other networks, an adaptor cable may be required. The Bridge is equipped with two connectors (on CAN1 and CAN2 network interfaces) compatible with Raymarine SeaTalk NG or with two connectors compatible with NMEA 2000 Micro Male (used in Garmin networks).
#How garmin nmea 2000 connectors compatibile mac os x
Free diagnostics software is supplied for Microsoft Windows, Mac OS X and Linux.You can even create and edit programs for the Device right on your phone! You can view the data in a standard text editor on a smartphone or tablet with a MicroSD slot, there is no need for a computer. The Device can record network messages and debug data from custom programs on a MicroSD card in a text file. Diagnose malfunctions in the NMEA 2000 network.

You can create and send any type of NMEA 2000 message using data from other messages in the network. Ensure compatibility of equipment from different generations.Correct the transducer offset of the depth sounder, or "delete" invalid data in messages from equipment that is only partially operational using a 2- or 3-line script.

