The simplest and most cost effective USB enabled NMEA 0183 multiplexer in the world! Connect your navigation instruments and AIS receiver to your computer with this 3-channel ‘Zero Configuration’ NMEA multiplexer with USB interface. One input automatically sets its baudrate to AIS when connected. For use with a computer only.
The 5NMEAto1-E is capable of merging signals from 5 NMEA sources with a network connection in a simple and reliable way. Programmable filters or separators can be found at each input. The data can be distributed to 1 NMEA output and/or via network.
The 6NMEAto-E is capable of merging signals from 6 NMEA sources with a network connection in a simple and reliable way. Programmable filters or separators can be found at each input. The data output is only possible via network.
The 1NMEAto4 is used for the distribution of data from one serial source (NMEA or RS232) to max. 4 receivers (RS422 or NMEA). By using NMEA as a serial source, the RS232 interface can be used for the monitoring of the data streams. The four outputs of the module are individually selectable by switches to…
The 1NMEAto8 is used for the distribution of data from a serial source (NMEA or RS232) to max. 8 NMEA receivers. When using NMEA as a serial source, the RS232 interface is used for the monitoring of the data streams. The NMEA input is galvanically isolated from the power supply and the RS232 interface. In…
Type examination certificate no. BSH 46162/0041053/09 The SLIF P2S3 interface is used to convert pulses (200 or 400 pulses per mile) into NMEA messages and vice-versa. The module has two RS422 outputs and RS422 input. A RS232 output is for monitoring the RS422 output.
The True Wind Converter calculates the true wind information from different input data. The following data are from the NMEA telegrams used: $–VTG, $–MWV, $–HDT or $–HDG. The NMEA inputs are galvanically isolated from the RS422 outputs.
The NMEA expander 2NMEAto2+2 is used to distribute the data from two serial sources (NMEA/RS422) to each of 2 receiver (NMEA/RS422 or RS232). It distributes the input signals of CH1 (NMEA/RS422) to CH2 and CH3 (NMEA/RS422). It also distributes the input signals from CH0 (NMEA/RS422) to CH5 and CH6 (RS232).
The module 1NMEAto2 is used to distribute data from a serial source (NMEA or RS422) to max. 2 receivers (RS422 or NMEA). The input of the module is adjustable with the jumper J1 (120 ohms). The input is galvanically isolated from the outputs and the power supply.
The module distribute the NMEA data from two redundant serial inputs to up to 6 transmitters. The two inputs are switched prioritized from Listener1 (master) to Listener2 (slave). The activity LED 1 or 2 indicates the active channel. The listener channels provide an additional power output to each external Talker (max. 400mA per source).
The 2NMEAto12 is used to distribute the data from two serial sources (NMEA) to max. 12 receiver (RS422 or NMEA). The two NMEA inputs of the module are adjustable individually with the help of jumpers to the different outputs and are galvanically decoupled from power supply as well as from the outputs.
The VL-SDN is used for the distribution of redundant NMEA. With its 2 galvanically isolated NMEA inputs, the module automatically choose between the two inputs, and then forward it to 12xRS422 and 2xRS232 outputs. If the main input does not receives any signals, the module is then automatically switches to the second input. An option…
The module 1NMEAto4RG is used to distribute data from two alternative NMEA sources to 4 parallel working NMEA transmitters (CH3 to CH6). Through a redundancy circuit, CH1 is switched over to CH2 after about 4 seconds in the absence of input data. At the same time, an error message signaled through a red LED and…
The module 1NMEAto8RG is used to distribute data from two alternative NMEA sources to 8 parallel working NMEA transmitters (CH3 to CH11). Through a redundancy circuit, CH1 is switched over to CH2 after about 4 seconds in the absence of input data. At the same time, an error message signaled through a red LED and…
The STIFA2D8 is used for the installation of Voyage Data Recorders (VDR), electronic charts (ECDIS) or other displays used in the maritime sector. The recording of analog and digital signals is also possible in the form of measurement and automation technology.
The STIFA4D16 is used for the installation of Voyage Data Recorders (VDR), electronic charts (ECDIS) or other displays used in the maritime sector. The recording of analog and digital signals is also possible in the form of measurement and automation technology.
The 6NMEAto6-E makes a simple and reliable signal combination of 6 NMEA sources possible as well as establishing a network connection. Programmable filters or separators can be found at each input. The data can be distributed to 6 NMEA outputs and/or via network.
8 NMEA 0183 interfaces (inputs and outputs) IEC 61162 Ed.1-4 NMEA 0183 ports can be switched as input and output; thus 16 ports Multiplexer and buffer / distributor / converter in one device Automatic bidirectional conversion between IEC 61162 Ed1-4 and the new Ethernet standard IEC 61162-450 Automatic grouping (multisentence messages) Tagblock configuration; data logging…
The NMEA to Synchro Converter is capable of converting serial heading data to synchro signals with ratios between 1:1 and 360:1. Medium to high power synchro signals can be generated when it is connected with a gyro or electronic compass- useful and cost-effective solution for retrofits projects, eg. Refitting a ship with a new gyro…
The VEINLAND Wind & Weather System for ships includes different weather sensors for measuring: Water temperature, wind speeds, wind direction, air temperature, atmospheric humidity, etc. The data is transferred to your output devices using the NMEA standard. We also supply a variety of NMEA converters and multiplexers. Our configurable software is specially developed for maritime weather…
VL-Inclinometer The VL-Inclinometer is a digital roll sensor that can be installed on vessels and cruises. The power supply and the serial interfaces are galvanic isolated. The system fulfills the following standards: – ISO/PAS 19697:2014 – ISO/DIS 19697 – IEC60945 – IEC61162-2 – IEC61162-450 (BSH 4543/001/6013006/16) The measured results are transmitted as NMEA through two…
Bridge Navigation Watch Alarm System The VL-BNWAS was developed to detect the awareness of the officer of watch (OOW) to avoid accidents. In case the OOW is incapable, the system automatically generates several alarm stages. Due to its modular design it will be possible to fit almost all sort of vessels. The Bridge Navigation Watch…
