Fully bi-directional communications are possible via the Neon server. Data can be collected directly and the NRT programmed from any internet connection. The NRT Satellite 2015E supports integrated logging on its on-board datalogger or automated collection of data from an external datalogger. The NRT Satellite 2015E’s built-in modem supports packet data. Long battery life and low operating costs are made possible through use of advanced microcontroller technology and an efficient protocol that takes advantage of Globalstar’s packet transfer capability. Inputs include analog, digital and SDI 12 datalogger interface standard. There is also an option for Modbus support, a partial implementation of the Modbus protocol which allows for extract data (get) and place data (put) from/to a specific register within the Modbus RTU on an RS485 connection.
Brochures Manual Application NotesFeatures
Overview
Ideal for monitoring in remote areas with no cellular coverage, the NRT Satellite 2015E is designed to automate collection of remote data from environmental monitoring, industrial measurements, and utility metering via the international Globalstar LEO Satellite network.
Technical
Operating Networks Globalstar and Inmarsat
Analog Channels 4 x 12 bit, unipolar, single ended
Analog Ranges 0 to 2.50V ± 0.25% (typical)
Counter Channels 1 x 16 bit 3kHz
Counter Channels 3 x 16 bit 300kHz
HSIO 1 x 16 x 16 bit bi-directional, synchronous data
Control Outputs 1 open collector, 250mA max
Base Memory 30KB
Add Memory Option Yes – 8MB
Instrument Voltages 5V unregulated 5mA Max, 2.5V ref 5mA Max
Display No
SDI-12 Yes, v1.3 recorder, 1200 baud smart instrument channel
Modbus Yes, RS485 RTU Protocol, 19200 baud max, Functions 01,02,03,04,05/15,06/16
Computer Communications RS-232 level, 300 – 38,400 bps
Dimensions (LxWxD) 150x240x78mm
Documents
Neon Remote Satellite Terminal 2015D
Neon Server Software
Neon 2000 Remote Terminals and Modules Issue-4.0
Flood Monitoring / Flood Alerts