Manual – 3000 NRL Family
Unidata Manual - 3000 NRL Family - 06 08 2019.docx
Page 16
3.3.2 Communication Parameters
Parameter
Notes
Force Neon comms
Force a communications cycle to occur immediately instead of at the
scheduled time.
Initialise NRL
Connects to the Neon Server, downloads the scheme for the configured
NRT ID, and starts logging.
NRT ID
A number assigned by the Neon Server that identifies the NRT / NRL.
Ranges from 1 through 4,294,967,295.
Set Neon IP
The IP address of the Neon Server.
Ethernet priority
These parameters set the communications priority for the various
communications interfaces.
A higher number indicates a higher priority.
A priority of '0' indicates the interface is not used.
3G/4G SIM1 priority
3G/4G SIM2 priority
Serial (Satellite) priority
Serial (X-Bee) priority
Set SIM1 APN
Access Point Name and corresponding Username and Password for the
SIM1 / SIM2 / Satellite communications interfaces. Access Point Names
must be in double-quotes (") otherwise the setting will be treated as a
telephone number to connect to.
Set SIM1 User / PW
Set SIM2 APN
Set SIM2 User / PW
Set Satellite APN
Set Satellite User/PW
Set Ethernet IP
Static IP address. Set any of this, Gateway or DNS addresses to 0.0.0.0
for DHCP.
Set Ethernet Netmask
Default 255.255.255.0
Set Ethernet Gateway
Static Gateway IP address. Set any of this, IP or DNS addresses to
0.0.0.0 for DHCP.
Set Ethernet DNS
Static DNS IP address. Set any of this, IP or Gateway addresses to
0.0.0.0 for DHCP.
WiFi SSID
WiFi SSID / Password & LoRa Network ID / Key
WiFi Password
LoRa Mode
ABP(default) or OTA
LoRa ABP NetAddr
ABP Network Address (n/a for OTA)
LoRa ABP NSK/OTA NetID
ABP Network Session Key or OTA Network ID
LoRa ABP DSK/OTA NetKey ABP Data Session Key or OTA Network Key
LoRa FSB
Frequency Sub-Band (0-9, default 0)
LoRa PN
Private(default) or Public network selection
LoRa DR
Fixed(default) or Adaptive Data Rate
LoRa TXDR
Transmit Data Rate (0-7, default 4)
4.0
SUMMARY OF NEON REMOTE LOGGERS
All Neon Remote Loggers routinely collect and log sensor data and periodically connect to a central Neon
Web server via an IP network using a push data model to upload the logged data.
There is a large range of models within the Neon Remote Logger range and each model is outlined in the
following pages, however the operation of all the models is very similar.
The difference in the models is based on the number of sensor interfaces, the connectivity options and if
the customer wishes to have a small display on the unit.
Config Comms
...press Down
Logger
Status
Scheme
Status
Configure
Logger
