The Neuron Ethernet Gateway is a device designed to provide a bridge between Neuron Sensors and the Neuron Cloud. The gateway sends sensor data using an ethernet connection to the cloud to be viewed in the Neuron app. This is beneficial in locations that do not have cellular coverage such as tunnels, underground facilities or on ships. The gateway is DIN-rail mounted, powered from 10-32 VDC and has two sub-GHz antennas to maximize sensor coverage.
The Neuron Ethernet Gateway is a powerful and versatile device designed to provide coverage for the Neuron suite of sensors. With its ethernet and serial connectivity, it provides a bridge between connected sensors and the internet, enabling users to view data in the Neuron app.
The gateway has several connectivity options: Dual sub-GHz antennas, RS485, dual-USB type A, ethernet, GNSS and a potential free normally-open 30VDC/5A relay. This enables it to expand the range of connectivity and flexibility making it an ideal solution for a wide range of applications in industrial automation, building automation, smart agriculture, energy management and remote monitoring and control.
The gateway has the ability to be managed and configured remotely which makes it easy to maintain and upgrade. All in all, this gateway offers a powerful and flexible solution for connecting your devices and systems to the internet, providing you with real-time data and control.
The broad range of Neuron Sensors connect to the cloud using the Neuron Ethernet Gateway over the Neuron proprietary sub-GHz radio protocol.
The advantage of these low frequency bands is that they travel farther and penetrate obstacles better than higher frequency bands, which results in a more reliable, low-power communication between devices.
The gateway translates the data and commands it receives from the sensors into a format that can be understood by the internet, i.e. TCP/IP and MQTT. The data is sent to the Neuron Cloud, where data is processed to be viewed by the user in the Neuron app.
Part numbers
Europe/The Middle East/Africa: 422316
North America: 422493
Australia/New Zealand: 422585
Operating voltage:
10-32 VDC, Max. 10W
Operating Environment:
Temperature: -40 – 75 °C
Relative humidity: 0-80% (non-
condensing)
Altitude: < 2000m above sea level
Pollution degree: 3
Indoor use, not for wet locations
Relay Rated Current:
Resistive load: 5A@25°C, 2.5A@75°C
Antenna ports:
2xSMA (RTXA, RTXB) for Sub-GHz antennas (included)
1xSMA (Cellular) for LTE/3G antenna (included)
1xSMA for GNSS for positioning (optional)
External Connections:
Ethernet, RJ45
RS-485 (optional)
2 x USB
Relay output, NO, SPST
Radio Frequency:
Sensor communication: 863-870 MHz (902-928 MHz)
Cellular connection: LTE/3G
GNSS: GPS, Galileo, Beidou, GLONASS
IP Grade:
IP 20
Materials:
Polyamid
Dimensions LxWxH:
139 x 25 x 115mm
Mounting:
DIN-rail
Cleaning:
Wipe clean with a damp cloth
Certifications:
CE marking
UK CA
FCC
Industry Canada
Directives/Standard:
IEC 61010-1:2010
FCC Part 15C
RED 2014/53/EU Radio
Equipment Regulations 2017
The neuron system has more than 50 different robust sensors that can be installed in minutes.
At the maintenance fair “UnderhÃ¥ll” in Gothenburg from March 11th to
Since our meeting with Luchsinger in the summer of 2023, it
It’s here! We’ve been looking forward to offering our customers a solution that also includes virtual sensors – with countless applications. Many of you have been asking for this product, which is now ready for launch.
A central feature of our solutions is predictive maintenance. By monitoring machinery and systems, you will know how much strain they can take before breaking down. This enables you to safely increase performance and strategically plan maintenance for minimal revenue loss.
We offer over 50 different sensor types. Explore the possibilities in our product brochure.
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