Sensor Nodes

Connect any sensor, anywhere with the Fenix Hub sensor node.

Aqua Robur Technologies provide you with a ground-breaking approach to secure access to real-time data from water networks in a cost-efficient way. The sensor nodes are designed to efficiently manage and transmit data and/or manage the energy balance.

The Fenix Hub from Aqua Robur Technologies is a flexible sensor node that collects data from any sensor in any location in your drinking water and sewer networks to provide you with accurate insights into the behaviour of their networks as well as the condition of the pipelines.

Fenix Hub 150

The battery-powered sensor node Fenix Hub 150 is designed to let you quickly get set up with your measurement. With the state-of-the-art NB-IoT/LTE-M connectivity, you do not have to manage gateways or infrastructure, you can simply turn the switch to start collecting data. It has an energy saving mode which allows you to focus upon the important sensor data and maximize the battery life.

With 11 I/Os the technology is immensely flexible you can use it in a multitude of applications. Today it is mainly used for monitoring flows of wastewater and stormwater, groundwater-levels, pressure-levels in pipes and leakages in district heating networks.

Software & Electrical

Available versions (wireless com.)

NB-IoT,  LTE-M or LoRaWAN, radio down to every 5 min.

Number of I/Os

11

Sensor protocols

4-20mA, 0-10 V, Digital high/low, Pulse counter, 1-wire, i2c, UART, Modbus RTU 485, Valve control

Sample interval external sensors

Down to 1 min.

Power supply of external sensors

3.3 V / 3.6 V / 12.0 V . Current up to 275 mA

Firmware upgrade

Over radio link/FOTA (NB-IoT & LTE-M), wired (all versions)

Configuration

Windows desktop app by USB or web interface

Batteries

10.4 Ah @ 3.6 V: 37.44 Wh, non rechargeable, SAFT LS 14 500

Mechanical

Operating Temperature

-20o C to +55o C

Cable gland

1x M16 gland, 5 – 10 mm cable diameter
2x M12 gland, 3.5 – 7 mm cable diameter

Antenna connector

1x SMA (Antenna included)

IP rating

IP67

Dimensions (L x W x H)

200 x 150 x 65 mm

Weight

0,65kg

Robust

Rated IP67

Plug & Play

Easy installation

Energy efficient

Long life-span

Fenix Hub 200

Powered by innovative energy harvesting, the Fenix Hub 200 is the ultimate self-powered IoT device capable of managing data and energy in a sophisticated way. Equipped with multiple I/Os and combined with innovative energy harvesting, Fenix Hub 200 is a premium product giving great abilities to sample various sensors with near real time radio transmission.

Commonly used to power MAG-meters to measure water flow. 

Software & Electrical

Available versions (power supply)

Fenix Hub 200.T, Fenix Hub 200.S, Fenix Hub 200.M

Available versions (wireless com.)

NB-IoT,  LTE-M or LoRaWAN, radio down to every 5 min.

Number of I/Os

11

Sensor protocols

4-20mA, 0-10 V, Digital high/low, Pulse counter, 1-wire, i2c, UART, Modbus RTU 485, Valve control

Sample interval external sensors

Down to 1 min.

Power supply of external sensors

3.3 V / 3.6 V / 12.0 V . Current up to 275 mA

Other external equipment (output)

5.0 V / 7.2 V / 12 V / 24 V
Current up to 500 mA / 400 mA / 1000 mA / 500 mA

Firmware upgrade

Over radio link/FOTA (NB-IoT & LTE-M), wired (all versions)

Configuration

Windows desktop app by USB or web interface

Internal rechargeable batteries

Rechargeable Li-Ion 12.8 Ah at 3.6 V 46.08 Wh

Mechanical

Operating Temperature

-10o C to +40o C

Cable gland

1x M16 gland, 5 – 10 mm cable diameter,
2x M12 gland, 3.5 – 7 mm cable diameter

Antenna connector

1x SMA (antenna included)

IP rating

IP67

Dimensions (L x W x H)

200 x 150 x 65 mm

Weight

0,82 kg

Intelligent charging

Turbine or Solar-cell

Built in battery backup

46Wh 

Update Over-the-Air

Remote update

Fenix Hub 250

The Fenix Hub 250 is a mains powered, multi-purpose sensor ready to give you easy access to your sensor data. Various power transformers can be selected depending upon the installation scenario. An overview of available power transformers can be seen in the peripheral section.

 

Easy to install, it is often used to measure water flows in all parts of the water distribution system.

Software & Electrical

Available versions (wireless com.)

NB-IoT,  LTE-M or LoRaWAN, radio down to every 5 min.

Available versions (power supply)

Phoenix Contact UNO-PS/1AC/24DC/30W

Phoenix Contact STEP-PS/1AC/24DC/0,75

Noratel HAS17-24

Number of I/Os

11

Sensor protocols

4-20mA, 0-10 V, Digital high/low, Pulse counter, 1-wire, i2c, UART, Modbus RTU 485, Valve control

Sample interval external sensors

Down to 1 min.

Power supply of external sensors

3.3 V / 12.0 V .
Current up to 1000 mA / 275 mA

Other external equipment (output)

12 V / 24 V
Current up to 1000 mA / 500 mA

Firmware upgrade

Over radio link/FOTA (NB-IoT & LTE-M), wired (all versions)

Configuration

Windows desktop app by micro-USB or web interface

Mechanical

Operating Temperature

-20o C to +55o C

Cable gland

1x M16 gland, 5 – 10 mm cable diameter
2x M12 gland, 3.5 – 7 mm cable diameter

Antenna connector

1x SMA (antenna included)

IP rating

IP67

Dimensions (L x W x H)

200 x 150 x 65 mm

Weight

0,4kg

High performance IoT  

Easy installation 

Update Over-the-Air

Remote update

Tampering alarm

With immediate notification