networks for a robust communication.
Meet the new IoT protocol
with superior capabilities.
Low-Power Long-Range
Mesh IoT Standard
The power of LPWAN but Mesh
The best of both worlds of IoT network communication is already here.
The new innovative WiSUN protocol allows LoRa-like range and consumption but in Xbee mesh-like network topology.
In industrial monitoring, it is very common to have scattered and high distributed sensors with low frequency of data collection. Typically installed in difficult or un-accessible locations, these sensors have to send data only in a few moments a day, but during years, with no access to external power or cellular connectivity.
Traditionally, mesh networks based on Zigbee RF protocol were the first systems developed for solving those challenges. However, the practical short range of hundreds of meters makes these systems only usable in high sensor-dense use cases.
The emerging IoT LPWAN protocols such as LoRa, improved the scope of applications since the range is couple of times longer. However, the star topology limits the applications to the ones where the nodes are in the range of the power-connected Gateways on the area. So, tunnels, dams galleries, underground mining or even complex urban geometries are the limits of LoRa applications.
But now both issues are solved!
Ackcio self-healing WiSUN mesh network offers a range of hundreds of meters between nodes and Gateways, with a battery life of years. Their range of products allows plenty of flexibility in connecting many different industrial interfaces like Vibrating Wire VW (1 and 8 channels), 4.20mA, Voltage, Digital or even the always complex SAA (Measurand ShapeArray). With an outdoor Gateway, that works standalone (no need of proprietary Cloud), you can build any kind of Geotechnical application.
Portfolio
Wireless Bi-axial Tiltmeter
- Sisgeo self-compensated MEMS inclinometer
- Angle range ±15º (±2.5º, ±5º, ±10º are available upon request)
- Accuracy
- ±0.003° for ±2.5°, ±5.0°, and ±10° range
- ±0.01º for ±15º range
- Resolution
- 0.0001º
- IP67 Robust Metallic Enclosure
- Operating Temperatures -40°C to +80°C
- 3.6V D-type replaceable Li-SOCL2 battery
- Battery life: 18months sampling at 15m
- Internal memory for 65.000readings
- Internal Barometer and Temperature Sensor
Vibrating Wire (VW) Nodes
1 and 8 Channels (VW + TH)
- Vibrating Wire
- Excitation wave: 8V
- Measurement range: 450 – 6000Hz
- Resolution: 0.01Hz
- Accuracy: ±0.033%FS
- Thermistor
- Measurement range: -20°C to +80°C for 3K Therm
- Resolution: 0.1°C
- Accuracy: ±0.2°C
- IP67 Robust Metallic Enclosure
- Operating Temperatures -40°C to +80°C
- 3.6V D-type replaceable Li-SOCL2 battery
- Internal memory for 500.000readings
- Internal Barometer, Temperature and Humidity Sensor
Analogue Nodes
1 and 4 Channels
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- Battery Supply 5V, 12V and 24V
- IP67 Robust Metallic Enclosure
- Operating Temperature -40°C to +80°C
- 3.6V D-type replaceable Li-SOCL2 battery
- Internal memory for 500.000readings
- Internal Barometer, Temperature and Humidity Sensor
Digital Node
- Sensor Power 5V / 12V / 24V
- Protocols RS232, RS485 and SDI12
- Available for reading Measurand SAA
- Operating Temperatures -40°C to +80°C
- IP67 Robust Metallic Enclosure
- 3.6V D-type replaceable Li-SOCL2 battery
- Internal memory for 500.000readings
- Internal Barometer, Temperature and Humidity Sensor
Gateway
- Power supply 12VDC @ 3A Nominal (11-24VDC)
- Power consumption 250mA average / 1.5A Peak
- Internet connectivity 3G/4G, LAN, WIFI.
- IP67 Robust Metallic Enclosure
- Back-up Battery for up to 4 months of power
- Internal memory of 13GB
- Internal Barometer, Temperature and Humidity Sensor
Repeater
- Extend the network in complicated sites such as tunnels, dams or manholes
- 2 x 3.6V D-type Li-SOCL2 batteries
- Internal Barometer, Temperature and Humidity Sensor