Geolook Analogue Nodes
Wireless data acquisition nodes for monitoring geotechnical sensors with analogue outputs (Voltage, 4-20mA, Bridge).
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Overview
Wireless data acquisition nodes for monitoring geotechnical sensors with analogue outputs (Voltage, 4-20mA, Bridge).
The Geolook Analogue Node series is a versatile wireless data acquisition solution designed to monitor a wide range of geotechnical and structural sensors that produce analogue signals. Whether you are reading simple voltage transducers, industrial 4-20mA current loops, or complex Wheatstone bridge strain gauges, these nodes provide a robust interface to the Geolook wireless network. Built for harsh environments, each node features a rugged IP67 enclosure and long-range LoRa connectivity, allowing them to transmit reliable data from deep excavations or tunnels to a central gateway without the need for miles of expensive cabling.
★ Benefits & Features
- Universal Analogue Inputs: Voltage, Current Loop (4-20mA), Wheatstone Bridge
- Long-Range LoRa Connectivity (up to 15km line-of-sight)
- Ultra-Low Power: 5+ years battery life on standard reading intervals
- IP67 Die-cast Aluminum Enclosure for extreme durability
- Integrated thermistor channels for temperature compensation
- Remote configuration via smartphone app or cloud portal
- Seamless integration with Geolook Gateway for automated data upload
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Detailed Description
Versatile Sensor compatibility
One of the key strengths of the Geolook Analogue Node is its flexibility. A single device type can be configured to read almost any analogue sensor found on a construction site.
This simplifies inventory management. You don't need different wireless boxes for your load cells and your crack meters. The same node can handle a 4-20mA pressure sensor on Channel 1 and a Potentiometric displacement sensor on Channel 2.
Wireless Reliability
Utilizing advanced LoRa spread-spectrum technology, these nodes can punch through obstacles that would block standard WiFi or Bluetooth signals. In dense urban environments or underground tunnels, the long-range capability ensures that data always reaches the gateway, even if the node is installed inside a manhole or behind a concrete wall.
S1 vs. S4: Right-Sizing Your Network
We offer two primary configurations to optimize cost and installation density:
- BEAM-AN-S1: Ideal for isolated, single-point monitoring locations. It supports 1 physical sensor connection (with up to 2 analogue signal pairs + 1 temperature).
- BEAM-AN-S4: Designed for clustered sensors, such as a strut instrumented with multiple strain gauges. It acts as a mini-hub, supporting up to 4 physical sensors (8 analogue signal pairs + 4 temperature), reducing the total number of wireless nodes needed.
Versatile Sensor compatibility
One of the key strengths of the Geolook Analogue Node is its flexibility. A single device type can be configured to read almost any analogue sensor found on a construction site.
This simplifies inventory management. You don't need different wireless boxes for your load cells and your crack meters. The same node can handle a 4-20mA pressure sensor on Channel 1 and a Potentiometric displacement sensor on Channel 2.
S1 vs. S4: Right-Sizing Your Network
We offer two primary configurations to optimize cost and installation density:
- BEAM-AN-S1: Ideal for isolated, single-point monitoring locations. It supports 1 physical sensor connection (with up to 2 analogue signal pairs + 1 temperature).
- BEAM-AN-S4: Designed for clustered sensors, such as a strut instrumented with multiple strain gauges. It acts as a mini-hub, supporting up to 4 physical sensors (8 analogue signal pairs + 4 temperature), reducing the total number of wireless nodes needed.
Wireless Reliability
Utilizing advanced LoRa spread-spectrum technology, these nodes can punch through obstacles that would block standard WiFi or Bluetooth signals. In dense urban environments or underground tunnels, the long-range capability ensures that data always reaches the gateway, even if the node is installed inside a manhole or behind a concrete wall.
