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Wireless Scour Probe SenSpot™

Description

The Wireless Scour Probe SenSpot™ Sensor provides an easy-to-install, scalable solution for monitoring scour, erosion, and sediment levels around bridges, dams, and other critical infrastructure.

Bridge scour refers to the removal of sediment such as sand, soil, and rocks from around bridge piers or abutments by fast moving flood currents. It can cause erosion around the bridge piers or abutments. As scour occurs progressively, supporting material around the bridge foundation is removed and it can lead to settling or other forms of foundation instability.

Utilizing innovative technology, this hydraulic damage measuring sensor offers a reliable method to monitor soil and sediment levels near bridge foundations, ensuring early detection of erosion and potential foundation instability.

The sensor includes multiple sediment sensing nodes connected through a flexible, waterproof tube, which can be customized in length and spacing according to application needs. This probe can be buried into sediment at high-risk scour locations and encapsulated in a stainless-steel profile for easy installation.

10+ Years Battery Life

without battery replacement

High Precision

0.1 mg resolution

Easy Installation

Self-adhesive(e.g. steel)/
flange-mount(e.g. concrete)

Wireless Structural Health Monitoring Solution

Long Wireless Range

1 km free space

Quick Installation

Quick Testing Available

easy to reuse in other places

Wide Temperature Range

Wide Working Temperature

-40 to +65°C (-40 °F to +150°F)

Benefits of Wireless Scour Probe Sensor

Long battery life
Lightweight
Easy mounting (flange mount or adhesive tape)
Ingress Protection: IP67
Maintenance-free

Featured Applications

Bridge Scour Monitoring: Detect and monitor scour around bridge piers and abutments.
Hydraulic Structure Monitoring: Assess scour conditions around dams, weirs, and other hydraulic structures.
Slope stability monitoring: Assess and ensure the stability of slopes to prevent landslides and erosion.
Soil consolidation analysis: Monitoring stability in areas at risk of structural damage from heavy construction, floods, and geotechnical effects.

Wireless Scour Probe Sensor

Specs & Details

▪ Working temperature: -40°C to +65°C (-40°F to +150°F)
▪ Wireless communication range: 1.0km (0.62mi) free space
▪ Dimension (transceiver box): 140mm (5.50”) x 105mm (4.12”) x 62mm (2.44”)
▪ Customizable scour probe length: 0.3m (1ft) to 30m (100ft)
▪ Sediment detection glands: up to 8 glands along sensing probe, custom spacing from 5cm (2in) to 3m (10 feet) between successive sediment sensing glands
▪ Optional stainless-steel support: The sensing probe can be encapsulated in a U shaped stainless-steel profile in applications where the probe is inserted into sediment.
▪ Temperature sensor: each node a has a built-in temperature sensor with resolution of 1°C (Celsius)

Datasheet