Millivolt Sensor Node
The Millivolt Sensor Node enables a range of structural and geotechnical sensors to be integrated into a wireless remote condition monitoring system.
The Millivolt Sensor Node is used in a number of sectors to monitor a range of resistive bridge sensors, including strain gauges and load cells. It uses the integrated radio transceiver to report its measurements through Senceive’s wireless communications network to a gateway.
Examples of the sensors supported:
- Pressure sensors (differential, absolute)
- Foil strain gauges
- Torque sensors
- Load cells
- Load pins
- Moisture sensing
- Conductivity
Categories: Geo-Structural Instruments, Wireless
Description
Features
- Waterproof, robust connectors for simple installation
- Regulated sensor stimulus
- 24-bit sensing performance
- 12-15 year battery life
- Versatile mounting options
- Waterproof to IP66 / IP67 / IP68
Additional information
Brands | |
---|---|
Range |
±0.625V (±125mV/V) |
Resolution |
74.5nV (14.9nV/V) |
Repeatability |
±2.5μV (±0.5μV/V) |
Stimulus |
5.0 ± 0.1V |
Reviews (0)
Be the first to review “Millivolt Sensor Node” Cancel reply
About brand
Since 2005, Senceive has been singularly focused on bringing intelligent wireless condition monitoring to civil engineering and rail applications. Senceive is widely seen as the global leader for wireless remote condition monitoring solutions, with more than 30,000 sensors installed in 2020 alone.
Related products
IPX IN-PLACE EXTENSOMETER
In stock
Rated 0 out of 5
The In-Place Extensometer (IPX) offers automated monitoring of standard magnetic extensometer installations. The system is designed for a simple, adaptable installation with a single cable connection at the top of the borehole. Its large measurement range accommodates large levels of settlement or heave, and ease of adjustment means it can be reconfigured for changed site conditions such as embankment filling or cutting.
BOREHOLE ROD EXTENSOMETER
In stock
Rated 0 out of 5
The Geosense® GEO-XB2 borehole rod type extensometer range is used to measure and locate settlement, displacement and deformation in soil and rock.
It consists of a reference head and one or more in-hole anchors each of which is placed at a known depth and connected to the reference head by either a rigid or flexible rod running inside a flexible sleeve, which keeps the rod de-bonded from the grout.
VWPHT-3600 SERIES
In stock
Rated 0 out of 5
The VWPHT-3600 series High Temperature Piezometers are suitable for the extreme environments of temperature and pressure found within applications such as geothermal heat and enhanced oil recovery systems including steam assisted gravity drainage (SAGD) and cyclic steam stimulation (CSS). They are capable of monitoring high temperatures up to 250°C and pressures up to 34.5 MPa.
PRESSURE TRANSDUCER VWT-9000 SERIES
In stock
Rated 0 out of 5
The Geosense® VWT-9000 Series of Pressure Transducers are designed to be connected directly into hydraulic or pneumatic pressure lines by means of a 1/4” BSPF thread. Other thread sizes are available on request.
They are typically used to monitor uplift pressures within dams and to enable manual standpipe piezometers to be upgraded into an automated data acquisition system.
NANO TRIAXIAL TILT SENSOR
In stock
Rated 0 out of 5
The Nano range uses the same core platform as our other tilt sensors, so it can deliver a similar level of performance and reliability, all in a small and robust enclosure. Nanos have been successfully used in many applications, including:
- Tunnel distortion
- Tunnel heave/settlement
- Embankment slippage (used in conjunction with stake mounts)
- Structural movement
- Rail track heave/settlement
- Rail trackbed cant and twist
INCLINOMETER CASING QJ
In stock
Rated 0 out of 5
INCLINOMETER SPIRAL SENSOR
In stock
Rated 0 out of 5
MAGNETIC EXTENSOMETER GXM RANGE
In stock
Rated 0 out of 5
The GEO-XM settlement system is a magnet extensometer system used typically to monitor settlement and heave in foundations, excavations and embankments.
Data received identifies the depth and position where settlement has occurred as well as the total amount of settlement.
It can also be installed behind retaining structures, such as sheet piles and slurry walls, and above underground openings, such as tunnels and shafts.
Reviews
There are no reviews yet.