Hardware Specifications

Small sensor.
Big structures.

We designed the Asense IMU to measure structural movements too small for most sensors.

Live telemetry

Hardware you
can measure.

Live|6:31:27 PM
0 kHz
Maximum edge sampling rate
0-Bit
ADC resolution on Analog Node
0 µg/√Hz
Micro-Vibration Sensing
Up to 0 °C
Industrial operating temperature
Hardware Architecture

Data Pipeline.
Edge-to-Cloud Telemetry.

workflow.ts
1// Hardware Interrupt
2void on_motion_event() {
3  analog_read(SENSOR_AXIS_X);
4  analog_read(SENSOR_AXIS_Y);
5  analog_read(SENSOR_AXIS_Z);
6  
7  // 50Hz sampling achieved
8}
Ready

Sampling Rate

32kHz

Samples fast enough to capture short vibration events.

Resolution

61µg

Very sensitive accelerometer for precise tilt and displacement.

Ingress Protection

IP65

Sealed enclosure that withstands dust, rain and salt air.

Connectivity

LTE-M

Sends data straight to the cloud over LTE-M or NB-IoT. No gateway needed.

X-Axis
Y-Axis
Z-Axis
Live Telemetry

TDK InvenSense sensor.

InvenSense 6-Axis IMUSmartIndustrial™

Each node uses a TDK InvenSense MEMS motion sensor that we calibrate ourselves. It measures acceleration and tilt on three axes, to less than a milliradian.

Processing on the sensor

An ARM Cortex-M0 processor next to the sensor analyses the data before sending it. Less data is sent, and the node uses very little power.

Industrial Resilience

The whole module sits in an IP65 enclosure. It is protected against dust and water jets, for use on busy construction sites.

The Edge Node.

Mounts anywhere

Mount it on fencing or concrete piers. It needs no power cable or network.

Long battery life

Runs on solar power, with an internal lithium-thionyl chloride battery that lasts up to 8 years.

Built-in LTE-M

Connects securely to the cloud as soon as it is switched on. No site Wi-Fi or gateway needed.

▲ ASENSE