DECKVBR-STD

Vibrometer

The Vibrometer is a triaxial, battery-powered device engineered to monitor structural vibrations through particle velocity measurements. Based on high-sensitivity MEMS technology, it delivers real-time data on vibrational amplitude and dominant frequency across three axes. Fully wireless and LoRaWAN-enabled, it operates autonomously and transmits time-synchronized data to the MyMove platform for advanced analysis. Ideal for compliance with vibration monitoring standards such as DIN 4150 and UNI 9916, the sensor supports long-term deployments in infrastructure and construction environments where vibration impact, comfort, or resonance must be assessed precisely.

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move solutions sensors

Everything you need, built In

All Move Solutions sensors share the same foundation: precision, reliability, and seamless integration.

Wireless connectivity

Long-range, low-power data transmission ideal for remote and large-scale sites.

Long-term battery autonomy

Multi-year operation with adjustable sampling and transmission settings.

Full remote configuration

Configure settings, calibrate sensors, and manage alarm thresholds, all in one platform.

Durable hardware

IP66/IP67-rated for reliable use in harsh environments.

Main features

One device. Full compliance. Real-time control.

Quantifies vibration velocity and dominant frequencies to assess comfort, resonance, and dynamic load effects—no FFT post-processing required.

Triaxial velocity measurement

Performs real-time acquisition of velocity components along three orthogonal axes with high resolution and bandwidth of 1-100 Hz.

Event-triggered and time-based acquisition

Programmed mode: sends data at user-defined intervals (e.g., 1, 2, 5 min) Threshold-triggered mode: captures and stores vibration events exceeding configured threshold Each acquired event includes peak velocity, peak frequency, and ambient temperature for each axis.

Fully autonomous operation

Battery-powered and wireless, the sensor is ideal for deployment in remote or difficult-to-access environments, minimizing installation effort.

Standards-aligned monitoring

Supports vibration monitoring and provides the parameters used by standards such as DIN 4150, UNI 9916, BS 7385, and RI8507.

What this sensor measures

Triaxial velocity

Vibration velocity (mm/s or inch/s) along X, Y, Z

Peak frequency

Maximum vibration frequency per axis per event

Available add-ons

No items found.
deckvbr-std-2-0

Technical specifications

Measurement technology

MEMS triaxial sensor

Resolution

0.003 mm/s

Range

±100 mm/s

Sample rate

512 Hz

Acquisition modes

time-based or threshold-based

Time synchronization (for timestamps)

±1 s

Communication

LoRaWAN 868/915 MHz

Local storage

2,000 acquisitions, 1024 datapoints each

Power

1x 3.6V LiSOCl₂ “D” battery, 19Ah

IP rating

IP67

Size

75 × 80 × 57 mm

Weight

1.1 kg

Material

GD-AlSi12 aluminum alloy

Operating temp

–40 °C to +85 °C

For detailed information about

Vibrometer

capabilities, check the download datasheet section.

Downloads

Explore our datasheets and technical resources to access detailed product specifications, key features, and practical tools — everything you need to make informed decisions and get the most out of our technology.

Instruction manual

Download

Datasheet

Download

Read your data, your way.

Native platform

Use MyMove for real-time insights

Connect your sensors and devices to MyMove and access the full power of the platform:
real-time dashboards, alarms, automated PDF reporting, remote system control, and advanced tools for structural health monitoring.

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sensors API

Integrate Move sensors via API

Use our API to access real-time and historical sensor data, configure devices remotely, and integrate everything into your SaaS, BIM model, or custom workflow.

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FAQ

Frequently asked questions

Find quick answers to common questions about our device and technology.
Didn’t find what you were looking for? Contact us—we’ll help you clarify any doubts.

What does the Vibrometer measure and how accurate is it?
What are the triggering and acquisition modes available?
How is the sensor installed and oriented on structures?
How does the device transmit data, and what is the expected range?
How long does the battery last, and can it be replaced?

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Request a tailored quote for your monitoring needs

Get a customized quotation based on your project specifications — from sensor selection to platform configuration and deployment support.

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