Wireless

Coming soon ..... The Unfair Competitive Advantages of the VibraSens LoRaWAN® Solution

€160 Enterprise Monitoring Up to 6,000 Hz (fit almost all machines and processing)

For just €160 per sensor, you unlock true professional-grade vibration monitoring without compromise. While low-cost wireless sensors clip data below 1-2 kHz, the VibraSens LoRaWAN® sensor captures a full 6,000 Hz bandwidth. It continuously processes full-spectrum scalar metrics directly at the edge—including Velocity RMS, Acceleration RMS, True Peak, Kurtosis, Crest Factor, and Skewness—delivering precise fault coverage for machinery operating up to 5,000 RPM.

Full Fault Spectrum Coverage

Thanks to this extended 6 kHz frequency range, plant engineers can establish reliable ISO and custom severity thresholds to detect early-stage machine breakdown:
High-Frequency Band (1-6 kHz): Dry friction, lubrication degradation, bearing impact frequencies (BPFI/BPFO), and gear mesh harmonics.
Low-to-Mid Frequency Band (10-1,000 Hz): Structural unbalance (1X), shaft misalignment (2X), mechanical looseness, and blade pass frequencies.

Open LoRaWAN® Standard - Zero Vendor Lock-In and best performance

No forced proprietary gateways. Your data belongs to you. Fully compliant with open LoRaWAN® architecture (868 MHz / 915 MHz), our sensors communicate seamlessly with any industrial LoRaWAN® gateway or network server (TTN, ChirpStack, AWS IoT) already deployed in your facility.
A single industrial LoRaWAN® gateway is all you need to cover even the largest industrial manufacturing sites.
Our sensors achieve an exceptional 8-year operational lifetime (based on 4 scheduled daily transmissions)

Zero-Threshold AI Diagnosis via Open Linux Gateway

Skip the pain of setting up dozens of complex vibration alarm limits. Our open-source, full-Linux gateway features a built-in diagnostic AI:
Self-Learning Baseline: Simply define a period of satisfactory machine operation (properly greased, balanced, normal process output).
Automated Anomaly Detection: The AI learns your machine's baseline fingerprint and automatically alerts you when unexpected vibration behavior occurs outside normal operation.
Direct PLC & SCADA Connectivity: Output real-time health indicators directly into your industrial automation network via OPC UA, MQTT, or Modbus.

Open-Source Edge AI Architecture

No internet or cloud connection required. All heavy signal processing and AI diagnostic calculations are executed locally inside an industrial-grade Beckhoff Linux PLC. Your machinery data remains 100% private, secure, and processing happens in real time without cloud latency or subscription fees.

Local Advanced HMI & Standard Signal Analysis

Relying exclusively on black-box AI algorithms can introduce operational risk. Our system automatically captures and archives raw vibration signals on the local Beckhoff system, rendering standard diagnostic graphs directly on a local HMI: FFT Spectrums, Demodulated FFTs, Time-Waveform Cascades, and Trend Plotting.

Disruptive Pricing Structure

For the cost of a legacy, single-parameter 4–20 mA transmitter setup, you can now deploy a fully augmented, AI-powered predictive vibration monitoring environment across your facility.

Built on an Anti-Obsolescence Philosophy

At VibraSens, we actively avoid proprietary hardware trapdoors. We build our solutions using high-volume, open-standard components—such as Linux, EtherCAT, and Beckhoff PLCs—guaranteeing that your monitoring infrastructure can be maintained, serviced, and expanded 20 years from now.