Vibration Measurement
For the analysis of oscillations, vibrations and shock loads, we offer you an innovative combination of hardware and software. This enables wireless data acquisition on machines, structures or transported goods. Our RFID-based sensor systems deliver precise measurement results even on moving or rotating components – without complex cabling and with minimal installation effort.
Continuous analysis of vibration data provides valuable information about the condition of machines and structures. Changes in vibration behavior can be detected early, enabling better planning of maintenance measures and prevention of damage.
Your Advantages
Wireless and Digital
The combination of modern vibration sensor technology and RFID technology enables contactless data acquisition directly at the measurement point. This allows reliable measurement of vibrations even on rotating shafts or hard-to-access components.
Enhanced Safety
Vibrations provide early indications of wear, imbalance, or structural changes. Continuous monitoring helps identify critical developments in time and prevent damage.
Reduced Effort
Automated measurements reduce manual inspections and time-consuming checks. Maintenance operations can be planned more precisely and carried out more efficiently.
Lower Costs
Early identification of problems helps avoid unplanned repairs and costly consequential damage.
Shorter Downtime
When changes in vibration behavior are detected early, maintenance measures can be prepared and better integrated into operational processes.
We Have the Solution
Wireless Vibration Measurement with RFID
We develop systems for wireless detection of vibrations and mechanical loads. Our RFID sensor transponders measure accelerations, vibrations, and shock events directly on machines or structures and transmit the data contactlessly for analysis.
The combination of sensors, readers, and software enables efficient acquisition, analysis, and documentation of measurement data.
Wireless Vibration Measurements in Industry and Infrastructure
Vibrations occur in nearly all mechanical systems and provide important information about their operating condition. RFID sensor transponders enable vibration data to be captured even on moving components or hard-to-access parts.
Typical applications include:
- Vibration measurement on pumps and motors
- Vibration analysis on rotating shafts
- Monitoring of rolling bearings
- Shock measurement during transport of sensitive goods
- Vibration monitoring on machine foundations
- Vibration analysis on structures and infrastructure
Predictive Maintenance
The vibration behavior of machines often changes long before a technical defect becomes visible. By analyzing these changes, wear, imbalance, or bearing problems can be detected early.
Based on the measurement data, maintenance measures can be planned specifically and optimally integrated into existing operational processes. This reduces downtime and extends the service life of systems.
Monitoring Critical Infrastructure
Structures and transportation infrastructure are also permanently exposed to dynamic loads. Traffic, wind, or environmental influences generate vibrations that can cause structural changes over time.
Continuous acquisition of vibration data enables detection of, for example:
- Changes in the dynamic behavior of structures
- Increased vibration loads from traffic
- Structural weakening or material fatigue
- Unusual shock events
The acquired data helps monitor the condition of structures over the long term and identify potential risks early.
Jetzt die passenden Produkte finden.
Unsere Reader
TELIDstation
Programmier-, Transport-, Schreib-/Lese- und Ladestation für bis zu 6 Datenlogger
iID® DESKTOPsmart
Stationärer Reader für Büroumgebungen
iID® INDUSTRY
Stationärer Reader für harsche Bedingungen und industrielle Umgebungen
iID® PENsolid PRO
Mobiler Reader für Labels, Plates, und Sensortransponder – ideal für miniaturisierte TAGs
iID® POCKETwork PRO
Mobiler Reader mit LCD-Display für Labels, Plates, TAGs und Sensortransponder
iID® wearable
Mobiler Reader mit Armband für freihändige Datenerfassung, ideal in der Logistik
Unsere Transponder
Qmini U-TAG 1.6
UHF, miniaturisiert
Q40100DUAL
HF und UHF in einem Transponder
TieTag
HF, zur Kennzeichnung von Kabeln, Rohren, Geräten
Plate 2570
UHF, für Asset-Management
Q43S-TAG
HF und/oder UHF, für Produktkennzeichnung
Unsere Sensoren
TELID200
passive HF-Sensoren
TELID400
passive UHF-Sensoren
TELID300
HF-Datenlogger
TELID500
UHF-Datenlogger
TELID700
Bluetooth™ Beacons
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