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Wireless Online Condition Monitoring

Synchronous Wireless Data Acquisition and Transmission
Wireless Acceleration Measurement
Wireless Sensor Network
Condition Monitoring



Wireless Online Condition Monitoring of Machines, Plants, Objects, ... . High Speed Data Acquisition, Wireless Data Acquisition, DAQ, Synchronous, Wireless Measurement, WLAN, Vibration Measurement, Condition Monitoring, Bearing Monitoring, Wireless Modal Analysis

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Wireless Data Acquisition (DAQ) by TEDIASENS is used for condition monitoring of machines, plants, constrution fields, ... and so on. TEDIASENS allows to record signals from a sensor network such as e.g. vibration and acceleration sensors placed at different measurement locations. Furthermore the data is sampled synchronously and transmitted wireless at high speed. TEDIASENS is a unique wireless synchronous sensor network.

Sensor Node internal - SN-I

Wireless data acquisition node with internal acceleration sensor:
TEDIASENS SN-I is a miniaturized and specialized version of TEDIASENS SN-X. It is completely wireless by means of embedded 3D industrial acceleration sensors which allow multiple measurement application especially in the field of vibration, mechanical oscillation and modal analysis. The mechanical dimensions of the product are 40 x 40 x 82 mm³ and it reaches a measurement accuracy of 1 mg (peak-peak) in the bandwidth from DC or 1 Hz to 8 kHz. The other specifications are similar to TEDIASENS SN-X.

Sensor Node external - SN-X

Wireless data acquisition node for external sensors:
TEDIASENS SN-X is used to simultaneously sample up to three physical signals such as vibration and acceleration. The sensors are connected by means of BNC, LEMO, ... connectors and can be supplied with IEPE (ICP) excitation. Further more the inputs can be coupled AC or DC and the input range can be programmed to ± 1 V resp. ± 10 V. With a dynamic of 24 bit, a signal to noise ratio of -109,5dB (RMS, broadband) and a maximum sampling rate of 13 kHz TEDIASENS SN-X can solve multiple measurement problems without cable and minimal setup effort.

The single sensor node (SN-X) includes three ports which are sampled simultaneously with 24 bit and up to 13 kSps. Additionally there is a node version with integrated industrial acceleration sensors (SN-I) to be affixed directly to the object to be measured. The power supply of the sensor nodes is done by mains of an accumulator which allows typically 7-9 hours of continuous measurement. The WLAN data transmission works with an access point (AP). Setting of the nodes and data analysis can be done by the use of our GUI software running on PC or laptop.

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Keywords:

Data acquisition DAQ | wireless data acquisition | wireless sensor network | wireless measurement | wireless vibration measurement | wireless acceleration measurement | synchronous W-LAN data acquisition | wireless synchronous data acquisition | wireless synchronous sensor network | wireless data transmission | wireless vibration measurement | wireless acceleration measurement | bearing monitoring | wireless modal analysis | wireless pressure, temperature, acceleration, revolution and speed measurement | zigbee data acquisition | bluetooth data acquisition | remote sensor network | DAQ | high speed data acquisition | synchronous data transmission | remote wireless sensor measurement | wireless DAQ | synchronizing multiple wireless nodes | portable DAQ | wirelessly monitoring construction noise and vibrations | monitoring construction noise | monitoring construction vibration | WI-FI network | WI-FI data acquisition | WI-FI DAQ | streaming wireless measurement | wireless vibration measurement for EMA | EMA of structures | EMA of bridges | EMA of floor systems | wireless vibration measurement of floor systems | wireless vibration measurement of bridges | ...

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