LOGGING-NODE – Wireless long-term Measurement Data Acquisition OEM
LOGGING-NODE systems are designed exclusively for the OEM market. LOGGING-NODE measurement systems are used for wireless long-term measurement data acquisition and are created, depending on the LOGGING-NODE type, with internal or external sensors for different measurement quantities and according to customer specifications. The system concept is selected so that measurement data can be monitored and recorded continuously or periodically over several years, if desired. Selected measurement data, alarms or preprocessed signal characteristics are transmitted by radio to a gateway, which provides the data accordingly. Compared to wired condition monitoring systems, the LOGGING-NODE systems offer numerous advantages: Easy to retrofit; Self-sufficient operation; Extremely small design; Minimal energy consumption; Operation with and without gateway possible; Customized design of the LOGGING-NODE system; Industry 4.0 to go for the machine/object to be monitored.
Example – Product Types – LOGGING-NODE – Wireless long-term Measurement Data Acquisition for the OEM Market
ATTENTION: The product variants listed here are only available as prototypes. The illustrations serve only the idea of the fundamentally developable possibilities and are not readily available!
Technical Example – Data – LOGGING-NODE – Wireless long-term Measurement Data Acquisition for the OEM Market
ATTENTION: The technical data listed here are for the sole purpose of presenting the basically possible options!
|TEDIASENS||LN-I / LN-X / LN-XT|
|Type of Radio Node||Sensor node with internal sensor or for connection of external sensor technology|
|Radio Interface||2,4 GHz IEEE 802.15.4|
|Monitoring Type||Periodically or continuously|
|External Measurement Channels||Depending on application|
|Integrated measurement channels||Up to 4|
|Integrated sensor technology||Acceleration piezoelectric, position, temperature, geophone, MEMS, slope|
|Measurement Range||Depending on application|
|Measurement Accuracy||Depending on application|
|Sensor connection / interfaces external channels||0…5 V, ± 5 V, 0…10 V, 4 – 20 mA, R-Measurement Bridge, digital|
|Input Coupling||Depending on application|
|Bandwidth||Depending on application|
|AD converter resolution||16 bit or 24 bit|
|Sampling rate / data acquisition||≤40 kHz at 16-Bit|
|SNR||Depending on application|
|Channel Sampling||Depending on application|
|Data rate per sensor node||Depending on appcliation|
|Sensor nodes per system||depending on application|
|Range free field 802.11g||depending on application|
|Power Supply||internal battery or 10-30 V power supply|
|Measurement Period||1 – 10 Years|
|Battery Charge Time||Depending on application|
|Operation||Depending on application|
|Display||Depending on application|
|Dimensions||ab 50 x 50 x 20 mm³|
|Weigth||ab 30 g|
|Protection Class||IP 54, on demand up to IP 67|
|Storage||up to 4 Mio. measurement values (when using microSD card up to 4 billion measurement values)|
|Measurement Trigger||Schedule, Vibration, exceeding thresholds, radio|
Accessories Examples – LOGGING-NODE – Wireless long-term Measurement Data Acquisition for the OEM Market
ATTENTION: The accessories listed here are for the sole purpose of presenting the possibilities that can be created and are not readily available!
|The TDS-GUI configuration and monitoring software is used to operate, display and store TDS measurement values on a PC, laptop or tablet computer.|
LOGGING-NODE – Wireless long-term Measurement Data Acquisition for the OEM Market
SN-X: Sensor Node External
– Radio node for connection of external sensors (3 IEPE channels)
SN-I: Sensor Node Internal
– Radio node with integrated 3-axis accelerometer
AP: Access Point
– Wireless LAN: 802.11g
– ELOVIS GUI: graphical user interface – LabView based
Videos – TEDIASENS – Wireless Measurement Data Acquisition
ATTENTION: The video listed here is based on the use of the wireless node TEDIASENS SN-I. The video thus serve only the idea of the fundamental possibilities!
|Product Video – TediaSens
Video regarding Wireless Data Transmission Vibration and Oscillation Measurement Systems
Synchronous Wireless Measurement Data Transmission
Product Tutorial and Application Overview
Wireless synchronous measurement data transfer
Should measurement data be transmitted wirelessly and synchronously? You do not find a sufficiently powerful, self-su...
Vibration & Oscillation Measurement
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Measurement Data Logging
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Wireless Machine Monitoring
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Vibration Measurement in the Paper Machine
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Impact Test and Acceleration Measurement
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