Wireless Data Transmission
Vibration & Oscillation Measurement Systems

Wireless, synchronous Live Measurement Data Transmission

TEDIASENS systems provide a WLAN-based live measurement data transmission via wireless access point to a PC. If several TEDIASENS radio nodes are in use at the same time, they can be operated as a wireless sensor network with high bandwidth and synchronicity of the data recording. Thanks to synchronous data recording, TEDIASENS is virtually a cable replacement. The systems are used in portable service applications such as machine diagnostics as well as field and object measurements. TEDIASENS is designed to meet the high demands of vibration measurement and acceleration measurement with industrial accelerometers. Speed, displacement, pressure, flow sensors or rotary encoder sensors and light barriers can also be transmitted synchronously by TEDIASENS. The power supply of the sensor nodes takes place via an integrated battery. This is industry 4.0 to go!

Synchronous Transmission of Measurement Data, Vibration, Oscillation via WLAN

Product Types – Wireless Data Transmission Vibration and Oscillation Measurement Systems – Synchronous  Measurement Data Transmission

TEDIASENS-SN-I (Sensor-Node-internal)

Sensor Node Type SN-I (Sensor-Node-Internal) are equipped with a 3-axis accelerometer.

  • Wireless sensor node with integrated 3-axis accelerometer in 10g or 100g version
  • Extremely powerful: the signals are sampled with a dynamic of 24 bit and a maximum frequency of 13 kHz
  • Measurement accuracy of 2 mg (RMS) from 1 Hz to 8 kHz (-3dB)
  • Battery Life for 8-9h continuous runtime
  • Live measurement data transmission via WLAN to an USB access point
  • Display, evaluation and storage of measurement data via PC software (TDS GUI)
  • Synchronous measurement data transmission when using several radio nodes at the same time

TEDIASENS-SN-X (Sensor-Node-external)

Sensor Node Type SN-X (Sensor-Node) offers 3 BNC sockets in order to connect external sensors. The SN-X are identical with SN-I sensor nodes, except:

  • No integrated accelerometers, instead …
  • Connection of 3 external measurement sensors (vibration, pressure, temperature, speed, force, …)
  • External sensors can be connected to sensor nodes via BNC or LEMO connectors
  • External sensors can optionally be fed IEPE compliant
  • Dynamic of 24 bit and SNR of -109.5dB RMS at a maximum sampling rate of 13 kHz

TEDIASENS-LN Series (Logging-Node)

In addition to the TEDIASENS systems, which are used for synchronous live measurement data acquisition and are often used for short measurement times with online evaluation, ELOVIS develops customized LOGGING-NODE systems for long-term condition monitoring of machines or systems with radio connection. Depending on the type, LOGGING-NODE measurement systems are created with internal and external sensors for different measuring quantities. The measured data can be continuously or periodically monitored and recorded over several years. Selected measurement data, alarms or preprocessed signal characteristics are transmitted by radio to a gateway, which provides the data to the network.

Compared to wired condition monitoring systems, the LOGGING-NODE systems offer the following advantages:

  • easy and fast installation and use
  • smallest design
  • lowest energy consumption
  • connection via radio
  • Power supply possible with or without battery
  • Low to none cabling effort
  • Operation with or without gateway possible
  • Industry 4.0 to go! for the machine or oject to be monitored

Technical Data – Wireless Data Transmission Vibration and Oscillation Measurement Systems – Synchronous Measurement Data Transmission

TEDIASENS SN-I SN-X LN-I / LN-X / LN-XT
Type of Radio Node Sensor node with internal sensor technology Sensor node for connection of external sensor technology Sensor node with internal sensor or for connection of external sensor technology
Radio Interface WLAN WLAN 2,4 GHz IEEE 802.15.4
Monitoring Type Continuously Continuously Periodically or continuously
External Measurement Channels None 3 sensor channels per node Depending on application
Integrated measurement channels 3 Acceleration sensors per node None Up to 4
Integrated sensor technology Acceleration Acceleration piezoelectric, position, temperature, geophone, MEMS, slope
Measurement Range ±10 g (optional: ±100 g) Input voltage range ±1 V; ±10 V available Depending on application
Measurement Accuracy 2 mg (RMS) [at ±100g -> 5 mg] Depending on application
Sensor connection / interfaces external channels optionally BNC or LEMO; IEPE supply 18 V; 2mA; switchable 0…5 V, ± 5 V, 0…10 V, 4 – 20 mA, R-Measurement Bridge, digital
Input Coupling AC/DC available Depending on application
Bandwidth 1 Hz – 8 kHz (-3dB) DC/0,4 Hz – 8,6 kHz (-3dB) Depending on application
AD converter resolution 24bit 24bit 16 bit or 24 bit
Sampling rate / data acquisition max. 13 kHz per channel max. 13 kHz per channel ≤40 kHz at 16-Bit
SNR 109,5dB (RMS, broadband) 109,5dB RMS broadband Depending on application
Channel Sampling Simultaneously Simultaneously Depending on application
Synchronicity 1 µs standard deviation 1 µs standard deviation Optional
Data rate per sensor node 1 MBit/s 1 MBit/s Depending on appcliation
Sensor nodes per system 1 to 40 (typically: 10) 1 to 40 (typically: 10) depending on application
Range free field 802.11g 138 m isotropic 138 m isotropic depending on application
Power Supply interneral battery / power supply unit optionally (lower analog performance) interneral battery / power supply unit optionally (lower analog performance) internal battery or 10-30 V power supply
Measurement Period typ. 7-9 h in battery mode typ. 7-9 h in battery mode 1 – 10 Years
Battery Charge Time Max. 3 h Max. 3 h Depending on application
Operation 1 switch, or via driver software 1 switch, or via driver software Depending on application
Display 4 LEDs (wireless or battery mode) 4 LEDs (wireless or battery mode) Depending on application
Dimensions 40 x 40 x 82 mm³ (without antenna) 114,1 x 63,5 x 30,0 mm³ (without antenna) ab 50 x 50 x 20 mm³
Weigth 220 g 270 g (including battery and antenna) ab 30 g
Protection Class IP 67 IP 54 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 – Wireless Data Transmission Vibration and Oscillation Measurement Systems – Synchronous Measurement Data Transmission

Standard Accessory

Plug-In Power Supply

TDS-PS

The Plug-In Power Supply TDS-PS serves as a charging unit and can be used for all TEDIASENS radio nodes.

Access Point

TDS-AP

The standard access point for the TEDIASENS radio nodes has its power supply via USB. The data communication works via Ethernet network.

Accelerometer

TDS-ACC

 

Single-axis accelerometer with BNC connector for SN-X sensor nodes
Additional Battery

TDS-EAP

The additional battery extends the operating time of the radio nodes by up to 9 hours.
Rugged

TDS-SNX-R

 

The Rugged impact protection protects the SN-X sensor nodes against damage.

Mobile Equipment

Magnetic Base

TDS-MF

Magnetic base for easy and fast mounting of SN-I radio nodes on or in machines with metallic measurement positions.
System Case

TDS-CASE

The ELOVIS Transport Cases CASE, which is available in different sizes, are ideal for safe storage and transport of sensor components.

Software

PC Software

TDS-GUI

The TDS-GUI configuration and monitoring software is used to operate, display and store TDS measurement values on a PC, laptop or tablet computer.

Wireless Data Transmission Vibration and Oscillation Measurement Systems – Synchronous Measurement Data Transmission

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

PC communication
– ELOVIS GUI: graphical user interface – LabView based

Videos – Wireless Data Transmission Vibration and Osciallation Measurement Systems

Product Video – TediaSens

Video regarding Wireless Data Transmission Vibration and Oscillation Measurement Systems

Synchronous Wireless Measurement Data Transmission

Product Tutorial and Application Overview

Downloads – Wireless Data Transmission Vibration and Osciallation Measurement Systems – Synchronous Measurement Data Transmission

TEDIASENS – Product Overview

LOGGING NODES – Product Data Sheet

APPLICATIONS

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

In trouble shooting, vibration measurements must be carried out quickly and easily at different measurement points. C...

Long-Term Monitoring
Measurement Data Logging

Object states should be monitored over a longer period of time at regular intervals, whereby the test data and any al...

APPLICATION EXAMPLES

Wireless Machine Monitoring

The machine service requires reliable measurement equipment, which can be used quickly and safely. With the ELOVIS wi...

Vibration Measurement in the Paper Machine

Due to their size and complexity, paper machines are a challenge in vibration trouble shooting. With the ELOVIS wirel...

Impact Test and Acceleration Measurement

Helmets for sport and road traffic have to meet high safety requirements. The decisive point is the effect of impacts...

Always there for you:
Bernd Engelsdorf

ELOVIS GmbH

Karl-Friedrich-Straße 14-18
76133 Karlsruhe, Germany

T +49 721 933823-0
F +49 721 933823-23

sales@elovis.de

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