nemi Log

Battery Powered Wireless Data Logger with Integrated Sensors

nemi Log is a stand-alone wireless data logger whose battery life is maximized using i4M's highly efficient nemi Link 2400 wireless technology.  It receives data from up to three wireless sensors and logs it on a micro SD card. With the integrated 9 DoF IMU, nemi Log can also be used independently to measure and monitor accelerations, rotation rates, rotation angles, and magnetic fields. The data logger nemi Log is particularly suitable for temporary offline applications, where the data can be read out from an SD card. Since it can be mounted very easily and flexibly, it is also often used in rotating and moving applications.

nemi Log

Technical details of nemi Log

nemi Log Orbitdarstellung

Key features

Receiver for up to 3 sensors / telemetry modules in the radio network nemi Link 2400

Data logging on micro SD card

Integrated IMU sensor module (ACC, GYR, MAG, 3 axes each)

Completely wireless and maximized battery life due to radio technology nemi Link 2400

Provision of data as CSV files with time stamps from integrated clock (RTC)

Robust, weatherproof IP 67 housing

Connection options for data collection:

Wired MEMS acceleration sensor

Legend

Icon IMU

IMU sensor module for measuring accelerations and rotation rates around all 3 axes; ACC up to 16 g; GYR up to 4000 °/s; signal resolution 16 bit

Icon Magnetometer

Triaxial magnetometer; measuring range up to 16 Gauss; signal resolution 16 bit

Icon nemi Link 2400

nemi Link 2400 - i4M's own robust high-speed radio technology in the 2.4 GHz frequency band; Range up to 20 m; max. sum sampling rate of 36 kHz at 24 bits per sample

Icon nemi Link 2400 XR

nemi Link 2400 XR - i4M's robust extended range radio technology in the 2.4 GHz frequency band; Range up to 300 m; max. sum sampling rate of 1.500 Hz at 24 bits per sample

Icon SD Karte

Data logging on micro SD card

Icon Laden per USB

Internal rechargeable battery with more than 14 days of runtime when connecting an external sensor at 4 kHz sampling rate; duty cycle from 200 s active to 1600 s inactive; runtime of several weeks possible depending on configuration

Compatible sensor / telemetry modules in the nemi Link 2400 radio network:

nemi G+

nemi DAQ

nemi DAQ nano

Frau auf Achterbahn mit Brustgurt zur Messung physischer Belastungen auf den menschlichen Körper in Fahrgeschäftemn

Detection of physical stresses on the human body in roller coasters

Using the acceleration sensor nemi G+ attached to a chest strap, we have determined the forces and accelerations that occur on the human body while riding roller coasters. With this knowledge, visitors with disabilities can also be offered an extended and improved use of roller coasters and attractions.

Challenges

Safe measurement during active operation

Risk-free attachment to the body

High robustness against dynamic loads and weather influences

Solution & Adventages

Flexible assembly and disassembly

Uncomplicated handling thanks to completly wireless measurement technology

Longer measurement series because of long battery life

No suitable product found?

There are projects that have to start on a blank sheet of paper, because something new and unprecedented is to be created. This is how our nemione® products were created, which have become a series product in many iterations. i4M analyzes mechanical systems, determines relevant measurement variables and develops customized and highly integrated measurement technology to find the optimal solution for your individual challenge.

View i4M's individual solutions
Kontaktfoto von Lois Jacobs

Lois Jacobs
Sales i4M technologies

+49 157 34 10 59 28

lois.jacobs@i4m-tech.de

Contact

Do you have questions about our nemione® products? Do you want to know whether our nemione® products are also suitable for your assets? Then please feel free to contact me by phone or e-mail.

Stephanie Paulus, M. Sc.

nemione® is a trademark of
i4M technologies GmbH

Foersterstr. 5
52072 Aachen
Germany

+49 157 34 10 59 30

stephanie.paulus@i4m-tech.de

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