Stand-Alone, High Performance, Cost-Effective Data Acquisiton Systems for Structural Monitoring.

PROJECT

CEDAS

TECHNICAL
DETAILS

Sensor

SEE THE DEVICES IN ACTION

CEDAS ACC
CEDAS ACC MINI
CEDAS GEO
Triaxial MEMS Accelerometer
Geophone Elements
Sampling Rate
125, 250, 500 SPS
100, 500, 1000 SPS
Noise Density
20 μg∕√Hz
Mesurement Range
+/- 2, 4, 8g
+/- 1.6mm/s
Digitizer
20-bit, 120 dB
24-bit, 144dB
Frequency Response
~DC - 500Hz (-3dB in-band-limit)
Network Connection
Wi-Fi, Ethernet
Wi-Fi, Ethernet
Power
5V, 3A
5V, 3A
Storage
NVME SSD, Micro SD Card
NVME SSD, Micro SD Card
Storage Format
miniSEED

*Images do not include CEDAS recording boards and connection cables.

125 SPS
Wi-Fi
5V, 1A
Micro SD Card
MODULAR
OFF THE SHELF
PLUG&PLAY
HIGH DYNAMIC RANGE

CEDAS devices operate within a wide measurement range, capable of capturing signals from ambient structural vibrations to strong ground motions.

STAND-ALONE

Devices do not require external digitizers or any additional hardware. It performs sensor data reading, digitization, and data packet transfer processes internally.

COST-EFFECTIVE

In terms of performance and cost, devices consists of the most suitable sensors for the purpose of structural monitoring. CEDAS ACC devices can be used in high numbers as supportive sensors to force-balanced sensors.

HIGH CAPACITY AND HIGH SPEED STORAGE

Devices runs with a high speed M.2 NVME Solid State Drives. CEDAS stores continuous data on a removable SSD storage device and also making that data stream available as a SEEDLink server.

ALARM STATES

Software of the CEDAS allows users to define different alarm states. This feature notifies individuals and communities about potential seismic activity. When the alarm is triggered, the device enables its built-in buzzer and sends a warning email to its mailing list.

CONTACT

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