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Green Titan EA accelerometer laying on a concrete floor in a building, connected by a blue cable

Titan EA

A strong motion accelerograph designed for networked deployments in civil structures.

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Quickly view status and events anywhere, anytime

The TitanEA is a strong motion ethernet accelerograph with power-over ethernet and network timing capabilities specifically designed for networked deployments on or in large civil structures such as nuclear reactors, multi-story buildings, bridges, and hydro-electric dams. The TitanEA features the same Titan triaxial sensor and digitizer/recorder technology as the TitanSMA.

Green Titan EA accelerometer angled view

Single Cable Ethernet Connectivity

Deploy the TitanEA in any structure with only a single Ethernet CAT5 cable for all functions: power, precision timing, data, and management. Ethernet connectivity eliminates the need to reroute expensive analogue cables throughout a structure and provides maximum flexibility in sensor placement.

Precision Time Protocol

Precision Time Protocol (PTP) provides timing accuracy of <100µs. There is no need for GNSS antennas at every sensor and you can place the accelerograph anywhere in the structure. Network Time Protocol (NTP) permits the time source to be not on the same local LAN subnet.

BENEFITS

Station metadata Full digitizer/sensor response metadata files generated on-demand.  
Convenient data retrieval Via removable SD card or local Ethernet in MiniSEED or ASCII formats.  
Built-in calibration Synthetic Sine and PRB waveform generation and waveform player.  
Provides network timing To other instruments including TitanSMA, TitanEA or Centaur digital recorders.  
Intuitive Web Interface For device configuration and control via web browser over ethernet connection.  
Polar Certified This Polar Certified Model is available for operating temperatures down to -50°C.  

Structural Monitoring

The TitanEA facilitates central control room monitoring of a structure, allowing operators to monitor the PGA, PGV, PGD, and SA of all sensors in the network, in real-time, on a convenient display. Structural engineers can quickly view instrument status and events anywhere, anytime.

Large skyscraper view from ground level

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