Earthquake Intruments

	Etna The Etna is a cost-efective Strong Motion Accelerograph designed to meet a wide range of earthquake monitoring applications and provides superior resolution to meet customer needs in high dynamic range applications, where signal fidelity and data integrity are vital. Major applications: • Structural Monitoring Arrays • Dense arrays two and three dimensional • Aftershock study arrays • Regional arrays
	Basalt Basalt represents the next evolution in Strong Motion Instrumentation, offers exceptional high dynamic range, matched to outstanding EpiSensor accelerometer performance, and with exemplary timing accuracy and spectral purity the Basalt again advances the standards of strong motion data recording. The Basalt is easy to integrate with other Rock and Quanterra instruments allowing users to develop highly flexible earthquake monitoring solutions. Also offers greatly enhanced ease of use over existing instruments as only a web browser is required to modify operations parameters, change recording and telemetry modes and formats, view or retrieve recorded files.
	Granite Represents the next generation of multi-channel recorders. Offering a high dynamic range on up to 36 channels and with exemplary timing accuracy and spectral purity, the Granite again advances the standards of seismic data recording.
	Dolomite The Dolomite is a full-featured Central Recording System designed with the end user in mind. Offering high dynamic range on up to 36 channels and with exemplary timing accuracy and spectral purity, the Dolomite advances the standards of seismic data recording. Dolomite is easy to integrate with other Rock line of products & Quanterra instruments allowing users to develop highly flexible monitoring situations.
	Quanterra Q330 The Q330 is an advanced 3 or 6 channels broad-band, high resolution seismic system incorporating Quanterra’s proven IP networking technology into a very low-power field package.
	Internet-Ready Digital Accelerography System (iDAS) The iDAS for seismic monitoring system consists of up to eight-3 channel, 24-bit digital seismic accelerometers interconnected via cable to a central recording unit for common timing, triggering and storage. The system is configured as an event recorder with real-time streaming output.
	DAM Monitoring with Fiber Optic Communications The DAM Monitoring consists of up to eight-3 channel, 24-bit digital seismic accelerometers interconnected via fiber optic cables to a central processing unit for common timing, triggering, storage and easy web access to data and system configuration.
	Building Code Compliant Seismic Monitoring System The Seismic monitoring system provides valuable data and information on the behaviour of buildings leading to improved understanding and better design codes. Internet ready, code compliant building instrumentation system for seismic monitoring is a flexible solution to requirements and consists of a central multi-channel recorder and three digital triaxial accelerometers.
	Mitigator Seismic Switch Industrial Use The Mitigator is designed to shut down elevators, escalators, industrial equipment and other critical devices during a strong earthquake. The Mitigator Seismic Switch for Industrial Use offers a powerhouse of strong features for shutdown of industrial devices at the onset of a strong earthquake. Not only it can detect the earthquake waves, but it also detects in all three axes: vertical, longitudinal and transverse. It is maintenance free and capable of performing its own tests, and its sensing elements are highly reliable.
	Mitigator Seismic Switch The Mitigator is designed to shut down elevators, escalators, industrial equipment and other critical devices during a strong earthquake. Small, lightweight, and inexpensive, the Mitigator seismic switch offers a powerhouse strong features. It is a programmable computer that capable of shutting down critical devices at the onset of a strong earthquake. Not only it can detect the earthquake waves, but it also detects in all three axes: vertical, longitudinal and transverse. It is maintenance free and capable of performing its own tests, and its sensing elements are highly reliable.
	Internet-Ready Strong Motion Accelerograph (TSA-SMA) The TSA-SMA is a very cost-effective 3-channel, 24-bit Strong Motion Accelerograph. The three channels of acceleration deliver data at sample rates up to 500sps. With its internal high performance force balance accelerometers. the TSA-SMA delivers lower-noise performance than competitive units or silicon MEMS-based accelerographs. It is very easy to use and field-ready. Also can be configured as an event recorder or a continuous data streamer, or to record during a specified time window.