Acquisition Systems

Darwin 24-bit Microseismic

The next evolution in microseismic technology. A system with ultra-high dynamic range for acquiring over a broad scale of magnitudes.

• A new breed of microseismic system offering ultra-high dynamic range built on a cost-effective platform.
• 24-bit full-waveform data acquisition in a PC chassis using PCI interface. A range of chassis options are available depending on the application and environment.
• Synchronised sampling with 12 to 96-channel options, software selectable sample rates (between 2-200kHz) and voltage scales.
• Software-selectable multi-channel triggering and hit-counts performed entirely in software through continuous DMA transfer into PC memory.
• Software selectable and ‘intelligent’ waveform lengths using PC-system memory. Data-streaming acquisition mode for continuous digital recorder applications.

Omori 16-bit Monitoring

A high-frequency system with high dynamic range for applications across ultrasonic, acoustic emission and microseismic monitoring.

• A multi-purpose high-specification system ideal for both laboratory and field projects across a range of acquisition frequencies.
• 16-bit full-waveform data acquisition in an industrial chassis using a PCI or compact-PCI interface. A range of chassis options are available depending on the application and environment.
• Synchronised sampling with 2 to 32-channel options, software selectable sample rates (between 1 kHz and 10MHz) and voltage ranges (0.5-10V).
• Software selectable multi-channel triggering and hit-count options using the OMNIBUS THC Unit. Ultrasonic survey capability using pulser-amplifier or transmitter-switching systems.
• Software-selectable waveform lengths using on-board memory with high data-transfer rates.

Milne 12-bit Monitoring System

A high-frequency system that provides low-budget access to ultrasonic, acoustic emission and microseismic monitoring.

• A multi-purpose, low cost, reduced-specification system ideal for a range of applications where high dynamic range is not essential.
• 12-bit full-waveform data acquisition in a PC chassis using a PCI interface to provide high data throughput.
• Synchronised sampling with 4 to 32-channel options, software selectable sample rates (between 10 kHz and 10MHz) and voltage ranges (0.05-10V).
• Software selectable multi-channel triggering, hit-count and ultrasonic surveying using the OMNIBUS options. Software-selectable waveform lengths using on-board memory with high data-transfer rates.
• Includes a 2-channel data-streaming mode for continuous digital recorder applications – ideal for monitoring frequency characteristics of fracturing during non-destructive testing.

Cecchi USB Monitoring System

The world’s first USB high-frequency data-acquisition system for ultrasonic, acoustic emission and microseismic monitoring.

• Easy to use, low-cost, low-specification system ideal for a range of applications where high dynamic range and data-acquisition rates are not essential.
• 12-bit full-waveform data acquisition on a USB interface. Simple plug and play on a laptop PC.
• Synchronised sampling with 2 to 8-channel options, software selectable sample rates up to 50MHz and voltage ranges between 0.2 and 80V.
• Software selectable multi-channel triggering, hit-count and ultrasonic surveying using the OMNIBUS options.
• Software-selectable waveform lengths using on-board memory.

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