TUNA Spectroscopic Detect

Spectroscopic Water Detection of Gamma Radiation

Applications:

Laboratory and system monitoring
Temporary measurement
Civil defense and disaster control
Desalination plant
Sea and fresh water monitoring

TUNA enables permanent spectroscopic online ring monitoring of gamma radiation, including automatic nuclide analysis, in water up to a depth of 500 metres without any time restrictions. TUNA is able to detect very low concentrations of artificial nuclides, thereby allowing nuclear events to be identified more quickly and effectively. This constitutes a significant improvement in the early warning function of radiation monitoring systems. The different technical solutions and configurations possibility allow several applications.

Features:

Fast automatic detection of very low artificial radiation
Continuous acquisition of the gamma spectra in configurable time interval (1 min. and longer)
In-situ isotope identification and isotope-based alarm management
Detection of the gamma dose rate
Extended gamma dose rate range with optional integrated Geiger-Mueller detector
Extended spectroscopic gamma dose rate range with optional high dose rate spectrometer
Standardized data exchange according to ANSI N42.42 (XML based)
LAN and RS232 interfaces
Wireless communication using integrated WiFi, RADIO or LTE (4G), integrated GPS
Web server for direct data access

Our TUNA Stations

TUNA – Fixed Water Station

TUNA – Autonomous Fixed Station

On the basis of the TUNA detector, the station is a self-contained monitoring station with a battery- buffered power supply – either for a mains connection or with solar cells – and with various options for data communication, for example DSL, LTE (4G) or GPRS. This model is particularly suitable for wall or pole mounting.

TUNA – Autonomous Fixed Station

This base unit is for quick deployment as in an emergency case. The retractable feet allow the monitoring station to be set up and commissioned without delay. Therefore, it is particularly suitable for temporary deployment in a wide variety of applications. No infrastructure whatsoever is required as the power is supplied by a battery which can be complemented with a solar panel. The data communication usually takes place via wireless interfaces as LTE/UMTS/GPRS. For localisation of the station a GPS module is installed.

Quality Radiation Safety Solutions, Consulting & Training

TUNA Spectroscopic Water Detection Systems

Spectroscopic Water Detection of Gamma Radiation

Applications:

Our TUNA Stations

TUNA – Fixed Water Station

TUNA – Autonomous Fixed Station

TUNA – Autonomous Fixed Station

TUNA – Autonomous Fixed Station

TUNA – Autonomous Fixed Station

TUNA – Autonomous Fixed Station

Sales Enquiries: office@mckeng.com.au

Quality Radiation Safety Solutions, Consulting & Training

TUNA Spectroscopic Water Detection Systems

Spectroscopic Water Detection of Gamma Radiation

Applications:

Our TUNA Stations

TUNA – Fixed Water Station

TUNA – Autonomous Fixed Station

TUNA – Autonomous Fixed Station

TUNA – Autonomous Fixed Station

TUNA – Autonomous Fixed Station

TUNA – Autonomous Fixed Station

Sales Enquiries: office@mckeng.com.au

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