TOM-i Small Object Monitor

TOM-i Small Object Monitor

Product introduction           

TOM-i is the smallest, lightest and newest member of MIRION's CheckPoint:Waste product family for contamination and release. Designed to Cs-137 clearance guidelines, the TOM-i without the modular lead shield weighs only 64kg for easy handling. TOM-i is equipped with the proven MIRION gamma fiber detector. The TOM-i is a reliable monitor for rapid release measurements of tools, hard hats and other small items.

Features

• The monitor is especially suitable for the needs of high pass rate;

• Double-door interlocking function (can be operated as a single door);

• Measuring chamber sized for hard hats and file folders;

• Optional built-in computer and touch screen;

• Portable surveillance monitors;

• Microprocessor control;

• 2 gamma fiber detectors.

Function

• TOM-i is easy to use. It can work in single-door or double-door mode to realize the release of items out of the control area. Both stand-alone and built-in computers feature simple and intuitive user guidance.

• Monitor status and alarms are clearly indicated by color changeable LED light bars on both sides of the entry and exit, bar graph and buzzer. If the monitor includes a built-in computer, the user can easily change any operating parameter. All these features ensure reliable and fast measurement and a high rate of object measurement.

MIRION app for TOM-i

An optional reading device with MIRION app (built-in PC, Android OS) not only provides the monitor's measurement database, but also enables editing of system parameters by authorized personnel. In addition, the measured value at that time will be displayed on the display.

Technical Parameters

• Dimensions: (outside/inside) 579 x 477 x 486 mm / 214 x 300 x 370 mm;

• Weight: (lead-free shielded) 64 kg;

• Dimensions: (external/interior) 499 x 477 x 486 mm / 100 x 300 x 370 mm;

• Weight: (lead-free shielded) 58 kg;

• Detectors: 2 gamma fiber optic detectors;

• Standard lead shield: 15 mm;

• Energy range: 30 keV - 3 MeV