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FLIR identiFINDER R425 Next Generation Radionuclide Identification Device

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FLIR identiFINDER R425 Next Generation Radionuclide Identification Device

The FLIR identiFINDER R425 is the next generation of the most deployed radionuclide identification device (RID), offering 360-degree coverage so you can locate and measure gamma and neutron radioactive sources with confidence. It builds on FLIR’s trusted algorithms with advanced heuristics and hybrid identification techniques. With the familiar identiFINDER user interface and 3-button control, you can operate the R425 quickly, communicate results, and take command of any situation, in any environment, remotely. When other systems fail in extremely high gamma fields, the FLIR identiFINDER R425 provides pinpoint accuracy and remains fully operational. The identiFINDER R425 goes the distance with balanced ergonomic design, unparalleled ruggedness, flexible power management, and usability. The R425 provides an ideal balance of size, weight, and performance for various missions including surveying, emergency response, and environmental monitoring.


Building on a legacy of tried and trusted performance

BETTER DETECTION IN ALL DIRECTIONS

New cubic detector design, sourceless stabilization, advanced heuristics, and hybrid identification techniques enable high performance detection in all directions; 3x more sensitive gamma and 2x more sensitive neutron detection

POWER THROUGH YOUR MISSION

IP67-rated, ergonomic design is 15% lighter than previous generations, while the exceptional 12-hour battery life provides the right balance for a variety of missions

SITUATIONAL AWARENESS AND SUPPORT WHEN YOU NEED IT

Remote data viewing, operation, and reach back is made possible through communication features including dual USB-C ports, FLIR's trusted web interface, the FLIR RAD Mobile Application, and a universal API that enables integration with user deployed networks

Specifications

identiFINDER R425

System Overview

Battery Specification

Internal Li-ion cells; additional user-selectable external battery (1 each 16650 Li-ion or 2 each CR123); hot-swappable

Enclosure & Protection

Injection molded housing with overmold; rating IP67 according to IEC 60529

Gamma Detector – Nal [TI]

1.77 x 1.77 x 1.77 in Cube (45 x 45 x 45 mm) with Silicon Photomultiplier (SiPM)

Technology

Radionuclide identification device (RID)

Enviromental

Operating Temp & Humidy

-4 to 122 °F (20 to 50 °C) 10 to 93%, non-condensing

Storage Temperature

14 to 95 °F (-10 to 35 °C)

Physical Features

Dimensions (L x W x H)

9.3 x 3.9 x 3.7 in (235 x 100 x 95 mm)

Weight

≤2.6 lbs (≤1.2 kg)

Power

Cold Start Time

<20 seconds from cold start

Input Voltage

100-240 AC (wall adapter and USB-C cable supplied)

Sampling & Analysis

Library Categories

SNM, IND, MED, NORM

Sample Introduction

Absorption of EM gamma and neutron emissions

Time to Identification

From a few seconds to a few minutes

System Interface

Communication

USB-C (2x), Bluetooth (BLE 5.0)

Data File Format

According to ANSI N42.42

Data Storage

8 GB internal memory

Display & Alerts

2.7" diagonal (400 x 240 pixels) screen; sunlight readable; visible through polarized glasses

Software

Onboard webserver software

Training Requirments

<10 mins for operator; 1 hour for advanced user

Technology

Dose Rate Range [Cs_137]

10 µrem/h – 100 mrem/h ± 10%, 100 nSv/h – 1 mSv/h ± 10%
ID Mode 0.1 µrem/h – 5 mrem/h, 1 nSv/h – 50 µSv/h

Energy Range [Gamma]

25 keV - 3 MeV

Gamma Sensitivity [Cs–137]

1610 cps/µSv/h

Gamma Spectrum Length

1024 channels

Linearization

Real time linearization of gamma energy

Overload Dose Rate Range

100 mrem/h – 1 rem/h, 1 mSv/h – 10 mSv/h

Service Interval

5-year factory maintenance

Stabilization

Sourceless Gain Stabilization

Typical Resolution

≤ 7% FWHM at 662 keV (20°C)

Related documents

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