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Dynamic nuclide identification
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Discrete monitoring in public places and crowds
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Hands-free operation
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Identifies sources in shielded transportation containers
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Mapping capabilities
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Indicates the direction of a source in a crowded location
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Durable cable-free design
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Small, lightweight, comfortable to carry
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Remote supervision and radiological mapping with SpirVIEW Mobile
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Reachback (email with picture, comments and spectrum), file transfer, n42 streaming
SPIR-Pack
$0.00
The Mirion SPIR-Pack is a lightweight backpack radiation detection system for security personnel to identify radiological threats during wide-area searches.
In stock
The Mirion SPIR-Pack is a lightweight, durable backpack system ideal for efficient detection and identification of radiological and nuclear threats. Features include dynamic nuclide identification, hands-free operation, discrete monitoring in public places, ability to identify sources in shielded containers, mapping capabilities, and direction indication in crowded locations. The system connects sensitive detectors to a smartphone with a multifunctional app providing dose rate, nuclide identification, and innovative radar screen. Includes long battery life for extended field operations, cable-free design, and remote supervision with SpirVIEW Mobile software for situational awareness.
Description
SPIR-Pack
The Mirion SPIR-Pack is a lightweight, durable backpack system ideal for efficient detection and identification of radiological and nuclear threats. Features include dynamic nuclide identification, hands-free operation, discrete monitoring in public places, ability to identify sources in shielded containers, mapping capabilities, and direction indication in crowded locations. The system connects sensitive detectors to a smartphone with a multifunctional app providing dose rate, nuclide identification, and innovative radar screen. Includes long battery life for extended field operations, cable-free design, and remote supervision with SpirVIEW Mobile software for situational awareness.
Features
Specifications
- NaI(Tl) detector
- 51 mm diameter x 102 mm length (2 in. diameter x 4 in. length)
- Energy compensated GM tube
- for accurate high gamma doser rate from multiple radionuclides
- Optional lightweight neutron detector
- LiZnS. Detects primarily the gamma radiation, and provides neutron source confirmation capabilities (as does a RIID).
- Optional sensitive neutron detector
- BZnS
- Energy range (gamma)
- 25 keV to 3 MeV
- Energy range (neutron)
- 0.0025 eV to 15 MeV
- Gamma dose rate range
- 0.001 µSv/h up 100 mSv/h (0.1 µR/hr to 10 R/hr)
- Gamma sensitivity to Cs-137
- 3500 cps/(µSv/h) or 35 cps/(µR/h)
- Continuous real-time nuclide identification
- Single, bare or shielded, and mixed isotopes
- Seven libraries containing
- 80 nuclides
- Identifies up to
- eight nuclides simultaneously
- Continuous energy stabilization
- using ambient background (K, Ra, Th, usual contaminants)
- Weight (G)
- 4.6 kg (10.14 lb)
- Weight (GN lightweight)
- 4.8 kg (10.6 lb)
- Weight (GN sensitive)
- 10.1 kg (22.26 lb)
- Dimensions (G and GN lightweight)
- 30.3 x 25 x 46 cm (11.9 x 10 x 18.1 in.)
- Dimensions (GN sensitive)
- 29 x 20 x 51.5 cm (11.4 x 7.9 x 20.3 in.)
- Li-ion rechargeable battery
- 5300 mAh, 3.7 V, built-in charger
- Backpack battery life (G and GN lightweight)
- 24 h
- Backpack battery life (GN)
- 13 h
- Charge time
- 4 h
- Operating temperature range
- -20 °C to +50 °C (-4 °F to 122 °F)
- Operating humidity
- 93% at 40 °C (104 °F)
- IP65 protection
- even without backpack
- Electromagnetic compatibility
- according CE marking and ANSI N42.53 requirements (50 V/m immunity)
- Standards
- ANSI N42.53, ANSI N42.42 file format
