PINS3-CF

Chemical and explosives identification with a ²⁵²Cf neutron source

Portable system for non-destructive identification of unknown chemicals and explosives in munitions, tanks, shielded containers and drums, even inside thick steel containers. A ²⁵²Cf source excites the nuclei in the object and the gamma spectrum is measured by a mechanically cooled trans-SPEC-N HPGe spectrometer; the software identifies the substance automatically. The neutron source is not included.

Relative efficiency
>50% typical (ANSI/IEEE 325-1996)1
Energy resolution at 122 keV
<1600 eV FWHM (warranted at optimum settings and depending on detector type)1
Energy resolution at 1.33 MeV
≤2.5 keV FWHM at 1,332 keV (warranted at optimum settings and depending on detector type)1
Datasheet

Specifications checked against the manufacturer’s documents on 2026-10-17

Manufacturer’s product page (opens in a new tab)

Overview

Key features

  • No liquid nitrogen – mechanically cooled spectrometer
  • 25 m cables let the computer stay at a safe distance
  • Optional radiological and nuclear identification software (PINS3-CF-RN)

Specifications

The number after each value refers to the source listed below. Values are as published by the manufacturer; the exact configuration is always confirmed in our quotation.

Detector

Neutron source²⁵²Cf, 5 µg (2.5 mCi, 92.5 MBq), Frontier Technology Corporation Model 100; mean neutron energy 2.1 MeV; not included1

Performance

Relative efficiency>50% typical (ANSI/IEEE 325-1996)1
Energy resolution at 122 keV<1600 eV FWHM (warranted at optimum settings and depending on detector type)1
Energy resolution at 1.33 MeV≤2.5 keV FWHM at 1,332 keV (warranted at optimum settings and depending on detector type)1

Cooling

CoolingStirling cooler, approx. 30 W; initial cool-down <10 hours at 25 °C1

Software & data

AnalysisAutomatic chemical analysis every 10 seconds: peak fitting, energy recalibration and decision-tree logic1

Power & battery

Battery lifeSpectrometer: >3 hours internal at 25 °C with cold detector; up to 12 hours with external battery1
Power supplySpectrometer: 10–17 V DC at 30 W; internal battery, external battery, vehicle battery (12 V DC) or line power with automatic switchover1

Mechanical

DimensionsSpectrometer: 39.4 × 16.3 × 34.9 cm (L × W × H)1
WeightSpectrometer 11.1 kg; laptop 3.7 kg1

General

Measurement techniquePINS: neutrons from a ²⁵²Cf source excite the nuclei and the characteristic gamma rays are measured with an HPGe spectrometer1
SpectrometerORTEC trans-SPEC-N, mechanically cooled HPGe (Stirling cooler, no liquid nitrogen) with built-in digital MCA, up to 16k channels1
Automatically identified substancesChemical warfare agents: BR-2, CG, CK, GB, HD, HN, VX, WL; riot agents: CA, CNB, CNS; practice fills: bleach, POP, sand, water-antifreeze; smoke chemicals: FM, FS, HC, WP1
UseMunitions (artillery, mortar, rockets, bombs, land mines), containers (gas cylinders, storage tanks, bags, brief cases, parcels) and chemicals (chemical war heads, explosives, gases, smoke)1
Control computerPanasonic Toughbook CF-31, Windows 7, 320 GB; 25 m connecting cables1

The data comes from the manufacturer’s published documents. Manufacturers may change specifications; the current configuration and performance are confirmed in the quotation.

Documents

Sources

The number after each value refers to the source listed below. Values are as published by the manufacturer; the exact configuration is always confirmed in our quotation.

  1. 1
    Publisher: ORTEC (AMETEK)Product page How It Works; trans-SPEC-N; Specifications – Gamma-Ray HPGe Spectrometer; Specifications – Gamma-Ray HPGe Spectrometer; Auto Analysis of Chemicals … Checked 2026-10-16
PINS3-CW-G2
ORTEC

PINS3-CW-G2

Chemical identification with a neutron generator – no ²⁵²Cf or liquid nitrogen

Relative efficiency
>50% typical (ANSI/IEEE 325-1996)
Energy resolution at 122 keV
<1600 eV FWHM (warranted at optimum settings and depending on detector type)
Energy resolution at 1.33 MeV
≤2.5 keV FWHM at 1,332 keV (warranted at optimum settings and depending on detector type)
14 referenced values
GRACE
ORTEC

GRACE

Man-portable system that identifies chemicals in munitions and sealed containers

Relative efficiency
>50% typical (ANSI/IEEE 325-1996)
Energy resolution at 122 keV
<1600 eV FWHM (warranted at optimum settings and depending on detector type)
Energy resolution at 1.33 MeV
≤2.5 keV FWHM at 1,332 keV (warranted at optimum settings and depending on detector type)
14 referenced values
FoodGuard-2
ORTEC

FoodGuard-2

HPGe workstation for quantitative determination of radionuclides in food

Detector type
High-resolution HPGe detector
Relative efficiency
20–60%; detector and cooling chosen when ordering
9 referenced values
FoodGuard-1
ORTEC

FoodGuard-1

NaI-based system for rapid food screening

Detector type
NaI(Tl) 3 × 3 in (ORTEC 905-4) with digiBASE: 14-pin PMT base with integrated bias supply, preamplifier and digital MCA
Typical energy resolution, Cs-137
8% at 662 keV
12 referenced values
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