Mirion SPIR-Ace – Portable RIID for Radiological Threat Detection & Isotope Identification

Mirion SPIR-Ace – Portable RIID for Radiological Threat Detection & Isotope Identification — view 2

Categories: Radiation Detection, Radiation Detection Equipment Brand: Mirion Technologies

Mirion SPIR-Ace – Portable RIID for Radiological Threat Detection & Isotope Identification

Name: Mirion SPIR-Ace – Portable RIID for Radiological Threat Detection & Isotope Identification
Brand: Mirion Technologies

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The Mirion SPIR-Ace is a compact, portable radioisotope identification device (RIID) for detecting and identifying radiological threats in the field.

In stock

The Mirion SPIR-Ace is a compact, portable RIID (Radioisotope Identification Device) designed to detect and identify radiological threats across a range of field environments.

It is suited to civil defense, border security, nuclear safety, and forensic applications, and integrates with Genie software to support in-situ measurement and quantitative analysis.

Portable radioisotope identification device (RIID)
Detects and identifies radiological threats
Integrates with Genie software for analysis
Applications in civil defense, border security, nuclear safety, and forensics

Contact FarrWest for a quote.

Description

SPIR-Ace

Mirion

The Mirion SPIR-Ace is a versatile, field-ready Radioisotope Identification Device (RIID) designed for accurate and efficient detection of radiological threats across a wide range of security and safety applications. Whether deployed for civil defense, border control, customs, emergency response, or critical infrastructure protection, the SPIR-Ace delivers reliable, high-resolution performance in a compact, rugged form factor.

Built with professional users in mind, the SPIR-Ace supports advanced radioisotope identification and quantification, enabling precise assessments of nuclear materials in environments like power plants, safeguard inspections, and forensic laboratories. Its compatibility with Genie software, including Genie CNF files and ISOCS efficiency calibration, makes it a powerful and adaptable tool for in situ quantitative analysis.

With onboard geometry selection, real-time spectral analysis, and seamless data transfer, the SPIR-Ace streamlines mission-critical workflows and ensures regulatory compliance. Whether in the field or in the lab, this handheld RIID offers reliable performance for first responders, security teams, and nuclear professionals alike.

Features

Ultra fast and accurate search and nuclide identification
Identifies heavily shielded materials, unbalanced mixes, and Special Nuclear Materials masking scenarios
Generic ISOCS characterization, preloaded efficiency calibrations
Connects to Genie for immediate and easy quantification

Identify

The screen provides all the information to evaluate the situation, with no button to touch.

Search

Use the Radar and Histogram screens to localize a source, and map the geolocation of the hotspot area.

Detect

Detection of higher gamma or neutron rates activate the screen, generate alarms. The device provides continuous nuclide identification.

Remote Display and Start

Connect to the SPIR-Ace device with a hotspot or Wi-Fi connection and enable acquisition from a safe or more accessible location.

Locate

The SPIR-Ace unit offers on-device identification performance beyond current standards for RIIDs such as for heavily shielded isotopes, unbalanced mixtures of nuclides and Special Nuclear Material

Specifications

Nuclear Specifications

Detectors

NaI(Tl) version: dia 35 mm x 51 mm (1.4 in. dia x 2 in.)

LaBr3 (Ce) version: dia 25.4 mm x 34 mm (1 in. dia x 1.34 in.)

Energy compensated GM tube for high gamma dose rate

Optional neutron detector: moderated 6LiZnS:Ag scintillator

Optional external alpha/beta GMP-25 contamination probe

Energy Range

25 keV to 3 MeV (gamma)

0.025 eV to 15 MeV (neutron)

Gamma dose rate range

0.001 μSv/h to 100 mSv/h (0.1 μR/hr to 10 R/hr)

Identification

Fast digital MCA, 1024 channels, throughput >100 000 cps

Single, bare or shielded, and mixed isotopes

Seven libraries containing 80 nuclides

Identifies up to eight nuclides simultaneously

Detection and identification performance exceeds ANSI N42-34,
IEC62327 and IAEA NSS 1

Identifies the radionuclides in 5 to 15 seconds at a dose rate of
0.5 µSv/h (50 µR/h)

Functional Features

Interface

4.3 in. color touch screen LCD readable in all lighting conditions

Fast display update (every 0.25 s)

Alarm indicators: LEDs, vibrator and sound

Touch screen and two buttons for gloves/Personal Protective
Equipment (PPE) operation

Earphone jack

Spectrum acquisition: auto on alarm, manual, periodic

Languages: English, French, Korean, Chinese, Japanese, Russian
(additional languages on request)

Connectivity

Internet connection by Wi-Fi:

Send measurements by emails with n42 and CNF files (spectra
with efficiency curves and geometry)

Remote supervision with SpirVIEW or other software using file
transfer (FTP or HTTP/SSL)

RadResponder/CBRNResponder (spectrum)

Remote display and control via a web enabled wireless device (Wi-Fi)

Records the location of all measurements/events (mapping)

Micro USB connection

Wi-Fi beta/gamma/neutron

GNSS receiver (global GPS)

Characteristics

Standards Compliance

ANSI N42.34

IEC62327

Enviroment

Operating temperature range:

Nal: -20 °C to +55 °C (-4 °F to +131 °F)

LaBr3: -20 °C to +50 °C (-4 °F to +122 °F)

Humidity

93% relative humidity at 40 °C

Water and Dust

IP65

Electrical

Li-ion rechargeable, built-in charger, replaceable
Battery Life: 8.5 hours (up to 15 hours with screen off most of the time)
Charge time: 5 hours (device turned off) with regular 2.1 A/5 V USB
adapter

Physical

Weight

maximum (NaI and LiZnS detectors) 1.45 kg (2.2 lb)

Dimensions

206 x 153 x 57 mm (8.1 x 6.2 x 2.2 in.)

Resources

RIIDEye Datasheet

Mirion SPIR-Ace – Portable RIID for Radiological Threat Detection & Isotope Identification

Description