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RADEAGLET-R 坚固耐用,轻便,手持式放射性核素识别设备

ORTEC Radeaglet-R Rugged Handheld Radioisotope Identifier坚固耐用的RADEAGLET- R充分利用了RADEAGLE/RADEAGLET的成功设计和性能。该产品是专门为军事用户、急救人员或边境巡逻人员可能遇到的恶劣操作环境而设计的。该仪器的设计基于用户需求,用户需要能够在极端温度下、并且能够承受大于2米的跌落至混凝土的冲击的工作仪器。RADEAGLET- R使用与RADEAGLE/RADEAGLET相同的经过验证的软件,相同的核素ID算法,相同的数字电子技术,以及相同的经过验证的He-3中子探测技术。
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    该仪器的设计基于用户的需求,用户需要能够在极端温度下工作并且能够承受大于2米的跌落至混凝土的冲击的仪器。 RADEAGLET-R使用与RADEAGLE / RADEAGLET相同的经过验证的软件,相同的核素ID算法,相同的数字电子技术以及相同的经过验证的He-3中子探测技术。

    RADEAGLET-R具有以下优点: 
    • 尺寸小,灵敏度高:RADEAGLET-R使用2“ x1”直径的NaI探测器。与其他的放射性核素识别设备相比,其确保了卓越的灵敏度和效率,同时又体积小巧,易于使用和携带。
    • 优越的核素识别能力:RADEAGLET-R具有与RADEAGLE相同的经过验证的新一代核素ID算法。该算法优于传统的模板匹配算法。
    • 最小化误警报:RADEAGLET-R高级ID算法将假阳性和假阴性警报最小化。  
    • 经过验证的高性能中子技术:RADEAGLET-R采用He-3探测技术,该技术已被证明是中子探测灵敏度最佳表现的探测器。当存在非常高的伽玛计数率源时,该技术还可以更好地减少进入中子通道的串扰。
    • 改进维护和更低的维护成本:RADEAGLET-R具有更低的维护成本(例如,校准和维修),从而大大降低了生命周期成本。 RADEAGLET-R不需要返回ORTEC进行校准或优化,可以由经过培训的电子技术人员进行维护。 RADEAGLET-R(就像原来的RADEAGLE)经过专门设计,是一个模块化系统,可以让客户在维修站支持和维护仪器。
    主要客户和应用
    • 急救人员和应急管理
    • 海关与边境保护
    • 安全和军事部队
    • 核保障
    • 情报机构
    • 环境管理及清理
    • 核医学与科研院所
    • 废钢及回收利用
    RADEAGLET-R是一种最先进的手持式放射性核素识别设备(RIID),具有卓越的速度和准确性。
    • RADEAGLET-R将2英寸直径,高灵敏度NaI晶体与经过验证和测试的智能算法相结合,可以快速,准确并同时探测和识别多达6种核素,通常在1分钟内。
    • RADEAGLET-R ID算法即使在复杂的屏蔽或掩蔽场景中也能表现良好。
    • RADEAGLET-R符合ANSI N42.34,提供了一个用户友好的界面,该界面直观,易于导航,视觉清晰并利用多种警报。
    • RADEAGLET-R结合了数十年的探测和识别算法的行业专业知识,以及先进的硬件、电气和软件系统,是您手持式RIID的好选择。
    识别多源、掩蔽源和屏蔽源(特别是SNM)的高级算法
    RADEAGLET-R采用了新一代同位素ID算法,结合了多种技术,包括模板匹配、峰值搜索和多智能体分析。与许多其他仅使用模板匹配方法的RIID不同,RADEAGLET-R使用多种方法来正确识别存在的放射性核素。模板匹配在实验室条件下可以有很好的效果,但在现实条件中,核威胁源有可能会被屏蔽或掩盖,模板匹配技术经常会被误识别为威胁。
    RADEAGLET-R算法具有优越性,因为每个核素都是使用量身定制的多智能体算法来识别的。 这为探测和识别超过100种核素提供了无与伦比的速度和准确性。

    以应用为中心的方法
    RADEAGLET-R算法针对多种实际应用进行了优化。 通过大量的模拟,用实际应用的经验测试进行验证和改进,RADEAGLET-R的性能针对与SNM相关的关键核素进行了调整和优化。 RADEAGLET-R算法极大地减少了假阳性和假阴性误报。

    无需年度校准
    许多RIID系统需要每年或每两年一次的工厂校准。 RADEAGLET-R不需要在出厂进行校准/优化。RADEAGLET-R配备了一个集成了多通道分析仪的校准和线性化晶体。 可以使用Cs-137源或K-40(天然本底)快速检查这个线性化系统是否正确校准,并由用户重新校准(通常少于1分钟)。 这样可以在产品寿命期内节省数千美元。

    在天然本底K-40或嵌入式辐射源上稳谱
    RADEAGLET-R可以在天然本底K-40上稳谱,或者在天然本底可能不足的情况下,可以使用可选的嵌入式源。嵌入式源本身的贡献会自动被扣除,因此它不会产生错误警报。 该源可以使用超过12年而无需更换。

    丰富的核素库
    RADEAGLET-R库中有超过100种核素,对于特定类别的放射性核素,它不需要单独的库。 随着新核素的出现,可以轻松地将其添加到库中。

    极其坚固
    RADEAGLET-R的防护等级为IP65,优于大多数RIID,并已通过跌落、冲击和振动测试证实。

    主要操作模式
    剂量率模式是RADEAGLET-R的主要测量模式,显示当前计量率,计数率,中子计数率和带有报警和报警指示的剂量率图表。系统显示单位可以为Rem或Sv. 剂量率显示的屏幕颜色是基于系统里报警水平的设置而定的。

    探测测量模式是一个寻找辐射源的工具,其通过测量辐射所致产生的变化中的剂量率,给出快速的视觉或声音指示,进而进行定位。切换到探测模式后,用户可以通过监测新近几秒钟的带有颜色增强的剂量率历史图表(实时),定位辐射源。辐射源定位后,用户可以启动“Easy ID”,快速甄别产生辐射的核素种类。

    在Easy ID模式下,RADEAGLET-R获取谱图。左侧的屏幕用于找到甄别放射源的最佳位置。如果需要,用户可以预设测量时间,然后分析和存储结果。数据获取时,屏幕上的图表会指示用户移动仪器,找到仪器和可疑辐射源之间的最佳测量位置,显示所识别的核素。记录的谱图和分析结果存储到内置SD卡,文件格式为ANSI N42.42。

    After data has been saved to an internal SD card, the user can review the results on-screen in the Advanced/Spectrum section. Or, to provide data to reach back for further analysis, the user can export stored data using Web Interface via WiFi, Bluetooth, or hardwired USB. Saved data can also be exported to a USB flash drive for physical transfer to another device.

    In addition to the Dose Rate, Detect, and Easy ID modes, the user has the option to enter the Advanced Operations settings area of the RADEAGLET-R. Advanced operations include various Spectrum acquisition and analysis functions, basic settings to adapt the RADEAGLET-R to individual user needs and preferences, alarm settings, and calibration.

    Ruggedized Housing
    The new housing creates a very rugged and tough instrument. A special low-rebound material was selected and combined with the aluminum housing. This low-rebound material is not only used on the outside of the device, but also inside. All sensitive internal parts are encapsulated in this material.

    Hot Swappable Batteries
    During the design process for the ruggedization, a new battery concept was developed to allow the RADEAGLET-R to support various battery types. For example, NiMH, Li-Ion, or standard COTS AA-size batteries can be used. The battery packs can be charged in an external charging station, so a spare battery pack is always available and the battery packs are hot swappable. The RADEAGLET-R has a small internal rechargeable battery which keeps the system running for a short period of time without any external power. This gives the user several minutes to change the battery pack without needing to switch the unit off and on.

    RADEAGLET-R Field Maintenance
    Many organizations have the desire to cost-effectively maintain their fleet of RIIDs in-house. The RADEAGLET-R is designed to be serviced and maintained by the customer at the customer’s service depot. Unlike some other RIID vendors, ORTEC does not require the RADEAGLET-R to be returned to the factory for recalibration or for ”optimization”. ORTEC can train the customer for “in-the-field” maintenance, and the customer can order spare parts for repairs.

    The RADEAGLET-R is designed to minimize total life cycle and sustainment costs. Key components may be easily swapped without having to return the instrument to ORTEC. This maintenance and support approach by ORTEC makes the RADEAGLET-R a unique instrument because customers can replace internal components themselves. However, if factory service is preferred, ORTEC offers various levels of extended warranties.

    Additional Operation Details
    The RADEAGLET-R has a user accessible Micro SD card which serves as a data storage location. Data can be transmitted via USB, WiFi, or Bluetooth. The system has a web interface that allows the user to download and view data. An application for Android and iOS allows users to store and forward data with a smart phone.

    The system can be connected to a mobile phone wired or wirelessly. If the mobile phone shares its internet connection with the system, it will be able to send Reachback data to a preset email address.

    The system is equipped with a standard USB-A connector. If a USB flash drive is connected to the system, data can be copied on it and later reviewed and forwarded on a PC. Data is stored in N42.42 and SPE file formats. The user can trigger file storage and reload the spectra later for reviewing on the instrument.

    The data can be transferred via the following ways:
    • Direct copy to a USB flash drive by attaching the stick to the instrument. USB flash drives are automatically recognized by the software.
    • Direct download via the Web Interface where the instrument is connected via a USB cable connection to any PC or notebook computer.
    • Direct download via the Web Interface where the instrument is connected via a wireless WiFi connection hotspot.
    • Direct download via the Web Interface where the instrument is connected via a wireless Bluetooth connection.

    Furthermore, the RADEAGLET-R is compatible with cloud-based computing. ORTEC incorporates several ways to seamlessly interface our family of RIIDs. Our approach allows software management control and software updates to be automatically downloaded (similar to iPhone software updates). This approach also allows for customizing neutron settings based on the geographic region of the country where neutron background rates could cause higher false positive rates than would be acceptable. The neutron alarm setting is variable and can be fine-tuned by the user to meet optimal sensitivity settings.

    Data Streaming
    Many customers are looking for a state-of-the-art solution where it is possible to stream data to the cloud in real time. ORTEC has been working with customers to integrate data transmission via a system which uses a real-time situational analysis database system; allowing customers to constantly monitor instrument readings in the field and provide real-time intelligence to the decision makers. This system has been implemented and is now available. The tools exist in our RADEAGLET-R to seamlessly integrate our system into various situational awareness infrastructures.*(Compatible with DOD-MFK.)

    Maintenance and Repair
    The RADEAGLET-R requires no scheduled routine maintenance. The instrument has a Self-Test mode which automatically initiates at start-up and can be repeated whenever the user decides to do so. However, the unit also checks itself periodically and informs the user if a problem occurs. If a problem is reported, the instrument asks the user to trigger the Self-Test. The Self-Test then runs through a more advanced cycle and informs the user about hardware components which have a problem. For example, the Self-Test checks all hardware modules (Gamma Sensors, Neutron Sensor, GPS, Wi-Fi, Bluetooth, and more). If one or more of the modules is showing an abnormality, the system indicates the issue and the user can decide if a service is necessary.
  • 规格 +


    所有型号通用的规格

    放射性性能
    校准源 外部源:40K ;启动时间:165 s; 嵌入式来源:137Cs  ;111 Bq(3 nCi);启动时间:145 s;
    能量范围 NaI: 15keV至3MeV. GM: 45keV至1.5MeV.
    灵敏度(137Cs)
    >1600 cps / µSv/h
    伽马能谱 2048 道.
    剂量率范围 全部: 10 nSv/h – 1 /Sv/h. NaI: 10 nSv/h – 250 μSv/h. GM: >250 μSv/h – 1 Sv/h.
    过载阈值 ≥1 Sv/h.
    剂量率精度 NaI: ±10 % for 137Cs @ 662 keV; 241Am @ 59 keV; 60Co @ 1172 keV and 1332 keV. GM: ±30 % for 137Cs @ 662 keV.
    热中子灵敏度 3.5 cps/nv ±10 %; 未慢化.
    核素库 228Ac; 241Am; 133Ba; 140Ba; Beta+; 207Bi; 109Cd; 115Cd; 115mCd; 141Ce; 252Cf (requires neutron detection), 57Co; 60Co; 51Cr; 134Cs; 137Cs; 152Eu; 155Eu; 67Ga; 68Ga; 123I; 125I; 131I; 132I; 111In; 192Ir; 40K; 140La; 176Lu; 54Mn; 99Mo; 22Na; 95Nb; 147Nd; Neutrons; 237Np; 144Pr; 238Pu; RGPu; RGPu-HS; WGPu; WGPu-HS; 226Ra; 103Ru; 125Sb; 75Se; 90Sr; 99mTc; 132Te; 232Th; 201Tl; 232U; 233U; 235U; 238U; 131mXe; 133Xe; 133mXe; 135Xe; 95Zr.

    物理
    外壳材料 不锈钢铝;纤维增强塑料;聚甲醛;玻璃.
    尺寸

    (宽×深×高)90毫米(3.54英寸)× 280毫米(11.00英寸)× 110毫米(4.33英寸).

    显示 640 x 480,89毫米(3.5英寸)透反式彩色薄膜晶体管TFT.
    电池
    可充电;可交换的;锂离子;低自放电镍氢电池(根据需求).
    操作运行时间 室温下标准运行时间> 15小时.
    NaI 探测器

    50.8x25.4毫米(2x1英寸).

    3He 管 12.7毫米(0.50英寸)× 114毫米(4.49英寸);净:9.4毫米(0.37英寸)× 100毫米(3.94英寸);8bar(116.03psi).
    GPS 66通道MediaTek MT3339接收器.

    环境
    工作温度 –20°C至+55°C(–4°F至+131°F);> 0.15bar(2.18psi).
    相对湿度
    10% 至 80%, 无冷凝.
    存储和运输 –20°C至+50°C(–4°F至+122°F);< 2.1bar(30.46psi).
    推荐:+10°C至+35°C(+50°F至+95°F);< 2.1bar(30.46psi)
    .
    温度变化 温度的突然变化不得超过40℃(72℉),以免损坏探测器晶体.
    IP 防护等级
    依据 IEC 60529 符合IP65等级

    计算
    存储容量 大于16 GB (1,000,000谱图)
    CPU速度
    1 GHz
    文件格式
    ANSI N42.42 (xml)和spe (IAEA)文件与第三方分析软件兼容.
    连接 USB、WiFi、蓝牙、局域网((RJ-45)需要互联网连接).
    回顾和电子邮件 可选的USB通信适配器回切和电子邮件监控.

    软件
    操作系统 微软 Windows (XP, Vista, 7, 8, 10), MAC OS X Yosemite, Linux (Ubuntu测试版)

    型号特定规格

    型号 探测器类型 探测器尺寸 PMT GM He3 GPS 内置校准源 室温下分辨率@ 662 keV 137Cs 剂量率范围 探测器µSv/h 剂量率范围,GM,高达 Sv/h 标称重量())
    RADEAGLET-R-2SG
    NaI(Tl)
    50.8x25.4 mm (2x1 in)
    1.5”
    x

        ≤7.2%
    0.01–200
    1 3.3 (1.5)
    RADEAGLET-R-2SG-E NaI(Tl) 50.8x25.4 mm (2x1 in) 1.5" x     x ≤7.2% 0.01–200 1 3.3 (1.5)
    RADEAGLET-R-2SG-P NaI(Tl) 50.8x25.4 mm (2x1 in) 1.5” x   x   ≤7.2% 0.01–200 1 3.3 (1.5)
    RADEAGLET-R-2SG-P-E NaI(Tl)  50.8x25.4 mm (2x1 in) 1.5” x   x x ≤7.2% 0.01–200 1 3.3 (1.5)
    RADEAGLET-R-2SG-N
    NaI(Tl)
    50.8x25.4 mm (2x1 in)
    1.5”
    x x     ≤7.2%
    0.01–200
    1
    3.4 (1.54)
    RADEAGLET-R-2SG-N-E NaI(Tl)  50.8x25.4 mm (2x1 in) 1.5”  x x   x ≤7.2% 0.01–200 1 3.4 (1.54)
    RADEAGLET-R-2SG-N-P NaI(Tl) 50.8x25.4 mm (2x1 in) 1.5” x x x   ≤7.2% 0.01–200 1 3.4 (1.54)
    RADEAGLET-R-2SG-N-P-E NaI(Tl) 50.8x25.4 mm (2x1 in) 1.5” x x x x ≤7.2% 0.01–200 1 3.4 (1.54)
    RADEAGLET-R-1LG LaBr3(Ce) 25.4x25.4 mm (1x1 in)
    1.5”
    x
        ≤3.2%
    0.01–350
    1
    3.23 (1.46)
    RADEAGLET-R-1LG-P LaBr3(Ce) 25.4x25.4 mm (1x1 in) 1.5” x x   ≤3.2% 0.01–350 1 3.23 (1.46)
    RADEAGLET-R-1LG-N LaBr3(Ce) 25.4x25.4 mm (1x1 in)
    1.5”
    x x     ≤3.2%
    0.01–350
    1
    3.33 (1.51)
    RADEAGLET-R-1LG-N-P LaBr3(Ce) 25.4x25.4 mm (1x1 in) 1.5” x x   ≤3.2% 0.01–350 1 3.33 (1.51)
  • 订购信息 +


    所有型号都包括手提箱和配件。

    型号 描述
    RADEAGLET-R-2SG 伽马手持式加固RIID,带2x1 NaI(Tl)探测器和GM管.
    RADEAGLET-R-2SG-E 伽马手持式加固RIID,带2x1 NaI(Tl)探测器、GM管和嵌入式校准源.
    RADEAGLET-R-2SG-P 伽马手持式加固RIID,带2x1 NaI(Tl)探测器、GM管和 GPS.
    RADEAGLET-R-2SG-P-E 伽马手持式加固RIID,带2x1 NaI(Tl)探测器、GM管、GPS和嵌入式校准源.
    RADEAGLET-R-2SG-N 伽马/中子手持式加固RIID,带2x1 NaI(Tl)探测器、GM管和He-3探测器.
    RADEAGLET-R-2SG-N-E 伽马/中子手持式加固RIID,带2x1 NaI(Tl)探测器、GM管、He-3探测器和嵌入式校准源.
    RADEAGLET-R-2SG-N-P

    伽马/中子手持式加固RIID,带2x1NaI(Tl)探测器、GM管、He-3探测器和GPS.

    RADEAGLET-R-2SG-N-P-E 伽马/中子手持式加固RIID,带2x1 NaI(Tl)探测器、GM管、He-3探测器、GPS和嵌入式校准源.
    RADEAGLET-R-1LG 伽玛手持式加固RIID,带有1x1 LaBr3(Ce)探测器和GM管.
    RADEAGLET-R-1LG-P Gamma Handheld Ruggedized RIID with 1x1 LaBr3(Ce) detector, GM tube and GPS
    伽玛手持式加固RIID,配有1x1 LaBr 3(Ce)探测器、GM管和GPS.
    RADEAGLET-R-1LG-N 伽玛手持式加固RIID,带有1x1 LaBr3(Ce)探测器、GM管He-3探测器.
    RADEAGLET-R-1LG-N-P 伽玛手持式加固RIID,配有1x1 LaBr 3(Ce)探测器、GM管、He-3探测器和GPS.
    配件  
    RT-CA019 Auto Power Adapter, 12V
    RTR-AP013-L 带锂离子电池的Accu包
    RTR-AP013-N 带镍氢电池的Accu包
    RTR-AP013-E 不带电池的Accu包
    RTR-CC001 手提箱。400毫米(15.75英寸)× 300毫米(11.81英寸)× 168毫米(6.61英寸)。防水且可堆叠。
    RTR-HS001 蓝牙通信耳机
    RTR-WS 腕带。长度:27厘米(10.63英寸)-47厘米(18.50英寸)。推拉快速锁定连接器
    RTR-CM-EU Wall Plug/Charger Module (欧盟)。交流输入:100伏–240伏;620毫安;50赫兹–60赫兹。DC输出:12V;2.5 A .室内电缆:150厘米(4英尺11英寸)。CE;美国UL.
    RTR-CM-US Wall Plug/Charger Module (美国)。交流输入:100伏–240伏;620毫安;50赫兹–60赫兹。DC输出:12V;2.5 A .室内电缆:150厘米(4英尺11.1英寸)。CE;美国UL.
    RTR-CM-UK Wall Plug/Charger Module (英国)。交流输入:100伏–240伏;620毫安;50赫兹–60赫兹。DC输出:12V;2.5 A .室内电缆:150厘米(4英尺11英寸)。CE;美国UL.
    RTR-K40BOX 氯化钾校准源盒(KCl)。ICSC 1450.