FD-3007K袖珍辐射仪
柯雷核辐射仪900+产品说明书12页word文档
部分使用客户名单
同类产品比较
用户使用证明函
典型案例分析
中国网点和售后服务
公司介绍
德国柯雷技术有限公司（Coliy Technology GmbH）创立于1995年，最初专门为水分制作传感器和分析仪。公司位于德国的北威州首府杜塞尔多夫市的莱茵河畔。
左图为德国总部
德国柯雷技术有限公司位于德国的北威州首府杜塞尔多夫市。北威州是德国技术最发达的州，著名的鲁尔区中，技术企业比比皆是。
中国网点和售后服务
公司有4个销售点和服务点，分别位于：深圳，北京，苏州，成都，乌鲁木齐
公司的销售工程师大多有15年以上的仪器仪表行业背景，经验丰富，熟悉现场工况，提供完善的产品选型服务；另外配备多名调试工程师提供调试和售后服务。
所有产品提供一年的免费质保和10年的维护维修服务
定期和客户进行电话联系
每年展开重点客户回访活动
部分使用客户名单（用户还在不断快递增长中……）
各国环保局
核电站
各国消防局
石材厂
各国警察局
珠宝加工厂
各国疾控中心
家庭购买用于安全检测
每年全世界销量超过2000台
技术参数
测量射线种类
α、β、γ和Χ射线
测量量程
辐射剂量率：0.01μSv/h - 1000μSv/h
脉冲剂量率：0-30,000cpm，0-5,000cps
辐射剂量累计值：0.001μSv – 999999Sv
脉冲剂量累计值：0-999999
灵敏度
1μSv/h的Co-60射线环境下，108个脉冲或1000 cpm/mR/hr
阿尔法射线-从4.0兆伏特
贝塔射线-从0.2兆伏特
伽玛射线-从0.02兆伏特
辐射安全和防护状况年度评估报告(2022年度)
辐射安全和防护状况年度评估报告(2022年度)辐射安全和防护状况年度评估报告(2022年度)辐射安全和防护状况年度评估报告（2022年度）一、基本情况（放射性同位素与射线装置台帐）放射源台帐活动种类核素活度分类数量出厂时间放射源编码非密封放射性物质台帐活动种类核素日等效最大操作量（Bq）最大等效年用量（Bq）用途工作场所等级活动种类此表空白管电压/管电流射线装置台帐活动种类名称型号分类用途数量填表说明：活动种类分为：生产、销售、使用，放射源分类Ⅰ、Ⅱ、Ⅲ、Ⅳ、Ⅴ，射线装置分类为Ⅰ、Ⅱ、Ⅲ，工作场所分类为甲、乙、丙，表格不够可自行添加。
二、辐射安全和防护设施的运行与维护情况运行记录情况安全联锁装置工作场所屏蔽状况放射源贮存库作业规范情况电视监控完整□不健全□无□共有□套有效□套无□良好□不合理□主要问题是：无□独立□不独立□无□规范□一般□不规范□贮源库三铁一器电视监控辐射警示标志警示灯或说明警戒线废放射源数量放射性废物废物性状、重量其他保险箱□防盗门□110联网报警器□有□无□有□无□有□无□有□无□布局通风表面贮存情况贮存情况贮存情况合理□不合理□良好□差□有污染□无污染□三、辐射安全和防护制度及措施的建立和落实情况检查项目检查内容辐射安全许可证符合基本符合不符合备注编号：有效期：环境影响评价相关手续环境保护验收申报登记及放射源编码备案（购买、送存、转移）管理机构及岗位职责操作规程辐射防护和安全保卫制度设备检修维护制度设备使用登记制度规章制度人员培训计划监测方案质量保证大纲（医疗单位）事故应急预案年度评估同位素与射线装置台帐辐射相关资料存档情况辐射安全与防护知识培训全部环评□，部分环评□，未环评□全部验收□，部分验收□，未验收□，现状环评□全部编码□，部分编码□，未编码□全部备案□，部分备案□，未备案□上年度已评估□，未评估□辐射工作人员总数人，持有效培训证人。
有人无证上岗。
人员情况建立个人剂量档案建立职业健康档案个人剂量计佩带情况已建档人，未建档人。
迈克罗-170 300可移动辐射物质监测仪说明书
PORTABLE CONTAMINATION MONITORFOR HIGHLY SENSITIVE MEASUREMENTS OF α- AND β-/γ-CONTAMINATIONKEY FIGURESBENEFITS•No gas-filled or gas-flusheddetector• 2 in 1 instrument: α- and β-/γ- contamination measurement with only one detector, no detector change required• Large detector surface allows fast and effective monitoring• Combination of robust design and high efficiency• Very light device with ergonomic housing design allows one hand operation • Background measurment and substraction• User-friendly menu structure operated by just 5 function keys • Various accessories• Supports DIN ISO 11929 (option)CoMo-170/-300CoMo-170/-300Working with open unsealed radioactive material can lead to contamination of persons and surfaces.Therefore, persons and equipment leaving control areas have to be checked. Mobile contamination monitors such as the CoMo-170 or CoMo-300 are used for direct and indirect contamination bined with dedicated accessories, these powerful measuring devices provide a complete solution forcontamination control and clearance measurements.g800detector sizecm²170versions 5availabletotal weightWipe test stationThe wipe test station is used to measure wipe samples of various sizes(60, 120 mm, screening filters). A wipe test factor can be taken into account. Wall stationThe wall station allows you to reliably check hands without picking up the monitor. With power supply for charging the CoMo’s NiMH-batteries.A selection of special, external detectors expands the field of application of our contamination monitors:Dose rate probeThe external dose rate probe turns the mobile contamination monitor into a flexible dose rate meter.Pipe detectorDesigned for complete monitoring of pipes. The pipe detectors can measure α- and β/γ-contamination. Guiding elements and optional collars ensure the detector being centralized within the pipe.Pancake contamination probe The pancake contamination probe has the ideal size for finding hot spots or checking the interior of respirators.Flat detectorAreas that are inaccessible due to the housing height of the CoMo 170 can be easily monitored using the flat detector. Its robust design makes it very versatile. Lantern detectorThe lantern detector with its 4 detec-tor surfaces can be used to monitor storage chutes for contamination, for example, in fuel element transport containers.EXTERNAL DETECTORSOPTIONSCorner detectorWhen carrying out clearance measu-rements, especially during the de-commissioning of nuclear facilities, the detector can be used for the measurement of corners.Our corner detector has no dead zone at the edge. This type of detector has also proved itself for clearance monitoring of corrugatedsheets, e.g. of ISO-containers.Floor trolleys for up to 3 CoMoFloor trolleys for 1 - 3 CoMo systems are available to monitor large floor areas. This makes it easy to carry out indoor or outdoor measurements.CoMo-170 with PD-43 pipe probe CoMo-170 with floor trolley Corner detectorDetector type:• Thin-layer plastic scintillation detector with ZnS coating, α- and β-/γ-separation via count height analysis; aluminum vaporised Mylar film (2 x 2 μm) and fine-mesh honeycomb grid, with protective cover Detector size:• CoMo-170: 170 cm² • CoMo-300: 300 cm²Detector unit:• Autonomous, easily exchangeable assembly, integrated in the bottom of the overall housing Background:• CoMo-170: α approx. 0.1 cps, β/γ approx. 15 - 20 cps• CoMo-300: α approx. 0.1 cps, β/γ approx. 20 - 30 cps Background subtraction:• Automatic background measure- ment and subtraction, background measuring time programmable, option of net or gross measurement Measuring electronics:• Microcontroller-based electronics Keyboard:• Foil keyboard, 5 function keysPRODUCT APPLICATION• Nuclear technology • Clearance measurements • Research centers • Nuclear medicine • Civil protection • IndustryAlarm:• Individually configurable for each type of measurement, visual warning, acoustic warning (approx. 80 dB at a distance of 30 cm), optional vibration alarm, earphones can be connected for audible feedback in noisy or sensitive environments Nuclides:• Library for 25 nuclides, presetcalibration factors, user-specifically changeable, integrated auto- calibration function Measuring time:• Continuously in search mode or with user-configurable measuring time LC display:• Large-area, graphic LC display 128 x 64 pixels, with illumination, automatically switched on via photocell (LDR), or illumination duration adjustable Power supply:• 2 batteries (AA battery LR 6) or rechargeable batteries (NiMH), > 24 h operating time, can berecharged via charger or wall station Nominal operating range: • -10˚ C to + 40˚ C, up to approx. 90 % RF (non-condensing), IP 54, special version down to -20° CPRODUCT SPECSDimensions:• CoMo-170: 280 x 125 x 135 mm (L (with handle) x W x H)• CoMo-300: 318 x 157 x 172 mm (L (with handle) x W x H) Weight:• CoMo-170: approx. 800 g (including batteries)• CoMo-300: approx. 1,000 g (including batteries)Housing:• Ergonomically shaped plastic housing Interfaces:• USB interface (for connection with PC), battery charge/mains operation, external detectors, active wall station/wipe test stationSpecial versions:• CoMo-170 D: with additional GM counter tube integrated into the front for measurement of the dose rate• CoMo-170/-300 G: with thick- layer plastic scintillation detector • Magnetic field sensor(only CoMo-170)Wireless data value transmission with additional moduleCoMo SoftwareNUVIATech Instruments uses exclusive know-how and state-of-the art technologies in its monitoring systems dedicated to six major fields of application: waste management, homeland security, laboratories, health physics, continuous process monitoring and environmental monitoring.Please visit and for more information.CoMo ParameterSoftware for parameter setting of the CoMo-systemCoMo DataSoftware for read-out and further processing of stored measuring dataCoMo LoggerSoftware for direct display of measuring values on a PC incl. alarm monitoringMade in Germany。
UV-2000袖珍式紫外辐照度计和袖珍式紫外辐照度计价格
标题：ST-86L弱光照度计（验光仪专用）
ST－86L可实现对弱光到强光进行准确的照度测量。特点：*液晶数字显示。*硅光电探测器，光谱和角度特性经严格校正。*测量范围宽，精度高。*有数字保持功能。*操作简单，使用方便。技术指标：*测量范围：(0.01～19.99×103)lx *相对示值误差：±4%±1个字* V (λ)匹配误差：f1≤6 % *余弦特性误差：f2≤4 % *响应时间：1秒*非线性、换挡、疲劳特性等误差：均符合一级照度计标准*使用环境：温度(0～40)℃；湿度<85%RH *尺寸和重量：180mm×80mm×36mm；0.2kg *电源：6F22型9V积层电池一只...
厂家：上海政泓市场价格：优惠价格：搜索联系全数字多通道照度计
标题：全数字多通道照度计
全数字多通道照度计可以同时对多台照度计进行实时跟踪测量。最大可同时对32台照度计进行实时测量。该仪器操作方便，仪器测量精度高，误差小。特点:采用多通道分布式测试系统，可同时对32个通道照度计同时进行测试并实时监测各个通道照度计可独立工作应用:分布式照度测量技术指标:测量通道：1-32通道，用户自选动态范围：0.1-100,000lx方向性响应误差：优于4%精度：优于±4%分辨率：0.001lx重复性：0.001lx工作温度：0-50℃温度系数：-0.1%/℃数字V(λ)传感器光谱响应达国家一级照度计标准供电电源：主机AC220V保修期：1年随机附件：电源线和说明书...
厂家：上海度计
标题：XYI-V全数字紫外幅照度计
电离室类区域辐射监测仪表及其常见故障检修
电离室类区域辐射监测仪表及其常见故障检修张静波【期刊名称】《《仪器仪表用户》》【年(卷),期】2019(026)004【总页数】4页(P71-74)【关键词】电离室; 区域I型监测仪; 区域Ⅱ型监测仪; 检修; LPDU; RDU【作者】张静波【作者单位】中核核电运行管理有限公司浙江海盐 314300【正文语种】中文【中图分类】TL75为确保核电站运行安全，防止放射性物质向外环境泄漏及保证核电站工作人员免受高核辐射的危害，秦山第二核电厂设计了多种放射性的监测方法，区域I型、Ⅱ型监测仪就是其中之一。
它是KRT系统中非常重要的监测通道。
1 设备描述秦山第二核电厂3、4号机组采用的电离室类区域监测仪表主要有区域Ⅰ型监测仪、区域Ⅱ型监测仪，隶属于KRT系统，两机组一共设计了13台，选用的是西安核仪器厂生产的XH-3202Q2型和XH-3203Q2型，电离室的体积为1升。
监测仪由探测器、LPDU、源检装置、RDU组成。
1.1 探测器该仪器采用的是常压空气电离室探测器。
探测器主要由1升电离室和前置放大器组成。
参见图1探测器电原理图。
电离室由高压极、收集极、保护电极、绝缘体、工作气体组成。
前置放大器采用的是全反馈电流电压放大器，探测器的安装采用浮空设计，探测器安装在具有放射性代表性的房间。
当房间内电离射线通过探测器内的两个电极之间的气体时，会使气体电离，并使电离室产生一个电流信号，信号强弱与照射剂量率成正比，电流信号引入到前置放大器中，经过电子线路成形放大等过程而被分析和记录[1-3]。
图1 探测器电原理图Fig.1 Electrical schematic diagram of detector图2 监测道结构示意图Fig.2 Diagram of monitoring channel structure1.2 就地处理显示报警箱（LPDU）M-2036B数字化就地处理箱（LPDU）其外壳为不锈钢材料，由开关电源、键盘和显示模块、M-2100数据处理模块、M-2116V/F转换模块、高压电源模块、调零模块、继电器和端子排等几大部件组成。
Philips 芬尼斯 放射性辐射治疗设备用户说明说明书
Radiation OncologyRadiation OncologyOrchestratorStreamlining and accelerating radiation oncology workflowsPhysician intentSimulation Contouring ContourapprovalPlanning PlanningreviewphysicsMDapprovalPhysicschecksWork - value added Wait - no value UncertaintyImageregistrationSimplifying complexradiotherapy workflowsThe fragmented and labor-intensive process of navigating the radiotherapytreatment process is a challenge for every oncology professional.From patient referral to treatment, workflows can be complex andinefficient, stealing precious time from you and your patient. Manual steps,divergent systems, unique users and limited integration can make it difficultto provide accurate and timely treatment.At Philips we understand your desire to inspire change – to drive efficiency andultimately enhance the quality of care. Our goal, as a partner, is to streamlineworkflows and help you maintain consistency of practice, so your teamfunctions more effectively, yet never loses sight of what’s best for the patient.A vehicle for changePhilips Radiation Oncology Orchestrator is an intelligentpatient management solution designed to streamlineand accelerate radiation oncology workflows by helpingto manage complexity, improve efficiency and enableoperational excellence.By simplifying and shortening the process, more time canbe devoted to the patient and individual attention paid todeveloping more personalized treatments in the ongoingsearch for better outcomes.• Manage complexity• Improve efficiency• Enable operational excellenceI n addition to decreasing the patients’ time to treatment, patients will also benefit when we as clinicians can consistently treat every patient to the highest quality levels.”Building bridges,connecting workflowsRadiotherapy workflows are multi-faceted with a sequence of differing tasks, each to be completed by a particular specialist. Radiation Oncology Orchestrator builds bridges between these tasks and IT systems to orchestrate the interplay between people, applications and processes. Intuitive dashboards deliver relevant information to everyone’s fingertips with direct access to external applications and a deep integration with hospital IT.Philips IntelliSpace Radiation Oncology is:Radiation Oncology Orchestrator work owProtocol-driven and highly customizabePhysicianintent User-based WorklistConnected applicationsDepartmental trackerAutomatic sign-onPatient-speci c TasksHospital IT integration HIS/EMR/OISSimulation Contouring Planning Planning reviewChecklist TreatmentManage complexityRadiation Oncology Orchestrator helps to minimize workflow interruptions by applying standardized (yet customizable) processes and transparent communications to create a harmonized way of working.Consistent, protocol-driven workflowsRadiation Oncology Orchestrator automates and streamlines your patient management workflows to help reduce your workload. It promotes a consistency of practice bydecreasing inter-operator variability for a more harmonized way of working. Each clinical pathway is defined in detail using a ProtocolCard – this includes all tasks, users, and applications. ProtocolCards are fully customizable and adaptable to fit the needs of individual patients.Comprehensive overview of tasks and prioritiesIntuitive dashboards provide a comprehensive overview of both individual tasks as well as departmental workload and capacity. The Worklist and Departmental tracker are based on task urgency and start of treatment deadlines, with clear prioritization. Every team member can spend their time wisely, addressing the most relevant tasks first. The result – fewer delays and a more streamlined workflow.Guidance through the radiation oncology processAll patient-specific task information is presented on task pages in one place and in proper context. You see tasks previously completed by others, any changes to the default protocol, safety warnings, and notes. With a paperless workflow and transparent communications, you can focus more clearly on the task to be completed. Less time is wasted looking for information.Cross-functional communicationCommunication throughout the process is key to an optimal outcome. Radiotherapy workflows involve a significantamount of information exchange between different users. It is critical that no information be lost and that it be transferred to the right persons, promoting a smooth workflow without delays or unnecessary rework. The Shared notes feature is integrated into every step of the process, streamlining the ability to share insights and rationale for patient-specific requirements or any protocol deviations.Departmental tracker – comprehensive overview of departmental workload and capacityA ProtocolCard is capturing physician intent and workflow tasks, from imaging to treatment. Each ProtocolCard is fully customizable to be in line with the department’s processes and adaptable to the individual patient.Shared notesTarget contouringIndexing of positioning devices Scan borders and tumour location for CT simulationComprehensive overview of taks and priorities with intuitive dashboardsExamples of different protocol-based Task pages with information on patient specific tasksUser-based Worklist – detailed overview of tasks at handSingle access point to your preferred applications Radiation Oncology Orchestrator allows for seamless integration with virtually all relevant applications in the radiation oncology environment. Designed as a multi-vendor positive solution it uses open standards to fit your existing workflows, applications, and IT infrastructure. You have a single-point of access to navigate easily between your preferred applications. And as login is browser based, you can access the information you need from virtually any location – via a workstation or tablet. This allows you to conduct tasks when and where needed, helping you to work efficiently and flexibly.Save time and clicksWith a single point of access, fewer authentications and passwords are required, speeding direct access to allconnected applications. Automated data routing between Radiation Oncology Orchestrator and connected systems (including treatment planning systems, simulators,contouring, and QA software) saves time and clicks, and reduces workload.The right information at the right timeThrough HL7 connectivity with HIS, EMR, and OIS, relevant patient information and demographics are automatically captured, consolidated, and presented, facilitating ease of information exchange.Radiation Oncology Orchestrator integrates with selected applications by offering functionality such as context-sensitive launch and seamless data exchange formaintaining data integrity and automating workflows. A simple push of a button brings you to the connected application and correct patient file with appropriateinformation necessary to continue the specific task at hand. Effective IT managementRadiation Oncology Orchestrator is powered by Philips HealthSuite on Premises (HSOP). This consolidated Radiation Oncology IT platform supports clinicalapplications based on industry standards for virtualization, interoperability, and security.Enable operational excellenceRadiation Oncology Orchestrator helps to apply thorough quality control and ensure traceability of data by mitigating risks and documentation of complete patient treatment data.Exceptional quality controlBuilt-in control measures alert the user about unusual or risk related parameters and deviations from the default protocol. Manual review option gives the user the ability to reject tasks, taking the workflow back to any previous task for correction. At the end of the workflow there is a mandatory checklist that is to be completed before the treatment can be started.Traceable patient historyRadiation Oncology Orchestrator allows you to maintain the highest standard in patient history management. Every action and detail is carefully tracked, including protocoldeviations and tasks completed. This helps to satisfy quality requirements by collecting a record of all information related to a patient’s treatment. Easy traceability and audit of off-protocol practice is possible in the event of questions.Radiation Oncology Orchestrator helps to reduce multiple logins, eliminate repetitive efforts, and lessen data inconsistencies by deeply integrating applications, automating workflows, and maintaining data integrity.Improve efficiencyYou have great flexibility to customize Radiation Oncology Orchestrator - from the overall care pathway design, down to the specific views and level of information shown in the dashboard and individual task pages. Each delivery of Radiation Oncology Orchestrator includes a comprehensive set of Practice Management services. Philips experts work with you tothoroughly map your clinical pathways and to configure the ProtocolCards to meet your specific departmental requirements. And integral training assures staff proficiency.Customization and configuration with integral Practice Management supportThe Radiation Oncology Orchestrator automation is going to be brilliant. But technology isn’t the onlyanswer. We are experiencing that the combination with Practice Management consultancy can truly streamline the radiotherapy workflow and allow us to improve clinical outcomes.”Dr. Russell Banner, Consultant clinical oncologist, The South West Wales Cancer CentreHigh level Workflow mappingProtocolCard development Product implementationHands on educationPractice Management modules as part of each delivery of Radiation Oncology OrchestratorRadiation Oncology Orchestrator is designed to help you keep pace with the dynamic environment and changing conditions of today’s radiotherapy treatment processes. This scalable solution is positioned to grow and evolve with your ambitions, adding new functionality and new applications for a higher level of automation.With Radiation Oncology Orchestrator you can drive operational excellence by mitigating risk, documenting results, and discovering actionable insights for efficient and effective radiotherapy treatment delivery today and into the future.Ready for the futureR adiation Oncology Orchestrator looks at the workflow process from consent to treatment to actually delivering the first fraction. The ultimate goal is to try to automate and streamline the process as much as you**********************。
ME3030B低频电磁辐射检测仪说明书
低频电磁辐射检测仪ME3030B手册2013年11月27日首先，恭喜您，已经购买我们的ME系列低频电磁辐射检测仪，它是您测量低频领域的专业设备。
GIGAHERTZ SOLUTIONS公司在电磁场测试领域树立了新的标准，我们推出的设备不但性能优秀，而且具备良好的性价比。
请注意，如果您需要测量高频领域（基站辐射，移动通信，广播电视，雷达，LTE等），您需要另外购买我们的HF系列高频电磁辐射检测仪，如果你的检测领域比较广，我们建议您我们的检测仪器套装，您可以花费更少的费用，得到更多的功能。
当然，我们所有的设备均提供优秀的升级空间，你可以选购我们的天线、探头，以提升您的设备升级空间。
我们提供最专业化的服务及产品，欢迎您登录我们的主页()，选择适合您的产品安全须知：●请不要将设备接触水源，否则会损坏敏感的电子系统●避免过高的温度，不要将设备放在散热设备这边，或者阳光直射的地方，特别是热天不要将设备留在车上，暴晒下的车内温度将过高，有可能损坏敏感的电子系统。
●本设备灵敏度非常高，使用时请注意不要撞击或小心跌落，否则会损坏传感器或天线。
●即使我们所有的设备都是非常安全的，因为它采用的是反沉没螺栓，但是它们不应该保存在儿童容易接触到的地方，因为在某些情况会，我们的设备可能对它们造成潜在的威胁！包装：封条包装（仪器内部）仪器介绍：ME3030B电磁辐射检测仪技术指标：传感器：电/磁场复合探头(1D)频率范围：16Hz - 2KHz量程范围：电场：1V/m - 1999V/m；磁场：1nT-1999nT精度：2%@50/60Hz检波方式：RMS供电：9V干电池（工作时间约24-36H）尺寸：70×175×30mm重量：410g应用：家用电器电磁辐射评估（节能灯、电取暖、地暖、电磁炉.....）电力系统电磁场强度评估（高压线、变电站...）锅炉、氩弧焊工业设备环境电磁辐射评估工作场所电磁辐射评估按键介绍：1、显示模式：测量结果的显示方式：E表示电场显示：单位为V/m，即字符在E位置，表示此测量数值为电场值。
FD-3013A智能化γ辐射仪操作规程
FD-3013A智能化γ辐射仪操作规程1 按后面板示意图，正确将电池装入电池盒内，并盖好电池板，旋紧螺丝。
2 按插头座示意图，正确插好主机与探头的电缆连线。
3 按下POWER电源开关键，主机显示并进入自检状态，同时，显示从0－1689计数自检，当计数超过128时，按复位键，主机显示主目录表，此时主机将主目录中的测量方式设定设置为常规测量方式，即每秒显示当前3秒的测量平均值，报警值设定为三倍本底0.25μSv/h报警，并自动选定开始测量，按确认键确定后，仪器开始测量，并显示当时当地的辐射剂量当量率，当其超出时，仪器有声响报警提示。
4修改测量方式设定和报警阈值设定。
用户可根据不同应用场所，选择测量方式和报警阈值。
4.1 修改测量方式具体方式如下：在主目录表状态下［若不是，可按退出键或者复位键返回］，按上选键或下选键，选定测量方式。
按确认键确认后，根据主机显示按上选键或下选键，可以选定定时测量方式，可在5－80秒范围内每5秒一档选定定时时间。
测量时间选定后，仪器开始测量，如时间定为10秒，则测量结束后仪器发出音响提示。
测量结果保持10秒后，仪器重新启动，如此往复，按确认键或退出键则停止，并返回主目录显示表。
4.2 修改报警限值设定：其方法如A，在主目录显示表中选定报警限值设定，按确认键确认后，根据主机显示在四个报警限值＜1＞三倍本底报警0.25μSv/h，＜2＞辐射场所报警2.5μSv/h，＜3＞防护水平报警20μSv/h，＜4＞用户设定10μSv/h中选定一个，例如选定<2>辐射场所报警2.5μSv/h，按确认键确认后，主机返回主目录选定其中的开始测量，仪器开始测量，并在辐射剂量当量率超出报警设定值2.5μSv/h时报警。
5 注意事项5.1探头防震防撞。
5.2仪器测量结束后，先关主机电源，再拨开连接线。
5.3仪器应存放在干燥的地方。
5.4仪器长时间不用时，必须将机内电池取出。
5.5一年后应送计量部门标定。
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FD-3007K袖珍辐射仪
详细信息：
FD-3007K袖珍辐射仪在个人剂量报警仪领域可谓是一款经典产品。
无论是从产品简约的外观设计，还是从优越的技术报警性能，都可谓是堪称完美。
由于此款产品最佳的用户体验和最高的性价比，自产品上市直至今日，该产品一直是最受客户喜欢的个人剂量报警仪。
FD-3007K袖珍辐射仪集剂量率和剂量测量于一体，增设安全防护报警和放射性场所的划分报警，提供累积剂量，适用于监测χ射线和γ射线，广泛应用于同位素放射性工作人员防护检测、无损探伤、加速器、核医疗、γ辐照、实验室核设施周围环境中的工作人员进行个人安全防护监测。
仪器特点：
集剂量率与剂量功能于一体
采用国际、国家放射性卫生防护标准设定报警阈
剂量率测量为自动、连续测量、设置“放射性场所”等报警功能
采用国际统一单位：μSv/h（剂量率）和μSv（累积剂量）直接显示测量量值四位液晶大屏显示，显示清晰
袖珍型，便于携带、功耗低
技术指标：
剂量率测量范围：0.1 ~ 399.9μSv/h
累积剂量测量显示范围：0 ~ 9999μS v
线性：剂量在测定范围内相对误差≤±10％
计量率在测定范围内相对误差≤±30％
角响应：0 ~ 45°≤±15％，45°－90°≤±30％
报警阈值：剂量率设置范围：0－99.99μSv/h
能量范围： 0.04Mev ~ 1.5Mev
能量响应：（1）0.25Mev－1.5Mev≤±20%（137Cs归一）
（2）0.06Mev－0.25Mev≤±30%（经补偿）
剂量率测量：自动变换测量时间为1－60秒
电源与功耗：9.0VAA电池，背景辐射下功耗不大于5mW
环境温度：－10℃ ~ 45℃
重量与尺寸：190克，110×68×25mm
参考用户类型：
核技术研究机构
核医学科放射科同位素疾病预防控制中心 X射线探伤机
化工厂(核子秤) 水泥厂(料位计) 啤酒厂(液位仪)
钢铁厂、金属制品厂（探伤仪）造纸厂(测厚仪) 石材加工厂
核工业地质大队（铀矿初步普查）
出入境检验检疫局海关核电站
售后服务及相关：
证书出具单位：华东国家计量测试中心
校准标定：计量设备的理论校准频率为1次/年，我们为客户提供校准服务。
售后服务：保修一年，终身维修。
发票种类：17%增值税专用发票。