SRM3000英文说明书(表面电阻测试仪)
表面电阻测试仪的原理和使用方法
表面电阻测试仪的原理和使用方法
◆简介
表面电阻测试仪(ESD Resistance tester)又称便携式表面电阻测试仪，是测试物体表面电阻值的一种仪器。
测量精度高，操作简单，携带方便，是测量表面电阻率理想的选择。
◆原理
表面电阻测试仪是通过测量防静电产品表面的电阻，从而检测防静电产品的防静电能力
◆分类
表面电阻测试仪有很多型号、品牌，为好能更加准确地测量出物体表面的阻值，建议大家选择带有电压选择键的测试仪，这类仪器会精度会更好，准确性会更高。
国内很多合资、独资企业都使用国际电工委员会的标准，为了向国际标准靠拢，适应国际先进静电防护技术的要求，提高我们本国标准与国际标准的接轨程度，我国行业标准SJ/T10694-2006《电子产品制造与应用系统防静电检测通用规范》，。
SIR-3000用户手册-d 20060315
TerraSIRch SIR-3000用户手册美国地球物理测量系统公司TerraSIRch SIR-3000用户手册 (1)第一部分介绍 (1)1.1仪器配置Unpacking Your System (1)1.2概述General Description (1)硬件连接Hardware Connections (1)第二部分 启动和设置TerraSIRch (6)2.1 硬件设置Hardware Setup (6)2.2 系统启动与显示 Boot-Up and Display Screen (8)数据显示窗口 Data Display Windows (9)2.3 系统模式和菜单：概述 System Modes and Menus (10)系统菜单SYSTEM (10)采集菜单COLLECT (12)雷达Radar (12)扫描SCAN (13)增益GAIN (15)信号位置POSITION (16)滤波器FILTERS (17)回放菜单PLAYBACK Menu (18)扫描SCAN (18)处理PROCESS (19)输出菜单OUTPUT Menu (19)显示DISPLAY (19)数据传输Transfer (20)2.4: 命令栏Command Bar (20)参数设置模式In Setup Mode (20)运行模式（In RUN Mode） (22)第三部分 TerraSIRch设置采集参数 (24)3.1: 二维采集参数设置 (24)第一步：系统启动 (24)第二步： 检查参数 (24)打开参数设置文件 Load SETUP (24)测量轮标定 Survey Wheel Calibration (25)测量轮的缺省设置： (26)检查时间窗口 Check RANGE (27)检查扫描数/单位距离 Check SCN/UNIT (27)检查增益 Check GAIN (28)第三步：资料采集 (28)3.2 三维采集参数设置Setup for Single Line 3-D Collection in TerraSIRch (29)第一步：选择天线，设置参数 (29)第二步：布置测量网格 (29)第三步：测网位置信息 (29)第四步：采集数据 (29)3.3 连续测量Setting Up for Time-Based Data Collection (30)第一步：系统启动。
ENERGIZING SPA MB3000产品安全数据表说明书
ENERGIZING SPA MB3000Safety Data Sheetaccording to Regulation (EC) No. 453/2010Date of issue: 06/03/2015Revision date: : Version: 1.0 19/05/2015 EN (English) 1/8 1.1. Product identifierProduct name : ENERGIZING SPA MB3000Product code : 808061Vaporizer : AerosolSKU # : 19107281.2. Relevant identified uses of the substance or mixture and uses advised against1.2.1. Relevant identified usesMain use category : Professional useUse of the substance/mixture : Air care productsOdour agents1.2.2. Uses advised againstNo additional information available1.3. Details of the supplier of the safety data sheetSupplierNewell Europe sàrl10 chemin de Blandonnet1214 Vernier - SwitzerlandT +44(0)870 5686824********************OtherNewell Poland Services Sp. z.o.o.Plac Andersa 761-894 Poznań - PolandT +44(0)870 5686824www.rubbermaid.eu/contact1.4. Emergency telephone numberEmergency number : +44(0)870 56868242.1. Classification of the substance or mixtureClassification according to Regulation (EC) No. 1272/2008 [CLP]Aerosol 1 H222;H229Eye Irrit. 2 H319Aquatic Chronic 3 H412Full text of H-phrases: see section 162.2. Label elementsLabelling according to Regulation (EC) No. 1272/2008 [CLP]Hazard pictograms (CLP):GHS02 GHS07Signal word (CLP) : DangerHazard statements (CLP) : H222 - Extremely flammable aerosolH229 - Pressurised container: May burst if heatedH319 - Causes serious eye irritationH412 - Harmful to aquatic life with long lasting effectsPrecautionary statements (CLP) : P210 - Keep away from heat, hot surfaces, sparks, open flames and other ignition sources. NosmokingP251 - Do not pierce or burn, even after useP305+P351+P338 - IF IN EYES: Rinse cautiously with water for several minutes. Removecontact lenses, if present and easy to do. Continue rinsingP337+P313 - If eye irritation persists: Get medical advice/attentionP410+P412 - Protect from sunlight. Do not expose to temperatures exceeding 50 °C/122 °F EUH phrases : EUH208 - Contains LIMONENE, CITRONELLOL, HEXYL CINNAMAL, BENZYL SALICYLATE,TETRAMETHYL ACETYLOCTAHYDRONAPHTHALENES, HYDROXYCITRONELLAL. Mayproduce an allergic reaction2.3. Other hazardsThis substance/mixture does not meet the PBT criteria of REACH regulation, annex XIIIThis substance/mixture does not meet the vPvB criteria of REACH regulation, annex XIII3.1. SubstanceNot applicable3.2. MixtureFull text of H-phrases: see section 16SECTION 4: First aid measures4.1. Description of first aid measuresFirst-aid measures general : Never give anything by mouth to an unconscious person. If you feel unwell, seek medicaladvice (show the label where possible).First-aid measures after inhalation : Cough. Allow breathing of fresh air. Allow the victim to rest.First-aid measures after skin contact : Remove affected clothing and wash all exposed skin area with mild soap and water, followedby warm water rinse.First-aid measures after eye contact : Rinse cautiously with water for several minutes. Direct contact with the eyes is likely to beirritating. Remove contact lenses, if present and easy to do. Continue rinsing. If eye irritationpersists: Get medical advice/attention.First-aid measures after ingestion : Rinse mouth. Do NOT induce vomiting. Obtain emergency medical attention.4.2. Most important symptoms and effects, both acute and delayedSymptoms/injuries after inhalation : Shortness of breath.Symptoms/injuries after skin contact : May cause an allergic skin reaction.Symptoms/injuries after eye contact : Causes serious eye irritation.4.3. Indication of any immediate medical attention and special treatment neededNo additional information available5.1. Extinguishing mediaSuitable extinguishing media : Foam. Dry powder. Carbon dioxide. Water spray. Sand.Unsuitable extinguishing media : Do not use a heavy water stream.5.2. Special hazards arising from the substance or mixtureFire hazard : Extremely flammable aerosol.Explosion hazard : Heat may build pressure, rupturing closed containers, spreading fire and increasing risk ofburns and injuries.5.3. Advice for firefightersFirefighting instructions : Use water spray or fog for cooling exposed containers. Exercise caution when fighting anychemical fire. Prevent fire-fighting water from entering environment. DO NOT fight fire when firereaches explosives. Evacuate area.Protection during firefighting : Do not enter fire area without proper protective equipment, including respiratory protection.SECTION 6: Accidental release measures6.1. Personal precautions, protective equipment and emergency proceduresGeneral measures : No open flames. No smoking. Isolate from fire, if possible, without unnecessary risk. Removeignition sources. Use special care to avoid static electric charges.6.1.1. For non-emergency personnelEmergency procedures : Evacuate unnecessary personnel.6.1.2. For emergency respondersProtective equipment : Equip cleanup crew with proper protection.Emergency procedures : Ventilate area.6.2. Environmental precautionsPrevent entry to sewers and public waters. Notify authorities if liquid enters sewers or public waters. Avoid release to the environment.6.3. Methods and material for containment and cleaning upMethods for cleaning up : Soak up spills with inert solids, such as clay or diatomaceous earth as soon as possible. Collectspillage. Store away from other materials.6.4. Reference to other sectionsSee Heading 8. Exposure controls and personal protection.SECTION 7: Handling and storage7.1. Precautions for safe handlingAdditional hazards when processed : Hazardous waste due to potential risk of explosion. Pressurized container: Do not pierce orburn, even after use.Precautions for safe handling : Wash hands and other exposed areas with mild soap and water before eating, drinking orsmoking and when leaving work. Provide good ventilation in process area to prevent formationof vapour. Do not spray on an open flame or other ignition source.Hygiene measures : Wash hands and other exposed areas with mild soap and water before eating, drinking orsmoking and when leaving work.7.2. Conditions for safe storage, including any incompatibilitiesTechnical measures : Comply with applicable regulations.Storage conditions : Keep only in the original container in a cool, well ventilated place away from : Direct sunlight,Heat sources, Ignition sources. Do not expose to temperatures exceeding 50 °C/ 122 °F. Incompatible products : Strong bases. Strong acids.Incompatible materials : Sources of ignition. Direct sunlight. Heat sources.7.3. Specific end use(s)No additional information availableSECTION 8: Exposure controls/personal protection8.1. Control parameters8.2. Exposure controlsPersonal protective equipment : Avoid all unnecessary exposure.Hand protection : Wear protective glovesEye protection : None under normal useRespiratory protection : None under normal useOther information : Do not eat, drink or smoke during use.SECTION 9: Physical and chemical properties9.1. Information on basic physical and chemical propertiesPhysical state : LiquidAppearance : Clear Transparent Liquid.Colour : colourless to slightly yellow.Odour : characteristic.Odour threshold : No data availablepH : No data availableRelative evaporation rate (butylacetate=1) : No data availableMelting point : No data availableFreezing point : No data availableBoiling point : No data availableFlash point : No data availableAuto-ignition temperature : No data availableDecomposition temperature : No data availableFlammability (solid, gas) : Extremely flammable aerosolVapour pressure : 3,5 - 4,5 barRelative vapour density at 20 °C : No data availableRelative density : 0,619 - 0,645Solubility : No data availableLog Pow : No data availableViscosity, kinematic : No data availableViscosity, dynamic : No data availableExplosive properties : No data availableOxidising properties : No data availableExplosive limits : 1,8 - 19 vol %9.2. Other informationNo additional information availableSECTION 10: Stability and reactivity10.1. ReactivityNo additional information available10.2. Chemical stabilityExtremely flammable aerosol. Contains gas under pressure; may explode if heated. Extreme risk of explosion by shock, friction, fire or other sources of ignition.10.3. Possibility of hazardous reactionsNot established.10.4. Conditions to avoidDirect sunlight. Extremely high or low temperatures. Heat. Sparks. Open flame. Overheating.10.5. Incompatible materialsStrong acids. Strong bases.10.6. Hazardous decomposition productsfume. Carbon monoxide. Carbon dioxide.11.1. Information on toxicological effectsAcute toxicity : Not classifiedSkin corrosion/irritation : Not classifiedBased on available data, the classification criteria are not met Serious eye damage/irritation : Causes serious eye irritation.Respiratory or skin sensitisation : Not classifiedBased on available data, the classification criteria are not met Germ cell mutagenicity : Not classifiedBased on available data, the classification criteria are not met Carcinogenicity : Not classifiedBased on available data, the classification criteria are not met Reproductive toxicity : Not classifiedBased on available data, the classification criteria are not met Specific target organ toxicity (single exposure) : Not classifiedBased on available data, the classification criteria are not metSpecific target organ toxicity (repeated exposure) : Not classifiedBased on available data, the classification criteria are not metAspiration hazard : Not classifiedBased on available data, the classification criteria are not metPotential adverse human health effects andsymptoms: Based on available data, the classification criteria are not met. SECTION 12: Ecological information12.1. ToxicityEcology - water : Harmful to aquatic life with long lasting effects.12.3. Bioaccumulative potential12.4. Mobility in soilNo additional information available12.5. Results of PBT and vPvB assessment12.6. Other adverse effectsAdditional information : Avoid release to the environmentSECTION 13: Disposal considerations13.1. Waste treatment methodsWaste disposal recommendations : Dispose in a safe manner in accordance with local/national regulations. Container underpressure. Do not drill or burn even after use.Additional information : Flammable vapours may accumulate in the container.Ecology - waste materials : Avoid release to the environment.SECTION 14: Transport informationIn accordance with ADR / RID / IMDG / IATA / ADN14.6. Special precautions for user- Overland transportClassification code (ADR) : 5FSpecial provisions (ADR) : 190, 327, 344, 625Limited quantities (ADR) : 1lExcepted quantities (ADR) : E0Packing instructions (ADR) : P207, LP02Special packing provisions (ADR) : PP87, RR6, L2Mixed packing provisions (ADR) : MP9Transport category (ADR) : 2: V14Special provisions for carriage - Packages(ADR)Special provisions for carriage - Loading,: CV9, CV12unloading and handling (ADR): S2Special provisions for carriage - Operation(ADR)Tunnel restriction code (ADR) : D- Transport by seaSpecial provisions (IMDG) : 63, 190, 277, 327, 344, 959Limited quantities (IMDG) : SP277Excepted quantities (IMDG) : E0Packing instructions (IMDG) : P207, LP02Special packing provisions (IMDG) : PP87, L2EmS-No. (Fire) : F-DEmS-No. (Spillage) : S-UStowage category (IMDG) : NoneStowage and segregation (IMDG) : Protected from sources of heat?For AEROSOLS with a maximum capacity of 1 litre: CategoryA. Segregation as for class 9 but 'Separated from' class 1 except division 1.4.?For AEROSOLSwith a capacity above 1 litre: Category B. Segregation as for the appropriate sub-division ofclass 2.?For WASTE AEROSOLS: Category C. Clear of living quarters. Segregation as for theappropriate sub-division of class 2.- Air transportPCA Excepted quantities (IATA) : E0PCA Limited quantities (IATA) : Y203PCA limited quantity max net quantity (IATA) : 30kgGPCA packing instructions (IATA) : 203PCA max net quantity (IATA) : 75kgCAO packing instructions (IATA) : 203CAO max net quantity (IATA) : 150kgSpecial provisions (IATA) : A145, A167ERG code (IATA) : 10L- Inland waterway transportClassification code (ADN) : 5FSpecial provisions (ADN) : 19, 327, 344, 625Limited quantities (ADN) : 1 LExcepted quantities (ADN) : E0Equipment required (ADN) : PP, EX, AVentilation (ADN) : VE01, VE04Number of blue cones/lights (ADN) : 1Carriage prohibited (ADN) : NoNot subject to ADN : No- Rail transportClassification code (RID) : 5FCarriage prohibited (RID) : No14.7. Transport in bulk according to Annex II of MARPOL 73/78 and the IBC CodeIBC code : Not applicable.15.1. Safety, health and environmental regulations/legislation specific for the substance or mixture15.1.1. EU-RegulationsContains no substances with Annex XVII restrictionsContains no substance on the REACH candidate listContains no REACH Annex XIV substances15.1.2. National regulationsNo additional information available15.2. Chemical safety assessmentNo chemical safety assessment has been carried outData sources : REGULATION (EC) No 1272/2008 OF THE EUROPEAN PARLIAMENT AND OF THECOUNCIL of 16 December 2008 on classification, labelling and packaging of substances andmixtures, amending and repealing Directives 67/548/EEC and 1999/45/EC, and amendingRegulation (EC) No 1907/2006.Other information : None.SDS EU ANNEX II NEWELLThis information is based on our current knowledge and is intended to describe the product for the purposes of health, safety and environmental requirements only. It should not therefore be construed as guaranteeing any specific property of the product。
美国GE电导率仪AutoSigma3000说明书中英文对照版
How to set unit for operation1.switch on instrument by pressing on/off.2.when instrument is ready press SET to start the setting process.3.follow the on-screen instructions.1)hold probe in air and press set. wait for the beep2)place the probe on the probe on STD1(indicated by on-screen arrow).press SET and wait for the beep3) place the probe on the probe on STD2.press SET and wait for the beep4.the unit is now ready. if the unit does not set properly,repeat steps 2 and 3.如何设置单元操作1.按on/off打开仪器;2.当仪器准备好后，按SET设置过程。
3.按照屏幕上的指令。
1)探头置于空气中按SET键，等待嘀声；2)将探头探测上STD1(由屏幕上的箭头表示)。
按SET, 等待嘀声3)地方STD2探针的探针。
按SET, 等待嘀声4。
你单位现在准备好了。
如果单位不正确设置,重复步骤2和3。
Change probe details1.the autosigma3000 has 6 available memory slots for probe numbers (three 4-digit and three 2-digit).2.press MENU,and step to probe line item using cursor key.3.press SET to highlight probe number and change selected probe using cursor keys.4.press SET when finished.5.to modify the selected probe number use cursor keys to step through the menus to Probe code menu.6.to change D1 value…(1)highlight D1 line and press SET.(2)change the number using up and down arrows.(3)press SET to record.7.change values for D2，D3&D4(step 5/6).8.store settings in memory with a long press of SEND.wait for beep.9.Return to Measurement mode by pressing MENU.改变探针的细节1.autosigma3000有6可用内存插槽探针数量，三个4位和三个两位；2.按MENU，使用光标键设置步骤和探头线项目。
静电控制SRMETER2表面电阻仪安装、操作和维护说明说明书
DescriptionThe SCS SRMETER2 Surface Resistance Meter is a portable battery powered checker fitted with built-in parallel electrodes that allow for tests of material surface resistance. This meter is designed for quick checksof surface resistance for ESD control applications in electronics manufacturing or handling environment. The Surface Resistance Meter is equipped with an automatic test voltage selector. The test voltage will switch from 10V to 100V should the measured resistance exceed 1 x 105 ohms. Two banana jacks and an electrode toggle switch allow for the connection of two external 5 pound electrodes that measure surface resistance point to point (Rtt) or resistance to equipment ground (Rtg).ESD protected area products should be tested:A. Prior to installation to qualify for listing in user’s ESDcontrol plan. Approved ESD materials (see product qualification table at ANSI/ESD S20.20 Table 3 EPAMade in theUnited States of AmericaFigure 1. SCS SRMETER2 Surface Resistance MeterA. Electrode Banana Jacks: Insert the test leads from the optional 5 pound electrodes here.B. Electrode Toggle Switch: Toggle the switch to INTERNAL to measure with the parallel electrodes located on the back of the Surface Resistance Meter. Position the switch to EXTERNAL to measure with optional 5 pound electrodes (not included).C. Resistance Measurement LEDs: The resistance is measured in ohms and read as 10X ±1/2 decade where X is the range illuminated on the meter.D. Parallel Electrodes: Ensure that the electrode toggle switch is set to INTERNAL when choosing to take a measurement with these electrodes.E. Test Switch: Use this switch to make a surface resistance measurement. Push and hold until one of the resistance measurement LEDs remains illuminated.F. Low Battery LED: Replace the battery when this battery illuminates during use. Do not use the Surface Resistance Meter when this LED illuminates.G. Battery Compartment: Remove the cover to allow access to the 9V battery compartment.Figure 2. SRMETER2 features and components B CE GFigure 3. Using the parallel electrodes to measure surface resistanceUSING THE OPTIONAL TEST LEADS AND ONE OR TWO 5 POUND ELECTRODESGeneral GuidelinesUse both 5-pound electrodes for ResistancePoint-to-Point (Rtt) measurements.Use one 5-pound electrode, and connect one test lead to ground for Resistance-to-Ground (Rtg) measurements.Ensure that the item being measured is electrically isolated (placed on an insulative surface). The checker will measure the lowest resistance path.Minimize crossing the test leads when possible.When using 5-pound electrodes:• Place them no closer than 2” from the edge of the surface being measured.• Place them no closer than 3” to any groundable point.• Place them about 10” apart from each other for Rtt measurements of a worksurface.• Place them about 3’ apart from each other for Rtt measurement of a floor.Preferable electrode placements include:• Most commonly used area of a surface• Most worn area• Center of surface• Furthest area from a grounded pointIf the surface to be measured has sections (i.e. floor tiles, garment panels), place the 5-pound electrodes on different sections for Rtt measurements.Clean the material’s surface for test lab measurements, but do not clean the surface for materials that are already installed. Only clean and re-test the installed material if failure occurs.Frequency of Compliance Verification Testing NOTE: “The frequency of periodic testing is normally specified in corporate operating procedures. …The frequency of testing is driven by the amount of risk exposure that can occur between tests. For, example, what is the quantity of product handled between test periods?” (See ESD Handbook ESD TR20.20)Per ANNEX A of Compliance Verification ESD TR53 “Test Frequency, The objective of the periodic test procedures listed in this document is to identify if significant changes in ESD equipment and materials performance have occurred over time. Test frequency limits are not listed in this document, as each user will need to develop their own set of test frequencies based on the critical nature of those ESD sensitive items handled and the risk of failure for the ESD protective equipment and materials.”Additional information includes:• Worksurface - at least quarterly (see ESD TR20.20 section 5.3.1.13 Periodic Tests)• Footwear - “Incoming inspection on a lot sampling basis should be performed for all static controlfootwear.” (see ESD TR20.20 section 5.3.3.4Testing)• Floor - “The types of monitoring and typeof equipment are considerations. In somecases, a simple electrical resistance test with amegohmmeter may suffice. In others, a staticcharge generation test may be required.” (see ESD TR20.20 section 5.3.4.13 Performance Monitoring) • Seating - “The recommended electrical resistance range for seating is less than 1 x 109 ohms astested in accordance with ANSI/ESD STM 12.1.This value should be during acceptance testing,installation and periodically thereafter.” (see ESDTR20.20 section 5.3.5.3 Testing)• Garments - “To maintain process control, it is imperative that the garment be tested per ANSI/ESD STM 2.1. The point-to-point and sleeve-to-sleeveresistance test should be made.” (see ESDTR20.20 section 5.3.13.3.1.8 Periodic Testing)。
SIR3000使用说明
SIR –3000地质雷达使用手册云南航天质量无损检测站2005．7．15SIR –3000地质雷达使用手册说明本说明书是在GSSI提供的中文板的基础上校编而成，修改了原说明书译文中的错误，现发给各项目部，仅限公司内部使用，不得外传。
SIR –3000地质雷达使用手册第一部分引言 (1)1.1 拆封系统 (1)1.2 总的描述 (1)第二部分启动和TerraSIRch 模块设置 (5)2.1 硬件设置 (5)2. 2 启动和屏幕显示 (6)2. 3 系统模式和菜单：总的描述 (8)系统菜单 (8)采集菜单................................................................................. .. (9)回放菜单....................................................................................... .14 输出菜单................................................................................. ....... .15 第三部分：采集数据系统设置 (20)3.1 用于二维采集的设置 (20)3.2 用于三维采集的设置 (22)3.3 基于时间数据采集的设置 (22)3.4 点数据采集的设置 (23)第四部分：数据传送和文件维护 (24)4.1 通过USB连接传送到PC机 (24)4.2 通过外部压缩闪光卡传送到PC机 (24)4.3 通过外部USB 钥匙链驱动传送到PC机 (24)4.4 从系统删除数据 (25)第五部分：预置参数模式汇总 (25)5.1 混凝土扫描 (25)5.2 构造扫描 (27)5.3 常用设施扫描 (27)5.4 地质扫描 (28)第六部分：在SIR-3000上使用GSP全球定位系统 (29)附录A：TerraSIRch SIR-3000 系统技术规格 (30)附录B：野外测量的基本知识 (32)附录C：把SIR-3000安装到手推车上 (36)附录D：常见材料的介电常数和术语集 (42)附录E：天线参数列表 (44)附录F：术语集和进一步阅读的建议 (49)附录G：在PC机上安装微软的ActiveSync (53)第一部分引言该手册既适用于探地雷达（GPR）的新用户，也适用于有经验的用户。
表面电阻测试仪使用说明书
表面电阻测试仪操作规程1.0目的为确保公司之仪器的有效操作，避免因操作方法、操作步骤等失误而造成仪器的损坏、或因仪器的维护不到位导致测试结果不精准，而产生产品的误测，特追溯至通用使用规程对本仪器制定正确的操作规则。
2.0范围适用于检测加抗静电剂之PET、GAG、PP、PVC等等各种塑胶卷/片材。
3.0引用文献表面电阻测试仪使用说明书(随机附)4.0仪器主体概述①⑤②③④①----指示灯②----测量键（TEST）③----“地表漏电”插座④----条形码⑤----标示卡5.0表面电阻测试仪的使用序号仪器部件使用与说明1 指示灯指示所测量的结果2 测量键（TEST）启动测量按键3 “地表漏电”插座插入地表漏电线4 条形码与被测物体充分接触5 标示卡仪器标示6.0仪器量程与规格6.1量程：本袖珍表面电阻测试仪量程从103 Ω到1012 Ω,误差为±1/2量级。
6.2规格：电源9伏PP3碱性电池测试电压标称9伏相对湿度0%~90%（不冷凝）温度范围使用中5℃～49℃储存中-15℃～+60℃解析一个数量级转换点对数计上1/2十进（3.16×10n）转换点精确度±1/2十进精确度±10%可重复性±5%重量6盎司尺寸130mm×70m×25mm7.0 表面电阻测试仪的具体操作方法序号图片说明打开电池盖，检查是否装上一个优质的PP3碱性电1池。
2 检查仪器各项功能是否正常，电源是否有电等等。
3先将测试仪从物体表面移开，按下测试按扭不动，这时红色绝缘指示灯点亮。
4 将被测物体放置在水平台面上，将测试仪放在被测物体的表面，使测试仪的两条条形码同时与被测物体充分接触后。
按下红色按扭。
此时测试仪将会点亮指示灯。
显示方块的电阻为103 Ω～1012 Ω或“绝缘”。
5 测试地表电阻：将地表电线插入“地表漏电”插座。
这样就把测试仪右侧的测试深针绝缘了，并把线夹接在地表接处6 把测试仪放在需要测试的地表，按住测试按扭。
表面电阻测试仪使用方法
表面电阻测试仪使用方法该仪器为一台便携式电阻仪，规格为103欧姆/米2～1012欧姆/米 2 ，精确度为±101/2。
它主要用于测量表面电阻接地电阻。
在测量表面电阻的时候，只要把仪器放在测量物表面，按下红色测试按钮就可以了。
随后仪器便会亮起103欧姆/米2～1012欧姆/米2范围内相应的灯或绝缘显示。
在测量接地电阻的时候，重复上述过程，同时将接地插头插入连接接地点的插座中即可。
该仪器的平行栅清确间隔，确保其测量的灵敏度。
它使用一只9VPP3电池供电，可以连续工作用40小时以上仪器规格：尺寸：130mm x 70mm x 25mm电源：9V PP3 电池接地插头一条便携式仪器皮套表面电阻测试仪同时具有测量表面电阻和接地电阻的功能。
主要用于测量静电消耗和绝缘表面的传导性能，可重复测量，操作简单。
该仪器运用ASTM标准的D-257平行栅感应方法，通过高速OP-AMP自动进行量程校准。
集成电路为线性，转换点为±10 1/2 （在对数范围内）（或±10%平均数/unit）。
操作移开电池仓的面板，检查PP3碱性电池是否安装好。
使该仪器不接触任何表面，按下测试按钮，绝缘的红色LED 亮。
把测试仪放到需要测试的表面去，再按下测试按钮不放使LED持续地亮，数值也就测量出来。
10/3 =1kilohm GreenLED10/4 =10kilohms GreenLED10/5 =100kilohms GreenLED10/6 =1megohm YellowLED10/7 =10megohms YellowLED10/8 =100megohms YellowLED10/9 =1,000megohms YellowLED10/10 =10,000megohms YellowLED10/11 =100,000megohms YellowLED10/12 =1,000,000megohms RedLED>10/12 =Insulative RedLED检查接地电阻将接地插头插入接地插座中，将探针置于仪器的右边。
选频测量监测仪SRM3000概要
4.操作界面
开关键
• 用同样的设置启动仪器 • 关掉仪器（按键时间稍长一些）
菜单选择按钮-设置键
• • • • • • • • • • • • 打开 CONFIGURATION 菜单 天线选择 缆线选择 标准选择 服务界面选择 单位界面选择 装置信息 日期和时间设置 安全评估模式结构 频谱分析模式结构 “UMTS P-CPICH解析”模式结构 时域分析模式结构
• 安全评测模式： 服务表单中的每个频率范围都用场强或所选择的 安全标准的百分比显示出来。 • 频谱分析模式： 对所选定的测量范围给出一个频谱概要或者确定 最大限值，并对测量值进行现场评估。 • 时域分析模式： SRM能够在客户设定的固定的频率内做选择性的、 持续性的测量。这使极短的瞬间比如脉冲雷达仪 器也能被测量到。这种操作模式对于受时间控制 的测量是很合适的。
菜单选择按钮-记忆键
• 打开记忆菜单 • 能够显示和管理存储结果。定义和激活 特别的记忆模式。设置注释功能
菜单选择按钮-模式键
• 打开模式菜单 • 操作模式选择
优化显示按钮
• CONTRAST 按钮 • 打开“调整对比”盒， 设置显示对比
• BRIGHT 按钮 • 显示背景光开或关
操作状态显示
选择服务商列表
• 选择第一个服务商 选定后，限制服务商列表中选定项之前的 所有服务商
• 选择第二个服务商 选定后，限制服务商列表中选定项之后的 所有服务商
• 选择所有服务商
设置测量范围
• 输入测量范围 • 1. 按Meas Range软键 “Set Measurement Range (MR)”选 择界 面打开，显示可选范围列表。 • 2. 用旋转控制键选中想要的测量范围。 • 3. 按ENT按钮。 设置选择的输入敏感度。
SensMax 3000系列火警报检测仪用户手册说明书
3825 Ohio Avenue, St. Charles, Illinois 601741-800-SENSOR2, FAX: 630-377-6495INSTALLATION AND MAINTENANCE INSTRUCTIONSSENS-RDRSensitivity ReaderSeriesEnvironmental Specifications Operating T emperature Range:32 to 120°F (0 to 49°C)Storage T emperature Range (without batteries): 5 to 140°F (–15 to 60°C)Operating Humidity Range: 10 to 90% RH non-condensingI56-1801-00406-10System Sensor warrants its enclosed product to be free from defects in materials and workmanship under normal use and service for a period of three years from date of manufacture. System Sensor makes no other express warranty for the enclosed product. N o agent, representative, dealer, or employee of the Company has the authority to increase or alter the obligations or limitations of this Warranty. The Company’s obligation of this Warranty shall be limited to the replacement of any part of the product which is found to be defective in materials or workmanship under normal use and service during the three year period commencing with the date of manufacture. After phoning System Sensor’s toll free number 800-SENSOR2 (736-7672) for a Return Authorization number, send defec-tive units postage prepaid to: Honeywell, 12220 Rojas Drive, Suite 700, ElThe SENS-RDR is designed to “... assure that each smoke detector is within its listed and marked sensitivity range ...” per NFPA 72.Slight fluctuations in readings may be experienced on any device at any given time and do not indicate a defect or sensitivity shift, provided the reading is within the specified range. These fluctuations are to be expected.The SEN S-RDR and its associated smoke detectors/sensors contain electronic parts and, though they are designed to last over 10 years, any of these components can fail at any time. Therefore, it is recommended to test your smoke detectors/sensors per NFPA 72 at least annually. Regular cleaning and testing of your fire detection system will measurably reduce your product liability risks and minimize nuisance alarms.FCC STATEMENTThis device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this devicemust accept any interference received, including interference that may cause undesired operation.Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: – Reorient or relocate the receiving antenna. – Increase the separation between the equipment and receiver. – Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. – Consult the dealer or an experienced radio/TV technician for help.THREE-YEAR LIMITED WARRANTYPaso TX 79936, USA. Please include a note describing the malfunction and suspected cause of failure. The Company shall not be obligated to replace units which are found to be defective because of damage, unreasonable use, modifications, or alterations occurring after the date of manufacture. In no case shall the Company be liable for any consequential or incidental damages for breach of this or any other Warranty, expressed or implied whatsoever, even if the loss or damage is caused by the Company’s negligence or fault. Some states do not allow the exclusion or limita-tion of incidental or consequential damages, so the above limitation or exclusion may not apply to you. This Warranty gives you specific legalrights, and you may also have other rights which vary from state to state.SENS-RDR BATTERIES AND BATTERY LIFEThe SEN S-RDR operates with two AA alkaline batteries only. Other battery types may result in improper function of the reader.NOTE: When the batteries in the SEN S-RDR get low, the LCD display will read “LOW BATT”. Once the low battery condition is reached, the reader will no longer function. Replace batteries to restore operation to the SENS-RDR.The SENS-RDR automatically turns off when not used after 30 minutes. T o conserve the battery life of the SENS-RDR, it is recommended that the reader be turned off when not in use. T o turn off the reader, press and hold the button for approximately 2 seconds until the reader sounds.2 I56-1801-004 ©2016 System Sensor. 06-10。
德尔格 X-am 3000多种气体检测仪 使用说明书 中文版
警告图标 显示“标定锁定”功能关 闭。如果标定已过期则图标闪烁。 箭头会指出哪项功能需要标定。 显示需要标定的第一个传感器名称。
传感器数值闪烁显示表明传感器需要 预热。 传感器预热时，读数可能是不精确 的。
一旦传感器预热完毕，数值就不再闪 烁显示。
“A1”和浓度测 量值，交替显示
“A2”和浓度测 量值，交替显示 特殊图标
特殊图标 特殊图标
特殊图标
特殊图标 特殊图标
特殊图标
特殊图标
浓度预报警 缺氧主报警 浓度主报警 电池预报警
按OK键
缺省设置： 无法确认 缺省设置： 无法确认
按OK键*）
电池主报警
操作中的故障 报警
时间加权平均值 报警
短期暴露 报警
如果由于长时间的放置，电池已经没有电了： ● 更换碱性电池（详见更换电池仓部分）或给电池充电（详见给电池充电部分）。 关于安装的传感器和报警阈值设置的信息，请参见“仪器开机”下面的自检程序 部分。
如果遇到以下情况，仪器必须再次进行标定： ● 第一次使用前。 ● 根据标定说明（详见标定部分）。 如果遇到以下情况，仪器需进行新鲜空气标定： ● 催化燃烧传感器，CO传感器和H2S传感器在纯净空气中的显示值不为零，或
● 确保前盖上的进气口干净通畅。应该能够看到前盖上的白色传感器过滤片。如 果需要更换过滤片，请参见更换传感器过滤片和密封圈部分。
8
菜单操作
开机
按住OK键约3秒钟，仪器开机。
按下箭头按钮显示菜单箭头。
按上箭头按钮向上移动箭头。
按下箭头按钮向下移动箭头。
关机
同时按住上下箭头按钮约3秒钟，仪器关机。 退出菜单或想取消一项功能，需同时按上下箭 头按钮。 按上箭头按钮直至显示测量模式也可退出菜 单。
防静电测试仪、表面绝缘电阻测试仪Metriso 3000
!IEC EN METRISO ®3000 TEST -KIT防静电测试仪/表面绝缘电阻测试仪Metriso ® 3000 - test kit 包括: 数字绝缘电阻测试仪, 温湿度传感器, USB 接口, ETC软件 , 2 个圆柱形测试探针, 1个带接口线的测试探针, 德语，英语，法语操作手册，校准证书，红色泡棉填充的便携箱。
•适用于点对点绝缘电阻测试和对地绝缘电阻测试• 带USB接口的数据存储单元方便导出数据(最大存储50.000 个). 随机软件 ETC 可生成测试报告•夹式温湿度传感器•用于快速记录测试点信息的扫码枪•测试电压 / 测试电流: 1 mA ≤ I ≤ 1,3 mA•量程:• 供电:• 探针:DC 10 volts,100 volts and 500 volts1 Ohm to 9,99 kOhm1 kOhm to 1,2 TOhm重量: 2,27 kg / Ø 63,5 mm)电压: 低阻: 高阻: 电池操作2 个带导电橡胶的Model 850 1 个手持式探针 Model 45满足标准IEC 61340-4-1, IEC 61340-2-3, IEC 61340-4-5订货号7100.3000.MK Metriso ® 3000 Test Kit 套装， 菜单界面 German/English/French/Spanish 7100.3000.MK.870Metriso ® 3000 Test Kit 套装，带探针 Probes 870, 菜单界面 German/English/French/Spanish ®7100.2000.ML 测试线 (com/shield, +pole)7100.3000.SC.2D 2D and 1D Codes 扫码枪7100.3000.Z502H 8 x NiMH 电池7100.3000.Z502R 电池充电器USB 接口传感器和扫描枪接口10 MOhm 自校准接口扫码枪温湿度传感器TEST AND MEASUREMENT 可选50m测试延长线TR-50。
表面电阻测试仪操作规程
符号日期内容工作文件批准审核编制无2014.02.18新版制订表面电阻测试仪操作规程年月日年月日年月日生效日期：2014年02月18日一、适用范围SL-030R表面电阻测试仪二、测试参考标准及原理SL-030R采用ASTM标准D-257，利用平行电极传感原理进行测试。
三、仪器技术参数电源9伏PP3碱性电池测试电压额定9伏相对湿度0%~90%（不结露）温度范围使用中5℃～49℃储存中-15℃～+60℃解析一个数量级转换点精确度±1/2十进精度±10%重复误差±5%重量170g尺寸130mm×70m×25mm页次：1/2编号：GSWD/AP-020版本：A修改号：0四、操作步骤1、放入9V电池，扣紧电池连接线，检查仪器各项功能是否正常。
2、先将测试仪从物体表面移开，按下测试按扭不动，这时红色绝缘指示灯点亮。
3、将被测物体放置在水平台面上，将测试仪放在被测物体的表面，使测试仪的两条测试电极同时与被测物体充分接触后。
按住红色TEST测试按钮数秒，此时相应LED指示灯亮，根据指示灯即可读出所测电阻的数量级（103Ω~1012Ω）。
3、记录测量值并判定被测产品电阻值是否符合产品标准。
4、测量对地电阻，将接地线插入接地（Ground）插座，这样绝缘了表的右侧检测电极（与插座在同侧）。
将鳄鱼夹接到地线上，将表放在被测表面上，按住测量（TEST）按钮，持续发光的LED指示出对地电阻值的量级。
这个测量值的单位是欧姆Ω。
5、测完后将仪器放入包装袋内并存放于无尘、干燥通风、无强光直射处。
五、校验：1、SL-030R表采用的是1％超薄膜电阻和高速放大电路，其校准步骤是基于该产品的线性电路技术而进行的。
阻抗值的转换点为1/2级对数即 3.16*10n，转换点的线性值为每测量档的中值(mean value per unit)的10％。
校验用仪器：十进电阻箱，测试电极2、校验按照公司文件规定，正常校验周期为12个月。
选频测量监测仪SRM3000概要
编辑参数-改变步幅宽度
• 当使用旋转控制键改变数值时，这个数值位限定 了步阶位的宽度 • ⇒ 按>软键 • 选中的数字向右移动一个位置，步阶宽度减少一 个因数10。 • 或者 • ⇒ 按<软键 • 选中的数字向左移动一个位置，步阶宽度减少一 个因数10。
设置显示对比度
• • • • • 1. 按CONTRAST按钮。 用条线图显示对比。 2. 用旋转控制键调整对比。 3. 按ENT按钮。 对比调整后，条线图不再显示。
选频测量仪SRM3000
操作手册
北京森馥科技有限公司
一、概述
1.仪器配置
• • • • SRM3000 主机：100kHz~3GHz 三轴天线：75MHz~3GHz 单轴天线：100kHz~300MHz
• Narda公司所有的天线都可以直接或通过RF线缆 跟SRM3000主机连接使用 • 其他天线也可以通过通用线缆与SRM3000主机连 接使用
2.仪器操作
• 开机准备：完全充电需要3.5小时 • 开机：按住开机/关闭按钮1秒钟 • 开机自检：大约5秒钟 自检内容：仪器各部分功能和内部程序 显示内容：仪器名称、序列号、自检内容 • 自检完毕，仪器进入测试界面（最近测量 的设置），可以开始测量 • 关机：按住开机/关闭按钮1秒钟
3.测量模式
功能键-保持键
• 暂停测量 • 在暂停状态下，可 以进入评估和显示功能， 但是不能编辑参数 • 继续测量
• 编辑参数时，输入数字 2的按钮
功能键-保存键
• 保存数据设置 • 单个数据设置（光谱， 图标） • 编辑参数时，输入数字 2的按钮 • 输入字母ABC
功能键-显示键
• • • • • • • • • • • • • 激活显示菜单 管理“频谱分析”模式里以下功能： 全屏显示 选择显示范围（20 dB, 40 dB,60dB,80dB,100dB） 选择Y轴的上限 如果正确选择其它参数，Y轴的限值将自动设置 在“安全评估”模式里管理下面的显示模式： 全屏显示 作为压缩图标 在“UMTS P-CPICH解析”模式（选择）和“时 域分析”模式里管理下面的显示模式： 全屏显示 编辑参数时，输入数字4的按钮 输入字母DEF
表面电阻测试仪说明书
SRT 静电电阻测试仪操作说明书 Surface Resistance Test Kit产品型号: EMI-20780产地: 美国EMIT ESD Monitoring, Ionization & Test A DESCO BrandEMI-20780可以方便精确地测试点对点电阻(RTT), 接地电阻(RTG)和体积电阻, 配套平板电极可测试表面电阻率, 配套两点测试电极可测量微小物体表面电阻.EMI-20780按照ANSI/ESD S4.1标准规定, 测试以下项目:1. 防静电工作台面电阻(ESD S4.1标准)2. 防静电地板电阻(ANSI/ESD S7.1标准)3. 防静电鞋电阻(ESD S9.1标准)4. 防静电工作服电阻(ESD STM 2.1标准)5. 防静电工作椅电阻(ESD STM 2.1标准)6. 人体通过防静电鞋和地板的接地电阻(ESD碍STM 97.1标准)7. 防静电工作台接地电阻(ESD-ADV 53.1标准)产品参数l测试范围: 1x 103Ω - 1012Ωl测试电压: 10V或100V+/-5%(自动选择)l测试精度: +/-10%; 大于等于1011Ω时测试精度: +/-20%l测试时间: 15秒(符合ESD S4.1标准)l测试单位: Ω (测试表面电阻率单位: Ω/□)l可测试环境温度: +/-3℃误差l可测试相对湿度: +/-10误差l重锤电极: 5磅+/-2盎司l电源: 2节AA电池产品标配件l测试表: 1个; 货号20780l点对点重锤电极: 2个; 货号50003l平板电极: 1个; 货号50560l连接线: 2条(黑色/白色); 货号19783l2节AA电池l手提箱l原厂校正证书l产品说明书产品选配件l同心圆重锤电极: 1个; 货号222002l两点测试电极: 1个; 货号844l BNC转换头: 1个A: 连接线插孔B: 显示屏C: 冥数LED指示灯l<3, 3: 红灯l4, 5: 绿灯l6, 7, 8: 蓝灯l9, 10, 11: 绿灯l12, >12: 黄灯D: 测试按键E : 状态LED指示灯l F: 华氏温度l℃: 摄氏温度l%RH: 相对湿度l10V: 10伏测试电压l100V: 100伏测试电压F : 测试电压选择键G: 电池盒: 2节AA电池ABC D EFG1.把2条连接线分别插入测试表上端的”A”插口, 注意白色连接线和黑色连接线的插头不同, 不要插错. 然后连接线另一端分别插入点对点重锤电极2.按下”D”测试按键15秒, 这时LCD屏幕按顺序显示如下:l华氏温度l摄氏温度l相对湿度l电阻值l所采用的测试电压3.LCD屏幕”B”在显示上面各项数值时, LED显示灯”E”会指示相应的测试项目4.电阻测试结果由”B”显示屏和”C”冥数LED指示灯共同显示, 例如电阻值为175000000Ω, 显示如下:1.75显示在”B”显示屏上, 同时”C” LED指示灯的8会亮,表示测试结果为: 1.75 x 108Ω5.如果LCD显示屏显示”1____”, 说明超过该仪器测试范围6.测试电压为10V或100V, 按下”F”键, 采用10V电压测试, 如果不按下”F”键, 仪器会根据不同测试材料自动选择测试电压. 阻值在105Ω以下时采用10V测试电压, 阻值在106Ω以上时采用100V测试电压四. 测试表面点对点电阻(RTT)1.不要清洁被测试的表面2.将2个点对点重锤电极放置在适当位置, 2个重锤电极距离测试材料边缘2英寸以上,如果测试材料上有接地点, 重锤点极需距离该接地点3英寸以上, 2个重锤电极相互距离10英寸以上3.按住”D”测试按键15秒, 等待测试结果4.如果测试结果超过标准, 清洁材料后再测试一次. 注意: 请选用REZTORE™防静电清洁剂清洁表面五. 测试接地电阻(RTG)1.不要清洁被测试的表面2.将一个点对点重锤电极放在被测试的物体表面3.将另一个重锤电极换为配套鳄鱼钳夹在接地点上4.按住”D”测试按键15秒, 等待测试结果5.如果测试结果超过标准, 清洁材料后再测试一次. 注意: 请选用REZTORE™防静电清洁剂清洁表面六. 测试表面电阻率1.将配套平板电极插入测试表上的”A”插孔2.按住”D”测试按键15秒, 等待测试结果3.这时仪器的测试结果单位为: Ω/□平行电极平板电极反面平板电极正面七. 体积电阻和体积电阻率测试符合EOS/ESD – S 4.1 /S 7.1, EN 100015 Teil1, IEC 93, IEC 61340-5-1, DIN IEC 1340-4-1规范要求 单锤重量: 2.27 kg单锤尺寸: 70mm(直径) x 135mm(高) 橡胶垫直径: 63mm 橡胶垫硬度: Shore 60 橡胶垫电阻: <1000Ω采用点对点重锤电极测量体积静电电阻, 根据以下公式转换为体积电阻率 P V = R V h4d 2pP V : 体积电阻率 R V : 体积电阻 h: 料样厚度d: 重锤电极橡胶垫直径 (63mm)橡胶垫点对点重锤电极(标配)订购编号: 50003八. 表面电阻及表面电阻率测试第六项所描述的采用平板电极测试表面电阻率的方式是一种不精确的方法, 如需精确并符合最新EOS/ESD 规范, 需采用同心圆重锤电极.符合ESD – S 11.11-19931, EN 61340-5-1, DIN EN 61340-2-3:2000规范要求 重量: 2.5 kg尺寸: 67mm(直径) x 120mm(高) 外圆环橡胶垫外直径: 63mm 外圆环橡胶垫内直径: 57mm 内圆橡胶垫直径: 30mm 橡胶垫硬度: Shore 70+/-5 橡胶垫电阻: <100Ω电极间电阻: >2 x 1013Ω at 500V 表面电阻和表面电阻率换算比率: x 10采用同心圆重锤电极测量表面电阻, 可以根据以下公式转换为表面电阻率 P S = R S)1R 2R ln(2p = R S )155.28ln(14.3x 2= R S x 10 P S : 表面电阻率R S : 表面电阻R1: 内圆橡胶垫半径15mmR2: 外圆环橡胶垫内半径28.5mm外圆环橡胶垫同心圆重锤电极(选配) 订购编号: 222002: 单锤222003: 单锤+连接线+手提箱九. 两点测试电极(选配)用于测试微小物体表面两点之间静电电阻 符合ESD DS11.13规范要求 橡胶垫直径: 3mm 2个橡胶垫中心距: 6mm 单个探针弹力: 5oz (688g) 探针伸缩长度: 13mmBNC 接口握柄尺寸: 22mm(直径) x 125mm(长度)两点测试电极(选配) 订购编号: 844十. BNC 转换接头同心圆重锤电极和两点测试电极采用BNC 接口, 采用配套的BNC 转换头可以连接测试电极和测试表.4mm 插孔 连接测试表BNC 接口连接同心圆重锤电极 和两点测试电极。
表面电阻测试仪操作指导
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表面电阻测试仪操作指导
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规范 2围
适工 3作
3.1 移开电池仓的面板，检查PP3碱性电池是否安装好。使该仪器不接触任何表面，按下红色开始按钮，绝缘的 红色LED亮。
3.2 把测试仪放到需要测试的表面上去（注意要使测试仪背面的平行栅要与待测表面充分接触），再按下红色 开始按钮不放使LED持续地亮，数值也就测量出来。
103-105 106-1011 1012
表示测量表面传导 表示测量表面静电消耗 表示测量表面绝缘
绿灯亮 黄灯亮 红灯亮
传导 静电消耗 绝缘
开始 接地插座
接地插头
夹头
平衡栅
电池仓面板
3.3检查接地电阻 将接地插头插入接地插座中，将探针置于仪器的右边。将夹头连接到接地线路上。将仪器放在要测试物体的表 面，再按下测试按钮不放使LED持续地亮，数值也就测量出来了。该接地电阻的测量单位为欧姆而不是欧姆/平 方米。 4 判定：
标智表面电阻测试仪说明书
标智表面电阻测试仪说明书
标智表面电阻测试仪是用于测试材料表面电阻的仪器。
以下是标智表面电阻测试仪的说明书内容：
一、产品概述
标智表面电阻测试仪是一种用来测试材料表面电阻的仪器，可快速而准确地测试各种材料的表面电阻，如可导体材料（金属、碳素材料等）、绝缘材料、半导体材料等。
二、使用方法
1. 接通电源：将电源线插入仪器后面的电源插座，将插头插入电源插座，打开电源开关，即可通电。
2. 测试准备：将待测样品平放在测试区域，确保样品表面干净、整洁。
3. 测试步骤：按下测试键，仪器将在标志着测试已完成的LED灯亮起时自动停止测试。
显示数值即为测试结果。
若需要再次测试，则需将样品擦净或更换样品，才能进行下一次测试。
4. 结束测试：测试完成后，将电源开关关闭，拔掉电源插头，仪器自动关机。
三、注意事项
1. 测试人员需佩戴专门的静电防护器具，以避免手部有静电对测试结果造成影响。
2. 测试时需将待测样品放置在测试区域，确保样品表面干净整洁，并避免与其它材料接触。
3. 仪器测试精度较高，在测试结束前切勿移动待测样品，以免影响测试结果。
4. 待测样品的形状、尺寸、状态和温度等因素对测试结果会产生一定影响，如有需要可参考仪器的说明书了解更多细节。
四、维护保养
1. 仪器在使用前和使用后，需用干净柔软的抹布或软刷擦拭测试区域，避免长时间保持在潮湿环境中。
2. 仪器不得被放置在受到强光、强磁场、或高温、低温、高湿、高压等环境中。
3. 如仪器损坏，请及时联系售后服务部门处理。
以上为标智表面电阻测试仪的说明书，如有不懂之处，可咨询相关专业人员。
MARSURF I M 300：Mahr 产品，表面测量仪器说明书
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薄膜测厚仪3000使用手册
薄膜測厚儀NanoSpec 3000使用手冊南區微奈米中心編製⏹儀器功能介紹1. 量測透明膜或半透明膜厚，期範圍為100Å～30μ2. 反射光譜400nm～800nm3. 膜厚量測資料分析⏹量測原理簡介儀器設備圖（一）設備圖說光源開關顯微鏡電腦量測平台濾片放置位置操作順序1.打開光源的開關2.打開電腦與螢幕電源3.執行桌面NanoSpec的捷徑，將可以看到以下畫面4.LogonUSER ID: userPASSWORD: user5.選擇螢幕上所示之現有程式進行量測請跳至步驟6，或是編輯現有的程式以符合所需，而編輯可經由功能區之Edit\program\edit進入以下畫面，如需修改程式，請利用複製現有程式至尚未使用程式：複製001至032程式Edit Program (Page 1):Edit Program (Page 2): 請注意勾選右下角兩個選項6.進入program量測螢幕會出現下列圖示，請依照圖示動作出現警告並無Filter的量測，此乃一般的狀況。
請按下OK鍵參考晶片全黑濾片之後，會出現以下的圖示，請將全黑的濾片插入濾片放置位置如圖一，並按下Ok鍵之後，會出現以下的圖示，請將全黑的濾片移除並將參考晶片放置於量測平台上，並調節顯微鏡焦距，使顯微鏡中方形框框的影像成為最清楚銳利即可，此時方可按下Ok鍵7.之後會進入量測主畫面如下圖：首先輸入試樣的代號（方便之後搜尋量測的結果）此時將試片放置於量測平台上並對焦，使顯微鏡中的方框框最清楚，此動作如同參考晶片的做法。
此時會出現量測的畫面，請將欲量測的點位置於光點之下並對焦之，之後便可按下【Mess】鍵進行量測，一般量測約小於1秒鐘即可完成，此時可以於同一個點量測多次，以觀察其結果的再現度與準確度，一般準確度可從兩個地方看出，一為量測結果表中的Fit欄可觀察知，其值越小越準且一般為小數點以下的數值，如下圖：第二種判別的方法即為圖示法，請按結果表底下的【Graph】，將會出現上一次量測的光譜分佈圖如下圖，其中包括藍色與紅色的曲線，藍色表示實際量測得到的圖形，紅色則代表程式模擬的圖形，如果所得到的圖形大致相符（波峰與波谷產生的位置相似）表示此量測的結果是準確的，其中如果厚度越後所得到的波峰與波谷越多，但如果薄膜的厚度過薄量測結果無波峰波谷只有單一曲線，則較不具可信度。
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SURFACE RESISTANCE CHECKER
The SURPA-385 instrument test both surface resistivity and resistance to ground.Giving simple repeatable measurements of conductive,static dissipative and Insulative surface.The checker emloys the ASTM standard D-257 method of parallel bar sensing.Ranging is automatic due to the use of high speed OP-AMP Integrated circuits being linear,with change over points + or – 1/2 dcade on a logarithmic scale (lor-10% from mean value per unit).
Operation of SURPA
Remove the battery compartment and panel and check that a good quality PP3 Alkaline battery has been fitted.Hold the checker away from any surface and press the test button;the Insulative red LED light.
Place the checker onto the surface that requires testing,again press the test button and hold.The LED that illuminates constantly is the decade measured.
10/3 =1kilohm Green LED
10/4 =10kilohms Green LED
10/5 =100kilohms Green LED
10/6 =1megohm Yellow LED
10/7 =10megohms Yellow LED
10/8 =100megohms Yellow LED
10/9 =1,000megohms Yellow LED
10/10 =10,000megohms Yellow LED
10/11 =100,000megohms YellowLED
10/12 =1,000,000megohms Red LED
>10/12 =Insulative RedLED
Checking Resistance to ground
Insert the ground/Earth leakage lead into the ground/Earth leakage socket. This is lates the test probe on the right side of the meter.(the same blue as the socket).Connect the croc clip to your ground connection.
Place the checker on to the surface to be tested, press and hold the test button. The LED that illuminates constantly is the decade measured. The measurement will be resistance to ground in ohms instead of ohms per square.
Calibration
The checker should be calibrated on average every 12months.A test resistance can applied across the parallel bars to verify if the checker is within spemfication, using a resistance decade box. Calibration can be obtained by contacting your supplier.
Specification
Power supply 9 volt PP3 alkaline battery
Test V oltage Nominal 9 volts
Temperature Range
Operating 40 0F to 120 0F
（5 0F to 49 0F）
Storage (-15 0C to +60 0C)
Relative Humidity 0% to 90% (non-condensing)
Resolution One order of magnitude
Changeover Point 1/2 decade on a logarithmic scale (3.16×10n)
Changeover Point Accuracy +/-1/2 decade
Accuracy +/-10%
Repeatability +/-5%
Weight 6 ounce
Dimensions 130mm ×70mm ×25mm。