蓝格尔Micro-768测试仪产品图片、参数

合集下载

光谱分光测色仪的主要技术参数

光谱分光测色仪的主要技术参数光谱分光测色仪是一种用于测试物体反射、透射、发射的光学测试仪器。

其主要用于对物体颜色、照明、光源等方面的测试，是科研、生产、教学中必不可少的仪器设备。

本文将为大家介绍光谱分光测色仪的主要技术参数。

光谱分辨率光谱分辨率是指光谱分光测色仪对测试物体光谱的分辨能力。

在测试中，光源的波长不会是一个确定的值，而是有一定的波长范围分布。

光谱分辨率既受光学系统的限制，也受检测器的限制。

一般来讲，光谱分辨率应该尽量小。

波长精度光谱分光测色仪的波长精度是指测试出来的波长与实际波长的偏差。

对于颜色检测来说，波长精度是非常重要的，需要精度高、稳定性好。

光谱灵敏度光谱分光测色仪的光谱灵敏度是指在某个波长范围内，它能够检测到的最小值。

这个参数通常受检测器的特性、信噪比等因素的影响。

色度测量误差色度测量误差是指在测量色度时，它与实际色度之间的差异。

色度值是用三个坐标值 x、y、z 表示的，因此，误差值也就是三个坐标值的误差之和。

色度测量误差越小，测量准确度越高。

测量范围测量范围是指光谱分光测色仪的测试能力，不同的仪器会有不同的范围。

一般来讲，光谱分光测色仪的测量范围应该尽量广。

光谱扫描范围光谱扫描范围是指光谱分光测色仪测量光谱时能够扫描到的波长范围。

测量物体的光谱时，可以根据不同的材料和测试要求，选择不同的扫描范围。

显色差显色差是指在对颜色进行比较时，它与实际差异之间的差异。

显色差越小，可以更准确地反映颜色之间的区别。

因此，在颜色评估方面，显色差也是非常重要的。

人眼匹配函数人眼匹配函数是指为了更符合人眼观测到的颜色，通过计算出色度空间的坐标值，来进行颜色测量的标准。

人眼匹配函数是光学测量中的一项标准，可以有效地提高测量的准确度。

结论以上就是光谱分光测色仪的主要技术参数，这些参数是影响仪器测量准确度的关键因素，也是选择购买仪器时需要考虑的因素。

在选择仪器时，需要根据实际的测试要求，选择最适合的仪器。

色度在线分析仪的技术参数与安装解释

色度在线分析仪的技术参数与安装解释什么是色度在线分析仪色度在线分析仪是一种用于测量液体样品中颜色的仪器。

通过检测样品的吸收和反射光谱，分析仪能够确定液体样品的颜色和色调，并提供数值测量结果。

技术参数以下是常见的色度在线分析仪的技术参数：•测量范围：通常在0至100范围内。

•测量单位：包括色差、颜色强度值等。

•分辨率：通常在0.001的范围内。

•重复性：通常在1%以下。

•处理速度：通常每秒钟可处理数十个测量值。

•自动化能力：能够自动调整和标定以确保准确度。

•接口：通常包括USB、RS232和以太网接口等。

•环境要求：通常需要在温度、湿度和光照条件下进行测量。

•精度：通常在0.1至0.5之间。

安装解释以下是一些安装色度在线分析仪所需的步骤：1.安装设备：将分析仪安装在一个稳定的、平坦的表面上，尽量避免振动和其他外部干扰因素。

检查仪器的所有配件和连接部件是否牢固。

2.连接设备：将电源线和数据线插入分析仪的相应接口。

确保该位置没有对仪器产生干扰的其他电子设备。

3.校准仪器：在使用分析仪之前，应根据特定的使用建议对仪器进行校准。

校准仪器是调整仪器以确保其准确度的过程。

4.验证仪器的准确性：在校准完成后，可以通过验收测试来验证仪器的准确性。

此测试将涉及使用已知浓度的标准液体样品来比较分析仪的测量结果。

5.开始使用：只有在确认仪器已进行了适当的校准和验证，并且已经实现了最佳的准备工作后，才能开始使用分析仪器进行液体样品的颜色测量和分析。

结论色度在线分析仪是一种强大的工具，用于测量液体样品的颜色和色调。

通过了解仪器的技术参数和正确的安装过程，您可以更好地了解如何使用这种分析仪，并确保获取最准确和可靠的结果。

Nanodrop最新彩页1(1)

NanoDrop超微量生物检测仪三代NanoDrop one/one c二代NanoDrop 2000/2000c让样本检测步入分析时代一代NanoDrop 1000改变了样本检测的方式风靡全球直接上样快速检测全面质控一次简单操作，一个完整结果一路贴心支持，每次成功实验2检测到纯度不符合要求的样本时，会自动报警提示，提供可能的污染物信息，并对样品浓度进行矫正。

内置传感器进行数码成像来监测样本液柱中的气泡或其他异常，确保检测的可靠性。

具有自动检测模式，降下检测臂即开始进行样本检测。

NanoDrop第三代检测分析仪NanoDrop One/One C独一无二的Acclaro样本智能检测技术污染物鉴定样本信息警示实时技术支持提供实时的技术支持，导向性帮助解决问题，提供及时的样本信息反馈。

采用高分辨率触摸屏实现本机控制。

触摸屏符合人体工学设计，可根据站或坐的角度不同来调节屏幕的角度，可根据左右手使用习惯不同滑动屏幕。

软件具有中文操作系统。

可通过USB、以太网、WiFi或U盘将数据导入电脑，用配备的电脑软件分析和管理数据；可外接热敏打印机，直接打印实验结果。

比色杯检测模块Thermo Scientific TM NanoDrop TM One C分光光度计增加了实验的灵活性，拓宽了动态范围。

使用比色杯可以测量浓度较低的的样品、菌液的光密度或进行动力学实验。

具有温度控制和搅拌功能。

比色杯检测模块在检测臂抬起时也可使用，可兼容高的比色杯，flowcells等比色杯。

3全面分析核酸样品针对DNA，RNA 样品，精准的浓度和纯度评估，对下游实验成功与否至关重要。

如果模板量不恰当或有污染残留，会耗费更多的时间精力和试剂消耗，甚至延误实验进度。

NanoDrop One/Onec Acclaro 样品智能检测技术，为您提供完整的样品纯度信息，实现更为完美的质控。

一次检测，全面分析：样本浓度样本光谱污染物光谱矫正后的样本浓度A260/A280纯度比值纯度不达标提示矫正后样本光谱图导致结果异常的原因A260/A230纯度比值样本中的污染物提示污染物的吸收值解决方案推荐在样品存在蛋白或苯酚污染时会有提示。

罗斯杰格高频技术公司产品7-16计ibration kit工业版说明书

20/6.4D i e s e s D o k u m e n t i s t u r h e b e r r e c h t l i c h g e s c h üt z t ● T h i s d o c u m e n t i s p r o t e c t e d b y c o p y r i g h t ● R o s e n b e r g e r H o c h f r e q u e n z t e c h n i k G m b H & C o . K GPicture may differ from original productContentsDevicePart numberQuantityCalibration Option Open circuit plug 60S12L-000S3 1 FC / AC Open circuit jack 60K12L-000S3 1 FC / AC Short circuit plug 60S12S-000S3 1 FC / AC Short circuit jack 60K12S-000S3 1 FC / AC Calibration load plug 60S150-C10S3 1 FC / AC Calibration load jack 60K150-C10S3 1 FC / AC Calibration adaptor plug/plug 60S121-S20S3 1 FC / AC Calibration adaptor jack/jack 60K121-K20S3 1 FC / ACCombi wrench 60W013-000 1 - Torque wrench60W000-0031FCSee “Declaration of calibration options” for explanation.20/6.4D i e s e s D o k u m e n t i s t u r h e b e r r e c h t l i c h g e s c h üt z t ● T h i s d o c u m e n t i s p r o t e c t e d b y c o p y r i g h t ● R o s e n b e r g e r H o c h f r e q u e n z t e c h n i k G m b H & C o . K GIndustrial Version20/6.4D i e s e s D o k u m e n t i s t u r h e b e r r e c h t l i c h g e s c h üt z t ● T h i s d o c u m e n t i s p r o t e c t e d b y c o p y r i g h t ● R o s e n b e r g e r H o c h f r e q u e n z t e c h n i k G m b H & C o . K GDeclaration of Calibration OptionsFactory CalibrationStandard delivery for this kit includes a Factory Calibration. All devices marked with “FC” in the Content table above are reported in a Calibration Certificate with their individual calibration results, traceable to national / international standards. Model based definitions of the calibration standards are reported in Agilent/Keysight, Rohde & Schwarz and Anritsu compatible VNA format.Accredited CalibrationOptional this kit can be delivered with an Accredited Calibration (DAkkS) having the highest confidence in the traceability. All devices marked with “AC” in the Content table above are reported in a DAkkS Calibration Certificate with their individual calibration results in a complex format, traceable to national / international standards. Model based definitions of the calibration standards are reported in Agilent/Keysight, Rohde & Schwarz and Anritsu VNA format as well as in dense data sets needed for data based calibration kits. The uncertainties are a little bit smaller than in a Factory Calibration.All devices marked with “FC” only cannot be calibrated under accreditation. They are factory calibrated as described above.For further, more detailed information see application note AN001 on the Rosenberger homepage.Calibration IntervalRecommendation 12 monthsRecommended Accessories- Rosenberger Test Port Adaptor- Rosenberger VNA Test cable kit and Microwave Cable Assemblies - Rosenberger Gauge Kit 60GK0KS-010For further, more detailed information please visit our homepage .DraftDate Approved Date Rev. Engineering change numberName Date Martin Moder12.10.2015Chr. Janßen6.7.2022c0020-1927B. Wollitzer6.7.2022While the information has been carefully compiled to the best of our knowledge, nothing is intended as representation or warranty on our part and no statement herein shall be construed as recommendation to infringe existing patents. In the effort to improve our products, we reserve the right to make changes judged to be necessary. For the installation of the electrotechnical equipment, particular electrotechnical expertise is required.。

FLIR+Tau2机芯介绍手册

|2|
/Tau2
805.690.5097
产品应用
Tau 2结构小巧又轻便可靠，是机载摄像、安防、周界保护等领域中的小型无人操控系统的最理想的红外热像仪机芯。
集成简便，功耗低，图像性能优越，这些特征使Tau 2成为（左向右）驾驶增强、安防及消防系统的理想选择。
|3|
|5|
配件
Tau包含多种专用配件。可分别购买各部件；详情请咨询FLIR。
VPC适配模块提供视频、电源及通信接口。 (FLIR部件号： 421-0039-00)
VPC适配模块安装有VPC适配模块的 Tau 2
三脚架适配器用户可在标准三脚架上安放Tau 2。 (FLIR部件号： 261-2071-00)
13 mm
1 –所有WFOV镜头均直接安装到普通镜头座上，前表面设有内O形圈，密封保护等级达到IP-67。所有WFOV镜头均采用M24 × 0.5内螺纹。外螺纹规格为M29 × 0.5。 2 – NFOV镜头采用M34 × 0.3内螺纹。 3 – FOV（视场角）计算采用数字输出。 4 – WFOV镜头的最近焦距是指在O形圈之前的镜头未被旋入的一点刚好可见的情况下测得的距离，若为NFOV镜头，则是指在镜头向镜头法兰中旋入第一圈后测得的距离。 5 –长度是指从镜头座前平面到镜头末端的距离。 6 – 所显示的DRI值是标称值，仅为估测值。精确的DRI计算取决于各种具体条件。更多信息，请联系FLIR。
f/1.25 10.4° × 8.3° 5.5° × 4.2° 7.6° × 5.7° 0.283 0.283 0.417 2.3 m 62 mm 61 mm 200 g D = 1750/2000 R = 450/510 I = 225/255 D = 4500/6000 R = 1240/1560 I = 640/780 D = 1320/1500 R = 340/380 I = 170/190 D = 3600/4600 R = 960/1160 I = 480/580

美格尔自动油液测试仪产品说明书

OTS60PB, 60AF/2, 80AF/2, 100AF/2, VCM100 Automatic Oil Test SetsDESCRIPTIONThe Megger range of automatic oil testers offer fully automatic testing with many advanced features. The design allows the operator to simply prepare an oil test vessel, load it with the sample oil, place it in the chamber and initiate the test sequence. The test set then carries out, the series of tests as specified in a large number of oil testing specifications. These define the sequence of tests including the stand and stir times, rate of voltage rise and number of tests resulting in a calculation of the average value of the oil breakdown strength. Withstand or proof testing can also be selected. This test subjects the oil to a preselected voltage for 1 minute to check for a breakdown.The OTS60PB is a fully automatic, battery powered, portable oil test set. The test voltage is electronically controlled to the maximum of 60 kV.Designed for on site testing, the instrument is supplied in a rugged carrying case with a handle for ease of transportation. An internal rechargeable battery gives a large number of tests before recharging. A clear display shows a menu of test options and guides the operator through the set up programme, illustrates the correct test electrodes and gap to use, shows the progress of each test and gives the results of the test sequence. The result can be set to give either a numerical average (with standard deviation where specified) or a pass/fail message. The display can be set to read in English, French, German, Italian, Spanish and Portuguese. An optional printer kit enables hard copies of results to be produced. Accessories, such as the battery charger,spare vessels, spare electrodes and a spacing gauge are located in an attached compartment. Stirring is carried out by a motor driven paddle stirrer.The OTSAF/2 range are laboratory instruments with many advanced features. Three versions are available with maximum test voltages of 60 kV,80 kV and 100 kV.They offer fully automatic operation plus the benefit of a builtin printer to produce a hard copy of the test results andthe ability to program up to five user defined tests for individual applications. The withstand test can be set to operate at any test voltage and with an initial stand time. The dot matrix liquid crystal display can also be set toread in one of six languages. An oil test vessel, configured to suit the IEC156 test specification, is supplied with the instrument.A large, backlit, liquid crystal display shows test menus,set up screens and results. The resolution of the high voltage output is displayed to 0,1 kV.Results can be printed on the internal dot matrix printer or transferred via the RS232 interface to an external printer or PC. Printouts are automatically time and date stamped. Standard stirring with the OTSAF/2 is achieved by a magnetic stirrer bar.Additional vessels are available optionally, including one suitable for testing to the ASTMD1816 specification. This calls for stirring to be carried out by a motor driven impeller. Each test can be selected with either magnetic stirring, propeller stirring or no stirring. The VCM100 is a calibration meter suitable for verifyingthe calibration of oil test sets. The meter will enable thes Microprocessor controlled fully automatic oil test setss Wide choice of vessels and accessoriess Portable and laboratory unitsSPECIFICATIONPanel meter scaling0Accuracy±3% of full scaleTemperature RangeOperational0°C to 40°C (32 to 104°F)Storage-30°C to +70°C (-22 to 158°F)Humidity RangeOTS VCM100 Scale Plate(programmed in OTS60PB, OTS60AF/2, OTS80AF/2 and OTS100AF/2)Intermediate Number Maximum Duration of SelectedStand Time Of T ests test sequenceOTS60BOTS60PB OTS60AF/2, OTS80AF/2 AND OTS100AF/2Electrode Shape B12,7 mm (0,5 in) Spherical Electrodes Electrode Shape D25,4 mm (1 in) Cylindrical Electrodeswith 0,5mm edge radiusPRINTER INFORMATIONThe OTS60PB Printer Kit includesa24 column impact printer withintegral rechargeable batteries anda mains adaptor which operatesfrom 85 V to 265 V a.c. (50/60 Hz).The printer is 105 mm x 195 mmx90 mm and weighs 625 g.UKArchcliffe Road Dover CT17 9EN EnglandT+44 (0) 1304 502101 F+44 (0) 1304 207342UNITED STATES4271 Bronze WayDallas TX 75237-1088 USAT800 723 2861 (USA only)T+1 214 333 3201F+1214 331 7399OTHER TECHNICAL SALES OFFICESNorristown USA, Toronto CANADA,Mumbai INDIA, Trappes FRANCE,Sydney AUSTRALIA, Madrid SPAINand the Kingdom of BAHRAIN.Registered to ISO 9001:2000 Cert. no. Q 09290Registered to ISO 14001-1996 Cert. no. EMS 61597OTS_AF_AUTO_DS_en_V11Megger is a registered trademark。

7683系列自动液体进样器

多重进样模式(只能用于程序升温汽化进样口PTV) 进样延迟时间 (在多重进样模式下) 进样前停留时间
进样后停留时间
每个样品瓶进样
范围低于默认位置2 mm高于默认位置30 mm
用溶剂A或/和B进行 0-15次清洗 0-15次预冲洗 0-7秒
优点
－进入很小的样品量－在两相样品中进入某一层－避免吸入样品颗粒
样品管理
• 样品容量(2 mL样品瓶)：八个样品用高密度样品瓶转动架；100个样品用样品盘；样品盘的样品存放在可取放并可叠起堆放的扇形体。
• 样品序列：用安捷伦化学工作站控制，可以随机选择样品。用6890系列GC的键盘、安捷伦积分仪，5890 系列II GC的自动液体进样器都可以实现简单的样品序列。
• 条形码标签尺寸： 5.6×37.0×0.2 mm (最大)
进样
7683B进样器具有范围很宽的进样容量，提供了最大的进样灵活性：
进样范围注射器尺寸进样体积选择可用的注射器清洗溶剂*
0.5, 1, 5, 10, 25, 50和100 µL
注射器体积的2%，10%，20%，30%，40%或50%
－模仿手动进样－大体积柱上进样时有用
－重复样品分析
2
注射速率
注射的流速取决于使用的注射器和设定的推杆速度。
需要注意的是在7683进样器上“慢” 的推杆速度相当于“慢”速。调节参数， 7683实际的注射速率可以慢得多。
注射参数控制注射器尺寸(mL)
5 10 25 50 100
推杆速度(mL/s)
要求连接到100-120 VAC或220240 VAC，50/60 Hz，180 VA的电源上
安捷伦对由本文中可能包含的错误或与本材料的装备、性能和使用有关附带或直接产生的损害不负任何责任。

ODS9系列的填充度、长度和物料切割监测设备说明书

Technical dataBasic dataSeries9Application Fill-level monitoringLength measurement in material cuttingObject measurementType of scanning system Against objectOrder guide Attention! If you need spare parts or want to switch from ODSL 9 toODS9, please note that adapter 50140174 - KDS U-M12-5A-M12-5A-P1-003-25X is requiredOptical dataBeam profile CollimatedLight source Laser,RedLaser light wavelength650 nmLaser class2,IEC/EN 60825-1:2007Transmitted-signal shape PulsedPulse duration22,000 µsLight-spot size [at sensor distance] 1 mm[100 mm]Type of light-spot geometry RoundMeasurement dataMeasurement range50 ... 650 mmResolution0.1 mmAccuracy 1 %Reproducibility (1 sigma)0.05 mmReferencing NoOptical distance measurement principle TriangulationElectrical dataProtective circuit Polarity reversal protectionShort circuit protectedTransient protectionPerformance dataSupply voltage U B18 ... 30 V,DCResidual ripple0 ... 15 %,From U<sub>B</sub>Open-circuit current0 ... 50 mAOutputsNumber of analog outputs 1 Piece(s)Number of digital switching outputs 2 Piece(s)Analog outputsAnalog output 1Type Configurable, factory setting: currentAssignment Connection 1, pin 2Switching outputsVoltage type DCSetting for the switching outputs Independently adjustable switching outputsSwitching voltage High: ≥(U<sub>B</sub>-2V)Low: ≤2VSwitching output 1Assignment Connection 1, pin 4Switching element Transistor,Push-pullSwitching principle IO-Link / light switching (PNP)/dark switching (NPN)Switching output 2Assignment Connection 1, pin 5Switching element Transistor,Push-pullSwitching principle Light switching (PNP)/dark switching (NPN)TimingResponse time 1 ms,Under constant ambient conditions, 90% diffuse reflection,standard measure modeReadiness delay300 msInterfaceType IO-LinkIO-LinkCOM mode COM3Profile Smart sensor profileFrame type 2.VPort type ASpecification V1.1SIO-mode support YesProcess data IN 4 byteProcess data OUT8 bitDual-core operating mode YesMin. cycle time COM3 = 0.5 msConnectionNumber of connections 1 Piece(s)Connection 1Type of connection Connector,Turning, 90°Function Signal OUTVoltage supplyThread size M12Type MaleMaterial PlasticNo. of pins 5 -pinEncoding A-codedMechanical dataDesign CubicDimension (W x H x L)21 mm x50 mm x50 mm Lens cover material GlassNet weight50 gHousing color RedType of fastening Through-hole mountingVia optional mounting deviceOperation and displayType of display LEDOLED displayNumber of LEDs 2 Piece(s)Operational controls Control buttonsPC softwareEnvironmental dataAmbient temperature, operation-20 ... 50 °CAmbient temperature, storage-30 ... 70 °CCertificationsDegree of protection IP 67Protection class IIICertifications ULClassificationCustoms tariff number90318020*********27270801*********27270801ETIM 5.0EC001825ETIM 6.0EC001825Dimensioned drawingsAll dimensions in millimetersA Reference edge for the measurementB Optical axisC Device plug M12D ReceiverE TransmitterF Color displayG Yellow LEDH Green LEDJ Control buttonsElectrical connectionConnection 1Type of connection Connector Function Signal OUTVoltage supply Thread size M12Type MaleMaterial PlasticConnection 1No. of pins 5 -pinEncoding A-codedPin Pin assignment118 ... 30 V DC +2OUT mA / V3GND4IO-Link / OUT 15OUT 2DiagramsCharacteristic curve of analog outputA Area not definedB Linearity not definedC Measurement rangeD Object detectedE No object detected (characteristic curve behavior adjustable via IO-Link)F Measurement distanceAccuracy of measurement of ODS 9 (measurement value * 0.01 = maximum measurement error):x Measurement distancey Max. measurement errora0.5% of measurement valueb1% of measurement valueOperation and displayLEDsLED Display Meaning1Green, continuous light Ready2Yellow, continuous light Object in the measurement rangePart number codePart designation:ODS9XX.Y/ZAB-CCC-DDDODS9Operating principle:Optical distance sensor of the 9 seriesXX Light source:L2: laser class 2L1: laser class 1Y Equipment:8: OLED display and membrane keyboard for configurationZ Switching output/function OUT 1/IN: Pin4 or black conductor:/L: IO-LinkA Switching output / function OUT 2/IN: pin2 or white conductor:A: Analog output6: push-pull switching output, PNP light switching, NPN dark switchingB Switching output / function OUT 3/IN: Pin 5:X: pin not used6: push-pull switching output, PNP light switching, NPN dark switchingK: Multifunction input (factory setting: deactivation input)CCC Operating range:100: operating range 50 … 100 mm200: operating range 50 … 200 mm450: operating range 50 … 450 mm650: operating range 50 … 650 mmDDD Electrical connection:M12: M12 connectorNoteA list with all available device types can be found on the Leuze electronic website at .NotesObserve intended use!•This product is not a safety sensor and is not intended as personnel protection.•The product may only be put into operation by competent persons.•Only use the product in accordance with its intended use.WARNING! LASER RADIATION – LASER CLASS 2Never look directly into the beam!The device satisfies the requirements of IEC60825-1:2007 (EN60825-1:2007) safety regulations for a product of laser class2as well as the U.S.21CFR1040.10 regulations with deviations corresponding to "Laser Notice No.50" from June 24, 2007.•Never look directly into the laser beam or in the direction of reflected laser beams! If you look into the beam path over a longer time period, there is a risk of injury to the retina.•Do not point the laser beam of the device at persons!•Interrupt the laser beam using a non-transparent, non-reflective object if the laser beam is accidentally directed towards a person.•When mounting and aligning the device, avoid reflections of the laser beam off reflective surfaces!•CAUTION! Use of controls or adjustments or performance of procedures other than specified herein may result in hazardous light exposure.•Observe the applicable statutory and local laser protection regulations.•The device must not be tampered with and must not be changed in any way.There are no user-serviceable parts inside the device.Repairs must only be performed by Leuze electronic GmbH + Co. KG.NOTEAffix laser information and warning signs!Laser information and warning signs are affixed to the device. In addition, self-adhesive laser information and warning signs (stick-on labels) are supplied in several languages.•Affix the laser information sheet to the device in the language appropriate for the place of use. When using the device in the US, use the stick-on label with the "Complies with 21CFR1040.10" note.•Affix the laser information and warning signs near the device if no signs are attached to the device (e.g. because the device is too small) or if the attached laser information and warning signs are concealed due to the installation position.•Affix the laser information and warning signs so that they are legible without exposing the reader to the laser radiation of the device or other optical radiation.AccessoriesConnection technology - Connection cablesPart no.Designation Article Description50133859KD S-M12-5A-P1-020Connection cable Connection 1: Connector, M12, Axial, Female, A-coded, 5 -pin Connection 2: Open endShielded: YesCable length: 2,000 mmSheathing material: PUR50133860KD S-M12-5A-P1-050Connection cable Connection 1: Connector, M12, Axial, Female, A-coded, 5 -pin Connection 2: Open endShielded: YesCable length: 5,000 mmSheathing material: PUR50133855KD S-M12-5A-V1-020Connection cable Connection 1: Connector, M12, Axial, Female, A-coded, 5 -pin Connection 2: Open endShielded: YesCable length: 2,000 mmSheathing material: PVC50133856KD S-M12-5A-V1-050Connection cable Connection 1: Connector, M12, Axial, Female, A-coded, 5 -pin Connection 2: Open endShielded: YesCable length: 5,000 mmSheathing material: PVC50133839KD U-M12-5A-P1-020Connection cable Connection 1: Connector, M12, Axial, Female, A-coded, 5 -pin Connection 2: Open endShielded: NoCable length: 2,000 mmSheathing material: PUR50133841KD U-M12-5A-P1-050Connection cable Connection 1: Connector, M12, Axial, Female, A-coded, 5 -pin Connection 2: Open endShielded: NoCable length: 5,000 mmSheathing material: PUR50132077KD U-M12-5A-V1-020Connection cable Connection 1: Connector, M12, Axial, Female, A-coded, 5 -pin Connection 2: Open endShielded: NoCable length: 2,000 mmSheathing material: PVC50132079KD U-M12-5A-V1-050Connection cable Connection 1: Connector, M12, Axial, Female, A-coded, 5 -pin Connection 2: Open endShielded: NoCable length: 5,000 mmSheathing material: PVCConnection technology - Interconnection cablesPart no.Designation Article Description50140174KDS U-M12-5A-M12-5A-P1-003-25X InterconnectioncableConnection 1: Connector, M12, Axial, Female, A-coded, 5 -pinConnection 2: Connector, M12, Axial, Male, A-coded, 5 -pinShielded: NoCable, crossed: Connection 1, pin 2 <-> connection 2, pin 5Cable length: 300 mmSheathing material: PURConnection technology - ConnectorsPart no.Designation Article Description50020502KD 095-5Connector Connection: Connector, M12, Angled, Female, A-coded, 5 -pin50020501KD 095-5A Connector Connection: Connector, M12, Axial, Female, A-coded, 5 -pinMounting technology - Mounting bracketsPart no.Designation Article Description50118543BT 300M.5Mounting bracket Design of mounting device: Angle, L-shapeFastening, at system: Through-hole mountingMounting bracket, at device: Screw typeType of mounting device: AdjustableMaterial: Stainless steelMounting technology - Rod mountsPart no.Designation Article Description50117253BTU 300M-D10Mounting system Contains: 2x M4 x 25 screw, 2x M4 x 20 screw, 4x positionwashersDesign of mounting device: Mounting systemFastening, at system: For 10 mm rod, Sheet-metal mountingMounting bracket, at device: Screw typeType of mounting device: Clampable, Adjustable, Turning, 360°Material: Metal50117252BTU 300M-D12Mounting system Contains: 2x M4 x 25 screw, 2x M4 x 20 screw, 4x positionwashersDesign of mounting device: Mounting systemFastening, at system: For 12 mm rod, Sheet-metal mountingMounting bracket, at device: Screw typeType of mounting device: Clampable, Adjustable, Turning, 360°Material: Metal50117251BTU 300M-D14Mounting system Contains: 2x M4 x 25 screw, 2x M4 x 20 screw, 4x positionwashersDesign of mounting device: Mounting systemFastening, at system: For 14 mm rod, Sheet-metal mountingMounting bracket, at device: Screw typeType of mounting device: Clampable, Adjustable, Turning, 360°Material: Metal50120425BTU 300M.5-D12Mounting system Contains: 2x M4 x 25 screw, 2x M4 x 20 screw, 2x positionwashers, 2x M4 mounting nutDesign of mounting device: Mounting systemFastening, at system: For 12 mm rod, Sheet-metal mountingMounting bracket, at device: Screw typeType of mounting device: Clampable, Adjustable, Turning, 360°Material: Stainless steel50132605BTU 360-D18Rod mounting Contains: 2x M4 x 30 screw, 2x M4 x 20 screw, 2x M4 mountingnutDesign of mounting device: Mounting systemFastening, at system: For 18 mm rodMounting bracket, at device: Screw typeType of mounting device: Turning, 360°, Adjustable, ClampableMaterial: Plastic, Metal50132606BTU 360-D30Rod mounting Contains: 2x M4 x 30 screw, 2x M4 x 20 screw, 2x M4 mountingnutDesign of mounting device: Mounting systemFastening, at system: For 30 mm rodMounting bracket, at device: Screw typeType of mounting device: Turning, 360°, Adjustable, ClampableMaterial: Plastic, Metal50128379BTU 460M-D10Mounting system Design of mounting device: Mounting systemFastening, at system: For 10 mm rodMounting bracket, at device: Screw typeType of mounting device: Adjustable, Turning, 360°Material: Metal50128380BTU 460M-D12Mounting system Design of mounting device: Mounting systemFastening, at system: For 12 mm rodMounting bracket, at device: Screw typeType of mounting device: Adjustable, Turning, 360°Material: MetalPart no.Designation Article Description50131483MD 248i-12-8K/L4-2R2K Distribution box Type: IO-Link masterSupply voltage: 18 ... 30 VSwitching outputs for each sensor connection: 1 Piece(s)Switching output: Transistor, PNP / NPN reversibleInterface: PROFINET, IO-LinkConnections: 14 Piece(s)Sensor connections: 8 Piece(s)Connections for voltage supply: 4 Piece(s)Interface connections: 2 Piece(s)Degree of protection: IP 6750131485MD 258i-12-8K/L4-2R2K Distribution box Type: IO-Link masterSupply voltage: 18 ... 30 VSwitching outputs for each sensor connection: 1 Piece(s)Switching output: Transistor, PNP / NPN reversibleInterface: EtherNet IP, IO-Link, Modbus TCPConnections: 14 Piece(s)Sensor connections: 8 Piece(s)Connections for voltage supply: 4 Piece(s)Interface connections: 2 Piece(s)Degree of protection: IP 6750131482MD 748i-11-42/L5-2222Distribution box Type: IO-Link masterSupply voltage: 18 ... 30 VSwitching outputs for each sensor connection: 1 Piece(s)Switching output: Transistor, PNP / NPN reversibleInterface: PROFINET, IO-LinkConnections: 8 Piece(s)Sensor connections: 4 Piece(s)Connections for voltage supply: 2 Piece(s)Interface connections: 2 Piece(s)Degree of protection: IP 6750131484MD 758i-11-42/L5-2222Distribution box Type: IO-Link masterSupply voltage: 18 ... 30 VSwitching outputs for each sensor connection: 1 Piece(s)Switching output: Transistor, PNP / NPN reversibleInterface: EtherNet IP, IO-Link, Modbus TCPConnections: 8 Piece(s)Sensor connections: 4 Piece(s)Connections for voltage supply: 2 Piece(s)Interface connections: 2 Piece(s)Degree of protection: IP 6750121098SETMD12-US2-IL1.1+ Zub.Diagnostics set Interface: USBConnections: 2 Piece(s)Degree of protection: IP 20。

TU7685

TU7685浊度仪（意大利匹磁B&C）TU7685浊度仪主要技术参数：TU7685浊度仪仪器工作原理用一定的入射光强透过同一厚度不同浊度的水样时，将得到不同的透射光强，其消光值和浊度成正比，仪器通过计量透射光强，并经过电路处理，即得到水样的浊度值。

TU7685浊度仪适用客户意大利匹磁B&C TU7685浊度仪浊度计可供自来水厂、污水处理厂浊度检测仪，游泳池浊度测量，电厂、工矿企业、实验室及野外实地对水样浑浊度的测试。

TU7685常用于饮用水厂办理QS认证时所需的必备检验设备。

TU7685浊度仪优点：1、原装意大利匹磁进口品牌，现场调试简单，使用方便，可在线方便修改量程。

2、TU7685采用最先进的技术结构设计，精度高，稳定性强。

3、全天24小时在线工作，方便记录数据。

.4、原装进口，液晶显示，美观大方5、超亮高稳定的纯白光源,寿命是普通光源的100倍6、价格便宜，适用于长时间使用。

TU7685浊度仪配套TU8182浊度电极TU8182浸入式自清洁浊度及污泥浓度，MLSS传感器介绍TU8182是一款浸入式安装的，采用90°红外散射测量法测量浊度、污泥浓度、MLSS的传感器，内置压缩空气接口及喷嘴，通过压缩空气定时吹洗对传感器表面进行清洁．TU8182与TU7685显示测控仪连接TU7685浊度仪其它可选附件：1.SZ9481 10m长带接头电缆2.TU910恒流器3. 标准溶液TU7685在线浊度仪的安装方法具体如下：1、TU7685安装：TU7685为盘装式安装，安装于仪表柜上，如果挂墙安装，必须配仪表盒。

2、TU910安装：TU910用挂墙夹卡夹，挂在墙上或安装板上。

A、在水样浊度小于40NTU情况下，应水平安装，TU910的进水口朝下，出水口朝上，TU910进水管与出水管采用配置的黑色胶管，以防外界光源的影响。

B、水样浊度大于40NTU情况下，TU910可以垂直安装，也可以水平安装。

excelitas c30645l-080和c30662l-200光子检测器数据表说明书

NEP
0.04
pW/√(Hz)
Table 7: Electrical Specifications C30662L-200
Parameter
Operating Point from Breakdown
Temperature Coefficient of VBD
Capacitance
Dark Current1
provide high quantum efficiency and high responsivity at low noise.
Key Features
Spectral response 1000 nm – 1700 nm
High responsivity
Low dark current and noise
Useful Area
Useful Diameter
C30645L-080
Circular
5027
80
C30662L-200
Circular
31420
200
Units
µm2
µm
Table 3: Absolute Maximum Ratings
Parameter
Forward Current
Reverse Current
Bandwidth
Quantum Efficiency2
Note 1: As estimated by
Symbol
t r / tf
f3dB
QE
/
=
Minimum
600
75
.
Note 2: Quantum Efficiency is a not directly measurable quantity. The above specified typical parameter is

Crystal Instruments Spider-80SG 数据采集设备说明书

W W W.C R Y S TA L I N S T R U M E N T S.C O MGeneral Data Acquisition Device with Strain Gage MeasurementSpider Measurement SolutionSPIDER-80SGPAGE 1 | The Spider-80SG is a high precision, general purpose data acquisition device featuring strain gage functionality. This device can be used in a variety of physical and measurement tests. The Spider-80SG can acquire data from a strain gage or a wide range of measurement quantities. A va-riety of general purpose and strain gage based sensors are supported. The Spider-80SG is built on the proven outstanding performance and reli-ability of Crystal Instruments’ DSP-based hard-ware platform. It features the same form factor as other Spider-80X front-ends from Crystal In-struments and can be configured into one mea -surement system with excellent compatibility and scalability. This gives the Spider-80SG capabili-ties to reliably acquire data from multiple sensors and for multiple measurement quantities simulta-neously.The Spider-80SG front-end connects to the net-work switch of a PC using an Ethernet connec-tion. When used with a strain gage, it measures the strain based on arriving signals, measuring the changes in resistance when the strain gauge is stretched or compressed. It can also be used to measure Force, Torque, Pressure, Acceleration,Velocity and Displacement. The Spider-80SG can be configured to output an excitation voltage to power up the sensors and measure a range of measurement quantities.Pluggable front-ends provide the system with maximum flexibility of analog channel configura -tion, making it ideal for a range of measurement tests under various circumstances. The modular design allows configurations with 8 input chan -nels of isolated analog inputs and one analog output.With Crystal Instruments’ unique Ethernet based time synchronization technology, multiple Spider-80SG front-ends can be chained together to construct a system with higher number of input channels. High channel systems scale up to 512 channels.Each Spider-80SG front-end has its own mass storage media that houses the operating soft-ware and stores measurement data. This truly distributed system guarantees data recording at full speed without being subject to network speed limitations.Introducing the Spider-80SGSpider-80SG Modular Strain Gage Measurement System | PAGE 2Dual Modes of ExcitationThe Spider-80SG is equipped with dual excitation modes. There is an option for Precision Excita-tion Voltage of ± 2.5V or ± 5V that can be used to excite a strain gage or a strain gage based sen-sor and measure the minute change in resistance accurately. It is also equipped with a user con-figurable DC power supply of 2.5V, 5V and 10V which can be used as an excitation voltage for a wide variety of sensors.Remote SensingThe Spider-80SG has been tested to work on strain gages up to 1000 ft away from the ana-lyzer using the remote sensing feature. Using an 18AWG 5 conductor cable to measure the excita-tion voltage using remote sensing and changes in output voltage, the error was measured to be less than 1.5% for up to signal frequencies of 10 KHz. Use with Vibration ControllerThe Spider-80SG’s compatibility allows it to be chained together with Spider–80X front-end(s), extending the capabilities of the Spider-80SG to read and record general purpose measurements simultaneously while performing a vibration con-trol test.High Performance Hardware CapabilitySince all the processing and data recording is executed locally inside the Spider-80SG, the front-end can be located far from the host PC andcloser to the test article. This flexibility in loca -tion prevents the measurement results from be-ing affected by the network connection limitations and other environmental errors. This decentral-ized and distributed structure greatly reduces the noise and electrical interference in the system. One PC can monitor and control multiple Spider-80SG front-ends over the network. With wireless network routers, the PC can easily connect to the Spider-80SG remotely via Wi-Fi.Multiple Front-ends & Time Synchronization The Spider-80SG is built on IEEE 1588 time syn-chronization technology. The Spider-80SG front-ends on the same network can be synchronized with up to 50 ns accuracy, which guarantees ±1 degree cross channel phase match up to 20 kHz. With such unique technology and high-speed Ethernet data transfer capability, the distributed components on the network truly act as one inte-grated system.Black Box Mode: Run without PCThe Spider-80SG can operate in Black Box mode, which allows the measurements to take place without a PC. In this mode, a PC is used only to configure the Spider-80SG system before the system starts operating and to download data after the test is complete. During the test, the sys-tem can operate according to a preset schedule or is controlled from a variety of external devices, such as a tablet or iPad.Product Applications8 Strain Gage InputsOutput ChannelPowerPower Input EthernetReset Button Master/Slave SwitchData Port RS-485Digital I/OPAGE 3| | PAGE 4Measurement Channel Specifications■Input Channels: 8 channels per front-end, ex -pandable to 512 channels in a system ■Connector Type: 7-pin LEMO■Coupling: DC Differential, AC Differential■Excitation Voltage / Power Supply: 2.5V, 5V, 10V■AC Coupling Cutoff Freq. @ -3dB: 0.375Hz ■Input Type: Differential ■Input Impedance: 1M Ω ■A/D Resolution: 24 bit■Input Protection Voltage: +/-40Vpk ■Input Range: ±10mV, ±100mV, ±10V■Sampling Rate per Channel: 0.48 Hz to 102.4 kHz, with 54 stages■Maximum Useful Bandwidth: 46% of sampling rate■Crosstalk: less than -130 dB■Frequency Accuracy: better than 1/100,000 ■Amplitude Accuracy: 0.1% typical■Amplitude Accuracy (Extended Cable Length): Less than 1.5% (up to 10 KHz), cable length up to 1000 ft (18AWG)■Noise Floor: 0.5 μV/V (10mV Range) ■DC Drift: 1.5 μV/V in 48 Hours■Anti-Aliasing Filter: analog anti-aliasing filters ■Max Sampling rate: 102.4 kHz■Digital Filter: digital high-pass and low-pass filters■Total THD + Noise: -90dBfs (DC to 1 kHz) ■Amplitude Channel Match: 0.1dB■Phase Channel Match: better than 0.3 de -grees up to 20 kHz■Common Mode Range: 100% input range ■Common Mode Rejection: better than 85 dB ■Shunt Calibration: Internal 100K Ω (0.1%, 25 ppm/c)■Excitation Sense: local sensing and remote sensing Strain functions:■Quarter-120, Quarter-350 ■Half bridge ■Full bridgeBridge Completion:■120 Ω: 0.1%, 25 ppm/c■Back Half resistor: 120 Ω/120 Ω, 0.1% 25 ppm/c Excitation Voltage for Strain Gauge ■±2.5V, ±5V■Current: 30mA max/channelZero Suppression/Auto Balancing/Offset Nulling Power Supply (Excitation Voltage for other kind of sen-sors): 2.5V, 5V, 10 VOutput Channel Specifications■Channels: 1 output channel per front-end ■Configuration: Output for voltage calibration ■Connector Type: 2-pin LEMO ■D/A Resolution: 24 bit■Max Output Frequency: 46 kHz ■Dynamic Range: 100 dB ■Output Impedance: 50 Ω■Maximum Output Current: 25 mA■Sine Amplitude Accuracy: ±1% (0.34 dB) for 0.1 to 5 Vpk, at 1 kHz■Anti-Imaging Filtering: 160 dB/oct digital plus analog filters■Digital Filter: high-pass and low-pass digital filters■Source Waveforms: sine, triangle, square, white noise, DC, chirp, swept sine, arbitrary waveform■Arbitrary Waveform Size Limit: 16,000 points typical. Special configuration allows up to 128,000 points.■Output Range: ± 10 VoltsHardware SpecificationsIsolated Digital Input and Output■Connector: 25-pin female D-SUB■External Circuit Power Supply: 3.3 ‒ 12 VDC (±10%)■Internal Power: 12 VDC 400 mA■Maximum Allowable Distance of Signal Exten-sion: 50 metersInputs■Input Format: opto-isolated input (compatible with current-sink output)■Number of Channels: 4■Input Resistance: 6.1 kΩ■Input On Current: 2.0 mA or more■Input Off Current: 0.16 mA or less■Interrupt: 8 input signals are arranged into a single interrupt output signal. An interrupt is generated either at the rising edge (HIGH-to-LOW transition) or falling edge (LOW-to-HIGH transition).Outputs■Output Format: opto-isolated input (current sink output)■Number of Channels: 4■Output Rating: output voltage 12 VDC max, output current 100 mA per channel max■Residual Voltage with Output On: 1.0 V or less (Output current < 100 mA)■Pulse Width: 47 ms■Rise Time: 250 µs■Fall Time: 50 µsHigh Speed Data Port interfacing to Spider-NAS ■Connector Type: 5-pin LEMO■Maximum distance of cable: 2 meters■Data Transfer Speed: Higher than 819.2 K Sample/secondSystem Specifications■On-Board Memory: 4 GB non-volatile flash memory, 32 MB DRAM■Power Management: active and sleep mode■Ethernet: 100Base-T, RJ45 female connector supports connection to PC or network switch■Internal Clock: maintains date and time■System Disaster Recovery: dedicated reset pin. Watch-dog based recovery can be en-abled.■Cooling: no cooling fan requiredNetwork Protocols & IEEE 1588 Time Syn-chronizationMultiple Spider front-ends are synchronized through IEEE 1588 protocol. The synchroniza-tion accuracy is better than ±50 ns with a certi-fied network switch. The data acquired by all the measurement channels will be synchronized. The phase match between channels across dif-ferent Spider-Strain front-ends is within 1.0 de-gree at 20 kHz.■IPv4 Protocol Stack: ICMP, IP, UDP, TCP, IGMP■IPv4 Configuration: manual or via DHCP■IEEE 1588v2 Protocol: PTP Ordinary clock, with both E2E and P2P synchronization sup-ported and hardware level timestamp for PTP event messages(+)The Spider-80SG features an easy-to-useand flexible Shunt calibration wizard. Thiswill allow the user to select any availableleg of the strain gage bridge, dependingon the bridge type (i.e. quarter, half, fullbridge,) for shunt calibration.PAGE 5 | Power Specifications■Power Supply: external DC power■External DC Power: AC adaptor accepts 100 to 240 VAC (50/60 Hz), DC power 15 V (±10%)/3 A■Power Consumption: less than 15 wattsEnvironmental & General Specifications Enclosure: sealed metal box, electrical safety compliant, rugged metal design, shock proof with integrated protective holster and internal EMI shielding.■Size : 240 x 35 x 310 mm (w x h x l)■Weight: 1.87 kg■Electromagnetic Compatibility and Sensi-tivity: EN 61326:1997+A1:1998+A2:2001, EN61000-3-2: 2000, EN61000-3-3: 1995+A1:2001■Operating Temperature:-10 to +55 °C■Storage Temperature -20 to +70 °C■Shock: 50 g’s, 315 in/sec, tested at 6 sides, non-operational test■Vibration: 5 - 500 Hz, 0.3 gRMS, tested at 3 sides, operational test■Vibration: 5 - 500 Hz, 2.42 gRMS, tested at 3 sides, non-operational testCompatible Measurement Quantities & Sug-gested SensorsMultiple sensors of various measurement quan-tities are supported with the Spider-80SG. The following list gives an overview of measurement quantities with sample sensors that are support-ed. The actual list of compatible sensors contains much more than specified here.■Acceleration – Dytran 7603B, 7503, 7523A2,Endevco 7264C, Kistler Type 8395A, DTS 6DX PRO Series■Force – Omega LCM 901, Futek FFP350■Torque – Omega TQ-130 Series, Futek TDD400, Futek TRS300, Futek TAT200, TAT420■Pressure – Omega PX309 series, Measure-ment Spec EB100, Futek PMP927■Angular Velocity – DTS ARS Pro-300, ARS Pro-1500, ARS Pro-8K, ARS Pro-18k■Displacement – Omega E2E-3DC Series■Magnetic Field – Analog Devices AD22151■Sound Pressure – InvenSense ICS40618■Strain – Configurable as Quarter, Half or Full BridgeHardware/Software Compatibility Specifica-tionsThe Spider-80SG can be used with the following devices:1. Spider-80X2. Spider-813. Spider-NAS4. Spider-HUBModes of Operation:1. Standalone mode as a General Purpose Dataacquisition device2. In conjunction with Spider-80X for Generalpurpose Data Acquisition3. In conjunction with Spider-80X for generaldata acquisition during vibration control.For further software specifications related to the Spider-80SG, please refer to the EDM DSA or EDM VCS specification documents by Crystal Instruments.ε =∆LLPoisson Ratio ParameterThe Poisson ratio is also included as a measurement parameter in Spider-80SGsystem. The user will have the option of using a Poisson ratio value, or to not use it atall depending on the unit under test or test configurations. | PAGE 6CRYSTAL INSTRUMENTS2370 OWEN STREETSANTA CLARA, CA 95054 (USA)PHONE: +1-408-986-8880FAX: +1-408-834-7818EMAIL:**************To find a distributor near you, please visit our website:© 2016 Crystal Instruments Corporation. All Rights Reserved. 11/2016Notice: This document is for informational purposes only and does not set forth any warranty, expressed or implied, concerning any equipment, equipment feature, or service offered or to be offered by Crystal Instruments. Crystal Instruments reserves the right to make changes to this document at any time, without notice, and assumes no responsibility for its use. This informational document describes features that may not be currently available. Contact a Crystal Instruments sales representative for information on features and product availability.。

TE-8600 紫外智能多参数水质测定仪使用说明手册说明书

1.1 性能参数 .......................................................................4 1.2 物理参数 .......................................................................4 1.3 环境及工作参数 .................................................................4 第二章仪器简介 ........................................................................5 2.1 主机正视图 .....................................................................5 2.2 主机比色槽及开关部件 ...........................................................5 第三章仪器安装 ........................................................................6 3.1 安装流程 .......................................................................6 3.2 开机流程 .......................................................................6 3.3 输入工具的使用 .................................................................7

杰尼韦（Honeywell）分析仪一般规格说明书

Ultraviolet:
Visible:
185 to 260 nanometers Wides (SS4-A and SS4-AS only) 400 to 700 nanometers (SS4-A and SS4-AS only)
General Dimensions Side and Back Views (All Dimensions in Inches)
Find out more Toll-free: 800.538.0363
Please Note: While every effort has been made to ensure accuracy in this publication, no responsibility can be accepted for errors or omissions. Data may change, as well as legislation, and you are strongly advised to obtain copies of the most recently issued regulations, standards, and guidelines. This publication is not intended to form the basis of a contract.
Input Power
24 Vdc nominal (20.5 to 34 Vdc)
Power Consumption
68 mA normal operation (relay version) 75 mA alarm condition (relay version) 95 mA alarm condition (analog version)

2蓝格尔MICRO-100型号蓄电池检测仪操作使用步骤

5、选择电池类型，即选择普通电池、AGM平板电池、AGM卷绕电池、EFB电池和胶体电池。按上下箭头进行选择，按OK键确认。 6、当选择“车内”测试时，还需要选择电池的安装方式，如正装电池、侧装电池、跳线连接等。（选择“车外”测试状态时不需此项选择） 7、输入标准选择：请按照电池上实际标注的额定系统标准和额定容量通过上下箭头按键选择输入，电池的额定系统标准和额定值一般标注在电池的正面位置。额定系统标准有：CCA、BCI、CA、MCA、JIS、DIN、IEC、EN、SAE、GB 8、输入正确的测试标准和额定容量后，按OK键，测试仪开始测试，并最终显示SOH（电池寿命）、SOC（电池电量）、电压、实际启动电流、内阻及“电池良好”或“请更换电池”等判定结果。如果是“车外”测试状态，测试到此结束。反之，如果是“车内”测试状态，将进入汽车起动系统测试。 9、如果选择的“车内”测试状态，当电池测试完毕后，按“OK”键会出现“起动系统测试”。按提示起动汽车，测试仪将自动完成起动系统测并显示起动系统测试结果（“起动时间”、“起动电压”和起动电压是否正常）。 10、起动系统测试结束，按OK键，将出现“充电系统测试？”，再按“OK”键，出现“有载电压测试中”。有载电压测试约3秒，将出现有关提高转速的提示。请按照提示操作，测试仪检测到发动机转速提高后，将开始充电电压测试并显示测试结果（“充电电压”、“有载电压”和二极管纹波是否正常）。
蓝格尔MICRO-100型号蓄电池检测仪操作使用说明
1、请将测试线以"红正黑负"分别连接电池正负两极，屏幕自动点亮。如夹反，屏幕不亮，但不会带来任何不良影响。 2、语言选择：可通过上下按键选择合适的语言。 3、测试状态选择：通过上下按键选择电池的实际位置，“车内”或“车外”。“车内”是指电池与汽车发动机或汽车电器相连。 4、充电状态选择：“车内”时，冷车请选择“充电前”，热车请选择“充电后”。“车外”时一般选择“充电前”。

蓝格尔MICRO-80测试仪简易操作说明书

蓝格尔MICRO-80测试仪简易操作说明MICRO-80汽车蓄电池检测仪，采用目前世界上最先进的电导测试技术，可以方便、快速、准确的测量汽车起动电池的实际冷起动电流能力，电池本身的健康程度，有利于维修人员快速准确判断汽车的故障位置，便于汽车的快速维修。

1、可以测试所有的汽车起动铅酸蓄电池，包括普通铅酸电池、AGM平板电池、AGM卷绕电池、胶体电池等。

2、可以直接检测出坏格电池。

3、具有极性反接保护功能，夹子反接不会损坏测试仪，也不会对汽车和电池有任何不良影响。

4、可以直接测试亏电电池，无需先充满电再测试。

5、测试标准包括目前世界上绝大部分常用电池标准，如CCA、BCI，CA，MCA，JIS，DIN，IEC，EN，SAE、GB。

产品说明：1、质保期一年，终身维修。

2、应用：12V起动型铅酸蓄电池。

3、工作范围：4、工作温度：-20℃到 50℃。

5、特殊测试夹：双导体开尔文夹。

6、外壳材料：耐酸 ABS 塑料。

7、测量电池范围：30AH-100AH8、测量电压范围：6—30V操作步骤：1、将测试仪红黑夹子夹到被测电池上，红正黑负，测试仪显示屏会显示开机界面，按OK键往下继续（注意：被测电池电压低于6.0V以下则无法正常测试）。

2、按照测试仪提示，依次选择：输入标准选择：指电池的出厂标注标准，在电池的正上方或正前方可以看见，选择电池上标注的标准即可，如CCA、BCI、DIN等。

●额定容量选择：指电池的出厂起动电流标准，在电池的正上方或正前方可以看见，如300A。

●再按OK键开始测试。

测试结果解释：测试结论关于内阻，对于同一个电池，内阻越小健康状态越好（短路除外），可以将内阻值做为电池性能一定的状态判断标准参考。

提示：对于深亏电电池（如车辆长时间搁置、电池没有及时充电；车灯、车门忘记关闭致使电池严重亏电不能启动车辆等），在实际检测过程中，也可能提示“请更换电池”，对于这样的电池请用户先咨询蓄电池厂家，按厂家提供的充电方法进行充电还原后，再进行测试。

蓝格尔MICRO-100测试仪操作说明、产品图片、参数

蓝格尔 MICRO-100 汽车电瓶检测仪MICRO-100 采用世界上最先进的电导测试技术，能快速、准确、安全检测起动型铅酸电池，快速查找电瓶故障，提高诊断效率，减少维修过程的异议。

MICRO-100 的特点: 1. 快速、准确的显示蓄电池测试结果。

2. 显示蓄电池目前的健康状况、充电状况，对电瓶进行科学理性判定。

3. 可以直接测试亏电的蓄电池 (低至 6.0V)。

4. 不发热，无火花，无操作危险。

MICRO-100 的规格: 1. 保修：一年。

2. 应用：12V 起动型铅酸蓄电池。

3. 工作范围：检测标准测量范围 CCA BIC CA MCA DIN SAE IEC EN JIS GB 100-800 100-800 100-800 100-800 100--550 100--800 100--550 100--800 26A17--245H52 100--550 4. 5. 6. 7. 液晶显示屏：多语言显示可选(仅限外文版本) 。

工作温度：-18℃ 到 60℃。

特殊测试夹：双导体开尔文夹。

外壳材料：耐酸 ABS 塑料。

适用汽车电瓶 100-800CCA8．测试电池范围：30-100AH 9. 测量电压范围：6 – 30VMICRO-100 简易操作说明书1、 2、夹上夹子，红正黑负，显示开机界面。

按 YES/NO 键，进入语言选择界面，有英语、西班牙语、法语、德语、意大利语五个语言。

按 SCROLL 键滚动，按 YES/NO 键进入下一个界面； 3、 4、 5、 6、 7、 8、 9、选择车内/车外，按 SCROLL 键滚动，按 YES/NO 键进入下一个界面；选择充电状态，按 SCROLL 键滚动，按 YES/NO 键进入下一个界面；选择电池类型，按 SCROLL 键滚动，按 YES/NO 键进入下一个界面；选择输入标准，按 SCROLL 键滚动，按 YES/NO 键进入下一个界面；选择电池标准容量，按 SCROLL 键滚动，按 YES/NO 键开始测试。

重庆实验室常用器具技术参数

重庆实验室常用器具技术参数
1、流式细胞仪：检测范围：4~50μm；计数精度<±1%；总量精度
<±1%；测量灵敏度：100万计数/ (秒㎡)；内部灵敏度：1万/ (秒㎡)；
信号输出范围：0～20μA；量测精度：5±0.5μm；流量范围：0～
200ml/min。

2、紫外-可见光分光光度计：检测范围：190~1000nm；分辨率：1 nm；重现性：<0.1 %；最小可测浓度：0.0001 AU；光源：激光二极管；外接
电源：220V/50HZ。

3、热重分析仪：检测范围：25~650°C；重现性：<0.1%；相对误差：<0.05%；外接电源：220V/50HZ。

4、微量分析仪：检测范围：20~2000°C；精确度：±0.1%；最小可
测量浓度：10-6mol/L；光源：激光二极管；重现性：<0.01 %；外接电源：220V/50HZ。

5、X射线衍射仪：检测范围：2-200°；分辨率：0.1°；相对误差：<0.001%；精度：1.0A；投射距离：0.05-1m；光源：激光二极管；外接电源：220V/50HZ。

Quawell微量分光光度计

Q5000微量紫外分光光度计Q3000微量紫外分光光度计
概述
Q5000
微量紫外分光光度计
（波长：200-850nm）
微量紫外分光光度计--Quawell 5000，采用用液体体柱技术，在5S内就可以完成样品测定，样品体积仅需0.5-2.5ul，且具有较高的精确度和重复性。

应用：
核酸检测
纯化蛋白A280检测
蛋白荧光染色检测
微阵列分析
细胞及微生物浓度分析
常规紫外分光光度分析
操作界面（dsDNA）：
Q3000
微量紫外分光光度计
（波长：260nm，280nm，380nm）
Quawell Q3000是专门检测的核酸和蛋白的微量紫外分光光度计。

可在2S内完成对样品的测定，样品体积仅需0.5-2.5ul，并且具有较高的精确度和重复性。

应用：
核酸检测（DsDNA，ssDNA，RNA）
蛋白检测( BSA，IgG，溶解酵素（Lysozyme），1Abs=1mg/ml )
测量数据：Abs260，Abs280, 260/280和浓度
只需轻松一点，即可将所测数据转化成Excel表格形式
操作界面（dsDNA）：
特有技术（专利申请中）
图1：首先，加入样品，压下上臂。

图2：在驱动器的作用下抬起上臂，由于分子效应，样品被分成两部分，一部分连接到下表面，一部分连到上表面。

图3：到达固定位置后，上臂降低，两滴液体接触连接成液体柱。

在此位置完成检测，无需移动上臂位置。

技术参数：。

近红外测试液体选择的比色皿规格

近红外测试液体选择的比色皿规格近红外（NIR）光谱技术是一种无损、快速、可靠的分析方法，广泛应用于液体成分分析和质量控制。

在进行液体的近红外测试时，选择合适的比色皿规格是非常重要的。

本文将从不同比色皿规格的特点、适用范围和注意事项等方面进行介绍。

一、小体积比色皿（Micro Cell）小体积比色皿，也称为微量比色皿，通常容量在0.5 mL到2 mL之间。

这种规格的比色皿适用于样品稀缺或昂贵的情况，可节约使用成本。

同时，小体积比色皿的光程较短，可降低光散射和吸光度测量误差，提高测量精度。

然而，由于容积较小，使用时需要注意避免溢出和挥发物的损失。

二、常规比色皿（Standard Cell）常规比色皿是指容积在1 mL到10 mL之间的比色皿。

这种规格的比色皿应用广泛，适合大多数液体样品的测试。

常规比色皿的光程较长，有助于提高测量的灵敏度和准确性。

同时，常规比色皿的容积较大，不易溢出，操作相对方便。

然而，需要注意的是，常规比色皿的使用量较大，对样品的要求也相对较高。

三、大容量比色皿（Macro Cell）大容量比色皿的容积一般在10 mL到100 mL之间。

这种规格的比色皿适用于需要大量样品进行测试的情况，如工业生产中的在线监测。

大容量比色皿的优点是可同时测试多个样品，提高工作效率。

然而，由于容积较大，大容量比色皿的光程相对较长，可能会增加光散射和吸光度测量误差，需进行相应的校正和补偿。

四、石英比色皿（Quartz Cell）石英比色皿是一种特殊材质的比色皿，其主要特点是具有良好的透光性和化学稳定性。

石英比色皿适用于特殊需求的液体分析，如高温、高压或腐蚀性样品的测试。

石英比色皿的透光率较高，可提高测量的灵敏度和准确性。

然而，石英比色皿的价格较高，使用时需小心避免碰撞和刮伤。

五、塑料比色皿（Plastic Cell）塑料比色皿是一种经济实用的比色皿，通常由光学级塑料制成，如聚甲基丙烯酸甲酯（PMMA）或聚苯乙烯（PS）。