普发特PTM1700全自动薄膜相变特性分析仪功能及参数介绍

全自动相变仪（Formastor-FII）功能与性能指标简介全自动相变仪（Formastor-FII）是一台可以测试钢、铁等金属材料静态相变温度的仪器，其测量的温度范围很宽为－１５０℃～１４００℃，采用高频感应加热和气体喷雾冷却来实现温度的精确控制。

　其实验功能包括：（1）　升温、降温过程中相变点的测试，如钢的Ac1、Ac3等测定；（2）　测试连续冷却相变点，并绘制CCT曲线；（3）　快冷后恒温冷却过程中相变点的测试，并绘制TTT曲线；（4）　测试马氏体转变相变点；（5）　测定加热冷却过程中的膨胀系数。

主要技术指标： １）　试样尺寸：优化设计标准试样φ３×１０ｍｍ ２）　加热方式：高频感应加热 ３）　冷却方式： ＲＴ－１４００℃　采用普通铜管喷嘴 低温冷却时采用特殊石英喷嘴 ４）进行高温测试时温度控制范围和精度　４－１）热电偶种类：Ｒ型热电偶　 ４－２）加热温度范围：ＲＴ～１４００℃ ４－３）加热速度范围：Ｍａｘ　１４０℃／ｓｅｃ　（非线性控制） Ｍａｘ　１００℃／ｓｅｃ　（线性控制） ４－４）加热控制精度：±１℃（ＲＴ－１４００℃静态） ４－５）冷却介质：Ｎ、Ａｒ、Ｈｅ ２ ４－６）冷却速率：在不可控状态下为Ｍａｘ　３００℃／　ｓｅｃ　（Ｈｅ） 在可控状态下为Ｍａｘ　５０℃／ｓｅｃ（Ｈｅ）　５）进行低温测试时温度控制范围和精度 ５－１）热电偶种类：Ｋ型热电偶 ５－２）加热温度范围：－１５０℃～１２００℃ ５－３）加热速度范围：　Ｍａｘ　５０℃／ｓｅｃ　（ＲＴ～１２００℃，线性控制） ５－４）冷却速度： ①　１００℃／ｓｅｃ　（１２００～５０℃） ②　１５℃／ｓｅｃ　（５０～－５０℃） ③　１．５℃／ｓｅｃ　（－５０～－１００℃） ④　０．８℃／ｓｅｃ　（－１００～－１５０℃） ５－５）　温度控制精度：①±１℃（室温～１２００℃静态） ②±５℃（室温～－１５０℃静态） ５－６）　冷却介质：①真空，惰性气体（ＲＴ～１２００℃） ②　Ｈｅ　（ＲＴ～－１５０℃） ６）膨胀测量 ６－１）检测系统：　差动相变测定系统 ６－２）测量范围：　４　挡 ０．５，　０．２，　０．１，　０．０５ｍｍ　／±５Ｖ ６－３）测量精度：　±１．０％ ６－４）输出电压：　±５Ｖ ６－５）稳定性：室温下　１μ／４ｈｏｕｒｓ（室温变化小于５％） 低温时　５μ／２０ｍｉｎｕｔｅｓ（室温变化小于５％） ７）真空系统性能 ７－１）机械泵：　１６２　（５０Ｈｚ）　／　１９７　（６０　Ｈｚ）　ｌ　／ｍｉｎ． ７－２）扩散泵：　３６０　Ｌ　／ｓｅｃ　（　Ｄｉａ．　３　ｉｎｃｈｅｓ） ７－３）排气速率：　Ｍａｘ．　１．３　ｘ　１０－２　Ｐａ　／　１５　ｍｉｎ． ７－４）可得真空度：　Ｏｒｄｅｒ　ｏｆ　１０－３　Ｐａ ７－５）真空阀门：　气动控制系统 ８）软件要求 ８－１）给出常用设定参数或输入自己想要的测试参数，自动控制测试过程的进行 ８－２）除了给出纸张记录曲线还能自动给出数字化ＣＣＴ　图、ＴＴＴ　图曲线 ８－３）所有数据和ｅｘｃｅｌ　数据兼容 全自动相变仪（Formastor-FII）操作规程一、开机步骤1、打开总电源；2、打开循环水泵电源；3、打开压缩空气和冷却气体的气阀开关；4、扳动主设备面板上的“MAIN”开关，使其处于“开”状态；5、扳动主设备面板上的“CONTROL”开关，使其处于“开”状态；6、启动操作台上的电脑；7、点击主设备面板上“RP ON/OFF”按钮，启动机械泵；8、点击主设备面板上“DP ON/OFF”按钮，等待30分钟后，启动扩散泵；二、连续冷却转变试验（即CCT试验）的操作步骤注：一般冷却气体为氮气，热电偶类型为R型。

普发特PTM1700全自动相变特性分析仪仪器概述PERFECT PTM-1700全自动相变特性测试仪是一款对相变材料相变特性进行测量与分析的精密光电仪器，可通过自动测量得到薄膜或者粉体等相变材料的热滞回线、相变温度、热滞宽度、相变幅度等特性参数，并可以根据温变曲线直观定性观察比较材料的相变潜热。

先进的模块化设计理念、精密的光探针技术、高端的进口芯片、便捷的自动测试分析软件、以及时尚的外观，使该仪器成为二氧化钒等相变材料研究的不二选择。

中国科学院广州能源研究所、深圳大学、西安化学所等单位为典型用户。

技术特点1、精密光学测量技术，可进行单层、多层和超小样品的测量，且灵敏度更高2、非接触式信号采集，避免了接触式探针测量对样品的损伤和不稳定性缺点3、先进的光探针技术，使得采样范围最小直径可达300微米4、全自动一键测量，操作简单，省时、省事5、超高采样速率，测量快速、准确，工作效率高6、触摸屏操作与电脑操作两种模式，测量随心所欲7、升温速率无级可调，根据实际需求任意选择8、与DSC测量相比，具有超高性价比9、科研型与基础型，满足不同需求技术规格：1、工作波长1550nm（特殊需要波长可定制）2、样品台温度范围：室温~120℃，温度精度±0.1℃3、采样频率1Hz，测试速度快（以VO2薄膜为例，完整升降温热滞回线约需20分钟）4、最小采样范围直径300 m5、红外非接触测温模式6、自然冷却与风冷两种降温模式7、加热速率无级可调8、设定参数后自动测量出薄膜相变的热滞回线9、USB2.0高速数据接口10、测试分析软件可得到相变温度、热滞宽度等特性参数11、根据温变曲线可以定性观察比较材料的相变潜热12、可以Excel形式导出各原始测试数据和分析数据，以word形式导出测试分析报告。

多功能相位增益分析仪新一代的多功能量测分析仪PSM1700PSM1735带宽10uHz ~ 1MHz带宽10uHz ~ 35MHz数字签名者：吴玉进DN ：cn=吴玉进, o=力高仪器, ou=力高华南销售部,email=*****************.cn,c=CN日期：2009.09.22 16:10:29 +08'00'在世界上各种不同应用领域的工程设计人员对于的测量设备的要求，不外于更快的测量速度、更大的扩充弹性、和更高的测量精度。

N4L 公司推出的新一代多功能测量仪，功能非常全面，应用非常弹性，同时在各种量测功能上也都具备很高的精度。

采用最新的数字信号处理技术优化所使用的模拟硬件设计，多种量测功能都能由两个量测通道的高精度电压和两通道之间的相角差运算出来。

PSM 产品系列将两独立电压量测通道所量测的电压和相位的基本数据，运算出各种与电压相位有关的测量参数，使PSM 产品系列成为非常独特的多功能量测分析仪。

PSM1700/PSM1735兼具多功能与高性价比用户无论是只用到PSM1700 或 PSM1735的其中一项量测功能，或是使用全部的六项量测功能，都将体验到以最新一代技术所设计出来的高量测精度、快测试速度、和易于操作的多功能综合分析仪。

频率响应分析仪FRA (Frequency Response Analyser)PSM 产品系列具备一个数字信号发生器、两个差分自动量程电压表、自动调整扫频刻度，可存储设置条件与测试结果于内置记忆体。

PSM 产品系列为高精度且易于操作的频率响应分析，性能远优于其他并非为频率响应分析应用而设计的产品。

分析仪特点z 双通道宽频带差分输入z 每秒20个频点的快速扫频z 离散式付利叶分析得到最佳的杂讯抑制z 自动计算出增益裕量与相位裕量 z 量测设置与结果可存储于内置记忆体 FRA 应用范围• 电源供应器增益裕量与相位裕量分析• 滤波器设计与特性量测• 扬声器与放大器特性测试• 机械振动特性分析• 电机控制环路特性分析 PSM1700测试开关电源环路特性只稍单击“real tim e”、 “tabular”、“graphical ” 等键，很容易就能切换“实时”、“表列”、“曲线”三种不同的显示格式，以选择最适当的显示格式。

*Theoretical maximum. Individual results may vary.VITROS ®XT 7600 Integrated System 1 SpecificationsMeasurement Principle:• Colorimetric/Rate• Potentiometric (direct ISEs)• Immuno-rate • Turbidimetric• Enhanced ChemiluminescenceReagents:• No preparation 2, no mixing or reconstitution required for Integrated Reagent Packs, Signal Reagent, Universal Wash Reagent, Electrolyte Reference Fluid (ERF), or Immuno-Wash Fluid (IWF)• Onboard stability up to 84 days• Shelf life stability up to 18 months from date of manufacture 3• Onboard test capacity:–Up to 11,440 tests (up to 16,780 tests with XT MicroSlides)–150 reagent positions:°89 MicroSlide Cartridges (18, 50, 60, 100, or 120 tests/cartridge)°31 MicroWell Packs (50 or 100 tests/pack) °30 MicroTip Packs (50, 75, or 100 tests/pack)User-Defined Channels:• 20 available (MicroTip)Consumables:• VersaTips, MicroTips, Cuvettes, Signal Reagent and Universal Wash Reagent can be replenished without interrupting system operation. Reagents replenished without interrupting incubation. ERF and IWF can be replenished when all MicroSlides have completed • Onboard capacity:–VersaTips: 2000 –MicroTips: 384 –Cuvettes: 348 –Signal Reagent: 3 packs –Universal Wash Reagent: 5 liters –ERF: 800 tests –IWF: 300 tests Calibration:• Up to 25 lots per assay with automatic lot switching • MicroSlide and MicroTip assays stable up to lot change • MicroWell stable for up to 28 days • Random-access calibration• Bar-coded calibrators for MicroSlide and MicroWell assays System Startup:• 24-hour ready mode• No manual primes, purges, washes or tubing maintenance • No daily calibrations or calibration checks• Automatic integrated prime/purge for MicroWell assaysTime for Single Result:• Potentiometric: ~2.5 minutes • Colorimetric: ~6 minutes • Immuno-rate: ~8 minutes • MicroTip: ~8-16 minutes • MicroWell: ~16-73 minutes• Real-time results data stream to LIS available Throughput *:• Maximum theoretical throughput without XT slides: up to 945 tests per hour (TPH)• Maximum theoretical throughput with XT slides: up to 1,320 TPH• Actual throughput will vary by test mix and sample workflow Sample Types:• Serum, Plasma, Urine, CSF, Whole Blood,4 Amniotic Fluid 5Sample Volume:• Per assay: 2–80μL• Dead volume: minimum 35μLSample Capacity:• Continuous load and unload• 80 samples in Universal Sample Trays • 10 samples in dedicated STAT laneSample and Reagent Management Incorporating Intellicheck® T echnology:• Single-use Tip Metering verifies sample aspiration and dispense, eliminates carryover and addresses cross-contamination concerns• Clot, bubble, low and high viscosity, thin layer fluid and short sample detection• Save-the-Sample Clot/Bubble Management • Liquid level sensing• MicroSlide, MicroWell and Cuvette Dispense Verification • Reagent and diluent aspiration and dispense verifications• Onboard IntelliReport provides complete traceability and documentation of result quality• Detection of Hemolysis, Icterus, and Turbidity1. Availability is subject to local regulatory requirements2. Except Caffeine3. Gentamicin: 24 months; Caffeine: 36 months4. For %Hemoglobin A1c and Red Cell Folate5. Not commercially available in the United StatesSample Containers:•Universal Sample Trays accommodate: –5mL, 7mL, 10mL collection tubes –Micro-collection containers–VITROS® microsample cups and 0.5mL and 2.0mL cups Sample Bar Code Identification:•Autodiscriminates by simultaneously recognizing all standard symbologies: –Code 128 –ISBT 128 –Code 39 –Codabar–Interleaved 2 of 5Dilution Capabilities:•Auto reflex dilution•Operator requested dilution •Off-board dilution calculationAutomatic Reflex T esting (based on user-configuration):•Reflex to different assays •Reflex to the same assayOperator Interface:•Color-coded graphical user interface •Ergonomic flat, low-glare, LCD, 17-inch touchscreen monitor•Numeric keypad on monitor•Detached keyboard for maximum flexibility•Onboard documentation and animated Help (V-Docs)•Onboard maintenance documentationData Storage:•Read/write SSD drive for data input and archiving •USB flash drive (memory stick) capabilities •5,000 sample programs•25,000 samples with ability to archive and retrieve through CD-ROM or USB flash drive System Dimensions:•Width: 2.79 m/110 inches •Depth: 0.89 m/34.9 inches •Height: 1.73 m/68 inches•Weight: 1070.5 kg/2360 poundsPower:•Line Voltage: two dedicated 20 amp power lines or one dedicated 30 amp power line with UPS, nominal 200-240V AC•Line Frequency: 47-63 HzEnvironment:•Operating temperature: 15°-30°C/59°-86°F •Ambient relative humidity: 15%-75% RH •Altitude: up to 2,439 m/8,000 feet•Plumbing: No water or drain required; self-contained onboard waste management eliminates special requirements for off-board plumbing Communications:•Laboratory Information System (LIS):–Bidirectional interface for ASTM and HL7 protocols –Broadcast download and Host Query–Results can be uploaded individually, as a group,or as an entire sample•Laboratory Automation System (LAS): –AT ready at launch– 2 LAS interfaces, point-in-space •Ports:–RS 232 serial ports (for LIS and LAS) –USB ports (for printers)–Ethernet ports (for e-Connectivity®, LIS)e-Connectivity® Interactive System Management:•Using the facility’s Internet connection or DSL, SSL technology establishes a secure connection between system and Ortho Clinical Diagnostics T echnical Support to enhance troubleshooting and increase uptime •Automatic two-way data exchange to automatically send and retrieve data•Automatic download of system software updates •Remote connectivity provides the ability to enable remote diagnostics and remote control operation •Enhance uptime with predictive alerts Acoustic Noise •Idle: 57.7dB•Operating: 60.4dBNot all products are registered or for sale in all markets All trademarks are the property of Ortho Clinical Diagnostics.© Ortho Clinical Diagnostics 2018. PR-037681。

Phase Sensitive Multimeters A new generation of versatile measurement instrumentsPSM1700 PsimetriQ PSM1735 NumetriQ10uHz to 1MHz 10uHz to 35MHzIn a world where engineers from many different application areas require ever increasing speed, flexibility and measurement accuracy, N4L introduce a new generation of versatile measurement instruments that offer leading performance in every mode without the compromise on accuracy or the additional cost that is commonly associated with such flexible instruments.Utilising the latest DSP and FPGA technology to optimise the use of innovative analogue hardware, many measurements functions can be derived with great precision from the basic elements of true rms voltage on two measurement channels plus the phase angle between them. It is from this fundamental relationship between independent voltages and their relative phase angle that the phrase ‘Phase Sensitive Multimeter’ was derived and this is also the key to the unique combination of performance versatility and value provided by the PSM range.Versatility without compromiseWhether you will make use of just one or all six of the primary measurement modesincluded in the PSM1700 and PSM1735, you can be sure of the exceptionalaccuracy, speed and ease of use that only the latest design technology can provide.Frequency Response AnalyserIncorporating a digitalsignal generator, twodifferential auto-rangingvoltmeters, auto-scalefrequency plots andintuitive setup stored intonon-volatile memory;the PSM range bringsaccurate and simpleto operate frequencyresponse analysis withinthe grasp of many whocould not previouslyconsider an FRAFeaturesDifferential inputsFast sweep with up to 20 frequency steps per secondDFT analysis giving exceptional noise rejectionAutomatic Gain/Phase margin computationStorage of results into non-volatile memoryFRA Example applications•Power supply gain and phase analysis•Electronic filter design and test•Speaker and amplifier test•Mechanical vibration analysis•Electro-Mechanical control loop analysis PSM1700 with N4L injection transformer testing an SMPSSelection of the mostsuitable display formatis very easy, switchingbetween real time,tabular or graphicalpresentation from anymode with a single keystrokeFRA table with cursor point selectedReal time mode at cursor pointIn real time mode, thedisplay functions are userselectable and can bepresented in any orderand at any of three zoomlevels. Cursor keys canthen be used to adjustamplitude and frequencywith selectable step sizeto provide completecontrol of test conditions.Vector VoltmeterUnique to the VVMmode is a null meterdisplay that providesthe feel of traditionalanalogue instrumentswhile maintaining theprecision of a 6 digitphase display and 1milli-degree phaseresolution.A high stability signal generator with direct digital synthesis, true rmssensing voltmeters and discreet fourier analysis combine to providephase measurement accuracy beyond any comparable product.FeaturesSimultaneous measurement of all functionsSynchronised to internal or external frequency sourceVVM Example applications•Electrochemical materials analysis•Current transformer testing•Phase meter calibrationLCR MeterWhether using an external shunt, an LCR Active Head or the Impedance Analyser Interface; LCR mode provides all impedance parameters quickly and accurately either at single frequencies or over a user defined frequency sweep.LCR Head – 10uHz to 5MHz IAI – 10uHz to 35MHzPSM1700 with LCR Active HeadPSM1735 with Impedance Analyser Interface6 digit resolution and exceptional phase stability permit testing of the most demanding components such as low ESR capacitorsAny point in a sweep can be selected with a cursor and viewed in a detailed results table.FeaturesWide frequency rangeFreq, Phase and Tan Delta to 6 digits Passive shunt or active head options Graph or table of any function Sweep results store to memoryLCR Example applications• Component testing • Electrochemistry• Circuit impedance analysis • Testing resonanceIn addition to providing the raw data from which all otherfunctions are derived, each channel can be used directly for applications requiring precision rms measurement. Unlike many voltmeters, AC and DC components are quantified separately and dBm, peak, CF and surge values are displayed.Both units utilise independent differential circuits permitting simultaneous analysis of two points at a different potential. For example, the input and output on voltage converter or two windings on a transformer.RMS VoltmeterPower MeterThe combination of true rms measurement channels, precision phase analysis, high speed computation and a versatile graphic display provide an ideal solution to many applications that involve rapid changes in power.FeaturesReal time true rms measurement withno missed data.Synchronisation with fundamental down to 10ms period.Datalog of up to 4 functions stored into non-volatile memory.Watch results during datalog capture with scroll display.Real time DFT harmonic analysis.Power Meter applications• Power profile testing • SMPS standby analysis • Distortion analysis • PFC testingWatts graph with cursor at log no. 2351Real time display after datalogHarmonic AnalyserThe Harmonic Analyser mode simultaneously measures individual harmonic components and total harmonic distortion values on both measurement channels.Discrete Fourier Transform algorithms permit fundamental harmonic components to be quantified accurately even in the presence of noise and distortion.PC control, data capture and file storagePSMcomm software provides control of all primary PSM functions with graphical or tabular data presentation, dual cursor measurements, an automatic gain phase margin function plus print, copy, save to file and firmware download.CommVIEW PC software supplied as standard, provides script file instrument control, result storage in .txt format and firmware download.PSM1700 and PSM1735Frequency Response AnalyserMeasurement Magnitude, gain (CH1/CH2 or CH2/CH1), gain (dB), offset gain (dB), phase (°) Frequency range 10uHz to 1MHz 10uHz to 35MHz20mHz to 500kHz with ext source 20mHz to 500kHz with ext source Gain accuracy in dB 0.02dB < 1kHz 0.01dB + 0.001dB/kHz < 1MHz 0.05dB < 10kHz 0.1dB + 0.04dB/MHz < 35MHz0.1dB + 0.001dB/kHz < 1MHz Phase accuracy 0.02° < 10kHz 0.02° < 10kHz0.02° + 0.003°/kHz < 1MHz 0.05° + 0.0001°/kHz < 35MHzFrequency source Generator or CH1 input Measurement Real-time DFT, no missing data Speed Up to 100 readings per second FilterSelectable from 0.2 secondsResolution5 or6 digitsAccessories and PortsStandard accessoriesProbes 2 off with PSM1700 – 4 off with PSM1735Leads Output, RS232, PowerSoftwareCommVIEWDocumentationCalibration Certificate, User ManualPSM1700 PSM1735Vector VoltmeterMeasurement In-phase, quadrature, tan Ø, magnitude, phase, in-phase ratio,rms, rms ratio, LVDT differential, LVDT ratiometricFrequency range 10uHz to 1MHz 10uHz to 35MHz20mHz to 500kHz with ext source 20mHz to 500kHz with ext sourceBasic accuracy (ac) 0.05% range + 0.05% reading + 0.05mV < 1kHzBasic + 0.02%/kHz < 10kHz Basic + 0.001%/kHz < 10kHz Basic + 0.2% + 0.002%/kHz < 1MHz Basic + 0.002%/kHz < 1MHzBasic + 1.6% + 0.4%/MHz < 35MHzLCR MeterFunctionsL, C, R (ac), Q, tan delta, impedance, phase – Series or parallel circuit Frequency range 10uHz to 1MHz 10uHz to 35MHzCurrent shunt External or N4L active head or Impedance Analysis InterfaceRangesInductance – 100nH to 10kH (LCR Head or IAI) Capacitance – 10pF to 1000uFResistance – 10mΩ to 100MΩBasic accuracy 0.1% + tolerance of selected current shuntSweep capabilityAll ac functionsTrue RMS VoltmeterChannels2Frequency range DC to 1MHz DC to 1MHz1MHz to 500kHz fundamental onlyMeasurementrms, ac, dc, peak, cf, surge, dBmBasic accuracy (ac) As VVM + 0.2mV As VVM + 0.05mV Accuracy (dc)0.1% range + 0.1% reading + 1mV 0.1% range + 0.1% reading + 0.5mVPower MeterMeasurementsW, VA, PF, V, A, - total, fundamental and integrated, power harmonics Frequency range 20mHz to 1MHz 20mHz to 1MHz1MHz to 500kHz fundamental onlyCurrent shunt External or use N4L power adaptor Current accuracy As voltage + external shunt toleranceWatts accuracy 0.15% VA range + 0.15% reading 0.1% VA range + 0.1% reading+ external shunt tolerance + external shunt toleranceHarmonic AnalyserScanSingle or series Frequency range 10uHz to 1MHzMeasurement Harmonic, series THD or difference THDMax harmonic50PortsRS232Baud rate to 19200RTS/CTS flow controlParallel8 output, 4 input – 25 Pin D TypeAnalog output 0V to +4V on any measured function – BNCSync output Pulse synchronised to generatorExtension ports 2(N4L accessories) 15 pin female D type and 6 pin mini-din LAN (option L) 10/100 base-T Ethernet auto sensing RJ45GPIB (Option G)IEEE488.2 compatiblePSM17xxPSM1700PSM1735DatalogFunctionsUp to 4 measured functions user selectable Datalog Window From 10ms with no gap between each log MemoryRAM or non-volatile up to 8000 recordsInput RangesInputs2 differential 2 balanced differential Connectors Isolated BNCDual grounded BNCCoupling ac or ac+dcMax input 100Vpk from earth 10Vpk from earth Input ranges 100V, 30V, 10V, 3V, 1V, 300mV, 10V, 3V, 1V, 300mV, 100mV, 30mV,100mV, 30mV, 10mVpk 10mV, 3mV, 1mVpkScaling 1 x 10^-9 to 1 x 10^9RangingFull auto, up only or manualInput impedance1M // 50pF (exc. leads) 1M // 30pF (exc. leads)Signal GeneratorTypeDirect digital synthesisFrequency 10uHz to 1MHz 10uHz to 35MHz Waveforms Sine, triangle, square, sawtooth Sine, square (1MHz) Accuracy Frequency ±0.05% Frequency ±0.05% (with no trim) Amplitude ±5% < 100kHz Amplitude ±5% < 10MHzAmplitude ±10% < 1MHz Amplitude ±10% < 35MHzImpedance 50Ω ±2% Output voltage 0V to ±10VpkOutput resolution 5mV 50uV to 5mV level dependentOffset0V to ±10Vpk Offset resolution ±10mVClock rate 11.52MHz 150MHzConnectorGrounded BNCHigh Speed Data StreamingRate 1500 readings/s maxWindow 660us to 1s Synchronized to waveformBuffer8000 resultsGeneralDisplay320 x 240 dot LCD – white LED backlightAlarm Any displayed functionhi, lo, inside window, or outside windowProgram stores 100, one loaded on power upSweep stores 30, all parameters in any sweep functionRemote operation Full capability, control and data Size170H x 350W x 250D mm approxTemperature 5 to 35°C Weight4kg approxPower supply90-264V rms 47-63Hz 30VA maxAll specifications at 23°C +/- 5°C. These specifications are quoted in good faith but Newtons4th Ltd reserves the right to amend any specification at any time without noticeMeasurement specificationsSystem specifications。

Explanation of symbols符号说明Introduction引言ABOUT PTM LOADGARD SERIES、关于PTM吨位仪系列Benefit优势PTM(Peak Tonnage Module)PTM（峰值吨位模块）Main Features主要特点OPERATING MODES操作模式LOOK WINDOW TIME查看时间SAMPLING (also referred to as ―L earning‖ or ―Trending‖ cycles)采样（也称为―L收入‖或―走向‖循环）ALARMS报警Other Features其他功能TOUCH SCREEN INTERFACE触目屏界面MAIN MENU主菜单PRESS MONITOR按显示器Tonnage Display Screen吨位显示屏幕MAIN PEAK LOAD SCREEN主峰负载屏CURRENT JOB DISPLAY目前工作显示CURRENT JOB DISPLAY目前工作显示报警指示灯及历史报警记录ALARM HI STORY报警历史TOTAL PEAK DISAPL Y FOR FRAME总峰值的框架PEAK TONNAGE DISPLAY FOR FRAME (Ch1 – 4)峰值显示框（CH1-4）TREND LED趋势报警ALARM INDICATOR LED FOR FRAME CHANNEL报警指示灯区域PEAK DISPLAY FOR IN-DIE & ALARM INDI CATOR (In-Die Screen Only) 模具及报警指示灯显示（峰值显示在屏幕）VIEWING CURRENT ALARM SETTING S (In-Die Screen Only)查看当前报警设置（触摸屏）ALARM RESET报警复位ALARM SETUP报警设置OPERATING MODE操作模式COPYING SAMPLE TO TARGET复制样本目标VIEW PEAK HI STORY视图峰值曲线Peak History & SPC(Statistical Process Control) Charts高峰的历史与SPC（统计过程控制）图表ZOOMED MODE放大模式CHANNEL SELECT BUTTONS通道选择按钮CONFIG配置CHANGE GRAPH RESOLUTION改变图形分辩率SCROLL滚动UNZOOM取消缩放GRID网络BOLD以粗体显示LEGEND图例SPC？？？Current Alarm Setting当前报警设置Group Select组选择HIGH CAPACITY高容量LOW CAPAC ITY低容量TARGET目标+ TOL+ 容差- TOL- 容差EXPAND FACTOR扩大因素LEARNING CYCLE学习周期ADAPTIVE LEARNING ENABLE/DISABLE 自适应学习的启动/禁止ALARM WINDOW (ms)报警窗口（毫秒）(LOOK) WINDOW TIME (ms)（看）窗口时间（毫秒）ENABLING EDIT启动编辑DOWNLOAD下载JOB RECIPE工作配方SA VING TO RECIPE DA TABASE保存配方数据库MAIN MENU主菜单Signature (Wave) Display Screen署名（波形）显示JOB作业PEAK峰值HIGH CAP高容量LOW CA P低容量TARGET目标SAMPLE采集样本高容差LOW TOL低容差WA VE VIEWING WINDOW波形显示窗口READ TONNAGE AT ANGLE读取吨位的角度ZOOM IN放大RESET ZOOM重置缩放TREND TYPE趋势类型TREND趋势GRID网络BOLD以粗体显示LEGEND图例CHANNEL SELECT通道选择OVERLAY覆盖、叠加Overlay Screens覆盖屏幕SIGNA TURE OVERLAYS CREEN 签名覆盖屏幕SIGNA TURE OVERLAY SCREEN 签名覆盖屏幕PEAK BARS SCREEN峰值分离筛选RECIPE MANAGER配方管理Recipe Main Screen配方主菜单JOB SUMMARY DISPLAY工作摘要显示NA VIGATION BAR导航栏EDIT ON编辑开删除EDIT编辑ADD添加COPY复制DOWNLOAD下载MAIN MENU主菜单Job Setup Screen工作设定屏幕JOB NAME作业名称HIGH CAPACITY高容量LOW CAPAC ITY低容量TARGET目标+ TOL+ 容差- TOL- 容差EXPAND FACTOR扩容因子LEARNING CYCLE学习周期ADAPTIVE LEARNING ENABLE/DISABLE 自适应学习的启动/禁止报警窗口（毫秒）(LOOK) WINDOW TIME (ms)（看）窗口时间（毫秒）PASTE粘贴CANCEL取消SA VE保存PASSWORD CHANGE更改密码MASTER PASSWORDADMINISTRATOR PASSWORD管理员密码OPERATOR PASSWORD操作员密码INITIAL PASSWORD初始密码ADTSERVER SETUP SCREEN ADT服务器设置屏幕Monitor Screen显示屏幕OPERATING STATUS INDICATOR 工作状态指示灯OPERATING MODE INDICA TOR 操作模式指示灯Sensor Calibration Screen传感器校准页面System Setup Screen系统设置屏幕WINDOW TIME (ms)、窗口时间（毫秒）PEAK WINDOW (Enable/Disable) 峰值窗口（启动/禁止）SA VE保存CANCEL取消APPENDIX A附录AAPPENDIX B附录BAPPENDIX C附录CAPPENDIX C附录DINTRODUCTION简介HELM INSTRUMENT CO., INC. manufactures a complete line of load monitoring control systemsfor use on metal stamping, forging, compaction and assembly presses; cold forming, cold heading, injection molding and die cast machines. Standard or custom transducers and load cells are available for in-die monitoring and transfer or progressive tooling. At HELM, quality is inherent not only in the design of our products but in the attitudes of our employees as well.We're working together to give you the best. After all, that's what our business is all about - providing innovative instrumentation to help make your manufacturing process more productive and your operation more effective.HELM仪器有限公司。

MST－082高精度开关量检测仪技术白皮书产品定位高精度开关量检测仪主要针对电网公司变电站、发电企业，用于高速开关量性能检测的专用设备。

当前变电站、电厂等现场广泛使用的SOE（事件记入顺序）系统普遍存在各输入通道间分辨率低、各输入通道传输回路的事件响应延迟等现象，造成事故分析不准确、反应不及时等问题，但又缺乏有效、准确的现场测试手段，本检测仪的应用将有效解决上述问题。

产品概述本仪器是用于高速开关量性能检测的专用设备。

仪器可通过自带的高精度GPS模块对变电站、电厂的GPS系统授时精度进行检测。

本检测仪在自主研发的基础上，同时吸收了国内外最新现代微电子技术和电力电子技术，采用超低功耗16位MCU作为主控芯片，高性能DSP做协从运算，利用高精度GPS授时模块，在硬件上将精度误差控制到最小，辅以高精度软件算法，使得本检测仪的性能指标有了质的飞跃。

主要特点◆双操作方式：除了仪器本身配备的键盘、LCD人机操作外，仪器还可以接上笔记本电脑进行操作，两种方式功能完全一致，真正完整的操作模式。

◆精度高：秒脉冲误差小于±0.1us；开关量输出绝对时间误差小于±20us，相对时间误差小于±10us；开关量输入检测精度为小于±20us。

◆接点丰富：8对光隔离开关量空节点输出，2路接点光隔离开关量输入，支持有源信号输入。

功能介绍站内SOE分辨率测试：――仪器的主要功能：SOE(sequence of event)事件动作顺序, 设备的SOE分辨率测试功能是对遥信事件及系统对遥信事件记录的分辨能力进行检定。

根据有关规程，要求当开关（刀闸）进行操作时，其返回的接点信号应正确无误地在操作员工作站上反应，保护装置的各个信号，也应在操作员工作站上正确反映。

站间SOE分辨率测试：由于综自系统的GPS授时系统存在诸如GPS授时装置处理延时，信号传输延时、卫星失步等原因，导致各个变电站间的GPS时间没有达到相对的统一，间接造成了变电站上一级系统的分辨率出现问题，这就很有必要使用检测仪来提供一个标准的时间输出，用于测试各站综自系统的授时准确性及上一级系统的分辨率。

micro motion transmitter1700说明
Micro Motion Transmitter1700是美国Emerson公司推出的最新款智能传感器，它成功地结合了智能传感技术，物联网技术，可编程处理器，低功耗无线技术，传送和控制技术，以及虚拟仪表的最新技术进行了完美的结合。

它仅重33克，采用行业标准的体积，非常
适合轻量级应用，能够抗污染，而且具有超高的能源效率。

Micro Motion Transmitter1700拥有的功能特点非常强大，采用先进的传感技术和超低功
耗无线通信技术，它能够探测和监测更多的信息，而且准确性很高，且满足客户现有的传输要求，可以收数据、发数据，甚至可以完成双向控制。

三种工作模式可以根据客户要求，调节传感信号和报警设置，而且与管理端的通信间隔、反应率以及网络连接稳定性等也比以前提升了好几倍。

在工业环境应用及安全上，Micro Motion Transmitter1700具有应用可靠性；模块具备完
整的安全功能，包括激活、安全认证，满足安全环境的安全可控要求；并且在移动性和无线行为方面，Micro Motion Transmitter1700可以把网络数据传输到实体场景中，能够让
网络传感器和实体对象的连接变的更加易用和灵活。

总之，Micro Motion Transmitter1700集智能网络、物联网和虚拟仪表技术于一身，是一
款非常可靠，节能，可靠和灵活的智能集成模块，值得推荐。