涡流测厚仪说明书E 英文版
涡流测厚仪操作规程标准范本
操作规程编号:LX-FS-A35712 涡流测厚仪操作规程标准范本In The Daily Work Environment, The Operation Standards Are Restricted, And Relevant Personnel Are Required To Abide By The Corresponding Procedures And Codes Of Conduct, So That The Overall BehaviorCan Reach The Specified Standards编写:_________________________审批:_________________________时间:________年_____月_____日A4打印/ 新修订/ 完整/ 内容可编辑涡流测厚仪操作规程标准范本使用说明:本操作规程资料适用于日常工作环境中对既定操作标准、规范进行约束,并要求相关人员共同遵守对应的办事规程与行动准则,使整体行为或活动达到或超越规定的标准。
资料内容可按真实状况进行条款调整,套用时请仔细阅读。
1 清除净被测物件上的污物、尘土和水。
将仪器的探头擦拭干净。
2 按下开关键,仪器自检完毕发出一鸣音,显示”0 0”便可以进行测量操作。
3 将探头平稳、垂直地放落在被测件上,待仪器鸣叫一声,显示器上便显示出涂层的厚度值。
然后再抬头高探头,重新落下,进行下一次测量这样反复5—10次,就可以完成一个测量序列。
4 在测试过程中,如因探头放置不平稳,或探头太脏等原因,显示出明显的错误值,此时应按下清键,将错误值删除。
否则将影响整体测试结果的准确性。
5 按统计键5次,可顺次显示出以下统计数:MEAN—平均值;MAX—最大值;MIN—最小值;S—标准偏差;N—测量次数。
6 统计程序完成后,可接着进行下一次测量序列。
若需要获得更多的连续统计数据,只要按两次上调键时,接着再进行测量,则测量出的数据和以前的数据是连续累加的。
涡流测厚仪说明书pdf
头都做了改进,性能和寿命有所提高。
本仪器具有以下重要功能:
♦ 自动校正。简单地通过按键即可自动校正仪器,校正数据自动
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ED200、ED300 型涡流测厚仪使用说明书
回目录
存储,下次使用时开机即可直接测量。 ♦ 数据统计。可对测量值自动统计,输出 5 个统计参数。 ♦ 鸣叫提示。蜂鸣音报告有效测量、故障或误操作。 ♦ 电源控制。电池欠压提示,停用 2 分钟及电池电压过低会自动
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ED200、ED300 型涡流测厚仪使用说明书
7. 故障排除
7.1. 故障现象及排除方法
回目录
故障现象
原因
排除方法
无显示或仪器 a. 仪器自动关闭
a. 按开关键
突然关闭 b. 电池耗尽
b. 更换新电池
c. 没有电池或电池没接好 c. 接上电池
d. 电池扣断线
d. 联系维修
探头不能测量 a.膜层太厚 a . 检 查被测件
5. 测量操作
按电源开关键,接通仪器电源,仪器开始运行自检程序,显示所
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ED200、ED300 型涡流测厚仪使用说明书
回目录
有的符号,然后发出一声鸣音,显示“0”。这表示仪器运行正常,已 进入测量状态。对于已校正过的仪器,此时可进行测量操作,对于长 期没有校正过的仪器,此时应执行校正操作。
校正时要使用没有涂层的基体试块和已知精确厚度值的校正箔 片。基体和箔片都要经过仔细的清洁处理。
校正操作分为单点校正和多点校正二种。操作方法如下: 6.1. 多点校正法
多点校正使用基体试块和选定的三个校正箔片进行。 6.1.1. 按校正键,仪器进入校正状态。显示器上提示 ZERO,显示
“0.0”。 6.1.2. 在基体上测量 5~10 次,显示器上显示出一个数值,并显示
涡流检测仪使用说明
涡流检测仪使用说明欢迎使用涡流检测仪,这可是个超酷的检测小能手呢。
下面我就来给你唠唠怎么用它。
一、准备工作。
1. 检查设备。
- 先把涡流检测仪从它的小窝里(存放的地方)拿出来,好好瞅一瞅。
看看它的机身有没有啥磕磕碰碰的地方,就像检查一个小宝贝有没有受伤一样。
- 再瞅瞅那些连接的线缆,确保它们都插得稳稳当当的,可别松松垮垮的,不然就像没系紧鞋带一样,会出问题的。
2. 开机预热。
- 找到电源开关,轻轻一按,把它打开。
这时候呢,就像它在伸懒腰、做热身运动一样,给它一点时间预热一下。
一般预热个几分钟就差不多了,具体时间可以参考说明书上的小提示哦。
二、检测设置。
1. 选择检测模式。
- 在检测仪的操作面板上,有一些小按钮或者菜单选项。
你得根据你要检测的东西来选择合适的检测模式。
比如说,你要是检测金属管材,那就得选管材检测模式;要是检测金属板材,那板材检测模式就是你的菜啦。
这就好比你去钓鱼,得根据鱼的种类选对鱼饵一样。
2. 调整参数。
- 接下来就是调整参数啦。
这里面有检测频率、增益、相位这些听起来有点复杂的东西。
不过别担心,就像调收音机一样,你可以试着先从一些默认的参数开始,然后根据检测的实际情况再微调。
- 检测频率呢,简单来说就是检测仪发射信号的节奏快慢。
如果检测的材料比较薄,可能就需要高一点的频率;材料厚呢,频率就可以低一点。
增益就像是给检测仪的眼睛戴上一副放大镜,让它能更清楚地看到微小的缺陷。
相位呢,就有点像调整方向,让检测的信号和缺陷的信号能对上号。
三、开始检测。
1. 放置探头。
- 拿着探头,这可是检测仪的小触角哦。
把探头轻轻放在要检测的金属表面上,要确保探头和表面接触良好,就像两只手紧紧握在一起一样。
如果中间有空气或者脏东西,就可能影响检测结果啦。
2. 移动探头。
- 然后慢慢地移动探头,就像扫地机器人在地上慢慢走一样,要均匀、平稳地移动。
在移动的过程中,检测仪的屏幕或者指示灯就会给你反馈啦。
如果检测到有缺陷,它可能会发出警报声,或者在屏幕上显示出一些特别的标记,就像发现宝藏(其实是缺陷)的时候,它在大声喊“这里有情况”一样。
Vortex Mixer F202A0173 产品说明书
Instruction ManualManuale di istruzioniManu el d’instructionsManual de instruccionesBedienungsanleitung指导手册CLASSIC Vortex MixerF202A0173General Information / Informazioni Generali / Informations Générales / Información General / Allgemeine Hinweise / 一般信息Before using the unit, please read the following instruction manual carefully.Prima dell’utilizzo dello strumento si raccomanda di leggere attentamente il seguente manuale operativo.Avant d’utiliser l’instrument, il est recommandé de lire a ttentivement le présent manuel d’instructions.Antes de utilizar el instrumento, le recomendamos que lea con atención el siguiente manual de funcionamiento.Bitte lesen Sie vor Inbetriebnahme des Geräts diese Bedienungsanleitung sorgfältig durch在使用本装置之前,请仔细阅读以下使用说明书。
Do not dispose of this equipment as urban waste, in accordance with EEC directive 2002/96/CE.Non smaltire l’apparecchiatura come rifiuto urbano, secondo quanto previsto dalla Direttiva 2002/96/CE.Ne pas recycler l’appareil comme déchet solide urbain, conformément à la Directive 2002/96/CE.No tirar el aparato en los desechos urbanos, como exige la Directiva 2002/96/CE.Dieses Gerät unterliegt der Richtlinie 2002/96/EG und darf nicht mit dem normalen Hausmüll entsorgt werden.根据EEC指令2002/96/CE,请不要将本设备作为城市垃圾处理。
Honeywell测厚仪系统操作说明
Honeywell测厚仪系统操作说明系统开机程序:1。
合工厂220VAC总电源,合主机220V主电源,合显示器电源,启动服务器。
系统将自动启动Windows2000和RAE操作系统。
2。
合IO控制柜内CD控制和MD控制220VAC电源,合 Cast 扫描架MSS柜220VAC电源,合Film扫描架MSS柜电源,合Film扫描架交流220VAC电源。
系统停机程序:1。
在RAE 操作界面上点击登陆为研发员(Developer),输入密码*** ,点击,点击系统停止(System Stop)按钮,然后点击OK,关闭RAE操作系统。
2。
点击Windows2000的开始菜单Start…,点击shutdown,然后点击OK,关闭windows2000操作系统,服务器电源自动断电。
3。
关闭显示器电源,关闭Cast 扫描架MSS柜电源,关闭Film扫描架MSS柜电源,关闭Film扫描架交流220VAC电源,关闭CD控制和MD控制电源。
注意:为保证测厚仪的正常运行,1。
必须保证压缩空气的正常提供,要求压力保持在4公斤以上。
2。
定期用酒精和脱脂棉将上下头窗口膜擦干净。
3。
如有过程报警(SS1 Safety Foult),可点击,再在画面上点击“复位清除传感器安全保护(Restart MSS to clear safety fault)”来清除报警。
4。
如有意外停电,请先按停机程序关闭系统,待电源恢复后,按开机程序要求开机。
品种更换快捷键 “Simple Recipe Change”这个按键用于显示快捷品种更换画面,通过一个按键可以方便地完成以下的一系列动作:结束当前运行的品种、检索和下载新的品种、启动新品种。
如果只需要改变品种参数而不启动品种或者在下载前需要检查或更改品种参数,请使用品种更换(Recipe Change)画面。
使用快捷品种更换画面的步骤如下:1.选定品种的组别(如果有多于一个的品种组别);2.从该组别的清单里选定新的品种;3.选“OK”结束当前品种并下载和启动新品种;4.选“Cancel”退出画面而保留原有品种。
EXTECH HD300 英文说明书
User GuideHeavy Duty CFM-CMM Thermo-Anemometer With built-in non-contact IR Thermometer and Laser PointerIntroductionCongratulations on your purchase of the Extech HD300 CFM Thermo-Anemometer. This handheld meter measures and displays air velocity, air flow (volume), temperature of air, and surface temperature (using the built-in non-contact IR thermometer). This meter is shipped fully tested and calibrated and, with proper use, will provide years of reliable service.FeaturesCFM/CMM Thermo-Anemometer with built-in non-contact IR Thermometer measures remote surfaces to 932°F (500°C) with a 30:1 distance to spot ratio andLaser pointer.Simultaneous display of Air Flow or Air Velocity plus ambient temperature.Eight (8) memory locations permit the user to store multiple air duct AREA values for fast and easy recall.Twenty (20) reading average for Air Flow or Air Velocity.Large backlit LCD display.3% velocity accuracy via low friction 2.83” (72mm) ball-bearing vane wheel on a3.9’ (120cm) cable.Data Hold and Max/Min/Avg.Auto Power OFF (can be disengaged).Safety•Use extreme caution when the laser pointer beam is on Array•Do not point the beam toward anyone's eye or allow the beamto strike the eye from a reflective surface•Do not use the laser near explosive gases or in otherpotentially explosive areasHD300-EU V2.0 4/082Meter Description1. LED display for Air Velocity, Air Flow, ProbeTemperature, and remote surfacetemperature. Units of measurement and useralerts are also displayed on the LCD.2. Vane Sensor. Hold the sensor in the flow ofair to take a reading.3. IR sensor: Non-contact temperaturemeasurement for remote surfaces.4. Laser Pointer: Helps the user aim the IRsensor.5. Battery access: Cover on rear panel6. PC interface jack: Use the supplied cable toconnect meter to a PC7. Upper Keypad (brief descriptions below):IRT: Press and hold to measure remote surface temperature. Release to hold the temperature value on the display.MAX/MIN (for air temperature measurements): Used to record and store the highest and lowest readings for temperature measurements made by the vaneprobe.AVG: Used to obtain Average for multi-point measurements in either FLOW or VELOCITY modes. Up to twenty (20) points can be averaged.HOLD (for air temperature measurements): Press to freeze the displayed temperature reading measured by the probe. Press again to unlock the display.Press and hold for 2 seconds to activate the LCD backlight. Press and hold againfor 2 seconds to turn the backlight off.8. Lower Keypad: Press to record and store the highest, lowest and continuous moving average readings for single point measurements. This button also functions as the decimal positioning tool in the AREA mode.mode, the meter displays air volume. In VELOCITY mode, the meter displays airspeed. This button also functions as the UP arrow button in AREA mode.AREA / NEXT: Press and hold to enter the AREA mode. The NEXT function allows the user to save AREA values to any of eight memory locations. This button is alsoused to clear stored readings in the MAX/MIN/AVG modes.Press to freeze the displayed air velocity or air flow reading. Press again to unlock display. Thisbutton also functions as the right arrow button in the AREA mode.NOTE: Battery Compartment and Tripod Mount are located on the reverse side of the meterHD300-EU V2.0 4/083HD300-EU V2.0 4/084 OperationAir Velocity Measurements1.Connect the sensor to the sensor input jack on top of the meter. 2.button. 3. Select the VELOCITY function using the UNITS button.Press the button repeatedly until the LCD displaysVEL .4. Press and hold the UNITS button for 2 seconds (untiltwo tones are heard) to change the temperature unitsfrom °C to °F or from °F to °C. The LCD will reflect theselection.5. Select the desired air velocity units using the UNITSbutton. The LCD will reflect the selection.6. Place the sensor in the air current to be measured withthe arrow on the inlet side of the vane (see diagram).7.View the air velocity and temperature readings on the LCD Display. Air Flow (Volume) Measurements (CFM / CMM)1.Connect the sensor to the sensor input jack on top of the meter. 2.3. Select the FLOW mode using the UNITS button. Press the button repeatedly until theLCD displays FLOW CFM (cubic feet per minute) or FLOW CMM (cubic meters perminute) as desired.4.Measure the dimensions of the duct or vent in question and calculate the area insquare feet or square meters Note: If the dimensional measurements are made in inches (or cm), convert them feet (ormeters) before calculating the square area.5.To begin entering the area in m 2 or ft 2press and hold the AREA button for approx. 2 seconds (until two tones are heard). 6.Momentarily press the NEXT button to select the desired memory location to store the area value (there are eight locations). 7.8.Press and hold the AREA button for approx. 2 seconds (until two tones are heard) to save the area value in memory. 9. Place the sensor in the air current to be measured with the symbol on the inlet side ofthe vane.10. View the air flow and temperature readings on the LCD Display.11. If the CFM or CMM reading exceeds 9999, the display will show the X10 or X100multiplier in the lower right hand corner of the LCD indicating that the displayed valuemust be multiplied by 10 or 100 to arrive at the correct flow measurement value.Arrow Side view of VaneHD300-EU V2.0 4/085 Non-contact IR Surface Temperature MeasurementsThe built-in IR sensor can remotely measure the temperature of just about any surface. The Laser pointer allows the user to aim accurately when taking remote measurements. 1.2.The IR sensor is located at the top of the meter. 3.Point the sensor toward the surface to be measured. 4. Press and hold the IRT button to begin measuring theIR TEMP andswitch on to help aim the meter.5. The measured IR surface temperature will appear on theLCD. The temperature displayed is the temperature ofthe area within the spot.6. When the IRT button is released, the laser pointer willswitch off and the reading will freeze (data hold) on thedisplay for approximately 7 seconds.7.After the 7 second hold time the meter returns to the AirVelocity/Flow and Air Temperature mode.WARNING: Do not directly view or direct the laser pointer at an eye. Low powervisible lasers do not normally present a hazard, but may present some potential forhazard if viewed directly for extended periods of time.Data Hold1.The HOLD button in the upper keypad area freezes the displayed vane temperature reading. Press again to unlock the display. 2. The HOLD button in the lower keypad area freezes the displayed air velocity or airflow measurements. Press again to unlock the display.3. The HOLDindicator will appear on the LCD when the display is in Data Hold mode.MIN-MAX-AVG Recording ModesThe HD300 has several MIN-MAX-AVG modes described separately below. MIN-MAX-AVG functions are available for all measurements made with the vane sensor (air velocity, air flow, and air temperature).Continuous Moving AverageIn the Continuous Moving Average mode the meter displays the continuous average of the measured readings for up to a 10 hour period.1. Turn the meter ON.2. Place the sensor in the air stream.3. Press the MAX-MIN button in the lower keypad area for air velocity / flow.4. Press the MAX-MIN button in the upper keypad area for air temperature.5. The meter will begin averaging readings once per second.Single Point Min-Max-AvgIn the Single Point Average Mode the meter takes a reading once per second andstores the highest, lowest, and average readings.1. Turn the meter ON.2. Place the sensor in the air stream.3. Press the MAX-MIN button (lower keypad area for air velocity/flow; upperkeypad area for air temperature) to enter the REC mode and display onlythe highest reading (display will show REC MAX).4. Press again to view the MIN value (display will show REC MIN). Now thedisplay will show only the lowest reading.5. Press again to view the AVG value (display will show REC AVG).6. To return to normal operation mode, press and hold the MAX-MIN buttonuntil two tones are heard.Multi-point AverageIn the Multi-Point Average Mode the meter averages up to 20 Air Velocity readings.1. Turn the meter ON.2. Press and hold the AVG button for 2 seconds (until two beeps are heard). A‘0’ will display in the upper right hand corner of the LCD and ‘AVG’ willappear on the bottom of the LCD.3. Place the sensor in the air stream under test.4. Press the AVG button momentarily to capture the reading (a single tone willbe heard) and the HOLD and AVG icons will appear on the bottom of theLCD. The ‘0’ that was displayed previously will increment to ‘1’. Thisnumber will increment with each successive press of the AVG button.5. Take more readings (up to a maximum of 20) in the same fashion asdescribed in step 4.6. The LCD will display the average of all the readings taken since the multi-point mode was accessed in step 2.7. To return to normal operation, press and hold the AVG button for 2 seconds(until two tones are heard).8. To clear the stored readings after exiting the Multi-point Average mode,press the AREA button once.HD300-EU V2.0 4/086HD300-EU V2.0 4/087 Battery ReplacementWhen the battery icon appears on the LCD, the 9V battery must be replaced.1.The battery compartment is located on the rear of the meter. 2.Press in and down on the arrow located above the tilt stand hinge. 3. Replace the 9V battery and the battery coverYou, as the end user, are legally bound (Battery ordinance) to return all usedbatteries and accumulators; disposal in the household garbage is prohibited!You can hand over your used batteries / accumulators, gratuitously, at thecollection points for our branches in your community or wherever batteries /accumulators are sold!Follow the valid legal stipulations in respect of the disposal of the device at theend of its lifecycleAuto Power OFF overrideThe HD300 is programmed to turn off automatically after idling for 15 minutes. This isdesigned to save battery life in the event the meter is left ON inadvertently. (Note: When the meter is in the “CFF/CMM” or “Average” mode, Auto Power Off is disabled.)To over-ride this feature:1.Turn the meter OFF 2.3.Release the button when appears in the display. 4.The meter will now remain ON until the user manually turns if OFF. 5. The next time the meter is turned OFF the Auto Power OFF function will be re-activated.USB PC Interface and SoftwareThe HD300 is equipped with a communication jack on its upper left side. The suppliedcommunications cable connects to this jack and to a USB port on a PC. The suppliedsoftware allows the user to view and save readings to the PC. Instructions for use andfeatures are detailed in the supplied software HELP utility.HD300-EU V2.0 4/088 IR TheoryIR thermometers measure the surface temperature of an object. The meter’s optics sense emitted, reflected, & transmitted energy that is collected and focused onto the meter’s detector. The meter’s circuitry translates this information into an LCD reading.InfraRed Measurement Considerations• When taking IR measurements the meter automatically compensates for ambient temperature changes. Note that it may take up to 30 minutes to adjust to extremelywide ambient changes.• Low temperature measurements quickly followed by high temperature measurements may require several minutes to stabilize as a result of the IR sensor cooling process. • If the surface of the object under test is covered with frost, oil, grime, etc., clean before taking measurements.• If an object's surface is highly reflective apply masking tape or flat black paint before measuring.• Steam, dust, smoke, etc. can obstruct measurements.• To find a hot spot, aim the meter outside the area of interest then scan across (in an up and down motion) until the hot spot is located.•IR measurements cannot be made through glass. IR Field of ViewEnsure that the desired target is larger than the spot size. As the distance from an object increases, the spot size of the area measured by the meter becomes larger. The meter’s field of view ratio is 30:1, meaning that if the meter is 30 inches (cm) from the target, the diameter (spot) of the object under test must be at least 1 inch (cm). Refer below to theEmissivityMost organic materials and painted or oxidized surfaces have an emissivity of 0.95.Inaccurate readings will result when measuring shiny or polished surfaces. Tocompensate, cover the surface under test with masking tape or flat black paint. Allow time for the tape to reach the same temperature as the material underneath then measure the temperature of the tape or the painted surface.Thermal Emissivity Table for Common MaterialsMaterial Emissivity Material Emissivity Asphalt 0.90 to 0.98 Cloth (black) 0.98skin 0.98 Concrete 0.94 HumanCement 0.96 Leather 0.75 to 0.80Sand 0.90 Charcoal0.96(powder) Earth 0.92 to 0.96 Lacquer 0.80 to 0.95(matt)0.97Water 0.67 LacquerIce 0.96 to 0.98 Rubber (black) 0.94Snow 0.83 Plastic 0.85 to 0.95Glass 0.85 to 1.00 Timber 0.90Ceramic 0.90 to 0.94 Paper 0.70 to 0.940.81oxides Marble 0.94 ChromiumPlaster 0.80 to 0.90 Copper Oxides 0.78Mortar 0.89 to 0.91 Iron Oxides 0.78 to 0.82Brick 0.93 to 0.96 Textiles 0.90HD300-EU V2.0 4/089HD300-EU V2.0 4/08 10Useful Equations and Conversions AREA equation for rectangular or square ductsArea equation for circular ductsCubic equationsNOTE: Measurements made in inchesmust be converted to feet or meters before using the above formulae.Unit of Measure Conversion Tablem/s ft/min knots km/h MPH 1 m/s1 196.87 1.944 3.6 2.24 1 ft/min0.00508 1 0.00987 0.01829 0.01138 1 knot0.5144 101.27 1 1.8519 1.1523 1 km/h0.2778 54.69 0.54 1 0.6222 1 MPH0.4464 87.89 0.8679 1.6071 1Width (W) Height (H) Area (A) = Width (W) x Height (H) CFM (ft 3/min) = Air Velocity (ft/min) x Area (ft 2) CMM (m 3/min) = Air Velocity (m/sec) x Area (m 2) x 60 Radius Area (A) = π x r 2 Where π = 3.14 and r 2 = radius x radiusSpecificationsGeneral SpecificationsDisplay Dual Display Multi-function LCD with 9999 countsMeasurements Air Velocity: m/s, km/h, ft/min, knots, mph;Air Flow: CMM (m3/min) and CFM (ft3/min);Air Temperature (through vane) and Surface Temperature(using the IR thermometer function): °C and °F Data Hold Freezes displayed readingSampling rate 1 reading per secondSensors Air velocity/Air flow sensor: Conventional angled vane armswith low-friction ball bearing. Air temperature sensor: Precisionthermistor (built into the vane assembly); Surface temperaturevia non-contact IR sensor.IR Distance to Spot ratio 30:1IR Spectral response 6 to 14µmIR Emissivity 0.95 fixedMIN-MAX-AVG Record and Recall lowest, highest, and average readings Auto Power OFF Automatic shut off after 15 minutes (can be disengaged) PC Interface USB PC Communication with supplied software and cable fordata acquisitionOver range indication Dashes appears on the LCDLow battery indication Battery symbol appears on the LCDPower supply 9V BatteryOperating conditions Meter: 0 to 50o C (32 to 122o F); 80% RH max.Sensor: 0 to 60o C (32 to 140o F)Dimensions / Weight Main instrument: 8.0 x 3.0 x1.9" (203 x 75 x 50mm)Sensor head: 2.8” (72mm) diameteroz.(280g)9.8WeightHD300-EU V2.0 4/0811Range SpecificationsAir Velocity Measurements Range Resolution Accuracy (%rdg) m/s (meters per second) 0.40 – 30.00 m/s 0.01 m/s ± (3% + 0.20m/s) km/h (kilometers per hour) 1.4 – 108.0 km/h 0.1 km/h ± (3% + 0.8km/h) ft/min (feet per minute) 80 – 5900 ft/min 1 ft/min ± (3% + 40ft/min) mph (miles per hour) 0.9 – 67.0 mph 0.1 mph ± (3% + 0.4m/h) knots (nautical miles per hour) 0.8 to 58.0 knots 0.1 knots ± (3% + 0.4knots)Air Flow Measurements Range Resolution Area CMM (cubic meters per minute) 0-999,900 m3/min 0.001 0 to 999.9m2CFM (cubic feet per minute) 0-999,900 ft3/min 0.001 0 to 999.9ft2 Temperature Range Resolution Accuracy0.1o C/F±2o C (4o F)Air Temperature (vane) -10 to 60o C (14 to140o F)Surface Temperature (IR) -50 to -20o C (-58 to -0.1o C/F± 5o C (9o F)4o F)0.1o C/F±2% or ±2o C (4o F)-20 to 500o C (-4 to932o F)Copyright © 2008 Extech Instruments Corporation (a FLIR company)All rights reserved including the right of reproduction in whole or in part in any form.HD300-EU V2.0 4/0812。
epro涡流传感器PR.…系列用户手册
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6m......................................................................................................................................
8m......................................................................................................................................
干扰电压
< 10mVpp
允许阻抗
10KΩ
供电电源
额定电压
允许波动
额定电流
-23…-32V
< 20 mVpp
<15 mA
环境条件
参考温度
工作温度范围
最大工作温度范围
贮藏温度
+23℃
-35℃…+70℃
-35℃…+80℃
-40℃…+85℃
保护等级
IP67
IP20
IP20
振动
(参照标准IEC68一2一6)
撞击
6
95mm
110mm
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7
105mm
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ED200、ED300 型涡流测厚仪 说明书
涡流测厚仪使用说明书目 录 1. 概述.........................................1 2. 技术参数.....................................2 3. 仪器的成套性.................................3 4. 按键说明.....................................3 5. 测量操作.....................................3 6. 校正操作.....................................5 7. 故障排除.....................................7 8. 日常维护.....................................8 使用说明书 1. 概述 ED200型涡流测厚仪,是一种小型的、用电池供电的便携式仪器,具有快速、方便、无损检测的特点,适于测量各种非磁性金属基体上绝缘性覆盖层的厚度。
本仪器主要用于测量铝型材表面的氧化膜或涂层厚度,也可用于测量建筑用铝塑复合板表面氟碳涂层的厚度,以及测量其它铝件的阳极氧化膜和塑料、纸张的厚度。
本仪器可在生产现场、销售现场或施工现场对产品进行快速无损的膜厚检查,可用于生产检验、验收检验和质量监督检验。
本仪器符合国家标准GB4957,已通过国家计量部门的样机试验,并获得计量器具制造许可证。
许可证号为:辽制01030012。
ED300型涡流测厚仪是ED200型涡流测厚仪的改进型,体积减小、重量减轻、外形美观,仪器电路板和探头都做了改进,性能和寿命有所提高。
本仪器具有以下重要功能: ♦ 自动校正。
简单地通过按键即可自动校正仪器,校正数据自动ED200型 ED300型存储,下次使用时开机即可直接测量。
♦ 数据统计。
可对测量值自动统计,输出5个统计参数。
测厚仪使用说明书
测厚仪使用说明书1、概述1.1 适用范围金属、塑料、陶瓷及其它任何超声波的良导体,只要有上、下平行的两个表面,就能用此仪器测量厚度。
此仪器可用在工业生产领域中对各种材料或零件作精确测量,其另一重要方面是可以对生产设备中的各种管道和压力容器进行监测,监测它们在使用过程中受腐蚀后的减薄程度。
1.2 基本原理超声波测量厚度的原理与光波测量原理相似。
探头发射的超声波脉冲到达被测物体并在物体中传播,到达分界面时被反射回探头,通过精确测量超声波在材料中传播的时间来确定被测材料的厚度。
1.3 仪器各部份名称BATT--- 低电压标志--- 耦合标志m/s--- 声速单位mm---厚度单位ON ---- 开机键ZERO---校准键VEL--- 声速键▲▼ --- 声速、厚度、厚度单元调整键VEL+ZERO---厚度存储键机器右下角的圆形铁块为校准试块2、性能指标显示方式:四位数字液晶显示显示最小单位:0.1mm工作频率:5MHz测量范围:1.2〜225mm钢)声速调节范围:1000〜9999m/s使用温度范围:0〜40C电源:二节5 号电池3、主要功能自动校准零点, 可对系统误差进行修正线性自动补偿, 在全范围内利用计算机软件对探头非线性误差进行修正, 以提高准确度。
采用上下调节键可对声速、厚度进行快速调整, 可快速查询厚度存储单元。
耦合状态提示: 提供耦合标志通过观察其稳定状态可知耦合是否正常。
可存储十个厚度值,关机后数据不丢失, 为高空及野外作业工作带来方便。
测声速功能,根据样块厚度直接测出其声速,避免了查表或换算带来的麻烦。
低电压提示自动关机:定时自动关机会帮您断电全键膜密闭式操作—防油污,提高使用寿命4、测量步骤4.1 测量准备将探头插入主机探头插座中,按ON键开机,全屏幕显示数秒后显示上次关机前使用的声速。
此时可以开始测量。
4.2 声速的调整如果当前屏幕显示为厚度值,按VEL键进入声速状态,屏幕将显示当前声速存储单元的内容。
艾默生质量流量计E,Elite 英文版
Product Data SheetPS-00374, Rev. MNovember 2009Micro Motion® ELITE® Coriolis meters are the leading precision flow and density measurement solutions. ELITE meters offer the most accurate and repeatable measurement available for liquids, gases, or slurries.Best precision flow and density measurement•Unique design delivers unparalleled measurement sensitivity and stability •Guarantees consistent, reliable performance over the widest flow range •In-situ meter verification delivers fast, actionable, simplified performance checks•2-wire loop-powered option for installation simplificationSuperior performance in the most challenging applications •Industry standard for custody transfer and critical process control •Best two-phase flow capability for batching, loading, and entrained air applications•Immune to fluid, process, or environmental effects for superbmeasurement confidenceHigh performancecompact drainableCoriolis meterPeak performanceCoriolis meterHygienic compactdrainable CoriolismeterStraight tubefull-boreCoriolis meterGeneral purposeflow-onlyCoriolis meterF-SeriesELITE®H-SeriesT-SeriesR-SeriesExtreme low-flow CoriolismeterLF-SeriesMicro Motion® ELITE®Coriolis Flow and Density MetersPeak performancehigh capacitymeterELITE HCMicro Motion ELITE flow and density metersMicro Motion Coriolis meters meet a vast range of application needs, ranging from extreme low-flow up to high-flow, high-capacity lines. Cryogenic, hygienic, high-temperature, and high-pressure—Micro Motion meters can handle them all. Micro Motion meters are available with a variety of wetted parts to ensure the best material compatibility. Now with the industry’s only 2-wire Coriolis option, Micro Motion provides unsurpassed simplicity of installation and application flexibility.Coriolis meters.Coriolis meters offer dramatic benefits over traditional volumetric measurement technologies. Coriolis meters:•Deliver accurate and repeatable process data over a wide range of flow rates and processconditions.•Provide direct inline measurement of mass flow and density, and also measure volume flow and temperature—all from a single device.•Have no moving parts, so maintenance costs are minimal.•Have no requirements for flow conditioning or straight pipe runs, so installation is simplifiedand less expensive.•Provide advanced diagnostic tools for both the meter and the process.ELITE Coriolis meters.Micro Motion ELITE meters are the leading meters for precision flow and density measurement. ELITE meters offer the most accurate measurement available for virtually any process fluid, while exhibiting exceptionally low pressure drop. Every ELITE meter features standard secondary containment, and is available with stainless steel or nickel-alloy wetted parts and a wide variety of process connections to meet your every need.Now with in-situ meter verification, ELITE delivers the best in measurement and ease of use for critical applications. ELITE meters offer the best measurement performance for mass, density, and volume, regardless of process or environmental conditions. ELITE meters provide measurement capability for two-phase flow, liquid, and gas custody transfer, and process conditions from–400°F (–240°C) to 662°F (350°C).ContentsTemperature limits. . . . . . . . . . . . . . . . . . . . . . . . . 3 Accuracy and repeatability . . . . . . . . . . . . . . . . . . 4 Liquid flow performance . . . . . . . . . . . . . . . . . . . . 5 Gas flow performance. . . . . . . . . . . . . . . . . . . . . . 6 Density range (liquid only). . . . . . . . . . . . . . . . . . . 8 Vibration limits. . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 Power consumption. . . . . . . . . . . . . . . . . . . . . . . . 8 Weight. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8Pressure ratings . . . . . . . . . . . . . . . . . . . . . . . . . . 9 Environmental effects . . . . . . . . . . . . . . . . . . . . . 10 Hazardous area classifications. . . . . . . . . . . . . . 11 Materials of construction. . . . . . . . . . . . . . . . . . . 18 Dimensions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19 Fitting options . . . . . . . . . . . . . . . . . . . . . . . . . . . 26 Ordering information. . . . . . . . . . . . . . . . . . . . . . 372Micro Motion® ELITE® Flow and Density MetersMicro Motion ® ELITE ® Flow and Density Meters 3Temperature limitsAll models except high-temperature models (1)(2)(3)(4)(1)T emperature limits may be further restricted by hazardous area approvals. See pages 11–17.(2)The temperature graphs shown here are for use only as a general guide.(3)When ambient temperature is below –40 °F (–40 °C), a core processor or Model 2400S transmitter must be heated to bring its localambient temperature to between –40 °F (–40 °C) and +140 °F (+60 °C). Long-term storage of electronics at ambient temperatures below –40 °F (–40 °C) is not recommended.(4)The temperature limits shown apply only when the electronics are not covered (for example, by insulation). If the sensor case must beinsulated, use extended mount electronics.High-temperature modelsA m b i e n t t e m p e r a t u r e o f c o r e p r o c e s s o r o r t r a n s m i t t e r i n °F (°C )A m b i e n t t e m p e r a t u r e o f c o r e p r o c e s s o r o r4Micro Motion ® ELITE ® Flow and Density MetersAccuracy and repeatabilityElectronics optionModel 2400S,enh. core processorOther MVD transmitter, std. core processor Mass and volume flow (1)(1)Accuracy options vary by model. Models CMF010, CMFS010, CMFS015, sensors with Model 2200S transmitter, and all high-temperature models have fewer accuracy options. See Ordering information on page 37.LiquidAccuracy ±0.05% of rate (2)(3)(2)When flow rate is less than zero stability /0.0005, accuracy = ±[(zero stability /flow rate) × 100]% of rate, andrepeatability = ±[½(zero stability /flow rate) × 100]%.(3)When ordered with the ±0.10% factory calibration option, accuracy on liquid = ±0.10% when flow rate ≥ zero stability /0.001. When flowrate < zero stability /0.001, accuracy = ±[(zero stability /flow rate) × 100]% of rate and repeatability = ±[½(zero stability /flow rate) × 100]% of rate.±0.10% of rate (4)(4)When flow rate is less than zero stability /0.001, accuracy = ±[(zero stability /flow rate) × 100]% of rate andrepeatability = ±[½(zero stability /flow rate) × 100]% of rate.Repeatability±0.025% of rate ±0.05% of rate GasAccuracy ±0.35% of rate (5)(5)When flow rate is less than zero stability / 0.0035, accuracy equals ±[(zero stability /flow rate) × 100]% of rate and repeatability equals±[½(zero stability /flow rate) × 100]% of rate.±0.35% of rate Repeatability ±0.20% of rate ±0.20% of rate Density (1)(6)(6)Specifications for ±0.0002 g/cm 3 (±0.2 kg/m 3) density accuracy are based on reference conditions of water at 68 to 140°F (20 to 60°C)and 15 to 30 psig (1 to 2 bar).LiquidAccuracy ±0.0002 g/cm 3 (±0.2 kg/m 3)±0.0005 g/cm 3 (±0.5 kg/m 3)Repeatability±0.0001 g/cm 3 (±0.1 kg/m 3)±0.0002 g/cm 3 (±0.2 kg/m 3)TemperatureAccuracy ±1 °C ± 0.5% of reading ±1 °C ± 0.5% of reading Repeatability±0.2 °C ±0.2 °C lb/minkg/h Zero stabilityCMFS010M 0.0000750.002CMFS010H, P 0.000150.004CMFS015M 0.000370.01CMFS015H, P 0.000730.02CMF010M, H 0.0000750.002CMF010P 0.000150.004CMF0250.0010.027CMF0500.0060.163CMF1000.0250.680CMF2000.08 2.18CMF3000.25 6.80CMF4001.5040.91Micro Motion ® ELITE ® Flow and Density Meters 5Liquid flow performanceMass Volume (1)(1)Specifications for volumetric flow rate are based on a process-fluid density of 1 g/cm 3 (1000 kg/m 3). For fluids with density other than1g/cm 3 (1000 kg/m 3), the volumetric flow rate equals the mass flow rate divided by the fluid’s density.lb/minkg/h gal/min l/h bbl/hm 3/hMaximum flow rateCMFS01041080.5108CMFS01512330 1.5330CMF01041080.5108CMF025802180102180CMF0502506800306800CMF100100027,20012027,200CMF200320087,10038587,10055087CMF30010,000272,0001200272,0001700272CMF40020,000545,0002400545,0003400545Typical accuracy, turndown, and pressure drop with CMF100 and 2400S or enhanced core processorThe graph below is an example of the relationship between accuracy, turndown, and pressure drop when measuring the flow of water with a Model CMF100 sensor and Model 2400S transmitter or enhanced core processor.Actual pressure drop is dependent on process conditions. T o determine accuracy, turndown, and pressure drop with your process variables, use the Micro Motion product selector, available at .Turndown from maximum flow rate 500:1100:120:110:12:1Accuracy ±% 1.250.250.050.050.05Pressure droppsi ~0~00.20.713.5bar~0~00.010.050.93Flow rate, % of maximumA c c u r a c y , %6Micro Motion ® ELITE ® Flow and Density MetersGas flow performanceWhen selecting sensors for gas applications, measurement accuracy is a function of fluid mass flow rate independent of operating temperature, pressure, or composition. However, pressure drop through the sensor is dependent upon operating temperature,pressure, and fluid composition. Therefore, when selecting a sensor for any particular gas application, it is highly recommended that each sensor be sized using the Micro Motion product selector, available at .Mass Volume (1)(1)Standard (SCFM) reference conditions are 14.7 psia and 68 °F . Normal (Nm 3/h) reference conditions are 1.013 bar and 0°C.lb/minkg/h SCFM Nm 3/h Flow rates that produceapproximately 10 psid (0.68 bar) pressure drop on air (2)(2)Air at 68 °F (20 °C) and 100 psi (6.8 bar).CMFS0100.3846CMFS0151241218CMF010M, H 0.30846CMF010P 0.2635CMF025********CMF05010300145230CMF1005013006401000CMF200150400020003100CMF30049013,300650010,300CMF400125034,00016,60026,250Flow rates that produceapproximately 50 psid (3.4 bar) pressure drop on natural gas (3)(3)Natural gas with MW 16.675 at 68 °F (20 °C) and 500 psi (34.0 bar).CMFS010*******CMFS01539090130CMF010M, H 1303045CMF010P 0.9252035CMF02516450380600CMF0504011409701530CMF100185500043006700CMF20056015,20013,00020,500CMF300185050,50043,00068,000CMF4004700128,000109,000172,000Micro Motion ® ELITE ® Flow and Density Meters 7Gas flow performance continuedTypical mass flow accuracy and pressure drop with CMF100 and transmitter with MVD technology Air at 68 °F (20 °C), static pressures as indicated on graphNatural gas (MW 16.675) at 68 °F (20 °C), static pressure as indicated on graphStandard or Normal Volumetric CapabilityStandard and normal volumes are “quasi mass” flow units for any fixed composition fluid. Standard and normal volumes do not vary with operating pressure, temperature, or density. With knowledge of density at standard or normal conditions (available from reference sources), a Micro Motion meter can be configured to output in standard or normal volume units without the need forpressure, temperature, or density compensation. Contact your local sales representative for more information.Flow rateP r e s s u r e d r o p A c c u r a c y (± % o f r a t e )lb/min kg/hbarInches H 2OpsiFlow rateP r e s s u r e d r o pA c c u r a c y (± % o f r a t e )lb/min kg/hbarInches H 2Opsi8Micro Motion ® ELITE ® Flow and Density MetersDensity range (liquid only)Vibration limitsPower consumptionWeightRangeUp to 5 g/cm 3Up to 5000 kg/m 3Meets IEC 68.2.6, endurance sweep, 5 to 2000 Hz, 50 sweep cycles at 1.0 gMeter with core processor4 watts maximum Meter with Model 2400S transmitter 7 watts maximumMeter with Model 2200S transmitter Loop-powered, 0.8 watts maximum Meter with Model 1700/2700 transmitterRefer to transmitter documentationWeights provided are the weight of the flowmeter with 150 lb weld neck raised face flanges.With junction box With core processor,Model 2400S,or Model 2200S transmitter (1)(1)Weight stated for sensor with aluminum core processor. Add 4 lb (2 kg) for stainless steel core processor or stainless steelModel 2400S transmitter.lb kglb kg CMFS010——94CMFS015——94CMF010147199CMF02584136CMF050126178CMF10029133416CMF20063296831CMF3001657517077CMF400441200446202Micro Motion ® ELITE ® Flow and Density Meters 9Pressure ratingsSensor rating(1)(1)Process connection rating may differ from sensor rating. Please choose process connections accordingly.316L and 304L stainless steel Alloy C-22High pressure psi barpsi bar psi bar CMFS010181312560004136000413CMFS015181312560004136000413CMF010181312532632256000413CMF02515001032755190——CMF05015001032683185——CMF10014501002465170——CMF20015801082755190——CMF30017301192683185——CMF400150010328551972973205PED compliance Sensors comply with council directive 97/23/EC of 29 May 1997 on Pressure EquipmentDual seal complianceCSA sensors comply with ANSI/ISA 12.27.01-2003 requirements for process sealing between electrical systems and flammable or combustible process fluidsASME B31.3 secondarycontainment rating (2)(3)(2)For operating temperatures above 300°F (148°C), pressure needs to be derated as follows. Linear interpolation may be used betweenvalues. Process connection derating may differ from sensor rating.Burst pressure (3)Housing rating (3)(3)The housing of high-temperature models is rated for neither secondary containment nor burst pressure.psi barpsi bar CMFS010850585169356CMFS015850585169356CMF010(4)(4)Optional rupture disks for high-pressure CMF010P will burst if pressure inside sensor housing reaches 400 psi (27 bar).425293042209CMF025850585480377CMF050850585286364CMF100625433299227CMF200550372786192CMF300275181568108CMF400250171556107Flow tubesHousing316L sensors304L sensors Alloy C-22 sensors 316L sensors 304L sensors up to 300 °F (up to 148 °C)None None None None None at 400 °F (at 204 °C)7.2% derating 5.4% derating None 7.2% derating 5.4% derating at 500 °F (at 260 °C)13.8% derating 11.4% derating 4.7% derating ——at 600 °F (at 316 °C)19.2% derating 16.2% derating 9.7% derating ——at 650 °F (at 343 °C)21.0% derating18.0% derating11.7% derating——Environmental effectsProcess temperature effectProcess temperature effect is defined as:•For mass flow measurement, the worst-case zero offset due to process fluid temperature change away from the zeroing temperature.•For density measurement, the maximum measurement offset due to process fluid temperature change away from the density calibration temperature.Process temperature effect% of maximum flow rate per °C density accuracy per °C(1)(1)For –100 °C and above.g/cm3 kg/m3CMFS010, CMFS015,CMF010, CMF025,CMF050, and CMF100±0.0002±0.000015±0.015CMF200±0.0005±0.000015±0.015CMF300±0.0005±0.000015±0.015CMF400±0.0007±0.000015±0.015Pressure effectPressure effect is defined as the change in sensor flow and density sensitivity due to process pressure change away from the calibration pressure. Pressure effect can be corrected.Pressure effect on flow accuracy% of rate per psi% of rate per barliquid gas liquid gasCMFS010None None None NoneCMFS015None None None NoneCMF010None None None NoneCMF025None None None NoneCMF050None None None NoneCMF100–0.0002None–0.003NoneCMF200–0.0008–0.0004–0.012–0.006CMF300–0.0006–0.0003–0.009–0.0045CMF400–0.001–0.0005–0.015–0.0075Pressure effect on density accuracyg/cm3 per psi kg/m3 per barCMFS010None NoneCMFS015None NoneCMF010None NoneCMF0250.0000040.058CMF050–0.000002–0.029CMF100–0.000006–0.087CMF2000.0000010.0145CMF3000.00000020.0029CMF400–0.00001–0.14510Micro Motion® ELITE® Flow and Density MetersHazardous area classificationsUL (1)(1)The following products are not available with UL approval: sensors with enhanced core processor, Model 2400S transmitter, orModel 2200S transmitter; high-temperature sensors; extreme high-temperature sensors.All models with core processorAmbient temperature: –40 to +104°F (–40 to +40°C)Class I, Div. 1, Groups C and DClass I, Div. 2, Groups A, B, C, and D Class II, Div.1, Groups E, F , and GAll models with junction boxAmbient temperature: +104°F (+40°C) maximum Class I, Div. 1, Groups C and DClass I, Div. 2, Groups A, B, C, and D Class II, Div.1, Groups E, F , and GCSA and CSA C-US (2)(2)The following products are available only with CSA C-US approval (i.e., not CSA): sensors with enhanced core processor orModel 2400S transmitter; high-temperature sensors; extreme high-temperature sensors.All models with Model 2400S transmitter Ambient temperature: –40 to +140°F (–40 to +60°C)Class I, Div 2, Groups A, B, C and DAll models with core processor or Model 2200S transmitterAmbient temperature: –40 to +140°F (–40 to +60°C)Class I, Div. 1, Groups C and DClass I, Div. 2, Groups A, B, C, and D Class II, Div.1, Groups E, F , and GAll models with junction boxAmbient temperature: +140°F (+60°C) maximum Class I, Div. 1, Groups C and DClass I, Div. 2, Groups A, B, C, and DClass II, Div.1, Groups E, F , and GATEXAll models with Model 2400S transmitter(3) °C(3)For ambient and process temperature limits, refer to the temperature graphs on pages 13–16.(3) °C Models CMFS010, CMFS015, CMF010, CMF025,CMF050, and CMF100 with Model 2200S transmitter0575II 2G Ex ib IIC T1–T4II 2D Ex ibD 21 T70 °C II 3G Ex nA II T1–T4II 3D Ex tD A22 IP65 T70 °C Models CMF200, CMF300, and CMF400 with Model 2200S transmitter0575II 2G Ex ib IIB/IIC T1–T4II 2D Ex ibD 21 T70 °C II 3G Ex nA II T1–T4II 3D Ex tD A22 IP65 T70 °CModels CMF010, CMF025, CMF050, CMF100,CMFS010, and CMFS015 with core processor or junction box(3) °C(3) °C Models CMF200, CMF300, and CMF400with core processor or junction box(3) °C (3) °CHazardous area classifications continuedIECExAll models with Model 2400S transmitter Ex nA II T (1)(1)For ambient and process temperature limits, refer to the temperature graphs on pages 13–16.Models CMF010, CMF025, CMF050, CMF100, CMFS010, and CMFS015 with core processor or junction boxEx ib IIC T (1)Models CMF200, CMF300, and CMF400with core processor or junction boxEx ib IIB/IIC T (1)Models CMFS010, CMFS015, CMF010, CMF025,CMF050, and CMF100 with Model 2200S transmitter Ex ib IIC T1–T4Ex nA II T1–T4Model CMF200, CMF300, and CMF400 with Model 2200S transmitter Ex ib IIB/IIC T1–T4Ex nA II T1–T4NEPSIAll models with Model 2400S transmitter Ex nA II T (1)Models CMF010, CMF025, CMF050, CMF100, CMFS010, and CMFS015 with core processor or junction boxEx ib IIC T (1)Models CMF200, CMF300, and CMF400with core processor or junction boxEx ib IIB/IIC T (1)Hazardous area classifications continuedModel CMF010, CMF025, or CMF050 with junction box connected to MVD transmitterUse the above graph to determine the temperature class for a given fluid and ambient temperature. The maximum surfacetemperature for dust is as follows: T6:T 80°C, T5:T 95°C, T4:T 130°C, T3:T 195°C, T2 to T1:T 254°C. The minimum ambient and process fluid temperature allowed for dust is –40°C.The use of the sensor at an ambient temperature higher than +55°C is possible, provided that the ambient temperature does not exceed the maximum temperature of the medium taking into account the temperature classification and the maximum operating temperature of the sensor.Ambient temperature rangeTa–240°C to +55°CModel CMF100 with junction box connected to MVD transmitterUse the above graph to determine the temperature class for a given fluid and ambient temperature. The maximum surfacetemperature for dust is as follows: T6:T 80°C, T5:T 95°C, T4:T 130°C, T3:T 195°C, T2 to T1:T 254°C. The minimum ambient and process fluid temperature allowed for dust is –40°C.The use of the sensor at an ambient temperature higher than +55°C is possible, provided that the ambient temperature does not exceed the maximum temperature of the medium taking into account the temperature classification and the maximum operating temperature of the sensor.Ambient temperature rangeTa–60°C to +55°CM a x a m b i e n t t e m p (°C)M a x a m b i e n t t e m p (°C )Hazardous area classifications continuedModel CMF200 or CMF300 with junction box connected to MVD transmitter (1)(1)Refer to page 15 for “T” rating graph for high-temperature models with junction box.Use the above graph to determine the temperature class for a given fluid and ambient temperature. The maximum surfacetemperature for dust is as follows: T6:T 80°C, T5:T 95°C, T4:T 130°C, T3:T 195°C, T2 to T1:T 254°C. The minimum ambient and process fluid temperature allowed for dust is –40°C.The use of the sensor at an ambient temperature higher than +55°C is possible, provided that the ambient temperature does not exceed the maximum temperature of the medium taking into account the temperature classification and the maximum operating temperature of the sensor.Ambient temperature rangeTa–55°C to +55°CModel CMF400 with junction box connected to MVD transmitter (1)Use the above graph to determine the temperature class for a given fluid and ambient temperature. The maximum surfacetemperature for dust is as follows: T6:T 80°C, T5:T 95°C, T4:T 130°C, T3:T 195°C, T2: to T1:T 234°C. The minimum ambient and process fluid temperature allowed for dust is –40°C.The use of the sensor at an ambient temperature higher than +60°C is possible, provided that the ambient temperature does not exceed the maximum temperature of the medium taking into account the temperature classification and the maximum operating temperature of the sensor.Ambient temperature rangeTa–68°C to +60°CM a x a m b i e n t t e m p (°C)M a x a m b i e n t t e m p (°C )Hazardous area classifications continuedHigh-temperature models CMF200A, CMF200B, CMF300A, CMF300B, CMF400A, or CMF400B with junction box connected to MVD transmitterUse the above graph to determine the temperature class for a given fluid and ambient temperature. The maximum surface temperature for dust is as follows: T6:T 80°C, T5:T 95°C, T4:T 130°C, T3:T 195°C, T2:T 290°C, T1:T 363°C. The minimum ambient and process fluid temperature allowed for dust is –40°C.The use of the sensor at an ambient temperature higher than +55°C is possible, provided that the ambient temperature does not exceed the maximum temperature of the medium taking into account the temperature classification and the maximum operating temperature of the sensor.Ambient temperature rangeTa–50°C to +55°CModels CMF010, CMF025, CMF050, CMF100, CMF200 or CMF300 with core processor or enhanced core processor (1)(1)Refer to page 16 for “T” rating graph for high-temperature models with core processor.Use the above graph to determine the temperature class for a given fluid and ambient temperature. The maximum surface temperature for dust is as follows: T5:T 95°C, T4:T 130°C, T3:T 195°C, T2 to T1:T 254°C.Ambient temperature rangeTa–40°C to +55°CM a x a m b i e n t t e m p (°C)M a x a m b i e n t t e m p (°C )Hazardous area classifications continuedModel CMF400 with core processor or enhanced core processorUse the above graph to determine the temperature class for a given fluid and ambient temperature. The maximum surface temperature for dust is as follows: T5:T 95°C, T4:T 130°C, T3:T 195°C, T2 to T1:T 234°C.Ambient temperature rangeTa–40°C to +60°CHigh-temperature models CMF200A, CMF200B, CMF300A, CMF300B, CMF400A, or CMF400B with core processor, enhanced core processor, or Model 1700/2700 transmitterUse the above graph to determine the temperature class for a given fluid and ambient temperature. The maximum surfacetemperature for dust is as follows: T5:T 95°C, T4:T 130°C, T3:T 195°C, T2: T 290°C, T1:T 363°C. The minimum ambient and process fluid temperature allowed for dust is –40°C.Since the electronics are mounted approx. 1 meter away from the sensor by means of a flexible stainless steel hose, the use of the sensor at an ambient temperature higher than +55°C is possible, provided that the ambient temperature does not exceed themaximum temperature of the medium taking into account the temperature classification and the maximum operating temperature of the sensor.Ambient temperature rangeTa–50°C to +55°CM a x a m b i e n t t e m p (°C)M a x a m b i e n t t e m p (°C )Hazardous area classifications continuedModels CMFS010 or CMFS015 with enhanced core processorUse the above graph to determine the temperature class for a given fluid and ambient temperature. The maximum surfacetemperature for dust is as follows: T5:T 95°C, T4:T 130°C, T3:T 195°C, T2 to T1:T 207°C. The minimum ambient and process fluid temperature allowed for dust is –40°C.Ambient temperature rangeTa–40°C to +55°CModels CMFS010, CMFS015, CMF010, CMF025, CMF050, and CMF100 with Model 2200S transmitterUse the above graph to determine the temperature class for a given fluid and ambient temperature. The maximum surfacetemperature for dust is as follows: T4:T 130°C, T3:T 195°C, T2 to T1:T 254°C.Sensor fluid temp (°C)M a x a m b i e n t t e m p (°C)Hazardous area classifications continuedMaterials of constructionModels CMF400 with Model 2200S transmitterUse the above graph to determine the temperature class for a given fluid and ambient temperature. The maximum surface temperature for dust is as follows: T4:T 130°C, T3:T 195°C, T2 to T1:T 234°CWetted parts (1)(2)(3)(1)General corrosion guides do not account for cyclical stress, and therefore should not be relied upon when choosing a wetted materialfor your Micro Motion sensor. Please refer to the Micro Motion corrosion guide for proper material compatibility information.(2)The outer flange ring on lap-joint type flanges is non-wetted and is 304L stainless steel. Consult factory for other materials.(3)Models CMF010P , CMFS010P , CMFS015P , and CMF400P have nickel alloy tubes and stainless steel fittings. Material compatibility isnever better than 316L stainless steel. Refer to the Micro Motion Corrosion Guide for the Micro Motion policy on fixed bi-metallic sensor capability.304L or 316L stainless steel; or alloy C-22Housing 304L stainless steel (4)Junction box 300-series stainless steel (4) or polyurethane-painted aluminum; NEMA 4X (IP66)(4)316L stainless steel is available.Core processor300-series stainless steel (4) or polyurethane-painted aluminum; NEMA 4X (IP66)Model 2400S transmitter Polyurethane-painted aluminum or 316L stainless steel; NEMA 4X (IP66)Model 2200S transmitterPolyurethane-painted aluminum or 316L stainless steel; NEMA 4X (IP66/67)Sensor fluid temp (°C)M a x a m b i e n t t e m p (°C )。
KARL DEUTSCH测厚仪操作手册
9
9 校准 9.1 关于校准一般资料 ●正如下面的章节中描述的,通过手动调零和/或箔上校准,可以不受基材的形状和类型的影响而获得 较高的测量精度。对于手动校准,您需要无涂层的基材和已知厚度的校准箔。 ●校准值是所有测量值的平均值。因此,举例来说,测量值越多则校准值越准确,这样做可以减少受 到表面粗糙度的影响。 ●当仪器关闭时,校准值存储下来!这意味着:如果在仪器关闭前留有一个手动校准值,在仪器打开 时该校正值可以再次使用,马上可以连续测量相同的材料。 但是,如果开机后你要测量的是不同材料(测量不同形状、不同材料、不同位置),你需要重新校准。 ●具有复杂几何形状(如圆形材料,空心体),你不应该使用出厂默认校准值,因为这很可能会导致测 量精度显着降低。在这种情况下,你应该执行手动校准。对于不平整的材料,你也需要手动校准。
1 测量探头(以及导向柱环) 2 电池盒(以及导向柱环) 3 键盘 4 显示屏 5 数据接口 如果订单号是 1657.309,配置有通讯电缆,它用于连接串行数据接口(5)与 9 针 RS232 接口; 如果订单号是 2825.001,配置有备用导向柱环,它位于(1)和(2)。
备用导向柱环
3
5 按键及菜单操作 主要参考
●打开
●探头模式(注 4 ●铁基及非铁基
●只有铁基
●只有非铁基
●选项
●语言(注 5、6
●德语
●英语
●...
注 4:只适用于测厚仪 2026(铁基/非铁基)
注 5:当仪器恢复到出厂设置时,所选择的语言被记忆。
注 6:除了德语和英语外,还有更多语言可供选择。根据客户定制的不同,语言选项可以不同。
菜单一级
菜单二级
FMU90测厚仪中英文操作说明
FMU90测厚仪中英文操作说明FMU90测厚仪设置操作说明1.面版按键说明:左边的按键为左键中间的按键为中键右边的按键为右键2.同时按下左键和中键为返回退出。
3.按左键为上翻或返回上一层菜单。
4.按中键为下翻或进入下一层菜单。
5.在显示主界面时按左键进入菜单捷径界面第一步:菜单捷径IX001 说明:在菜单捷径(IX001)菜单中选择第三项语言,1.位号标记选择操作语言,按右键确认,进入语言选项2.包络线菜单。
3.语言4.仪表信息5.密码/复位第二步:语言D10111. English 说明:在语言(D1011)菜单中,按中键选择第二项2 Chinese Chinese(中文)按右键确认,如语言菜单中有3 Jopanese 中文选项的话就可以选择中文界面进行操作4 Korean ,如没有的话只有使用English(英文)操作,5 Bahase 按确认键返回显示主界面,按右键进入主菜6 Thai 单。
第三步:主菜单CX0011.液位(level) 说明:按左键或中键选择主菜单的第一项液位选项2.安全设定(safety settings) ,按右键确认进入液位界面。
3.继电器/控制(relay/controls)4.输出/计算(output/calculat)5.设备特性(device properties)6.系统信息(system information)7.显示(display)8.探头管理(sensor management)第四步:液位(level) LX1001 说明:按右键确认进入液位菜单。
液位1(level LVL 1)第五步:液位1(level LVL 1) LX10021.基本设定(basic setup) 说明:按左键或中键选择第一项基本设定2.扩张设定(extended calibr) (basic setup),按右键进入下一级菜单。
3.模拟(simulation)第六步:液位1(LVL 1) 探头选择(sensor sel) L1003输入(input):探头(sensor 1)探头检测(detected):FDU91第七步:液位1(LVL 1) 应用参数(appl.para) L1004罐体形状(tank shape):物位(no ceiling)介质特性(medium property):固体(solid)<4mm过程条件(process cond):输送带(conveyor)罐体形状(tank shape )L100A 1.拱顶(dome.ceiling) 2.卧式标空(horizontal cyl) 3.弯通道(bypass) 4.导坡管(stilling well) 5.平顶(flat ceiling) 6.球形(sphere) 7.物位(no ceiling)选择为7.物位(no ceiling)。
Olympus NORTEC 600涡流探伤仪说明书
新••符合EN-15548标准••坚固耐用,野外环境即需即用••色彩鲜亮的显示••直观的界面,预置的应用选项••完整的文件归档和报告制作解决方案高性能 涡流探伤仪涡流探伤仪NORTEC•6002NORTEC 600涡流探伤仪涡流技术的高性能和创新性Olympus在这款袖珍便携、坚固耐用的新型NORTEC 600仪器中汇集了高性能数字电路和涡流探伤方面的最先进技术。
NORTEC 600带有清晰明快的5.7英寸VGA显示屏,并具有真正的全屏模式,在任何光线条件下都可以呈现可见度极高、对比效果极佳的涡流信号。
NORTEC 600重新设计的界面借用了前代NORTEC产品直观的、利用旋钮操作的浏览方式,并将这种方式与其它广受欢迎的Olympus仪器所使用的简洁菜单结构和高效率的快捷键方式结合在一起。
NORTEC 600有4种用途广泛的型号,具有大量的创新型功能,其中包含应用选择菜单、多合一显示、实时读数,以及冻结模式下的信号校准,从而可以保证任何水平的操作人员都能迅速、轻松地完成检测。
性能可靠、坚固耐用NORTEC 600仪器的机壳已经过实地验证,非常坚固耐用,可以在条件恶劣的野外环境中正常操作。
由于NORTEC 600的机壳具有抵御极端恶劣天气的耐用性能,因此可以保证用户顺利完成任何涡流检测工作。
便携轻盈NORTEC 600仅重1.6公斤,且装有由厂家安装的手腕带。
手腕带有助于操作人员直接使用拇指控制按键,从而为操作人员提供了手持式仪器真正的多功能特性。
主要特性•设计符合IP66要求 •符合EN-15548标准•长时电池操作时间(长达10小时) • 5.7英寸明亮的VGA显示屏 •所有显示模式下的全屏选项•用于旋转扫查器模式的经过改进的滤波器 •带有预置的应用选项的直观的界面 •所有设置配置页•10 Hz到12 MHz的宽泛的频率范围 •自动内部平衡(BNC接口) •最多有两个实时读数 •真正的自动混合功能•存储容量高达500个文件(程序和数据) •机载文件预览3多用性与兼容性4种型号,可满足用户的所有需求NORTEC 600有4种用途广泛的仪器型号,可以满足用户各种各样的检测需求。
涡流测厚仪操作规程通用版
操作规程编号:YTO-FS-PD406涡流测厚仪操作规程通用版In Order T o Standardize The Management Of Daily Behavior, The Activities And T asks Are Controlled By The Determined Terms, So As T o Achieve The Effect Of Safe Production And Reduce Hidden Dangers.标准/ 权威/ 规范/ 实用Authoritative And Practical Standards涡流测厚仪操作规程通用版使用提示:本操作规程文件可用于工作中为规范日常行为与作业运行过程的管理,通过对确定的条款对活动和任务实施控制,使活动和任务在受控状态,从而达到安全生产和减少隐患的效果。
文件下载后可定制修改,请根据实际需要进行调整和使用。
1 清除净被测物件上的污物、尘土和水。
将仪器的探头擦拭干净。
2 按下开关键,仪器自检完毕发出一鸣音,显示”0 0”便可以进行测量操作。
3 将探头平稳、垂直地放落在被测件上,待仪器鸣叫一声,显示器上便显示出涂层的厚度值。
然后再抬头高探头,重新落下,进行下一次测量这样反复5—10次,就可以完成一个测量序列。
4 在测试过程中,如因探头放置不平稳,或探头太脏等原因,显示出明显的错误值,此时应按下清除键,将错误值删除。
否则将影响整体测试结果的准确性。
5 按统计键5次,可顺次显示出以下统计数:MEAN—平均值;MAX—最大值;MIN—最小值;S—标准偏差;N—测量次数。
6 统计程序完成后,可接着进行下一次测量序列。
若需要获得更多的连续统计数据,只要按两次上调键时,接着再进行测量,则测量出的数据和以前的数据是连续累加的。
7 在测量过程中,若误按校准键时,可再连续按2次该键以便消除校正状态。
若误按校后又进行了测量,可先用清除键将前次的数字删去(按一次清除键则删除前一个数字,连按二次则将前面的全部误测数8 在测试过程中,如果出现负数值,要用清除键将其删去。
涡流涂层测厚仪MCW2000B操作使用说明
涡流涂层测厚仪MCW2000B操作使用说明目录第一章概论- - - - - - - - - - - - - - 2第二章应用方法- - - - - - - - - - - - 4第三章维护与检修- - - - - - - - - - 10附一装箱单- - - - - - - - - - - - - - - 11第一章概论一、仪器特点:MCW-2000B型(涡流)涂层测厚仪是高新技术的结晶,它采用单片机技术,精度高、数字显示、示值稳定、功耗低、操作简单方便、触摸按键、单探头全量程测量、体积小、重量轻;且具有存储、读出、统计、低电压指示、系统/零点/两点校准,其性能达到当代国际同类仪器的先进水平。
二、应用范围:本仪器采用涡流测厚法,可以方便无损地测量有色金属基体上的油漆、塑料、橡胶等涂层的厚度,或者是铝基体的阳极氧化膜的厚度等。
该仪器广泛应用于机械、汽车、造船、石油、化工、电镀、喷塑、搪瓷、塑料等行业。
三、技术参数1、测量范围:0~1200um2、测量误差:<3%±1um3、最小示值:1um4、显示方式:4位液晶数字显示5、主要功能:(1).测量:单探头全量程测厚(2).存储、删除:可存入测量数据600个,对测量中的单个可疑数据进行删除,也可以删除存储区内的所有数据。
(3).读:读出已存入的测量数据(4).统计:设有三个统计量,平均值最大值最小值(5).校准:可进行零点校准、两点校准及系统校准(6).电量:具有欠压显示功能(7).打印:可打印测量值,选配微型打印机(8).关机:具有自动关机和手动关机两种方法6、电源:两节1.5v电池7、功耗:最大功耗100mw8、外形尺寸:124mm *50mm *24mm9、重量:150g(含电池)10、使用环境温度:0℃~+40℃相对湿度:不大于90%11、基体最小厚度:0.3mm12、基体最小平面的直径:7mm13、最小曲率半径:凸:1.5mm 凹:6mm14、欠电压指示:右上角显示""*临界厚度小:工件基体厚度大于1mm时,其涂层厚度的测量不受基体厚度影响。
韦康 涡流探头安装手册说明书
INSTALLATION GUIDEEddy Current Probes Series WSTFor further information please see the data sheet at /products/eddy-current-probe/WayCon P ositionsmesstechnik GmbH would like to thank you for the trust you have placed in us and our products. This manual will make you familiar with the installation and operation of our eddy current probes. Please read this manual carefully before initial operation!Unpacking and checking:Lift the device out of the box by grabbing the housing. After unpacking the device, check it for any visible damage as a result of rough handling during the shipment. Check the delivery for completeness. If necessary consult the transportation company, or contact WayCon directly for further assistance.ELECTRICAL CONNECTIONDECLARATION OF CONFORMITYWayCon Positionsmesstechnik GmbH Mehlbeerenstraße 4 82024 Taufkirchen / GermanyWe declare that the products to which the present declaration relates comply with the essential requirements of the given directive(s) and have been evaluated on the basis of the listed standard(s).Classification Eddy Current Probes SeriesWST, WAT Directive(s) 2014/30/EU, 2014/35/EU Standard(s) EN 61000-6-2:2005 + AC: 2005, EN 61000-6-3:2007 + AC:2012, EN 61010-1:2010The declaration of conformity loses its validity if the product is misused or modified without proper authorisation.Taufkirchen, 18.08.2020 Andreas Täger CEO。
EDWARDS nEXT系列涡流式泵产品说明书
nEXT TURBOMOLECULAR PUMPSEDWARDSTHE PARTNER OF CHOICEEdwards is a world leader in the design, technology and manufacture of vacuum pumps, with over 100 years’ history and more than 80 years’ manufacturing experience.We believe in delivering results that bring value to our customers by using our breadth of industry experience to identify and apply solutions to your problems. Using the most innovative and up-to-date modelling techniques and know-how, we can optimise the pumping configuration to achieve the maximum performance in the most reliable and cost-effective way.CONTENTSINNOVATIONAND RELIABILITY04PERFORMANCE06 YOU CAN RELY ONnEXT55 AND nEXT8508 TURBOMOLECULAR PUMPnEXT240, nEXT300, nEXT40011 TURBOMOLECULAR PUMPnEXT730, nEXT930, nEXT123014 TURBOMOLECULAR PUMPnEXT400nEXT730nEXT930nEXT1230 nEXT55nEXT85nEXT240nEXT300 INNOVATION AND RELIABILITYEdwards nEXT is the ultimate experience in turbomolecular pumpsnEXT turbomolecular pumps are built on decades of experience and are drawing from our tried and trusted EXT and STP ranges. nEXT pumps offer superior performance, reliability and end user serviceability, setting the benchmark for scientific turbomolecular pumps.Superior performanceExceptional pumping speeds and compression ratiosProven reliability for peace of mindHuge install base of turbo pumpsFlexible solutionsBespoke design service availableEase of useIntegrated intelligent controlsExtended lifetime and low cost of ownershipFully end user serviceableLarge variety of standard variantsEnhanced customer choice*Available by special ordernEXT85 turbomolecular pump sectional viewSensorless drive for high efficiency andcompactness with reduced stray magnetic fieldsnEXT300 turbomolecular pump sectional viewScreenshot taken from TransCalc HSMBOOST TECHNOLOGYFor our Analytical Instrument Customers the “T” variantsof nEXT240,300,400 employ a unique regenerativepumping stage which can be used to ‘boost’ theperformance of the backing pump. This offers a muchsimplified vacuum solution with greatly improvedpumping speeds and system power reduction. Theexamples below shows how boost can be used to eitherreduce the size of the primary pump or increase thegas flow into the instrument on a differentially pumpedsystem. It also illustrates how the number of turbopumps required can be reduced from two discrete pumpsto a single splitflow pump with two inlets to achieve thesame vacuum performance.Customers in general laboratory and R&D applicationswill also benefit from the improved compressionachieved with the "T" variant. To take maximumadvantage of boost technology, please contact Edwards.Regenerative stageOriginal SystemBoost Option 1Boost Option 2CONTROLLERS AND ACCESSORIESThe TIC (Turbo and Instrument Controller) automaticallyrecognises and supports one turbomolecular pump fromthe nEXT range, One backing pump (nxds, or diaphragm)plus three Edwards active gauges on top of that Coolingand vent valve support is provided directly from thecontroller. Backing pump power is provided for a compact24V diaphragm pump (on 200W versions only), or wheregreater pumping speeds are required, nXDS and large XDSpumps can be controlled directly via the backing pumpconnector on a TIC 200 mains backing pumps (up to RV12)may be controlled via an optional relay box.The relay box can also be used to control a mains heaterband and backing line isolation valve. Time delays andnormal speed signals may be used to control events suchas turbo start and there is a comprehensive selection ofprotection and safety interlock features. The TIC turbocontroller may be either rack or bench mounted andprovides a useful hub for the flexible operation of a widerange of vacuum system configurations.The TAG (Turbo and Active Gauge) controller is a small,compact, low cost pumping system controller, which issuitable for a wide range of vacuum applications. It is a24V controller that is compatible with all Edwards nEXTturbomolecular pumps. In addition to a turbomolecularpump it can control a backing pump, a vent valve, anair cooler and an Edwards active gauge. The TAG iscontrolled by an easy to use interface. A large clear LEDdisplay shows the pump speed or vacuum pressure. Thecompact size of the controller is ideal for use on bench-tops or suitable mobile platforms.END USER SERVICEABLITYNew technologies employed in nEXT have enabled the pumps to be serviced by the end user in the field. An oil lubrication cartridge change can be performed where fitted, typically in less than 5 minutes. A full bearing change can also be performed by the end user in around 10 minutes on all nEXT pumps. Both with the minimum of specialist tooling. These simple interventions will, in many cases, mean that the pump never requires a full return to base service during its lifetime.nEXT turbomolecular pumps will advise the user when a service is due and what level of intervention is required. The user is alerted to a service request by a simple flashing LED sequence on the pumps and by serial comms notification.Flexibility is again key as these simple services can be performed either by the end user, on site by an Edwards field service technician, or the pump can be returned to an Edwards service hub.Using remote diagnostics, a user can interrogate the pump to determine how long it is to the next service so that a proactive approach to preventative maintenance can be planned.PROLONGED PEACE OF MINDExtending the new equipment warranty gives you a simple opportunity to add peace of mind to your purchase of new equipment, should a fault occur as a result of a manufacturing defect, equipment is expressly repaired or replaced.Cover is available on many of our products allowing the original factory warranty to be extended from 12 months to 2 years and beyond.YOUR GLOBAL PARTNERWe understand the importance of local support. Edwards has a number of major service facilities located throughout the world, each location is supported by an extensive team of engineers and technicians to provide local, rapid response and great value service. All our service operations are conducted at the highest international standards in accordance with ISO9001 (Quality), ISO14001 (Environmental), and OHSAS18001 (Workplace safety).nEXT55, 85, 240, 300, 400nEXT730, 930 and 1230Other insterstage port positions available upon requestPublication Number: 3601 0091 01© Edwards Limited 2021. All rights reserved Edwards and the Edwards logo are trademarks of Edwards Limited.Whilst we make every effort to ensure that we accurately describe our products and services, we give no guarantee as to the accuracy or completeness of any information provided in this brochure.Edwards Ltd, registered in England and Wales No. 6124750, registered office: Innovation Drive, Burgess Hill, West Sussex, RH15 9TW, UK.Global contactsEMEAUK+44 1444 253 000(localrate************Belgium+44 1293 60 3350France+33 1 4121 1256Germany 0800 000 1456Italy+ 39 02 48 4471Israel+ 972 8 681 0633Russia +7 495 933 55 50Ext. 1800/1803+8 800 775 80 99ASIA PACIFICChina+86 400 111 9618India+91 20 4075 2222Japan+81 47 458 8836Korea+82 31 716 7070Singapore+65 6546 8408Taiwan +886 3758 1000AMERICASUSA+1 800 848 9800Brazil+55 11 3952 5000。
测厚仪英译中
测厚仪英译中2005/03/09P94页5 清除和清零功能5-1 清除最后的一个已输入读数用CLEAR 键在用箭头↑输入一个读数后,立即按CLEAR 键一次。
一个短暂的鸣叫声,确认该读数已被清除。
5-2 清除统计值按FUNC键,再按CLEAR键,清除机内早先存储的读数和它们的统计值。
5-3 清除所有的测量值和相应的统计值。
并使仪器复位到缺省基本设置。
使仪器处于关机状态。
依次按下CLEAR键、FUNC键、ON键,并同时按住,听到鸣叫声,仪器清零和复位成功。
P82 3-2-9 用F20探头时的定标和测量将F20探头接到测厚仪上。
接通电源,测厚仪自动进入单值统计、连续测量模式,该模式在测量材料厚度时具有许多优点。
闪烁的测量单位图标(微米、毫米、密儿)说明连续模式处于工作状态。
当测量值超出测量范围时将显示出四个短线的图标----。
将探头置于空中,按FUNC键和ZERO键。
这个操作使仪器启动温度补偿及温度漂移补偿的功能。
鸣叫声确认上述步骤的完成。
测厚仪和F20探头组合就可进入定标。
如何定标,见下一段说明。
将探头放到待测涂层上,读取数据,并用“上指箭头”↑键将读数输入到测厚仪中进行统计分析。
参看另一段说明。
P73 3-2-3 两点定标(用一块定标样板)该法适用于所有型号的探头(CN02除外)在高精度测量、小部件测量、高硬度及低合金钢部件测量场合,推荐使用本定标方法。
开电源(开机)1-按ZERO键开始零点定标。
此时ZERO图标闪烁,MEAN图标稳定。
MEAN图标指明屏幕显示的总是读数的平均值。
2-把探头放到一块未经涂复的基板上(涂层厚度为零,本仪器有钢材基板一块)。
听到鸣叫声后抬起探头。
如此重复多次。
显示值总是此前数次读数的平均值。
若要停止零点定标,按CLEAR键。
3-按ZERO键。
此时液晶显示屏的ZERO图标呈稳定显示状态。
仪器完成ZERO定标。
4-按CAL键开始用定标样板的定标。
此时CAL图标呈闪烁状态,MEAN图标呈稳定状态。
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CT-2000型涡流测厚仪一、概述CT-2000 型涡流测厚仪(膜厚仪,涂层测厚仪,镀层测厚仪)是一种小型便携式仪器,用于测量有色金属基体上的非导电涂层的厚度,如铜、铝、锌等基体上的油漆、塑料、橡胶等涂层,或者是铝基体上的阳极氧化膜厚度等。
该仪器采用涡电流测量原理,符合国际标准ISO2360和国家标准GB4957。
该仪器设计时曾参照国外的同类仪器,与国外仪器性能相同,功能相似。
采用红宝石耐磨触点的恒压导套式探头,可在各种坚硬、粗糙表面上得到稳定的输出。
该仪器具备以下几种重要功能:1、校准数据关机保留功能:即开机时不必重新校准,关机后,校准数据仍可保留。
2、数据统计功能:可输出5种统计参数。
3、节电功能:停止测试3分种,仪器自动关机。
4、电池欠压指示功能:电池电压过低自动关机。
5、蜂鸣音提示功能:蜂鸣音提示有效测量、故障及误操作。
.二.Technicalparameters ;1.Measurement range:0-200μm;2.Measurement accuracy:±3%±0.5μm F·S3.resolution ratio:1μm4.operating temperature:0-40℃5.Displayer: Three-bit LCDdisplayer6.Power supply: one 9V layer-builtbattery, code 6F227.Power: 50mW8.Exterior size::80×150×35mm9.Weight: 40g三. Keyboard instruction1. ON/OFF---2.RES—Statistics Output key. Press this key five times, will get a group of measurestatistics result in sequence.3.DEL—delete. It could delete the last one measured value.4. CAL/ENTER—calibration key. Used in adjust instrument.5.▽-Show value downward adjust.. It used in turn down the show value when operating adjustment. And it could cooperate with DEL to cancel the buzzer sound and recover the buzzer sound.6.△-Show value up adjust key. It used in turn up the show value when operation adjustment.四.Measurement operation1. Press On/OFF. Connect instrument power. Instrument will begin to operateself-check program. All the character in the displayer will appear at the same time and flashing one time, then send out buzzer sound, display 0. It means the instrument operating normally and in measurement status. For the instrument which had calibrated and calibrated recently, now it could going on measure operation. For the instrument which didn’t calibration for a long time, We could check the instrument precision by the standard Matrix.2. Measuring method as follow: Put the probe steadily and vertical to the clean, dry, and flat test sample, instrument will buzzer, in the same time, it will show out coating thickness. It means once measurement finish. Uplift the probe, drop down again, and go on the next measurement. It could finish one group measurement after repeat 5-10 times.3. Press RES 5 times and it could get one group of statistics data in sequence.MEAN-平均值mean valueMAX-最大值maximumMIN-最小值minimumN-测量次数measure timesS-标准偏差standard deviationAbove English sign will showing on the right of displayer in sequence.During the Statistic displaying, it could measure next group at any time, the new measurement will delete the ex-measure statistical result.4.During measuring process, it will display an obvious wrong result if the probe laying unstable. We could press DEL to delete this value in order to avoid it effect the result veracity.5. Measurement end, press ON/OFF, close the power for save electricity. This instrument has auto power-off function. It will auto power-off after stop operation 3 mins.6. The instrument has battery voltage instruction function. When the battery voltage is insufficient, it will show "LOBAT" character. In the mean time, we should finish measure in 30 minute and change battery.The instrument has battery storehouse, open positions, replace the battery is ok.五. Calibrate operationThis instrument doesn’t need to calibrate before every time we use. But we need to calibration if the Matrix material change and sample shape change. Use the sample Matrix without coating, known accurate thickness standard (required clean surface and flat), and Matrix when operating calibration.1. Three type of calibration method(1) Probe far away from Matrix(>15mm),press CAL, prompted “ZERO”, display “0.0”(2)Measure 5-10 times in the Matrix, prompted zero measure result AVG.(3) Press twice CAL continuation, instrument accept new zero, instrument quit adjust state, display “0”, go into measure state.2、Multipoint adjust (use Matrix and standard piece adjust)(1)Probe far away from Matrix, press CAL, prompted “ZERO”, display “0.0”(2) Measure 5-10 times in the Matrix, prompted zero measure result AVG.(3) Press CAL, instrument will automatic calibration zero point.Prompted “STD1”,show “0.0”(4)Take the first standard, put on the Matrix, measure 5-10 times, prompted thisstandard piece’s measure result AVG.(5)Press △or ▽, to the value of display and standard thickness same.(6)Press CAL, prompted “STD2”display“0.0” after instrument deposts this calibrationvalue.(7)Repeat operation from (4)-(6), adjust the other two standard piece. Then,instrument quit adjust state, display “0”, go into measure state.3、Features calibration (Use known thickness’s reference sample and standard calibration)(1)Probe far away from reference sample, press CAL, prompted “ZERO”, display “0.0”(2) Press CAL, Prompted “STD1”,show “0.0”(3) Measure 5-10 times in the reference sample, prompted this reference sample’smeasure result AVG.(4) Press △or ▽, to the value of display and reference sample thickness same.(5) Press CAL, prompted “STD2”display“0.0” after instrument deposts thiscalibration value.(6)Take the first standard, put on the reference sample, measure 5-10 times,prompted its measure result AVG.(7)Press △or ▽, to the value of display equal to reference sample thicknessand standard thickness.(8)Press CAL, prompted “STD2”display“0.0” after instrument deposts thiscalibration value.(9) Get the second standard, put on the reference, measure 5-10 times, promptedits measure result AVG.(10Press △or ▽, to the value of display equal to reference sample thickness and the second standard thickness.(11) Press CAL, finish calibration, display“0.0”and instrument go into measurestatus.注:Notice:1.This instrument doesn’t need to calibrate before every time we use. Only when wefind instrument measuring error comparison, then should be calibrated. There are three methods as above to calibration.2.Standard’s choose should be contained by sample’s coating thickness value andstandard’s thickness value. The thickness of every step calibration used standard should be choosed from small to large.3.During calibration, we could delete the measurement value by DEL. Also could usethe DEL to delete the ex-value in sequence until back to the original state.4.During multipoint calibration and features calibration, press CAL twice andcontinuously finish calibration in advance and back to measurement status.5.To try to improve the measurement precision, it should be used the Matrix materialwhich has the same sharp and material quality as sample to calibration instrument.(1) Sample rough surface(2Sample radius of curvature<200mm(3) Sample measured surface radius 200mm(4Matrix material thickness<1mm(5) T he alloy of Matrix material has changed.六. Buzzing cancel and recoverInstrument opens with auto-buzzing function. Every time of measurement, it will buzz, it could cancel and recover as follow method. Press DEL and ▽ in the same time until display 0.0. It means buzz has cancel. And then, press DEL and ▽ until display F. It means recover the buzz.七、Routine attention1. After using instruments, should be dept in package, avoid shock and fouling.2. Keep probe clean, the dirt and dust in the analyte should be removed before measuring; avoid the measurement error and fouling probe.3. The instrument should remove battery if long time not use, avoid battery leakage fouling instrument.4.Instruments catch failure, please contact with the repair, do not repair by yourself without authorization, or on your own responsibility.八、Trouble removal九、Emergency treatment--Reset operation functionThis function use for deal with equipment "crash", Measurement data disorder and can't measure normal and son on special situation.This is due to the loss of data in computer memory face. Reset operation is saying Restore data in storage.operation way: closed the equipment , press △and ON/OFFin the same time, ( also could keep pressing △,then press ON/OFFin the mean time), when display show "“———” move out the hand. That’s ok. Wait a moment, display will show "Er3". Request to adjust again. in this time, press CAL, display will show 0.0,measure 5-10 time in the sample. The measure data will larger, but it is natural. And then, presses CAL two times, the equipment could recover to normal operation.十、仪器的成套性Main engine (with probe) one setMatrix for calibration one pieceStandard Matrix one setInstruction manual onePortable instrument bag one。