MicroScribe-G2三维数字化仪--说明书(中文版)

合集下载

GALILEO_MICROSKID_操作手册

中文压缩机撬编号年入口压力出口压力车载瓶组压力中压瓶组压力高压瓶组压力二级出口压力一级出口压力出口温度二级出口温度一级出口温度润滑油温度撬体内环境温度润滑油压力辅助润滑润滑油压力
第 6 页共 33 页
Microskid 操作手册
2).第二窗口
北京中油洁能环保科技有限责任公司
Def. Valves
控制阀
Language
语言
Nr:
压缩机撬编号
8).第八窗口
第 11 页共 33 页
Microskid 操作手册
北京中油洁能环保科技有限责任公司
英文
中文
OPERATING VALVES
参数设定
Stop Pressure:
停止压力
Start Diff.:
分段压缩启动压力
TO START(t in Sec) 启动时间（秒）
英文
中文
Hours of Use(使用时间)
Compressor:
压缩机
Fan #1:
一号风机
Fan #2:
二号风机
3).第三窗口
第 7 页共 33 页
Microskid 操作手册
北京中油洁能环保科技有限责任公司
英文
中文
Startups(启动次数)
Compressor:
压缩机
Fan #1:
一号风机
北京中油洁能环保科技有限责任公司
1.3 系统电路在压缩机电路维护之前，必须切断电源，禁止在压缩机运行时切断或修理系
统电路。定期检查电线缆的情况，保证电缆远离潮湿的环境。设备安装时要有良好的接地。
2．产品识别信息设备识别 GALILEO 设备是通过其型号和序列号来识别的，标志安装在压力表面板上。这个序列号包含了压缩机撬体所包含的主要部件，下边给出序列号每个字符

M03.0022_Chinese_2022-07说明书

操作说明控制器B500/B510C540/C550P570/P580M03.0022 CHINESISCH原版使用说明书 ◼ Made ◼ in ◼ GermanyCopyright© Copyright byNabertherm GmbH Bahnhofstrasse 2028865 LilienthalFederal Republic of Germany Reg: M03.0022 CHINESISCH Rev: 2022-07内容可能会修改，保留技术更改权利1引言 (7)2质保和责任 (8)2.1一般说明 (8)2.2环境条件 (9)2.3废料处理 (9)2.4产品说明 (9)2.5规定用途 (10)2.6符号说明 (10)3安全说明 (13)4运行 (14)4.1接通控制器/窑炉 (14)4.2关闭控制器/窑炉 (14)5控制器的构造 (15)5.1控制器的各个模块的布局 (15)5.2操作页面区域 (16)5.2.1“菜单栏”区域 (16)5.2.2“小区段播放器”区域 (17)5.2.3“大区段播放器”区域 (18)5.2.4“状态栏”区域 (19)6控制器性能特性 (20)7简要使用说明 B500/B510/C540/C550/P570/P580 (22)7.1基本功能 (22)7.2输入新程序 (程序表) (24)8概览图 (29)8.1“窑炉”概览（无程序处于活动状态） (29)8.2“窑炉”概览（程序处于活动状态） (29)9待机模式 (31)10显示、输入或更改程序 (31)10.1“程序”概览 (32)10.2显示并启动程序 (33)10.3分配并管理程序类别 (34)10.4输入程序 (36)10.5利用NTEdit在电脑上准备程序 (44)10.6管理程序（删除/复制） (44)10.7什么是Holdback？ (45)10.8修改正在运行的程序 (46)10.9完成区段跳跃 (47)11设定参数 (48)11.1“设置”概览 (48)11.2校准量程 (48)11.3调节参数 (52)11.4调节性能 (54)11.4.1磨平 (54)11.4.2加热延迟 (55)11.4.3手动区段控制 (56)11.4.4在程序启动时将实际值作为额定值接受 (57)11.4.5受控冷却(选项) (58)11.4.6起动连接/功率限制 (60)11.4.7自优化 (61)11.4.8程序运行中的炉料控制 (63)11.4.9用于各个区间的额定值补偿 (65)11.4.10Holdback (66)11.5用户管理 (67)11.6控制器锁闭和操作禁用 (71)11.7连续锁闭（操作禁用） (71)11.7.1运行中的程序控制器锁闭 (71)11.8配置额外功能 (72)11.9收起或重命名附加功能 (73)11.9.1在一个加热程序运行期间人工操作额外功能 (73)11.9.2在一个加热程序之后人工操作额外功能 (74)11.10警报功能 (75)11.10.1警报 (1 和 6) (75)11.10.2可听报警（可选） (78)11.10.3监测梯度 (78)11.10.4警报配置举例 (80)11.11设定电网中断时的反应 (81)11.12系统设置 (82)11.12.1设定日期和钟点时间 (82)11.12.2设置日期和钟点时间格式 (82)11.12.3设定语种 (83)11.12.4调节显示屏亮度 (84)11.12.5调整温度单位 (°C/°F) (84)11.12.6设定数据接口 (85)11.12.7设置Wi-Fi端口 (88)11.13导入和导出过程数据、程序和参数 (90)11.14登录模块 (92)11.15对空气循环器的控制 (93)12信息菜单 (93)13过程记录 (95)13.1使用NTLog将数据保存到U盘 (95)13.2保存过程数据并使用VCD软件管理程序（可选） (99)14连接到MyNabertherm App (100)14.1故障排除 (104)15与控制器的通信 (104)15.1通过 Modbus-TCP 和上一级系统进行沟通 (104)15.2网络服务器 (105)15.3通信模块的补装 (107)15.3.1供货范围 (107)15.3.2安装一个通信模块 (107)16可设置关闭温度的温度选择限制器（附加配置） (109)17无电势触点用于开启外部设备以及接收监控信号（可选） (109)18故障消息或警告 (110)18.1控制器的故障消息 (110)18.2控制器警告 (112)18.3开关设备的故障 (114)18.4控制器的检查列表 (115)19技术数据 (117)19.1铭牌 (119)20清洁 (119)21维护和备件 (119)21.1更换一个控制器 (120)21.2调节器模块的拆卸 (120)21.3调节器模块的安装 (121)22电气连接 (121)22.1调节器模块 (121)22.2对电缆的要求 (122)22.3一般性连接 (122)22.4至 3.6 kW 的窑炉–用于 B130, B150, B180, C280, P330 的备件，截止 2008 年 12 月止 (123)22.5至 3.6 kW 的窑炉–用于 B130, B150, B180, C280, P330 的备件，从 2009 年 1 月起 (124)22.6窑炉，单区式> 3.6 k，带半导体继电器或接触器 (125)22.7窑炉> 3.6 kW，带 2 个加热回路 (126)23纳博热售后服务 (127)24您的备忘录......................................................................................................... Fehler! Textmarke nicht definiert.1 引言尊敬的客户：非常感谢您对纳博热有限公司产品的信任和支持。

三坐标初级培训ppt课件

操纵控制盒应注意的问题： 1）出现撞针等破坏三坐标的情况时将急停按钮
按下或将速度快速旋至0. 2）首次自动运行时要保持手一直控制速度旋钮。 3）离开时请将控制盒将探头停留在安全位置，
然后将速度旋钮调零并将其放置在安全位置，防止其掉落。 4）到反方向操作时，先将针选好，再按下变方向按钮
最新版整理ppt
7
取消任务调速旋钮
删除最后一点删除所有点
控制Z 轴操纵杆
换针按钮
最新版整理ppt
变方向按钮
减速按钮
确定按钮
急停按钮
解锁按钮
设置中间点和安全平面按钮
控制XY轴操纵杆，前后是控制 Y轴，左右是控
制X轴
8
第二章、开机
1.确认室内环境是否达到要求：温度：20±2℃ 湿度：40%~60%
三坐标测量机（CMM）使用说明
最新版整理ppt
1
第一章、CMM及其配件的介绍
CMM及相关配件有：CMM主机、控制柜、
控制盒。
1、CMM主机：
CONTURA G2
Z轴导轨
X轴导轨 Y轴导轨左支撑
Y轴导轨右支撑
Y轴左导轨大理石平台
Y轴右导轨控制盒驱动开关
最新版整理探ppt头：测头、吸盘、四方、探针
识别相关元素，利用元素建立工件坐标系。 3.建立安全面。保证机器自动运行时行走安全。 4.对所需测量的元素进行打点（各种元素打点的个数详见
Calypso基础中元素部分）。打出该元素的最小点数Calypso 自动识别该元素，并得出该元素的所有特性。 5.设置安全5项，作用是使三坐标能安全的完成自动运行。 6.设置温度补偿，将当前温度，及被测零件的线膨胀系数输入，减小误差。 7.自动运行。对前面手动打点步骤机器自动运行一次，提高测量精度。

TA INSTRUMENTS ARES-G2 和 AR 2000ex 流动性仪器说明书

•New Castle, DE USA +1-302-427-4000•Lindon, UT USA+1-801-763-1500•Hialeah, FL USA+1-305-828-4700•Crawley, United Kingdom +44-1293-658900•Shanghai, China +86-21-64956999•Taipei, Taiwan +88-62-25638880•Tokyo, Japan +81-3-5759-8500•Seoul, Korea +82-2-3415-1500•Bangalore, India +91-80-2319-4177-79•Paris, France +33-1-30-48-94-60•Eschborn, Germany +49-6196-400-600•Brussels, Belgium +32-2-706-0080•Etten-Leur, Netherlands +31-76-508-7270•Sollentuna, Sweden +46-8-555-11-521•Milano, Italy +39-02-265-0983•Barcelona, Spain +34-93-600-93-32•Melbourne, Australia +61-3-9553-0813•Mexico City, Mexico +52-55-52-00-18-60L OCAL O FFICES0000ARES-G 21235711143541AR R HEOMETERS15161718192021TM 27354115(1) Patent # 7,017,393 (2) Patent # 6,798,099 (3) Patent # 6,952,950Minimum Torque Oscillation CR 0.003 μN.mMinimum Torque Oscillation CS 0.003 μN.mMinimum Torque Steady CR 0.01 μN.mMinimum Torque Steady CS 0.01 μN.mMaximum Torque 200 mN.mTorque Resolution 0.1 nN.m [1]Motor Inertia 18 μN.m.sAngular Velocity Range CS 0 to 300 rad/sAngular Velocity Range CR 1.4E -9to 300 rad/sFrequency Range 7.5E -7to 628 rad/sDisplacement Resolution 25 nradStep Change in Velocity 7 msStep Change in Strain 30 msDirect Strain Control Standard [2]Thrust Bearing MagneticNormal/Axial Force Range 0.005 to 50 NSmart Swap™StandardSmart Swap Geometry StandardPeltier Plate -40 to 200 °C [3]Environmental Test Chamber (ETC)-160 to 600 °CETC Camera Viewer OptionalConcentric Cylinder -20 to 150 °C [3]Peltier ControlUpper Heated Plate -30 to 150 °C [3]Electrically Heated Plate (EHP)-70 to 400 °C Camera Option with StreamingVideo and Image Capture OptionalT ECHNICAL S PECIFICATIONS16CR - Controlled Rate Mode CS - Controlled Stress Mode [1] Internal Resolution for D to A converter at torque of 0.1 µN.m [2] Direct Strain Control provides single cycle oscillation and continuous oscillations during experiments.[3] Lower temperature limits require use of a suitable fluid in an external circulator.1718Minimum Torque Oscillation CR 0.03 μN.mMinimum Torque Oscillation CS 0.1 μN.mMinimum Torque Steady CR 0.05 μN.mMinimum Torque Steady CS 0.1 μN.mMaximum Torque 200 mN.mTorque Resolution 1 nN.m [1]Motor Inertia 15 μN.m.sAngular Velocity Range CS 0 to 300 rad/sAngular Velocity Range CR 1E -8to 300 rad/sFrequency Range 7.5E -7to 628 rad/sDisplacement Resolution 40 nradStep Change in Velocity 25 msStep Change in Strain 60 msDirect Strain Control Standard [2]Thrust Bearing Porous Carbon AirNormal/Axial Force Range 0.005 to 50 NSmart Swap™StandardPeltier Plate -40 to 200 °C [3]Environmental Test Chamber (ETC)-160 to 600 °CConcentric Cylinder -20 to 150 °C [3]Peltier ControlUpper Heated Plate -30 to 150 °C [3]Electrically Heated Plate (EHP)-70 to 400 °CT ECHNICAL S PECIFICATIONSCR - Controlled Rate Mode CS - Controlled Stress Mode [1] Internal Resolution for D to A converter at torque of 0.1 µN.m [2] Direct Strain Control provides single cycle oscillation and continuous oscillations during experiments.[3] Lower temperature limits require use of a suitable fluid in an external circulator.19Minimum Torque 0.1 μN.m Maximum Torque 150 mN.m Torque Resolution 1 nN.m [1]Motor Inertia15 μN.m.s Angular Velocity Range CS 0 to 300 rad/s Angular Velocity Range CR 1.00E -7to 300 rad/s Frequency Range 7.50E -7to 628 rad/sDisplacement Resolution 40 nrad Step Change in Velocity 25ms Step Change in Strain 6 0ms Thrust Air Bearing Porous Carbon Smart Swap TM Standard Peltier Plate -40 to 200 °C [2]Peltier Plate Camera Optional Peltier Concentric Cylinder -20 to 150 °C [2]Upper Heated Plate -30 to 150 °C [2]Electrical Heated Plates-70 to 400 °C[1] Internal Resolution for D to A converter at torque of 1 µN.m[2] Lower temperature limits require use of a suitable fluid in an external circulator.T ECHNICAL SPECIFICATIONSAR T ECHNOLOGY The AR series represents a family of rheometers uniquely designed to deliver optimum system performance.6 R IGID O NE-P IECE A LUMINUM C ASTING& L INEAR B ALL S LIDEAR-G2 T ECHNOLOGYM AGNETIC T HRUST B EARINGWhy a magnetic bearing? Larger gaps in the absence of a continuous flow of pressurized air translates to unprecedented low levels of friction in the bearing. More importantly, the ability to control and measure torques in the nN.m range. No other rheometer can boast such low-end torque sensitivity. The larger gap in the thrust bearing is robust and not susceptible to contamination. The additional benefits of the magnetic bearing over traditional air bearing designs are the following:• Ultra low torques applied to the sample• Smaller sample volumes can be used• Ability to probe delicate material structures• Study of low viscosity materials over abroad range of conditionsP ATENTED D RAG C UP M OTOROur new patented advanced drag cup motor is designedto further reduce system friction by increasing the motor gap by 100%. Dramatic improvements in low end torque performance are realized without compromising high-end performance. The motor delivers enhanced transient response and an extended angular velocity control range. The motor incorporates a patented drag cup temperature sensor. For the first time in any rheometer design, the temperature of the drag cup is measured, ensuring the mostaccurate torque output.ACTIVE T EMPERATURE C ONTROL(ATC)The AR-G2 Electrically Heated Plate (EHP), Upper Heated Plate (UHP),and Dry Asphalt System all incorporate our new patented(1)non-con-tact temperature sensor for active measurement and control of theupper plate temperature, using a special draw rod. The draw rodhouses a micro PCB and Platinum Resistance Thermometer. AR-G2 T ECHNOLOGYICRO PCBP RIMARY CS ECONDARY C OIL HS SaS MART S WAP TM A CCESSORIESC ONCENTRIC C YLINDERConcentric Cylinders are commonly used for very low viscosity fluids,dispersions of limited stability, and applications where fluid/solventevaporation may be a problem. The Smart Swap Concentric Cylindersystem features Peltier temperature control and provides a temperaturerange of -20 to 150 °C with heating rates up to 15 °C/min.PPER H EATED P LATE(UHP)S MART S WAP TM A CCESSORIESE LECTRICALLY H EATED P LATES(EHP)The EHP is a Smart Swap TM temperature option that provides activeheating and cooling of parallel plate and cone and plategeometries. The EHP is perfect for rheological characterization ofpolymer melts up to a maximum temperature of 400 °C. Otherfeatures include an environmental cover and heated purge gasand an optional Gas Cooling Accessory for temperature controlto -70˚C. An optional clear purge cover is available for sampleviewing and integration with camera viewer. Additionally, for theAR-G2, the EHP offers patented Smart Swap G eometries andnewly patented Active Temperature Control, ATC. ATC makes theAR-G2 EHP the only electrically heated plate system capable ofdirect temperature control of both the upper and lower plates.30S MART S WAP TM A CCESSORIES3133D YNAMIC I NTERFACIAL S HEAR R HEOLOGY U SING THE AR-G2The dynamic interfacial shear moduli G’ and G” are used to monitor the network structure build-up, resulting from the adsorption of proteins at the interface. Proteins unfold at the interface and, therefore, are crucial to the stability of emulsions and foams. The measurement is done with a Du Noüy Ring, positioned at the interface of two liquids, or a liquid and air in a circular glass dish. The ultra-sensitive,nano-torque range of the AR-G2 rheometer is required to make these measurements. Figure 1 shows the dynamic storage modulus of this material continuously increases as the protein migrates to the surface and forms a network structure.0.030.0250.020.0150.010.0050 050100 150time (minutes)G ‘, G ’’ (N /m )34F LOW C URVE FOR D ISPERSIONS F LOW C URVE FOR P OLYMERSV ISCOELASTIC P ROPERTIES S TRAIN S WEEPD YNAMIC M ECHANICAL P ROPERTIES OF S OLIDS IN T ORSION T RANSIENT T ESTS(C REEP AND S TRESS R ELAXATION)D YNAMIC O SCILLATION ON L OW V ISCOSITY F LUIDS U SING ARES AR-G2 N ANO-T ORQUEM EASUREMENTS IN S TRESS& S TRAIN C ONTROL O SCILLATIONS TRESS AND S HEAR R ATE R AMPSE XTENSIONAL V ISCOSITYM EASUREMENTS ON ARESC REEP AND R ECOVERY OF A V ISCOELASTIC F LUIDS TRESS G ROWTH IN A T RANSIENT S TEP R ATE E XPERIMENT41© 2009 TA Instruments. All rights reserved.。

micro技术手册(中文显示)

两种通讯规约供选择。 Modbus RTU：通讯速率 1200-19200bPs 距离 1200m-1500m Profibus-DP: 通讯速率 9.6-12000KbPs 距离 100m-1200m 接线方式：专用通讯端口（2 线制），光电隔离。
● 相电流输入量转换；True RMS,采样时间 1.25 毫秒范围：相 CT 初级电流整定值的 0.1～10 倍精确度：相 CT 初级电流值的±0.5％
3.1 MMC micro 开关输入------------------------------------------------------------------------------31 3.2 MMC micro 继电器输出---------------------------------------------------------------------------32 七、通讯-------------------------------------------------------------------------------------------------------33 1 通讯连接---------------------------------------------------------------------------------------------------33 2 通讯规约---------------------------------------------------------------------------------------------------33 2.1Modbus RTU 通讯--------------------------------------------------------------------------------------33 2.2Profibus－DP 通讯--------------------------------------------------------------------------------------46 八、典型接线图例--------------------------------------------------------------------------------------- ---51

双微M系列GNSS产品使用说明书

III
相关信息
您可以通过以下途径找到本说明书： 1、购买双微 M 系列产品后，仪器箱里会配赠一本《双微 M 系列 GNSS 产品使用说明书》，方便您操作仪器。 2、登陆双微官方网站，在【技术支持】→【双微相关下载】 →【说明书】可下载该电子版说明书。
IV
目录
1 产品介绍................................................................................................. 1 1.1 接收机外观..................................................................................1 1.2 工作模式介绍..............................................................................3 1.2.1 RTK 工作模式................................................................... 3 1.2.2 静态工作模式................................................................... 4 1.3 使用与注意事项......................................................................... 5
5 测量....................................................................................................... 28

Microscan采集器操作说明书

Microscan采集器操作说明书Microscan QX-870 中文简明快速设置硬件正确连接后，使用Microscan ESP5.0及以上版本设置QX-870相关参数。

一．硬件设备安装根据产品条码出现的位置使用固定支架固定硬件设备，保证其能够上下移动及前后调整（1）调整采集器到产品之间的距离，该距离由产品条码中最窄条码精度确定。

（2）确保激光扫描产品的夹角大于15度，可以避免外部光源产生的光线干扰。

二． ESP调试软件说明。

1.双击“Microsoft ESP”软件，打开软件。

在弹出的硬件设备表中，选择QX-870，点击OK键。

提示是否连接，点击是按键。

下方红色DISCONNECTED表示未连接。

设置硬件所连接的端口及协议，可以不用选择直接点击Auto Connect.自动连接匹配后提示连接成功。

进入ESP设置界面，下方装讨论显示绿色CONNECTED表示连接成功。

点击左上角App Mode进入菜单设置，并选择第二项Read Cycle.各项参数说明如下：Multisymbol 标签设置Number of Sydbols:一次扫描条码标签的个数。

Multisymbol Separator:指定各标签之间分隔符。

Trigger 触发扫描模式Mode:Continuous Read 连续读取；Countinous Read 1 Output 连续读取只输出1个条码；External Level 外部级别模式；External Edge 外部边沿模式。

Level和External在读取周期开始条件是相同的，但结束时间不一样。

Decodes Bdfore Output 输出前的译码Mode:Non-consecutive 对识读的条码进行无序计数。

Consecutive 对误读的条码进行有序计数。

Number Before Output 设置识读条码输出之前的计数阀值。

End of Read Cycle 结束读周期Mode：Timeout 超时；New Trigger 新触发。

科学实验室用三维微观镜说明书

3B SCIENTIFIC ®PHYSICS1Stereo Microscope, 40x, Rotatable Head115 V, 50/60 Hz: 1005440 / 230 V, 50/60 Hz: 1005441Instruction Manual07/13 ALF1 Eyepiece with eye-shields2 Tube3 Lock-screw4 Adjustment knob for focusing5 Top-light housing6 Pillar7 Rotary switch for illumination 8 Specimen clips 9 Stand 10 Object plate 11 Mains switch 12 Objective13 Head lock screw1. Safety notes•For power supply use only electrical sockets with ground contact.Caution! The Stirling engine becomes hot during use. Risk of burns!• Do not touch the lamp during or immediatelyafter use.2. Description, technical dataThe stereo microscope allows three-dimensional viewing of objects in 20x and 40x magnification. The microscope 1005440 is for operation with a mains voltage of 115 V (±10%), and the 1005441 unit is for operation with 230 V (±10%). Stand: Metal stand, column firmly connected with base, pinion knobs attached on both sides of the stand for coarse and fine focusingTube: Binocular inclined 45°, interocular dis-tance adjustable between 55 and 75 mm, head rotatable by 360°Eyepieces: Pair of wide field eyepieces WF 10x 20 mm with eyepiece lock and rubber eyepiece cups, diopter compensation ±5 on the left eyepiece Objectives: Revolving nosepiece with objective 2x / 4xEnlargement: 20x / 40xObject Plate: Base with detachable object plates (plastic, black/white and glass) 95 mm diam. and 2 specimen clipsIllumination: Top, transmitted and mixed-light illumination, 12 V, 10 W lamp, rotary switch to select light combinationPower supply: 1005440: 115 V, 50/60 Hz 1005441: 230 V, 50/60 HzDimensions: 190 x 300 x 115 mm³ approx. Weight: 2.9 kg approx.3B Scientific GmbH • Rudorffweg 8 • 21031 Hamburg • Germany • Subject to technical amendments © Copyright 2013 3B Scientific GmbH3. Unpacking and assemblyThe microscope is packed in a molded styro-foam container.• Take the container out of the carton removethe tape and carefully lift the top half off the container. Be careful not to let the optical items (objectives and eyepieces) drop down. • To avoid condensation on the optical compo-nents, leave the microscope in the original pack-ing to allow it to adjust to room temperature.• Using both hands (one around the pillar andone around the base), lift the microscope from the container and put it on a stable desk. The microscope is fully assembled except for the eye-shields. Position them over the eyepieces for viewing comfort and to block out any ambient light. In addition, the object plate must be inserted into the stage opening in the base.4. Operation4.1 General information• Set the microscope on a level table.• Place the object to be observed in the centerof the object plate. Use the clips to fasten it into place.• Connect the mains cable to the net and turnon the switch to get the object illuminated. • When using transmitted- or mixed-light illu-mination replace black and white plate with the glass plate.• Turn the objective to get the desired magnification. • On the rotary switch position I is for transmit-tedlight, position II is for top-light and posi-tion III is for mixed-light.• Adjust the interpupillary distance betweenthe eyepieces by grasping the two prism-housings with both hands and moving them until one circle of light can be seen.• Focus the object by turning the side knobs. • It might be necessary to loosen the lock-screw and raise or lower the entire stereo head-bracket until the outline of the object is found in the field of view. Be sure to tighten the lock-screw to fix the height of the stereo head on the pillar.• To rotate the microscope head, loosen thehead lock screw.• Always turn off the light immediately after use. • Be careful not to spill any liquids on the mi-croscope.• Do not mishandle or impose unnecessaryforce on the microscope.• Do not wipe the optics with your hands.• Do not attempt to service the microscope yourself.4.2 Changing the lamp• Turn off the power switch, unplug the mainsplug and let the lamp cool down.• To change the lamp of the top light loosenthe lock-screw for the lamp-housing and re-move the lamp screen.• Remove the lamp and insert a new one. • Remount the lamp screen.• To change the lamp of bottom light removethe cover from the base opening.• Change the lamp in a similar way as de-scribed above.• Remount the cover.4.3 Changing the fuse• Turn off the power switch and unplug themains plug.• Unscrew the fuse holder on the back of thestand base with a screwdriver.• Replace the fuse and reinsert the holder inits socket.5. Storage, cleaning, disposal• Keep the microscope in a clean, dry anddust free place.• When not in use always cover the micro-scope with the dust cover.•Do not expose it to temperatures below 0°C and above 40°C and a max. relative humid-ity of over 85%.• Always unplug the mains plug before clean-ing or maintenance.• Do not clean the unit with volatile solvents or abrasive cleaners.• Do not disassemble objective or eyepieces to attempt to clean them.• Use a soft linen cloth and some ethanol to clean the microscope.• Use a soft lens tissue to clean the optics.• The packaging should be disposed of at local recycling points. •Should you need to dis-pose of the equipment it-self, never throw it away in normal domestic waste. Local regulations for the disposal of electri-cal equipment will apply.。

仪器使用说明书

LKM-02 型
动态试管检测仪
使用说明书
英国莱伯金耐特有限公司
目
录
Байду номын сангаас
1. 前言............................................................................................................................................. １ 2. 概述................................................................................................................................................. ２
2.1 安全信息............................................................................................................................... ２ 2.2 仪器的主要功能和特点 ....................................................................................................... ２ 2.2.1............................................................................................................................................... ２ 2.2.2............................................................................................................................................... ２ 2.2.3 温度精确度....................................................................................................................... ２ 2.2.4 光学精确度....................................................................................................................... ３ 2.2.5 时间精确度....................................................................................................................... ３ 2.2.6 检测精确度....................................................................................................................... ３ 2.2.7 系统日常验证................................................................................................................... ３ 2.3 仪器的使用环境................................................................................................................... ３ 2.4 仪器的安装........................................................................................................................... ４ 2.4.1 仪器的组成........................................................................................................................ ４ 2.4.2 仪器对配套设备和用具的要求 ....................................................................................... ４ 2.4.3 仪器的安放....................................................................................................................... ４ 2.4.4 仪器的安装....................................................................................................................... ５ 2.4.5 仪器温度校准................................................................................................................... ６

【2020最新智库】MicroHite3D三次元中文操作手册

Micro-Hite3D手動三次元操作手冊操作手冊智允貿易股份有限企业Chi-YeungTrading.Co.,LTD臺北總企业:台北縣三重市重新路五段609巷8號10樓TEL:(02)2999-1578FAX:(02)2999-1578臺中分企业:台中市西屯區大有五街41號TEL:(04)2313-6946FAX:(04)2316-4938上海分企业:上海市閔行區滬閔路7886號(上海花園二期81-1號)TEL:(21)5493-8815~8FAX:(21)5493-5848深圳分企业:深圳市寶安區沙井鎮新橋村洋仔二路新橋豪苑TEL:(755)2727-2583FAX:(755)2727-1604E-mail:cy@Micro-Hite3D三次元中文操作手冊1.何謂CMM(CoordinateMeasuringMachine)三次元量床及基本概念:我們用座標系統的變化，來描述三次元量測機台的位移量。

座標系統是由一位法國的哲學家兼數學家，笛卡爾RenéDescartes于西元1600年代早期所發明。

讓我們知道一個工件上，三D幾何的元素跟元素之間的位置相關性。

簡單地說，三次元座標系統就像是一個立體的地圖，地圖的上緣由左到又標示著A、B、C、D…..等區分，地圖的左緣由上到下標示著1、2、3、4…..等區分再加上海拔高度的標示，這字母/數字/高度的結合就稱作為三座標，相對於此立體地圖來說，此三座標的結合就能清楚地于圖上顯示出所代表的位置點。

再舉例說明，于一個有大樓及街道的立體地圖，從火車站trainstation(你的起點)要徒步走到飯店RitzHotel(終點位置)，你先沿著ELM街走，經過兩個街口走到Maple路右轉，于直走經過四個路口走到Oak路交叉口，走進大樓上三樓飯店位置。

再下圖中我們也可以用座標4-E-3來表示位置，這就是相當於三次元量床上用X、Y、Z三軸座標來表示位置。

于地圖上，此座標位置是獨一無二且非常清楚的。

南黎科技三维扫描测量系统用户使用手册说明书

扫描标记点
优化标记点
设置背景面标记点
保存扫描物件的文件
扫描物件的网格化
激光面片的扫描
激光面片扫描的设置
-8-
2、标记点扫描的设置
如图设置好适合餐具物件三维扫描的数值设置，如图一、图二设置。
图一
图二
3、扫描标记点操作
（1）选择扫描控制的“标记点”，点击“开始”，对扫描的工件进行激光标记点的扫描，确保每一个点扫描完成后，点击“停止”。完成标记点扫描操作。
-2-
三运行环境
3.1 硬件设备本系统需自带工作站机型便携式笔记本电脑。打印机 windows 支持的打印机
四使用过程
4.1 操作界面中主要对象使用说明： 1 菜单 2 页框 3 按钮 4 文本框 5 下拉列表框 6 单选按钮 7 微调框 8 滚动条各类对象的使用方法介绍如下： 1 菜单 1）图示：菜单的形式如下图所示：
1.2 背景随着社会化的发展，现在的产品越来越趋向造型化、多样化、个性化。在生产制造过程中需要对产品进行检测。对于曲面造型复杂的产品高精度检测，这对于工业三维检测工程是个大的挑战。目前市场上大多以接触式的量测方式进行检测，有需制作精密的检测工具，有需设计治具来定位，再用 CMM 三坐标进行测量，操作都相当的繁琐，得准备相当复杂的前期工作和复杂的计算过程。所以就需要简单操作的三维检测，改变过去检验的方法，以快速扫描的技术将量测物件资料，再以操作便捷的比对软件进行自动分析计算，自动产生简而易懂的分析报表，达到产品检测的效果。该系统由厦门南黎科技有限公司开发。使用者是车间人员、检测人员及有关人员。本系统广泛应用于航空航天、汽车/轨道交通、机械制造、医疗康复、影视数字艺术、教学科研、文化遗产保护、 3D 打印、VR/AR 等领域，帮助企业实现品质、效率最优解，开拓更广的三维数字化领域。满足高端制造领域的多项应用需求，包括三维检测，仿真模拟，逆向工程及产品改造等。

KMICRO-中文操作手册

目录
简介 ........................................................................................................................ 3 距离模式的快速启动 ............................................................................................... 4 物位模式的快速启动 ............................................................................................... 5 流量模式的快速启动 ............................................................................................... 6 参数修改 ................................................................................................................. 7 安装 ........................................................................................................................ 9 按键说明 ............................................................................................................... 11

TA Instrument ARES-G2 智能测试机说明书

New Castle, DE USA Lindon, UT USA Elstree, United Kingdom Shanghai, China Beijing, China Taipei, Taiwan Tokyo, JapanSeoul, South Korea Bangalore, IndiaParis, France Eschborn, Germany Brussels, BelgiumEtten-Leur, Netherlands Sollentuna, Sweden Milano, Italy Barcelona, Spain Melbourne, Australia Mexico City, MexicoARES-G2 Rheometer1Technology3 Temperature Systems7Accessories91ARES-G2RHEOMETERT he only Rheometer to independently measure stressand strainThe ARES-G2 is the most advanced rheometer for research and materialdevelopment. It is the only rheometer with dual-head, or separate motor andtransducer, technology for the PUREST rheological measurements. No otherrheometer is capable of measuring stress independently of the applied sheardeformation. It is recognized by the rheological community as the industrystandard to which all other measurements are compared for accuracy. TheARES-G2 platform offers an array of new features including unrivaled dataaccuracy, unmatched strain and new stress control, fully integrated fast datasampling, new Smart Swap™ environmental systems with patented activetemperature control, powerful new TRIOS Software, and NEW LAOS and FTRheology Analysis.2Force/Torque Rebalance Transducer (Sample Stress)Transducer Type Force/Torque RebalanceTransducer Torque Motor Brushless DCTransducer Normal/Axial Motor Brushless DCMinimum Transducer Torque in Oscillation 0.05 μN.mMinimum Transducer Torque in Steady Shear 0.1 μN.mMaximum Transducer Torque 200 mN.mTransducer Torque Resolution 1 nN.mTransducer Normal/Axial Force Range 0.001 to 20 NTransducer Bearing Groove Compensated Air Separate Motor (Sample Deformation)Maximum Motor Torque 800 mN.mMotor Design Brushless DCMotor Bearing Jeweled Air, SapphireDisplacement Control/Sensing Optical EncoderStrain Resolution 0.04 μradMin. Angular Displacement in Oscillation 1 μradMax. Angular Displacement in Steady Shear UnlimitedAngular Velocity Range 1 x 10-6rad/s to 300 rad/sAngular Frequency Range 1 x 10-7rad/s to 628 rad/sStep Change in Velocity 5 msStep Change in Strain 10 msStepper MotorMovement/Positioning Micro-stepping Motor/Precision lead ScrewPosition Measurement Linear Optical EncoderPositioning Accuracy 0.1 micron Temperature SystemsSmart Swap StandardForced Convection Oven, FCO -150 to 600°CFCO Camera Viewer OptionalAdvanced Peltier System, APS -10 to 150°CPeltier Plate -40 to 180°CSealed Bath -10 to 150°CSPECIFICATIONSARES-G2TECHNOLOGYLower Geometry Mount Thrust Air BearingRadial Air BearingBrushless DC Motor Motor Non-ContactTemperature Sensor Electronics Optical EncoderForce Rebalance andMagnetic SuspensionNon-Contact TemperatureSensor Electronics Torque Rebalance MotorTorque/Normal ForceRebalance ElectronicsUpper Geometry MountRadial Air Bearing TransducerOnly ARES-G2 provides independent measurements of stress and strain rateWhen it comes to making the most accurate rheological measurements, two heads are simply better than one! Consider that the rheological behavior of materials is described by material functions such as the modulus or viscosity. Modulus is the ratio of stress to strain and viscosity is the ratio of stress to strain rate. In order for a rheometer to make the purest and most accurate rheological measurements, it is best to measure the fundamental parameters of stress and strain or strain rate independently . The ARES-G2 provides rheological measurements free of instrument artifacts over wide ranges of stress, strain, and frequency.Frame, Vertical Movement, and AlignmentThe ARES-G2 frame and vertical movement assembly is built to deliver maximum stiffness, low axial compliance (0.1 μm/N), and the most accurate geometry positioning and alignment.• The steel frame provides high strength, optimum damping for high frequency testing, and dimensional stability over a wide temperature range.• The transducer mount is held rigidly against the frame by two hardened steel cross roller slides.• The slides deliver smooth vertical movement of the head while maintainingconcentricity and parallelism. This is critical when setting a gap in parallel plates.• The transducer head is positioned vertically via a precision ground lead screw.It is attached to a micro-stepping motor by a rigid, preloaded, duplex bearing, which eliminates backlash.• A linear optical encoder is mounted directly between the stationary frame and moving bracket for precision head positioning, independent of the lead screw movement, to an accuracy of 0.1 micron. Optical EncoderLead ScrewDuplex Bearing Micro-Stepping MotorARES-G2TECHNOLOGYHigh-Speed Electronics and Data ProcessingThe ARES-G2 is equipped with new high-speed electronics with digital signal processing for transducer measurements and motor control. While many manufacturers cut costs by combining the test station and electronics into a single box, the separate electronics approach of TA Instruments ARES-G2 isolates the precision measurements from heat and vibration. This approach ensures the best sensitivity and data quality from the test station. The electronics enable fully integrated high speed data acquisition for transient (up to 8,000Hz) and oscillation (up to 15,000Hz) measurements. The high sampling speed provides superior resolution of magnitude and phase of the measured signals. This allows much better higher harmonic resolution for automatic analysis during oscillation tests or post Fourier transformation analysis. Higher odd harmonics that occurin the stress (force) signal in oscillation tests are a result of non-linear response. The ratioof the fundamental frequency to odd harmonics, such as 3rd, 5th, etc. can be calculatedand stored as a signal. In addition, the real-time waveforms during oscillation tests canbe displayed and saved with data points. The intensity ratio and quality and shape ofthe waveform are invaluable data integrity and validation tools.Touch-Screen and KeypadThis graphical interface adds a new dimension in ease-of-use. Interactive activities, suchas geometry zeroing, sample loading, and setting temperature, can be performed at thetest station. Important instrument status and test information such as temperature, gap,force and motor position are displayed. The touch-screen also provides easy access toinstrument settings and diagnostic reporting. A keypad, at the base of the instrument,allows for easy positioning of the measurement head.New Advanced Peltier Plate, APSThe APS is a Smart Swap™ Peltier temperature controlled environmental system with atemperature range of -10 to 150°C, with a maximum heating rate of 20°C/min and atemperature accuracy of +/- 0.1°C. Unlike other Peltier temperature systems, the APSfeatures parallel plate (cone and plate) as well as DIN conforming concentric cylindergeometries to meet the most demanding applications. The new quick-change lower platecomes standard with a 60 mm diameter hardened chromium surface and a uniquebayonet fixture that allows the user to quickly and easily adapt the plate surfaces suchas crosshatched or sandblasted. The APS also features an efficient heated solvent trapcover for blocking evaporation during testing of volatile materials.Electrorheology Accessory, ERER fluids are suspensions of extremely fine non-conducting particles in an electrically insulating fluid, which show dramatic and reversible rheological changes when the electric field is applied. The ARES-G2 ER accessory provides the ability to apply up to 4,000 volts during the course of an experiment using either parallel plate or concentric cylinder geometry. The voltage is applied to the sample via a Trek Amplifier through a high voltage cable. An insulator block between the transducer hub and the upper geometry isolates it from the circuit. Tests can be run with Peltier temperature control providing a range of -40˚C to 180˚C.UV Curing AccessoryUV curing adhesives and radiation curable adhesives use ultraviolet light or other radiation sources to initiate curing, which allows a permanent bond without heating. The ARES-G2 UV Curing option uses a light guide and reflecting mirror assembly to transfer UV radiation from a high-pressure mercury light source. The accessory includes upper and lower geometry with removable 20 mm diameter plates, waveguide and collimator, 5 mm waveguide, and remote radiometer/dosimeter. The system interfaces with a UV light source (Exfo Omnicure S2000) with wavelengths in the range of 320 to 500 nm. Optional temperature control to a maximum of 150°C is available using the Advanced Peltier System, APS. Disposable plates are available.Extensional Viscosity Fixture, EVFThe EVF is a patented fixture for measuring the extensional viscosity of high viscosity materials, such as polymer melts, dough,adhesives, etc. The fixture consists of a fixed and rotating drum, which winds up the sample at constant strain rate, while measuring the force generated in the sample. Since the torque measurement is decoupled from the motor, no beating friction correction is required. The maximum Henky strain with one rotation is four. Temperature control of the EVF requires the ARES-G2 Forced Convection Oven. The maximum use temperature is 350°C.SER2 Universal Testing PlatformThe SER2 is used to perform extensional rheology measurements and a range of physical material testing. Samples are secured to the surfaces of the two windup drums, such that for a constant drum rotation speed, a constant Hencky strain rate is achieved. As the sample is stretched across the drum surfaces, it offers a resistant force on the windup drums that translates into a torque about the primary axis of rotation. For a given extensional rate, the measured torque signal is directly related to the extensional viscosity of the sample.In addition to extensional measurements on polymer melts, the SER2 is capable of performing a range of physical propertymeasurements such as tensile, peel, tear and friction measurements on small hard and soft solid samples.NOTES© 2011 TA Instruments. All rights reserved.L50013.001。

中文MicroTechII培训-客户培训资料

4.查看历史趋接 5.查看通讯连接
第三章机组控制柜
机组控制柜由机组控制器、通讯模块、隔离板组成。机组控制柜由机组控制器、通讯模块、隔离板组成。
机组控制柜
机组控制器
机组控制器：如图所示，机组控制器：如图所示，可以通过程序卡上传和下载不同的程序版本，可以通过DIP拨码开关将其设置为机组控的程序版本，可以通过拨码开关将其设置为机组控制器或压缩机控制器。当中文屏失效时，制器或压缩机控制器。当中文屏失效时，可以对控制器进行参数设置。机组控制器装在机组控制柜中。进行参数设置。机组控制器装在机组控制柜中。
机组控制柜
通讯模块 UCM (Unit Communication module ) 功能是充任Carel pLAN总功能是充任Carel pLAN总线与外部计算设备之间的通讯网关，的通讯网关，连接在中文屏和控制器之间进行通讯协议的转换。通讯协议的转换。通讯模块上有4 LED指示通讯模块上有4个LED指示灯，结合中文屏上的通讯页面可以诊断中文屏和机组控制器的通讯状况。
机组控制柜
隔离板功能：功能： 1.给机组控制器供电；给机组控制器供电；给机组控制器供电 2.通讯隔离，抗干扰。通讯隔离，通讯隔离抗干扰。注：控制柜供电110V，控制柜供电，控制器供电24V。控制器供电。
第四章压缩机控制柜
用于每台压缩机控制，用于每台压缩机控制，它在没有机组控制器或操作界面时仍可运行。面时仍可运行。该控制器安装在与压缩机相邻的控制柜内。相邻的控制柜内。
图为中文屏和机组控制柜外观
MicroTechⅡ微机控制 MicroTechⅡ微机控制
图为压缩机控制柜外观
第二章中文显示屏

FLOMEC G2系列液体流量计产品说明书

G2 SERIESINTRINSICALLY SAFEA full line of FLOMEC ® G2 Series Turbine Metersare available in a variety of housing materials. Rugged and dependable, the G2 Series offers:•Stainless Steel for most water and chemical products •Aluminum for fuels and petroleum-based products •PVDF for aggressive chemicals1234567--->>>> G2 S 15 N Q9 GM B1 PRODUCT IDENTIFIER:G2 = Industrial Grade Flowmeters 2 TURBINE MATERIAL:S = Stainless Steel A = AluminumP = PVDF (1/2 in. y 1 in. only)X = Electronics only (For metal meters)Z = Electronics only (For plastic meters)3 TURBINE SIZE:05 = ½ in.07 = ¾ in.10 = 1 in.15 = 1-½ in.20 = 2 in.I = ISO (Female) BSPT (ISO 7 Designation is RC)F = 150# ANSI Flange (Available on S10, S15 & S20 only)T = Tri-Clamp Fitting (Available on S05, S07, S10, S15 & S20 only)X = No Turbine Body5 ELECTRONIC CHOICE:Computer Display, Meter Mounted Q9 = Q9 2-Button ComputerQ1 = Q9 2-Button Computer, Vertical Mount (90° Adapter)Retrofit Computer Kit (Display OnlyR9 = Q9 2-Button Computer Retrofit Kit (Replaces 09 Display)No Electronics - Turbine OnlyXX = No Electronics - Turbine Only6 CALIBRATION OF COMPUTER / DISPLAY:GM = Gallons Per Minute (Gallons Default)LM = Liters Per Minute (Litres Default)GD = Gallons Per Minute (Gallons Default) with NIST Certificate LD = Liters Per Minute (Litres Default) with NIST Certificate XX = No Calibration7 PACKAGING:A = 05 Thru 10 Turbines, Turbine Only or w/Q9 Electronics 05 Thru 20 Electronics Only (Q9 Replacement Kit or R9 Retrofit Kit)B = 15 & 20 Turbines, Turbine Only or w/Q9 Electronics 05 Thru 10 Turbines w/Q1 ElectronicsC = 15 Thru 20 Turbine w/Q1 ElectronicsD = 10 Turbines with ANSI Flange Turbine Only or w/Q9, Q1 ElectronicsE = 15 & 20 Turbines with ANSI Flange Turbine Only or w/Q9, Q1ElectronicsFEATURES / BENEFITS•Meter is designed for thin fluids < 100 cP•Modular design allows for use with Output Modules, Sensors and Remote Display Kits •2 Totals (Batch Total = Resettable, Total = Non-Resettable);Rate of Flow, Factory calibrated in gallons or litres. Field calibratable. Includes non-volatile totals.•High accuracy meter•Internal parts are simple to replace for easy maintenance •AAA Alkaline battery life: 2 yearsIND-1043-G2 Approved Rev A 02/2023ACCESSORIESIP65Service & Warranty: For technical assistance, warranty replacement or repair contact your FLOMEC® or GPI® distributor: In North or South America: 888-996-3837 / Outside North or South America: +61 2 9540 4433 / NOTE: For representation purpose only. Actual product models vary in shape, design, etcANSI Flange and Sanitary Flange dimensions not shown. Forthose dimensions, please refer to product manuals or our website .DIMENSIONSNOTE: Q9 Display adds 0.72 in. (18 mm) to heightISO 22241-2 Annex C, D, E, F, G, H, I, Diesel Exhaust Fluid (DEF)/Adblue standards。

ACU-RITE MicroScale 精密玻璃尺度线性编码器说明书

// .005 A
• Tolerances of .005” TIR apply to all mounting dimensions. • Center support surface required for all measuring
lengths when not using a back up spar.
.138 [3.50]
Strain relief and cable
Ø .30 Ø .16 [7.6] [4.1] Armor Vinyl
2.0 [50] Approx.
Ø .160 min bend radius
[4.00] min.
of armor
.150 [3.81]
.280 [7.11]
Align both surfaces .02 [0.5]
Shipping carton contents
A
A) MicroScale linear encoder B) Backup Spar C) Reference Manual ACU-RITE ®
MicroScale 1” - 18”
D
Shipping carton contents
A
MicroScale over 18”
Reading head
assembly .463
[11.76]
.175 [4.57] Typ.
.213 [5.41] Typ.
for M4 Hex nut
1.85 [47.00]
2.775 [70.50]
2.350 [59.69]
.295 [7.50]
M3 x .25 [6.31] deep min.
brackets and tools for your installation.

MicroScribe-G2三维数字化仪--说明书(中文版)

MicroScribe-G2是美国Immersion 公司最新推出的三维数字化仪，用于建立精细的三维电脑模型，是设计工程人员、虚拟现实、动画制作设计师、游戏开发师、建筑师、科学研究人员的理想工具。

MicroScribe-G2由三段碳纤维臂构成，臂之间由球形连接器相连，内置高精度位置和方向传感器，以感知探头所处位置。

MicroScribe -G2是美国Immersion公司最推出的三维数字化仪，它突破了计算机的三维数据空间与现实的三维数据空间的距离，使得被测物体通过“威力手”在计算机的虚拟空间里得以重现。

它适用于模具开发、影视动画、游戏开发等针对外形测量的行业及个人工作室。

数字化率:1,000点/秒平台支持：pc、Macintosh、SGI/UNIX接口：RS-232或USB 1.1型号MicroScribe-G2 - 50”(1270mm)球MicroScribe-G2X* - 50”(1270mm)球MicroScribe-G2L - 66”(1676mm)球MicroScribe-G2LX* - 66”(1676mm)球* 型号末尾带有“X”为高精度平面支持可连PC, Macintosh, SGI/UNIX软件驱动提供多种流行软件驱动如: 3D Studio VIZ, 3D Studio MAX, AutoCAD, MechnicalDesktop, Alias, Maya, from Z, Lightwave, SolidWork等数字化率1,000点/秒精度(100点ANSI球)MicroScribe-G2 : 0.015" (0.38mm)MicroScribe-G2X : 0.009" (0.23mm)MicroScribe-G2L : 0.017" (0.43mm)MicroScribe-G2LX : 0.012" (0.30mm)台面面积6" x 6"串口RS232或USB 1.1∙携带式手提箱附件∙数据连线∙“Triggle”式手动开关∙“Pager”式手动开关∙三角支架∙重型双定位脚踏板∙数字化转换平台及油灰。