MA3Z551中文资料
mazak数控系统参数
2. 3. 4.
5. 6.
安全注意事项
安全注意事项
前言
为进一步安全使用安装有 CNC（电脑数控）装置（以下简称 NC）的本机，下面说明有关 NC 的 安全注意事项。为此，不仅是进行程序设计的人员，而且是进行机械操作等的人员也需要充分掌握 本说明书内容后进行作业。 另外，根据所使用的 NC 不同，由于没有对应的功能、任选装置，因此会有不符合的注意事项，但 希望通读一下。
MATRIX (INTEGREX, VARIAXIS 等)
USB 记忆卡
MATRIX NEXUS (QTN 等)
MATRIX NEXUS (HCN 等)
在搭载随机 ATC 功能的机械上，因为对每个 ATC 的刀具数据（刀袋号）有所变化，所以请不要将 刀具数据转载到 NC 中。 否则将由于刀库中刀具的安装状态与刀具数据发生矛盾而使机械不能正常 动作。
关于 NC 所提供的加工条件
! 在使用下列条件进行加工时，根据所使用的刀具、夹具、工件等，有时可能需要修改加工条 件，而不能原样使用。 警告 • 加工导航功能所提供的加工条件； • 加工事例介绍功能所推荐的刀具加工条件； • 切削条件自动决定功能所定的加工条件。 ! 充分确认了安全后，完全关好操作门后进行加工。 否则，可能导致重大人身伤亡事故。
参数一览表 报警一览表 M 代码一览表
HORIZONTAL CENTER NEXUS
6000-II/6800-II/8800-II/10800-II/µ8800
说明书编号：H272HA0019C
机械编号：
在使用本机之前，请充分掌握本说明书内容，进行正确的操作或作业。如果规定
1. 本章介绍对预先可以设想的作业方法和作业状态，从安全方面应注意的事项。 然而，难免发生在顾客方面进行超越本公司设想的作业，或发生此种作业状态的情况。 为此，不仅需要遵守如下事项，而且顾客自己需要有经常的安全作业意识。 本说明书记载了尽可能多的信息，但是往往会有顾客进行超越本公司所设想作业的情况，对 此，无法事先考虑其全部情况并全部列出“不能进行的事项”或“不应进行的事项”。 为此，对于本说明书中没有记载为“能够进行”的功能，请解释为“不能进行”。 本说明书使用的危险、警告、注意的含意如下：
MAZAK-车床维修手册
汽车制造业
MAZAK车床广泛应用于 汽车零部件的加工和制 造，如发动机、底盘等。
机械制造业
MAZAK车床适用于各种 机械零件的加工，如轴
承、齿轮等。
航空航天业
由于MAZAK车床的高精 度和高稳定性，也被广 泛应用于航空航天领域
的零件加工。
其他领域
除上述领域外，MAZAK 车床还广泛应用于电子、 医疗器械、能源等领域。
丝杠精度调整
根据需要调整丝杠的精度，以确保加 工零件的位置精度。
传动皮带更换
定期更换传动皮带，确保进给系统的 稳定性。
润滑系统维修
油路清洁
定期清洗油路，确保润滑油流通顺畅。
油泵检查
检查油泵的工作状态，如发现异常应及时 修复或更换。
油位检查与补充
油质检测与更换
定期检查润滑油油位，如需补充应及时添 加。
MAZAK车床维修手册
目录 CONTENT
• MAZAK车床简介 • MAZAK车床维修基础知识 • MAZAK车床机械系统维修 • MAZAK车床电气系统维修 • MAZAK车床维修实例分析 • MAZAK车床维护与保养建议
01
MAZAK车床简介
MAZAK车床的历史与发展
1920年代初，日本开始 研制车床，MAZAK作为 早期的车床制造商之一， 开始涉足车床领域。
预防措施
定期对车床进行电气检查和维护，确保电气元件的稳定性和可靠性。
系统参数调整维修实例
故障现象
车床在加工过程中出现明显的误差，加工精度不达标。
故障原因
系统参数设置不正确或被修改。
维修方法
检查系统参数的设置情况，调整相关参数以恢复精度，确 保参数设置正确无误。
预防措施
MAZAK SG 510 MKII 1.5KW激光切割机技术说明资料
2、一机两用——3 维/2 维工件都可切割 MAZAK 公司的激光切割机 SPACE GEAR-48/510 对于平板二维加工自然不在话下,即使对于 三维工件以及斜向切割都可以轻松自如地应对；而其他公司如果在不更换工作台的情况下， 三维切割一般只能切割三维工件，切割二维工件很不方便。该激光切割机可用于切割中低碳 钢、低合金钢、不锈钢、铝合金、钛合金、黄铜等金属板材，以及非金属材料的切割加工。Z 轴行程高达 420mm 和 720mm 两种可供客户选择,能够更好的满足三维工件的切割。
心、FMS 柔性生产系统、CAD/CAM 系统、生产支援软件、CNC 装置。
❏世界各地的马扎克制造基地：
2
山崎马扎克科技（上海）有限公司
日本：山崎马扎克大口工厂 山崎马扎克美浓加茂工厂（激光切割机生产工厂） 山崎马扎克美浓加茂第二工厂 山崎马扎克精工工厂 山崎马扎克欧普托尼克斯凤凰研究所（激光切割机生产工厂，修建在地底下）
5、光学与机械学的完美结合 激光切割机是光学与机械学的结合，由于光容易受震动的影响，光的偏摆马上就影响到 其焦点位置，其后果导致加工质量的不稳定性甚至加工失败。MAZAK 将高质量，高抗震性的 机器本体与激光发生器整体设计制作，大大提高了激光加工机的抗震性，提高了激光光束的 准直性，保证加工稳定可靠，减少光路的频繁调整，减少了停机时间或叫做减少了准备时间。
11、工件夹紧装置 该装置可以将工件夹紧在工作台上，使用脚踏开关通过气动原件驱动其上下移动，对工 件进行加紧固定。极大地方便了客户的操作使用。
12
山崎马扎克科技（上海）有限公司
1 尖端的设计 山崎马扎克株式会社是世界机床行业销售额第一的跨国公司，在激光加工机的设计，制 作上更是广泛采用一般钣金设备制造厂商没有的机床设计、制造技术，使用能够保证机床长 期在高精度状态下稳定运行的结构和关键部件，提高了机床的可靠性。从机械学的角度，保 证了激光切割机的应有能力。
Aero-551 CO 检测器用户手册说明书
User’s Manual For ModelAero-551(Rev. Orig.)Document: 551-100 REV ALOG OF REVISIONSCO Guardian LLC1951 Airport DrTel 520-889-1177 Tel 800-639-7139 Fax 520-889-8249Email:*************************BackgroundModel 551 is a CO Detector that Displays CO Level between 10PPM (Parts per Million) to 999PPM. The detector consists of one Red button that is used to test and silence the alarm. Every time the unit is turned on or the reset button is pressed in a non alarm condition, the system will test the entire circuit for integrity. If the unit alarms, the unit can be silenced by pressing the Red reset button. The lights and display continue displaying till CO goes below 10 PPM.InstallationInstall Aero-551 per CO Guardian installation drawing number01-551-01-Rev. A (Or later revision) for hardware and wiring diagram installation.SELF TEST SEQUENCE AT STARTUP:When you power up the Aero-551, you will notice the following testsequence:The screen will show the word “CO Guardian” along with two short beeps followed by a third one and the wording “CO LEVEL NORMAL” willdisplay. Internally in the background, the system will check thesensor for 30 seconds and all internal components. If any components fail, the di splay will show the word “Failed” and the unit must bereturned for repair.CARBON MONOXIDE LEVEL INDICATION:DISPLAY: CO LEVELAero 551 can detect Carbon Monoxide from as low as 10 PPM. Aero 551 will trigger an alarm for CO long before the pilot/passengers can be affected by exposure to CO.The effect of CO level on the human body is linked to the duration of exposure to CO. Our units are designed to set off CO alarms in progressively shorter durations as the concentration of CO increases. The intention is to prevent a false alarm when the CO level poses no danger, but at the sametime ensure full protection when the level starts becoming dangerous.LAYOUT OF BUTTONS / CONTROLS:The Aero 551 features a 1.75 x 1 inch LCD display. The display is backlit continuously. There is basically 1 button which can control the detector: The red button at the top (marked RST) is the Test/Re-set button which can be used to test or re-set the unit.CO LEVEL ALARM ACTIVATION:CO level alarm activated after: in PPM (Parts per million)PPM11 - 50 Display only, No alarm50 – 70 04 minutes70 - 100 03 minutes200 02 minutes300> 01 minutesNOTE: Concentration of CO in air Inhalation time and toxic developed 50 parts per million (ppm) Safety level as specified by the FAA200 PPM Slight headache within 2-3 hours400 PPM Frontal headache within 1-2 hours800 PPM Dizziness, nausea, convulsions within 45 minutesHow Aero 551 protects you against COThe CO display page in the Aero 552 shows the CO level in PPM (Parts per million). The Aero-551 can display CO from 10 PPM to 999 PPM. (For any level above 999 PPM, the display will register only 999). The alarm will sound within 5 minutes if the CO level stays above 75 +/- 5 PPM. If the CO level rises above 300 PPM, the alarm will trigger within one minute.The alarm sequence for CO is:4 short beeps from the buzzer and 4 flashes from the LED, and 4 beeps to the audio panel once every 4 seconds.Technical Specifications:Power supply: 12 - 30 V DCPower consumption: 2 WCurrent drawn: 300 milli-ampsFuse: Use GMI type, fast acting fuse 2A 250VTemperature range: 0 F to 120 FHumidity range: 10-90% RH (Non condensing)Sensor calibration: Each unit calibrated at 75 PPMSelf Test Sequence:When you press the test/re-set button, the buzzer will beep 2 times, and the yellow light will flash twice.UNIT FAILURE INDICATION:Malfunction of the Carbon Monoxide detection mechanism, will be indicated by a constantly glowing LED, and a display message of “FAILURE” in the CO level page. Please contact CO Guardian LLC for technical help if the problem persists.LIMITED WARRANTYUnit comes with a 1 year limited warranty.The warranty will be void if the unit is opened or tampered with. WARRANTY COVERAGE: CO GUARDIAN LLC. WARRANTS TO THE ORIGINAL CONSUMER PURCHASER, THAT THIS DETECTOR WILL BE FREE OF DEFECTS IN MATERIAL AND WORKMANSHIP FOR A PERIOD OF 12 months FROM DATE OF PURCHASE. THE MANUFACTURER’S LIABILITY HEREUNDER IS LIMITED TO REPLACEMENT OF THE PRODUCT, REPAIR OF THE PRODUCT OR REPLACEMENT OF THE PRODUCT WITH REPAIRED PRODUCT AT THE DISCRETION OF THE MANUFACTURER. THIS WARRANTY IS VOID IF THE PRODUCT HAS BEEN DAMAGED BY ACCIDENT, UNREASONABLE USE, NEGLECT, TAMPERING OR OTHER CAUSES NOT ARISING FROM DEFECTS IN MATERIAL OR WORKMANSHIP. THIS WARRANTY EXTENDS TO THE ORIGINAL CONSUMER PURCHASER OF THE PRODUCT ONLY.Warranty Disclaimers: Any implied warranties arising out of this sale, including but not limited to the implied warranties of description, merchantability and fitness for a particular purpose, are limited induration to the above warranty period. In no event shall the Manufacturer be liable for loss of use of this product or for any indirect, special, incidental or consequential damages, or costs, or expenses incurred by the consumer or any other user of this product, whether due to a breach of contract, negligence, strict liability in tort or otherwise. The manufacturer shall have no liability for any personal injury, property damage or any special, incidental, contingent or consequential damage of any kind resulting from gas leakage, fire or explosion.Some states do not allow limitations on how long an implied warranty lasts, so the above limitation may not apply to you.For Warranty Service:In case you experience any problems with the unit, you may contact our customer service department at 1-800-639-7139 for assistance. Even if you have purchased the unit from one of our distributors, you can contact us directly at the following address for technical support or in case you have any problems with your unit: CO Guardian LLC.1951 East Airport DriveTucson, AZ 85706Tel 520-889-1177; Fax 520-889-8249;***************************。
mazak M 代码一览表
mazak M 代码一览表4-1 辅助功能（M 代码）M代码功能规格备注M00 程序停止!M01 任选停止!M02 结束程序!M03 第1主轴正转指令!M04 第1主轴反转指令!M05 第1主轴停止!M06 更换刀具!M07M08 溢流切削液ON !M09 切削液OFF !M1 0M1 5M1 6 第1主轴0°定向指令(对应AJC) .M1 7 第1主轴120°定向指令(对应AJC) .M1 8 第1主轴240°定向指令(对应AJC) .M1 9 第1主轴定向指令(插入机器人工件) "M2 0 要求机器人工件服务"M2 1 要求机器人工件服务"M2 2 要求机器人工件服务"M2 3 要求机器人工件服务"M2 4 要求机器人工件服务"M2 5 要求机器人工件服务"M2 6 要求机器人工件服务"M2 7 要求机器人工件服务"M2 8 要求机器人工件服务"M2 9 要求机器人工件服务"M3 0 重置、倒带!M3 1 尾座前进! INTEGREX 300/400-IV/IV T规格M3 2 尾座后退! INTEGREX 300/400-IV/IV T规格M3 3 第1主轴卡盘夹紧压力“选择低压”.M3 4 第1主轴卡盘夹紧压力“选择高压”.M3 5M4 4M4 5 空气切削液起动(停止为M09) "M4 6M4 7M4 8 零件(工件)抓取器前进"M4 9 零件(工件)抓取器后退"M5 0M5 1 错误检测OFF !M5 2 错误检测ON !M5 3 倒角OFF !M5 4 倒角ON !M5 5 零件(工件)数量计数(+1) .M5 6 前作业门打开指令"M5 7 前作业门关闭指令"M5 8 第1主轴卡盘气洗"M6 8 循环棒料进给器服务要求1 .M6 9 循环棒料进给器服务要求2 .M7 2 选择第1 主轴卡盘内夹紧模式.M7 3 选择第1 主轴卡盘外夹紧模式.M7 6 AJC卸载指令.M7 7 AJC装载指令.M8 1 开始工件测量"M8 2 结束工件测量"M8 3 开始刀具测量"M8 4 结束刀具测量"M8 6 中心架 1 松开"M8 7 中心架 1 夹紧"M8 8 中心架 2 松开.M8 9 中心架 2 夹紧.M9 6 用户宏插入有效.M9 7 用户宏插入无效.M9 8 调用EIA→EIA 子程序!M9 9 结束EIA→EIA 子程序!M1 21 形状补偿功能有效"M1 22 形状补偿功能无效"M1 50 要求向机器人卸料.M1 51 铣削主轴贯通空气ON ! 仅车削刀具有效M1 52 铣削主轴贯通空气OFF ! 仅车削刀具有效M1 53 铣削主轴贯通切削液ON !M1 54 铣削主轴贯通切削液OFF !M1 55 第1主轴卡盘切削液ON(复合动作) "M1 56 第1主轴卡盘切削液OFF(复合动作) "M1 57 第1主轴贯通切削液喷出ON(OFF为M159) "M1 58 第1主轴贯通空气ON(OFF为M159) "M1 59 M157、M158 OFF "M1 60 切削液喷出ON "M1 61 切削液喷出OFF "M1 62 第1工件重新夹紧(机器人搬进工件后) "M1 65 尾座顶尖气洗ON .M1 66 尾座顶尖气洗OFF .M1 69 35K、70K 高压切削液ON (OFF为M9、M154) "M1 72 分度0° (KOYO) .M1 73 分度90° (KOYO) .M1 74 分度180° (KOYO) .M1 75 分度270° (KOYO) .M1 76 分度270° (KOYO) .M1 77 分度270° (KOYO) .M1 78 分度270° (KOYO) .M1 79 分度270° (KOYO) .M1 80M1 81 AJC卡爪No.1交换指令.M1 82 AJC卡爪No.2交换指令.M1 83 AJC卡爪No.3交换指令.M1 84 AJC卡爪No.4交换指令.M1 85 AJC卡爪No.5交换指令.M1 86 AJC卡爪No.6交换指令.M1 87 AJC卡爪No.7交换指令.M1 88 AJC卡爪No.8交换指令.M1 89 AJC卡爪No.9交换指令.M1 90 AJC卡爪No.10交换指令.M1 91 AJC卡爪No.11交换指令.M1 92 AJC卡爪NO.12交换指令.M1 93 AJC卡爪No.13交换指令.M1 94 AJC卡爪No.14交换指令.M1 95 AJC卡爪No.15交换指令.M2 00 C1轴切换选择!M2 01M2 02 车削第1 主轴切换选择!M2 03 铣削主轴刀具正转指令!M2 04 铣削主轴刀具反转指令!M2 05 停止铣削主轴刀具指令!M2 06 ↓第1主轴卡盘开启"M2 07 第1主轴卡盘关闭"M2 10 C1轴夹紧(铣削加工用) !M2 11 C1轴制动(铣削加工用) !M2 12 C1轴松开(铣削加工用) !M2 13 仅C1 轴制动(以M211进行制动处理) !M2 14 仅C1 轴松开(以M212进行松开处理) !M2 15 M213、M214、M216模式解除!M2 16 C1轴松开忽视模式(解除为M215) !M2 19 铣削主轴刀具定向! 对于下刀塔铣削主轴无效M2 48 主轴转速到达确认(切削开始互锁) !M2 49 铣削主轴箱选择准备!M2 50 铣削主轴/B 轴松开!M2 51 B 轴夹紧!M2 52 铣削主轴松开!M2 53 铣削主轴夹紧!M2 58 铣削主轴气洗!M2 70 ATC时切削液停止气洗有效.M2 71 ATC时切削液停止气洗无效.M2 74 中心架切削液ON .M2 75 中心架切削液OFF .M2 80 工件清洗切削液ON "M2 81 工件清洗切削液OFF "M2 85 切屑除去模式开始!M3 31 主轴高速线圈固定!M3 32 主轴切换线圈有效!M3 48 选择Yt 轴!M3 49 选择Y轴!M3 50M3 51 取消M352 !M3 52 主轴速度到达信号确认有效!M3 68 油雾收集器ON "M3 69 油雾收集器OFF "M3 70 轴负荷检测无效"M3 71 轴负荷检测有效"M3 72 轴负荷检测暂时无效"M3 73 _轴负荷检测重起动"M3 74 选择过载处理(NC保持进给) "M3 75 选择过载处理(NC保持进给和主轴停止) " M3 76 设定过载检测电平% "M3 77 设定过载检测时间(0.1 sec 单位) "M3 78 设定过载检测峰值%/检测次数"M3 79 注册过载检测数据表号码"。
三维坐标测量机MiSTAR 555说明书
Shop-floor Type CNC Coordinate Measuring MachineMiSTAR 555• Has achieved an accuracy guaranteedtemperature range of 10 to 40 °C thanks to thecombination of technologies such as a symmetricguide structure, uniform material andtemperature compensation.• Has achieved a contamination resistance morethan 2 times better than Mitutoyo's conventionalmachine by adopting a newly developed absolutescale* that is highly resistant to the challengingproduction-line environment.Equipped with the PH10MQ probe head * A bsolute scale that provides an absolute XYZ-valuesrelative to an internal reference point for each coordinatecaptured. This eliminates the need for an initializationoperation.MiSTAR 555CRYSTA-Apex V 574CRYSTA-Apex V 776CRYSTA-Apex V 9106NCRYSTA-Apex S163012Refer to the CRYSTA-Apex C/FALCIO Apex SeriesBrochure (No. E16009) for more details.Helical scan Gasket scanSweep scanAirfoil section scanNSTRATO-Apex 776STRATO-Apex 9106STRATO-Apex 163016Refer to the STRATO-Apex SeriesBrochure (No. E16001) for more details.Ninstalled in a temperature controlled room. afety devices such as a Z-axis beam sensor, tape switch, and area sensor are available as FALCIO Apex 305015GRefer to the Large Bridge and Gantry CNC Coordinate Measuring Machines Brochure (No. E16009) for more details.LEGEX 574LEGEX 776LEGEX 9106Refer to the LEGEX Series Brochure(No. E16012) for more details.NRefer to the CARB Series Brochure (No. E16014) for more details.Measurement example for dual-ram type(Simultaneous use of touch-trigger probe and line laser probe)• Single- & Dual-ram systems Single- and dual-ram types are available to suitthe intended use. Single-ram type: M easures a workpiece using a single ramDual-ram type: M easures a workpiece placedbetween two simultaneously controlled rams(Dual-ram type)makes it possible to measure car bodies.• Single- & Dual-ram systems Single- and dual-ram types are available to suit the intended use. Single-ram type: M easures a workpiece with a single-ramDual-ram type: M easures a workpiece placedbetween two simultaneously controlled ramsAlso, since the height of the X-axis bases of both the single-ram type and the dual-ram type are set lower, the required depth for the foundation before installation is comparatively shallow.CARBapex 601624 (single-ram type)In-line Type CNC CMM MICROCORD MACH-3A 653• I n-line type CNC CMM (Horizontal-ram type) Incorporating the CMM controller and the host computer in the main unit results in a compactremarkable durability.In-line Type CNC CMM MICROCORD MACH-V9106• The MACH-V has been refined and has evolved over time to maximize CNC-machine-tool utiliza-tion by performing in-line or near-line, high-speed coordinate measurement to match the speed of machining. These high throughput machines cancan provide pre/post machining feedback to your machine tools for process tuning.Agile Measuring System MACH Ko-ga-me• Can be used in standalone applications or integrated into work cells.• If required, the system can measure workpiece features that exceed the Ko-ga-me’s X stroke by mounting the workpiece, or the Ko-ga-me, on an auxiliary X axis.• Ideal for inspection of large or small work-pieces and offers a wide choice of measuring probes including touch-trigger and scanning types. (Note: Probe choice may be restricted, depending on the application.)MACH-V 9106NRefer to the Crysta-Plus M Series Brochure (No. E16013) for more details.SPECIFICATIONSModelItemsMeasuring range X axis Y axis Z axis Accuracy *1*2E 0, MPE P FTU, MPE*1 According to ISO 10360-2 methods. L = Measuring length (unit: mm)*2 When using the touch-trigger probe Note: W hile the appearance of the natural stone measuring table varies according to the source, the high stability for which thismaterial is known can always be relied upon.Crysta-Plus M7106Crysta-Plus M443SpinArm-Apex 186H SpinArm-Apex 367HRefer to the SpinArm-Apex SeriesBrochure (No. E16006) for more details.Mitutoyo reserves the right to change any or all aspects of any product specification, including prices, designs and service content, without notice.N-14Mitutoyo reserves the right to change any or all aspects of any product specification, including prices, designs and service content, without notice.NThis software is used for on-/off-line teaching. The interference check function is also added so that programming error when off-line can be prevented. In addition to SAT and STEP (standard functions) as CAD data that can be imported, CATIA V4/V5, PARASOLID, Creo, etc. are supported (optional).CAT1000P [On-/Off-line teaching program]Refer to the MCOSMOS Software Brochure (No. E16008) for more details.• MCOSMOS is the data processingprogram family for the CMM that runs on Windows.The functionality of analysis software as used for roundness measuring machines is now available on MCOSMOS roundness and cylindricity evaluation, various filters are also available.ROUNDPAK-CMMThis program is used for minutely analyzing two-dimensional curved lines captured by SCANPAK.FORMTRACEPAK-AP [Analysis program]SURFPAK-SP [Analysis program]MAFIS Express [Blade measurement/Evaluation program]This is a program for evaluation of involute gear teeth obtained from CNC CMMs, and tooth profile based on cylindrical gear measurement data.GEARPAK-Cylindrical [Gear evaluation program]This software enables measurement/evaluation of two-dimensional sectional contours. The data output function to CAD, etc. that had been optional before is now provided as standard.SCANPAK [Contour measurement program]This software is used for evaluation of sectional contours of blades to be used in jet engines for aircraft.MAFIS [Blade evaluation program]This is a program for evaluation of tooth form based on worm measurement data obtained from CNC CMMs.GEARPAK-Worm [Gear evaluation program]This is a program for evaluation of tooth form, pitch error, etc., based on measurement data from bevel or hypoid gears obtained by CNC CMM.GEARPAK-Bevel/Hypoid[Gear production support/evaluation program][Result drawing]This is a software program as used for the roughness probe SURFTEST for a CMM. With this program, surface roughness analysis conforming to standards such as ISO, JIS, ANSI, and VDA are available. Cooperation with MCOSMOS enables fully automatic dimensional measurement and surface roughness measurement.This software program enables creation of measurement programs and measurement and analysis of blades and blisks. A part program for measurement can be automatically created just by selecting required contents and evaluation conditions. The measurement results will be displayed in a report including 2D graphics.N-15Coordinate Measuring MachinesPrecision measuring technology in three dimensionsAutomatic measurement program generation software MiCAT Planner• Identifies tolerance information included in 3D models with Product and Manufacturing Information (PMI), defines measurement locations and creates a measurement program fully automatically. Also, even with the 3D CAD model without tolerance information, the measurement program can be created automatically just by adding tolerance information on the MiCAT Planner . This is more efficient than the conventional teaching model.Note:T o use a measuring program created bythe MiCAT Planner you will need a special "right to execute". A "right to execute" for one 3D measuringmachine is included in the MiCAT Planner .• Through its optimization function, the software estimates the shortest route for measurement with the minimum of probe repositioning and tool changing, and creates a program that enables measurement in the minimum possible time.• Utilizing the rule editor function to set the measurement rules prevents variation inmeasurement quality between program writers.One-click programming that changes the relationship between people and precision measurementTolerance information add functionSupported languagesLets you add tolerances in the software even for 3D CAD models containing no tolerance information. Automatically create optimal measuring programs based on the added tolerance specifications.Available in 15 languages (Japanese, English (US, UK), German, French, Spanish, Portuguese, Italian, simplified Chinese, traditional Chinese, Korean, Polish, Czech, Dutch, and Turkish)An optimized measurement program for MCOSMOSInstantly and automatically creates a measurement programCAD data with tolerancesCMM System configurationExample of sampling method: contact measurementExample of sampling method: scanning measurementUser-defined measurement rules(number of locations to measure with tolerance information and sampling method, etc.,)Case studyCompare the measurement part-programming time for a test piece.1: Programming in 2D drawing: 45-60 minutes2: Programming using 2D drawing + 3D CAD: 15-20 minutes3: Create with MiCAT Planner (using 3D CAD model + PMI): approx. 3 minutes!Note: The measurement rules are defined in advance.Part-programming timeReduced by up to 95% !!Guarantee adramatically reduced development phaseand at the same time improve product quality.class (in the case of SurfaceMeasure 201FSMeasurement of colorsample plate403/606/610/1010606TSurfaceMeasure403Surface Laser irradiation methodMax. scan width40 mmMax. scan depth30 mmWorking distance66 mmScanning error *2Max. Acquisition rate60,000 pointsMassLaser Class EN/IEC JIS Laser TypeLine Laser Wave length Power outputPoint Laser WavelengthSPECIFICATIONSNMitutoyo reserves the right to change any or all aspects of any product specification, including prices, designs and service content, without notice.Note: I f not using the ACR3 probe changer, probereplacement is performed manually.Error color-coded map Thickness color-coded mapEvaluation of step/clearance Section evaluation (dimensional calculation)Surface curvature evaluationMSURF-MESH PROMSURF-PLANNER RUNThis software is provided with various functions such as filtering point cloud data and mesh data. The software is enhanced by adding functions to standard ones. It also enables functions such as mesh data thinning-out, highlighting, interpolation and outlier removal that are unavailable as standard.Note: MSURF-MESH PRO has the optional functions of MSURF-I MSURF-PLANNER RUN is optional software required to execute and edit measurement macros created by MSURF-PLANNER .Note 1: M SURF-PLANNER RUN is optional softwareadded to MSURF-S or MSURF-G .Note 2: T his optional software is not required for a PC withMSURF-PLANNER installed.Automatic z of measurement macros by MSURF-PLANNERN-18Scanning probesNon-contact probesMPP-310QSP80High accuracy scanning probe (supports long styli)A highly accurate stylus up to 500 mm in length (both horizontally and vertically) can be installed on this probe. This ultra-highprecision scanning probe allows data collection by scanning measurement, ultra-high precision point measurement and center alignment point measurement.Ultra-high accuracy and low measuring force scanning probeThis ultra-high precision scanning probe incorporates built-in XYZ scales for highest-accuracy performance. The compact size of this probe is ideal for low measuring force and high speed scanning. Data collection can be performed by scanning measurement, ultra-high precision point measurement and center alignment measurement.MPP-10REVO-2Probe for effective thread-depth measurementThis is the only probe in the world that is dedicated to measure effective screw-thread depth on a CNC CMM. The probe can also attach to a probe head (PH10M /10MQ ) to change the orientation to measure bores in various directions.High speed 5-axis scanning headThis high-speed scanning head delivers high accuracy measurement while delivering high-throughput. Contact measurement with a stylus that can be up to 500 mm in length increases flexibility and makes simultaneous 5-axis measuring with non-step indexing possible.SurfaceMeasureNon-contact type laser probeThis compact, high accuracy, non-contact type laser probe is designed for use with CNC CMMs. The scanning probe automatically adjusts to workpiece surfacecharacteristics to deliver highly efficient measurements. Automatic laser intensity and camera sensitivity adjust according to the environment and the workpiece material, for simpler and more comfortable laser scanning.SP25MCompact high accuracy type scanning probeThis compact, multifunctional and highly accurate scanning probe is only 25 mm in diameter, which enables it to access shrouded workpiece features. Data collection is by scanning measurement, ultra-high precision point measurement and center alignment point measurement. The probe can be attached to a probe head (PH10M /10MQ ) to automatically change the orientation allowing for maximum flexibility in measurement.CF20SurfaceMeasure606SurfaceMeasure606T201FSCentering microscope for CMMsThis centering microscope enablesmeasurement of small holes or elastic bodies that are very difficult to measure using a contact measurement method such as with a touch-trigger probe. It also allows a CMM to be used as a very large microscope.QVPQUICK VISION probeThis CNC CMM Quick Vision Probe utilizes Mitutoyo's technology in a vision measuring machine for totally-automated video measurement.A probe for roughness measurementSURFTEST PROBEProbe for surface roughness measurementMounting this probe on a CMM enables surface roughness measurement and analysis to be included in fully automatic CNC measurement cycles. This probe is compatible with an automatic probe changer, and therefore can be automatically replaced with another type of probe for 3D coordinate measurement. A wide variety of roughness analyses can be performed using the dedicated evaluation program.Touch-trigger probesTP7MHigh accuracy touch-trigger probeThis high-accuracy touch-trigger probe has a high repeatability figure of of 2 ≤ 0.25 μm. A long stylus, up to 150 mm in length, can be installed.TP200Compact high-accuracy touch-trigger probe This compact, high accuracy, touch-trigger probe is only 13.5 mm in diameter, making it an ideal choice where high-accuracy measurement inside narrow or shrouded workpiece features is needed.Styli auto-changing (optional) is supported.TP20Compact touch-trigger probeThis compact touch-trigger probe is only 13.5 mm in diameter, making it an ideal choice for probing deep inside narrow or shrouded workpiece features.Styli auto-changing (optional) is supported when mounted on a CNC TV Monitor System for CMM (optional)NN-19Coordinate Measuring MachinesPrecision measuring technology in three dimensionsMitutoyo reserves the right to change any or all aspects of any product specification, including prices, designs and service content, without notice.Refer to the Probes for Coordinate Measuring Machines Brochure (No. E16005) for more details.Probe headsPH10M/10MQMotorized probe headThe probe allows automatic control of positioning (up to 720 directions) of the mounted probe. It is possible to mount not only a touch-trigger probe but also any scanning probe, vision probe, laser probe, screw-thread depth probe, etc. Auto-changing is available (optional).s M ounting example of touch-trigger probePH1MH20UMAP-CMMPH20Touch-trigger probe with manual probe headThis touch-trigger probe equipped with a manual probe head is designed for use with manual CMMs. The probe head can bemanually positioned to the desired orientation.Micro touch-trigger probeA stylus with an ultra-small diameter of 0.1 mm or 0.3 mm can be used.Measurement of miniscule form is possible by mounting on the PH10MQ .5-axis control touch-trigger systemThanks to unique "head touches", it is possible to measure by movement of the probe head itself instead of moving the CMM elements. Also, measuring time can significantly be shortened by means of 5-axis concurrent control and stepless positioning angle.MH20iTouch-trigger probe with manual probe headThis touch-trigger probe equipped with a manual probe head is designed for use with manual CMMs. The probe head may be manually indexed to 168 positions.MIHManually indexable headThis probe head allows manual positioning (up to 720 directions) of the mounted probe (for TP200/TP20/TP2-5W ). A probe extension of up to 300 mm in length can be attached.s M ounting example of touch-trigger probeManual probe headThis manual probe head is designed for use with the TP200/TP20 touch-trigger probes.The attached probe is manually positioned in thedesired orientation to suit the measuring task.s M ounting example oftouch-trigger probeClamping System• A workpiece can be mounted on a CMMs measuring table using a variety of combinations of Eco-Fix clamping components. A dedicated fixturing jig isn't necessary.• Economical starter kits "Eco-fix Kit S " and "Eco-fix Kit L " are available as shown below.A kit includes a 250 mm × 250 mm base plate and a variety of clamping components.A kit includes a 500 mm × 400 mm base plate and a variety of clamping components.Eco-fix Kit SEco-fix Kit LUsage examplePH6MFixed probe headA fixed probe head with autojoint connector for use with TP7M or SP25M .。
芯片pn551a参数
芯片pn551a参数全文共四篇示例，供读者参考第一篇示例：芯片PN551A是一款高性能、多功能的芯片，在电子产品中广泛应用。
它具有很多强大的参数和功能，下面我们来详细介绍一下它的各项参数。
芯片PN551A的尺寸为5mm x 5mm x 1mm，非常小巧，适合安装在各种小型电子产品中。
它采用了先进的工艺技术，具有高度集成的芯片结构，同时具备了高性能的处理能力和低功耗的特点。
芯片PN551A支持多种接口协议，包括I2C、SPI和UART等，使得它能够与不同类型的主控芯片进行通信，实现更加灵活的应用场景。
它还支持多种传输速率，可以满足不同产品的通信需求。
芯片PN551A具有丰富的功能模块，包括蓝牙、射频、NFC、USB等，涵盖了多种无线通信方式，能够实现蓝牙音频传输、数据传输、支付功能等多种应用场景。
它还具有强大的数据处理能力，能够实现实时的数据传输和处理，使产品性能更加优越。
芯片PN551A还具有丰富的安全功能，包括身份认证、加密解密、随机数生成等多种安全机制，可以保护产品的数据安全。
它还支持多种电源管理模式，能够实现低功耗的工作状态，延长产品的使用时间。
芯片PN551A是一款具有多项强大参数和功能的芯片，适用于各种小型电子产品中，能够满足不同需求的设计要求。
它具有高性能、低功耗、丰富的功能模块、多种通信接口、强大的数据处理能力和安全功能等特点，是一款非常值得推荐的芯片。
第二篇示例：芯片PN551A采用的是32位ARM Cortex-M4内核，运行主频可达到100MHz。
这样的高性能处理器可以保证芯片在进行复杂计算和数据处理时能够快速高效地完成任务。
低功耗设计也是芯片PN551A 的特点之一，可以在保证性能的同时延长电池续航时间，提高产品的使用体验。
芯片PN551A内置了多种接口和外设模块，例如USB接口、SPI 接口、I2C接口等，可以方便地与外部设备进行通信和数据交换。
芯片还内置了丰富的模拟和数字引脚，可以满足各种外部传感器和器件的连接需求。
MIM-5375T2中文资料
INFRARED RECEIVER MODULE MIM-5xx5T2 DescriptionFeaturesl Photo detector and preamplifier in one packagel Internal filter for PCM frequencyl High immunity against ambient lightl Improved shielding against electric field disturbancel 5.0-Volt supply voltage; low power consumptionl TTL and CMOS compatibilityMIM-5xx5T2 Series Modelsl MIM-5335T2 33.0KHz l MIM-5385T2 38.0KHzl MIM-5365T2 36.0KHz l MIM-5565T2 56.7KHzl MIM-5375T2 36.7KHzBLOCK DIAGRAMREV: A1Absolute Maximum RatingsItem Symbol Ratings Unit RemarkSupply voltage Vs-0.3 ~ 5.5VSupply Current Is 2.5mAOperating temperature T opr-25 ~ + 85o CStorage temperature T stg-25 ~ + 85o CSoldering temperature T sd260o C t≦5 s, 1mm from caseElectro-optical characteristics (Vcc=5.0V)Parameter Symbol Min.Typ.Max.Unit RemarksSupply Voltage Vs 4.5 5.0 5.5VCurrent consumption Icc 1.6 2.0mA Under no signal Response wavelength λp940nmOutput form - - - - - active low output - - - - -H level output voltage V0h 4.2VL level output voltage V0l0.5VH level output pulse width Twh400800μsL level output pulse width Twl400800μsDistance between emitter & detector L10.0m NOTE 1Half angle∆θ±45deg Horizonal directionTest MethodA. Standard TransmitterREV: A1B. Detection Length TestC . Pulse Width TestApplication CircuitREV: A1Dimensions in mmREV: A1CHARACTERISTIC CURVES (T A=25o C)REV: A1INFRARED RECEIVER MODULE MIM-5xx5T2 ReliabilityTest item Test condition StandardHigh temparature Ta=+80o C t=240H Note 2.High temp. & high humi.Ta=+40o C 90%RH t=240H Note 2.Low temparature Ta= -25o C t=240H Note 2.Heat cycle -25o C(0.5H) ~ +80o C(0.5H) 20cycle Note 2.Dropping Test devices shall be dropped 3 times naturally Note 3.onto hard wooden board from a 75cm height position.NOTE 1. Distance between emitter & detector specifies maximum distance that output wave form satisfiesthe standard under the conditions below against the standerd transmitter.(1)Measuring place ………Indoor without extreme reflection of light.(2)Ambient light source… Detecting surface illumination shall be 200±50Lux under ordinaryhite fluorescense lamp of no high frequency lighting.(3)Standard transmitter … Burst wave indicated in Fig 1. of standard transmittershall be arranged to 50mVp-p under the measuring circuit specified in Fig 2.NOTE 2. (electro-optical charactistics) shall be satisfied after leaving 2 hours in the normal temperature .NOTE 3. (electro-optical charactistics) shall be satisfied and no conoid deformsand destructions of appearance .(excepting deforms of terminals)Inspection standard1.Among electrical characteristics , total number shall be inspected on items blow.1-1 front distance between emitter & detector1-2 Current consumption1-3 H level output voltage1-4 L level output voltage2.Items except above mentioned are not inspected particularly , but shall fully satisfyCAUTION ( When use and storage of this device )1.Store and use where there is no force causing transformation or change in quality .2.Store and use where there is no corrosive gas or sea(salt) breeze .3.Store and use where there is no extreme humidity .4.Solder the lead-pin within the condition of ratings. After soldering do not add extra force .5.Do not wash this device . Wipe the stains of diode side with a soft cloth. You canuse the solvent , ethylalcohol or methylalcohol or isupropylene only .6.To prevent static electricity damage to the Pre-AMP make sure that the human body, the soldering iron is connected to ground before using .7.Put decoupling device between Vcc and GND for reduse the noise from power supply line .8.The performance of remote-control system depends on environments condition and abilityof periferal parts. Customer should evaluate the performance as total system in those conditionsafter system up with components such as commander , micon and this receiver module .Others1.This device is not design to endure radiative rays and heavily charged particles .2.In case where any trouble or questions arise,both parties agress to make full discussioncovering the said problem .REV: A1。