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ML-M5000矿用读写器说明书

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ML-M5000矿用读写器使用说明书（V1.00）苏州木兰电子科技有限公司地址：中国苏州高新区滨河路625号创业大厦1号楼505室电话：*************传真：*************E-mail:******************://联系人：白春雨138****3497目录一、概述 (2)二、技术参数 (2)1.工作环境 (2)2.主要技术参数 (2)三、技术说明 (4)1.读头的接线说明 (4)2.主要功能说明 (5)3.产品清单 (5)四、组成原理 (5)1.结构组成 (5)2.工作原理 (6)五、使用注意事项 (6)六、应用领域 (6)木兰技术 (7)联系方式 (7)服务 (8)版权声明 (8)联系电话：*************138****3497传真：*************手机:159****9748153****4346QQ: 982292647 909458011 392061642一、概述基于木兰知识产权完全自主的 ML-RFID 创新技术，ML-M5000（双读头）矿用读写器为自动识别系统的发展提供了新的手段。

ML-M5000是专门为煤矿井下运用而量身制作的一款设备，拥有自主技术专利的优越的双读头设计，确保了快、多、准的数据处理。

针对煤矿井下环境而设计，抗干扰、抗粉尘，完全适应潮湿环境下远距离、大流量、高速度的可靠识别。

优秀的防爆功能，满足恶劣环境下正常运行。

该读写器由9～12V的直流供电，防冲突抗干扰，信号传输能力强，使用寿命长达15年，能够满足恶劣的工业环境。

该产品特别适合易燃易爆场合厂区人员监控或者矿井下人员定位管理系统。

读卡器的组成主要包括：无线接收单元、数据处理模块、直流稳压电源、天线。

二、技术参数1.工作环境1）抗干扰和防雷设计,满足工业环境要求2）使用温度：-40℃～+80℃3）保存温度：-60℃～+80℃4）抗电磁干扰：10V/m 0.1-1000MHz AM调幅电磁波2.主要技术参数1）电气特征参数规格电源+9V到+12V DC（MAX 500mA）RS485波特率：1200-19200，通信接口通讯检错CRC16循环冗余校验可靠性MTBF≥70000小时工作寿命15年2）微波链路特性参数规格联系电话：*************138****3497传真：*************手机:159****9748153****4346QQ: 982292647 909458011 392061642信号调制方式GFSK频率 2.4 - 2.45 GHz发射功率≤3dBm(可用软件进行调整)天线极化垂直读写区域全向范围微波通讯距离2～50m微波通讯检错CRC16循环冗余校验通讯加密面谈位误码率/B.E.R 10-73）主要性能参数※ML-M5000读写器是专用于RFID的识别和编程；※采用DC9V～12V/500mA的供电可以4S钟同时识别100张卡不漏数据（非常可靠的数据,符合本安要求）;※读卡距离的距离是5-50m；※能识别移动速度200公里/小时以内快速移动的电子标签;※工作的频率在2.4GHz-2.5GHz ISM微波段;※数据速率是1Mbps，射频功率是-20dBm～0dBm且可调，最大峰值功率1毫瓦;※在-40℃-85℃的工作环境的接受灵敏度是-90dBm;※开发接口与其他设备连接是RS485，异步通讯速率1200BPS-19200BPS；※通过发命令的方式调节读写器的接收距离，以及相关的技术参数。

直读光谱仪操作规程全（1）

直读光谱仪操作规程全（1）为保证直读光谱仪系统发挥正常功能，特制定本规范，规定了直读光谱仪的作业环境、作业过程、维护保养等具体细节。

1.直读光谱仪作业环境要求1.1直读光谱仪作业环境清洁、无尘，尽可能避免震动。

1.2作业环境温度：+18℃―+28℃；短期温度变化率不要超过±5℃/小时。

1.3作业环境最佳湿度：20～80％相对湿度。

1.4工作电压稳定：230±10%，频率：50/60HZ1.5在氩气瓶与铜管之间还需一块压力表，用于减压。

输入压力范围应在0～2.5MPA。

1.6氩气纯度必须≥99.995%；O2≤5ppm N≤20ppm H2O≤5ppm CO2+CH4≤5ppm。

2.实验过程工作2.1开、关机顺序2.4.1接通总电源，确保整个系统通电2.4.2开启电源稳压器，保证直读光谱仪作业时处于恒定电压230±10%下2.4.3开启氩气净化器，确保净化器上的两个阀门为开，温度值设定500℃。

2.4.4打开氩气瓶阀门，并调节氩气输出压力至0.7Mpa。

2.4.5打开电脑显示器、打印机、主机。

2.4.6最后开启光谱仪（欧式插板）和光源开关。

2.4.7稳定一段时间，使得仪器能量达到最佳状态。

2.4.8关机则相反电压恒定230±10%温度值设定500℃输出压力0.7Mpa输出压力调节快到一格停止使用，需更换。

光源开关地线，无伤害2.2仪器工作前状态检测2.2.1仪器工作前应该检测状态是否正常。

2.2.2双击“Spark Analyzer Vision Mx”图标，打开分析软件。

2.2.3通过软件系统|自检|设备参数2.2.4也可通过选择SSE/MID图来维护。

2.2.5将SUS样品重新磨好，放在火花台上，按F2激发，看激发点是否正常，如果不正常，充气三分钟，直到SUS样品激发点正常。

如果激发点始终不正常，是氩气不纯，应该更换氩气。

绿色为正常SSE/MID图红色为异常异常原因提示2.3仪器ICAL标准化操作2.3.1仪器经过一到三个月的时间,或者更长时间没有工作；或者仪器提示要做ICAL标准化的时候（如果是仪器提示要做，要观察激发点是否正常，不正常的话是其它原因造成的，查找相应原因）做ICAL标准化。

泰特电子M5000-00-102ii产品说明书

Tait Orca 5000 Handportable RadiosService ManualIssue 03September 2001IPN: M5000-00-102PrefaceEnquiries and CommentsIf you have any enquiries regarding this manual, or any comments, suggestions and notifications of errors, please contact Customer Support, Tait Electronics Ltd, Christchurch, New Zealand. Refer to / for more information.DisclaimerThere are no warranties extended or granted by this manual. Tait Electronics Ltd accepts no responsibility for damage arising from use of the information contained in the manual or of the equipment and software it describes. It is the responsibility of the user to ensure that use of such information, equipment and software complies with the laws, rules and regulations of the applica-ble jurisdictions.Updating Equipment And ManualsIn the interests of improving performance, reliability or servicing, Tait Electronics Ltd reserve the right to update their equipment and/or manuals without prior notice.CopyrightAll information contained in this manual is the property of Tait Electronics Ltd. All rights are reserved. This manual may not, in whole or in part, be copied, photocopied, reproduced, translat-ed, stored, or reduced to any electronic medium or machine-readable form, without prior written permission from Tait Electronics Limited. All trade names referenced are the service mark, trade-mark or registered trademark of the respective manufacturers.Publication HistoryIssue Publication Date Product Code Description01May 2001M5000-00-100First revision.02June 2001M5000-00-101New revision and cover.03September 2001M5000-00-102New revision (Section E).Contacting Tait Electronics LtdTo contact your nearest Tait Electronics regional office, refer to the Tait Website:/ii Preface09/01 IPN: M5000-00-10209/01 IPN: M5000-00-102iiiContentsPart A: IntroductionServicing Tait Orca 5000 handportables Servicing Tait Orca 5000 handportables .........................................................................................................................................................................................................................................................A-3A-3WWW technical support .....................................................................................................................A-3What does this manual contain? ..........................................................................................................A-3What is included in the calibration service kit? ....................................................................................A-3Programming kit ..................................................................................................................................A-4Conventions .........................................................................................................................................A-4The Tait Orca 5000 series of handportables The Tait Orca 5000 series of handportables ..........................................................................................................................................................................................................................................A-5A-5The Tait Product Code Scheme ............................................................................................................A-5Operating instructions .........................................................................................................................A-6Accessories ...........................................................................................................................................A-6Important information ......................................................................................................................................................................................................................A-10A-10Basic servicing precautions ................................................................................................................A-10Programming .....................................................................................................................................A-10Calibrating .........................................................................................................................................A-11Test facilities ......................................................................................................................................A-11Basic maintenance .............................................................................................................................A-11Part B: Radio specifications and circuit descriptionsRadio specifications Radio specifications ....................................................................................................................................................................................................................................B-3General specifications........................................................................................................................... B-3Receiver performance........................................................................................................................... B-3Transmitter performance..................................................................................................................... B-4Tait Orca 5000 66-88MHz. Conventional and Trunked Radio Specifications...................................... B-5Tait Orca 5000 136-174MHz. Conventional and Trunked Radio Specifications.................................. B-6Tait Orca 5000 174-225MHz. Conventional and Trunked Radio Specifications.................................. B-7Tait Orca 5000 336-400MHz. Conventional and Trunked Radio Specifications.................................. B-8Tait Orca 5000 400-470MHz. Conventional and Trunked Radio Specifications.................................. B-9Tait Orca 5000 450-530MHz. Conventional and Trunked Radio Specifications................................ B-10Tait Orca 5000 806-870MHz. Conventional and Trunked Radio Specifications................................ B-11Tait Orca 5000 896-941MHz. Conventional and Trunked Radio Specifications................................ B-12iv 09/01 IPN: M5000-00-102Circuit descriptions Circuit descriptions ...................................................................................................................................................................................................................................................................................................................................................B-13B-13Transmitter ........................................................................................................................................B-13Transmit (Tx) audio ...........................................................................................................................B-13Receiver ..............................................................................................................................................B-13Receive (Rx) audio ..............................................................................................................................B-13Synthesiser and VCO ..........................................................................................................................B-14Power supplies ...................................................................................................................................B-14Accessory connector interface ............................................................................................................B-15Universal band versus wideband IF filtering ......................................................................................B-15Part C: Diagnostics and fault findingTest facilities Test facilities ..........................................................................................................................................................................................................................................................................................................................................................................................C-3C-3Error codes ...........................................................................................................................................C-3Test commands..................................................................................................................................... C-5Calculating the parameters required for test command 101................................................................. C-7Fault finding charts Fault finding charts ............................................................................................................................................................................................................................................................................................................................................................C-8C-8Fault finding – Radio cannot be switched on .......................................................................................C-9Fault finding – Cannot change channel ..............................................................................................C-10Fault finding – No serial communication ...........................................................................................C-11Fault finding – Receive faults ..............................................................................................................C-12Fault finding – Cannot transmit .........................................................................................................C-13Fault finding – No transmit audio ......................................................................................................C-14Part D: Servicing the radioServicing the radio Servicing the radio ........................................................................................................................................................................................................................................D-3Screw head types ..................................................................................................................................D-3Disassembling the radio Disassembling the radio ......................................................................................................................................................................................................................D-4Removing the front panel from the chassis ..........................................................................................D-4Removing the shield sub-assembly from the chassis ............................................................................D-5Removing the PCB from the chassis .....................................................................................................D-6Removing the rear panel ......................................................................................................................D-7Replacing key mechanicaland ancillary devices and ancillary devices ..................................................................................................................................................................................................................................D-8Replacing the lens (Orca 5020, Orca 5035 and Orca 5040) ..................................................................D-8Replacing the PTT keypad ....................................................................................................................D-8Replacing the speaker ...........................................................................................................................D-9Replacing the LCD display (Orca 5020, Orca 5035 and Orca 5040) .....................................................D-909/01 IPN: M5000-00-102vReplacing the shield, user interface PCB assembly and polyester dome(Orca 5020, Orca 5035 and Orca 5040) ..............................................................................................D-12Replacing the antenna connector, channel selector switch and volume control switch .....................D-12Replacing the microphone .................................................................................................................D-12Replacing the battery and speaker contacts .......................................................................................D-12Replacing the tact switch ....................................................................................................................D-12Reassembling the radio Reassembling the radio .................................................................................................................................................................................................................................................................................................................................D-13D-13Rear panel reassembly and replacing the auxiliary flexible PCB ........................................................D-13Fitting the PCB to the chassis and replacing the RF out assembly ......................................................D-14Fitting the shield to the chassis ..........................................................................................................D-14Fitting the front panel to the chassis ..................................................................................................D-15Spares kits Spares kits .............................................................................................................................................................................................................................................................................................................................................................................................D-16D-16Orca 5010/5030 spares kit (TOPA-SP-401)....................................................................................... D-17Orca 5035 spares kit (TOPA-SP-402)................................................................................................. D-18Orca 5020/5040 spares kit (TOPA-SP-403)....................................................................................... D-19Orca 5010/5030 Re-skinning kit (TOPA-SP-404).............................................................................. D-20Orca 5035 Re-skinning kit (TOPA-SP-405)........................................................................................ D-20Orca 5020/5040 Re-skinning kit (TOPA-SP-406).............................................................................. D-20Orca 5020/5035/5040 User Interface PCB and Shield (TOPA-SP-407)............................................. D-20Part E: Battery packs and chargersBattery packs Battery packs ..........................................................................................................................................................................................................................................................E-3Battery shift life .....................................................................................................................................E-3Disposing of used nickel-cadmium batteries .........................................................................................E-4Battery chargers Battery chargers ................................................................................................................................................................................................................................................E-5Desktop fast charger Desktop fast charger ..................................................................................................................................................................................................................................E-6Fast charger operation ..........................................................................................................................E-6Using the fast charger ............................................................................................................................E-9Repairing the fast charger ...................................................................................................................E-10Desktop trickle charger Desktop trickle charger ......................................................................................................................................................................................................................E-12Trickle charger operation ....................................................................................................................E-12Using the trickle charger .....................................................................................................................E-13Repairing the trickle charger ...............................................................................................................E-13Troubleshooting .................................................................................................................................E-14vi 09/01 IPN: M5000-00-102Multi-charger Multi-charger .................................................................................................................................................................................................................................................................................................................................................................................E-15E-15Multi-charger operation ......................................................................................................................E-15Repairing the multi-charger ................................................................................................................E-15Fuse replacement ................................................................................................................................E-16Part F: AccessoriesTait Orca 5000 Accessory Connector Tait Orca 5000 Accessory Connector ..................................................................................................................................................................................F-3Connecting an Accessory ......................................................................................................................F-3Connecting a Headset ............................................................................................................................F-6Accessory Connector Signal Descriptions .............................................................................................F-77.5 mm Accessory Adaptor 7.5 mm Accessory Adaptor ................................................................................................................................................................................................................F-9Tait Orca Vehicle Kit ...............................................................................................................F-11Product Codes .....................................................................................................................................F-11Installing a Vehicle Kit ........................................................................................................................F-11Vehicle Kit Operation ..........................................................................................................................F-11Vehicle Kit Specifications ....................................................................................................................F-13Servicing the Vehicle Kit .....................................................................................................................F-14Spares Kits ...........................................................................................................................................F-15Vehicle kit spares kit (TOPA-SP-301).................................................................................................. F-16Vehicle kit reskinning kit (TOPA-SP-302)........................................................................................... F-17Custom Modifications .........................................................................................................................F-18Vehicle Kit Circuit Descriptions ..........................................................................................................F-20Part G: Additional informationGlossary Glossary ........................................................................................................................................................................................................................................................................................................................................................................................................G-3Tait Electronics Limited Software Licence Agreement Tait Electronics Limited Software Licence Agreement ..........................................................................................................................G-7A P A R T IntroductionThis part provides an introduction to servicing Tait Orca 5000 handportables. It includes an outline of the Tait Orca 5000 handportable range of products and precautions that should be taken before servicing Tait Orca 5000 handportables.Detailed servicing instructions and information about spare parts are found in Part D: Servicing the radio .ContentsServicing Tait Orca 5000 handportables Servicing Tait Orca 5000 handportables .....................................................................................................................................................................A-3A-3WWW technical support ......................................................................................A-3What does this manual contain? ...........................................................................A-3What is included in the calibration service kit? .....................................................A-3Programming kit ...................................................................................................A-4Conventions ..........................................................................................................A-4The Tait Orca 5000 series of handportables The Tait Orca 5000 series of handportables ......................................................................................................................................................A-5A-5Product codes ........................................................................................................A-5The Tait Orca Product Naming Convention .........................................................A-5Operating Instructions ..........................................................................................A-6Accessories ............................................................................................................A-6Important information Important information ................................................................................................................................................................................................................................................A-11A-11Basic servicing precautions .................................................................................A-11Programming ......................................................................................................A-11Calibrating ..........................................................................................................A-11Test facilities .......................................................................................................A-11Basic maintenance ...............................................................................................A-12。

M5000 MIDI操作指南说明书

MIDI & SMPTEM5MIDIIN Rev 1.4 Page 1INTRODUCTION TO MIDI OPERATION M5000The M5000 has standard MIDI In/Out/Thru connectors located on the rear panel. This chapter describes MIDI operation of the M5000, which you will see is quite extensive.MIDI operation of the M5000 allows you to do the following:• Control algorithm-parameters using MIDI Controllers.• Recall programs using MIDI Program Change.• Re-map programs (useful e.g. for associating a program with a synthesizer preset).• Communicate using MIDI System-Exclusives (for software-developers... see the end of this chapter).If you wish to fully understand MIDI as such, there are a number of books on the subject available at music stores. However, you will not need a thorough understanding of MIDI to utilize the features discussed in this chapter.APPLICATIONS AND MIDIAs you know, multiple applications (DSP-cards) can be running at the same time. All applications share the same MIDI input/output, but it is vital to understand that eachapplication has its own completely individual MIDI-setup. Each application has individual input/output channels and Program Maps. MIDI data received at MIDI In is actually fed into all applications, and MIDI output from all applications is merged and transmitted at MIDI Out.Please note, that the System-Exclusive Device# (which is used to identify the M5000 when it is being controlled from a Macintosh or PC-editor) is set for the entire M5000 frame. You can still access each individual DSP-card, but this is controlled from the editor.SETTING UP THE M5000 FOR MIDI OPERATIONPress the UTILITY button, and then turn the PROGRAM knob until the MIDI menu appears.Press the <Page button as many times as possible. You will now see the following (actual values may be different, but that is quite OK):MIDI INPUT Page:INPUT CTL.IN PR INPUT CTL.IN PRG.IN PRG.BANK G.IN PRG.BANK G.IN PRG.BANK MENU MENU ch1 on on ROM ch1 on on ROM MIDI MIDIMIDI & SMPTE M5MIDIINRev 1.4 Page 2The INPUT knob selects on which channel the M5000 is to receive MIDIdata. If the knob is turned fully counter-clockwise, 'omni-mode' is selected. In this case, the M5000 receives MIDI data on all channels.When CTL.IN (Controller Input) is enabled, the M5000 will respond to MIDI Controller messages. Controllers are used for changing algorithm-parameters (more on this below in ‘MIDI Controllers’).When PRG.IN (Program Input) is enabled, the M5000 will respond to MIDI Program Change commands. If the PRG.MAP (Program Map as described below) is enabled, any received Program Change is modified to select a different program as specified in the Program Map.PRG.BANK selects which bank presets are recalled from with the Program Change command.MIDI OUTPUT Page:OUTPUT PRG.OUT OUTPUT PRG.OUT OFFST-O OFFST-OOFFST-OOFFST-I OFFST-I MENUMENU ch 1 off ch 1 off -1-1-1 1 1 1 MIDI MIDIThe OUTPUT knob selects on which MIDI channel a MIDI Program-Changewill be output, if a preset is recalled on the front panel.The PRG.OUT knob selects whether or not a MIDI Program Change will be issued when a program is recalled.OFFST-O (Output-offset)OFFST-I (Input-offset).OFFST-O and OFFST-I (output and input offsets) are provided, because different manufacturers implement program changes differently. It is a typical problem that your sequencer may number programs from 1 to 128, while your effect-processor may number programs from 0 to 127. The fix for this is the offset . The input-offset is added to the number of the program you wish to recall. With the settings shown above, program #5 is recalled when you ask for program #5 on your sequencer, which is the most natural way. Without the offset, program #4 would be recalled when you ask for program #5.The output-offset works in the opposite way, because the program-change is going in the opposite direction.You can also use the offsets to access a completely different range of programs. With an input-offset of 101, you can recall presets 101 and upwards by asking for presets 1 and upwards (which MIDI normally would make impossible).MIDI & SMPTEM5MIDIIN Rev 1.4 Page 3PROGRAM CHANGESWhen Program Input is enabled (see above), the M5000 will respond to Program Changes received via MIDI.If the Program Map is disabled, the M5000 will respond normally to Program Changes (with regard to the offset, of course). Otherwise, the Program Map must be defined on the following page:Program Map Page:PRG.IN MAPS TO PRESET PRG.IN MAPS TO PRESET PRG.MAP PRG.MAPPRG.MAP MENU MENU1 no chg. 1 no chg. off off MIDI MIDIThe PRG.IN knob decides which preset you would like to remap.The MAPS TO PRESET selects which preset will be recalled when thePRG.IN preset is recalled. If ‘no chg.’ is selected, nothing will happen when the PRG.IN preset is recalled.PRG.MAP enables/disables the program map.The Program Map can be cleared on the following page:MIDI Utility-Page:SELECT FUNCTION PRESS DO SELECT FUNCTION PRESS DO MENU MENU CLEAR PRG. MAP CLEAR PRG. MAP MIDI MIDITurn this knob to select one of the following functions: CLEAR PRG.MAPLOAD SETUP FROM CARD SAVE SETUP TO CARD LOAD SETUP FROM DISK SAVE SETUP TO DISK Press DO to engage the function.MIDI CONTROLLERSThe M5000 allows you to control any parameter of any algorithm with a fixed set ofcontrollers.A MIDI controller is essentially a knob (such as a modulation wheel) which goes smoothlyfrom 0 (min.) to 127 (max.). Real-time MIDI control allows you to control a given parameter(e.g. REVERB MIX, OUTPUT LEVEL, REVERB DECAY etc.) with a controller. In thefollowing, each parameter of each algorithm is listed with the associated controller#.Since MIDI controllers always go from 0 to 127, they are scaled to fit with the associatedparameter. 0 represents the lowest possible value of the parameter, while 127 represents the highest possible value of the parameter. Setting REVERB MIX to 0 thus results in 0%, while 127 results in 100%.REVERB-1 & REVERB-2:Parameter Controller#Parameter Controller#MIX10HICUT21INLEV11ATT22OUTLEV12LO-XOVR23DECAY13HI-XOVR24x LOW14INITLEV25x HIGH15REVLEV26DIFFUSE16I-XFEED27SHAPE17REVDIFF •28x SIZE18BUILDUP •29PREDLY19IATTACK •30REVFEED20IDECAY •31Parameters marked with • are only available in REVERB-2.REVERB-3:Parameter Controller#Parameter Controller#MIX10LM-XOVR19INLEV11HI-XOVR20OUTLEV12PREDLY21DECAY13DISTANS22x LOW14HICUT23x LOMID15ATT24x HIGH16MODRATE25DIFFUSE17MODDPTH26LO-XOVR18DIFTYPE27MIDI & SMPTEM5MIDIINRev 1.4 Page 4NONLIN-1:Parameter Controller#Parameter Controller#MIX10LOCUT17INLEV11HICUT18OUTLEV12DIFFUSE19PREDLY13PREDIFF20ATTACK14DIFTYPE21HOLD15WIDTH22RELEASE16CHORUS-1:Parameter Controller#Parameter Controller#MIX10SPEED16INLEV11DEPTH17OUTLEV12FBLOCUT18PHASE13FBHICUT19DELAY14HICUT20FB15ATT21DELAY-1:Parameter Controller#Parameter Controller#MIX10FB15INLEV11FBLOCUT16OUTLEV12FBHICUT17LDELAY13HICUT18RDELAY14ATT19MIDI & SMPTEM5MIDIINRev 1.4 Page 5DELAY-2:Parameter Controller#Parameter Controller#MIX10DEPTH22INLEV11PHASE23OUTLEV12INV-PAN24DELAY113FB125DELAY214FB226HICUT15XFB1227ATT16XFB2128LEVEL117LOFB29PAN118HIFB30LEVEL219LOXOVR31PAN220HIXOVR32SPEED21REVPITCH:Parameter Controller#Parameter Controller#MIX10HICUT223INLEV11ATT224OUTLEV12FB125PITCH113FB226FINE114XFB1227PITCH215XFB2128FINE216AMBMIX29LEVEL117PREDLY30PAN118SHAPE31LEVEL219SIZE32PAN220PITCDLY33HICUT121PITCCFT34ATT122MIDI & SMPTEM5MIDIINRev 1.4 Page 6Parameter Controller#Parameter Controller#MIX10HICUT223INLEV11ATT224OUTLEV12FB125PITCH113FB226FINE114XFB1227PITCH215XFB2128FINE216DELAY129LEVEL117DELAY230PAN118DGSPEED31LEVEL219POLYSPD32PAN220POLYDLY33HICUT121DGFILT34ATT122PITCH-2:Parameter Controller#Parameter Controller#MIX10HICUT17INLEV11ATT18OUTLEV12DGSPEED19PITCH13POLYSPD20FINE14POLYDLY21FB15DGFILT22DELAY16AMBIENCE:Parameter Controller#Parameter Controller#MIX10LOCUT17INLEV11LOATT18OUTLEV12HICUT19SHAPE13HIATT20SIZE14SPEED21PREDLY15DEPTH22WIDTH16PDLYMUL23MIDI & SMPTEM5MIDIINRev 1.4 Page 7MIDI & SMPTE M5MIDIINRev 1.4 Page 8Parameter Controller#Parameter Controller# MIX10LEVEL944 INLEV11LEVEL1045 OUTLEV12LEVEL1146 SCALE13LEVEL1247 PREDLY14LEVEL1348 WIDTH15LEVEL1449 LASTTAP16LEVEL1550 CURTAP17LEVEL1651 DELAY118LEVEL1752 DELAY219LEVEL1853 DELAY320PAN154 DELAY421PAN255 DELAY522PAN356 DELAY623PAN457 DELAY724PAN558 DELAY825PAN659 DELAY926PAN760 DELAY1027PAN861 DELAY1128PAN962 DELAY1229PAN1063 DELAY1330PAN1164 DELAY1431PAN1265 DELAY1532PAN1366 DELAY1633PAN1467 DELAY1734PAN1568 DELAY1835PAN1669 LEVEL136PAN1770 LEVEL237PAN1871 LEVEL338LOCUT72 LEVEL439LOATT74 LEVEL540HICUT75 LEVEL641HIATT76 LEVEL742SPEED77 LEVEL843DEPTH78DYNAMIC1:Parameter Controller#Parameter Controller#MIX10M-LIMREL45INLEV11M-EXPTHR46OUTLEV12M-EXPRATIO47BALANCE13M-EXPATCK48LOWCUT14M-EXPREL49LMXOVR15M-EXPRANGE50MHXOVR16M-LEVEL51SOFTCLIP17M-CREST52L-COMTHR18M-DELAY53L-COMRATIO19M-LIMDLY54L-COMATCK20M-SFTKNEE55L-COMREL21M-METERS56L-LIMTHR22M-REF0DB57L-LIMRATIO23H-COMTHR58L-LIMATCK24H-COMRATIO59L-LIMREL25H-COMATCK60L-EXPTHR26H-COMREL61L-EXPRATIO27H-LIMTHR62L-EXPATCK28H-LIMRATIO63L-EXPREL29H-LIMATCK64L-EXPRANGE30H-LIMREL65L-LEVEL31H-EXPTHR66L-CREST32H-EXPRATIO67L-DELAY33H-EXPATCK68L-LIMDLY34H-EXPREL69L-SFTKNEE35H-EXPRANGE70L-METERS36H-LEVEL71L-REF0DB37H-CREST72M-COMTHR38H-DELAY73M-COMRATIO39H-LIMDLY74M-COMATCK40H-SFTKNEE75M-COMREL41H-METERS76M-LIMTHR42H-REF0DB77M-LIMRATIO43PARLNK78M-LIMATCK44NOMDELAY79MIDI & SMPTEM5MIDIINRev 1.4 Page 9TOOLBOX:Parameter Controller#Parameter Controller#MIX10EQTYPE240INLEV11EQFREQ241OUTLEV12PWIDTH242INSON13NWIDTH243BAL14PGAIN244MONO15NGAIN245LRSWAP16EQON246ID_PHASE17EQTYPE347DITHER18EQFREQ348DITTYP19PWIDTH349MSON20NWIDTH350MSANGLE21PGAIN351FADECURVE22NGAIN352FADER23EQON353METER24EQTYPE454RANGE25EQFREQ455TICKS26PWIDTH456HOLD27NWIDTH457LDELAY28SSLOPE458RDELAY29CSLOPE459EQTYPE130PGAIN460EQFREQ131NGAIN461PWIDTH132SGAIN462NWIDTH133EQON463SSLOPE134LPPM64CSLOPE135RPPM65PGAIN136CORR66NGAIN137CORLEG67SGAIN138FADVAL68EQON139SYSTEM-EXCLUSIVESSystem-Exclusives (Sysex for short) is a subset of the MIDI-protocol, which allows software-developers (who are writing a Mac or PC-based editor) to communicate with the M5000 in a very technical manner (giving total control over the M5000). The Sysex-documentation is of a very technical nature, which is why it isn’t described in this manual. The M5000 System-Exclusive Manual is available at any TC-office.MIDI & SMPTEM5MIDIINRev 1.4 Page 10MIDI & SMPTEM5MIDIINRev 1.4 Page 11 MIDI System-Exclusive Page:SYSEX IDSYSEX ID## MENUMENU0 MIDIMIDITurn the Device# knob to set the device-number of this M5000.The Device# is all you’ll ever need to know about Sysex. This number must be set to samevalue both on your Macintosh/PC-editor and on your M5000 in order for them to be able to‘find’ each other.。

直读光谱仪化学分析操作指导书

德国 spectro 存放地点
检测室
检测中心检测室
a.扫描（光路校正）选择系统→自动重描迹→描迹→放置系统自带标样（RH18-34）→按 F2 激发 2) 一般打 5 点，按 F6 进行数据分析（不允许有橙色和红色），如有橙色或红色，说明数据公差值超过设备允许的范围，可按 F4 返回删除其中差异性较大的数据。继续按 F6 分析数据，直到无橙色和红色显示。（如可用数据组数太少，可继续打点），按 F9 完成扫描
化学分析试验持续改善专题报告
改善步骤
调研现状
编制文件
验证有效性
现场实施
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一.调研快速化学分析现状态
现更新一台直读光谱仪，操作界面等软件与原设备大相径庭。
需要根据新设备的实际情况，制定符合要求的操作指导书。
为了保证试验分析质量的稳定性，提高试验效率。
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二.编制化学试验操作规范（一）
为了编制具体的操作规范，试验人员做了以下准备工作：
2019/12/16
3
二.编制化学试验操作规范（二）
上海汇众汽车制造有限公司
设备图解
检测仪器（设备）操作规程
设备名称
直读光谱仪
型号
Spectrolab M11 仪器编号
操
作
步
骤
档案号编号： H-001
供货厂家存放地点
德国 spectro 存放地点
注：如需做针对某类材料的专用标准化，可在第一步按 F10 选择基体时选择特定的基体，如 Fe-10 等如删除数据错误，可在菜单栏选择数据→撤销单点分析值
编制
尹若霞
审核
日期
2012.5.2

M5000直读光谱仪操作说明书LM-QC-SOP-01

直读光谱仪操作说明书文件编号LM-QC-SOP-01/A0生效日期2019.03.011.目的：规范直读光谱仪的操作，避免因操作失误引起事故，延长设备使用寿命。

2.范围：适用公司公司实验室直读光谱仪的操作说明。

3.操作权限3.1经培训合格的指定人员操作4.使用说明4.1仪器指标项目指标检测基体Fe、Al、Cu、Zn 等多种基体合金的成分测量检测时间视样品类型而定，一般 40s 左右光学系统帕型－龙格波长范围140～680)nm工作电源(220±20)V AC，(50±1)Hz，保护性接地的单相电源EMC IEC6100-4-2，IEC6100-4-4，IEC6100-4-5工作温度 (10～30)℃存储温度(0～45)℃工作湿度 (20～80)％氩气纯度要求 99.999%氩气进口压力 0.5MPa氩气流量激发流量约 3.5L/min，维持流量约 0.4L/min，待机流量约 0.1L/min尺寸长 702mm，宽 603mm，高 425mm重量约 80kg激发最大功率 400W待机平均功率100W光源类型可编程脉冲数字光源放电频率最高 1000 Hz放电电流最大 400A引燃点火脉冲(1～14)kV火花激发脉冲 (20～230)V电弧激发脉冲 (20～60)V激发台孔径 13mm4.2仪器组成4.2.1 M5000 直读光谱仪由光源、激发台、光学系统、数采系统等组成，4.2.2 仪器部件说明4.4电路连接根据稳压器说明书上的说明将稳压器接入供电电网，稳压器的输出连接多用插排。

要求接线插排能承受至少 10A 电流并且内部地线完好。

确定仪器开关处于关闭状态下，连接电源线和网线。

网线另一端连接到 PC 机，将打印机等设备同时连接到 PC 机的接口，插接 PC 机和打印机电源。

将仪器与 PC 机连接起来，建议使用仪器自带以太网线，连接方式如图所示。

正面图背面图4.4气路连接示意图4.5工作环境要求4.5.1作空间，附近应无有害、易燃及腐蚀性的气体，不要与化学分析放在一起，保证至少十平方米以上空间。

直读光谱使用说明

光电直读使用说明一根本原理光电直读光谱仪是利用光电测量方法直接测定光谱线强度的光谱仪〔又称为光量计〕一、直读光谱仪主要由三局部组成：光源、色散系统、检测系统。

1、光源电火花光源：通常气压下两极间加上高电压，到达击穿电压时，在两极尖端迅速放电产生电火花。

2、散系统色散元件用凹面光栅并有一个入射狭缝与多个出射狭缝组成罗兰圆Rouland〔罗兰〕发现在曲率半径为R的凹面反射光栅上存在一个直径为R的圆。

光栅中心点与圆相切，入射狭缝S在圆上，测不同波长的光都成像在这个圆上，即光谱在这个圆上，这个圆叫罗兰圆。

这个凹面光栅既起色散作用，又起聚用。

聚用是由于凹面反射镜的作用，能将色散后的光聚焦。

将出射狭缝安装在罗兰圆上，在出射狭缝后安装光电倍增管，一一进展检测。

凹面光栅不需借助成像系统形成光谱，因此它不存在色差，由于减少了光学部件而使得光的吸收和反射损失大大减小。

1、测系统利用光电方法直接测定谱线强度。

光电直读光谱仪的检测元件主要是光电增管，它既可将光电转换又可将电流放大。

综上，从光原发出的光经透镜聚焦后，在入射狭缝上成像并进入狭缝。

进入狭缝的光投射到凹面光栅上，凹面光栅将光色散、聚焦在焦面上，在焦面上安装了一个出射狭缝，每一狭缝使用任何一条固定波长的光通过，然后投射到到狭缝后的光电倍增管进展检测。

最后经过计算机处理后，打印出数据与显示显示，全部经过除进样外，都是微型计算机程序控制，自动运行。

一、分析原理每一个光电倍增管连接一个积分电容器，由光电倍增管输出的电流向电容器充电，通过测定积分电容器上的电压来测定谱线强度I。

光电流与谱线强度I成正比。

即i=KI。

〔K 为比例常数〕在曝光时间t积分谱线强度，也就是接收到的总能量为：E＝∫0t Id t＝1/k∫0t id t由光电倍增管输出的光电流向积分电容器充电，在t时间，积累的电荷Q为：Q＝∫0t id t，电容器的电压u为：u＝Q/C=1/t∫0t id t=KE/C (电容器电容量C固定)K与C之比为常数，则u=KE，在一定的曝光时间t，谱线强度是不变的，则：E＝It，u＝Kit，说明积分电容器的充电电压与谱线强度成正比。

AXIS M5000 PTZ Camera 用户手册说明书

AXIS M5000PTZ Camera 用户手册目录安装 (3)开始 (4)在网络上查找设备 (4)访问设备 (4)网页概览 (5)配置设备 (8)调整图像 (8)调整摄像机视图（PTZ） (11)查看并录制视频 (12)设置事件规则 (13)音频 (16)清洗建议 (18)了解更多 (19)取景模式 (19)隐私遮罩 (19)叠加 (20)水平转动、垂直转动和变焦（PTZ） (20)码流传输和存储 (20)应用程序 (22)故障排查 (24)重置为出厂默认设置 (24)固件选项 (24)检查当前固件版本 (24)升级固件 (24)技术问题、线索和解决方案 (25)性能考虑 (26)联系支持人员 (27)规格 (28)产品概述 (28)LED指示灯 (28)SD卡插槽 (29)按钮 (29)连接器 (29)安装安装要观看此视频，请转到本文档的网页版本。

/products/online-man-ual/68003#t10177892_zh如何安装产品要观看此视频，请转到本文档的网页版本。

/products/online-man-ual/68003#t10177892_zh如何安装带天花板支架的产品开始开始在网络上查找设备若要在网络中查找Axis设备并为它们分配Windows®中的IP地址，请使用AXIS IP Utility或AXIS设备管理器。

这两种应用程序都是免费的，可以从/support上下载。

有关如何查找和分配IP地址的更多信息，请转到如何分配一个IP地址和访问您的设备。

浏览器支持您可以在以下浏览器中使用该设备：Chrome™Firefox®Edge™Safari®Windows®推荐推荐macOS®推荐推荐Linux®推荐推荐其他操作系统**要在iOS15或iPadOS15上使用AXIS OS网页界面，请转到设置>Safari>高级>实验功能，禁用NSURLSession Websocket。

M5000直读光谱仪PPT展示

0.2575
0.012
0.0127
0.014
0.0132
0.454
0.4599
0.769
0.7630
0.404
0.4145
0.164
0.1662
SD
低合金钢仪器 RSD(%)
0.0097
1.1708 Ti
0.0095
1.244 Al
0.0019
0.7473 As
0.0002
1.8613 B
0.0006
类火花 1mm 放电区采光区分析适合测量 2mm 间距 (4mm) 类电弧放电区 3mm 放电区
4mm
12 ++ 15 17 等离子区原子谱
oK
信噪比最佳位置 (BEC)
x+ 103
+ (类电弧)
12000 oK – 低光强 15000 oK – 中等光强 – 信噪比最佳 17000 oK – 高光强
•完善的类型曲线
多套标样建线，普适性更强
•智能的类别校正方式
一次校正多条曲线，使用成本低
分析软件先进易用
M5000直读光谱仪
小型台式
长702mm，宽603mm，高425mm，重量约80kg
还有更多 ……
性能优异
兼备大型直读光谱仪的优异金属元素分析能力及小型光谱仪的方便节能特性，满足应用需求的同时大大降低运行维护成本
低背景辐射
氩气可以传输真空紫外光谱（200nm以下） P @ 178.3nm S @ 180.7nm C @ 193.1nm)
AES技术知识
分光系统
早期摄谱仪罗兰圆结构
准直镜
棱镜
成像物镜

直读光谱仪培训教程

直读光谱仪培训教程直读光谱仪（Direct-Reading Spectrometer）是一种测量光谱的仪器，它能够在一定范围内获取样品所发射或吸收的光谱信息，并将其转化为可见的光谱图。

本文将介绍直读光谱仪的基本原理、使用方法以及常见应用领域。

一、直读光谱仪的基本原理直读光谱仪由光源、光栅、光电倍增管等组成。

当样品受到光的照射后，会发生吸收或发射现象，这些光通过光栅的衍射作用后进入光电倍增管，最终转化为可见的光谱图。

光栅的作用是将不同波长的光谱区分开，从而得到不同波长的光谱信息。

二、直读光谱仪的使用方法1.仪器准备：将直读光谱仪放置在平稳的实验台上，确保仪器稳定，无明显晃动。

检查设备是否连接正常，并进行仪器的预热和校准，确保仪器工作正常。

2.样品准备：准备好待测物质的样品，并将其放置到测量室中。

为了保证准确性，样品应该是纯净的，并避免灰尘等杂质。

3.选择所测波长范围：根据需要选择测量的波长范围，然后调整直读光谱仪的参数，使其工作在所需的波长范围内。

4.开始测量：按下启动按钮，仪器开始工作。

仪器会测量样品吸收或发射的光谱，并将结果显示在仪器的显示屏或计算机上。

可以根据需要进行多次测量和平均，以提高测量的准确性。

5.结果分析：根据测量结果，可以得到样品的光谱信息。

可以通过比较不同样品的光谱差异来进行分析，也可以将测量结果与已知光谱数据进行比对，以确定样品的成分或性质。

三、直读光谱仪的应用领域1.化学分析：直读光谱仪可以用于化学物质的定性和定量分析。

通过比对样品的光谱信息，可以确定样品中所含化学物质的种类和浓度。

2.材料研究：直读光谱仪可以用于研究材料的光学特性。

通过测量材料在不同波长下的吸收或发射光谱，可以分析材料的表面特性、电子结构等。

3.环境监测：直读光谱仪可以用于环境中有害物质的检测。

例如，可以通过测量水中的污染物光谱，判断水质是否合格。

4.生命科学：直读光谱仪可以用于生物领域的研究。

例如，可以测量生物体的荧光光谱，以研究生物体的代谢过程。

光谱仪使用说明1

一机器启动光谱仪启动时注意事项：（1）光谱仪两次开机之间至少应相隔20min ，以防频繁启动烧毁内部元器件（2）光谱仪背面有5个开关，开机时按照编号1~5依次按下，两开关按下之间应相隔20s 左右。

关机时，按照编号5~1依次按下。

图光谱仪开关（3）打开氩气阀，使气压保持在0.2~0.4MPa 之间（4）维持瓶内气压在2~3MPa 以上，若气压低于该值，则应更换新的氩气二登陆1、开机开机用户名：arlservice 密码：3698521472、进入OXSAS 系统账号：（1）!SERVICE! 密码：ENGINEER（2）！MANAGER ！密码：无（3）！USER ！密码：无通常使用“MANAGER ”权限即可3、检查仪器状态快捷键F7进入仪器状态检查界面：Electronic HUPSMains V acuumWater权限：由高到低VACUUM：真空度SPTEMP：真空室温度MAINS：电源电压NEG-LKV：-1000V电源POS.5V：+5V电源POS.12V：+12V电源NEG.12V：-12V电源POS.24V：+24V电源NEG.100V：-100V电压三数据备份及数据恢复数据备份及恢复分为软件内部操作、软件外部操作。

1、数据备份（1）软件内部备份：操作页面中选择“脱机模式”，待页面变灰后点击“备份数据”按钮，输入相应的文件名（例如：20101019OXSAS_DB.BAK）以防止将先前数据覆盖，然后点击备份即可。

（2）软件外部备份：退出OXSAS操作系统，进入其相应的数据备份及恢复程序“OXSAS Full Backup Restore”，然后选择“备份数据库”按钮下的“备份”选项即可（系统自动选择路径并生成相应文件名）。

2、数据恢复（1）软件内部恢复：操作页面中选择“脱机模式”，待页面变灰后点击“恢复数据库”按钮，选择之前备份的数据库，恢复即可。

（2）软件外部恢复：退出OXSAS操作系统，进入其相应的数据备份及恢复程序“OXSAS Full Backup Restore”，然后点击“恢复数据库”按钮，选择相应数据库，点击“RESTORE”即可。

M5000直读光谱仪操作规程2015-4-3

作业指导书主题M5000直读光谱仪修订号0 第 1 页共 3页M5000直读光谱仪操作规程1 范围1.1 适用于本站M5000直读光谱仪的操作和维护，规定了M5000直读光谱仪使用的适用范围、操作步骤以及作业过程中的注意事项。

2 准备工作2.1检查极距；2.2开机时请先打开Power电源开关，然后打开Source电源开关；2.3在操作软件的信息栏查看光室温度温度显示为：主光室(34±0.2)℃，紫外光室(34±0.2) ℃，即为仪器正常（S 型仪器只有主光室）。

；2.4用鼠标点击软件界面“工具栏”中的“开氩气”按钮，对仪器进行充氩；2.5样品制备如果样品是钢铁等黑色金属，分析面需用磨样机磨平；如果样品是铜、铝等有色金属，分析面需用车床车平；如果是铸铁样品，必须正确白口化。

3 谱线匹配校正3.1在仪器主界面中点击仪器参数→谱线匹配校正，点击“激发标样…”按钮；3.2将光谱校正样品表面打磨平整，放置在激发台上，并用样品夹压紧，放置时需保证样品完全遮住激发孔；3.3点击“激发谱线校正样品”，此时仪器开始激发谱线校正样品，并采集光谱数据。

激发三次谱线校正样品，每次激发前样品需重新放置，以保证各次激发点不重叠；3.4激发完成后，观察各CCD三次激发的光谱是否一致，并再次检查激发的样品是否是谱线校正样品。

若三次激发的光谱偏差较大，或发现激发的样品不是谱线校正样品，则点击“退出”，回到步骤3.1。

否则点击“确定”进入下一步骤；3.5回到光谱校正界面，点击“光谱校正”按钮，软件会根据当前激发的光谱数据自动校正谱线漂移；3.6校正成功后软件会弹出“谱线校正全部成功”提示框。

点击“确定”完成整个谱线匹配校正过程。

若谱线校正失败会弹出“谱线匹配校正失败”提示框，点击“确定”退出谱线匹配校正界面，重新校正；3.7点击“确定”本次校正生效。

4 类别标准化（须在管理员权限下进行）4.1在仪器主界面中点击仪器参数→类别配置→类别标准化进入类别标准化界面，选中需要标准化的类别，点击“激发样品”按钮进入激发类别样品界面。

米兰变频器M5000说明书

M5000系列变频器用户手册前言感谢您使用米兰电子科技(上海)有限公司生产的M5000系列变频器。

M5000系列变频器是一款高性能矢量型的通用变频器。

在提高其稳定性的前提下增加了简易PLC、实用的PID调节、灵活的输入输出端子、参数在线修改、自识别信号传输故障、停电和停机参数存储、定长控制、摆频控制、RS485控制、现场总线控制等一系列实用先进的运行、控制功能。

为设备制造和终端客户提供了集成度高的一体化解决方案，对降低系统采购和运营成本，提高系统可靠性具有极大的帮助。

在使用M5000系列变频器之前，请变频器使用者及相关技术人员仔细阅读用户手册，以确保能正确安装和操作M5000系列变频器，使变频器发挥其最佳性能。

本手册如有改动，请以新版为准，恕不另行通知。

读者对象本用户手册适合以下人员阅读变频器专业安装人员，工程技术人员（电气工程师、电气操作工等），设计人员。

本书约定符号约定注意由于没有按要求操作，可能造成中等程度伤害或轻伤的场合。

危险由于没有按要求操作，可能造成死亡或重伤的场合。

—目录—第一章概要1.1 产品确认-------------------------------------------------------（3）1.2 安全注意事项-------------------------------------------------（4）1.3 使用注意事项------------------------------------------------- （7）1.4 报废注意事项-------------------------------------------------（9）第二章产品介绍2.1变频器系列型号-------------------------------- -------------（10）2.2 产品技术规范-------------------------------------------------（11）2.3 变频器的外观说明------------------------------------------（13）2.4外型尺寸-------------------------------------------------------（13）2.5选配件----------------------------------------------------------（14）第三章变频器的安装及配线3.1 变频器的安装环境-------------------------------------------（18）3.2 变频器封板的拆卸和安装------------------------------- （19）3.3 变频器配线的注意事项----------------------------------- （19）3.4 主回路端子的配线----------------------------------------- （20）3.5 基本运行配线图-------------------------------------------- （23）3.6 控制回路配置及配线-------------------------------------- （24）3.7 符合EMC要求的安装指导------------------------------ （30）第四章变频器的运行及操作说明4.1 变频器的运行----------------------------------------------- （33）4.2 键盘的操作与使用----------------------------------------- （35）第五章功能参数表5.1参数设置注意事项---------------------------------------- （45）5.2表中符号说明----------------------------------------------- （45）5.3P7组参数说明---------------------------------------------- （45）-1-5.4 功能代码表-------------------------------------------------- （45）第六章功能参数表详述6.1 基本运行功能参数组P0组------------------------------ （61）6.2 频率给定功能参数组P1组------------------------------ （68）6.3 起动制动功能参数组P2组----------------------------- （71）6.4辅助运行功能参数组P3组----------------------------- （73）6.5 辅助运行功能参数组P4组------------------------------ （80）6.6 保护相关功能参数组P5组----------------------------- （93）6.7 故障记录功能参数组P6组----------------------------- （96）6.8 闭环运行控制功能参数组P7组----------------------- （97）6.9 注塑机专用功能参程组P7-Z组----------------------- （102）6.10 程序运行参数组P8组--------------------------------- （105）6.11 纺织摆频参数组P9组--------------------------------- （109）6.12 密码和厂家功能参数组PF组------------------------ （112）6.13 矢量控制参数组（PA组）---------------------------- （112）第七章故障诊断及处理7.1 故障现象对策---------------------------------------------- （114）7.2 故障记录查询---------------------------------------------- （117）7.3 故障复位---------------------------------------------------- （117）第八章保养和维护8.1 日常保养及维护------------------------------------------ （118）8.2 定期保养及维护------------------------------------------ （118）8.3 变频器的保修--------------------------------------------- （119）第九章串行口RS485通讯协议9.1 通讯概述--------------------------------------------------- （120）9.2 通讯协议说明--------------------------------------------- （120）9.3 ASCII通讯协议------------------------------------------- （121）9.4 RTU通讯协议--------------------------------------------- （131）-2-第一章注意事项1.1 产品确认开箱时请认真确认：在运输中是否有破损或刮伤损坏现象，本机铭牌的额定值是否与您的订货要求相一致。

Megger M5000数字多功能计测器说明书

M5000Digital Multimeters DESCRIPTIONThe Megger®series of hand held digital multimeters combine ruggedness with reliability, accuracy and ease of use. These robust instruments are suitable for general purpose applications, including operation in harsh environments. They are supplied with watertight seals at the rotary switch, input terminals and seams to keep out dust, dirt and moisture. There are two instruments that make up the M5000 series, both offering a wide spectrum of measuring functions and ranges.The M5091 has centre switch selectable ranges, while the M5097 offers a choice of autoranging or manual-ranging for voltage and resistance measurements. The instruments have basic d.c. voltage accuracies of 0.5%, a continuity bleeper, a diode check and auto-switch-off to preserve battery life. The units are supplied with protective rubber holsters which incorporate a built in tilt stand, a nail hook plus a convenient test lead holder.The M5091 has all the capabilities necessary for general purpose testing. These include five current ranges enabling measurement u to 20 A with a maximum resolution of 0,1 uA, as well as fully specified voltage and resistance measurement parameters.The M5097 has slightly increased measuring ranges over the M5091 with many additional, advanced features, such as autoranging on the voltage and resistance ranges. there is a range hold feature to allow the selected range to be fixed if the user requires the reading to settle quickly. The L.C.D. display incorporates an analogue-style arc (for varying levels) as well as a 31⁄2digit display (for accurate results). The data hold button can be pressed at any time to store the measurement (digital and analogue values) to facilitate viewing after moving the instrument to a more accessible position. This facility can be stalled by using the delay hold switch which delays the hold measurement from taking effect by 6 seconds, enabling fluctuations to stabilise. The 31⁄2 digit L.C.D. on the M5091 has 20 mm high characters plus annunciators for polarity, over-range and low-battery voltage indication. The large characters make reading the instrument in poor lighting conditions much easier. The M5097 has a similar 31⁄2digit display, but with an additional analogue style bar graph to more clearly illustrate and indicate varying readings; ideal for making peak or null adjustments. The display also has annunciators for range, measurement units, polarity, over-range, low-battery voltage, range hold data hold and low power resistance, so that the operator can easily see what type of measurements are being made.Both instruments have an automatic power-off facility, meaning that they will automatically switch off after 10 minutes from the last use of the selector switch or the latest measurement. This ensures that the battery power is not wasted if the instrument has inadvertently been left on. The instruments are constructed to be resistant to the type of mechanical shocks experienced in everyday use. They also resist the ingress of moisture and are suitable for use in applications where they might be exposed to inclement weather.s Tough, Shock-Resistant ToolbagInstrumentss0,5% Basic Accuracys Large Character L.C.D.s Automatic Switch Offs Water Resistants Drop ProofUKArchcliffe Road Dover CT17 9EN EnglandT +44 (0) 1304 502101 F +44 (0) 1304 207342UNITED STATES4271 Bronze WayDallas TX 75237-1088 USAT 800 723 2861 (USA only)T +1 214 333 3201F +1 214 331 7399OTHER TECHNICAL SALES OFFICESNorristown USA, Toronto CANADA,Mumbai INDIA, Trappes FRANCE,Sydney AUSTRALIA, Madrid SPAINand the Kingdom of BAHRAIN.Registered to ISO 9001:2000 Reg no. Q 09290Registered to ISO 14001 Reg no. EMS 61597M5000_DS_en_V10Megger is a registered trademark。

集装箱电子标签系统 ML-M5000 手持机操作说明书

集装箱电子标签系统ML-M5000手持机操作说明书（V2.2）安装和卸载1、运行环境�机型：苏州木兰电子ML-M5000手持式一体机�系统：Windows CE�硬件要求：苏州木兰电子公司内置2.4—2.5GHz RFID读头、内置无线网卡（或GPRS手机卡、其他上网卡均可）。

2、安装和卸载将苏州木兰电子公司开发的客户端运行软件拷贝至手持一体机中即可运行，卸载时直接删除文件。

（1）在电脑上安装MicrosoftActiveSync_setup_cn.msi同步软件程序。

（由木兰公司提供，也可至网站下载）（2）在电脑上找到程序—Microsoft Sync（图标：），双击打开。

（3）用大小头的数据线连接电脑与手持机，同步软件会显示已连接。

如图1。

图1电脑与手持机已连接（4）双击“同步”，出现如图2，已同步，即可。

图2电脑与手持机已同步（5）进入“我的电脑”，双击“移动设备”，打开“Resident Flash”文件夹，将客户端软件拷贝至此文件夹，即可使用。

（6）删除时，可在电脑上直接删除。

或在手持机上长点文件夹，在弹出的菜单中选择“删除”。

网络连接使用前，确认无线上网卡或GPRS手机卡安装好。

开机后设置网络连接。

从任务栏左下角windows图标进入设置>>控制面板>>网络和拨号连接>>我的连接。

先尝试直接连接，单击连接，连接后点击“隐藏”。

如能够连接上，则进行下一步操作。

如不能连接，则返回设置拨号属性，拨号设置可参考《GPRS拨号说明文档》。

使用说明、开机//关机1、开机开机/关机时均长按手持机右边白色按钮即可。

2、启动方法找到前述存储在resident flash文件夹下的客户端软件的MLContainerRFID.exe文件，双击启动。

也可长点击在弹出的菜单中单击“发送快捷方式到桌面”，下次可直接双击运行。

3、登录界面在图3界面中，输入已申请的用户名和密码，点击“登录”，进入操作界面。