智能计步芯片-使用指南-V16

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VISTEK V165X SERIAL DIGITAL VIDEO ROUTER MODULEUSER GUIDE1VISTEK V165X serial digitalvideo router module2Issue 1Contents1. INTRODUCTION........................................................................................................3 1.1 Description.......................................................................................................32.INSTALLATION.........................................................................................................4 2.1 Rear Panel Connections .................................................................................4 2.2 Hardware. (5)2.2.1 Switch and Link Settings.......................................................................53.OPERATION..............................................................................................................9 3.1 Front Panel Indication.....................................................................................9 3.2 Indicators .......................................................................................................11 3.3 Controls. (12)VISTEK V165X serial digital video router moduleHU-V165X 3 1.INTRODUCTION1.1DescriptionThe V165X Serial Digital Video Router Module provides a platform on which several different types of router may be built. All the variants can handle the four main video standard frequencies of 143, 177, 270 and 360 Mbits/s. The outputs are fully re-generated.The range consists of :-The V1651 2x1 SDI router with automatic signal error detection and changeover. The V1652 8x1 SDI router.The V1653 8x1 SDI router with synchronous switching. The V1654 8x8 SDI router with Output monitoring.All the routers can be fed with an analogue external reference signal, but this reduces the 8x1 routers to 7x1's due to the limited rear panel space. If the external reference is not fitted the switching reference will be taken from the currently selected output, so vertical interval switching will be maintained between sources of the same relative timings. The switching line used is user selectable and may be field or frame based.The routers are all provided with front panel controls and indicators. All the modules are provided with the required interface logic for the Dart remote control system and also a simple remote panel interface. (See V1650 Remote Control Manual).The V1651, 2 & 3 modules are 3U high cards and are designed to fit in the V1601 or the V1603 racking systems. The V1654 is also 3U high modules, but is double width, so will only fit in the V1603 rack.The V1651 and V1653 are designed to have clean switching between the sources. The routers achieve this by timing the new source as close to the reference as possible, before switching. The reference is obtained from either the External Reference input (I/P 8), or if not present the currently selected source. (The V1651 may have its clean switching turned off if a reference is not available.)Due to the sources having differing clock phases it is only possible to synchronise the sources within one clock cycle, so if the reference is taken from the sources rather than an external reference the delay through the router can progressively change as sources are selected.VISTEK V165X serial digitalvideo router module4 Issue 1 2.INSTALLATION2.1Rear Panel ConnectionsV1651V1652, V1653V1654PowerThe power is picked up by the input connector panel from the frame to feed the router. The nominal power consumption of each router is:- V1651 8.5W V1652 6W V1653 10W V1654 13.5WIf the V1650 Remote Control Panel Interface is connected the power consumption of the router module is increased by 0.5W.SD1-8 (IN)The Serial Digital Inputs are passed straight through the rear module and terminated in 75 Ohms on the main module. Input 8 on the V1652 and V1653 is shared with the reference input and a zero ohm resistor is fitted on the module to set the operational mode. (R102 - I/P 8, or R103 - Ref). Inputs 2, 4, 5, 6 & 7 are not used on the V1651 and input 8 is set on the main module to the reference mode.SD (OUT)SD1 (IN)SD2 (IN)SD3 (IN)SD4 (IN)SD6 (IN)SD7(IN) SD8 (IN) /REFSD1 (IN) SD2 (IN)SD3 (IN) SD4 (IN)SD5 (IN)SD6 (IN) SD7 (IN) SD8 (IN) MON (OUT)SD1 (OUT)SD2 (OUT)SD3 (OUT)SD4 (OUT)SD5 (OUT)SD6 (OUT)SD7 (OUT) SD8 (OUT) REFSD (OUT)SD1 (IN)REFSD2 (IN)VISTEK V165X serial digital video router moduleHU-V165X 5 REFThe reference input is an analogue video signal of either 1Vp-p video or upto 4Vp-p mixed sync pulses. The signal is passed through the rear module and terminated in 75 Ohms on the input router module.SD (OUT) & SD1-8 (OUT)The outputs are driven directly through the rear module from the input or output router module at 75 Ohm impedance.MON (OUT)The monitoring output is driven directly through the rear module from the input router module at 75 Ohm impedance. This output monitors the output busses of the crosspoint ic and not the inputs to the crosspoint.DART Remote ControlThe DART control interface is picked up by the input rear module from the rack and routed into the input router module.2.2 HardwareThe figure below shows diagramatically the input module, which contains all the control hardware and link selectable variations. Not all components are fitted in every variant, (see text for details). The 8 Output module has no links and is therefore not shown.2.2.1R102 & R103These two resistors are used to control the routing of the signal on input eight to determine if the reference is used or SDI input eight. The modules are shipped in the following configurations:- V1651 R103 Reference Input. V1652 R102 SDI Input eight. V1653 R103 Reference Input. V1654 R102 SDI Input eight.F R O N T P A N E LREAR CONNECTORVISTEK V165X serial digitalvideo router module6Issue 1The V1652 and V1653 may be changed to allow a reference to be used for switching timings or input 8. To change the mode move R102 or R103 to the other position. (A surface mount resistor is used rather than a link to reduce the signal degradation of the SDI signal).The V1651 and V1654 do not require changes to be made as the signal paths are not required for dual purpose use. LK1Link 1 controls the switching frequency of the router between Frame rate and field rate. LK2Link 2 is used to tell the control system which signals are used to obtain the switching reference timing. If the link is set to INT. (Internal) the switching reference timing will be taken off the currently selected video output, or in the absents of a signal the free running clock. When the link is selected to EXT (External) the switching reference timing is taken from the REF. input, but in its absents the router reverts to using the currently selected output or the free running clock.The link is also used on the V1652 and V1653 to instruct the control system as to the number of available SDI inputs. With the link set to INT there are 8 selectable inputs, but with the link set to EXT there are only 7 and the source button eight is ignored by the control system.Note: If the V1654 is running off internal reference the signal used for switching timing is the currentlyselected monitoring output, selected by the local destination panel.SW11Switch 11 is used to assign the line on which the router will switch. (See table below)625 Lines 525 Lines SW11LK1 FRM LK1 FLD LK1 FRM LK1 FLD0 621 621 & 309 525 525 & 263 1 622 622 & 310 1 1 & 264 2 623 623 & 311 2 2 & 265 3 624 624 & 312 3 3 & 266 4 625 625 & 313 4 4 & 267 5 1 1 & 314 5 5 & 268 6 2 2 & 315 6 6 & 269 7 3 3 & 316 7 7 & 270 8 4 4 & 317 8 8 & 271 9 5 5 & 318 9 9 & 272 A 6 6 & 319 10 10 & 273 B 7 7 & 320 11 11 & 274 C 8 8 & 321 12 12 & 275 D 9 9 & 322 13 13 & 276 E 10 10 & 323 14 14 & 277 F 11 11 & 324 15 15 & 278VISTEK V165X serial digital video router moduleHU-V165X 7 SW12Switch 12 is only fitted on the V1651 and the V1653 and can be divided into two halves. The switches 1-4 control the synchroniser delay for both routers and the switches 5-8 are used by the V6151 to determine the conditions for an automatic change over of sources.Switch 1 (V1651 only)This switch turns off the synchronising function and reduces the delay of each channel to a minimum. This is the recommended mode of operation if an external reference is never provided.Switches 2-4These switches control the amount of delay added to the signal path with respect to the reference signal being used. This will allow the synchronising mechanism to time signals early on the reference upto 4000 clock cycles minus the selected delay, or late on the reference upto the selected delay. (See table).Approximate selected delays. (wrt selected reference).SW12 Approx. Delay (us) 2 3 4 143Mbits/s 177Mbits/s 270Mbits/s 360Mbits/s 0n 0n 0n -179, +0.7 -225, +0.5 -147, +0.5 -109, +0.3 0n 0n 0ff -177, +3 -224, +2 -146, +1.5 -109, +1 0n 0ff 0n -173, +7 -220, +6 -144, +3.5 -107, +3 0n 0ff 0ff -264, +16 -213, +13 -139, + 9 -104, +6 0ff 0n 0n -245, +35 -197, +28 -130, +18 -97, +13 0ff 0n 0ff -210, +70 -169, +56 -111, + 37 -83,+27 0ff 0ff 0n -175, +105 -142, +84 -93, +55 -69, +41 0ff 0ff 0ff +140 +113 +74 +55* WARNING * Care should be taken when setting the delay, as picture disturbances will occur if theFIFO minimum or maximum lengths are reached.Switch 5 (V1651 only)This switch allows the unit to select between synchronous and Non-synchronous switching modes according to whether an external reference is present and being used. If the units link 2 is in EXT and a reference is provided the router will operate with synchronous switching. If link 2 is set to INT or the reference is not present the unit will change to non-synchronous mode automatically.VISTEK V165X serial digitalvideo router module8 Issue 1 Switches 6-8These switches are only used on the V1651 to set up the operation of the automatic mode. Switch 6 on Lock Fail Sets the fail condition to occur when the currently selected source does not lock up the re-clocker ic. Switch 7 on EDH Fail Sets the fail condition to occur when multiple EDH errors are detected. An error condition will be set if 3 fields containing EDH errors are detected within 32 fields and cleared once 32 consecutive error free fields are present. Switch 8 on HOLDSets the router to change sources when the current source fails, providing the other source is good, when in AUTO mode. off FLIP/FLOP Sets the router to always select input 1if source 1 is good, when in AUTO mode.VISTEK V165X serial digital video router moduleHU-V165X 93.OPERATION3.1Front Panel IndicationThe REM lamp indicates that the DART control system communications link is active. The +V lamp indicates that power is applied to the module.The 270 lamp indicates that a 270Mbit/s ITU-R Rec.601 serial component video source is selected. The 360 lamp indicates that a 360Mbit/s ITU-R Rec.601 serial component video source is selected.The 143 lamp indicates that a 143Mbit/s ITU-R Rec.601 serial composite video source is selected. The 177 lamp indicates that a 177Mbit/s ITU-R Rec.601 serial composite video source is selected.The EDA lamp indicates an error in the Serial Video Signal which was detected prior to this unit. (Error detected already).The EDH lamp indicates an error in the Serial Video Signal which was detected by this unit. (Error detected here).The Ref. Select button is recessed behind the front panel and is used to re-time the output on the V1651 and V1653 only.Source 1-8 Local selection of input source.Rem Remote control via the Dart control Interface.+ All router source selection controls are inhibited.Loc. Local control from the front panel and the V1650 Remote Control Panel Interface.VISTEK V165X serial digitalvideo router module10Issue 1VISTEK V165X serial digitalvideo router moduleHU-V165X 11 3.2 IndicatorsREMThe REM (Remote) indicator illuminates whenever the module is accessed by the DART control system.This will occur even if the module is under local control.+VThis indicates that the module is powered and producing its internal voltage rail.270, 360, 143, 177When a source is routed through the unit the indicators will show the video frequency standard of the locally selected output, provided the signal is locked in the reclocking ic. If no indicators are on then the signal has not locked up in the reclocker.EDA, EDHThese indicators are used to display Errors that are detected within certain checksums embedded in the Video data stream. They show Full Field errors including ancillary data. The EDA (Error Detected Already) indicator shows that a unit prior to the router has found an error and set the appropriate flag in the video data stream. The EDH (Error Detected Here) indicator shows that the data has got errors between its contents and the inserted checksums. If the video has no checksums inserted the indicators will not illuminate even if there are errors in the path.VISTEK V165X serial digitalvideo router module12Issue 1 3.3 ControlsRef. SelectThis control is a push button recessed behind the front panel on the V1651 and V1653 and is used to reset the video timing delay through these synchronous routers. If the external reference is being used the button, upon release will re-synchronise the video selected to the output. (When a new source is selected this re-timing is done automatically). If the reference is taken from the internal signals, the release of the button will set the output timing to the selected delay from the currently selected output signal. (When a new source is being selected it will automatically time to the current source).Source 1-8These are illuminated push buttons and allow selection of the source to the currently selected destination when the unit is being used in local mode. The buttons illuminate when they are pressed and display the correct source selection when all are released. In Remote (Rem) or + mode the buttons have no effect on the selection. When the router is internally selected to External Reference or it detects an external reference on input eight the selection of this source to the output is prohibited automatically.Destination 1-8These are illuminated push buttons and allow selection of the destination bus for the local control panel on the V1654 only. These button remain active in all modes of remote and local control. The destinationselection controls the output monitoring bus of the router and thus the source for the front panel indications. It monitors the output busses of the crosspoint ic rather than selecting the source routed to that destination.FailThese indicators only appear on the V1651 2x1 router and are used to indicate that the input signal has failed either because of EDH errors or loss of a locked input, according to the settings of the failure mode switches on the board.AutoThe button only appears on the V1651 2x1 router and has a toggle action. When illuminated the router will self switch under source failure conditions, as set by the SW12 switches.Rem, +, LocalThis toggle switch is used to assign which control system is being used to control the router.Rem (Remote) mode inhibits the V1650 Remote Control and the local source controlpanel from operation and only accepts changes made by the DART RemoteControl system.+ Mode The Local Control system and the DART Control are disabled.Local Allows the V1650 Router Remote Control system and the local panel to controlsource selection, but inhibits the DART Remote systems.。

Accurate positioning One pressto checkchangingSIM alarmLow batteryalarmSimple installation Small & lightGPSpositioningLong standbyQuiet care Two-way audiocommunication HistoricalrouteGeo-fenceGPS personal emergency locator and communicatorAccurate Positioning1、GPS+LBS positioning2、Positioning accuracy: 10-15m (open sky)3、Positioning speed: 30sec with cold boot GPS positioning interval adjusts the interval of GPS reporting position, the shorter the interval, the more accurate the positioning, the shorter standby time correspondingly, please choose according to actual needs.GPS personal emergency locator and communicatorTwo Way Audio CommunicationGPS personal emergency locator and communicatorIf any number dials RF-V16 number,the RF-V16 holder must press the button manually to communicate with others.GPS personal emergency locator and communicatorQuiet Care Array All the five preset SOS numbers candial RF-V16 number, monitor soundaround RF-V16 remotely without ringingthe bell, but can't talk directly to theusers of RF-V16GPS personal emergency locator and communicator Historical RouteThe server keeps the historical route forthree months. It can be viewed throughAPP, Web pages, Wechat and other ways,so that you can recall the road you havetraveled and the scenery you have seenanytime and anywhere.GPS personal emergency locator and communicator Geo-fenceSet a safe fence, real-time viewing in APP,the tracker will send alarm notification tothe mobile phone App automatically whenit gets out / in the range.GPS personal emergency locator and communicatorWhen the battery is less than 10%, thetracking communicator sends low batteryalarm to the master number.When the SIM card of tracker changing,the tracker sends SIM card changingalarm to the master number.Multi-platform Monitoring You can check the locationof the tracker on PC,mobile APP, WeChat and other platforms at thesame time.GPS personal emergency locator and communicatorDelicate Package1、1*main host2、1*USB cable3、1*User manual4、1*Hanging rope5、1* Wrist band (Gift)GPS personal emergency locator and communicatorKeep peace of mind for your cared onesProduct features parameter diagram GPS personal emergency locator and communicator 1、GSM bands: 850/900/1800/1900MHz2、GPRS standard: Class 12, TCP/IP3、GPS positioning speed: 30sec with cold boot (opensky)/5sec with hot boot (open sky)4、GPS positioning accuracy: 10-15m (open sky)5、Working temperature: -20℃ ~ +70℃6、Working humidity: 5% ~ 95% RH7、Dimension: 40.0(L)x34.0(W) x14.0(H)mm8、Weight: 27gProduct specification。

SHORT PRESSWhat if in SETTING MODE...I am trying to lower the screen, but the motor doesn’t respond.Available solutions (3):Problem faced: After initiating programming, the down command doesn’t work, the motor is stopping.In this configuration, it appears the obstacle detection is detecting an obstacle and preventing the motor from going down.The torque in the motor used is undersized. If possible, use a higher torque motor to better adapt the motor to the end-product lifting requirement.1. Using a higher torque motor.2. Helping the load bar to go to the down end limit.Press the MY/STOP + DOWN buttons while helping the load bar to go down. By pulling the load bar down, you will help to absorb the potential bounces made by the load bar. Reach the down end limit and then follow the manualsetting process.UNTIL JOGscreen lowerBRIEFLYPRESS & HOLDTHENLOWERSRAISES▶▶= MINIMUM 6 SECONDSNOTE: The motor needs to operate for a minimum of 6 seconds between the up and down end limits in order to record the limits.SHORT PRESSPress the MY/STOP + DOWN button while helping the load bar to go down.By pulling the load bar down, you will help to absorb the potential bounces made by the load bar.Once the limits are set, deactivate the obstacle detection.UNTIL JOGscreen lowerIn the event the load bar is not able to go to the down end limit.Once the obstacle detection is deactivated, re-set the end limits and follow the limits setting process.What if in SETTING MODE...I cannot register the end limits in Manual Mode.RUNNING TIME BETWEEN THE LIMITS= MINIMUM 6 SECONDSLOWERSRAISESBRIEFLYPRESS & HOLDTHEN▶▶▶3. Helping the load bar to go to a temporary down end limit.NOTE: The motor needs to operate for a minimum of 6 seconds between the up and down end limits in order to record the limits.What if I want to change the SETTING MODE...Switching from one mode to another (manual to auto, auto to semi-auto, etc...).In Setting ModeIn User ModePerform a Single Power Cut to delete all previous settings and return the motor to FACTORY MODE.Start the setup in a desired mode.Remote control not paired yet and settings not yet validated.Remote control already paired.Perform a Dual Power Cut to delete all previous settings and return the motor to FACTORY MODE.PowerONCut power for 2 sec.Cut power for 2 sec.Power ONPower back ON for 8 secondsPower ON Cut power for 2 sec.7 SEC.VALIDATING THE RESETWhat if I am plugging in the motor and it jogs...Re-set the motor to Factory Mode before setting the motor again.If the motor jogs when it is plugged in, it means that the motor limits are set, but the motor is not yet paired with a transmitter. The limits were registered (MY/STOP button pressed for 2 sec at the end of the process), but the remote control was not paired (the programming button on the remote was not pressed). In this situation, you will not be able to reset the motor. If you want to reset the motor, it should be done after the programming process is 100% completed.PowerON▶2. Perform a Dual Power Cut to delete all previous settings and return the motor to FACTORY MODE.PowerONCut powerfor 2 sec.Cut powerfor 2 sec.PowerONPowerbackON for 8seconds7 SEC.VALIDATINGTHE RESET3. Re-set the motor.Choose the Setting Mode:ManualFull automaticSemi-automatic (automatic up end limit and manual down end limit).What if in USER MODE...The obstacle is not detected.You can deactivate the obstacle detection or increase the sensitivity from the default level, during the downward movement (the upward movement obstacle detection can not be deactivated). It will then require less torque to detect an obstacle. This adjustment could be useful with: - Narrow product featuring a lighter load bar- Product equipped with a motor which has excessive torque compared to the end-product’s size.BRIEFLYHOLDTHENStarting with the screen in the halfway position, press MY and UP briefly and again MY and UP until the screen jogs.1. Enter the obstacle setting mode.Press UP briefly within 2 seconds and then press UPdeactivated.Press DOWN briefly within 2 seconds and then pressnow more sensitive.To Increase Sensitivity:To Deactivate:IF THE JOG IS SHORT, YOU’VE REACHED THE DEFAULT SETTING. TO DEACTIVATE,PRESS UP AGAIN.IF THE JOG IS SHORT, YOU’VE REACHED THE DEFAULT SETTING. TO INCREASE SENSITIVITY, PRESS DOWN AGAIN.3. CONFIRM THE NEW SETTING & exit the setting mode.2. Change the obstacle detection level.The registered level of Obstacle Detection will be reached when entering Step 1 again.▶When programming, all button presses must be completed within 2 seconds of the previous press.If the actuator goes back to USER MODE (short jog) repeat Step 1.2 SEC. UNTIL JOGWhat if in USER MODE... I am reaching the upper end limit and the load bar is going down.Perform the dual power cut only on the concerned motor.1. Perform a Dual Power Cut to delete all previous settings and return the motor to FACTORY MODE.Power ONCut power for 2 sec.Cut power for 2 sec.Power ONPower back ON for 8 secondsFOR ABOUT 7 SEC.VALIDATING THE RESETOn the transmitter, press briefly both UP and DOWN simultaneously. The screen jogs.NOTE: If hand-held transmitter direction is not properly programmed, the Eolis/Soliris RTS sensor will not function in the manner it was intended. Damage to the screens and injury could occur as a result.1. INITIATE PROGRAMMING.2. CHECK THE DIRECTION OF OPERATION.Check the direction of rotation by pressing UP or DOWN. If necessary, change the direction of rotation by simply pressing and holding the MY button until the screen jogs.simultaneously: the screen raises.the screen jogs.2. Re-set the motor.Reset the motor in manual mode by ensuring the up end limit will be positioned at about 1/4 of an inch lower than the previous up end limit (at least 1/4 of an inch below the cassette).The load bar shouldn’t touch the cassette.Limit。

纽曼数码播放器—C T V16使用手册Ver 0902您 好感谢您选用本公司生产的产品！本品支持数字电视，多种音频、视频，超大容量、随意扩展空间将带您进入完美的便携影音播放世界。

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●本公司保留对本手册、服务手册及其相关资料的最终解释权。

标准号Q/SD 001-2007。

标准备案号QB/440301L2150-2007使 用 注 意 事 项★ 禁止儿童单独玩耍本机,请勿摔落或与硬物摩擦撞击，否则可能导致机器表面磨花、硬盘损伤、数据丢失或其它硬件损坏。

★ 建议不要大音量连续使用耳机，请将音量调整至合适的音量大小，并控制使用时间，以避免您的听力受损。

因为使用耳机时如果音量过大，可能导致永久性的听力损伤。

★ 请不要试图分解或改造本机,这样可能导致电击或妨碍产品质保。

文档：技术文件密级：低编号：ESJS13071702DCZL33-PLCM16型采集器使用说明书VERSION：1.0日期：2014-8-7青岛东软载波科技股份有限公司青岛东软载波科技股份有限公司Qingdao Eastsoft Communication Technology Co.,Ltd 外发文档目录1.产品介绍 (3)1.1.外观介绍 (3)1.2.功能介绍 (3)1.3.执行标准 (4)1.4.技术指标 (4)2.安装及接线 (5)2.1.产品安装 (5)2.2.接线 (5)3.使用与维护 (6)3.1.产品的使用 (6)3.2.产品的维护 (6)4.故障诊断与排除 (6)4.1.常见的接线问题 (6)4.2.其它问题 (7)5.其它 (7)5.1.质保期 (7)5.2.配件清单 (7)5.3.原理图 (8)1.产品介绍1.1.外观介绍图1 DCZL33-PLCM16型采集器外壳结构图上行通信图2 DCZL33-PLCM16型采集器状态灯说明LED状态指示灯如下：运行灯——运行状态指示灯，红色。

灯亮1s灭1s交替闪烁表示采集器正常运行，灯常灭表示未上电；告警灯——告警状态指示，红色。

灯亮1s灭1s交替闪烁表示采集器告警；上行通信灯——上行通信状态指示灯，红绿双色灯。

红色闪烁表示采集器上行通道接收数据，绿色闪烁表示采集器上行通道发送数据。

下行通信灯——下行通信状态指示灯，红绿双色灯。

红色闪烁表示采集器下行通道接收数据，绿色闪烁表示采集器下行通道发送数据。

1.2.功能介绍DCZL33-PLCM16型采集器主要完成对RS485电表的电量采集，并且利用低压电力线作为通信信道，把用电量数据以电力线载波方式上传，提供给东软远程集中抄表系统。

特点如下：◆支持最多32块表；◆电力线载波远程抄读◆支持DL/T 645 1997和2007（自动切换速率97/645默认1200bps，07/645 默认2400bps，目前DL/T 645 2007可设置）◆可抄读当前电量、日月冻结电量◆电量存储功能，每日零点自动冻结电量◆电量存储功能，每月结算日自动冻结电量◆保存上64天日冻结电量◆保存上12月冻结电量◆支持数据透传◆可使用红外、载波和485接口对采集器进行抄读和设置◆支持广播校时命令◆支持开箱检测，记录总次数和最近10次发生结束时间◆可配合集中器实现电能表通信参数的自维护功能采集器整体上分上行规约处理，下行抄表及存储数据；下行抄表功能：完成抄表任务，包括抄读实时电量、日冻结、月冻结（抄表日冻结），透传功能；（支持1997-645和2007-645规约）；数据存储：存储其所管理的所有电能表最近12个月的月有功电量数据，能保存用户电能表最近64天的日有功电量数据；功能实现：日冻结抄读是在每日0点开始抄读，默认支持的数据项9A1F，当表不支持日冻结时，使用实时数据存储，日冻结存储是在成功或在实时数据有效时存储，采集器在连续3天抄读日冻结数据失败后自动删除失败表表地址；同样的月冻结（抄表日冻结）数据抄读是在抄表日时发生，默认为1日0时，存储原理与日冻结相同。

一、MA5620E-16 简介MA5620E-16 是华为公司推出的一款高性能接入设备，主要用于宽带接入业务。

该设备具有高速、稳定、安全的特点，广泛应用于各种接入场景中。

本手册将详细介绍该设备的使用方法和注意事项，以帮助用户更好地利用 MA5620E-16。

二、设备外观及结构1. 设备外观：MA5620E-16 的外观设计简洁大方，采用黑色金属外壳，整体造型稳重大气。

2. 结构特点：该设备采用模块化设计，具有良好的可维护性和易升级性。

设备背面配有各种接口，方便连接其他设备和线缆。

三、设备接口及功能说明1. 网口接口：MA5620E-16 设备配备了多个百兆、千兆网口接口，支持各种接入方式，可满足不同场景需求。

2. 光口接口：设备同时支持EPON、GPON以及10G PON等接入方式，具有较高的带宽和稳定性。

3. USB接口：设备提供USB接口，方便用户进行数据备份和管理。

4. 其他接口：设备还配备了通信方式接口、天线接口等功能，为用户提供更多的扩展和应用可能。

四、设备使用方法1. 设备上电和初始化：在接通电源后，用户需根据手册指引进行设备初始化设置，包括设定管理IP、管理用户等信息。

2. 设备接入配置：用户需根据实际需求，使用设备提供的工具进行接入配置，包括接口配置、VLAN划分、服务配置等。

3. 设备管理和监控：用户可以通过设备提供的WEB管理界面或者命令行界面进行设备的管理和监控，包括查看设备状态、监控端口流量、查看日志等功能。

五、设备维护及故障处理1. 设备维护：用户需定期对设备进行维护和清洁，保持设备良好的工作状态，延长设备使用寿命。

2. 故障处理：用户在使用设备过程中遇到故障时，首先可通过设备提供的故障定位工具进行快速定位和处理，若无法解决，可联系厂家技术支持进行协助。

六、安全注意事项1. 设备安全：用户在使用设备时需注意设备的安全性，避免长时间过载使用以及避免设备遭受机械振动和冲击。

蓝牙心率带需另行购买目 录1. 产品简介 (1)2. 功能特征 (1)3. 显示符号与按键功能 (2)3.1. 显示符号 (2)3.2. 按键功能 (2)4. 休眠状态 (4)5. 手表电池充电 (5)6. 下载手机APP (5)7. 查看时间日期 (6)8. 查看计步器数据 (6)9. 运动测量前准备 (7)9.1. 戴上心率带 (7)9.2. 配对心率带 (8)9.3.接收GPS信号 (9)10. 运动测量 (10)10.1. GPS运动模式 (10)10.2. 实时查询运动数据 (10)10.3. 运动签到 (12)10.4. 暂停GPS 测量 (12)10.5. 结束GPS 测量 (13)10.6. 查询运动数据 (13)11. 跑表 (14)11.1. 跑表模式 (14)11.2. 单段计时 (15)11.3. 圈计时 (15)11.4. 查询跑表数据 (16)12. 提醒功能 (16)13. 在手表进行设置 (17)13.1. 设置显示 (17)13.2. 设置时间 (18)13.3. 设置日期 (18)13.4. 设置目标步数 (19)13.5. 设置个人信息 (20)14. 防水性 (20)15. 注意事项 (21)16. 产品规格 (21)17.有害物质的名称及含量表 (22)1. 产品简介感谢您购买EZON宜准智能跑步运动表，本表内置GPS接收器、心率计、计步器，可测量运动距离、运动配速、运动速度、运动时蓝牙心率带（含发射器和弹性带）需另行购买！如果未购买心9.1和9.2章节以及与心率带相关的内容。

于耗尽状态，会导致电池性能下降。

2. 功能特征锻炼记录卡 路 里背 景 光心 率 计计 步 器计时码表锻炼距离锻炼配速闹钟提醒来电提醒久坐提醒运动提醒心率提醒蓝牙连接GPS授时中文显示3.2. 按键功能在时间模式：1） 按住[A ]键，（GPS 未开启时）；接收GPS 信号2）按[B ]键，切换显日期、秒、剩余电量；3）按住 [B ]键，进入设置菜单（GPS 未开启时）；4）按[C ]键，进入记录模式；5）按[D ]键，进入跑表模式;6） 按[E ]键，进入计步器模式（GPS 未开启时）或者进入GPS 模式（GPS 已开启）。

Release NotesMicroLogix 1200 and MicroLogix 1500 Programmable Controllers FirmwareBulletin 1762 and 1764About This PublicationThese release notes for MicroLogix 1200 and MicroLogix 1500 controllers with Series C FRN 14 operating system firmware supplement the existing documentation supplied with your product.Keep this document with your MicroLogix 1200 and MicroLogix 1500 Programmable Controllers Instruction Set Reference Manual, publication number 1762-RM001.TopicPage About This Publication1New Features and Enhancements 2Corrected Anomalies 12Additional Resources13New Features and Enhancements MicroLogix 1200 New Features and EnhancementsCatalog Number OS(1)SeriesLetterOSRevisionLetterFirmwareRevisionReleaseDateEnhancement1762-L24AWA 1762-L24BWA 1762-L40AWA 1762-L40BWA A A FRN 1March 2000Initial product release.A B FRN 2May 2000The trim pots (trimmingpotentiometers) on thecontroller operated inreverse of the ladder logicis now corrected.B A FRN 3November2000This revision features:•Full ASCII (read/write)•PTO Controlled Stop•PWM Ramping•RTC and StringMessaging•Static Data FileProtection•Comms ResetPushbutton Bit1762-L24BXB 1762-L40BXB B A FRN 3November2000Initial product release.Supports all the featureslisted above for the1762-L24xWA and1762-L40xWA controllers.1762-L24AWA 1762-L24BWA 1762-L24BXB 1762-L40AWA 1762-L40BWA 1762-L40BXB C A FRN4(2)June 2001This revision features:•Floating Point (F) DataFile for use with:•compare instructions(EQU, GEQ, GRT, LEQ,LES, LIM, NEQ); mathinstructions (ABS,ADD, CLR, DIV, MUL,NEG, SQR, SUB); moveinstruction (MOV); fileinstructions (CPW,FLL); and the message(MSG) instruction•Programmable LimitSwitch (PLS) File foruse with HSC•RTA - Real Time ClockAdjust•GCD - Gray Code•CPW - Copy Word•ABS - Absolute ValueRockwell Automation Publication 1762-RN001D-EN-P - July 2014C B FRN5(3)March 2002Internal firmware revision;no user functionalitychange.C C FRN6(3)September2002This revision features:•The Floating Point (F) Data File can now beused with the Scalewith Parameters (SCP)•ModBus MemoryMappingEnhancements1762-L24AWA 1762-L24BWA 1762-L24BXB 1762-L40AWA 1762-L40BWA 1762-L40BXB C D FRN 7April 2003This revision features:•DF1 Half-DuplexMaster Driver•DF1 Radio ModemDriver•Enhanced DF1Broadcast Support•ASCII Clear Buffer(ACL) instructionenhancementC E FRN8November2003This revision features:•Modbus MasterProtocol•PTO IndependentAccel/Decel profiles1762-L24AWAR 1762-L24BWAR 1762-L24BXBR 1762-L40AWAR 1762-L40BWAR 1762-L40BXBR C E FRN8March 2004This revision featuresadditionalcommunications portcalled theprogrammer/HMI port.1762-L24AWA 1762-L24BWA 1762-L24BXB 1762-L40AWA 1762-L40BWA 1762-L40BXB 1762-L24AWAR 1762-L24BWAR 1762-L24BXBR 1762-L40AWAR 1762-L40BWAR 1762-L40BXBR C F FRN 9May 2004•Fixed reply of BCC forDF1-Mastertransmissions•Fixed delay time forDF1-Mastertransmissions withHalf-duplex handshaking turned on•Supported FUJITSU'sand STM's FlashMemory.MicroLogix 1200 New Features and EnhancementsCatalog Number OS(1)SeriesLetterOSRevisionLetterFirmwareRevisionReleaseDateEnhancementRockwell Automation Publication 1762-RN001D-EN-P - July 2014C G FRN 10January2005Fixed defects for abnormal shutdown problem for ML1200/ML1210. When EPhardFault() function is called from OS firmware, ML1200/ML1210 does not shut down properly. The reason is that the pointer UfdlProgramFlashPtr in BOOT firmware was overwritten by OS firmware. So, the pointer areas were reserved to prevent from overwriting by OS firmware.1762-L24AWA 1762-L24BWA 1762-L24BXB 1762-L40AWA 1762-L40BWA 1762-L40BXB C H FRN 11November2005•Fixed defect for HardFault in bit addressinginto a PLS file•Fixed defect forPre-Transmit Delay inDF1-RM.•Fixed defect for ACLinstruction. If ACLinstruction is placedalone on a rung,communication will beblocked by this defect.When both transmitand receive bufferclear options areselected, if defaultCOMM button ispressed, ACLinstruction does notpurge other buffers.•Changed the indirectbit address check inthe Pre-First Pass.Checking for theindirect bit address isnot performed in thePre-First Pass. Thecontroller willgenerate Fault duringRUN mode instead ofHard Fault duringPre-First Pass•Promoted OS functiontype to 0x400BMicroLogix 1200 New Features and EnhancementsCatalog Number OS(1)SeriesLetterOSRevisionLetterFirmwareRevisionReleaseDateEnhancementRockwell Automation Publication 1762-RN001D-EN-P - July 2014Rockwell Automation Publication 1762-RN001D-EN-P - July 20141762-L24AWAR 1762-L24BWAR 1762-L24BXBR 1762-L40AWAR 1762-L40BWAR 1762-L40BXBR CHFRN 11November2005•As above•Promoted OS function type to 0x400C1762-L24AWA 1762-L24BWA 1762-L24BXB 1762-L40AWA 1762-L40BWA 1762-L40BXB 1762-L24AWAR 1762-L24BWAR 1762-L24BXBR 1762-L40AWAR 1762-L40BWAR 1762-L40BXBRC H FRN 12April 2008•Fixed defect for user flash writing for Ladder Program programming •Removed thePowerUpcounter value check with oxFFFF in Power Down data structure to prevent possible logic error •Added the solution for DH485 remotecommunication issue which controller should always accept a Destination Link ID of zero as valid.C H FRN 13March 2013Status file bits (S2:1/13, S2:5/0, S2:5/2, S2:5/3) and watch dog bits(S2:3/8-15) were writable through communication messages which allowed the possibility to force the controller to go into fault. The solution included in this firmware revision allows users to CLEAR these bits (S2:1/13,S2:5/0, S2:5/2, S2:5/3) but does NOT allow them to SET using Communication messages. The watch dog bits (S2:3/8-15) will be Read Only in non-transfer mode.(1)OS = Operating System.MicroLogix 1200 New Features and EnhancementsCatalog NumberOS (1)Series LetterOSRevision LetterFirmware Revision Release DateEnhancement(2)For users of RSLogix 500 Programming Software version 4.5: MicroLogix 1200 Series C Revision Acontrollers with FRN4 firmware may be downgraded for compatibility with this version of software using the ControlFlash FRN3 tool available on the MicroLogix website. The controller may be later upgraded using the FRN5 (which replaces the FRN4 ControlFlash upgrade, and is a functionalequivalent) or higher ControlFlash tool.(3)For users of RSLogix 500 Programming Software version 4.5: MicroLogix 1200 Series C Revision Bcontrollers with FRN5 or later firmware may be downgraded for compatibility with this version of software using the ControlFlash FRN 3.1 tool available on the MicroLogix website. Your controller may be later upgraded using the FRN5 (which replaces the FRN 4 ControlFlash upgrade, and is a functional equivalent) or higher ControlFlash tool.Operating system firmware flash upgrades and downgrades are available for MicroLogix 1200 controllers from the MicroLogix website,/Programmable-Controllers/MicroLogix-Sy stems. Any controller may be upgraded to the latest release by using these tools. Users of RSLogix 500 version 4.5 with MicroLogix 1200 Series C Revision A and B should refer to footnotes 2 and 3 of the preceding table for compatibility requirements.Rockwell Automation Publication 1762-RN001D-EN-P - July 2014MicroLogix 1500 New Features and EnhancementsCatalog Number OS(1)SeriesLetterOSRevisionLetterFirmwarerevisionReleaseDateEnhancement1764-LSP A B FRN 2February1999Initial product release.1764-LSP A C FRN 3October1999MicroLogix 1500 controllers with 1764-LSP processor can now be used with Compact I/O (Bulletin 1769) Expansion Cables and Power Supplies.1764-LSP B A FRN 4April 2000MicroLogix 1500 controllerswith 1764-LSP processor cannow use:•String Data File Type•ASCII Instruction SetSupport•Modbus RTU Slaveprotocol•Ramping, when usingPWM outputs•Static Data File Protection•RTC Messaging1764-LRP B A FRN 4April 2000Initial product release.MicroLogix1500 controllerswith 1764-LRP Processor hasall the features of the1764-LSP, plus:•Second communicationsport (isolated RS-232)•Data Logging capability1764-LSP 1764-LRP B B FRN 5October2000For both the 1764-LSP and LRPprocessors:•When using the PTOfeature, the controller cannow perform a controlledstop when using PTOoutputs. The decelerationphase of the PTO can beinitiated early via ladderlogic.•Enhanced programcompare bit functionalityin the Memory Module.Rockwell Automation Publication 1762-RN001D-EN-P - July 20141764-LSP 1764-LRP C A FRN6September2001This revision supports:•Floating Point (F) Data Filefor use with:compare instructions(EQU, GEQ, GRT, LEQ, LES,LIM, NEQ); mathinstructions (ABS, ADD,CLR, DIV, JUL, NEG, SQR,SUB); move instruction(MOV); file instructions(CPW, FLL); and themessage (MSG)instruction•Programmable LimitSwitch (PLS) File for usewith HSC•RTA - Real Time ClockAdjust•GCD - Gray Code•CPW - Copy Word•ABS - Absolute Value•RCP - Recipe•MSG - Message onDeviceNet (1764-LRP only)1764-LSP 1764-LRP C B FRN7September2002This revision supports:•The Floating Point (F) DataFile can now be used withthe Scale with Parameters(SCP)•Modbus Memory MappingEnhancements1764-LSP 1764-LRP C C FRN 8April 2003This revision supports:•DF1 Half-Duplex MasterDriver•DF1 Radio Modem Driver•Enhanced DF1 BroadcastSupport•ASCII Clear Buffer (ACL)instruction enhancement1764-LRP C C FRN 8April 2003This revision supportsChannel Diagnostic CounterReset.1764-LSP 1764-LRP C D FRN 9November2003This revision supports:•Modbus Master Protocol•PTO IndependentAccel/Decel profilesMicroLogix 1500 New Features and EnhancementsCatalog Number OS(1)SeriesLetterOSRevisionLetterFirmwarerevisionReleaseDateEnhancementRockwell Automation Publication 1762-RN001D-EN-P - July 20141764-LSP 1764-LRP C D FRN 10November2005•Added support for theMM3/MM3RTC. TheMM3/MM3RTC has thesame user memory size asthe MM2/MM2RTCexcept recipe data area.Recipe data which wasstored to Data Log Queuearea in ML1510 can bestored to upper 64Kbytes(actually maximum48Kbytes) of theMM3/MM3RTC. So, thismemory module will beused in ML1510 whenRecipe data exists and isstored to Data Log Queue.There is no difference inthe functionality betweenMM2/MM2RTC andMM3/MM3RTC exceptstoring Recipe data in theData Log Queue.•Removed support for theMemory ModuleInitialization features forMM1/MM1RTC/RTC/MM2/MM2RTC via serialcommunication due toFlash memory space. But,the Memory ModuleInitialization feature forMM3/MM3RTC isincluded.MicroLogix 1500 New Features and EnhancementsCatalog Number OS(1)SeriesLetterOSRevisionLetterFirmwarerevisionReleaseDateEnhancementRockwell Automation Publication 1762-RN001D-EN-P - July 2014Rockwell Automation Publication 1762-RN001D-EN-P - July 2014•Fixed defect for Hard Fault in Bit addressing into a PLS file.•Fixed defect forPre-Transmit Delay in DF1-RM. This fix does not include the packet flush feature.•Fixed defect for ACL instruction. If ACLinstruction is placed alone on a rung, communication will be blocked by this defect. When both transmit and receive buffer clear options are selected, if default COMM button is pressed, ACL instruction does not purge other buffers.•Changed the indirect bit address check in the Pre-First Pass. Checking for the indirect bit address is not performed in the Pre-First Pass. So, the controller will generate Fault during RUN mode instead of Hard Fault during Pre-First Pass.MicroLogix 1500 New Features and EnhancementsCatalog NumberOS (1) Series LetterOSRevision LetterFirmware revision Release DateEnhancementRockwell Automation Publication 1762-RN001D-EN-P - July 20141764-LSP 1764-LRPCDFRN11January 2006Fixed defect for the maximum Processor Imagereading/writing from/to MM3/MM3RTC.C D FRN 13March 2013Status file bits (S2:1/13, S2:5/0, S2:5/2, S2:5/3) and watch dog bits (S2:3/8-15) were writable through communication messages which allowed the possibility to force the controller to go into fault.The solution included in this firmware revision allows users to CLEAR these bits (S2:1/13, S2:5/0, S2:5/2, S2:5/3) but does NOT allow them to SET usingCommunication messages. The watch dog bits(S2:3/8-15) will be Read Only in non-transfer mode.(1)OS = Operating System.MicroLogix 1500 New Features and EnhancementsCatalog NumberOS (1) Series LetterOSRevision LetterFirmware revision Release DateEnhancementCorrected Anomalies MicroLogix 1200 Corrected AnomaliesCatalog Number OS(1) Series Letter(1)OS = Operating System.OSRevisionLetterFirmwarerevisionReleaseDateCorrected Anomalies1762-L24AWA 1762-L24BWA 1762-L24BXB 1762-L40AWA 1762-L40BWA 1762-L40BXB 1762-L24AWAR 1762-L24BWAR 1762-L24BXBR 1762-L40AWAR 1762-L40BWAR 1762-L40BXBR C H FRN14July2014•Negative values areaccepted for the Timerfile.The solution included inthis firmware revisionno longer allowsnegative values for theACC and PRE fields ofthe Timer file, throughthe RSLogix 500software or any HumanMachine Interfaceconnected to thecontroller.•Processor memory canbe cleared using theRSLogix 500 software.The solution included inthis firmware revisionno longer allows you toselect the option to clearthe processor memory inFRN 14 and later.Rockwell Automation Publication 1762-RN001D-EN-P - July 2014Rockwell Automation Publication 1762-RN001D-EN-P - July 2014Additional ResourcesThis document contains additional information concerning related Rockwell Automation products.MicroLogix 1500 Corrected AnomaliesCatalog NumberOS (1) Series LetterOSRevision LetterFirmware revisionRelease Date Corrected Anomalies1764-LSP 1764-LRPCDFRN 14July 2014•Negative values areaccepted for the Timer file.The solution included in this firmware revision no longer allows negative values for the ACC and PRE fields of the Timer file, through the RSLogix 500 software or any Human Machine Interfaceconnected to the controller.•Processor memory can be cleared using the RSLogix 500 software.The solution included in this firmware revision no longer allows you to select the option to clear the processor memory in FRN 14 and later.(1)OS = Operating System.ResourceDescriptionMicroLogix 1200 and MicroLogix 1500Programmable Controllers Instruction Set Reference Manual, publication 1762-RM001.Contains instruction sets and other information specific to 1762 controllers.Notes:Rockwell Automation Publication 1762-RN001D-EN-P - July 2014Rockwell Automation Publication 1762-RN001D-EN-P - July 2014Publication 1762-RN001D-EN-P- July 2014Supersedes Publication 1762-RN001C-EN-P - Feb 2013Copyright © 2014 Rockwell Automation, Inc. All rights reserved.Allen-Bradley, Rockwell Automation, ArmorBlock, and T echConnect are trademarks of Rockwell Automation, Inc.T rademarks not belonging to Rockwell Automation are property of their respective companies.Rockwell Automation SupportRockwell Automation provides technical information on the Web to assist you in using its products. At /support/, you can find technical manuals, a knowledge base of FAQs, technical and application notes, sample code and links to software service packs, and a MySupport feature that you can customize to make the best use of these tools.For an additional level of technical phone support for installation, configuration, and troubleshooting, we offer TechConnect support programs. For more information, contact your local distributor or Rockwell Automation representative, or visit /support/.Installation AssistanceIf you experience a problem within the first 24 hours of installation, please review the information that's contained in this manual. 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