GStar-S406使用说明书
STARGPS车载终端功能、参数、安装使用说明书
STARGPS车载终端功能、参数、安装使用说明书星机高科STARGPS2010 NB.30H版星机投资（上海）有限公司上海巨万信息科技有限公司（备注：有些功能的实现是需要加设功能模块或者外接配置装置，下定单前，请与我们商务人员确定功能）车辆安全监控系统基于GPRS/CDMA/3G移动通信网络的数据传输系统，利用GPS定位技术、数字电路、无线通讯和计算机信息管理等先进技术，结合矢量化地理信息电子地图，组成功能强大的高技术平台。
该系统由监控中心和车载信息终端构成，车载信息终端自动拍摄盗车、劫车、利用车辆作案的不法之徒，并通过无线方式，直接发送到监控中心；只要一台能上网的电脑，您就能掌握车内的一切情况，不仅能听到车内的响动，更能看到车内的情况，时刻与爱车保持“零距离”接触。
有了车辆安全监控系统，即可轻松自如地根据情况做出紧急应对措施。
车辆安全监控系统应用前景广阔，图像加定位的形式能够通过图像实时监控作案情况，从而保护乘客和运营商利益，打击盗窃犯罪，使个人或者团体等各种汽车主体，享受更多的安全服务。
您可以根据不同的物流和客流系统选择更多的优化服务，其可视化的内部调度、监控、通信等管理功能以及其智能化的运用为交通运输业带来更多便利和商机。
车辆安全监控系统已经获得的资质如下：公安部产品检测中心的产品检测号码：公沪检061174号安全技术防范产品生产许可证号码：粤0302053号为熟悉本产品的使用及维护，请在使用前，务必仔细阅读本说明书。
如果您对我们的产品有任何意见和建议，欢迎与我公司的经销商或我公司客户服务中心联系，我们将积极处理您的宝贵建议。
目录第1章产品出厂配置 (4)1.1标准配置 (4)1.2可选件配置 (4)1.3产品采用的国家标准 (4)1.4终端设备技术指标 (5)第2章产品安装说明 (6)2.1设备安装 (6)2.2设备调试 ............................................................................... 错误！未定义书签。
全球星技术公司EM-406 GPS引擎板说明说明书
D o cV e r s i o n2.1GPS RECEIVER ENGINE BOARDGL O B AL S A T TE C H N O L O GY C OR P OR ATI O N GPS Engine Board Specifications2006GlobalSat Technology Corporation(Taiwan)16F,No.186Jian Yi Road,Chung Ho City,Taipei,235,Taiwan.USGlobalSat,Inc.(USA)1308John Reed Court,City of Industry,CA91745globalsat.coT able of ContentsEM-406GPS BOARD OVERVIEW (1)FEATURES (1)SPECIFICATIONS (2)PIN ASSIGNMENT (3)PIN DESCRIPTIONS (3)DIMENSIONS (4)PULSE PER SECOND TEST POINT (5)MOUNTING (6)NMEA&SiRF COMMAND LINKS (6)EM-406GPS BOARDOVERVIEWThe EM-406GPS engine board is low cost but maintains high reliability and accuracy making it an ideal choice for integration with OEM/ODM systems.The EM-406features an integrated patch antenna for complete implementation.FEATURES:1.SiRF Star III high performance GPS chipset2.Very high sensitivity(Tracking Sensitivity:-159dBm)3.Extremely fast TTFF(Time To First Fix)at low signal levels4.Supports the NMEA0183data protocol5.Built-in SuperCap to maintain system data for rapid satellite acquisition6.Built-in patch antenna7.Foliage Lock for weak signal trackingpact in size9.All-in-view20-channel parallel processing10.Snap Lock100ms re-acquisition time11.Superior urban canyon performance12.WAAS/EGNOS supportSPECIFICA TIONS General-ReceiverChipset:SiRF Star IIIFrequency:L1,1575.42MHzC/A Code:1.023MHz chip rate Channels:20channel all-in-view tracking Sensitivity:-159dBmAccuracyPosition:10meters,2D RMS5meters,2D RMS,WAAS enabled Velocity:0.1msTime:1 s synchronized to GPS time DatumDefault:WGS-84Acquisition TimeReacquisition:0.1sec.,averageHot Start:8sec.,averageWarm Start:38sec.,averageCold Start:42sec.,average Dynamic ConditionsAltitude:18,000meters(60,000feet)max Velocity:515meters/second(1000knots)max Acceleration:Less than4gJerk:20m/sec**3PowerMain Power Input:4.5V~6.5V DC InputPower Consumption:70mA(35mA trickle mode) Backup power:+2.5V to+3.6VBackup current:10uA typicalProtocolElectrical Level:TTL level,Output Voltage Level:0V~2.85VBaud Rate:4800bpsOutput Message:NMEA0183GGA,GSA,GSV, RMC(VTG,GLL optional)Physical CharacteristicsDimensions:1.181”x1.181”x0.413”(30mm x30mm x10.5mm) Operating Temperature:-40F to+176F(-40C to+85C) Humidity:Up to95%non-condensingPINASSIGNMENTPIN DESCRIPTIONSVCC:(DC power input):This is the main DC supply for a4.5V~6.5V power module board.TX:This is the main transmit channel for outputting navigation and measurement data to user’s navigation software or user-written software.RX:This is the main receive channel for receiving software commands to the engine board from SiRfdemo software or from user-written software.Normally this pin must be kept High and if you don’t use this pin please connect a resistor to3.5V to pull it high.GND:GND provides the ground for the engine boards.Be sure to connect all groundsDIMENSIONSPULSEPER SECONDTESTPOINTTP10=1PPS TIME MARK OUTPUTMOUNTINGRecommended mounting methods:e industrial grade double-sided foam tape.Place it on the bottom side of the engine board.b.A recessed cavity in your housing design with a foam pad to eliminate shifting or movement.e provided mounting holes on the GPS engine board PCB.NMEA&SiRFCOMMAND LINKSPlease download the latest output and control commands from our web-site:NMEA Command Reference Manual(/downloads/NMEA_commands.pdf)SIRF Binary Protocol Reference Manual(/downloads/SiRF_Binary_Protocol.pdf)All product specifications contained in this document are subject to change without notice.NOTES:。
GOTOSTAR-手控盒使用说明书
GOTOSTAR 自动寻星双轴电驱系统使用说明GOTOSTAR 自动寻星双轴驱动电控系统由自动寻星控制器，赤经微控制驱动电机，赤纬微控制驱动电机，连接电缆等组成。
GOTOSTAR 能让您随心所欲使望远镜快速运行到指向目标，轻松快捷，在有限的观测时间内观测更多的天空星体，GOTOSTAR 指向精度高，跟踪平稳，力矩大，不丢步，是赤道仪、经纬仪的最佳伴侣。
一、GOTOSTAR 自动寻星双轴电驱系统标配清单1.自动寻星控制器(控制器手柄) 1 只2.赤经微控制驱动电机 1 只3.赤纬微控制驱动电机 1 只4.六芯螺旋电缆 2 根5.RS232 串行电缆 1 根6.赤经赤纬蜗杆齿轮 2 只7.220V 交直流转换器(12V，1.25A) 1 只8.12V直流电源线 1 根9.M6*40内六角不锈钢螺钉 1 只10.M6*12内六角不锈钢螺钉 1 只11.M6内六角搬手 1 把12.M4内六角搬手 1 把二、GOTOSTAR 自动寻星双轴电驱系统选配件1.12V电源线带汽车点烟器插头(5M)2.电动调焦器组件3.GPS模块三、GOTOSTAR 自动寻星双轴电驱系统的安装(本系统适用的赤道仪有EQ5、CG5、LXD75、LXD55、GP、GPD、JE160、HY5等)1.用随机配送的M4内六角搬手,将赤经、赤纬蜗杆齿轮分别固定在赤经、赤纬蜗杆伸出轴上,并紧固(齿轮端离底部约3mm,紧固螺钉端朝外）。
2.用随机配送的M6内六角搬手及M6*35mm不锈钢螺钉将赤经微控制驱动电机固定在赤经轴下方。
(注意齿轮间隙不要太大,也不要太紧)用M6*12mm不锈钢螺钉将赤纬微控制驱动电机固定在赤纬轴侧面。
四、GOTOSTAR 自动寻星双轴电驱系统电缆的连接1.将六芯螺旋电缆一端插头插入自动寻星控制器背面六芯插座内,另一端插入赤经驱动电机外壳下方的任一六芯插座内。
2.将另一根六芯螺旋电缆一端插头插入赤经电机外壳下方的任一六芯插座内,另一端插头插入赤纬电机外壳上任一六芯插座内。
瑞得Ruide_RTS860系列(862_865_R)全站仪说明书操作手册V1.2
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Hale Waihona Puke 3.1 操作键 ........................................................................................................ 19
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5.2 坐标数据 .................................................................................................... 29 5.3 编码数据 .................................................................................................... 30 5.4 数据图形 .................................................................................................... 30 六、计算程序 ........................................................................................................ 32 6.1 计算器 ........................................................................................................ 32 6.2 坐标正算 .................................................................................................... 33 6.3 坐标反算 .................................................................................................... 33 6.4 面积周长 .................................................................................................... 34 6.6 两点计算交点............................................................................................. 36 6.7 四点计算交点............................................................................................. 37 6.9 单位转换 .................................................................................................... 39 七、设置 ................................................................................................................ 40 7.1 单位设置 .................................................................................................... 41 7.3 距离相关设置............................................................................................. 41 7.5 RS232 通讯设置 ......................................................................................... 43 7.6 蓝牙通讯设置............................................................................................. 43 7.7 电源设置 .................................................................................................... 43 7.8 其它设置 .................................................................................................... 44 7.9 固件升级 .................................................................................................... 45 7.10 格式化存储器 格式化存储器........................................................................................... 46 7.11 恢复出厂设置........................................................................................... 46 八、仪器校准 ........................................................................................................ 47 8.1 补偿器校正................................................................................................. 47 8.2 垂直角基准校正......................................................................................... 47
使用操作与维护说明书
概述..................................................................................................................................................... 8 安全注意事项总则............................................................................................................................... 8 安全设备..............................................................................................................................................9
“以人为本”是我公司一贯遵循的原则，您在使用中有何问题或建议请及时反馈我公司，我们会一如既往地诚心诚意 接受，不断地改进、提高我们的产品质量，更好的满足您的期望和要求。
金龙联合汽车工业（苏州）有限公司 二○一一年四月
用操作与维护说明书
201105 版
目录
一、整车概述........................................................................................................................ 1
KS-95T mini温(湿)度采集传输终端使用手册V2.0
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非经本公司书面许可，任何单位和个人不得擅自摘抄、复制本文档内容的部分或全部。
注意
由于产品版本升级或其他原因， 本文档内容会不定期进行更新。 除非另有约定， 本文档仅作为使用指导， 本文档中的所有陈述、信息和建议不构成任何明示或暗示的担保。
7. 开箱...................................................................................................................................................... 20 8. 产品参数配置： .................................................................................................. 21
8.1 准备 ..................................................................................................................................................................... 21 8.2 软件界面说明 ..................................................................................................................................................... 23 界面概述： ........................................................................................................................................................... 23 设备串口参数配置： ........................................................................................................................................... 23 网络参数设置： ................................................................................................................................................... 24 传输参数设置： ................................................................................................................................................... 25 多中心传输模式设置： ....................................................................................................................................... 26 授权号码设置： ................................................................................................................................................... 26 保存 ....................................................................................................................................................................... 27 批量配置模式： ................................................................................................................................................... 27 短信命令生成工具： ........................................................................................................................................... 28 8.3 短信配置参数： ................................................................................................................................................. 29
Model 4062 Pump-Up 控制器说明书
DESCRIPTIONThe Model 4062 Pump -Up Controller provides total control for duplex pumping systems. The Model 4062 monitors, controls and displays the liquid level in a tank or reservoir. Maximum selectable depth is from 11.5 ft. to 346 ft.The input to the Model 4062 can be from any 2 or 3-wire transducer with a 4-20mA output representing the selected depth. A 24VDC regulated probe supply is included. A Level Simulator is provided to aid in programming these five set points; Low Alarm, Pumps Off, Level 1, Level 2 and High Alarm.A universal zero to 30 second On Delay can be programmed to prevent outputs from closing due to input fluctuations caused by turbulent conditions. An additional 4-20mA output with zero and span controls is provided for a chart recorder or other external device.Four heavy -duty 10 amp, 120V contacts are provided for pump control and alarm activation. An auto -dialer or other emergency device can be activated with the SPDT power loss relay. This relay is held open when power is applied.Pump outputs include duplex alternation as well as hand -off -auto switches. Pump run -time can be displayed for each pump with tenth of an hour resolution, up to 99,999.9 hours. The Model 4062 can be panel -mounted (11 1/8” x 4 5/8) or surface -mounted using the optional surface -mounting kit (Model 4000).● 4-20mA Input/Scalable Output ● Seal Fail Monitoring ● Duplex Pump Alternation ● Hand -Off -Auto Controls ● Dual Run -time Meters● RS -485/Modbus Communications Telephone: Main - (918) 438-1220 Sales- (800) 862-2875 Fax: (918) 437-7584 11440 East Pine Stree t Tulsa, Oklahoma 74116SPECIFICATIONSMODEL4062Input Voltage 120VAC ± 10% 50/60HzPwr Consumption 8W max.Signal Input 4-20mA (optional 0-5V), 2 or 3 wireSignal Input Load 250 ohms max. Dead Band 1% of full scaleRepeat Accuracy ± 1% of scaled max. (fixed conditions)Display Type 6 digit red LED display Display RangesLevel: 00.0 to 346 ftRuntime: zero to 99,999.9 hours Delay:zero to 30 seconds Display Resolution 1 decimal placeControl Contacts 4 SPDT 10A at 120VAC resistive Power Loss Relay 1 SPDT 5A at 120VAC resistiveSignal OutputOutput is factory set to track the 4-20mA input. Zero and span adjustments are provided : as little as a 2mA change can cause a full swing of the output.Signal Output Load 300 ohms max. Probe Supply 24VDC regulated Setpoints3 levels, 2 alarms, all user -adjustableOperating Temp +14º to +122º FHumidity Tolerance 0-97% w/o condensationEnclosure Material 16 gauge steelTermination removable terminal strips Dimensions H: 5.5” W: 12.0” D: 4.75”Weight6.0 poundsAgency ApprovalsUL Recognized (U.S. & Canadian)A 6 digit LED displayM Indicates display is showing HIGH ALARM setting B Indicates display is showing LIQUID LEVEL N Indicates display is showing ON DELAY setting C Indicates display is showing PUMP #1 runtime O Controls ZERO setting for 4 to 20mA output D Indicates display is showing PUMP #2 runtimePControls SPAN setting for 4 to 20mA output E Switches display between B, C and D Q Indicates LOW ALARM ACTIVE (low alarm relay -closed) F Push to enter SET mode R Indicates PUMP #1 RUNNING (pump #1 relay -closed) G Push ☐ to INCREASE setting S Indicates PUMP #2 RUNNING (pump #2 relay -closed) H Push ❑ to DECREASE settingT Indicates HIGH ALARM ACTIVE (high alarm relay -closed) I Indicates display is showing LEVEL 1 setting U 3-position switch HAND -OFF-AUTO Pump #1 J Indicates display is showing LEVEL 2 setting V 3-position switch HAND -OFF -AUTO Pump #2 KIndicates display is showing LOW ALARM settingWMomentary pushbuttonengages LEVEL SIMULATORL Indicates display is showing PUMPS OFF settingX Controls SIMULATED LEVEL(when SIMULATOR button is engaged)KEEP THIS DATA SHEET FOR FUTURE REFERENCE.GENERAL SAFETYPOTENTIALLY HAZARDOUS VOLTAGES ARE PRESENT AT THE TERMINALS OF THE MODEL 4062. ALL ELECTRICAL POWER SHOULD BE REMOVED WHEN CONNECTING OR DISCONNECTING WIRING.DO NOT EXCEED THE OUTPUT OR INPUT RATINGS, AS STATED IN THE SPECIFICATIONS.PROTECT THE UNIT WITH PROPERLY RATED FUSES.DO NOT INSTALL IN DAMP OR MOIST AREAS.THIS DEVICE SHOULD BE INSTALLED AND SERVICED BY QUALIFIED PERSONNEL.Installation InstructionsTelephone: Main - (918) 438-1220 Sales - (800) 862-2875 Fax: (918) 437-7584 11440 East Pine Stree t Tulsa, Oklahoma 74116figure 1. Front Panel Controlsfigure 2. Back Panel Controls4-20m A I N + -4-20m A O U T+ -+24V D C O U T + -GNDTelephone: Main - (918) 438-1220 Sales - (800) 862-2875 Fax: (918) 437-7584 11440 East Pine Stree t Tulsa, Oklahoma 74116Telephone:Main -(918) 438-1220Sales -(800) 862-2875 Fax:(918) 437-758411440 East Pine Stree t Tulsa, Oklahoma 74116Telephone:Main -(918) 438-1220Sales -(800) 862-2875 Fax:(918) 437-758411440 East Pine Stree t Tulsa, Oklahoma 74116TYPICAL APPLICATION - Float SwitchesTelephone:Main -(918) 438-1220Sales -(800) 862-2875 Fax:(918) 437-758411440 East Pine Stree t Tulsa, Oklahoma 74116● 20 Ga. CRS Enclosure ● Removable Access PanelDesigned to easily install Time Mark Models 403, 404, 4042, 4052, 4062, or 408 Liquid Level Controllers.This 20 gauge steel enclosure features a removable top panel for easy access to wiring connections. The mounting kit comes complete with everything you need, including steel support brackets. This model is designed specifically for applications that require surface -mounting these Time Mark Liquid Level Controllers.For more information, see the full data sheet in the Time Mark standard products catalog.Telephone: Main - (918) 438-1220 Sales - (800) 862-2875 Fax: (918) 437-758411440 East Pine Stree t Tulsa, Oklahoma 74116ACCESSORY OPTIONS:Telephone:Main -(918) 438-1220Sales -(800) 862-2875 Fax:(918) 437-758411440 East Pine Stree t Tulsa, Oklahoma 74116。
yantubbs-GCTS STX系列动三轴软件操作流程
1．打开SCON控制与数据采集仪电源，等待大约20秒，Interlock指示灯熄灭，Control指示灯点亮。
2．打开CATS软件，使用用户名登录。
3．点击“液压泵”，再点击“低压”或者“高压”，使液压泵开始运转。
4．点击“输出功能”，输出选择“Axial Actuator”，反馈选择“Axial Displacement”，点击“重设”按钮，最后点击“打开”，使轴向伺服器开始工作。
5．输出选择“Cell Pressure”，反馈选择“Cell PVC Position”，点击“重设”按钮，最后点击“打开”，使围压伺服器开始工作。
6．输出选择“Back Pressure”，反馈选择“Back PVC Position”，点击“重设”按钮，最后点击“打开”，使反压伺服器开始工作。
7．PVC选择“PVC2：Back PVC”。
如果反压容器中的水不多，点击“到容器”，再点击“再次充入”，充水结束后，点击“到压力室”。
8．孔压管路排水。
点击“输出功能”，选择“Back Pressure”，反馈选择“Back PVC Position”，然后手动点击上箭头，给管路、顶帽和底座排气。
9．安装试样和三轴室。
安装试样，并安装好三轴室，并把三轴室安置到适当的位置。
10．三轴室注水。
点击“PVC状态”，PVC选择“PVC1：Cell PVC”，点击“到压力室”，选择“自动再次充入/切断”，点击“再次充入”。
然后点击“输出功能”，输出选择“Cell Pressure”，反馈选择“Cell Pressure”，设置20kPa围压。
自动给三轴室注水。
当压力室水快满时，从Cell pressure反馈换成Cell PVC Position，然后点击上箭头，使容器充满水，并在“PVC状态”中，不选择“自动再次充入/切断”。
11．给三轴室充水后，如果围压容器中的水不多，在“输出控制”反馈选择“Cell PVC Position”，在“PVC状态”中点击“到容器”，再点击“再次充入”，充水结束后，点击“到压力室”。
使用操作与维护说明书
金龙联合汽车工业（苏州）有限公司 二○一一年四月
海格客车
3906_UM0002C 中巴使用操作与维护说明书
201105 版
目录
一、整车概述........................................................................................................................ 1
海格客车豪华车使用操作与维护说明书2011053235一整车概述驾驶区海格客车豪华车使用操作与维护说明书20110542351dvd换碟机2点烟器3行车记录仪4led电子路牌5空调机械控制面板6翘板开关7媒体播放器插口8杂物盒9倒车监视器10翘板开关11麦克风控制面板12组合开关13组合仪表14方向盘15点火开关16缓速器操作手柄17翘板开关及仪表台指示灯18自动变速箱显示屏19翘板开关及仪表台指示灯20手制动21空调电子控制面板22翘板开关23司机座椅24变速箱操纵杆海格客车豪华车使用操作与维护说明书2011055235车辆外观1前雾灯2前大灯3标志4电子路牌5后视镜6侧窗玻璃7安全窗8行李舱门9燃油加注口10乘客门11乘客门泵海格客车豪华车使用操作与维护说明书2011056235车身内饰1乘客座椅2液晶显示器3乘客控制面板4停车指示灯5行李架6电子路牌7停车按钮海格客车豪华车使用操作与维护说明书2011057235发动机舱后视图1角传动器2传动带3空调压缩机4膨胀水箱5发电机6动力转向油储液罐7发动机后启动装置海格客车豪华车使用操作与维护说明书2011058235钥匙1乘客门遥控钥匙2点火开关钥匙3行李舱门钥匙4乘客门应急开关钥匙海格客车豪华车使用操作与维护说明书2011059235特殊标识说明warning警告可能对人身安全有危险的时使用
Sotera 400B系列电动隔膜泵用户操作手册
400B SERIES ELECTRIC DIAPHRAGM PUMPSOwner’s Operation ManualTable of ContentsThank You!Thank you for your loyalty to the Sotera ® brand of chemical, lubricant, andmixed hydrocarbon transfer pumps. Your safety is important, so pleaseread and thoroughly understand the procedures set forth in this manual.Protect yourself as well as those around you by observing all safetyinstructions and adhering to all danger, warning, and caution symbols.Please save these instructions for future reference and record the model,serial number, and purchase date of your Sotera transfer pump.Please register your Sotera product via/sotera_product_registrationIMPORTANT RETURN POLICYPlease do not return this product to the store. For all warrantyand product questions, please contact Tuthill Customer Service at 1‑800‑634‑2695 (M‑F, 8am‑6pm EST/EDT.)Limited Warranty Policy ............................................................................3Basic Definitions ......................................................................................3About This Manual....................................................................................4Symbols and Definitions ...........................................................................4General Safety Information.......................................................................5Installation Best Practices .......................................................................5Electrical Installation ...............................................................................6Best Operational Practices .......................................................................8Routine Annual Maintenance ....................................................................8Individual Pump Component Removal and Replacement ..........................8Diaphragm/Motor/Gear Assembly .............................................................9Viscosity Correction Chart ......................................................................10Anti‑Drip Nozzle Spout Kit . (11)Diaphragm and Check Valve Orientation Detail ......................................11Troubleshooting Guide ............................................................................12Parts List ...............................................................................................13Model Information . (14)Regulatory Compliance Information (16)Limited Warranty PolicyBasic DefinitionsChemtraveller ®: A compact, low‑profile frame to allow for pump mobility without needing to handle the pump itself.Diaphragm: A flexible membrane constructed of a synthetic rubber used to displace fluid through the pump cavity.IBC Mount: A stainless steel bracket that can be mounted onto the cage of any size IBC tote.Mix-n-Go: A recirculation system design to fit onto a 9" IBC gem cap. Units with this device have the recirculation valve built into the pump. Poise (P): A unit of measurement of dynamic viscosity. For the purpose of this manual, Sotera will utilize the measurement of Centiposes (cP) which is one hundredth of a Poise or one millipascal‑second (mPa‑s).Positive Displacement: Constant volume at a fixed speed, independent of system pressure.Pump-n-Go: Free‑standing pump mobility. Systems with this designation do not have any mounting frames.Recirculation: The process of mixing fluids through the pump without discharging from the container.Suction Lift: The distance below the center line of the pump to lift fluids.Viscosity (V): The measurement of flow fluid or resistance.Wetted Parts: All parts that are touched by the transfered fluid either in part or through immersion.About This ManualFrom initial concept and design through final production, your Sotera product is built to provide years of trouble‑free use. To ensure the safety of yourself and those around you, it is critical that this manual is read in its entirety prior to attempting to install or operate your new purchase. We strongly urge that any installer and operator become familiar with the terms, diagrams, and technical data in this manual and pay close attention to any DANGER, WARNING, CAUTION, or NOTICE information. At Tuthill, your satisfaction with our products is paramount. If you have questions or need assistance with your product, please contact Customer Service at 1‑800‑634‑2695 (M‑F, 8am‑6pm EST/EDT).General DescriptionThe Sotera 400B Series is a self‑priming, positive displacement double action diaphragm pump. It features flow rates up to 13 gallons per minute (13GPM) and is engineered with polypropylene and stainless steel wetted parts, along with seals that are compatible with most agricultural and industrial chemicals as well as lubricants (e.g. those found within power transmission). These wetted materials consist of a polypropylene body and valves, stainless steel fasteners, Hastelloy® check valve springs, Buna‑N, EPDM and Fluorocarbon seals, along with Hytrel® and Santoprene® diaphragms.Sotera utilizes a recognizable naming system where model numbers reference the diaphragm material. Models that begin with ‘SS’ (eg. SS415B) contain Santoprene diaphragms, while models that begin with ‘FR’ (eg. FR410B) contain Hytrel diaphragms. Santoprene is designed for moving agriculture chemicals while Hytrel is used with oils and lubricating fluids. We strongly recommend referring to the Sotera Chemical Resistance Guide foundat to determine proper materials of construction for use with your application.The 400B Series pump is not compatible with strong acids (pH of 3.4 or below), strong bases (pH above 12), non‑diluted flammable liquids with a flash point below 100°F/38°C, or bleach (sodium hypochlorite).• All suction hoses should be reinforced to prevent collapse by system pressure • If there is a possibility of solids or debris within the liquid, at minimum, a 10 mesh screen (0.07") or less needs to be utilized either at the end of the suction pipe or entry into the suction side of the pump. Particles greater than 0.1" will adversely affect pump performance • All suction hoses or pipes must be 1" diameter. Large sizes maybe used as long as it terminates to a 1" diameter at the suctioninlet of the pump• Placement of the suction pipe should terminate 2" from the bottom to avoid particulate contamination unless a 10 mesh in‑line screen is being used as noted• Maximum suction lift capacity is 9 FT (2.7 M) for water at sea level at 70°F. Suction lift for each application will be dependent on the Centipose (cP) of the individual fluid as affected by temperature and elevation• IMPORTANT: Tanks and containers must be vented to prevent collapses • Tighten all non‑metallic fittings to a snug fit to prevent leakage. Damage could occur to the pump if these fittings are over tightened • Do not use the pump as the structural support of the piping system• Be certain the system components are properly supported to prevent stress on the pump parts. As a rule and unless specifically designed into the pump, suction and discharge connections should be flexible to avoid damaging the pump body. Ensure that any connection material is compatible with the substance being transferred through the pump itselfTo maximize performance and longevity of your 400B Series pump, we recommend the following considerations:Installation Best Practices (Suction Side of Pump)• Tuthill strongly recommends grounding the pump and motor priorto any usage • Electrically bonding to a vehicle frame or utilizing a ground circuitfor stationary applications are preferred grounding methods. Alwaysconsult with a licensed electrician for your application • Inspect any and all power and grounding cables prior to each use.Replace if the outer protective jacket has been removed to exposeany wires• For 12V DC non‑explosion proof motors, the power cable terminates with battery clamps that are either red (+) or black (‑); however a ground wire is not included • For 12V DC explosion‑proof motors, in general, neither a ground wire, power cable, or battery clamps are provided. See pages 14‑15 forspecific included components • DO NOT connect the ground wire to the negative post of the DC power sourceElectrical InstallationBLACK−RED+GREEN 23EARTH / CHASSISGROUND• All discharge hoses should be a minimum of 1" diameter. Large sizes may be used as long as it terminates to a 1" diameter at the discharge outlet of the pump • Hoses greater than 20' may be used, however, reduced outlet flow at the end of the hose or nozzle should be expected. Flow is dependent onthe cP of the fluid as affected by temperature and elevation• Always use hoses and accessories that are compatible to the product being transferred. For hoses, as a general practice Tuthill recommends EPDM for agricultural chemical and Nitrile or Buna‑N for petroleum‑based oils and lubricantsInstallation Best Practices (Discharge Side of Pump)Utilizing the diagram above, proceed with the following connections:1. Ground connection (green clamp or eyelet)2. Negative connection (black clamp)3. Power connection (red clamp)AC Power• 115V AC, 60Hz, 2.5 amps, 1/4 Hp (185 watts) motor, standard non‑explosion proof• 115V AC, 60Hz, 2.5 amps, 1/4 Hp (185 watts) motor, explosion proof uL listedAvailable AC Voltage ClassesDC Power (continued)• All non‑explosion proof 12V DC models come with a preinstalled power wire. 12V DC models will have a 30 amp fuse holder and fuse • 12V DC and 24V DC explosion‑proof models will not have a power cord installed but may include a power cable separately, depending onmodel configuration• All non‑explosion proof 110V AC models come with a preinstalled power cable. These models will terminate with a type B (3 pin) grounded, 15A plug that is compatible with type B sockets • 110V AC explosion‑proof models will not have a power cord installed but may include a power cable separately, depending on model configuration as outlined on pages 14‑15Routine Maintenance Schedule1. Always check oil level by the sight glass prior to any fluid transfer. The ideal oil level should be at the mid line or halfway point of both site glasses. Add SAE 30W oil as needed to maintain thenecessary level 2. Inspect all external Torx(r) head screws are tight. If any screws appear to be loose, torque to 75 in‑lbs3. Inspect all motor flange hex head bolts are tight. If any bolts appear to be loose, torque to 50 in‑lbs4. Either annually or after 500 hours of usage, drain the existingSAE 30W weight oil through a site glass port and replace withapproximately 16 oz of the same oilRegular maintenance is critical to maintaining performance and extending the life of your 400B Series pump.• Always turn off the transfer pump and disconnect from a power source prior to servicing • Always flush the pump completely prior to any service or disassembly. Tuthill recommends the use of water for flushing agricultural and industrial chemicals. For petroleum‑based products such as oils and lubricants, flushing with diesel fuel is acceptable • DO NOT PRESSURIZE THE FLUSHING FLUID. Damage to the pump will occur. Instead, submerge the suction tube or inlet adapter in the flushing fluid, then operate the pump as normal for approximately 15‑30 seconds or until the flushing fluid returns to its initial color. Allow the pump to air dry prior to any service • DO NOT SUBMERGE THE ENTIRE PUMP OR ELECTRICAL MOTOR IN THE FLUSHING FLUID, ONLY THE SUCTION TUBE OR INLET ADAPTER • Do not allow chemicals, lubricants, or oils to remain in the internal pump cavity for any extended period of time. Crystallization or a glum could become present, adversely affecting pump performance • Tuthill highly recommends flushing the pump after each use to avoid ‘dry out’ and contamination between fluid transfers• The interior pump cavity is filled with SAE 30W oil by the factory in order to lubricate the internal gear drive mechanism and yoke assembly. Certain pump repairs will require the draining of this fluid. If necessary, remove one of the site caps found on the exterior of the pump body and drain the oil through this port. Replace with new SAE 30W oil after repairs are completed through the same port. Tuthill recommends 16 oz of oil to be placed inside the cavity or until level is halfway within the site glassBest Operational PracticesMotor with Gear Assembly Removal1. Position the pump with the sight caps downward2. Remove the four (4) screws holding this assembly and lift upward3. Replace with new motor and gear assembly as supplied by TuthillGear Assembly Removal1. Remove motor as noted above2. Remove six (6) screws and key holding the gear pack assembly on the motor shaft3. Replace with new assembly, install new screws, and key1. Turn the pump on its side by which the diaphragm to be repaired is facing upward while the opposite diaphragm is facing downward2. Remove the eight (8) diaphragm cover screws. This will require a Torx T30 bit3. Remove the cover and turn it over to expose the inner side to avoid any contamination. The cover will have a gasket seal. It is highly recommended that this seal be replaced during this repair4. Remove the four (4) retainer screws with a Phillips #2 screwdriver.These screws have a seated O‑ring. It is recommended to replace boththe screws and O‑ring during this repair5. Remove the diaphragm assembly by pulling on the four edge corners ofthe diaphragm itself, being careful to not tear or curl the diaphragm.If necessary, pulling on the check valve assemblies is acceptable. Donot use any tools to pry the diaphragm off the pump body as this coulddamage the surface of the pump. Be sure to retain the four (4) checkballs that are within the cavity of the pump. These may be removedwith the diaphragm6. Install new diaphragm assembly in the same orientation as the one that was removed. Important that the check balls are seated prior tothe diaphragm assembly placement7. Insert the four (4) Phillips head screws and tighten to 35 in‑lbs8. Install the diaphragm cover with installed gasket. It is important to hand start all external screws prior to driving to a torque specification of 75 in‑lbsDiaphragm Assembly ReplacementBoth the diaphragms and check valve assemblies can be serviced without removing the oil from the interior pump body cavity. It is important that only one(1) assembly be serviced at a time. Avoid any possible contamination of the oil within the internal pump cavity during this repair.ProcedureInternal Mechanical Components (Bearing Plate, Yoke, and Drive Shaft Assembly)1. Remove motor and gear assembly from pump cavity2. Drain oil from interior cavity through this opening3. Remove four (4) screws holding bearing plate4. Remove bearing plate, allowing for the thrust plate to be removed as well5. Remove drive shaft, bearing, bearing ring, and yoke assembly.IMPORTANT: the yoke assembly is under pressure by two springs.Do not attempt to repair, only replace with factory authorized parts6. Assemble in reverse orderFLOW IN GALLONS PER MINUTE (GPM)LENGTH OF 1" ID DISCHARGE HOSE (METERS) L E NGTHOF1"IDD IS CHARGEHOS E(F EET)FLOW IN LITERS PER MINUTE (LPM)7.6022.715.137.930.35345.460.645403530252015105500206410814121613.712.210.79.17.66.14.631.515.20HYTREL (PETROLEUM)• Gear Oil [GL‑1 to GL‑5]• Hydraulic Oil[HL, HM, HR]• Motor Oil • 000 Greases SANTOPRENE (CHEMICAL)• Crop Oil • Detergents • Liquid Fertilizers [UAN 28‑32]• Mild Acids • Pesticides • Soaps • WaterViscosity Correction Chart225 cps(30 wt Oil @ 78°F)Notes:1. SUCTION LOSSES: Test pump was mounted on a 55 gallon drum of oil, 1/2 full. A Sotera 1" suction pipe was used. A longer or smaller diameter inlet pipe will lower the flow rate.2. VERTICAL HEAD LOSSES: Test hose was horizontal with pump. Add 3feet of hose for each 1 foot of vertical rise. 3. OTHER LOSSES: Elbows, quick‑disconnects, swivels, and check valves in outlet or inlet hoses will restrict the flow. Add the estimated length of hose for each component used.Fluid Compatibility by Diaphragm (Typical)308 cps(30 wt Oil @ 69°F)560 cps(30 wt Oil @ 56°F)665 cps (30 wt Oil @ 49°F)2420cps (30 wt Oil @ 22°F)Anti-Drip Nozzle Spout Kit 400KTF0237For use with Norwesco and other nozzles with a 1 3/16" outside diameter. Installation1. If there is a raised plastic notch on the nozzle, carefully remove itwith a file before installing the anti‑drip spout2. Apply soapy water to the end to aid in the installation. Place theanti‑drip spout on the nozzle as shown at right. Tap the spout with a rubber mallet until it is fully engaged. The space between the end of the spout and the bend in the nozzle should be slightly more than1 3/4" when pressed fully into placeProper UsePlace the nozzle into the container to be filled BEFORE turning the pump on.After pumping, shut off the valve handle then gently shake the nozzle BEFORE removing it from the container. The spout will open when it senses pressure greater than 1 psi. Flow restriction will be minimal. Diaphragm and Check Valve Orientation DetailNozzle1 3/4" Ball (4)Cross and Spring,Bottom HolesDate InformationTroubleshooting Guide179181456789101112131415181991716B16A32928272625242322211920400B Series Model Information1Always refer to the Sotera Chemical Resistance Guide (), 2Refer to the Sotera Technical Data Sheet, Suction table, Inlet Configuration column for more details, 3Non-UL w/ static wire fuel hose, 4Refer to the Sotera Technical Data Sheet, Version column for specific 400B Series Model Information400B Series Model Information (continued)1Always refer to the Sotera Chemical Resistance Guide (), 2Telescoping Poly Suction Pipe (23" to 40"), 3EPDM Hose, 4Refer to page 14, Accessory Configurator tableTuthill Fort Wayne8825 Aviation DriveFort Wayne, Indiana 46809 USAP (800) 634‑2695(+01) 260‑747‑7524F (800) 866‑4681 | | Regulatory Compliance InformationThe “400B CE” Series pumps comply with the European Directive 2006/42/EC Machinery DirectiveThe following standards were used to verify conformance:EN 809:1998 +A:2009 ‑ Pumps and pump units for liquids – common safety requirementsEN ISO 12100:2010 – Safety of machinery – basic concepts, general principal for designDirective 2014/30/EU – Electromagnetic compatibilityEN 61000‑6‑4:2007 / +A1:2011 – General standard for industrial environmentsDirective 2011/65/EU – Restrictions of the use of certain hazardous substances in electrical and electronic equipment Specific models of the 400 Series pumps feature UL/cUL listed electric motors. Check your model versus the MODEL / ACCESSORIES / CONFIGURATION INFORMATION table (page 14‑15) to determine how your particular pump is equipped.。
STC85364-6(接口编(TSL3000))
STC85364-6使用说明书 接口篇东芝机械株式会社TSL3000 SCARA systemTSL3100 6-Axis system版权所有，东芝机械株式会社，2014年未经本公司许可，禁止将本资料的一部分用于其它用途。
本书内容可能会随时变更，恕不事先通告，敬请谅解。
序言本篇说明了将TSL3000/TSL3100机械手控制器连接到外部设备上的外部连接线的类型、功能和使用方法。
本篇的构成以系统设计人员、制造商为对象。
通过以SCOL语言编程的数字输入输出信号，TSL3000/TSL3100机械手控制器可进行与外部设备之间的协调动作。
另外，备有可从外部操作控制器的系统输入信号、通知控制器状态的系统输出信号（序列处理功能）以及可与主机等连接的串行输入输出信号，可轻松地构建FA系统。
※本篇中参照的其它使用说明书一览安装与运输篇保养篇安全篇操作篇用户参数篇简易PLC篇通信篇注意本篇对于电源连接与机械手连接没有详细记载。
有关电源与机械手连接的详细说明，请参照使用说明书“安装与运输篇”。
安全注意事项机械手主体、控制器与使用说明书中记载了预防对使用人员或他人造成伤害、避免财产损失以及确保安全正确使用的重要内容。
请在充分理解下述内容（标识、图形符号）之后阅读正文，并遵守记载事项。
危险注意·伤害是指无需住院治疗或长期去医院治疗的受伤、烫伤与触电等。
·物品损坏是指财产、材料方面的损坏。
[关于保养与检查]请严格遵守以下项目，以确保安全使用机械手。
目录1外部连接线的类型 (8)1.1接插件的配置与名称（4轴型） (8)1.2接插件的配置与名称（6轴型） (9)1.3电源线“AC IN”图1.1/图1.2-①（附带接插件） (10)1.4马达、编码器、抓手I/O线“ROBOT”图1.1/图1.2-②、17、18 (10)1.5外部输入输出信号线 (10)1.5.1外部输入信号线“INPUT” 图1.1/图1.2-③（附带仿真接插件） (10)1.5.2外部输出信号线“OUTPUT” 图1.1/图1.2-④（附带接插件） (10)1.6串行输入输出信号线 (10)1.6.1串行输入输出信号“COM1” 图1.1/图1.2-⑤ (10)1.6.2串行输入输出信号“HOST/TCPRG” 图1.1/图1.2-⑥ (10)1.7TP线“TP”图1.1/图1.2-⑦（附带仿真接插件） (10)1.8FUSE线“FUSE”图1.1/图1.2-⑨ (10)1.9I/O用P24V供电线图1.1/图1.2-⑧ (10)1.10MEM线“MEM”图1.1/图1.2-⑩ (11)1.11F IELDBUS线“F IELDBUS”图1.1/图1.2-11（选购） (11)1.12EXT-I/O线“EXT I/O”图1.1/图1.2-12（附带接插件） (11)1.13LAN线“LAN”图1.1/图1.2-13 (11)1.14扩展输入输出信号线 (11)1.14.1扩展输入信号线“INPUT(TR)” 图7.3/图7.4-14（选购） (11)1.14.2扩展输出信号线“OUTPUT(TR)” 图7.3/图7.4-15（选购） (11)1.15PE连接线“PE”图1.1/图1.2-16（附带M4螺丝） (11)2电源线 (12)2.1电源线的连接 (12)2.2电源线的连接方法 (12)2.3电源线的连接示例 (13)2.4外部保护装置的电源切断连接示例 (14)3机械手控制线 (15)3.1TSL3000马达、制动器线 (15)3.2TSL3100马达线（6轴型） (16)3.3TSL3100制动器线（6轴型） (17)3.4TSL3000编码器线 (18)3.5TSL3100编码器线（6轴型） (19)3.6抓手输入输出信号线的连接（THL系列） (20)3.7抓手输入输出信号线的连接（TVL系列） (22)3.8抓手输入输出信号线制作 (24)3.8.1THL系列抓手部分 (24)3.8.2TVL系列抓手部分 (24)3.9抓手输入输出信号线装卸 (25)3.10抓手输入输出信号 (26)4外部输入输出信号线 (28)4.1外部输入信号线 (28)4.1.1外部输入信号线的连接 (28)4.1.2数字输入信号 (30)4.1.3系统输入信号 (31)4.1.4安全措施用信号的跨接 (49)4.2外部输出信号线 (50)4.2.1外部输出信号线的连接 (50)4.2.2数字输出信号 (52)4.2.3系统输出信号 (53)4.3外部输入输出信号线的制作 (65)4.4外部输入输出信号线的装卸 (66)4.5使用外部信号的控制器操作示例 (67)4.6关于操作按钮、指示灯的颜色配置 (71)5串行输入输出信号线 (72)5.1串行输入输出信号线的连接 (72)5.2串行输入输出信号线装卸 (73)6TP线 (74)6.1TP1000外形与名称 (74)6.2TP线的连接 (75)6.3启用开关操作方法 (76)7EXT-I/O线（选购） (77)7.1EXT-I/O线的连接 (77)7.2EXT-I/O通信 (79)7.3EXT-I/O线的装卸 (82)8扩展输入输出信号线 (83)8.1TR48DIOCN (83)8.1.1扩展输入信号线的连接 (83)8.1.2扩展输出信号线的连接 (85)8.2TR48DIOC (86)8.2.1扩展输入信号线的连接 (86)8.2.2扩展输出信号线的连接 (87)8.3扩展输入输出信号线的制作 (88)8.4扩展输入输出信号线的装卸 (88)9外部输入输出用电源供给线的连接 (89)1 外部连接线的类型1.1 接插件的配置与名称（4轴型）TSL3000机械手控制器与机械手以及外部设备之间使用配置在控制器正面与背面的接插件和端子台进行连接。
TM-xa系列 计重型 收银系列使用说明书V2.30B
1.4 规格 ................................................................................................................. 6 1.5 TM-xA 系列热敏打印机 .................................................................................. 6
前言
感谢您使用上海精函有限公司的产品！在您开始使用本产品前，请务必仔细阅读《前言》中的内容， 并严格遵守这些事项！
1.1 注意事项
Ø 确保电源插头和电源线连接正常，使用三芯电源线进行连接，如果使用了拖线板，则拖线板的插口 也要是三芯的，确保三芯的地线妥善的与建筑大地连接，以避免漏电的情况。
Ø 切勿用沾湿的手插拔电源插头，这样可能导致触电。 Ø 严禁将身体重力压在秤盘上，以免损坏称重传感器。 Ø 严禁撞击重压，或用重物冲击秤盘，以免损坏称重传感器，同时勿超过其最大称量范围。 Ø 严禁淋雨或用水冲洗；如不慎沾水，请用干布擦试干净；若秤体工作异常，请尽速送到经销商处，
沈阳广成 六通道CAN总线数据存储器 GCAN-406 用户手册
GCAN-406六通道CAN总线数据存储器（专业版）用户手册文档版本：V1.00（2018/3/21）修订历史版本日期原因V1.002018/03/21创建文档目录1.功能简介 (4)1.1功能概述 (4)1.2性能特点 (4)1.3典型应用 (4)2.设备安装 (5)3.设备使用 (6)3.1校正系统时间 (6)3.2CAN总线配置 (6)3.3与CAN总线连接 (7)3.4CAN总线终端电阻 (7)3.5系统状态指示灯 (8)3.6U盘模式 (9)4.保存说明 (10)4.1二进制文件保存举例 (10)4.2文本文档保存举例 (10)4.3Vector软件可导入文件保存举例 (11)4.5文件合并 (12)5.GPS功能说明（该功能需选配） (13)6.技术规格 (14)8.常见问题 (15)附录A：CAN2.0B协议帧格式 (16)附录B：CAN总线帧信息定义 (18)1.功能简介1.1功能概述沈阳广成科技有限公司GCAN-406CAN总线数据存储器模块是我公司推出的专门用于存储CAN总线数据的模块。
该模块集成6路标准CAN总线接口，通过将模块接到CAN总线上，可以实现CAN总线数据的实时存储。
模块通过内置TF存储卡的方式，将总线上的数据实时存储到TF存储卡中，实现离线脱机实时存储。
存储结束后用户只需将模块带回，通过专用的软件将存储的数据还原成真实的总线数据即可，便于用户分析。
模块适用于需要CAN总线历史数据采集、故障前后报文分析等系统。
可广泛应用于汽车、轨道车辆、工业控制等大数据量且不易排查故障的系统中。
且模块可选配GPS功能，存取GPS信息，便于数据回放。
1.2性能特点●高速的32位工业级处理器；●使用外接电源供电(DC+9~30V)；●供电电流：200mA，12V DC；●静电放电抗扰度等级：接触放电±2KV，空气放电±15KV；●电快速瞬变脉冲群抗扰度等级：±1KV；●浪涌抗扰度等级：±1KV；●集成6路标准CAN总线接口，使用DB26公头；●CAN总线支持CAN2.0A、CAN2.0B帧格式，符合ISO/DIS11898标准；●CAN总线通讯波特率在20Kbps~1Mbps之间可通过软件配置；●CAN总线接口采用电气隔离，隔离模块绝缘电压：DC1500V；●每个CAN通道最高接收数据流量：4000帧/秒；●数据支持TXT、ASC、DAT三种存储格式；●存储卡最大容量支持128G；●CAN数据带有时间戳，精度0.1ms；●工作温度范围：-40℃~+85℃；●工作湿度范围：5%~95%RH无凝露；●尺寸：(长)150mm*(宽)100mm*(高)30mm。
4064用户使用说明书
从机故障：所扩接的报警器（JB-QB-508、JB-LGZ-YBZ2032等）出现故障本灯亮。
功能板故障：所接控制单元出现故障本灯亮。
区显故障：当总线上至少有一个区域显示器出现故障本灯亮。
主机故障：PC机出现故障本灯亮
首次火警：用于显示首次火警地址（无火警时显示时间）。
10.1.21“编程／输入”： 给相应的设备图形输入地址。分为网络方式和单机方式。网络方式下：CAN总线设备需输入主机号，485总线设备需输入主机号、设备号，探测器和控制模块需输入主机号、设备号、通道号、地址号。单机方式下：CAN总线设备（只有一个4064）和485总线设备需输入设备号，探测器和控制模块需输入设备号、通道号和地址号。输入顺序必须是先输入CAN总线设备地址，再输入485总线设备地址，最后输入探测器和控制模块地址。操作：将鼠标移到设备图形上按左键，然后按提示输入数据。此项功能中还允许用户根据需要选择手动输入方式或自动输入方式。
can串行口主控机4064508控制单元集中显示单元显示控制单元11本系统以pc104工业计算机为主机各控制单元以mcs51系统单片机为核心主机通过巡检方式不各控制板交换数据接收每一块控制单元的报警信息统一处理后再将控制命令通过控制单元直接利用mcs51系列单片机的串行口被劢接收主机数据区显控制板不区显同样采用巡检方式通讯区域显示器被劢接收和収送数据采用的是rs485接口另外系统迓可通过计算机内部的can总线接口不其它具有can接口的控制器通讯can总线接口采用的是sja1000芯片利用该芯片的多主结构可实现分机数据的主劢収大:单机容量可达4064个地址单元。
3.2 智能化:对于不同的消防联动设备提供不同的控制方法，以达到最佳控制效果。
JPS应用说明书
Q: 探险家接收机有多少种型号，有什么区别？A: 主要有探险家100/200/210/300/400/500/600。
它们的区别主要在显示屏、电池和外接存储卡，以及一些功能上的不同。
探险家100/200/210/300和400是4级单色显示屏（400是高分辨率的），探险家500和600是彩色高分辨率显示屏；探险家100/200/210/300用的是2节5号电池，探险家400，500和600用的是充电电池。
探险家100/200/210/300的数据只能保存在内存里，而探险家400，500和600有外接SD卡选项。
详细的比较，可参见eXplorst探险家系列对比表。
Q: 探险家接收机可以和SporTrak和Meridian的底图兼容吗？A: 不可以。
Q: 如何正确的连接我的探险家400/500/600到USB和电源？A: 在您的探险家和交流电源以及USB接口和计算机连接之前，应先将USB接口接到您的接收机背面。
必须按如下顺序连接电缆和电源。
请按以下连接顺序：1、将探险家的USB接头接到探险家接收机上2、将USB的另一端接到PC上3、将AC电源接到探险家的USB电缆上Q:为什末探险家连接不到电脑上？A:从以下几点中排查：A.没有关闭同步软件ACTIVESYNC中的"允许使用COM1,COM2"选项，是同步软件占用了端口B.没有在"高级功能--通讯"中调节USB为"文件传输"或者"NEMA数据通讯"模式前者是将GPS作为一个移动硬盘，可以直接"复制粘贴" 文件；后者是连接笔记本电脑作为一个 GPS MOUSE来用，但是不能拷贝航点、航线数据；两个模式都可以连通GPS和 MAPSENDC.驱动没有安装D.设备没有开机Q: 我的探险家可以保存多少藏宝点?A: 藏宝点也是一种兴趣点(POI)。
在内部存储器中，您可以存储500个藏宝点或兴趣点。
GStar-S406使用说明书
GStar-S406土壤水分仪使用说明书中国电子科技集团公司第二十七研究所 河南省气象科学研究所中国·河南·郑州目录1 GStar-S406土壤水分仪简介 (1)1.1仪器组成 (1)1.2 传感器工作原理 (1)1.3 GStar-S406手持信号处理与显示系统 (2)1.4 应用范围和技术 (3)1.5 仪器主要技术特性 (3)2 使用GStar-S406准备工作 (4)2.1 连接 (4)2.1.1连接数据线 (4)2.1.2连接电脑 (4)2.2开机 (4)2.3设置参数 (5)2.3.1数据显示类型设置 (5)2.3.2土壤类型设置 (5)2.3.3电源自动关闭时间设置 (6)3.开始使用 (7)3.1插针式传感器测量方法 (7)3.2查询功能 (7)3.2.1.查询历史数据 (7)3.2.2查询当前地理位置 (7)3.2.3测量当前地温 (8)3.3清除历史数据 (8)3.4快速关机 (8)4连接电脑与软件使用 (9)4.1系统软件操作 (9)4.2 安装与启动 (9)4.3 操作与使用 (10)4.3.1参数设置 (10)4.3.2数据采集 (11)4.3.3数据查询 (12)4.3.4传感器标定 (12)4.3.5标定计算 (14)4.3.6数据监视 (16)4.3.7温度标定 (18)1 GStar-S406土壤水分仪简介1.1仪器组成GStar-S406土壤水分仪包含插针式土壤水分传感器、GPS 模块、地温传感器、手持采集器、通讯电缆、取土工具和计算机应用软件等几部分组成。
图1 GStar –S406土壤水分仪系统框图 1.2 传感器工作原理GStar-S406由一个内含电子器件的防水室和与之一端相连的四个不锈钢针的成型探针组成。
这些探针直接插入土壤，探头尾部的电缆线链接电源和输出模拟信号。
GStar-S406通过特殊设计的传输线产生高频信号，测量土壤参数。
MOXA V2406A Series 产品说明书
V2406A SeriesIntel®3rd Gen Core™CPU,EN50155railway computerFeatures and Benefits•Intel Celeron/Core i7processor•Dual independent DVI-I displays•2Gigabit Ethernet ports with M12X-coded connectors•1SATA connector and2CFast sockets for storage expansion•M12A-coded power connector•Compliant with EN50121-4•Complies with all EN50155mandatory test items1•Ready-to-run Debian7,Windows Embedded Standard7,and Windows10Embedded IoT Enterprise2016LTSB platforms•-40to70°C wide-temperature models available•Supports SNMP-based system configuration,control,and monitoring(Windows only)CertificationsIntroductionThe V2406A Series embedded computers are based on the Intel3rd Gen processor,and feature4RS-232/422/485serial ports,dual LAN ports, audio in/out,3USB2.0hosts,2CFast sockets,and1SATA storage socket.The V2406A computers provide dual DVI-I outputs,and in addition are compliant with the mandatory test items of the EN50155standard,making the computers suitable for a variety of industrial applications.The dual megabit/Gigabit Ethernet ports with M12X-coded connectors offer a reliable solution for network redundancy,promising continuous operation for data communication and management.As an added convenience,the V2406A computers have6DIs and2DOs for connecting digital input/output devices,and the CFast feature provides the reliability needed for industrial applications that require data buffering and storage expansion.Preinstalled with Linux Debian7or Windows Embedded Standard7,the V2406A Series provides programmers with a friendly environment for developing sophisticated,bug-free application software at a low cost.Wide-temperature models of the V2406A Series that operate reliably in a-40 to70°C operating temperature range are also available,offering an optimal solution for applications subjected to harsh environments.1.This product is suitable for rolling stock railway applications,as defined by the EN50155standard.For a more detailed statement,click here:/doc/specs/EN_50155_Compliance.pdfAppearanceFront ViewRear ViewSpecificationsComputerCPU V2406A-C2Series:Intel®Celeron®Processor1047UE(2M cache,1.40GHz)V2406A-C7Series:Intel®Core™i7-3517UE Processor(4M cache,up to2.80GHz) System Chipset Mobile Intel®HM65Express ChipsetGraphics Controller Intel®HD Graphics4000(integrated)System Memory Pre-installed4GB DDR3System Memory Slot SODIMM DDR3/DDR3L slot x1Supported OS Linux Debian7Windows Embedded Standard7(WS7E)32-bitWindows Embedded Standard7(WS7E)64-bitStorage Slot 2.5-inch HDD/SSD slots x1CFast slot x2Computer InterfaceEthernet Ports Auto-sensing10/100/1000Mbps ports(M12X-coded)x2Serial Ports RS-232/422/485ports x4,software selectable(DB9male)USB2.0USB2.0hosts x1,M12D-coded connectorUSB2.0hosts x2,type-A connectorsAudio Input/Output Line in x1,Line out x1,M12D-codedDigital Input DIs x6Digital Output DOs x2Video Output DVI-I x2,29-pin DVI-I connectors(female)Digital InputsIsolation3k VDCConnector Screw-fastened Euroblock terminalDry Contact On:short to GNDOff:openI/O Mode DISensor Type Dry contactWet contact(NPN or PNP)Wet Contact(DI to COM)On:10to30VDCOff:0to3VDCDigital OutputsConnector Screw-fastened Euroblock terminalCurrent Rating200mA per channelI/O Type SinkVoltage24to30VDCLED IndicatorsSystem Power x1Storage x1LAN2per port(10/100/1000Mbps)Serial2per port(Tx,Rx)Serial InterfaceBaudrate50bps to921.6kbpsFlow Control RTS/CTS,XON/XOFF,ADDC®(automatic data direction control)for RS-485,RTSToggle(RS-232only)Parity None,Even,Odd,Space,MarkData Bits5,6,7,8Stop Bits1,1.5,2Serial SignalsRS-232TxD,RxD,RTS,CTS,DTR,DSR,DCD,GNDRS-422Tx+,Tx-,Rx+,Rx-,GNDRS-485-2w Data+,Data-,GNDRS-485-4w Tx+,Tx-,Rx+,Rx-,GNDPower ParametersInput Voltage12to48VDCPower Connector M12A-coded male connectorPower Consumption(Max.) 3.3A@12VDC0.82A@48VDCPower Consumption40W(max.)Physical CharacteristicsHousing AluminumIP Rating IP30Dimensions(with ears)275x63x154mm(10.83x2.47x6.06in) Dimensions(without ears)250x57x154mm(9.84x2.23x6.06in)Weight2,000g(4.44lb)Installation DIN-rail mounting(optional),Wall mounting(standard) Protection V2406A-C2-CT-T/C7-CT-T:PCB conformal coating Environmental LimitsOperating Temperature Standard Models:-25to55°C(-13to131°F)Wide Temp.Models:-40to70°C(-40to158°F) Storage Temperature(package included)-40to85°C(-40to185°F)Ambient Relative Humidity5to95%(non-condensing)Standards and CertificationsEMC EN55032/24EMI CISPR32,FCC Part15B Class AEMS IEC61000-4-2ESD:Contact:6kV;Air:8kVIEC61000-4-3RS:80MHz to1GHz:20V/mIEC61000-4-4EFT:Power:2kV;Signal:2kVIEC61000-4-5Surge:Power:2kVIEC61000-4-6CS:10VIEC61000-4-8PFMFRailway EN50121-4,IEC60571Railway Fire Protection EN45545-2Safety EN60950-1,UL60950-1Shock IEC60068-2-27,IEC61373,EN50155Vibration IEC60068-2-64,IEC61373,EN50155DeclarationGreen Product RoHS,CRoHS,WEEEMTBFTime332,173hrsStandards Telcordia(Bellcore),GBWarrantyWarranty Period3yearsDetails See /warranty Package ContentsDevice1x V2406A Series computer Installation Kit1x wall-mounting kit Documentation1x document and software CD1x quick installation guide1x warranty card DimensionsOrdering InformationModel Name CPU Memory(Default)OS CFast(CTO)Backup CFast(CTO)SSD/HDD Tray(CTO)Operating Temp.ConformalCoatingV2406A-C2Celeron1047UE4GB1(Optional)1(Optional)1(Optional)-25to55°C–V2406A-C2-T Celeron1047UE4GB1(Optional)1(Optional)1(Optional)-40to70°C–V2406A-C2-CT-T Celeron1047UE4GB1(Optional)1(Optional)1(Optional)-40to70°C✓V2406A-C7Core i7-3517UE4GB1(Optional)1(Optional)1(Optional)-25to55°C–V2406A-C7-T Core i7-3517UE4GB1(Optional)1(Optional)1(Optional)-40to70°C–V2406A-C7-CT-T i7-3517UE4GB1(Optional)1(Optional)1(Optional)-40to70°C✓V2406A-C2-W7E Celeron1047UE4GB8GB1(Optional)1(Optional)-25to55°C–V2406A-C2-T-W7E Celeron1047UE4GB8GB1(Optional)1(Optional)-40to70°C–V2406A-C7-T-W7E i7-3517UE4GB8GB1(Optional)1(Optional)-40to70°C–Accessories(sold separately)Battery KitsRTC Battery Kit Lithium battery with built-in connectorCablesCBL-M12(FF5P)/Open-100IP67A-coded M12-to-5-pin power cable,IP67-rated5-pin female M12connector,1mCBL-M12XMM8PRJ45-BK-100-IP67M12-to-RJ45Cat-5E UTP gigabit Ethernet cable,8-pin X-coded male connector,IP67,1m ConnectorsM12A-5PMM-IP685-pin male circular threaded D-coded M12USB connector,IP68M12X-8PMM-IP678-pin male X-coded circular threaded gigabit Ethernet connector,IP67M12A-5P-IP68A-coded screw-in sensor connector,female,IP68,4.05cmM12A-8PMM-IP678-pin male circular threaded A-codes M12connector,IP67-rated(for field-installation)Power AdaptersPWR-24270-DT-S1Power adapter,input voltage90to264VAC,output voltage24V with2.5A DC loadPower CordsPWC-C7AU-2B-183Power cord with Australian(AU)plug,2.5A/250V,1.83mPWC-C7CN-2B-183Power cord with two-prong China(CN)plug,1.83mPWC-C7EU-2B-183Power cord with Continental Europe(EU)plug,2.5A/250V,1.83mPWC-C7UK-2B-183Power cord with United Kingdom(UK)plug,2.5A/250V,1.83mPWC-C7US-2B-183Power cord with United States(US)plug,10A/125V,1.83mAntennasANT-WDB-ANF-0407 2.4/5GHz,omni-directional antenna,4/7dBi,N-type(male)Wall-Mounting KitsV2400Isolated Wall Mount Kit Wall-mounting kit with isolation protection,2wall-mounting brackets,4screwsStorage KitsFK-75125-02Storage bracket,4large silver screws,4soft washers,4small sliver bronze screws,1SATA powercable,4golden spacers(only for the V2406and V2426)DIN-Rail Mounting KitsDK-DC50131DIN-rail mounting kit,6screws©Moxa Inc.All rights reserved.Updated Jan22,2020.This document and any portion thereof may not be reproduced or used in any manner whatsoever without the express written permission of Moxa Inc.Product specifications subject to change without notice.Visit our website for the most up-to-date product information.。
南京贝谷特高频局部放电检测仪器使用说明书
南京贝谷特高频局部放电检测仪器使用说明书xx谷特高频局部放电检测仪器它主要适用于在电气实验中电气设备它在产生局部放电时，与此同时会产生相应的电磁波，而这个产生的电磁波它也会像外传播的时候形成暂时型状态的电压信号。
至于关于这个电压信号它的大小主要与实验中产生的局部电流的大小以及放电点离实验装置远近有直接的联系。
而我们进行检测局部放电的时候就是主要靠这种电压信号来进行判定检测的，我们试验的时候可以根据这些限制条件进行操作。
这种局部放检测仪它不仅灵敏度高，只要将它放在你所要检测的装置或者是元件旁边，它就可以迅速地准确的检测出相应的电压信号大小，并且立即反应到显示屏上显示，让操作者可以立马知道相关信息。
这种机器它检测的覆盖率十分大，可以用于我们所有的电气方面的实验，它可以检测的阻抗十分齐全完善。
这种试验仪器它一旦经过适当的输入标定的值，那么它就能够直读出放出电脉冲它的放电量，它的指针式表头和数字式表头可以进行同时显示，这样的指针式表头能按需要非常方便地选择对应的数刻度和线性的刻度进行指示，这也是针对于不同人的不同需求来进行设计的，可以更加全面的满足大多数人的需求。
局部放电测试仪它是电力部门、制造厂商和科技研究院所等单位广泛进行使用的非常实用的局部放电的检测仪器。
xx谷特高频xx谷特高频局部放电检测仪器器使用说明书如下：1、xx谷特高频局部放电检测仪器局部放电测试仪开机准备将“时基频率”选择7置于“50（内）”、“时基工作方式”5置于“椭圆”。
对数线性选择开关2置于线性。
电源插座33接上220V工频电源，将电源开关12按到“ON”位置，开机预热5分钟。
2、仪器校准参照图4接好线后，在未加试验电压前用JZF型校正脉冲发生器予以校准。
注意：校正脉冲发生器红端子上的导线尽量短且接在试品的高压端，黑端子导线接在试品的低压端。
调节“放大器增益细调”13与“放大器增益粗调”15使注入脉冲高度适当（示波屏上显示高度2cm以下）；电压、放电量数字表（3）的示数和线性、对数指针表（1）的示数与注入已知电量相符。
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GStar-S406土壤水分仪使用说明书中国电子科技集团公司第二十七研究所 河南省气象科学研究所中国·河南·郑州目录1 GStar-S406土壤水分仪简介 (1)1.1仪器组成 (1)1.2 传感器工作原理 (1)1.3 GStar-S406手持信号处理与显示系统 (2)1.4 应用范围和技术 (3)1.5 仪器主要技术特性 (3)2 使用GStar-S406准备工作 (4)2.1 连接 (4)2.1.1连接数据线 (4)2.1.2连接电脑 (4)2.2开机 (4)2.3设置参数 (5)2.3.1数据显示类型设置 (5)2.3.2土壤类型设置 (5)2.3.3电源自动关闭时间设置 (6)3.开始使用 (7)3.1插针式传感器测量方法 (7)3.2查询功能 (7)3.2.1.查询历史数据 (7)3.2.2查询当前地理位置 (7)3.2.3测量当前地温 (8)3.3清除历史数据 (8)3.4快速关机 (8)4连接电脑与软件使用 (9)4.1系统软件操作 (9)4.2 安装与启动 (9)4.3 操作与使用 (10)4.3.1参数设置 (10)4.3.2数据采集 (11)4.3.3数据查询 (12)4.3.4传感器标定 (12)4.3.5标定计算 (14)4.3.6数据监视 (16)4.3.7温度标定 (18)1 GStar-S406土壤水分仪简介1.1仪器组成GStar-S406土壤水分仪包含插针式土壤水分传感器、GPS 模块、地温传感器、手持采集器、通讯电缆、取土工具和计算机应用软件等几部分组成。
图1 GStar –S406土壤水分仪系统框图 1.2 传感器工作原理GStar-S406由一个内含电子器件的防水室和与之一端相连的四个不锈钢针的成型探针组成。
这些探针直接插入土壤，探头尾部的电缆线链接电源和输出模拟信号。
GStar-S406通过特殊设计的传输线产生高频信号，测量土壤参数。
该传输线的阻抗随土壤阻抗变化而变化。
选用电信号的频率使离子传导率的影响最小，以使传输线阻抗变化几乎仅依赖于土壤介电常数的变化。
这些变化产生一个电压驻波，驻波随探针周围介质的变化增加或减小晶体振荡器产生的电压。
GStar-S406利用振荡器产生的电压和振荡器返回电压的差值测量土壤的介电常数。
因为仅在制造过程中调节GStar-S406以产生一个与已知介电常数对应电脑手持信号处理与显示系统GPS 模块通讯电缆 地温传感器插针式土壤水分探测器的一致的输出电压，所以每个GStar-S406无需系统标定即可互换使用。
Whally，White ，Knight ，Zegelin，Topp等人多年来的工作表明了介电常数与土壤容积含水量存在一定的关系，且这种关系适用于多种土壤。
输出电压在0-1V（DC）表示土壤介电常数在1-32之间。
表1 仪器机械和电气参数技术参数测量参数土壤容积含水量（），（单位:g）量程0~100%精度±5%土壤取样体积90%的影响在围绕中央探针的直径2.5cm、长6cm的圆柱体内；环境能长期埋在广泛不同的土壤或水中而不影响功能和耐腐蚀；稳定时间通电约10秒；响应时间0.5秒内对99%的变化有响应；任务循环100%(可连续操作)供电电源电源：3节1.5V 5号碱性或镍氢电池；电流消耗：75 mA ~120mA；输出信号：含水量：0~100%，电压：0~1.0V(DC) GPS定位纬度、经度、海拔高度地温测量范围：-30~200℃，精度±1℃管密封材料ABS探针材料不锈钢电缆长度不小于2m1.3 GStar-S406手持信号处理与显示系统该仪器采用ARM微处理器进行控制、运算、存储。
采用了16位精度的AD 变换器，使测量显示精度提高，并由一个2X16字符的液晶显示器显示测量结果，在对土壤水分进行测量时，仪表可以直接显示容积含水量。
由于湿度探测器GStar –S406是采用高频技术对被测介质的相对介电常数进行测量，为了使仪器能够对不同类型的土壤以及其它微粒或者粉末甚至液体物质进行水分测量，仪表在显示土壤水分的同时，也显示了毫伏值，扩大了仪器的使用范围。
土壤水分值的测量结果，是对无机土壤进行了严格的标定后以曲线方式计算得出结果。
对于一般的土壤水分测量，可以满足使用要求。
GStar –S406可以存储2000个测量结果，数据能够长期保存，即使在更换电池时也不会丢失，数据可以通过RS-232接口传输到计算机内。
GStar –S406采用节能工作模式，3秒钟探头供电测试，可设置15~60s等待状态，自动关机进入休眠, 采用3节1.5V 5号电池供电。
仪表采用耐用ABS机壳，小巧美观。
1.4 应用范围和技术在农业部门，GStar –S406可用于农作物及土壤水分信息自动监测网及农作物精量控制用水系统，也可以在管道灌溉、喷滴灌溉自动控制系统；在交通部门的公路建设质量管理、气象灾害预报、工业水泥生产、堤坝渗漏监测、食品加工等国民经济领等领域。
1.5 仪器主要技术特性1.模拟信号输出范围：0-1000mv;2.显示测量结果精确到小数点后一位；3.存储容量为不少于2000个测量结果；4.RS-232通讯接口与计算机通讯；5.数据显示方式：2行16位LCD，可以显示电池状态、测量次数以及测量序号、水分百分含量、毫伏值、经纬度，海拔高度，日期，时期等；6.节电的3秒钟探头预热测量模式；7.自动关机功能,非易失性FLASH存储器，更换电池数据不丢失；8.GPS定位；9.地温测量。
2 使用GStar-S406准备工作2.1 连接2.1.1连接数据线若您想连接电脑，请参阅一下连接电脑接线图。
连接传感器连接手持设备传感器图 22.1.2连接电脑要连接电脑进行读出写入操作时。
任意一头接电脑任意一头接手持设备图32.2开机按“开机”键，此时液晶屏幕会显示“GStar-S406 CETC27&HNQKS ”，此时您的仪器便可开始工作了。
2.3设置参数图4 插针式传感器按“设置”键进入：2.3.1数据显示类型设置屏幕显示“Disp Data Type”,此行为“数据显示类型设置”“0：Vol,1:Densi—0”此行的意思为：0体积含水率，1重量含水率，本选项默认值为0，即体积含水率。
按或进行选择，请参阅实际需要及相关知识进行选择。
选择好数据类型后，按“确定”键，进行确认，当屏幕显示“Set Disp Type OK!”,表明设置数据类型成功。
再次按“设置”键进入2.3.2土壤类型设置屏幕显示“Soil Type：1”,此行为“土壤类型设置”“1Powd2Sand3Clay”此行的意思为：1壤土，2沙土，3粘土，本选项默认值为1，即壤土。
按或进行选择，请参阅实际需要及相关知识进行选择。
选择好数据类型后，按“确定”键，进行确认，当屏幕显示“Set Soil Type OK!”,表明设置土壤类型成功。
再次按“设置”键进入2.3.3电源自动关闭时间设置屏幕显示“Power Off Delay”,此行为“电源自动关闭设置”“10->60:40”此行的意思为：自动待机时间最短为10秒，最长为60秒。
按或进行选择，请参阅实际需要进行选择。
选择好合适时间后，按“确定”键，进行确认，当屏幕显示“Set Power Off OK!”,表明设置电源自动关闭时间成功。
3.开始使用3.1插针式传感器测量方法测量当前土壤水分值先按“开机”键，再按“测量”键屏幕显示“Testing… Please Wait…”意为“正在测量，请稍后”。
当屏幕显示“20091013 172338a 0007：77mv 1.8%”，“20091013 172338a”为“测量日期和测量时间”，“0007：”为当前数据在在总共储存数据中的位置为第七个，“77mV”测出的电压值为77mV “1.8%”为测出的体积含水率或重量含水率为1.8%3.2查询功能3.2.1.查询历史数据先按“开机”键，再按“查询”键屏幕显示“Select Query”意为“查询内容选择”。
屏幕显示“1：Record Data”意为“查询历史数据”如果查询，请按“确定”按上下键进行翻看。
3.2.2查询当前地理位置先按“开机”键，连续按“查询”键两次。
屏幕显示“Select Query”意为“查询内容选择”。
屏幕显示“2：GPS Info”意为“当前地理位置查询”如果查询，请按“确定”按上下键进行翻看。
注：此功能需装备GPS模块才可用。
3.2.3测量当前地温先按“开机”键，连续按“查询”键三次。
屏幕显示“Select Query”意为“查询内容选择”。
屏幕显示“3：Temperature”意为“当前地理位置查询”如测量地温，请先与温度传感器连接，按“确定”键；屏幕会显示当前室温，例如：Current Temp: 15.8；再将温度传感器探针前端插入要测量的土壤中即可读取相应数据。
注：此功能需连接测温传感器时才能显示正确结果。
3.3清除历史数据先按“开机”键，再按“清除”键屏幕显示“Are you sure？Enter（yes）”意为“你确定要删除数据吗？请确认”如果确定请按确定键，注意，清除数据后，将不能够恢复，正常使用过程中，在现场测量结果后，回到实验室请先倒入计算机，以免误操作删除掉测量数据。
如果取消请按上下键。
3.4快速关机“换挡”键+“确认”键4连接电脑与软件使用4.1系统软件操作GStar –S406可以存储2000个测量数据。
在测量现场，用户可以通过上下键查询既往读数；GStar –S406配有专用计算机数据下载软件,通过该软件及配套通讯电缆，可将GStar –S406内部数据下载到计算机中。
GStar-S406土壤水分仪系统软件，功能齐全，操作方便，能进行实时数据测量、历史数据采集、数据查询及传感器标定等操作。
CPU：486及以上（推荐），配有串口；内存：512MB以上（推荐）；屏幕分辨率：1024×768、32位色（推荐）；操作系统：Windows 9x/2000/XP.使用说明本软件仅作为故障调试、传感器标定之用，尽管其具有数据监视、数据抄收等功能，但我们不推荐您使用这些功能。
4.2 安装与启动错误！未找到引用源。
安装安装包解压后，按照相关的说明进行使用。
错误！未找到引用源。
启动启动程序的方法有如下几种：错误！未找到引用源。
通过开始项启动：选择Windows桌面上的开始项，单击，在程序组里选择GStar-S406土壤水分调试软件，单击即可启动；错误！未找到引用源。
直接双击桌面上的调试软件图标启动；错误！未找到引用源。
通过安装目录启动：进入本软件的安装目录，双击可执行文件SoilARM_Debug.exe或调试软件图标即可完成启动。