拓普康gm101说明书
拓普康接收机及手薄常规操作

拓普康接收机及手薄常规操作gps培训TOPCON的GPS接收机及其日常操作一、接收机的常规操作和指示灯的判别Minter是TOPCON接收器的控制数据输入/输出和显示接口。
所有Hiper系列接收器都使用Minter。
电源键按电源键打开和关闭接收器。
状态(STAT)指示器当接收机在开机状态但没有跟踪到卫星时,stat指示灯闪红色。
跟踪并锁定卫星后,每个被跟踪卫星的stat指示灯将闪烁一次(绿色为GPS卫星,橙色为GLONASS卫星)。
重置键按住reset键约1秒将会引起:接收机的硬复位。
接收器从零功耗模式返回正常模式。
FN键和rec指示器按fn键小于1秒将使接收机在不同的信息模式(正常模式,扩展信息模式)间切换,或是在静态模式和动态模式间切换,这取决于接收机的设置。
按下FN键不到1秒时,rec指示灯将显示橙色。
按住FN键1至5秒,开始/停止数据记录。
数据记录期间,rec指示灯为绿色。
假如rec指示灯显示红色,则表明内存已经没有剩余空间了,或是存在硬件故障,当然也可能是oaf文件不合适。
每次数据写入接收器存储器时,接收器rec指示灯呈绿色闪烁。
按住fn键5至8秒,可将接收机a口的波特率设置为9600。
在按下fn键约5秒以后,rec指示灯将变成红色,要在rec指示灯为红色时释放fn键(接下来的3秒时间内)。
按住FN键8秒以上对接收器没有影响。
安装新的接收器固件程序或清除接收器的NVRAM后,接收器将自动检查其内部文件系统。
在此期间,rec指示灯以橙色闪烁,CDU应用软件(控制)无法显示接收器的文件系统gps培训显示单元)以访问或记录数据。
根据具体情况和内存大小,接收器可能需要几秒钟到几分钟的时间来检查文件系统。
电池指示器batt指示灯的颜色指示了hiper接收机内置电池充电的状况:绿色c表示已充电85%以上。
橙色c表示已充电至中等。
红色c表示已充电至15%以内。
电源的状态也可以通过电池指示灯的闪烁形式来指示:它始终处于C状态,外部电源用于供电,电池未充电。
拓普康GMS-2操作手册

内置的 GPS+天线安装有低信号放大器(LAN)和无线电 频率设备(RF),接收到的宽波段信号被反向转换、过滤、数 字化,并被赋给不同的通道。接收机的处理器控制整个信号跟 踪过程。
选购的应用软件 GMS-2 配有选购的 GIS 数据采集 的 应 用 软 件 (TopPAD 和 TopSURV_GIS) 。 这 两 个 应 用 软 件都扩展了 GMS-2 在 GIS 数据 采集方面的应用。
附件图形
有关 GMS-2 选购件的详细情况,请和您当地的拓普康代理商 联系。
12
1.6 OAF 授权文件
GMS-2 的标准配置如下: · GMS-2 接收机,只开通了 GPS L1 功能 · 护手带和软包 · USB 电缆 · 电源充电器及电缆 · 出厂预装的 BTManager 和 GMS Tools 软件 关于 GMS-2 选购件,请和 Topcon 代理商联系。
可充电电池和后备电池
GMS-2 出厂配有可充电电池,该电池可以在仪器内进行充 电,也可以选购件电池充电器进行充电。后备电池也是安装在 电池盒里面。在电池盒里面还标有 GMS-2 仪器的序列号。
在 SD 卡插槽的上部,有一个 RESET 键(硬启动键)。如 果 GMS-2 出现意外死机现象,按[RESET]键可以重新启动机器。
内置数码相机
GMS-2 内置了 130 万像素的数码相机,用于拍摄 GIS 点的 影像。
外接 GPS+天线的接口
GMS-2 可以外接 5V DC 的 GPS+天线,用于后处理的高精 度测量应用。
PDA101系列产品说明书

SpecificationPDA101SFor TV lounges etc.Specification as PDA101L but the microphone is replaced by a SCART lead30metres of 0.5mm 2 loop cable supplied.PDA101CFor ticket countersSpecification as PDA101L but loop cable replaced by easily installed TxBI loop padP D A 101M m i c r o p h o n e supplied.VariantsInputs Two 3.5mm Mono Jack socket MicrophoneImpedance 1 K WSensitivity -92 dB to -43 dB Phantom 2.5 V on tip, max current 0.25mA Line Impedance 47 K WSensitivity -30 dB to -12 dB Performance Dynamic range >75 dB Noise <-72 dBInput level controlSwitchable between mic and line for each inputMicrophone adjustable - ∞ to –56dB Line adjustableBandwidth40 Hz to 15 KHz, 0 dB line input -52 dB mic input40 Hz to 8 KHz, -24 dB line input -77 dB mic input Output Drive current Max 3.12 A PeakMax 1.42 A RMS 1 KHzLoop coverage50m 2 max. - must use 0.5mm 2 cable or TxBI counter loop padLoop impedance 0.2W to 1.2W PowerrequirementsMains voltage 230V AC ± 20% Consumption < 20VA2m mains lead and fused plug providedFusesPlug top 3AInternal mains fuse 250mA 20mm (HRC) DimensionsWidth 110mm Height 52mm Length 133mm Weight 785gPacked weight 1640gNo responsibility can be accepted by themanufacturers or distributors of this product for any misinterpretation of an instruction or guidance note or for the compliance of the system as a whole. These instructions are general and cannot be considered to cover every aspect of an installation. The manufacturer’s policy is one of continuous improvement and we reserve the right to make changes to product specifications at our discretion and without prior notice. E&OE.FeaturesTechnical Description50m 2 maximum coverage Wall mountable case2 x 3.5 mm inputs switchable between line and mic as requiredAutomatic compressor / expander Input adjustableLoop current adjustable to suit room conditionsUses up to 30 metres of 0.5mm 2 cable only (supplied)See page 8 for features of variantsThe PDA101 is a true constant current induction loop amplifier and is designed to cover up to an absolute maximum of 50m² (7.07m x 7.07m).A gain of 52 dB is applied to the microphone signal and a gain of 0dB to the line input. The signals are mixed using the front panel controls and then fed into the compander. This ensures that very low level or high level sources can be used without pre-amplification or attenuation. The compander maintains the output level within a 45dB window.Operation Instruction ManualPDA101L & VariantsAudio frequency induction loop ampilifiersAC power operationFor normal AC operation, plug the AC power supply cord in a wall outlet of 230 V specified voltage. The unit complies with BS415.AC power cordThe power cord supplied with the unit has a moulded plug. If it is necessary to remove the plug at any time, it must be replaced with a plug top meeting BS1363A, or equivalent, fitted with a 3 Amp fuse. The wires in the mains lead supplied with the unit are coloured in accordance with the following code. Green and Yellow Earth Blue Neutral BrownLiveAs the colours of the wires in the mains lead of this unit may not correspond with the coloured markings identifying the terminals in your plug, please connect as follows. Wire Plug terminalGreen & Yellow‘E’ mark‘EARTH’ symbol mark ‘GREEN’ mark‘GREEN AND YELLOW’ markBlue‘N’ mark‘BLACK’ mark ‘BLUE’ mark Brown‘L’ mark ‘RED’ mark ‘BROWN’ markCautionTo prevent electric shock do not remove the coverUpon receipt of the amplifier shipment, please inspect for any damage incurred in transit. If damage is found, please notify your local representative and the transport company immediately. State date, nature of damage and whether any damage was noticed on the shipping container prior to unpacking. Please give the waybill number of the shipping order.The unit should not be placed in areas; 1.with poor ventilation2.exposed to direct sunlight3.with high ambient temperature or adjacentto heat generating equipment 4.with high humidity or dust levels 5.susceptible to vibrationUnpackingIntentionally Blank Intentionally BlankLoop patternsA loop pattern laid on the floor is a low cost method to reduce over-spill by providing more even field strength compared to the usual single turn of cable laid around the room’s perimeter. The basic pattern looks like the diagram below:Large areas and multiple roomsUse several loop patterns, each pattern must be connected to a separate loop amplifier. When laying out patterns, ensure each is 90 degrees out of phase with its neighbours as per the following diagrams which show a two storey building:Note. For a two storey building the same loop position on different floors is also 90 degrees out of phase.Non-rectangular roomsLayout as per a basic pattern and step backthe prongs to the shape of the room.Each pattern should be considered as a many pronged fork. The pattern should be spaced approx. 2m from nearest wall / next pattern, prongs of the fork should be spaced approx. 2m apart and should be approx. 2m wide, prongs should extend to approx. 3/4m of base of fork.Assume the cable is being run around the edge of a room for cable diameter calculations, as the pattern restricts the amount of power which can be fed into the loop. The large black arrow shows clockwise direction of loop. Break into pattern at any point to connect PDA unit. Loop patternsInstallation Input connectionsTwo input connectors are standard 3.5mmmono jack sockets. Both are mic or lineselectable dependant upon the DIP switchpositions, use the following chart or see theback of the unit which has the switch positionsnext to the switches.Phantom power is supplied - 2.5V, 0.25mAmaximum.Read this manual thoroughly before startinginstallation, the following procedure should beused.1.Install the loop (see page 6)2.Before connecting a loop to the amplifieruse, a multimeter to check the loop is notshorted to ground at any point, (it will almostcertainly damage the amplifier if it is).Remove approximately 6mm of the outerinsulation from the cable. Connect the loopcable to the amplifier by inserting a terminalscrewdriver into the small rectangular holeabove the cable insertion hole, this will openthe insertion hole and allow the cable to bepushed into the connector. Remove theterminal screwdriver and the connector willclose gripping the cable. Ensure theconnector is gripping the conductor in thecable and not the insulation.3.Connect music or speech input signal to theamplifier. The peak line level of this signalshould be approximately 1V.4.Set the DIP switches as required.5.Ensure input levels controls and drivecontrol are fully anti-clockwise.6.Connect mains lead to the amplifier andensure the power LED (green) lights.7.Increase the input level controls until the red‘limit’ LED is just flashing. If you are usingboth inputs the level controls act as a simplemixer.8.Adjust the drive control until the red clip LEDjust lights during periods of high signal level(when the limit led just lights).ing an induction loop receiver (eg SigNETRxti2 or a field strength meter), listen to thesignal inside the loop. It is also advisable tocheck the system with a field strength meter.Please note that the orientation of the fieldstrength meter may influence the reading.Mains HumBackground hum can sometimes be heardwhen testing an installation especailly whentesting with a induction loop receiver. This isnot caused by the loop system and will NOTnormally be heard by hearing aid users, due tobuilt in filtering in most hearing aids. Thesource of mains hum is most likely to be (50Hz) mains wiring, particularly in old buildingswhere Live and Neutral cables may takedifferent routes, thus creating an inductionloop radiating at 50Hz. If the client complainsof mains hum simply switch off the amplifier toSwitch Off On1 Line Microphone2 Phantom Off Phantom ON3 Line Microphone4 Phantom Off Phantom ONOutput connectionsLoop outputThe output is via two Screwless vertical PCB terminals. Connection is made by way of tails. To allow cables to be inserted, slide a terminal screwdriver into the rectangular hole directly above the cable entry hole to be used, when cable has been inserted remove the screwdriver which allows the connector to close and grip the conductor.WARNING: The PDA amplifiers are capable of producing short term peaks of twice their rated current.The PDA101 can be wall mounted, using No 8 japanned woodscrews (provided) on 100 mm centres vertical or 45 mm centres horizontal, using the holes marked on the diagram below. Care must be taken when attaching unit to screw heads to ensure that screw heads do not damage the printed circuit board.Wall mountingLoop cablesCable selectionOnly 0.5mm 2 cable, as supplied, should be used. If other cable types are used it will be necessary to adjust the drive current as appropriate.Use of a tri-rated cable is recommended. This is cable with a tougher than usual jacket, the reason being; damage will occur to the amplifier if at any point the loop is grounded. Loop cable should ideally be laid at floor level but in certain circumstances this may not be possible. Any large amounts of metal (eg steel meshed reinforced concrete floors) will absorb some of the signal strength, in this case the cable may have to be mounted in the walls. Aluminium (suspended ceilings) being para-magnetic should also be avoided, mounting a loop above an aluminium suspended ceiling will probably result in almost no coverage, turning up the output of an amplifier would just make matters worse as it will just stress the output stage (and minutely warm the aluminium) resulting in a definite shortening of the life-span of the amplifier.Speaker positioningIf a speaker is placed near or beside a loop cable the cross-over in the speaker may pick up the loop signal, so try to keep speakers and loop cables as far apart as possible. Normally this does not show up in use because loop and speaker have the same programme material, only where the loop has a different signal to the speakers (e.g. stage talk back systems)will this become an issue.Feeder CablesWhen connecting an amplifier to a loop some distance away use a heavy gauge twisted pair (2.5mm 2). This will have a negligible impedance, as such the amplifier will not drive against it and the power will be fed into the loop where it can do useful work.Test loopsWe always recommend the laying of a test loop, there is no such thing as a standard installation and sometimes only a test loop will uncover problematic areas.FeedbackLong lengths of unbalanced signal cable may cause feedback when placed inside the loop. Keep connecting audio leads as short as pos-sible.Problems may occur when using standard dynamic microphones. The coil inside may act as a receiver and cause feedback. It is advisable to use condenser microphones. These may require phantom powering, available on both microphone inputs.Other sources of feedback are coils in other equipment that is linked to the induction loop system, for example guitar pickups.Loop cable classA loop cable is classed as a 2A cable under IEEE 16th Edition wiring regulations. As such it must be sited a minimum of 600mm away from telephone, mains and control cables.Loop cables。
DS-100AC_new全站仪操作说明书

RED-tech EDM 无棱镜测距
30cm 至 1000m 无棱镜测距 *。对任何物 体均可在 0.9 秒时间内快速完成测距。其 共轴超细光斑能提供快速高精度的照准指 示,即使在小入射角情况下仍能获得高可 靠性的测距结果。
* 柯达灰卡白色面(90%反射率)、测量物体表面亮度小于 500 lx。
仪器清单
单 AP 标准棱镜 *8 反射片 *9 360°棱镜 *10
1.3 ~ 1,000m 5 ~ 50m 2 ~ 600m Windows CE 6.0 / MAGNET Field 3.5 英寸,亮度自动控制,带背光半透式 TFT QVGA 彩色液晶显示触摸屏 / 背光式 26 按键键盘 双面触摸屏(盘右时仅为触摸屏操作) 位于仪器支架右侧 500MB(含软件存储空间) USB 闪存 ( 最大 8GB) RS-232C 串口,USB2.0(A 口和小型 B 口) 同轴红色 EDM 激光束 绿色激光二极管(524nm)和红色激光二极管(626nm) ,工作范围 : 1.3 ~ 150m ±6′(内圆) 10′ /2mm 2 级激光产品,红色激光二极管(635nm±10nm) ,对中精度 : ≦ 1.0mm/1.3m 放大倍率 : 3X,最短焦距 : 0.3m 自基座 IP65(IEC 60529:2001) -20 ~ +50℃ 207mm(宽)×190mm(长)×372mm(高) 6.1kg
DS-100AC
粗照准 自动精确照 准并测量 记录数据
最新的自动照准技术
DS-100AC 系列具有自动照准功能,采用全新的智能算法能精确自动 修正照准时的角度读数偏差。 这项技术使 DS-100AC 无论是在茂密的树丛或是在昏暗的环境条件 记录数据 下均能快速完成目标搜索,准确测定棱镜中心位置,确保在各种作业 环境下的最大作业效率。
拓普康三代数据模块设置

使用中注意事项
• 关于A口RTS/RTC协议 点击转到
• 模块状态指示 绿灯常亮:无连接 红灯常亮:已经与服务器建立连接 红灯1秒闪一次:正在发送差分信息
• 传输控制
工作波特率:38400 数据位:8N1(必需) RTS、CTS:None
拓普康三代数据模块RTK配置集
• 基准站部分 基准站接收机将差分信息从A口发出进入三代 模块,三代模块通过网络把差分信息发送到 三代模块服务器。
所以,对于基准站来说,数据链是外接的 “一般设备”,发送口为“A”
• 基准站配置集
拓普康三代数据产品介绍
北京拓普康商贸有限公司 董秀峰 2012年5月
目录
• • • • RTK通讯新方法(魏超共享的资料) 拓普康三代数据模块设置 拓普康三代数据模块RTK配置集(HiperIIG) 使用中注意事项
RTK通讯新方法
• 点击转到
拓普康三代数据模块设置
• 设置软件 名称:DTUConfigure.exe 操作界面:
• 串口设置
串口说明:很多电脑没有外置的COM口,请 配置USB转COM口的转换线。 波特率、校验位、数据位、停止位默认 确定选择了正确的COM口,并且模块与电脑 连接后点击“打开”。
• 系统设置
默认的工作模式为“Manual”,请改成“Auto”
• 目标设置
通讯协议:TCP 服务器中心地址:119.79.233.250 端口号:2100(基准站)
• 流动站部分 流动站接收机使用内置的GPRS调制解调器做 为接收差分数据部分,它对应的端口为C口。
所以,对于流动站接收机来说,数据链选择 的是“内置GPRS调制解调器”,接收口默认 为“C”
• 流动பைடு நூலகம்配置集
拓普康全站仪1GTS-1002简单操作指引讲课教案

7、设置棱镜高度然后对准棱镜按距离设置
后方交会法操作指引
9、 第二点测量完成后在选择网格因子界面 选择计算测量结果,下一步选择计算,坐 标。确定后完成
注:后方交会法选择已知坐标点时,不得 低于两个已知点,不超过7个已知点,点越 多越准确。如不熟悉,请参考说明书P161 第8.3.2
高程测量操作指引
6、在放样界面上选择后视 既棱镜所在点
8、按输入键选择坐标输入
7、按NE/AZ键准备坐标输入
后方交会法操作指引
1、在放样界面选择第二页的新点
2、在新点界面后方交会法
4、输入仪器高度
3、此步骤可按跳过
后方交会法操作指引
5、选择坐标准备输入
6、按输入键输入坐标X/Y/Z
8、测量中···自动跳转到第5步输入第二点
拓普康GTS-1002全站仪操 作指引
仪器面板功能按键
返回键
星键
功能 坐标测量 距离测量 角度测量
照明 开关机键
确认键
Hale Waihona Puke 立坐标系及放样操作指引1、按功能键选择放样功能
2、在放样功能中此文件可跳过
4、按坐标键准备输入
3、选择测站点既仪器所在点
X轴坐标 Y轴坐标
高程
建立坐标系及放样操作指引
5、按输入键选择坐标输入, 完成后确认自动返回放样界面
高程测量:1、建立坐标系(请参照放样模式) 2、在输入坐标XYZ完成确认后输入仪器高度 3、
拓普康DL-500系列电子水准仪说明书

1
目
录
1.安全操作须知 ...................................................................................................................................4 2.注意事项 ...........................................................................................................................................6 3.仪器功能介绍 ...................................................................................................................................7
拓普康电子数字水准仪 使用手册 DL-500 系列 DL-502 DL-503
感谢您购买拓普康 DL-500 电子水准仪。为更好地使用该设备,请仔细阅读本使 用说明书,并妥善保存,便于随时查阅。 使用仪器前请参阅“21.1 标准配置”以确认所有部件是否齐全。为方便阅读,说 明书中对其中部分插图做了简化处理。 DL-500 电子水准仪具有与计算机进行数据通讯的功能, 可以接收来自计算机的操 作指令并实施测量。 有关详细介绍请参阅 《DL-500 数据输出格式与操作指令说明手册》 或向拓普康技术服务中心咨询。 随仪器附有保修卡一份,购进仪器后请填写好该卡,并寄回拓普康公司进行确认 和登记,凭该保修卡用户可在保修期内享受免费保修服务。 为改进产品,仪器的技术指标和外观随时可能变化,恕不另行通知。
BGK-101型平尺水位计操作使用手册(REV C)

®基康仪器The World leader in Vibrating Wire TechnologyBGK-101型平尺水位计操作使用手册(REV . C)基康仪器(北京)有限公司地址:北京市海淀区彩和坊路8号天创科技大厦1111室电话:86-10-62698899邮编:100080 传真:86-10-62698866网址: 电子邮箱:info@BGK-101型平尺水位计操作使用手册(REV. C)基康仪器(北京)有限公司版权所有Copyright ©2010本仪器的安装、维护、操作都要由专业技术人员进行。
基康仪器(北京)有限公司对产品有更改的权利,产品更改信息恕不另行通知。
本文件所含信息归基康仪器(北京)有限公司所有。
本文件中所有信息、数据、设计、以及所含图样都属基康仪器(北京)有限公司所有,未经基康仪器(北京)有限公司书面许可,不得以任何形式(包括影印或其他任何方式)翻印或复制、间接或直接透露给外界团体。
1.概述 (1)2组成及工作原理 (1)3使用方法 (1)4维护保养 (2)5技术指标.............................................................................. 错误!未定义书签。
1.概述BGK-101型平尺式水位计用于观测水位孔、竖井或江河水位的深度或水位变化。
水位计设有声光指示装置,便于各种环境下使用。
平尺的断面采用狗骨型设计,避免粘连在水位管管壁上从而提高测量的可靠性。
2组成及工作原理水位计主要由含有导线的平尺、平尺卷盘、不锈钢水位探头及光电指示电路等组成。
平尺两侧各包裹一根信号导线,当水位探头进入水中时,因水的导电性通过探头感应并通过平尺两侧的导线传递至声光电路进行指示。
BGK-101型平尺式水位计组成如下图所示。
图1 BGK-101型平尺式水位计外形结构3使用方法使用前应打开电源开关,检查电池是否有电,并按下测试按钮,此时指示灯应发光,同时蜂鸣器应有“哔哔”声响指示。
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拓普康gm101说明书
一、普通测量
不利用仪器内存管理数据,但可用电子手簿采集及计算。
1、角度测量(略)
2、距离测量
①按[◢]键进入测距状态
②F3(S、A)常数或检测信号功能-→F3(T-P)温度气压输入
③F1输入温度气压-→F4(ENT)认可-→按[ESC]键返回
④F1测距,用[◢]键可切换平距、斜距
3、坐标测量
①按[ANG]键进入角度测量状态
②望远镜照准后视方向
③F3(置盘)配置水平角度-→输入后视方位角
④按[∟]键进入坐标测量状态
⑤气象改正(同测距②~③)
⑥F4(P1↓)翻页-→F3(测站)输入当前点坐标设置
⑦坐标输入-→F4(ENT)认可
⑧F4(P1↓)翻页-→F2仪器高输入
⑨F4(P1↓)翻页-→F1棱镜高输入
⑩照准待测点棱镜-→F1(MEAS)测坐标
二、标准程序测量
用程序方法测量,并保存和管理测量数据。
1、碎步测量(数据采集)
①气象改正(同测距②~③)
②[MENU]-→F1(数据采集)进入测量作业状态
③选择或建立一些文件(F1输入新的、F2显示原有、F4确定)
④F1(测站点)-→直接F4(测站)-→F2(调用)
或:-→F3座标(NEZ)-→输入-→F4认可
⑤[▼ANG]移动光标-→仪高()-→输入
⑥屏幕提示>记录[YES][NO]-→F3认可存储后自动返回
⑦F2(后视)-→直接F4(后视)-→F3(坐标或方位)
-→输入坐标
或:-→F3角度(AZ)-→直接输入已知方位角-→F4认可
⑧[▼ANG]移动光标-→(棱镜高)
⑨{很关键!}望远镜照准后视方向-→F3(测量)
-→测量角度(后视的目的就达到了)
⑩F3(前视碎步)-→输入PT#(点号)、(棱镜高)
望远镜照准碎步点-→F3(测量)-→选择碎步测量内容
点号自动增加。
可思考合理使用F4(同前模式)快速测量。