LDA101SSN中文资料

1开关量输入采集器D101 使用说明书V1.0尊敬的用户：衷心感谢您选用深圳市聚贤达科技有限公司的产品。

本手册主要介绍开关量输入采集器D101的工作原理、技术指标、主要功能、安装调试及使用与维护等内容。

为了使您更好地使用我们的产品,请您仔细阅读本手册,在应用中如果您有任何问题和要求，或需要相关技术支持，可以与我们的销售单位联系，我们将及时给予回应。

2目录1.前言 (5)2.内容 (5)3.要求 (5)4.警示 (5)5.概述 (6)6.技术参数 (6)7.产品外观 (7)7.1装置运行指示灯 (8)7.2各通道指示灯 (8)7.3产品接线端子定义 (8)8.产品原理和功能 (10)9.安装操作 (11)9.1外形尺寸 (11)9.2机柜安装 (12)310.常见问题及解决 (14)11.售后服务 (14)12.技术培训 (14)13.其他声明 (14)14.设备清单 (15)41.前言请在使用本产品前仔细阅读各章节。

2.内容本手册主要介绍开关量输入采集器D101的工作原理、技术指标、主要功能、安装调试及使用与维护等内容，由资深的专业技术人员编写，是设备使用维护的必备资料。

3.要求在任何情况下，都不应该由不具备专业资历或未经培训的人员来操作。

使用者必须是具有电气设备安装和操作经验的专业技术人员。

由不具备资历的人员对设备进行设置和操作，或不按照本书中有关规定进行包装、储运、安装和连接电源，都将可能导致设备损坏。

4.警示运输或存储不当会对设备造成损害；5供电电压错误会对设备造成损坏或引起火灾；如发现无法解决的问题，请及时与我公司联系或将设备送回我公司处理，请勿自行拆装维修。

5.概述开关量输入采集器D101是用于计算机机房、重要设备间、配线间、网络机柜、服务器机柜、配电柜、粮库、重要仓库以及其他室内场合的开关量数据采集装置。

采集开关量，装置能通过RS-485接口将信号传送给中央监控设备。

6.技术参数供电电源：DC10V～30V；通道： 16；LED显示：与16通道一一对应；开关量输入电平：干接点：逻辑电平0：接地；67 逻辑电平1： 断开；干接点有效距离： 最大500m ； D/I 用于计数器通道： 16；输入频率： 100Hz ；16位 ： 0～65535；电源 ：功耗： 0.9W ；尺寸规格：124mm×80mm×33mm；7.产品外观指示灯和按键功能说明7.1装置运行指示灯正常：正常工作时指示灯按1Hz的频率闪亮；故障：常亮、常灭、快闪为故障。

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前言 本资料对ＳＤＳ３０００Ａ系列电梯微机控制器及其辅件在电梯安装、使用、 维护等方面进行了系统的阐述。本手册可作为采用ＳＤＳ３０００Ａ系列电梯微机控 制器进行系统设计的参考资料，也可作为系统安装、调试、维护的使用资料； 本资料目的，主要讲述了ＳＤＳ３０００Ａ电梯控制系统的安装、调试过程中涉及 到的技术问题； 详述ＳＤＳ３０００Ａ电梯控制系统的调试过程、调试方法以及故障排除； 本资料主要针对广大电梯设计人员，电梯现场配线人员； 同时还为电梯维护人员提供相应的技术资料。 本资料面对对象 ａ．用户 ｂ．电梯控制系统设计者 ｃ．现场配线调试者 ｄ．公司技术支持人员
电梯微机控制器使用说明 (SDS3000A，并行/串行，双速／变频控制)
使用说明
上 海 盛 蒂 斯 自 动 化 设 备 有 限 公 司
上海市闵行区黎安路１２９８号 邮编: 201100 电话: 021-54884259 5488 3209 传真: 021-54883359 Email: sales@ http : //
部分参数需现场调节：
参数 功能表述
代码 Ｃ１－０１ 加速时间 Ｃ１－０２ 减速时间 Ｃ２－０１ 加速开始“ｓ” Ｃ２－０２ 加速结束“ｓ” Ｃ２－０３ 减速开始“ｓ” Ｃ２－０４ 减束结束“ｓ” Ｃ５－０１ 速度控制比例增益 Ｃ５－０２ 速度控制时间积分 Ｃ５－０３ 速度控制比例增益２ Ｃ５－０４ 速度控制时间积分２ Ｃ５－０７ 切换频率 Ｄ１－０１ 频率指令 Ｄ１－０２ 段速指令１ Ｄ１－０３ 段速指令２ Ｄ１－０４ 段速指令１，２ Ｄ１－０５ 多段速指令３ Ｄ１－０６ 段速指令１，３ Ｄ１－０７ 多段速指令２，３ Ｄ１－０８ 段速指令１，２，３ ５８
Ｆ Ｆ 任意曲线
Ｅ１－０４ 最高输出频率

LA-101无线智能防盗报警系统使用说明书深圳市奥卡特科技有限公司概述本产品是利用电话线路传递报警信息的智能设备。

本系统采用微处理器为控制核心，通过电话线路与接警中心进行通讯；且安装简单，操作方便；还可选配紧急呼叫器，实现紧急拨号求救。

主要适用于家庭、写字楼、营业场所等需要防止他人非法入侵的场所。

产品主要功能特点1.布撤防及报警防区信息语音提示，清晰明了2.支持一路外部控制和输出，可通过电话线异地进行开关控制，方便联动其它设备3.主机可以登录10个遥控器；4.主机有9个无线防区，每个无线防区可以登录5个探测器，主机会自动识别防区所登录的探测器是否为烟感或煤感；5.探测设置，避免信息被有意或无意更改。

6.主机所设置的内容信息，均储存在记忆元件内，掉电后不丢失。

7.紧急情况下可按下遥控器的紧急报警键，发出求救信器与主机之间采用学习式自动登录识别，扩充更加简单、方便，可任意删除某个防区的探测器。

8.信息保护功能，所有信息设置必须在输入密码后才能进行息。

9.支持多种布控模式。

10.可以通过电话异地拨号，对主机进行远程控制。

11.可以与标准LONGWAY或CID协议格式的联网报警中心联网。

12.剪线报警功能。

13.各参数恢复出厂设置功能。

简易操作流程1.进入主机设置状态（只有进入主机设置状态，才能对主机的各个功能进行操作）（初始的4位密码为1234）2.修改密码：（例如：将初始密码“1234”改为“8888”四位密码）再次输入新密码“8888#”3.设置普通报警电话号码第1~5组为普通号码，如：设置号码“12345”4.联网报警中心电话号码的设置5.布撤防信息上传联网报警中心号码的设置6.登录遥控器/防区探测器(“0”为遥控器防区，“1～9”为相应防区)“#”7.删除遥控器/防区探测器(“0”为遥控器防区，“1～9”为相应防区)“#”8.在家布防开启关闭防区设置“#”（表示在家布防状态下接收该防区的探测器的触发信号）“#”（表示在家布防状态下不接收该防区的探测器的触发信号）9.远程控制振铃次数的设置（可设置“1~9”次，默认为6次“#”10.发生报警时警笛开启的设置“#”11.发生报警时，循环拨打电话次数的设置12.主机延时布防时间的设置（主机可设置“0～99”秒，默认为30秒）13.是否检查电话掉线“#”结束设置时：如果听到“嘀”一声长音表示开启掉线检测，如果听到“嘀嘀”两声短音则表示关闭掉线检测，次功能可循环设置14.紧急报警是否开启警笛（如未设置报警电话，紧急报警都会开启警笛）“#”结束设置时：如果听到“嘀”一声长音表示开启警笛，如果听到“嘀嘀”两声短音则表示关闭警笛，次功能可循环设置15.布撤防信息是否上传中心选择（设置联网中心号码以后，该设置才有效）“#”16.电话线掉线后恢复信息是否上传中心选择（设置联网中心号码以后，该设置才有效）“#”结束设置时：如果听到“嘀”一声长音表示开启上传功能，如果听到“嘀嘀”两声短音则表示关闭上传功能，次功能可循环设置17.布撤防提示音类型提示的更换“#”结束设置时：如果听到“嘀”一声长音表示布/撤防提示音为警笛，如果听到“嘀嘀”两声短音则表示布/撤防提示音为“嘀”提示，次功能可循环设置18.恢复出厂设置结束设置时如果听到“嘀”一声长音表示复位成功，把电话号码删除，密码恢复为1234，各个功能设置恢复出厂设置。

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。