Magnetic TOLL栏杆机中文说明书

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智能电动栏杆机用户手册

智能电动栏杆机用户手册

智能电动栏杆机(ZR101型)产品介绍主要功能:1·手动按钮可作‘升’、‘降’及‘停’操作。

2·无线遥控可作‘升’、‘降’、‘停’操作。

3·停电自动解锁,停电后可手动抬杆。

4·具有便于维护与调试的‘自检模式’。

5·可选配环路感应器,使具有‘车过自动落杆’‘防砸车’或‘冲杆自动抬杆’功能。

6·具有机械‘防撞’功能。

7·可根据客户需要增加其它特殊功能。

电气特性:1·采用具备软件陷井与硬件看门狗的单片机控制,永不死机。

2·采用磁感应霍尔器件进行行程控制,非接触工作,调节方便,永不磨损偏移。

3·采用光电耦合、无触点、过零导通技术,主控板无火花无干扰高可靠工作。

4·采用升降超时与电机过热保护,防止电动栏杆机非正常损坏。

5·宽范围的单相电源输入(160V-260V)适于恶劣的野外道路收费环境。

机械特性:1·采用精密的四连杆机构使电动栏杆机作缓启渐停无冲击的的快速平稳动作,并使栏杆只能在限定的九十度范围内运行,不出意外。

2·采用精确的全自动跟踪平衡机构使任意位置静态力矩为零,从而最大限度地减小驱动功率和延长机体寿命。

3·箱体采用先进的防水结构及抗老化的室外型喷塑处理,坚固耐用,永不褪色。

技术指标:工作电源:AC220V 150W 升降时间:1.5至6秒可选工作温度:-20℃至+85℃栏杆长度:3至6米可选工作湿度:5%至95%箱体尺寸:360X310X1000mm接线端子说明A端子1 DJ+ 电机正转控制线(输出)2 DJ- 电机反转控制线(输出)3 DJCOM 电机公共控制线(输出)4 AC220V 单相市电(火线) (输入)5 AC220V 单相市电(零线) (输入)6 ACGND 单相市电(大地线) (输入)B端子1 GND 信号地线(输出)2 COM(+12V) 公共信号线(+12)(输出)3 COM(+12V) 公共信号线(+12)(输出)4 LOOP(Aq) 自动落杆信号线(防砸车)(输入)5 X-DOWN 行程落信号线(输入)6 X-UP 行程升信号线(输入)7 COM(+12V) 公共信号线(+12)(输出)8 COM(+12V) 公共信号线(+12)(输出)9 S-STOP 控制停信号线(输入)10 S-DOWN 控制落信号线(输入)11 S-UP 控制升信号线(输入)12 COM(+12V) 公共信号线(+12)(输出)13 RS232-RXD 通讯信号线(输入)14 RS232-GND 通讯信号地线(输入)。

T系列栏杆机用户手册

T系列栏杆机用户手册

新加坡SINGARPORE :TRANSPEED INTERNATIONAL Pte. Ltd246 Machperson Road, BETIME building, SINGAPORE 348578中国SUZHOU CHINA :TRANSPEED (SUZHOU) TRAFFIC TECHNOLOGY Co., LtdNo.52, Weixi Road, Suzhou Industry Park, CHINATEL :08 FAX :08 . transpeedsg.TOLL FREE PHONE NUMBER:400-666-89目录1 T系列电动栏杆机结构、功能、技术参数 (2)1.1 结构 (2)1.2 功能 (2)1.3 主要技术参数 (3)2 栏杆机的安装 (3)2.1 栏杆机安装前的准备 (3)基础位置的选择及施工要求 (3)2.2 栏杆机的安装 (5)2.2.1 箱体的安装 (5)2.2.2 栏杆臂安装 (5)2.2.3机帽的开启 (6)2.2.4 电气接线 (6)2.3 栏杆机更换 (8)2.3.1 左右手更换 (8)2.4栏杆臂更换 (10)2.5 安全注意事项 (11)3 栏杆机维护 (11)3.1 定期维护 (11)3.2 维护方法 (12)3.2.1缓冲胶垫维护方法 (12)3.2.2 机械传动检查 (12)4 注意事项 (12)感您选用本公司T系列电动栏杆机。

T系列电动栏杆机是融合我公司的最新控制技术,专为停车场设计的产品,相信我们的优质产品和优秀服务会给您以良好的使用体验。

1 T 系列电动栏杆机结构、功能、技术参数1.1 结构T 系列电动栏杆机由机帽、箱体、传动单元、控制系统、栏杆臂五部分组成(Fig.1)。

● 机帽:机帽为防水设计,通过卡锁紧固在箱体上,卡锁由钥匙开启,便于安装维护。

● 传动单元:由高性能力矩电机驱动,配以设计精良的连杆传动机构、平衡弹簧,运行稳定可靠。

TOLL 栏杆机安装说明-中文

TOLL 栏杆机安装说明-中文

简易说明
栏杆机Magnetic 高转矩电机微型驱动
Toll
Toll Pro
警示!
这本说明是简单说明。

这本说明不能代替MHTM 微型驱动(DOC-ID: 5815,5001) 操作说明,操作说明是配送的一部分。

这本简单说明主要针对已经有安装,配置和调试经验的专家。

关于详细信息,请看操作说明。

在进行任何工作前,仔细阅读安装说明。

安全工作的首要条件是遵守安全事项和包括在操作说明里的行为说明。

制造商对不恰当使用或不建议使用造成的损坏不负责任。

需要的工具
冲击式电钻10mm
硅胶盒-----
开口扳手13mm
转矩扳手
内六角8AF
转矩扳手
内六角10AF
内六角扳手4AF
斜口钳----
左手模式
微臂--T
右手模式。

电子栅栏电源电压稳定器说明书

电子栅栏电源电压稳定器说明书

CONTENTS What is Grounding and Why is it Important? ������������������������������������������������������ 3Ground Conditions: Moist and Wet or Dry and Rocky? �������������������������������������� 3How to Effectively Ground Your Electric Fence �������������������������������������������������� 3Locating Your Grounding System ����������������������������������������������������������������������� 4Installing the Grounding System ������������������������������������������������������������������������� 5Testing Your Electrical Current ��������������������������������������������������������������������������� 5Most Common Grounding Issues ����������������������������������������������������������������������� 7Conclusion ���������������������������������������������������������������������������������������������������������� 7“Completing the Connection: Effectively Grounding Your Electric Fence for Maximum Shock Value” is brought to you by Power Wizard electric fence energizers�For more information about Power Wizard electric fence energizers, visit www�PowerWizardInc�com or call customer service at 1-800-866-2161�Power Wizard Mission StatementWe believe in providing the best possible quality products and customer service for cattlemen, ranchers and weekend farmers� We strive to be the leading provider of fence chargers and fence energizer accessories so that our customers can consistently protect their dairy cows, cattle and other livestock without worrying about their safety�WHAT IS GROUNDING AND WHY IS IT IMPORTANT?The safest, most economical and effective way to contain your dairy cows or beef cattle is with an electric fence powered with a high quality fence charger, such as the Power Wizard energizer�A cow that encounters an electric fence receives one pulse of electricity per second, providing the fence has been effectively grounded� An electric pulse occurs when the cow comes in contact with both the ground and the wire� When this happens the circuit is complete and the cow receives an electrical shock�Ground Conditions: Moist and Wet or Dry and Rocky?Before you start to create an effective grounding system for your cattle ranch, consider the ground conditions� To be effective, the rods should be inserted into ground that is continually moist� If your ranch consists of dry or rocky soil, seek an area of your farm that has some degree of moisture or that can be moistened during drought conditions� Or consider adding a Earth Wire Return System�How to Effectively Ground Your Electric FenceGrounding your electric fence requires the installation of a ground system that is positioned within 75 feet of your Power Wizard fence charger�What is a Ground System?The “ground system” is a series of highly conductive rods driven into the soil and then connected by wire to the ground terminal of your fence energizer� The ground system collects electrons from the soil to complete the circuit needed for delivering an effective shock to your animals�Notes:circuit cannot be complete and thefence becomes ineffective as a method of containing cattle or keeping out predators�“For your fence to function correctly, your earth (ground) system must be perfect. But very few are, despite the instructions provided with most energizers.” 1Footnotes: 1“Make a Well-Grounded (Earthed) Fence,” VaughnJones, February 1998DIAGRAM 11� 10-14 gauge galvanized fence wire�2� Ground rods 4’-6’ long by ½” (ormore) in diameter, galvanized steel rods�IMPORTANT: Avoid SANDY, DRY and ROCKY soil.LOCATING YOUR GROUNDING SYSTEM Locate an area of soil for placing ground rods that contains good conductive earth (not sandy or rocky)� Soil that is moist throughout the year is best� The ground system should be located within 75 feet of your fence energizer and at least 25 feet from buildings with metal siding�Troubleshooting Ground Conditions If the soil is moist during most of the year but suffers from period of dryness in the hot, summer months, it is possible to water the grounding system to keep a strong electrical connection�Tip for Dry Soil: Farms with extremely dry ground conditions can include a bentonite mix to their grounding system to help absorb moisture� Create a paste or gel-like consistency from powered bentonite and water and pour down a 3 inch diameter or larger holes and insert the ground poles in the center�2Add Grounding Rods: Another solution for rocky, dry or sandy soil is to add more grounding rods in the grounding system� A standard grounding system contains three, 4 to 6 foot by ½ inch galvanized grounding rods 10 feet apart� For dry soil, add an additional grounding rod to increase the energy connection that completes the circuit between the fence energizer, the ground and the cow� One of the existing strands of fence can be grounded but a better solution would be to run a bare galvanized wire along the fence line and just below the surface of the dirt� Run a grounding wire parallel between the electric wires and drive a 6-foot galvanized steel or copper rod every 1,300 feet� By using this system to ground the electrical fence, the electricity is able to effectively shock the cow without the current traveling underground� The wire should be attached to eachpost for the best results�Locate the ground system a minimum of 75 feet away from:▪Utility company (electric, gas, water) ground system▪Underground water pipe▪Metal water tanksFootnotes: 2“How to Mix Bentonite” Finn McCuhil, May, 2010Earth Wire Return System: The third solution for rocky or frozen ground conditions is to run a ground wire on the actual fence or just beneath the surface of the soil�1. Insulated hook-up wire (20,000V)2. Galvanized fence wire3. 6’ galvanized ground rod, ½”diameter or more4. Ground clamps5. Power supply – use power supplyspecified by label on energizer only6. Ground rods MUST be 25’minimum from building foundationPlease Note:The hot is either indicated by a red knob or a lighting bolt symbol ( ) and the ground is indicated by a black knob or an arrow symbol ( )�DIAGRAM 2Energizer InstallationINSTALLING THE GROUND SYSTEM Drive three, 4 to 6 foot by ½ inch (minimum), galvanized ground rods 10 feet apart in a straight line or a triangle pattern in the selected ground area� Leave 6 inches above the ground for securing ground clamps� The ground rod may be driven in at an angle if necessary�Connect the ground rods, in a series, with one piece of continuous 10 to 14 gauge galvanized wire� The ground hook-up wire should be equal to or larger than the diameter of the fence line wire� See “Figure” below�Testing Your Electrical CurrentThe performance of your Power Wizard fence charger’s ability to keep your cows, cattle and other livestock safe and contained relies on the effectiveness of your ground system�The ground system is a critical part of the connection that completes the circuit between the electric fence and your cattle� Verifying that your ground system is working is a “must-do” stage of the installation of your electric fence�Verify Your Ground System Works1� Unplug your Power Wizard fence energizer�2� Place the fence under heavy load by “shorting” the fence as follows: At a location on the fence at least 100 yards from the energizer, lean 3 or 4 steel stakes or unpainted T-posts against the “hot” wire of the fence� Alternatively, some people have found a successful method is to push several pieces of fence wire into the earth and wrap the opposite ends around the hot wire�DIAGRAM 3Ground Return SystemWARNING:Never use an existing grounding rod that is connected to another electrical device or use a water line to ground your electric fence�(a) Galvanized fence wireSupplies Needed:diameter galvanized steel rods (or more if poor groundconditions) ▪10-14 gauge galvanized, insulated(20,000V) fence wire▪Sledge hammer or ground rod driver▪Ground clamps, one for each rod▪ 3 or 4 steel stakes ▪Digital volt meter made for electricfences ▪12” metal stake3� Plug the Power Wizard fence energizer in and check the fence line voltage with a digital volt meter� You want to see that the voltage has dropped below 2,000V due to shorting the fence� On some high powered fence energizers you may not be able to short the fence below 2,000V� However, you can still test them at a higher voltage�4� Continue to short the fence by leaning steel posts or by making wire connections to ground at 100 yards distance or more from energizer until the fence line voltage drops below 2,000V�5� You are now ready to test the energizer ground system� Connect one lead of the digital volt meter to a 12 inch metal stake driven into the ground 3 feet away from the last fence energizer ground rod� Connect the second lead to the ground rod furthest from the energizer� The voltage reading should ideally be zero or no more than 200V�6� If the digital volt meter reading is under 200V, your ground system is adequate and you will get near maximum performance from your electric fence energizer�7� If the reading is above 200V, then your ground system needs improvement� You must:a� Add more ground rods connected in series, ten feet apart and/orb� Move your ground system to moist soil until the ground system voltage is below 200V�INSTALLING THE GROUND SYSTEM (CONT.)DIAGRAM 4Testing the Ground SystemTest periodically Once your ground system is installed and the electrical current is verified you will still need to periodically check to make sure the level of electrical current is effective enough to contain your cows�Check your ground system condition with a volt meter once during the driest period and once during the wet season each year to insure adequate grounding of your electric fence�During dry seasons or during seasons when there is excessive growth or vegetation on your fence line, it may be necessary to upgrade your ground system by adding ground rods�MOST COMMON GROUNDING ISSUES The most common misconception by farmers, ranchers and weekend hobbyists is that the grounding process isn’t important� The cow completes the circuit so that the electrons flow from the Power Wizard fence energizer, through the soil to the grounding rods and up into the cow’s legs to where the cow is touching the fence with its nose or body, producing an electrical shock�Therefore, the effectiveness of the ground system is extremely important� Following are some common grounding issues:1. There is a bad wire connection to the ground wire. Check to make sure the wire is securely fastened and isn’t frayed.2. The dry soil condition of the farm requires additional grounding rods.3. The wrong type of rod was used for the grounding, i.e. pipe or rebar. It needs to be galvanized steel at least 4 to 6 feet long.4. The rods weren’t long enough. In the case of dry soil, it may require 6-8 feet of galvanized steel to reach a moist area of ground.5. The ground conditions changed and due to extreme draught or heavy vegetation, additional rods need to be added.6. The wrong type of wire was used. Using household or industrial cables made for only 400V are not enough to support the system. Make sure you use 10 to 14 gauge insulated lead-out wire rated at 20,000V.ConclusionCreating and testing your ground system is a critical step to ensuring your Power Wizard fence charger provides the necessary jolt of energy to get your cow’s attention and keep them from ramming or damaging the fence line or themselves�Four main points to remember:1. It is the connection of the cow with the ground and the hot wire that completes the circuit to allow an effective shock to be delivered.2. Install the ground system on a consistently moist area of your farm within 75 feet of the Power Wizard fence energizer.3. Use the proper rods and wire when building your ground system.4. Test periodically to ensure the electrical connection is effective during dry, damp and high vegetation seasons.Notes:fence with a digital volt meter on a routine basis� This is especially important when vegetation is high and touches the fence or when the ground is very dry or very damp�For more information about Power Wizard brand of energizers, Visit www�PowerWizardInc�com or Call customer service at 1-800-866-2161�。

栏杆机说明书

栏杆机说明书

MAGSTOP MIB 2O/3O/40 栏杆机及MAGTRONIC MLC 控制器操作指导@1999年马格内梯克控制系统(上海)有限公司地址:上海浦东新区宁桥路999号二幢底西层邮编:201206电话:(21)58341717 传真:(21)58991233目录1. 系统概述 21.1 停车场系统的布局 21. 2 系统组件概述 22 安全3 2.1一般安全信息32.2 建议用途 3 2.3 本手册中使用的安全标志32.4 操作安全 42.5 技术发展 42.6 质量保证 43. 装配及安装 53.1 构筑安装地基 53.2 安装感应线圈 63.3 安装机箱 83.4 安装栏杆机臂 83.5 基本机械结构 93.6 设置及校准弹簧 93.7 校准栏杆机臂位置 104. 电源连接 105. MLC控制器 115.1 命令发生器:在不同操作模式下的连接及功能 125.2 MLC控制器的操作 145.3 MLC控制器显示信息的解释 145.4 MLC控制器的复位 145.5 栏杆机的操作 155.6 编制及读取操作数据 165.7 校准感应线圈 186. 初始化操作 196.1 委托程序 196.2 在启动过程中显示的信息 197. 技术数据 217.1 栏杆机 217.2 控制器 218. 附录 228.1校准角度传感器及优化栏杆机的动作228.2 校准安全设备的角度 248.3 读取时间计数器 258.4 读取操作循环计数器 258.5 读取制动设置 258.6 复位情况的说明 268.7 测试模式 278.8 校准传感器 289. 技术支持 2810. 备用零部件 29操作指导1.1.11.7 安全检测线圈2.8 Magstop 栏杆机(控制器在控制柱内)3 操作或在位检测线圈5.6 带有插件模块的MEC控制柱(例如用于出入控制)1.2系统组件概述operating panalMEC control pillar Code cardreadercode card readercode keycode card readerkey-operated button/switchcode keyintercomkey-operatedtoken readerbutton/switchticket dispenserticket readertimer switch 1or 3 channelAbb.S0002overview of system component操作指导2.安全2.1 一般安全信息MAGSTOP栏杆机系统的设计、制造及测试都是运用“state—of-the-art”技术并且只有在通过令人满意的严格的安全性及可靠性技术标准后才能够出厂。

永磁起重器使用说明书

永磁起重器使用说明书

CONTENTSI ntroduction & Warnings 2Construction & Specifications 3 Operating Instructions 4Maintenance, Safety Requirements& Rated Capacities 5Steel Thickness & Air Gap Requirements6Product Warranty 7 Inspection Log 8Equipment Safety GuidelinesEvery year many accidents occur which could have been avoided by a few seconds of thought anda more careful approach to materials handling equipment.Y ou, the operator can avoid many accidents by observing the following precautions in this manual.T o avoid personal injury, study the following precautions and insist those working with you, or you yourself, follow them.In order to provide a better view, certain illustrations in this manual may show an assembly with a safety shield removed.However, equipment should never be operated in this condition.Keep all shields in place.If shield removal becomes necessary for repairs, disconnect power.Replace shield prior to use. Replace any Caution,Warning,Danger or Instruction safety label that is not readable or is missing.Do not attempt to operate this equipment under the influence of alcohol or drugs.Review safety instructions with all users.Operator should be a responsible adult.DO NOT ALLOW PERSONS TO OPERATE OR MOUNT THIS UNIT UNTIL THEY HAVE DEVELOPED A THOROUGH UNDERSTANDING OF SAFETY PRECAUTIONS AND HOW IT WORKS. Never exceed the Rated Lifting Capacities (Ref. tables on Pages 5 & 6),of the Permanent Magnetic Lifter. If its ability to do a job,or to do so safely is in question -DON’T TRY IT.THESE SYMBOLSMEANATTENTIONBECOME ALERTYOUR SAFETY ISINVOLVED!Indicates an imminently hazardoussituation that, if not avoided, willresult in death or serious injury.The signal word is to be limitedto the most extreme situationstypically for machine componentswhich, for functional purposes,cannot be guarded.IntroductionThank you for purchasing a Beaver Permanent Magnetic Lifter.The information contained in this manual covers the operation and maintenance of the magnetic lifter. The book should be fully read and understood prior to the magnetic lifter being used. The magnetic lifter shall only be operated by a responsible and competent person. The information in this manual is based on the latest information available at the time of printing, Beaver reserves the right to make changes to specifications without notice.The Permanent Magnetic Lifters contain a NdFeB permanent magnet,which can generate high holding-power in a magnetic circuit. Turning the pole-core shaft through the control handle, initiates the ON / OFF function of the Permanent Magnetic Lifter, which is independent of any outside power supply. When in use, the permanent magnetic lifter bottom holding-face forms a pair of longitudinal magnetic poles for holding Ferromagnetic materials. There are V-slots in the holding facethat are used for holding flat, as well as cylindrical work pieces.DIMENSIONSNB * Rated capacity is for flat steel plate only.BML-010 BML-030 BML-060 BML-100 BML-200BML-200Rated Capacity 2tonneBML-100Rated Capacity 1tonneBML-060Rated Capacity 600kgBML-010Rated Capacity 100kg BML-030Rated Capacity 300kg 1.Tables are based on lifting flat ferrous steel plate lifted horizontally.2. For lifting flat ferrous steel plate vertically and lifting cylindrical ferrous steel, see charts on page 5.(NB: No air gap or thin plate is permitted for applications in 2 above).IMPORTANT INFORMATION1 Year Limited WarrantyBeaver offers a one year limited warranty on this product Array Replacement PartsReplacement parts for this equipment are available directly from BEAVER distributors.Consult the Beaver website for your nearest distributor. Replacement Part WarrantyBeaver Sales Pty Limited makes every effort to assure that parts meet high quality and durability standards and warrants to the original retail consumer/purchaser of our parts that each such part(s) to be free from defects in materials and workmanship for a period of thirty (30) days from date of purchase.Proof of PurchasePlease retain your dated sales receipt as proof of purchase to validate warranty period.Limited Equipment WarrantyBeaver Sales makes every effort to assure that its products meet high quality and durability standards and warrants to the original retail consumer/purchaser of our products that each product be free from defects in materials and workmanship as follows:1 YEAR LIMITED WARRANTY ON THIS BEAVER PRODUCTWarranty does not apply to defects due directly or indirectly to misuse, abuse, negligence or accidents, repairs or alterations outside our facilities or to lack of maintenance.BEAVER LIMITS ALL IMPLIED WARRANTIES TO THE PERIOD SPECIFIED ABOVE FROM THE DATE THE PRODUCT WAS PURCHASED AT RETAIL.EXCEPT AS STATED HEREIN, ANY IMPLIED WARRANTIES OR MERCHANT ABILITY AND FITNESS AREEXCLUDED.SOME STATES DO NOT ALLOW LIMITATIONS ON HOWLONG THE IMPLIED WARRANTY LASTS, SO THE ABOVE LIMITATION MAY NOT APPL Y TO YOU.BEAVER SHALL IN NO EVENT BE LIABLE FOR DEATH, INJURIES TO PERSONS OR PROPERTY OR FOR INCIDENTAL, CONTINGENT, SPECIAL OR CONSEQUENTIAL DAMAGES ARISING FROM THE USE OF OUR PRODUCTS.Test Certificate No. BY .................................................................................................................. Model No. BML ................................. Date introduced into service ...................................................................................... Serial No. ..................................................................Date Comments Signature。

magnetic栏杆机操作指导步骤概述

magnetic栏杆机操作指导步骤概述

栏杆机操作指导步骤概述一、 栏杆机MLC 控制器面板示意:二、 液晶屏显示示意说明:工1—态出出继电器状态0=断开1=接通B检测环状态=环已检测到车辆 =环未检测到车辆三、 控制器接线:外接电源四、控制器操作:栏杆机位置传感器的显示数值应处于555—565的范围内,具体调整操作如下:1.给栏杆机加电,然后将栏杆机臂移动到开启位置。

2.将旋转开关转到位置“1”上,同时按下黑色按键(■),然后再将旋转开关转回位置“0”,这时传感器的数值显示在液晶屏上,例如:如果传感器显示的数值处于555—565之间,则跳过3-8条,从第9条开始设置。

如果传感器显示的数值处于555—565之外,例如:按照3-12条的内容进行设置:3.卸下栏杆机的顶盖。

4. 使用“2mm”内六角扳手松掉固定传感器的内六角螺钉,取下传感器。

5.转动传感器,直至显示屏上数值显示560为止,然后重新安装传感器,保持1mm长度恢复原状。

6.同时按下黑白色两键(■+□)。

此时显示屏上会显示栏杆机原始参数、初始化程序,直至出现如下信息。

7.将旋转开关转至位置1;8.将旋转开关转回位置0(现在栏杆机位置传感器已经可供操作使用)。

9.调整程序代码:将旋转开关转到位置1,然后按如下操作:①同时按下黑白两键(■+□);②使用黑键(■)将数字调到4;③通过白键(□)存储;④按黑键(■)确认。

10.调整检测器模式A功能:将旋转开关转到位置6,然后按如下操作:①同时按下黑白(■+□)两键;②使用黑键(■)将数字调到2;③按白键(□)存储;④按黑键(■)确认。

11.调整检测器模式B功能:将旋转开关转到位置7,然后按如下操作:①同时按下黑白两键(■+□);②使用黑键(■)将数字调到2;③按白键(□)存储;④按黑键(■)确认。

11.调整感应线圈A灵敏度:将旋转开关转到位置4,然后按如下操作:①同时按下黑白两键(■+□);②使用黑键(■)将数字调到5;③按白键(□)存储□;④按黑键(■)确认。

栏木机使用说明书

栏木机使用说明书

DTL型铁路道口电动栏木机安装使用说明书目 录第一节 概述第二节 结构原理第三节 电动栏木机的部件特点及技术要求第四节 包装及随机附件第五节 栏木机安装使用注意事项第六节 维修配件第七节 图纸声明:安装前请仔细阅读说明书本公司保留随时更改本说明书的权利,恕不另行通知。

第一节 概述1. 用途道口电动栏木机主要应用在铁路与公路的平交道口上,在列车接近道口时,阻挡公路上的行人和车辆通过,保证行车安全。

2. 主要技术指标·工作环境:环境温度-40℃~+70℃,相对湿度不大于90%(+25℃时)周围环境中无发生爆炸危险、足以腐蚀金属及破坏绝缘的有害气体或导电尘埃。

·技术特性:3. 安装尺寸基础预埋螺栓尺寸:300mm*300mm 4*Φ22mm栏杆中心距底脚基面高 800mm栏木机中心距栏杆顶端≤10米第二节 结构原理1. DTL型电动栏木机由装有电磁摩擦制动器的电动机、装有离合器结构的减速机、回路控制器、栏杆、平衡块、托架、箱体、底座等组成。

(图1)2. 传动原理:1)电动机轴上的齿轮带动减速机齿轮经三级减速使输出轴旋转,带动栏杆升降。

(图2)2)装在输出轴上的扇形齿轮旋转至0O和90O时被摇板限位。

同时输出轴上的小齿轮带动回路控制器中的齿轮轴使凸轮旋转,从而使接点接通或断开,达到使栏杆处于水平或垂直两个极限状态时电机停转的目的。

(图3)3. DTL型电动栏木机的回路控制器一般使用两组接点。

一是在栏杆上升至垂直位置,该接点接触(称为90O接点)。

另一是在栏杆下落至水平位置,该接点接触(称为0O接点)。

它们与控制箱内的升落杆继电器组成的功能如下:1)列车区段无车占用时栏杆在垂直位置,90O接点接触,升杆与落杆继电器在吸起状态,电磁摩擦制动器断电制动,使栏杆保持在垂直位置。

2)列车进入控制区段时自动或手动使继电器落下,电磁摩擦制动器得电解锁,使电动机旋转,栏杆开始落下至水平位置。

这时,0O接点接触,落杆继电器吸起,使电动机断电而停转,并使电磁摩擦制动器断电制动,保持栏杆在水平位置。

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9 电气连接9.1 安全请参照18页,第2.6节“专业安全和特殊危险”中的安全注意事项。

电压危险!危险!电压有致命危险!触摸带电体可能会有致命危险。

绝缘体或个别配件的损坏可能会有致命危险。

所以:- 在维修或绝缘体损坏的情况下,立即关闭电源。

- 只许让专业的电力人员来完成电力系统的工作。

- 在做任何工作之前,确保电源关闭并不会再启动。

确保无电压。

- 确保没有旁路或没有停用保险丝。

- 更换保险丝时,要遵守正确的规范。

- 保持带电配件的干燥和整洁。

水分或灰尘可能会使电路短路。

如果在冰雹、雨雪天气来实施电气连接,要做好防水的措施,如可以遮盖。

一般警告!警告!不适当安装会引起危险!不适当的安装可能会引起严重甚至致命的危险。

所以:- 只有电力专业人员才可以做电力安装的工作。

- 注意施工场所的干净整洁。

随意堆放安置配件和工具也会导致事故。

- 正确拧紧所有螺丝。

热的表面小心!小心!烫伤的危险!电机表面温度可能会很高。

触摸可能会导致烫伤。

所以:- 不要触摸这些热表面。

- 在关闭电源后,等几分钟,带电机冷却后在对其实时操作。

- 如果需要,操作人员需要戴保护手套。

电磁干扰注意!注意!电磁干扰可能会导致栏杆机或其临近设备出现故障!栏杆机允许用于工厂,居民,商场。

在其它电磁环境下使用可能会有干扰或出现故障。

所以:- 用独立的管道放置控制线和电源线。

- 根据电路设计来用电缆。

- 只许安装应用MAGNETIC允许的其它配件。

- 需要额外使用的电气和电子器件必须有EMC认证。

并且不可超过指定的EMC限定值。

个人保护装备在施工过程中,必须穿戴以下几种保护装备:■工作服■保护手套■安全鞋■保护头盔。

9.2安装电保护设备根据地区或当地的规定,安全设备需要提供给客户。

通常有以下几种:■漏电保护器■断路器■ EN 60947-3的可锁定的2极开关。

9.3连接电源线电压危险!危险!触电会有致命的危险!如果交流电源与终端线夹连接不正确,连接线夹的松动并且接触到机箱或机箱门,都会有直接危及生命的触电危险。

所以:- 只许让电力专员来实施电力系统的安装。

- 根据以下描述连接电源。

- 根据地9.2节的需求安装电力保护设备。

注意!电源线的导线截面在1.5到4mm2 之间。

要遵守国家关于导线长度和相关电缆截面积的规定.危险!电压有致命的危险!1.断开栏杆机系统电源。

确保系统断电。

确保机器不会再启动。

接线的准备—剥电缆外皮和铁芯绝缘2.照下图剥开电源线和磁芯图37:剥电源供应线。

1 电位2 零线3 地线安置电源线3.照下图,把电源线正确安装在相应的终端线夹上。

也可参照,163页,第17.1节的“接线图”。

■在机箱中正确安装电源线。

此电源线不可连接移动部件。

■用两个束线带固定电源线。

图38 安置电源线1 电源线2 束线带3 束线带的金属突出物连接电源线图39:连接电源线1 电源线的终端线夹2 电位L3 零线 N4 地线 PE9.4连接控制线路(信号设备)以下连接对控制和反馈端有效:■控制栏杆机的8个数码输入■反馈信息的4个数码输出■反馈信息的6个继电器输出。

3个常开,3个转换触点。

危险!电压有致命危险!1.断开栏杆机系统电源。

确保系统断电并不会重启。

连接控制线2.将控制线穿过穿线孔。

■在机箱中合理的放置控制线。

控制线不可进入可移动部件。

■安装控制线夹和绑线。

通过轻微按压或移动,线夹可以在轨道上移动到预期的位置。

绑线可以绑扎在金属突出物上。

3. 根据接线图连接控制线。

请参照163页,第17.1节的“接线图”。

图 40:连接控制线1 后穿线孔2 控制单元3 绑线的金属突出物4 前穿线孔5 线夹9.4.1 连接安全设备作为安全设施,必须把安全线圈或安全光栅与控制单元连接。

安全线圈必须只与监控车辆相连接。

只可以用MAGNETIC提供的安全光栅。

如果连接安全线圈,只有安全线圈上无车后栏杆机才关闭。

如果连接安全光栅,只有光栅不被遮挡后,栏杆机才关闭。

9.4.2 连接安全线圈安全线圈连接“检测器1(A-B)”,线夹A或线夹B。

参照163页,第17.1节“接线图”。

在“检测器1(A-B)”中可以设置为“A模式”或“B模式”。

请参照133页,第10.15节。

注意!如果四个感应线圈都需使用,可以在控制单元插入另一块检测器模块。

插件注册为“检测器2(C-D)”.为了防止感应回路间的互相干扰,我们建议用插卡式的检测器代替外置的检测器。

9.4.3 连接检测安全光栅连接安全光栅连接安全光栅的发射器和接收器连接线到端子X10和X20。

通常情况下,在X11的“OUT”和“IN”之间有一短接线。

当安装光栅后,此短接线必须移除。

请参照163页,第17.1节“接线图”。

调整光栅接收器安装在立柱上,发射器安装在机箱上。

1.在接收器和发射器之间不可有其它任何物体。

光路必须畅通。

2.打开电源。

3.发射器和接收器的绿色LED灯变亮。

4.调整接收器和发射器。

当调整正确后,接收器的黄灯变亮。

5.轻轻松动支柱的螺丝来调整接收器,使支柱可以转动。

6.转动支柱,直到接收器的黄灯变亮。

检查安全光栅的功能将一个物体放进发射器和接收器之间的光路来检测光栅的功能。

检测结果必须符合以下几项:■接收器的黄灯熄灭■栏杆机不可关闭。

9.4.4 连接紧急事故打开触点消防开关,紧急事故打开触点等于“打开高优先级”输入点连接。

当信号传到输入点时,栏杆机打开。

只要接收到信号,栏杆机就不会关闭。

请参照87页,第9.4.5节“数码输入”和163页,第17.1的“接线图”。

9.4.5数码输入不适当的参数警告!警告!控制单元不适当的参数会有受伤的危险!控制单元不适当的参数可能会导致重伤!所以:-控制单元的参数只可由授权人员或专业电工来设置。

-信号发生器IN1—IN8的电力连接必须符合参数设置。

技术参数请参照37页,第4.5节注意!以下版本和型号的数字输入可以灵活设置:- Access Pro, Access Pro L, Access Pro H, Access Select andAccess Select L- Parking Pro and Parking Select其它版本,输入端是固定分配的。

对于输出参数,参照99页,第10节。

出厂设定端子描述功能IN1 输入1 抬杆低优先级IN2 输入2 抬杆低优先级IN3 输入3 抬杆并计数IN4 输入4 抬杆高优先级IN5 输入5 出口抬杆线圈IN6 输入6 落杆IN7 输入7 落杆IN8 输入8 栏杆臂接触器表22:出厂设置“数字输入”各个功能之间有相对优先级。

功能“抬杆高优先级”有最高的优先级别(优先级1)。

其它功能,如“抬杆低优先级”、“落杆”等,在功能“抬杆高优先级”有效时会被忽略。

外部抬杆线圈(出口)当输入口有24V电压时,栏杆机打开。

将外部信号连接到此输入口。

外部碰撞检测可在栏杆臂上安装外部碰撞检测装置。

当无车辆从栏杆臂下方碰撞栏杆臂时,该输入口有24V电压。

当车辆撞击到栏杆机臂时,如车辆不允许通行,“外部撞击检测”的输入口24V电压会消失。

发生撞击检测时栏杆机反应可以在“撞击设置”中设置。

参照122页,第10.10.7节。

栏杆臂接触输入在回转装置上安装有栏杆臂接触装置,当栏杆臂在正确位置时,该端子有24V的电压。

当栏杆臂偏离正确位置时,如被车辆撞击,24V电压会消失。

栏杆机打开。

该功能需要在栏杆臂接触设置菜单中激活表23:“数字输入”功能9.4.6 数字输出和输出继电器技术参数参照37页,第4.5节注意!以下几种版本可以设置数字输出功能的参数。

:- Access Pro, Access Pro L, Access Pro H, Access Select andAccess Select L- Parking Pro and Parking Select其它版本,输入端是固定分配的。

对于输出参数,参照99页,第10节。

出厂设置端子描述功能表24:“数字输出”和“继电器输出”的出厂设置线圈B后脉冲输出当车辆驶出线圈B时,此功能的输出端发出一个脉冲。

方向1 A到B 车辆从A开到B。

车辆离开线圈A并进入线圈B时,输出端发出一个300ms的计数脉冲方向1 B到A 车辆从B开到A。

当车辆离开B并开到A时,输出端发出一个300ms的计数脉冲。

方向2 A到B 车辆从A开到B。

当车辆开到线圈A并往B方向行驶时,输出端发出一个300ms的计数脉冲。

方向2 B到A 车辆从B开到A。

当车辆开到线圈B上并向A方向行驶时,输出端发出一个300ms的计数脉冲。

方向 1 A到B 车辆从A 开到B。

当车辆离开线圈A,输出端开始发出一个电平信号。

当车辆离开线圈B时,输出端停止输出此电平信号。

此功能可以被用于控制交通灯等。

方向1 B到A 车辆从B开到A。

当车辆离开线圈B时,此输出端开始发出持续信号。

当车辆离开线圈A后,此输出端停止输出电平信号。

此功能用于控制交通灯等。

方向2 A到B 车辆从A开向B。

当车辆进入线圈B时,此输出端开始发出持续信号。

当车辆离开线圈B后,输出端停止输出电平信号。

此功能可以被用于控制交通灯等。

方向2 B到A 车辆从B开到A 。

当车辆进入线圈A时,输出端开始发出一个持续信号。

当车辆离开线圈A后,此输出端停止输出电平信号。

此功能可以被用于控制交通灯等。

表25:“数字输出”功能和“输出继电器”9.5 检查电气连接在栏杆机安装好后,以下几点必须检查:■确定以下几种电气保护设备是否已安装:主开关,断路器,漏电流故障断路器。

■电缆是否按9.3节中的一样连接到端子。

■根据线路图,检测线圈是否已经连接。

■根据线路图,是否已连接安全光栅。

■根据线路图,是否已连接控制线。

■所有的机箱盖是否安装合适。

10 设置控制单元10.1 安全也可参照18页,2.6节的“职业安全和特殊危险”中的安全注意事项。

不合适的参数警告!警告!控制单元不适当的参数设置会有受伤的危险。

控制单元不适当的参数设置可能会导致重伤。

所以:- 控制单元的参数只可由合格的人员后或专业人员来设置。

-IN1到IN8输入的电气连接必须符合参数设置。

10.2 控制单元的控制元件MGC控制单元图41:控制单元MGC1 菜单2 4个按钮的当前功能3 控制按钮10.3控制单元的显示“操作界面”示例图42:“操作界面”示例1 工作模式此处为模式42 栏杆机型号,此处为型号“Access Select”3 栏杆机状态,此处为关闭4 右侧控制按钮的功能,此处为调用菜单“主菜单”5 检测线圈的状态6 左侧控制按钮的功能,此处为调用菜单“信息”“屏幕变化值”示例图43“屏幕变化值”示例1 参数2 当前值3 可能的上限值4可能的下限值5控制按钮的当前功能10.4 符号显示10.4.1 控制按钮的功能符号描述■调用菜单“信息”■滚动菜单“信息”调用菜单“主菜单”,设置此菜单中的选项;“检测模式”菜单,校准检测线圈。

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