eDCAP-625A PT测量及切换装置 使用说明书
艾顿电源设备说明书
US: 1-866-764-5454 CAN: 1-800-265-0502 Copyright 2022 Eaton3392C2CEDS factory sealed manual motor starting switches and enclosuresCl. I, Div. 1 & 2, Groups B A , C, D Cl. II, Div. 1, Groups E, F, G Cl. II, Div. 2, Groups F, G Cl. IIINEMA 3, 7B A CD, 9EFGExplosionproof Dust-ignitionproof RaintightWet LocationsEDSC2199EDSC2299Applications:Factory sealed enclosures are installed in a rigid metallic conduit system for surface mounting adjacent to or remote from equipment being controlled, and are used:• To prevent arcing of enclosed device from causing ignition of a specific hazardous atmosphere or atmospheres external to the enclosure• In industrial areas, such as chemical plants, oil and gas refineries, paint and varnish manufacturing plants, gasoline bulk loading terminals, grain elevators, grain processing industries, coal processing or handling areas, or metal handling or finishing areas where atmosphere may contain hazardous gases and/or dust• In non-hazardous areas where sturdy, durable enclosures are required• In conjunction with magnetic starters or contactors for remote control of motors Manual motor starting switch enclosures are used:• For manual starting of small AC or DC motors• To provide manual starting and stopping and, in the case of units with heaters, motor running protectionFeatures:Factory sealed devices have many distinct advantages:• Reduce installation problems • Eliminate external seals • Lower installation costs • Improve safety• Mounting lugs and taper tapped hubs with integral bushings• Large machine screws for fastening covers to bodies• Lockout hole for padlock having 1/4” hasp is provided• Close tolerances in machining of wide, mating flanges and journalled shafts and bearings produce flametightness of enclosure joints• Dead end (EDS) or through feed (EDSC) hubs – 3/4” or 1” sizesCertifications and compliances:N EC/CEC:• Class I, Divisions 1 & 2, Groups B A , C, D • Class II, Division 1, Groups E, F, G • Class II, Division 2, Groups F, G • Class III UL standard:• UL1203CSA standard:• C22.2 No. 30Environmental ratings:• NEMA/EEMAC 3, 7B A CD, 9EFGStandard materials:• B odies – Feraloy iron alloy (U.S.); copper-free aluminum (Canada)• Shafts and bushings – stainless steel • Sealing enclosures – copper-free aluminumStandard finishes:• Feraloy iron alloy – electrogalvanized and aluminum acrylic paint• Copper-free aluminum – natural • Type 6/6 nylon – black • Stainless steel – naturalDimensions B (in inches):Side viewSingle-gangSurfacecovers have same length and width as single- and two-gang bodies.A Seals must be installed within 1/” of each conduitopening in Division 1.B Dimensions are approximate, not for constructionpurposes.Options:Description Suffix • For use in Group B hazardousareas ..................................................GB A • Copper-free aluminum bodies andcovers ...................................................SA For single- and two-gang unitsHub sizehi3/"7/13/Front viewTwo-gang US: 1-866-764-5454 CAN: 1-800-265-0502 Copyright 2022 Eaton3402C2EDS factory sealed manual motor starting switches and enclosuresCl. I, Div. 1 & 2, Groups B C , C, D Cl. II, Div. 1, Groups E, F, G Cl. II, Div. 2, Groups F, G Cl. IIINEMA 3, 7B C CD, 9EFGExplosionproof Dust-ignitionproof Raintight Wet LocationsC Add GB suffix. Seals must be installed within 1/” of each conduit opening for Group B usage.Ordering information:Allen-Bradley①Includes one interchangeable heater. Select heater from the table below individual listings and use symbol number as second section of the catalog number. Example: EDS2199-P5. Insert symbol '0' (zero) to omit heater.These heaters are for motors rated 40°C continuously. For motors rated 50°C or 55°C, multiply full load motor current by 0.9 and use this value to select heaters. Symbol '0' (zero) must be used to indicate heater omitted.With Allen-Bradley Bulletin 600 switchesMaximum horsepower ratingsNo. of poles115-230 VAC115-230 VDCCat. #11 A B BUL 600 TOX4With General Electric switchesMaximum horsepower ratingsNo. of poles115-230 VAC115 VDC230 VDCCat. #1110.25GE CR101 Y No. of poles Hub sizeCat. # Dead endCat. # Through feedSingle-gang3/"1"EDS32100 ①EDSC32100 ①No. of poles Hub sizeCat. # Dead endCat. # Through feedSingle-gang3/"1"EDS32094 ①EDSC32094 ①Heater tables:Max. motor full load amperageEaton'sCrouse-Hinds symbol numberMax. motor full load amperageEaton'sCrouse-Hinds symbol number0.17P1 2.92P222.58P21General ElectricMax. motor full load amperageEaton'sCrouse-Hinds symbol numberMax. motor full load amperageEaton'sCrouse-Hinds symbol number0.48G2 3.27G233.01G22 US: 1-866-764-5454 CAN: 1-800-265-0502 Copyright 2022 Eaton3412CEDS factory sealed manual motor starting switches and enclosuresCl. I, Div. 1 & 2, Groups B D , C, D Cl. II, Div. 1, Groups E, F, G Cl. II, Div. 2, Groups F, G Cl. IIINEMA 3, 7B D CD, 9EFGExplosionproof Dust-ignitionproof Raintight Wet LocationsD Add GB suffix. Seals must be installed within 1/” of each conduit opening for Group B usage.Ordering information (continued):Cutler-Hammer①Includes one interchangeable heater. Select heater from the table below individual listings and use symbol number as second section of the catalog number. Example: EDS2199-P5. Insert symbol '0' (zero) to omit heater.These heaters are for motors rated 40°C continuously. For motors rated 50°C or 55°C, multiply full load motor current by 0.9 and use this value to select heaters. Symbol '0' (zero) must be used to indicate heater omitted.With Cutler-Hammer switchesMaximum horsepower ratingsNo. of poles120-240 VAC32 VDC120 VDC240 VDC Cat. #110.250.250.25WEST MST01No. of poles Hub sizeCat. # Dead endCat. # Through feedSingle-gang3/"1"EDS32102 ①EDSC32102 ①Heater tables (continued):Max. motor full load amperageEaton'sCrouse-Hinds symbol numberMax. motor full load amperageEaton'sCrouse-Hinds symbol number0.43W1 2.95W21。
AHAI6256型振动分析仪使用说明书
2 主要特点
大于 110 dB 的超大级线性范围，1 档大量程，无需切换； 多分析功能、记录、录音同步启动； 彩屏显示器，分辨率 240×320，阳光下可读，显示内容 丰富，亮度可自动调节； 具有电池和外接电源自动切换功能； 低功耗，续航时间长； RS232/485 可切换通信接口； 内嵌蓝牙模块，实现无线打印和手机 app 通信（选配）； 大容量存贮：最大支持 32 GB SD 卡（选配）。
手传振动测量 Vwhi、VwheqT、Vwheq4h、Vwheq8h
Max、Min、Leq,T、5 个 Ln(n 可以从 1 到 99 低频 1/3 OCT 分析 之间设定)、30 个中心频率点、AP、SD、5
振动 1/3 OCT 分析
个合成频率计权（wz、wx、wm、wk、wu） Max、Min、Leq,T、30 个中心频率点、acc、 vel、disp
1
AHAI6256 型振动分析仪使用说明书
3 主要技术性能
1) 符合标准： —— GB/T 23716—2009 人体对振动的响应 测量仪器 （ISO 8041：2005 , IDT）； —— GB/T 3241—2010 电声学 倍频程和分数倍频程滤波器 （IEC 61260：1995, MOD）； —— GB/T 10071—1988 城市区域环境振动测量方法； —— GB/T 13441.1—2007 机械振动与冲击 人体暴露于全身振 动的评价 第 1 部分：一般要求 （ISO 2631-1:1997 , IDT）； —— GB/T 13441.2—2008 机械振动与冲击 人体暴露于全身振 动的评价 第 2 部分：建筑物内的振动（1 Hz～80 Hz） （ISO 2631-2:2003, IDT）； —— GB/T 14790.1—2009 机械振动 人体暴露于手传振动的测 量与评价 第 1 部分：一要求 （ISO 5349-1:2001, IDT）； —— GB/T 14790.2—2014 机械振动 人体暴露于手传振动的测量 与评价 第 1 部分：工作场所测量实用指南（ISO 5349-1:2001, IDT）； —— GB/T 50355-2005 住宅建筑室内振动限值及其测量方法标 准； —— JGJ/T 170-2009 城市轨道交通引起建筑物振动与二次辐射 噪声限值及其测量方法标准； —— 其他相关标准等；
德图625温湿度表说明书
22
重要显示
显示
意义 电池容量（在显示屏的右下角）： 电池符号 4 段亮：仪器电池完全充满 电池符号 4 段都不亮：电池差不多用完 测量通道：无线电探头（“无线电波”的格数表示信号的强弱）
无线电探头的电池容量（在无线电探头图标 上方）；电池几乎用尽
3.2 接口
探头插口 可插式探头可以经由该探头插口连接到仪器上。
些产品。
22
2. 预定的用途
本节描述本产品预定的使用范围。 仅将本产品用于为其设计的那些应用。如果你有任何疑问，请向 Testo 咨询。 Testo 625 是一款通过固定连接温湿度探头（湿度模块）或无线电温湿度探头（需选配无 线电模块）来测量湿度和温度的精密型测量仪器。 本产品设计用于下列任务/应用： 测量室内环境条件 检测建筑物，办公楼和仓库 本产品不能应用于下列区域： 有爆炸危险的区域。 用于医疗用途的诊断测量
3 按 开始执行标定菜单
4按
选择需要的选项，然后按 确认：
No：湿度值未被标定
YES：已执行湿度值标定
选择 No：
已执行标定
5 重复操作步骤 2－4 来进行第二个标定点的标定
如果已完成标定，仪器切换到下一功能设置
3 注册无线电探头
无线电探头仅在已获许可的国家内才可使用（见无线电探头的应用信息）。
标识
标识 , 1, 2
意义 注意 目标
√ >, 1, 2,... 文本 按钮
条件 步骤 显示文本 控制按钮 结果 交叉参照
说明 提供有用的提示和信息。 表示经由描述的步骤所要达到的目标。有步骤编号的地方， 你必须始终遵守给出的顺序！ 在按照描述执行一个动作时必须满足的条件。 执行步骤。有步骤编号的地方，你必须始终遵守给出的顺序！ 在仪器显示屏上显示的文本。 按下该按钮。 表示上一步的结果。 请参照更多或更详细的信息。
eDCAP-615A PT保护测控装置 使用说明书
eDCAP-615A PT保护测控装置使用说明书（V01-CH-20130820）紫光测控有限公司UNISPLENDOUR M&C CO. , LTD.目录1 概述 (1)2装置主要功能配置 (1)3装置硬件资源配置 (2)4主要技术指标 (3)4.1 额定参数 (3)4.2 环境条件 (3)4.3 功率消耗 (3)4.4 热稳定性 (3)4.5 测控技术指标 (3)4.6 保护技术指标 (4)4.7 触点容量 (4)4.8 绝缘性能 (4)4.9 抗干扰能力 (5)5装置原理 (6)5.1 装置的构成 (6)5.2 保护原理说明 (6)6菜单及数据表格说明 (9)6.1 实时数据表 (9)6.2保护参数表 (10)6.3 通信数据表格 (13)6.4系统参数表 (15)6.5模拟量校准表 (19)7操作方法 (20)8装置结构及尺寸 (20)9装置原理接线图 (22)10箱后端子接线图 (23)11 概述eDCAP-615A PT 保护测控装置适用于PT 柜的保护及测控。
eDCAP-615A PT 保护测控装置支持IEC61850站控层通讯协议，支持通过GOOSE 网络发布和订阅变电站事件。
2 装置主要功能配置23 装置硬件资源配置34 主要技术指标4.1 额定参数交流电压额定值(Un)：线电压：100V ，380V ；相电压：57.7V ，220V 电源频率额定值： 50Hz直流电源额定值： 220V ，110V4.2 环境条件环境温度:工作：温度范围 -10～+55℃。
贮存：温度范围 -25～+70℃，在极限值下不施加激励量，装置不出现不可逆变化，温度恢复后，装置能正常工作。
大气压力：80～110kPa （相对海拔高度2km 及以下）相对湿度：最湿月的月平均最大相对湿度为90%，同时该月的月平均最低温度为25℃，且表面无凝露。
最高温度为40℃时，平均最大相对湿度不大于50%。
4.3 功率消耗交流电压回路：不大于0.5VA/相（额定电压下）直流回路：每个保护箱不大于10W （静态）或15W （动作）4.4 热稳定性长期运行 2In ，1.5Un4.5 测控技术指标（1）交流工频输入量 a) 标称值电压：100V ，380V ；频率：50 Hz 。
Lincoln TTOMAHAWK 625 操作手册说明书
T OMAHAWK ™625OPERATORʼS MANUALIM10020January, 2012Safety Depends on YouLincoln arc welding and cutting equipment is designed and built with safety in mind. However,your overall safety can be increased by proper installation ... and thoughtful operation on your part. DO NO T INSTALL,O PERATE O R REPAIR THIS EQUIPMENT WITHO UT READ-ING THIS MANUAL AND THE SAFETY PRECAUTIO NS CO N-TAINED THRO UGHO UT.And,most importantly, think beforeyou act and be careful.NOTESvfor selecting a QUALITY product by Lincoln Electric. We want you to take pride in operating this Lincoln Electric Company product ••• as much pride as we have in bringing this product to you!Read this Operators Manual completely before attempting to use this equipment. Save this manual and keep it handy for quick reference. Pay particular attention to the safety instructions we have provided for your protection.The level of seriousness to be applied to each is explained below:HIGH FREQUENCY INTERFERENCE PROTECTIONThe TOMAHAWK™ 625 employs a touch start mech-anism for arc initiation which eliminates high frequen-cy emissions from the machine as compared with spark gap and solid state type high frequency genera-tors. Keep in mind, though, that these machines may be used in an environment where other high frequen-cy generating machines are operating. By taking the following steps, high frequency interference into the TOMAHAWK™ 625 can be minimized(1)Make sure the power supply chassis is connectedto a good earth ground. The work terminal ground does NOT ground the machine frame.(2)Keep the work clamp isolated from other workclamps that have high frequency.(3)If the work clamp cannot be isolated, then keepthe clamp as far as possible from other work clamp connections.(4)When the machine is enclosed in a metal building,several good earth driven electrical grounds around the periphery of the building are recom-mended.Failure to observe these recommended installation procedures may cause improper function of the TOM-AHAWK™ 625 or possibly even damage to the control system or power supply components.INPUT ELECTRICAL CONNECTIONS The TOMAHAWK™ 625 is rated for 208VAC and 230VAC input voltage. Before installing the machine, check that input supply voltage, phase, and frequency are the same as the machine's voltage, phase, and frequency as specified on the machine's rating plate.• The TOMAHAWK™ 625 should be connected only by a qualified electrician. Installation should be made in accordance with local codes.For use on engine drives, keep in mind the above input draw restrictions and the following precaution. The TOMAHAWK™ 625 can be operated on engine driven generators as long as the 230 volt auxiliary meets the following conditions:• The AC waveform peak voltage is below 400 volts.• The AC waveform frequency is between 45 and 65 Hz.• The RMS voltage of the AC waveform is always greater than 208VAC.USER RESPONSIBILITYBecause design, fabrication, erection and cutting vari-ables affect the results obtained in applying this type of information, the serviceability of a product or struc-ture is the responsibility of the user. Variation such as plate chemistry, plate surface condition (oil, scale), plate thickness, preheat, quench, gas type, gas flow rate and equipment may produce results different than those expected. Some adjustments to procedures may be necessary to compensate for unique individ-ual conditions. Test all procedures duplicating actual field conditions.DESIGN FEATURES AND ADVANTAGESThe TOMAHAWK™ 625 design makes plasma cutting uncomplicated. This list of design features and advan-tages will help you understand the machine's total capabilities so that you can get maximum use from your machine.- Light weight and portable design for industrial use. - Continuous control, 10 - 40 amps.- Reliable touch start mechanism for plasma arc initi-ation.- Rapid arc restrike for fast cutting of expanded metal. - Input over voltage protection.- Bright 3.0 second timed pilot arc.- Purge section on output dial.- Air regulator and pressure gage included.- Internal water separator included.- Parts-in-Place mechanism to detect proper installa-tion of consumables and torch.- Preflow/Postflow timing. Preflow is eliminated if arc is re-initiated in Postflow.- Thermostatic Protection.- Solid state over-current protection.- Unique electrode and nozzle design for optimum cooling and long life.CUTTING CAPABILITYThe TOMAHAWK™ 625 is rated at 40 amps, at 35% duty cycle on a 10 minute basis. If the duty cycle is exceeded, a thermal protector will shut off the output of the machine until it cools to the normal operating temperature.Figure B.1 shows the cut capacity of the TOMA-HAWK™ 625 when cutting mild steel. (The graph plots cut thickness vs. torch travel speed with a torch standoff of 0.15".) CONSUMABLE LIFEThe expected life for the TOMAHAWK™ 625's elec-trode under normal operating conditions is approxi-mately 1000 starts/cuts. An erosion of .060" is typical for end of electrode life, however, the electrode life may last longer. A green and erratic arc will indicate definite electrode failure and the electrode should be replaced immediately.It is recommended that consumables be replaced in complete sets. (Example: Electrode and Nozzle). This will maximize the performance of the TOMAHAWK™625 system.Figure B.1 TOMAHAWK 625LIMITATIONSDo not exceed output current and duty cycle rating of machine. Do not use the TOMAHAWK™ 625 for pipe thawing.If the arc turns off while cutting using low input volt-age, that is below 208V, lower the air pressure by adjusting the regulator knob.When using with the Outback 180, gouging is not rec-ommended.Turn the machine's ON/OFF POWER SWITCH to the OFF position.• Connect the air supply to the machine.• Turn the main power on and the machine power switch to the ON position.- The fan will start.- The pre-charge circuit will operate for 3 seconds,then the green "Power" LED will illuminate.• Attach the work lead clamp to the workpiece before cutting.• Set the output current control knob to maximum position for higher cutting speed and less dross for-mation. Reduce the current, if desired to reduce the kerf (cut) width, heat affected zone, or travel speed as required.Note:If the circuit breaker trips while cutting at high-er amperages - reduce the cutting amperage on the unit, or provide an input circuit with higher current capacity.• Rotate the output knob into the purge zone to check or set the gas pressure. Pull the pressure regulator cap out and turn it to set the pressure.- Adjust the gas regulator for 75-80 PSI (0.50-0.55MPa).- Turn the output knob out of the purge zone.- The gas will immediately turn off. The pressure gage may show an increase in pressure after the air turns off but this is normal. Do NOT reset the pressure while the air is NOT flowing.PROCEDURE RECOMMENDATIONSWhen properly used, plasma arc cutting is a very eco-nomical process. Improper use will result in a very high operating cost.General - In All Cases• Follow safety precautions as printed throughout thisoperating manual and on the machine.• If piercing is required, slowly lower the torch at anangle of about 30° to blow the dross away from the torch tip and slowly rotate the torch to a ver-tical position as the arc becomes deeper. This process will blow a lot of molten metal and dross. Be careful! Blow the dross away from the torch, the operator and any flammable objects.• The nozzle should not be dragged on the metal surface. A drag spacer is provided to maintain a consistant touch height. Refer to Touch Parts Configurations in this Section.• Where possible, start the cut from the edge of thework piece.• Keep moving! A steady speed is necessary. Donot pause.• Replace the nozzle when the orifice exit is eroded away or oval shaped.• After the problem is found, or if there is nothing apparently wrong, reset the machine by turning the power switch OFF and then ON again. (It is possi-ble for electrical noise to trip the safety circuit on rare occasions. This should not be a regular occur-rence.)• If the machine does not reset or continues to trip,consult the Troubleshooting Section.• Use the proper cutting procedures referred to in Procedure Recommendations.PILOT ARC DISCUSSIONThe TOMAHAWK™ 625 has a smooth, continuous pilot arc. The pilot arc is only a means of transferring the arc to the workpiece for cutting. Repeated pilot arc starts, in rapid succession, is not recommended as these starts will generally reduce consumable life.Occasionally, the pilot arc may sputter or start inter-mittently. This is aggravated when the consumables are worn or the air pressure is too high. Always keep in mind that the pilot arc is designed to transfer the arc to the workpiece and not for numerous starts without cutting.The TOMAHAWK™ 625 does not utilize high frequen-cy starting. When the pilot arc is started, a slight impulse will be felt in the torch handle. This occur-rence is normal and is the mechanism which starts the plasma arc. This impulse can also be used to help troubleshoot a "no start" condition.Suggestions for Extra Utility from the TOMAHAWK™ 625 System:1. Occasionally an oxide layer may form over the tip of the electrode, creating an insulating barrier between the electrode and nozzle. This will result in the tripping of the TOMAHAWK™ 625's safety circuit. When this happens turn the power off,remove the nozzle and electrode and use the elec-trode to rub against the inside bottom surface of the nozzle. This will help remove any oxide buildup. Replace the nozzle, turn on the power and continue cutting. If the safety circuit continues to trip after cleaning the consumables, then replace them with a new set. Do not continue to try and cut with excessively worn consumables as this can cause damage to the torch head and will degrade cut quality. Do not allow torch cable or body to contact hot surface.2. To improve consumable life, here are some sug-gestions that may be useful:• Make sure the air supply to the TOMAHAWK™625 is clean and free of oil. Use several extra in line filters if necessary.• Minimize dross buildup on the nozzle tip by starting the cut from the edge of the plate when possible.• Pierce cutting should be done only when nec-essary. If piercing, angle torch about 30° from the plane perpendicular to the work piece,transfer the arc, then bring the torch perpendic-ular to the work and begin parallel movement.• Reduce the number of pilot arc starts without transferring to the work.• Reduce the pilot arc time before transferring to the work.• Set air pressure to recommended setting. A higher or lower pressure will cause turbulence in the plasma arc, eroding the orifice of the nozzle tip.• Use only Lincoln consumable parts. These parts are patented and using any other replace-ment consumables may cause damage to the torch or reduce cut quality.TORCH PART CONFIGURATIONSThere are different torch configurations depending onthe cutting or gouging application.Standard Cutting Setup:In the Standard Cutting configuration the nozzle isdesigned not to touch the work piece. The advantageof this cutting method is good visibility of the arc.However it requires a steady hand to avoid touchingthe nozzle to the work piece which will cause prema-ture nozzle wear and a jagged cut. An optional dragspacer can be attached to the retaining cap to main-tain a consistent arc height.Contact Cutting Setup:Contact Cutting uses special expendable parts thatallow the torch to touch the work piece. The advan-tage of contact cutting is that the torch can touch thework piece, steadily dragging it across the surface.The disadvantage of contact cutting is the plasma arcis not as visible as with a standard torch set-up. Sincethis machine cuts at 40 amps or less it uses the directcontact torch configuration which allows a special noz-zle to come in contact with the work piece.Gouging Setup:If gouging metal and not cutting completely through the part is required, a special gouging nozzle is used in conjunction with a gouge shield to protect the noz-zle from molten metal blow back.Refer to the torch parts decal located on your machine or the parts pages at the back of this manual for the specific part numbers required for each of these setups.ALWAYS USE GENUINE LINCO LN ELECTRIC ELECTRO DES, NO ZZLES, AND EXPENDABLE PARTS FO R THE BEST CUTTING PERFO R-MANCE.GENERAL OPTIONS /ACCESSORIESThe following options/accessories are available for your Tomahawk Plasma cutter from your local Lincoln Distributor.K2377-1-Small Canvas CoverProtect your machine when not in use. Made from attractive red canvas that is flame retardant, mildew resistant and water repellent. It includes a convenient side pocket to hold the plasma torch.K2886-1- Plasma Circle Cutting KitFor cutting circles from 3” to 33” in diameter (77mm to 838mm).TORCHESThe following replacement torch is available:K2847-1 LC40 Handheld Plasma Torch 20' (6m) EXPENDABLE PARTSRefer to the torch parts decal located on your machine or the parts pages at the back of this manual for the specific part numbers required for each of the avail-able setups.This Troubleshooting Guide is provided to help you locate and repair possible machine malfunctions. Simply follow the three-step procedure listed below.Step 1.LOCATE PROBLEM (SYMPTOM).Look under the column labeled “PROBLEM (SYMPTOMS)”. This column describes possible symptoms that the machine may exhibit. Find the listing that best describes the symptom that the machine is exhibiting. Step 2.POSSIBLE CAUSE.The second column labeled “POSSIBLE CAUSE” lists the obvious external possibili-ties that may contribute to the machine symptom.Step 3.RECOMMENDED COURSE OF ACTIONThis column provides a course of action for the Possible Cause, generally it states to contact you local Lincoln Authorized Field Service Facility.If you do not understand or are unable to perform the Recommended Course of Action safely, contact you local Lincoln Authorized Field Service Facility.STATUS BOARD INDICATORSJapaneseChineseKoreanArabicREAD AND UNDERSTAND THE MANUFACTURER’S INSTRUCTION FOR THIS EQUIPMENT AND THE CONSUMABLES TO BE USED AND FOLLOW YOUR EMPLOYER’S SAFETY PRACTICES.SE RECOMIENDA LEER Y ENTENDER LAS INSTRUCCIONES DEL FABRICANTE PARA EL USO DE ESTE EQUIPO Y LOS CONSUMIBLES QUE VA A UTILIZAR, SIGA LAS MEDIDAS DE SEGURIDAD DE SU SUPERVISOR.LISEZ ET COMPRENEZ LES INSTRUCTIONS DU FABRICANT EN CE QUI REGARDE CET EQUIPMENT ET LES PRODUITS A ETRE EMPLOYES ET SUIVEZ LES PROCEDURES DE SECURITE DE VOTRE EMPLOYEUR.LESEN SIE UND BEFOLGEN SIE DIE BETRIEBSANLEITUNG DER ANLAGE UND DEN ELEKTRO-DENEINSATZ DES HERSTELLERS. DIE UNFALLVERHÜTUNGSVORSCHRIFTEN DES ARBEITGEBERS SIND EBENFALLS ZU BEACHTEN.JapaneseChineseKoreanArabicLEIA E COMPREENDA AS INSTRUÇÕES DO FABRICANTE PARA ESTE EQUIPAMENTO E AS PARTES DE USO, E SIGA AS PRÁTICAS DE SEGURANÇA DO EMPREGADOR.• Sales and Service through Subsidiaries and Distributors Worldwide •Cleveland, Ohio 44117-1199 U.S.A. TEL: 216.481.8100 FAX: 216.486.1751 WEB SITE: 。
ICT测试仪操作指导书
4.按”RESET”键,压头和下压治具上升,与底座治具分离.
5.将数据排线按1-5(37系列)或1-7(46系列)顺序插入底座治具中.(如图示)
3.定时擦拭仪器显示器和治具上的灰尘,清洁时,仪器必须处于关机状态。
4.作业过程中,必须戴防静电手环作业.
制作
XXXX
校对
核准
日期
20XX-X-XX
日期
日期
XX/XX-016-002-05
版本号
A0
受控号
02
页次
1/1
一.操作前准备
1.找出被测产品的有关技术文件资料或承认书,明确被测产品的测试项目,技术要求和测试条件
2.检查配套治具是否良好,检查仪器内部各部件是否连接良好.
Байду номын сангаас二.操作步骤:
1.将仪器电源插头插入电源插座上,再将气管连接好.
2.先后打开仪器电源和电脑电源,并按下显示器”POWER”钮.
深圳XXXX电子有限公司
SHENZHENXXXXELECTRONIC CO.,LTD
操作作业指导书
WORK INSTRUCTION SHEET
操作图示
仪器电源开关
PTI816适用
仪器电源开关
JET-300NT适用
连接数据排线
设备名称
ICT测试仪
设备型号
PTI816/JET-300NT
电脑电源钮
文件编号
6.双击显示器桌面上的ICT测试程序JET300W或PCB TEST,进入操作窗口,用鼠标单击”OPEN”钮,选择相应机型的程序打开.
北京泰亚赛福公司 T625电缆故障定位仪说明书
1．序言及安全2．简介3．正面面板4．电源5．显示6．工作模式7．使用指南8．帮助9．隐含设置值及开机状况10.RS23211.T625的使用12.保险丝13.清洗14.规格15.产品安全数据1.序言及安全1.1电池T625使用一组2Ah镍镉充电电池。
新电池处于放电状态，使用前必须充电24小时。
电池可能不能达到额定容量。
1.2工作安全性该产品是根据Bicotest子元器件。
公司。
1.3安全预防措施使用Bicotest T600FS600V的带电电缆。
T625仅适用容量为2Ah的0o C时不可充电。
T625主机符合IEC10102.简介2.1T625概述T625是一种时域反射仪器，也可称回波检测仪或电缆雷达，提供电缆故障的可视性指示。
发射脉冲在电缆故障点产生反射。
发射脉冲和反射脉冲均显示于屏幕中。
障脉冲的起始点，故障点的距离将显示于屏幕中。
可确定故障的类型。
注：电缆必须包含两根导线或一根导线及屏蔽。
2.2典型波形（1）开路/高阻抗串联故障注：正反射（向上）（2）短路/低阻抗并联故障注：负反射（向下）T625可用于：a)检测一组线对b)一组好线对和一组有故障线对的对比c)在一组好线对和一组有故障线对的差值中，号（如连接点、电线规格改变点或绝缘点）障。
2.3电源T625可由一组8通过直流电插座提供外接直流电源。
T625将自动关机。
2.4主要特征图1为T625正面面板图形13.正面面板3.1控制键5分（见第7章）.时，T625将发出蜂鸣声。
背景灯1秒钟，背景灯将熄灭；背景灯开通54使用。
光标光标移动较慢，返回全距离范围显示。
300m或4。
介电值用于设置检测线对的速度参数。
亦可作数字键距离范围T625在有效距上下移动工作模式为工作模式为L1波形移动。
振幅T625将在有效增益范围内递变。
脉冲宽度脉冲宽度在宽和窄之间变化。
距离范围为25米时不可用。
存储T625回放12接口算机中。
帮助工作模式3.2插座2孔，4mm 2孔，4mm插座，用于连接第二个检测线对。
专变采集终端使用说明书
集系统通信协议》等标准对终端的要求。 在安装使用本终端前，请先仔细阅读本手册。
1 主要特点
1.1 高性能 32 位 CPU，大容量存储，高精度时钟， 高点阵大屏幕液晶的硬件平台，满足数据采集、 存储，高速运算，通讯，控制等要求。
概述 ..............................................................................2 主要特点 ......................................................................2 技术指标 ......................................................................3 安装与接线 ..................................................................5 安装 ..............................................................................5 端子接线说明 ..............................................................8 本地 RS232 端口 ......................................................10 红外接口 ....................................................................10 终端面板说明 ............................................................11 面板说明 ....................................................................11 指示灯说明 ................................................................12 液晶显示与键盘操作 ................................................13 运输和贮存 ................................................................15 售后服务 ....................................................................16
- 1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。
通讯协议 数字化功能
其它
参数整定说明： 修改打印参数：连接打印机的装置整定为主机，其它装置整定为从
机。同时，在主机上把各从机的通信站号依次整定在从机站号整定项的 位置，通信站号不宜重复整定，不需要的从机站号整定项整定为 0。如 果主机或从机需要自动打印功能，必须将各自的自动打印方式投入。
规约选择：主机连接打印机的 232 串口规约选择为“打印机”，各装 置连接打印网络的通信口规约选择为“打印网络”。
eDCAP-625A PT 测控及切换装置：使用说明书
1 概述
eDCAP-625A PT测量及切换装置主要用于完成对 PT 的测量及切换。 eDCAP-625A PT测量及切换装置支持IEC61850站控层通讯协议，支持通过GOOSE网络 发布和订阅变电站事件。
2 装置主要功能配置
名称
保护 遥测量
测量量显示方式：“一次值/二次值”可选择。
3 装置硬件资源配置
名称
数量
说明
装置工作电源 控制回路电源
1
可以是 DC220V 或 DC110V，在订货时须注明。
1
可以是 DC220V 或 DC110V，在订货时须注明。
开关控制回路
1
有内置防跳继电器及合闸保持继电器。
交流输入（AD）
14
开关量输入
（DI）
DCAP2002、103、Modbus
1. IEC61850 站控层协议，支持 61850 数据模型、缓存/非缓存报告、定 值组控制、控制模型、文件传输、时钟同步等，支持从装置中读取 IEC61850 模型
2. GOOSE 发布和订阅 详细内容请参考《eDCAP600 系列 IEC61850 通讯说明书》
eDCAP-625A PT 测量及切换装置
使用说明书
（V01-CH-20130820）
紫光测控有限公司
UNISPLENDOUR M&C CO. , LTD.
目录
1 概述 .................................................................................................................................................. 1 2 装置主要功能配置........................................................................................................................... 1 3 装置硬件资源配置........................................................................................................................... 2 4 主要技术指标................................................................................................................................... 3
说明
PT 断线告警； 单相接地告警； 装置失电告警； 告警事件记录； 2 套保护定值及保护投退； 支持硬压板投退并可灵活整定； 手动启动录波功能。
1 段三相相电压，1 段零序电压，1 段负序电压，1 段三相线电压，2 段 三相相电压，2 段零序电压，2 段负序电压，2 段三相线电压。
遥信量
可检测 14 路遥信量，包括 1 路保护 PT 切换和 1 路测量 PT 切换。遥信 变位信息及同时产生的 SOE 可上传给主机。
4.1 额定参数 ................................................................................................................................... 3 4.2 环境条件 ................................................................................................................................... 3 4.3 功率消耗 ................................................................................................................................... 3 4.4 热稳定性 ................................................................................................................................... 3 4.5 测控技术指标 ........................................................................................................................... 3 4.6 触点容量 ................................................................................................................................... 4 4.7 绝缘性能 ................................................................................................................................... 4 4.8 电磁兼容性能 ........................................................................................................................... 4 5 装置原理........................................................................................................................................... 6 5.1 装置的构成 ............................................................................................................................... 6 5.2 保护原理说明 ........................................................................................................................... 6 6 菜单及数据表格说明....................................................................................................................... 8 6.1 实时数据表 ............................................................................................................................... 8 6.2 保护参数表 ................................................................................................................................ 9 6.3 通信数据表格 ........................................................................................................................... 9 6.4 系统参数表 .............................................................................................................................. 11 6.5 模拟量校准表 .......................................................................................................................... 15 7 操作方法......................................................................................................................................... 16 8 装置结构及尺寸............................................................................................................................. 16 9 装置原理接线图............................................................................................................................. 18 10 箱后端子接线图........................................................................................................................... 19