WCP储罐爬行器说明书供参习
储气罐使用说明书
储气罐使用说明书标准化管理部编码-[99968T-6889628-J68568-1689N]储气罐使用说明书本储气罐产品主要用于储存压缩空气、调节用气负荷、延时供气。
其使用、检验检测等均应严格按《简单压力容器安全技术监察规程》及《特种设备安全监察条例》之规定。
1、储气罐使用单位须建立安全管理档案及完善的工艺操作规程和岗位操作规程，对本储气罐进行定期保养、检查并记录存档。
发现异常情况，应当技术请特种设备检验检测机构进行检验；2、本产品应在推荐使用寿命年限内使用，达到推荐使用寿命的应报废。
如需继续使用，使用单位应报请特种设备检验检测机构进行定期检验；3、在长期工作状态下，储气罐的支架板、进气管等焊接部位可能产生振动裂纹；安装及使用时应注意减少振动；4、使用单位的操作人员应进行专业培训与安全教育。
严禁超压、超温使用；进入储气罐的压缩空气文的严禁超过罐体的设计温度；为确保储气罐处于正常状态，使用环境温度应不低于0℃；应避免腐蚀性物料接触罐体表面；如与外壁油漆层剥落，宜及时修复。
5、对油润滑压缩机，应定期检查排气口至压缩空气温度80℃处之间的所有管路、容器本身和配件，任何积碳应有效去除（包括压缩机缸头积碳物）；视实际使用情况，应对储气罐进行定时排污和定期清洗，确保罐内的空气质量。
不得在储气罐周围或储气罐上动明火；不得使用明火查看储气罐内部状况。
6、储气罐处于受压状态时，不得进行任何维修（包括紧螺栓等）以及对储气罐的锤击和撞击；7、使用单位不得擅自对储气罐进行修理、技术改造或改为与原设计不符的压力容器；8、储气罐上的安全附件（安全阀、压力表）应定期检验（定期检验日期一般以安全附件出厂日期为准）安全阀一般每年至少校验一次；压力表每六个月至少校验一次。
操作人员必须经常检查安全附件具有可靠的灵敏度。
确保安全附件正常工作，一旦失效或精度达不到规定要求即予以更换。
9、压缩机的最大容积流量（即储气罐的实际进气量）如超过储气罐安全阀的泄放量时，使用单位应在其系统中加装压力泄放装置。
TRIAC SerieS S2：不锈钢罐体罐状驱动器腿片驱动器说明书
S erieS S2: Stainless SteelRack & Pinion ActuatorsCorrosion ResistantAll StainlessBall Valve AssembliesTRIAC ® Series S2 Stainless Steel Rack & Pinion Actuators offer an economical solution to harsh chemical environments and the corrosion resistant requirements of the pharmaceutical, food, beverage, pulp and paper, and petrochemical industries.• 316 SST body, pinion and pistons• Dual Travel Stops, providing adjustment in both open and closed positions • ISO 5211 mounting dimensions • NAMUR accessory mounting • Electropolish finish• Double acting and spring return • Permanently lubricated• Standard working temperature -40ºF to 175ºF • Maximum working pressure 150 psig®Page 1 ...........Features and BenefitsPage 3 ...........Operating TorquesPage 4 ...........Bill of Materials & Repair KitsPage 5 ...........DimensionsPage 6 ...........How to Order / Part Number MatrixPage 7 ...........Accessories offered in Stainless SteelPage 8 ...........Painless Stainless Automated Ball Valve Packages2Air Supply60 psi80 psi100 psiEnd Break End Break End Break67 88 111 132 155 17745 74 89 118 133 162- - 67 103 111 147- - - - 90 133142 185 228 271 313 356103 161 189 247 275 332- - 151 223 236 308- - - - 198 284258 334 427 503 595 671Torques are actual. Please be sure to include appropriate safety factors for all service condition variables when sizing.3Bill of Materials*Spare parts included in repair kitsDimensional InformationNOTES: Accessory mounting holes are not intended for Manual Gear Overrides or Stop Blocks. Cycle times shown are under no load conditions, 80 psi supply pressure and with a TVCS solenoid. Air line size, air capacity, and valve torque characteristics affect these cycle times. Faster or slower cycle times can be accomplished using special control components.Air Consumption (scf per 90°)=Volume (cubic inches)xSupply Pressure (psi) + 14.71,72814.7Actuator size (052, 063, 083, 105, 125, 140, 160, 210) Blank 5 spring per side (standard) 0 Specify Number of Spring per side (1-6)S2-063SRV (Triac S2 Series Stainless Steel Actuator with dual travel stops, Spring Returnfail-clockwise, with FKM seals)> FR-22: > FR-23: AVB-22: 1/2” NPT portAir Volume BoostersLimit SwitchesEW Series7APL-910S2-20190211Copyright 2013 A-T Controls, Inc.9955 International Blvd.Cincinnati, Ohio 45246PHONE (513) 247-5465FAX (513) 247-5462******************** S erieS S2: Stainless Steel Rack & Pinion ActuatorsAll Stainless Ball Valve Assemblies22 Series Stainless Steel Assembly77 Series Stainless Steel Assembly88 Series Stainless Steel Assembly D9 Series Stainless Steel Assembly Painless Stainless。
爬行器说明书
LY系列管道爬行器使用说明书中油管道龙宇检测工程技术有限公司目录一、概述二、主要特点三、主要技术参数四、系统构成五、工作原理六、操作说明七、使用调整八、维护及注意事项九、常见故障处理十、充电器及救护使用说明一、概述管道爬行器是管线工程中，用于对管道焊缝进行无损检测的工程设备。
通过爬车将X射线机载入管道中进行检测。
由于X射线机采用周向曝光，所以对每道焊缝只需一次曝光便可以完成其检测。
这比采用双壁单透照的检测方法，提高了工作效率，而且还保证了检测的灵敏度。
通过爬行器在管道中运行，由管道外的指令源进行控制。
通过指令源使接收器接收到其信号，通过编程器的循环处理，在各个时段控制爬车完成前进、后退、曝光、休息等各个程序。
二、特点LY爬行器是在传统的基础上，研发出的新一代爬行器，有如下特点：1、先进的控制技术采用进口编程器外接线少控制准确、处理速度快、维护简单。
2、独特的救护方式爬行器因某种原因不能爬出管道时，当救护车接触到爬行器时，救护上升机构自动上升到预定高度从而使主动轮脱离管壁。
然后自动后退将故障爬行器托出。
3、新型高效电池采用世界上最先进的新型高效电池为爬行器提供动力，使爬行器体积更小，重量更轻。
三、主要技术参数适用管径：LY-I LY-II最大透壁厚ф273-610 ф508-1200最大爬坡度25º25º平均爬行速度18m/min 18m/min爬行距离（不曝光）≥5km ≥10km总曝光时间（不爬行）≥60min ≥100min供电电源DC120V DC120V电池容量12AH 17AH四、系统构成爬行器由以下部分组成：车体、驱动及其传动机构、控制器、电池箱、救护勾、X射线机、信号接收器、充电器等几部分构成。
1、车体爬行器各部分的载体2、驱动及其传动机构由马达及减速机构成3、控制器控制爬行器完成各种功能4、电池箱为爬行器提供动力5、救护勾用于爬行器救护6、X射线机、X射线发生装臵用于管道焊缝曝光7、信号接收装臵用于接收外部信号8、充电器用于电池充电五、工作原理爬行器在管道内运行，通过管道外的指令源对其进行控制，爬车根据指令源照射的时间不同，发出不同的提示声音。
西部全球静态罐子产品说明书
250, 500, 1000, 1800FCPContentsINTRODUCTION (1)DESCRIPTION (2)SIGN-OFF FORM (3)IDENTIFICATION MARKS (4)UNIT SPECIFICATION (6)SAFETY (7)ACCESS AND SECURITY (11)CABINET OVERVIEW (12)CENTRE OF GRAVITY (13)LIFTING & HANDLING (17)FILLING THE FCP (18)DISPENSING FUEL (19)TRANSPORTING (19)STRAPPING CHARTS (20)MAINTENANCE AND SERVICE SCHEDULE (24)RECOMENDED INSPECTION / MAINTENANCE (25)INNER TANK REMOVAL (26)TORQUE SETTINGS (28)ENVIRONMENTAL RESPONSIBILITY (29)TROUBLE-SHOOTING (30)WARRANTY (31)INTRODUCTIONThank you for choosing Western GlobalPlease read the contents of this manual before use. •Ensure all operators are fully conversant with the procedures for lifting, loading, positioning, filling, maintaining and use of the unit•By understanding and following the information and procedures in this manual, your tank will give you many years of safe use•Certain information in this manual is governed by law and is subject to change without prior notice. Great care has been taken to ensure that the information is correct at the time of publication.•However, it is the owner’s / user’s sole responsibility to ensure that they and the tank fully comply with all legal requirements. Western Global cannot and will not accept any liability for any inaccuracy or incorrectly stated legal requirements•Western Global reserves the right to alter product specifications without prior notice or obligationWestern Global Tanks are design approved under various Global / International / National / Regional standards of safety11DESCRIPTIONFCP – Static Fuel Tank•The FCP range of fuel tanks have been designed to enable safe storage of Flammable & Combustible fluids•The FCP can be used as an auxiliary fuel tank, feeding generators etc., and for refuelling other equipment via a dedicated fuel pump•All pipe work and pump systems are stored beneath a secure, lockable access lid•The FCP must be empty before transporting•To aid both transporting and handling, the FCP is fitted with forklift pockets (Lift empty only)•Containment capacity equal to 110% of the primary tank’s capacity•The design enables maintenance of the containment area without specialty equipment•The FCP has a comprehensive range of connection points to enable attachment of various fittings•The FCP can supply fuel to multiple feed lines•The FCP can be used to refuel independent equipment•The FCP is approved to UL142 Standard for Steel Aboveground Tanks for Flammable and Combustible LiquidsSIGN-OFF FORM•The equipment provider should follow the general Safety Standards•Anyone who will be using and/or maintaining the tank must read and clearly understand ALL Safety, Usage and Maintenance information inthis manual•Periodic reviews of SAFETY and OPERATION should be standard practice for all your equipment• A sign-off sheet is provided for your records, showing all personnel working with the equipmentI have read and understand the information in the Operator’s Manualand have been instructed in the operation of the equipmentDate Employee Signature Employer SignatureIDENTIFICATION MARKSEach tank is supplied with 3 unique identification numbers.1.Western Serial Number2.Manufacturing Serial Number3.UL/ULC Serial Number Array1, Western SerialNumberThe UN IBC Plate is located on the external of the tank (front or Side near thecabinet area2, ManufacturingSerial Number Tank number is positioned in the cab area and will be permanently attached tothe main tank.3, UL/ULC SerialNumberThe UL Plate is located on the external of the tank (front or Side near the cabinetareaRecord your serial numbers hereWestern Data-plate Serial NumberManufacturing Serial NumberUL/ULC Data plate Serial NumberPlant Number**Optional customer plant numberUNIT SPECIFICATION Capacities / DimensionsModelCapacityLitres US Gallon Imp. Gallon Nominal 95% Nominal 95% Nominal 95%FCP250 921 875 243 231 203 192 FCP500 2000 1900 528 502 440 418 FCP1000 3846 3654 1016 965 846 804 FCP1800 7048 6696 1862 1769 1550 1472ModelWeightKG LBS TARE GROSS TARE GROSSFCP250 420 1295 926 2855 FCP500 681 2581 1501 5690 FCP1000 1252 4906 2760 10816 FCP1800 1983 8679 4372 19134ModelDimensionMetric (mm) Imperial (Inch)L W H L W HFCP250 1142 1142 1294 45 45 51 FCP500 2190 1132 1294 86 45 51 FCP1000 2298 2198 1172 90 87 46 FCP1800 3947 2190 1172 155 86 46SAFETYBefore using this equipment and to avoid personal injury, carefully read and understand these instructions.General•If there is anything you do not understand, contact your supplier for advice •The unit must be operated by authorised personnel only•This unit must not be moved, filled, maintained or operated by persons who are under the influence of alcohol or drugs, tired or unwell•You MUST perform a risk assessment before using this equipment to ensure your safety and the safety of others•Wear the correct Personal Protective Equipment for the task you are performing•Do not wear loose jewellery or clothing that may get in the way or become trapped in the mechanism•Inspect the unit before use, if there is any doubt about its condition, DO NOT USE IT•Do not smoke – No naked flames near tank•Please follow all necessary Transportation of Dangerous Goods act, regulations and codes, National and Regional Fire Safety Codes, and otherInstallation Codes as applicable in your region / country of use.No Smoking No Open Flames Authorised Access OnlyWear Safety Glasses Wear Safety Helmet Wear Ear ProtectionWear Safety Shoes Wear Safety Gloves Wear CoverallsNOTE: Please check with the local authority for any further siterequirements or regional legislation. A full risk assessment may berequiredLimitations of use•The FCP is designed for the safe storage of noncorrosive, stable flammable and combustible liquids that have a specific gravity not exceeding 1.0 inaboveground applications•UL 142 Listed tanks are intended for installation in accordance with a variety of installation codes, including NFPA 30, NFPA 30A, NFPA 31, NFPA37, NFPA 1 and the International Fire Code.•The FCP is not suitable for use undergroundSafe practiceThe storage, transportation and dispensing of Flammable & Combustible fluids is governed by law and it is the user/operator who has sole responsibility to ensure that any such rules and regulations are abided by.Earthing point•The unit is fitted with an earthing point. This can be found on bottom frame of the unit•Used to protect against static electricity build up, this should be connected toa suitable earthing point, by a qualified electrician, when in use Array1.Earth pointExampleVentingEach unit has 2 common vents installed; these are in the Cab Area of the tank. IMPORTANT: Do not operate the unit if these vents are damaged ormissing•2” Pressure Vacuum Vent – Allows movement of air into the unit at low pressure during the pumping process and allows air out of the unit at a higher pressure to stop an over pressure of the internal tank•¼” Roll over Vent – Allows free flow air into and out of the tank at all times, this low volume vent will fully close if the tank is inverted or turned on its side •For static installation follow local regional, state and national Fire Safety Codes and other governing Installation Codes for the Normal and Emergency Venting equipment and appurtenances.1.2” Pressure / Vacuum Vent2.¼” Roll Over Vent3.The FCP1800 has an additionalemergency vent portpostionoed to the rear of theunitACCESS AND SECURITYAccess to the Cab Area•The cabinet hatch is constructed of a heavy-duty steel, care should be taken when opening or closing•The cabinet hatch should be kept closed when the FCP is not being used to protect the fittings and containment area from weather conditions. Access to Containment•The inner tank can be removed from the containment to allow easy inspectionSecurity•The FCP is fitted with a range of connections to enable the supply of Flammable & Combustible fluids. All the connections are housed behind thecabinet hatch, which can be locked using a suitable security padlockCABINET OVERVIEWStandard Unit1.1” Feed2.3” Fill Point3.2” Pressure / Vacuum Vent4. 2 x 1.5” Spare Ports5.Emergency 2” Vent Ports6.¼” Roll Over Vent7.Dip Stick8.Lid ClipFor the FCP1800 item 5 is replaced with a 6” emergency vent portCENTRE OF GRAVITYFCP250 Centre of Gravity2Center Of GravityX (mm) Y (mm) Z (mm) Empty 569 539 598Full 570 562 599Centre Of GravityX (mm) Y (mm) Z (mm) Empty 572 1035 580 Full 572 1076 612Centre Of GravityX (mm) Y (mm) Z (mm) Empty 1100 1088 469 Full 1099 1134 540Centre Of GravityX (mm) Y (mm) Z (mm) Empty 1046 1918 452 Full 1046 1966 541LIFTING & HANDLINGIMPORTANT: Always prepare a Lifting Plan/Risk Assessment. By Forklift / Tele-handler•Each FCP is fitted with forklift pockets which are designed to allow the FCP to be raised by a forklift/tele-handler. The FCP can be lifted from all 4 sides. This must be considered in your risk assessment•It is important that the total gross weight of the FCP is not more than half (50%) of the forklift’s maximum SWL. Ensure that the forklift’s forks are set to the correct width for the FCP’s fork pockets1. Fork PocketsWARNINGDo not allow anyone under the raised load at any time or for anyreason.PositioningWhere the FCP is to be permanently positioned for use (long or short term) it is important that certain aspects are considered•You should make sure that both supplying vehicle and receiving vehicle have safe and easy access to the FCP•The position should be selected where the unit will be protected from accidental impact•Consideration should be given to the location of overhead services such as telecommunications, power cables and overhanging obstructions. Be awareof the location of underground services, such as drains, and manhole covers •You must also consider the ground surface and make sure it can support the weight of the FCP, its contents when full and any stored equipment such aspumps, without the risk of subsidence. It should be positioned on smooth and level ground with access available to the rear and sides •Allow for access that may be required by the emergency services should it become necessaryFILLING THE FCP•DO NOT FILL TANK WHEN DISPENSING IS IN OPERATION•Only fill the FCP to 95% of its nominal capacity See UNIT SPECIFICATION•Filling should only be performed by a suitably trained person and only following a full risk assessment•The FCP must be positioned on a firm level surface.•Before filling, ensure that you have a suitable spill containment kit and that you are wearing all required PPE•Nozzle Fill - Unlock and open the access lid. Unscrew and remove the 3” filler cap, place the filling nozzle in the 3” port•Do not leave the nozzle unattended during the filling process•Observe the fuel level for an indication of tank capacity, then once filled, replace the filler cap and clean up any spillsDISPENSING FUELThere are two options available for dispensing/supplying fuel. Either manually via a fuel pump and nozzle or by direct coupling to the equipment such as a generator. •By Fuel Pump - For the information about any pump system fitted to this FCP, please refer to documents supplied with the pump.•Direct Coupling - enables continuous fuel feed to equipment such as generators where fuel is required continuously. TRANSPORTINGNOTE: TRANSPORT EMPTY ONLY•In transport ALL ports, valves and vents must be closed•Ensure pump is turned off•Close and lock the access lid•The FCP must be secured firmly to its means of transport•The FCP is designed with the structural strength to allow stacking 2 high when empty.•Always mate the corner brackets together to stabilise the stack.•Use only a hoist or forklift with the required lift capacity to raise, lower or stack the tanks.STACKING•The FCP is designed with the structural strength to allow stacking 2 high when full and 3 high when empty.•Always mate the corner brackets together to stabilise the stack.•Use only a hoist or forklift with the required lift capacity to raise, lower or stack the tanks. ArrayStacking ArrangementSTRAPPING CHARTS FCP250Depth (cm) Depth (in) Fuel Level(Litre) Fuel Level(US-Gallon)Fuel Level(Imp Gallon)2 0.8 20 5 46 2.4 60 16 1310 3.9 100 27 2214 5.5 140 37 3118 7.1 180 48 4022 8.7 220 58 4926 10.2 261 69 5730 11.8 301 79 6634 13.4 341 90 7538 15.0 381 101 8442 16.5 421 111 9346 18.1 461 122 10150 19.7 501 132 11054 21.3 541 143 11958 22.8 580 153 12862 24.4 617 163 13666 26.0 654 173 14470 27.6 689 182 15274 29.1 724 191 15978 30.7 757 200 16782 32.3 789 208 17486 33.9 820 217 18090 35.4 850 225 18795 37.4 878 232 19398 38.6 906 239 199100 39.4 919 243 2021.Highlighted on the strapping chart is the maximum safe fill level @ 95% of thenominal volume. DO NOT FILL ABOVE THIS LEVEL2.The dip chart volume is taken from the lowest point in the tank.3.When programming a level monitoring system, the difference in floor heightat the port location (where the instrument is mounted) should be subtracted from the fill height for each volume increment line to equate tocorresponding fill height at the instrument location.Depth (cm) Depth (in) Fuel Level(Litre) Fuel Level(US-Gallon)Fuel Level(Imp Gallon)2 0.79 41 11 96 2.36 123 33 2710 3.94 206 54 4514 5.51 288 76 6318 7.09 370 98 8222 8.66 453 120 10026 10.24 535 141 11830 11.81 617 163 13634 13.39 700 185 15438 14.96 782 207 17242 16.54 864 228 19046 18.11 946 250 20850 19.69 1029 272 22654 21.26 1111 293 24458 22.83 1192 315 26262 24.41 1272 336 28066 25.98 1351 357 29770 27.56 1429 377 31474 29.13 1505 398 33178 30.71 1581 418 3488232.28165543736486 33.86 1728 457 38090 35.43 1800 476 39694 37.01 1871 494 41295 37.40 1906 504 419100 39.37 1975 522 4351.Highlighted on the strapping chart is the maximum safe fill level @ 95% of thenominal volume. DO NOT FILL ABOVE THIS LEVEL2.The dip chart volume is taken from the lowest point in the tank.3.When programming a level monitoring system, the difference in floor heightat the port location (where the instrument is mounted) should be subtracted from the fill height for each volume increment line to equate tocorresponding fill height at the instrument location.Depth (cm) Depth (in) Fuel Level(Litre) Fuel Level(US-Gallon)Fuel Level(Imp Gallon)20.798823196 2.36263695810 3.944381169614 5.51613162135187.09788208173228.669632542122610.2411383012503011.8113133472893413.3914883933273814.9616634393664216.5418374854044618.1120105314425019.6921805764805421.2623486205175822.8325146645536224.4126787075896625.9828397506247027.5629987926597429.1331548336947830.7133098747288232.2834619147618633.8636119547949035.4337589938271.Highlighted on the strapping chart is the maximum safe fill level @ 95% of thenominal volume. DO NOT FILL ABOVE THIS LEVEL2.The dip chart volume is taken from the lowest point in the tank.3.When programming a level monitoring system, the difference in floor heightat the port location (where the instrument is mounted) should be subtracted from the fill height for each volume increment line to equate tocorresponding fill height at the instrument location.Depth (mm)Depth (In)Fuel Level(Litre)Fuel Level(US Gallon)Fuel Level(Imp Gallon)2 0.79 156.0 41.2 34.36 2.36 469.0 123.9 27.210 3.94 782.0 54.4 45.314 5.51 1095.0 289.3 240.918 7.09 1408.0 372.0 309.722 8.66 1721.0 454.6 378.626 10.24 2034.0 537.3 447.430 11.81 2347.0 163.1 516.334 13.39 2660.0 702.7 585.138 14.96 2973.0 785.4 654.042 16.54 3285.0 867.8 722.646 18.11 3596.0 950.0 791.050 19.69 3904.0 1031.3 858.854 21.26 4209.0 1111.9 925.858 22.83 4513.0 1192.2 992.762 24.41 4814.0 1271.7 1058.966 25.98 5112.0 1350.4 1124.570 27.56 5409.0 1428.9 1189.874 29.13 5703.0 1506.6 1254.578 30.71 5995.0 1583.7 1318.78232.286285.0437.11382.586 33.86 6572.0 1736.1 1445.687.7534.556696.01768.91472.990 35.43 6857.0 1811.4 1508.392.7 36.50 7048.0 1861.9 1550.34.Highlighted on the strapping chart is the (MSF) maximum safe fill level @ 95%of the nominal volume. DO NOT FILL ABOVE THIS LEVEL5.The dip chart volume is taken from the lowest point in the tank.6.When programming a level monitoring system, the difference in floor heightat the port location (where the instrument is mounted) should be subtracted from the fill height for each volume increment line to equate tocorresponding fill height at the instrument location.MAINTENANCE AND SERVICE SCHEDULE V = Visual inspection P = Physical Check L = Lubricate R = ReplaceItem Daily Weekly Monthly 6 Monthly Yearly Other Reference / CommentsGeneralHousekeeping V P Check site and tank. Remove debris etc.Firefightingmedia (if fitted) V PV = Check inplace andunusedP = Testpressure andfunctionDoors V L V = Visualinspection L = GreaseshingesSignage V/RCheck damageand wear TankBall valves P P = Check operationVents, fittingsand pipelines V P V = Visualchecks for leaks and damageP = physical check, bolt tightness, paint deteriorationInterstitialspace (Containment) PCheck for wateror productTank earthing V P V = Visual check OKP = Test continuityLevel gauges V P V = Visualchecks for leaks and damageP = Remove and check operationRECOMENDED INSPECTION / MAINTENANCE Western recommend that the owner of the FCP carries out regular inspection. This is for guidance only.IMPORTANT: Always follow local or preventive schedulesEvery 2 ½ years•External inspection•Function of all services equipment•Leak test.Every 5 years•Internal inspection•External inspection•Function of all services equipment•Leak test.Record KeepingIt is recommended that a report of each inspection and pressure test is kept for each tankBelow is a simple example of an inspection record sheetOwner Date of manufactureModelSerial Number Plant NumberCapacityDate 2.5 or5 Year Pass or Fail Comments InspectorsName SignatureINNER TANK REMOVALFor periodic inspection and maintenance, you may be required to remove the inner tank from the outer tank. Follow local Health and Safety rules when carrying out this operation.IMPORTANT - Ensure the tank is empty before lifting.1. Remove all 4 cornerbrackets. Store brackets, nuts and bolts safely2. Remove 2 x side and 2 xend rails. Store rails, nuts and bolts safely3. Insert 4 x M22 lifting eyesin each corner of the inner tank4. Using a 4-leg lifting chainattached to each corner carefully remove the inner tankTo re-install the inner tank into the containment, follow steps 1 – 4 inreverse. Always ensure the bolts are torqued.Typical Lifting Eye M22TORQUE SETTINGSNuts and BoltsIf the tank is required to be dismantled and re-assembled the tank nuts and bolts used are required to be torqued, torque settings are shown in the table below.Metric Torque SpecificationsSize Typical Maximum Tightening Torque Nm(lb ft)Property ClassGrade 8.8 Grade 10.9M8 30 (21) 40 (30)M10 55 (42) 75 (60)M12 100 (74) 135 (106)Torque figures indicated above are valid for lightly oiled threads. Therefore, do not grease or oil bolts or cap screws unless otherwise specified.Torque value for bolts and cap screws are identified by their head markings(property class).ENVIRONMENTAL RESPONSIBILITYCorrect and considerate management of Flammable & Combustible fluids, its storage and transfer are the responsibility of everyone who operates or maintains this equipment. All necessary precautions should be made to prevent spills and subsequent pollution of the environment.Have in place a clear action plan to deal with accidental spill, no matter how small or large. Ensure that you have a Flammable & Combustible fluids spill containment kit available and that you understand its correct use.SpillsShould a spill occur when emptying the containment, or when filling or transferring fuel, clear the spill as quickly as possible using absorbent material. Ideally, you should use a dedicated spill kit which will contain all the necessary items to retain and remove such a spill.•DO NOT hose the area down or use any detergents•DO NOT allow the fuel to enter drains or watercourses•Spills must be reported to your local Authority•All material used to retain and remove a spill should be bagged and collected by a registered carrierContainmentThe FCP containment area safeguards against any spill exiting the unit and polluting the immediate area. The containment is designed to retain up to 110% of the unit’s primary tank maximum storage capability.•Check regularly for liquid in the containment•Remove any water•Take immediate remedial action if product or water is foundWARNINGWaste may only be collected by a registered carrier.DisposalWhen maintaining, servicing or disposing of the FCP or consumable components, do not dispose of contaminated parts within general refuse.Refer to local authority regulations for their correct disposal.TROUBLE-SHOOTINGThe Transcube is a simple and reliable system Below we have listed common problems, causes and solutions that you may encounter. If a problem is difficult to solve, even after having read through this trouble-shooting section, please call your local Western Global distributor or dealer. Before you call, please have the tanks Identification Marks ready (Serial and Tank numbers) PROBLEMCAUSE SOLUTION Pump will not run No PowerConnect power wires to correct power source Pump Off Turn pump on Fuel in containment Loose fitting Tighten fitting Leaking CouplerReplace coupler Over fillingWatch fuel gauge when filling. Do not fill past 95% of the nominal capacity Water in containmentLid left open to weather Keep lid closedWARRANTYThe Company undertakes to replace or repair, free of charge, any defect which the Company considers to be due to faulty workmanship or material within 36 months (or otherwise stated) of the sale date, except for:•Defects arising from neglect, misuse or unauthorised modifications. •Damage caused by abuse, misuse, dropping or other similar damage caused by or because of a failure to follow transportation, storage, loading oroperation instructions.•Alterations, additions or repairs carried out by persons other than the manufacturer or their recognised distributors.•Transportation or shipment costs to and from the manufacturer or their recognised agents, for repair or assessment against a warranty claim, on any product or component.•Materials and/or labour costs to renew, repair or replace components due to normal wear and tear.•Faults arising from the use of non-standard or additional parts, or any consequential damage or wear caused by the fitting or use of such parts.IMPORTANTWarranty may, at the sole discretion of the manufacturer, be voided if the scheduled service/inspections are not carried out in accordance with the logbook. The manufacturer and/or their recognised agents, directors, employees or insurers will not be held liable for consequential or other damages, losses or expenses in connection with, or by reason of, or due to the inability to use the product for any purpose.HQ - WESTERN GLOBAL LTDWestern HouseBroad Lane, YateBristol - BS37 7LDTel: +44 (0) 1454 227 277 ***************************CANADATel: +1 (204) 772 6525**********************USATel: +1 (203) 847 4300**********************.com。
X射线机管道爬行器操作规程
X射线管道爬行器操作规程建设公司探伤工岗位操作规程JLGC/ 15 -0002–2011风险提示:在操作前详细观察设备设施以及周围工作区域，无关人员撤离工作区域，拉好警戒带，做好警戒应急处置程序：发生紧急情况时立即报告，危及人身安全时，立即避险。
机器出现故障时，爬行器会紧急后退，接受控制指令，并发出报警声一旦爬行器在管道内出现故障，不能自行爬出，须使用救护车进入管道，自动将爬行器救出管道.。
设备技术指标和操作条件一、主要技术指标：1、型号： YG-100B2、使用环境温度：-40℃~70℃。
4、使用环境湿度：≥90%。
5、爬行距离：＞5km（往返）。
6、管径检测范围：Φ380mm~Φ800mm。
7、爬行速度：15~18m/min。
8、焦点：1.0mm×2.3mm。
9、最大透照厚度：30mm。
10、射线源：X射线机250kv。
11、曝光时间连续可调，精确到1秒。
12、定位误差：±5mm。
13、电源：铅酸蓄电池。
14、驱动方式：四轮驱动（自动检测坡度并自动切换驱动方式——全时四驱）。
15、爬坡能力：≥35°。
16、重量：142kg（机体+管头）。
17、外形尺寸：1.29m×0.38m×0.18m。
18、转弯半径：≥6D。
19、内置可编程序控制器、触摸屏，可时时显示爬行器运行状态、自检并实时显示在工作中发生的故障。
20、具有恒流、恒压输出，拍片黑度均匀。
21、设有遇水、过流、过压、欠压、管头过热保护等检测装置，以上条件满足爬行器将回退。
22、曝光电压范围连续可调——触摸屏提示电压信息。
23、曝光驱动电路自身含有过压、过流、过温、欠毫安等检测保护。
二、操作条件1、设备运转为连续运转。
2、工作环境温度范围在-40℃~70℃。
3、往返爬行距离不小于5Km。
4、遇水必须能实现回退并显示故障。
5、欠压必须回退并显示故障。
6、管头过热必须回退、显示故障，并加以冷却。
贮水罐操作规程,1200字
贮水罐操作规程贮水罐操作规程第一章一般规定第一条为了保证贮水罐的安全运行，保护环境，保障操作人员的人身安全，制定本操作规程。
第二章贮水罐的分类及基本要求第二条贮水罐按其结构和用途可分为储油罐、水贮罐等。
第三条贮水罐应满足以下基本要求：（一）具有足够的强度和稳定性，能够承受内外荷载和外部环境的影响；（二）贮水罐与贮液介质之间无泄漏，要求材质和涂层具有良好的耐腐蚀性；（三）具有合理的结构和操作装置，易于清洁和检查；（四）具备安全保护装置和报警系统，确保操作人员的人身安全和贮液的安全。
第三章操作人员的基本要求第四条贮水罐的操作人员应熟悉贮水罐的结构和性能，具备以下基本要求：（一）熟悉贮水罐的操作规程，掌握贮水罐的正常操作方法和应急处理措施；（二）具备必要的应急处理能力，了解贮水罐的危险特性和灾害事故的防范措施；（三）具有合格的操作证书，定期经过培训和考核；（四）严格遵守操作规程，不得违反安全操作要求；（五）保持良好的工作状态，不得饮酒、吸烟或使用药物。
第四章贮水罐的日常操作第五条贮水罐的日常操作应遵循以下步骤：（一）定期检查贮水罐外观，发现异常情况及时报告；（二）检查贮水罐的安全保护装置和报警系统是否正常运行；（三）定期检查贮水罐的液位和压力，确保运行在安全范围内；（四）定期清洗贮水罐内部，防止污物聚集和腐蚀；（五）定期检查贮水罐的防腐涂层，及时维修和更换；（六）严禁未经许可的人员进入贮水罐。
第五章贮水罐的事故处理第六条贮水罐发生事故时，应立即采取以下措施：（一）迅速启动报警系统，通知相关人员；（二）切断贮水罐与外界的联系，避免泄漏扩散；（三）按照应急预案进行紧急处理，防止事故进一步恶化；（四）及时报告有关部门，寻求专业救援。
第六章贮水罐的检查和维护第七条定期检查贮水罐的工作性能和操作设备，确保其正常运行。
第八条定期维护贮水罐的设备和防腐涂层，及时清洗和更换损坏的部件。
第九条停用的贮水罐应进行定期检查和保养，确保其安全存储。
主要攀登器材介绍
主要攀登器材介绍攀登器材是指攀登使用的器材。
常用攀登器材有：主绳、安全带、头盔、下降器、上升器、快挂、铁锁、局绳、扁带、绳梯、机械塞、岩塞、岩钉、岩钩、吊拉包等。
主要攀登器材介绍1．主绳主绳（动力绳）有单绳、双绳之分，单绳直径在9.4mm至11mm 之间。
双绳的直径在8.1mm至9mm之间。
如果采用先锋攀登的方式修线，而且路线又比较曲折，则应使用双绳，这样可避免“之”字型走绳，造成绳子拖曳沉重的情况。
如果采用上方保护方式进行修线，使用单绳即可。
若是边下降边修线，或是利用上升器边上升边修线，使用10mm 静力绳比较好。
因为静力绳的延展小，容易准确的停留在某个位置，易于操作。
2．安全带安全带要选择腰带比较宽的，因为修线需要长时间挂在空中。
如果腰带较窄，时间一长腰部会被勒得很疼。
3．下降保护器和上升器修线常用的下降保护器有：GriGri 、ATC 、Reverso 等。
GriGri 是一种具有自动锁死功能的保护器，当绳子锁住后，可松开握绳的手操作其它开线器材。
ATC或Reverso 与上升器和局绳、绳梯配合使用也可以达到同样效果。
注意上升器使用时要卡在ATC或Reverso 的上方绳端，切勿卡在下方自由端，否则两器械顶住劲后将难以松开。
4．其它在未开发过的线路上常常会有一些风化的浮石，容易被碰落。
为防止砸伤一定要戴头盔。
局绳用于将自己连接到某个保护点上，距离长短易于调节。
岩塞、绳梯、岩钉、岩钩等用于传统攀登或Aid攀登。
吊拉包用于吊拉暂时不用的器材，以减轻攀登时身体的负重。
攀登器材的选择攀登运动具有危险性，您必须充分了解和接受其风险。
您必须为您自己的行动和决定负责。
KAILAS攀登系列产品为攀岩和登山等攀登活动而设计。
使用这些产品需要特殊的技巧和训练。
产品必须是那些有能够胜任并有责任感的人使用，或是在有经验的人的指导下使用。
在使用这些产品之前，您必须仔细阅读并理解所有说明和警告，了解自己的能力和局限。
爬罐操作规程
ALIMAK爬罐操作说明柴油机的发动和停止：1.检查停止按钮是否已拉出，磁体指示灯是否点亮。
2.掀压预热按钮，如发动机很冷应持续30秒。
（热的发动机时间较短）。
3.掀压启动按钮，持续至发电机指示灯点亮（柴油机已发动）。
4.关闭发动机；掀压停止按钮。
升降机行驶：1.发动柴油机（见以上说明）。
转动制动器手柄松开控制制动器，将驾驶手柄转向“上”位置。
手柄转动愈大，速度愈高。
2.将手柄复位升降机即停止。
施加控制制动器。
关闭柴油机。
借助重力使STH-5DD下降：将脱开手柄转动180°脱开液压马达。
转动制动手柄松开控制制动器。
用手转动飞轮直至升降机开始运动。
其速度将自动限定。
要停止升降机，可转动制动手柄施加控制制动器。
水电三局仙居项目部ALIMAK爬罐操作规程1、操作人员必须熟悉爬罐的结构、工作条件及作用原理。
2、爬罐运行时的载荷或速度不得越过为最大掘进长度所规定的最高值。
3、运送人员、物料时应将罐笼进入口关好、锁紧，谨防人员或物料跌落或卡住在爬罐通道内，必要时应将物料可靠地捆扎在并固定在罐笼或工作平台上。
4、出入罐笼需在爬罐检修平台位置进行，运行过程中，严禁工作人员探出罐笼外，且通向爬罐工作平台的门必须关闭，进到工作面行稳锁定后，方可从罐笼顶部开门进入掌子面进行钻孔作业。
5、每次上下工作面时，顺便对导轨及其附件特别是膨胀螺栓进行检查，如有损坏、松动、脱出现象，应立即修复。
6、在爬罐平台上进行工作时，保证作业面光线明亮、无杂物，作业人员必须系好安全带，谨防坠落。
7、开钻前先清除壁和顶上松动围岩清撬工作，结束后再打孔安装导轨，使爬罐上升至掌子面进行开钻作业。
8、每班均需对安全保护装置的附件及复位情况以及信号装置的功能进行检查。
水电三局仙居项目部ALIMAK爬罐施工爆破操作规程1、凡从事爆破工作人员，都必须经过培训，考试合格并持有合格证。
2、现场爆破必须有专人负责，统一指挥，主持制定爆破工程的全面工作计划并负责实施。
爬绳爬杆设备技术规范(中学体育器材)
应符合《中小学体育器材和场地标准汇编》的有关规定。
8．规格：1个框架配2根绳2根杆，框架宽3m,地上高度2.5m,绳和杆长2.2米。
9．主管、横杆采用Φ89*3㎜优质圆管；爬绳、爬杆与主管采用保险卡环的连接方式。
10.绳杆的握持直径为30-35㎜，绳杆的有效使用宽度≥600㎜。
11.安装应采用直埋方式，立柱地埋深度不小于600mm。桩基尺寸：500×500×600mm。
4．应在红、黄、蓝、紫等色彩中选择搭配，但应注意整体色彩效果。
5．所有铁制件表面均经酸洗、磷化等初级处理后在自动喷涂线上采用纯聚酯粉末喷涂完成最后表面处理，涂层厚度70-80um，确保涂层能在户外长期使用。产品涂料配方不应含有毒元素。试品经GB1771-9136小时盐雾试验，涂膜无变化，划格处单面腐蚀＜2mm，产品具有耐酸碱、耐湿热、抗老化、外观美观等特点，能适合潮湿和酸雨环境。
2．具有活动性零部件器材的设计制造寿命应不小于4年，无活动性零部件器材的设计制造寿命应不小于6年，正常安全使用期限应不超过其设计制造寿命。
3．产品应有锻炼方法、主要功能、注意事项、安装时间、安全使用年限等内容；器材的安全使用期限及安装日期，应采用不锈耐蚀钢材质的标志牌可靠地固定在产品实体上的明显位置，标志牌上的文字和数字应采用凹凸形式标示，其他安全警示应符合GB 19272-2003中5.6的规定要求。
爬绳爬杆设备技术规范
货物名称
爬绳\爬杆
序号
70
单位
付
验收要求
GB19272-2003《健身器材室外健身器材的安全通用要求》GB/T19851.1-2005《中小学体育器材和场地第1部分 健身器材》
货物型号规格、基本性能、技术要求等
爬罐操作规程
爬罐操作规程
1升降机司机必须熟悉在正常和各种紧急条件下的操作，以及说明书中升降机及其设备的内容。
2升降机不准超速超载，不准违反规定用于输送人员。
在工作面设置栅栏并挂工作在进行中等类似警告标志。
3运输材料时，物品不得伤及成员跌落或阻塞升降机通道。
材料及应用品应绑扎牢固并固定于罐笼或平台上。
4使用升降机运输炸药时必须防止机械损坏、着火或电器引燃器意外引燃导致爆炸。
在电气作业在电源时，不得将电气引燃器从存放盒中取出。
装填炸药时应切断电源。
5只允许从保护位置出入罐笼。
行驶中人员必须停留在罐笼中，通往工作平台的门必须关闭。
平台防护罩应升起。
6爆破后上升时，必须每个工作日检查轨道及其附件（尤其是膨胀螺栓位置）。
及时修理任何损坏。
如导管损坏严重，注意升降机顶部通风不良。
7在工作平台进行各种工作时，必须使用连接平台或护顶钢架的安全
带。
只在剥离工作后可将平台的铰链部分放下。
8在每次交接班时，必须检查安全装置的固定和复位，还有检查信号装置的功能。
CRAB-ROBOT内部管道爬行器说明书
CR 15.09.1Crab - RobotInternal Pipe CrawlerThe new modularly designed CRAB-ROBOT opens upnew ways for the visual inspectionof pipelines with diameters ranging from 50 mm to 1000 mmControl unit:A new compact and portable control-panel and a small cable reel with gold plated slip-rings guarantees a trouble-free signal assigment to the rear connection box.The new control-panel has a built-in control-unit and comes as a standard with installed 10 "LCD monitor and otional digital DVR with for the video recording.Drive unit:The CRAB-ROBOT consists largely of a drive unit and different video heads, the latter being either permanently fixed in the drive module or easily exchangeable by a plug-in coupling system. Each module is equipped with 6 spring-loaded drive units. Powerful miniature motors with combined planetary transmissions, 32 radial ball bearings and 12 wheels with a specific rubber coating will ensure maximum traction and thus the safe passage inside the pipelines, even if they have rough or smooth surfaces. The six drive arms which are individually spring-loaded will ensure that the device is precisely located in the center of the pipe and that uneven surfaces as well as minor changes in the cross section can be automatically negotiated.Depending on the actual application, the CRAB-ROBOT can also be equipped with different video heads for direct viewing or with Pan&Tilt camera modules. A high-resolution 1/3" CCD miniature color sensor (optionally with fixed or remote focus ) will ensure the transmission of sharp video images in superior color fidelity.Despite its small size, the CRAB-ROBOT is of a robust design and does not require any maintenance or operational skills. Variants and customized modifications can be implemented speedily and supplied at favorable prices on request.The CRAB-ROBOT is modularly designed and can be retrofitted quickly and without any special tools for the specified tests and inspections. This new system embodies and reflects 30 years of practical experience in the fields of designing, developing and manufacturing video-endoscopic systems and testing them in close cooperation with our customers.What are the benefits of this system?*multi-functional use and easy handling,*modularly designed controls,*due to the modular design, customized and user-specific modifications can be carried out quickly and in a cost-effective way,*light-intensive illumination system with powerful white-light LEDs (8000 K color temperature),*Pan/Tilt camera-modules*exchangeable camera heads with integrated lighting rings,*manual or remotely-controlled focusing,*negotiation of the smallest pipe bends of 1xd by the system without any problems,*minor obstacles, uneven surfaces and changes in the cross section will be automaticallyadjusted.pipe-bend 180°Flexible tubePiping-SystemsA direct viewing video head with wide angle lenses and remote focus is recommended for the inspection of corroded or contaminated areas and of faults in the material. Dependingon the type and size of the CRAB-ROBOT , different video heads can be used (see Table). Particularly cost-effective solutions are offered for customized applications.Pipelines with heavily oiled or greasy surfaces will have to be cleaned beforehand in any case, in order to ensure sufficient traction for the CRAB-ROBOT and its safety.XSCRXS-50XCRXS-75/95SMCRS-100/125CRS-125/150CRS-100/150CRS-80/110CRX-230/300CRX-300/400CRX-400/500CRX-500/650CRX-600/750CRM-150/180CRM-150/200CRM-180/230Cable reelsControl-unitsØ50mm Ø75-95Ø80-110mm Ø100-125mm Ø125-150mm Ø100-150mm Ø150-180mm Ø150-200mm Ø180-230mmØ230-300mm Ø300-400mm Ø400-500mm Ø500-650mm Ø600-750mmBuilt-in cameras not changeableInterchangeable camerasCaneras Series Types Tube-ØSystem -ChartPant+Tilt Cameramodule PTZ-80RF for Crab-Robot X-SeriesNew Pan and Tilt Camera-module for Crab-Robot X-Series with Zoom .All camera modules are equipped with a new high resolution CCD-camera with 480 lines, automatic white balance and electronic light control.Technical specifications camera-module Diameter80mm Supply part diameter 40mmRotation 360° endless Swivel 2x100°FocusRemote-FocusIllumination 10x4 (40)high intensityLED`sTechnical specifications:Diam.camera-head80mm Image-sensor1/4" SONY Super HAD CCD TV lines480 TVLPixels 438.000Minimum illumination 2,5 Lux/F2,2Focus Remote-Focus Lens 4,2- 42 (10xZoom)Ligthing system High intensity LEDNotebookOptional accessoriescardVideo-glassesDigital Recorder。
管道爬行器 ST-PC01 ST-PC02 使用说明书
⬆扫一扫⬆[获取管道爬行器使用说明书]管道爬行器优点：控制箱体与电池箱体采用独立装配结构，便于维修与保养。
工艺精巧，结实耐用；整机重量轻，便于搬运。
行走机构使用步进电机驱动系统，驱动力巨大。
使用特殊定制驱动轮与从动轮，爬坡角度≥30°射线机高度定位调节采用滑道结构，便于精准定位与组装拆卸。
视频定位与磁定位两用：视频定位快速准确、此定位适用于长管道、探伤作业与补片作业。
视频定位优点：射线窗口校准简单，焊道对焦简便误差小，可根据现场情况自由调节爬车速度，更改曝光相关参数。
磁定位优点：无需单独留人操作指令源，爬车行进距离不受影响。
选用锂电池组，体积小，重量轻，连续曝光时间更长性能更稳定。
选用锂离子电池组，体积小，重量轻，连续曝光时间更长，性能更稳定。
采用高频BOOST升压电路，效率高，负载能力强。
使用进口绝缘双极性晶体管器件，使稳压电路抗干扰能力更强，故障率更低。
结合动力学与重力学，使控制驱动电路和车身一体化；大大减短了管头长度，利于重心位于驱动轮上。
使用超强信号发射模块，可以远距离无线操控。
便携式控制箱小巧轻便，操作简单。
配套小型高频发生器，体积小重量轻，工作稳定，发热量低。
配备遇水报警器，设备遇水会立即发出警告，并后退。
内置软启动控制件，有效保护控制器电路，延长使用寿命。
管道爬行器技术性能参数爬行器型号ST-PC01ST-PC02适应管道直径219mm-600mm325-1000mm 爬行速度5-15m/min连续可调无线控制距离2km最大爬坡度理想状态下20°（大功率步进电机4A)可配射线机型号20052505曝光电压范围100-200KV150-250KV曝光时间≤5min射线管电流 4.5mA定位精度可视误差±1mm适用壁厚≤16mm≤32mm使用温度-20℃~+70℃电池容量120V/13AH锂电池120V/20AH锂电池充电时间8-10小时爬行器材料壳体全部采用不锈钢材料焦点尺寸 1.5*3.5mm 2.0*3.5mm X射线辐射角度40°*360°往返距离6km(非曝光状态）驱动方式双驱定位方式视频可视定位爬行器总长度1950mm2200mm转弯半径≥6D≥5.5D 适应环境湿度≤90﹪爬行器各部件尺寸及重量驱动车：1200mm*170mm*160mm(长*宽*高)驱动车：1180mm*255mm*223mm(长*宽*高)驱动车重量：30kg（不含电池）驱动车重量：35kg（不含电池）射线机重量：16kg射线机重量：24kg电池箱重量：14kg电池箱重量：20kg。
x射线管道爬行器技术参数
x射线管道爬行器技术参数
X射线管道爬行器是一种用于检测和维护工业管道的设备，它可以携带X射线设备，行进在管道内部，并提供对管道壁厚度、缺陷、腐蚀等重要参数的检测能力。
以下是X射线管道爬行器的一般技术参数：
1.最大爬行速度：爬行器在管道内的移动速度，通常以米/秒或米/小时来衡量。
2.最大爬行距离：爬行器在一次充电下可以爬行的最大距离，通常以米为单位。
3.控制方式：爬行器的操作方式，包括手动和遥控等。
4.最大管道直径：爬行器适用的管道直径范围，通常以毫米或英寸为单位。
5.载重能力：爬行器所能携带的X射线设备和其他附属设备的最大重量。
6.能源系统：爬行器的能源供应方式，可以是电池、蓄电池或者其他类型的能源。
7.X射线源：X射线管道爬行器上携带的X射线设备的参数，包括X射线能量、焦距、辐射剂量等。
8.安全系统：爬行器的安全保护系统，包括撞击传感器、辐射防护等。
9.环境适应能力：爬行器在不同环境条件下的适应能力，包括耐高温、耐低温、防水等性能。
10.数据记录和传输：爬行器是否具备数据记录和传输功能，以及数据的存储介质和传输方式。
储罐现场图文介绍PPT
内浮顶罐的正确使用
四、罐底水垫层不宜过高 罐底水垫层不能高于量油导向管入口，否则会影响油品 的计量和取样。油品水垫层通常以8~12cm为宜。
五、防止静电导出装置松动和缠绕
应注意保持静电导出装置处于良好的工作状态。静电导 出装置的局部松动反而会形成尖端放电的条件，增加危 险性。防静电导出装置一头接在浮盘上，浮盘是要经常 上下或水平浮动的，这都有可能造成静电导出装置局部 松动。另外要注意使用年限，使用到一定年限时要及时 更换。
储罐附件的基本知识
防雷防静电接地：消除油罐遭受雷击、静电所带来的危害的装置（采用扁铁， 厚度不得小于4mm，截面积不得下于48mm²，其接地电阻值应小于10Ω）， 要求接地点不少于2处，间隔不大于30m。 沉降点：定期检测沉降点与地面水平距离的变化情况。
防雷防 静电接 地
储罐沉降监测点
储罐附件的基本知识
内浮顶罐的正确使用
六、要定期检查清罐
内浮盘上部实际上是长期处在一定浓度的油蒸汽 中，各种部件会很容易受到腐蚀，其中特别是浮 盘立柱套管插销或是法兰螺栓等，如长期不检修， 很可能会造成完全腐蚀，无法打开和插入支柱。 内浮顶油罐由于比拱顶罐多了一个内浮盘，因此 其检修周期和清罐周期也应短些。 需要特别强调的是，进罐检修前应先用清水反复 清洗。同时，进罐前还应检查罐内油气浓度。
内浮顶罐的正确使用
二、定期检修内浮盘的密封
内浮盘与罐壁的密封，现大多数为弹性密封，弹性密 封主要有两个缺点：一是材料易老化，二是由于罐体 或内浮盘过大的椭圆度，内浮盘的不平度或罐壁局部 过大的粗糙等原因 ，会使密封圈与罐壁间的摩擦过 大而影响内浮盘的正常浮起动作。
三、自动通气阀不能常开
自动通气阀的打开应具备以下几个方面：一是在浮 盘正常情况下降到接近浮盘支柱高度时，阀杆较立 柱先触及罐底而自动打开;二是油压过大，通常发生 在所收油品含有大量气体时。
EcoSafe TITAN储油罐产品指南说明书
EcoSafe®TITAN Oil Storage Tanks Product GuideComplete bunded oil storage tanks available from 1,000 — 9,000 litres/oilEnergy Storage Solutions Oil Storage UKFeatures EcoSafe Range › Double skinned construction - bunded area holds 110% of inner capacity. › Low maintenance— no rust and no painting.› SpillStop overfill prevention device fitted as standard. shuts off once fuel reaches 95% of the tank volume.› Lockable lid.› EcoSafe tanks are fitted with a bottom outlet and the contents of the tank pack come with a unique gate valve and filter supplied as standard.› Comes complete with WatchMan Alarm tank pack and ultrasonic oil level monitor.› EcoSafe tanks are made fromrecyclable polyethylene.› Top outlet options are available on the tanks to further reduce the risk of spillage.—3WatchMan AlarmHow it works—2EcoSafe Vertical1,300 - 9,000 litresEcoSafe Slimline1,000 - 4,000 litresEcoSafe Horizontal1,000 - 2,500 litresThe Kingspan EcoSafe range of bunded oil storage tanks have long been the brand of choice for commercial, domestic and agricultural heating requirements. They are available from 1,000 - 9,000 litres, offering 15 sizes and shapes to suit all installations.01Transmitter measures the level of oil in the tank. It transmits that information to the receiver plugged intoan electronic wall socket in the building.02Liquid level is displayed on a LCD screen on the receiver.When the level of oil gets below 10% the fuel dispensing symbol appears, indicating to the owner that they need to order oil.03In the event of the oil level dropping at a dramatic rate (more than 1.5cm a minute) the receiver will emit an audible alarm.WatchMan Alarm TransmitterOverfill Prevention DeviceInspection LidDouble Skinned ConstructionTITAN EcoSafe®—4Step 01Contact us and we’ll help you find a local engineer that will visit your premises and carry out an on-site survey should itbe required.Step 02Local engineer will advise you on which tank is most suitable for your property and ensure you comply with regulations.Step 03Once your tank is installed, send us back your warranty card orcomplete your online registration at/environmental-guarantee.3 Easy steps to the perfect Oil storage solutionThe BenefitsEcoSafe Range offers:Slimline modelsThe slimline bunded EcoSafe oil storage tanks are the perfect solution for locations with limited space and access restrictions. The slimline models have a smaller footprint than standard oil tanks making it much easier to manoeuvre and fit into tight spaces. Available in capacities 1000, 1400, 2000 and 4000 litres.Double skinned constructionEcoSafe tanks come double skinned for environmental protection and to safeguard against leaks and groundcontamination. Our tanks comply with all national oil storage regulations*.SecurityEcoSafe tanks come as standard with the WatchMan Alarm oil level monitor which reduces the possibility of running out of fuel and deterring theft whilst also giving you security and peace of mind.ReliabilityKingspan is known for excellent service, quality products and trustworthy guarantees combined with over 40 years experience you know you can trust.Industry ApprovedAll EcoSafe tanks are CE marked, OFTEC approved and fully compliant with current regulations and safety standards.ServiceWe pride ourselves on a quality customer experience from a comprehensive free on-site survey, professional installation options, full technical and after sales support and fast delivery times.*England and Wales - The Control of Pollution (Oil Storage) Regulations 2001.Scotland - The Water Environment (Oil Storage Scotland) Regulations 2006.Northern Ireland - The Building (Amendment) Regulations (Northern Ireland) 2006.—5TITAN EcoSafe®Safe and Robust Oil Storage SolutionsEnergy Storage Solutions Oil Storage564123Models and SpecificationsES1000ESV1300ES2500Capacity 1000 220 GalsCapacity 2500 550 GalsCapacity 1300 285 GalsCapacity 3500 Ltrs /775 GalsESSL1000ES1300ESSL2000Capacity 1000 220 GalsESLP1200Capacity 1200 260 GalsCapacity 1300 285 GalsCapacity 2000 440 GalsES3500Capacity 1800 Ltrs /400 GalsES1800Capacity 2500 550 GalsESV2500ES1225(Top outlet only)ESSL4000Capacity 4000 Ltrs / 800 GalsESSL1400Capacity 1400 307 Gals1650 mmSlimline EcoSafeRecommended choice for space restricted areas and easy movement.Head Office180 Gilford Road, Portadown,Co. Armagh, BT63 5LFUnited KingdomTel: +44 (0) 28 3836 4444Fax: +44 (0) 28 3836 4445Emai:********************.uk/oilWe take every care and precaution to ensure that information in this document is accurate at the point of publish but with continuous product development the details given in this document are subject to alteration without notice. Kingspan | EcoSafe Product Guide – UK – March 2018。
助爬器安装使用说明书
助爬器安装使用说明书一、用途：助爬器用于钻井井架工爬直梯时起助力作用。
如与攀升保护器配套使用，将会取得既安全又省力的双重功效。
二、结构：助爬器由以下主要零部件组成：1、地锚2、高强螺栓3、花篮螺栓4、导向钢丝绳5、配重砂筒6、动滑轮组件7、定滑轮组件8、定滑轮支架9、耳板10、U型环11、牵引钢丝绳12、双保险挂钩，详见安装示意图。
三、安装1、在井架顶部直梯的一侧焊接好定滑轮支架。
另一侧焊接耳板。
2、先将牵引钢丝绳一端穿过定滑轮组件，再将定滑轮组件牢固的挂在定滑轮支架上。
将牵引钢丝绳一端穿过配重砂筒上部的吊环，用3个钢丝绳卡子卡紧。
将牵引钢丝绳另一端顺向直梯下部，适当拉紧挂牢。
3、将导向钢丝绳一端穿过配重砂筒的动滑轮组下部，然后用U 型环固定在直梯另一侧的耳板上，顺向地面。
4、在地面选择合适的位置旋入地锚，地锚旋入深度应大于1米。
用高强螺栓连接花篮螺栓和地锚，将导向钢丝绳的另一端穿过花篮螺栓的环扣，适度拉紧，用3个钢丝绳卡子卡紧，转动花篮螺栓调整导向钢丝绳的松紧度。
将多余钢丝绳盘好。
注意：①导向钢丝绳与地面的夹角在45～600为宜。
②导向钢丝绳不宜拉得过紧，避免导向钢丝绳承收井架晃动产生的拉力。
四、使用：1、配重砂筒的自重为17Kg，牵引钢丝绳的自重为：17Ｋg/70m，可按使用者的体重情况调整配重砂筒的总重量。
打开配重砂筒的盖板，注入适量的干燥河砂，上紧盖板。
2、使用时将牵引钢丝绳下端的双保险挂钩挂在使用者配穿的多功能安全带背后的挂环上，使用者沿直梯向上攀登，配重砂筒通过动滑轮组件，在导向钢丝绳上缓缓下降，牵引钢丝绳通过定滑轮组件改变方向，向上拉动使用者，给使用者一个与配重砂筒重量相等的拉力，使用者可以比较省力地向上攀登。
当使用者到达工作高度时可摘开背后的挂钩挂牢在直梯上，即可进行作业。
当使用者下降时同样将双保险挂钩挂在配穿的多功能安全带背后的挂环上，即可沿直梯下降，使用者同样受到一个与配重砂筒重量相等的拉力，可减缓使用者下降的速度，使用者到达直梯下部时，摘开挂钩在直梯上挂牢，以免配重砂筒滑落。
OPW 上地存储罐设备解决方案说明书
Leading the Way in Above Ground Storage Tank Equipment SolutionsOPW – The First Above Ground Storage Tank System Certified to Meet the World’s Most Stringent Vapor Recovery StandardsLeading the Way in Above Ground StoragOPW AST products were the first to receive CARB Certification for AST Phase 1 Enhanced Vapor Recovery.14131211No other AST solutionoffers you the highest level of clean air protection and overall value as OPW.19658432An Affordable, Cleaner, Greener Way – Now You Can Help Protect the Environment and Your Budget!At OPW, environmental sustainability is at the core of everything we do. We believe the combination of “green” and “value” is good business. This is particularly true with our above ground storage tank (AST) products. OPW was the firstPhase I AST System in the industry to be certified by the California Air Resources Board (CARB). The system successfully prevents301 Emergency Vent Valve61fStop “The Stopper” Overfill Prevention Valve634B Dust Cap & 634BK Lockable Dust Cap1711T and 1711LPCVapor Recovery Caps144TA and 444TA AST Tank Alarmge Tank Equipment Solutions331 and 332 AST Spill Container*211-RMOT Remote-Fill Above Ground Storage Tank Spill Container*821 Solenoid Valve199ASVAnti-Siphon Valve21BV Full PortTwo-Way Ball Valve200TG Mechanical Tank Gauge1061VSA Vapor Swivel Adaptor712679851611 & 1612 Series Kamvalok ® Adaptors1011121413*Only one spill container is required, either remote or direct -fillIn a class by themselves, OPW AST products provide the highest level of clean air protection and overall value.IMPORTANT NOTICE: FlexWorks by OPW, Inc., VAPORSAVER™ and all other OPW products must be u sed in compliance with all applicable federal, state, provincial and local laws, rules and regulations. Produc t selection must be basedon physical specifications and limitations, compatibility with the environment and material to be handled. Al l illustrations and specifications in this literature are based on the latest production information available at the time of publication. Prices, materials and specifications are subject to change at any time, and models may be discontinued at any time, in either case, without notice or obligation.North America Toll Free – TELEPHONE: (800) 422-2525 • Fax: (800) 421-3297 •Email:************************International – TELEPHONE: (513) 870-3315 or (513) 870-3261 • Fax: (513) 870-3157 •Email:********************OPW Fueling Components • 9393 Princeton-Glendale Road • Hamilton, OH 45011 • Printed in USA© 2011, OPW Fueling Components © 2011 Delaware Capital Formation, Inc. All Rights Reserved. DOVER and the DOVER logo are registered trademarks of D elaware Capital Formation, Inc., a wholly-owned subsidiary of Dover Corporation.ASTEVR 09/11 • 100Committed toEnvironmental SustainabilityOPW is committed to the long-term sustainability of our world. Every product we build is about enabling operators to provide a safer, cleaner, greener environment for themselves, their families and their customers.For more information on the OPW CARB-Certified AST EVR Solution, call us at 800-422-2525 or visit uson the web at: 301 Emergency Vent 1611 & 1612 Kamvalok Adaptor144TA & 444TA AST Tank Alarm 301-30803" Female NPT, 8 oz.1611AN-20402" Direct Fill with Buna seal 444TA-0100Four Signal Tank Alarm Box, No Float Switches301M-30813" Male NPT, 8 oz.1612AN-20402" Direct Fill with Viton seal 144TA-0100Single Channel Liquid Level Tank Alarm, No Float Switches 301-31603" Female NPT, 16 oz.1611AN-30603" Direct Fill with Buna seal 44TA-LLFS36" Liquid Level Float Switch301M-31613" Male NPT, 16 oz.1612AN-30603" Direct Fill with Viton seal 199ASV Anti-Siphon Valve 301-40804" Female NPT, 8 oz.1611AN-02002" Remote Fill with Buna seal 199ASV-10753/4" Dia., 0' - 5' Head Pressure 301M-40814" Male NPT, 8 oz.1612AN-02002" Remote Fill with Viton seal 199ASV-20753/4" Dia., 5'-10' Head Pressure 301-41604" Female NPT, 16 oz.1611AN-03003" Remote Fill with Buna seal 199ASV-30753/4" Dia., 10' - 15' Head Pressure 301M-41614" Male NPT, 16 oz.1612AN-03003" Remote Fill with Viton seal199ASV-11001" Dia., 0' - 5' Head Pressure 301-60806" Female NPT, 8 oz.634B &634BK Dust Caps 199ASV-21001" Dia., 5'-10' Head Pressure 301M-60816" Male NPT, 8 oz.634B-01602" Cap 199ASV-31001" Dia., 10' - 15' Head Pressure 301-61606" Female NPT, 16 oz.634B-01803" Cap 199ASV-1150 1.5" Dia., 0' - 5' Head Pressure 301M-61616" Male NPT, 16 oz.634BK-02002" Lockable Cap199ASV-2150 1.5" Dia., 5'-10' Head Pressure 301-80808" Female NPT, 8 oz.61VSA Rotable Swivel Adaptor 199ASV-3150 1.5" Dia., 10' - 15' Head Pressure 301M-80818" Male NPT, 8 oz.61VSA-1020-EVR61VSA rotatable swivel adaptor199ASV-12002" Dia., 0' - 5' Head Pressure 301-81608" Female NPT, 16 oz.1711T-1711LPC Vapor Recovery Caps 199ASV-22002" Dia., 5'-10' Head Pressure 301M-81618" Male NPT, 16 oz.1711T-7085-EVR Vapor recovery cap199ASV-32002" Dia., 10' - 15' Head Pressure301F-80858" Flange, 8 oz.1711LPC-0300Heavy duty, low profile, top seal vapor cap821 Solenoid Valve 301F-81658" Flange, 16 oz.61FT Drop tube 821-0075AC 3/4" Solenoid valve 301F-108510" Flange, 8 oz.61FT-02062" x 6' Drop tube kit 821-0100AC 1" Solenoid valve 61fSTOP Overfill Prevention Valve 61FT-03123" x 12' Drop tube kit 821-0150AC 1.5" Solenoid valve 61FSTOP-1000T 2" NPT with cylindrical float 200TG Mechanical Tank Gauge 821-0200AC2" Solenoid valve61FSTOP-2000T 2" NPT with float arm 200TG-ENG English unit, up to 20 ft.21BV Two-Way Ball Valve 61FSTOP-3050T3" NPT with cylindrical float200TG-ENG40English unit, up to 40 ft.21BV-00500.5" Ball valve 331 & 332 Direct Fill Spill containers 200TG-MET Metric unit, up to 6 m 21BV-00750.75" Ball valve 331-ASTW74Welded, 7 gallon, 4" NPT 200TG-MET40Metric unit, up to 12 m 21BV-0100 1.0" Ball valve 331-ASTW76Welded, 7 gallon, 6" NPT 61T-02082" dia. X 8' long drop tube 21BV-0150 1.5" Ball valve 332-ASTW74Spun, 7 gallon, 4" NPT 61T-02122" dia. X 12' long Drop tube 21BV-0200 2.0" Ball valve 332-ASTW76Spun, 7 gallon, 6" NPT61T-02162" dia. X 16' long Drop tube21BV-03003.0" Ball valveOrdering Specifications。
免爬器使用及日常维护安全培训
安全培训记录培训主题免爬器使用及日常维护培训培训对象培训时间培训地点主讲人应到人数参加人数培训内容：一、培训目的：1、了解掌握安全生产责任制具体内容；2、了解掌握安全生产法具体内容；3、提高员工安全生产责任意识及法律意识。
二、主要内容：3S lift免爬器是一种智能遥控的风机塔筒攀爬辅助升降设备，安装于竖梯底部的驱动箱，驱动一根通过上部支架连接到车体上部的钢丝绳带动车体做升降运动。
电控箱内的变频器及智能控制器保证电机提供给驱动绳轮一个合适的速度。
免爬器配备两套单独的防坠落系统:一套车体防坠系统，一套个人防护系统，双重保护高空作业人员的安全。
1.产品技术参数：2.使用注意事项：➢操作前，确保免爬器使用者经过专业的培训，并仔细阅读过操作与安装手册，持有操作资格证。
➢任何人在使用免爬器时，必须穿着个人防护用具(如安全帽、全身式安全带、安全双钩、3S专用防坠器)➢免爬器运行前，请确认免爬器运行通道无任何障碍物存在，尤其是平台盖板必须处于开启状态并固定好，以免造成人员伤害及设备的损坏。
➢免爬器运行前，请检查钢丝绳张紧指示标是否处于正常区域(绿区)。
➢免爬器运行前，请检查电源是否电量充足。
➢操作人员必须携带合适通讯设备，保持与地面人员或基站人员的通讯。
➢免爬器运行时，禁止任何人员处于免爬器的正下方或正上方。
➢免爬器运行时，禁止其他操作人员使用爬梯攀爬。
➢免爬器的遥控模式仅用于运送物料，禁止载人。
➢在操作中如果发现设备损坏或故障导致安全隐患时，必须立即停止使拼通知设备管理人员或业主。
➢火灾时禁止使用免爬器。
➢免爬器载物时必须配合载物框使用，载物框承重60Kg。
3.基本组成：4.操作方法：➢运行准备:将免爬器主电源接通，开启控制箱电源开关，按下启动按钮电源指示灯亮。
打开电池开关，确认电池电量，穿戴好安全带、挂好防坠器，开启免爬器小车急停按钮。
➢小车控制模式:将免爬器面板上的选择开关拨到上升或下降，双手同时按下扶手的启动开关时设备启动。
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F o r p e s n a u s e o n y s u d y a n d r e s a c h n o f r c o m me r c a u s e
目录
一概述
二主要技术参数
三结构组成
四工作原理
五、安装及调整
六操作说明
附一 WCP储罐爬行器控制原理图
附二 WCP储罐爬行器外形图一
附三 WCP储罐爬行器外形图二
一、概述
WCP系列储罐爬行器是储罐建设工程中,用于对储罐钢板对接焊缝进行X射线无损检测的工程设备。
它通过爬车的水平运动及爬车上的小车的垂直运动,载着X射线机在罐壁上做水平及垂直运动，实现对罐壁上指定焊缝的检测。
二、主要技术参数
三、结构组成
爬行器主要由主车体、主车驱动装置、垂直轨道、垂直驱动装置、水平定位装置、垂直定位装置、控制箱、Ｘ射线机控制台、Ｘ射线机管头、遥控信号接收器、遥控信号发射器等几部份组成。
主车体:爬行器各部件的载体，借助自身重力及特殊结构悬挂在储罐罐壁的顶部；
主车驱动装置：由电机、减速机及电磁离合器组成；
垂直轨道：射线机安装于垂直轨道上，轨道上有一个固定射线机的小车，由驱动装置驱动，可以沿轨道上下运动；
垂直驱动装置：由电机、减速机及链轮组成；
水平定位装置：由无触点接近开关及机构组成。
当爬行器检测环缝需要主
车水平运动时，采用水平定位装置定位；
垂直定位装置：由无触点接近开关及机构组成。
当爬行器检测竖缝需要让射线机上下运动时，采用垂直定位装置定位；
控制箱：控制爬行器各部分的运行；
Ｘ射线机控制台：控制射线机；
Ｘ射线机管头：X射线发生装置；
遥控信号接收器:接收来自发射器的指令信号；
遥控信号发射器:发射指令信号；
水平定位杆：由不锈钢材料制作而成。
底部带磁性，可以很方便地固定在罐壁上。
磁性材料与罐壁之间由非金属材料隔离。
四、工作原理
爬行器主车是依靠自身重力及特殊机构悬挂在储罐罐壁顶部的，并可沿罐壁前后运动。
垂直轨道是沿罐外壁悬挂在主车上的，射线机随小车一起可以在垂直轨道上作上下运动。
通过爬行器的水平运动及射线机的上下运动，可实现对检测范围内的每处焊缝进行检测。
当检测竖缝时，利用安装在垂直轨道上的垂直定位装置实现自动垂直定位。
当检测环缝时，利用安装在爬行器内侧的水平定位装置及水平定位杆实现自动水平定位。
五、安装及调整
设备在使用前，必须进行简单组装和调整，具体方法如下：
1，将垂直轨道与主车体固定牢固；
2，用起吊设备将爬行器整体吊装到罐壁的顶部，垂直轨道部分放在罐壁的外侧；
3，调整车体外侧锁紧螺丝，使主车体保持水平；
4，将射线机管头固定在垂直轨道上；
5，调整射线机的焦距；
6，根据编号连接好各连接电缆；
7，连接电源电缆。
六、操作说明
对爬行器的所有操作都是通过遥控信号发射器完成的。
爬行器有五种工作状态：前进、后退、上升、下降、曝光。
当检测环缝时，先将射线机运行至与环缝高度平齐，然后操作爬行器让其沿罐壁水平运动。
在欲检测的指定位置放置水平定位杆，当爬行器运行至指定位置时，水平定位装置接触到水平定位杆，爬行器自动停止，启动射线机开始拍片。
若采用手动定位，待激光光柱照射到预定位置时即停止运行，认为启动X射线探伤机，开始拍片。
当检测竖缝时，先将爬行器运行至欲检测的竖缝处，并使射线机窗口对准竖缝。
调整好垂直定位装置后，操作爬行器使射线机沿竖缝上下运动至欲检测的焊缝处，射线机即自动停止上下运动，启动射线机开始拍片。
拍竖缝时具体操作步骤如下：
1，安装及调整。
（参见第五部分）
2，固定胶片。
根据现场实际情况，若每次只拍一张，可将单数或偶数一次贴好。
3，根据胶片位置调整好垂直定位装置。
（只调整一次）
4，将爬行器水平运行到与竖缝对齐。
（射线机窗口）
5，将爬行器垂直运行到顶部。
（也可以是底部）
6，然后操作爬行器向下运行。
碰到定位装置后，自行停止。
7，启动X射线探伤机曝光。
此时蜂鸣器鸣叫。
8，曝光完成后即可操作爬行器继续向下运行拍下一张胶片。
拍竖缝时具体操作步骤如下：
1，安装及调整。
（参见第五部分）
2，固定胶片。
根据现场实际情况，若每次只拍一张，可每隔一张贴一张。
3，根据胶片位置固定好水平定位杆。
4，将爬行器垂直运行到与横缝对齐。
（射线机窗口）
5，然后操作爬行器前进。
碰到水平定位杆后，自行停止。
若是手动定位，则待激光光柱到达预定位置时，手动停止爬行器。
6，启动X射线探伤机曝光。
此时蜂鸣器鸣叫。
7，曝光完成后即可操作爬行器继续向前运行拍下一张胶片。
附一：WCP 储罐爬行器控制原理图
项目及图名
储罐爬行器原理图
图号
比例
图别
校核
设计
审核
批准
+24V
+12V
K M 2
K M 1K M 4
K M 3
Y 000Y 001
Y 002Y 003L H 1
F M 1Y 004
Y 005
Y 010
Q A 1
Q A 2
Q A 3
Q A 4Q A 5
C O M 2
C O M 3
前进
后退
上升
下降
离合器
蜂鸣器
开高压
前进后退停止上升下降开高压上升限位
下降限位
后退垂直定位
行走电机
上下电机
曝光信号
C O M
+24V
Q 4
Q 4
遥控接收器
开高压
Y 014
C O M 1
3C Z 53C Z 63C Z 7
3C Z 8
3C Z 9
2C Z 9
2C Z 10
2C Z 11
2C Z 12
4C Z 1
4C Z 2
4C Z 3
4C Z 4
4C Z 5
2C Z 1
2C Z 4
2C Z 2
2C Z 52C Z 72C Z 6
2C Z 8
6C Z 3
6C Z 1
7C Z 3
7C Z 1
6C Z 2
7C Z 2
8C Z 18C Z 2
3C Z 4
X D 1Y 006
1C Z : 爬行器电源输入(2芯)2C Z :上下部分至控制箱电缆插座(12芯)3C Z :遥控器至控制箱电缆插座(10芯)4C Z :控制箱至探伤机控制台信号电缆插座(7芯)5C Z :控制箱至电机离合器(7芯)6C Z :水平定位接近开关插座(4芯)7C Z :垂直定位接近开关插座(4芯)8C Z :控制箱至探伤机控制台电源插座(3芯)
下降极限开关
上升极限开关
0/24V 5C Z 6
5C Z 75C Z 1
5C Z 2
5C Z 3
5C Z 4
2C Z 3
K M 2
K M 1
K M 3K M 4
K M 1
K M 1
K M 2
K M 2
K M 3
K M 3
K M 4
K M 4
F X 2-32M R
P L C 220V /24V ,12V
直流电源
3C Z 13C Z 2
3
6
9
1
24
15
16
4C Z 7
Y 015
关高压
4C Z 6C O M 4
前进
上升
下降曝光停止总停
遥控发射器面板
143C Z 3135
7
8Q A 6
急停
1C Z 2
1C Z 1
A C 220V
附二：WCP 储罐爬行器外形图一
附三：WCP储罐爬行器外形图二
仅供参考
以下无正文
仅供个人用于学习、研究；不得用于商业用途。
толькодлялюдей, которыеиспользуютсядляобучения, исследований и не должны использоваться вкоммерческих целях.
For personal use only in study and research; not for commercial use.
Nur für den persönlichen für Studien, Forschung, zu kommerziellen Zwecken verwendet werden.
Pour l 'étude et la recherche uniquement à des fins personnelles; pas à des fins commerciales.
For personal use only in study and research; not for commercial use。