润滑操作手册(中英)
微量润滑装置原始操作手册说明书
ORIGINAL OPERATING MANUAL - Please keep for future reference -Index 1 Index1Index (2)2General (4)2.1About this operating manual (4)2.1.1Revision status of the operating manual (4)2.1.2Requirements for the operation of the applicator (4)2.1.3Availability of the operating manual (4)2.2Notes and symbols used in this operating manual (4)2.2.1Instruction and results (4)2.2.2Description of safety notes (4)2.2.3Symbols (5)2.2.4Notes (5)2.3Name and address of manufacturer (6)2.4Warranty and liability (6)2.5Complementary documents (6)2.6Product monitoring (6)2.7Safety information (6)2.7.1Conversions or modifications carried out by the user (6)2.7.2Residual dangers (6)2.7.3Personnel requirements (6)3Technical description (6)3.1Intended use (6)3.2Reasonably foreseeable misuse (7)3.3Functional description (8)3.4Main Components (9)3.4.1Applicator equipped with aluminium pump (9)3.4.2Applicator equipped with brass pump (10)4Technical Data (11)4.1Dimensions and weights (11)4.2Details of power and media supply (11)4.3Specified lubricants (11)4.5Further technical data (12)4.6Emission of noise, waste etc. (12)4.7Ambient conditions for operation and storage (12)4.8Protection (12)4.8.1Personal protective equipment (12)5Preparation for use (13)5.1Delivery (13)5.1.1Delivery status (13)5.1.2Standard scope of delivery (13)5.2Transport and storage (13)5.2.1Transport (13)5.2.2Storage (13)5.3Unpacking the ACCU-LUBE applicator (13)5.4Check the delivery (14)5.5Disposal of packaging material (14)6Installation and mounting (14)6.1Assembling the applicator (14)6.2Mounting the applicator (15)6.2.1Mounting with screws (15)6.2.2Mounting with magnets (on ferrous surfaces) (16)6.3Electric connection (17)6.3.1Electric connection with 24 V DC (standard) (17)6.3.2Electric connection with 110/230 V AC (Optional) (17)6.4Pneumatic connection (17)6.5Activation (18)7Start-up and Settings (19)7.1Filling in the lubricant (19)7.2Adjusting the aluminium pump (20)7.3Adjusting the brass pump (21)7.4Adjusting the frequency generator (22)7.5Adjusting the cycle by SPC (22)8Normal operation (23)8.1Refilling lubricant (23)8.2Decommissioning the applicator (23)8.2.1Shut down the applicator in an emergency (23)8.2.2Short-term decommissioning of applicator (23)8.2.3Long-term decommissioning of applicator (23)9Maintenance (24)9.1Safety measures during maintenance (24)9.2Maintenance plan (24)9.3Draining the air filter (24)10Malfunctions (25)10.1Trouble shooting (25)10.2Removing bubbles from reservoir (25)11Decommissioning and disposal of applicator (26)11.1Final decommissioning of applicator (26)11.2Disposal of applicator and operating materials (26)12Accessories (27)13List of spare parts and durables (28)13.1Applicator with aluminium pump (28)13.2Applicator with brass pump (30)13.3Wiring schemes for the level indicator (32)14EC Declaration of conformity (34)15Index (35)2 General2.1 About this operating manual2.1.1 Revision status of the operating manualDate of revision: ....................................................................................... 06.02.2017Revision index: (00)2.1.2 Requirements for the operation of the applicatorWe assume that∙The operating personnel has been briefed on the safe operation of the applicator and has read and understood the entire operating manual, ∙The maintenance personnel service and repair the applicato in a way, that there is no risk from the applicator for humans, environment and material.2.1.3 Availability of the operating manualOperating manual is always to be kept available for all persons working with or onthe applicator.2.2 Notes and symbols used in this operating manual2.2.1 Instruction and resultsInstructions are marked in the order of their execution by triangles.Results of the actions carried out are marked by a tick.2.2.2 Description of safety notesSafety notes are always marked with a signal word and partially also with a hazardspecific symbol (see chapter 2.2.3, page 5).The following signal words or hazard levels are used:2.2.3 SymbolsThe following symbols are used in this operating manual and on the applicator:WarnzeichenSigns giving ordersTab. 2 Signs giving orders2.2.4 Notes2.3 Name and address of manufacturerTab. 3 Name and address of manufacturer2.4 Warranty and liabilityBasically the manufacturer’s …general terms of sale and delivery“ will apply. 2.5 Complementary documentsSafety data sheets of ACCU-LUBE-lubricants can be downloaded from.2.6 Product monitoringManufacturers give information on∙accidents∙potential hazards of the applicator∙incomprehensibilities in this operating manual2.7 Safety information2.7.1 Conversions or modifications carried out by the userConversions or modifications on the applicator carried out by the user are notallowed and can lead to loss of EG-conformity!2.7.2 Residual dangersResidual dangers that might occur during operation, maintenance or repair, aredealt with in the respective chapters of this operating manual.2.7.3 Personnel requirementsOnly authorized persons may carry out work on the applicator! They must befamiliar with the safety installations and regulations, prior to carrying out work.Authorised personnel is:Tab. 4 Personnel requirements3 Technical description3.1 Intended useThe applicator must exclusively be used to atomise and supply lubricants foroutside lubrication in the following processes:∙Cutting operations like sawing, drilling or milling∙Forming, stamping, bending∙Application of corrosion protection∙Assembly of componentsHere only specified lubricants may bew atomised and supplied.The supply of compressed air without lubricant e.g. for blowing-out is allowed.Depending on the requirements lubricant can also be supplied without compressedair.∙The applicator must be operated only within the specified performance limits (see technical data).∙The applicator must be operated only in industrial environment.∙Observing the operation manual and complying with the maintenance and servicing regulations is required for the intended use of the applicator. 3.2 Reasonably foreseeable misuseAny other use beyond the intended use is considered as not intended use. Themanufacturer does not assume liability for damages resulting from this. Themanufacturer does not assume liability for modifications or improper installation,start-up, operation, maintenance or repair.Only original parts supplied by the manufacturer are considered approved spareparts and accessories. Spare parts and accessories which have not been suppliedby the manufacturer are not approved for operation and might affect operationalsafety, The manufacturer does not assume liability for damages caused by usingnon-approved spare parts and accessories.Reasonably foreseeable misuse is in particular:∙Operation in explosive areas∙Operation in fire risk areas∙Operation beyond the specifications given by the manufacturer (e.g. higher pressures)∙Use of other than the specified lubricants∙Conversion or modification of the applicator without written consent of the manufacturer!3.3 Functional descriptionLubricant is supplied by the pump (2) from a reservoir (1) through a capillary hoseto the nozzle.Through the air flow (3) the lubricant is atomized at the nozzle (4) and applied tothe tool.Abb. 1 Functional description3.4 Main ComponentsThe applicator is available either with aluminium pumps (when operated withACCU-LUBE lubricants) or with brass pumps (when operated with lubricants other than ACCU-LUBE).3.4.1Applicator equipped with aluminium pumpAbb. 2 Main components of the applicator equipped with an aluminium pumpTab. 5 Main components and their function710381456293.4.2 Applicator equipped with brass pumpAbb. 3 Main components of the applicator equipped with a brass pumpTab. 6 Main components and their function710381456294 Technical Data4.1 Dimensions and weights1Details of power and media supply4.21 The actual dimensions can vary depending on special configurations.4.5 Further technical data4.6 Emission of noise, waste etc.4.7 Ambient conditions for operation and storage4.8 Protection4.8.1 Personal protective equipmentTab. 7 Personal protective equipmentPreparation for use5 Preparation for use5.1 Delivery5.1.1 Delivery statusThe applicator is packed in bubble-wrap and delivered in a cardboard box paddedwith styrofoam.5.1.2 Standard scope of deliveryTab. 8 Standard scope of deliveryCheck completeness of delivery.5.2 Transport and storage5.2.1 Transport◆Applicator is to be transported to the installation site with a suitable lifting gear.(Weight: see chapter 4, page 11)5.2.2 StorageStore in dry, frost protected places with corrosion-free atmosphere.Tab. 9 Allowable ambient conditions for storage◆Used or contaminated applicator is to be cleaned and drained completely beforestorage.◆For long term storage (> 2 years) applicator is to be protected against corrosion.5.3 Unpacking the ACCU-LUBE applicator◆Open cardboard box and remove the packing material.◆Take out the applicator (avoid damages).5.4 Check the delivery◆Check completeness of delivery (see chapter 5.1.2, page 13).◆If any components are missing inform the manufacturer immediately.◆Check the delivery for transport damage.◆If there is any transport damage inform forarding agent immediately.5.5 Disposal of packaging material◆Separate packaging material and dispose of environmentally sound.6 Installation and mounting6.1 Assembling the applicatorAbb. 4 Assembling the applicator◆Screw-out red plastic plug on the top of the applicator.◆Check the thread.◆Screw-in the reservoir.◆Screw-in the air filter by hand.6.2 Mounting the applicator6.2.1 Mounting with screws1Abb. 5 Mounting the applicator with screws◆Mount the applicator horizontally with 4 screws through the bores (1) on the rearside.◆Make sure the applicator is fixed properly.6.2.2 Mounting with magnets (on ferrous surfaces)2Abb. 6 Mounting the applicator with magnetsMounting the applicator with magnets is possible only if the applicator is not movedduring operation.◆Chose suitable magnets.◆Fix the magnets through the 4 bores (2) on the rear side.◆Mount the applicator on a suitable ferrous surface.◆Mount the applicator horizontally.◆Make sure the applicator is fixed properly.6.3 Electric connection6.3.1 Electric connection with 24 V DC (standard)◆Adapt the included connecting cable to the on-site conditions.◆Lay connecting cable in suitable cable protection duct.◆Connect to 24 V DC (the wires can be connected either to …+“ or to …-“).Abb. 7 Electrical connection 24 V DC6.3.2 Electric connection with 110/230 V AC (Optional)6.4 Pneumatic connectionThe connection for the compressed air on the right hand side of the metal housingis standard on all applicators.Abb. 8 Pneumatic connection◆Connect compressed air (see chapter 4.2, page 11).◆Drain air filter.6.5 ActivationThere are different types of actuators for an applicator:∙Solenoid valve∙Toggle switch∙Roller valve∙Hand sliding valve∙Foot pedal∙Air-actuated7 Start-up and Settings7.1 Filling in the lubricant◆Open the filling screw (1) on the reservoir.◆Fill in lubricant.◆Close the filling screw (1).✓The applicator is ready for operation.1 Abb. 9 Filling in the lubricant7.2 Adjusting the aluminium pumpAbb. 10 Adjusting the aluminium pumpAdjusting the volume of lubricant◆ Reduce lubricant volume: Turn adjusting screw (1) clockwise.◆ Increase lubricant volume: Turn adjusting screw(1) anti clockwise.◆ Standard setting: Turn adjusting screw (1) fully to the right, then open 2,5 revolutions. Adjusting the volume of airThe air flow valve regulates the volume of air, that disperses the droplets of lubricant.◆ Reduce air flow: turn air flow valve (2) clockwise.◆ Increase air flow: turn air flow valve (2) anti clockwise.Abb. 11 Fitting the capillary hoseFitting the capillary hose◆ Push the capillary hose (1) through the hose barb (2).◆ Fit the O-ring (3) onto the capillary hose, so that 10 mm of the hose will still look out of the aluminium pump .◆ Screw the hose barb into the aluminium pump.123217.3 Adjusting the brass pump1Abb. 12 Adjusting the brass pumpAdjusting the volume of lubricant◆Pull out adjusting knob (1)◆Reduce lubricant volume: turn adjusting knob (1) anti-clockwise.◆Increase lubricant volume: turn adjusting knob (1) clockwise.◆Standard setting: turn adjusting knob (1) clockwise to MAX-position, then turnback 38 clicks anti-clockwise.◆Push in adjusting knob (1) again..7.4 Adjusting the frequency generatorThe frequency generator sends an air impulse to the aluminium- or brass pump, sothat the set lubricant volume is supplied for a certain time.The air impulse moves the piston in the pump forward. After the venting a springwill move the piston back into its initial position.Pneumatic frequency generatorAbb. 13 Adjusting the pneumatic frequency geneartor◆Reduce cycle: Turn adjusting screw clockwise.◆Increase cycle: Turn adjusting screw anti-clockwise.◆Standard setting: Turn adjusting screw to 1,5.◆Switch off frequency generator: Turn adjusting screw to 0.7.5 Adjusting the cycle by SPCIf the cycle is to be adjusted by stored program control (SPC), the pneumaticfrequency generator must be replaced by a suitable solenoid valve.Basic setting of frequency: 13 impulses in 60 seconds.Normal operation 8 Normal operationIn normal operation the applicator is operated according to the respective control(see chapter 6.5, page 18)8.1 Refilling lubricantRefilling is possible during operation.◆Open the filling screw on the reservoir.◆Fill in lubricant.◆Close the filling screw.8.2 Decommissioning the applicator8.2.1 Shut down the applicator in an emergencyStop air supply with the emergency stop function oft he machine, into which theapplicator is integrated.8.2.2 Short-term decommissioning of applicatorStop the activation of the solenoid valve through the machine, into which theapplicator is integrated.8.2.3 Long-term decommissioning of applicator◆Decommission applicator (see above).◆Disconnect compressed air supply.◆Drain reservoir.◆Clean external parts with soapy water (pumps and hoses need not be cleaned.◆Store in a dry place.Maintenance 9 Maintenance9.1 Safety measures during maintenanceAbb. 14 Secure the applicator against unauthorized restarting9.2 Maintenance planTab. 10 Maintenance plan9.3 Draining the air filter◆Depressurize applicator.◆Disconnect from compressed air.◆Open drain screw.◆Drain water into a container.◆Close drain screw.◆Re-connect to compressed air.Malfunctions 10 MalfunctionsIn case of queries please contact the manufacturer:Tab. 11 Contact dataClients abroad please contact our distributors:/kontakt/vertriebspartner/10.1 Trouble shootingTab. 12 Trouble shooting10.2 Removing bubbles from reservoirBrass pumps must be operated without any bubbles.◆Depressurise applicator.◆Screw-off reservoir carefully.◆Turn adjusting knob clockwise to MAX-position.◆Fill the inlet of the brass pump with lubricant.◆Switch-on applicator without reservoir.◆Let the brass pump operate until the lubricant level sinks.✓The brass pump will start supplying lubricant again.◆Switch-off applicator.◆Screw-on reservoir.◆Re-adjust the adjusting knob to the desired setting.◆Re-connect to compressed air supply.Decommissioning and disposal of applicator11 Decommissioning and disposal of applicator11.1 Final decommissioning of applicator◆Switch off applicator.◆Disconnect power supply from higher-level control cabinet by qualifiedelectrician.◆Switch off and disconnect compressed air supply.◆Empty lubricant carefully and dispose of it appropriately.11.2 Disposal of applicator and operating materials◆Assign qualified personnel.◆Wear personal protective equipment.◆Empty residual materials carefully and dispose of them appropriately.Tab. 13 DisposalAccessories 12 AccessoriesTab. 14 Accessories13 List of spare parts and durables 13.1 Applicator with aluminium pumpAbb. 15 Spare parts for applicator with aluminium pumpTab. 15 Spare parts for applicator with aluminium pump13.2 Applicator with brass pumpAbb. 16 Spare parts for applicator with brass pumpTab. 16 Spare parts for applicator with brass pump13.3 Wiring schemes for the level indicatorAbb. 17 Wiring scheme for the opener typeAbb. 18 Wiring scheme for the closer typeEC Declaration of conformity 14 EC Declaration of conformityAbb. 19 EC Declaration of conformityIndex 15 IndexAAdjusting knob ............................. 9,10,21 Adjusting screw.......................... 20,22,25 Air filter ........................................... 13,14 Air flow valve (20)Ambient temperature (12)CCapillary hose ................................... 8,20DDimensions (11)Distributors (25)FFilling screw .................................... 19,23 Frequency generator ..... 9, 10, 12, 22, 25LLubricant .......................................... 23,26MMain components (10)PPneumatic connection (18)RRelative air moisture (13)Reservoir ..... 8,9,10,12,13,14,15,19,23,25 Residual materials .. (26)SSolenoid valve (18)。
润滑油品常用技术术语中英文对照
润滑油品常用技术术语中英文对照Acid Number(AN) Milligrams of KOH required in tests to neutralize all the acidic constituents present in a l g sample of a petroleum product. Also formally called the Neutralization Number, this property is often used to indicate the extent of contamination or oxidation of used oils.酸值(AN) 也称中和值，指中和1克油品试样中所有酸性物质所需氢氧化钾的毫克数。
该性能指标通常用于表小已用过的油被污染和被氧化的程度。
Additive Any material that is incorporated into a product at relatively low concentration to impart new properties or enhance existing properties.添加剂以相对较低的浓度加入某一产品中，从而赋予该产品某种新的性能，或者增强其现有性能的任何材料．均称为添加剂。
Aniline point the minimum temperature for complete miscibility of equal volumes of aniline and the sample under test．Products containing aromatics or naphthenes have lower aniline points than products containing paraffins.苯胺点指相同体积的苯胺与试样达到完全混溶所需的最低温度。
直流润滑油泵控制箱中英文说明书(操作说明书)
JY-ZK IntelligentJY-ZK智能型DC MotorControl Cabinet直流电机控制箱Operation Manual使用说明书Shaanxi Jinyuan Automation Technology Co., Ltd.XX金源自动化科技XX一、Overview概述JY-ZK Intelligent DC motor control cabinet lubricating products are aimed at generating power plant system design a new type of lubricant replacement products, mainly used for steam turbine and generator of the main bearings, thrust bearing and the disk devices to provide lubricating oil vehicle control, as well as the generator seal oil system provides oil to ensure the safe operation of the pressure of the oil control. Generator control system equipment lubricants usually are:lubricating oil tank, main oil pumps, AC lubricating oil pump (#1 machine 2 Units), Oiler,and Oil cooler, emergencyDC pumps, jacking oil pumpsystem, oil-fume separatedevices andpurifyingSystem and so on. In normal operation, all the lubricant oil supply from the main oil pump. When the main pump failure resulted in reduced a certain value, AC, DC lubrication pump automatically linkage.JY-ZK智能型直流润滑电机控制箱系列产品是针对发电厂发电机润滑油系统设计的新型换代产品，主要用于汽轮机和发电机各主轴承、推力轴承和盘车装置提供润滑油的控制，以及对发电XX封油系统提供油源，确保系统平安运行的压力油控制。
(完整word版)设备润滑手册(word文档良心出品)
目录第一章润滑油知识一、润滑的定义二、润滑剂的主要作用三、润滑油的主要理化指标四、润滑脂的主要理化指标五、润滑油的组成六、润滑脂的组成七、润滑油的分类和规格八、润滑油行业组织简介九、润滑油脂选用原则十、润滑油的管理附表一、ISO粘度等级划分标准附表二、常用润滑油质量分类附表三、美国润滑脂学会(NLGI)润滑脂分类第二章常用油品换油指标第一章设备润滑知识一、润滑的定义用润滑剂减少（或控制）两摩擦面间的摩擦与磨损或其他形式的表面破坏的方法叫润滑。
二、润滑剂的主要作用1、降低摩擦在摩擦面之间加入润滑剂，形成润滑油膜，避免金属直接接触造成摩擦，从而降低摩擦系数，减少摩擦阻力，减少功率损失。
2、减少磨损摩擦面间具有一定强度的润滑膜，能够支撑负荷，避免或减少金属表面的直接接触，从而可减轻接触表面的塑性变形、熔化焊接、剪断再粘接等各种程度的粘着磨损。
3、冷却降温润滑剂能够降低摩擦系数，减少摩擦热产生，而且能够带走产生的摩擦热。
4、密封隔离润滑剂特别是润滑脂，覆盖于摩擦表面或其他金属表面，可隔离空气、湿气或其他有害介质，保护摩擦面。
5、阻尼减震润滑剂能将冲击振动的机械能转变为液压能，起到减缓冲击，吸收噪音的作用。
6、冲洗清净润滑剂在润滑过程中不断流动，可及时冲刷走摩擦表面上的磨屑及污物，防止发生磨粒磨损。
三、润滑油的主要理化指标（一）润滑油的流动性能：粘度、粘度指数、倾点和凝点1、粘度Viscosity：当润滑油受到外力作用而发生相对移动，在油分子之间产生阻力，使润滑油无法进行顺利流动，其阻力的大小称为粘度。
粘度值随温度的升高而降低。
粘度的度量方法分为绝对粘度和相对粘度两大类。
绝对粘度分为动力粘度、运动粘度两种；相对粘度有恩氏粘度、赛氏粘度和雷氏粘度等几种表示方法。
表1 粘度分类上述三种条件粘度（恩氏粘度、雷氏粘度、赛氏粘度）测定法，在欧美各国常用，我国除采用恩氏粘度计测定深色润滑油及残渣油外，其余两种粘度计很少使用。
Eaton PS-386 合成润滑油用户说明说明书
Lubrifiant synthétique pour boîte de vitesses PS‑386 d’Eaton ®Obtenez la qualité et la fiabilité que vous méritez grâce au produit qui établit la nouvelle norme pour les lubrifiants à engrenages, le PS‑386.Le nouveau lubrifiant synthétique pour boîte de vitesses d’Eaton, le PS‑386, prolonge la durée de vie de votre boîte de vitesses en diminuant l’usure des engrenages et la corrosion du cuivre.Essai avancé d’usure des engrenages•Le lubrifiant PS‑386 a excellé lors d’un des essais d’usure des engrenages les plus stricts de l’industrie. Les huiles ont été soumises à un essai d’usure des engrenages rigoureux qui simule un usage sur 402 330 km (250 000 milles).•La photo ci‑contre montre les engrenages qui ont réellement été utilisés lors de l’essai. L ’engrenage avec lubrifiant PS‑386 (à gauche) présente une usure quatre fois inférieure à celui avec une huile minérale ordinaire (à droite).•Des engrenages moins usés signifient une durée de vie de boîte de vitesses accrue.Protection améliorée contre la corrosion du cuivre• Le lubrifiant PS‑386 excelle dansla prévention de la corrosion du cuivre. Les huiles ont étésoumises à un essai avancé de corrosion accélérée sur 7 jours qui simule un usage sur804 672 km (500 000 milles).• La photo ci‑contre montre destubes de cuivre provenant réellement d’un système de refroidissement de boîte de vitesses. Le tube avec lubrifiant PS‑386 (à gauche) ne présente aucune corrosion, alors que celui avec une huile minérale standard (à droite) présente une corrosion importante du cuivre.•Un cuivre moins corrodé signifie une plus longue durée de vie du système de refroidissement, et donc de la boîte de vitesses.APPUYÉ PAR LE SOUTIENLubrifiant approuvé par Eaton•Chaque contenant de lubrifiant synthétique PS‑386 approuvé par Eaton aura, sur l’étiquette du devant, ce nouveau symbole qui signifie que le lubrifiant satisfait aux exigences rigoureuses du PS‑386.•Les lubrifiants PS‑386 approuvés sont exigés pour garantir la validité des garanties sur lesboîtes de vitesses d’Eaton et des programmes de protection prolongée de Roadranger.Consultez le guide de garantie TCWY0900 d’Eaton pour de plusamples détails.APPROBATIONSLe lubrifiant synthétique pour boîte de vitesses PS‑386 est approuvé pour les équipements d’origine suivants :• Eaton PS‑386 (remplace lesspécifications PS 164 rév. 7)• Mack TO‑A Plus• Navistar MPAPS B‑6816 Type II • API MT ‑1PS‑386 : Lubrifiant entièrement synthétique approuvé par EatonAvantages•Intervalles plus longs entre les vidanges jusqu’à 804 672 km (500 000 milles)• Le lubrifiant PS 386 peut réduirela consommation de carburant de 1,5 %.• Excellente protection des engrenages et des paliers. •Efficacité même lors de chaleurs ou froids extrêmes, ce qui réduit l’usure au démarrage.La stabilité au cisaillement améliorée permet l’application d’un lubrifiant à viscosité moindre sans augmenter l’usure des engrenages.•Appuyé par le réseauRoadranger – le plus grand système de soutien pour les composants de transmission au pays – qui offre de la protection, du soutien et de la formation par des professionnels chevronnés de l’industrie à une échelle inégalée. •Le lubrifiant synthétique pour boîte de vitesses PS‑386 d’Eaton est offert dans les formats suivants : – Vrac– Réservoirs portatifs de 1900 lb – Fûts de 375 lb – Barils de 110 lb – Seaux de 33 lb– C aisses de gallons(4 contenants d’un gallon) – 28,68 lb • Satisfait aux exigences de premier remplissage des FEO.•Conçu spécifiquement pour offrir un rendement optimal aux boîtes de vitesses mécaniques automatiques d’Eaton.•La spécification PS‑386 remplace la PS‑164 rév. 7.APPUYÉ PAR LE SOUTIENRemarque : Les caractéristiques etspécifications qui figurent dans ce document peuvent être modifiées sans préavis et représentent les capacités maximales du logiciel et des produits lorsque toutes les options ont été installées. Bien que tout soit mis en œuvre pour offrir une information exacte, Eaton ne peut garantir qu’elle soit complète, correcte ou exacte, et n’endosse aucune responsabilité pour toute erreur ou omission possible.Les caractéristiques et les fonctions peuvent varier selon les options choisies.Eaton, Fuller, Roadranger, Solo, UltraShift et Fuller Advantage sont des marques déposées d’Eaton. Toutes les marques de commerce et tous les logos et droits d’auteur sont la propriété de leurs détenteurs respectifs.Pour toute question concernant les spécifications ou pour obtenir de l’aide, composez le 1 800 826‑HELP (4357) ou visitez le site Web /roadranger. Au Mexique, composez le 001 800 826‑4357.Roadranger : Eaton et ses partenaires de confiance offrent les meilleurs produits et services de l’industrie, vous permettant ainsi de passer plus de temps sur la route.EatonGroupe de véhicule13100 E Michigan AvenueKalamazoo, MI 49053 États‑Unis 1 800 826‑HELP (4357)/roadranger© Eaton, 2016Tous droits réservés. Imprimé aux États‑Unis.APSL0900FR 1016。
操作手册 (中英文)
操作手册Operation Manual一、监控电脑的开启按电脑上的电源键，电脑会自动启动直至出现登陆的对话框，在对话框的用户名内填入“operator”直接敲击回车键就会自动进入操作员权限的主画面，如下图：1. The opening of the monitoring computerPress the power button on the computer, and the computer will automatically start to login dialog box, then enter the user name of “operator” in dialog box and directly hit Enter key, and then the computer will automatically enter the main screen of operator authority, as shown in the following figure:（图-1）(Figure-1)如果在对话框的用户名内填入“Administrator”进入工程师权限操作的时候是需要密码的，这个密码会随资料一起交付给相关人员。
If the dialog box is filled in the user name of “Administrator” to enter engineer authority s need a password, the password will be with the data delivery to the relevant personnel.二、监控画面的说明2. Note for monitor screen1、点击图-1中的“HP BOILER”，就会进入20T HP boiler的监控界面，如图-2所示，在画面上可以之间看到锅炉的所有的温度、压力、流量、阀门开度、变频器频率等数据的检测值，在图-2所示的红色字体的闪烁代表的是报警，有相应的英文所显示。
润滑保养手册中文版
卡特彼勒制造的柴油发动机能适用不同的 燃料，这些燃料可分为两大类：优先选择 类和可使用类
优先选择类燃料可以使发动机的使用寿命 和工作性能都达到最大化，这类燃料包括 馏出燃料，通常我们称之为：燃油、炉用 油、柴油燃料、汽油燃料或煤油。
可使用类燃料包括原油或混合燃料。使用 这些燃料会导致更高的维护保养成本，并 减少发动机的使用寿命。
冷却液的规格
应一直使用符合标准的冷却液、防冻液和 冷却系统添加剂。
具体请联系发动机制造商，或参考卡特彼 勒 SEBD0518 表格以获得更多详细的规格 信息。
添加冷却液
每次应加入添加剂到冷却液中。在冷却系 统中禁止只使用普通淡水。
用来制作乙二醇型防冻液和水混合溶液所 需要的水的要求的规格如下表所示：
浓度 50 % 60 %(仅限乙二醇)
防冻性能
防沸腾性能
-36°C (-33°F) 106°C (223°F)
-52°C (-62°F) 111°C (232°F)
冷却液添加剂滤芯
在冷却液中添加剂的浓度应保持在 3 ~ 6 %。给系统添加或更换冷却液时应使用加 压滤芯。工作时间每达到 250 小时应更换 一个新的滤芯。
25
2 pt. 2
升 265 757 511 3 21 13.5 kg or 208 kg 38 34
95
1 8
多用途型齿轮润滑液(MPL)
使用 GL-5 (MIL-L-2105B) EP140 型齿轮润 滑液。在低温条件下使用 SHC 75 x 90， 极地条件下用 SHC 5 x 90。
冷却液、燃油和润滑液的规格 – Page 1-3
润滑液的规格
综述
下面列出类别是按 S.A.E. J183 分类法得出 的。MIL 规格是美国军用规格。下列定义 在润滑液的采购过程中会有所帮助。此钻 机润滑液的具体分类在润滑液分类表中可 找到。
润滑操作手册
7、频繁抽取的油品、放置在油桶架上用开关控制流放。
8、新油与废油分开放置，装过废油的容器不可装新油，以防污染。
TPM=RP³
4.油品的储存
室外储存 – 经常检查油桶是否泄漏。若油桶必须直 放时，宜将桶略倾斜，以免积水渗入， 桶口处于3、9点位置
长期户外存放应遮盖、垫高 – 夏季，桶面温度可达65℃
– 有些变色和透明度变化正常， 有些则预示交叉污染
• 脱气性能. 空放或泡沫特性异常 • 软性不溶物:
– 添加剂絮状物、添加剂析出、 漆膜、油泥、沉积物、液面环 渍, 滤芯过快堵塞和底部沉积
3 . 选择润滑油脂的基本原则
※ 润滑油粘度 润滑油的条件取决于其厚度或粘度。
•粘度大时 压力大时，浮油不会均匀的铺开，尽管它保持其润滑功能；但 粘度太高时，阻力 也按会润变滑大剂。的
按润滑剂的 物质形式
TPM=RP³
4.油品的储存
脂筒的摆放
• 平放易导致空气挤入中段
按润滑剂的 物质形式
对样品的标记
• 很重要 • 标记越细致，参考作用越大 • 在样瓶上注明
– 油品名称(品牌、名称、黏 度牌号)
– 设备名称\编号 – 油品使用时间 – 取样日期 – ……
TPM=RP³
4.油品的储存
2. 防锈剂阻断水和氧，防止 铁锈。
5. 防止金属腐蚀。
7. 将油剂涂抹到金属表面， 使其成为强浮油。
8. 基 于 粘 度 指 数 改 善 剂 而 随 温度变化的粘度降低。
3. 防沫剂抑制泡沫的形成并 迅速消除形成的泡沫。
6. 乳化剂使其更容易与水混 合。
9. 摩 擦 调 节 剂 覆 盖 金 属 表 面 使其更滑。
10. 防止因高压积聚而烧坏。 11.倾点抑制剂即使在低温下 也不会硬化。
pecvd操作手册中英文版【word版】p
4.3动态菜单........................................................................................................13
5.2工艺参数…….................................................................................................19
5.3气体系统........................................................................................................23
5.7协议................................................................................................................42
5.8上升率测试…................................................................................................43
2.3清单.................................................................................................................8
润滑技术手册
-润滑知识第一章摩擦与润滑每一节摩擦与润滑机理当两个紧密接触的物体沿着它们的接触面作相对运动时，会产生一个阻碍这种运动的阻力，这种现象叫摩擦，这个阻力就叫做摩擦力。
F：摩擦力；f：摩擦系数；它与接触表面材料、表面粗糙度和润滑因素相关。
P：法向载荷；即接触表面所受的荷载f =F/P（1）：摩擦力与法向载荷成正比。
（2）：摩擦力与接触面积大小无关。
（3）：摩擦力与表面滑动速度无关。
（4）：静摩擦力（有运动趋向时）大于动磨擦力。
机器中凡是互相接触面和相互之间有相对运动的两个构件组成的联接称为“运动副”（也可以称为摩擦副），如机床里的滑块与导轨，滚动轴承里的滚珠与套环，火车的车轮与铁轨等。
任何机器的动转都是靠各种运动副的相对运动来实现的，而相对运动必然伴随着摩擦的发生。
摩擦首先导致不必要的能量损失，其次是使摩擦副相互作用的表面发热、磨损乃至失效。
磨损：是运动副表面材料不断损失的现象，它引起运动副的尺寸和形状的变化，从而导致损坏。
例如，轴在轴承内运转，轴承孔表面和轴径逐渐磨损，间隙逐渐扩大、发热，使得机器精度和效率下降，伴随着产生冲击载荷，摩擦损失加大，磨损速度加剧，最后机器失效。
润滑是在相对运动的部件相互作用的表面涂有润滑物质，把两个相对运动表面隔开，使运动副表面不直接发生摩擦，而只是润滑物质内部分子与分子之间的摩擦。
所以，摩擦是运动副作相对运动时的物理现象，磨损是伴随摩擦而发生的事实，润滑是减少摩擦、降低磨损的重要措施。
第二节摩擦分类摩擦有许多分类法。
1．按摩擦副的运动状态分静摩擦：一个物体沿着另一个物体表面有相对运动趋势时产生的摩擦叫作静摩擦。
这种摩擦力叫静摩擦力。
静摩擦力随作用于物体上的外力变化而变化。
当外力克服最大静摩擦力时，物体才开始运动。
2．按摩擦副的接触形式分滑动摩擦：接触表面相对滑动时的摩擦叫作滑动摩擦。
滚动摩擦：在力矩的作用下，物体沿接触表面滚动时摩擦叫滚动摩擦。
3．按摩擦副表面的润滑状态分干摩擦：指即无润滑的磨擦流体摩擦：即流体润滑条件下的摩擦，这时两表面间完全被液体油膜隔开，摩擦表现为由粘性流体引起。
多点润滑系统用户手册说明书
A. 单点润滑 (远程, 毛刷)请根据使用环境购买配件及毛刷配套件.
请参考背面配件说明书内容.
设定喷油周期
长按2秒TEST按钮确认是否正常出油
单点或多点安装后, 打开滤筒盖将吸油灌至500ml横线处
请盖上防尘罩
打开滤筒盖确认电池是否接合至机身
长按2秒开启电源单点, 多点安装及安装毛刷配套件时请根据使用环境选择相应配件
产品平面图当前设定周期结束后请更换电池组 (单独售卖)更换后请按照顺序重复 (1, 3~8号)选项
657
B. 多点润滑
多点润滑配套件
1250RO 01~04 (多达4点)中选择后安装.
安装托架时请尽量靠近润滑点.
Note
Note
将手动旋钮向逆时针方向扭转1~2回开启后, 盖上滤筒盖
TIP_ 为确保稳定出油需事先释放真空压力
远程
毛刷
状态 : LCD显示器异常 (部分显示器变色)原因 : 中央处理器或显示器异常
修复 : 按初始化设定 (RESET) 后如反复出 现同样问题请联系代理商
错误处理
按键功能
稀油交换时原设定初始化
电源 ON/OFF ON : 长按2秒OFF : 长按3秒
MODE
LOCK
POWER
RESET
供油周期选择
500ml : 1, 2, 4, 6, 12, 18, 24个月 & 15日 (H)
自动关机解除长按2秒 ( ) 解除。
AUMA 说明书 中英文对照文稿-world版可编辑
操作说明手册的封面内容翻译(中英文对照)：Multi-turn actuators万向驱动装置(产品型号)SAR (产品型号)AUMA NORM (AUMA是这个阀门生产厂的品牌名称)AUMA标准Operation instructions (操作手册)目录内容：Scope of these instructions:本手册内容介绍的范围包括:These instructions are valid for multi-turn actuators for Open-close duty, SA ,and multi-turn actuators for modulating duty, .本手册的说明适应型号为SA 、具有开启-关闭功能系列的万向驱动装置和型号为、具有调节功能系列的万向驱动装置有效。
These operations instructions are only valid for “clockwise closing”, . driven shaft turns clockwise to close the valve.这些操作说明只对"顺时针关闭"有效，即：驱动轴顺时针转动关闭阀门。
.Safety instructions (安全说明 )Range of application (应用的范围 ) AUMQ multi-turn actuators are designed for the operation of industrial valves, , globe valves, butterfly valves and ball valves. For other applications, please consult us. AUMA is not liable for any applications. Such risk lies entirely with the user. AUMQ万向驱动装置是为工业用阀所设计的，例如：工业生产常用球瓣阀，蝶阀和球阀。
中英文润滑油手册
UNIT COMM SYS SEQ SFX EQUIPMENTNO.DESCRIPTION1/2-MS AB0011/2-MSAB001HP By-Pass Hydraulic Control Pad1/2-MS AB0011/2-MSAB001HP By-Pass Hydraulic Control Pad Motor1/2-MS AB0021/2-MSAB002LP By-Pass Hydraulic Control Pad1/2-MS AB0021/2-MSAB002LP By-Pass Hydraulic Control Pad Motor1/2-MP AD001A1/2-MPAD001A Condensate Pump1/2-MP AD001A1/2-MPAD001A Condensate Pump Motor1/2-MP AD001A1/2-MPAD001A Condensate Pump Motor1/2-MP AD001B1/2-MPAD001B Condensate Pump1/2-MP AD001B1/2-MPAD001B Condensate Pump Motor1/2-MP AD001B1/2-MPAD001B Condensate Pump Motor1/2-MP AD001C1/2-MPAD001C Condensate Pump1/2-MP AD001C1/2-MPAD001C Condensate Pump Motor1/2-MP AD001C1/2-MPAD001C Condensate Pump Motor1/2-EM AE001A1/2-EMAE001A Boiler Feed Pump Motor1/2-EM AE001A1/2-EMAE001A Boiler Feed Pump Motor1/2-EM AE001B1/2-EMAE001B Boiler Feed Pump Motor1/2-EM AE001B1/2-EMAE001B Boiler Feed Pump Motor1/2-MP AE001A1/2-MPAE001A Boiler Feed Pump1/2-MP AE001B1/2-MPAE001B Boiler Feed Pump1/2-MP AE002A1/2-MPAE002A BFP Lube Oil Pump1/2-MP AE002B1/2-MPAE002B BFP Lube Oil Pump1/2-MP AF0011/2-MPAF001Heater Drain Pump1/2-MP AF0011/2-MPAF001Heater Drain Pump1/2-MP AF0011/2-MPAF001Heater Drain Pump Motor1/2-MF AJ0011/2-MFAJ001Amine Tank Mixer1/2-MF AJ0021/2-MFAJ002Oxygen Scavenger Tank Mixer 1/2-MP AJ001A1/2-MPAJ001A Neutralizing Amine Feed Pump 1/2-MP AJ001A1/2-MPAJ001A Neutralizing Amine Feed Pump 1/2-MP AJ001B1/2-MPAJ001B Neutralizaing Amine Feed Pump 1/2-MP AJ001B1/2-MPAJ001B Neutralizaing Amine Feed Pump 1/2-MP AJ002A1/2-MPAJ002A Oxygen Scavenger Feed Pump 1/2-MP AJ002A1/2-MPAJ002A Oxygen Scavenger Feed Pump 1/2-MP AJ002B1/2-MPAJ002B Oxygen Scavenger Feed Pump 1/2-MP AJ002B1/2-MPAJ002B Oxygen Scavenger Feed Pump 1/2-MP AJ003A1/2-MPAJ003A Phosphate Feed Pump1/2-MP AJ003A1/2-MPAJ003A Phosphate Feed Pump1/2-MP AJ003B1/2-MPAJ003B Phosphate Feed Pump1/2-MP AJ003B1/2-MPAJ003B Phosphate Feed Pump0MA AK001A0MAAK001A Mixing Air Blower0MA AK001A0MAAK001A Mixing Air Blower0MA AK001B0MAAK001B Mixing Air Blower0MA AK001B0MAAK001B Mixing Air Blower0MA AK001C0MAAK001C Mixing Air Blower0MA AK001C0MAAK001C Mixing Air Blower0MP AK001A0MPAK001A Regen Water Forwarding Pump 0MP AK001B0MPAK001B Regen Water Forwarding Pump0MP AK002A0MPAK002A Condensate Recycle Pump0MP AK002B0MPAK002B Condensate Recycle Pump0MP AK003A0MPAK003A Acid Pump0MP AK003B0MPAK003B Acid Pump0MP AK004A0MPAK004A Caustic Pump0MP AK004A0MPAK004A Caustic Pump0MP AK004A0MPAK004A Caustic Pump0MP AK004B0MPAK004B Caustic Pump0MP AK004B0MPAK004B Caustic Pump0MP AK004B0MPAK004B Caustic Pump1/2-MP AK001A1/2-MPAK001A Polisher Feed Pump1/2-MP AK001A1/2-MPAK001A Polisher Feed Pump Drive Motor1/2-MP AK001B1/2-MPAK001B Polisher Feed Pump1/2-MP AK001B1/2-MPAK001B Polisher Feed Pump Drive Motor0MG AN0010MGAN001Generator0MG AN0010MGAN001Two-Stroke Cycle Engines 0MG AN0010MGAN001Emergency Diesel Generator1/2-MP AR0011/2-MPAR001Condenser Waterbox Priming Pump1/2-MP AR0011/2-MPAR001Condenser Waterbox Priming Pump Motor1/2-MP AR0011/2-MPAR001Condenser Waterbox Priming Pump Motor1/2-MP AR002A1/2-MPAR002A Condenser Vacuum Liquid Ring Pump1/2-MP AR002A1/2-MPAR002A Condenser Vacuum Liquid Ring Pump Motor1/2-MP AR002A1/2-MPAR002A Condenser Vacuum Liquid Ring Pump Motor1/2-MP AR002B1/2-MPAR002B Condenser Vacuum Liquid Ring Pump1/2-MP AR002B1/2-MPAR002B Condenser Vacuum Liquid Ring Pump Motor1/2-MP AR002B1/2-MPAR002B Condenser Vacuum Liquid Ring Pump Motor1/2-MA BA001A1/2-MABA001A Forced Draft Fan1/2-MA BA001A1/2-MABA001A Forced Draft Fan1/2-MA BA001A1/2-MABA001A Forced Draft Fan Motor 1/2-MA BA001B1/2-MABA001B Forced Draft Fan1/2-MA BA001B1/2-MABA001B Forced Draft Fan1/2-MA BA001B1/2-MABA001B Forced Draft Fan Motor 1/2-MA BA003A1/2-MABA003A Primary Air Fan1/2-MA BA003A1/2-MABA003A Primary Air Fan1/2-MA BA003A1/2-MABA003A Primary Air Fan Motor1/2-MA BA003B1/2-MABA003B Primary Air Fan1/2-MA BA003B1/2-MABA003B Primary Air Fan1/2-MA BA003B1/2-MABA003B Primary Air Fan Motor1/2-MA BA005A1/2-MABA005A Tertiary Air Fan1/2-MA BA005A1/2-MABA005A Tertiary Air Fan Motor1/2-MA BA005B1/2-MABA005B Tertiary Air Fan1/2-MA BA005B1/2-MABA005B Tertiary Air Fan Motor1/2-ME BA0011/2-MEBA001Air Preheater1/2-ME BA0011/2-MEBA001Air Preheater1/2-ME BA0011/2-MEBA001Air Preheater1/2-ME BA0011/2-MEBA001Air Preheater1/2-ME BA0011/2-MEBA001Air Preheater1/2-ME BA0011/2-MEBA001Air Preheater1/2-ME BA007A1/2-MEBA007A Oil Cooler For Pulverizer 1/2-ME BA007B1/2-MEBA007B Oil Cooler For Pulverizer 1/2-ME BA007C1/2-MEBA007C Oil Cooler For Pulverizer 1/2-ME BA007D1/2-MEBA007D Oil Cooler For Pulverizer1/2-MF BA001A1/2-MFBA001A Pulverizer1/2-MF BA001A1/2-MFBA001A Pulverizer1/2-MF BA001B1/2-MFBA001B Pulverizer1/2-MF BA001B1/2-MFBA001B Pulverizer1/2-MF BA001C1/2-MFBA001C Pulverizer1/2-MF BA001C1/2-MFBA001C Pulverizer1/2-MF BA001D1/2-MFBA001D Pulverizer1/2-MF BA001D1/2-MFBA001D Pulverizer1/2-MP BA003A1/2-MPBA003A Pulverizer Lube Oil Pump 1/2-MP BA003B1/2-MPBA003B Pulverizer Lube Oil Pump 1/2-MP BA003C1/2-MPBA003C Pulverizer Lube Oil Pump1/2-MP BA003D1/2-MPBA003D Pulverizer Lube Oil Pump 1/2-MP BA0041/2-MPBA004Hydraulic Actuator1/2-MU BA0011/2-MUBA001Main Drive Motor1/2-MU BA0011/2-MUBA001Air Drive Motor1/2-PV BA1/2-PVBA Pulverizer Airlock Valve Actuator0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader 0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0010MHFC001Ship Unloader0MH FC0020MHFC00254" W Unloading Conveyor 0MH FC0020MHFC00254" W Unloading Conveyor0MH FC0020MHFC00254" W Unloading Conveyor 0MH FC0020MHFC00254" W Unloading Conveyor0MH FC0020MHFC00254" W Unloading Conveyor0MH FC0020MHFC00254" W Unloading Conveyor 0MH FC0020MHFC00254" W Unloading Conveyor 0MH FC0030MHFC00354" Transfer Conveyor0MH FC0030MHFC00354" Transfer Conveyor0MH FC0030MHFC00354" Transfer Conveyor0MH FC0030MHFC00354" Transfer Conveyor0MH FC0030MHFC00354" Transfer Conveyor0MH FC0030MHFC00354" Transfer Conveyor0MH FC0030MHFC003Dust Suppression Sys. Washdown Pump0MH FC0030MHFC003Dust Suppression Sys. Washdown Pump0MH FC0040MHFC00454" Stacker/ Reclaimer0MH FC0040MHFC00454" Stacking/ Reclaiming Conveyor0MH FC0040MHFC00454" Stacking/ Reclaiming Conveyor0MH FC0040MHFC00454" Stacking/ Reclaiming Conveyor0MH FC0040MHFC00454" Stacking/ Reclaiming Conveyor0MH FC0040MHFC00454" Stacking/ Reclaiming Conveyor0MH FC0040MHFC00454" Stacking/ Reclaiming Conveyor0MH FC0040MHFC00454" Stacking/ Reclaiming Conveyor0MH FC0070MHFC00754" Emergency Stackout0MH FC0070MHFC00754" Emergency Stackout Conveyor0MH FC0070MHFC00754" Emergency Stackout Conveyor0MH FC0070MHFC00754" Emergency Stackout Conveyor0MH FC0070MHFC00754" Emergency Stackout Conveyor0MH FC0070MHFC00754" Emergency Stackout Conveyor0MH FC0070MHFC00754" Emergency Stackout Conveyor0MH FC0070MHFC00754" Emergency Stackout Conveyor0MH FC0090MHFC00948" Unloading Feeder0MH FC0090MHFC00948" Unloading Feeder0MH FC0090MHFC00948" Unloading Feeder0MH FC0090MHFC00948" Unloading Feeder0MH FC0090MHFC00948" Unloading Feeder0MH FC0090MHFC00948" Unloading Feeder0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer0MH FC0130MHFC013Bucket Wheel Stacker/Reclaimer 0MH FC014A0MHFC014A Insertable Dust Collector0MH FC014A0MHFC014A Insertable Dust Collector0MH FC014B0MHFC014B Insertable Dust Collector0MH FC014B0MHFC014B Insertable Dust Collector0MH FC015A0MHFC015A As Fired Sampling Primary Motor0MH FC015A0MHFC015A As Fired Sampling Primary Motor0MH FC015A0MHFC015A As Fired Sampling Primary Motor0MH FC015B0MHFC015B As Fired Sampling Primary Motor0MH FC015B0MHFC015B As Fired Sampling Primary Motor0MH FC015B0MHFC015B As Fired Sampling Primary Motor0MH FC015C0MHFC015C As Fired Sampling Sys Primary Feeder0MH FC015C0MHFC015C As Fired Sampling Sys Primary Feeder0MH FC015C0MHFC015C As Fired Sampling Sys Primary Feeder0MH FC015D0MHFC015D As Fired Sampling Sys. Crusher 0MH FC015D0MHFC015D As Fired Sampling Sys. Crusher0MH FC015E0MHFC015E As Fired Sampling System Sec.Sampler0MH FC015E0MHFC015E As Fired Sampling System Sec.Sampler0MH FC015E0MHFC015E As Fired Sampling System Sec.Sampler0MH FC015G0MHFC015G As Fired Sampling System Reject Screw Conveyor0MH FC015G0MHFC015G As Fired Sampling System Reject Screw Conveyor0MH FC015H0MHFC015H As Fired Sampling System Reject Buckt Elvat0MH FC015I0MHFC015I As Fired Sampling System Reject Screw Conveyor0MH FC015I0MHFC015I As Fired Sampling System Reject Screw Conveyor0MH FC0160MHFC01654"Transfer0MH FC0180MHFC018Power Block Feed A 0MH FC0190MHFC019Power Block Feed B0MH FC0200MHFC020Magnetic Separator 0MH FC0200MHFC020Magnetic Separator 0MH FC0200MHFC020Magnetic Separator0MH FC0210MHFC021Magnetic Separator 0MH FC0210MHFC021Magnetic Separator 0MH FC0210MHFC021Magnetic Separator0MH FC023A0MHFC023A As Received Sampling System Priarmy Sampler0MH FC023A0MHFC023A As Received Sampling System Priarmy Sampler0MH FC023A0MHFC023A As Received Sampling System Priarmy Sampler0MH FC023B0MHFC023B As Received Sampling Sys Primary Feeder0MH FC023B0MHFC023B As Received Sampling Sys Primary Feeder0MH FC023B0MHFC023B As Received Sampling Sys Primary Feeder0MH FC023C0MHFC023C As Received Sampling Sys. Crusher0MH FC023C0MHFC023C As Received Sampling Sys. Crusher0MH FC023D0MHFC023D As Received Sampling System Sec.Sampler0MH FC023D0MHFC023D Pillow Block Bearing 0MH FC023D0MHFC023D Coupling0MH FC023E0MHFC023E As Received Sampling System Samp.collector0MH FC023F0MHFC023F As Received Sampling System Reject Screw Conveyor0MH FC023F0MHFC023F As Received Sampling System Reject Screw Conveyor0MH FC0250MHFC025Diverter Gate 0MH FC0250MHFC025Diverter Gate0MH FC0300MHFC030Dust Suppression Sys. Surf. Pump0MH FC0300MHFC030Dust Suppression Sys. Surf. Pump0MH FC030A0MHFC030A Dust Suppression Surf.Pump 0MH FC030A0MHFC030A Dust Suppression Surf.Pump 0MH FC030A0MHFC030A Dust Suppression Surf.Pump 0MH FC030B0MHFC030B Dust Suppression Prop.Pump0MH FC0310MHFC031Dust Suppression Sys. Cannon Pump0MH FC0310MHFC031Dust Suppression Sys. Cannon Pump0MH FC0310MHFC031Dust Suppression Cannon.Pump0MH FC0310MHFC031Dust Suppression Cannon.Pump0MH FC0410MHFC041Telescopic Chute0MH FC0410MHFC041Telescopic Chute0MH FC0410MHFC041Telescopic Chute0MH FC0410MHFC041Telescopic Chute0MH FC0440MHFC044Emergency Reclaim Belt Scale 0MH FC HYD0MHFCHYD Hydraulic Thrust Actuator0MP FC001A0MPFC001A Emergency Reclaim Pit Duplex Sump Pump0MP FC001A0MPFC001A Emergency Reclaim Pit Duplex Sump Pump0MP FC001B0MPFC001B Emergency Reclaim Pit Duplex Sump Pump0MP FC001B0MPFC001B Emergency Reclaim Pit Duplex Sump Pump0MP FC002A0MPFC002A Fixed Tripper Sump Pump0MP FC002A0MPFC002A Fixed Tripper Sump Pump0MP FC002B0MPFC002B Fixed Tripper Sump Pump0MP FC002B0MPFC002B Fixed Tripper Sump Pump1/2-MP FE001A1/2-MPFE001A Main Seal Oil Pump1/2-MP FE001A1/2-MPFE001A Main Seal Oil Pump Motor1/2-MP FE001A1/2-MPFE001A Main Seal Oil Pump Motor1/2-MP FE001B1/2-MPFE001B AC Emergency Seal Pump1/2-MP FE001C1/2-MPFE001C DC Emergency Seal Pump2MC FE0012MCFE001Vacuum Pump1/2-MP FJ0111/2-MPFJ011HP Control Fluid Pump1/2-MP FJ0111/2-MPFJ011HP Control Fluid Pump Motor1/2-MP FJ0121/2-MPFJ012HP Control Fluid Pump1/2-MP FJ0121/2-MPFJ012HP Control Fluid Pump Motor1/2-MP FJ0141/2-MPFJ014Fluid Regeneration Pump1/2-MP FJ0141/2-MPFJ014Fluid Regeneration Pump Motor1/2-MP FJ0151/2-MPFJ015Fluid Cooling Pump1/2-MP FJ0151/2-MPFJ015Fluid Cooling Pump Motor1/2-MC FL0031/2-MCFL003Lube Oil Tank Exhauster Fan1/2-MC FL0031/2-MCFL003Lube Oil Tank Exhauster Fan Motor1/2-MC FL0061/2-MCFL006Lube Oil Tank Exhauster Fan1/2-MC FL0061/2-MCFL006Lube Oil Tank Exhauster Fan Motor1/2-MP FL0121/2-MPFL012Auxiliary Lube Oil Pump1/2-MP FL0121/2-MPFL012Auxiliary Lube Oil Pump Motor 1/2-MP FL0131/2-MPFL013Emergency Lube Oil Pump1/2-MP FL0131/2-MPFL013Emergency Lube Oil Pump Motor1/2-MP FL0201/2-MPFL020Jacking Oil Pump1/2-MP FL0201/2-MPFL020Jacking Oil Pump Motor1/2-MS FL0021/2-MSFL002Purifier Unit1/2-MS FL0021/2-MSFL002Purifier Unit1/2-MS FL0021/2-MSFL002Purifier Unit Motor1/2-MY FL(ETG)1/2-MYFL(ETG)Transfluid Hydraulic Coupling 1/2-MY FL0611/2-MYFL061Turning Gear1/2-MY FL UNIT1/2-MYFLUNIT Lub. Oil System0MP FO001A0MPFO001A Fuel Oil Truck Unloading Pump 0MP FO001A0MPFO001A Fuel Oil Truck Unloading Pump 0MP FO001B0MPFO001B Fuel Oil Truck Unloading Pump 0MP FO001B0MPFO001B Fuel Oil Truck Unloading Pump 0MP FO002A0MPFO002A Fuel Oil Forwarding Pump0MP FO002B0MPFO002B Fuel Oil Forwarding Pump0MH HA0150MHHA015Gantry Crane0MH HA0150MHHA015Gantry Crane0MH HA0150MHHA015Gantry Crane0MH HA0150MHHA015Gantry Crane0MH HA0150MHHA015Gantry Crane1/2-MH HG0011/2-MHHG001Submerged Flight Conveyor1/2-MH HG0011/2-MHHG001Submerged Flight Conveyor1/2-MH HG0011/2-MHHG001Submerged Flight Conveyor1/2-MH HG0031/2-MHHG003Economizer Ash Collection Conveyor1/2-MH HG0031/2-MHHG003Economizer Ash Collection Conveyor1/2-MH HG0031/2-MHHG003Economizer Ash Collection Conveyor1/2-MH HG0031/2-MHHG003Economizer Ash Collection Conveyor1/2-MH HG0031/2-MHHG003Economizer Ash Collection Conveyor1/2-MH HG0041/2-MHHG004Economizer Ash Transfer Conveyor1/2-MH HG0041/2-MHHG004Economizer Ash Transfer Conveyor1/2-MH HG0041/2-MHHG004Economizer Ash Transfer Conveyor1/2-MH HG0041/2-MHHG004Economizer Ash Transfer Conveyor1/2-MH HG0041/2-MHHG004Economizer Ash Transfer Conveyor1/2-MP HG001A1/2-MPHG001A Recirculated Cooling Water Pump1/2-MP HG001B1/2-MPHG001B Recirculated Cooling Water Pump1/2-MS MS 001-0621/2-MSMS001-062Sootblowers1/2-MS MS 001-0621/2-MSMS001-062Sootblowers1/2-MS MS 001-0621/2-MSMS001-062Sootblowers1/2-MS MS 001-0621/2-MSMS001-062Sootblowers0MP PF0010MPPF001Fire Pump motor driven0MP PF0010MPPF001Fire Pump motor driven0MP PF0020MPPF002Jockey pump0MP PF0020MPPF002Jockey pump0MP PF0030MPPF003Fire Pump diesel driven0MP PF0030MPPF003Fire Pump diesel driven0MP PF0030MPPF003Fire Pump diesel driven0MP PF0030MPPF003Fire Pump diesel driven0MC PI001A0MCPI001A Air Compressor Motor0MC PI001A0MCPI001A Air Compressor Gearbox0MC PI001B0MCPI001B Air Compressor Motor0MC PI001B0MCPI001B Air Compressor Gearbox0MC PI001C0MCPI001C Air Compressor Motor0MC PI001C0MCPI001C Air Compressor Gearbox0MP PW0010MPPW001Potable Water Transfer Pump 0MP PW0010MPPW001Potable Water Transfer Pump0MP PW0010MPPW001Potable Water Transfer Pump Motor0MP PW002A0MPPW002A Potable Water Pump 0MP PW002A0MPPW002A Potable Water Pump 0MP PW002B0MPPW002B Potable Water Pump0MP PW002B0MPPW002B Potable Water Pump0MP PW003A0MPPW003A Hypochorite Metering Pump 0MP PW003B0MPPW003B Hypochorite Metering Pump1/2-MA QA001A1/2-MAQA001A Induced Draft Fan1/2-MA QA001A1/2-MAQA001A Induced Draft Fan1/2-MA QA001A1/2-MAQA001A Induced Draft Fan1/2-MA QA001A1/2-MAQA001A Induced Draft Fan1/2-MA QA001A1/2-MAQA001A Induced Draft Fan1/2-MA QA001A1/2-MAQA001A Induced Draft Fan1/2-MA QA001A1/2-MAQA001A Induced Draft Fan1/2-MA QA001A1/2-MAQA001A Induced Draft Fan1/2-MA QA001B1/2-MAQA001B Induced Draft Fan1/2-MA QA001B1/2-MAQA001B Induced Draft Fan1/2-MA QA001B1/2-MAQA001B Induced Draft Fan1/2-MA QA001B1/2-MAQA001B Induced Draft Fan1/2-MA QA001B1/2-MAQA001B Induced Draft Fan1/2-MA QA001B1/2-MAQA001B Induced Draft Fan1/2-MA QA001B1/2-MAQA001B Induced Draft Fan1/2-MA QA001B1/2-MAQA001B Induced Draft Fan1/2-MK QA001A1/2-MKQA001A Electrostatic Precipitator (Collector Rapping)1/2-MK QA001A1/2-MKQA001A Electrostatic Precipitator (Collector Rapping)1/2-MK QA001A1/2-MKQA001A Electrostatic Precipitator (Collector Rapping)1/2-MK QA001A1/2-MKQA001A Electrostatic Precipitator (Discharge Rapping)1/2-MK QA001A1/2-MKQA001A Electrostatic Precipitator (Discharge Rapping)1/2-MK QA001A1/2-MKQA001A Electrostatic Precipitator (Discharge Rapping)1/2-MK QA001A1/2-MKQA001A Electrostatic Precipitator (Discharge Rapping)1/2-MK QA001B1/2-MKQA001B Electrostatic Precipitator (Collector Rapping)1/2-MK QA001B1/2-MKQA001B Electrostatic Precipitator (Collector Rapping)1/2-MK QA001B1/2-MKQA001B Electrostatic Precipitator (Collector Rapping)1/2-MK QA001B1/2-MKQA001B Electrostatic Precipitator (Discharge Rapping)1/2-MK QA001B1/2-MKQA001B Electrostatic Precipitator (Discharge Rapping)1/2-MK QA001B1/2-MKQA001B Electrostatic Precipitator (Discharge Rapping)1/2-MK QA001B1/2-MKQA001B Electrostatic Precipitator (Discharge Rapping)1/2-MP SA0011/2-MPSA001SCAH Condensate Transfer Pump1/2-MP SA0011/2-MPSA001SCAH Condensate Transfer Pump1/2-MP SA001B1/2-MPSA001B SCAH Condensate Transfer Pump1/2-MP SA001B1/2-MPSA001B SCAH Condensate Transfer Pump0MA SB0010MASB001Aux. Boiler Fan0MP SB0010MPSB001Aux. Boiler Feed Pump0MP SB0010MPSB001Aux. Boiler Feed Pump Motor 0MT SB0020MTSB002Chemical Injection Skid0MP SC001A0MPSC001A Capacity Transfer Pump0MP SC001A0MPSC001A Capacity Transfer Pump0MP SC001A0MPSC001A Capacity Transfer Pump Motor 0MP SC001B0MPSC001B Capacity Transfer Pump0MP SC001B0MPSC001B Capacity Transfer Pump0MP SC001B0MPSC001B Capacity Transfer Pump Motor1/2-MP SC002A1/2-MPSC002A Capacity Condensate Transfer Pump1/2-MP SC002A1/2-MPSC002A Capacity Condensate Transfer Pump1/2-MP SC002A1/2-MPSC002A Capacity Condensate Transfer Pump Motor1/2-MP SC002B1/2-MPSC002B Capacity Condensate Transfer Pump1/2-MP SC002B1/2-MPSC002B Capacity Condensate Transfer Pump1/2-MP SC002B1/2-MPSC002B Capacity Condensate Transfer Pump Motor1/2-MC SL0021/2-MCSL002Gland Steam Exhauster Fan1/2-MC SL0021/2-MCSL002Gland Steam Exhauster Fan Motor1/2-MC SL0041/2-MCSL004Gland Steam Exhauster Fan1/2-MC SL0041/2-MCSL004Gland Steam Exhauster Fan Motor0MP TL0010MPTL001Circulation Water Booster Pump 1/2-MP TL0011/2-MPTL001Circulation Water Booster Pump 0MP TW001A0MPTW001A Wharf Sump Pump0MP TW001B0MPTW001B Wharf Sump Pump0MP TW002A0MPTW002A Fly Ash Silo Sump Pump0MP TW002B0MPTW002B Fly Ash Silo Sump Pump0MP TW004A0MPTW004A Coal Pile Sump Pump0MP TW004B0MPTW004B Coal Pile Sump Pump0MP TW008A0MPTW008A Wastewater Discharge Pump 0MP TW008A0MPTW008A Wastewater Discharge Pump 0MP TW008B0MPTW008B Wastewater Discharge Pump 0MP TW008B0MPTW008B Wastewater Discharge Pump 0MP TW009A0MPTW009A Maintenance Waster Pump 0MP TW009A0MPTW009A Maintenance Waster Pump 0MP TW009B0MPTW009B Maintenance Waster Pump 0MP TW009B0MPTW009B Maintenance Waster Pump0MP TW012A0MPTW012A Esp Sump Pump0MP TW012B0MPTW012B Esp Sump Pump0MP TW013A0MPTW013A Filter Backwash Sump Pump 0MP TW013A0MPTW013A Filter Backwash Sump Pump 0MP TW013B0MPTW013B Filter Backwash Sump Pump 0MP TW013B0MPTW013B Filter Backwash Sump Pump0MP TW014A0MPTW014A Water Treatment Bldg. Sump Pump0MP TW014A0MPTW014A Water Treatment Bldg. Sump Pump0MP TW014B0MPTW014B Water Treatment Bldg. Sump Pump0MP TW014B0MPTW014B Water Treatment Bldg. Sump Pump0MP TW016A0MPTW016A Fuel Oil Skid Sump Pump0MP TW016A0MPTW016A Fuel Oil Skid Sump Pump0MP TW016B0MPTW016B Fuel Oil Skid Sump Pump0MP TW016B0MPTW016B Fuel Oil Skid Sump Pump0MP TW0070MPTW007Air Heater Wash Sump Pump 0MP TW012A0MPTW012A ESP Sump Pump0MP TW012B0MPTW012B ESP Sump Pump1/2-MP TW005A1/2-MPTW005A Bottom Ash Sump Pump1/2-MP TW005B1/2-MPTW005B Bottom Ash Sump Pump1/2-MP TW010A1/2-MPTW010A Boiler Blowdown Sump Pump 1/2-MP TW010B1/2-MPTW010B Boiler Blowdown Sump Pump1/2-MP TW 011A 1/2-MPTW011A Boiler Bldg.Sump Pump 1/2-MP TW 011B 1/2-MPTW011B Boiler Bldg.Sump Pump 1/2-MP TW 015A 1/2-MPTW015A Turbine Bldg.Sump Pump 1/2-MP TW 015B 1/2-MPTW015B Turbine Bldg.Sump Pump 1/2-MP WB 001A 1/2-MPWB001A CCW Pump 1/2-MP WB 001A 1/2-MPWB001A CCW Pump 1/2-MP WB 001B 1/2-MPWB001B CCW Pump 1/2-MP WB 001B 1/2-MPWB001B CCW Pump 0MA WD 001A 0MAWD001A Blower 0MA WD 001A 0MAWD001A Blower 0MA WD 001B 0MAWD001B Blower 0MA WD 001B 0MAWD001B Blower 0MP WD 001A 0MPWD001A Demineralizer Feed Pump 0MP WD 001B 0MPWD001B Demineralizer Feed Pump 0MP WD 002A 0MPWD002A Regen Water Forwarding Pump 0MP WD 002B 0MPWD002B Regen Water Forwarding Pump 0MP WD 003A 0MPWD003A Casutic Feed Pump 0MP WD 003A 0MPWD003A Casutic Feed Pump 0MP WD 003B 0MPWD003B Casutic Feed Pump 0MP WD 003B 0MPWD003B Casutic Feed Pump 0MP WD 004A 0MPWD004A Acid Feed Pump 0MP WD 004A 0MPWD004A Acid Feed Pump 0MP WD 004B 0MPWD004B Acid Feed Pump 0MP WD 004B 0MPWD004B Acid Feed Pump 0PV WD 0PVWD Diaphragm Valve 1/2-MP WG 001A 1/2-MPWG001A Stator Water Pump 1/2-MP WG 001A 1/2-MPWG001A Stator Water Pump Motor 1/2-MP WG 001B 1/2-MPWG001B Stator Water Pump 1/2-MP WG 001B 1/2-MPWG001B Stator Water Pump Motor 0MP WL 002A 0MPWL002A Screen Wash Pump 0MP WL 002A 0MPWL002A Screen Wash Pump 0MP WL 002B 0MPWL002B Screen Wash Pump 0MP WL 002B 0MPWL002B Screen Wash Pump 0MPWL 0030MPWL003Priming&Fill Pump 0MP WL 0030MPWL003Priming&Fill Pump0MY WL0050MYWL005Trash Rake0MY WL0050MYWL005Trash Rake0MY WL0050MYWL005Trash Rake0MY WL0050MYWL005Trash Rake0MY WL0050MYWL005Trash Rake0MY WL0050MYWL005Trash Rake0MY WL0050MYWL005Trash Rake0MY WL0050MYWL005Trash Rake0MY WL0050MYWL005Trash Rake0MY WL0050MYWL005Trash Rake0MY WL0050MYWL005Trash Rake1/2-MP WL001A1/2-MPWL001A Circulating Water Pump1/2-MP WL001A1/2-MPWL001A Circulating Water Pump Motor1/2-MP WL001A1/2-MPWL001A Circulating Water Pump Motor 1/2-MP WL001B1/2-MPWL001B Circulating Water Pump1/2-MP WL001B1/2-MPWL001B Circulating Water Pump Motor 1/2-MP WL001B1/2-MPWL001B Circulating Water Pump Motor1/2-MP WL004A1/2-MPWL004A CW Pump Lube Water Booster Pump1/2-MP WL004A1/2-MPWL004A CW Pump Lube Water Booster Pump Motor1/2-MP WL004B1/2-MPWL004B CW Pump Lube Water Booster Pump1/2-MP WL004B1/2-MPWL004B CW Pump Lube Water Booster Pump Motor1/2-MY WL003A1/2-MYWL003A Travelling Screen1/2-MY WL003A1/2-MYWL003A Travelling Screen 1/2-MY WL003A1/2-MYWL003A Travelling Screen 1/2-MY WL003A1/2-MYWL003A Travelling Screen 1/2-MY WL003A1/2-MYWL003A Travelling Screen1/2-MY WL003B1/2-MYWL003B Travelling Screen1/2-MY WL003B1/2-MYWL003B Travelling Screen 1/2-MY WL003B1/2-MYWL003B Travelling Screen 1/2-MY WL003B1/2-MYWL003B Travelling Screen 1/2-MY WL003B1/2-MYWL003B Travelling Screen0MFWR0030MFWR003Lime feed system0MFWR0030MFWR003Chemco volumetric screwfeeder0MFWR0030MFWR003Chemco volumetric screwfeeder0MFWR0030MFWR003Chemco volumetric screwfeeder0MFWR0030MFWR003Chemco volumetric screwfeeder0MF WR0040MFWR004Coagulant mixer (JGF8.1)0MFWR0040MFWR004Coagulant mixer (JGF8.1)0MF WR0050MFWR005Polymer mixer (JGF8.1)0MFWR0050MFWR005Polymer mixer (JGF8.1)0MFWR0060MFWR006Sodium silicate tank mixer(JGF7.1)0MFWR0060MFWR006Sodium silicate tank mixer(JGF7.1)0MP WR001A0MPWR001A Raw Water Transfer Pump 0MP WR001A0MPWR001A Raw Water Transfer Pump0MP WR001A0MPWR001A Raw Water Transfer Pump0MP WR001A0MPWR001A Raw Water Transfer Pump 0MP WR001B0MPWR001B Raw Water Transfer Pump 0MP WR001B0MPWR001B Raw Water Transfer Pump0MP WR001B0MPWR001B Raw Water Transfer Pump0MP WR001B0MPWR001B Raw Water Transfer Pump 0MP WR001C0MPWR001C Raw Water Transfer Pump 0MP WR001C0MPWR001C Raw Water Transfer Pump0MP WR001C0MPWR001C Raw Water Transfer Pump0MP WR001C0MPWR001C Raw Water Transfer Pump 0MP WR002A0MPWR002A Washdown water pump0MP WR002B0MPWR002B Washdown water pump0MP WR003A0MPWR003A Clear well transfer pump0MP WR003B0MPWR003B Clear well transfer pump0MP WR004A0MPWR004A Polymer Feed Pumps (mod.565-S-N3)。
操作手册 (中英文)
操作手册Operation Manual一、监控电脑的开启按电脑上的电源键，电脑会自动启动直至出现登陆的对话框，在对话框的用户名内填入“operator”直接敲击回车键就会自动进入操作员权限的主画面，如下图：1. The opening of the monitoring computerPress the power button on the computer, and the computer will automatically start to login dialog box, then enter the user name of “operator” in dialog box and directly hit Enter key, and then the computer will automatically enter the main screen of operator authority, as shown in the following figure:（图-1）(Figure-1)如果在对话框的用户名内填入“Administrator”进入工程师权限操作的时候是需要密码的，这个密码会随资料一起交付给相关人员。
If the dialog box is filled in the user name of “Administrator” to enter engineer authority s need a password, the password will be with the data delivery to the relevant personnel.二、监控画面的说明2. Note for monitor screen1、点击图-1中的“HP BOILER”，就会进入20T HP boiler的监控界面，如图-2所示，在画面上可以之间看到锅炉的所有的温度、压力、流量、阀门开度、变频器频率等数据的检测值，在图-2所示的红色字体的闪烁代表的是报警，有相应的英文所显示。
施迈克 MDM系列 外部微量润滑系统 使用说明书
Minimum quantity lubrication system MDM for external lubrication.Operation manual.Table of contentsForewordWe would like to thank you for your confidence in our product.With the acquisition of a DYNACUT-MDM minimum quantity lubrication system for external lubrication, you have decided to use environmentally friendly and economical technology. Our high-quality minimal-quantity lubrication systems have been designed for use on modern machine tools. DYNACUT minimum quantity lubrication systems for external lubrication are built according to the generally recognized rules of technology and comply with the applicable occupational safety and accident prevention regulations. However, hazards may arise during their use, which can lead to physical damage to the user or to third parties or to damage to the machine tool or other property.In order to ensure trouble-free operation and to avoid dangers, please read this operating instructions carefully and observe the notes contained therein.Dynacut UG (haftungsbeschränkt)Gewerbering 348734 RekenE-Mail ****************Homepage www.dynacut.euInstructions for useTexts marked with this symbol indicate special dangers or mark work which requiresspecial caution.This manual contains a general description of the system, as well as instructions for installation and operation. The system also examines the specificity of the system.Use the table of contents to find the information you need quickly and securely.This operating manual is an integral part of the system and must be handed over to the new operator when the system is sold.Intended useThe DYNACUT-MDM minimum quantity lubrication must only be used and usedaccording to the instructions given in the operating instructions.In particular, we would like to point out that hazardous substances of any kind, especially substances classified as dangerous according to EC Directive 67/548 / EEC, Article 2, paragraph 2, as well as liquids such as chlorinated hydrocarbons, solutions with alcohol contents of more than 30% Gasoline, nitro lacquers and nitro diluents (solvent mixtures for nitro lakes from hydrocarbons and esters) and concentrated acids must not be filled into and distributed with DYNACUT minimal-quantity lubrication systems and components and / or distributed with them.The minimum quantity lubrication system described here is intended exclusively for the external lubrication of machining and forming processes. During external lubrication, the lubricant is transported directly to the friction point between tool and workpiece via spray nozzles, which are attached to the machine tool. Depending on the type of processing, one or more spray nozzles per tool can be used.The DYNACUT-MDM minimum quantity lubrication system can be used both for the initial equipment of processing machines and for the retrofitting of processing machines with an existing cooling lubricant supply.Any other use or use beyond this is considered to be improper. Dynacut UG is not liable for damages resulting from this.The lubricants suitable for use in DYNACUT minimal-quantity lubrication systems for external lubrication are specially adapted to the high requirements of the technology used in their chemical and physical properties.For this reason lubricants suitable for minimum quantity lubrication may be used.We cannot assume any liability for damage caused by improper use of lubricants or by the use of lubricants suitable for minimum quantity lubrication.Safety instructionsPlease observe the following safety instructions in order to ensure the trouble-freefunctioning of the minimum quantity lubrication system and to avoid damage.Spraying of lubricants or substances which are released for minimum quantity lubrication with DYNACUT minimum quantity lubrication systems is not permissible.Prior to any work on the system, e.g. cleaning or replenishing lubricant, etc., the system must be disconnected from the compressed air supply and depressurized.Humans or animals must not be aerosolized. The aerosol must not get into the eyes and should not be inhaled directly.We point out that the spraying of mineral oils or mineral oil-containing substances can lead to health damage.Any kind of fire e.g. in the form of open flames, sparks, glowing cigarettes, etc., must not get into the vicinity of the spray jet. The aerosol must not be sprayed on hot surfaces.The generally valid rules and safety regulations for the work with compressed air and electrical voltage carrying machinery and equipment must be observed.The system may only be used in a technically perfect condition as well as in accordance with its intended purpose, in accordance with safety and driving safety, observing the operating instructions.The existing safety devices must not be damaged, immobilized or rendered unusable or replaced by parts other than those expressly approved by Dynacut UG.In the event of a fault, the system should be disconnected as soon as possible from the compressed air and voltage supply, e.g. by actuating the quick coupling on the compressed air connection and pulling the mains plug.The unauthorized conversion of the system as well as the use of unauthorized spare parts and accessories are not permitted.Used systems must be rendered unusable and then properly disposed of.Function descriptionPrinciple of minimum quantity lubrication (MQL)The minimum quantity lubrication is a loss or consumption lubrication, this means, the lubricant used is almost completely consumed during processing, so that preparation in the circuit is no longer necessary. The actual lubrication task at the point of action between the tool and the workpiece is achieved by means of oil droplet, the aerosol, which is finely dispersed in an air stream. With the minimum quantity lubrication, an effective lubrication of cutting processes can be achieved using the smallest amounts of lubricant. The elaborate cleaning and disposal of large quantities of lubricating and cooling lubricants are thus eliminated or minimized.Aerosol generationThe minimum quantity lubrication system DYNACUT-MDM described here produces a very homogeneous aerosol, based on the size and the distribution of the oil droplets, since the lubricant is atomized in a controlled manner. The functional principle of the spray nozzles makes it possible to produce aerosols with a droplet size of approx. 15 - 35 μm.Layout and functionThe DYNACUT-MDM minimum quantity lubrication system consists of a lubricant reservoir, one or several mixture regulating units and one or several lubricant lines with spray nozzle.The lubricant reservoir is pressurized via a compressed air connection and hand valve. The solenoid valves for air and coolant are opened by switching the main switch, whereby the compressed air as well as the lubricant are transported to the spray nozzle via separate hoses.The required quantity of lubricant and atomizer air is regulated via the throttle valves mounted on the mixture regulating unit. The internal pressure of the lubricant reservoir is adjusted via the control valve mounted on the lubricant reservoir.At the end of the lubricant line is a spray nozzle, with the help of which the aerosol is generated. The lubricant is then transported directly to the lubrication point using the carrier air.The minimum quantity lubrication system DYNACUT-MDM has a main air valve with which the central compressed air supply can be interrupted.The internal pressure of the lubricant reservoir is indicated by a manometer on the cover plate of the lubricant reservoir.The lubricant reservoir is filled with lubricant by opening the filler plug in the container cover with an Allen key (10 mm) and filling the lubricant.Pictorial representationDescription1 Reservoir for lubricant2 Regulating valve lubricant3 Mixing head4 Spray nozzle5 Regulating valve atomizing airImage 1234ControlsDescription 6 Safety valve7 Pressure regulating valve 8 Main valve air 9 Ball valve spraying air 10 Ball valve lubricant 11 Air connection 6 mm 12 Filling plugImage 210AssemblyInstallation:The minimum quantity lubrication system should be set up close to the processing machine. We recommend mounting the system directly on the machine housing.Do not install the system in a location where it is exposed to strong vibrations.The system must not be placed near a heat source. Also unsuitable is a place that is exposed to fast and strong temperature fluctuations.The system must be installed vertically for proper operation. Under no circumstances should it be installed upside down.Also ensure good accessibility for the purpose of maintenance or lubrication.Initial fillingThe lubricant reservoir must be depressurized before filling the lubricant.For the first use of the system, it is recommended to fill the lubricant reservoir before connecting it to the compressed air supply.If the system is already connected to the compressed air supply, it must be ensured that the lubricant supply tank has been depressurized before filling.To make the lubricant reservoir unpressurised, first disconnect the system from the compressed air supply by disconnecting the system from the air line or closing the main valve (8 Figure 2).When the main valve is closed, the tank pressure is relieved via this valve.Check that the pressure has been completely removed. The manometer must show the value 'zero'.If you are sure that the pressure has been completely relieved, you can now open the filling plug (12 Fig. 2) and fill the lubricant.Attention:Only suitable minimum quantity lubricants may be used as lubricants.Please note that we cannot assume liability for damage caused by the use of unsuitable lubricants.Be sure to close the filler plug after filling.Connections:The connection of the system may only be carried out by appropriately qualifiedand instructed personnel. The instructions contained in this operating instructions must be observed.Compressed air supply:Before connecting the compressed air line, ensure that the main air valve is closed.The minimum quantity lubrication systems may only be operated with the specified maximum operating pressure. Higher pressure causes danger for human and machine.Commissioning:For the commissioning of the minimum quantity lubrication systems, the flooding of the transport lines, the setting of the operating parameters and a functional test are important.Flooding of the transport lines:In the delivery state, the capillary hoses of the transport lines are not filled with lubricant. In order to fill the often meter-long lines, the system would have to remain switched on for an extended period while the lubricant slowly travels to the spray nozzle. In order to speed up this process, a flooding of the transport lines should be carried out during initial commissioning. Long waiting times before the first use are thereby avoided.The procedure for flooding the transport lines is as follows:Close hand valves for atomizer air and coolant (9 and 10 Fig. 2).Connect the system to the compressed air supply.Use the pressure reducing valve (7 Fig. 2) to adjust the operating pressure to 0.3 to 1.5 bar, depending on the viscosity of the coolant.Hold the spray nozzles as far down as possible into a lubricant collecting tank.Open hand valve for lubricant. (10 Fig. 2).Fully open the lubricant control valve (2 Fig. 1) to increase lubricant flow.As soon as the lubricant exits the nozzle without bubbles, close the lubricant control valve as far as it will go.Close the hand valve.DefaultThe adjustment of the valves depends on all process parameters such as cutting speed, materials, cutting tool, etc. and must therefore be re-adjusted on a case by case basis by the machine operator.The basic setting of the systems is as follows:Open main valve for air.Adjust the operating pressure via the pressure reducing valve (7 Fig. 2) depending on viscosity to 0.2 - 1.5 bar.Open hand valve for atomizer air (9 Fig. 2).Open hand valve for coolant (10 Fig. 2).Adjust the necessary lubricant quantity via the lubricant control valve (2 Fig. 1).Adjust the carrier air quantity and thus the pressure via the atomizer air valve (5 Fig. 1).Check the settingsPoint the spray nozzle onto the cutting edge of the standing tool and observe if a lubricant film is formed. If necessary, increase the amount of lubricant or atomizing air.The distance between the spray nozzle and the tool tip should be kept as low as possible. If the distance is too long, the tool cutting edge is not sufficiently lubricated.Note: The larger the distance, the greater the spray angle of the spray nozzle.Start machining and adjust the aerosol quantity and the aerosol composition to the machining process by using criteria such as lubricant, cutting parameters, surface roughness and tool wear to change the setting.We recommend that you use test runs to determine and optimize the setting values required for your application in order to get the best result for your machining process.If necessary, use two spray nozzles, which are arranged at an angle of 180 ° to optimize the aerosol supply to the lubrication point.Switch off the systemThe minimum quantity lubrication is set in the reverse order of commissioning.Close the ball valve for the coolant first (prevents coolant dripping).Close ball valve for atomizer air.MaintenanceDYNACUT minimum quantity lubrication systems are low maintenance. However, to ensure proper operation and to avoid dangers from the start, you should check all connections and connections regularly.CleaningCleaning outside:If necessary, the minimum quantity lubrication system can be cleaned with mild, material-compatible (not alkaline, no soap) cleaning agents.For safety reasons, we recommend that the minimum quantity lubrication system be disconnected from the compressed air and electrical voltage supply and that the container must be depressurized. When cleaning, connect the hoses as far as possible and close any openings so that no cleaning agents can penetrate into the interior of the minimum quantity lubrication system.Cleaning inside:In normal operation and when using lubricants which are compatible with each other, an internal cleaning is not necessary. If an incorrect or dirty lubricant has been accidentally filled, an internal cleaning of the lubricant reservoir must be carried out.DecommissioningTemporary decommissioningFor a temporary shutdown of the minimum quantity lubrication system, disconnect the entire system from the compressed air and electrical power supply and depressurize the tank. In the case of a longer shutdown, it is advisable to also drain the lubricant.Final decommissioningIf you want to permanently shut down the minimum quantity lubrication system, please observe the legal regulations for the disposal of oil-bearing components.Technical specificationsKonformitätserklärung im Sinne der Maschinenrichtlinie Anhang II 1AOriginal-KonformitätserklärungHiermit erklären wir, dass das oben genannte Produkt allen einschlägigen Bestimmungen der Maschinenrichtlinie 2006/42/EG entspricht.Das oben genannte Produkt erfüllt die Anforderungen der folgenden einschlägigen Richtlinien:Folgende harmonisierte Normen wurden angewandt: ∙ EN ISO 12100-1:2003/A1:2009, Sicherheit von Maschinen – Grundbegriffe, allgemeine Gestaltungsleitsätze – Teil 1: Grundsätzliche Terminologie, Methodologie∙ EN ISO 12100-2:2003/A1:2009, Sicherheit von Maschinen – Grundbegriffe, allgemeine Gestaltungsleitsätze – Teil 2: Technische Leitsätze∙EN 983:2009-06 Sicherheit von Maschinen – Sicherheitstechnische Anforderungen fluidtechnische Anlagen und deren Bauteile – Pneumatik∙ EU-Richtlinie 2011/65/EU RoHS KonformitätReken, den 12.02.2013Hermann Lensing GeschäftsführerHersteller:Dynacut UG (haftngsbeschränkt) Gewerbering 3 48734 Reken DeutschlandBevollmächtigterfür die Zusammenstellung der technischen Unterlagen: Hermann Lensing Gewerbering 3 48734 Reken DeutschlandProdukt: Minimalmengenschmierung MDM。
Klutch 空气润滑器说明书
Air Lubricator1/4In., 3/8In., and 1/2In.Owner’s ManualWARNING: Read carefully and understand all ASSEMBLY AND OPERATION INSTRUCTIONS before operating. Failure to follow the safety rules and other basic safety precautions may result in serious personal injury.Items #57389, #57390, #57394Thank you very much for choosing a Klutch™product!For future reference, please complete the owner’s record below:Serial Number/Lot Date Code: ________________________________ Purchase Date: ____________________________________________ Save the receipt, warranty, and this manual. It is important that you read the entire manual to become familiar with this product before you begin using it.This air lubricator is designed for certain applications only. Northern Tool & Equipment is not responsible for issues arising from modification or improper use of this product such as an application for which it was not designed. We strongly recommend that this product not be modifiedand/or used for any application other than that for which it was designed. For technical questions, please call 1-800-222-5381.Intended Use (4)Technical Specifications (4)Important Safety Information (4)Specific Operation Warnings (6)Main Parts of Air Lubricator (7)Assembly Instructions (8)Lubricator Installation Tips (9)Operating Instructions (9)Maintenance (9)Troubleshooting (10)Replacement Parts (11)Limited Warranty (12)Air Lubricators are used to apply lubricants to pneumatic equipment. They maintain a constant oil-to-air density over a wide range of flow. The Klutch Air Lubricators have a die cast aluminum head and a polycarbonate bowl with a steel bowl guard. The head is fitted with an oil drop indicator, oil drop controller, and oil filling plug.WHY USE A LUBRICATOR?Air lubricators are used with air supply lines where the compressed air is required to be lubricated before being supplied to the tool /equipment.WETTED COMPONENTSAluminum, Bronze, Steel, Acetal, Polycarbonate, Stainless Steel, and Nitrile1. Install in a clean/acid-free atmosphere.2. Flush the piping for dirt, dust, and other foreign particles.3. Use proper thread sealant for taper threads to ensure a leak-proof connection.4. Screw the Inlet/Outlet pipe to the respective port.5. Open the inlet valve/switch on the air supply.6. When using (G) parallel thread nipples, check the length of the thread (table provided).WHERE TO INSTALL A LUBRICATOR?∙To avoid any further pressure loss, install as close to the tool or as close as possible.∙Lubricator should be the last component in the FRL series.∙With arrows pointing in the direction of air flow (towards tool/equipment).∙Oil Filling: Remove the Oil Filling Plug Assembly (2). Pour the oil (Recommended oil ISO VG 32/ Servo system 32) into the lubricator.∙Oil Flow Adjustment: Turn the knob (3.1.1) to adjust the oil drops to your requirement, clockwise to decrease, and counter-clockwise to increase the oil flow..Maintain the air lubricator by adopting a program of conscientious repair and maintenance in accordance with the following recommended procedures. It is recommended that the general condition of any tool be examined before it is used. Keep your tool in good repair. Keep inlet/outlet threads dry, clean, and free from oil and grease. The following chart is based on a normal operation schedule.Use the table below to troubleshoot problems before contacting service personnel or your local dealer. If the problem continues after troubleshooting, call your local dealer for assistance.∙For replacement parts and technical questions, please call Customer Service at 1-800-222-5381. ∙Not all product components are available for replacement. The illustrations provided are a convenient reference to the location and position of parts in the assembly sequence.∙When ordering parts, the following information will be required: item description, item model number, item serial number/item lot date code, and the replacement part reference number.∙The distributor reserves the rights to make design changes and or improvements to product lines and manuals without notice.Northern Tool and Equipment Company, Inc. ("We'' or '"Us'') warrants to the original purchaser only ("You'' or “Your”) that the Klutch product purchased will be free from material defects in both materials and workmanship, normal wear and tear excepted, for a period of one year from date of purchase. The foregoing warranty is valid only if the installation and use of the product is strictly in accordance with product instructions. There are no other warranties, express or implied, including the warranty of merchantability or fitness for a particular purpose. If the product does not comply with this limited warranty, Your sole and exclusive remedy is that We will, at our sole option and within a commercially reasonable time, either replace the product or product component without charge to You or refund the purchase price (less shipping). This limited warranty is not transferable.Limitations on the WarrantyThis limited warranty does not cover: (a) normal wear and tear; (b) damage through abuse, neglect, misuse, or as a result of any accident or in any other manner; (c) damage from misapplication, overloading, or improper installation; (d) improper maintenance and repair; and (e) product alteration in any manner by anyone other than Us, with the sole exception of alterations made pursuant to product instructions and in a workmanlike manner.Obligations of PurchaserYou must retain Your product purchase receipt to verify date of purchase and that You are the original purchaser. To make a warranty claim, contact Us at 1-800-222-5381, identify the product by make and model number, and follow the claim instructions that will be provided. The product and the purchase receipt must be provided to Us in order to process Your warranty claim. Any returned product that is replaced or refunded by Us becomes our property. You will be responsible for return shipping costs or costs related to Your return visit to a retail store.Remedy LimitsProduct replacement or a refund of the purchase price is Your sole remedy under this limited warranty or any other warranty related to the product. We shall not be liable for: service or labor charges or damage to Your property incurred in removing or replacing the product; any damages, including, without limitation, damages to tangible personal property or personal injury, related to Your improper use, installation, or maintenance of the product or product component; or any indirect, incidental or consequential damages of any kind for any reason.Assumption of RiskYou acknowledge and agree that any use of the product for any purpose other than the specifieduse(s) stated in the product instructions is at Your own risk.Governing LawThis limited warranty gives You specific legal rights, and You also may have other rights which vary from state to state. Some states do not allow limitations or exclusions on implied warranties or incidental or consequential damages, so the above limitations may not apply to You. This limited warranty is governed by the laws of the State of Minnesota, without regard to rules pertaining to conflicts of law. The state courts located in Dakota County, Minnesota shall have exclusive jurisdiction for any disputes relating to this warranty.Distributed by:Northern Tool & Equipment Company, Inc.Burnsville, Minnesota 55306Made in India。
钢厂油气润滑操作流程
钢厂油气润滑操作流程Steel plant oil and gas lubrication operation process. 钢厂油气润滑操作流程Steel plants require a precise and efficient lubrication operation process to ensure the smooth functioning of the heavy machinery and equipment. 钢厂需要一个精确和高效的润滑操作流程，以确保重型机械和设备的顺利运行。
First and foremost, the oil and gas lubrication operation process involves thoroughly inspecting all the machinery and equipment that require lubrication. 首先，油气润滑操作流程涉及彻底检查所有需要润滑的机械和设备。
Once the inspection is complete, the next step is to choose the appropriate lubricants and equipment for each specific machinery and equipment. 一旦检查完成，下一步是为每个特定的机械和设备选择合适的润滑剂和设备。
The process also includes the actual lubrication of the machinery and equipment, where the lubricants are applied according to the manufacturer's specifications. 该流程还包括对机械和设备的实际润滑，润滑剂按照制造商的规格施加。
Rocol 链条润滑指南说明书
®Whatever the type of chain or conveyor in use, trouble free performance is vital. Chain failure can cause expensivedowntime and reduction in productivity.Why lubricate?Correct lubrication will help protect costly chain and drive systems from excessive wear and corrosion damage, resulting in extended chain life, improvement in working environment and a reduction in costly downtime.How can ROCOL chainand conveyor lubricants help?ROCOL chain and conveyor lubricants are designed to penetrate into links, pins and bushes, providing thorough, effective lubrication and corrosion protection.Our lubricants help… Which in turn…Increase chain life Reduces maintenance costs Reduce noiseImproves working environment Extend relubrication intervals Reduces lubricant usage Reduce downtimeIncreases productivityHow ROCOL chain lubricants help with safe distancing in the workplaceYour operators and engineers will spend less time on routinemaintenance tasks which helps maintain safe distancing protocols in the workplace.Common effects of poor or no lubricationNoisy operation – squeaking and rattling chainsChain slippage and loss of alignmentExcessive wear of chain and sprockets CorrosionLeading toSeizure and premature chain failureCostly downtime – loss of productionUnnecessary expense onreplacement chains and sprocketsTypically last three times longer than conventional chain lubricants, extending relubrication periods Less time spent walking the lines and reapplying lubricants.Outstanding performance, farsuperior to conventional lubricants. This means your chains will last much longer – fewer unplanned repairs or breakdowns to attend to. Resulting in fewer employees gathered in close proximity.Highly resistant to oxidation providing greatly extended lubrication intervalsLess time spent on production lines.Choosing the right productTo select the most suitable ROCOL chain lubricant simply identify the primary operating condition from those listed below and then consult the following chart to make product selection.Normal i.e. no extremes of temperature or conditionHigh temperature (up to +280°C)Extra high temperature (up to +550°C)phone ROCOL Technical Helpline or your ROCOL Sales Engineer.CHAIN & DRIVE Spray / Fluid is a highperformance EP chain and conveyor lubricantThe unique formula of ROCOL CHAIN & DRIVE Spray / Fluid is designedto ensure maximum performance for penetration, lubrication andcorrosion protection.Exhibits excellent penetration into the links and pins of the chain.Has a tenacious water resistant film that dewaters and protects alltypes of chains in wet or humid environments.Offers excellent corrosion protection on chains in hostileenvironments.The applied film of CHAIN & DRIVE Spray/Fluid has good adhesion,reducing dripping or throw-offCHAIN & DRIVE Spray / FluidCHAIN AND DRIVE Spray Part Code Size 22001300mlTypical applicationsfor all types of chain and conveyor applications found throughout industry including those in wet, aggressive or other hostile environments.Also suitable for ‘O’ ring chains.CHAIN AND DRIVE Fluid Part Code Size 22306 5L 22309 20L Temp range: Spray -30°C to +150°CTemp range: Fluid -15°C to +120°CCHAINGUARD Hi-Load Spray is a high performance chain and conveyor lubricant with MoS 2.Designed to ensure maximum performance for penetration, lubrication and corrosion protection.ROCOL CHAINGUARD Hi-Load Spray has excellent penetration into the links and pins of the chain. It has a tenacious water resistant film that protects all types of chains in wet or humid environments. ROCOL CHAINGUARD Hi-Load Spray offers excellent corrosion protection on chains in hostile environments. It can be applied to damp or wet chains due to its good dewatering performance. The applied film has good adhesion, reducing dripping or throw off.CHAINGUARD Hi-Load SprayCHAINGUARD Hi-Load SprayPart Code Size 22141300mlTypical industriesCHAINGUARD Hi-Load Spray is ideal for all types of chain and conveyor applications found throughoutindustry including those in heavy duty, aggressive or hostile environments. Typical applicationsCHAINGUARD Hi-Load Spray was particularly developed for the lubrication of fork lift truck chains.Temp range: -30°C to +180°CCHAINGUARD 230 is a high temperature, long life, EP chain and conveyor lubricant.Ester based high temperature chain oil specifically formulated for the lubrication of all drive and transport chains and bearings running continuously at temperatures up to 230°C. The oil is formulated from a combination of synthetic esters and a special antioxidant package which ensures the highest performance. High thermal stabilityLow evaporation loss Minimal deposit formation.Excellent frictional properties give reduced power consumption on chain drive units. Excellent anti-wear properties at high temperature gives reduced wear and longer chain life. Low fuming provides a clean and safe working environment. Does not form hard carbon deposits.CHAINGUARD 230Part Code Size 22255 5L 2226520LTypical applicationsTextile stenters, drying machines, paint stoving ovens, bakery ovens and similar high temperature chain applicationsNotesCHAINGUARD 230 (formerly CL200) is approved by Bruckner as a “Chain lubricant for horizontal and vertical return stenter chains and chain rail lubricationTemp range: +10°C to +230°CCHAINGUARD 280 is a high temperature chain and conveyor lubricant.Ester based high temperature chain oil specifically formulated for the lubrication of all drive and transport chains and bearings attemperatures up to 280°C. The oil is formulated from a combination of synthetic esters and a special antioxidant package whichensures the highest performance in terms of thermal stability, low evaporation loss and minimal deposit formation.Special antioxidant combination gives longer wet film life with lower deposit and varnish formation. Keeps oil-ways clear for more efficient lubrication.Excellent anti-wear properties at high temperature gives reduced wear and longer chain life. Penetrates into links and pins lubricating in the highest potential wear areas. Excellent frictional properties give reduced power consumption on chain drive units. Low evaporation and usage gives good economy in use. Low fuming provides a clean and safe working environment.CHAINGUARD 280Part Code Size 22235 5L 2223620LTypical industriesCHAINGUARD 280 has been designed with an optimum viscosity which is ideal for automatic lubrication systems where small amounts are accurately applied to the lubrication point. Typical applicationsPaint stoving ovens, bakery oven chains, conveyors, stenters etc.Temp range: 0°C to +280°CTypical industriesCHAINGUARD 550 is ideal for the lubrication of conveyor chains in high temperature environments where the risk of product contamination by a wet lubricant cannot be tolerated. Forexample, bakery oven chains, or where temperatures are too high for wet lubricants to be used.Typical applicationsPaint stoving ovens, bakery oven chains and other similar applications where extreme temperature and/or a dry film chain lubricant are required.CHAINGUARD 550 is a high temperature graphited chain and conveyor lubricant.Graphite based high temperature, dry film chain lubricant specifically formulated for the lubrication of oven chains subjected to extremes of temperature up to 550°C.R OCOL CHAINGUARD 550 should be applied below 120°C to achieve full penetration of the graphited lubricating solids. The base fluid evaporates cleanly as the oven is gradually brought up to full operating temperature leaving no carbonised residues. The product does not attract dust/dirt when operating as a dry film above 180°C. The dry film coating reduces issues of potential contamination commonly associated with wet chain lubricants. ROCOL CHAINGUARD 550 offers excellent EP and anti-wear properties at high temperature giving reduced wear and longer chain life. Low fuming provides a clean and safe working environment.CHAINGUARD 550Part Code Size 22076 5L 2207520LTemp range: -10°C to +550°CTypical industriesDRY MOLY Fluid is ideal for use as an assembly lubricant for slidingmechanisms, plain bearings and other applications where a totally dry film lubricant is required.DRY MOLY Spray can also be used as a dry film chain lubricant where wet films cannot be tolerated.DRY MOLY Fluid/Spray is resin bonded dry film coating of molybdenum disulphide.Resin bonded molybdenum disulphide film designed to lubricate sliding mechanisms such as plain bearings, pins, cams and slideswhere a wet lubricant cannot be tolerated.D ry film lubrication – resists pick-up of contaminants. Prevents galling, pick up and seizure. R esistant to high loads (up to 7,000 kg/cm 2).E xcellent wear resistance (high molybdenum disulphide content).DRY MOLY Fluid/SprayTemp range: -50°C to +450°CDRY MOLY SprayPart Code Size 10025400mlDRY MOLY FluidPart Code Size 102055L。
罗科尔水处理行业润滑指南说明书
The UK delivers over 16 billion litres of high-quality water each day to its 64 million residents. It takes multiple water processing plants across the UK, each one reliant on robust machinery operating around the clock, to meet their demands. Water companies understand just how crucial it is that each piece of equipment across their plant remains in operation, maximising uptime. Rather than increasing infrastructure, instead, they are searching to optimise that which is in place today. As the industry continues to innovate its current processes – to facilitate a growing population, reduce operational costs and carbon footprint, and lower the cost to the consumer – effective maintenance and preservation of machinery has become more vital than ever.A world-leader in high-performance lubrication and machine maintenance solutions, ROCOL ® assists customers in the water industry with products specific to their sector needs, assuring their equipment is cared for, and production lines run efficiently. Developed by our in-house team of highly-skilled engineers and chemists, our technically advanced systems are helping to keep the water industry flowing.ContentsOne simple solution 3456 8101214trialled on six aeration tank drive gearboxes for 6 months to try and save energy. Sapphire Hi Torque showed a saving of 4% on energy consumption. This amounted tolubrications to annually., Pyewipe,Hi Torque onthe gearboxes above thesettlement tanks to ensuremaximum uptime. SUPSintermittent gearboxes.Anglian Water, Pyewipe,Grimsby, switched to usingSAPPHIRE® Autolube onthe air blower bearingswithin the drier plant. Thisensured the highly stressedbearings did not fail andhas significantly reducedlabour.ROCOLCARE ®What is ROCOLCARE ®ROCOLCARE ® CUSTOMERS – WHAT TO EXPECTEnjoy peace of mind – Assurance that you and the lubrication experts are working together in partnership.Achieve operational excellence – Efficiencies are increased through the ROCOLpreventative and proactive approach to lubrication management. Assurance of full traceability – All ROCOL products are developed, manufactured, passed through a stringent QC process and dispatched from our UK manufacturing site.Clean water packageFOODLUBE® HI-POWER 46 High performance, fully synthetic oils FOODLUBE® HI-TORQUEHigh performance fully synthetic gear oils incorporating start up protection system (SUPS)Waste water package5kgAQUA-SIL HI LOAD “ The gearbox trial ran for 50 hours with FOODLUBE Hi-Load SF andwe didn’t notice any changes in the temperature or noise which is a real positive. We have had quite a lot of gearbox failures in the past where the gears have mashed together, and the bearings destroyed and now using FOODLUBE Hi-Load SF we feel that the moving parts will constantly be lubricated dramatically reducing the risk of failure.”ROCOLCARE ® Training Use your phone camera to scan the QR code to find out moreIf you are interested in application-based training,contact our technical team to find out more.E:******************************T: +44 (0) 113 232 2600ROCOL ® A division of Ltd T +44 (0) 113 232 2600F +44 (0) 113 232 2740E customer.service @ROCOL House, Swillington, Leeds LS26 8BS Registered Company No 559693 VAT No 742 0531 67Registered Office: Nexus House, Station Road, Egham, Surrey, TW20 9LB。
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Nr.6 sliding bearingblow out valve 滑动轴承-喷放阀motor oil SAE 50: mobil delfac 1350 shell omala220 电机油SAE 50：美孚Delfac1350/壳牌可耐压2205 g/h0.55 litre0.55公升5gFAG Arcanol L38 Mobil mobilux EP2（美孚力士滑脂 EP2）Nr.4 blow out valve swivelling stud hydr.Cylinder 液压缸喷放阀旋转轴CLP 220 nach DIN 51517T3: shell omala 220 壳牌可耐压 220Nr.5 gear refilling pump 齿轮填料泵Nr.3 blow out valve swivelling stud hydr. Cylinder 液压缸喷放阀旋转轴FAG Arcanol L38/Mobil mobilux EP2（美孚力士滑脂 EP2）5gNr.2: coupling TDXCO-40E 连轴器 TDXCO-40E Low viscosity grease:Klüber Grafloscon C-SG O ULTRA 低粘度油脂refiner side:4.8 kg. motorside 1.5kg磨机 4.8Kg电机 1.5Kgtranslation of the original operating manual refiner type PR5213.0.0 Lubrication 润滑The chapter …Lubrication“ is a part page 85. If the following information should not respective sub-sections of the maintenance interv85页。
如果以下资料还不够充分，请参考维护周期各章节IMPORTANT 重要lubrication point润滑点lubricant 润滑剂quantity 数量Nr.1 oil circulating lubrication with oil reserve in the hydraulic unit液压系统内油循环润滑Lubrication oil 46cSt at 40 degrees C: Shell Tellus 46 Mobil DTE 25壳牌得力士液压油、美孚DTE251000 Litre1000公升lubrication point 润滑点lubricant 润滑剂quantity 数量Nr.21 Stuffing boxpacking- agitator填料箱-搅拌器Nr.22 Stuffing boxpacking - agitator填料箱-搅拌器The lubrication and maintenance instructionsinstructions of the manufacturer! 电机润滑和维护必须按照要The chapter …Lubrication“ is a part page 54. If the following information should not respective sub-sections of the maintenance interv54页。
如果以下资料还不够充分，请参考维护周期各章节IMPORTANT 重要Mobil Delfac 1350Shell Omala 220美孚delfac 1350壳牌可耐压 22010 g/h translation of the original operating manual Digester type P13.0.0 Lubricants 润滑剂Nr. 15gear - emergencylubrication 齿轮-紧急润滑CLP PG DIN 51517-3/castrol alpha syn GS 220嘉实多/shell omala S4 WE 220 壳牌可耐压0,4 litre 0.4公升Nr.8-11Flap Fibre valve 挡板纤维阀FAG Arcanol L38/Mobil mobilux EP2（美孚力士滑脂 EP2）5g5gFAG Arcanol L38/Mobil mobilux EP2（美孚力士滑脂 EP2）Nr.7 blow out valve swivelling stud hydr.Cylinder 液压缸喷放阀旋转轴Nr.23 Stuffing box packing - discharge screw填料箱-卸料螺旋Nr.24 Stuffing box packing - discharge screw 填料箱-卸料螺旋Nr. 25Motor - agitator电机-搅拌器Nr. 26Motor - agitator电机-搅拌器Nr. 27Motor - discharge screw 电机-卸料螺旋Nr. 28Motor - discharge screwNr. 30Multiple line pump 多路泵Synthetic oilMobil Delfac 1350Shell Omala 220合成油、美孚、壳牌可耐压First filling:100 Litre第一次加油量：100公升Nr. 31Motor - feeding screw 电机-进料螺旋Nr. 32Motor - feeding screw 电机-进料螺旋Nr. 33Gear drive radiametric measuring device辐射测量装置的齿轮驱动Mineral oil ISO-VG 220as e.g.Mobil Gear 630Shell Omala 220矿物油 比如：美孚齿轮油、壳牌可耐压First filling:0.9 litre首次加油量：0.9公升Supplied by customer.Observe lubrication and maintenance instructions of the 客户提供。
严格按照电机产家的润滑和维护要求。
Observe lubrication and maintenance instru严格按照电机厂家的润滑和维护要求Shell Omala 220美孚delfac 1350壳牌可耐压 2205 g/hNr. 34Bearing assembly-Feeding screw轴承安装-进料螺旋Synthetic oilISO-VG 460as e.g.合成油，比如：Tivela S460 壳牌大威纳S460First filling:3 litre首次加油量：3公升Nr. 35Helical bevel gear -agitator(upper bearing)螺旋锥齿轮-搅拌器（上轴承）Grease:as e.g.Mobil Mobilux EP 2Shell Alvania EP 2美孚力士滑脂 EP2壳牌爱万利 EP2Relubrication:30 g再次润滑量：30gNr. 36Helical bevel gear 螺旋锥齿轮Grease:as e.g.Mobil Mobilux EP 2Shell Alvania EP 2美孚力士滑脂 EP2壳牌爱万利 EP2Relubrication:30 g再次润滑量：30gNr. 37Helical bevel gear -agitator螺旋锥齿轮-搅拌器Synthetic oil ISO-VG220 CLP HC as e.g.合成油Mobil Mobilux EP 2Shell Omala HD 220美孚力士油脂 EP2壳牌可耐压 HD220First filling:35 litre首次加油量：35公升Nr. 38Helical gear unit -discharge screw螺旋锥齿轮-卸料螺旋Synthetic oilISO-VG 320as e.g.合成油Shell Omala HD 320CLP PA0壳牌可耐压 HD320First filling:56 litre 首次加油量：56公升Nr. 40bearing radiometric measuring device辐射测量装置轴承Grease:as e.g.FAG Arcanol L 38Mobilux 3（美孚力士）Shell Alvania R 3（壳牌爱万利 R3）First filling:resp. 10g首次加油量：分别加10gNr. 41, 42, 43 Helical gear unit -discharge screwMC2PEHF05螺旋锥齿轮-卸料螺旋Grease:as e.g.Mobil Mobilux EP 2Shell Alvania EP 2美孚力士滑脂 EP2壳牌爱万利 EP235 gNOTICE 注意事项lubrication point润滑点lubricant 润滑剂quantity 数量Nr. 41stuffing box packings -Backblow valve (chamberring) 填料箱-防反阀（腔环）16 g/hNr. 42stuffing box packings -Backblow valve (bearingbush) 填料箱-防反阀（轴承套）16 g/hNr. 43bearing assembly 轴承装置Lubrication oilaccording to ISO VG 220EP, DIN 51519 :润滑油参照ISO VG 220 EP标准e.g. 比如：Aral Degol BG 220Mobilgear 630 美孚齿轮油Schell Omala Oel 220First fillingca.17 Liter首次加油量： 17公升Nr. 44coupling (motor/ gear) 连轴器（电机/齿轮）Posiflex TD-22.X Low viscositygrease:低粘度油KlüberGrafloscon C-SGO UltraFirst filling:0.5 kg 首次加油量： 0.5公升Nr. 45double helical gear unit 双螺纹齿轮Synthec oil accordingto DIN 51517-3e.g.合成油按照 DIN51517-3标准Schell Omala HD220 壳牌可耐压 HD220First filling::140 Liter 首次加油量：140公升Motor oilSAE 50 :Mobil Delfac 1350美孚 Delfac 1350translation of the original operating manual Plug Screw Ty14.0.0 Lubrication 润滑The chapter …Lubrication“ is a detaipage 47. If the following information should notrespective sub-sections of the maintenance interv47页。