阿尔法S1中文技术指南X20
Alpha-1系列紫外可见分光光度计用户使用手册说明书
4.1 测试方法描述....................................................................................................14 4.1.1 吸光度模式 .......................................................................................................... 15 4.1.2 透过率模式 ........................................................................................................... 15 4.1.3 含量（浓度）模式 ............................................................................................... 15
第七章 动力学测量 ................................................................................31
7.1 参数设置 ........................................................................................................... 31 7.2 测量模式选择 ................................................................................................... 31 7.3 测量步骤 ........................................................................................................... 32 7.4 反应速率计算 ................................................................................................... 32 7.5 图谱处理 ........................................................................................................... 33 7.6 存储,调入,打印实验结果 ................................................................................. 33
阿尔法冷 Eisbaer 200 CPU 黑色水暖器说明书
What is it?Alphacool Eisbaer 200 CPU - BlackHighlightsThe Alphacool Eisbaer is an expandable, refillable CPU all-in-one watercooler with a pure copper radia-tor. The Eisbaer can be expanded with additional Eisbaer Ready products such as the Eiswolf GPX-Pro graphics card cooler, among others.•Quick connectors make it easy to expand and upgrade with Eisbaer Ready• Pure copper radiator for maximum cooling performance• DC-LT 2 Ultra Low Noise ceramic pump for whisper-quiet operation •Refillable via the fill port on the reservoirArticle textWith the “Eisbaer”, Alphacool is fundamentally revolutionizing the AIO cooler market. Where traditional AIO CPU-coolers are disposable products which are neither upgradeable nor refillable, the Alphacool “Eisbaer” is modularly built and can be upgraded, rebuilt or refilled at any time. This means that the “Eisbaer” is not only an AIO, but also fully built on classic water cooling components. That means it is quieter and more powerful than the average AIO solution.RadiatorAlphacool depends on a radiator made of pure copper. The base of the radiator is the popular Alphacool NexXxoS series, which is well-loved around the world. The pure copper construction raises the cooling performance enormously compared to the usual aluminium radiators used in classic AIOs. The slight thickness of the fins ensures enormous cooling power in fans with low rotational speed. This ensures that the performance of the “Eisbaer” when adjusting the fans down decreases much more slowly than in radi-ators with higher fin thickness.HosesThe flexible PVC hoses make installing the “Eisbaer” easy. These hoses are easier to arrange and move into the right position. So the hoses don’t bend and stop the flow of the water, both hoses have been fit-ted with anti-kink springs. The 11/8 mm size is also a standard in the water cooling field, alongside the13/10 and 16/10.Quick-lock closureThe “Eisbaer” was designed with expandability directly in mind. This is why you’ll find a quick-lock closure on one of the hoses. This quick-lock mechanism is compatible with Alphacool HF quick-lock closures (1010383, 1010394, 1010395, 1010442), with which the circuit can easily be expanded to include anything from a radiator to a graphics card cooler. Furthermore, the “Eisbaer” is compatible with the upcoming Alphacool GPX-Pro graphics card AIO, which will use identical quick-lock closures.ConnectorsAll connectors are based on the classic G1/4 inch thread, the standard thread in the water cooling field. This way, all attachments can be switched out for others any time as desired. This also means that, for example, you could later decide to switch to thicker hoses or even HardTubes and set your system uniquely apart.All these features make the “Eisbaer” cooler into something extraordinary. Its enhanced appearance from the illuminated logo and the illuminated reservoir, which also contains the pump, lets the interior of your PC shine in a whole new way. The soft-touch surface of the pump case is a further visual highlight.With the “Eisbaer”, you get an all-around perfect product that is not only extremely high-powered but also works very quietly.PumpsThe basis of the pumps is the Alphacool DC-LT 2 Ceramic, also available separately. The pump runs ex-tremely quietly and can be regulated to between 7 and 12V. It can also be regulated through the mother-board. If the “Eisbaer” is being run alone, the 7V setting will still have next to no performance loss, as shown in diverse test results. The insulated pump case further perfects the noise generation and ensures that vibrations are almost completely absorbed.The smooth and shiny polished copper base of the cooler ensures optimal heat absorption and can relay the heat over the fine slit structure of the cooler to the water quickly and efficiently.To operate the Alphacool Eisbaer 200 CPU - Black at least one 200 mm fan is required. There are NO fans included in delivery!。
阿尔法冷 Eisbaer Pro Aurora 240 CPU AIO 水冷器说明书
The Alphacool Eisbaer Pro Aurora CPU AIO water cooler is a specialdevelopment for processors with particularly large CPU dies. Theseinclude the AMD Threadripper and Epyc processors and the Intel CPUs for the LGA 3647 and LGA 4189 socket.•Full copper radiator, Nickel-plated copper cooler •Virtually silent DC-LT 2 pump •Tube length 40 cm •Digital RGB illuminated cooler and 120 mm fanAMD: AM4 / AM5 / SP3 / SP6 / sWRX8 / TR4 / TR5Intel: LGA 1700 / LGA 2011 / LGA 2011-3 / LGA 3647 / LGA 4189V. 1.008 // 11.2023Alphacool Eisbaer Pro Aurora 240 CPU AIOAlphacool article number: 117721 x Mounting set for AMD TR4 / sTRX4 / SP31 x Mounting set for AMD AM41 x Mounting set for Intel 2011 / 2011-3 / 2066 1 x Mounting set for Intel 3647 Narrow & Square 1 x Mounting set for Intel LGA 41891 x Mounting set for Intel LGA 17008 x M3x5 case mounting screws8 x M3x30 fan screws 2 x 120 mm Aurora Rise fans1 x Y-Adaptor 4-Pin PWM1 x Digital RGB Controller1 x 3-Pin JST to 3-Pin 5V adaptor 1 x Thermal compound1 x Screw plug Tool1 x Allen keyThe Alphacool Eisbaer Pro Aurora CPU AIO water cooler is a special development for processors with particularly large CPU dies. These include the AMD Threadripper and Epyc processors and the Intel CPUs for the LGA 3647 and LGA 4189 socket.Large cooling surfaceThe cold plate bottom covers the entire surface of the respective processors. The area of the cooling fins exceeds all known processor cores with an area of around 55 x 42 mm. This ensures that all hotspots of a CPU are directly covered and thus optimally cooled. The cooling fins are 0.4 mm thick and also have an optimal distance of 0.4 mm between them. In total there are 58 cooling fins on the bottom of the cooler. The bottom of the cooler is only 3 mm thick, which allows the heat to reach the water and be dissipated as quickly as possible.Copper radiatorAs per usual with Alphacool, the radiators are made of copper. Alphacool is the first manufacturer worldwide to use copper for all water bearing components such as the antechambers, the cooling fins and the cooling channels to which the fins are soldered. The connection threads are made of brass for strength reasons. In addition, the cooling fins are only lightly painted. On closer inspection the copper shimmers through a little. A thick lacquer coating would result in a reduction of the cooling capacity. The fin density is at optimal 15FPI. Therefore the radiator works perfectly even at low airflow. A too high fin density would require fans with higher speed to achieve the same cooling capacity. A lower fin density would no longer benefit from fast rotating fans. So the golden mean was chosen.Real water coolingThe Eisbaer Pro Aurora consists almost entirely of actual water cooling components. The extremely robust and durable TPV hoses are used in the enterprise products for servers and workstations. The hose connections also come from the Enterprise series from Alphacool and use the standard G1/4". This makes the Eisbaer Pro Aurora fully compatible with all common water cooling products. The quick-release fastener allows easy expansion of the AIO with additional components. The most important of these are the prefilled radiators and the Eiswolf GPU AIO water cooling system.Fan and lightingThe entire Eisbaer Aurora Pro cooler is equipped with addressable digital RGB LEDs. This gives a real eye-catcher in the Case. The fan used is the Aurora Rise with 120mm. Due to the special blade design, the fan is extremely quiet and the addressable RGB LEDs provide brilliant illumination. The Alphacool Aurora Rise fan convinces with a max. statistical pressure of 3.17mm/H2O and offers a max. air flow of 119.8m3/h. The PWM control allows the fan to be controlled over a wide speed range. Inaddition, it offers a zero control. It can therefore be regulated down to 0 rpm and then starts with approx. 350 rpm. Of courseall Digital RGB LEDs can be controlled at will. Depending on the controller almost all effects are possible.How to connect everythingThe fans are normally controlled via a 4-pin PWM connector. An included Y-adapter for the fans makes it easy to connect them to the mainboard. This allows all fans to be controlled and regulated via one connector. Each fan has a 3-pin JST connector including Y-adapter for the LED illumination. This allows the fans to be connected directly together and can also be controlled simultaneously via a controller. For the connection to a typical 3-pin 5V connector a corresponding adapter is included. Alternatively, the included Digital RGB controller can be used. The pump of the Eisbaer Aurora uses a 3-pin Molex connector. This can also be connected to the mainboard.The Eisbaer Pro Aurora is a true multi-talent. Expandable, fully compatible with DIY water cooling components and it is the optimal solution for the most powerful processors on the market.。
阿尔法拉瓦尔S和P Flex分离系统说明说明书
Control cabinet including EPC 60 and optional starterS and P Flex separation systemsAlfa Laval’s S and P Flex separation systems combine the high efficiency, low sludge output and low operating cost of Alfa Laval centrifugal separators with a flexible scope of supply. Extensive possibilities for the separation system layout and assembly make it possible to suit any engine room and any oil separation application.In addition, S and P Flex separation systems feature the EPC 60 controller, which enables the intuitive navigation of menus, parameters and alarms. The EPC 60 controller also has a modular construction for easy I/O board addition and replacement.The S and P Flex separation concept includes the complete S- and P separator range. These can be combined in mixed ship sets, even within a single customer-specified module.Flex system components for P separators 626/636.* P separators 626/636 can also be used to clean heavier oils with well-defined densities.Application P separatorsP separators are based on purifier technology, which means that the oil/water interphase is manually adjusted by means of a gravity disc. Because the separators do not automati-cally adjust to varying oil density, they are most suitable for economical cleaning of the following:• Lubricating oils • Distillates• Lighter diesel oilsIf the oil is well defined and does not vary in d en s ity, P sepa-rators can also be manually adjusted to clean heavy fuel oils with densities up to 991 kg/m 3 and viscosities up to 700 cSt/50ºC.P separators are designed for automatic operation at sea and in automated power stations ashore.SeparatorModule examplesSingle Flex module with separator (excluding heater and pump)Single Flex module with separator, heater and pumpQuadruple Flex modulewith separators, heaters and pumpsDischarge slideCentriLockScope of supplyThe S and P Flex separation concept p rovides a wide range of alternatives for P separators. Depending on the need, a P separator can be supplied as a separator and ancillaries, as a customer-specified module, or as part of a comprehensive p ackage including services and order-specific documentation. These P separators come equipped with energy-efficient IE3 motors.Flex systemA P separator with ancillaries in the form of optimized block components provides full say over the use of space. This allows for local modularization or do-it-yourself assembly.Flex modulesA compact P separator module can be built to a customer-specified configuration from a wide range of modular skids and machine blocks. Multi-modules are possible, as well as mixed modules including one or more S-separators and/or P separators for the simultaneous treatment of different types of mineral oils. All Flex modules are factory tested to ensure faster start-up and commissioning.Features and benefits• Small footprint, high flexibilityThe small separator and the modular nature of the surrounding components allow easy installation and flexible positioning in the engine room.• No water tankNo tank is needed to supply operating water, which further simplifies installation.• High separation efficiencyAn optimized design ensures the best possible separation efficiency from the bowl and disc stack.• CentriShootThe CentriShoot discharge systemgreatly reduces sludge volumes. Its fixed discharge slide flexes gently to expose the discharge ports, thereby eliminating metal-to-metal wear.• CentriLockThe CentriLock bowl-locking system uses a lightweight, non-threaded snap ring. This prevents wear by allowing easy removal without a sledgehammer.• Long service intervalsWear-preventing features like CentriShoot and CentriLock reduce the consumption of spare parts and allow plannedmaintenance to be performed less often. This reduces operating costs.• Easy operation and service T he PLC based EPC 60 controller is designed for “one-button” starts and stops, as well as intuitive menu navi-gation. Information about parameters and alarms can be easily accessed, which simplifies both operation and troubleshooting. The EPC 60 also has a modular construction that enables faster troubleshooting and I/O board replacement.• Remote control and monitoring Using Ethernet or Bus communica-tion, Flex systems and modules based on P separators 626/636 canbe operated and supervised remotely from the c ontrol room. A variety of alarm functions are available as standard, and extra I/O boards can be added to the EPC 60 controller in order to enhance its operating and monitoring capabilities.Optional equipmentFlex separation systems based on P separators 626/636 can be complemented with the following equipment:• Starter (included in module versions)• HEATPAC heaters• Space heating• Additional thermometers• Vibration sensor kit• ALP feed pump• Flow regulating system• Sludge removal kit• Sludge outlet butterfly valve kit• Steam shut-off valve kit• Air pressure reducer valve• P ipe arrangement for multiple modules,including heater cross-connection• Emergency safety shutdown• Remote monitoring and control•Separator lifting tool1 Feed pump2 Heater3 Temperature transmitter4 Safety valve5 Change-over valve6 Process controller7 Pressure transmitter – oil8 Complete regulating valve9 Regulating valve – oil10 Pneumatic shut-off valve11 Valve block water12 Separator13 Pressure transmitter – water14 Drain valve15 Sludge removal kit16 Regulating valveSchematic diagram ALP feed pump HEATPAC CBM heaterHEATPAC EHM heaterOperating principleA Flex separation system based on a P separator 626/636 is operated automatically by the EPC 60 controller. Untreated oil, heated to the correct temperature, is fed continuously to the separator, which is driven by an electric motor via a friction clutch and belt.The separator bowl is fixed at the top of a spindle, which is supported by bearings and special composite springs. This bowl can be arranged as a purifier or as a clarifier. Both configurations remove sludge, which accumulates at the bowl periphery and is intermittently discharged by the high-precision CentriShoot discharge system.In a purifier configuration, both sludge and water are separated from the oil, which means that water is continuously discharged from the bowl. The EPC 60controller automatically controls the admission of water for the water seal and the displacement of oil prior to sludge discharge, but a gravity disc is needed to establish the correct interphase position in the separator bowl, i.e. the boundary between the oil and the water seal. The size of the gravity disc must be matched to the oil’s density, viscosity/temperature and feed rate to the separator.In a clarifier configuration, a clarifier disc is fitted instead of a gravity disc. The water outlet is blocked, which means that the separator’s water-handling capacity is limited and that water accumulates like sludge.During normal operation, vital process parameters are monitored. These parameters, as well as alarms, are indicated by easy-to-understand text messages on the LCD display of the EPC 60 controller.The EPC 60 controller provides many alarm functions,including alarms for low oil pressure, high sludge tank level (if the optional sludge removal kit is included) and power failure. Additional functions are available for a vibration alarm when the optional vibration sensor is fitted.System layout1. Feed pump2. Heater3. Pneumatically controlledchange-over valve 4. Pressure transmitter 5. Control unit6. Regulating valve7. Solenoid valve block, waterLow-wear mechanical platformS separators 921–987 and P separators 626/636 are built on a low-wear mechanical platform thatfeatures CentriShoot and CentriLock. The CentriShoot discharge system, which greatly reduces sludgevolumes, has a fixed discharge slide that flexes gently to expose the discharge ports, thereby eliminating metal-to-metal wear. The CentriLock bowl-locking system uses a lightweight, non-threaded snap ring that prevents wear by allowing easy removal without a sledgehammer.CentriShootInstead of a sliding bowl bottom, the CentriShoot discharge system features a fixed discharge slide that flexes at its edge. This increases discharge accuracy and does away with metal-to-metal wear.CentriLockConventional lock rings are threaded and must be removed with a sledgehammer. Over time, the metal-to-metal wear between bowl and lock ring can lead to expensive bowl repair or replacement.Instead of a conventional lock ring, the CentriLock bowl-locking system features a non-threaded snap ring. This lightweight ring snaps quickly into place and is easilyremoved with only an Allen key.Step one:The CentriShoot discharge slide is fixed at the centre. During separation, the slide covers the discharge ports.An Allen key is the only tool needed to work with CentriLock. No sledgehammer is necessary.Step two:During sludge discharge, the edge of the slide flexes downward, exposing the discharge ports.The CentriLock snap ring lifts out and snaps in easily – without any threads to wear.Step three:After discharge, the slide moves gently back into position to close the ports. This is done hydraulically, without any springs.EMD00232EN 1509Alfa Laval reserves the right to change specifications without prior notification.How to contact Alfa LavalUp-to-date Alfa Laval contact details for all countries are always available on our website at C e n t r i L o c k , C e n t r i S h o o t a n d H E A T P A C a r e t r a d e m a r k s o w n e d b y A l f a L a v a l C o r p o r a t e A B . A L F A L A V A L i s a t r a d e m a r k r e g i s t e r e d a n d o w n e d b y A l f a L a v a l C o r p o r a t e A B .OperationsPreventive maintenance procedures are handled quickly and simply with the help of a compression tool. The snap ring of the patented CentriLock bowl-locking system is non-threaded and requires only an Allen key to remove.• Maintenance intervals:– Inspection Service every 4 000 h or 6 months– Overhaul Service every 12 000 h or 18 months • Service spares kits contain all necessary spare parts for each service and tips for maintenance in checkpoints:– Inspection Kit with O-rings and seals for separator bowl – O verhaul Kit with parts for drive system, belt, bearings and pads, also containing an Inspection Kit– Support Kit with strategic spares for operation and maintenance backup • The System Manual includes detailed information in electronic or printed form:– Installation instructions – Operating instructions– Alarms and troubleshooting – Service and spare parts• Commissioning and technical services are available from allAlfa Laval offices, including start-up assistance and advice on operation and maintenance.• Training in all aspects of oil treat-ment, freshwater generation and heat transfer is available.• All services can be incorporated into specially tailored NonstopPerformance packages. Details are available from local Alfa Laval offices.Max. recommended capacity, l/h on lubricating oils for trunk piston enginesTechnical dataMain supply voltage 3-phase, 220 V up to 690 V Control voltage 1-phase, 100/110/115/230 V Frequency 50 or 60 HzControl airMin 5 bar, max 8 bar Operating water pressure Min 2 bar, max 8 barFlex system Size (height x width x length)* Net weight (kg)P 626 895 x 750 x 1075 424P 636975 x 750 x 1195 496* Dimensions and weights for Flex systems do not include control cabinet.Flex moduleSize (height x width x length)** Net weight (kg)P 626 1750 x 750 x 1075 540P 636 1750 x 850 x 1195 638** Dimensions and weights for Flex modules do not include pump and heater.ConformityThe mark of conformity confirms that the equipment complies with European Economics Area (EEA) directives.500 1 000 1 500 2 000 2 500 3 0000 4 0003 500。
阿尔法S1中文技术指南X20
技术指南αβχδS1V2 S1V2/EN I/A11 MiCOM M/PX20用MiCOM S1V2目录1．适用于MiCOM M/PX20系列产品的 MiCOM S1V2 (3)2. MiCOM M/PX20系列产品的整定和记录 (4)2.1 菜单和工具栏 (5)2.1.1 菜单功能 (5)2.1.2 工具栏 (10)2.2 如何使用M/PX20 S&R (11)2.2.1从IED中获取、修改已有的整定文件 (11)2.2.2下载编辑过的整定文件至IED (12)2.2.3 生成新的IED整定文件 (12)2.2.4获取并保存IED整定文件 (13)2.2.5打印IED整定文件 (13)2.2.6从 IED中获取事件记录 (13)2.2.7打开 IED中的事件记录 (13)2.2.8过滤 IED中的事件记录 (14)2.2.9从 IED中提取故障录波 (14)2.2.10 将 IED中的故障录波存储在PC机的硬盘 (14)2.2.11 激活IED中的定值组 (15)2.2.12 设置IED的日期和时间 (15)3. MiCOM M/PX20系列产品的监控 (16)3.1 菜单和工具栏 (16)3.1.1菜单功能 (16)3.1.2如何使用M/PX20测量菜单 (19)1．适用于MiCOM M/PX20系列产品的 MiCOM S1V2 针对MiCOM M/PX20系列产品的 MiCOM S1V2给用户提供了两类不通的操作功能。
∙Settings & Records（整定和记录）∙Monitoring （监控）进入不同的功能仅需点击移动鼠标并单击相应图标。
2. MiCOM M/PX20系列产品的整定和记录单击进入MiCOM M/PX20的整定和记录。
整定模块允许你通过MiCOM M/PX20产品的前面板通讯口与其相联，并获取和编辑它的整定文件，然后再将该文件传回MiCOM M/PX20产品。
阿尔法拉維 ThinkTop 基本 AS-Interface 自動感測和控制介紹说明书
The ThinkTop Basic AS-Interface valve sensing and control unit consists of a proven no-touch, set-and-forget sensor system with light-emitting diodes (LEDs), solenoid valves, and valve control sensor board for connection toany programmable logic controller (PLC) system with an AS-Interface v3.0, 62 node. It fits on all Alfa Laval hygienic valves; no adapter is required.Installation is straightforward. No special expertise or tools are required. To initiate manual setup, simply press a push-button startup sequence.Working principleThe sensor system accurately detects valve stem movement, the position of the valve at any given time, with an accuracy of ± 0.1mm through the use of microchip sensors. To locate the current valve position, sensor chips inside the sensor board calculate the angle between the axial magnetic field produced by an indication pin mounted on the valve stem.The solenoid valves receive signals from the PLC systemto activate or deactivate the air-operated valve. It then transmits feedback signals indicating the main valve position and condition back to the PLC system. In the control unit, up to three electric solenoid valves can physically convert compressed air into mechanical energy to activate or deactivate the pneumatic valve actuator.Each control unit fits any Alfa Laval hygienic valve and hasa valve tolerance band with a default tolerance. This eliminates the need to readjust the sensors and boosts productivity. LEDs conveniently display the main valve position, solenoid activation, setup and local fault indication on the control unit.CertificatesTECHNICAL DATASupply voltage:29.5V - 31.6 VDCSlave profile v3.0:7.A.7.7Default slave address:0Feedback signal #1:De-energized valve Feedback signal #2:Energized valve Feedback signal #5:StatusValve tolerance band options:1Default tolerance band:± 5 mmSensor accuracy:± 0.1 mmStroke length:0.1 - 80 mmAir supply:300-900 kPa (3-9 bar) Type of solenoids:3/2-ways or 5/2-ways Numbers of solenoids:0-3Manual hold override:YesPush-in fittings:ø6 mm or 1/4”Plastic parts:Black Nylon PA 6 Reinforced Seals:Nitrile (NBR) rubberProtection class:IP66 and IP67Protection class equivalent:NEMA 4.4x and 6PMax wire size:0.75 mm2 (AWG 19) Optional main M12 plug: 2 wire (A coded) Note!For further information: See also ESE00356The ThinkTop has Patented Sensor System, Registered Designand Registered Trademark owned by Alfa LavalOptions•Communication interface•Solenoid valve configuration•Pneumatic tubing interface•Main cable connectionAccessories•Various cable options•Threaded plate for indication pin on SRC, SMP-BC and i-SSV valves•Special indication pin for Unique SSV-LS, Unique SSV High Pressure valves •Adaptor for Unique SSSV valvesDimensions (mm)Electrical connection165432782054-0000P11ASI + (BN, brown)2ASI - (BU, blue)3PWM jumber 4PWM jumber5Solenoid common, internal connection (Grey)6Solenoid # 1 internal connection (Grey)7Solenoid # 2internal connection (Grey)8Solenoid # 3internal connection (Grey)M12 plug option13BNBU20500060AS-Interface bits assignmentFor AS-Interface version with 62 node, the following bit assignment can be usedDI0 Feedback #1 De-Energized valve DI1 Feedback #2 Energized valve DI2 Feedback #3 Not connected DI3 Feedback #4 StatusDO0 Out #1 Not Connected DO1 Out #2 Solenoid valve 1DO2 Out #3 Solenoid valve 2DO3Out #4 Solenoid valve 3This document and its contents are subject to copyrights and other intellectual property rights owned by Alfa Laval Corporate AB. No part of this document may be copied, re-produced or transmitted in any form or by any means, or for any purpose, without Alfa Laval Corporate AB’s prior express written permission. Information and services provided in this document are made as a benefit and service to the user, and no representations or warranties are made about the accuracy or suitability of this information and these services for any purpose. All rights are reserved.200006062-1-EN-GB© Alfa Laval Corporate AB How to contact Alfa LavalUp-to-date Alfa Laval contact details for all countries are always availableon our website at 。
阿尔法拉瓦尔精选冷冻系统半脊板热交换器说明书
Cool performance, high resistance Semi-welded plate heat exchangers for industrial refrigerationThe semi-welded plate heat exchanger consists of a se-ries of thin corrugated twin plates (cassettes) which are laser welded on one side and gasketed on the other side. They combine most of the flexibility and serviceability of normal gasketed plate heat exchangers while obtaining higher pressure resistance on the welded side.A comprehensive range for refrigeration applicationsAlfa Laval offers a wide range of semi-welded plate heat exchangers for most types of primary refrigerants and secondary fluids. They are particularly suitable for refrigeration and heat pump solutions that use ammonia and carbon dioxide, as they offer high resistance against ice formation and fatigue stresses from pressure and/or temperature variations. Depending on size, the units can handle temperature ranges from -45°C (-49°F) to 150°C (302°F) and pressure ranges from below vacuum, up to 63 barg (900 psig). Heat transfer plates can be in stainless steel (AISI304, AISI316, SMO254) or titanium, enabling the handling of a wide variety of fluids with optimal performance.Key benefits of Alfa Laval semi-welded heat exchangersHigh heat transfer • Always turbulent flow • Good flow distribution • High COP factor achievable Compact• Low refrigerant filling • Low environmental impact • Low weight & spaceHigh Resistance• Pressure and temperature fa-tigue resistance• Freezing causes no damage • Corrosion-resistant plate material Flexible design• Add/remove cassettes •Openable for cleaningThe Alfa Laval semi-welded plate heat exchanger rangeTechnical Data (all data for PED versions)MK15BW TK20BW T20BW T20MW MA30W Frame TypeFrame Type Frame TypeFrame TypeFrame TypeFGR FG FG FG FG FDR FDFSFSFDFTFX1486156022022202314065078590078078011701198910123512351620332240393990399052451044878147814781811304363363363561DN150DN200DN200DN200DN300AvailableAvailable NANANAApplicationsAlfa Laval semi-welded plate heat ex-changers are mainly used in refrigeration and heat pump systems for the following applications:• Flooded evaporators • DX evaporators • Cascade systems • Liquid-cooled condensers • Desuperheater/gas coolers (for e.g. heat recovery)• Economizers/subcoolers •Oil coolersLaser-welded cassettes form the higher pressure rated channel side. These are then equipped with a set of separated gaskets: one field gasket forms the intermediate, low-pressure channel, while two ring formed gaskets seal the welded channel cassettes together.Tailored gasket materialRefTight™ sealing system –High-performance gasket sealing for high-pressure dutiesAlfa Laval has developed Reftight TM , a unique, reliable,robust sealing system with a long-life expectancy, for use in refrigeration applications. Its design enables the use of plate technology in applications requiring higher pressure and temperatures. A major feature is the ring-formed gasket groove, designed to fully support the ringgasket sealing at high pressure and temperatures. The groove is formed in the pressed plate and positionedseparate from any laser weld, assuring optimal sealing of the ring gasket.The ReftightTM system allows the use of different materials for ring and field gaskets, enabling gaskets to be combined and selected accordingly to ensure the optimal fit for their specific duty and media combination. Choosing the most suitable gasket material also means lower permeation, which is important for applications in sensitive facilities such as hospitals, supermarkets and other public buildings.Alfa Laval’s unique Reftight TM system ensures a longer gasket lifetime than any other available solution, allowing service intervals to be extended and resulting in lifetime savings for the end-user.Reliable, robust gasket system design• Longer gasket lifetime• Can handle higher pressure and temperatures• Reduced ammonia permeationKey benefits of RefTight TM sealing systemRing gasket Field gasketWeldGasket materials are selected based on the highest resistance for their specific duty and attached for easy replacement by a glue-free construction.The graphs shown are gasket selection guides based on temperature and pressure, with data for the welded and gasketed side shown separately.Material selection for best performanceThe first graph illustrates the operational performance of the high pressure side for a stainless steel cassette with various ring gaskets. The second one illustrates the operational scope for the low pressure side with various field gaskets.This data is for guide purpose only. For a specific, accurate selection please contact Alfa Laval.CR HNBR EPDMC FEPMAL NBRLTP R E S S U R E (B A R G )TEMPERATURE (°C)Operational scope high pressure side (Ring gasket)Operational scope low pressure side (Field gasket)NBRP CR EPDMCNBRLT P R E S S U R E (B A R )TEMPERATURE (°C)Alfa Laval in briefAlfa Laval is active in the areas of Energy, Food, Water and Marine, offering its expertise, products and service to a wide range of industries in some 100 countries. The company is committed to optimizing processes and creating responsible growth. We drive progress, always going the extra mile to support customers in achieving their business goals and sustainability targets.Alfa Laval’s innovative technologies are dedicated to purifying, refining and recycling material. They contribute to enhanced energy efficiency, improved heat recovery, responsible use of natural resources, better water treat-ment, and reduced emissions. Thereby not only accel-erating success for our customers, but also for people and our planet. Making the world better, every day. It’s all about Advancing better™.How to contact Alfa LavalContact details for all countries are continually updated on our web site. Please visit to access the information.100003402-EN-2020。
AFOS V1.0入门手册
AFOS V1.0入门手册目录1产品概述 (4)1.1应用架构 (4)1.2功能概述 (5)1.3系统环境 (6)1.3.1硬件环境 (6)1.3.2软件环境 (6)2功能说明 (7)2.1项目管理功能 (7)2.1.1项目管理 (7)2.1.2系统设置 (7)2.2数据管理 (8)2.2.1数据导入 (8)2.2.2数据导出 (8)2.2.3数据模板导出 (9)2.2.4数据浏览 (9)2.2.5数据维护 (10)2.3数据核查分析 (10)2.3.1数据核查 (10)2.3.2数据分析 (12)2.4频率优化 (12)2.4.1切换数据分频 (12)2.4.2测量报告数据分频 (13)2.4.3扫频数据分频 (13)2.4.4BSIC分配 (14)2.4.5BSIC优化 (15)2.4.6新站频率优化 (15)2.4.7扩容站频率规划 (16)2.5干扰矩阵查看 (17)2.5.1切换数据干扰矩阵查看 (17)2.5.2测量报告干扰矩阵查看 (18)2.5.3扫频数据干扰矩阵查看 (18)2.6工具功能 (18)2.6.1测量报告BA列表创建 (18)2.6.2测量报告预测量分析 (19)2.6.3频点测量核查 (20)2.7GIS功能 (20)2.8视图功能 (24)2.9更新功能 (27)3特性说明 (28)4性能说明 (29)4.1性能因素 (29)4.2性能指标 (29)5限制说明 (31)1 产品概述频率优化优化是解决GSM系统网络干扰，优化网络最基本和最重要的工作之一，是降低无线干扰、提升通信质量和网络性能的重要手段。
在日常网络优化的过程中，随着用户的增加，基站站间距减小，频率复用度提升，无线环境日趋复杂，使得仅靠人力投入的传统人工频率优化方式已不能适应现网优化的需要。
目前自动频率优化已成为现网频率优化的主要手段，通过软件平台实现频率的自动分配，能够大大节省规划人员繁琐的工作，极大地提升工作效率，同时通过对现网数据的全面采集分析，也提高了频率优化的质量。
ARIS中文使用手册第9.4章
9.4 ARIS 属性类型9.4.1 可能的属性值属性类型名基本类型最大长度EMC完全改变浮点数据标记序号r 7完全布尔值 2激化整数 5地址N行512集合布尔值 2ALE属性布尔值 2对齐值256数量整数30单位时间数量整数20应用N行512存档布尔值 2做按钮？布尔值 2方面N行512分配类型值25属性标记值10作者N行50汽车中心布尔值 2汽车分散布尔值 2自动地布尔值 2自动事件布尔值 2自动控制布尔值 2可利用容量浮点标记号20平均容量浮点标记号10属性类型名基本类型最大长度平均初始等待时间结合20平均等待时间结合20平均计算利息结合20折价/修理/维护的平均成本结合20平均能量成本结合20平均材料成本结合20平均操作供应成本结合20平均定向成本结合20其他平均成本结合20平均职员成本结合20平均处理时间结合20平均生产时间结合20平均总成本结合20平均总时间结合20平均传播速度结合20平均利用浮点标记号10平均营业间接成本结合20平均等待时间结合20背景颜色一行50库的代码整数9批量集中布尔值 2批量分散布尔值 2受约束的批量布尔值 2位图路径一行256主体N行256源程序块的主题N行100属性类型名基本类型最大长度底部边距布尔值 2中断持续时间持续时间30预算关系N行256计算成本中心的用法结合20计算过程执行结合20计算结束日期日期20计算开始日期日期20计算交易成本浮点标记号20固定日期计算的计算类型值30可表示布尔值 2可重新设置布尔值 2删除可能性布尔值 2容量整数定义域8标题一行 1种类N行100种类一行10种类值512抱怨的原因N行3000 CD 号整数100中央控制号N行300百分比地改变浮点标记号 6章名一行100公民结合20类属性布尔值 2类的操作布尔值 2分类值512属性类型名基本类型最大长度顾客一行 4栏宽值256结合物的标识值20通信渠道一行 2公司附属值512公司代码一行 4公司外部布尔值 2公司内部布尔值 2比较属性整数 4比较运算符值20比较值N行80比较值 (逻辑地) 布尔值 2比较值 (数字地) 浮点标记号10抱怨持续时间持续时间20不确定的抱怨布尔值 2压缩类型N行80中央计算机成本结合20条件布尔值 2条件N行100约束N行256图表转换布尔值 2拷贝布尔值 2成本种类数一行10成本中央标示符布尔值 2成本中央号一行20成本驱动器一行20属性类型名基本类型最大长度成本率结合20成本率浮点标记号20成本种类类型一行 2成本一行100成本 (CD) 浮点标记号20单位成本结合40创建布尔值 2R/3 释放中创建N行 4创建日期时点20创建者N行81创建者(SAP) N行5000目前容量整数10目前成本浮点标记号20目前持续时间结合20目前结束日期日期20目前对象整数8目前供应时间时点20目前资源成本浮点标记号20目前资源工作浮点标记号20目前开始日期日期20目前开始时间时点20目前状态一行50目前事务交易工作浮点标记号20目前用户整数8循环持续时间持续时间30循环重复布尔值 2属性类型名基本类型最大长度危险货说明一行100危险货物号一行100数据管理系统一行30数据类型值10数据类型值20数据类型运算符N行512数据基数N行100不激活布尔值 2小数整数 3默认（输入）N行512默认名N行20默认屏幕布尔值 2默认值N行150激活程度浮点标记号10覆盖程度整数定义域 3分割程度值512满足程度浮点标记号10要求满意度值512推迟了前进的可能布尔值 2删除布尔值 2来源布尔值 2来源属性布尔值 2描述 1 N行512描述 2 N行512描述 3 N行512描述 4 N行512属性类型名基本类型最大长度属性来源描述一行400 eEPC描述 (购建时间) 整数20 eEPC描述 (运行时间) 整数20描述/定义N行3000描述文本N行80覆盖期望度整数定义域 3实例创建后的期望结束持续时间20期望结束时间时点20期望处理时间持续时间20实例创建后的期望开始持续时间20期望开始时间时点20期望总时间持续时间20桌面综合一行 2开发成本结合20开发成本（预计地）结合20开发工作结合10开发工作（预计地）结合10数字N行30脱节布尔值 2分配长文本80根据成本驱动器分配布尔值 2做N行100做／活动N行300 Doc 开发N行512 Doc 要求定义N行512定义域类型值512属性类型名基本类型最大长度固定成本应到日期值20期间N行40打断持续时间持续时间20动态等待时间总和持续时间30E-mail 地址一行512事件创建后最早结束持续时间20最早结束日期日期20最早结束时间时点20事件创建后最早开始持续时间20最早开始日期日期20最早开始时间时点20 eEPC (构建时间) 整数8 EEPC（运行时间) 整数8职员一行100职员委员会名一行512职员委员会数整数 2实例创建后的终止N行20结束日期日期20抱怨终止时点20中断终止时点20结束步骤布尔值 2结束时间时点20实例创建后的终止持续时间20登录N行100登录/活动N行300不一致的错误信息布尔值 2属性类型名基本类型最大长度预计持续时间结合20赋值时间时点20事件／活动N行300存在布尔值 2退出N行100可能退出布尔值 2退出/活动N行300费用结合20外部的布尔值 2因数整数 4传真号N行512联邦政府结合20联邦的国家结合20过滤器对象类型关键字一行20名字的第一个字N行64每项事务的固定成本浮点标记号20固定日期日期20固定计划处理成本浮点标记号20文件夹规则测试N行2024字体一行50字体颜色一行50字体大小整数 2外来标示符外来标示符20格式整数40允许向前布尔值 2框架的宽度整数 4属性类型名基本类型最大长度自由市场结合20免费搜寻访问布尔值 2执行频率整数12每时段的频率整数100每时段的频率整数20每时间单位的频率整数100年频率整数12日频率整数12月频率整数12周频率整数12全名N行100功能类型号整数 1将来的意义值20危险级一行100成本中心的主管N行22高度浮点标记号 4辅助文件N行512隐形的布尔值 2根目录N行128图表路径一行256标示符一行32工具栏布尔值 2自何时使用日期12引入处理文件夹整数 5索引 1 浮点标记号12索引 2 浮点标记号12属性类型名基本类型最大长度索引 3 浮点标记号12索引 4 浮点标记号12索引单位 1 一行50索引单位2 一行50索引单位3 一行50索引单位4 一行50个人访问特权布尔值 2初始值N行256初始等待时间结合20实例创立时间时点20实例值N行80完整条件N行100内部的布尔值 2内部名N行40内部处理（实际的）浮点标记号20内部处理（目标的）浮点标记号20可中断的布尔值 2中断时间总和持续时间20间隔持续时间持续时间30目录号一行100 IsAbstract 布尔值 2 IsLeaf 布尔值 2ISO 9000 relevance 布尔值 2 IsPolymorphic 布尔值 2 IsQuery 布尔值 2 IsRoot 布尔值 2属性类型名基本类型最大长度关键字N行80知识优势整数定义域 3知识使用整数定义域 3语言N行 3最近的变化时点20最近的变化时点32最近的变化(SAP) 时点20R/3释放中的变化N行 4最后的修改日期时点20最后的用户N行100最后的用户(SAP) N行5000实例创建后的最近的结束持续时间20最近结束日期日期20最近结束日期时点20实例创建后最近开始持续时间20最近开始日期日期20最近开始日期时点20左边空白布尔值 2长度整数10长度整数100登录字段的长度整数 3许可号一行100行位布尔值 2连接1 连接/文件512连接2 连接/文件512连接3 连接/文件512属性类型名基本类型最大长度连接 4 连接/文件512 LNC 连接1 N行1000 LNC 主题1 N行100位置控制码N行300位置类型值512底限浮点标记号20手册布尔值 2制造商一行100制造商一行50物料号一行100物料类型值512最大计算利息结合20折价/修理/维护的最大成本结合20最大能量成本结合20最大操作供给成本结合20最大定位时间结合20最大人员成本结合20最大处理时间结合20最大生产时间结合20最大总成本结合20最大总时间结合20最大传播时间结合20最大营业间接成本结合20最大等待时间结合20最大容量整数10最大初始等待时间结合20属性类型名基本类型最大长度最大处理时间持续时间20最大总时间持续时间20开始后的最大等待时间持续时间20平均定向时间结合20平均处理时间结合20错误信息布尔值 2信息类型关键字一行20里程碑布尔值 2里程碑标示符布尔值 2最小计算利息结合20折价/修理/维护的最小成本结合20最小能量成本结合20最小物料成本结合20最小操作供给成本i 结合20最小定位时间结合20最小其他成本结合20最小人员成本结合20最小处理时间结合20最小生产时间结合20最小总成本结合20最小总时间结合20最小传播时间结合20最小的各种间接营业成本结合20最小等待时间结合20最小容量整数10最小初始等待时间结合20属性类型名基本类型最大长度最小处理时间持续时间20最小总时间持续时间20模型一行10模型一行100修改布尔值 2模块代码值20最重要的竞争对手浮点标记号20多种程序值30多重值的标示符值100名称N行81外部输入系统名(别名) 一行33网络存取程序值512网络扩展名值512拓扑网络值512网络类型值512平均出现次数整数12最大出现次数整数12最小出现次数整数12趋势出现次数一行60不空布尔值 2数 1 整数20数 2 整数20数 3 整数20正在被处理的数整数 4动态等待的数整数 4执行数整数 5属性类型名基本类型最大长度定向的数整数 4通路数整数10压缩对象定义的数量整数10职工人数整数定义域10未评估事件的数整数10错误时间的数量整数10功能执行数整数 5定向中断的次数整数8处理中断的次数整数8行数整数 2过程实例数整数10正确事件的数量整数10静态等待数量整数 4O 种类名称一行512O 种类名称整数 2O 竞争情况名称一行512O 竞争情况数量整数 2O 配置名称一行512O 配置数量整数 2O 位置名称一行512O 位置数量整数 2O 大小整数 2对象存取 ID N行1024对象实例选择布尔值 2对象类型选择布尔值 2在线布尔值 2属性类型名基本类型最大长度在线中心布尔值 2在线分散布尔值 2唯一可视的直接的数据布尔值 2起作用的资源数一行100操作系统一行30操作类型值512可选择的属性布尔值 2可选择的功能布尔值 2命令处理值20依次的整数 4定向 (经常) 布尔值 2定向时间结合20定向时间长文本50定向时间数持续时间30最初的语言(SAP) N行 2其他结合20延时成本率浮点标记号20包装说明书/规则一行100包装物料号一行100包装类型值512参数N行60参数 1 N行260参数 2 N行260参数 3 N行260参数 4 N行260参数列表N行128属性类型名基本类型最大长度参数列表N行2048百分比利用浮点标记号10执行范围一行20时段持续时间30一段时间结合100一段时间结合60职员身份值20计划持续时间持续时间30计划开始时点30计划约束值512职位值15先前的对象整数8先前的用户整数8价格结合20主要数量N行100优先权整数 2优先权整数8优先权值512允许优先权的改变布尔值 2优先权可以被创建者改变布尔值 2优先权可以被目前用户改变布尔值 2可能性浮点标记号定义域20处理实例化整数 5处理主管N行80处理优先权整数8立即处理后继器布尔值 2属性类型名基本类型最大长度处理类型值10处理过程整数定义域8处理代号一行30处理事件结合20处理事件长文本50处理事件N行20处理事件总和持续时间30产品数量整数10生产数量一行100协议层值512提供事件时点20定位条件列表支持质量值512快速帮助一行50读取布尔值 2从何时实现日期12实现截止时日期12可变日期计算规律N行1024相应中断开始持续时间30相应循环开始持续时间30相应间隔开始持续时间30相应转换开始持续时间30释放一行16相应数据保护行为布尔值 2评论/例子N行3000需求一行20Res码N行255属性类型名基本类型最大长度资源分配值20限制性的期间N行40再交付日期时点22再交付原因N行2024右边空白布尔值 2角色值20角色结合布尔值 2规则属性值512范例的安全级一行100覆盖的SAP程度浮点标记号定义域 5SAP 开发类N行 5SAP 功能类型值20SAP标示符一行20缩放比例整数 4从何时预定日期12预定截止时日期12屏幕必须的吗? 布尔值 2查找属性布尔值 2先前所有的 WF用户搜索特权布尔值 2创建者的查找特权布尔值 2创建者的 OU查找特权布尔值 2目前用户的OU查找特权布尔值 2目前用户所有的OU的Pos1查布尔值 2找特权布尔值 2目前用户的OU的Pos1查找特权次要关键字布尔值 2属性类型名基本类型最大长度次要数量N行100服务名N行20有用的生命结合100转换持续时间持续时间30短描述N行80短文本N行20捷径一行20意义整数定义域 3一值20千字节的大小整数40允许跳跃布尔值 2来源N行100说明书N行200 SQL 名一行18全体职员的职位布尔值 2标准COT 布尔值 2实例创立后的开始N行20开始日期日期20抱怨开始时点20中断开始时点20开始步骤布尔值 2开始时间时点20实例创建后的开始时间持续时间20启动容量整数10静态等待时间长文本50静态等待时间总和持续时间30属性类型名基本类型最大长度状态值20状态栏一行100固定模式N行256固定模式一行256存储群N行100存储类型值512结构改变速度整数 3主题N行80服从批量管理布尔值 2定位时的中断时间持续时间8处理时的中断时间持续时间8同步时间长文本30同一字N行512外部系统布尔值 2内部系统布尔值 2技术操作供应数一行100电话号码N行512铅板连接/文件512文本N行3000文本 1 N行255文本 2 N行255文本 3 N行255平均/总生产量的访问整数12时间关键字布尔值 2最后使用的时间时点20时限的计算N行256属性类型名基本类型最大长度固定日期时限的计算整数 4文件夹事件的时间时点20发生时间时点20发生时间 (SAP) 时点20标题N行64标题 1 N行100标题 1 N行200标题 2 N行100标题 2 N行200标题 3 N行100标题 4 N行100标题/名一行50被完成日期20容错度管理整数 3容错度控制整数 3容错度决策整数 3容错度执行管理整数 3单个处理的容错度整数 3容错度范围整数 3标准处理的容错度整数 3顶部空格布尔值 2总时间结合20总时间N行20处理代码N行5000处理持续时间结合20处理工作浮点标记号20属性类型名基本类型最大长度暂时的布尔值 2传播媒介一行100传播速度一行50批量传播类型布尔值 2手工传播类型布尔值 2在线传播类型布尔值 2运输指令/规则一行100运输系统数一行100激活器布尔值 2继活器的功能布尔值 2激活器被释放N行1024类型Item 类型50类型N行256类型 1 一行 2类型 2 一行 2类型 3 一行 2类型 4 一行 2类型 5 一行 2类型 6 一行 2类型 7 一行 2集合类型一行50来源类型值512单位值512单位 (CDU) 一行20日期计算单位值20单位容量一行100属性类型名基本类型最大长度单位成本值512单位成本一行20单位生产数量一行100更改频率值15上限浮点标记号20使用因素浮点标记号30使用时间总和持续时间20使用类型值10用户属性布尔值 1 布尔值 2用户属性布尔值 2 布尔值 2用户属性持续时间持续时间256用户属性浮点数1 浮点标记号 5用户属性浮点数2 浮点标记号 5用户属性整数1 整数 5用户属性整数2 整数 5用户属性连接连接/文件256用户属性时点时点256用户属性文本 1 N行5000用户属性文本 10 N行5000用户属性文本 11 N行5000用户属性文本 12 N行5000用户属性文本 2 N行5000用户属性文本 3 N行5000用户属性文本 4 N行5000用户属性文本 5 N行5000用户属性文本 6 N行5000属性类型名基本类型最大长度用户属性文本 7 N行5000用户属性文本 8 N行5000用户属性文本 9 N行5000用户属性时间时间256用户属性值 1 值20用户属性值 2 值20用户退出一行 2值N行80值一行100值 (CDU) 浮点标记号20值 (逻辑的) 布尔值 2值 (数值的) 浮点标记号10值 1 N行2000值 2 N行2000等待时间结合20等待时间总和结合10仓库设备数一行100带有抱怨布尔值 2工作流一行 2工作流类布尔值 2工作流定义域N行256外部WPDL属性列表N行5129.4.2 定义域: 整数和浮点标记号属性类型名底限上限默认值容量0 10000000 10000000 覆盖度0 100 100期望覆盖度0 100 100知识优势0 100 100知识利用0 100 100职工数0 10000000 10000000 可能性0 1 1处理过程 1 10000000 10000000 SAP覆盖度0 100 100意义0 100 100结构改变速度0 100 1009.4.3 属性类型群属性类型名绝对时限访问类型获取成本基于活动的成本计算实际l 数据ALE分析属性ARIS 应用属性外部系统属性基准位图业务控制计算利息容量清理周期栏成本驱动器的数量单位成本设计/修理/维护成本成本驱动器的单位成本目前计算机中心的成本来源属性类型开发成本开发工作能量成本估价事件种类i费用外部应用字体格式框架自由属性频率功能种类功能类型功能使用初始等待时间安装状态维护周期物料成本出现频率出现操作供给成本定位事件来源其他成本人员成本特权处理事件处理类型生产容量工程管理属性Promet(r)BPR PSP数量结构相应时限收入SAP 属性模拟使用的资源系统属性目标数据生产能量事件时限时间容错度总成本总时间传播时间传播类型组织单位的类型UML操作UML状态各种营业间接成本音量等待时间工作流。
阿尔法S1中文技术指南X30
技术指南αβχδS1V2 S1V23/EN I/A11 MiCOM M/PX30用MiCOM S1V2目录1. 适用于MiCOM M/PX30系列产品的 MiCOM S1V2 (3)2. MiCOM PX30系列产品的整定和记录 (4)2.1 PX30 S&R主窗口 (4)2.2 如何使用PX30 S&R (6)2.2.1 生成一个新的IED缺省整定文件 (6)2.2.2 从IED中提取整定文件 (6)2.2.3 修改整定文件 (7)2.2.4 存储整定文件 (7)2.2.5 发送修改过的整定文件给IED (7)2.2.6 生成打印文件 (8)2.2.7 从IED中读取和存储事件和故障录波 (8)2.2.8 从IED中读取和存储日志 (8)2.2.9 从IED中读取数据模块 (8)2.2.10 发送数据模块至IED (8)2.2.11 客户化数据模块的文本 (9)2.2.12 循环读取定值和测量值 (10)2.3 菜单和工具栏 (10)2.3.1 菜单功能 (10)2.3.2 工具栏 (21)1. 适用于MiCOM PX30系列产品的 MiCOM S1V2针对MiCOM PX30系列产品的 MiCOM S1V2给用户提供了两类不通的操作功能。
∙Settings & Records（整定和记录）∙Bay Template Configurator（间隔模板配置器）进入不同的功能仅需点击移动鼠标并单击相应图标。
2. MiCOM PX30系列产品的整定和记录单击进入MiCOM PX30的整定和记录。
整定模块可以使你通过MiCOM PX30装置的前面板通讯口与其联接，提取和编辑整定值然后将编辑国的文件传会给MiCOM PX30装置。
尽管每种MiCOM M/PX20产品的整定都不同，该模块还是以统一的风格提供给用户所有的信息。
显示定值的允许范围和步长。
2.1 PX30 S&R主窗口操作程序的主窗口包括下列内容：Title Bar显示了程序的名称并且在方括号内列出打开的文件名称。
阿尔法拉瓦尔AlfaPure S2系列产品说明说明书
DesignAlfaPure S2 is a complete plug-and-play system c omprising separator, feed pump, sludge pump and EPC 60 controls ystem, mounted on a 1,550 x 900 mm frame. As an option, the frame can be fitted with wheels, simplifying installation and service and allowing the module to be wheeled from tank to tank.Process liquid wetted parts are in stainless steel for optimal compatibility with coolants and wash liquids. The purifierv ersion is equipped as standard with a recirculation valve and pipe, enabling heating and recirculation of the mineral oil, to raise the temperature to an optimal level for highest separation efficiency.Operating principleIn the separator bowl, during the separation process, the cen-trifugal force presses any heavy particles present in the service fluid outwards against the walls of the separator, and they will be discharged automatically from the bowl to the sludge tank. Density differences, if two liquid phases are present (such as coolant and tramp oil, or mineral oil and water) will cause the two phases to separate. The light phase and heavy phase will exit separately through different outlets of the separator.Due to their high speed, disc stack technology, and a utomatic discharge, Alfa Laval centrifugal separators are an extremely efficient and fast way to remove fine solid particles or liquid contaminants from different kinds of service fluids, using either a two-phase or a three-phase AlfaPure S2 module version.Easy to operateAlfaPure S2 is very easy to operate thanks to the EPC 60 control system with simple basic user interface and menus.A robust, well-proven system, designed to Alfa Laval standards and utilizing modern components, the EPC 60 is the standard PLC for Alfa Laval’s popular range of separator modules.The VFD-controlled feed pump ( v ariable flow) has s tepless adjustment for smooth feed, also making it possible to optimize separation performance. Sludge is automatically pumped from the intermediate tank to the disposal container. Automatic back pressure control is available as an option, providing ex-tended automation and making operation even easier.Normally installed in a bypass system, AlfaPure S2 operates continuously without interrupting machinery operations. This also means no plant redesign is needed.A l f a L a v a l i s a t r a d e m a r k r e g i s t e r e d a n d o w n e d b y A l f a L a v a l C o r p o r a t e AB . A l f a L a v a l A l f a P u r e S 2 i s a t r a d e m a r k o w n e d b y A l f a L a v a lE F U 00129E N 1504Alfa Laval reserves the right to change specifications without prior notification.How to contact Alfa Laval Up-to-date Alfa Laval contact details for all countries arealways available on our website at Features and benefits• Easy to operate thanks to the new EPC 60 control system with simple basic user interface and menus, and large, clear flow and pressure indicators.• High capacity-to-size ratio. The m odule requires less than 1.3 m 2 of floor space and can handle tanks with a volume of up to 100 m 3.• Easy to install, all connections on the same side, making hook-up fast and easy.• Easy to service, good access to the separator, tanks and pumps.• Disc-stack design and paring disc give optimal separation efficiency, minimizing oil residues in water and sludge and giving a higher capacity.• The bowl design prevents bowl fouling and reduces the need for cleaning.• The VFD-controlled feed pump (variable flow) has stepless adjustment for smooth feed and making it possible to opti-mize separation performance.• Sludge is automatically pumped from the intermediate tank to any suitable disposal container.• Service liquid wetted parts are in stainless steel as standard for the concentrator module version.Optional equipment• Surface suction device (water-based applications)• Mobile execution (wheels)• Automatic back pressure control • Pre-filter (particle protection)• PLC outputs for up to two level s ensors • Stainless steel components (pH 6-13)Technical dataCapacityCoolants and wash liquids 900-2000 l/hLubricating oils500-1200 l/h at correct viscosityOperating requirements Separation temperature 0-80°C pH6-13Operating water pressure 200-600 kPa Instrument air pressure 400-800 kPaInstalled powerUnit for water-based liquids 3 kW Unit for industrial oils 3 kW Ambient temperature5-50°CDimensionsStationary module (l x w x h) 1550 x 900 x 1265 mm Mobile version (l x w x h) 1550 x 900 x 1448 mm Weight with bowl 500 kg, without bowl 465 kg Power supply 3x400 V (380/440/460/480 V optional) 50 Hz (60 Hz optional)The Alfa Laval AlfaPure S2 module has a footprint of less than 1.3 m 2. It is easy to install and simple to operate. AlfaPure S2 provides easy access to the separator, valves and pumps. The basic and smart designsimplifies dismantling and maintenance.。
阿尔法拉瓦尔远程指导支持说明书
What will you receive?• A visual service call of your equipment – at reduced field service rates and no travel costs •Step-by-step instructions •An overview of important findings•Recommendations for corrective actions, improvements or upgradesBenefits•Easy and low-cost equipment service or troubleshooting •Reduced risk of breakdown•Prolonged equipment service intervals or lifetime •Suggestions for improvementRemote ServiceW e can provide remote service on any type of Alfa Laval equipment including gasketed and welded heat exchangers, decanters, and high speed separators.PricingContact Alfa Laval for p ricing based on product and level of service.Customers with Service Agreements benefit with even lower rates.How to contact Alfa LavalUp-to-date Alfa Laval contact details for all countries arealways available on our website at Alfa Laval reserves the right to change specifications without prior notification.100000TBD -1-EN 2005Remote Guidance -Service without the travelRemote service to keep plants operating and running at optimal conditions is a smart way to handle preventive maintenance and protect uptime against common failures. The service provided can be used to take corrective actions, but also to optimize maintenance schedules for performance and reliability.Alfa Laval is now launching a new service offering – Remote Guidance Service - where we use our guidance tool to provide commissioning support, troubleshooting, maintenance and process optimization. We start by re view ing your safety requirements, equipment, and installation . W e visually inspect your machine with assistance from the plant’s crew and provide step-by-step instructions. All it requires is internet access and a smartphone, tablet or computer with video camera to conduct the remote service.How does it work? We send you a link with a thorough guide or service manual, including a safety pre-check, that explains in detail how to visually inspect or repair your equipment – and what you should look for especially. The link will give you access to our field service or technical assistance team. Naturally, our supervisors will be ready to support you from their local office if any questions should arise during the service process. Upon completion of the remote service, a final report will automatically be submitted to ourexperts for evaluation of the findings and sent for your records .For more information about this service, contact your local Alfa Laval office.7 Doman Road, Camberley, Surrey, GU15 3DN Phone:+441276633833Email:************************Scotia House, Kirkton Drive, Dyce, Aberdeen, AB21 0BG Phone:+441224722724Email:************************How to contact Alfa Laval Ltd:。
阿尔法拉瓦尔解剥器性能协议文件说明书
Secure top performance at a cost you can predictPerformance Agreements gives you uptime and securityShare this document!Do you want to know more?Visit /decanterperformanceMore than the sum of the partsCombining services achieves a greater total result. You enjoy top performance and maximum uptime, while knowing your service costs in advance.That brings you true security, as well as a short pay-back time.Preventive MaintenanceAn Alfa Laval Service specialist conducts Preventive Maintenance according to the service intervals stated in the operating manual. The cost for the spare parts needed to carry out these services is included in our fixed price.Service that pays offRegular service and maintenance is your best guarantee for achieving the lowest cost of owner-ship. Proper equipment operation and maintenance minimizes downtime and optimizes performance. With first-class service from Alfa Laval, unplanned shutdowns are a thing of the past. More uptimemeans less hassle, longer equipment service life, and lower cost of ownership for greater profitability.In choosing Alfa Laval, you are getting the perfect long-term partner for your daily operations. Our service network reaches you anywhere you are.Here’s how a typical Performance Agreement worksEnsuring reliable and highly-efficient operation over the lifecycle of your decanter is the most important driver for minimizing total cost of ownership. An Alfa Laval condition audit can identify problems before they impair performance or cause an unplanned shutdown.Condition AuditAn Alfa Laval Service specialist performs a Condition Audit within 12 months of the commissioning of your equipment. This includes:• On-site inspection visit• Feedback on the condition of the equipment and requirements• Suggestions for improvementsOutstanding operation(Start-up)Condition audit Preventive maintenance。
阿尔法拉瓦尔 Сан尼捷20旋转喷头机器说明书
•Cleaning process can be validated using Alfa LavalRotacheckStandard designThe choice of nozzle diameters can optimize jet impact length and flow rate at the desired pressure.Alfa Laval offers a wide range of tank cleaning machines suitable for different duties and industries. An alternative that offers performance similar to the Alfa Laval SaniJet 20 is the Alfa Laval SaniJet 20 UltraPure for hygienic applications that require full traceability of product-contacted parts and smooth qualification and validation processes through the Alfa Laval Q-doc documentation package.Certificates2.2 material certificate, Q-doc and ATEX.Working principleThe high-impact jet stream from the rotary jet head covers the entire surface 360° of the tank interior in a successively denser pattern. This achieves a powerful mechanical impact with a low volume of water and cleaning media.The flow of the cleaning fluid makes the nozzles perform a geared rotation around the vertical and horizontal axes. In the first cycle, the nozzles lay out a course pattern on the tank surface. The subsequent cycles gradually make the pattern denser until at full cleaning pattern is reached.Once the full cleaning pattern is reached, the machine will start over again and continue to perform the next full cleaning pattern.TECHNICAL DATAAir motor:Must NOT be operated non-lubricatedMin. tank opening:3" clamp - rotacheck N/ACIP media recommended pressure: 5 - 8 barDry, dew point max.: 5 °C Must NOT be operated non-lubricated. MUST be lubricatedAir supply pressure:Max. 6 barAir consumption at max. speed: 6 l/sec. (22 m3/h)Adjustable speed: 3 - 14 RPMCleaning time: 4 - 18 min. (adjustable)Sealing:EPDM1 (standard), FPM1 FFKM11 FDA compliance 21CFR§177Max. ambient temperature:140 °CAir-driven machine:11.7 - 19.2 kgTank connection:Clamp: 4" ISO 2852Tank connection:Clamp: 3" 1ISO 28521Note! 3" Tank connection has no possibility of integrated rotacheck.in the supply line is recommended. Do not use for gas evacuation or air dispersion. For steaming we refer to the manual.Options•Electronic rotation sensor to verify 3D coverage•Improved surface finish•3.1 certification for metallic parts by request•With FFKM or FPM seal ring•ATEXQualification DocumentationQ-doc •EN 1935/2004 DoC•EN 10204 type 3.1 inspection Certificate and DoC •FDA DoC•GMP EC 2023/2006 DoC•EU 10/2011 DoC•ADI DoC•QC DoCATEX ATEX approved machine for use in explosive atmospheresMedia/Air driven:Cleaning unit:Catagory 1 for installation in zone 0/20 in accordance with Directive 2014/34/EU II 1G Ex h IIC 85 °C ... 175 °C GaII 1D Ex h IIIC T85 °C ... T140 °C DaAir driven:Air motor unit:Catagory 2 for installation in zone 1/21 in accordance with Directive 2014/34/EU II 2G Ex h IIC T4 GaII 2D Ex h IIIC T135 °C DaFlow Ratem A = 4 x Ø4.2 mm B = 2 x Ø3.8 mm LS C = 2 x Ø2.0 mm987654322345678910111213barInlet pressureRecommended operating pressure 5-8 bar1Impact Throw Length, Media DrivenmNozzles4107-015487654322345678910111213barInlet pressureA = 4 x Ø4.2 mmB = 2 x Ø3.8 mm LSC = 2 x Ø2.0 mm1ABCCleaning Time, Complete Pattern, Media driven4567891113152015ptm (pattern time minutes)min. rpm of machine bodyNozzles 4107-0156105322345678910111213barA = 4 x Ø4.2 mmB = 2 x Ø3.8 mm LSC = 2 x Ø2.0 mmInlet pressurerpmA BCImpact Throw Length, Air Drivenm876543212345678*********barNozzlesInlet pressureA = (5 rpm) 4 x Ø4.2 mmB = (5 rpm) 2 x Ø3.8 mmC = (16 rpm) 4 x Ø4.2 mmD = (5 rpm) 2 x Ø2.0 mmE = (16 rpm) 2 x Ø3.8 mmF = (16 rpm) 2 x Ø2.0 mm4107-0158ABC D E FDimensions (mm)Media Driven1687311500157.25132172Ø119Ø69112.523Ø119Air Driven1376 - 1673311200 - 1500142117340Ø119168Ø691307019.5This document and its contents are subject to copyrights and other intellectual property rights owned by Alfa Laval AB (publ) or any of its affiliates (jointly “Alfa Laval”). No part of this document may be copied, re-produced or transmitted in any form or by any means, or for any purpose, without Alfa Laval’s prior express written permission. Information and services provided in this document are made as a benefit and service to the user, and no representations or warranties are made about the accuracy or suitability of this information and these services for any purpose. All rights are reserved.200006926-3-EN-GB© Alfa Laval AB How to contact Alfa LavalUp-to-date Alfa Laval contact details for all countries are always availableon our website at 。
AS1系列指南手册说明书
AS1 SERIESINSTRUCTION MANUALCONTROLSOUT LED on receiver (RX)The yellow LED ON indicates the presence of the object into controlled area.POWER ON LED on receiver (RX)The green LED ON indicates the optimal device functioning.The fast blinking of the green LED indicates a critical device alignment. Please refer to “DIAGNOSTICS” paragraph for other indications.POWER ON LED on emitter (TX)The green LED ON indicates the correct device functioning.Please refer to “DIAGNOSTICS” paragraph for other indications.INSTALLATION MODEGeneral information on device positioning• Align the two receiver (RX) and emitter (TX) units, verifying that their distance is inside the device operating distance, in a parallel manner placing the sensitive sides one in front of the other, with the connectors oriented on the same side. The critical alignmentof the unit will be signalled by the fast blinking of the green receiver LED.• Mount the two receiver and emitter units on rigid supports which are not subject to strong vibrations, using specific fixing brackets and /or the holes present on the device lids.Precautions to respect when choosing and installing the device• Choose the device according to the minimum object to detect and the maximum controlled area requested.• In agro-industrial applications, the compatibility of light grid housing material and any chemical agents used in the production process has to be verified with the assistance of the DATASENSOR technical sales support department.• The AREA scan TM light grids are NOT safety devices, and so MUST NOT be used in the safety control of the machines where installed. Moreover the following points have to be considered:- Avoid installation near very intense and / or blinking light sources, in particular near to the receiver unit.- The presence of strong electromagnetic disturbances can jeopardise the correct functioning of the device. This condition has to be carefully evaluated and checked with the DATASENSOR technical sales support department;- The presence of smoke, fog and suspended dust in the working environment can reduce the device’s operating distance.- Strong and frequent temperature variations, with very low peak temperatures, can generate a thin condensation layer on the optics surfaces, compromising the correct functioning of the device.- Reflecting surfaces near the luminous beam of the AREA scan TM device (above, under or lateral) can cause passive reflections able to compromise object detection inside the controlled area.- if different devices have to be installed in adjacent areas, the emitter of one unit must not interfere with the receiver of the other unit.General information relative to object detection and measurement• For a correct object detection and / or measurement, the object has to pass completely through the controlled area. Testing the correct detection before beginning the process is suggested. The resolution is non uniform inside the entire controlled area. For example the resolution in the AS1-HR model depends on the scanning program chosen.CONNECTIONSAS1-HR AS1-SR AS1-HR AS1-SR1 – brown: +24 VDC +24 VDC 1 – brown: +24 VDC+24 VDC2 – white:SEL_RXNot used2 – white:SEL_TX Not used3 – blue: 0 V0 V3 – blue: 0 V 0 V4 – black: Switching output Switching output 4 – black:SYNC SYNCRECEIVER (RX):M12 5-pole connector5 – grey: SYNC SYNCEMITTER (TX):M12 4-pole connectorShielded cables are not foreseen in the standard connection.Ground connection of the two units is not necessary. If desired, this connection can be obtained replacing the screw provided in the packaging with the one indicated in the drawing, which blocks the lid of the connector side of each unit.The respect of the connection shown in the drawing, is necessary if ground connection of the entire system is requested.FUNCTIONING AND PERFORMANCESThe beam interruption due to the passage of an object inside the controlled area causes the closing of the switching output and the variation of the device analogue output signal. Small objects can be detected (reaching dimensions of only 0.5 mm) and with a reduced surface area.In particular:The switching output is always activated when at least one beam is obscured. The status variation is signalled by the yellow receiver LED that turns on.The device presents inputs (both on TX and Rx units) that consent the selection of the resolution and response time.Low response times correspond to worser resolutions and viceversa.The device does not require calibration; periodical checks of the resolution and / or measurement are however suggested.The blinking of the green receiver LED (stability function ) signals the critical alignment of the units and / or the functioning outside or near the maximum operating distance. In optimal conditions the LED remains on continuously.The two units are synchronised via cable (SYNC wire).Precarious connections or induced disturbances on the synchronism line can cause device malfunctioning or a temporary blocking.DIAGNOSTICSRECEIVER UNIT:Segnal StatusCauseActionONSwitching output.Presence of the object in the controlled area.OUT LEDOFFSwitching output.Controlled area free of objects.ONOptimal functioning. Fast blinkingCritical alignment of the unit or/and functioning closed to maximum operating distance.Slow blinkingWrong connections and/or malfunctioning.- Verify the output connections and any short-circuits.- Switch OFF and switch ON the device.- If condition persists, contact Datasensor.POWER ONLEDOFFDevice is not powered.- Verify the connections.- If condition persists, contact Datasensor.EMITTER UNIT:POWER ONLEDPROG. N°SEL_RXSEL_TXRESOLUTIONRESPONSE TIME (msec )1 0V or FLOAT 0V or FLOAT LOW 2.752 0V or FLOAT +24Vdc M/L3 3 +24Vdc 0V or FLOAT M/H 7.754 +24Vdc +24Vdc HIGH 8Resolution figure : the box indicated the area with highest resolutionPROGRAM 1PROGRAM 2PROGRAM 3 - 4Ideal for fast detection on entire controlled area, with low resolution.Ideal for fast detection on entire contolled area, with constant resolution onlimited area.Ideal for detection with high resolution on entirecontrolled area.DIMENSIONS 800-262-4332-------------------------------------------------------------------------------------------------------------------------------------------- DECLARATION OF CONFORMITYIDEC and DATASENSOR jointly declare under their sole responsibility that these products conform to the 2004/108/CE, 2006/95/CE Directives, and successive amendments.-------------------------------------------------------------------------------------------------------------------------------------------- IDEC and DATASENSOR reserve the right to make modifications and improvements without prior notification.826003450 Rev.00。
阿尔法机器人编程说明书
Alpha 1 PC软件使用说明书目录软件界面及操作-------------------------------------------------------------------------------------1登录界面--------------------------------------------------------------------------------------------2菜单栏--------------------------------------------------------------------------------------------2-5 文件--------------------------------------------------------------------------------------------2 设备------------------------------------------------------------------------------------------2-4 系统--------------------------------------------------------------------------------------------4视图-------------------------------------------------------------------------------------------------5帮助-------------------------------------------------------------------------------------------------5动作编辑区--------------------------------------------------------------------------------------6-11 音乐层---------------------------------------------------------------------------------------6-7 动作层--------------------------------------------------------------------------------------8-11动作组列表区--------------------------------------------------------------------------------------12 3D预览图区---------------------------------------------------------------------------------------12姿态编辑区------------------------------------------------------------------------------------13-16 回读---------------------------------------------------------------------------------------13-14 复位-------------------------------------------------------------------------------------------15 舵机角度微调----------------------------------------------------------------------------------16动作帧编辑区-----------------------------------------------------------------------------------17-18指令盒区----------------------------------------------------------------------------------------19-20 新动作------------------------------------------------------------------------------------------19 缺省动作----------------------------------------------------------------------------------------20编辑一个完整的舞蹈文件------------------------------------------------------------------------21-23软件界面及操作软件界面如下图：下设文件、设备、系统、视图等子菜单，界面包含动作编辑区、动作组列表、动作帧编辑区、姿态编辑区、3D预览图及指令盒等。
AIA中文手册
目录引言第一章概述1.1用AIA-2测量GIS1.1.1GIS绝缘中的缺陷1.1.2用AIA-2检测和定位GIS中的缺陷的好处第二章AIA-2仪器2.1 仪器说明2.1.1 电源和电池的充电2.1.2 内置同步单元2.1.3 和AIA-2一起供应的附件2.2 利用AIA-2菜单系统2.3 仪器参数,GIS监测时的缺省设置2.3.1 参数设置选项2.4 连续测量方式2.5 脉冲测量方式2.6 相位测量方式2.7 数据储存和记忆系统2.7.1 数据储存和记忆系统2.7.2 数据传输到带Windows终端的计算机2.7.3 数据传输到带DTN-Data软件的计算机2.7.4 用AIA-2-1记录数据第三章信号处理和工作原理3.1 信号路径流程图3.2 信号处理的要素第四章用AIA-2测量GIS4.1 准备4.2 传感器在GIS的位置4.3 缺陷定位的方法4.4 准确测量时传感器的安装4.5 测量技术/仪器操作第五章GIS测量结果的处理6.1 一般说明6.2 连续方式的结果6.3 脉冲方式的结果6.4 用DTN-Data软件进一步分析附录A AIA-2功能检查附录B 现场测量GIS时AIA-2的接地附录C 外同步信号,技术参数附录D 钢外壳的磁致伸缩和感性变压器的影响附录E DTN-Data软件手册引言本手册说明如何使用由Sintef电力研究所SefAS(以前的挪威电力研究所-EFI)开发的、TransNor As制造的AIA-2仪器AIA-2用来检测GIS中各种类型的缺陷，例如颗粒和局部放电，以及检测其它类型的设备例如电缆终端中的局部放电。
AIA-2使用的方法称为AE（声发射）的声测法，它安装在外壳上的压电型传感器或用“手持棒”测量运行中的部件。
这本用户指南分为3个主要部分：●第1、2、3章说明AIA-2仪器，如何使用菜单和它的各种特点。
●第4、5章说明如何测量GIS。
●第6和第7章说明如何进一步分析仪器得到的测量结果，这两章包含许多用AIA-2仪器得到的测量数据的实例，供使用者参考。
阿尔法拉瓦尔AlfaBlue Junior AG XG产品说明书
• Product description• Product labels• Unpacking & lifting• Installation• Maintenance• Spare parts ORIGINAL INSTRUCTIONSIndex1. Important information1.1 Disclaimer (3)1.2 Intended use (3)1.3 Where to find product information (3)2. Product description2.1 General information and application (4)2.2 Standard configuration (4)2.3 Options (4)2.4 Code description (5)3. Product labels (5)4. Unpacking and lifting4.1 Packing (8)4.2 Shipping dimensions (8)4.3 Feet mounting for vertical airflow (9)4.4 Lifting from above (10)5. Installation5.1 Mounting dimensions (11)5.2 Concrete mounting base (17)5.3 Vibration dampers (17)5.4 Expansion joints (18)5.5 Switch on/off (option SW) (18)5.6 Switchboard fan speed control (option FP) (19)5.7 Installation layout guideline (19)5.8 Electrical connections (20)6. Operation6.1 Start-up procedure (21)6.2 Shutdown (21)7. Maintenance7.1 Fan replacement (22)7.2 End covers (22)8. Spare parts (23)1 Important information1.1 DisclaimerThis Instruction Manual applies to all Alfa Laval AlfaBlue Junior AG condensers and XG gas cool-ers and is supplied in combination with the Alfa Laval air cooled condensers & gas coolers Product Manual AHE00049. Both manuals must be carefully examined and instructions should be followed up at all times. Alfa Laval does not accept liability for any damage resulting from non-compliance to the instructions as given in the manuals and order-related documents.1.2 Intended useCondensers and gas coolers are partly completed machinery according to Machine Directive 2006/42/EC and intended for incorporation in cooling systems. Declarations of Incorporation are available on . The units may not be put into operation until the conformity of the complete machine or cooling system has been declared according to the following standards and directives:• Pressure Equipment Directive 2014/68/EU• Machine Directive 2006/42/EC• Low Voltage Directive 2014/35/EU• Electrical Equipment of Machines IEC 60204-1• Electro Magnetic Compatibility 2014/30/EU• Any applicable local or national legislation1.3 Where to find product informationDetailed technical data for individual product models are available in order related documents, on the product label and in product data sheets. Comprehensive technical information for all Alfa Laval air heat exchanger products is available on-line on . This includes:• Product manuals• Instruction manuals• Product leaflets & brochures• Product data sheets (selection software)• Dimensional drawings• Electrical wiring diagrams• CertificatesAlfa Laval offers world-wide service and support in over 55 countries. In case of any questionsor uncertainty please contact your local Alfa Laval representative. Contact addresses are available at .AlfaBlue Junior AGAlfaBlue Junior XG2 Product description2.1 General information and applicationAlfaBlue Junior is a competitive condenser (AG) and gas cooler (XG) line that offers excellent per-formance, allowing easy installation on site and an outstanding integration with other components. High efficient fan motors combine excellent sound characteristics and low energy consumption. AlfaBlue Junior AG condensers can be used in commercial refrigeration and HVAC installations. AlfaBlue Junior XG gas coolers have been specifically designed for CO2 refrigerant systems.• AG condensers suitable for all HFO/HFC refrigerants.• AG capacity range (SC2): 5.6 up to 260 kW.• XG capacity range: 3.2 up to 230 kW(air temp. = 35°C, CO2 at 90 bar, gas temp. in/out = 120/38°C)2.2 Standard configurationFinned coil:Innovative coil design manufactured from Cu tubes (K65 for XG) and aluminium turbo fins. Standard fin spacing 2.1 mm. Each heat exchanger is leak tested with dry air (nitrogen for XG) and finally supplied with a nitrogen pre-charge.Model Design pressure Test pressure AlfaBlue Junior AG(H)33 (45) bar47 (65)barAlfaBlue Junior XG120 bar172 barConstruction:Patented coil frame design allowing thermal expansion and offering protection against vibration. Corrosion resistant casing material, powder coated RAL9002. Separated fan sections.Fans:High efficiency AC or EC fans and low power consumption. Available in 3 fan diameters 350, 500 and 630 mm, different power supplies (230/50-60/1, 400/50/3, 480/60/3) and four noise levels. Protection class IP 54 according to DIN 40050.AC motors are fitted with integrated thermo contacts to provide reliable protection against thermal overload (terminals in the box).2.3 Options• Switch on/off (SW)• Connection box for electrical power connection (CB)• Fan speed control 230/1 and 400/3 (FP)• Coil options:- Epoxy coated aluminium fins (EP)- Seawater resistant aluminium AlMg fins (SWR)- Copper fins (CU)- F-coat treatment (FC)- Industrial fins (IF)- Fin spacing 2.5 mm. Other fin spacings on request.• Vibration dampers (VD)• End covers (CV)• Mounting feet kit for vertical airflow• Stainless steel header tubes for on-site welding connections (XG only)2.4Code descriptionAGHS(E)352.2ASH/VBO*-AL 2.1CU R410A*123456789101112131415161 AlfaBlue Junior (AG=condenser, XG=gas cooler)2 High pressure range for R-410A (AG only: blank=default, H=R410A)3 Sound level/fan code (S=standard, L=low, Q=quiet, R=residential, E=EC fan motor)4 Fan diameter (35=350, 50=500, 63=630 mm)5 Number of fans (1 to 6)6 Version number7 Tube rows code (A, B, C)8 No. of phases (S=1, D=3)9 Units are suitable for both horizontal and vertical airflow (mounting feet kit required for vertical airflow setup).10 Packing (BO=box, CR=crate)11 Options12 Fin material (AL=aluminium, IF=industrial fins, SWR=AlMg, CU=Copper, EP=epoxy coated aluminium, FC=F-coat)13 Fin spacing (2.1, 2.5 mm)14 Tube material (AG: CU=copper, XG: K65=copper K65)15 Refrigerant (for H-execution only)16 Options3 Product labels2. Fan motorFan motor item number.1. Electrical warningElectrically powered component. Switch off power supply before any maintenance or instal -lation activity.3. Fan directionSticker indicates fan rotation direction.4. EuroventSticker is applied when the product is included in the Eurovent Certify All program.5. Product labelModel Refer to paragraph "Code6. Product label - coilModel Refer to paraghraph "Code ************** CU PED Category I PL EUnit Net Weight 146 Kg ±5%Motorfan data3~400V-480V E X A M11. Hot surfacesDanger of burns. Wear adequate protection.7. & 8. In/OutRefrigerant connections inlet and outlet.9. Moving partsWarning: moving parts.Switch off power supply before any mainte -nance or installation activity.10. GroundingIt is mandatory to ground the unit. The yellow/green grounding wire must be left longer than the others, to ensure that it is the last one to be detached from the terminals in the event of the cable being pulled off.4 Unpacking and liftingAlways follow guidelines and instructions as given in the air cooled condensers & gas coolers prod -uct manual AHE00049.4.1 PackingAll units are packed and shipped in horizontal airflow position. AlfaBlue Junior 351, 352, 353, 501 and 502 units are mounted on a wooden pallet and covered with a sturdy cardboard box. All other models are mounted on a wooden pallet, wrapped with plastic foil and covered with an open crate.Handling can take place with use of a forklift. Heat exchangers can be stacked during storage. (max. 2 units).351, 352, 353501, 502Other models max. 1All units are packed and shipped in horizontal airflow position. For setup with vertical airflow, the mounting feet (kit) must be mounted priorto installation. For this purpose the unit must be lifted and tilted 90° onto supports. Use supports for each mounting foot position. The supports must span the full casing width to avoid damageto the finned coil.Loosen fixing bolts and remove all mountingprofiles. For AG/XG 630 models, also removethe lifting lugs positioned on the opposite casingside.Replace all mounting profiles with the suppliedmounting feet. Mounting feet should be fitted onboth sides of the casing at all vacant mountingfeet and lifting lug positions.With all mounting feet in place, the unit is readyfor further positioning and installation.4.3Feet mounting for vertical airflowTotal amount of lifting points (identical for both horizontal and vertical airflow models)351, 501, 631:4 lifting points352, 502, 6324 lifting points353, 503, 633:4 lifting points504, 634: 6 lifting points635: 8 lifting points636: 8 lifting pointsAlfaBlue Junior heat exchangers can be lifted from above. For models with 2 or more fans the use of a hoisting beam is required. AG/XG63 models are supplied with lifting lugs. For other models eye bolts must be fitted on all lifting points.Attach belts or hooks to the lifting point. Respect the allowable chain angles. The load on the lift -ing chains shall be equally distributed on all the lifting points.For all heat exchanger models it is mandato-ry to use all indicated lifting positions during any lifting operation.4.4 Lifting from aboveM8 eye bolts to be fitted onAG/XG 35/50 models(not provided)5 InstallationAlways follow guidelines and instructions as given in the air cooled con -densers & gas coolers product manual AHE00049.5.1 Mounting dimensionsDrawings showing all required mounting andrefrigerant connection dimensions are available for download on .Mounting dimensions model 351, 352, 353 - Horizontal airflowDimensional drawings1813 ±517702020 ±101420 ±1011701213 ±54322Ø14FRONT VIEW570820 ±10613 ±5529 ±5345390Side view (all models)Mounting profileMounting dimensions model 351, 352, 353 - Vertical airflow294600 ±105555483528Ø12TOP VIEWSide view (all models)Mounting profile820 ±10570598 ±51420 ±1011701198 ±52020 ±1017701798 ±5Side view (all models)Mounting profile1204 ±10500105711024560Ø16TOP VIEWSide view (all models)Mounting profile5.3 Vibration dampersFor active and passive isolation of vibrations and reducing noise transmission, Alfa Laval strongly recommends the installation of vibration damp-ers. Installation of vibration dampers must be carried out before positioning the unit. Vibration dampers are to be positioned between the unit feet and the mounting base with the supplied M10 screws.ModelTotal nr. of vibration dampers351, 352, 353,501, 502, 503631, 632, 6334504, 6346635, 63685.4 Expansion jointsAlfa Laval recommends the installation of expan-sion joints on both inlet and outlet connections. Expansion joints are elastic elements which, if properly installed, absorb the thermal expan-sions of the tubing. Expansion joints are alsohelpful in order to reduce vibrations in the piping.Picture shows an installation example using threaded bar, nut, grower washer, washer and locknut (not supplied).This way vibration dampers can be used tomake the cooler level adjusting the locknut. This is particularly useful with long units or irregular basement.5.5 Switch on/off (option SW)If switch on/off (SW) is selected, the default positioning is for horizontal airflow installation. The cover design is such that it can be used both for horizontal and vertical airflow installation. To adjust the switch positioning to the actual positioning on site: unscrew the cover fixing screws, turn it as shown and replace fixing screws.5.6 Switchboard fan speed control (option FP)If fan speed control (FP) is selected, the default positioning of the switchboard is for vertical air-flow installation. For application with horizontal airflow, unscrew switchboard cover and remount in position as indicated below. The cover plate should always be positioned horizontally to protect the electrical components.5.7 Installation layout guidelineEnsure installation is such that the following conditions are met:• Place the unit outdoor, so that it can be monitored and controlled from all sides at all times.• Ensure that sufficient space is available for maintenance.• Verify the structures supporting capacity regarding the weight of the unit(s), including refrigerant.• As a rule of thumb the (unrestricted) air-inlet surface area should at least equal the coil surface5.8 Electrical connectionsThe following data determine which connection diagram is to be selectedand respected for electrical installation:• Heat exchanger model indication• Fan motor type• Electrical optionsElectrical connection diagrams are available for download on. When in doubt always contact your local Alfa Lavalrepresentative for assistance.Electrical connections Contact Alfa Laval to determine optimal unit spacing for specific conditions on site.Special care should be taken in particular installations such as:• When installation site is subjected to strong winds.• When walls or other obstructions with different configuration than the ones shown in the previ-ous pictures are present on site.• When severe environmental loads are likely to affect to the unit.6 Operation6.1 Start-up procedureThe following procedure is to be respected at every system start-up.• Verify there are no leaks in the refrigerant circuit and connections.• Switch on fan power supply.• Start the fans and verify fan direction.• After some operating time, verify that current absorbtion does not exceed the value as given in the technical specifications.6.2 ShutdownIf the unit requires emptying for maintenance, system shutdown or dismounting, proceed as follows:• Stop refrigerant supply and switch off electrical power supply.• Make sure neither refrigerant nor power supply can be resumed accidentally or unexpectedly.• Drain all liquid refrigerant into a suitable vessel.• Evacuate the coil to remove any remaining refrigerant gas.7 MaintenanceEnsure complete electrical isolation before performing any maintenance activity and always fol -low guidelines and instructions as given in air cooled condensers & gas coolers product manual AHE00049. Disconnect fan cabling.Unscrew fixing bolts and remove old fan.Mount new fan assembly in identical position. Remount fasteners. Use an anti-corrosion coat -ing like Geomet or comparable when remounting the fixing bolts.Restore electric connection.Check for the correct fan rotation.7.2 End coversEnd covers can be removed for inspection,cleaning and maintenance purposes. To removeend covers, loosen fixing bolts.Alfa Laval AnytimeSpare parts for AlfaBlue JuniorSpare parts can be selected and ordered in the online eBusiness tool Alfa Laval Anytime. If required please contact your local Alfa Laval representative for assistance.8 Spare parts②①③⑥⑤⑦④。
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MiCOM M/PX20用MiCOM S1V2目录1．适用于MiCOM M/PX20系列产品的 MiCOM S1V2 (3)2. MiCOM M/PX20系列产品的整定和记录 (4)2.1 菜单和工具栏 (5)2.1.1 菜单功能 (5)2.1.2 工具栏 (10)2.2 如何使用M/PX20 S&R (11)2.2.1从IED中获取、修改已有的整定文件 (11)2.2.2下载编辑过的整定文件至IED (12)2.2.3 生成新的IED整定文件 (12)2.2.4获取并保存IED整定文件 (13)2.2.5打印IED整定文件 (13)2.2.6从 IED中获取事件记录 (13)2.2.7打开 IED中的事件记录 (13)2.2.8过滤 IED中的事件记录 (14)2.2.9从 IED中提取故障录波 (14)2.2.10 将 IED中的故障录波存储在PC机的硬盘 (14)2.2.11 激活IED中的定值组 (15)2.2.12 设置IED的日期和时间 (15)3. MiCOM M/PX20系列产品的监控 (16)3.1 菜单和工具栏 (16)3.1.1菜单功能 (16)3.1.2如何使用M/PX20测量菜单 (19)1．适用于MiCOM M/PX20系列产品的 MiCOM S1V2 针对MiCOM M/PX20系列产品的 MiCOM S1V2给用户提供了两类不通的操作功能。
•Settings & Records（整定和记录）•Monitoring （监控）进入不同的功能仅需点击移动鼠标并单击相应图标。
2. MiCOM M/PX20系列产品的整定和记录单击进入MiCOM M/PX20的整定和记录。
整定模块允许你通过MiCOM M/PX20产品的前面板通讯口与其相联，并获取和编辑它的整定文件，然后再将该文件传回MiCOM M/PX20产品。
尽管每种MiCOM M/PX20产品的整定都不同，该模块还是以统一的风格提供给用户所有的信息。
显示定值的允许范围和步长。
注：对于通过背板Kbus/Courier通讯口联接的MiCOM PX20系列的某些继电器。
请参照查询号为S1 V24/FR HI/A11的文件的说明操作S1软件。
2.1 菜单和工具栏2.1.1 菜单功能M/PX20 S&R菜单有4项主要功能•File （文件）•View （查看）•Device（装置）•Tools （工具）•Help （帮助）当打开一个整定记录时，会有另外的两个菜单出现•Edit （编辑）•Window （窗口）2.1.1.1 File菜单New（新建）显示New Setting File窗口，使你可以新建一个整定文件。
Open（打开）显示现存整定文件的对话框，使你可以编辑一个现存的整定文件。
Settings File….（整定文件）显示Open Settings File对话框，使你可以打开一个应用过的整定文件。
Events File….（事件文件）显示Open Events File对话框，使你可以打开一个事件文件。
Error Log（错误记录）显示Open Error Log对话框，使你可以打开一个错误记录文件。
Close（关闭）关闭当前文件。
Save & Save as（存储和存储为）保存整定文件。
Print（打印）打开打印对话框。
Print Setup（打印设置）显示页面设置，是你可以修改边界（top, bottom, left, right）和计量单位（cm或inches）。
Exit（退出）推出程序。
2.1.1.2 View菜单Toolbars（工具栏）显示/隐藏工具栏Status Bar（状态栏）显示/隐藏状态栏2.1.1.3 Device菜单Communications Setup…（通讯设置）显示“Local Communications Setup”对话框，使你可以选择并配置通讯设置。
Open Connection…（打开联接）显示“打开联接”对话框，使你在输入的地址处找到联接的装置。
2.1.1.4 Tools菜单Compare Settings File（比较整定文件）将当前定值与那些兼容装置的定值文件进行比较。
（如：P122与P123）Convert Settings File（转换整定文件）将一种继电器的定值转换为另一种兼容继电器的定值（如：P123, V4→P123, V5或P122,V4→P123,V4）。
2.1.1.5 Help菜单Help Topics（帮助主题）显示整定和记录帮助目录表。
About Module…（关于模块）显示模块的版权及信息版本。
2.1.1.6 Edit菜单Undo（撤销）撤销最后一次操作。
快捷方式为Ctrl＋Z。
Copy（复制）复制所选择的数据并把它放在剪帖板上。
快捷方式为Ctrl＋C。
Paste（粘贴）剪帖板上的数据可被粘贴进Word、Excel、文档或其他形式的文件中。
2.1.1.7 Window菜单Cascade（层叠）使窗口重叠排列。
Tile Horizontally（平行排列）使窗口不相重叠，平行排列。
Tile Vertically（纵向排列）使窗口不相重叠，纵向排列。
Arrange icons（纵向排列）将图标排列在窗口底部。
2.1.2 工具栏New（新建）根据继电器型号产生一个新的整定文件。
Open（打开）打开一个现存的整定文件。
Save（存储）存储当前的文件。
Copy（复制）复制所选择的数据并把它放在剪帖板上。
Paste （粘贴）功能未被激活。
Print （打印）显示窗口打印对话框，使你可以打印当前图表。
Help （帮助）显示程序信息，版本号和版权。
2.2 如何使用M/PX20 S&RM/PX20 S&R模块的主要功能包括：•从IED中获取、修改和下载已有的整定文件•生成新的IED整定文件•获取和储存IED的默认整定文件•打印IED整定文件•从IED中获取、打开和过滤事件记录•从IED中获取和存储故障录波•设置IED定值组•设置IED的日期和时间2.2.1从IED中获取、修改已有的整定文件1.打开磁盘上的所需整定文件或从装置中取得。
2.单击左边窗格内的定值组（Setting Group），定值组内含有需要修改的定值。
定值组内的定值在右窗格内显示。
3.双击要修改或突出显示的定值，将会出现相应的对话框。
4.根据要求修改定值。
单击Help菜单可以得到相关的帮助。
5.单击OK以接受新的定值。
该定值旁的Edited栏内会有出现表示已被修改。
6.当完成所有定值修改后存储文件。
Save a setting file（存储整定文件）若要将整定文件按照源文件的名字存盘，选择File菜单中的Save。
Save a setting file with a new name or in a new location（按照新的名字存储整定文件或存储在新位置）1.选择File菜单中的Save as，将会出现存储整定文件的对话框。
2.在Filename框内输入新的文件名。
3.若需要的话编辑Header区。
4.单击Save键存储文件。
2.2.2下载编辑过的整定文件至IED1.从装置中获取整定文件或打开磁盘上的整定文件，若需要的话编辑该文件。
2.和要下载定值的IED见建立联接。
3.在Offline和Online窗格都打开的情况下，发送定值文件个IED方法如下：-在Device菜单中选择Send To 【device name】-【device name】就是所要下载整定文件的对应IED的名称2.2.3 生成新的IED整定文件1.选择File菜单中的New…，将出现New Settings File对话框。
2.选择DeviceType下拉菜单中的M/PX20的型号。
所有M/PX20产品的型号都在此下拉菜单中。
注：如果有相同的型号出现，Header框中将给出版本号和其他的识别信息。
同时，相应的Language Radio Button将被激活，显示该文件的语言类型。
3.如果支持一种以上语言，则相应的Language按钮将会被激活。
按此按钮选择需要的语言。
4.单击Open按钮。
将会生成一个根据所选型号而形成的新的整定文件。
2.2.4获取并保存IED整定文件1.打开一个联接。
2.选择Device菜单中的Extract Settings File。
3.选择File菜单中的Save。
文件名为<>.set或选则Save as从而给文件一个新的名字。
4.在Filename域内键入你想生成的缺省整定文件的名字。
5.在Header域内键入任何相关信息。
6.单击Save按钮。
Note：这个操作将比其他的存储操作给为耗时。
因为在这个操作过程中字符串和定值都是直接从IED中获取和存储的。
2.2.5打印IED整定文件1.选择File菜单中的Print Setup。
将会出现Windows的Print Setup对话框。
2.选择File菜单中的Print或单击按钮。
3.按F1键或按钮获取相关帮助。
2.2.6从 IED中获取事件记录1.Open与要获取事件记录IED的联接。
2.选择Device菜单中的Extract Event。
3.将会出现Save对话框。
4.输入你想输入的文件名然后单击OK按钮。
将出现一个进程框，显示操作进程。
一旦存储过程结束。
EventRecords对话框将会再次出现同时获取的记录的类型也变为1。
2.2.7打开 IED中的事件记录1.选择File菜单中的Open an Event File，将出现Open an Event File对话框。
2.在对话框中选择相应的目录，并选中要打开文件。
单击Open按钮后就打开了所选择的事件记录文件。
2.2.8过滤 IED中的事件记录1.打开一个事件记录或从装置中提取事件记录。
2.选择Edit菜单中的Event Filter。
将会出现Event Filter对话框。
3.该对话框的缺省设置是选择所有的事件类型。
所以单击你不想显示的事件记录前的检查框，将它变为未被选择状态。
4.单击OK。
事件窗口将只显示选择过的事件记录。
2.2.9从 IED中提取故障录波1.打开与所要提取故障录波的IED的联接。
2.选择Device菜单中的Extract Disturbance。
将会出现DisturbanceRecords对话框，显示装置中的故障录波。
3.单击Extract按钮，将出现Extract a Disturbance File对话框。
4.在对话框中选择要存储的目录，并在Filename域内键入所要给故障录波起的名字。
5.单击Save按钮。
一旦提取故障录波完成，录波的唯一代码将被改变。