T型过滤器说明书中文
T型过滤器STT型过滤器
过滤器>>T型过滤器>>T型过滤器产品名称：T型过滤器产品型号：ST34产品口径：DN150-500产品压力：0.6~10.0Mpa产品材质：铸钢、不锈钢、合金钢等产品概括：生产标准：国家标准GB、机械标准JB、化工标准HG、美标API、ANSI、德标DIN、日本JIS、JPI、英标BS生产。
阀体材质：铜、铸铁、铸钢、碳钢、WCB、WC6、WC9、20#、25#、锻钢、A105、F11、F22、不锈钢、304、304L、316、316L、铬钼钢、低温钢、钛合金钢等。
工作压力1.0Mpa-50.0Mpa。
工作温度：-196℃-650℃。
连接方式：内螺纹、外螺纹、法兰、焊接、对焊、承插焊、卡套、卡箍。
驱动方式：手动、气动、液动、电动。
产品详细信息T型过滤器主要技术参数:适用的物料有：①化工、石油化工生产中的弱腐蚀性物料，如：水、氨、油品、烃类等。
②化工生产中的腐蚀性物料，如：烧碱、纯碱、浓稀硫酸、碳酸、醋酸、酯酸等。
③制冷中的低温物料，如：液甲烷、液氨、液氧和各种冷剂。
④轻工食品、制药生产中卫生要求的物料，如：啤酒、饮料、乳制品、粮浆医药用品等。
⑤各种特殊工艺的高效精密过滤器等。
工作温度（℃）：碳钢：-30~380℃，不锈钢：-80~450℃。
工作压力（MPa）：0.6~5.0MPa。
壳体材质：A3、SS304、SS304L、SS316、SS316L、衬PP、H62等。
密封材质：耐油石棉橡胶、丁腈橡胶、聚四氟乙烯。
粗过滤滤芯材质：滤框滤网均为不锈钢。
过滤滤芯材质：钛合金烧结滤芯，不锈钢折叠滤芯、聚四氟折叠滤芯、聚丙烯折叠滤芯、金属纤维烧结管毡、陶瓷。
法兰标准：HG20592~97PN1.0当客户需用GB、SH、HGJ、JB或ANSI、JIS等标准或改变压力等级时，请在订货合同中注明。
T型过滤器制造、检测标准：执行GB150标准壳体材质碳钢不锈钢滤芯材质不锈钢工作温度（℃）-30~380-80~450<<阀门采购流程及注意事项>>：1、询价应当找专业符合阀门产品的厂家，尽量找有实力的品牌或合作过的厂家，避免技术不成熟、价格昂贵、质量不过关、货期时间长。
特殊管件中英文对照
管道特殊件Piping Specialty1.7.1 管道特殊件（组件）粗滤器strainer过滤器filter临时粗滤器（锥型）temporary strainer (cone type)y 型粗滤器y-type strainerT型粗滤器T-type strainer永久过滤器permanent filter丝网粗滤器gauze strainer洗眼器及淋浴器eye washer and shower视镜sight glass阻火器flame arrester喷嘴；喷头spray nozzle取样冷却器sample cooler消 声 器silencer膨胀节expansion joint波纹膨胀节bellow expansion joint单波single bellow双波double bellow多波multiple bellow压力平衡式膨胀节pressure balanced expansion带铰链膨胀节hinged expansion joint轴向位移型膨胀节axial movement type expansion joint 自均衡膨胀节（外加强环）self-equalizing expansion joint 带接杆膨胀节tied expansion joint万向型膨胀节universal type expansion joint球形补偿器ball type expansion joint填函式补偿器slip type (packed type) expansion joint单向滑动填料函补偿器single actionpacked slip joint1.7.2 管道特殊元件Piping Special Element软管接头hose connection (HC)快速接头quick coupling金属软管metal hose橡胶管rubber hose挠性管flexible tube鞍形补强板reinforcing saddles补强板reinforcement pad特殊法兰special flange漏斗funnel排液环drip ring排液漏斗drain funnel插板blank垫环spacer8字盲板spectacle blind; figure 8 blind限流孔板restriction orifice爆 破片rupture disk法兰盖贴面protective disc费托立克接头victaulic coupling1.8 端部连接End Connection法兰端flanged end坡口端beveled end (BE)对焊端butt welded end平端plain end (PE)承插焊端socket welding end螺纹端threaded end (TE)承口bell end焊接端welding end法兰连接（接头）flanged joint对焊连接（接头）butt welded joint螺纹连接，管螺纹连接threaded joint, pipe threaded joint 锥管螺纹密封焊连接seal-welded taper pipe threaded joint 承插焊连接（接头）socket welded joint承插连接（接头）bell and spigot joint环垫接头ring joint (RJ)万向接头universal joint软钎焊连接（接头）soldered joint搭接接头，松套连接lapped joint外侧厚度切斜角bevel for outside thickncss内侧厚度切斜角bevel for inside thickness内外侧厚度切斜角bevel for combined thickness法兰式的flanged (FLGD)对焊的butt welded (BW)螺纹的threaded (THD)承插焊的socket welded (SW)小端为平的small end plain (SEP)大端为平的large end plain (LEP)两端平both ends plain (BEP)小端带螺纹small end thread (SET)大端带螺纹large end thread (LET)两端带螺纹both end thread (BET)一端带螺纹one end thread (OET)支管连接branch connection焊接支管branch pipe welded directly to the run pipe。
1寸T型过滤器技术规格书
目录概述--------------------------------------------------------------------------4 型号对照表------------------------------------------------------------------4 技术参数表------------------------------------------------------------------5 外型尺寸---------------------------------------------------------------------6 安装尺寸---------------------------------------------------------------------7 安装说明---------------------------------------------------------------------9 清洗说明---------------------------------------------------------------------9 出厂合格证------------------------------------------------------------------10 RoHS认证-------------------------------------------------------------------11 设备分解图------------------------------------------------------------------12概述“ T”手动过滤器是AMIAD公司新开发的一种过滤器，根据滤网尺寸多样，过滤器的过滤精度可达500－22微米。
外面的污水通过进水管自内而外通过滤网，水通过滤网由内至外流出时杂质积累在滤网的内表面，并引一定的水头损失。
Parker 12AT 50AT、80AT 80UT系列转动过滤器说明说明书
212AT/50AT80AT/80UT SeriesSpin-On FiltersApplications for Spin-On Filters• Mobile Equipment • Hydrostatic Drives • Industrial Power Units • Reservoir BreathersMounting•for flexibilityGauges/Switches • Identifies element condition during operation• No mess, oil is contained inside • Easy to handle • Single anddouble length filters for longer lifePorts• Both NPT and SAEstraight thread connections available. SAE Code 61 Flange on 80AT.Interchangeability • Parker canisters fit manycompetitors' heads. Contact Hydraulic & Fuel Filtration Division, search the Par<>Fit Toolkit at , or download our app.Parker’s latest range of Spin-On filter technology provides users withreliable performance in a lightweight, compact and cost effective package. These solutions provide protection to critical system components in a variety of low pressure applications.In addition to increased flow rates, Parker has expanded the product family to include new filter head configurations and flanged porting along withconsistency in filter element condition options.Recognized as a leader in product quality, Parker applies the latest in designand manufacturing techniques to deliver on our promise.Spin-On filters can be used in suction and return line filterapplications with pressures to 150 psi (10.3 bar).Improving system fluid cleanliness levels, providing better cold start performance and meeting service interval expectations are the primary objectives in the AT/UT series design. Parker filters utilize several types of filtration media to meet the demanding requirements of today’s applications.• Cellulose MediaThe original and most common media is made of naturalfibers. These twisted fibers are larger and more irregular than synthetic fibers — creating more resistance to flow or pressure drop.• Synthetic MediaThese man-made glass fibers are very uniform in size and shape — creating the least possible resistance to flow and providing improved efficiency to protect sensitive controls. • Par-Gel MediaA highly absorbent copolymer laminate with an affinity for water — allows hydraulic or lubrication fluid to pass freely but water is bonded to the media and forever removed from the system.312AT/50AT/80AT/80UT SeriesPerformanceFlow vs. Pressure LossLPM GPMP S I DB A R12AT -1 AssemblyLPMGPMP S I DB A R12AT -2 Assembly1086420LPM GPMP S I DB A R50AT -1 Assembly30252015105LPMGPMP S I DB A R30252015105LPMGPMP S I DB A R80AT -1 Assembly80UT -1 Assembly1086420LPM GPMP S I DB A R50AT -2 Assembly161412108642GPMP S I DB A RLPM181614121086420GPMP S I DB A R LPM80UT -2 Assembly80AT -2 AssemblyInstallation and Specification DataPressure Rating:Maximum AllowableOperating Pressure (MAOP): 150 psi (10.3 bar)Design Safety Factor: 2.5:1Operating Temperatures:-40ºF to 225ºF (-40ºC to 107ºC)Canister Collapse Rating:100 psid minimumCanister Condition Indicators:Gauge: Color coded 15/25 psi Gauge: Color coded vacuum Pressure Switch: Normally open 20 +/- 2 psi 5 Amps @ 24 VDC Vacuum Switch: Normally open 5" +/- 1" Hg 1.0 Amp @ 120 VAC Filter Material: Head: AluminumCanister: Low Carbon Steel Shipping Weights (approximate):Single length: 1.6 lbs.Double length: 2.7 lbs.Drawings are for reference only. Contact factory for current version.Spin-On FiltersLinear Measure: millimeterinchThread DepthDia 4Spin-On FiltersPressure Rating:Maximum AllowableOperating Pressure (MAOP): 150 psi (10.3 bar)Design Safety Factor: 2.5:1Operating Temperatures:-40ºF to 225ºF (-40ºC to 107ºC)Canister Collapse Rating:100 psid minimumCanister Condition Indicators:Gauge: Color coded 15/25 psi Gauge: Color coded vacuum Pressure Switch: Normally open 20 +/- 2 psi 5 Amps @ 24 VDC Vacuum Switch: Normally open 5" +/- 1" Hg 1.0 Amp @ 120 VAC Filter Material: Head: AluminumCanister: Low Carbon Steel Shipping Weights (approximate):Single length: 3.9 lbs.Double length: 4.8 lbs.Installation and Specification DataDrawings are for reference only. Contact factory for current version.Linear Measure: millimeterinch127.805.0357.152.2529.201.1525.401.005DiaInstallation and Specification DataPressure Rating:Maximum AllowableOperating Pressure (MAOP): 150 psi (10.3 bar)Design Safety Factor: 2.5:1Operating Temperatures:-40ºF to 225ºF (-40ºC to 107ºC)Canister Collapse Rating:100 psid minimumCanister Condition Indicators:Gauge: Color coded 15/25 psi Gauge: Color coded vacuum Pressure Switch: Normally open 20 +/- 2 psi 5 Amps @ 24 VDC Vacuum Switch: Normally open 5" +/- 1" Hg 1.0 Amp @ 120 VAC Filter Material: Head: AluminumCanister: Low Carbon Steel Shipping Weights (approximate):Single length: 11.3 lbs.Double length: 13.0 lbs.Drawings are for reference only. Contact factory for current version.Dual Spin-On FiltersLinear Measure: millimeterinchNPT Integral ThreadsGauge Port (4 places)Torque to 2-3 turns from finger tight6Ports (Both Ends) Integral Threads+1DANGER!Read and followall safety instructions.Failure to do so could resultin serious bodily injury ordeath.2. Turn off power supply topumping unit.3. Tag pumping unit out ofservice for filter change.4. Remove the old filter, whilecollecting all spilled fluid.Dispose of the old filter inaccordance with local, stateor federal regulations.5. Apply a thin film oflubricating oil to the gasketof the new filter.6. Thread new filter on the flowadapter or manifold untilthe gasket makes contact.Tighten according to filterlabel.7. Turn on fluid supply.8. Pressurize the system andcheck for leaks.WARNING! A pressuredifferential indicator mustbe installed for any systemcapable of generating morethan 25 psid across the filter.2. Filter unit must be installedusing a suitable mountingdevice or rigid piping.3. Filter unit must be installedwith flow in proper direction.4. Filter should be inspectedevery six months andchanged annually when slowflow occurs.5. Water absorbing filters- when the differentialpressure reaches 20-25 psidthe filter could be pluggedwith water and shouldbe immediately replaced.Failure to replace couldresult in internal filter ruptureresulting in water downstream.Spin-On Filters8Return Line Applications1. 25 lb bypass in flow adapterrecommended.2. Filter unit must be installedin the circuit just before thereservoir. DO NOT use ashutoff valve in the returnline for the filter that is beingchanged. A check valve isacceptable.3. Filter unit must be sizedto accept the total flowduring discharging from thecylinders and actuators.Suction Side Applications1. 3-5 lb bypass in flowadapter recommended toprevent pump cavitation.2. A vacuum gauge isrecommended to monitorfilter condition.3. Cavitation of the pump canbe a problem with the filteron the suction line. Alwaystry to minimize restriction byover sizing the filter, or byusing a microglass media.6. If water stoppage issuspected, remove the waterabsorbing filter and pour thecontents in a jar. If fluid iscloudy or water separates inthe jar, the filter is most likelyplugged with water. If wateris excessive in the jar it maybe necessary to have thetank cleaned or drained priorto further use.Spin-On FiltersAccessory Parts ListIndicating Pressure Gauge (15 PSI)Indicating Pressure Gauge (25 PSI)Pressure Switch1/8-27NPTF Vacuum Switch Linear Measure: millimeterinch1/8 NPTSeals IncludedIndicating Vacuum Gauge9Spin-On FiltersReservoir BreatherSizingSelect the proper size canister for the maximum rate of reservoir draw down or air exchange rate. As a rule of thumb, clean pressure drop should be limited to 0.18 psid (5" H 2O).A pipe flange, weld collar, etc. may be used to connect the adapter kit to the reservoir. Make sure that air is not able to leak around the adapter. When mounting on the side of the reservoir, make sure the installation is above the surface of the fluid.Recommended canister change out is after 500 hours of operation.More frequent replacement may be required when operated in heavily contaminated areas such as grinding operations, primary metal mills, and on mobile equipment. Under such conditions, increase replacement frequency to every 250 hours.* 99% Removal efficiency for particles larger than the stated size in air.Graphs are for 03C canisters only. Total pressure drop across canister, adapter, and pipe may be found by adding pressure drops below:+ 1.5% for each inch of 12AT adapter or 3/4" pipe used.+ 3.0% for each 3/4" elbow used.+ 1.0% for each inch of 50AT adapter or 1-1/4" pipe used.+ 2.0% for each 1-1/4" elbow used.Typical Installations mounted on side or top of reservoirAllow 1.25" for canisterremoval clearanceLinear Measure: millimeterinch1012AT/50AT/80AT/80UT SeriesSpin-On FiltersHow T o OrderSelect the desired symbol (in the correct position) to construct a model code.Example:Notes:1. Selecting 80AT or 80UT in Box 1 requires the selection of “G” in Box 6 and “H” in box 8.2. Nominal flow rates for single length filters: 12AT - 12GPM; 50AT - 35 GPM; 80AT/80UT - 55 GPM.Replacement Canisters11Aerospace Filtration Division Greensboro, North Carolina 336 668 4444Bioscience & Water Filtration Division Bioscience Filtration Oxnard, California877 784 2234Water PurificationCarson, California310 608 5600Engine Mobile Aftermarket Division Kearney, Nebraska308 234 1951Engine Mobile Original Equipment Division Modesto, California209 521 7860HVAC Filtration Division Industrial Gas Filtration &Generation DivisionLancaster, NY800 343 4048Industrial ProcessFiltration DivisionMineral Wells, T exas940 325 2575Bioscience EngineeringFiltration Division EMEABirtley, United Kingdom+44 (0) 191 410 5121Engine Mobile FiltrationDivision EMEADewsbury, United Kingdom+44 (0) 1924 487 037Gas Separation &Filtration Division EMEAT eam Valley, United Kingdom+44 (0) 191 402 9000Australia Filtration DivisionCastle Hill, Australia+61 2 9634 7777China Filtration DivisionShanghai, China+86 21 2067 2067India Filtration DivisionChennai, India+91 22 4391 0700Korea Filtration DivisionHwaseon City, Korea+82 31 359 0852Latin America Filtration DivisionSao Paulo, Brazil+55 12 4009 3500Parker Filtration Group。
MT型滤筒除尘器说明书
4、与其它类型的袋式除尘器相比较，具有体积小、重量轻（仅 为1/2~1/4），维护简便，寿命长（工况条件下1~2年）。
三、工作原理本除尘器一般为负压运行，含尘气体由进风口进入箱体，在折叠 滤筒内负压作用下，含尘气体从筒外透过滤料进入滤筒内，进入清洁 室从出风口排出，当粉尘小颗粒弥散在滤料表面上越积越多，阻力越 来越大，达到设定值时（也可时间设定），脉冲阀打开压缩空气直接 喷入滤筒中心，对滤筒进行顺序脉冲清灰，使滤筒外壁尘块层被崩溃 跌落，有效使粉尘进入灰斗，完成了清灰再生功能，使其恢复低阻运 行。
四、滤筒除尘器的型号及其含义MT 大面积滤筒除尘器脉冲反吹M过滤面积 滤筒排数过滤材质MT小面积滤筒除尘器：120过滤面积过滤材质脉冲反吹五、滤筒规格及参数小面积滤筒除尘器滤筒规格及参数大面积滤筒除尘器滤筒规格及参数注：处理风量为过滤风速0.6m/min情况下。
此滤筒为进口滤筒型号为UTA637、BHA聚酯合成滤料作防油防火表面后处理。
六、MT型除尘器选型参数MT小面积滤筒除尘器：MT大面积滤筒除尘器MT大面积滤筒除尘器九、电气部分：上电：合闸前先检查柜体并将所有的断路器分闸，然后将总闸合上，然后将电气柜中的热继电器合上，而后将断路器逐个合闸，最后把PLC电源合闸' 开机前检查首先保证各个限位没有被挪动、气压是否正常（如果气压不稳定不可开机工作），机械上没有工件和其它物件。
部分除尘器带有一个燃烧器，该燃烧器由送风风机和燃烧器分线箱组成。
当除尘给燃烧器的信号停止时，燃烧器停止，风机脉冲一次后停止。
除尘给燃烧器的信号结束，送风风机由设定的延时一段时间停止。
没有燃烧器不考虑。
除尘分为三个档位：1、手动位为单个控制系统，按下即启动，再次按下停止。
1）首先启动风机，待风机正常启动完毕，可启动脉冲控制，脉冲控制按照脉冲仪设定的参数依次循环，具体可参照脉冲控制仪说明书。
2）排灰和振动属于独立的部分，当排灰启动后，你适当的启动振动，防止除尘斗部分仍有粘砂。
TT系列陶瓷过滤机说明书2015年
3、 规格参数
3．1 TT 系列陶瓷过滤机基本参数
名称
过滤机参数
TT-3 TT-8 TT-12 TT-16 TT-20 TT-24 TT-30 TT-36 TT-
96
120 96 120 144 180 180 240
圆盘数量（圈） 3 4
－ 1－
干燥区、卸料区、清洗区，反复循环。
1．1 滤饼形成（吸料区）
工作开始时，浸没在料浆槽的陶瓷板在真空的作用下，表面形成一 层较厚的颗粒堆积层，滤液通过陶瓷板过滤至分配阀到达真空桶。
1．2 滤饼干燥（干燥区）
转子载着滤饼通过吸浆区到干燥区，滤饼在真空作用下继续脱水干 燥。
1．3 滤饼剥离（卸料区）
反冲洗压力表 手阀
稀
酸
稀
泵
酸
桶
过滤器
管道泵 手阀 气阀
接水箱或 自来水
2．3．1 反冲洗装置 反冲洗装置由调节手阀、过滤器、反冲洗管道等组成，对每一个循环
的反冲洗区的陶瓷板进行由内向外冲洗，保证在每一个循环中陶瓷板微
孔得到疏通，在开车及联合清洗时工作。
反
冲
洗
槽体
分配阀
反冲洗压力表 手阀
管道泵 手阀 气阀
4、安装条件及注意事项
4．1 安装条件 正常状态下陶瓷过滤机的设计采用从浓密机直接进料（或泵进行输
送），因此进料管的敷设要有一定的斜度（一般情况下为 1∶10）。 设备布置工艺图所示位置仅供现场安装时参考用。如遇与现场相冲
突时，可根据现场的情况以不影响陶瓷过滤机必要工作条件及工艺为前 提。
浓酸桶的安装位置应便于槽车卸酸，其供酸方式需根据现场的具体 情况选择自流或磁力泵供酸。如采用自流，浓酸桶的标高应高于陶瓷过 滤机稀酸桶最高点 1 米。并且保证周围有足够的安全空间，有安全提示、 护栏及排放沟。
海滩S166T高速沙滤器产品说明书
Your Hayward S166T high-rate sand filter is a high performance, totally corrosion-proof filter that blends superior flow characteristics and features with ease of operation. It represents the very latest in high-rate sand filter technology. It is virtually foolproof in design and operation and when installed, operated and maintained according to instructions, your filter will produce clear, sparkling water with only the least attention and care. HOW IT WORKSYour filter uses special filter sand to remove dirt particles from pool water. The sand is loaded into the filter tank and functions as the permanent dirt removing media. The pool water, which contains suspended dirt particles, is pumped through your piping system and is automatically directed by the patented filter control valve to the top of the filter tank. As the pool water is pumped through the filter sand, dirt particles are trapped by the sand bed, and filtered out. The cleaned pool water is returned from the bottom of the filter tank, through the control valve and back to the pool through the piping system. This entire sequence is continuous and automatic and provides for total recirculation of pool water through your filter and piping system.After a period of time, the accumulated dirt in the filter causes a resistance to flow, and the flow diminishes. This means it is time to clean (backwash) your filter. With the control valve in the backwash position, the water flow is automatically reversed through the filter so that it is directed to the bottom of the tank, up through the sand, flushing the previously trapped dirt and debris out the waste line. Once the filter is backwashed (cleaned) of dirt, the control valve is manually resequenced to Rinse, and then Filter, to resume normal filtering. INSTALLATIONOnly simple tools (screwdriver and wrenches), plus pipe sealant for plastic adapters, are required to install and/or service filter.The filter should be placed on a level concrete slab, very firm ground, or equivalent as recommended by your pool dealer. Position the filter so that the piping connections, control valve and winter drain are convenient and accessible for operation, servicing and winterizing.Your filter is supplied complete with an optional pump mounting base which is pre-drilled for use with Hayward Power-Flo LX series pumps. The pump to filter connecting hoses supplied will accommodate Power-Flo LX pumps used with the mounting base, and Max-Flo or Super Pump installed at surface level. To connect pump to filter:Screw straight adapter, using Teflon pipe sealanttape or Permatex No. 2, securely into pumpdischarge. (Do not overtighten.)Screw elbow adapter, using Teflon pipe sealanttape or Permatex No. 2, securely into opening incontrol valve marked PUMP. (Do not overtighten.)Elbow should point just over RETURN opening. 1.2.a.b.IS166TN2-00PUMP MOUNTINGBASE (S164C)33”(84 cm)SPECIFICATIONSMODEL NUMBER EFFECTIVE FILTRATION AREADESIGN FLOW RATE MAXIMUM WORKINGPRESSURE REQUIRED CLEARANCEMEDIA REQUIRED FT 21.4S166TM 20.13GPM 35LPM 133PSI 50BAR 3.45INCH 18INCH 18MM 457MM 457FILTER SAND*0.45-0.55LBS 100KGS 45ABOVE SIDE TYPE AMOUNT *Also known as No. 20 or No. 1/2 Silica Sand.NOTE: ANSI/NSPI-4 Article V, standard for above-groundand on-ground pools, advises that components such as the filtration system, pumps and heater be positioned so as to prevent their being used as a means of access to the pool by young children.PARTS Model S166TS166T1575XS S166T1575XSN2REF.NO.123456891011121314*15*16*17*18**19**NO.REQ’D.11111111011112112111PART NO.SP071113ECX27081GMX600F GMX600NS SX202S SX164DA SX200Q SX180G SX180H SX164B SX164C ECX1108A SX160Z5SPX1105Z4ECX18028SPX1091Z2N2SABG SX164DAN2KITDESCRIPTIONVari-Flo Control Valve Assembly Pressure Gauge Valve/Tank O-Ring Flange Clamp (Valve-Tank)Sand ShieldLateral Assembly with Center Pipe Filter Tank with Skirt,Complete Lateral Assembly Lateral Gasket Drain CapFilter Support Stand (Skirt)Pump Base5/16”x 3/4”Mounting Screw Kit 1-1/2”Hose1-1/2”Elbow Adapter Hose Clamp1-1/2”Straight Hose Adapter Nature 2CanisterFolding Umbrella Lateral Assembly w/Center Pipe for Nature 2Canister*Furnished with PAK or System only.**Included only on filters supplied with SwimPure CanisterSX164AA17STOP here and load media per instructions (No. 3).Place hose clamps on clear hose and fit hose overstraight and elbow adapters and secure with clamps. Ifit is difficult to fit hose over the adapters, place hose inhot water for several minutes.NOTE:To prevent breakage and damage to pump and control valve, use only pipe sealants specifically formulated for plastics. Do not overtighten fittings or adapters.Loading sand media. Filter sand media is loaded through the top opening of the filter.Loosen flange clamp and remove Filter Control Valve(if previously installed).Cap internal pipe with sand shield to prevent sandfrom entering it. Be sure pipe is securely in place inbottom underdrain hub.We recommend filling tank approximately 1/2 way withwater to provide a cushioning effect when the filtersand is poured in. This helps protect the underdrainlaterals from excessive shock. (Be sure the winterdrain cap is securely in place on drain pipe.) Note:Check to confirm all laterals are in the downposition before loading with sand. (See Figure A onPage 2.)Carefully pour in correct amount and grade of filtersand, as specified. (Be sure center pipe remainscentered in opening). Sand surface should be leveledand should come to about the middle of the filter tank.Remove sand shield from center pipe.NOTE: If your sand filter is equipped with the SwimPure system or you are installing the SwimPure Retrofit Kit, then please follow the steps in the Instruction Sheet included in the SwimPure carton.Assemble Filter Control Valve to filter tank.Wipe filter flange clean.To install clamp, loosely preassemble both halves of theclamp with one screw and one nut, turning the nut twoor three times. Place clamp assembly on the filter neck.Insert filter control valve (with valve/flange O-ring inplace) into the tank neck, taking care that the centerpipe slips into the hole in the bottom of the valve.Install clamp around tank and valve flange andassemble second screw and nut. Tighten both sides ofclamp alternately and evenly. Make sure you tightenjust enough so that the valve may be rotated on thetank for final positioning.Carefully screw the pressure gauge, with pipe tape,into 1/4” tapped hole in valve body. Do not overtighten.Connect pump to control valve opening marked“PUMP” according to the instructions.Tighten both sides of clamp alternately and evenly. Usea correctly sized large screw driver and tighten firmlyto obtain a good seal.Please be sure to place vinyl protector caps over ends ofscrews.Make return to pool pipe connection to control valve opening marked RETURN and complete other necessary plumbing connections, suction lines to pump, waste, etc.Make electrical connections to pump per pump instructions. Be sure all circuits are protected by aproperly-sized ground fault circuit interrupter (GFCI).To prevent water leakage, be sure winter drain cap is securely in place and all pipe connections are tight. NOTE: If you have installed a SwimPure system, then please refer to Step 2 in the SwimPure Instruction Sheet (“Balance the Pool Water”).INITIAL START-UP OF FILTERBe sure correct amount of filter sand media is in tank and that all connections have been made and are secure.Depress Vari-Flo control valve handle and rotate to BACKWASH position. (To prevent damage to control valve seal, always depress handle before turning.)Prime and start pump according to pump instructions allowing the filter tank to fill with water. CAUTION: All suction and discharge valves must be open when starting the pump. Failure to do so could cause severe personal injury and/or property damage.Once water flow is steady out the waste line, run the pump for at least 1 minute. The initial backwashing of the filter is recommended to remove any impurities or fine sand particles in the sand media.Turn pump off, set valve to RINSE position. Start pump and operate until water in sight glass is clear—about 1/2 to 1 minute. Turn pump off, set valve to FILTER position and restart pump. Your filter is now operating in the normal filter mode, filtering particles from the pool water.Adjust pool suction and return valves to achieve desired flow. Check system and filter for water leaks and tighten connections, bolts, nuts, as required.Note the initial pressure gauge reading when the filter is clean. (It will vary from pool to pool depending upon the pump and general piping system). As the filter removes dirt and impurities from the pool water, the accumulation in the filter will cause the pressure to rise and flow to diminish. When the pressure gauge reading is 6-8 lbs.(2.7-3.6 kgs.) higher than the initial “clean” pressure younoted, it is time to backwash (clean) the filter (see BACKWASH under Filter Control Valve Functions). NOTE: During initial clean-up of the pool water, it may be necessary to backwash frequently due to the unusually heavy initial dirt load in the water.CAUTION: To prevent unnecessary strain on piping system and valving, always shut off pump before switching Filter Control V alve positions.To prevent damage to the pump and filter and for proper operation of the system, clean pump strainer and skimmer baskets regularly.FILTER CONTROL VALVE FUNCTIONSFILTER–Set valve to FILTER for normal filtering. Also use for regular vacuuming.BACKWASH–For cleaning filter. When filter pressure gauge rises 6-8 lbs. (2.7-3.6 kgs.) above start-up (clean pressure):Stop the pump, set valve to BACKWASH. Start pump and backwash, approximately 2 minutes or less, depending on dirt accumulation, until water in sight glass is clear. Proceed to RINSE.3.a.b.c.d.4.a.b.c.d.e.f.g.h. 5. 6.1. 7. 2.3.c.4.5.6.RINSE—After backwashing, with pump off, set valve to RINSE. Start pump and operate for about 1/2 to 1 minute. This ensures that all dirty water from backwashing is rinsed out of the filter to waste, preventing possible return to the pool. Stop pump, set valve to FILTER and start pump for normal filtering.WATER—To bypass filter for draining or lowering water level and for vacuuming heavy debris directly to waste.RECIRCULATE—Water is recirculated through the pool system, bypassing the filter.CLOSED—Shuts off flow from pump to filter.VACUUMING—Vacuuming can be performed directly into the filter. When vacuuming heavy debris loads, set valve to WASTE position to bypass the filter and vacuum directly out to waste.WINTERIZINGCompletely drain tank by unscrewing drain cap at base of filter tank. Leave cap off during winter.Depress Vari-Flo control valve handle and rotate so as to set pointer on valve top between any two positions. This will allow water to drain from the valve. Leave valve in this “inactive” position.Drain and winterize pump according to pump instructions.SERVICE & REPAIRSConsult your local authorized Hayward dealer or service center.No returns may be made directly to the factory without theexpressed written authorization of Hayward Pool Products, Inc.PROBLEM SOLVING LISTLOW WATER FLOWSHORT FILTER CYCLES POOL WATER WON’T CLEAR UP Check skimmer and pump strainer baskets for debris.Check for restrictions in intake and discharge lines.Check for air leak in intake line (indicated by bubbles returning to pool).Backwash filter.Check for algae in pool and superchlorinate as required.Be sure chlorine and pH levels are in proper range (adjust as required).Check surface of filter sand for crusting or caking (remove 1”of sand if necessary).Check chlorine, pH and total alkalinity levels and adjust as required.Be sure flow rate through filter is sufficient.Operate filter for longer periods.Be sure Vari-Flo valve is set on “Filter” position.1.2.3.4. 1.2.3. 1.2.3.4.REMEDYPOOL CHEMISTRY GUIDELINESACTION REQUIRED TO CORRECT POOL CHEMISTRY TO RAISETO LOWERSUGGESTED POOL CHEMISTRY LEVELS pHTOTAL ALKALINITYCHLORINE (UNSTABILIZED)CHLORINE (STABILIZED)CHLORINE STABILIZER (Cyanuric Acid)7.2 to 7.6100 to 130 ppm 0.3 to 1.0 ppm 1.0 to 3.0 ppm 40 to 70 ppmAdd Soda AshAdd Sodium Bicarbonate Add Chlorine Chemical Add Chlorine Chemical Add StabilizerAdd Muriatic Acid or Sodium BisulphateAdd Muriatic Acid No action - chlorine will naturally dissipate No action - chlorine will naturally dissipate Dilution - partially drain & refill pool with water that has not been treated with Cyanuric Acid.©2000 Hayward Printed in U.S.A.Rev. 11/00PLEASE REALIZE . . .Pure, clear swimming pool water is a combination of two factors–adequate filtration and proper water chemistry balance.One without the other will not give the clean water you desire.Your filter system is designed for continuous operation.However, this is not necessary for most swimming pools. You can determine your filter operation schedule based on your pool size and usage. Be sure to operate your filtration system longenough each day to obtain at least one complete turnover of your pool water.To properly sanitize your pool, maintain a free chlorine level of 1 to 3 ppm and a pH range of 7.2 to 7.6. Insufficient chlorine or an out of balance pH level will permit algae and bacteria to grow in your pool and make it difficult for your filter to properly clean the pool water.1.2.3.。
MT型滤筒除尘器说明书
九、电气部分：上电：合闸前先检查柜体并将所有的断路器分闸，然后将总闸合上，然后将电气柜中的热继电器合上，而后将断路器逐个合闸，最后把PLC电源合闸。
开机前检查首先保证各个限位没有被挪动、气压是否正常（如果气压不稳定不可开机工作），机械上没有工件和其它物件。
部分除尘器带有一个燃烧器，该燃烧器由送风风机和燃烧器分线箱组成。
当除尘给燃烧器的信号停止时，燃烧器停止，风机脉冲一次后停止。
除尘给燃烧器的信号结束，送风风机由设定的延时一段时间停止。
没有燃烧器不考虑。
除尘分为三个档位：1、手动位为单个控制系统，按下即启动，再次按下停止。
1）首先启动风机，待风机正常启动完毕，可启动脉冲控制，脉冲控制按照脉冲仪设定的参数依次循环，具体可参照脉冲控制仪说明书。
2）排灰和振动属于独立的部分，当排灰启动后，你适当的启动振动，防止除尘斗部分仍有粘砂。
2、自动为当选择自动位置时，风机自动启动，排灰、脉冲每15分钟（以调试人员设定时间为准）循环一次。
自动启动或者停止脉冲、排灰各一次。
1）自动启动首先需要关闭调风门，待风机启动后打开调风门。
没有电动调风门即直接启动风机。
2）自动启动风机后，开启振动和脉冲装置各运行一次，运行时间由PLC设定（具体由现场编程人员设定）。
3）自动运行中，在设定时间（PLC内部设定）到达后首先脉冲一个循环，然后排灰运行设定时间后停止。
3、在联动状态下，风机自动启动，排灰、脉冲每15分钟（以调试人员设定时间为准）循环一次（以调试人员设定时间为准。
自动启动或者停止脉冲、排灰各一次。
联动转台下，当PLC接受到外界给的联动信号，除尘器参照自动运行。
包含脉冲仪的除尘器，需要对照脉冲仪说明书进行调整，可调整脉冲宽度、脉冲间隔、脉冲循环时间，一般脉冲宽度为0.3-0.5秒，间隔为5-8秒，循环时间由由PLC或者脉冲控制仪设定，根据除尘的大小，循环时间都不一样。
注意：●为保证人身安全及设备的正常运行，在使用本电气控制系统前请详细阅读使用说明，充分理解各项内容，并按使用说明要求正确使用，不正确的使用，将会引起事故和降低系统的寿命。
TT系列陶瓷过滤机说明书2015年
反冲洗压力表 手阀
稀
酸
稀
泵
酸
桶
过滤器
管道泵 手阀 气阀
接水箱或 自来水
2．3．1 反冲洗装置 反冲洗装置由调节手阀、过滤器、反冲洗管道等组成，对每一个循环
的反冲洗区的陶瓷板进行由内向外冲洗，保证在每一个循环中陶瓷板微
孔得到疏通，在开车及联合清洗时工作。
反
冲
洗
槽体
分配阀
反冲洗压力表 手阀
管道泵 手阀 气阀
分配阀端
1、搅拌架 2、搅拌轴 3、搅拌电机 4、电机支座 5、联轴器 6、轴承座 7、支座 8、吊轴
－ 5－
2．3 清洗系统
清洗系统分反冲洗装置、超声波清洗装置和化学清洗（酸洗）装置， 三者工作的目的是为了保障陶瓷板微孔通畅，保持陶瓷板的高效率的运 行。
分配阀
反 冲 洗
超 声 波
槽体
浓 酸 桶
气阀 接自来水
概述
TT 系列特种陶瓷过滤机系列产品是集机电、微孔陶瓷板、自动化控 制、超声波清洗等高新技术于一体的新产品。技术先进，设计新颖，结 构紧凑，性能优越，经济、社会效益显著，可广泛应用于选矿、化工、 煤炭、冶金、医药、发电、环保及污水处理等行业的固液分离设备。
1、 工作原理
1、 转子 2、固定圈 3、陶瓷板 4、刮刀 4、滤饼 5、料浆槽 6、真空系统 7、超声波
陶瓷过滤机工作原理与传统的过滤机工作原理接近，利用抽取陶瓷 板内腔真空产生与外部的压差，使料槽内悬浮的物料在负压的作用下吸 附在陶瓷板上，固体物料因不能通过微孔陶瓷被截留在陶瓷板表面，而 液体因真空压差的作用及陶瓷板的亲水性则顺利通过进入气液分配装置 （真空桶）外排或利用，达到了固液分离的目的。
(完整版)管道过滤器选型大全1
th i n gs i n t h e i r be i n g a r eg oo管道过滤器的种类与用途一 、 Y 型过滤器Y 型过滤器属于管道粗过滤器，可用于液体、气体或其他介质大颗粒物过滤，安装在管道上能除去流体中的较大固体杂质，使机器设备（包括压缩机、泵等）、仪表能正常工作和运转，达到稳定工艺过程，保障安全生产的作用。
当流体进入置有一定规格滤网的滤筒后，其杂质被阻挡，而清洁的滤液则由过滤器出口排出，当需要清洗时，只要将可拆卸的滤筒取出，处理后重新装入即可，因此，使用维护极为方便。
我公司所生产的Y 型过滤器可根据客户具体要求（特殊压力、特殊口径）定制。
Y 型过滤器具有制作简单、安装清洗方便、纳污量大等优点。
安装与维护：1、Y型过滤器可以水平安装，也可以垂直安装，进出口方向与阀体上的箭头方向应保持一致。
2、过滤器工作一段时间后，滤芯内沉淀了一定的杂质，这时压力降增大，流速会下降，需及时清除过滤器芯内的杂质3、清洗杂质时，特别注意过滤芯上的不锈钢钢丝网不能变形或损坏，否则，再装上去的过滤器，过滤后介质的纯度达不到设计要求，压缩机、泵、仪表等设备会遭到破坏。
4、如发现不锈钢钢丝网变形或损坏，需马上更换。
二、篮式过滤器篮式过滤器主要由接管、筒体、滤篮、法兰、法兰盖及紧固件等组成。
安装在管道上能除去流体中的较大固体杂质，使机器设备（包括压缩机、泵等）、仪表能正常工作和运转，达到稳定工艺过程，保障安全生产的作用当液体通过筒体进入滤篮后，固体杂质颗粒被阻挡在滤篮内，而洁净的流体通过滤篮、由过滤器出口排出。
当需要清洗时，旋开主管底部螺塞，排净流体，拆卸法兰盖，清洗后重新装入即可。
因此，使用维护极为方便。
goodforsoatimeandA安装与维护：1、篮式过滤器一般水平安装，进出口方向与阀体上的箭头方向应保持一致。
2、过滤器工作一段时间后，滤芯内沉淀了一定的杂质，这时压力降增大，流速会下降，需及时清除过滤器芯内的杂质。
过滤器使用说明书
ZG系列微孔过滤器ZG-10.0使用说明书制造单位：临盆基地：公司德律风：公司传真：邮编：编制日期：目次一、产品介绍 (3)二、产品特色 (3)三、滤芯的选择 (3)四、装备技巧参数 (4)五、运用解释 (4)六、操作留意事项 (6)七、装备的保护与保养 (6)八、售后办事承诺 (7)九、及格证 (7)十、随机附件表 (8)一、产品介绍:本装备可用于食物.乳品.饮料.酒类.中药.化工行业的液体物料的气体的过滤.采用折叠式滤芯,折叠式滤芯是一种先辈的固定型深层过滤芯,过滤公称精度规模可以从0.1μm直600.1μm.滤膜不受进料压力波动而影响过滤精度.其特有的低压差,高通量.优越的过滤精度能较低的经济费用成为代替线绕式.棉饼和纸板等非固定型过滤芯的新型滤芯而深受用户迎接.二、产品特色:①化学相容性广.流畅量大.压差低.运用寿命长.②过滤精度规模广.选择度大.可知足各类运用处合.③采用热熔工艺,稳固且无释放物污染产品.三、滤芯的选择：1.滤芯的用处很普遍,滤芯的品种.规格较多,选择型号是很重要的.依据用处可分为过滤液体和蔼体二种,规格大小可以分为5〃.10〃.20〃.30〃和40〃等.工作压力一般在0.1Mpa—0.4 Mpa.因为滤芯孔径不同,其流量也不尽雷同,如0.2um—0.4 um过滤沌水的标准在300—500kg/h,假如要进步每小时的过滤量,则可以用多芯或20〃.30〃.40〃英寸组合,例如要过滤5t/h的无菌水,则可以选用0.2 um,30英寸7芯的过滤器.若过滤杂质多且有粘度,则应添加前置预过滤装备.气体的过滤与液体过滤稍有不同,它的过滤量以每分钟立方气体来盘算.10英寸滤芯,孔径φ0.22 um,压力在0.12 Mpa,压差在0.01 Mpa时,流量为4-6m3/min,在发酵工业上普遍运用.2 .适合的滤芯,选用恰当的孔径,若要除菌则选用0.2um-0.5um孔径的滤芯.药用针剂.抗菌素.血成品等用聚砜滤芯.假如要去除液体中的微粒,微生物和细菌大一些的离子.杂质,如白酒.黄酒.葡萄酒.口服液.可选用1-5um 的孔径即可.过滤高温气体和发酵空气消毒气体要选用聚四氟乙烯滤芯.3 .不锈钢筒式过滤器,它内部装有不同孔径的滤芯.要达到精滤的目标,前期必须用预过滤装备（生啤用硅藻土,纸板过滤机.药厂用板框.熔喷.绕线式）,再用微孔除菌过滤芯,如许就能达到精滤的目标.4.一般用矿泉水.药用无菌水.电子工业集成电路用水.食物工业用高质量的水.筒式微孔过滤器设计时应成为一个自力的过滤体系,它可以带反冲洗,节俭临盆成本.5 .除了选择高质量的滤芯,还要选择高质量的过滤器,不锈钢加工是否精致,表里是否光洁,特别是插口处222.226.平口等三种情势是国际通用的,万万不能搞错,不然无法运用,或者因为加工光滑,插上去起不到密封过滤的后果. 注：在运用不锈钢外壳时要留意过滤液体对不锈钢是否有腐化感化,不实用的应选用其它材料的过滤器.四、装备技巧参数：过滤量10t/h 虑材质聚四氟过滤精度0.45μm 壳体材质316L五、运用解释：1.安装底座：安装前看清进.出口偏向.液体应从滤芯外部流向中间,与滤芯插口相通的管道是出口.在滤器管道上有箭头标示流向,切勿接错.2 .安装滤芯：222插口为插入式;226插口为卡入式.假如是多芯应将压板套在翅片上,将螺栓适度拧紧（滤芯在高温下会受热伸长,若压板过紧,滤芯无伸长空间会产生扭曲变形影响过滤精度）.3 .装好外罩并与底座用卡箍（单芯）或螺栓（多芯）衔接密封好,留意密封垫要放置平整,检讨密封处无渗漏.4 .滤器消毒：新过滤器运用前必须清洗干净.用于除菌的过滤器要杀毒消菌,消毒工作一般应在临盆线进行,以免外界污染.现场蒸汽消毒应严厉控制蒸汽压力与压差,避免因过高蒸汽压力和压差而破坏滤芯.5 .过滤液体时,应先打开过滤器顶部的排气阀,把筒内的气体排尽,让液体充满筒内,不然会影响流畅量.6 .过滤介质流过滤器时会因受到阻力产生压力降（即进入与流出时的压力差）,为了战胜这种阻力,保持足够的流量,必要时要有足够的工作压力.每种滤芯我们都给出了响应的温度.压力限制值,请用户按请求运用.为不使滤芯受到过大流量的冲击,开启阀门时必定要迟缓！7 .自选泵配套运用时,请留意流量与压力要匹配.以选旋涡泵.输液泵等自吸泵为宜.8 .停机时应放光滤液,假如时光不长,可不必打开滤器;若时光较长,或滤液不宜长时光存放,则要清洗滤器或滤芯.六、操作重要事项：1 .过滤器运用前必须检讨配件和密封圈是否安全,有无破坏,然后按请求把它装好.2.过滤器必须用干净剂洗干净（请不要用酸类清洗）洗净后用高温蒸汽杀菌.消毒洗的过滤器进出口要包封好,避免污染.3 .安装时进出口不要接反,一般原则外进内出（滤芯）.4 .芯是临盆厂家在干净的临盆厂房内用塑料袋封装的,未运用切勿撕破塑料包装.运用请求较高的滤芯,应先测气泡点检讨滤芯完全性,安装好后要经由高温蒸汽杀菌消毒.5 .进口时,必定要垂直,插入时先用无菌水或经由过滤的滤液潮湿一下密封圈,以削减插入时的摩擦阻力.222滤芯插进口后,再用压板扣住尖端翅片,拧紧螺丝不动即可.226接口的滤芯插入后,应选90度卡紧,假如有一点不当心,就会达不到密封,轻易漏水而达不到您的运用请求. 6.过滤的液体进入时,应打开过滤器上面的放气阀,让液体充满滤器内,不然将影响过滤后果.7.筒体的压力表是显示过滤气内液体的压力,假如是二级过滤,第一道过滤器压力表指数稍小一些是正常现象,跟着运用时光的增长,他们的压差会增大,流速削减,这解释滤芯孔隙大多已被堵塞,就要清洗或改换滤芯.8 .在过滤时,运用的压力一般在0.1Mpa阁下,能知足临盆须要就可以了,跟着时光与流量的增长,滤芯微孔被堵塞,压力将会增长,一般不要超过0.3Mpa,最告绝对不能超过0.5Mpa.不然滤器滤芯将会被击穿,产生不测变乱,假如肯定在0.5Mpa以上的可以与我们接洽,我们将依据您的请求为您别的加工.9 .反冲洗滤芯,必定要用无菌水,不然会污染滤芯,反冲洗办法.原出口变进口,把无菌水反偏向打进（要留意封闭原液过滤管道）,打开排污口,操作人员看到滤液显著好转为宜.10.滤芯不用时,应尽量把滤液放光,滤液不宜隔夜存放.停机时光不长时一般不要打开滤器,不要拔失落滤芯,停机时光长,在再次运用前必定要清洗滤芯和滤器（也可以用反冲办法进行冲洗）.11.我公司临盆的滤芯耐温一般在25℃--50℃为宜.长期操作温度应控制在60℃以下,消毒温度121℃以下30分钟,假如操作温度较高,则可以用内衬不锈钢的加强聚四氟乙烯滤芯.12.假如要过滤化学溶剂和高浓度化学品可详见滤芯运用解释书,或者与我公司接洽用特别滤芯来解决.13.若是自选配套运用,则要留意须要的流量.压力及泵的扬程要匹配,一般选用旋涡泵,输液泵等为宜,材料为304或316L不锈钢,端面选用机械密封.七、装备的保护与保养：1、长期停用的过滤器,必须把滤器表里清洗干净,滤芯取下,洗净烘干,用塑料袋封口存放,以免破坏.清洗剂请勿用盐酸类腐化性物资,温度不宜过高防止聚丙烯产生变形.存放时避免污染与撞击.2、下来的滤芯若应浸泡在酸碱洗液里,浸泡时光不得超过24小时,酸碱液温度一般在20℃--25℃.建议酸或碱与水的比例是20％为好.最后用无离子水重复冲洗.蛋白质含量较商的滤液,滤芯最好用酶溶液浸泡清洗后果好,从新再运用时,运用前必定要先清洗干净,然后再用蒸气消毒.3、滤芯消毒时要留意控制时光和温度,聚丙烯在高温消毒柜里以121℃为宜,用蒸汽消毒在0.1 Mpa蒸汽汽压力下,以130℃/20分钟为宜,聚砜和聚四氟乙烯用蒸汽消毒时可以达到142℃,压力0.28Mpa,时光在30分钟阁下为宜,假如温渡过高,时光过长,压力过大,则会破坏滤芯.八、售后办事承诺：1)实时向需方供给按合同划定的全体技巧材料各图纸,有责任在必要时邀请需方参与供方的技巧设计审查.2)按需方请求的时光到现场进行技巧办事,指点需方按供方的技巧材料各图纸请求进行安装.分部与整套试运及试临盆.3)对于需方选购的与合同装备有关的配套装备,供方应自动供给知足装备接口请求的技巧前提各材料.4)严厉履行供需两边就有关问题如开会议的纪要或签署的协定.5)依据需方的请求为需方举行有关装备安装.调试.运用.保护技巧的营业培训,保证需方运行.维修人员闇练控制运行各维修技巧.6)加强售前.售中.售后办事,把“24小时办事”,“超前办事”,“全进程办事”,“毕生办事”贯彻在产品制造,安装.调试.大修的全进程.7)接到需方反应的质量问题信息后,在24小时之内做出答复或派出办事人员,尽快到达现场,做到用户不知足,办事不停滞.8)随时知足需方对备品备件的请求.9)无论在何种情形下,供方决不以任何来由刁难需方.九、及格证十、随机附件表序号附件名称规格型号材质数目备注1 折叠式滤芯20”聚四氟15 0.45μm。
T型管道过滤器
一、产品[管道过滤器]的详细资料：产品型号：T型产品名称：管道过滤器产品特点：TG型过滤器适用于蒸汽、空气、煤油、水等配管上排除锈渣及异物保护阀门及设备。
T型管道过滤器,管道过滤器,过二、特点：流通快速，故压力损失小，抗污性强。
排渣方便。
A型表示角式．B表示直通式。
三、主要性能规范：四、T型管道过滤器技术参数表：订货须知：一、①T型管道过滤器产品名称与型号②T型管道过滤器口径③T型管道过滤器是否带附件二、若已经由设计单位选定公司的T型道过滤器型号三、当使用的场合非常重要或环境比较复杂时,请您尽量提供设计图纸和详细参数，相关产品：Y型过滤器Y型拉杆伸缩过滤器桶型篮式过滤器ZPG-A/B自动排渣过滤器不锈钢锥型过滤器TYG型螺纹过滤器拉杆伸缩过滤器过滤器系列价格供用户或设计院工程项目做预算一、阀门的选型步骤1.明确阀门在设备或装置中的用途，确定阀门的工作条件：适用介质、工作压力、工作温度等等。
2.确定与阀门连接管道的公称通径和连接方式：法兰、螺纹、焊接等。
3.确定操作阀门的方式：手动、电动、电磁、气动或液动、电气联动或电液联动等。
4.根据管线输送的介质、工作压力、工作温度确定所选阀门的壳体和内件的材料：灰铸铁、可锻铸铁、球墨铸铁、碳素钢、合金钢、不锈耐酸钢、铜合金等。
5.确定阀门的型式：闸阀、截止阀、球阀、蝶阀、节流阀、安全阀、减压阀、蒸汽疏水阀、等。
6.确定阀门的参数：对于自动阀门，根据不同需要先确定允许流阻、排放能力、背压等，再确定管道的公称通径和阀座孔的直径。
7.确定所选用阀门的几何参数：结构长度、法兰连接形式及尺寸、开启和关闭后阀门高度方向的尺寸、连接的螺栓孔尺寸和数量、整个阀门外型尺寸等。
8.利用现有的资料：阀门产品目录、阀门产品样本等选型适当的阀门产品。
二、阀门的选型依据1.所选用阀门的用途、使用工况条件和操纵控制方式。
2.工作介质的性质：工作压力、工作温度、腐蚀性能，是否含有固体颗粒，介质是否有毒，是否是易燃、易爆介质，介质的黏度等等。
T型过滤器说明书中文
T型过滤器使用说明书中国·乐山市热工仪表有限公司一、用途及特点T型过滤器是输送介质的管道系统不可缺少的一种过滤装置，T型过滤器通常安装在减压阀、泄压阀、定水位阀或其它设备的进口端，用来清除介质中的杂质，以保护阀门及设备的正常使用。
T型过滤器具有结构先进，阻力小，排污方便等特点。
二、主要技术参数公称压力：PN1.6MPa～15.0Mpa公称通径：DN15～450㎜适用介质：水、油、气体等过滤精度：通水网为18～30目，通气网为40～100目，通油网为100～480目。
工作温度：≤200℃法兰标准：JB、GB、HG壳体材质：20G.304滤筐、滤网材质：304密封材质：耐油石棉橡胶、聚四氟乙烯、丁腈橡胶等执行标准：Q/20696377-7.4-2011三、安装与维护1、根据过滤器的使用范围合理地使用。
2、安装前应将管道内的焊渣、杂物清除干净，以免损坏过滤器。
3、安装时应按过滤器的箭头方向进行。
4、过滤器的运行及维护系统最初工作一段时间后（一般不超过一周），应进行清洗，以清除系统初始运行时积聚在滤网上的杂质污物。
在此后，须定期清洗。
清洗次数依据工况条件而定。
若过滤器不带排污丝堵，则清洗过滤器时要将滤网限位器以及滤网拆下。
警告：每次维护、清洗前，应将过滤器与带压系统隔离。
清洗后，重新安装时要使用新的密封垫。
5、过滤器使用中，应定期检查是否工作正常，发现异常情况，应立即消除，以免造成事故。
6、长期存放时，应置于通风干燥处，并定期检查和保养。
四、定货须知为了保证提供的产品能满足贵公司（厂）的使用要求，请按以下要求提供必要的参数：1、产品型号2、公称压力3、公称通径4、工作介质5、工作温度6、法兰标准7、结构长度（有要求时）五、简图。
t型过滤器制造标准
T型过滤器是一种常用的流体控制设备，广泛应用于工业生产中的各种管道系统中。
为了保证其制造质量和性能，需要遵循一定的制造标准。
以下是对T型过滤器制造标准的回答，共计1500字：一、基本要求1. 过滤器应符合设计要求，确保过滤精度、流量和压力等性能指标符合相关标准规定。
2. 过滤器的材质应符合设计要求，并经过相应的材料检验和认证。
3. 过滤器的制造过程应符合相关工艺标准，确保加工精度和表面质量达到要求。
4. 过滤器的结构应合理，易于安装和维护，并符合相关规范和标准。
二、材料要求1. 过滤器的主体材料应符合设计要求，通常为不锈钢、碳钢或铜等耐腐蚀、耐磨损的材料。
2. 过滤器的密封材料应符合相关标准，如硅橡胶、三元乙丙橡胶等。
3. 过滤器的连接件应采用耐腐蚀、耐磨损的材料，如不锈钢、铜等。
三、制造工艺要求1. 过滤器的制造过程应采用先进的加工设备和工艺，确保加工精度和表面质量。
2. 过滤器的滤网应采用高精度、高强度、耐腐蚀的材料制作，并经过严格的加工和检测过程。
3. 过滤器的壳体应进行适当的热处理和防腐处理，确保其性能和使用寿命。
4. 过滤器的装配过程应符合相关规范和标准，确保连接处的密封性和稳定性。
5. 在制造过程中应注重质量控制和检测，确保每个工序和部件都符合相关标准和要求。
四、检验和试验要求1. 过滤器在制造过程中应进行严格的质量控制和检测，确保每个工序和部件都符合相关标准和要求。
2. 过滤器在出厂前应进行性能测试和验证，确保其性能指标符合相关标准规定。
3. 过滤器应提供相应的质量证明文件和检测报告，以便用户进行验收和使用。
4. 对于重要的过滤器，还应进行耐压测试、泄漏测试等特殊测试，以确保其安全性和可靠性。
五、安装和使用注意事项1. 安装过滤器前，应仔细检查管道系统是否符合要求，并确保过滤器安装位置的正确性。
2. 安装过滤器时，应按照说明书和规范进行操作，确保连接处的密封性和稳定性。
3. 过滤器在使用过程中应定期进行检查和维护，以确保其性能和使用寿命。
T型过滤器 直通型
产品说明T型过滤器又称ST型过滤器，分MT16C角通型、MT34C 直通型，T型过滤器是管道输送液体过程中清除固体杂质的设备。
液体流经过滤器时，其中的杂质被滤出，可保护机泵、压缩机、仪表和其它设备正常工作。
当需要清洗时，只要将可拆卸的滤筒取出，去除滤出的杂质后，重新装入即可，使用维护极为方便。
T型过滤器适用范围工程通径：50~~300mm，公称压力：1.0~~4.0mpa，工作温度：-196~~400℃T型过滤器工作介质：①化工、石油生产及城市供热中的弱腐蚀性物料，如水、氨、油品、烃类等；②化工生产中的腐蚀性物料，如纯碱、硫酸、硝酸、醋酸等；③制冷、空分生产中的低温物料，如液甲烷、液氮、液氧及各种冷剂；④轻工食品、制药生产中有卫生要求的物料，如啤酒、饮料、医药用品等。
产品外形及结构尺寸MT34C 直通型 T型过滤器主要外形及结构尺寸（mm）型号DN L H1HB 排放口有效过滤面积/m2重量/kg ⅠⅡⅢMT34C-*/50 50 268 298 158R3/8DN20平面 RFDN20凸面 M0.00277 13.6MT34C-*/65 65 304 337 179 0.00421 18.9 MT34C-*/80 80 330 370 195.5 0.00552 24 MT34C-*/100 100 382 432 225 0.0088 36 MT34C-*/150 150 482 557 280 0.01696 68 MT34C-*/200 200 578 678 332.5 0.0355 140 MT34C-*/250 250 666 791 383 0.0529 216 MT34C-*/300 300 768 918 437 0.0686 315 备注：*代表压力产品外形及结构尺寸示意图ST16C、ST34C 型T型过滤器一般原则：1、进出口通径原则上过滤器的进出口通径不应小于相配套的泵的进口通径，一般与进口管路口径一致。
T150、T280和X280自动过滤器产品介绍说明书
•Constant pressure drop across the filter, combined with the pressure drop indicator, facilitates detection of mal-functions in the lubricating oil system.•Easy to install and to retrofit as an upgrade to existing installations.Lubricating oil filter: Protector X280.Diesel engine protectionThe filter is installed in the full-flow system as close to the engine as possible to prevent harmful solid particles entering the sensitive parts of the engine.The separator is installed in the bypass system. Its function is to remove harmful contaminants (solid particles and water)from the lubricating oil system.DesignThe filter elements are assembled into a disc stack. The filter elements comprise a filter frame and filter screen, and are divided into sections by ribs.The discs, with sleeve, guide rods, springs and flanges, are mounted over the distributor to form the filtering unit. The sections, divided by the ribs, form twelve independent filtering columns.Figure 2. Filtering unit.Figure 3. Fully assembled filter showing filtering unit and hydraulic motor.Figure 1. Full-flow element: Flow direction through one filtering element (Filtration).Operating principleThe unfiltered oil entering the filter is fed by the distributorto 11 of the 12 filtering columns. Solids are collected on the filter surface and the filtered oil flows to the engine. Previously collected solids are removed in the twelfth column by back-flushing with a small amount of the filtered oil. This is taken through a passage in the distributor via the backflushed oil outlet and back to the lubricating oil sump.The distributor, which is driven by the hydraulic motor ontop of the filter housing, rotates at regular intervals to feed oil for filtration in 11 columns and to backflush in the twelfth. In this way, all the columns are backflushed once per full rotation of the distributor, which corresponds to every oneto three minutes.The pressure drop indicator connected between the inlet and outlet of the filter provides a reading and signals an alarm condition if for any reason the pressure drop reaches the alarm level. This indicates that there is a problem in the lubricating oil system.The driving force for the automatic backflushing is the pressure difference between the clean oil outlet (P2) andthe backflushed oil outlet (P3) of the filter. A flow sheet illustrating the pressures, flows and capacities is shownin Figure 4.A pressure drop indicator, inspection covers and counter flanges are provided as ancillary equipment. Options exist for additional features, such as magnetic plates installed on the inlet housing.Figure 4. Protector automatic lubricating oil filter showing pressure, flow and capacity.Guideline to overall dimensionsDepending on the surface area and number of filter elements required for your application, the number of housings will vary, and hence the overall size of the filter will be different.Filtration finenessThis can be defined depending on diesel engine require-ments and the specific application.InstallationAll Alfa Laval automatic lubricating oil filters are designed for installation in the engine room. Counter flanges are according to DIN standards (JIS as option).Other Alfa Laval filtration productsAlfa Laval also manufactures filters for other engine room applications, such as automatic fuel oil filters, and manual indicator and bypass filters.After-sales supportReplacement components and after-sales services are provided through a network of Alfa Laval subsidiaries and representatives worldwide, including Marine Service Centres in all major ports.DimensionsLubricating oil flow (m 3/h)Height ×Length ×Width (mm)Crosshead Trunk piston 40–15020–100750×450×450150–250100–2201300×500×500250–500220–4501300×1050×500500–800450–7001300×1500×500800–1100–1300×2100×500Technical documentationComplete information and documentation for the maincomponents and the installation, operation and maintenance of the filter is contained in the Instruction Book that accom-panies delivery of each Alfa Laval filter. Your local Alfa Laval company will be able to provide more details on the applica-tion and sizing of Alfa Laval automatic filters.EMD00047EN 0606Alfa Laval reserves the right to change specifications without prior notification.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 .How to contact Alfa LavalUp-to-date Alfa Laval contact details for all countries are always available on our website at L e n g t hWi d th Technical dataCrosshead X280Trunk piston T150, T280Normal filter outlet pressure 2–3 bar (P2 norm) 3.5–6 bar (P2 norm)Min. filter outlet pressure 1.4 bar 3 bar Max. filter inlet pressure 12 bar 12 bar Test pressure24 bar 24 bar Max. viscosity in filter at normal operation 130 cSt 75 cSt Max. temperature in the filter 100°C 100°C Alarm ∆p0.9 bar0.8 barBackflushing flow 3% of filter inlet flow 3–5% of filter inlet flow Housing material Nodular cast iron Nodular cast iron Filter screen materialStainless steel Stainless steel。
唯特利管道Vic-Strainer过滤器安装手册说明书
2. 转动过滤器滤篮： 必要时，转动过滤器滤篮，使伸出过滤器器体的 长度最短。
3. 遵照“接头安装”一节的程序进行连接。
2. 安装检修盖、密封垫圈和接头：将检修盖和密封垫圈安裝到 Vic-Strainer器体上。确保密封垫圈Vic-Strainer器体上的沟 槽与检修盖之间对中就位。
2a. 利用“剪合”作用，将本体包裹密封垫圈安装。确保本体键咬合到 Vic-Strainer过滤器本体上的沟槽和检修盖的外表面上。
1. 检查密封垫圈并对其进行润滑： 检查密封垫圈是否损坏或磨损。 如果密封圈已损坏或磨损，请用一个唯特利提供的相同等级的新密 封圈更换。在密封垫圈密封唇缘及其外表面涂敷一薄层唯特利润滑 剂或硅树脂润滑剂。切勿在E级密封垫圈上使用石油基润滑剂。
1. 定位放置过滤器滤篮： 让过滤器滤篮切有斜角的一端对好方向， 以便正确地插入器体中，如上图所示。
C修订版
I-730/732/AGS-CHI_1
安装与维修方法说明
Vic-Strainer®
730与
W730系列T型VIC-STRAINER过滤器
732与
W732系列Y型VIC-STRAINER过滤器
安装
说明
• 以下步骤的数步中采用了732系列Y型Vic-Strainer过滤器照片。 然而，同样的步骤一样适用于W732系列AGS Y型Vic-Strainer 过滤器、730系列T型Vic-Strainer过滤器和W730系列AGS T型 Vic-Strainer过滤器，另有说明者除外。
12.750 323.9
14.000 355.6
16.000 406.4
18.000 457.0
20.000 508.0 24.000 610.0
T型过滤器选型
T型过滤器(ST型) T-Type Filter T型过滤器常安装于进水管路中各配套阀门的前端，当管道中的介质首先进入过滤器时，介质通过折流式T型过滤器T型过滤器参数指标工作介质：1、化工、石油生产及城市供热中的弱腐蚀性物料。
如水、氨、油品、烃类等。
2、化工生产中的腐蚀性物料。
如纯碱、硫酸、硝酸、醋酸等。
3、制冷、空分生产中的低温物料。
如液甲烷、液氮、液氧及各种冷剂。
4、轻工食品、制药生产中有卫生要求的物料。
如啤酒、饮料、医药用品等。
过滤器安装示例：选型规则(1)代号意义(2)选型示例(3)代 号①过滤器类型代号代号 过滤器名称 ST T 型滤器 SY Y 型滤器 SB 篮式过滤器 SC 双联过滤器 TS临时过滤器③材质代号④表示过滤网方孔的宽度的规格有：2.0、1.0、0.6、0.4、0.3、0.2、0.14、0.1(以mm为单位)，如果本项不填写网孔规格，则为0.6(即30H／英寸)见附表1，若用户有特殊要求，可在规格书中注明⑤公称通径DN：一般采用公制(mm为单位)，亦可按用户需要。
订货须知订购本公司的过滤器产品必须在采购规格书中填写下列内容1)过滤器连接管道的公称通径，法兰标准和压力等级；如果为异端需注明DN(大端)x DN，(小端) 2)设计压力(或最大操作压力)；3)设计温度(或最大操作温度)；4)介质性能：5)选用的壳体材质和滤芯的材质；6)若有特殊要求请写明：7)过滤器型式；8)用户亦可根据本说明书中标记方法一节中介绍的标记方法，直接选用本公司产品。
过滤器维护及保养方法：①、粗滤过滤器1、过滤器的核心部位是过滤器芯件，过滤芯由过滤器框和不锈钢钢丝网组成，不锈钢钢丝网属宜损件，需特别保护；2、当过滤器工作一段时间后，过滤器芯内沉淀了一定的杂质，这时压力降增大，流速会下降，需及时清除过滤器芯内的杂质；3、清洗杂质时，特别注意过滤芯上的不锈钢钢丝网不能变形或损坏，否则，再装上去的过滤器，过滤后介质的纯度达不到设计要求，压缩机、泵、仪表等设备会遭到破坏；4、如发现不锈钢钢丝网变形或损坏，需马上更换。
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T型过滤器
使用说明书
中国·乐山市热工仪表有限公司
一、用途及特点
T型过滤器是输送介质的管道系统不可缺少的一种过滤装置，T型过滤器通常安装在减压阀、泄压阀、定水位阀或其它设备的进口端，用来清除介质中的杂质，以保护阀门及设备的正常使用。
T型过滤器具有结构先进，阻力小，排污方便等特点。
二、主要技术参数
公称压力：PN1.6MPa～15.0Mpa
公称通径：DN15～450㎜
适用介质：水、油、气体等
过滤精度：通水网为18～30目，通气网为40～100目，通油网为100～480目。
工作温度：≤200℃
法兰标准：JB、GB、HG
壳体材质：20G.304
滤筐、滤网材质：304
密封材质：耐油石棉橡胶、聚四氟乙烯、丁腈橡胶等
执行标准：Q/20696377-7.4-2011
三、安装与维护
1、根据过滤器的使用范围合理地使用。
2、安装前应将管道内的焊渣、杂物清除干净，以免损坏过滤器。
3、安装时应按过滤器的箭头方向进行。
4、过滤器的运行及维护系统最初工作一段时间后（一般不超过一周），应进行清洗，
以清除系统初始运行时积聚在滤网上的杂质污物。
在此后，须定期清洗。
清洗次数依据工况条件而定。
若过滤器不带排污丝堵，则清洗过滤器时要将滤网限位器以及滤网拆下。
警告：每次维护、清洗前，应将过滤器与带压系统隔离。
清洗后，重新安装时要使用新的密封垫。
5、过滤器使用中，应定期检查是否工作正常，发现异常情况，应立即消除，以免
造成事故。
6、长期存放时，应置于通风干燥处，并定期检查和保养。
四、定货须知
为了保证提供的产品能满足贵公司（厂）的使用要求，请按以下要求提供必要的参数：
1、产品型号
2、公称压力
3、公称通径
4、工作介质
5、工作温度
6、法兰标准
7、结构长度（有要求时）
五、简图。