动力式过滤器说明书摘要
三级过滤器使用说明书
一.概述KGLQ-3型高精度三级空气过滤器（以下简称空气过滤器）是以空气动力学及凝聚式的过滤机理为理论依据开发研制的一种新型压缩空气净化器。
它以超细纤维为主体滤材，经过低中高三级过滤，过滤精度可以达到：过滤度0.3um，除油率0.1PPM，分水率90%以上。
空气过滤器采用模块化拼合结构，由粗效过滤单元(黑色)、中效过滤单元(红色)、高效过滤单元(白色)组成。
空气过滤器按粗效中效高效过滤的原则，分级负担不同粒径的尘埃，即减轻了滤芯的负担，又延长了滤芯的使用寿命。
该产品布局合理，净化效率高，容尘量大，阻力损失小，安装使用方便。
按照使用要求，安装了自动放水阀、防泄漏气阀和调压阀，可广泛应用于机械、电子、化工、航天等行业的气动量仪、气动仪表、气压传动、气动控制等部门，为用户提供高质量的压缩空气。
当与有油润滑压缩机配套使用时，可以获得含油量低于无油润滑压缩机的气质水平，而且具有相当高的过滤精度和分水效果。
使用能高效除尘、除油的高精度空气过滤器可最大程度的降低用户设备及仪器的故障率，延长使用寿命。
二.空气过滤器的结构见图1：图11-气源输入快换接头(φ10) 2-防泄漏气阀3-粗效过滤单元(黑色) 4-中效过滤单元(红色) 5-高效过滤单元(白色) 6-支板7-气源输出快换接头(φ8) 8-调压阀9-盖板10-自动放水阀11-支脚三.工作原理空气过滤单元的工作原理如图2所示图21-主体2-长拉杆3-滤芯4-滤杯5-分水器6-挡水板7-放水阀8-放水接头从气源过来的压缩空气通过主体1，从长拉杆2下面的出气口流出，流至分水器5，受环性隔板的反复撞击、折回，产生较大的惯性效应，获得较大的沉降速度，分离了油、水和杂质。
然后气流由下向上，首先经过预滤层，除掉微尘和较大的液珠，又经过中间滤芯3，再次过滤掉气流的油雾、固体灰尘。
使油水液滴不断流到挡水板6下面，经过自动放水阀7排除，洁净的空气由主体1上面的出气孔流出。
四.主要技术参数五.安装和使用(参见图1)1 空气过滤器箭头所示即为进气方向，不允许反装。
过滤器使用说明书
微孔过滤器ZG-10.0使用说明书制作单位：生产基地：公司电话：公司传真：邮 编：编制日期：目录一、 产品介绍 (3)二、产品特点 (3)三、滤芯的选择 (3)四、设备技术参数 (4)五、使用说明 (4)六、操作注意事项 (6)七、设备的维护与保养 (6)八、售后服务承诺 (7)九、合格证 (7)十、随机附件表 (8)一、产品介绍:本设备可用于食品、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进的固定型深层过滤芯，过滤公称精度范围可以从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、良好的过滤精度能较低的经济费用成为取代线绕式、棉饼和纸板等非固定型过滤芯的新型滤芯而深受用户欢迎。
二、产品特点:①化学相容性广、流通量大、压差低、使用寿命长。
②过滤精度范围广、选择度大、可满足各种应用场合。
③采用热熔工艺，牢固且无释放物污染产品。
三、滤芯的选择：1、滤芯的用途很广泛，滤芯的品种、规格较多，选择型号是很重要的。
根据用途可分为过滤液体和气体二种，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。
由于滤芯孔径不同，其流量也不尽相同，如0.2um—0.4 um过滤沌水的标准在300—500kg/h，如果要提高每小时的过滤量，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设备。
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计算。
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,在发酵工业上广泛应用。
2 、合适的滤芯，选用适当的孔径，若要除菌则选用0.2um-0.5um孔径的滤芯、药用针剂、抗菌素、血制品等用聚砜滤芯。
过滤器操作指南说明书
过滤器操作指南说明书一、引言过滤器是一种常用的设备，用于过滤和清洁物质，以确保其质量和安全性。
本指南将详细介绍过滤器的操作步骤和注意事项，以便用户正确操作和维护过滤器，并最大限度地发挥其功能和效果。
二、过滤器简介1. 过滤器类型：本款过滤器为[指明具体型号或类型]，主要用于[指明使用场景]。
2. 主要组件：过滤器由以下主要组件构成：- 过滤介质：[描述过滤介质的特点和材料]；- 滤芯：[描述滤芯的类型和作用]；- 进出口管道：[描述进出口管道的位置和连接方式]；- 支架：[描述支架的结构和材料]；- 控制阀：[描述控制阀的功能和使用方法]。
三、操作步骤在操作过滤器之前，请确保已经了解其使用方法，并按照以下步骤进行操作：1. 检查过滤器：检查过滤器的外观是否完好无损，如有损坏或松动的部件，请勿使用，并及时进行修理或更换。
2. 准备工作：根据实际需要，确认进出口管道已正确连接，并打开进水阀和出水阀。
3. 过滤介质清洗：根据使用时间和需求，定期进行过滤介质的清洗。
具体方法为[描述清洗方法和步骤]。
清洗过滤介质时，务必戴好防护手套和口罩，以防止对人体产生不良影响。
4. 滤芯更换：根据滤芯的使用寿命和建议更换周期，定期更换滤芯。
具体步骤为[描述滤芯更换方法和步骤]。
更换滤芯时，需关闭进水阀和出水阀，并确保系统压力已释放。
5. 过滤器操作：打开进水阀和出水阀，将液体通过过滤器进行过滤。
请注意过滤液的流速，避免超过过滤器的最大流速。
6. 控制阀操作：根据需要，通过控制阀控制过滤器的运行状态和流量。
具体方法为[描述控制阀的使用方法和步骤]。
务必在操作控制阀之前，确保已关闭进水阀和出水阀。
四、注意事项为确保过滤器的正常运行和用户的安全，请注意以下事项：1. 使用环境：请将过滤器安放在干燥、通风良好的环境中，避免过滤器长时间暴露在高温、潮湿或腐蚀性气体中。
2. 维护保养：定期对过滤器进行维护保养，清洗过滤介质和更换滤芯。
创新流动力低压过滤器41应用说明书
ApplicationsAgriculturalAutomotiveConstructionGearboxesIndustrialSteel / HeavyIndustryTechnical DetailsMounting Method 4 Mounting holes - filter housing Port Connections Inlet / Outlet30 60/110 160/240 330 660 950 1300½” NPT / 0.71” Dia Smooth SAE-12 / SAE-12SAE-20 / SAE-20SAE-20 / 2” NPT 2” NPT / 2” NPT2” SAE Flange, Code 61 / 2” NPT 3” SAE Flange, Code 61 / 3” NPT 3” SAE Flange, Code 61 / 3” SAE Flange, Code 613-1/2” SAE Flange, Code 61 / 3-1/2” SAE Flange, Code 614” SAE Flange, Code 61 / 4” SAE Flange, Code 61Direction of Flow Inlet: Side Outlet: bottom Materials of Construction3060-330 660-1300Housing Polyamide Aluminum Ductile IronLidPolyamide Aluminum Ductile IronFlow Capacity306011016024033066095013008 gpm (30 lpm)16 gpm (60 lpm)29 gpm (110 lpm)42 gpm (160 lpm)63 gpm (240 lpm)87 gpm (330 lpm)174 gpm (660 lpm)251 gpm (950 lpm)343 gpm (1300 lpm)Housing Pressure Rating Max. Oper. Press:Proof Pressure:Fatigue Pressure:360 psi (25 bar); (size 30 - 145 psi, 10 bar)217 psi (15 bar)145 psi (10 bar) @ 1 million cyclesBurst Pressure:3060/110160/240330660-1300580 psi (40 bar)1080 psi (75 bar)1230 psi (85 bar)1440 psi (100 bar)>1440 psi (100 bar)Element Collapse Pressure RatingBN/HC, W/HC,ECO/N, BN/AM, P/HC, AM V290 psid (20 bar)145 psid 10 bar) 3045 psid (210 bar)Fluid Temperature Range -22° to 250°F (-30° to 121°C)Fluid CompatabilityCompatible with all petroleum oils and synthetic fluids rated for use with Fluoroelastomer or Ethylene Propylene seals. Contact HYDAC for information on special housing and element constructions available for use with water glycols, oil/water emulsions, and HWBF.Indicator Trip PressureP = 29 psi (2 bar) -10% (standard)P = 72 psi (5 bar) -10% (optional)Bypass Valve Cracking PressureΔP = 43 psid (3 bar) +10% (standard)ΔP = 87 psid (6 bar) +10% (optional)FeaturesUÊRF 30 filters constructed of polyamide plastic.UÊ R F 60 - 330 filters constructed of aluminum material. Aluminum alloy is water tolerant - anodization is not required for high water based fluids (HWBF).UÊRF 660 - 1300 filters constructed of ductile iron.UÊ N on-welded housing design reduces stress concentrations and prevents fatigue failure.UÊ I nlet/outlet port options include NPT, SAE straight thread O-ring boss, and SAE 4-bolt flange to allow easy installation without costly adapters.UÊ O -ring seals are used to provide positive, reliable sealing. Choice of O-ring materials (Nitrile, Fluoroelastomer, EPDM) provides compatibility with petroleum oils, synthetic fluids, water-glycols, oil/water emulsions, and high water base fluids.UÊBolt-on lid requires minimal clearance for removal.UÊ R eusable contamination basket prevents loss of retained contaminants into the reservoir during element replacement.UÊ C logging indicators can be serviced without interruption of the hydraulic system.UÊ S ingle piece casting provides rigidity for inline or in-tank mounting.RF SeriesIn-tank / Inline FiltersÎÈäÊ«Ã ÊUÊÕ«ÊÌ Ê{ääÊ}« ÊC o u r t e s y o f C M A /F l o d y n e /H y d r a d y n e ŀ M o t i o n C o n t r o l ŀ H y d r a u l i c ŀ P n e u m a t i c ŀ E l e c t r i c a l ŀ M e c h a n i c a l ŀ (800) 426-5480 ŀ w w w .c m a f h .c o mModel CodeRF BN/HC 330 D L 10 H 1 . X / 16 - V - B6Filter TypeRF =Return Line FilterElement Media BN/HC = Betamicron ® (Low Collapse) ECO/N = ECOmicron ® (Low Collapse) AM = Aquamicron ® BN/AM = Betamicron ®/Aquamicron ®1 P/HC = Polyester W/HC = Wire Screen Size 30, 60, 110, 160, 240, 330, 660, 950, 1300Pressure Rating B = 145 psi (10 bar) (size 30 only) D = 360 psi (25 bar)Type of Connection B = 1/2” NPT (size 30) M = SAE 48 Flange (size 660)C = SAE 12 (sizes 60, 110) N = SAE 48 Flange Inlet / 3” NPT Outlet (size 660) E = SAE 20 (sizes 160 - 330) O = SAE 56 Flange (size 950) G = 2” NPT (size 330)P = SAE 64 Flange (size 1300)L = SAE 32 Flange Inlet / 2” NPT Outlet (size 330)Filtration Rating (micron) 3, 5, 10, 20 = BN/HC, ECO/N 10, 20 = P/HC 3, 10 = BN/AM25, 74, 149 = W/HC40 = AMType of Static or ΔP Clogging Indicator A, B/BM, C, D, HType Number 1 = Standard ConnectionModification Number (latest version always supplied) Inlet Port Configuration 3 = NPT (sizes 30 & 330) 12 = SAE Straight Thread Inlet/Outlet Connections (sizes 60, 110, 160, 240) 16 = SAE Flange Code 61 Inlet Connections (sizes 330 - 1300 only)Seals(omit) = Nitrile (NBR) (standard) V = Fluoroelastomer (FPM)EPR = Ethylene Propylene (EPDM)Bypass Valve (omit) = 43 psid (3 bar) (return line - standard) KB = No Bypass (flushing system) not available with ECO/NB6 = 87 psid (6 bar) (return line)B1 = 15 psid (1 bar) (lubrication or coolant applications) B0.2 =3 psid (0.20 bar) (suction line)SupplementarySO103H = Modification of BN4HC & W/HC Elements For Phosphate Ester Fluids L24, L48, L110, L220 = Lamp for D-type clogging indicator (LXX, XX = voltage) DE = ΔP Indicator (sizes 660, 950, 1300)Model Codes Containing RED are non-stock items — Minimum quantities may apply – Contact HYDAC for information and availabilityReplacement Element Model Code0330 R 010 BN4HC / VSize0030, 0060, 0110, 0160, 0240, 0330, 0660, 0950, 1300Filtration Rating (micron) 3, 5, 10, 20 = BN4HC, ECO/N 10, 20 = P/HC 3, 10 = BN/AM25, 74, 149 = W/HC 40 = AM Element MediaBN4HC, ECO/N, P/HC, BN/AM, W/HC, AM Supplementary Details (omit) = standard V = Fluoroelastomer (FPM) sealsClogging Indicator Model CodeVR 2 B . X / Indicator PrefixVR = Return Filters Trip Pressure 2 = 29 psid (2 bar) (return filters) 5 = 72 psid (5 bar) (optional)Type of Indicator A = no indicator, plugged port B/BM = Visual pop-up (auto/manual reset) C = Electric switch D = Electric switch and light H = Electric pressure switch Modification Number Supplementary Details Light Voltage (D type indicators only) L24 = 24V L110 = 110V Seals(omit) = Nitrile (NBR) (standard) V = Fluoroelastomer (FPM)(For additional details and options, see Clogging Indicators section.)NPT available w/Adapter C o u r t e s y o f C M A /F l o d y n e /H y d r a d y n e ŀ M o t i o n C o n t r o l ŀ H y d r a u l i c ŀ P n e u m a t i c ŀ E l e c t r i c a l ŀ M e c h a n i c a l ŀ (800) 426-5480 ŀ w w w .c m a f h .c o mDimensions shown are for general information and overall envelope size only. Weights listed are without element. For complete dimensions please contact HYDAC to request a certified print.RF 603.54”RF 1106.30”RF 1605.12”3.77”(96mm ) 4.96”(126mm )RF 2407.48”)))Clearance required)12.6”mm )OUTLETOUTLETOUTLETOUTLETOUTLETG 1/2RF95013.78”mm )RF130018.11”mm )))Clearance required Clearance required for element removal)Dimensions RF 30RF 60 - 240RF 330Mounting PatternRF 660RF 950 - 1300C o u r t e s y o f C M A /F l o d y n e /H y d r a d y n e ŀ M o t i o n C o n t r o l ŀ H y d r a u l i c ŀ P n e u m a t i c ŀ E l e c t r i c a l ŀ M e c h a n i c a l ŀ (800) 426-5480 ŀ w w w .c m a f h .c o mRF 30 HOUSINGQ in gpmQ in l/min052520151001.61.20.80.412345678051015202530Sizing InformationTotal pressure loss through the filter is as follows:Assembly P = Housing P + Element P Housing Curve:Pressure loss through housing is as follows:Housing P = Housing Curve P xActual Specific Gravity0.86Adjustments must be made for viscosity & specific gravity of the fluid to be used! (see sizing section on page 19)Element K FactorsΔP Elements = Elements (K) Flow Factor x Flow Rate (gpm) x Actual Viscosity (SUS) x Actual Specific Gravity(From Tables Below)141 SUS 0.86All Element K Factors in psi / gpm.C o u r t e s y o f C M A /F l o d y n e /H y d r a d y n e ŀ M o t i o n C o n t r o l ŀ H y d r a u l i c ŀ P n e u m a t i c ŀ E l e c t r i c a l ŀ M e c h a n i c a l ŀ (800) 426-5480 ŀ w w w .c m a f h .c o m。
天然气过滤分离器的工作原理
天然气过滤分离器的工作原理天然气过滤分离器是一种在天然气输送和处理系统中广泛应用的设备，它对天然气中的杂质进行过滤和分离，从而保护后续设备的正常运行。
本文将介绍天然气过滤分离器的工作原理以及其在天然气处理中的重要作用。
一、天然气过滤分离器的分类天然气过滤分离器根据其不同的工作原理和结构特点，可以分为以下几类：1. 空气动力式：该类型的过滤分离器利用压差产生气流，并通过布设在过滤器中的滤料，将杂质颗粒过滤掉。
其特点是结构简单、易于维护和操作成本低。
2. 静电式：这种类型的过滤分离器利用内部封闭的电场产生静电力，将天然气中的颗粒杂质分离，并通过特殊的清洗装置将杂质清除。
其主要优点是处理杂质效果好，适用于处理高粘度液体和液体中的微粒。
3. 磁力式：这种类型的过滤分离器利用内部的磁力场将磁性颗粒过滤掉，并通过清洗装置将杂质清除。
它适用于处理含有铁磁性物质的天然气。
二、天然气过滤分离器的工作原理不论是哪种类型的天然气过滤分离器，其工作原理主要包括三个方面：过滤、分离和清洗。
1. 过滤：天然气经过过滤分离器进入设备，首先要经过过滤作用。
过滤器内设有滤料，通过过滤器的作用，将天然气中的固体颗粒、液滴和其他杂质过滤掉。
常见的滤料材料有不锈钢丝网、聚丙烯滤芯等。
经过过滤后，天然气中的颗粒杂质被有效地去除，从而保证后续设备的正常运行。
2. 分离：在过滤作用的基础上，天然气过滤分离器还能将液体和气体分离。
在过滤器中，设置了集液杯或液体分离器，通过其内部的流体动力学设计，使天然气中的液体沉降或分离出来，从而保证输出的天然气是干净的气体。
3. 清洗：为了保证过滤器的长期运行，天然气过滤分离器还设有清洗装置。
清洗装置根据不同的工作原理，可以是空气反吹装置、清洗液回收装置等。
清洗装置能够定期或根据系统需求对过滤分离器内的滤料进行清洗，清除附着在滤料上的颗粒杂质，保证过滤器的高效运行。
三、天然气过滤分离器的应用天然气过滤分离器在天然气输送和处理系统中起着至关重要的作用。
过滤器使用说明书
过滤器使用说明书第一部分：简介过滤器是一种常用的设备，用于过滤固体颗粒或杂质，使液体或气体得以净化。
它被广泛应用于各个领域，包括水处理、食品加工、制药和化工等行业。
本说明书将介绍过滤器的使用方法和注意事项，以帮助用户正确使用该设备。
第二部分：过滤器的分类过滤器可以根据不同的过滤原理和结构进行分类。
常见的过滤器类型包括：滤网式过滤器、滤筒式过滤器、滤芯式过滤器和活性炭过滤器等。
在选择过滤器时，用户应根据应用领域和过滤需求进行选型。
第三部分：使用方法1. 准备工作:a. 检查设备是否完好，包括过滤器本体、滤芯等部件；b. 确保过滤器的进出口连接正确、牢固；c. 根据过滤要求选择合适的滤芯或滤网。
2. 安装过滤器:a. 将过滤器安装在合适的位置，确保不会受到冲击或振动；b. 确保设备的进出口与管道连接紧密，无泄漏；c. 根据具体型号，在进出口管道处安装适当的阀门和流量计。
3. 过滤器的操作:a. 打开进出口阀门，使液体或气体通过过滤器；b. 根据需要调节流量大小，注意在规定的压力范围内操作；c. 定期观察过滤器的运行状态，如发现问题及时维修或更换滤芯；d. 当维修或更换滤芯时，先关闭进出口管道的阀门，避免液体或气体外溢。
4. 清洗和维护:a. 根据使用情况，定期清洗过滤器，防止堵塞和损坏；b. 使用适当的清洁剂或水进行清洗，避免使用腐蚀性物质；c. 清洗后彻底冲洗并晾干过滤器，确保无水渍残留。
第四部分：注意事项1. 使用过滤器前，请确保详细阅读该设备的操作手册，并按照要求使用；2. 定期检查过滤器的工作状态，如发现异常请及时处理，避免影响正常使用；3. 避免将过滤器暴露在严重的振动或冲击环境中，以免影响其过滤效果；4. 根据过滤器的使用寿命，定期更换滤芯或滤网，避免过滤效果下降；5. 避免将过滤器置于高温或低温环境中，以免损坏设备；6. 使用过滤器时，需注意操作的安全，避免发生意外事故。
第五部分：常见故障及解决方法1. 过滤效果降低:a. 检查滤芯是否需要更换，如需要更换请按照要求进行；b. 检查过滤器是否被杂质堵塞，如有堵塞请进行清洗。
过滤机使用说明
过滤机使用说明过滤机使用说明1：简介1.1 概述过滤机是一种用于过滤物质的装置，通过一系列的过滤介质将悬浮在液态或气态介质中的固体颗粒或杂质进行筛选和分离，从而达到净化、分离或集中目的。
1.2 适用范围本说明适用于过滤机在工业生产中的使用，包括但不限于化工、食品、制药等行业。
2：设备结构与组成2.1 过滤机的结构过滤机主要由外壳、滤网、进出口管道、排污阀、压力计等组成。
2.2 滤网的种类与选择根据不同的物料和过滤要求，可选择不同材质和孔径的滤网，如细网、粗网、金属滤网等。
3：操作流程3.1 准备工作（1）检查过滤机的外观是否完好。
（2）确认滤网是否干净，并进行必要的清洗工作。
3.2 过滤操作（1）将需要过滤的物料连续注入过滤机的进料口。
（2）打开进出口阀门，调节进料的流量。
（3）观察压力计指示的压力变化，如果压力过高，需及时清洗或更换滤网。
3.3 排污操作（1）当物料过滤完毕或需要更换滤网时，关闭进出口阀门。
（2）打开排污阀，将滤网中的固体颗粒或杂质排出。
（3）关闭排污阀，并进行必要的维护保养工作。
4：维护与保养4.1 日常维护（1）定期检查滤网的清洁程度，如有堵塞应及时清洗或更换。
（2）保持过滤机的环境清洁，并避免灰尘和杂质进入设备。
4.2 定期保养（1）按照设备制造商的要求进行定期保养，包括润滑部件、紧固螺栓的检查等。
（2）根据使用情况和设备要求，定期更换滤网、密封圈等易损件。
5：安全注意事项5.1 操作人员应经过专门培训，了解设备的使用方法和安全操作规程。
5.2 在操作过程中，严禁将手部或其他物体伸入运行中的过滤机内部。
5.3 在对设备进行维护和保养时，应先切断电源，并遵守相关的操作规范。
6：附件本文档涉及的附件包括：（1）过滤机使用说明书（2）滤网清洁和更换记录表（3）维修和保养记录表7：法律名词及注释本文档所涉及的法律名词及注释如下：（1）过滤机：根据《机械工程设计规范》定义，指用于分离固体颗粒和杂质的设备。
DAHL 500系列燃料过滤器说明书
• Installation • Operation • Parts• Service InformationTANK 500 SERIESA non-restrictive check valve should be installed on the DAHL INLET to prevent loss of prime. See Figure 2B.1. Select a location in the fuel line between the fuel tank and the fuel pump.2. Install the DAHL unit on the vacuum (suction) side of all fuel pumps in a convenient location for servicing3. Install the fuel line with a check valve from the fuel tank to the DAHL unit INLET using appropriate non-galvanized fittings.4. Install the fuel line from the DAHL unit OUTLET to the INLET of the transfer or fuel pump.iLter ounted Bove ueL torAge Ank FIGURE 2BThe warning light in the instrument panel box on the 500-BP operates on standard 110 volt electricity. The warning light in the instrumentd. e LectricAL r equirementS for 500-BP _______________________________panel box on the 500-BP22 operates on 220 volt electricity. An optional warning buzzer on 500-BP (EC-005 OBS) is available.The DAHL 500 Series unit can also be used for fuel recycling to maintain high fuel purity for stored fuels and for blending of diesel fuel with used crankcase oil from diesel equipment. If thesee. r ecycLing & B Lending ___________________________________________functions are desired, they may be incorporated into the system through the addition of valves. See Figure 4 and the OPERATION section for recycling and blending instructions.Arine ontinuouS PerAtion ___________________________________3OPERATIONAs water is separated from the fuel, it accumulates in the sump. DAHL 500-BP is equipped with an electronic water sensor system.When water reaches the level of the sensing probe, the warning light (and optional buzzer) will activate. This indicates that approximately 11 gallons of water has collected. These electronic alarms turn themselves off when the sump is drained.SERVICENOTE: The probe should be cleaned monthly to remove coatingswhich can interfere with sensing dependability. See PROBE CLEANING.Check the water and contaminant level in the sump daily — particularly if no water sensor probes are installed.Periodically recycle the fuel through the DAHL 500 Series unit to purge water and contaminants from the storage tank.1. If your unit is equipped with a water sensor probe, plug it in.2. Close valves marked 1, 3, 4 and 7 in Figure 4.3. Open valves marked 2, 5 and 6.4. Start the fuel flow through the DAHL 500 Series unit. Start the pump motor and adjust the pump by-pass valve (number 3 on Figure 4) to the desired flow. Opening the valve decreases the flow.5. Check the water level occasionally. See the SERVICE section for instructions on draining water.6. Recycling time may be determined by fuel quantity. The maximum flow through a DAHL 500 Series unit is 1800 gph or 30 gpm with valve number 4 closed. Estimate the recycling time in minutes by dividing gallons of fuel by 30.r ecycLing _______________________________________________________FIGURE 4Most diesel engine manufacturers have tested and approved the blending of diesel fuel with used crankcase oil on a 20:1 ratio. (Do not exceed 5% oil in blend.)Once blended, the mixture is filtered and contaminants are removed. The blended fuel is then recycled back to the fuel storage tank for use. The used crankcase oil has now become valuable diesel fuel.Caution: NEVER use crankcase oil from gasoline engines forblending. Use diesel equipment waste oil only.Caution: The maximum ratio for blending used oil is one part oilto twenty parts of diesel fuel. NEVER EXCEED THIS RATIO.u Se of B Lended f ueL ______________________________________________To calculate:1. If the quantity of used oil is known, multiply by 20 to find the minimum quantity of diesel fuel to be used.2. If the quantity of diesel fuel is known, divide by 20 to find the maximum quantity of crankcase oil to add.DOUBLE-CHECK ALL CALCULATIONSFOR ACCURACY.NOTE: Cold oil is viscous, difficult to blend and shortens filterelement life. Consider warming it. If the vacuum gauge reading exceeds 20 inches, do not operate the DAHL unit. See the TROUBLESHOOTING section.To operate the DAHL 500 Series unit as a blender:1. If your unit is equipped with a water sensor probe, plug it in.2. Close valves marked 1, 3, 4 and 7 in Figure 4.3. Open valves marked 2, 5 and 6.4. Start the fuel flow through the DAHL 500 Series unit. Start the pump motor and adjust the pump by-pass valve (number 3 on Figure 4) to the desired flow. Opening the valve decreases the flow.B Lending ________________________________________________________5. Open the oil valve (number 7 on Figure 4) to begin mixing.6. Blending is complete when the calculated quantities are blended (approximately 7-8 minutes per gallon of oil.) A more efficient mixture, which will prolong filter element life, is obtained by injecting the oil slower and allowing a longer recycling period of time.1. Shut the pump off or set the valves to by-pass the DAHL unit.2. If no pressure is indicated on the inlet vacuum gauge, open the top air vent valve.3. Open the sump drain valve and drain all of the water.d rAining w Ater ___________________________________________________4. Close the sump drain valve.5. Prime the DAHL unit as instructed in the PRIMING METHODS section.1. Plug the water sensor probe models into an appropriate power source.2. Start the fuel flow through the DAHL unit by starting the pump or closing the DAHL unit by-pass valve. (See Figure 1.)S tArt -uP ________________________________________________________3. Check the system for leaks. If any problems develop, see the TROUBLESHOOTING section.4SERVICE (Cont’d.)Clean the probe with a dry cloth monthly to get dependable service.1. Unplug the DAHL unit and stop the fuel flow through the unit.2. Remove the probe nut and wire.3. Drain the tank, if needed.4. Remove the probe. (If the tank is not drained, plug the 1/4 inch NPT hole immediately.)5. Clean the probe tip with a clean dry cloth and replace.P roBe c LeAning ___________________________________________________6. Prime the DAHL unit as instructed in the PRIMING METHODS section.7. Replace the wire. Plug in the DAHL unit and turn the fuel flow on.8. Test the light bulb. See the PROBE AND LIGHT FUNCTION section.A. Head Pressure — If the storage tank is higher than the DAHL unit, head pressure (not to exceed 15 psi) can be used to prime the filter.1. Open the top air vent valve.2. Make sure the side and bottom drain valves are closed.3. Open the fuel supply shut-off valve.4. When diesel fuel comes out at the air vent valve, close the valve. The unit is now primed and ready.B. Manual and Pump Filling - If no head pressure is available, filling with a funnel or a pump is recommended.1. Open the top air vent valve.P riming m ethodS __________________________________________________2. Make sure the side and bottom drain valves are closed.3. a) Funnel Filling: Remove the primer plug and fill.b) Pump Filling: Attach a pump line to the 1/2 inch side drain valve. Pump slowly. Do not exceed 15 psi.4. Fill the unit with approximately 55 gallons or until the fuel comes out the air vent valve.5. a) If Filled by Funnel: Replace the primer plug. Use a thread sealer.b) If Filled by Pump: Close the 1/2 inch side drain valve.6. Close the top air vent.TROUBLESHOOTING1. DAHL unit not full of fuel — Prime the DAHL unit as instructed in the PRIMING METHODS section.2. Vent or drain valve is open.3. By-pass system is still open.4. Fuel supply shut-off valve is still closed.d AhL u nit w iLL n ot P rime __________________________________________5. Fittings are loose. Check and tighten.6. O-ring is defective. Apply grease to o-ring before installing.7. Pump operation is in wrong rotation. Change rotation if necessary.1. Refer to DAHL UNIT WILL NOT PRIME section.2. Inlet or outlet valve is closed.3. Filter elements are plugged. Check vacuum gauge reading and replace elements if needed.i nSufficient f ueL f Low _____________________________________________4. Viscosity is too high. Warm the fuel.5. Plumbing is undersized or restricted.DAHL f ilter e lements s hould b e c hanged w hen t he O UTLET vacuum gauge reads 20 inches of mercury while operating, or at the pump manufacturer’s specification, whichever is lower.The INLET gauge will indicate pressure during operation and should not exceed 15 psi on a typical installation with the fuel tank above the DAHL unit. See Figure 2.1. Shut the pump off or set the valves to by-pass the DAHL unit.2. Open the side drain valve. Drain off approximately 14 gallons of diesel fuel so that the fuel level is at the bottom of the filter elements. (Open the top air vent to assist in draining.)3. Remove the lid clamp and the lid. Tap with a rubber mallet if necessary.f iLter e Lement r ePLAcement ________________________________________4. Unscrew the filter element retainers and remove contaminated elements with a turning motion.5. Replace the filter element and retainers. Make priming easier by partially filling the housing with clean fuel at this time.6. Coat the O-ring with a heavy lubricant and re-install.7. Install the lid and the clamp. Be sure arrows on the lid and the housing are aligned for best fit.NOTE: Make sure both flanges are inside the clamp lids. Tapthe clamp with a rubber mallet while tightening fasteners until the clamp begins to tighten equally around the housing. Do not over-tighten.8. Prime the DAHL unit as instructed in the PRIMING METHODS section.Sump cleaning is required when too many large contaminants have accumulated for the sump drain valve to handle.1. Shut the pump off or set the valves to by-pass the DAHL unit.2. Open the top air vent valve.3. Drain the unit completely (approximately 55 gallons). A sump assist is a time-saver — attach it to the 3/4 inch sump drain valve.c LeAning the S umP ________________________________________________4. Remove the sump clean-out plug and flush the sump out with a small pump.5. Clean the probe as discussed in the PROBE CLEANING section.6. Replace clean-out plug using a thread sealer.7. Prime the DAHL unit as instructed in the PRIMING METHODS section.MODEL 500 SPECIFICATIONSRecommended Flow Rate:Single Model 500 Series ..............1,800 GPH (U.S.) (6,813 LPH) Double Model 500 Series ..........3,600 GPH (U.S.) (13,626 LPH) Multiple Unit: ....................................................Multiply Flow Rate and Sump Capacity by Number of Units Maximum Flow Rate:Single Model 500 Series ..............1,920 GPH (U.S.) (7,268 LPH) Double Model 500 Series ..........3,840 GPH (U.S.) (14,536 LPH)Flow Resistance: ........................................................1.0 In. Mercury Maximum Working Pressure:.................................15 PSI (103 kPa)Temperature Range: .......................-60° to +250°F (-50° to +121°C)Port Thread: .........................................................................2 In. NPT Overall Height:........................................................47 In. (1,194 mm)Width: ..................................................................28 1/2 In. (724 mm)Depth: .........................................................................22 In. (559 mm)Platform Base: ..................................24 x22 In. (609.6 x 558.8 mm)Tank Diameter: ..........................................................20 In. (508 mm)Shipping Weight: .......................................287-289 lbs. (130-131 kg)Element Removal Clearance: ...................................10 In. (254 mm)Sump Capacity: ....................................11 U.S. Gallons (41.6 Liters)Vacuum: .................................................................28 1/2 In. Mercury Seal Material: ..........................................................................Buna N Element Number:501 .........................................................................2 Micron Element 501-W* .................................................................10 Micron Element 501-30 ..................................................................30 Micron Element* Standard with Unit Unless Stated.500 SERIES SINGLE UNITS500 Diesel Fuel Filter/Water Separator500-BPDiesel Fuel Filter/Water Separator with Water Sensor Warning Light Kit — Equipped with a 110 Volt Electrical Connector.500-BP22 Diesel Fuel Filter/Water Separator with Water SensorWarning Light Kit — Equipped with a 220 Volt Electrical Connector. (For Overseas Operation)500 SERIES DOUBLE MANIFOLD UNIT500-MFVBP 22 Double Manifold Diesel Fuel Filter/Water Separatorwith Shut-Off Valves — Allows for continuous operation and Water Sensor Warning Light Kit — Equipped with a 220 Volt Electrical Connector. (For Overseas Operation)TROUBLESHOOTING (Cont’d.)The sensing probe should be cleaned monthly for dependable service. Refer to the PROBE CLEANING section.1. Check the power supply.2. Check the light bulb activation.a) If the probe is already removed, attach the probe wire and touch the probe tip to an unpainted surface on the DAHL unit.b) If the probe is installed, take a piece of wire and touch the wire to the probe nut and to an unpainted surface on the DAHL unit.P roBe And L ight f unction __________________________________________3. If warning light does not activate:a) Turn off the electrical power.b) Check for a burned out bulb. Replace with an EC-112 OBS light bulb if needed.c) Check, tighten or replace loose or broken wires.d) Check the optional warning buzzer. Replace if defective.e) Check to assure the transformer is functioning properly.1 1 1 In. Primer Plug2 100-30 1 Air Bleed Valve3 2 Attached Handle4 7 Element Retainer5 500-15 1 20 In. O.D. O-Ring6 500-12 1 20 In. Seal Clamp7 501,-W*,-30 7 Filter Element (7 Req.)8 85-P, 85-V 2 Vacuum/Pressure Gauge (2 Req.)9 1 20 In. Body 10 1 Depressurizer Cone 11 1 Water Sensor Probe 12 1 3/4 In. Drain Valve 13 1 4 In. Clean-Out Plug 14 1 Conical Baffle 15 1 1/2 In. Drain Valve 16 1 Water Sensor Probe 1 Replacement Light Bulb 17 1 20 In. LidIf no number appears in the Order Number column, the item is notavailable separately.5Form 4500 (R 9/13) © 2017 Baldwin Filters, a Parker Hannifin company Printed in U.S.A.WARNING: These products can expose you to chemicals, including Diisononyl Phthalate, Carbon black extracts, Nickel, 1,3 Butadiene, Ethylene Oxide, Epichlorohydrin, which are known to the State of California to cause cancer, and Bisphenol-A, Ethylene Glycol, Ethylene Oxide, 1,3 Butadiene, Epichlorohydrin, which are known to the State of California to cause birth defects or other reproductive harm. For more information go to .。
过滤器中文操作说明书
压缩空气过滤器压缩空气过滤器操作维护手册操作维护手册操作维护手册（（源语言源语言 EN EN））警告重要动作或规程，如果操作不正确可能会造成人身伤害或死亡。
警示重要动作或规程，如果操作不正确可能会损坏本产品。
必须穿戴合适的手套。
强调如何处理使用过的零件和垃圾。
压力泄压每隔6个月更换过滤器外壳/型号高效滤芯确定使用正确的工具时间/持续时间警告必须由合格的专业人员安装、维护本产品，安装、维护之前必须认真阅读产品使用说明、相关标准和相应的法规要求。
电池使用注意事项电池使用注意事项如果发生吞食电池的情况，请立即进行医疗救治。
禁止以加热、充电或其他方式试图回复使用电池。
禁止将电池投入火中。
禁止拆开电池。
更换电池时必须同时更换整组电池。
禁止将新旧电池混用。
请保留用户指南以备将来参考之用。
请保留用户指南以备将来参考之用索引索引1. 技术要求技术要求2. 安装说明安装说明3. 启动与操作启动与操作4. 附件附件5. 备件备件（（维修包维修包））6. 维护维护型号型号 BSPT/NPT BSPT/NPT 口径口径流速流速尺寸尺寸重量重量工艺参数工艺参数过滤器等级过滤器等级过滤器型号过滤器型号最大工作压力最大工作压力最高工作温度最高工作温度最低工作温度最低工作温度1. 1. 技术要求技术要求F35I - F2378I过滤器等级过滤器等级最大工最大工作压力作压力作压力最高工作温度最高工作温度最低工作温度最低工作温度磅/平方英寸平方英寸（（表压） P sig sig巴（表压表压）） B arg arg型号管径F35I - F2378I过滤器等级过滤器等级最大工作压力最大工作压力最高工作温度最高工作温度最低工作温度最低工作温度磅/平方英寸（表压表压））P sig sig巴（表压表压）） B arg arg型号型号管径管径ABCD重量重量毫米毫米英寸英寸毫米毫米英寸英寸毫米毫米英寸英寸毫米毫米英寸英寸千克千克磅安装说明安装说明建议进入分配系统之前对压缩空气进行处理，在关键使用点或场合也要提前处理。
E.L.I AF900系列过滤器 说明书
操作维护手册目录简介 ---------------------------------------------------------------------------------------- 2 过滤器选型常用参数及换算 ------------------------------------------------------------ 3AF900系列过滤器 ------------------------------------------------------------------------ 3 过滤器技术参数 ------------------------------------------------------------------ 4 压损表 ------------------------------------------------------------------------------ 5 工作原理 --------------------------------------------------------------------------- 6E.L.IE.L.I伊尔艾过滤设备有限公司，总部位于以色列，是一家专门生产过滤设备，并针对用户特殊需要提供过滤解决方案的设计/生产厂家。
基于30年的实际经验，E.L.I伊尔艾形成了其独特的、符合国际标准的过滤产品生产流程。
E.L.I伊尔艾的产品遍及欧洲、非洲、美国、中/南美洲、澳大利亚、亚洲等80多个国家和地区。
作为专业的过滤设备生产厂家，E.L.I伊尔艾过滤设备有限公司的产品范围包括：z手动网式过滤器z半自动网式过滤器：SA500系列z水力驱动全自动自清洗网式过滤器:AF200系列，AF800系列等z电动全自动自清洗网式过滤器：AF900系列，AF9800系列，AF700/7500系列等z砂石分离器z介质及多介质过滤器z各种与过滤有关的其他设备及配件等AF900系列电动自清洗网式过滤器z最小工作压力：1 bar (15 psi)z最大工作压力：10 bar (150 psi)z过滤器清洁时的压力损失：0.1 bar (2 psi)z最高工作水温：65oC (149oF)z过滤精度范围：10 – 3000 微米z自清洗所需水量（在最小工作压力时）：45升z自清洗时间：15秒钟z电力马达： 3相，0.37KWz自清洗控制方式：压差、时间及手动技术参数：型号进出口D(吋)过滤面积cm2最大流量m3/h冲洗水量(m3/h)D1吋D2吋LmmL1mmL2mmL3mmHmm重量KgAF-903 PR 3 3220 50 10 10 4 45011351955 2295 630125 AF-904 PR 4 4500 80 10 12 4 60013302150 2650 680145 AF-906 PR 6 6330 180 10 16 4 75015402360 3430 760245 AF-908 PR 8 7030 350 10 18 4 75015402360 3430 810320 AF-910 PR 10 8970 450 10 18 4 90018002620 4070 810320 AF-912 PR 12 10920 600 10 18 4 110021702990 4680 810390 AF-914 PR 14 11760 850 10 24 4 90018002620 3950 960420 AF-916 PR 16 14310 1100 10 24 4 110021702990 4680 960630 AF-916 XLP 16 17020 1500 75 24 4 127027203220 5430 920650 注：XLP = 特长型PR = 线上型安装图：压损表：在120微米过滤精度时的压损表10.730.580.300.14513.0510.150.80.90.70.5P (PSI)GPMP (BAR)过滤器工作原理：水由入水口⑴进入，首先经过粗滤网⑵过滤掉较大颗粒的杂质，然后到达细滤网⑶，进一步将较小的颗粒杂质从水中滤去。
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本发明提供一种在动力旋转的作用下使用组合动力板结构形式，能过滤轻质物质的过滤动力过滤器，尤其是能过滤油烟、粉尘气体、空气等中有害物质的动力过滤器。
由大皮带轮(1)、小皮带轮（2）、传动皮带（3）、定位轴承（4、9）、电动机（5）、外壳（6）、排污口（7）、洗涤液入口（8）、排污槽（10）、动力板（11）、洗涤液喷嘴（12）、被过滤物入口（13）、被过滤物出口（14）、风叶（15）、挡板（16）、干式过滤层（17）、主轴（18）、排污叶（19）组合构成。
一、申请发明专利或实用新型专利必须提交说明书摘要，一式两份（原件及复印件各一份）。
二、说明书摘要文字部分应当打字或者印刷，字迹应当整齐清晰，黑色，符合制版要求，字高在0.35厘米至0.45厘米之间，行距在0.25厘米至0.35厘米之间。
纸张应当纵向使用，只限使用正面，四周应当留有空白：左侧和顶部各2.5厘米，右侧和底部各1.5厘米。
三、邮寄申请文件不得折叠。
四、摘要应当写明发明或实用新型的名称和所属的技术领域，清楚反映所要解决的技术问题，解决该问题的技术方案的要点及主要用途。
摘要文字部分（包括标点符号）不得超过300字。
五、摘要的附图需使用专利局统一制定的摘要附图表格绘制，提交一式两份。