压缩空气过滤器更换规程
压缩空气系统管理规程
1.目的规范压缩空气系统的管理。
2.适用范围本规程适用于压缩空气系统的管理。
3.职责操作维修人员：按本规程进行操作、维护，并作好相关记录。
工程设备部设备管理员：监督检查该规程的执行情况。
4.内容4.1.空气压缩机组的运行4.1.1.空压机操作工须经岗前培训、考试合格后方可上岗。
4.1.2.空压机操作工应严格遵守《压缩空气系统使用、维护与检修SOP》进行操作，监测设备运行状况，并作好《空压机运行记录》。
4.1.3.空压机起动后，未经设备管理员许可，不得自行调整空压机组的所有压力调整系统。
4.1.4.空压机、冷干机出现故障（属操作工无法处理）时，应立刻切断电源停机并通知设备管理员，操作人员不得单独从事修理工作。
4.1.5.设备管理员根据车间生产实际压缩空气用量及压力，使空压系统在满足生产设备需求的前提下在最节能的工况下运行。
4.1.6.直接接触药品的压缩空气在确认合格后，日常监测由QC按《洁净度监测管理规程》执行。
4.2.空压机组的维护及检修4.2.1.操作工每天对机组进行检查，发现异常及时上报。
4.2.2.机组一般故障由设备管理员组织维修工维修，重大故障由设备管理员通知供货厂家派售后服务专业技术人员到厂检修，并做好相关记录。
4.2.3.维修工严格按巡回检查项目及检查点进行检查，如有故障应及时排除，并作好空气过滤器的定期检查记录和更换记录。
4.3.空压机组操作安全规程4.3.1.严格执行安全操作规程和各项规章制度，所有记录和交接班手续须完整。
4.3.2.压缩机系统的压力表、安全阀按校验周期规定及时送检。
4.3.3.空压站附近10米以内，不准有爆炸性气体和空气的混合物。
4.3.4. 严禁闲人随便进入机房，保持室内清洁、整齐，设备状态标志与实际相符。
4.3.5.消防器材齐全，符合规定要求。
4.4.过滤器的定期检测及更换4.4.1. 管路前端过滤器滤芯每两年更换，当过滤器前后压差达初始值两倍时也应清洗或更换。
GBT-SOP-SB-007 过滤系统清洁和更换管理规程
4.2.3生育室初效过滤网每次清仓时清洗1次；
4.2.4实验室超净工作台高效过滤网每2年更换1次；实验室内的空调过滤网每月清洗1次。
4.2.5风淋系统中效过滤网每6个月更换1次，高效过滤网每1年更换1次。
4.3.6洁净区域高效滤网更换过程中，生产部（技术部）应全程跟踪监督，结束后生产部安排环境清洁和消毒工作。
4.3.7滤网的清洗和更换人在作业完成后须填写《滤网更换确认单》，交由技术部确认。
4.3.8《滤网更换确认单》由质管部负责保存。
5.0相关文件
《过滤系统的清理和更换作业指导书》
6.0相关记录
《滤网更换确认单》
4.3清洁和更换方法:
4.3.1所有更换计划由技术部每月初发出书面通知，相关责任部门负责实施。
4.3.2初效清洗和中效更换由设备部负责实施，生产部派人配合。
4.3.3清洗更换工作，必须在过滤系统停止运行或进风风速较小时进行。
4.3.4按照规范和要求，对中效过滤网和高效过滤网采用更换的方式。
4.3.5正常状况下初效过滤网拆下清洗,如果遇到难拆下的滤网，建议使用高压水枪冲洗。
2.31生育室一级进风系统包括:初效过滤网。
2.4超净工作台：实验室超净工作台中效过滤网、高效过滤网。
2.5风淋系统:二次更衣室风淋中效和高效过滤网，实验室风淋中效和高效过滤网，接种室风淋中效和高效过滤网。
2.6层流罩系统:接种室层流罩高效过滤网。
2.7液体菌种压缩空气过滤系统。
2.8接种间压缩空气过滤系统。
过滤系统清洁和更换管理规程
1.0目的
压缩空气管道过滤器的分类及安装要求
压缩空气管道过滤器的分类及安装要求全文共四篇示例，供读者参考第一篇示例：压缩空气管道过滤器在压缩空气系统中起着非常重要的作用，它能有效地过滤空气中的固体颗粒和液态颗粒，保护管道及设备，提高系统的稳定性和可靠性。
在选择和安装压缩空气管道过滤器时，需要考虑过滤器的分类和安装要求，以确保系统能够正常运转。
本文将详细介绍压缩空气管道过滤器的分类及安装要求。
一、压缩空气管道过滤器的分类根据过滤器的不同材质和工作原理，压缩空气管道过滤器可以分为以下几类：1. 粗过滤器：粗过滤器用于过滤大颗粒和液态颗粒，通常采用网孔或纤维布等材质，能有效阻挡直径大于5um的颗粒物。
粗过滤器适用于一些工业场合，能够减少管道和设备的损坏。
2. 中效过滤器：中效过滤器的过滤精度较高，一般能够过滤直径在1-5um之间的颗粒物，适用于要求比较严格的场合，如食品制造、医药等领域。
4. 超高效过滤器：超高效过滤器是最高级别的过滤器，能够过滤直径小于0.01um的微粒，通常采用高级别的滤芯和滤材料，广泛用于对空气纯度要求极高的场合，如洁净室、实验室等环境。
根据过滤器的不同功能和要求，可以选择适合的过滤器进行安装，以保证系统的正常运行和设备的长期使用。
安装压缩空气管道过滤器时，需要注意以下几点要求：1. 安装位置：压缩空气管道过滤器的安装位置应该在压缩空气系统中离最近设备近处，以确保过滤器有效过滤空气中的杂质和颗粒物，保护设备不受损坏。
过滤器应该安装在水平位置上，以保证过滤器的正常工作。
2. 安装方向：压缩空气管道过滤器具有进气口和出气口之分，安装过滤器时应确保进气口朝向空气源，出气口朝向被过滤设备，以保证空气流通方向正确，不影响过滤效果。
3. 连接方式：压缩空气管道过滤器通常通过螺纹连接或法兰连接与管道系统相连，安装时需要确保连接紧密，不存在漏气现象，以保证空气系统的正常运行。
连接处应该配备密封垫圈或密封胶条，以防止漏气。
4. 维护保养：压缩空气管道过滤器在运行过程中会不断吸附颗粒物和污染物，需要定期清洗和更换过滤芯，以保证过滤器的正常运行和过滤效果。
压缩空气过滤器操作规程
压缩空气过滤器操作规程1. 引言压缩空气过滤器是用于清除压缩空气中固体颗粒、水分和油污的一种装置。
本文档旨在规范压缩空气过滤器的操作流程，以确保设备的正常运行和延长其使用寿命。
2. 操作步骤2.1 检查设备和工具在进行压缩空气过滤器的操作之前，首先要检查设备和工具是否齐全。
确保所需的滤芯和密封件已准备就绪，并检查所需的工具，如扳手和螺丝刀等。
2.2 关闭压缩空气供应在开始操作之前，必须关闭压缩空气供应。
这可以通过关闭压缩空气供应设备上的阀门来实现。
确保阀门完全关闭，以防止空气进入系统。
2.3 卸下旧滤芯使用合适的工具，如扳手，卸下压缩空气过滤器的滤芯。
注意不要损坏滤芯和滤芯座。
将旧滤芯从滤芯座上完全移除，并放置在安全的地方，以便后续处理。
2.4 清洁滤芯座检查滤芯座的清洁度，如果有杂物或污物，应使用清洁布将其清除。
确保滤芯座干燥和清洁，以便正确安装新滤芯。
2.5 安装新滤芯取出新滤芯并检查其是否完好无损。
根据滤芯座的型号和规格，正确安装新滤芯。
确保滤芯安装牢固，并且密封件正确安装在滤芯和滤芯座之间，以避免漏气。
2.6 重新启动压缩空气供应在安装新滤芯后，重新打开压缩空气供应设备上的阀门，以恢复气体供应。
检查压缩空气过滤器是否正常工作，并确保压力稳定。
2.7 记录操作情况在操作完成后，应记录下压缩空气过滤器的维护情况和更换滤芯的时间。
这有助于掌握设备的维护状况并制定合理的维护计划。
3. 安全注意事项•在操作过程中，务必佩戴适当的个人防护装备，如手套和眼镜，以防止意外伤害。
•在拆卸旧滤芯时，要小心处理，避免接触到油污或其它污染物。
•操作时要确保设备和工具的可靠性和完整性，防止意外发生。
•若发现滤芯或滤芯座有损坏或磨损的情况，应及时更换。
4. 结论按照以上操作规程进行压缩空气过滤器的操作能够确保设备的正常运行和延长其使用寿命。
遵守安全注意事项能够最大程度地减少意外伤害的发生。
定期记录维护情况有助于掌握设备的维护状况并制定合理的维护计划。
NEUTEK压缩空气过滤器安装说明书
We Make Compressed Air Work压缩空气干燥过滤器使用说明书目录1、产品概括 (1)2、产品工作原理 (1)3、使用说明 (2)4、安装 (2)5、安装尺寸 (4)6、安全规则 (5)7、维护保养 (5)8、更换滤芯 (6)9、售后服务 (6)10、质量保修 (6)一、产品概括压缩空气是现代化最为重要的动力源，因为它具有灵活性，并且可靠。
但是，压缩空气中所存在的油、冷凝水及尘埃等会导致用气设备受到不同程度的损环，因而产生高额的维修费用，产品质量也受到一定的影响。
随着当今高科技工业的不断的发展，对于气源质量的要求也越来越高。
NEUTEK过滤器是在美国本土生产的压缩空气干燥过滤器，专门针对解决存在严重油、水、粉尘的压缩空气系统所设计。
美国NEWTECH公司拥有多项专利，具有超过十余年的压缩空气过滤器生产、销售经验，产品畅销世界各地。
压缩空气干燥过滤器是工厂或实验室仪表用气的品质提高必不可少的过滤设备。
NEUTEK®品牌过滤器又是这过滤器中有12种专利产品的新型设备,它包括上盖、中壳和下壳，上盖和中壳均设置有两个圆孔，上盖和中壳的两个对应圆孔之间并排连接有两个铝桶，形成第一过滤室和第二过滤室，下壳的下端用连接头连接有排水装置，排水装置设置有浮球。
第一过滤室设置有由环保塑胶丝制造的第一滤芯过滤材料。
第二过滤室设置有由不锈钢丝与特殊棉织造的第二滤芯过滤材料。
本实用新型采用了以上两级三段式过滤结构，即第一过滤室和第二过滤室以及中壳形成三段式过滤结构，第一过滤器和第二过滤器形成两级过滤方式，过滤器中设置有特殊的过滤材料，使得整个压缩过程可以将空气中的水、油、铁锈以及其它杂项彻底的过滤掉，其过滤效率可以达到99.9％。
二、工作原理1．携带含有灰尘、油、铁锈和水分等有害物质的压缩空气，进入NEWTEK干燥器第一级过滤装置。
2．当压缩空气通过第一级筒状网眼过滤时产生聚结效应，大一点的颗粒将被吸附在滤材上，并且水分会凝结成较大的水滴。
过滤器及滤膜、滤芯管理规程
题目滤膜和滤芯治理规程制订人：年月日文件编码：SMPSC-08-000/00 版本号：00审核人：批准人：生效日：年年年月月月日日日颁发部门：质量部复印份数：分发部门：生产部、设备工程部、质量部目的：建立滤膜、滤芯治理规程，以标准生产车间所使用的滤膜、滤芯的领用、处理、安装、完整性测试及更换的治理。
范围：工艺用水、压缩空气、氮气过滤、储罐呼吸器所用滤芯及药液脱碳、精虑所用滤膜的治理。
责任：设备工程部、生产部相关岗位对规程的执行负责，QA人员对规程的执行进展监视检查治理规程的实施。
内容：1生产用滤膜及滤芯的分类1.1.依据过滤介质的类型、滤芯及滤膜的性质分类过滤介质类型滤膜、滤芯性质过滤介质名称压缩空气气体疏水性氮气常压空气液体亲水性药液工艺用水1.2.依据滤芯及滤膜的材质及孔径分类材质：聚四氟乙烯〔PTFE〕、聚醚砜〔PES〕、混合纤维素酯、聚丙烯〔PP〕孔径：0.01μm、0.10μm 、0.22μm、0.45μm材质孔径〔μm〕过滤介质名称0.01 压缩空气聚四氟乙烯〔PTFE〕0.01 氮气0.01 常压空气混合纤维素酯0.22、0.45 药液聚醚砜〔PES〕聚丙烯〔PP〕聚醚砜〔PES〕0.45、0.10 工艺用水1.3.按滤芯及滤膜的尺寸分类，目前公司使用的滤芯为 5 英寸和 10 英寸两种。
滤膜为15cm、Ф30cm。
.按滤芯接口分类，常用的可分为 222〔螺口〕和226〔卡口〕俩种，不包含囊式过1.41.4器。
1.5.按滤芯外形可分为平头和翅头俩种。
2.滤芯及滤膜的领用2.1.应对滤芯及滤膜的供给商资格进展相应的审核。
供给商审计程序应参考原辅材料及设备供给商审计流程进展。
2.2.由车间负责人填写领料单，到仓库领取。
确认相关产品的“用户指南”、“合格证”等文件。
具体注明滤芯及滤膜信息，包括材质、孔径、尺寸、滤膜的亲水或疏水性。
2.3 .领取后对滤芯及滤膜进展登记，填写《生产车间滤膜、滤芯使用登记台账》，记录下滤芯及滤膜的领取日期、生产厂家、材质、尺寸、孔径、批号、使用位置等信息。
空压机维护保养及操作规程
空压机维护保养及操作规程一、维护保养1、压缩机冷却润滑油的更换时间取决于使用环境、温度、尘埃和空气中是否有酸碱性气体，新购置的空压机首次运行500h需更换新油，以后按正常换油周期每2000h更换一次，年运行不足2000h的机器应每年换油一次。
2、油过滤器在第一次开机运行300-500h必须更换，第二次在使用1500h更换，以后则按正常时间每2000小时更换。
3、维修及更换空气过滤器或进气阀时切记防止任何杂物落入压缩机主机腔内，操作时将主机入口关闭，操作完毕后，要用手按主机转动方向旋转数圈，确定无任何阻碍，才能开机。
4、在机器运行2000h左右须检查皮带的松紧度，如果皮带偏松，需调整，直至皮带张紧且弹簧起作用为止，为保护皮带，在整个过程中需防止皮带因受油污染而报废。
5、空压机每运行2000h左右，为清除散热表面灰尘，需将风扇支架上的冷却器吹扫孔盖打开，用吹尘气枪对冷却器进行吹扫，直至散热表面灰尘吹扫干净。
6、若散热表面污垢严重，难以吹扫干净，可将冷却器卸下，倒出冷却器内的油并将四个进出口封闭以防止污物进入，然后用压缩空气吹除两面的灰尘或用水冲洗，最后吹干表面的水渍。
二、常见故障及排除方法三、操作规程1、开机前检查（1）保持油池润滑油在刻度范围内，润滑油的牌号应符合要求。
（2）检查注油器内的油量、不应低于刻度线。
（3）开车前转动手动轮，向气缸注油，从视油器中要能见到均匀充足的油滴。
（4）在装配或常期停车后，第1次开车前必须盘车检查，检查有无异常和撞击、卡住等不正常音响。
（5）移开机器上及附近一切防碍工作的物品，防护罩应固定牢靠。
（6）检查排气管路是否畅通，放气阀应打开。
（7）为了减轻启动时的负荷，应关闭减荷阀或打开油水吹除阀，使排放管道处于无压力状态。
（8）打开各冷却水阀，水流应畅通，无气泡。
（9）对电气部分应作好开车前的准备工作。
2、开机操作（1）接通电流，使空压机进入空载状态下运转。
（2）空载运转正常后，逐渐打开减荷阀，关闭各级冷却器的油水吹除阀，使空压机进入负荷状态下运转。
压缩空气过滤器系列说明说明书
CompressedAir FiltrationCompressed Air Filtration Filters | Coalescers | Absorbers | Elements | Mist EliminatorsIn any compressed air net distribution it is a must to install one or more filters. As a result, an improved air quality is achieved, which benefits your complete compressed Using only a single filter could result in saturation of the reduced air quality or end upprematurely replacing your elements.TECHNOLOGY YOU CAN TRUSTA V A I LAB I L I T Y S E R VI C E AB IL I T Y R E L I A B I L I T YP A R T N ER SH IPS I MP L I C I T YUser BenefitsBoost quality and productivity • Purify the compressed air by eliminating oil/dust contaminants • Higher final product quality• Increase your overall productivity Save costs• Prolong the life span of your operation process (machine/equipment...)• Reduce potential downtime• Annual service intervals to ensure optimal operations Easy operation and installation Compatible with any compressor technology• Can be installed quickly and into an existing network• Optional pressure drop device (indicator/gauge) to advise on the cartridge replacement• Cartridge replacement done in no time• No electrical supply neededRisks You AvoidImpurities in the compressed air can cause:• Damage to the distribution lines, increasing the leakage risk • A considerable increase in maintenance costs• A reduction in the efficiency and life span of the pneumatic devices • Deterioration of the final product quality• Limitations to the reliability of the production process and all its components• Decrease of the overall profitabilityQuincy Filters Keep Your Air Distribution Network In Optimal Shape!2Important GuidelinesWhen selecting purification equipment for your compressed air system, these are some useful guidelines to consider:1. Depending on the application, each point of use in the system may require a different compressed air quality.2. Ensure that the purification equipment which is being chosen will provide the required air purity in accordance with the classi-fications from the ISO 8573-1:2010 table.3. When comparing filters to one another, make sure they have been tested in accordance with the standards of ISO 8573 and ISO 12500 series.4. Whenever you compare different filtration solutions, it is crucial to keep in mind that the filter performance is highly dependent on the inlet conditions.5. When taking into account the operational cost of oil coalescence filters, only compare the initial saturated wet pressure loss. The reason for this is that dry pressure loss is not representative forperformance in a normally wet compressed air system.36. For dust filters on the other hand, one can expect the pressure drop to rise over time. A low starting pressure drop does not mean it will remain as such throughout the filter element’s lifetime.7. Consider the total cost of ownership for purification equipment (purchase, operational and maintenance costs).Your local sales representative can help you to select the optimal purifcation equipment for your compressed air system.Compressed Air According to ISO 8573-1:2010Depending on the customer’s application, a certain air purity is required. These purity requirements have been categorized in air purity classes. The purity classes are defined in the ISO 8573-1 standard, edition 2010.This table defines 7 purity classes ranging from 0 up to 6 following the rule: the lowr the class, the higher the air quality.Model Grades 1800-10,500A Solution for Every Air QualityReference condition: pressure 7 bar (102 PSI). Maximum operating temperature of 122°F, only for QAF series.Minimum operating temperature of -4°F4Model Grades 6-1500Filter Range OverviewThe quality of air required throughout a typical compressed airsystem varies. Offering an extensive filter range, Quincy Compressor can always match your precise requirements, ensuring that all types of contamination are avoided and costs are reduced to an absolute minimum.QMF Filter RangeMicronic coalescing filters for general purposeprotection, removing solid particles, liquid water and oil aerosol.Total Mass Efficiency: 99 %QPF Filter RangeParticulate filters for dust protection. Removes solid particles, dust, liquid and oil aerosol.Count Efficiency: 99.8% at MPPS (MPPS = 0.1 micron)QCF Filter RangeHigh-efficiency coalescing filters, removing solid particles, liquid water and oil aerosol.Total Mass Efficiency: 99.9 %QAF Filter RangeActivated carbon filter for removal of oil vapour and hydrocarbon odors.1000 Hour Lifetime* Inlet oil concentration = 40 mg/m3** MPPS = Most Penetrating Particle Size of 0.01 µm5High Temperatures1 Micron Dust Filters, 450°F, 150 PSIG• Designed specifically for Heat Reactivated Desiccant Air Dryers • Nomex outer layer is provided for high-temperature operation • Push-to-fit design used on threaded filters for easy filter element replacement•Multiwrap element construction provides optimum performanceAluminum Housing Threaded NPT Connctions 15 to 650 CFM, Series HTDT• Features a high-temperature dust filter with heavy-duty bowl • Ribbed bowl facilitates removal when changing elements NOTE: Alloy filters shipped loose will have a special high-temperature black powder coat paint.ModelsHTDT 15 & 30Models HTDT 65–650Specifications & Engineering Datasponding to the working pressure.6Mechanical Moisture Separators6 to 1500 CFM, 232 PSIG, Series QWSQuincy Mechanical Moisture Separators are designed to removebulk liquids and large volumes of water. They are typically installeddownstream of after coolers, air receivers, refrigerated air dryers andat strategic points of use throughout the compressed air distributionsystem. The design employs an internal spinner to create a centrifugalaction that effectively removes large quantities of water.• Aluminum housings (1⁄4” to 3 NPT) to prevent corrosion• Low pressure drop: < 1 PSIG• CRN approvedSpecifications & Engineering Data7Stainless Steel FiltersCoalescer — AbsorberQuincy’s line of 316 grade Stainless Steel filters for pressure requirements of 750 PSIG through 5000 PSIG feature:• Three pressure ranges (750 PSIG, 1,500 PSIG, 5,000 PSIG)• Heavy-duty, Stainless Steel tie rod design for 1500 PSIG and 5000 PSIG750 PSIG/250°F 60 to 2000 SCFM (1/2” to 2” NPT)• SSCT standard coalescer • SPCT polishing coalescer • SACT activated carbon1500 PSIG/250°F 65 to 2050 SCFM (1/2” to 2” NPT)• ESCT standard coalescer • EPCT polishing coalescer • EACT activated carbon5000 PSIG/250°F 28 to 775 SCFM (1/2” to 11/2” NPT)• VSCT standard coalescer • VPCT polishing coalescer • VACT activated carbonHigh-PressureAluminum FiltersCoalescer — AbsorberQuincy’s aluminum alloy, 750 PSIG high-pressure filter lineup offers an economic alternative to the high cost of stainless steel. There are two levels of coalescing and an activated carbon absorber. Ideally suited for the PET bottle blowing industry, the coalescers remove various levels of liquid aerosols and the activated carbon absorber removes vapor and odors.• High-temperature capacity (250°F.)• Multiwrap element construction for optimum performance and long life• Synthetic lubricant and mineral oil compatibility• Large sump and quiet zone to prevent re-entrainment • Push-to-fit design for easy filter element replacement• Modular design allows for easy installation of multiple filters and saves energy750 PSIG/250°F 150 to 3000 SCFM (1/2” to 2” NPT)• HSCT standard coalescer • HPCT polishing coalescer • HACT activated carbon750 PSIG - Specifications & Engineering Data8corresponding to the working pressure.corresponding to the working pressure.9High-Pressure1500 & 5000 PSIG - Specifications & Engineering Data10corresponding to the working pressure.corresponding to the working pressure.11Models E_T 65-2050V_T 28-775Models H_T 94 & 147Models S_T 60–2000ModelsH_T 265–1882Unique Double Element Design1,500 cfm through 15,000 cfm models utilize a space-saving double element design (see Figure 2). Using a double nesting technique, the Quincy Mist Eliminator offers high efficiency separation in a low profile package. By nesting an element inside an element, total surface area is greater than conventional single element designs. Due to reduced overall height, the Quincy Mist Eliminator can be installed in locations where conventional single element designs cannot. For example, a 10,000 cfm Quincy Mist Eliminator low profile design is only 118 inches tall. Compare this to other single element designs that are 210 inches tall. That’s a reduction of over 7 feet in overall height! Imagine the savings in time and convenience when you change the element or service the unit.All Quincy Mist Eliminator tanks are ASME coded and stamped. Standard equipment includes a calibrated differential pressure gauge and enamel paint. No Loss Demand Drains are optional. Pressure relief valves are not included but may be required by local codes.Mist EliminatorHigh Efficiency Heavy-Duty Coalescing FilterLong Life and Low Pressure DropThe Quincy Mist Eliminator is a heavy-duty coalescing type filter engineered to efficiently remove oil, particulate, and water from compressed air. By using a combination of impaction, interception and Brownian Movement, the Quincy Mist Eliminator achieves100% efficiency in removing particles 3 micron and larger, 99.8% of 0.1 micron and larger and 99.5% of 0.01 micron and larger. Typical pressure drop is less than 1 psig. Average element life in continuous service is 10 years. A 10-year element life can be achieved in relatively clean environments.• Lower pressure drop compared to conventional coalescing and particulate filters (average 1 psig versus 6 psig). Higher pressure drops require the compressor to operate at an elevated pressure, therefore requiring more power. Every 2 psig reduction in pres-sure saves approximately 1% air compressor power based on 100 psig operating pressure. Quincy Mist Eliminator could easily save in excess of $1,500 per year in air compressor electrical energy (based on 8,000 hours per year operation, $0.07 per Kw hour, 100 hp compressor and a 93% motor efficiency).• Large tank volume captures and retains inadvertent lubricant discharge caused by compressor separation system malfunction, which protects downstream equipment.• Average element life of 10 years versus 6 months for conventional coalescing and particulate filter elements reduces maintenance and waste disposal.12Mist EliminatorSpecifications & Engineering DataNotes: Larger Sizes Available, Consult Factory * Does Not Include Rigging.13Quincy Helps Y ou Do More. For Less.Combining nearly 100 years of expertise with unrivaled quality and performance, Quincy Compressor is the headquarters for your air filtration needs. Innovative filtration solutions are engineered to provide the best quality air and meet today’s increasing quality demands. Backed by the Air Quality Performance Guarantee, Quincy Compressor offers a full line-up of superior quality filtration solutions to meet the high quality requirements of your specific application. Exceed your expectations by providing your system with Quincy Compressor filters. Compressed Air FiltersQuincy Compressor Air Quality Performance Guarantee• Quincy Compressor offers a performance guarantee on its Air Treatment Filtration line. Quincy’s Filters are guaranteed to perform to the currently published specifications as found in filtration documentation available at /literature_ library.html.• Under normal operating conditions, and when installed in an original installation, the Quincy QCF, QMF, and QPF filter elements meet or exceed air quality standards of ISO 8573. The Quincy filters are guaranteed to operate for 8,000 hours or 12 months, which-ever shall occur first, before reaching the recommended 6 PSIG pressure differential for filter replacement.• Quincy Compressor guarantees that the aforementioned filters will perform as stated above, or Quincy Compressor will either repair or replace the filter or element, at Quincy’s discretion. Quincy Compressor will not be responsible for removal, reinstallation and/or related costs.The Air Quality Performance Guarantee is in accordance and established based upon Air Quality-ISO 8573 standard for oil-free and contaminant-free compressed air applications. The Air Quality Performance Guarantee remains in effect for the below listed site so far as all installation and maintenance requirements set forth and in accordance with the warranty and policies and procedures handbook, under Section 1 General Information; Warranty Coverage Rules are maintained.1415Quality Comes in All Shapes and Sizes—But Just One Color.The Quincy PromiseQuincy Compressor and its partnering distributors promise to provide you with uncompromising reliability in all Quincy equipment. This makes your compressed air system one less thing that you need to worry about, allowing you to focus on your company’s productivity and profitability.The Quincy SolutionOperating at peak efficiency and providing quality product is a priority for many of our customers. Quincy Compressor in partnership with our global network of authorized distributors strives to be your provider for all of your compressed air system needs. From the air compressor to filtration to dryers and storage solutions, Quincy Compressor is your single-source provider for all of your compressed air system needs.Air CompressorsQuincy Compressor is a premier provider of many different types of air compressors designed for a variety of applications using different compression technologies.The Quincy QT is a Reciprocating Splash Lubricated compressor for tough everyday use. The Quincy QP is a reciprocating fully pressure lubricated compressor for a competitive advantage. The Quincy QR is a reciprocating compressor designed for the most demanding conditions. The Quincy QGS 5-30 HP is a heavy-duty belt drivenrotary compressor at a competitive price. The Quincy QSI provides an industrial-grade premium fixed-speed rotary screw air compressor.The Quincy QGV provides a premium variable-speed rotary screw air compressor designed to optimize your energy efficiency. Compressed Air TreatmentQuincy Compressor is your single-source provider of compressed air treatment products to complement your air compressor. Quincy provides refrigerated air dryers, desiccant air dryers, compressed air filtration from 5 to .01 micron, condensate drains, condensate management systems, storage solutions, and flow control valves. Quincy Compressor is truly a single-source provider for all of your compressed air needs.Genuine PartsGenuine Parts from Quincy Compressor keep your equipmentrunning like new. When servicing your Quincy compressor, insist on Genuine Quincy parts. Not only will you save time and money, but you will gain the peace-of-mind from using only the highest quality parts worthy of the Quincy name.System ControlsWhether you have one air compressor or many air compressors from many different manufacturers, Quincy Compressor provides you with a way to control and monitor all of the components in your compressed air system in a way that maximizes your energy efficiency and decreases your energy costs. Whether you need to control your system on site or from half way around the world,Quincy Compressor is your source for reliable, efficient controls.©2017 Quincy Compressor. All rights reserved. Printed in U.S.A.(QATF-005 10/19)701 N. Dobson Avenue | Bay Minette, AL 36507Phone 251.937.5900 | Fax 251.937.0872Email:*************************|。
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部门：工程部
页码：共2页，第2页
一、目的：建立压缩空气过滤器清洗更换规程，保障空气的洁净度。
二、范围：适用于空气站压缩空气过滤器
三、责任人：工程部操作者、质量部
四、内容：
1.该空气过滤器有四级过滤C、T、A、H。
2.C级：适用于滤除大量液体和3微米大小的凝聚物（5PPmW/W）
贵州圣泉药业有限公司
类别：操作规程编号：SQ-04-02-SOP-56
部门：工程部页码：共2页，第1页
压缩空气过滤器更换规程
起草：年月日
Q A审阅：年月日
批准：年月日
生效日期：年月日
授权：下列部门拥有并执行本标准（√）
质量部（）生产部（）物资储运部（）
工程部（）销售部（）行政部（）
类别：操作规程
压缩空气过滤器更换规程
T级：适用于滤除液态和油雾，可滤除小至1微米的固态颗粒(1.0PPmW/W)
A级:适用于聚结极小的水汽和油雾,可滤除小至0.01微米的固态颗粒(0.01PPmW/W)
H级:适用于滤除活性炭通常可吸收的油蒸汽和碳氢化/W)。
3.该过滤器不能清洗，只能更换，一般6000~8000小时，根据对设备的再验证，进行更换