PARKER派克B53424MTF气动电磁阀技术参数讲解说明

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Parker Hannifin 沙拉阀产品介绍说明书

General DescriptionSeries FC, FD throttle check valves are designed for maximum flow rates.The throttle check function is located in ports A and B. Meter-in or meter-out functionality can be selected by model code.Features•High flow capacity.•Various functional arrangements.• Sizes:– FC05, FD05 – NFP A D05 / NG10 / CETOP 5– FC05H, FD5H – NFP A D05HE / NG10 / CETOP 5H– FC07, FD07 – NFP A D07 / NG16 / CETOP 7– FC08, FD08 – NFP A D08 / NG25 / CETOP 8Code Description 03 See FM205 NFPA D05 / NG10 5H*NFPA D05HE / NG10 07 NFPA D07 / NG16 08 NFPA D08 / NG25SizeC ode DescriptionA Aluminum DDuctile IronBody MaterialCracking Pressure30C ode Description 302 Bar (30 PSI)SealC ode Description N NitrileV* Fluorocarbon* Upon request.C ode DescriptionFC Flow Control Meter Out FDFlow Control Meter InThrottle Valve with Check C ode Description DDControl A & BMeter OptionDDFC FDWeight:SizeFC**DD30NA, FD**DD30NAFC**DD30ND, FD**DD30ND FC05, FC5H,FD05, FD5H 1.3 kg (2.9 lbs.)2.6 kg (5.7 lbs.)FC073.4 kg (7.6 lbs.) 6.9 kg (15.3 lbs.)FC087.1 kg (15.7 lbs.)14.7 kg (32.5 lbs.)* Valve comes with D05HE (ISO) pattern seal plate (990-120-012). If D05H pattern is required, order seal plate kit 990-120-009.Performance Curves Series FC, FDFC05/FC5H, FD05/FD5HFC05/FC5H, FD05/FD5HFC08, FD08FC08, FD08FC07, FD071005030035025026.513.279.492.666.120015040052.939.7105.8Flow (Q)LPMGPMP r e s s u r e D r o p pD Pressure Differential vs.Metered Flow Fluid Viscosity 30 cSt at 50°C (122°F)FC07, FD0720605.315.9401008010.626.521.2Flow (Q)LPMGPMP r e s s u r e D r o p pD Pressure Differential vs.Metered Flow Fluid Viscosity 30 cSt at 50°C (122°F)FC5HDD –Inch equivalents for millimeter dimensions are shown in (**)* D05HE (Standard)** D05HFC08DD – Inch equivalents for millimeter dimensions are shown in (**)FD5HDD –Inch equivalents for millimeter dimensions are shown in (**)** D05HFD08DD – Inch equivalents for millimeter dimensions are shown in (**)Parker Hannifin Corporation Hydraulic Valve Division 520 Ternes AvenueElyria, Ohio 44035 USA Bulletin HY14-2544-B4/US,7/15© 2015 Parker Hannifin Corporation. All rights reserved.FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS DESCRIBED HEREIN OR RELA TED ITEMS CAN CAUSE DEA TH, PERSONAL INJURY AND PROPERTY DAMAGE.• This document and other information from Parker-Hannifin Corporation, its subsidiaries and authorized distributors provide product or system options for further investigation by users having technical expertise.• The user, through its own analysis and testing, is solely responsible for making the final selection of the system and components and assuring that all performance, endurance, maintenance, safety and warning requirements of the application are met. The user must analyze all aspects of the application, follow applicable industry standards, and follow the information concerning the product in the current product catalog and in any other materials provided from Parker or its subsidiaries or authorized distributors.• T o the extent that Parker or its subsidiaries or authorized distributors provide component or system options based upon data or specifications provided by the user, the user is responsible for determining that such data and specifications are suitable and sufficient for all applications and reasonably foreseeable uses of the components or systems.WARNING – USER RESPONSIBILITYThe items described in this document are hereby offered for sale by Parker-Hannifin Corporation, its subsidiaries or its authorized distributors. This offer and its acceptance are governed by the provisions stated in the detailed “Offer of Sale” elsewhere in this document or available at /hydraulicvalve.OFFER OF SALEFor safety information, see Safety Guide SG HY14-1000 at /safety or call 1-800-CParker.SAFETY GUIDE。

派克比例阀参数-概述说明以及解释

派克比例阀参数-概述说明以及解释1.引言1.1 概述概述部分:派克比例阀是一种常用的工业控制阀，用于调节液体或气体流量。

其特点是通过改变阀门的开度来控制介质的流量，以达到精确控制的目的。

派克比例阀广泛应用于自动化控制系统中，特别是在需要准确控制流量的场合，如工厂生产线、机械加工、化工以及液压系统等领域。

派克比例阀的参数是指影响其性能和控制精度的各项指标。

常见的派克比例阀参数包括响应时间、线性度、灵敏度、控制精度等。

响应时间是指控制信号作用到阀门上所需的时间，通常以毫秒为单位。

线性度是指阀门在不同开度下流量的变化关系，通常以百分比表示，线性度越好，阀门的流量控制越精确。

灵敏度是指阀门对控制信号的响应程度，灵敏度越高，阀门的调节范围越大。

控制精度是指阀门输出流量与期望流量之间的误差，通常以百分比表示，控制精度越高，阀门的流量控制越准确。

了解派克比例阀的参数对于正确选择和使用该阀门至关重要。

根据实际需求，我们可以根据阀门参数来判断适合的使用场景和控制要求，从而保证流体系统的稳定运行和可靠性。

在接下来的文章中，我们将重点介绍派克比例阀的各项参数，并探讨其对流体控制的影响，帮助读者深入理解和应用派克比例阀。

1.2 文章结构文章结构部分的内容如下：文章结构是指整篇文章的组织方式和内容的排列顺序。

一个良好的文章结构可以使读者更容易理解和把握文章的主题和要点。

本文将按照以下结构来组织内容：引言部分（Introduction）：该部分主要对派克比例阀参数进行概述，介绍派克比例阀的基本概念及其在实际应用中的重要性。

同时还会介绍文章的结构和目的，让读者对全文有一个整体的了解。

正文部分（Body）：正文部分是整篇文章的核心部分，将详细介绍派克比例阀参数的相关内容。

其中，第一个要点将重点介绍派克比例阀的工作原理、结构特点以及参数的定义和计算方法；第二个要点将深入讨论派克比例阀参数在实际应用中的影响因素和调节方法。

结论部分（Conclusion）：结论部分将对正文部分的内容进行总结，并提炼出文章的主要观点和结论。

Parker Hannifin 冷却设备分部型号 SC1、SC2 电磁阀说明说明书

Phone: (708) 681-6300 or 800-506-4261 • Fax: (708) 681-6306 or 800-424-7109 • e-mail: RSD_info@
309715
Installation
Refer also to Safety Installation Bulletin RSBCV. Do not remove the protective covers from the inlet and outlet of the valve until ready to install. They protect the interior from dirt and other foreign matter.
S81, S82 When energized, fluid flow through the pilot port forces the piston downward and pushes the main port plug open, thereby permitting flow of the refrigerant through the valve. The closing spring meanwhile is held in a compressed position. When de-energized, fluid flow through the pilot port is stopped. Bleed-off through the bleed hole in the piston decreases the pressure above the piston and allows the closing spring to force the main port plug upward into a close position to stop the flow. The pressure difference across the valve, acting upon the area of the valve seat, plus the force of the closing spring, holds the main port plug in a tightly closed position.

PARKER电磁阀故障分析

电磁阀常见故障分析1Matthew Zhao赵信峰销售支持工程师–CIC-FCD 手机: 138********Email: Matthew.Zhao@一、了解产品使用和维护前，应当首先掌握产品的结构和性能参数，比如电磁阀的类型、操作方式、介质、压力、温度要求以及电源电压等，同时还应了解使用环境的要求等等。

二、规范操作电磁阀使用注意事项电磁阀使用注意事项：：2安装与使用过程中应规范操作，避免人为损坏。

三、预防性维护:保持介质的清洁性定期性地运转定期性地检查阀门的磨损和损伤常见故障之一常见故障之一：：线圈过热或烧毁线圈过热或烧毁（（深入讨论深入讨论））•电压过高•周围环境或流体介质的温度过高线圈的烧毁经常是由以下原因引起的:3•缺少零件•Plunger 卡住或被堵塞•压力过高•环境过于潮•线圈直接接在电源上（未连阀体上，无负载）•流体中含杂质常见故障之二常见故障之二：：漏气漏气（（液）内漏：•密封磨损，扭曲或歪斜•弹簧失效（关不严）•Sleeve 损坏或阀芯被堵塞，卡住不动（关不上）4•压力过高（顶开密封件）外漏：•管道连接处松动•管道连接外密封件损坏常见故障之三常见故障之三：：线圈通电时噪音大•电压波动，不在允许范围内•零件松动•Sleeve 内含有杂质5•Plunger 磨损•弹簧装反或损坏•导流环脱落或损坏（深入讨论）常见故障之四常见故障之四：：线圈通电时常闭阀打不开•没有电压•电压过低•线圈被烧毁（或线圈存在断路）•压力过高6•Plunger 被卡住•Seal 损坏•先导孔被堵塞（先导阀）•压力过低（先导阀）对于通电时常开阀不能关闭原因与此相似常见故障之五常见故障之五：：线圈断电时常闭阀不能关闭•控制电路有问题•安装不合理•含有水垢或杂质7•Sela 损坏•Plunger 被卡住•弹簧损坏对于断电时常开阀不能打开原因与此相似虽然导流环只对AC有作用，对DC没有效果。

但是为了使加工过程简化，Parker-FCD电磁阀绝大多数均装有导流环。

请问PARKER派克电磁阀关不到位怎么调整

请问PARKER派克电磁阀关不到位怎么调整请问PARKER派克电磁阀关不到位怎么调整？PARKER派克电磁阀的工作原理是利用电磁线圈通电所产生的电磁力直接掌控阀门的开启和关闭。

其核心部件包含线圈、阀芯、阀体和弹簧等。

具体工作过程是电流通过线圈，产生电磁力吸引阀芯，使阀芯克服弹簧力或流体压力，从而离开阀座，开启阀门，流体得以通过。

当电流断开，电磁力消失，弹簧力推动阀芯回到阀座上，阀门关闭，流体停止流动。

PARKER派克电磁阀使用说明重要包含维护及使用注意事项不锈钢电磁阀是工业自动化中常用的掌控元件，电磁阀工作原理是通过电磁掌控，实现介质的导通和切断。

不锈钢电磁阀的阀体料子选择对于阀门的性能和使用寿命有侧紧要的影响，因此在选择时要考虑一些相关的因素。

不锈钢电磁阀体材质选择依据1、耐腐蚀性对于具有腐蚀性的工况，需要选择耐腐蚀性料子制造的阀体。

不锈钢自身是一种耐腐蚀性很强的料子，但不同的不锈钢等级有不同的耐腐蚀性。

例如，304不锈钢是常用的一种类型，适合大多数水和蒸汽应用。

而316不锈钢含有更多的镍和添加了钼，供应了更好的耐腐蚀性，适合更苛刻的化学和海洋环境。

2、工作介质PARKER派克电磁阀阀体料子的选择应基于工作介质的性质。

对于腐蚀性介质，如酸、碱、盐等，应选择耐腐蚀性更强的不锈钢材质。

对于无腐蚀性介质，如水、空气、油等，可以选择标准的不锈钢材质。

3、工作温度不同的不锈钢材质在不同的温度下有不同的性能表现。

高温环境可能会降低不锈钢的耐腐蚀性和机械强度。

因此，选择阀体料子时，需要考虑介质的工作温度，并选择能够经受该温度范围的不锈钢等级。

4、认证和标准维护包含：1.定期检查电磁阀的线圈、阀体等部件是否正常工作。

2.依据使用环境，定期清洁阀芯和阀座，防止卡滞。

3.对于防尘、防水型号，应确保防护措施到位，延长使用寿命。

使用注意事项包含：1.确保电源电压与电磁阀标识全都。

2.部分电磁阀不适合干烧工作，应避开在无介质状态下长时间通电。

派克PARKER电磁阀维护保养小知识

派克PARKER电磁阀维护保养小知识派克PARKER电磁阀维护保养小知识PARKER电磁阀的目地是使热客户在一定范围之内依据热要求调节总流量。

应用自力式调节阀的加温系统软件是-个可变性的总流量系统软件。

殊不知，大部分采暖互联网是依据采暖的基础要求明确的。

应用系统没办法按需无限定供暖,这将难以避免地造成应用系统的水力发电失衡,尤其只安装压力差调压阀而不安装热计量表的供暖系统中。

派克PARKER电磁阀选型依据：1、根据管道参数选择电磁阀的：通径规格（即DN）、接口方式1）按照现场管道内径尺寸或流量要求来确定通径（DN）尺寸；2）接口方式，一般>DN50要选择法兰接口，≤DN50则可根据用户需要自由选择。

2、根据流体参数选择电磁阀的：材质、温度组1）腐蚀性流体：宜选用耐腐蚀电磁阀和全不锈钢；食用超净流体：宜选用食品级不锈钢材质电磁阀；2）高温流体：要选择采用耐高温的电工材料和密封材料制造的电磁阀，而且要选择活塞式结构类型的；3）流体状态：大至有气态，液态或混合状态，特别是口径大于DN25时一定要区分开来；4）流体粘度：通常在50cSt以下可任意选择，若超过此值，则要选用高粘度电磁阀。

3、根据压力参数选择电磁阀的：原理和结构品种1）公称压力：这个参数与其它通用阀门的含义是一样的，是根据管道公称压力来定；2）工作压力：如果工作压力低则必须选用直动或分步直动式原理；低工作压差在0.04Mpa以上时直动式、分步直动式、先导式均可选用。

4、电气选择：电压规格应尽量优先选用AC220V、DC24较为方便。

5、根据持续工作时间长短来选择：常闭、常开、或可持续通电1）当电磁阀需要长时间开启，并且持续的时间多于关闭的时间应选用常开型；2）要是开启的时间短或开和关的时间不多时，则选常闭型；3）但是有些用于安全保护的工况，如炉、窑火焰监测，则不能选常开的，应选可长期通电型。

6、根据环境要求选择辅助功能：防爆、止回、手动、防水雾、水淋、潜水。

派克各式电磁阀及原理介绍

派克各式电磁阀及原理介绍派克各式电磁阀及原理介绍上海维特锐专业从事各种国外工控自动化产品的进口贸易。

主要经营品牌如下：德国品牌：KRACHT 克拉克、VSE 威士、HYDAC贺德克、BUCHER布赫、P+F 倍加福FESTO 费斯托、IFM 易福门、SIEMENS 西门子、SICK 施克、TURCK图尔克、E+H 恩德斯豪斯、 LEUZE 劳易测、巴士德Barksdale、德国PLATING ELECTRONIC、 KOBOLD 科宝、巴鲁夫BALLUFF、海隆HERION 、HEIDENHAIN海德汉、HAWE哈威美国品牌：PARKER 派克、ASCO 阿斯卡、美国 ACE、VICKERS 威格士、MAC、葆德BALDOR、MOOG穆格、NUMATICS 纽曼帝克、JOUCOMATIC 捷高意大利品牌：ATOS 阿托斯、VESTA维斯塔、CAMOZZI 康茂盛、迪普马duplomatic 英国品牌：牛顿NEWTONS4TH日本品牌：SMC、CKD 喜开理、油研 YUKEN、NACHI 不二越TAIYO 太阳铁工、SUNX 神视、DAIKIN 大金液压KEYENCE 基恩士、OMRON 欧姆龙、KOGANEI 小金井派克各式电磁阀及原理介绍派克电磁阀是由电磁线圈和磁芯组成，是一个含有一个或几个孔的阀门。

当线圈通电或断开时，磁芯的操作将导致流体通过阀体或被切断，以便改变流体的方向。

电磁阀的电磁部件由固定铁芯、移动铁芯、线圈等组成。

阀体由滑动阀芯、滑动阀套、弹簧座等组成。

电磁线圈直接安装在阀体上，阀体密封在密封管中。

形成一个简单而紧凑的组合。

我们生产中常用的电磁阀有二位三环、二位四环、二位五环等。

这里我们首先谈一下二的含义：对于电磁阀是带电的和功率损失的，对于阀门的控制是开闭的。

它由阀体、阀盖、电磁元件、弹簧和密封结构等组成。

动铁芯底部的密封块借助弹簧压力关闭阀体进气口。

通电后，电磁铁被吸入，动铁芯上部的弹簧密封块封闭出风口，气流从进气口进入膜头，起到控制作用。

Parker Hannifin 玄武筒式操纵式气控阀门说明书

Lever Operated Air Control ValvesP2LAX – 1/8" P2LBX – 1/4" P2LCX – 3/8"P2LDX – 1/2"Electrical Connectors & Accessories .................................F44DOT Fittings ..............................................................F45-F46Dimensions ................................................................F47-F50Section F/pneu/vikingxBasic Valve Functions .......................................................F40Basic Valve Features .........................................................F41P2LAX Common Part Numbers ................................F42-F43P2LBX Common Part Numbers ........................................F43P2LCX Common Part Numbers ........................................F43P2LDX Common Part Numbers ........................................F43BOLD ITEMS ARE MOST POPULAR.2-Position, Spring ReturnSingle Pressure at Port #1 – The Hand Lever alternatelypressurizes port 2 or 4 while exhausting at port 3 or 5. When actuating Hand Lever, port 4 is pressurized; when releasing Hand Lever, spring returns the spool, pressurizing port 2.Dual Pressure – Pressure at port 3 & 5 alternatelypressurizes port 2 or 4 while exhausting at port 1. When actuating Hand Lever, port 2 is pressurized; when releasing Hand Lever, spring returns the spool, pressurizing port 4. (Must be ordered as dual pressure)2-Position, DetentSingle Pressure at Port #1 – The Hand Lever alternatelypressurizes port 2 or 4 while exhausting at port 3 or 5. When pulling Hand Lever, port 4 is pressurized; when pushing Hand Lever, port 2 is pressurized. Spool stays in last actuated position.Dual Pressure – Pressure at port 3 & 5 alternatelypressurizes port 2 or 4 while exhausting at port 1. Whenpulling Hand Lever, port 2 is pressurized; when pushing Hand Lever, port 4 is pressurized. Spool stays in last actuated position. (Must be ordered as dual pressure.)Lever Valves3-Position, DetentSingle Pressure at Port #1 – The Hand Lever alternately pressurizes port 2 or 4 while exhausting at port 3 or 5. When pulling Hand Lever, port 4 is pressurized; when pushing Hand Lever, port 2 is pressurized. When Hand Lever is vertical, it is in the center position -either APB or CE. Spool stays in last actuated position.Center FunctionsAll Ports Blocked Center Exhaust Pressure Center! CAUTION:For 3-Position lever function, do not restrict exhaustports with speed controls.#12Operator End#14OperatorEnd#12Operator End#14OperatorEnd#12Operator End#14OperatorEndPressure Center#12Operator End#14OperatorEnd#12Operator End#14OperatorEndSpecifications• Heavy Duty Lever • Inline Valve– 1/8", 1/4", 3/8", 1/2" NPT • 2-Position Models • 3-Position Models – All Ports Blocked – Pressure Center – Center ExhaustOperating Temperature• Extreme: -40°F to 140°F (-40°C to 60°C)Operating Pressure• T ype A & B:(Vacuum to 16 bar Max.)• T ype C & D: Vacuum to 174 PSIG (Vacuum to 12 bar Max.)Material Specifications• Valve Body: Anodized Aluminum •End Covers: Anodized Aluminum •Lever Housing: Acetal Plastic •Spool: Aluminum & Nitrile Rubber•Piston: Acetal Plastic / Anodized Aluminum •Seals: Nitrile Rubber • Screws: Stainless Steel• Springs: Dacromet - Processed Steel, Stainless Steel• Lever: Reinforced Polyamide PlasticP2LBX2-Position, SpringP2LAX2-Position, DetentP2LDX 3-Position APBSize DSize CSize BSize AP2LCX2-Position, LeverBOLD ITEMS ARE MOST POPULAR.Lever Operated ValvesVacuum to 232 PSIG (Vacuum to 16 bar) -40 °F to 158°F (-40°C to 70°C)Lever Operated2-Position#12Closed Center Center ExhaustLever Operated3-PositionNOTE: P2LCX and P2LDX Manual & Remote Air Pilot Valves have amaximum pressure rating of 175 PSIG (12 bar).Lever Operated3-PositionClosed Center Pressure Center Center ExhaustElectrical Connectors / AccessoriesFemale Electrical ConnectorsBronzeExhaust MufflersPipe ThreadPart Number M5P6M-PAC51/8" NPT EM121/4" NPT EM253/8" NPT EM371/2" NPTEM50Plastic SilencersThread Size Part Number A (mm) B (mm)NPTBSPTM5AS-5.43 (11).32 (8)1/8"ASN-6AS-6 1.57 (40).63 (16)1/4"ASN-8AS-8 2.56 (65).83 (21)3/8"ASN-10AS-10 3.35 (85).98 (25)1/2"ASN-15AS-15 3.74 (95)1.18 (30)P6M - Plastic; EM - Sintered BronzeFeatures• 1/8 and 1/4 NPT male sizes• Fitted with a Brass Pipe Adapter and a Fluorocarbon Membrane• Resistant to Rust, Clog, Wash Down and ContaminationApplicationsThese protectors are intended for mobile applications, quick venting applications and alternative exhaust port breathers that require protection against clogging.Ideal for valves exposed to harsh environmental conditions (which can cause a “caking up” in the exhaust pipe ports where the bronze mufflers or breather vents are installed).Particularly suitable for time-sensitive applications such as axle-lift suspensions or pushers or tag axles.SpecificationsOperating Pressure ........................................0 – 150 PSIG (0 to 10 bar, 0 to 1034 kPa)Operating Temperature .......-40°F to 158°F (-40°C to 70°C)Material:Body and Pipe Adapter ...............................................Brass Membrane .................................................FluorocarbonFlow Data (SCFM)Part NumberSize60 PSIG Inlet90 PSIG Inlet125 PSIG InletE900161/8"40.156.575.5E900171/4"44.662.783.5Exhaust Protector68PMT Male ConnectorPart No.Tube Size Pipe Thread (NPTF)C Hex L 68PMT -4-21/41/81/2 1.0668PMT -4-41/41/49/16 1.1968PMT -4-61/43/83/4 1.2768PMT -6-23/81/83/4 1.3768PMT -6-43/81/43/4 1.4368PMT -6-63/83/83/4 1.3368PMT -6-83/81/27/8 1.3868PMT -8-41/21/47/8 1.7268PMT -8-61/23/87/8 1.5268PMT -8-81/21/27/8 1.4468PMT -10-65/83/81 1.8868PMT -10-85/81/21 1.8868PMT -12-83/41/21-3/162.03169PMNS Male Elbow Non-Swivel 90°Part No.Tube Size PipeThread (NPTF)Wrench Flats LN 169PMNS-2-21/81/83/80.860.68169PMNS-5/32-25/321/83/80.880.68169PMNS-3-23/161/83/80.750.67169PMNS-3-43/161/41/20.740.93169PMT Male Elbow Swivel 90°Part No.Tube Size PipeThread (NPTF)Wrench Flats B Hex LN 169PMT -4-21/41/813/327/160.84 1.21169PMT -4-41/41/413/329/160.84 1.43169PMT -4-61/43/813/3211/160.84 1.43169PMT -6-23/81/89/169/16 1.11 1.41169PMT -6-43/81/49/169/16 1.11 1.58169PMT -6-63/83/89/1611/16 1.11 1.58169PMT -6-83/81/29/167/8 1.11 1.79169PMT -8-41/21/411/165/8 1.27 1.73169PMT -8-61/23/811/163/4 1.27 1.81169PMT -8-81/21/211/167/8 1.27 1.96169PMT -10-65/83/87/83/4 1.53 2.03169PMT -10-85/81/27/87/81.532.18169PMTL Male Elbow Long Non-Swivel 90°Part No.Tube Size PipeThread (NPTF)Wrench Flats BHex L N 169PMTL-6-43/81/49/169/16 1.06 1.63169PMTL-6-63/83/89/167/8 1.19 2.50169PMTL-6-83/81/29/167/8 1.19 2.50169PMTL-8-81/21/211/167/8 1.22 2.50169PMTL-10-85/81/27/87/81.462.5068PM Male ConnectorPart No.Tube Size Pipe Thread (NPTF)C Hex L 68PM-2-11/81/163/820.9368PM-2-21/81/87/160.8868PM-5/32-15/321/163/80.9568PM-5/32-25/321/87/160.7468PM-5/32-45/321/49/160.9968PM-3-13/161/167/160.9568PM-3-23/161/87/160.9268PM-3-43/161/49/161.10FLATS169PMTNS Male Elbow Non-Swivel 90°Part No.Tube Size PipeThread (NPTF)Wrench Flats LN 169PMTNS-4-21/41/81/20.840.72169PMTNS-4-41/41/41/20.840.90169PMTNS-4-61/43/81/20.84 1.06169PMTNS-6-23/81/89/16 1.050.75169PMTNS-6-43/81/49/16 1.050.94169PMTNS-6-63/83/83/4 1.050.94169PMTNS-6-83/81/211/16 1.12 1.26169PMTNS-8-41/21/411/16 1.17 1.06169PMTNS-8-61/23/811/16 1.22 1.06169PMTNS-8-81/21/211/16 1.22 1.26169PMTNS-10-65/83/87/8 1.46 1.11169PMTNS-10-85/81/27/8 1.46 1.32169PMTNS-12-83/41/211.81 1.44171PMT Male Run Tee SwivelPart No.Tube Size PipeThread (NPTF)Wrench Flats CHex L N 171PMT -4-21/41/81/27/16.85 1.25171PMT -4-41/41/41/29/16.85 1.48171PMT -4-61/43/81/211/16.85 1.43171PMT -6-43/81/45/89/16 1.21 1.83171PMT -6-63/83/85/811/16 1.21 1.83171PMT -8-41/21/47/85/8 1.27 1.74171PMT -8-61/23/87/83/4 1.27 1.83171PMT -8-81/21/27/87/81.27 1.99172PMT Male Branch Tee SwivelPart No.Tube Size PipeThread (NPTF)Wrench Flats CHex L N 172PMT -4-21/41/81/27/160.85 1.25172PMT -4-41/41/41/29/160.85 1.43172PMT -6-23/81/85/89/16 1.22 1.66172PMT -6-43/81/45/85/8 1.22 1.83172PMT -6-63/83/85/83/4 1.22 1.83172PMT -8-41/21/47/85/8 1.27 1.73172PMT -8-61/23/87/83/4 1.27 1.79172PMT -8-81/21/27/87/81.27 1.97171PMTNS Male Run Tee Non-SwivelPart No.Tube 1 Size Tube 2 Size PipeThread (NPTF)Wrench Flats L1L2N 171PMTNS-4-41/41/41/415-320.910.910.94171PMTNS-4-6-41/43/81/45/80.93 1.210.97171PMTNS-6-43/83/81/45/8 1.21 1.210.97171PMTNS-6-4-43/81/41/45/8 1.210.930.97171PMTNS-6-4-63/81/43/85/8 1.220.970.93171PMTNS-6-61/23/83/85/8 1.21 1.270.97171PMTNS-6-81/23/81/25/8 1.17 1.27 1.26171PMTNS-8-41/21/21/47/8 1.281.27 1.06172PMTNS Male Branch Tee Non-SwivelPart No.Tube 1 Size Tube 2 Size PipeThread (NPTF)Wrench Flats L1L2N 172PMTNS-4-21/41/41/81/20.910.910.78172PMTNS-6-43/83/81/45/8 1.21 1.210.97172PMTNS-6-4-43/81/41/45/8 1.21.930.97172PMTNS-6-63/83/83/85/8 1.21 1.210.97172PMTNS-6-83/83/81/27/8 1.17 1.17 1.26172PMTNS-8-61/21/23/87/8 1.28 1.28 1.06172PMTNS-8-6-81/23/81/27/8 1.25 1.25 1.25172PMTNS-8-81/21/21/27/8 1.341.251.252。

派克比例阀中文说明书

派克比例阀中文说明书引言：派克比例阀是一种用于控制流体流量的重要装置。

它通过调节阀芯的位置，使流体流经阀体时的流量与输入信号的比例保持一致。

本文将详细介绍派克比例阀的工作原理、结构组成、安装使用注意事项等内容，以便用户能更好地了解和操作派克比例阀。

第一部分：派克比例阀的工作原理派克比例阀采用先进的电磁比例调节技术，通过控制阀芯的位置来调节流体流量。

当输入信号改变时，阀芯位置也会相应地改变，从而实现流量的调节。

该阀具有快速响应、精确控制的特点，能够满足各种工况下的流量控制需求。

第二部分：派克比例阀的结构组成派克比例阀主要由阀体、阀芯、驱动器、比例电磁铁等组成。

阀体是整个阀的主体部分，用于容纳阀芯和驱动器。

阀芯是控制流体流量的关键部件，通过电磁铁的驱动来实现位置的调节。

比例电磁铁是阀芯的驱动器，能够根据输入信号的变化产生相应的电磁力，从而使阀芯运动。

第三部分：派克比例阀的安装使用注意事项1. 安装前应仔细检查派克比例阀的外观是否完好，阀体是否有损坏或漏油现象，阀芯是否灵活。

2. 在安装时，应确保派克比例阀与管道连接牢固，不得有松动或泄漏现象。

3. 安装位置应选择在通风良好、无腐蚀性气体和振动的环境中，以确保派克比例阀的正常运行。

4. 在使用过程中，应注意定期检查派克比例阀的工作状态，如有异常应及时处理。

5. 在操作派克比例阀时，应遵守相应的操作规程，避免过大的冲击力或过大的负荷对阀芯造成损坏。

6. 定期清洗和维护派克比例阀，保持其良好的工作状态。

7. 使用派克比例阀时应遵循相关的安全操作规范，确保人员和设备的安全。

结论：派克比例阀是一种重要的流量控制装置，具有快速响应、精确控制的特点。

本文介绍了派克比例阀的工作原理、结构组成和安装使用注意事项，希望能为用户提供一些有用的信息。

在使用派克比例阀时，用户应仔细阅读产品说明书，并按照相关规范进行操作，以确保其正常运行和延长使用寿命。

Parker Moduflex 5 2 双向气动阀门和双位置电阀电驱动器系统手册说明书

Double-Acting Cylinder and 5/2Solenoid ValveSolenoid PilotsSpoolAs early as the 1980s, large numbers of stand-alone valves on each machine made the installation and piping work long and costly. As with hydraulic valves, designers developed manifolded pneumatic valves, thereby reducing the number of tube connections to be made.The sketches show a typical 5/2 valve manifold incorporating 3 common channels: common pressure supply 1, and exhaust collection channels 3 and 5.Depending on the valve and manifold design, output ports to cylinders can either be on top of the valve or in the bottom or on the side of the manifold.Installation and piping time was tremendously reduced. This manifold design led the way for more than 10 years.T o answer the needs of more and more complex and compact machines, pneumatic automation has continuously progressed:•In order to be compatible with PLCs, it became low-power electrically controlled;•What were originally stand-alone valves are now manifolded together into compact, flexible valve islands that include a complete range of functions.The sketches represent the basic subassembly of a double-acting cylinder that is controlled by a 4-way valve.The “5/2” specification indicates the number of ports (5) and the number of spool positions (2).The spool valve design requires an exhaust port at each end(5 ports for a 4-way valve).Stand-alone ValvesValve ManifoldsTop PortedBottom PortedSide PortedSol. Pilot 5/2 Spool Valve Manifolded SubbaseIn the 1990s, with the number of pneumatic valves still increasing on the machines, valve manifolds appeared big and bulky. On the same 3-channel principle, compact islands were developed and taken over, also with a wider choice of options.It included:•Pilot exhaust collection for cleaner environment,•5/2 valves (4 ways) as well as 3/2 valves (3 ways) as shown on the sketches below.different valve sizes in the same island, etc. With appropriate valve designs (see illustrations below), islands with only two(2) common channels represent a new generation still more compact, with a complete solution for all needs. This allows for new and efficient automation practice.3-Channel Compact Islands2-Channel Compact IslandsDouble 3/2 Module (3 Way) for Single-Acting CylinderIntegrated Exhaust Check ValveSol.PilotPiston + Spool Design4/2 Module (4 Way) for Double-Acting CylinderSol.PilotsSlide Valve Design 5/2 Module (4 Way) for Double-Acting CylinderSol. PilotsSpool Valve Design Double 3/2 Module (3 Way) for Single-Acting CylinderSol. PilotsSpool Valve Design4/2 Module (4 Way)Double 3/2 Module (3 Way)Solenoid PilotValve BaseT o Double-Acting CylinderTo Single-Acting Cylinder。

气动电磁阀

磁阀型安装在泵内。

为防止“打结”，特定的软管内径需要最小的壁厚。

当这个较低的界限确定后，可以对软管的几何形状进行优化以满足压力、内部压力和预期使用寿命的要求。

通常人们认为，由于TPE和橡胶材料的非线性特点，它们难以成型。

Bredel认识到FEM只是实际情况的一种反应，模拟具有很多偏差。

这就需要实际的测试来支持这些计算结果。

为了满足这一测试和其它测试的需要，该公司建有一个工厂，那里可以安装和运行40台各种尺寸的泵（图3）。

挤出软管是挤出成型的。

这也许是生产过程中最重要的一个部件。

正常情况下，管子、软管或管道的挤出本身是不难进行的。

然而，在泵中一、概述：工洲牌ZBF22Q-6～250型电磁球阀是二位二通自保持自动阀门，其开(关)阀由内、外部回路共同控制，当开(关)阀信号接通时，线圈励磁，产生旋转力矩，带动球阀阀芯转动，阀芯转到全开(关)位置时，阀内部机构自断电，阀保持开(关)位置。

本阀采用球面密封，它比传统线密封的电磁阀密封性能更好，使用寿命更长；其线圈因瞬时带电，节省电能，延长使用寿命。

ZBF22Q-6～250型电磁球阀适用空气、油、水等无强腐蚀性流体。

工作时，对流体的流向不作要求，对流体的进、出口压力不作要求，对介质的清洁度不作严格要求，可广泛用于电力、石油、化工、冶金等部门，用以远程控制管道中介质的流通与中断。

二、典型用途：1、控制电站冷却用水2、电站密封用水3、电站供油管道油路的开断。

三、特点:1.本阀采用球阀结构，增强密封性能，延长使用寿命。

2.线圈瞬时带电，避免传统电磁阀因长期带电易烧线圈而无法工作。

3.对介质流向不作要求，电磁阀两腔口互为进、出口。

4.因其直通结构，对介质清洁度不作要求。

5.对进、出口工作压力不作要求，在0～2.5MPa压力范围内均能正常工作。

6.工作时，需要内、外部回路共同作用方能转换阀的关、闭状态，故即便外部开关信号误动作，只要内部回路正常，不会引起阀误动。

7.本阀全部采用不锈材料，确保良好运行。

电磁阀详细说明

电磁阀详细说明--------------------------------------------------------------------------------电磁阀是用来控制流体的自动化基础元件，属于执行器；并不限于液压，气动。

电磁阀用于控制液压流动方向，工厂的机械装置一般都由液压钢控制，所以就会用到电磁阀。

工作原理电磁阀里有密闭的腔，在的不同位置开有通孔，每个孔都通向不同的油管，腔中间是阀，两面是两块电磁铁，哪面的磁铁线圈通电阀体就会被吸引到哪边，通过控制阀体的移动来档住或漏出不同的排油的孔，而进油孔是常开的，液压油就会进入不同的排油管，然后通过油的压力来推动油刚的活塞，活塞又带动活塞杆，活塞竿带动机械装置动。

这样通过控制电磁铁的电流就控制了机械运动。

分类直动式电磁阀：原理：通电时，电磁线圈产生电磁力把关闭件从阀座上提起，阀门打开；断电时，电磁力消失，弹簧把关闭件压在阀座上，阀门关闭。

特点：在真空、负压、零压时能正常工作，但通径一般不超过25mm。

分布直动式电磁阀：原理：它是一种直动和先导式相结合的原理，当入口与出口没有压差时，通电后，电磁力直接把先导小阀和主阀关闭件依次向上提起，阀门打开。

当入口与出口达到启动压差时，通电后，电磁力先导小阀，主阀下腔压力上升，上腔压力下降，从而利用压差把主阀向上推开；断电时，先导阀利用弹簧力或介质压力推动关闭件，向下移动，使阀门关闭。

特点：在零压差或真空、高压时亦能可*动作，但功率较大，要求必须水平安装。

先导式电磁阀：原理：通电时，电磁力把先导孔打开，上腔室压力迅速下降，在关闭件周围形成上低下高的压差，流体压力推动关闭件向上移动，阀门打开；断电时，弹簧力把先导孔关闭，入口压力通过旁通孔迅速腔室在关阀件周围形成下低上高的压差，流体压力推动关闭件向下移动，关闭阀门。

特点：流体压力范围上限较高，可任意安装(需定制)但必须满足流体压差条件选择使用时需要注意的特性一. 安全性：1.腐蚀性介质：宜选用塑料王电磁阀和全不锈钢；对于强腐蚀的介质必须选用隔离膜片式。

帕克阀门维护指南：CPM 30、40、50、60机器上的压缩和拨出阀门说明书

Knowledge BaseArticle Type: ReferenceParker Cylinder MaintenanceInstructions for; Compression andStripper on CPM 30, 40, 50, 60Machines.WARNINGNever work on, clean or service this unit, control panel or any machine or open or remove any protective cover, guard, grate, door, or maintenance panel until the power or energy sources has been turned off, locked out / tagged out, and all moving parts have come to a complete stop and or blocked to prevent movement. Machinery is dangerous –avoid personal injury and or death by following manufacture, Local, and OHSA safety procedures. Contact Columbia Machine for safety decals, guards, horns and beacons.Description:Instructions on “How to” properly maintain Parker cylinders, (compression and stripper) used on CPM 30, 40, 50 & 60 machines, this covers part numbers, 366.2.1681, 366.2.1682, 366.2.1682.1, 366.2.1682.2, 366.2.1682.3, 366.2.1682.4444-550-47 (Page 1)CUSTOM CYLINDER OPERATIONMAINTENANCE INSTRUCTIONSFORCOLUMBIA MACHINE, INC.CPM COMPRESSION AND STRIPPER CYLINDERSPrepared By:Leonard Burch Senior A pplications Engineer Parker Custom Cylinder OperationRevised November 30, 2000INDEXP AGE GENERAL (3)STORAGE (3)INSPECTION AND SERVICE (3)Visual Inspection (3)SERVICE (4)Rod Seal Cartridge and Wiper Replacement (4)Cylinder Barrel Seal Replacement (7)Piston Seal Replacement (7)Figure 1: Cylinder Drawing (10)Table I: Parts List (11)APPENDIX I (12)MAINTENANCE CHARTSROD WIPER (13)ROD SEALS (14)PISTON SEALS (15)CYLINDER BARREL SEALS (16)APPENDIX II (17)TORQUE CHARTSHEAD & CAP SCREWS (18)444-550-47 (Page 2)MAINTENANCE INSTRUCTIONS1.0GENERALThe cylinder has been cleaned and tested with Chevron AW32 or equal hydraulic fluid, filtered to a cleanliness level of NAS 1638 Class 6 or better. The cylinder should be operated with similar fluid of comparable cleanliness.Figure 1 and Table I describe all component parts.2.0STORAGETo protect the cylinder against external damage, store in its original shipping container. Ideally, the cylinder should be stored vertically, rod end up. This minimizes the possibility of internal corrosion of sealing surfaces due to condensation. If the cylinder must be stored horizontally, rotate the container 900 at approximately one-month intervals. For optimum protection against internal corrosion, pour a few ounces of volatile oil into each end of the cylinder and tightly seal the ports. Shell VSI circulating oil is good for this purpose.Store the cylinder indoors in a clean dry, non-corrosive atmosphere. Do not remove the protective port covers until the cylinder is ready to be installed.3.0INSPECTION AND SERVICE3.1Visual InspectionAny failure which can be observed externally, such as leakage, chatter, drift, seizing, and scored or pitted rod, should be cause for cylinder repair.3.2Replacement IntervalsSee Appendix I for scheduled replacement intervals and trouble-shooting charts.3.3Service It is recommended that for ease of service that the cylinder be removed from its on-site position for service and reinstalled afterwards.444-550-47 (Page 3)444-550-47 (Page 4)3.3.1 Rod seal and wiper replacementa.Make sure that piston rod (11) is fully retracted. Drain any hydraulic fluid from the cylinder before rod seal, wiper or cartridge replacement.b.Remove all attachments from the rod end of the cylinder.c.Remove the packing cap screws (7) and the packing cap (6) from the cylinder.d.Remove the cartridge (12) from the rod head (2).e.The tool at the bottom is from a Snap-On tool set called Pick Set #ASA 204. The screwdriver has had all edges rounded and made smooth so it doesn t damage the cartridge. The top tool is for seal installation and is from Macrotech/PolySeal in Salt Lake City, Utah. We get it from AFM at 1-800-431-1961. The tool number is IT100.f.Start by removing the rod wiper (13). Use the pic and screwdriver to pry it out of the groove. Be careful not to damage the cartridge.g.Work your way toward the center of the cartridge by removing the top wearring (16). Then remove the tri-lip seal (15).h.Flip the cartridge over and remove the regular seal (14). Then remove thesecond wear ring (16).444-550-47 (Page 5)i.Finally, remove the OD cartridge seal (17) and backup (18).j.Once the parts are removed, the cartridge is to be thoroughly cleaned and inspected for dings and scratches. Any debris or damage will shorten seal life and cause leaking.k.Insert the Tri-lip seal (16) first. Use the seal installation tool. The grooved face of the seal faces in toward the pressure side of the cartridge.l.Snap the wear rings (16) into their grooves.m.Remove the black expander ring from the regular rod seal (14). Using the seal installation tool, place the seal in the expander ring. The grooved face ofthe seal faces in toward the pressure side of the cartridge.n.Place the wiper (13) into its groove. The rounded side faces out.o.Place the white backup seal (18) in the OD seal groove towards the non-pressure side of the cartridge.p.Roll the O.D. cartridge seal (17) into its groove, being sure that it is on thepressure side of the backup seal.installation.r.Carefully slide the cartridge (12) over the rod (11) and into the rod head (2) using care not to damage the cartridge OD seal (17, 18) and rod seals (14,15).s.Reinstall the cylinder components, Packing cap (6), packing cap screws (7).Torque screws to the specified torque in Appendix IIt.Reinstall the cylinder and test for smooth operation and leakage.444-550-47 (Page 6)444-550-47 (Page 7)3.3.2 Cylinder barrel seal replacementa.Make sure that piston rod (11) is fully retracted. Drain any hydraulic fluid from the cylinder for cylinder barrel seal replacement.b.Remove the head bolts (3, 5) and from the ends of the cylinder.c.Remove the rod head (2) and base end head (4) from the cylinder body (8).d.Remove the two barrel seal o-rings. On cylinders 366.2.1682 and 366.2.1662, the o-rings are in grooves at the ends of the barrel. On cylinders 366.2.1661 and 366.2.1681, the o-rings sit on a shoulder in the heads. Use a flat head screwdriver that has been ground smooth to remove the o-rings.e caution to not damage the machined surfaces of any of the parts, and verify that all parts are clean before attempting re-assembly. Install two new barrel seal o-rings (24).f.Reinstall the rod head (2) and base end head (4) and torque the head bolts (3, 5) to the specified torque in Appendix IIg.Reinstall the cylinder and test cylinder for smooth operation and leakage.3.3.4Piston seal replacement Note: It is advisable that the cartridge, rod seals, and cylinder barrel seals be replaced when undertaking this procedure.a.Make sure that the piston rod (11) is fully retracted. Drain any hydraulic fluid from the cylinder.b.Remove the rod head bolts (3) from the end of the cylinder.c.Remove the rod head (2) and piston rod (11) with piston (9) attached fromcylinder assembly.444-550-47 (Page 8)d.Remove the piston rings and seals using a flat head screw driver that has been ground smooth. The piston rings should come out easily, but the seal will probably be more difficult. Gently pry the seal up until you have room to cut it with a pair of cutting pliers or dykes. Be careful not to damage the piston.e.Lubricate seal groove for ease of installation. Place the square expander ring on first. Be sure that it is not twisted.f.The Shamban seal goes on next. This seal is very stiff. T o ease installation,it is recommended that the seal be heated using and electric skillet. No direct flame or microwave should be used. Set the skillet heat to around 450degrees Fahrenhiet and heat the seal for about ten minutes. The seals won t melt, so leaving them on longer won t hurt them. Once the seal is pliable,work it into place on top of the square expander ring. You may need to use a flat head screw driver to get the seal in place. The seal may stretch out ofshape, but is easily formed back when the piston is reinserted in the barrel.g.Finally, snap the piston rings into their grooves.h.Carefully slide piston (9) and piston rod (11) into barrel. Do not damagepiston seals.i.Install rod head (2), rod end bolts (3) onto cylinder assembly. Use care not todamage the rod seals and cartridge. T orque rod end bolts to specifiedtorque in Appendix II.j.Reinstall the cylinder and test for smooth operation and leakage.444-550-47 (Page 9)CYLINDERTABLE IPARTS LISTITEM DESCRIPTION QUANTITY 1Barrel Flange22Rod Head13Rod End Head Bolts44ME6 Base End Head15Base End Head Bolts46Packing Cap17Packing Cap Screws48Barrel19Piston110Rod End Cushion Sleeve111Piston Rod112Cartridge113Rod Wiper114Outer Rod Seal115Inner Rod Seal416Rod Wear Ring217Cartridge OD Seal118Cartridge OD Back-up119Piston ID Seal120Piston ID Back-up121Piston OD Seal122Piston OD Expander123Piston Wear Ring224Barrel Seal225Flow Control Valve126Piston to Rod Lock Pin1APPENDIX I MAINTENANCE CHARTSITEM NUMBER13SCHEDULED REPLACEMENT INTERVALWhen rod seals are replaced. See page 10.POSSIBLE PROBLEMSFailure to exclude contaminants.POSSIBLE CAUSENormal wear, or damage due to:1. Scored or nicked piston rodCORRECTIVE ACTIONReplace rod wiper, replace or repair piston rod, if damaged.PREVENTIVE MEASURESAvoid sharp blows or abrasive action on piston rod.ITEM NUMBER14, 15SCHEDULED REPLACEMENT INTERV ALWhenever leakage is sufficient enough to cause hydraulic fluid to rundown exterior of cylinder.POSSIBLE PROBLEMSExternal leakage.POSSIBLE CAUSENormal wear of seal or rod bearing & cartridge, or damage due to:1. Fluid incompatibility2. Contaminated fluid3. Scored or nicked piston rod4. Extreme pressure5. Extreme temperature6. Excessive side loadsCORRECTIVE ACTIONReplace seal, replace or repair piston rod, if damaged.Replace rod bearing & cartridge, if necessary.PREVENTIVE MEASURES1. See Paragraph 1.0 regarding fluid2. Use adequate filtration3. Avoid sharp blows or abrasive action on piston rod4. P max. = 5,000 PSI5. Temperature range = - 10° F. to + 165° F.ITEM: PISTON SEALSITEM NUMBER21, 22SCHEDULED REPLACEMENT INTERV ALWhenever the cylinder rod does not hold its position and drifts downwardwhile under full system pressure.POSSIBLE PROBLEMSLeakage, resulting in inability to hold pressure, or sluggish action POSSIBLE CAUSENormal wear, or damage due to:1. Contaminated fluid2. Extreme pressure3. Extreme temperature4. Fluid incompatibility5. Scored barrel6. Excessive side loadsCORRECTIVE ACTIONReplace seals.Repair or replace barrel and piston, if scored or damaged.PREVENTIVE MEASURES1. See Paragraph 1.0 regarding fluid2. Use adequate filtration3. P max. = 5,000 PSI4. Temperature range = - 10° F. to + 165° F.ITEM: CYLINDER BARREL SEALSITEM NUMBER24SCHEDULED REPLACEMENT INTERV ALWhenever rod head (4) and/or basehead (5) is removed from cylinder.POSSIBLE PROBLEMSExternal leakage.POSSIBLE CAUSE1. Fluid incompatibility2. Extreme pressure3. Extreme temperatureCORRECTIVE ACTIONReplace.PREVENTIVE MEASURES1. See Paragraph 1.0 regarding fluid2. P max. = 5,000 PSI3. Temperature range = - 10° F. to + 165° F.APPENDIX II TORQUE CHARTSTORQUE CHARTSCREWSItem #Description Thread Size Torque (Ft. lbs.)7 Packing Cap Screw .312-18 UNF32 +/- 33, 5 Head Screws .625-18 UNF146 +/- 15。

派克电子压力控制器产品参考手册说明书

您与运动和控制技术领域的全球领导者合作，就是希望促进您的业务发展和全球的发展。

从微型电磁阀到高集成型自动化系统，我们的创新对于用于药物研发和病原体检测的救生医疗设备和科学仪器至关重要。

并且对于缩短上市时间和降低总体拥有成本也十分关键。

因此，请与派克合作，准备改变这一切吧！/precisionﬂuidics 1 603 595-1500电子压力控制目录产品页OEM-EP 4VSO ®-GC 10VSO ®-EP 16VSO ®-EV 22VSO ®-HP 27VSO ®-LP33微型电子压力控制器专为快速系统响应和最小内部体积而设计微型电子压力控制器专为精密气流控制和微型流量控制而设计高性能微型压力控制器专为实现高性能 (HP) 快速压力放气而设计微型电子压力控制器专为低流量控制而设计微型电子真空控制器专为精密真空控制而设计使用寿命长的微型压力控制器专为要求快速压力放气工业应用而设计APC38微型电子压力控制器专为低功耗、要求高准确度和分辨率的便携应用而设计4OEM-EP 压力控制器OEM-EP 微型电子压力控制器将可变的电子控制信号转换为可变的气动输出。

OEM-EP 设定成标准的型号来减小内部体积和方便集成，对于精确控制压力十分关键的手动调节器、针阀和通气孔，它是理想的替换品。

OEM-EP 采用派克汉尼汾获得专利的 VSO ® 比例阀和内部闭环控制，是载气流量控制、微型流量控制、真空泵控制以及吸入/分配液体应用的完美之选。

• 通过静音操作来降低系统的噪音水平• 通过高准确度和无可比拟的分辨率来改进成果• 经过测试表明，使用寿命长，系统可用性高• 通过内部闭环控制来缩短系统开发时间• 内部体积小，系统效率高• 通过模拟控制提高设计灵活性•符合 RoHS 指令特征物理特性电的性能特点微型电子压力控制器典型应用• 载气压力控制 • 气顶液流量控制• 质谱用气体源的压力控制与流体接触的材料PRESSURESENSOR6机械集成基本尺寸，OEM-EPMolex #874380642至引线插入式线缆（包括在内）电接口OEM-EP 微型电子压力控制器公制螺纹适配器（可选项）UNITS IN. [mm.]2 Body, Basic Valve Dimensions (2-Way and 3-Way).305 [7.75]1.46 [37.1]1.73 [43.9](2-WAY).055 [1.40]Ø.500 [Ø12.70](3-WAY, NORMALLY OPEN)2.44 [62.0]ELECTRICAL CONNECTOR OUTPUT.18 [4.6]#10-32 UNF-2B .18 [4.6]INLET (REQUIREMENT).16 [4.1]OEM-EP:7安装指南OEM-EP 是一种动态压力控制器，采用比例阀技术提供精确稳定的压力源，以满足各种应用要求。

Parker Hannifin 迷你气动阀值类型说明说明书

PneumaticCatalog 0637-4/USA“B” SeriesAir Control ValvesB2 -.16 Cv M5, 1/8" Port B3 -.75 Cv 1/8", 1/4" Port B4 - 1.22 Cv 1/4" PortB5 - 1.40 Cv 1/4", 3/8" Port B6 - 2.70 Cv 3/8" Port B7 - 5.90 Cv 1/2" Port B8 -7.00 Cv3/4" PortIndexWARNINGFAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS AND/OR SYSTEMS DESCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY DAMAGE.This document and other information from Parker Hannifin Corporation, its subsidiaries and authorized distributors provide product and/or system options for further investigation by users having technical expertise. It is important that you analyze all aspects of your application including consequences of any failure, and review the information concerning the product or system in the current product catalog. Due to the variety of operating conditions and applications for these products or systems, the user, through its own analysis and testing, is solely responsible for making the final selection of the products and systems and assuring that all performance, safety and warning requirements of the application are met.The products described herein, including without limitation, product features, specifications, designs, availability and pricing,are subject to change by Parker Hannifin Corporation and its subsidiaries at any time without notice.Offer of SaleThe items described in this document are hereby offered for sale by Parker Hannifin Corporation, its subsidiaries or its authorized distributors. This offer and its acceptance are governed by the provisions stated on the separate page of this document entitled “Offer of Sale”.© Copyright 2001, Parker Hannifin Corporation. All Rights Reserved!IndexTable of Contents Air Control ValvesBasic Valve Functions4-Way Valves (2)3-Way Valves (3)Common Part Numbers ......................................................................................... 4-5 Model Number IndexesB2 Series (6)B3 Series (7)B4 Series (8)B5 Series (9)B6 Series (10)B7 & B8 Series (11)IEM Stackable ManifoldsManifolds & Kits (12)Ordering Information (13)Bar ManifoldsIEM Bar Manifolds (14)Subbase Aluminum Bar Manifolds (15)Ordering Information (16)AccessoriesSubbase & Manifolds (17)Sandwich Regulators (18)Featured Valve Options ...................................................................................... 19-20 Electrical Connectors / Accessories .................................................................. 21-22 Technical InformationTechnical Data (23)Solenoid Data (24)Pilot Configuration (25)Repair InformationSolenoid Kits (26)Exploded Views ............................................................................................. 28-33 Dimensions ........................................................................................................ 34-52 Definitions & Weights .. (53)Offer of Sale (56)Operator / Function 7#14Operator / Function 0CE#14APBSingle Solenoid4-Way, 2-PositionDe-energized position – Solenoid operator #14 de-energized.Pressure at inlet port 1 connected to outlet port 2.Outlet port 4 connected to exhaust port 5.Energized position – Solenoid operator #14 energized.Pressure at inlet port 1 connected to outlet port 4.Outlet port 2 connected to exhaust port 3.Double Solenoid4-Way, 2-PositionSolenoid operator #14 energized last. Pressure at inlet port 1connected to outlet port 4. Outlet port 2 connected to exhaust port 3.Solenoid operator #12 energized last.Pressure at inlet port 1connected to outlet port 2. Outlet port 4 connected to exhaust port 5.Single Remote Pilot4-Way, 2-PositionNormal position – Pressure at inlet port 1 connected to outlet port 2. Outlet port 4 connected to exhaust port 5.Operated position – Maintained air signal at port 14.Pressure at inlet port 1 connected to outlet port 4.Outlet port 2 connected to exhaust port 3.Double Remote Pilot 4-Way, 2-PositionMomentary air signal at port 14 last. Pressure at inlet port 1connected to outlet port 4. Outlet port 2 connected toexhaust port 3.Momentary air signal at port 12 last. Pressure at inlet port 1connected to outlet port 2. Outlet port 4 connected to exhaust port 5.Double Solenoid4-Way, 3-PositionDouble Remote Pilot4-Way, 3-PositionDual Pressure:May be used for dual pressure service with pressure at ports 3 & 5. (Use either external pilot source option “K”, “W” or “X”, or dual pressure pilot source option “D” or “E”.) If pilot source “D” or “E” is selected, the high pressure must be at port #3. If pilot source “K”, “W” or “X” is selected, the external pilot must be plumbed to port #14 or “X” respectively. NOTE: The “B6” valve is also available with dual pressure using Port 5 for high pressure (Option “G” & “H”). This is only to be used if converting from a “42” (“CM”) Series traditional valve.In the 3-Position valve, the effect of dual pressure is extremely important when the valve is in the center position, as the CEand PC functions are reversed. Therefore, care should be used when selecting a 3-Position valve.4-Way Valve FunctionsBasic Valve Functions#14#12#12#14#12With #12 operator signaled – inlet port 1 connected tocylinder port 2, cylinder port 4 connected to exhaust port 5.With #14 operator signaled – inlet port 1 connected tocylinder port 4, cylinder port 2 connected to exhaust port 3.Function 8: All Ports BlockedAll ports blocked in the center position.Function 9: Center ExhaustCylinder ports 2 and 4 connected to exhaust ports 3 and 5 in center position. Port 1 is blocked.Function 0: Pressure CenterPressure port 1 connected to cylinder ports 2 and 4, and exhaust ports 3 and 5 blocked in center position.With #12 operator energized – inlet port 1 connected to cylinder port 2, cylinder port 4 connected to exhaust port 5.With #14 operator energized – inlet port 1 connected to cylinder port 4, cylinder port 2 connected to exhaust port 3.Function 5: All Ports BlockedAll ports blocked in the center position.Function 6: Center ExhaustCylinder ports 2 and 4 connected to exhaust ports 3 and 5 in center position. Port 1 is blocked.Function 7: Pressure CenterPressure port 1 connected to cylinder ports 2 and 4, and exhaust ports 3 and 5 blocked in center position.#12#10Single Solenoid3-Way, 2-Position NCNormally Closed:De-energized position – Solenoid #12 de-energized.Pressure at inlet port 1 blocked, outlet port 2 connected to exhaust port 3.Energized position – Solenoid #12 energized.Pressure at inlet port 1 connected to outlet port 2,exhaust port 3 is blocked.Single Solenoid3-Way, 2-Position NONormally Open:De-energized position – Solenoid #10 de-energized. Pressure at inlet port 1 connected to outlet port 2,exhaust port 3 is blocked.Energized position – Solenoid #10 energized.Pressure at inlet port 1 blocked, outlet port 2 connected to exhaust port 3.Double Solenoid3-Way, 2-PositionSolenoid operator #12 energized last.Pressure at inlet port 1connected to outlet port 2, exhaust port 3 is blocked.Solenoid operator #10 energized last. Pressure at inlet port 1blocked, outlet port 2 connected to exhaust port 3.Single Remote Pilot 3-Way, 2-Position NCNormally Closed:Normal position – Pressure at inlet port 1 blocked,outlet port 2 connected to exhaust port 3.Operated position – Maintained air signal at port 12.Pressure at inlet port 1 connected to outlet port 2,exhaust port 3 is blocked.Single Remote Pilot3-Way, 2-Position NONormally Open:Normal position – Pressure at inlet port 1 connected to outlet port 2, exhaust port 3 is blocked.Operated position – Maintained air signal at port 10.Pressure at inlet port 1 blocked, outlet port 2 connected to exhaust port 3.Double Remote Pilot3-Way, 2-PositionMomentary air signal at port 12 last. Pressure at inlet port 1connected to outlet port 2, exhaust port 3 is blocked.Momentary air signal at port 10 last. Pressure at inlet port 1blocked, outlet port 2 connected to exhaust port 3.3-Way Valve / Dual 3/2 Valve FunctionsBasic Valve FunctionsDual 3-WayCombines the functions of T wo 3-Way valves into One valve body . The valve can be configured as Two Normally Closed 3-Way FunctionsTwo Normally Open 3-Way FunctionsOne Normally ClosedANDOne Normally Open 3-Way Functions42531#14#1242531#14#1242531#14#12#12#10#12#10#12#10#12#10#12Solenoid, 3-Way & 4-WayCommon Part NumbersSingle Solenoid4-Way, 2-PositionDouble Solenoid4-Way, 2-PositionSingle Solenoid3-Way, 2-Position, NCDouble Solenoid4-Way, 3-Position,APB3-Pin DIN 43650C Electrical Connection,Non-Locking Flush Override.InlineInlineInlineInline#12B3 thru B8B2 OnlyInternal Air Return Spring / Air Return#14B3 thru B8B2 OnlyInternal Air Return Spring / Air Return#12#10#12APB#12Remote Pilot, 3-Way & 4-WayCommon Part NumbersSingle Remote Pilot4-Way, 2-PositionDouble Remote Pilot4-Way, 2-PositionSingle Remote Pilot3-Way, 2-Position, NCDouble Remote Pilot4-Way, 3-Position, APBInlineInlineInlineInlineB3 thru B8B2 OnlyB3 thru B8B2 OnlyInternal Air Return Spring/Air ReturnInternal Air ReturnSpring/Air Return#12#10Basic Operator/Port Size/Pilot Source/Enclosures/EngineeringBasic Operator/Port Size/Pilot Source/Enclosures/EngineeringBasic Operator/Port Size/Pilot Source/Enclosures/EngineeringBasic Operator/Port Size/Pilot Source/Enclosures/EngineeringBasic Operator/Port Size/Pilot Source/Enclosures/EngineeringBOLD OPTIONS ARE STANDARDBasic Operator/Port Size/Pilot Source/Enclosures/EngineeringB7 & B8 SeriesIEM Stackable ManifoldsEnd Plate KitsTransition Plate Kit•Combines B3 and B5 4-Way valves into a common inlet and exhaust manifold system. Looking at the #12 end, the B5 is on the right and the B3 is on the left.•Kit includes: B3 end plate, B3/B5 transition plate, B5 end Kit includes: Right and Left End Plate, o-rings, socket head cap screws, flat washers and lockwashers.* B4 & B5 4-Way use the same Kit.ManifoldsIEM Stackable Manifolds & KitsStation Station Station Station 1234Example:Application requires a 4-station manifoldwith flow controls and requires isolationbetween station 2 & 3 for all three main galleys.Qty.Part No.Comment1AAB3FC04041B32FBD553C ..............Station 11B31FBE553C ..............Station 21PS2919P .....................Galley 1, 3, 5Between Station 2 & 31B31FBB553C ..............Station 31B35FBB553C ..............Station 414 End12 EndLooking at 12 EndIEM Stackable Add-A-Fold AssembliesOrdering InformationXXT otal Number of StationsNumber of Flow Controlbases in assembly (Omit if none)3-Way Valve B34-Way Valve 3-Way Valve B44-Way Valve B54-Way ValveAAAdd-A-Fold AssemblyHow To Order IEM Stackable Add-A-Fold Assemblies1.List Add-A-Fold Assembly call out.This automatically includes the end plate kit,manifold bases and assembly.2.List complete inline valve model number,listing left to right LOOKING A T THE #12 END of the manifold. The left most station is station 1.(If a blank station is needed, list theBlank Plate part number at the desired station.)*Flow control bases must start at station 1 in Add-A-Folds.Example: AAB3FC0206. Station 1 & 2 have flow controls, station 3 – 6 do not.B3B4B5B5 SeriesIEM Bar Manifolds (Inlet / Exhaust Manifold)Bar Manifolds35mm DIN 4-Way3-Way4-Way3-Way4-Way3-Way4-Way3-WayCylinder Port # of Model NumberSubbase Aluminum Bar Manifolds (5-Ported)Bar Manifolds•Utilizes Subbase mount B2 valves.•3-Way & 4-Way valves interchangeable.•External Pilot Valves – “X” or “W”, must be used.•Common External Pilot galley is field convertible from Internal to External Pilot.(Shipped as Internal Pilot from factory.)35mm DIN Rail MountInternal ExternalKit includes:Subbase –(1) manifold (bolts & gasket comewith subbase valve).•Utilizes Subbase mount B3 valves.•Available for 4-Way valves. If 3-Way function is required,plug a cylinder port.•Common External Pilot galley is standard.•Standard Internal Pilot valves need not use this galley,and the galley does not need to be plugged.•External Pilot Valves – “X” or “W”, must have Common External Galley pressurized.35mm DINHow To Order Aluminum Bar Manifold Assemblies1.List Manifold Assembly call out. Use AA +the part number of the aluminum bar manifold.This automatically includes the aluminum bar manifold and assembly.2.List complete valve model number, listing left toright, LOOKING AT THE #12 END of the manifold.The left most station is station 1.(If a blank station is needed, list the blanking plate part number at the desired station.)#12 End#14 EndExample:Application requires a 3-station “B3”3-Way manifold with station #1 blankedoff with valves assembled.Qty.Part No.Comment1AAPSG3BXN03NP1PS2966P .....................Station 11B330000XXC...............Station 21B3J0BB553C...............Station 3Station Station Station 123Looking at 12 EndAluminum Bar Manifold AssembliesOrdering InformationUse Aluminum Bar Manifold Kit Numbers from previous pages.Manifold AssemblySubbase / ManifoldsAccessoriesSubbaseBlanking PlateKit includes: (2) Screws, (2) Nuts, (2) ClampsDIN Rail Hardware Kit。

Parker PEV系列电子调节阀产品简介说明书

It is advisable to properly install relief devices in any section where liquid expansion could take place. Avoid all piping or control arrangements which might produce thermal or pressure shock.
HBLT-A1 Liquid Level Transmitter Probe
HBLT-C1 Controller
mA Feedback PC GND PC INT Alarm IN 4-20 mA VCC GND Power IN Power IN +
Solid State Relay IN
Solid StaA REL KCV E TE RR
O N I C
Product Features:
• Suitable for Ammonia, CO2, R-134a, R-404A, R-410A and other common refrigerants.
• Stainless steel construction increases product life cycle.
Parker Electronic Valve
Product Bulletin 24-00 C
Type: PEV
Purpose:
The PEV series of electronic modulating valves provide enhanced control for industrial refrigeration systems. The PEV provides precise control of flow for liquid level, expansion, superheat, and temperature control applications. The stainless steel construction helps overcome corrosion problems encountered in harsh environments. The valve's weld-in feature design reduces potential for connection leaks.

PARKER电磁阀型号大全

液压电磁阀
D1VW020BNYWF
电磁阀
D1VW020BNJW
液压电磁阀
D1VW004CVJDLJ5
液压电磁阀
D1VW004CNJW
液压电磁阀
D1VW001CNYPF
双控液压电磁阀
BNKAD6JNC2-4965933D
NAMUR电磁阀2位5通单电控AC220V
80.1301.2403
电磁阀
80.1301.2401
电磁阀
73419AN2NN00N0C111P3
电磁阀
7321BDN00-481865C2
电磁阀
73218BN4UNLVN0C111C2
电磁阀
7221J3802-483816C2
电磁阀,配线圈
7221J3801-483816C2
电磁阀,配线圈
7221GBN4VN00N0C111Q3
电磁阀
71215SN21N00N0C1GLP3
电磁阀
131T29-4270-4810003D
电磁阀
131T29 484270 3023520
电磁阀
131T22-2995-483510S6
电磁阀
131379
电磁阀
12F23C6448ACFPH01
电磁阀
121K3106
电磁阀
121K02-2995-495880C2
电磁阀
121K02-2995-481865C2
PHS520S-8
单电控电磁阀
PHS520D-8-L
双电控电磁阀
PH-BK-06
气动阀块6路YPC电磁阀
PES5
DIN电磁阀插头
PEC5-24V-D-1
电磁阀线圈
PEC5-24V-D

Parker Hannifin 系列 GS04 双向弹簧式双向阀门技术数据和规格说明书

Code Seals / Kit No.
N Nitrile / Buna-N (Std.) (SK30113N-1)
Code Override Options 0 None 1 Manual Override 2 Detented Part No. 900690
Code Screen 0 None
Code Coil Type Omit Without Coil SS Super Coil - 14 Watts SP Super Coil - 19 Watts
Dimensions Millimeters (Inches)
Bi-Directional Poppet Type, 2-Way Valve Series GS04 85/86
CV
Check Valves
8.6 (0.34)
Manual Override Option (Push to Operate)
Maximum Inlet Pressure
85 210 Bar (3000 PSI) 86 350 Bar (5000 PSI)
150 10.5
MV
Leakage at
5 drops/min. (.33 cc/min.)
150 SSU (32 cSt)
100 7.0
1 to 2
Manual Valves
FC
• Coil: Waterproof, hermetically sealed, requires no O’Rings; Coil is interchangeable with 02 and 06 series
(1)
poppet valves; Symmetrical coil can be reversed without