SMC电磁阀VT307Y-5GS-02外形尺寸
气动元件选用指南(SMC)word版本
二位四通，侧面接管
VH400-03
G3/8×4
三位四通，中封式，侧面接管
VH401-03
G3/8×4
三位四通，中泄式，侧面接管
VH402-03
G3/8×4
二位四通，侧面接管
VH400-04
G1/2×4
三位四通，中封式，侧面接管
VH401-04
G1/2×4
三位四通，中泄式，侧面接管
VH402-04
G1/8×3
二位三通，直动，24VDC
VT307-5D-02
G1/4×3
二Hale Waihona Puke 三通，直动，24VDCVP342-5D-01A
G1/8×3
二位三通，内先导，常断式，24VDC
VP342-5D-02A
G1/4×3
二位三通，内先导，常断式，24VDC
VP542-5D-02A
G1/4×3
二位三通，内先导，常断式，24VDC
二位五通，内先导，双电控，24VDC
2.气源处理单元
代号
型号
接口
说明
备注
AC20A-01CG
G1/8×2
过滤调压油雾，带压力表，自动排水
一般用于气缸直径32-80气路
AC20A-02CG
G1/4×2
过滤调压油雾，带压力表，自动排水
AC30A-02DG
G1/4×2
过滤调压油雾，带压力表，自动排水
AC30A-03DG
G3/8×2
过滤调压油雾，带压力表，自动排水
1.截止阀
（1）价格低服饰□学习用品□食品□休闲娱乐□小饰品□代号
型号
（二）上海的人口环境对饰品消费的影响接口
说明
EVT307系列电子阀门说明书
EVT307-5DZ-01F-QLarge Flow Capacity, yet Compact Size. Dimensions (W X H X D)······30 X 54.5 X 33 VT307······N l/min 206.02 or more, 1/4 Low Power ConsumptionVT/VO307······4.8W DC/Standard StyleVT/VO307YVT/VO307W)······2W DC/Energy Saving Style Suitable for Use in Vacuum Applications –101.2kPa(Vacuum Style: VT/VO307V, VT/VO307W)1 Valve, 6 Functions. (Universal Porting)Selective porting can provide 6 valve func-tions, such as N.C. valve, N.O. valve, Divider valve, Selector valve etc.JIS Symbol 3 Port Direct Operated Poppet Rubber Seal Series VT3072.5-12.5-2Option SpecificationsHow to OrderExclusive use of VT307E is recommended for continuous duty with long time loading.VT307Caution1. This model is for continuous duty, not for high cycle rates. But even in low cycle rate, if energiz-ing valve more than once a day, consult SMC.2. Energizing solenoid shouldbe done at least once in 30 days.If low power consumption is required for electronic control, “VY307Y”(2WDC) is recommended.Specifications different from standard are as fol-This vacuum model has less air leakage than the standard model under low pres-sure.CautionSince this valve has slight air leakage, it can not be used for vacuum holding (including positive pressure holding) in the pressure container.Specifications different from standard are as follows.Operating pressure range–101.2kPa to 0.1MPa2.5-3Be sure to read before handling.Refer to p.0-33 to 0-36 for Safety Instruction and common precautions.1. Make sure that dust and/or other foreign materials should not enter the valve from the unused port such as exhaust port. Also, since there is a bleed port for the armature in the manual override part, do not allow accumulation of dust and/or other foreign materials to block bleed port.How to Calculate Flow RateRefer to p.0-36 for the calculation of flow rate.De-energizedEnergizedOperation principles <De-energized>Spool valve w is pushed upward by the return spring e , port [P] is closed, and then port [A] and port [R] are opened.Air flow direction:Port [P] Block, [A] [R]<Energized>When an electric current is applied to the molded coil r , the armature t is attracted to the pole y , and through the push rod u , it pushes down the spool valve w . Then port [P] and port [A] are con-nected. At this time, there will be gaps between the armature t and the pole y , but the armature will be magnetically attracted to the pole y . Air flow direction:VT307DIN connector (with indicator light and surge voltage suppressor) are connected inside as in the figure below. Connect to the cor-responding power supply.terminal blockblock • Applicable cable O.D. Type T: ø4.5 to ø7mm Type E: ø2.3 to ø2.8mm Type D: ø4.5 to ø7mm • Applicable crimp terminal T ype E/T: 1.25-3, 1.25-3S 1.25Y -3N, 1.25Y -3SRound or “Y” shaped crimped terminals Voltage 100V AC 200V AC DC OthersColour Blue RedRed (+), Black (–)GrayTerminal No.DIN Terminal Terminal1++ CautionoverrideVT3072.5-42.5-5VV307VT307 manifoldE Series VT307ManifoldCautionq Each valve is fixed to the manifold base with two M4 mounting screws. Tighten the screws evenly when re-mounting. w For mounting, tighten M4 or equivalent screws evenly into the mounting holes of the manifold base.Tightening torque of the mounting screw (M4): 1.4NmBe sure to read before handling.Refer to p.0-33 to 0-36 for Safety Instruction and common precautions.VT307 manifold is B mount style and available both as a common exhaust and individual exhaust model.Manifolded valve can be easily con-verted from N.C. normally closed to N.O. normally open merely by turn-ing over the switch cover.q For the common exhaust style, pressur-iza- tion or evacuation of the R-port can cause malfunction.VV307-01-052-FVV307-01-063- -FHow to Order Manifold BaseFigure: N.C.Note 1) "DXT060-51-13B" and "DXT152-14-1B" are for long time loading.Note 2) For mounting single solenoid valve for manifolds.Function PipingMounting2.5-6VT307VV307-01- 2-01-Fn: Station L: Dimensions (mm)VT307 L:Dimensions (mm)n: Station2.5-7Large Flow Capacity, yet Compact Size. Dimensions(W X H X D)······45 X 89.5 X 45 VT317······N l/min 687.05 1/4Suitable for Use in Vacuum Applications -101.2kPa(Vacuum Model: VT/VO317V)1 Valve, 6 Functions. (Universal Porting)Selective porting can provide 6 valve func-tions, such as N.C. valve, N.O. valve, Divider valve, Selector valve etc.JIS Symbol 3 Port Direct Operated Poppet Rubber Seal Series VT3172.5-82.5-9Option SpecificationsHow to orderExclusive use of VT317E is recommendedfor continuous duty with long time loading.VT3171. This model is for continuous duty, not for high cycle rates. But even in low cycle rates, if energizing the valve more than once a day, consult SMC.2. Energizing solenoid should be done at least once in 30 days.This vacuum model has less air leakage than the standard model under low pressure. It is recommended for vacuum applications.1. Since this valve has slight air leakage, it can not be used for vacuum holding (including positive pressure holding) in the pressure container.Specifications different from standard are as follows.Be sure to read before handling.Refer to p.0-33 to 0-36 for Safety Instruction and common precautions.Caution1. A bleed port for the main valve is located at the bottom of the solenoid valve. Since blocking it causes malfunction, do not block it.∗ When mounted on the metallic surface, bleed-ing is normally done from the bleed port through the bleed groove, but when mounted on an elastic surface, elastic shape deformation may close the port.2. Make sure that dust and/or other foreign materi-als should not enter the valve from the unused port such as exhaust port. Also, since there is a bleed port for the armature in the manual over-ride, do not allow accumulation of dust and/or other foreign materials to block bleed port.Protective class class I (Mark: )Operating pressure range –101.2kPa to 0.1MPaHow to Calculate Flow RateRefer to p.0-36 for the calculation of flow rate.CautionCaution2.5-10VT317Operation principles<De-energized>Spool valve w is pushed upward by the returnspring e, port [P] is closed, and port [A] and port[R] are opened.<Energized>When an electric current is applied to the moldedcoil r, the armature t is attracted to the pole yand through the push rod u, it pushes down thespool valve w. Then port [P] and port [A] are con-nected. At this time, there will be gaps betweenthe armature t and the pole y, but the armature1) Series VT317 can change electrical entryangle. (4 positions)2) How to change:Loosen the nut q, remove the coil w fromthe body assembly e, place the positioningpin r at the required place, put back the coilw to its place, and tighten sufficiently withlock nut q.• With indicator light and surge suppressor (Z)2) DCDIN connector/Conduit terminal• With surge voltage suppressor (S)48V DC or less100V DCDIN connector is connected inside as in thefigure below. Connect to the correspondingpower supply.Applicable cable O.D.ø6 to ø12Note)For those with an external measur–ement of ø9 to ø12, remove the innerportion of the ground gasket beforeusing.Applicable crimping terminalThe maximum size for the roundtermi–nal is 1.25mm -3.5 and for the Y termi–nal is 1.25mm -4.22VT317Dimensions (mm)DDIN connector: VT317-2.5-112.5-12Series VT317ManifoldBe sure to read before handling.Refer to p.0-33 to 0-36 for Safety Instruction and common precautions.VT307 manifold is B mount style and available both as a common exhaustand individual exhaust model.VV317-02-051-02-ACommon exhaustVV317-02-051-02Individual exhaustVV317-02-053-02mounting adaptor.Note 3) Can also be applied to Series VVT320 manifold.∗) Changing from NC to NO This product is delivered as N.C. valve.If N.O. valve is needed, remove mounting screws of the required valve and turn the valve at 180 degrees. (Make sure that thereare O rings fixed on 4 positions of the valve surface.) Then, tighten the mounting screws to fix the valve to the manifold base.Part No.PVT317-53-1A DXT010-37-4q (M4): 1.4Nmw the manifold base.2.5-13VT317With mounting adaptor/VV317-02-Valve port location2121106316715242131985259244630529073513368397382L: Dimensions (mm)VT317Without mounting adaptor/VV317-02- 3-02 2.5-142.5-15Compact yet provides a large valve capacityDimensions (W X H X D) ···55 X 118 X 53VT325: N l /min 1472.25···3/8A single valve with 6 valve functions(Universal porting style)Six valve functions can be attained by selecting the piping ports. (Enabling the NC valve, NO valve, divider valve, selector valve, etc. to be used as desired.)Can be used for vacuum applications–101.2kPa(Vacuum style: VT/VO325V)3 Port Poppet Rubber SealSeriesVT325VT325-DSymbol1.The bottom of the solenoid valve has a breatherhole for the main valve. Take proper measures toprevent this hole from being blocked as this willlead to a malfunction.∗ Ordinarily, when the solenoid valve is mountedon a metal surface, it can breathe through thebreather hole, via the breather groove, However,in particular, if the surface to be mounted ismade of rubber, the rubber could deform andblock the hole.2.5-16ConstructionOption SpecificationsB e sure to read before handling.Refer to p.0-33 to 0-36 for SafetyInstructions and common precautions.CautionFlow rateRefer to p.0-36 for flow rate calculation.D e-e n e r-gizedEnergizedOperation principles<De-energized>The spool e is pushed upward by theforce of the spring r and the air passagebetween port x and port c is openedand port z is blocked.Air flow direction: z Block, x c<Energized>When the coil y is energized the plungeru ispulled down depressing the spoole via the overtravel assembly i and theair passage between port z and port xis opened and port c is blocked.Air flow direction: z x, c Block1. How to wire1) Loosen the fix screw and pull off the connector fromthe pin plug.2) Make sure to pull out the retaining screw beforeinserting a screwdriver into the groove at the lowerportion of the terminal board. Then, push the screw-driver up to separate the terminal board and theterminal cover.3) Following the wiring procedure, properly connect thewires to the specified terminals.4) As a rule, wires are connected to the terminals usingcrimp-style terminals. Therefore, select crimp-styleterminals that do not overstrain the terminal hard-ware.Wiring figureSingle solenoid 1VT3251.For vacuumIn contrast to the standard product, this vacuumspecification valve has less air leakage at low pres-sures, a feature that should be taken into considera-tion when using this valve for vacuum applications.Caution2.Manual override with lock1) Using a screwdriver, pushthe manual override button thatis located in the head portion of the solenoid valve in orderto directry push the spool valve downward, thus causing thevalve to switch.2) With the button remaining pushed down, turn it approximately90° clockwise or counterclockwise to maintain the manual over-ride locked state.3) To revert to the original state, keep the button pushed downand turn it approximately 90° clockwise or counterclockwise.2. Change of electrical entryOnce the terminal cover is separated fromthe terminal block, it can be rotated in anydirection (4 directions, each 90°) to changethe orientation of the electrical entry.2. Take proper measures to prevent dust or foreign mat-ter from entering through unused ports.The grommet portion contains a breather hole for thecore. Take proper measures to prevent dust or foreignmatter from accumulating in this area.Pressure range–101.2kPa to 0.1MPaPin plug1)Because this valve leaks air, it cannot beused for maintaining a vacuum (or pres-sure) in a pressure vessel.3. CautionTo insert the connector into the pin plug orto pull it out, do so as vertically as possible,without tilting.4. Applicable cableCord external: ø6 to ø12Note: For those with external measurements of ø9 to ø12, remove the innerportion of the ground gasket beforeuse.5. Applicable crimp-style terminalsThe maximun size for the round terminalis 1.25mm-3.5 and for the Y terminal is1.25mm-4.22VT325 Dimensions (mm)DIN terminal (D)With locking manual override2.5-17Series VT325ManifoldCommon exhaustVT325 Series Manifold Model has a B-mount style with common exhaust.DimensionsProtective class class I (Mark: )2.5-1812Common Exhaust2.5-19EVT307-5DZ-01F-Q。
SMC系列产品使用说明书
5．4 SMC/HBC、SMC/JA部分回转产品的安装与拆卸方法是：
先将花键接头装到阀杆上，使电动装置二级减速机构的驱动轴位置与阀门所处位置相同。
（此时阀门在某一终端位置最理想）起吊电动装置，使其驱动轴与阀杆上的花键接头对准，同时应对准阀门与电动装置的连接螺孔。使驱动轴与花键接头配合装入，而后用螺栓将阀门与电动装置紧固可靠。
a、型号：该产品型号。
b、最大控制转矩：该产品出厂前调定的最大转矩值（N.m）。
c、输出转速：该产品在单位时间内输出轴的转圈数（r/min）。
d、最大转圈数：该产品位置指示机构指针从0～100％走满刻度情况下输出轴总的转圈数。
e、编号：该产品总序号或本年度产品的序号。
f、合同号：该产品年度订货合同号。根据它可查出产品出厂前的全部情况，便于售后服务。
与G·L·SW的触点信号不同，MDPI的阀位反馈信号是连续的。
（图19）所示为MDPI位置指示机构的结构。从图中可见其传动部分是若干对小模数配换齿轮，该机构对任何口径的阀门均能保证其指针做满刻度指示。
▼关于电动装置的控制器
对于一般控制原理，控制器是与电动装置分离的电气控制部件，它通常设置在控制室内为单独订货产品。
5．7电动装置的工作位置一般无原则要求。但推荐电动机轴线为水平状态，G·L·SW箱罩处于水平或垂直向上、向下状态，以利于产品的润滑、维修及阀位观测。
6．润滑
6．1产品出厂前已注入专用润滑脂，使用中每年应至少检查润滑情况一次，如无异常可继续使用。
6．2电动机轴承的润滑脂一般不必更换或添加。
6．3产品维修后更换润滑脂时应注意其抗氧化性、耐水性、耐热性、防锈性、机械稳定性等，并应注意其抗挤压性，以保证产品的润滑性能和较高的传动效率。
中文四版-SMC样本
20～40
CAT.C04-02A
20～40
CAT.C04-02A
40～100
CAT.C09-03A
32～125
CAT.C05-09B
32～100
CAT.C06-06A
125～300 8～25
CA3T2.C～05-2052B0
20～63 32～100
正确内容
32～100
CAT.C08-04B
12～100
07年8月 06年8月 06年8月 06年8月 06年8月 07年8月
说明:1.中国四版06年1月份正式印刷完成，06年8月份第一次增印，改动10页，07年8月份第二次增印，改动15页, 07年11月第三次增印，改动18页。
2.请注意将将更改信息通知相关客户，订货时予以确认。
执行元件
系列
气缸类型
缸径(mm) 中文样本编号 英文样本编号 日文样本编号 页号
页数 P3.55 P4.25 P4.26
错误内容 可换件型号错误 数值表示错误 型号表示错误、易造成选型错误
P4.34 P4.42
词汇更正、录入错误 型号表示不清、易造成选型错误
P4.64 P4.70
词汇更正、录入错误 追加系列
P4.102 型号表示内容错误
P4.110 型号表示内容错误
P5.09 数值表示错误
标准型气缸
图形符号
CA2系列 ( ～ )
1
1
。
弯
1系列
1
。
。 。
。
型号表示方法
mm
拉杆安装
除A54外 仅A54 BT-04 BT-06 BT-08
参见P.1.357。
正确内容
F
VT307N-TF2Z546EN 3端口弹簧式电磁阀说明书
AC
Inrush Holding
DIN terminal, grommet 100,200,110,220,240
24,12 Contact SMC -15 to 10% of rated voltage Note 1) 12.7 (50Hz), 10.7 (60Hz) 7.6 (50Hz), 5.4 (60Hz)
• Refer to product catalogue, Operation Manual and Handling Precautions for SMC Products for additional information.
• Keep this manual in a safe place for future reference.
ISO 4413: Hydraulic fluid power - General rules relating to systems. IEC 60204-1: Safety of machinery - Electrical equipment of machines. (Part 1: General requirements) ISO 10218-1: Robots and robotic devices - Safety requirements for industrial robots - Part 1: Robots.
Note 2)
Direct operated 2 position single solenoid Air
0 to 1 (High-pressure type), 0 to 0.7 (Standard type) -10 to 50 (No freezing) ≤20 (at 0.5 MPa) 10
SMC电磁阀样本
3.2
0.30 0.80
注) 2位单电控、4/2→5/3 (A/B→R1/R2)的值。
适合缸径 (mm)
~ø50
~ø80
插座引出方向
上方引出
可快速变更(F.P组件)
只要压一下手动按钮，插座的引出方向便可由上方变更成侧向。 由侧向变为上方的场合，不用手动操作按钮。
侧向引出
丰富的集中配线方式
S 组件 (串行传送)
F P T 组件 (D型辅助插座)
组件 (扁平电缆插座)
组件 (端子台盒)
L 组件 (导线引出)
M 组件 (多针插座)
EX5se0ri0es
25针
26针
保护构造
20针
可对应IP67
保护构造 可对应IP67
● 为了配线作业及维护容易，6种方式已标准化，4种方式的保护构造对应IP67。 ● 对S组件，有输入输出形式。(网关单元除外)
注3)英制尺寸为以下记号。
·N1: ø1/8"
·N3: ø5/32"
·N7: ø1/4"
·NM: 混合
上配管弯头为LN□、下配管弯头为BN□。
端板种类(仅对应EX600的S组件记入)
无记号 无端板 2 电源M12插头(最大供给电流 2A) 3 电源7/8英寸插头(最大供给电流 8A)
注)无SI单元的场合为无记号。
5通电磁阀
插口连接集装式
间隙密封·弹性密封
省功率
标准:0.4W
60 (与本公司原来产品相比降低
%)
0.95 高压(1MPa、间隙密封):
W
新产品
保护构造可对应IP67
[可选项]
RoHS对应
VQC1000/2000 系列
气动元件选用指南(SMC)
QS-12，R1/2
二位二通，一端外螺纹一端快插
2。气源处理单元
代号
型号
接口
说明
备注
AC20A-01CG
G1/8×2
过滤调压油雾,带压力表，自动排水
一般用于气缸直径32—80气路
AC20A-02CG
G1/4×2
过滤调压油雾,带压力表,自动排水
AC30A-02DG
G1/4×2
过滤调压油雾，带压力表，自动排水
VP542-5D-02A
G1/4×3
二位三通，内先导，常断式，24VDC
VP542—5D-03A
G3/8×3
二位三通，内先导，常断式,24VDC
VP742—5D-03A
G3/8×3
二位三通，内先导，常断式，24VDC
VP742—5D—04A
G1/2×3
二位三通，内先导，常断式，24VDC
VP342—5D—01B
G1/4×3
二位三通,直动，24VDC
VT307—5D—01
G1/8×3
二位三通,直动，24VDC
VT307—5D-02
G1/4×3
二位三通，直动，24VDC
VP342—5D-01A
G1/8×3
二位三通，内先导，常断式，24VDC
VP342—5D—02A
G1/4×3
二位三通，内先导,常断式,24VDC
VH600-10
G1×4
三位四通，中封式,侧面接管
4。脚踏阀
代号
型号
接口
说明
备注
VM230-02-40
G1/4×3
二位三通
5.电磁阀（气缸直径100以下优先选用VF系列）
SMC部分产品型号
SMC三杆气缸MGPM40-20 SMC三杆气缸MGPM40-30 SMC三杆气缸MGPM40-40 SMC三杆气缸MGPM40-50 SMC三杆气缸MGPM40-75 SMC三杆气缸MGPM40-100 SMC三杆气缸MGPM50-10 SMC三杆气缸MGPM50-20 SMC三杆气缸MGPM50-30 SMC三杆气缸MGPM50-40 SMC三杆气缸MGPM50-50 SMC三杆气缸MGPM50-75 SMC三杆气缸GPM63-100 SMC三杆气缸MGPM50-100 SMC三杆气缸MGPM63-10 SMC三杆气缸MGPM63-20 SMC三杆气缸MGPM63-30 SMC三杆气缸MGPM63-40 SMC三杆气缸MGPM63-50 SMC三杆气缸MGPM63-75 MGPL12-10 SMC薄型带导杆气缸 MGPL12-2 SMC薄型带导杆气缸 0 MGPL12-30 SMC薄型带导杆气缸 MGL12-40 SMC薄型带导杆气缸 MGPL12-50 SMC薄型带导杆气缸 MGPL12-75 SMC薄型带导杆气缸 MGPL12-100SMC薄型带导杆气缸 MGPL16-10 SMC薄型带导杆气缸 MGPL16-20 SMC薄型带导杆气缸 MGPL16-30 SMC薄型带导杆气缸
63、气爪（平行开闭型）/圆柱形爪体：MHS?3系列 64、气爪（平行开闭型）/中心贯通孔：MHSH3系列 65、气爪（平行开闭型）/圆柱形爪体：MHS4系列 66、气爪（支点开闭型）/标准型：MHC?2系列 67、气爪（支点开闭型）/肘节型：MHT2系列 68、气爪（支点开闭型）/凸轮式180°开闭：MHY2系列 69、气爪（支点开闭型）/齿轮式180°开闭：MHW2系列 70、薄型气爪：MHF2系列 71、抖料气爪：MIW/MIS系列 72、摆动气爪：MRHQ系列 73、微型带导杆气缸：MGJ系列 74、新薄型带导杆气缸：MGP系列 75、薄型带导杆气缸：MGQ系列 76、带导杆气缸/基本型：MGG系列 77、带导杆气缸/小型：MGC系列 78、导台式气缸MGF系列 79、滑台式气缸：CXT系列 80、带摆台气缸：MGT系列 81、倍力气缸：MGZ系列 82、小型气动滑台：MXJ系列 83、小型精密气动滑台：MXP系列 84、小型气动滑台（长行程型）：MXY系列 85、小型气动滑台（直线导轨）：MXH系列 86、气动滑台（十字滚柱导轨）/双缸型：MXS系列 87、气动滑台（循环式直线导轨）/双缸型：MXQ系列 88、小型气动滑台（直线导轨）：MXU系列 89、超薄型气动滑台（十字滚柱导轨）：MXF系列 90、精确气动滑台（循环式直线导轨）：MXW系列 91、高精度气缸：MTS系列 92、止动气缸/安装高度固定型：RSQ系列 93、止动气缸/安装高度可调型：RSG系列 94、重载型止动气缸：RSH/RS1H系列
SMC SY 系列 电磁阀 说明书
文件No.SY3000∗-OMH0002电磁阀SY系列（搭载V100先导阀）安全上的注意事项 --------------------------------------------------------------------------------------2,3设计上的注意事项 -------------------------------------------------------------------------------------- 4,5 选定 ---------------------------------------------------------------------------------------------------------4,5安装 -------------------------------------------------------------------------------------------------------- 6配管 -------------------------------------------------------------------------------------------------------- 6配线 -------------------------------------------------------------------------------------------------------- 6润滑 -------------------------------------------------------------------------------------------------------- 6气源 --------------------------------------------------------------------------------------------------------7使用环境-----------------------------------------------------------------------------------------------7维护点检-----------------------------------------------------------------------------------------------7产品个别注意事项 ---------------------------------------------------------------------------------------- 8～14 故障及应对方法 -------------------------------------------------------------------------------------------15,16URL ㊟对本使用说明书进行的变动不另行通知，请谅解。
电磁阀规格表
ZCT-6ZA ZCT-6ZA 81127300.1230 91127300.1440 2231006ET
全佳 全佳 全佳
G1/2 DN15 PN0.025-1.6MPa 220V/AC 50Hz G1/2 DN14 PN0.025-1.6MPa 220V/AC 50Hz G1/2 DN6 PN0-0.4MPa 24V/DC
SMC VCW21-4D-5-02F（品牌：SMC） 全佳 欧凯 2231006HT OK6203A-B06-C2-G1/4-D110-304 ZCT-6
G1/2 DN6 PN0-0.6MPa 220V/AC 50-60Hz B06-C2-G1/4-D110-304 DN3 0～12bar 80℃DC110V
6 7 8 9 10
全佳 自力 自力
2231015BHT
G1/2 DN10 PN0.03-1.0MPa 220V/AC 50-60Hz AC380V AC220V G1/4 G1/4 DN6 DN6 0.6MPa 0.6MPa
宁波全佳气动元件制造有限公司 上海自力电磁阀厂 上海自力电磁阀厂 宁波全佳气动元件制造有限公司 宁波全佳气动元件制造有限公司 宁波全佳气动元件制造有限公司
电磁阀规格表序号品牌规格制造商自力zct6zcsac220vg14dn6005mpa上海自力电磁阀厂2231006htg12dn6pn006mpa220vac5060hz宁波全佳气动元件制造有限公司铁路优选ok6203ab06c2g14d110304上海欧凯电磁阀制造有限公司zct6余姚市仪表四厂2231015bhtg12dn10pn00310mpa220vac5060hz宁波全佳气动元件制造有限公司船用优选自力zct6zaac380vg14dn606mpa上海自力电磁阀厂船用保温台等自力zct6zaac220vg14dn606mpa上海自力电磁阀厂811273001230g12dn15pn002516mpa220vac50hz宁波全佳气动元件制造有限公司911273001440g12dn14pn002516mpa220vac50hz宁波全佳气动元件制造有限公司112231006etg12dn6pn004mpa24vdc宁波全佳气动元件制造有限公司ksqia660df60ksqa4520df20ksqa4520adf20aksqa4520cdf20cksqa4520ddf20dvcw214d502f品牌
SMC真空电磁阀介绍
或存在有真空状态的回路中，故必须选用能在真空压力条件下工作的换向阀。真空换向阀要求不泄露，且
不用油雾润滑。故使用座阀式和膜片式阀芯结构比较理想。通径大时可使用外部先导式电磁阀。不给油润
滑的软质密封滑阀，由于其通用性强，也常作为真空用换向阀使用。
SMC 真空电磁阀的选用； 真空选择阀可控制吸盘对工件的吸着或脱离，一个 阀两个功能，可以简化回路设计。 供给阀印设置于正压管路中，可选用一般换向阀。 真空破坏阀，真空切换阀和真空选择阀设置于真空回路或存在有真空状态的回路 中 ，故必须选用能在真空压力条件下工作的换向阀。 真空换向阀要求不泄露，且不用油雾润滑。 故使用座阀式和膜片式阀芯结构比较理想。通径大时可使用外部先导式电磁阀。 不给油润滑的软质密封滑阀，由于其通用性强，也常作为真空用换向阀使用。. 使用真空发生器的回路中的换向阀，有供给阀和真空破坏阀。 使用真空泵回路中的换向阀，有真空切换阀和真空选择阀。 供给阀是供给真空发生器压缩空气的阀。 真空破坏阀是破坏吸盘内的真空状态，将真空变成大气压或正压力，使工件脱离 吸盘的阀。 真空切换阀就是接通或断开真空压力源的阀。
关于 SMC 真空电磁阀的选用
使用真空发生器的回路中的换向阀，有供给阀和真空破坏阀。使用真空泵回路中的换向阀，有真空切换阀 和真空选择阀。 供给阀是供给真空发生器压缩空气的阀。 真空破坏阀是破坏吸盘内的真空状态，将真空变成大气压或正压力，使工件脱离吸盘的阀。真空切换阀就 是接通或断开真空压力源的阀。真空选择阀可控制吸盘对工件的吸着或脱离，一个阀两个功能，可以简化 回路设计。 供给阀印设置于正压管路中，可选用一般换向阀。真空破坏阀，真空切换阀和真空选择阀设置于真空回路
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