SOLENOID VALVES VALVES GENERAL CATALOG SERIES INDEX

Transcription

1 resenting our CD drawing data catalog VVES GENE CTOG SOENOID VVES SEIES INDEX Characteristics Basic Models and Configuration 1 andling Instructions and recautions Specifications Solenoid Valve Order Code Manifold Order Code 1 Operating rinciple and Symbol Dimensions of Solenoid Valve Dimensions of Manifold

2 owerful & Widely Varid SOENOID VVES In response to diversified control requirements, our new line-up includes positive pressure, normally open (NO) specifications, and vacuum specifications! Now you can select the best possible control system for your production line machinery and equipment. Total eight: ~ More compact than evere ver,, in response to down-sizing requirements. Note: Excluding the CV specification. SEIES Wide voltage selection STNDD TYE ower consumption: 1.W Effective area:. rchives power consumption of.w OW CUENT TYE Meet to large flow & quick response requirements GE FOW TYE ower consumption:.w ower consumption:.w Effective area:.1 Effective area:. Note Note: With power-saving circuit ositive pressure specification Normally closed (NC) Normally open (NO) specification Normally closed (NC) Normally opened (NO) ED indicator is standard equipment for the groet type connector. -pin connector makes coon wiring possible. ocking type is standard equipment for the manual override.

3 Basic Models and Configuration Single unit Direct acting solenoid valve ositive pressure specification Outward view Type GE1 (Standard) GE1 (ow current) GE1 (arge flow) Normally closednc Normally open NO Direct piping Sub-base piping Direct piping Sub-base piping GE1-1 GE1- GE1--1 GE1-- GE1-1 GE1- GE1--1 GE1-- GE1-1 GE1- GE1--1 GE1-- SOENOID VVES G SEIES specification GVE1 (Standard) GVE1 (ow current) GVE1 (arge flow) GVE1-1 GVE1-1 GVE1-1 GVE1- GVE1--1 GVE1-- GVE1- GVE1--1 GVE1-- GVE1- GVE1--1 GVE1-- type GMF F type (, ) manifold Manifold G(V)E1, G(V)E1, G(V)E1 GM type (all port) manifold. M, port GE1, GE1, GE1 GVE1, GVE1, GVE1 GE1, GE1, GE1 GVE1, GVE1, GVE1 type c1/, port GMF F type (, ) manifold GE1, GE1, GE1 GVE1, GVE1, GVE1 GM type (all port) manifold GE1, GE1, GE1 GVE1, GVE1, GVE1 1

4 andling Instructions and recautions iping recautions Use the piping shown below for the manifold, as well. -, -port valves valve functions and connection port configurations ositive pressure specification -port -port Normally closed NC Normally open NO Normally closed NC Normally open NO De-energized plug plug Energized specification -port -port Normally closed NC Normally open NO Normally closed NC Normally open NO De-energized vacuum pump, etc plug plug vacuum pump, etc vacuum pump, etc air and positive pressure air and positive pressure vacuum pump, etc Energized Caution: Normally closed (NC) and normally open (NO) valves cannot be combined mounting on the manifold. bout the -,-port valve The G series can be divided, by the type of gaskets used on the valves, into -port and -port valves. When replacing the valve, pay attention to the gasket shape and mounting direction. GE1 (For -port) GE1- (For NC, -port) GE1-- (For NO, -port) Gasket has holes in three places. No hole in the port section.

5 Solenoid lug connector Internal circuit Standard type, low current type DCV, DCV, DCV, DCV Solenoid with ED indicator (surge suppression) lus coon ead wire: ed ead wire: Black ED indicator ight emitting diode ED indicator: ed Minus coon (Made to order) ED indicator ight emitting diode ocking type To lock the manual override, use a small screwdriver to push down on the manual override all the way and turn it clockwise. When locked, turning the manual override in a counterclockwise direction releases a spring on the manual override, returns it to the original position, and releases the lock. If the manual override is never turned, this type acts just like the non-lock type, like the valve energizing status as long as the manual override is pushed down, and returning to the rest position upon release. ttaching and removing plug connector Use fingers to insert the connector into the pin, push in until the lever claw catches on the convex section on the connector housing, and complete the connection. To remove the connector, squeeze the lever along with the connector, lift the lever claw up from the convex section on the connector housing, and pull out. Connector housing Convex section in ever SOENOID VVES G SEIES ead wire: ed TUN ead wire: Black ED indicator: ed CV, CV Solenoid with ED indicator (surge suppression) ead wire C Yellow: CV White: CV COM US lug connector Indication of polaritydc - C + Indication of polaritydc Contact ead wire C Yellow: CV White: CV arge flow type DCV, DCV Solenoid with ED indicator (surge suppression) lus coon ead wire: ed COM Timer circuit ia Solenoid is Cautions: 1. lways release the lock on the locking type before coencing normal operation.. Do not attempt to operate the manual override with a pin or other object having an extremely fine tip. It could damage the manual override button. Crimping of connecting lead wire and contact To crimp lead wires into contacts, strip off of the insulation from the tip of the lead wire, insert into the contact, and crimp it. Be sure at this time to avoid catching the insulation on the wire as crimping section. Insulation crimp tab Expose wire crimping section Contact ook Insulation Maximum outer diameter:1. Expose wire ead wire pplied wire WG ead wire: Black ED indicator: ed Minus coon (Made to order) ead wire: ed COM ead wire: Black Timer circuit ia ED indicator: ed Solenoid ia: Starting current is: Steady-state current is ttaching and removing contact and connector Insert the contact with lead wire into a plug connector hole until the contact hook catches and is secured to the plug connector. Confirm that the lead wire cannot be easily pulled out. To remove, insert a tool with a thin tip (such as a small screwdriver) into the rectangular hole on the side of the plug connector to push up on the hook, and then pull out the lead wire. Operating principles of large flow type The large flow type uses a timer circuit, as shown above, that achieves power savings by switching to holding operations mode after a certain period of time to operate at about 1/ of the start-up power consumption. ower cycle Solenoid valves.w ower consumption 1.1W DCV DCV ON Start-up state time Start-up state time (Standard time) ms ms OFF educed consumption power Cautions: 1. Do not apply megger between the lead wires.. While there is no danger with a DC solenoid of a short circuit due to the wrong polarity, the valve will not operate.. eakage current inside the circuit could result in failure of the solenoid valve to return or in other erratic operation. lways use within the range of the allowable leakage current. If circuit conditions, etc., cause the current leakage to exceed the maximum allowable leakage current, consult us.. The large flow type will not operate if the current voltage is increased slowly. lways apply the appropriate voltage. Cautions: 1. Do not pull hard on the lead wire. It could result in defective contacts, shorted lines, etc.. If the pin is bent, use a small screwdriver, etc., to gently straighten out the pin, and then complete the connection to the plug connector.. For crimping of connecting lead wire and contact, always use a dedicated crimping tool. Contact: Model -MK Manufactured by Sumiko Tech, Inc. Crimping tool: Model F1 (for -MK) Manufactured by Sumiko Tech, Inc.

6 andling Instructions and recautions ead wire for coon wiring (only lead wire) Using the lead wire for coon wiring, provided as additional parts, saves on wiring work. ead wire assembly with coon pre-wiring Using the lead wire assemblies with coon pre-wiring, provided as additional parts, saves on wiring work. Order code G-COM Order code C1W 1. DC plus side and C coon terminal wiring example COM ead wire for coon wiring Connector Connector housing ead wire length Blank : 1 : : Coon wire outlet position S : The type S is stn.1 side, the type is final stn. side. E : The type S is final stn. side, the type is stn.1 side. Number of wiring units units units ead wire assembly with coon pre-wiring Coon specifications Blank : lus coon M : Minus coon Shows DC polarity case. DC minus side coon terminal wiring example COM 1. For C1W E COM ead wire assembly with coon wiring. For C1W EM COM ead wire assembly with coon wiring ead wire for coon wiring Connector Connector Connector Connector housing. For C1W S. For C1W SM Cautions: 1. The diagram shows the straight connector configuration.. Since the COM terminal is connected to a crossover terminal inside the connector housing, the connector cannot be switched between a plus coon and a minus coon by changing the connectors. COM ead wire assembly with coon wiring Connector COM ead wire assembly with coon wiring Connector Caution: Since the COM terminal is connected to a crossover terminal inside the connector housing, the connector cannot be switched between a plus coon and a minus coon by changing the connectors. Number of valves which can be energized simultaneously with coon wiring Model G Voltage E1 E1 E1 DC, V DCV DCV CV CV

7 Fitting ecoended fittings G(V)E1 1 ort Fitting Quick fitting For urethane tube TC fitting For nylon tube port TS-MM TS-MM TS-MM TS-MM T-MM T-MM BFBU-M BFBU-M BF-M, port BFBU-M BFBU-M BF-M SOENOID VVES G SEIES G(V)E1 Fitting Quick fitting ort port TS-MM TS-MM T-MM T-MM, port TS-MM TS-MM T-MM T-MM TC fitting For urethane tube For nylon tube BFBU BFBU BF BFBU BFBU BF

8 SOENOID VVES SEIES Specifications Basic Models and Functions Item Number of positions Number of ports Valve function Specifications (ositive ressure) Item Media Operation method Effective areacv ort size Note ubrication Basic model > > Operating pressure range Ma {kgf/cm } roof pressure Ma {kgf/cm } esponse time Note ON/OFF ms Maximum operating frequency z Operating temperature range (atmosphere and media) C Note Shock resistance m/s {G} ated voltage Note Mounting direction Basic model GE1(-) GVE1(-) (standard) GE1 (standard).... / (DCV, DCV) DCV, DCV CV, (CV) For direct piping, F type manifold Note1 GE1(-) GVE1(-) (low current) emark: For optional specifications and order code, see p. 1. Notes: 1. If using the GE1, GVE1 as a single unit, select it with mounting base.. If using the GE1, GVE1 as a single unit, select it with sub-base. Item Media Operation method Effective areacv ort size Note ubrication Basic model > > Operating pressure range Ma {kgf/cm } roof pressure Ma {kgf/cm } esponse time Note ON/OFF ms Maximum operating frequency z Operating temperature range (atmosphere and media) C Note Shock resistance m/s {G} ated voltage Note Mounting direction ir supply port Note 1 Note 1 GE1- (standard).... / (DCV, DCV) DCV, DCV CV, (CV) Direct piping, F type manifold GE1 (low current).... M. GE1(-) GVE1(-) (large flow) GE1 (large flow).... ir Direct acting type Not required. {.1} 1. {.}. {.} (axial direction 1. {.}) (DCV, DCV) (DCV, DCV) (DCV) (DCV, DCV) DCV, DCV DCV, DCV DCV DCV, DCV CV, (CV) ny GE1(-) GVE1(-) (standard) GE1 (standard).... For type manifold Note GE1(-) GVE1(-) (low current) positions, ports Normally closed (NC, standard) or normally open (NO, option) type manifold GE1 (low current).... M. GE1(-) GVE1(-) (large flow) GE1 (large flow).... / / / / / Direct piping, F type manifold GE1- (low current).... M. GE1- (large flow)..1.. ir Direct acting type Not required 1. {.}. {.} (axial direction 1. {.}) (DCV, DCV) (DCV, DCV) (DCV) (DCV, DCV) DCV, DCV DCV, DCV DCV DCV, DCV CV, (CV) ny port GE1- (standard).... type manifold GE1- (low current).... M. (DCV) DCV GE1- (large flow) {.1}. {.1}. {.1}. {.1} / / / / / (DCV) DCV Notes: 1. For details, see the effective area on p... For details, see the port size on p... Values when air pressure is.ma {.1kgf/cm }.For switching phase timing, add a maximum of ms to the C response time.. rovide heat radiation measures to ensure that the ambient temperature (or when using a control box, the internal temperature of the box) always remains within the temperature range specifications. nd for long-time continuous energizing, consult us.. Values in parentheses ( ) are for made to order items. See the solenoid options/voltage correspondence table on p.. emark: Conversion to psi., 1Ma=psi., 1kgf/cm =.psi., e.g..ma= psi.

9 Specifications () Item Media Operation method Effective areacv ort size Note ubrication Basic model > > Operating pressure range port Ma {kgf/cm } port roof pressure Ma {kgf/cm } esponse time Note ON/OFF ms Maximum operating frequency z Operating temperature range (atmosphere and media) C Note Shock resistance m/s {G} ated voltage Note Mounting direction ir supply port Note 1 ositive pressure GVE1 (standard).... (DCV, DCV) DCV, DCV CV, (CV) Direct piping, F type manifold GVE1 (low current).... M. GVE1 (large flow)..1.. ir Direct acting type Not required ka {.1g} 1. {.}. {.} (axial direction 1. {.}) (DCV, DCV) (DCV, DCV) (DCV) (DCV, DCV) DCV, DCV DCV, DCV DCV DCV, DCV CV, (CV) ny port port GVE1 (standard).... type manifold GVE1 (low current).... M. GVE1 (large flow) {.1}. {.1}. {.1}. {.1} / / / / / / (DCV) DCV SOENOID VVES G SEIES Item Media Operation method Effective areacv ort size Note ubrication Basic model > > Operating pressure range port Ma {kgf/cm } port roof pressure Ma {kgf/cm } esponse time Note ON/OFF ms Maximum operating frequency z Operating temperature range (atmosphere and media) C Note Shock resistance m/s {G} ated voltage Note Mounting direction ir supply port ositive pressure GVE1- (standard).... (DCV, DCV) DCV, DCV CV, (CV) Direct piping, F type manifold GVE1- (low current).... M. GVE1- (large flow).... ir Direct acting type Not required ka {.1g} 1. {.}. {.} (axial direction 1. {.}) (DCV, DCV) (DCV, DCV) (DCV) (DCV, DCV) DCV, DCV DCV, DCV DCV DCV, DCV CV, (CV) Notes: 1. For details, see the effective area on p... For details, see the port size on p.. Values when air pressure is.ma {.1kgf/cm }. For the switching phase timing, add a maximum of ms to the C response time.. rovide heat radiation measures to ensure that the ambient temperature (or when using a control box, the internal temperature of the box) always remains within the temperature range specifications. nd for long-time continuous energizing, consult us.. Values in parentheses ( ) are for made to order items. See the solenoid options/voltage correspondence table on p.. emark: Conversion to psi., 1Ma=psi., 1kgf/cm =.psi., e.g..ma=. psi. Mass Note 1 ny port port GVE1- (standard).... type manifold GVE1- (low current).... M. GVE1- (large flow)..... {.1}. {.1}. {.1}. {.1} / / / / / / (DCV) DCV Valve Mass Basic model G (V) E1 G (V) E1 G (V) E1 G (V) E1 G (V) E1 G (V) E1 Mass. (1.) Note 1. (1.) Note 1 1. (.) Note 1. (.) Note. (.) Note. (.) Note N Manifold Mass Manifold model GMF GM GMF GM Mass calculation of each unit (n=number of units) (n) + (n) + (.n) + (.n) N Notes: 1. Figures in parentheses ( ) are the mass with mounting base: -1.. Figures in parentheses ( ) are the mass with sub-base: -.

10 Solenoid Specifications Item Operating voltage range G()(V)E1 G()(V)E1 G()(V)E1 Note: ated voltage Current (When rated voltage is applied) m(r.m.s) ower consumption llowable leakage current m Current (When rated voltage is applied) m(r.m.s) ower consumption llowable leakage current m Current (When rated Starting m voltage is applied) olding m Starting W ower consumption olding W llowable leakage current m Time of starting state (standard time) ms Insulation resistance Wiring and lead wire length Color of lead wire Color of ED indicator Surge suppression (as standard) V MΩ DCV.. (%) DCV DCV DCV CV Note CV.. (%) 1.W..W 1. Flywheel diode.1. (%) 1.. (%) Min. Groet type:, lug connector type: ed (+), Black ( ) Yellow White ed Bridge diode Since the C types have built-in bridge diodes, the starting current value and energizing current value are virtually the same. In addition, the rated frequency is z and z. Specification values are the same for both. Effective reacv (%) 1.1V 1. 1 (%) 1 1.V Note Basic model GE1 (-) GE1 (-) GE1 (-) GVE1 (-) GVE1 (-) GVE1 (-) GE1 (-) GE1 (-) GE1 (-) GVE1 (-) GVE1 (-) GVE1 (-) Standard (single valve) >..1 >.. >.. >..1 >.. >.. >.. >.. >..1 >.. >.. >.. >.. >.. >.. >.. >.. >.. >..1 >.. >.. >.. >..1 >.. >.. >.. >.. >.. >.. >.. >..1 >.. >.. >..1 >.. >.. >.. >.. >.. >.. >.. >.. >.. >.. >..1 >.. >.. >.. emarks For case with quick fitting TS- MM attached to, ports, and mounting base. Same values as for case with quick fitting TS-MM attached to port, on F type manifold. For case with quick fitting TS- MM attached to, ports, and mounting sub-base. emark: Figures in parentheses ( ) are for the normally open (NO) case. ort Size Solenoid Valve ort Size (With Base) Basic model G (V) E1-1 G (V) E1-1 G (V) E1-1 G (V) E1- G (V) E1- G (V) E1- ort,,, ocation of piping connection Mounting base Valve Sub-base ort size M. M. M. Manifold Connection ort Size Manifold model ort ocation of piping connection, Manifold GMF Valve, GM Manifold, Manifold GMF Valve, GM Manifold ort size M. M. M. M. c1/ M. c1/ M.

11 Flow ate Ma. Valve outlet pressure Ma. Valve outlet pressure Supply pressure Ma....1 GE1- GE1- Flow rate /minn Supply pressure Ma GE1- GE1- Flow rate /minn Ma. Valve outlet pressure Ma. Valve outlet pressure ir Supply Time and Exhaust Time Supply pressure Ma.1 GE1- GE1-1 1 Flow rate/minn Supply pressure Ma GE1 GE1 1 1 Flow rate/minn Ma. Valve outlet pressure Ma. Valve outlet pressure GE1- GE1-1 1 Flow rate /minn Supply pressure Ma Supply pressure Ma.1 GE1- GE1- Flow rate /minn Ma. Ma. Note:.Ma and.ma not available for GE1-, GE1-. ow to read the graph (for GE1, >) If supply pressure is.ma and flow rate is /min (N), the valve outlet pressure becomes.ma. Figures in brackets indicate the normally open (NO) case. Valve outlet pressure Valve outlet pressure GE1 GE1 Flow rate/minn Supply pressure Ma Supply pressure Ma GE1- GE1- Flowrate /minn SOENOID VVES G SEIES ow to read the graph Exhaust time: Measurement conditions Time required for chamber inside to convert from atmospheric pressure state to vacuum state. ir supply time: Time required for chamber inside to convert from -ka to atmospheric pressure state. rimary tank 1. q w Digital memory scope GVE1- Chamber GVE1--. GVE1-. GVE GVE1- GVE1-- ressure sensor q and w are quick fittings. TS-MM GVE1Exhaust time GVE1ir supply time GVE1-Exhaust time GVE1- ka 1. ka 1. ka 1. ka 1... cc cc.. cc cc cc.. cc cc.. cc cc cc. cc.. cc. 1 Time s 1 Time s 1 Time s 1 Times GVE1Exhaust time ka 1. GVE1ir supply time ka 1. GVE1-Exhaust time ka 1. GVE1-ir supply time ka cc cc... cc cc cc... cc cc... cc cc cc cc 1 Time s 1 Time s cc 1 Time s 1 Time s GVE1Exhaust time ka 1. GVE1ir supply time ka 1. GVE1-Exhaust time ka 1. GVE1-ir supply time ka cc cc cc... cc cc... cc cc cc... cc cc 1 Time s cc 1 Time s 1 Time s cc 1 Time s

12 G Series Solenoid Valve Order Code -, -port valve Number of ports -port -, -port valve Valve function Blank Normally closed (NC) Mounting base Without mounting base Sub-base Without sub-base Wiring ead wire length is standard. Groet type with ED indicator Blank - Normally open (NO) Blank Blank Blank -port Note: For the piping, see table on p.. With mounting base With sub-base Straight connector with ED indicator S ttached to valve body at time of delivery. ttached to valve body at time of delivery. connector with ED indicator - Basic model Voltage Direct piping -, -port standard type -, -port low current type -, -port large flow type -, -port standard type -, -port low current type -, -port large flow type GE1 GE1 GE1 GVE1 GVE1 GVE1 - - Note -1 Note 1 -S - DCV,DCV,CV DCV,DCV DCV DCV,DCV,CV DCV,DCV DCV -, -port standard type GE1 DCV,DCV,CV -, -port low current type GE1 Sub-base piping -, -port large flow type GE1 -, -port standard type GVE1 - - Note - Note 1 -, -port low current type GVE1 -, -port large flow type GVE1 Notes: 1. If using the solenoid valve as a single unit, always select it either with mounting base or with sub-base.. Normally closed (NC) and normally open (NO) valves cannot be combined mounting on the manifold. Made to Order (fter the wiring order code, enter the codes below.) Straight connector with ED indicator Minus coon -MS ositive pressure ositive pressure connector with ED indicator Minus coon -M ead wire length -1 - For plug connector ength -1: () -: Voltage specifications GE1DCV, DCV, CV GE1DCV, DCV GE1DCV For C1V1V, CVV specifications, consult us. -S - DCV,DCV DCV DCV,DCV,CV DCV,DCV DCV Straight connector with ED indicator Without connector, contact and lead wire Minus coon Straight connector with ED indicator Without connector, contact and lead wire lus coon connector with ED indicator Without connector, contact and lead wire Minus coon connector with ED indicator Without connector, contact and lead wire lus coon Straight connector with ED indicator Connector, contact included. Without lead wire Minus coon Straight connector with ED indicator Connector, contact included. Without lead wire lus coon connector with ED indicator Connector, contact included. Without lead wire Minus coon connector with ED indicator Connector, contact included. Without lead wire lus coon -MSX -SX -MX -X -MSN -SN -MN -N

13 G Series Manifold Order Code, port (M.) type, port (c1/) type GM GM Manifold model Valve mounting location from the left-hand side when facing port (: 1) F Station dditional arts (Sold Separately) Mounting base Mounting base F Sub-base stn. stn. stn. stn. -, -port valve Number of ports -port -port Basic model -GE1 -GE1 -GE1 -GVE1 -GVE1 -GVE1 -GE1 -GE1 -GE1 -GVE1 -GVE1 -GVE1 -GE1 -GE1 Blank - -GE1 -GVE1 -GVE1 -GVE1 -GE1 -GE1 -GE1 -GVE1 -GVE1 -GVE1 ead wire for coon wiring -, -port valve Valve function Blank Normally closed NC - Normally open NO Note: For the piping, see table on p.. - Wiring ead wire length is standard. Groet type Blank Voltage DCV,DCV,CV DCV,DCV DCV DCV,DCV,CV DCV,DCV DCV DCV,DCV,CV DCV,DCV DCV DCV,DCV,CV DCV,DCV DCV Straight connector with ED indicator -S connector with ED indicator - DCV,DCV,CV DCV,DCV DCV DCV,DCV,CV DCV,DCV DCV DCV,DCV,CV DCV,DCV DCV DCV,DCV,CV DCV,DCV DCV Specify the valve type for each station. Enter -B when closing a station with a block-off plate without mounting a valve. Normally closed (NC) and normally open (NO) valves cannot be combined mounting on the manifold. ead wire assembly with coon pre-wiring -S - -S - SOENOID VVES G SEIES G-1 G-1 G- G-COM C1W- G-B For direct piping (With gasket) For direct piping For GE1-, GVE1 only (With gasket) For sub-base piping (With gasket) For -S, -, -MS, -M (set of pcs. For details, see p.. 1

14 Operating rinciple and Symbol -port Spring holder Solenoid oppet Normally closed NC Flapper spring Sealed cap Column Normally open NO Major arts and Materials arts Materials Body lastic lunger Base Body lunger spring Overspring oppet Valve Manifold oppet lunger Column Base Body Seal Synthetic rubber Magnetic stainless luminum alloyanodized luminum alloyanodized lastic Synthetic rubber Mounting Valve/Manifold Corresponding Table Valve specifications Valve options pplicable manifolds iping configuration Direct piping Base piping port, port Basic model ower Flow GE1 GE1 GE1 GVE1 GVE1 GVE1 GE1 GE1 GE1 GVE1 GVE1 GVE1 1.W.W.W (1.1W) Note 1.W.W.W (1.1W) Note 1.W.W.W (1.1W) Note 1.W.W.W (1.1W) Note Standard Small flow arge flow Standard Small flow arge flow Standard Small flow arge flow Standard Small flow arge flow - -port - Note 1 (Normally open, NO) -1 (Mounting base) - (Sub-base) : Selectable or mountable Notes: 1.Be careful when ordering, since the initial settings for normally closed (NC) and normally open (NO) cannot be changed later on. Normally closed (NC) and normally open (NO) valves cannot be combined mounting on the manifold..values in parentheses ( ) in power column are for holding state. GMF (M) M GM M M GMF (M) c1/ GM M c1/

15 Dimensions of Direct iping Solenoid Valve (Scale /, Unit ) GE1(-)-1 GE1(-)-1 GE1-1 GVE1(-)-1 GVE1(-)-1 GVE (DCV, DCV, DCV, DC, CV). thru hole Mounting base ( 1) M. Connection port ED indicator. M. port. Manual override. 1 GE1 SOENOID VVES G SEIES GE1--1 GVE1-1 (DCV). thru hole. 1. ED indicator Mounting base ( 1) Manual override M. 1 Connection port... M. port.. 1 GE1(-)-1 GVE1(-)-1 (CV) GE1_. thru hole. 1. ED indicator 1 M. Connection port Mounting base ( 1) 1.. M. port Manual override.. 1

16 Dimensions of Sub-base iping Solenoid Valve (Scale /, Unit ) GE1(-)- GE1(-)- GE1- GVE1(-)- GVE1(-)- GVE1-- (DCV, DCV, DCV, DCV, CV) GE1. ED indicator Connection port 1.. thru hole Mounting hole Manual override Connection port... 1 Sub-base ( ) GE1-- GVE1- (DCV). ED indicator Connection port 1.. thru hole Mounting hole Manual override M. Connection port... 1 Sub-base ( )... GE1(-)- GVE1(-)- (CV). ED indicator M. Connection port 1.. thru hole Mounting hole Manual override M. Connection port.. 1 GE Sub-base ( )

17 Dimensions of Connector (Scale /, Unit ) Options Solenoid with connector: - Solenoid with straight connector: -S Solenoid with connector (CV): - Solenoid with straight connector (CV): -S GE1 GE1S GE GE Made to order connectors are the same dimensions. Total length of valve 1. To the bottom of the valve Model Code Blank Total length of valve To the bottom of the valve 1. Total length of valve 1. To the bottom of the valve Total length of valve To the bottom of the valve 1. SOENOID VVES G SEIES Solenoid Options/Voltage Corresponding Table Connector specifications Basic valve model Voltage specifications Blank (groet) -S - -MS -M -SX -X -MSX -MX -SN -N -MSN -MN DCV G()E1- G()VE1- (standard type) DCV DCV DCV CV CV G()E1- G()VE1- (low current type) G()E1- G()VE1- (large flow type) ead wire length options same for all basic models DCV DCV DCV DCV DCV DCV -1 - : Standard specifications : Made to order

18 Dimensions of F Type Manifold (for Direct iping, with ositive ressure Solenoid Valves) (Scale /, Unit ) GMF (, port: M.) GMF For the piping, see the table on p.. GE1. Mounting hole GE1S GE1 ED indicator C ( B) With plugs. M. Both sides. M. port Stn.1 Stn. Stn. Stn..itch GMF (, port: M.) GE1-. Mounting hole GE1S GE1 ED indicator. 1..1For E1 C. M. Both sides M. port.for E1, E1. ( B) With plugs Stn.1 Stn. Stn. Stn..itch For optional wring, see p..

19 Dimensions of F Type Manifold (for Direct iping, with Solenoid Valves) (Scale /, Unit ) GMF (, port: M.) For the piping, see the table on p.. GVE1. Mounting hole GVE1S GVE M. Both sides.1for E1.For E1, E M. port C ED indicator ( B). With plugs SOENOID VVES G SEIES Stn.1 Stn. Stn. Stn..itch GMF (, port: M.) GVE1-. Mounting hole GVE1S GVE1 ED indicator C. M. Both sides M. port GMF. ( B). 1.. With plugs Stn.1 Stn. Stn. Stn..itch For optional wring, see p..

20 Dimensions of F Type Manifold (for Direct iping, with ositive ressure Solenoid Valves) (Scale /, Unit ) GMF (, port: c1/) GMF For the piping, see the table on p.. GE1 Mounting hole GE1S GE1 ED indicator. ( B). C. 1. c1/ Both sides. M. port GMF (, port: c1/) GE1. Mounting hole GE1S GE1 ( B) C... c1/ Both sides 1. With plugs Stn.1 Stn. Stn. Stn..itch 1.. ED indicator. 1. With plugs M. port Stn.1 Stn. Stn. Stn..itch.. For optional wring, see p..

21 Dimensions of F type Manifold (for Direct iping, with Solenoid Valves) (Scale /, Unit ) GMF (, port: c1/) GMF For the piping, see the table on p.. GVE1. Mounting hole GVE1S GVE1... c1/ Both sides.. 1. C. ED indicator ( B). With plugs SOENOID VVES G SEIES GMF (, port: c1/) GVE1. Mounting hole GVE1S GVE1 ( B) C... c1/ Both sides. M. port. 1. Stn.1 Stn. Stn. Stn..itch 1.. ED indicator. 1. With plugs Stn.1 Stn. Stn. Stn..itch For optional wring, see p..

22 Dimensions of Type Manifold (for Manifold iping, with ositive ressure Solenoid Valve) (Scale /, Unit ) GM (, port: M.) GM For the piping, see the table on p.. GE1. Mounting hole GE1S GE1 ED indicator. ( B) 1... C With plugs. M. Both sides. Stn.1 Stn. Stn. Stn itch M.Connection port GM (, port: M.) GE1. Mounting hole GE1S GE1 ED indicator 1...1For E1.For E1, E1. C ( B) With plugs. M. Both sides 1.. Stn.1 Stn. Stn. Stn...itch For optional wiring, see p..

23 Dimensions of Type Manifold (for Manifold iping, with Solenoid Valves) (Scale /, Unit ) GM (, port: M.) GM For the piping, see the table on p.. GVE1. Mounting hole GVE1S GVE M. Both sides For E1.For E1, E Stn.1 Stn. Stn. Stn. C.itch ED indicator ( B). With plugs SOENOID VVES G SEIES GM (, port: M.) GVE1. Mounting hole GVE1S GVE1 ED indicator. ( B) 1... C With plugs. M. Both sides. Stn.1 Stn. Stn. Stn...itch M.Connection port For optional wring, see p.. 1

24 Dimensions of Type Manifold (for Manifold iping, with ositive ressure Solenoid Valves) (Scale /, Unit ) GM (, port: c1/) GM For the piping, see the table on p.. GE1 Mounting hole GE1S GE1 ED indicator. ( B). C. 1. c1/ Both sides GM (, port: c1/) GE1-. Mounting hole GE1S GE1 ED indicator C... c1/ Both sides With plugs Stn.1 Stn. Stn. Stn..itch. Connection port. ( B). 1. With plugs. Stn.1 Stn. Stn. Stn itch M.Connection port For optional wring, see p..

25 Dimensions of Type Manifold (for Manifold iping, with Solenoid Valves) (Scale /, Unit ) GM (, port: c1/) GM For the piping, see the table on p.. GVE1. Mounting hole GVE1S GVE c1/ Both sides Stn.1 Stn. Stn. Stn. C.itch ED indicator ( B). With plugs SOENOID VVES G SEIES GM (, port: c1/) GVE1. Mounting hole GVE1S GVE1 ED indicator... c1/ Both sides M.Connection port. ( B). C 1. lug. Stn.1 Stn. Stn. Stn itch M.Connection port For optional wring, see p..