SY3000
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5 Port Solenoid Valve 10 mm width can drive a 050 cylinder. 15 mm width can drive a 063 cylinder. *Values based on comparison with the conventional SMC model. Refer to page 4 for common conditions. Thanks to the flow increase, valve size can be reduced. Saves energy and space. • Added the EX260 Integrated-type (For Output) Serial Transmission System. • Added EtherNet/IP™, EtherCATto the EX600 Integrated-type (For Input/Output) Serial Transmission System (Fieldbus System). • Additional Options: Interface regulator assembly Individual SUP block assembly Individual EXH block assembly Dual flow fitting Name plate for manifolds Power Consumption [Electrical power waveform with power saving circuit] With power saving circuit Power consumption is reduced by power saving circuit. Power consumption is decreased by approx. 1/3 by reducing the wattage required to hold the valve in an energized state. (Effective energizing time is over 67 ms at 24 VDC.) Refer to the electrical power waveform as shown on the right. With power saving circuit The value In ( ) are for the quick response and high pressure types. Rubber seal Metal seal (Rubber seal) (Metal seal) * According to SMC life test conditions

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5 Port Solenoid Valve senes SY3000/5000 Plug-in metal base [IP40] Plug-in connector connecting base [IP67Note)] • Connector type manifold Space saving / Improved operability " $t,lJ Note) Refer to page 6 for 5 Connector type manifold Wiring, piping and operation are Multiple layer type is available as an option. This saves space in the lateral direction. Bottom ported is prepared. Space saving Bottom ported reduces the footprint. SUP stop valve spacer with residual pressure release valve Individual SUP/EXH spacer Direction, size and type of the piping can be changed. One-touch fitting Port...

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Double check spacer with residual pressure release valve Long time of intermediate stop and position holding are possible. [Intermediate stop] [Drop prevention] Button for manual release of residual pressure Double check spacer assembly Double check spacer assembly cylinder side. Exhaust center SUP stop valve spacer with residual pressure release valve Air supply to each valve can be stopped individually. The valve and cylinder can be replaced without stopping other devices and equipment. Button for manual release cylinder side. spacer assembly 2-position single valve example Applicable to...

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Manifold Variations Manifold Variations Serial transmission Standard O Option ▲ Made-to-Order (Refer to page 14.) Plug-in Metal Base D-sub connector Flat ribbon cable, Serial transmission: Plug-in Connector Connecting Base D-sub connector Plug-in Connector Connecting Base Circular connector Serial transmission: Serial transmission: Serial transmission:

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Manifold Options (Pages 141 to 148) One-touch fittings Valve Options ): Elbow piping may specify size only in millimeters, depending on the port size. Refer to How to Order Manifold for details. 2): Refer to Manifold Specifications for details on IP67. Flat ribbon cable, Lead wire One-touch fittings Serial transmission: Serial transmission: Serial transmission: Straight piping Elbow piping

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Manifold Variations P. 1 Optimum Actuation Size Chart of Air Cylinder P. 4 Plug-in Metal Base P. 5 Plug-in Connector Connecting Base P. 6 Valve Specifications (Specifications, Response Time, Weight) P. 8 Valve Construction P. 10 Valve Replacement Parts P. 13 Made-to-Order for Valve P. 14 Plug-in Metal Base Type 50/ Side ported Type 51/ Bottom ported Type 52/ Top ported Type 50/Side Ported, Type 51/Bottom Ported, Type 52/Top Ported P. 15 D-sub Connector, Flat Ribbon Cable, PC Wiring System [IP40] Type 50/Side Ported Type 51/Bottom Ported Flat ribbon cable P. 15 Type 52/Top Ported D-sub...

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Optimum Actuation Size Chart of Air Cylinder [Common conditions] • Connector type manifold Side and bottom ported type Please check the actual conditions with SMC Sizing Program.

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Plug-in Metal Base Manifold Specifications Manifold Flow-rate Characteristics /Manifold Weight Valve Seal Type: Rubber Seal_ Valve Seal Type: Metal Seal * Calculation of effective area S and sonic conductance C: S = 5.0 x C Note 1) The value is for manifold base with 5 stations and individually operated 2-position type. Note 2) Weight: W is the value for the D-sub connector manifold. To obtain the weight with valves attached, add the valve weights given on page 9 for the appropriate number of stations.

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Plug-in Connector Connecting Base Manifold Specifications Manifold Flow-rate Characteristics /Manifold Weight Valve Seal Type: Rubber Seal Valve Seal Type: Metal Seal * Calculation of effective area S and sonic conductance C: S = 5.0 x C Note 1) The value is for manifold base with 5 stations and individually operated 2-position type. Note 2) Weight: W is the value of the internal pilot, and D-sub connector manifold with one-touch fitting straight piping type. To obtain the weight with valves attached, add the valve weights given on page 9 for the appropriate number of stations.

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Connector Wiring Layout For both serial and parallel wiring, additional valves are sequentially assigned pins on the connector. This makes it completely unnecessary to disassemble the connector unit. ■ Single solenoid valve is installed to all double wiring, (in case of all double wiring) (Manifold specification sheet is not necessary.) Solenoid Connector side Station 3 (Double wiring) Station 1 Single/double wiring are mixed. (Manifold specification sheet is necessary.) Double solenoid Single solenoid Double solenoid Connector side Note) These diagrams are for the purpose of explanation,...

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Valve Specifications Note 1) Use below 5 Hz for with power saving circuit. Note 2) Impact resistance: No malfunction occurred when it is tested in the axial direction and at the right angles to the main valve and armature in both energized and de-energized states every once for each condition. (Values at the initial period) Vibration resistance: No malfunction occurred in a one-sweep test between 45 and 2000 Hz. Test was performed at both energized and de-energized states in the axial direction and at the right angles to the main valve and armature. (Values at the initial period) Note 3)...

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