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FSYA3000 series direct piping type (3120 Series)

The SMCSY series 5-way solenoid valve, direct piping type (single unit), is a high-efficiency pneumatic control component designed for stand-alone equipment and small-scale automation scenarios. Its core advantage is that it does not require a base plate and can be installed directly by pipe. It combines compact structure, quick assembly, high reliability and low power consumption, making it a perfect fit for pneumatic circuits with limited space and a small number of valves. It is the preferred control component for small-scale automation systems.
The SY series 5-way solenoid valve, with its direct piping type, is widely used in various small-scale automation scenarios due to its compact size, quick installation, and flexibility, and is especially suitable for:
• Standalone equipment and small automated workstations (such as small assembly machines and testing equipment)
• Pneumatic control circuits with limited installation space and a small number of valves
• Field applications requiring rapid installation, commissioning, or frequent valve replacement
• Small pneumatic systems with low energy consumption requirements and high reliability

    Detailed description

    Space-Efficient Configuration
    The valve incorporates integral porting for pressure supply, exhaust, and working connections, removing the necessity for intermediary mounting plates. This direct attachment method reduces component count and minimizes the physical footprint, making the unit particularly appropriate for pneumatic circuits where installation area is restricted and only a limited number of valves are required.

    Simplified Installation Process
    Assembly procedures are straightforward, as piping connects directly to the valve body without requiring additional adapters or sub-bases. This configuration reduces setup duration and simplifies maintenance activities, as individual valves can be accessed and exchanged without disturbing adjacent components or complex manifold assemblies.

    Operational Characteristics
    The FSYA3000 delivers consistent directional control for pneumatic actuators through its 5-way design. Construction emphasizes reliable performance across repeated cycling, with internal components selected for durability under continuous operation. Power consumption remains modest, allowing integration with compact control systems and contributing to overall energy efficiency in smaller automation cells.

    Application Suitability
    This series is well-matched to several common usage scenarios:
    Independent machinery and compact workstations: Including small assembly fixtures and laboratory test equipment where space is constrained
    Restricted-space pneumatic circuits: Applications where valve count is low and manifold mounting would introduce unnecessary complexity
    Field installation and maintenance contexts: Environments where rapid deployment or frequent component exchange is anticipated
    Efficiency-focused pneumatic arrangements: Small-scale systems where reliable performance and modest energy usage are primary considerations

    Physical Configuration
    The direct piping format eliminates the need for dedicated mounting hardware, reducing both material costs and installation labor. Its compact envelope permits placement in locations where larger manifold assemblies would not fit, offering design flexibility for machine builders working within dimensional constraints.

    Typical Deployment Environments
    Common applications include benchtop assembly aids, small parts handling mechanisms, packaging line auxiliary functions, and testing rigs requiring pneumatic actuation. The valve's straightforward design and minimal accessory requirements make it particularly suitable for original equipment manufacturers seeking to simplify procurement and assembly processes.

    Graphic symbols

    2-position single pneumatic control

    2-position dual pneumatic control

     13

    14

    3-position center closed type

    3-position center exhaust type

    3-position center pressure type

     15

     16

    17

    Flow characteristics quality table

    Valve mode Function Pilot port
    connection
    size
    Port size Flow characteristics Mass g
    (P、EA、EB) (A、B) 1→4/2(P→A/B) 4/2 → 5/3(A/B →EA/EB)
    C[dm3/s∙bar)] b Cv C[dm3/s∙bar)] b Cv
    Direct
    piping
    type

    FSYA3□

    20-M5

    2-position single pneumatic control M5x0.8 M5x0.8 M5x0.8 0.61 0.44 0.16 0.64 0.45 0.18 35
    dual pneumatic control 37
    3-position center closed type 0.48 0.46 0.13 0.47 0.43 0.13 39
    center exhaust type 0.47 0.42 0.13 0.47[0.44] 0.41[0.37] 0.13[0.12]
    center pressure type 0.50[0.41] 0.48[0.35] 0.15[0.11] 0.47 0.43 0.13

    FSYA3□

    20-C4

    2-position single pneumatic control

    C4(ø4

    Quick

    change

    connector)

    0.72 0.29 0.18 0.64 0.34 0.17 48
    dual pneumatic control
    3-position center closed type 0.59 0.28 0.15 0.59 0.3 0.15
    center exhaust type 0.63 0.35 0.16 0.42[0.41] 0.34[0.37] 0.11[0.11]
    center pressure type 0.76[0.46] 0.42[0.34] 0.21[0.12] 0.59 0.29 0.15

    FSYA3□

    20-C6

    2-position single pneumatic control

    C6(ø6

    Quick

    change

    connector)

    0.76 0.3 0.19 0.65 0.39 0.17 40
    dual pneumatic control 42
    3-position center closed type 0.76 0.55 0.24 0.6 0.33 0.16 44
    center exhaust type 0.65 0.32 0.16 0.64[0.42] 0.31[0.36] 0.17[0.11]
    center pressure type 0.77[0.49] 0.34[0.43] 0.21[0.15] 0.61 0.34 0.16

    outline dimension diagram

    32

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