SY100-30-4A-10 SMC Corporation, SY100-30-4A-10 Datasheet
SY100-30-4A-10
Related parts for SY100-30-4A-10
SY100-30-4A-10 Summary of contents
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... Large flow 0 to 0.7 N. Note 1) SY123/SY124 and SY123/SY124 4 4 Note 2) Value for DC. Add 1 g for AC Without sub-plate. 4-3-4 SY100 Specifications Fluid Ambient and fluid temperature (°C) Response time (ms) (1) Max. operating frequency (Hz) Manual override Lubrication Mounting position 2 (2) Impact/Vibration resistance (m/s ...
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... VAC (With gasket and screws) Manual override Nil: Non-locking push type MN: Without lead wire B: Locking slotted type MO: Without connector SY100 Series Bracket P: For body ported type Nil: Without bracket F: With bracket port “P” piping specifications only. M3: With sub-plate D: Push-turn locking ...
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... SY100 Series Large flow type (Cv: 0.012) 3 port For manifold type 30, 31 Large flow type 1 SY1 : Body ported (Cv: 0.012) Large flow type SY1 1 : Base mounted (Cv: 0.012) 3 port Rated voltage Sub-plate type Large flow type For manifold type S41 VDC Grommet L plug connector ...
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... Poppet spring Stainless steel o Coil assembly — How to Order Connector Assembly SY100 30 4A For DC: SY100 30 1A For 100 VAC: SY100 30 2A For 200 VAC: SY100 30 3A For other voltages of AC: SY100 30 A Without lead wire: (With connector and 2 pcs. of socket Replacement Parts Note No ...
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... SY100 Series Body Ported 1 Grommet (G), (H): SY1 3 (A)- -PM3(- 1.8 ø (Mounting hole) 3-M3 x 0.5 (Piping port plug connector (L): SY1 3(A)-L-PM3( ≅ 300 32 (Lead wire length) (Light/Surge voltage suppressor) ∗ Other dimensions are same as grommet type. ...
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... DC) 34.5 (For AC) 9.5 19 3-M3 x 0.5 (Piping port) M plug connector (M): SY1 4(A)-M-M3 15.6 (Light/Surge voltage suppressor) P ∗ Other dimensions are same as grommet type. SY100 Series 2- 2.6 ø 45.6 (For AC ≅ 300 39.1 (Lead wire length) ...
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SY Series Made to Order Specifications: Please contact SMC for detailed specifications, delivery and pricing. Energy-saving Type Power consumption is decreased by 1/3 by reducing the wattage required to hold the valve in an energized state. (Effective energizing time is ...