Compact Direct Operated 3 Port Solenoid Valve for Water and Air VDW200/300 Series – Van điện từ khí nén SMC
Product Description
– Van điện từ khí nén SMC
[Features]
・ Improved durability
・ Universal Porting VDW 200/300 (3 ports)
・ Improved environmental resistance
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Product Specifications – Van điện từ khí nén SMC
Product Specifications
| Valve Specifications |
Valve structure | Direct operated poppet | |
|---|---|---|---|
| Operating fluid ^*1) | Water (excluding sewage and agricultural water), air, low vacuum | ||
| Pressure resistant MPa | 2.0 | ||
| Ambient temperature °C | -10 to 50 | ||
| Fluid temperature °C | 1 to 50 (no freezing) | ||
| Atmosphere | Locations without corrosive or explosive gases | ||
| Valve leak cm^3 / min | 0 (note: with water pressure), 1 (Air) | ||
| Mounting orientation | Free | ||
| Vibration / Impact m/s^2 *3) | 30/150 | ||
| Coil Specifications |
Rated Voltage | 24 V DC,12 V,100 V AC,110 V,200 V,220 V (50/60 Hz) | |
| Allowable voltage fluctuation % | Rated voltage ±10 | ||
| Coil insulation type | Type B | ||
| Protective structure | Grommet / tape winding | Dust-proof (IP40 equivalent) | |
| Flat terminal / molding | Dust-tight (IP60 equivalent)^*4) | ||
| Grommet / molding | Dust-tight and water jet protection (IP65 equivalent) | ||
| Power consumption W^*2) | 3 | ||
*1) When using with deionized water (pure water), select L (SUS or FKM) as the material type.
*2) Since the AC coil specifications are equipped with a rectifying element, there is no difference in power consumption due to start-up and excitation.
The wattage will be 3.5 W at 110/220 V AC.
*3) Vibration resistance: No malfunction when tested under 5 to 200 Hz 1 sweep, axial and perpendicular directions of the armature, energized and non-energized conditions.
Impact resistance: No malfunctions after testing using a drop-type impact tester under the following conditions: in the axial direction and at a right angle to the armature in both energized and non-energized conditions (once for each condition).
*4) Since the electrical connection is exposed, it is not water resistant.
VDW20-15A-1
VDW250-1G-1-01
VDW250-1G-1-01-A
VDW250-1G-1-01-A-F
VDW250-1G-1-01-A-F-Q
VDW250-1G-1-01-A-Q
VDW250-1G-1-01-F
VDW250-1G-1-01-G
VDW250-1G-1-01-G-F
VDW250-1G-1-01-H
VDW250-1G-1-01-H-F
VDW250-1G-1-01-H-F-Q
VDW250-1G-1-01-L
VDW250-1G-1-01-L-F
VDW250-1G-1-01-Q
VDW250-1G-1-01F
VDW250-1G-1-01F-Q
VDW250-1G-1-01N
VDW250-1G-1-M5
VDW250-1G-1-M5-A
VDW250-1G-1-M5-A-F
VDW250-1G-1-M5-A-Q
VDW250-1G-1-M5-F
VDW250-1G-1-M5-G
VDW250-1G-1-M5-H
VDW250-1G-1-M5-H-F
VDW250-1G-1-M5-Q
VDW250-1G-2-01
VDW250-1G-2-01-A
VDW250-1G-2-01-A-F
VDW350-1G-2-01
VDW350-1G-2-01-A
VDW350-1G-2-01-A-F
VDW350-1G-2-01-B
VDW350-1G-2-01-F
VDW350-1G-2-01-G
VDW350-1G-2-01-H
VDW350-1G-2-01-L-F
VDW350-1G-2-01-Q
VDW350-1G-2-01F-L
VDW350-1G-2-01N
VDW350-1G-2-01N-G
VDW350-1G-2-02
VDW350-1G-2-02-A
VDW350-1G-2-02-A-F
VDW350-1G-2-02-F
VDW350-1G-2-02-G
VDW350-1G-2-02-G-F
VDW350-1G-2-02-H
VDW350-1G-2-02-H-F
VDW350-1G-2-02-J
VDW350-1G-2-02-L
VDW350-1G-2-02-L-F
VDW350-1G-2-02-Q
VDW350-1G-2-02F
