VSWGM Diaphragm solenoid valve separates the fluid passage and the actuator through the flexible diaphragm, and the actuator controls the flexible diaphragm to control the passage of fluid. Using high performance materials and polymers to ensure that the fluid handled by the valve is always in a highly inert environment, and the fluid does not come into contact with any metal surface when flowing in the valve.
VSWGM1WH13VKM02
VPC Pneumatic
8412909000
Ways: | |
---|---|
Stations on manifold: | |
Availability: | |
Product Description
VSWGM Miniature solenoid valve low power, small size, easy to integrate, can be widely used in medical, pharmaceutical, analytical instruments and other industries.
VSWGM 1① W② H③ 13④ V⑤ K⑥ M⑦ 02⑧ □
① Control style | 1: Normal close |
② Coil type | W: Flying leads metal housing coil |
③ Coil class | H: H class |
④ Standard voltage | 12: DC12V 13: DC24V |
⑤ Seal material | V: VITON E: EPDM F: FFKM |
⑥ Valve body | K: PEEK T: PTFE 3: SS316 |
⑦ Joint size | M: M6 |
⑧ Orifice | C2: 1.5mm O2: 2.0mm C3: 2.5mm O3: 3.0mm |
Product Specifications
Working medium | Acid, alkali, ultra-clean fluid, etc. |
Working temperature | 0℃~65℃ |
Valve body | PEEK, PTFE, SS316 |
Standard voltage | DC24V, DC12V, etc. |
Voltage range | ±10% |
Power | 3.8W |
Seal material | VITON, EPDM, FFKM, etc. can be used for different fluid switch control |
Joint size | M6 |
Coil type | Flying lead type (standard 350mm) |
Installation method | According to the flow direction arrow on the valve, it is best to install the coil upward and horizontally to increase service life and reliability. |
Main Dimensions
Port size | Orifice (mm) | CV value | Pressure difference (PSI) | Coil type | Coil class | Power (W) | Model code (DC24V) | |
Min. pressure | Max. working pressure | |||||||
M6 | 1.5 | 0.04 | 0 | 30 | W | H | 3.8 | VSWGM1WH13VKMC2 |
VSWGM1WH13VTMC2 | ||||||||
VSWGM1WH13V3MC2 | ||||||||
VSWGM1WH13EKMC2 | ||||||||
VSWGM1WH13ETMC2 | ||||||||
VSWGM1WH13E3MC2 | ||||||||
VSWGM1WH13FKMC2 | ||||||||
VSWGM1WH13FTMC2 | ||||||||
2.0 | 0.06 | 0 | 20 | W | H | 3.8 | VSWGM1WH13VKM02 | |
VSWGM1WH13VTM02 | ||||||||
VSWGM1WH13V3M02 | ||||||||
VSWGM1WH13EKM02 | ||||||||
VSWGM1WH13ETM02 | ||||||||
VSWGM1WH13E3M02 | ||||||||
VSWGM1WH13FKM02 | ||||||||
VSWGM1WH13FTM02 | ||||||||
2.5 | 0.08 | 0 | 15 | W | H | 3.8 | VSWGM1WH13VKMC3 | |
VSWGM1WH13VTMC3 | ||||||||
VSWGM1WH13V3MC3 | ||||||||
VSWGM1WH13EKMC3 | ||||||||
VSWGM1WH13ETMC3 | ||||||||
VSWGM1WH13E3MC3 | ||||||||
VSWGM1WH13FKMC3 | ||||||||
VSWGM1WH13FTMC3 | ||||||||
3.0 | 0.1 | 0 | 10 | W | H | 3.8 | VSWGM1WH13VKM03 | |
VSWGM1WH13VTM03 | ||||||||
VSWGM1WH13V3M03 | ||||||||
VSWGM1WH13EKM03 | ||||||||
VSWGM1WH13ETM03 | ||||||||
VSWGM1WH13E3M03 | ||||||||
VSWGM1WH13FKM03 | ||||||||
VSWGM1WH13FTM03 |