VVX31/32/33 m 2 ) VX32 AC (Full wave rectification) 50/60 10 8.5 60 1 3 5 0.08 1.5 1.0 0.6 220 1.9 VX311 -00 DC 8.5 60 11 60 9.5 50 1 3 5 0.16 0.5 0.3 220 3.8 VX312 -00 50 55 22 60 47 18 AC 0.6 370 VX3225-00 2.2 0.19 4.6 VX33 1.0 530 VX3325-00 AC (Full wave rectification) 50/60 14 11.5 60 1 3 5 0.24 DC 11.5 60 0.3 0.2 5.8 220 1.0 VX313 -00 Note) They are values in an ambient temperatue of 20C 5C
Use in low temperature environments The valve can be used at a temperature down to 5C. Take appropriate measures to avoid freezing of drainage, moisture, etc. 2. Operation method The valve must be switched to each position instantly and securely. Stopping the handle halfway between the extreme positions may cause malfunction. VHS 5-8-15
Temperature conditions Water (Standard) Air (Standard) Oil (Standard) Vacuum (3) (V, M) Maximum Minimum 40 1 60 5(1) 40 5 40 40 5 5(2) Pilot port Note 1) Dew point: 5C or less Note 2) 500 cSt or less Note 3) V, M in parentheses are option symbols.
When the ambient temperature is 20C 5C and rated voltage is applied. Changing coils from AC to DC and vice versa is impossible, because of different core shapes. VXP21 0, 22 0, 23 0 are possible to exchange coil from AC to DC, but impossible from DC to AC. (Hum sound may generate because of no shading coil for DC.
Solenoid Specifications Apparent power (VA) Inrush Holding Power consumption (W) (Holding) Temperature rise (C ) (Rated voltage) Frequency (Hz) 50 25 12 60 20 8 Model Power source 5 50 3.5 35 6 50 8 55 6.5 45 8 50 0.5 60 9.5 50 11.5 55 Note) They are values in an ambient temperature of 20C 5C and application of rated voltage.
Use in low temperature environments The valve can be used at a temperature down to 5C. Take appropriate measures to avoid freezing of drainage, moisture, etc. 2. Operation method The valve must be switched to each position instantly and securely. Stopping the handle halfway between the extreme positions may cause malfunction. VHS 5-8-15
O When the ambient temperature is 20C 5C and rated voltage is applied. P Coil change from AC to DC or DC to AC is impossible because the iron core shapes are different.
Min. 60 5 (1) 40 5 40 40 5 5 (2) Note 1) Dew point: 5C or less Note 2) 500cSt or less Note 3) "V" in the parenthesis is option symbol. Options Material Tightness of Valve(Leakage) No. Description Standard Brass (Base is aluminum.)
Port R Operating Fluid and Ambient Temperature Operating fluid temperature (C) (3) Vacuum Ambient temperature (C) Temperature conditions Air (Standard) Oil (Standard) (V) Port P Port A Maximum Minimum 60 5 (1) 40 5 40 40 5 5 (2) Note 1) Dew point: 5C or less Note 2) 500 cSt or less Note 3) V in parentheses is option symbol. Option Material No.
Temperature range which can be set with the Thermo-cooler 5C to 35C Example) Customer requirement: 20C 3. What kind of the circulating fluids will be used? Relationship between circulating fluid (which can be used with the Thermo-cooler) and ambient temperature Aqueous solution of 15% ethylene glycol Clear water 5C 5C 40C Example) Customer requirement: Clear water 4.
When the ambient temperature is 20C 5C and rated voltage is applied. Changing coils from AC to DC and vice versa is impossible, because of different core shapes. VXP21 0, 22 0, 23 0 are possible to exchange coil from AC to DC, but impossible from DC to AC. (Hum sound may generate because of no shading coil for DC.
Mandrel = LD 2d 1 x 100 Here, : Deformation ratio (%) d: Tube diameter (mm) L: Measured length (mm) D: Mandrel diameter (mm) (Twice against the minimum bending radius) Test temperature: 20 5C Relative humidity: 65 5% Air Supply Warning 5.Do not use fluids other than specified. The only fluid that can be used is air. 1. Use clean air.
Mandrel Here, : Deformation ration (%) d: Tube diameter (mm) L: Measured length (mm) D: Mandrel diameter (mm) (Twice against the minimum bending radius) Handling of One-touch Fittings Test temperature: 20 5C Relative humidity: 65 5%. Caution 3. Applicable for general industry water. Please consult with SMC if using other fluids.
Water 15% Ethylene Glycol Aqueous Solution Physical property value Temperature Density [kg/L] Specific heat C [J/(kgK)] Current unit system Physical property value Temperature Density [kg/L] Specific heat C [J/(kgK)] Current unit system Weight volume ratio [kgf/L] Specific heat C [cal/(kgfC)] 5C 1.00 4.2 x 103 1.00 1 x 103 Weight volume ratio [kgf/L] Specific heat C [cal/(kgfC)] 5C 1.02
Water 15% Ethylene Glycol Aqueous Solution Physical property value Temperature Density [kg/L] Specific heat C [J/(kgK)] Current unit system Physical property value Temperature Density [kg/L] Specific heat C [J/(kgK)] Current unit system Weight volume ratio [kgf/L] Specific heat C [cal/(kgfC)] 5C 1.00 4.2 x 103 1.00 1 x 103 Weight volume ratio [kgf/L] Specific heat C [cal/(kgfC)] 5C 1.02
If water is used for the circulating fluid, set its temperature to over or more 41F (5C) to prevent it from being frozen. 6. Clear Water (as Circulating Water) Quality Standards 1. The catalog shows the specifications of the Thermoelectric Bath. 1.
Use the product within the range of specifications for fluid and ambient temperature Take measures to prevent freezing when used at 5C or less, since moisture in circuits can freeze, causing malfunction. 2. Install air filters Install air filters near valves on their upstream side. The filtration degree should be 5 micron or less.
Specifications Cleanliness class (ISO class) Class 3 Note 1) KPQ Series Brass (electroless nickel plated) Release button: Light gray Fluid Air Maximum operating pressure (20C) 1 MPa Note 2) Operating vacuum pressure 100 kPa Proof pressure (20C) 3 MPa 5C to 60C Ambient and fluid temperature Threads JIS B0203 (Taper thread for piping) Oil Fluorine-based grease Note 1) Refer to particle generation
Use the product within the range of specifications for fluid and ambient temperature Take measures to prevent freezing when used at 5C or less, since moisture in circuits can freeze, causing malfunction. 2. Install air filters Install air filters near valves on their upstream side. The filtration degree should be 5 micron or less.
If the fluid temperature is 5C or below, the moisture in the circuit could freeze, causing damage to the seals and leading to equipment malfunction. Therefore, take appropriate measures to prevent freezing. Refer to SMC's Air Preparation Equipment catalog for further details on compressed air quality. 7.