VCH410, électrovanne 3 / 2 à commande asservie 5.0 MPa pour l'air

VCH410, électrovanne 3 / 2 à commande asservie 5.0 MPa pour l'air
Solenoid valve for air.
[Features]
· Response time variation ±2 ms.
· Lifespan: 10 million cycles.
· Non-collision structure between armatures eliminates abrasion.
· Improved responsiveness when turning OFF, reduced variation construction. Improved durability achieved by applying a special surface treatment to sliding parts.
· Unnecessary volume inside the pilot chamber is reduced. Quick response, reduced variation.
· Use of impact absorbing rubber protects the pilot valve and electric parts.
· Uses a special fluoropolymer sealant on sliding parts. Stable responsiveness after disuse and not easily damaged by pressure.
· Improved durability in high-pressure environments, thanks to the polyurethane elastomer poppet.

(i)Remarque

  • Refer to the manufacturer's catalog for specification and material details.
  • Product images may be representative images. Refer to the manufacturer's catalog for shape details.

Référence pièce

Vous pouvez trouver ici le numéro
de référence lié au produit recherché.

5 MPa Pilot Operated 3-Port Solenoid Valve VCH400 Series Specifications

5 MPa Pilot Operated 3-Port Solenoid Valve VCH400 Series external appearance

5 MPa Pilot Operated 3-Port Solenoid Valve VCH400 Series external appearance

Valve type

Valve type

5 MPa Pilot Operated 3-Port Solenoid Valve VCH400 Series Specifications Table

Model VCH410
Valve Specifications Valve Construction Pilot operated poppet
Fluid Air
Orifice equivalent diameter ø18 (Orifice equivalent diameter 18 mm)
Flow Rate Characteristics C value (effective cross-sectional area) G1/2 1→2: 20 dm3/(s·bar) (100 mm2)
G1/2 2→3: 22 dm3/(s·bar) (110 mm2)
G3/4, 1 1→2: 22 dm3/(s·bar) (110 mm2)
G3/4, 1 2→3: 24 dm3/(s·bar) (120 mm2)
b G1/2 0.26 G3/4, 1 0.36
Cv G1/2 1→2 5.3
G1/2 2→3 5.8
G3/4, 1 1→2 5.8
G3/4, 1 2→3 6.3
Maximum Operating Pressure 5.0 MPa
Operating pressure differential*1 0.5 to 5.0 MPa
Fluid temperature 5 to 80°C
Ambient temperature 5 to 80°C
Body material Aluminum alloy + hard anodized aluminum
Main valve sealing material Polyurethane elastomer
Enclosure Drip-proof (IP65 equivalent)
Port size G1/2, 3/4, 1 (Compliant with ISO1179-1 G thread for pneumatics/hydraulics)
Impact resistance / Vibration resistance*2 300/100 m/s2 *3
Mounting Orientation Free
Weight G1/2, 3/4: 1.83 kg, G1: 2.11 kg
Electrical Specifications Voltage 12 V, 24 V DC, 100 V, 110 V, 200 V, 220 V AC (50/60 Hz)
Allowable Voltage Fluctuation ±10% of rated voltage
Electrical Entry DIN terminal connector
Coil Insulation Type Class B
Power consumption*4 5 W (DC), 13 VA (AC)

*1: Be aware that even if the pressure differential is above the minimum operating pressure differential when the valve is closed, depending on the power of the supply source (pump, compressor, etc.) or the restriction of the ports, the pressure differential may fall below the minimum operating pressure when the valve opens.
· When used as a selector valve (pressurizing ports 1, 3) the pressure in the port should be within the range of 1 port pressure ≥ 3 port pressure ×; 2 (2 times).
· See the manufacturer's catalog for design precautions and model selection.

*2: Impact resistance: No malfunction occurred when tested using a drop tester. The test was performed once for each condition, in both energized and de-energized states, in the axial and right angle directions of the main valve/armature (initial values).
Vibration resistance: No malfunction occurred in 1 sweep test between 8.3 and 2,000 Hz. The test was performed in both energized and de-energized states in the axial and right angle directions of the main valve/armature. (Initial value)

*3: Vibration resistance is 50 m/s2 when an indicator light / surge protection circuit is attached.

*4: No inrush voltages are generated in the AC solenoid because a full-wave rectifier is used.

Response Time

Response time / Pressure graph

Response time / Pressure graph

*1: With DC solenoid
*2: With AC solenoid, there will be 20 to 30 ms delays to the OFF response time.
*3: Conforms to JIS B 8419-2010.

Structure

Structure Drawing

Structure Drawing

Number Part name Material
1 Body Aluminum alloy + hard anodized aluminum
2 O-ring NBR
3 O-ring NBR
4 Hexagon Socket Head Bolt Stainless steel
5 Piston A Aluminum alloy + hard anodized aluminum
6 Piston B Aluminum alloy + hard anodized aluminum
7 O-ring NBR
8 Poppet Polyurethane elastomer
9 Guide ring Resin
10 O-ring NBR
11 Ring Resin
12 Rod Stainless steel
13 Hex nut Brass
14 Hex nut type 3 Stainless steel
15 Poppet Spring Stainless steel
16 Plate Steel + Electroless nickel plating
17 Hex socket head bolt (with spring lock washer) Carbon steel
18 Bonnet Aluminum alloy + hard anodized aluminum
19 O-ring NBR
20 Return Spring Stainless steel
21 Armature Assembly -
22 Tube assembly Stainless steel
23 Nut Brass
24 Rubber mount NBR
25 DIN connector type solenoid coil -
26 Round S-shaped retaining rings Carbon steel
27 DIN terminal gasket CR
28 DIN terminal connector -

Outline dimensional drawing

 

(Unit: mm)

 

VCH410 drawing (top)

VCH410 drawing (top)

VCH410 drawing (front)

VCH410 drawing (front)

VCH410 drawing (side) 1

VCH410 drawing (side) 1

VCH410 dimensional outline drawing (side) 2

VCH410 dimensional outline drawing (side) 2

Precautions

Selection

Switching element

Switching element

Leakage voltage

*When the solenoid valve is operated using a controller, etc., the leakage voltage should be the product allowable voltage fluctuation or less.
In particular, when using a resistor in parallel with a switching element and using a C-R element (surge voltage suppressor) to protect the switching element, be aware that the leakage current will flow through the resistor, C-R element, etc., creating a risk that the valve will not turn OFF.

Piping

Preparation before piping

  • *Before piping, it should be thoroughly blown out with air (flushing) or washed to remove chips, cutting oil or other debris.
  • *Avoid pulling, compressing or bending the valve body when piping.
Connecting an R thread

Connecting an R thread

Wrapping of sealing tape

*Sealing tape is not necessary since this product uses a pneumatic and hydraulic purpose G thread which conforms to ISO 1179-1. When an R (taper) thread is used, leave 1 to 2 threads at the tip exposed and wind the sealing tape around it 4 to 5 times.

Port size Proper tightening torque (N⋅m)
G, Rc1/2 28 to 30
G, Rc3/4 28 to 30
G, Rc1 36 to 38

Always tighten threads with the proper tightening torque

*When attaching fittings to valves, tighten to the proper tightening torque listed to the left.

  • *When piping to a product, take care to avoid mistakes regarding the supply port, etc.
  • *Product images may be representative images. Refer to the manufacturer's catalog for shape details.
  • *See the manufacturer's catalog for product information other than the above.
Référence pièce
VCH410-5D-04G-Q
VCH410-5D-06G-Q
VCH410-5D-10G-Q
VCH410-5DL-04G-Q
VCH410-5DL-06G-Q
VCH410-5DL-10G-Q
Référence pièce
Prix unitaire standard
Quantité minimale de commandeRemise sur volume
Jour
d'expédition standard
?
Tension Filetage nominal de tuyauterie Valeur CV Entrée électrique du fil de sortie Conformité CE

900.02 €

1 39 jours 24VDC1/25.3Connecteur de borne DINOui

900.02 €

1 4 jours 24VDC3/45.8Connecteur de borne DINOui

949.76 €

1 4 jours 24VDC15.8Connecteur de borne DINOui

912.74 €

1 26 jours 24VDC1/25.3Borne DIN avec témoinOui

912.74 €

1 26 jours 24VDC3/45.8Borne DIN avec témoinOui

912.47 €

1 26 jours 24VDC15.8Borne DIN avec témoinOui

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Informations de base

Type Électrovannes Application Utilisation unique Nombre de ports Vanne à 3 ports
Sens du montage Direct Caractéristiques Standard / Résistant aux gouttes d'eau Nombre de solénoïdes Simple
Type à commutation 2 positions, normalement fermé État à la mise hors tension Reprise automatique (retour de ressort) Type à port de tuyau G
Type d'entraînement Clapet type piloté Type de joint Joint souple Alimentation en air piloté Interne

Assistance technique