solenoid valve svb series - trikanditrikandi.com/media/pdf/pisco solenoid valve svb.pdf ·...

118

Push & Lock Manual Button

Silver Light gray

Direction of wiringtaken out: Side (L)

Direction of wiringtaken out: Above (S)

Direct piping-manifold type

Base piping-manifold type



10 Series• A line-up of compactly-configured, 10mm-wide solenoid valves has been added to the conventional SVB series.• A higher level of cost performance has been realized in the line-up of solenoid valves, each inheriting

the traditional design concept and emphasizing on basic functions of the SVB series.• With the SVB 10 series solenoid valves, power consumption has been reduced-from the usual 0.8W to 0.55W.-making substantial power savings a reality.

• The piping specification can be chosen from stand-alone type, direct piping-manifold type and base piping-manifold type depending on applications.(There is no compatibility between stand-alone type and manifold piping type.)

• Equipped with individual connecters and designed for the valve to be taken out in two different directions, enabling the user to choose either of the directions to match particular installations. (Please note that 10 series are not convertible with conventional model.)

Solenoid Valve SVB SeriesSolenoid Valve

• SVB series is best suitable for controlling valve direct mount type vacuum generators (VH, VS type)• Pilot actuated type conventional solenoid valve.

Characteristics

Voltage ratingItemOperating systemValve constructionAllowable voltage rangePower consumption (with lamp)Surge limiting circuitManual operationDirection of wiring taken outLamp

Pilot Valve Specifications

24VDC

Direct operationElastic seal, poppet valve

Push & Lock typeAbove type (S), Side type (L)

LED*1. The power consumption of 0.55W is for 10 series.*2. 110VAC, 200VAC and 220VAC specifications are not available for SVB 10 series as standard.*3. 110VAC for SVB 10 series will be available as custom made and build to order.

15, 18, 22 Series• This is a standard model designed to combine excellent cost performance with importance placed on basic functions.• Equipped with Push & Lock Manual Button as standard to enhance operational efficiency during maintenance work.

• The valve body is prepared in two different colors enabling the user to opt for either of the two according to operational environment.

• Equipped with individual connectors and designed for the valve to be taken out in two different directions, enabling the user to choose either of the two directions to match particular installation conditions.

• 15 (15 series), 18 (18 series) and 22 (22 series) mm-wide valves are offered in order to respond to a wide range of applications.

100VAC 110VAC 200VAC 220VAC

21.6 ~ 26.4VDC0.8W (0.55W *1)Surge absorber

90 ~ 110VAC1VA

99 ~ 121VAC1.1VA

180 ~ 220VAC2VA

198 ~ 242VAC2.2VA

Bridge diode

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Valve

Vacuum

Actuator

Tube

Plarailchain

Robot Parts

Model

ItemFluid mediumOperating pressure rangeProof pressureOperating temp. rangeInstallationOperating systemPort thread sizeValve constructionNo. of positionsNo. of portsValve functionResponse time → ON(*1) → OFFMax. operation cycleMin. excitation timeLubrication C(*3) P→ A, B S(*4) C(*3)Flow S(*4)characteristics C(*3) A, B→ R S(*4) C(*3) S(*4)

Main Valve Specifications (10 series)

SVB10S

Air

Single15m·sec20m·sec

*1. The values are at the air pressure of 0.5MPa.*2. Values at the three positions are for response times from neutral:→ ON, and from operation state to

neutral:→ OFF, respectively.*3. C: Sonic conductance C (dm3/(s·bar))*4. S: Effective sectional area S (mm2 (Cv factor)). Cv factor is a reference value converted by multiplying

effective cross-sectional area (mm²) by 0.0542.*5. A, R port*6. A, P port

5Hz

Not required

Main Valve Specifications (15 series)

SVB10D SVB10ASVB10RSVB10P

SVB10S-M□ SVB10D-M□ SVB10A-M□SVB10R-M□SVB10P-M□

Specifications for individual solenoid valves Manifold specifications

29 ~ 102psi (0.2 ~ 0.7MPa) 43.5 ~ 102psi (0.3 ~ 0.7MPa) 29 ~ 102psi (0.2 ~ 0.7MPa) 43.5~ 102psi (0.3 ~ 0.7MPa)152psi (1.05MPa)

41 ~ 122°F (5 ~ 50°C)Free (refer to warning on page 123)

Indirectly activated pneumatic operation by pilot valveM5 × 0.8 M5 × 0.8

Elastic seal, spool valve2 positions 3 positions 2 positions 3 positions

5 portsDouble Single

15m·sec20m·sec

Double12m·sec12m·sec

12m·sec12m·sec

15m·sec (*2)25m·sec (*2)

15m·sec (*2)25m·sec (*2)

50m·sec 50m·sec

0.63.0 (0.16)

0.42.0 (0.11)

0.8P: 4.0 (0.22)

0.4(*5): 2.0 (0.11)

0.8R: 4.0 (0.22)

0.4(*6): 2.0 (0.11)

0.361.8 (0.10)

0.321.6 (0.09)

0.4P: 2.0 (0.11)

0.32(*5): 1.6 (0.09)

0.4R: 2.0 (0.11)

0.24(*6): 1.2 (0.07)

Model

ItemFluid mediumOperating pressure rangeProof pressureOperating temp. rangeInstallationOperating systemPort thread sizeValve constructionNo. of positionsNo. of portsValve functionResponse timeMax. operation cycleMin. excitation timeLubrication C(*3)Flow characteristics

S(*2)

C(*3) S(*2)

SVB15S

Air

Single15m·sec

*1. There is thread processing of P · R1 · R2 port for SVB15J · L · Y type as they are manifold mount valve.

*2. The figure of effective sectional area: (mm2 (Cv factor)) for P→ A. Cv factor is a reference value converted by multiplying effective cross-sectional area (mm²) by 0.0542.

*3. C: Sonic conductance C (dm3/(s·bar))*4. A, R port

5Hz

Not required

22 ~ 102psi (0.15 ~ 0.7MPa) 29 ~ 102psi (0.2 ~ 0.7MPa) 22 ~ 102psi (0.15 ~ 0.7MPa)152psi (1.05MPa)


Indirectly activated pneumatic operation by pilot valveM5 × 0.8 (*1)

Elastic seal, spool valve2 positions 3 positions 2 positions

5 portsDouble12m·sec

Single15m·sec

Double12m·sec

50m·sec

0.683.4 (0.18)

0.74P: 3.7 (0.20)

0.64(*4): 3.2 (0.17)


SVB15JSVB15LSVB15MSVB15N

SVB15YSVB15Z

3 ports

50m·sec

0.683.4 (0.18)

Main Valve Specifications (22 series) Model


S(*1)

C(*2) S(*1)

SVB22S

Air

Single25m·sec

*1. The figure of effective sectional area: (mm2 (Cv factor)) or P→ A. Cv factor is a reference value converted by multiplying effective cross-sectional area (mm²) by 0.0542.

*2. C: Sonic conductance C (dm3/(s·bar))

5Hz

Not required

29 ~ 102psi (0.2 ~ 0.7MPa) 43.5 ~ 102psi (0.3 ~ 0.7MPa)152psi (1.05MPa)


Indirectly activated pneumatic operation by pilot valveP · A · B port: Rc1/4, R1 · R2 port: Rc1/8

Elastic seal, spool valve2 positions 3 positions

5 portsDouble

50m·sec

3.618 (0.98)

3P: 15 (0.81)

2.6A, R: 13 (0.70)

Main Valve Specifications (18 series) Model


S(*2)

C(*3) S(*2)

SVB18S

Air

Single20m·sec

*1. There is thread processing of P · R1 · R2 port for SVB18J · L · Y type as they are manifold mount valve.

*2. The figure of effective sectional area: (mm2 (Cv factor)) or P→ A. Cv factor is a reference value converted by multiplying effective cross-sectional area (mm²) by 0.0542.

*3. C: Sonic conductance C (dm3/(s·bar))*4. A, R port

5Hz

Not required

22 ~ 102psi (0.15 ~ 0.7MPa) 29 ~ 102psi (0.2 ~ 0.7MPa) 22 ~ 102psi (0.15 ~ 0.7MPa)152psi (1.05MPa)


Indirectly activated pneumatic operation by pilot valveRc1/8 (*1)

Elastic seal, spool valve2 positions 3 positions 2 positions

5 portsDouble15m·sec

Single20m·sec

Double15m·sec

50m·sec

2.613 (0.70)

2.6P: 13 (0.70)

1.04(*4): 5.2 (0.28)


SVB18JSVB18LSVB18MSVB18N

SVB18YSVB18Z

3 ports

50m·sec

2.613 (0.70)


18m·sec 25m·sec

Neutr

alNe

utral

Neutr

alNe

utral

Neutr

al

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Cylinder speed

Cylinder Speed Table (10 series)Cylinder bore (mm)

Note). • The average speed of the cylinder represents the case where the pressure is 0.5MPa (72psi), the load factor is 30% and the piping tube length is 1m.

• The cylinder speed varies with the piping and joint configurations.• The joint sizes of A and B ports for these data represent ø6mm quick-fitting joint (POC6-M5M).

(Valves: SVB 10D)

ø20mm(ø0.79in.)(mm／s)

100200300400500600700

(in.／s)3.947.8711.8115.7519.6923.6227.56

Cylinder speed



• The cylinder speed varies with the piping and joint configurations.• The joint sizes of A and B ports for these data represent ø6mm quick-fitting joint.

(Valves: SVB 15D)


100200300400500600700800900

(in.／s)3.947.8711.8115.7519.6923.6227.5631.5035.40

ø25mm(ø0.98in.)

ø32mm(ø1.26in.)

ø40mm(ø1.57in.)

ø50mm(ø1.97in.)

ø63mm(ø2.48in.)

ø80mm(ø3.15in.)

ø100mm(ø3.94in.)

ø125mm(ø4.92in.)

ø140mm(ø5.51in.)

ø25mm(ø0.98in.)

ø32mm(ø1.26in.)

ø40mm(ø1.57in.)

Cylinder speed




(Valves: SVB 18D)


100200300400500600700800900

1,0001,100

(in.／s)3.947.8711.8115.7519.6923.6227.5631.5035.4039.4043.30

ø25mm(ø0.98in.)

ø32mm(ø1.26in.)

ø40mm(ø1.57in.)

ø50mm(ø1.97in.)

ø63mm(ø2.48in.)

ø80mm(ø3.15in.)

ø100mm(ø3.94in.)

ø125mm(ø4.92in.)

ø140mm(ø5.51in.)

Cylinder speed




(Valves: SVB 22D)


100200300400500600700800900

1,0001,100

(in.／s)3.947.8711.8115.7519.6923.6227.5631.5035.4039.4043.30

ø25mm(ø0.98in.)

ø32mm(ø1.26in.)

ø40mm(ø1.57in.)

ø50mm(ø1.97in.)

ø63mm(ø2.48in.)

ø80mm(ø3.15in.)

ø100mm(ø3.94in.)

ø125mm(ø4.92in.)

ø140mm(ø5.51in.)

Solenoid Valve SVB Series

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R1R2

ABP

R1R2

ABP

R1

R2ABP

R1R2

ABP

R1R2

ABP

R1AP

R1AP

R1AP

R1AP

R1AP

R1AP



Valve

Vacuum

Actuator

Tube

Plarailchain

Robot Parts

Code: S Code: D

Code: A Code: R Code: P

Code: J Code: L Code: Y

■Mount valve circuit diagram

SVB

Model Designation of valve only (Example)

(1) Valve Series10: 10 series (10mm (0.39in.) width valve)15: 15 series (15mm (0.59in.) width valve)18: 18 series (18mm (0.71in.) width valve)22: 22 series (22mm (0.87in.) width valve)

(2) Valve type

18(1)D(2)S(3)

D24(6)

(4) Body color

Code No. of ports Solenoid valve Type S *2 5-ports Single 2-position D *2 5-ports Double 2-position A *2 5-ports Double 3-position, All port block (closed center) R *2 5-ports Double 3-position, ABR connection (exhaust center) P *2 5-ports Double 3-position, PAB connection (pressure center) J

*1 3-ports

Single

2-position, Normally closed (for mixed-installation with 5-port valve) L

*1 3-ports

Single

2-position, Normally open (for mixed-installation with 5-port valve) 15, 18 Y

*1 3-ports

Single

2-position, series (for mixed-installation with 5-port valve) only M 3-ports Single 2-position, Normally closed N 3-ports Single 2-position, Normally open Z 3-ports Double 2-position

Code S L

Above Side

(3) Direction of wiring taken out

Code B W

Color Silver (10 series is available for only W color.) Light gray

W(4) (5)

(5) Manual-button specifications Code No code * H

Tool operation-shaped manual buttons Finger operable-manual button* Only "No code" is selected for SVB 10 series because the buttons can be operated by either finger or a tool.

(6) Rated voltage Code D24 A100 A110 A200 A220

24VDC 100VAC 110VAC 200VAC 220VAC* 110VAC, 200VAC and 220VAC specifications are not available for SVB 10 series as standard.* 110VAC for SVB 10 series will be available as custom made and build to order.

*1. J, L and Y are manifold installation-dedicated valves.*2. 10 series is available for only S, D, A, R and P valve types.

Code: M Code: N Code: Z

(7) Output port configuration of manifold mounting valve (10 series only) Code MD MB

Direct piping port Manifold base piping port* Other series are with direct piping port only.

(7)

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Direct piping-manifold type

Base piping-manifold type

SVBM

Model Designation of manifold base only (Example)


(2) No. of manifold

22(1)

04(2) (4)

Code 02 03 04 05 06 07 08 09 10

No. of manifold 2 3 4 5 6 7 8 9 10

Code No code C

Check valve Without check valve With check valve

(4) Check valve (10 series only)

(3)

(3) Manifold specification for 15, 18, 22 series onlyNo code: Mix installation manifold of 3- & 5- port valvesY: 3-port valve-dedicated manifold (15, 18 Series only)

(3) Piping specification for 10 series onlyD: Direct piping spec.B: Manifold base piping spec.

SVB

Model Designation of valve-installed manifold (Example)

(7) Valve type

15(1)

08(2)

L(4)

K(7)

(5) Body color

Code No. of ports Solenoid valve Type S *2 5-ports Single 2-position D *2 5-ports Double 2-position A *2 5-ports Double 3-position, All port block (closed center) R *2 5-ports Double 3-position, ABR connection (exhaust center) P *2 5-ports Double 3-position, PAB connection (pressure center) J

*1 3-ports

Single

2-position, Normally closed (for mixed-installation with 5-port valve) L

*1 3-ports

Single

2-position, Normally open (for mixed-installation with 5-port valve) 15, 18 Y

*1 3-ports

Single

2-position, series (for mixed-installation with 5-port valve) only M 3-ports Single 2-position, Normally closed N 3-ports Single 2-position, Normally open Z 3-ports Double 2-position B – Block plate K – Combinations of each valve (Please specify on the order from on Page 120)

Code S L

Above Side

(4) Direction of wiring taken out

Code B W

Color Silver Light gray (10 series is available for only W color.)

B(5) (6)

(6) Manual-button specifications Code No code * H

Tool operation-shaped manual buttons Finger operable-manual button* Only "No code" is selected for SVB 10 series' manual buttons because these buttons can be operated by either

finger or a tool.

(8) Rated voltage Code D24 A100 A110 A200 A220

24VDC 100VAC 110VAC 200VAC 220VAC* 110VAC, 200VAC and 220VAC specifications are not available for SVB 10 series as standard.* 110VAC for SVB 10 series will be available as special made to order.

*1. J, L and Y are manifold installation-dedicated valves.*2. 10 series is available for only S, D, A, R and P valve types.

(3)D24

(8) (9) (10)


(2) No. of manifold Code 02 03 04 05 06 07 08 09 10

No. of manifold 2 3 4 5 6 7 8 9 10

(3) Manifold specification for 15, 18, 22 seriesNo code: Mix installation manifold of 3- & 5- port valvesY: 3-port valve-dedicated manifold (15, 18 Series only)

(9) Output port configuration (10 series only) Code D B

Direct piping spec. Manifold base piping spec.

(10) Check valve option (10 series only) Code No code C

Check valve Withoutn check valve With check valve

SVBB(1)

Model Designation of Block plate only (Example)

(1) Block plate for metallic body solenoid valve(2) Valve Series10: 10 series (10mm (0.39in.) width valve)15: 15 series (15mm (0.59in.) width valve)18: 18 series (18mm (0.71in.) width valve)22: 22 series (22mm (0.87in.) width valve)

(3) Specification for (15, 18 and 22 series only)No code: Manifold installed in combination with 3-, 5-port valvesY: 3-port valve-dedicated manifold (15, 18 Series only)

15(2) (3)


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��

��

��

Valve

Vacuum

Actuator

Tube

Plarailchain

Robot Parts

Before using the PISCO device, be sure to read the "Safety Instructions", "Common Safety Instructions for Products Listed in This Manual" on page 13 to 15 and "Common Safety Instructions for Solenoid Valve" on page 108.

Detailed Safety Instructions

: 1. Where the Solenoid Valve is used with vibration of 5G or below, install it in such a way that the direction of vibration is perpendicular to the spool valve.* See the following illustration

Warning

Cautions : 1. When the valves are used as Valve Manifold, back pressure can cause malfunction of the actuator (single acting cylinder, etc.). In such a case, provide a check valve to exhaust port.

2. Do not use a 3-position valve for middle stop of the cylinder that requires accuracy. Compressiveness of air may not allow accuracy in stop position. Also, the valve permits leakage, so that the stop position may not remain constant for a long time.

3. Do not give excessive tension or bending to the individual plug-in connector (cable). Disconnection or damage to the connector may result.4. 24VDC specifications. As a countermeasure against surges, this valve is equipped with surge absorbers as standard. However, since surges cannot be completely absorbed,

care should be taken to prevent them.5. When manual cover is closed, the manual and lock operation can not be conducted.

ModelSVB10S-SW-

10 Series single unitSVB Direction of wiring taken out: Above,

2-position, 5-port, Single solenoid valve

ModelSVB10S-LW-

SVB Direction of wiring taken out: Side, 2-position, 5-port, Single solenoid valve

ModelSVB10D-SW-

SVB Direction of wiring taken out: Above, 2-position, 5-port, Double solenoid valve

ModelSVB10D-LW-

SVB Direction of wiring taken out: Side, 2-position, 5-port, Double solenoid valve

ModelSVB10A-SW-SVB10R-SW-SVB10P-SW-

SVB Direction of wiring taken out: Above, 3-position, 5-port, All port block, ABR connection, PAB connection

ModelSVB10A-LW-SVB10R-LW-SVB10P-LW-

SVB Direction of wiring taken out: Side, 3-position, 5-port, All port block, ABR connection, PAB connection

Package specifi cation1 pc. in a bag

ModelSVB10 -SW-K- -D

10 Series manifold typeSVB Directly plumbed valve-installed

ModelSVB10 -LW-K- -D

SVB Directly plumbed valve-installedModel

SVB10 -SW-K- -B

SVB Base piping valve-installed

ModelSVB10 -LW-K- -B

SVB Base piping valve-installed

The products listed in this page are ECO-friendly products.* Please refer to page 4 for the details of ECO-friendly products.

Cautions*1. For , please select a voltage of valve.*2. Build-to-order production


Cautions*1. For , please select a number of manifold stations.*2. For , please select a voltage of valve.*3. For , please select a check valve option.*4. Build-to-order production

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ModelSVB15S-S -

15 Series single unitSVB Direction of wiring taken out: Above,

2-position, 5-port, Single solenoid valve

ModelSVB15S-L -

SVB Direction of wiring taken out: Side, 2-position, 5-port, Single solenoid valve

ModelSVB15D-S -


ModelSVB15D-L -


ModelSVB15A-S -SVB15R-S -SVB15P-S -

SVB Direction of wiring taken out: Above, 3-position, 5-port, All port block, ABR connection, PAB connection

ModelSVB15A-L -SVB15R-L -SVB15P-L -

SVB Direction of wiring taken out: Side, 3-position, 5-port, All port block, ABR connection, PAB connection

ModelSVB15 -S - -

SVB Manifold installed in combination with 3-, 5-port valves, Direction of wiring taken out: Above

ModelSVB15 -L - -

SVB Manifold installed in combination with 3-, 5-port valves, Direction of wiring taken out: Side

ModelSVB15 Y-S - -

SVB 3-port valve-dedicated manifold, Direction of wiring taken out: Above

ModelSVB15 Y-L - -

SVB 3-port valve-dedicated manifold, Direction of wiring taken out: Side

ModelSVB15J-S -SVB15L-S -

SVB Direction of wiring taken out: Above, 2-position, 3-port, Single solenoid valve (For mixed-installation with 5-port valve), Normally closed • Normally open

ModelSVB15J-L -SVB15L-L -

SVB Direction of wiring taken out: Side, 2-position, 3-port, Single solenoid valve (For mixed-installation with 5-port valve), Normally closed • Normally open

ModelSVB15M-S -SVB15N-S -

SVB Direction of wiring taken out: Above, 2-position, 3-port, Single solenoid valve Normally closed • Normally open

ModelSVB15M-L -SVB15N-L -

SVB Direction of wiring taken out: Side, 2-position, 3-port, Single solenoid valve Normally closed • Normally open

ModelSVB15Y-S -

SVB Direction of wiring taken out: Above, 2-position, 3-port, Double solenoid valve (For mixed-installation with 5-port valve)

ModelSVB15Y-L -

SVB Direction of wiring taken out: Side, 2-position, 3-port, Double solenoid valve (For mixed-installation with 5-port valve)

ModelSVB15Z-S -


ModelSVB15Z-L -




15 Series manifold type

Dedicated for manifold installation

Cautions*1. For , please select a body color.*2. For , please select a manual button type.*3. For , please select a voltage of valve.*4. Build-to-order production




Cautions*1. For , please select a number of manifold stations.*2. For , please select a body color.*3. For , please select a manual button type.*4. For , please select a valve type. Please use Order Form if all valves are not same.*5. For , please select a voltage of valve.*6. Build-to-order production


* No mix mount with 5-port valve on manifold * No mix mount with 5-port valve on manifold * No mix mount with 5-port valve on manifold

* No mix mount with 5-port valve on manifold

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Valve

Vacuum

Actuator

Tube

Plarailchain

Robot Parts

Model

18 Series single unitSVB

Model

SVB

Model

SVB

Model

SVB

Model

SVB

Model

SVB

Model

18 Series manifold typeSVB

Model

SVB

Model

SVB

Model

SVB

Model

SVB

Model

SVB

Model

SVB

Model

SVB

Model

SVB

Model

SVB

Model

SVB

Model

SVB


Dedicated for manifold installation

SVB18S-S - SVB18S-L - SVB18D-S -

SVB18D-L - SVB18A-S -SVB18R-S -SVB18P-S -

SVB18A-L -SVB18R-L -SVB18P-L -

SVB15 -S - - SVB15 -L - - SVB15 Y-S - -

SVB15 Y-L - -

SVB18J-S -SVB18L-S -

SVB18J-L -SVB18L-L -

SVB18M-S -SVB18N-S -

SVB18M-L -SVB18N-L -

SVB18Y-S -

SVB15Y-L -

SVB18Z-S -

SVB18Z-L -

Direction of wiring taken out: Above, 2-position, 5-port, Single solenoid valve

Direction of wiring taken out: Side, 2-position, 5-port, Single solenoid valve

Direction of wiring taken out: Above, 2-position, 5-port, Double solenoid valve

Direction of wiring taken out: Side, 2-position, 5-port, Double solenoid valve

Direction of wiring taken out: Above, 3-position, 5-port, All port block, ABR connection, PAB connection

Direction of wiring taken out: Side, 3-position, 5-port, All port block, ABR connection, PAB connection

Manifold installed in combination with 3-, 5-port valves, Direction of wiring taken out: Above

Manifold installed in combination with 3-, 5-port valves, Direction of wiring taken out: Side

3-port valve-dedicated manifold, Direction of wiring taken out: Above

3-port valve-dedicated manifold, Direction of wiring taken out: Side

Direction of wiring taken out: Above, 2-position, 3-port, Single solenoid valve (For mixed-installation with 5-port valve), Normally closed • Normally open

Direction of wiring taken out: Side, 2-position, 3-port, Single solenoid valve (For mixed-installation with 5-port valve), Normally closed • Normally open

Direction of wiring taken out: Above, 2-position, 3-port, Single solenoid valve Normally closed • Normally open

Direction of wiring taken out: Side, 2-position, 3-port, Single solenoid valve Normally closed • Normally open

Direction of wiring taken out: Above, 2-position, 3-port, Double solenoid valve (For mixed-installation with 5-port valve)

Direction of wiring taken out: Side, 2-position, 3-port, Double solenoid valve (For mixed-installation with 5-port valve)











* No mix mount with 5-port valve on manifold * No mix mount with 5-port valve on manifold

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Model

22 Series single unitSVB

Model

SVB

Model

SVB

Model

SVB

Model

SVB

Model

SVB

Model

22 Series manifold typeSVB

Model

SVB


SVB22S-S - SVB22S-L - SVB22D-S -

SVB22D-L - SVB22A-S -SVB22R-S -SVB22P-S -

SVB22A-L -SVB22R-L -SVB22P-L -

Direction of wiring taken out: Above, 2-position, 5-port, Single solenoid valve

Direction of wiring taken out: Side, 2-position, 5-port, Single solenoid valve



Direction of wiring taken out: Above, 3-position, 5-port, All port block, ABR connection, PAB connection

Direction of wiring taken out: Side, 3-position, 5-port, All port block, ABR connection, PAB connection

SVB22 -S - - SVB22 -L - -

Manifold installed in combination with 3-, 5-port valves, Direction of wiring taken out: Above

Manifold installed in combination with 3-, 5-port valves, Direction of wiring taken out: Side





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127

Valve

Vacuum

Actuator

Tube

Plarailchain

Robot Parts

Model

SVB

Order Example

Station No.St. 1St. 2St. 3St. 4St. 5St. 6St. 7St. 8St. 9

St. 10

Series(1)18

No. of manifold(2)07

Valve mounted typeSSSDDAA

SVB Solenoid Valve Specification Order Form

To: PISCOFrom.:Order No.:Date:Name:Signature:

Quantity pcs. Desired delivery date

* Valve mounting order, R1 port to the front as shown is St. 1 through St. 7 from left to right.

St. 1 St. 2 St. 3St. 4

St. 7

Specification of manifold(3)

Direction of wiring taken out(4)L–

Color(5)B

Manual button spec.(6)

–

Valve(7)K –

Voltage spec.(8)D24 –

Piping spec.(9)

Check valve(10)

R2 portP port

R1 port

Model

SVB

Station No.St. 1St. 2St. 3St. 4St. 5St. 6St. 7St. 8St. 9

St. 10

Series(1)

No. of manifold(2)

Valve mounted type

Specification of manifold(3)

Direction of wiring taken out(4)

–

Color(5)

Manual button spec.(6)

–

Valve(7)

–

Voltage spec.(8)

–

Piping spec.(9)

Check valve(10)

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108

Common Safety Instructions for Solenoid ValvesBe sure to read the following instructions before selecting and using the PISCO devices. Also read the detailed instructions for individual series.

: 1. When installing the piping, carry out flushing on both the compressed air side and the cylinder side and provide an air filter (nominal filtration rating: 5µm or below) on the upstream side near the valve. Drainage or dirt, if left unremoved, may cause malfunction.

2. Do not allow excessively lubricated air or super-drying air to flow. Degradation due to dust or malfunction due to oil may result.3. Do not use these device in locations where they can be exposed to water drops, oil drops, dust, etc. The valves are neither drip-proof, so that malfunction

may result.4. Do not use these device in locations with inflammable or explosive gas, fluid or atmosphere. Fire or explosion may occur.5. Do not use these devices in atmosphere or gas containing corrosive substances. Trouble may occur eventually.6. Avoid the use of these device where they are exposed to excessive vibration or shocks. Such use may cause malfunction or trouble.7. For operation of the valves, make certain that the leakage current is 1mA or below. Leakage current may cause malfunction.8. A coil generates heat when electric current is provided to a valve in a state of following ① ~ ③. It may lead to shorten the product life or to operational

malfunction by the heat. Additionally, it may cause burns or influence the peripheral equipments adversely. About such applications in the state of following ① ~ ③, please consult Pisco.①. Long continuous electrical power is supplied to the valve for more than about 2 hours.②. High cycle operation of valve.③. Even with the intermittent power supply to valve, if a total energization time of a day exceeds a total non energization time of the day.

Warnings

: 1. These valves are designed to accommodate some leakage, so do not use them in applications that permit no leakage.2. Do not use the valves for large-flow air blowing. As the structure is an internal pilot type, the drop of internal pressure may lead to malfunction.3. Manual operation of the valve can operate the actuator connected to it. Therefore operate after confirming safety.4. Consult PISCO on applications where power is continuously supplied to the valve for a long time.5. Be sure to turn off power before installing the wiring. Also pay special attention to wire colors in wiring.6. You can use these valves without lubrication. When you lubricate, however, use Turbine Oil Class 1 (ISO VG 32). Once you start the habit of lubrication,

do not stop it. Otherwise the initial lubricant will be lost, thus causing malfunction.7. Before wiring, check the ports of the valve by the marking on the body.8. For maintenance or checks, turn off power, stop air supply and make certain that the pressure inside the piping has become zero. With the 3-position all

port block type, watch out for the air remaining between valve and cylinder.9. With the manifold having a silencer, clogging of the element raises the resistance to exhaust, thus lowering the performance of the system as a whole.

Therefore conduct periodic maintenance and checks.

Cautions

2011_valve-1 11.8.4, 2:14 PM108

13

Safety InstructionsThis Safety Instructions aim to prevent injuries to human bodies and damage to properties by requiring proper use of PISCO devices.Also the relevant requirements of ISO 4414 and JIS B8370 must be observed.ISO 4414: Pneumatic fluid power … Recomendations for the application of equipment to transmission and control systems.JIS B 8370: General standards for pneumatic systemsSafety instructions are classified into "Danger", "Warning" and "Caution", depending on the degree of danger or damage involved when the safety instructions are not complied with in handling the equipment.

: Failure to heed the warning of apparent danger may result in death or serious injuries.Danger

: Failure to heed the warning of conditionally dangerous situations may result in death or serious injuries.Warning

: Failure to heed the warning of conditionally dangerous situations may result in minor or not too serious injuries or damage to properties.Caution

* Safety Instructions are subject to change without advance notice.

: 1. Make a selection of pneumatic equipment.(1) Well knowledgeable and experienced persons such as a pneumatic system designer or who is in charge of deciding specification should select

pneumatic equipment.(2) The applicable conditions of the products in this catalogue are diverse. Therefore, judge the conformity of systems with required analysis or tests

by system designers or persons who is in charge of deciding specifications. The guarantee of initial performance and safety of the system is on responsibility of the person who decides specifications. Hereafter, examine all the specification with updated products catalogues and technical documents in order to avoid malfunctions of equipment, and then develop systems.

2. Handle pneumatic equipment with enough knowledge and experience.(1) Mishandling of compressed air is dangerous. Conduct assembly, operation and maintenance of devises with pneumatic equipment by persons with

enough knowledge and experience.3. Do not operate and remove the equipment until safety is confirmed.

(1) Conduct inspection and maintenance of equipment after confirming fail-proof measures of work pieces or runaway-proof device are properly working.(2) When removing equipment, make sure that above safety measures are conducted. Then, stop air supply and electric source of equipment making sure

the pressure inside the system is zero before removing equipment.(3) When re-activate equipment, make sure safety measures against fly-out are taken and re-activate equipment with care.

Warning

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14

Common Safety Instructions for Products Listed in This ManualPISCO products are designed and manufactured for use with general industrial machinery and equipment. Therefore be sure to observe the following safety instructions:

: 1. Avoid the following uses for PISCO devices:(1) Use under conditions not specified for the device(2) Use in any outdoor environment(3) Use in locations where the device is exposed to excessive vibration or shocks(4) Use in locations where the device is exposed to any corrosive gas, inflammable gas, chemicals, seawater, or vapor.* Certain PISCO devices, however, can be used in environments as described above. Therefore check on the specifications for the use of individual

devices.2. Do not disassemble or remodel the PISCO devices in such a way as may affect the basic structure, performance or function of them.3. Never touch the release ring of the Quick-Fitting Joint when there is pressure working on it. Touching may release the ring, which in turn may cause the

tube to fall out.4. Avoid too frequent switching of air pressure. Otherwise the device body may heat up to cause burns on you.5. Do not allow tension, twist or bending forces to act on the joints. Undue forces may damage the joint body.6. For applications in which the threaded side or the tube connection side is subject to vibration, use Rotary Joints, High Rotary Joints or Multi-Circuit Rotary

Blocks only. Swinging or rotation may damage the joint body.7. For applications with hot water of 60°C (140°F) or above or thermal oil, use no other joints than Die Temperature Control Fitting, Tube Fitting Stainless

SUS316, Tube Fitting Stainless SUS316 Compression Fitting, and All Brass Compression Fitting. Heat or hydolysis may damage the joint body.8. For applications in which the scattering of static electricity or charging must be prevented, use no other joints than EG Joints. Static electricity may cause

system malfunction or trouble.9. Never use joint other than Tube Fitting Spatter or Tube Fitting Brass where they are exposed to spatter. Otherwise can cause fire.10. Carry out maintenance and checks of equipment only after turning power off, shutting fluid off and making certain that the pressure in the piping has

dropped to zero. Please conduct maintenance after confirming following points. (1) Make sure that maintenance is safe for all the systems involving PISCO products. (2) When re-activate equipment after maintenance, make sure safety measures against fly-out are taken and re-activate equipment with care.(3) Please secure space for maintenance when the circuit is designed.

11. When the fluid is admitted to the equipment and if there is a possibility to cause damage to it due to leakage, conduct safety measures such as protect cover beforehand.

Warning

: 1. In installing the piping, be sure to remove dust or drainage from within the piping. Dust or drainage left unremoved may enter other equipment, thus causing troubles.

2. When using an ultrasoft tube to connect to a Quick-Fitting Joint, be sure to use an insert ring in the bore of the tube. Otherwise the tube may fall out to cause leakage.

3. When you use tubes of brands other than ours, be sure to confirm that the outside diameter of the tubes satisfies the tolerance specified Table 1.

Caution

Table 1. Tube O.D. Tolerance

mm size Nylon tube Urethane tube ø1.8mm – ±0.05mm ø3mm – ±0.15mm ø4mm ±0.1mm ±0.15mm ø6mm ±0.1mm ±0.15mm ø8mm ±0.1mm ±0.15mm ø10mm ±0.1mm ±0.15mm ø12mm ±0.1mm ±0.15mm ø16mm ±0.1mm ±0.15mm

inch size Nylon tube Urethane tube ø1/8 ±0.0039in. ±0.0059in. ø5/32 +0.0039in. ±0.0059in. ø3/16 ±0.0039in. ±0.0059in. ø1/4 ±0.0039in. ±0.0059in. ø5/16 +0.0039in. ±0.0059in. ø3/8 ±0.0039in. ±0.0059in. ø1/2 ±0.0039in. ±0.0059in. ø5/8 ±0.0039in. ±0.0059in.

: 1. Do not use PISCO devices with the following equipment:(1) Equipment used for the sustenance or control of people's health or lives(2) Equipment used for the movement or transport of people(3) Equipment used specifically to ensure safety

Danger

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15

Tube end

Sealing: Elastic-sleeve

Tube is not inserted fully to tube end.

Release-ring

Lock claws

Tube

: NG: GOOD

(3) On completion of fitting, make certain that the tube does not come out at your pulling.5. Cautions on the release of tube

(1) Before releasing the tube, make certain that the pressure inside the tube is zero.(2) Push the release ring fully inside and pull out the tube. Unless you push it completely in, the tube may not come out and scrapings of tube may be left

inside the joint.6. Cautions on the installation of joint body

(1) When installing the joint body, tighten it with a proper tool, using the outside or inside hexagon.(2) In tightening the screw, use the tightening torque recommended in Table 3.

• Use of a torque higher than the recommended level may damage thread or deform gasket, thus causing leaks.• Use of a torque lower than the recommended level may cause loose screw and leakage.

(3) With the joint whose piping direction will not change after tightening, make adjustment within the recommended range of tightening torques.

Table 3. Tightening Torque, Sealock Color and Gasket Material

Thread type Thread size Tightening torque Sealock color Gasket material M3×0.5 0.7N·m (0.52lbf·ft) M5×0.8 1.0 ~ 1.5N·m (0.74 ~ 1.11lbf·ft) n/a SUS304, NBR M6×1.0 2.0 ~ 2.7N·m (1.48 ~ 1.99lbf·ft) Metric thread M3×0.5 0.5 ~ 0.6N·m (0.37 ~ 0.44lbf·ft) M5×0.8 1.0 ~ 1.5N·m (0.74 ~ 1.11lbf·ft)

n/a POM (Polyacetal) M6×0.75 0.8 ~ 1.0N·m (0.59 ~ 0.74lbf·ft) M8×0.75 1.0 ~ 2.0N·m (0.74 ~ 1.48lbf·ft) R1/8 7 ~ 9N·m (5.16 ~ 6.64lbf·ft)

Taper pipe thread R1/4 12 ~ 14N·m (8.85 ~ 10.33lbf·ft)

White n/a R3/8 22 ~ 24N·m (16.23 ~ 17.70lbf·ft) R1/2 28 ~ 30N·m (20.65 ~ 22.13lbf·ft) Unified thread No. 10-32UNF 1.0 ~ 1.5N·m (0.74 ~ 1.11lbf·ft) n/a SUS304, NBR 1/16-28NPT 7 ~ 9N·m (5.16 ~ 6.64lbf·ft)

National Pipe Thread Taper 1/8-27NPT 7 ~ 9N·m (5.16 ~ 6.64lbf·ft)

(American standard)

1/4-18NPT 12 ~ 14N·m (8.85 ~ 10.33lbf·ft) Gray n/a 3/8-18NPT 22 ~ 24N·m (16.23 ~ 17.70lbf·ft) 1/2-14NPT 28 ~ 30N·m (20.65 ~ 22.13lbf·ft)

7. Cautions on the removal of joint body(1) When removing the joint body, loosen it with a proper tool, using the outside or inside hexagon.(2) Remove sealant sticking to the thread on the mating equipment. The sealant left sticking may enter the perpheral equipment and cause trouble.

8. Clean-room package option* The product is washed by clean air after assemblying in the normal assembly process as same condition as standard specification model. Then, it is

packed in ISO class 6 clean-room.

4. Cautions on the fitting of tube(1) Make certain that the end of the tube is cut at right angles, the tube surface is free from flaws, and the tube is not deformed into an ellipse.(2) When fitting a tube, insert the tube to the tube end completely as drawings shown below to prevent leakage.

Recommended tightening torque for silencerThread Type Thread Size Tightening Torque

Metric threadM5×0.8

1/6 turn after hand-tighteningM6×1.0M10×1.0

Parallele pipe thread

G1/8

1/2 ~ 1 turn after hand-tighteningG1/4G3/8G1/2

2011_index 11.8.4, 5:40 PM15

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