Vacuum Components
SELVACS
Selex Vacuum System
Vacuum Ejector and
Vacuum Systems
Vacuum pad
Related Vacuum components
Related components
CC-796A
Wide variations for
an assortment of applications
New SELVACS vacuum components
respond to a wide range of applications
from fine workpieces for electronic parts to
large heavy workpieces for
automobile manufacturing.
Compact design
Unification and
modularization
Each component is
designed to
save space.
The core vacuum ejector and
vacuum unit is unified and
modularized for space reductions
and ease of use.
Complete lineup of model variations
Our complete lineup of series models and
variations enables use in assorted fields and applications.
Vacuum Components
Introducing
These components can be used with
a variety of applications; transfer, move, insert,
position, and pack many products and parts.
Vacuum transfer of electronic parts,
semiconductor substrates, wafers, DVDs, etc.
Assembly and insertion of small parts
Transfer of LCD panels and glass planes, etc.
Packing of canned beverages
Transfer and movement of boxes in logistics applications
Transfer and movement of light, medium, and
heavy parts on automobile manufacturing and assembly lines
Other applications
Configuration
Vacuum Ejector and
Vacuum Systems
The vacuum ejector and vacuum system serve as
the vacuum core.
Individual ejector and various types configured
from different related devices are available.
Vacuum pad
Pick up workpieces directly using a vacuum.
A variety of materials, shapes, and pad diameters
are available to match the target workpiece size,
weight, and features.
Circuit examples
Pressure sensor
Vacuum ejector
Vacuum sensor
Ejector Circuit
Vacuum filter
Air Compressor
Filter regulator
Vacuum pump Circuit
Vacuum regulator
Vacuum filter
Vacuum pump
Related Vacuum components
Related components such as
vacuum break valves,vacuum sensors, and
vacuum filters are available to match the
vacuum application.
Related components
Related components, including vacuum filters,
vacuum regulators, quick exhaust valves,
precise suction plates, and buffer units, are
available for all advanced vacuum applications.
Vacuum Generator
(Dual Use Type)
Vacuum pad
S E L V A C S
Common Safety Instructions …P.2
□ Vacuum Ejector ……………………P.4
□ Vacuum Ejector VSG Type ………P.9
□
□
□
□
□
□
□
□
□
□
□
□
□
□
□
□
□
□
□
□
Vacuum
Vacuum
Vacuum
Vacuum
Vacuum
Ejector VSK Type ……P.11
System VSJ Type ……P.17
System VSX Type ……P.21
System VSQ Type ……P.32
System VSZ Type ……P.38
Vacuum Pad Standard Type ………P.48
Vacuum Pad Sponge Type ………P.51
Vacuum Pad Bellows Type…………P.52
Vacuum Pad Multi-Bellows Type …P.53
Oval Type ……………P.54
Vacuum Pad Soft Type ……………P.56
Vacuum Pad Soft Bellows Type …P.58
Vacuum Pad Skidproof Type ……P.60
Vacuum Pad Component Type …P.61
Vacuum Pad Long Stroke …………P.62
Air Pincette ………………………P.67
Vacuum Filter………………………P.68
Vacuum Release Unit …………P.71
LED Digital Pressure Sensor …P.73
Related components ……………P.74
Vacuum Pad
1
Common Safety Instructions for Vacuum
Be sure to read the following instructions before selecting and using the CKD devices. Also read the detailed
instructions for individual series.
Warning
1. Where there is the danger of work dropping, provide some drop prevention means to assure safety.
2. Avoid use where there are constant pressures of 0.1MPa (14.5psi) or above in the vacuum circuit. Since the vacuum devices
are not of explosion-proof structure, such use may cause damage to the device bodies.
3. Watch out for the drop of vacuum due to faulty air supply or power supply. Reduced suction may cause the drop of work.
Therefore, take an adequate protective measure.
4. Where two or more pads are used with a single ejector in vacuum circuit, defective suction of one pad may cause the drop
of vacuum at the other pad(s).
5. Avoid such usage as may stop up the exhaust port of the ejector or raise exhaust resistance. Such careless usage may cause
the loss or drop of vacuum.
6. Do not use the vacuum devices in an atmosphere containing corrosive gas, inflammable gas, explosive gas, chemicals,
seawater or vapor. Never allow the vacuum system to suck in such substances.
7. Provide a protective cover where the equipment is exposed to sunshine.
8. Carry out periodic maintenance and checks of the silencer element of the ejector and the filter element of the vacuum filter.
A clogged element may cause performance drop or trouble.
9. Replace the element after gaining a full knowledge of the element of the vacuum generator.
10. Install the piping by checking the ports of the ejector in the manual and by the marking on the body. Mistaken piping may
cause damage to the device body.
11. Use clean air free from drainage or dirt for ejector air supply. Also, never supply air by a lubricator. Impurities or oil contained
in compressed air may cause malfunction or performance drop.
12. Do not give excessive tension or bending to leads. Disconnection may result.
13. Tighten the lock nut, in any, on the product securely with your hand and not with any tool. Tightening with a tool may cause
damage to the lock nut or the device body. Also, incomplete tightening may cause a loose lock nut or inaccurate initial setting.
14. Do not subject the product with a rotatable resin body to forcible swinging or rotation. Damage to the resin body or
leakage may result.
Caution
1. The specified supply pressure to the ejector is that during ejector operation. Secure the specified level in consideration of
pressure drop. If the specified level is not met, then the ejector may emit an abnormal noise at certain supply pressures and
become unstable, affecting the sensor and other parts adversely.
2. In selecting the piping and equipment, take into account that the effective sectional area on the supply pressure side of the
ejector should be about three times the sectional area of the nozzle diameter. Inadequate supply flow may result in
performance drop.
3. Provide the vacuum-side piping as short as possible and with the bore as large as possible. If the piping is long or the bore
is small, the responce time at suction or release may become longer and the necessary suction flow may not be
achieved.
4. Connect the vacuum switch or the ejector with vacuum switch as close to the end of the vacuum piping as possible. With
much distance between the vacuum switch and the end of vacuum piping, the piping resistance may become large and the
vacuum at the sensor may be high even during the non-suction interval. This will cause malfunction of the vacuum
switch.
5. In handling the mechanical vacuum switch (sensor), observe the "Common Safety Instructions for mechanical vacuum
switches".
6. The filter clear cover is polycarbonate, so avoid use in an atmosphere or location containing chemicals (see table
below).
2
Names of Chemicals
Thinner
Carbon tetrachloride
Choloroform
Acetate
Aniline
Cyclohexane
Trichloroethylene
Suphuric acid
Lactic acid
Water soluble cutting oil (alkaline)
*There are chemicals other than listed above that can not be used.
Please contact CKD for more information.
Common Safety Instructions for Mechanical Vacuum Switches
Warning
1. Do not use the mechanical vacuum switches in inflammable or explosive gas, fluid or atmosphere. As these vacuum
switches are not explosion-proof, fire or explosion may be caused.
2. Do not use these devices in locations where they can be exposed to water drops, oil drops, dust, etc. The mechanical vacuum
switches are neither drip-proof nor dust-proof, so that trouble may result.
3. The mechanical vacuum switches may suffer no performance drop when a pressure of about 0.5MPa (72.5psi) is applied
instantaneously. Yet make arrangement so that any pressure of 0.2MPa (29psi) or above does not normally act on the vacuum
switch at vacuum break. Otherwise damage to the switch may result.
4. Use the mechanical vacuum switch in the specified set pressure range. Use outside the range may cause malfunction due
to pressure differences.
5. Be sure to turn off power before wiring the mechanical vacuum switch. When wiring, check the lead colors to avoid
miswiring.
3
Quick-Fitting Type Ejector
Vacuum Ejector
Package: 1pc. in a bag
Model Designation (Example)
■The Vacuum Ejector, creating vacuum by use of
compressed air, can be used in combination with a
Vacuum Pad to convey materials.
■Vacuum Ejector comes in a variety of performances and
types to meet your applications.
VSH
Specifications
Fluid admitted
Service pressure range
Rated supply pressure
Service temperature range
;
Air
21.3∼102psi (0.15∼0.7MPa)
71.1psi (49.8psi)/0.5MPa (0.35MPa)
32∼140, (0∼60℃)
③
②
④
⑤
①
⑫
No
①
②
③
④
Exhaust port
⑤
⑥
⑥ ⑧
⑦
⑦
⑧
⑨
Vacuum port ⑩
⑪ ⑩
⑨
⑪
⑫
Air supply port
05
07
10
12
Parts
Metallic body
Cap
Silenser element
Diffuser
Resin body
Lock claws
Tube
Release ring
Guide ring
Elastic sleeve
O-ring
Nozzle
Material
nickel-plated brass
aluminium
polyvinyl formal
nickel-plated brass
PBT
stainless steel
urethane or nylon
POM
nickel-plated brass
NBR
NBR
nickel-plated brass
The compressed air supplied from the air supply port is formed into a highspeed jet by the nozzle and attracts the air from the vacuum port. And the
attracted air is discharged together with the compressed air.
！ Caution
1. Note that with the VSC type (M5 only) piping can not be changed after
installation of the body.
H 07
6 6A
②
④
③
⑤
⑥
①. Type
②. Performance
H: High-vacuum Middle-flow type
L: Middle-vacuum Large-flow type
E: High-vacuum Small-flow type
③. Nozzle size
Code
Constructions
Exhaust port
①
15
20
Size
H type
(a) Vacuum level and suction flow
-26.8in. Hg (-90kPa)
0.5
0.25SCFM (7r/x(ANR))
-27.2∼-27.6in. Hg (-92∼-93kPa)
0.7
0.44∼0.46SCFM (12.5∼13r/x(ANR))
-27.6in. Hg (-93kPa)
1.0
0.99SCFM (28r/x(ANR))
-27.6in. Hg (-93kPa)
1.2
1.34SCFM (38r/x(ANR))
-27.6in. Hg (-93kPa)
1.5
2.22SCFM (63r/x(ANR))
-27.6in. Hg (-93kPa)
2.0
3.85SCFM (110r/x(ANR))
L type
Vacuum level and suction flow
-19.7in. Hg (-66kPa)
0.42SCFM (12r/x(ANR))
-19.7in. Hg (-66kPa)
0.78∼0.92SCFM (22∼26r/x(ANR))
-19.7in. Hg (-66kPa)
1.48SCFM (42r/x(ANR))
−
-19.7in. Hg (-66kPa)
3.35SCFM (95r/x(ANR))
-19.7in. Hg (-66kPa)
6.30SCFM (180r/x(ANR))
E type
Vacuum level and suction flow
−
-26.8∼-27.2in. Hg (-90∼-92kPa)
0.35∼0.37SCFM (10∼10.5r/x(ANR))
-27.2in. Hg (-92kPa)
0.74SCFM (21r/x(ANR))
-27.2in. Hg (-92kPa)
0.95SCFM (27r/x(ANR))
-27.2in. Hg (-92kPa)
1.48SCFM (42r/x(ANR))
-27.2in. Hg (-92kPa)
2.94SCFM (84r/x(ANR))
*Air supply pressure is 71.1psi (0.5MPa) for H and L types or 49.8psi (0.35MPa) for E type.
④. Vacuum port (V)
■Tube dia.
Code
4
Dia.
φ4a
Code
Dia.
6
φ6a
8
φ8a
10
φ10a
12
φ12a
3C
7C
9C
11C
13C
φ5/32in. φ1/4in. φ5/16in. φ3/8in. φ1/2in.
■Thread size
Code
Size
Code
Size
Metric thread (a)
Taper pipe thread
M5
6A
8A
10A
M5×0.8
R1/8
R1/4
R3/8
Unified fine thread American standard taper pipe thread
32U
6N
8N
10-32UNF
NPT1/8
NPT1/4
⑤. Air supply port size (P)
■Tube dia.
Code
4
Dia.
φ4a
Code
Dia.
6
φ6a
8
φ8a
10
φ10a
12
φ12a
3C
7C
9C
11C
13C
φ5/32in. φ1/4in. φ5/16in. φ3/8in. φ1/2in.
■Thread size
Code
Size
Code
Size
Metric thread (a)
Taper pipe thread
M5
6A
8A
10A
M5×0.8
R1/8
R1/4
R3/8
Unified fine thread American standard taper pipe thread
32U
6N
8N
10-32UNF
NPT1/8
NPT1/4
⑥. Additional feature
J: Concentrated exhaust type (VSH、VSU、VSC)
S: Silencer attached exhaust type (VSH、VSU、VSC)
V: Mechanical vacuum switch (VSB)
No code: Without vacuum switch (VSB)
.In case of ordering, please apply Model code in the following chart.
4
VSU
Pipe Type Straight
VSU
V
EX
EX
Model
VSU-H05-M54S
VSU-H05-M56S
VSU-H05-6A4S
VSU-H05-6A6S
VSU-H07-M54S
VSU-H07-M56S
VSU-H07-6A4S
VSU-H07-6A6S
VSU-L05-M54S
VSU-L05-M56S
VSU-L05-6A4S
VSU-L05-6A6S
VSU-L07-M54S
VSU-L07-M56S
VSU-L07-6A4S
VSU-L07-6A6S
VSU-E07-M54S
VSU-E07-M56S
VSU-E07-6A4S
VSU-E07-6A6S
VSU-H05-32U3CS
VSU-H05-32U7CS
VSU-H05-6N3CS
VSU-H05-6N7CS
VSU-H07-32U3CS
VSU-H07-32U7CS
VSU-H07-6N3CS
VSU-H07-6N7CS
VSU-L05-32U3CS
VSU-L05-32U7CS
VSU-L05-6N3CS
VSU-L05-6N7CS
VSU-L07-32U3CS
VSU-L07-32U7CS
VSU-L07-6N3CS
VSU-L07-6N7CS
VSU-E07-32U3CS
VSU-E07-32U7CS
VSU-E07-6N3CS
VSU-E07-6N7CS
VSU Holder
VSU
EX
P
VSU-H05-44S
VSU-H05-46S
VSU-H05-64S
VSU-H05-66S
VSU-H07-44S
VSU-H07-46S
VSU-H07-64S
VSU-H07-66S
VSU-L05-44S
VSU-L05-46S
VSU-L05-64S
VSU-L05-66S
VSU-L07-44S
VSU-L07-46S
VSU-L07-64S
VSU-L07-66S
VSU-E07-44S
VSU-E07-46S
VSU-E07-64S
VSU-E07-66S
VSU
Box Type Union
VSU-H05-M54J
VSU-H05-M56J
VSU-H05-6A4J
VSU-H05-6A6J
VSU-H07-M54J
VSU-H07-M56J
VSU-H07-6A4J
VSU-H07-6A6J
VSU-L05-M54J
VSU-L05-M56J
VSU-L05-6A4J
VSU-L05-6A6J
VSU-L07-M54J
VSU-L07-M56J
VSU-L07-6A4J
VSU-L07-6A6J
VSU-E07-M54J
VSU-E07-M56J
VSU-E07-6A4J
VSU-E07-6A6J
Direct Mounting Type Elbow
EX
EX
P
Model
Box Type Union with Vacuum Switch
VSU-H05-44J
VSU-H05-46J
VSU-H05-64J
VSU-H05-66J
VSU-H07-44J
VSU-H07-46J
VSU-H07-64J
VSU-H07-66J
VSU-L05-44J
VSU-L05-46J
VSU-L05-64J
VSU-L05-66J
VSU-L07-44J
VSU-L07-46J
VSU-L07-64J
VSU-L07-66J
VSU-E07-44J
VSU-E07-46J
VSU-E07-64J
VSU-E07-66J
VSB
VSU-H05-3C3CJ
VSU-H05-3C7CJ
VSU-H05-7C3CJ
VSU-H05-7C7CJ
VSU-H07-3C3CJ
VSU-H07-3C7CJ
VSU-H07-7C3CJ
VSU-H07-7C7CJ
VSU-L05-3C3CJ
VSU-L05-3C7CJ
VSU-L05-7C3CJ
VSU-L05-7C7CJ
VSU-L07-3C3CJ
VSU-L07-3C7CJ
VSU-L07-7C3CJ
VSU-L07-7C7CJ
VSU-E07-3C3CJ
VSU-E07-3C7CJ
VSU-E07-7C3CJ
VSU-E07-7C7CJ
V
P
Model
VSH-H05-4M5S
VSH-H05-66AS
VSH-H07-66AS
VSH-H10-66AS
VSH-H10-86AS
VSH-H12-66AS
VSH-H12-86AS
VSH-H15-88AS
VSH-H15-108AS
VSH-L05-4M5S
VSH-L05-66AS
VSH-L07-66AS
VSH-L07-86AS
VSH-L10-66AS
VSH-L10-86AS
VSH-L15-88AS
VSH-L15-108AS
VSH-L15-128AS
VSH-E07-66AS
VSH-E10-66AS
*Exhaust port: φ6a, φ1/4in. *Exhaust port: φ6a, φ1/4in. VSH-E10-86AS
VSH-E12-66AS
VSH-E12-86AS
VSH-E15-88AS
VSH-E15-108AS
VSB
VSU-H05-32U3CJ
VSU-H05-32U7CJ
VSU-H05-6N3CJ
VSU-H05-6N7CJ
VSU-H07-32U3CJ
VSU-H07-32U7CJ
VSU-H07-6N3CJ
VSU-H07-6N7CJ
VSU-L05-32U3CJ
VSU-L05-32U7CJ
VSU-L05-6N3CJ
VSU-L05-6N7CJ
VSU-L07-32U3CJ
VSU-L07-32U7CJ
VSU-L07-6N3CJ
VSU-L07-6N7CJ
VSU-E07-32U3CJ
VSU-E07-32U7CJ
VSU-E07-6N3CJ
VSU-E07-6N7CJ
VSH
V
Model
VSU-H05-3C3CS
VSU-H05-3C7CS
VSU-H05-7C3CS
VSU-H05-7C7CS
VSU-H07-3C3CS
VSU-H07-3C7CS
VSU-H07-7C3CS
VSU-H07-7C7CS
VSU-L05-3C3CS
VSU-L05-3C7CS
VSU-L05-7C3CS
VSU-L05-7C7CS
VSU-L07-3C3CS
VSU-L07-3C7CS
VSU-L07-7C3CS
VSU-L07-7C7CS
VSU-E07-3C3CS
VSU-E07-3C7CS
VSU-E07-7C3CS
VSU-E07-7C7CS
Pipe Type Union Straight
Concentrated Exhaust
V
Model
VSB
Pipe Type Straight Concentrated Exhaust
V
P
P
VSU
Pipe Type Union Straight
VSH-H05-3C32US
VSH-H05-7C6NS
VSH-H07-7C6NS
VSH-H10-7C6NS
VSH-H10-9C6NS
VSH-H12-7C6NS
VSH-H12-9C6NS
VSH-H15-9C8NS
VSH-H15-11C8NS
VSH-L05-3C32US
VSH-L05-7C6NS
VSH-L07-7C6NS
VSH-L07-9C6NS
VSH-L10-7C6NS
VSH-L10-9C6NS
VSH-L15-9C8NS
VSH-L15-11C8NS
VSH-L15-13C8NS
VSH-E07-7C6NS
VSH-E10-7C6NS
VSH-E10-9C6NS
VSH-E12-7C6NS
VSH-E12-9C6NS
VSH-E15-9C8NS
VSH-E15-11C8NS
Mechanical Vacuum Switch
EX
P
V
Model
VSU-05-B
VSU-07-B
Model
VSB-H05-44
VSB-H07-66
*VSU-05-B=For nozzle diameter of 0.5mm VSB-H10-66
*VSU-07-B=For nozzle diameter of 0.7mm VSB-H12-66
*Used only for S type and J type. VSB-L05-44
VSB-L07-66
VSB-L10-66
VSB-E07-66
VSB-E10-66
VSB-E12-66
VSB-H05-3C3C
VSB-H07-7C7C
VSB-H10-7C7C
VSB-H12-7C7C
VSB-L05-3C3C
VSB-L07-7C7C
VSB-L10-7C7C
VSB-E07-7C7C
VSB-E10-7C7C
VSB-E12-7C7C
P
V
Model
VSB-H05-44V
VSB-H07-66V
VSB-H10-66V
VSB-H12-66V
VSB-L05-44V
VSB-L07-66V
VSB-L10-66V
VSB-E07-66V
VSB-E10-66V
VSB-E12-66V
φD
Model
VSB-H05-3C3CV VSB-VUSM-4 VSB-VUSM-3C
VSB-H07-7C7CV VSB-VUSM-6 VSB-VUSM-7C
VSB-H10-7C7CV
VSB-H12-7C7CV
VSB-L05-3C3CV
VSB-L07-7C7CV
VSB-L10-7C7CV
VSB-E07-7C7CV
VSB-E10-7C7CV
VSB-E12-7C7CV
*With breaking valve, vacuum *With breaking valve, vacuum
switch, connecting port.
switch, connecting port.
5
Vacuum Ejector
VSH
Direct Mounting Type Elbow
Concentrated Exhhaust
VSC
Pad Direct-Mounting Straight
EX
VSC
Pad Direct-Mounting
Air Supply Port Elbow
Pad Direct-Mounting Straight
Concentrated Exhaust
VSC
Pad Direct-Mounting Concentrated
Exhaust Air Supply Port Elbow
P
P
P
EX
VSC
P
EX
V
V
V
P
Model
Model
VSC-H07-6A6S
VSC-H07-6A8S
VSC-H10-6A6S
VSC-H10-6A8S
VSC-H12-6A6S
VSC-H12-6A8S
VSC-H15-8A8S
VSC-H15-10A8S
VSC-H15-8A10S
VSC-H15-10A10S
VSC-H20-8A8S
VSC-H20-10A8S
VSC-H20-8A10S
VSC-H20-10A10S
VSC-L07-6A6S
VSC-L07-6A8S
VSC-L10-6A6S
VSC-L10-6A8S
VSC-L15-8A8S
VSC-L15-10A8S
VSC-L15-8A10S
VSC-L15-10A10S
VSC-L20-8A8S
VSC-L20-10A8S
VSC-L20-8A10S
*Air supply port → Exhaust port VSC-L20-10A10S
VSC-E07-6A6S
M5 → φ6mm
6A → φ8mm
VSC-E07-6A8S
8A → φ12mm
VSC-E10-6A6S
32U → φ1/4in.
VSC-E10-6A8S
6N → φ5/16in.
VSC-E12-6A6S
8N → φ1/2in.
VSC-E12-6A8S
VSC-E15-8A8S
VSC Pad Direct-Mounting Straight VSC-E15-10A8S
VSC-E15-8A10S
VSC-E15-10A10S
EX
VSC-E20-8A8S
P
VSC-E20-10A8S
V
VSC-E20-8A10S
VSC-E20-10A10S
Model
VSH-H05-4M5J
VSH-H05-66AJ
VSH-H07-66AJ
VSH-H10-66AJ
VSH-H10-86AJ
VSH-H12-66AJ
VSH-H12-86AJ
VSH-H15-88AJ
VSH-H15-108AJ
VSH-L05-4M5J
VSH-L05-66AJ
VSH-L07-66AJ
VSH-L07-86AJ
VSH-L10-66AJ
VSH-L10-86AJ
VSH-L15-88AJ
VSH-L15-108AJ
VSH-L15-128AJ
VSH-E07-66AJ
VSH-E10-66AJ
VSH-E10-86AJ
VSH-E12-66AJ
VSH-E12-86AJ
VSH-E15-88AJ
VSH-E15-108AJ
VSH-H05-3C32UJ
VSH-H05-7C6NJ
VSH-H07-7C6NJ
VSH-H10-7C6NJ
VSH-H10-9C6NJ
VSH-H12-7C6NJ
VSH-H12-9C6NJ
VSH-H15-9C8NJ
VSH-H15-11C8NJ
VSH-L05-3C32UJ
VSH-L05-7C6NJ
VSH-L07-7C6NJ
VSH-L07-9C6NJ
VSH-L10-7C6NJ
VSH-L10-9C6NJ
VSH-L15-9C8NJ
VSH-L15-11C8NJ
VSH-L15-13C8NJ
VSH-E07-7C6NJ
VSH-E10-7C6NJ
VSH-E10-9C6NJ
VSH-E12-7C6NJ
VSH-E12-9C6NJ
VSH-E15-9C8NJ
VSH-E15-11C8NJ
VSC-H05-M54 VSC-H05-32U3C
VSC-H05-M54 VSC-L05-32U3C
6
Model
VSC-H07-6A6S
VSC-H07-6A8S
VSC-H10-6A6S
VSC-H10-6A8S
VSC-H12-6A6S
VSC-H12-6A8S
VSC-H15-8A8S
VSC-H15-10A8S
VSC-H15-8A10S
VSC-H15-10A10S
VSC-H20-8A8S
VSC-H20-10A8S
VSC-H20-8A10S
VSC-H20-10A10S
VSC-S07-6A6S
VSC-S07-6A8S
VSC-S10-6A6S
VSC-S10-6A8S
VSC-S15-8A8S
VSC-S15-10A8S
VSC-S15-8A10S
VSC-S15-10A10S
VSC-S20-8A8S
VSC-S20-10A8S
VSC-S20-8A10S
VSC-S20-10A10S
VSC-E07-6A6S
VSC-E07-6A8S
VSC-E10-6A6S
VSC-E10-6A8S
VSC-E12-6A6S
VSC-E12-6A8S
VSC-E15-8A8S
VSC-E15-10A8S
VSC-E15-8A10S
VSC-E15-10A10S
VSC-E20-8A8S
VSC-E20-10A8S
VSC-E20-8A10S
VSC-E20-10A10S
V
EX
Model
VSC-H07-6A6J
VSC-H07-6A8J
VSC-H10-6A6J
VSC-H10-6A8J
VSC-H12-6A6J
VSC-H12-6A8J
VSC-H15-8A8J
VSC-H15-10A8J
VSC-H15-8A10J
VSC-H15-10A10J
VSC-H20-8A8J
VSC-H20-10A8J
VSC-H20-8A10J
VSC-H20-10A10J
VSC-L07-6A6J
VSC-L07-6A8J
VSC-L10-6A6J
VSC-L10-6A8J
VSC-L15-8A8J
VSC-L15-10A8J
VSC-L15-8A10J
VSC-L15-10A10J
VSC-L20-8A8J
VSC-L20-10A8J
VSC-L20-8A10J
VSC-L20-10A10J
VSC-E07-6A6J
VSC-E07-6A8J
VSC-E10-6A6J
VSC-E10-6A8J
VSC-E12-6A6J
VSC-E12-6A8J
VSC-E15-8A8J
VSC-E15-10A8J
VSC-E15-8A10J
VSC-E15-10A10J
VSC-E20-8A8J
VSC-E20-10A8J
VSC-E20-8A10J
VSC-E20-10A10J
V
EX
Model
VSC-H07-6A6LJ
VSC-H07-6A8LJ
VSC-H10-6A6LJ
VSC-H10-6A8LJ
VSC-H12-6A6LJ
VSC-H12-6A8LJ
VSC-H15-8A8LJ
VSC-H15-10A8LJ
VSC-H15-8A10LJ
VSC-H15-10A10LJ
VSC-H20-8A8LJ
VSC-H20-10A8LJ
VSC-H20-8A10LJ
VSC-H20-10A10LJ
VSC-L07-6A6LJ
VSC-L07-6A8LJ
VSC-L10-6A6LJ
VSC-L10-6A8LJ
VSC-L15-8A8LJ
VSC-L15-10A8LJ
VSC-L15-8A10LJ
VSC-L15-10A10LJ
VSC-L20-8A8LJ
VSC-L20-10A8LJ
VSC-L20-8A10LJ
VSC-L20-10A10LJ
VSC-E07-6A6LJ
VSC-E07-6A8LJ
VSC-E10-6A6LJ
VSC-E10-6A8LJ
VSC-E12-6A6LJ
VSC-E12-6A8LJ
VSC-E15-8A8LJ
VSC-E15-10A8LJ
VSC-E15-8A10LJ
VSC-E15-10A10LJ
VSC-E20-8A8LJ
VSC-E20-10A8LJ
VSC-E20-8A10LJ
VSC-E20-10A10LJ
*Vacuum port → Exhaust port *Vacuum port → Exhaust port
6A → φ8mm
6A → φ8mm
8A, 10A → φ12mm
8A, 10A → φ12mm
Element for Vacuum Ejectors
Package: 10pcs. in a bag
VSU
VSH
VSB
A
B
Silencer
Element
C
;
Silencer
Element
〔VSB-EA〕
D
Silencer
Element
〔VSB-EB〕
Filter Element
;;
;;
;;
;
;
Vacuum Generator
Model
VSH-□□-□M5S
VSH-□□-□6AS
VSH-□□-□8AS
Filter Element
VSU-E
Element Set
Silencer Element
VSH-M5-SK
VSH-6A-SK
VSH-8A-SK
VSB-EA
VSB-EB
VSC
VSC-□05 Type
Silencer
Element
Silencer Element
VSC-M5-SE
VSC
VSC
VSC-□07,10,12
Type
VSC-□15,20 Type
A
A
Silencer
Element
B
B
Silencer
Element
C
Vacuum Generator
Model
VSC-□07-6A□(L)S
VSC-□10-6A□(L)S
VSC-□12-6A□(L)S
Element Set
VSC-12-SK
（A, B set）
Vacuum Generator
Model
VSC-□15-8A8□(L)S
VSC-□15-10A8□(L)S
VSC-□15-8A10□(L)S
VSC-□15-10A10□(L)S
VSC-□20-8A8□(L)S
VSC-□20-10A8□(L)S
VSC-□20-8A10□(L)S
VSC-□20-10A10□(L)S
Element Set
VSC-15-SK
（A, B, C set）
VSC-20-SK
（A, B, C set）
7
Common Safety Instructions for Vacuum Ejector VSG and VSK Types
Be sure to read the following instructions before selecting and using the CKD devices. Also read the detailed
instructions for individual series.
Warning
1. For the operation of the valve, make certain that the leakage current is less than 1mA. Leakage current larger than that may
cause malfunction.
2. The Vacuum Ejector with hold function or check valve function permits some vacuum leakage, so provide an appropriate safety
means where vacuum must be held for a long time.
3. Long continuous power supply to the valve may raise the temperature of the coil. Heat may cause burns or affect the
surrounding equipment adversely. Consult CKD about such applications.
Caution
1. Do not give excessive tension or bending to the valve leads. Disconnection or damage to the connector may result.
8
Quick Fitting Ejector
Vacuum Ejector
VSG Type
Package: 1pc. in a bag
■ These Vacuum Ejector models serve your purpose most
efficiently in various combinations of units such as
vacuum switch and vacuum release valve.
■ Three types of vacuum switch are prepared for variety
of applications.
Specifications
Fluid admitted
Service pressure range
Service temperature range
Lubrication
Air
35.6∼102psi (0.25∼0.7MPa)
41∼122, (5∼50℃)
Not required
Air supply valve Specifications
Controlling method
Pilot operated poppet type
Power supply 24VDC ±10%, 100VAC ±10%
Power consumption 1.2W (with LED), 1.5VA (with LED)
Effective sectional area
5e (Cv: 0.27)
Hand operating
Push type (non-lock)
Vacuum release valve Specifications
Controlling method
Direct operated poppet type
Power supply 24VDC ±10%, 100VAC ±10%
Power consumption 1.2W (with LED), 1.5VA (with LED)
Effective sectional area
0.15e (Cv: 0.008)
Hand operating
Push type (non-lock)
Vacuum Switch Specifications
Model
Output
specification
Power requirements
Current consumption
(When 24VDC supplied)
Fluid admitted
Service pressure range
Proof pressure
Operating temperature range
Operating humidity range
Durability (*)
No. of pressure setting
Switch output
Pressure setting range
Switch output Operating accuracy
Differential response
Switch capacity
Residual voltage
Output voltage
Zero point voltage
Analog output
Span voltage
Lin/HYS
VSG-‥‥-NA VSG-‥‥-NW VSG-‥‥-A
1-point switch output
2-point switch output 1-point analog output
1-point analog output
DC12∼24V ±Ripple (P-P) 10％ max.
Max. 17mA Max. 25mA Max. 15mA
1-point switch output is on 2-point switch output is on Output current 0mA
Air, Inert gas
0∼-29.5in. Hg (0∼-100kPa)
29psi (200kPa)
32∼122, (0∼50℃)
35∼85％RH (no freezing)
10 million cycles (0∼rated pressure)
1
2
NPN open collector output
0∼-29.5in. Hg (0∼-100kPa)
±3％F.S.(at 25℃)
Variable (about 0-15％ of set value) Fixed (2％F.S. Max.)
30VDC 80mA Max. 30VDC 80mA Max.
0.8V Max. 0.8V Max.
1∼5V
1∼5V
1±0.1V
1±0.2V
4±0.1V
4±0.2V
±0.5%F.S. Max.
±0.5%F.S. Max.
Filter Specifications
Element
Material Cover
Body
Filtering capacity
Element model
Polyvinyl formal
Polycarbonate: clear
PBT containing glass fiber
10∫
VSG-E
Model Designation (Example)
VSG
H 07 F
6 6
3 A
①
④
⑥
①
②
③
⑤
⑦
①. VSG Type
H: High-vacuum Middle-flow type
L: Middle-vacuum Large-flow type
E: High-vacuum Small-flow type
②. Nozzle size
Size
(a)
0.5
05
(0.02in.)
0.7
07
(0.03in.)
1.0
10
(0.04in.)
Code
H type
Vacuum level and suction flow
-26.8in. Hg (-90kPa)
0.41SCFM (7Nr/x(ANR))
-27.6in. Hg (-93kPa)
0.46SCFM (13Nr/x(ANR))
-27.6in. Hg (-93kPa)
0.95SCFM (27Nr/x(ANR))
L type
Vacuum level and suction flow
-19.7in. Hg (-66kPa)
0.42SCFM (12Nr/x(ANR))
-19.7in. Hg (-66kPa)
0.92SCFM (26Nr/x(ANR))
-19.7in. Hg (-66kPa)
1.41SCFM (40Nr/x(ANR))
E type
Vacuum level and suction flow
−
-26.8in. Hg (-90kPa)
0.37SCFM (10.5Nr/x(ANR))
-26.8in. Hg (-90kPa)
0.74SCFM (21Nr/x(ANR))
*1. Supply pressure for H, L type: 72psi (0.5MPa)
Supply pressure for E type: 50.8psi (0.35MPa)
③. Combination of units
Code
A
B
E
F
Filter
○
○
○
○
Vacuum switch Supply valve Vacuum release valve
○
○
○
○
○
○
*Power Supply of Vacuum Switch is DC12-24V.
④. Vacuum port tube dia. (V)
Code
Dia.
mm size
4
6
φ4a
φ6a
inch size
3C
7C
φ5/32in.
φ1/4in.
⑤. Air supply port tube dia. (P)
Code
Dia.
mm size
4
6
φ4a
φ6a
inch size
3C
7C
φ5/32in.
φ1/4in.
⑥. Valve unit voltage specification (Unit: E, F type only)
Code
Voltage
3
24VDC
1
100VAC
⑦. Switch output (Unit combination of B, F type only)
NW: Two-point output switch
NA: One-point analog output and one-point switch output switch
A: One-point analog switch
！ Caution
1. Exercise caution when the piping resistance is high or when the
Vacuum release flow required. Inadequate Vacuum release flow can
cause troubles. Confirm the specifications before use.
9
Vacuum Ejector
VSG
Built-in Filter Type
VSG Type
VSG
E Type
A Type
P
P
V
V
Model
Model
VSG-H05A-44
VSG-H07A-66
VSG-H10A-66
VSG-L05A-44
VSG-L07A-66
VSG-L10A-66
VSG-E07A-66
VSG-E10A-66
VSG
B Type
VSG-H05A-3C3C
VSG-H07A-7C7C
VSG-H10A-7C7C
VSG-L05A-3C3C
VSG-L07A-7C7C
VSG-L10A-7C7C
VSG-E07A-7C7C
VSG-E10A-7C7C
Vacuum Switch (Analog
output only), Built-in Filter
Type
VSG-H05E-44-□
VSG-H07E-66-□
VSG-H10E-66-□
VSG-L05E-44-□
VSG-L07E-66-□
VSG-L10E-66-□
VSG-E07E-66-□
VSG-E10E-66-□
VSG
F Type
;
Buit-in Supply Valve, Filter element for VSG
Release Valve & Filter Type
Cable lead-out direction: above
VSG-H05E-3C3C-□
VSG-H07E-7C7C-□
VSG-H10E-7C7C-□
VSG-L05E-3C3C-□
VSG-L07E-7C7C-□
VSG-L10E-7C7C-□
VSG-E07E-7C7C-□
VSG-E10E-7C7C-□
Vacuum Switch (2-point switch output or 1-point switch output
and 1-point analog output), Release valve & Built-in Filter Type
Cable lead-out direction: above
P
P
V
V
Model
VSG-H05B-44-A
VSG-H07B-66-A
VSG-H10B-66-A
VSG-L05B-44-A
VSG-L07B-66-A
VSG-L10B-66-A
VSG-E07B-66-A
VSG-E10B-66-A
VSG
B Type
Model
VSG-H05B-3C3C-A
VSG-H07B-7C7C-A
VSG-H10B-7C7C-A
VSG-L05B-3C3C-A
VSG-L07B-7C7C-A
VSG-L10B-7C7C-A
VSG-E07B-7C7C-A
VSG-E10B-7C7C-A
Vacuum Switch (2-point switch output
or 1-point switch output and 1-point
analog output), Built-in Filter Type
VSG-H05F-44-□-N□
VSG-H07F-66-□-N□
VSG-H10F-66-□-N□
VSG-L05F-44-□-N□
VSG-L07F-66-□-N□
VSG-L10F-66-□-N□
VSG-E07F-66-□-N□
VSG-E10F-66-□-N□
VSG
F Type
VSG-H05F-3C3C-□-N□
VSG-H07F-7C7C-□-N□
VSG-H07F-7C7C-□-N□
VSG-L05F-3C3C-□-N□
VSG-L07F-7C7C-□-N□
VSG-L10F-7C7C-□-N□
VSG-E07F-7C7C-□-N□
VSG-E10F-7C7C-□-N□
Vacuum Switch (Analog output only),
Release valve & Built-in Filter Type
Cable lead-out direction: above
P
P
V
V
Model
VSG-H05B-44-N□
VSG-H07B-66-N□
VSG-H10B-66-N□
VSG-L05B-44-N□
VSG-L07B-66-N□
VSG-L10B-66-N□
VSG-E07B-66-N□
VSG-E10B-66-N□
10
VSG-H05B-3C3C-N□
VSG-H07B-7C7C-N□
VSG-H10B-7C7C-N□
VSG-L05B-3C3C-N□
VSG-L07B-7C7C-N□
VSG-L10B-7C7C-N□
VSG-E07B-7C7C-N□
VSG-E10B-7C7C-N□
Model
VSG-H05F-44-□-A
VSG-H07F-66-□-A
VSG-H10F-66-□-A
VSG-L05F-44-□-A
VSG-L07F-66-□-A
VSG-L10F-66-□-A
VSG-E07F-66-□-A
VSG-E10F-66-□-A
VSG-H05F-3C3C-□-A
VSG-H07F-7C7C-□-A
VSG-H07F-7C7C-□-A
VSG-L05F-3C3C-□-A
VSG-L07F-7C7C-□-A
VSG-L10F-7C7C-□-A
VSG-E07F-7C7C-□-A
VSG-E10F-7C7C-□-A
Filter
element
*
Model Designation
VSG-E
*Please refer to P.7 for replacement
element marked * as it is same as one
for vacuum generator Box type Union
(VSB).
Quick Fitting Type Ejector
VSK Type
Vacuum Ejector
Package: 1pc. in a bag
■The coil of vacuum generating valve and vacuum release is modified in order to achieve better durability, reliability and less
electric comsumption.
■Two types of vacuum switches, the pressure sensor type with LED digital display and the low-cost, easy to use mechanical
type, are available for choice.
■An LED display is used for LED digital pressure sensor to enhance visibility.
■Two types of vacuum switch − two-point output and one-point output with analog output (Conventional model was onepoint output type.) − are available depending on the desired application.
■Push-button system of lock type is standardized (Conventional model is manual (button)).
How to use VSK
Vacuum Pad
Vacuum port
Vacuum switch (LED display)
Filter
Vacuum release solenoid valve
Release time adjusting needle
Vacuum-making solenoid valve
Exhaust port
Air supply port
Compressor
Vacuum Filter
Filter regulator
Specifications (Supply pressure)
Fluid admitted
Service pressure range
Service temperature range
Lubrication
Air
35∼102psi (0.25∼0.7MPa)
41∼122, (5∼50℃)
Not necessary
Solenoid valve specifications (Vacuum making, vacuum release)
Structure
Voltage rating
Allowable voltage
range
Surge limiting circuit
Power consumption
Operating mode
Manual operation
Indication of operation
Wiring mode and lead wire length
Proof pressure
"ON" mode
Effective sectional area
Vacuum making solenoid valve Vacuum release solenoid valve
24VDC 100VAC 24VDC 100VAC
21.6∼26.4VDC 90∼110VAC 21.6∼26.4VDC 90∼110VAC
(24VDC±10%) (100VAC±10%) (24VDC±10%) (100VAC±10%)
Surge absorber Bridge diode Surge absorber Bridge diode
0.8W
1VA
0.8W
1VA
Pilot mode
Push-button system of lock type
Red LED lighting up when coil excitation is in operation.
Connector mode: 300a (11.81in.)
152.3psi (1.05MPa)
N.C. N.O. N.C. N.O.
N.C.
3.5e (Cv: 0.19) 3.5e (Cv: 0.19)
0.6e (Cv: 0.03)
Generator characteristics
Type
VSK-□H05…
VSK-□L05…
VSK-□H07…
VSK-□L07…
VSK-□E07…
VSK-□H10…
VSK-□L10…
VSK-□E10…
VSK-□H12…
VSK-□L12…
VSK-□E12…
Nozzle dia. Pressure supply
(in.) (a) (psi) (MPa)
72 0.5
0.02 0.5 50.9 0.35
72 0.5
72 0.5
50.9 0.35
0.028 0.7
72 0.5
50.9 0.35
72 0.5
50.9 0.35
0.039 1.0
72 0.5
50.9 0.35
72 0.5
50.9 0.35
0.047 1.2
72 0.5
50.9 0.35
Final vacuum
(in. Hg) (kPa)
-26.87 -91
-21.56 -73
-19.79 -67
-27.46 -93
-21.56 -73
-19.79 -67
-26.87 -91
-27.46 -93
-21.56 -73
-19.79 -67
-26.87 -91
-27.46 -93
-21.56 -73
-19.79 -67
-26.87 -91
Suction flow Air consumption
(SCFM) (*1) (SCFM) (*1)
0.402 11.5
0.245 7
0.315 9
0.385 11 0.403 11.5
0.805 23
0.455 13
0.595 17
0.910 26 0.805 23
0.368 10.5 0.595 17
1.610 46
0.945 27
1.190 34
1.400 40 1.610 46
0.735 21 1.190 34
1.330 38 2.450 70
1.260 36 1.650 47
1.750 50 2.450 70
0.945 27 1.650 47
*1. r/min (ANR)
*2. Secure pressure supply as listed when the vacuum ejector is in
operation. (Take pressure drop into account.)
11
Vacuum Ejector
VSK Type
Vacuum switch with LED
Specification Equipped with 2-point output switch (-NW) Equipped with analog output switch (-NA) Equipped with 2-point output switch (-PW) Equipped with analog output switch (-PA)
Current consumption
40mA max.
Pressure detection
Diffused metaloxide semiconductive pressure transducer
Service pressure range
0∼-29.5in. Hg (0∼-100kPa)
Pressure setting range
0∼-29.3in. Hg (0∼-99kPa)
Proof pressure
29psi (200kPa)
Storage temperature range
-4∼176,/-20∼80℃ (atomospheric pressure, humidity less than 60％RH)
Operating temperature range
32∼122,/0∼50℃ (no freezing)
Operating hummidity range
35∼85％RH (no freezing)
Power requirements
DC12∼24V±10% Ripple (P-P)10% max.
Protective structure
IEC standard IP40 equiv.
No. of pressure setting
2
1
2
1
Operating accuracy
±3％F.S. max. (at Ta=77,/25℃)
Differential response Fixed (2％F.S. max.) Variable (about 0∼15％ of set value) Fixed (2％F.S. max.) Variable (about 0∼15％ of set value)
Switch output NPN open collector output: 30V 80mA max. Residual voltage 0.8V max. PNP open collector output: Supply voltage 80mA max. Residual voltage 0.8V max.
Output voltage: 1∼5V
Output voltage: 1∼5V
Zero-point voltage: 1±0.1V
Zero-point voltage: 1±0.1V
Analog output
Span voltage: 4±0.1V
Span voltage: 4±0.1V
Output current：1mA max. (load resistance 5kΩ max.)
Output current：1mA max. (load resistance 5kΩ max.)
LIN/HYS：±0.5％F.S. max.
LIN/HYS：±0.5％F.S. max.
Response
About 2msec max.
Indication
0∼-29.5in. Hg/0∼-99kPa (2-digit red LED display)
No. of indications
About 4 times/sec
Indication accuracy
±3％F.S. ±2digit
Resolution
1digit
SW1: Red LED lighting up when pressure is above setting.
SW1: Red LED lighting up when pressure is above setting.
Operational indication
Red LED lighting up when pressure is above setting.
Red LED lighting up when pressure is above setting.
SW2: Green LED lighting up when pressure is above setting.
SW2: Green LED lighting up when pressure is above setting.
1.MODE selector switch (ME or S1 or S2) 1.MODE selector switch (ME or SW) 1.MODE selector switch (ME or S1 or S2) 1.MODE selector switch (ME or SW)
Function
2.S1 setting trimmer (2/3-turn trimmer) 2.SW setting trimmer (2/3-turn trimmer) 2.S1 setting trimmer (2/3-turn trimmer) 2.SW setting trimmer (2/3-turn trimmer)
3.S2 setting trimmer (2/3-turn trimmer) 3.HYS setting trimmer (about 0∼15％ of set value) 3.S2 setting trimmer (2/3-turn trimmer) 3.HYS setting trimmer (about 0∼15％ of set value)
Lead wire colors
Air timer-type vacuum release valve
With supply solenoid valve alone With combination of supply and release solenoid valves
24VDC
100VAC
24VDC
100VAC
Black (−: Supply solenoid valve) White (common)
Red (＋)
Blue
Red (＋: common) Blue (Supply solenoid valve)
Black (−)
White (−: Release solenoid valve) Black (Release solenoid valve)
Structure
Release time
Release air flow
Time setting method
Vacuum retention function
Combinations: B, D, F, H, K, M, S, T, W
Allowable vacuum leakage quantity
0.38in. Hg (1.3kPa)/10x max.
Note: In case of applying vacuum retantion for long period, please take
above specification into consideration.
Mechanical-type vacuum switch Specifications
Pressure detection
Diaphragm-microswitch
Pressure setting range
-5.9∼23.6in. Hg (-20∼-80kPa)
Setting mode
Stepless nut turning
Switch terminal
Common, N.O., N.C.
Accuracy
±4kPa
Differential response
4.75in. Hg (16kPa max.)
Microswitch
QJ (AM8100) Matsushita Electric or J-7 OMRON
Microswitch rating
7A 250V AC
12
Delay by timer air cylinder, poppet valve type, two-way valve
Apporx. 0.3 to 3w after closing of vacuum making solenoid
0 to 40r/x(A.N.R) (for pressure supply: 0.5MPa)
Control by the speed controller of timer air cylinder
Filter specifications
Element material
Filtering capacity
Filter area
Element replacement model
Polyvinyl formal
10μ
1130e (1.75in2)
VSG-E
Model Designation (Example)
VSK-A H 07 W
①
②
③
④
6 6 8
3 B
⑤
⑧
⑥
⑦
10 −NW
⑨
①. Port position
VSK-A: Stand-alone type connection port 2 sides
VSK-B: Stand-alone type connection port 1 sides
VSKM-: Manifold type
②. Vacuum characteristic
H: High-vacuum Middle-flow type
L: Middle-vacuum Large-flow type
E: High-vacuum Small-flow type
No code: In the case of manifold type alone
③. Nozzle diameter
Code Size
0.5a
0.02in.
0.7a
07
0.03in.
1.0a
10
0.04in.
1.2a
12
0.05in.
No code
05
H type
L type
E type
Vacuum level and vacuum flow Vacuum level and vacuum flow Vacuum level and vacuum flow
-26.8in. Hg (-90kPa) -19.7in. Hg (-66kPa)
−
0.25SCFM (7r/x(ANR)) 0.39SCFM (11r/x(ANR))
-27.6in. Hg (-93kPa) -19.7in. Hg (-66kPa) -26.8in. Hg (-90kPa)
0.46SCFM (13r/x(ANR)) 0.91SCFM (26r/x(ANR)) 0.37SCFM (10.5r/x(ANR))
-27.6in. Hg (-93kPa) -19.7in. Hg (-66kPa) -26.8in. Hg (-90kPa)
0.95SCFM (27r/x(ANR)) 1.40SCFM (40r/x(ANR)) 0.74SCFM (21r/x(ANR))
-27.6in. Hg (-93kPa) -19.7in. Hg (-66kPa) -26.8in. Hg (-90kPa)
1.33SCFM (38r/x(ANR)) 1.75SCFM (50r/x(ANR)) 0.95SCFM (27r/x(ANR))
In the case of manifold type alone
*Air supply pressure is 0.5MPa (psi) for H and L types or 0.35MPa (psi) for E type.
Filter
A
B
C
D
E
F
G
H
J
K
L
M
P
Q
R
S
T
W
No code
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
Vacuum making Check Mechanical Electronic Air timer type Solenoid valve type
solenoid valve valve vacuum switch vacuum switch vacuum release valve vacuum release valve
−
−
−
−
−
−
−
○
−
−
−
−
−
−
○
−
−
−
−
○
○
−
−
−
−
−
−
○
−
−
−
○
−
○
−
−
○
−
−
−
−
−
○
○
−
−
−
−
○
−
○
−
−
−
○
○
○
−
−
−
○
−
−
○
−
−
○
○
−
○
−
−
○
−
−
−
○
−
○
−
○
−
○
−
○
−
−
○
○
−
○
−
−
−
−
○
○
−
○
−
−
○
○
−
−
○
−
○
In the case of manifold type alone
6
φ6a
8
φ8a
■Stand-alone type
Code
4
6
Dia.
φ4a φ6a
8
φ8a
3C
7C
9C
φ5/32in. φ1/4in. φ5/16in.
*For the port of φ4mm, the nozzle size is 0.5mm and 0.7mm.
■Manifold type (VSKM)
Port position
Straight
Elbow
R side only 16
18
10
12
48
40
42
Both side 26
28
20
22
58
50
52
L side only 36
38
30
32
68
60
62
Dia.
φ6a φ8a φ10a φ12a φ8a φ10a φ12a
Port position
R side only
Both side
L side only
Dia.
R7C
W7C
L7C
φ1/4in.
Straight
R9C R11C
W9C W11C
L9C L11C
φ5/16in. φ3/8in.
R13C
W13C
L13C
φ1/2in.
R9L
W9L
L9L
φ5/16in.
Elbow
R11L
W11L
L11L
φ3/8in.
R13L
W13L
L13L
φ1/2in.
No code: Applicable to a manifold installation top-mounting
unit alone.
⑦. Exhaust port (tube dia.)
Code
S
8
8L
Specification Silencer attached φ8 straight tube fitting (concentrated exhaust type) φ8 elbow tube fitting (concentrated exhaust type)
Code
9C
9L
Specification φ5/16in. straight tube fitting (concentrated exhaust type) φ5/16in. elbow tube fitting (concentrated exhaust type)
■Manifold type (VSKM)
Open to air
Concentrated exhaust
Port position Silencer Straight tube fitting Elbow tube fitting Female thread
R side only S1 18 10 12 48 40 42 72 73 74
Both side S2 28 20 22 58 50 52 82 83 84
L side only S3 38 30 32 68 60 62 92 93 94
Size
− φ8a φ10a φ12a φ8a φ10a φ12a Rc1/4 Rc3/8 Rc1/2
Open to air
Concentrated exhaust
Port position Silencer Straight tube fitting Elbow tube fitting Female thread
R side only S1 R9C R11C R13C R9L R11L R13L R8N R10N R12N
Both side S2 W9C W11C W13C W9L W11L W13L W8N W10N W12N
L side only S3 L9C L11C L13C L9L L11L L13L L8N L10N L12N
Size
− φ5/16in. φ3/8in. φ1/2in. φ5/16in. φ3/8in. φ1/2in. NPT1/4 NPT3/8 NPT1/2
No code: Applicable to a manifold installation top-mounting
⑧. Solenoid valve type
■Stand-alone type
4
φ4a
⑥. Air supply port (tube dia.)
unit alone.
⑤. Vacuum port (tube dia.)
Code
Dia.
⑪
■Stand-alone type
④. Combinations (18 types)
Code
⑩
3C
7C
9C
φ5/32in. φ1/4in. φ5/16in.
*For the port of φ4mm, the nozzle size is 0.5mm and 0.7mm.
■Manifold type (VSKM)
Port position
Side (straight)
Upper plane (straight)
Code
S4
S6
S8
PP
T4
T6
T8
Dia.
φ4a φ6a φ8a Plug φ4a φ6a φ8a
Port position
Side (straight)
Upper plane (straight)
Code
S3C S7C S9C PP T3C T7C T9C
Dia.
φ5/32in. φ1/4in. φ5/16in. Plug φ5/32in. φ1/4in. φ5/16in.
00: Applicable to a manifold installation top-mounting unit
alone, with the port to be installed on the side.
Code
Voltage
3
24V DC
1
100V AC
⑨. Valve type
A: Normally open type
B: Normally closed type
⑩. No. of manifold (Code is entered only in the case of manifold)
Code
No. of manifold
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
*Special-order for those with 11 or more manifold.
⑪. Switch output
−NW: NPN open collector output with two-point output switch
−NA: NPN open collector output with analog output switch
−PW: PNP open collector output with two-point output switch
−PA: PNP open collector output with analog output switch
*Please make a entry when the Switch output of ④ (Combination: E, F, L,
M, R, W) is NPN Open Collector output.
.In case of ordering, please apply Model code in the following chart.
13
Vacuum Ejector
VSK Type
Model designation for block plate only (Example)
Model designation for nozzle set only (Example)
VSKM
MB
VSK
①
①
①
①. Code for block plate only (Code: MB)
①
NK
②
①. Vacuum characteristic
H: High-vacuum Middle-flow type
L: Middle-vacuum Large-flow type
E: High-vacuum Small-flow type (Nozzle diameter φ0.5mm is not available)
②. Nozzle diameter
Code
Dia.
14
H 05
05
φ0.5a
φ0.02in.
07
φ0.7a
φ0.03in.
10
φ1.0a
φ0.04in.
12
φ1.2a
φ0.05in.
VSK
A
Bulit-in Filter Type
VSK
E
Type
Type
Model
VSK-A□□A-□□S
VSK-A□□A-□□8(L)
VSK-B□□A-□□S
VSK-B□□A-□□8(L)
VSKM-□□A-□□□
VSKM-□□A-T…□□
VSK
B
Type
Built-in Check Valve & Filter
Type
VSK
C Type
Built-in Vacuum Switch
(Mechanical) & Filter Type
VSK-A□□E-□□S-□
VSK-A□□E-□□8(L)-□
VSK-B□□E-□□S-□
VSK-B□□E-□□8(L)-□
VSKM-□□E-□□□-□
VSKM-□□E-T…□□-□
VSK
F
Type
VSK
D Type
Built-in Vacuum Switch (Mechanical),
Check Valve & Filter Type
Model
VSK-A□□D-□□S
VSK-A□□D-□□8(L)
VSK-B□□D-□□S
VSK-B□□D-□□8(L)
VSKM-□□D-□□□
VSKM-□□D-T…□□
Type
Built-in Vacuum Switch (with LED
Display), Check Valve & Filter Type
VSK-A□□F-□□S-□
VSK-A□□F-□□8(L)-□
VSK-B□□F-□□S-□
VSK-B□□F-□□8(L)-□
VSKM-□□F-□□□-□
VSKM□□F-T…□□-□
VSK
G Type
Built-in Supply Valve & Filter
Type
VSK-A□□J-□□S-□□
VSK-A□□J-□□8(L)-□□
VSK-B□□J-□□S-□□
VSK-B□□J-□□8(L)-□□
VSKM-□□J-□□□-□□
VSKM-□□J-T…□□-□□
VSK
K
Type
VSK
H Type
Built-in Supply Valve, Check Valve &
Filter Type
Model
VSK-A□□H-□□S-□□
VSK-A□□H-□□8(L)-□□
VSK-B□□H-□□S-□□
VSK-B□□H-□□8(L)-□□
VSKM-□□H-□□□-□□
VSKM-□□H-T…□□-□□
Built-in Vacuum Switch (Mechanical),
Check Valve, Supply Valve & Filter Type
Model
VSK-A□□K-□□S-□□
VSK-A□□K-□□8(L)-□□
VSK-B□□K-□□S-□□
VSK-B□□K-□□8(L)-□□
VSKM-□□K-□□□-□□
VSKM-□□K-T…□□-□□
VSK
L Type
Model
VSK-A□□G-□□S-□□
VSK-A□□G-□□8(L)-□□
VSK-B□□G-□□S-□□
VSK-B□□G-□□8(L)-□□
VSKM-□□G-□□□-□□
VSKM-□□G-T…□□-□□
Built-in Vacuum Switch (Mechanical),
Supply Valve & Filter Type
Model
Model
Model
VSK-A□□C-□□S
VSK-A□□C-□□8(L)
VSK-B□□C-□□S
VSK-B□□C-□□8(L)
VSKM-□□C-□□□
VSKM-□□C-T…□□
VSK
J
Model
Model
VSK-A□□B-□□S
VSK-A□□B-□□8(L)
VSK-B□□B-□□S
VSK-B□□B-□□8(L)
VSKM-□□B-□□□
VSKM-□□B-T…□□
Built-in Vacuum Switch (with
LED Display) & Filter Type
Built-in Vacuum Switch (with LED
Display), Supply Valve & Filter Type
Model
VSK-A□□L-□□S-□□-□
VSK-A□□L-□□8(L)-□□-□
VSK-B□□L-□□S-□□-□
VSK-B□□L-□□8(L)-□□-□
VSKM-□□L-□□□-□□-□
VSKM-□□L-T…□□-□□-□
VSK
M Type
Built-in Vacuum Switch (with LED Display),
Check Valve, Supply Valve & Filter Type
Model
VSK-A□□M-□□S-□□-□
VSK-A□□M-□□8(L)-□□-□
VSK-B□□M-□□S-□□-□
VSK-B□□M-□□8(L)-□□-□
VSKM-□□M-□□□-□□-□
VSKM-□□M-T…□□-□□-□
15
Vacuum Ejector
VSK
P Type
VSK Type
Built-in Release Valve (Air Timer),
Supply Valve & Filter Type
VSK
T Type
Built-in Release Valve (Solenoid Valve), Vacuum Filter element for replacement
Switch (Mechanical), Supply Valve & Filter Type
MO
DE
SW
ME
1
SW
2
S2
S1
Filter element
Model
VSK-A□□P-□□S-□□
VSK-A□□P-□□8(L)-□□
VSK-B□□P-□□S-□□
VSK-B□□P-□□8(L)-□□
VSKM-□□P-□□□-□□
VSKM-□□P-T…□□-□□
VSK
Q Type
Built-in Release Valve (Air Timer), Vacuum
Switch (Mechanical), Supply Valve & Filter Type
Model
VSK-A□□T-□□S-□□
VSK-A□□T-□□8(L)-□□
VSK-B□□T-□□S-□□
VSK-B□□T-□□8(L)-□□
VSKM-□□T-□□□-□□
VSKM-□□T-T…□□-□□
VSK
W Type
;
;;
Model Designation
VSG-E
Built-in Release Valve (Solenoid Valve), Vacuum
Switch (with LED Display), Supply Valve & Filter Type Silencer element for replacement
Silencer element
Lock pin
Model
VSK-A□□Q-□□S-□□
VSK-A□□Q-□□8(L)-□□
VSK-B□□Q-□□S-□□
VSK-B□□Q-□□8(L)-□□
VSKM-□□Q-□□□-□□
VSKM-□□Q-T…□□-□□
VSK
R Type
Built-in Release Valve (Air Timer), Vacuum Switch
(with LED Display), Supply Valve & Filter Type
Model
VSK-A□□W-□□S-□□-□
VSK-A□□W-□□8(L)-□□-□
VSK-B□□W-□□S-□□-□
VSK-B□□W-□□8(L)-□□-□
VSKM-□□W-□□□-□□-□
VSKM-□□W-T…□□-□□-□
Manifold only
Model Designation
VSK-SE
Silencer element for replacement (VSKM)
DE
MO
1
SW
ME
2
SW
S2
S1
DE
MO
1
SW
ME
2
SW
S2
S1
D
MO
W1
ES
ME
Model
VSK-A□□R-□□S-□□-□
VSK-A□□R-□□8(L)-□□-□
VSK-B□□R-□□S-□□-□
VSK-B□□R-□□8(L)-□□-□
VSKM-□□R-□□□-□□-□
VSKM-□□R-T…□□-□□-□
VSK
S Type
Built-in Release Valve (Solenoid
Valve), Supply Valve & Filter Type
Manifold type (No. of manifold)
Twofold
Threefold
Fourfold
Fivefold
Sixfold
Sevenfold
Eightfold
Ninefold
Tenfold
Silencer
element
set
*Please be reminded that the Block plate is not
included in the price.
Block plate (for manifold)
Model
VSK-A□□S-□□S-□□
VSK-A□□S-□□8(L)-□□
VSK-B□□S-□□S-□□
VSK-B□□S-□□8(L)-□□
VSKM-□□S-□□□-□□
VSKM-□□S-T…□□-□□
16
2
SW
S2
S1
Block plate (1 piece)
VSKM-MB
Model Designation
VSKM-SK
Quick Fitting Type Vacuum System
Vacuum System
VSJ Type
Package: 1pc. in a bag
■By newly added pressure adjusting function to flow adjusting function, it enables to prevent works from being blown away.
■A relief mechanism built into the circuit which breaks the vacuum (extra pressure is relieved) realizes shorter vacuum
release time.
■A variety of features allows this vacuum unit to respond to diverse needs. (ejector system-compatible vacuum generation
unit, vacuum pump system-compatible unit).
■A manifold-type vacuum unit can realize savings vis-a-vis pipe work. Concerning the pipe lead-out direction, two types are
available-front lead-out type and rear lead-out type; choice depends on the place of installation.
■Supply valves are available in three different types-double solenoid type (retention type), normally closed type (always
closed) and normally open type (always open). Of the three, double solenoid type (retention type) is optimal for applications
where the vacuum is generated only for a short period of time.
■LED vacuum switches allow for clearer visual recognition. Two types of vacuum switches are available-two-point output
and analog output-with selection depending on the desired application. For wiring, a connector method is adopted to
enhance the ease of designing the wiring layout.
■Four standard nozzle diameters are available-05, 07, 10 and 12.
●Ejector system-compatible type
●Vacuum pump system-compatible type
Vacuum Pad
Vacuum pump Vacuum air
Vacuum Pad
Pressure air
Vacuum air
Vacuum air
Compressor
Compressor
Vacuum release air
With Ejector system-compatible type, compact vacuum system
can be realized.
Pressure air
Vacuum release air
Please apply Vacuum pump system-compatible type in case of
requiring large quantity of vacuum air or long period of vacuum
generation.
Specifications (Supply pressure)
Solenoid valve specifications (Vacuum making, vacuum release)
Type
Fluid admitted
Service pressure range
Service temperature range
Working vacuum range
■Pilot Valve
Item
Vacuum making solenoid valve Vacuum release solenoid valve
Operating system
Direct operation
Valve construction
Elastic seal, poppet valve
Voltage rating 24VDC 100VAC 24VDC 100VAC
Allowable voltage range 24VDC±10% 100VAC±10% 24VDC±10% 100VAC±10%
Surge limiting circuit
Diode
Bridge diode
Diode
Bridge diode
Power consumption 1.2W (with LED) 1.5VA (with LED) 1.2W (with LED) 1.5VA (with LED)
Manual operation
Push-button system of non-lock type
Operational indication Red LED lighting up when coil excitation is in operation.
Connector type (cable length: 300a/11.81in.)
Wiring method Red: 24VDC
Red: 24VDC
Blue
Blue
Black: COM
Black: COM
Ejector system-compatible type
Air
43.5∼102psi (0.3∼0.7MPa)
41∼122, (5∼50℃)
−
Vacuum pump system-compatible type
Air
43.5∼102psi (0.3∼0.7MPa)
41∼122, (5∼50℃)
0∼-29.8in. Hg (0∼-101kPa)
Generator characteristics
■H type (High-vacuum Middle-flow type)
Nozzle dia. Final vacuum Suction flow Consumption
(in.) (a) (in. Hg) (kPa) (SCFM) (r/x(ANR)) (SCFM) (r/x(ANR))
0.02 0.5 -26.7 -90.4 0.25
7
0.40 11.5
0.03 0.7 -27.5 -93.1 0.46 13 0.81 23
0.04 1.0 -27.5 -93.1 0.95 27 1.61 46
0.05 1.2 -27.5 -93.1 1.33 38 2.45 70
■L type (Middle-vacuum Large-flow type)
Nozzle dia. Final vacuum Suction flow Consumption
(in.) (a) (in. Hg) (kPa) (SCFM) (r/x(ANR)) (SCFM) (r/x(ANR))
0.02 0.5 -19.6 -66.5 0.39 11 0.40 11.5
0.03 0.7 -19.6 -66.5 0.91 26 0.81 23
0.04 1.0 -19.6 -66.5 1.40 40 1.61 46
0.05 1.2
−
−
−
−
−
−
■E type (High-vacuum Small-flow type)
Nozzle dia. Final vacuum Suction flow Consumption
(in.) (a) (in. Hg) (kPa) (SCFM) (r/x(ANR)) (SCFM) (r/x(ANR))
0.02 0.5
−
−
−
−
−
−
0.03 0.7 -26.7 -90.4 0.37 10.5 0.60 17
0.04 1.0 -26.7 -90.4 0.74 21 1.19 34
0.05 1.2 -26.7 -90.4 0.95 27 1.65 47
■Changing Valve
Item
Vacuum making solenoid valve Vacuum release solenoid valve
Operating system
Pneumatic operation by pilot valve
Valve construction
Elastic seal, poppet valve
Proof pressure
152.3psi (1.05MPa)
Valve type Double solenoid (retention type), Normally closed, Normally open
Normally closed
Min. excitation time 50mw (Double solenoid type only)
Lubrication
Not required
Effective Air supply port diameter
1e (Cv: 0.05)
sectional area φ4: 3.5e (Cv: 0.19), φ6: 5e (Cv: 0.27)
17
Vacuum System
VSJ Type
Vacuum release function
Vacuum switch with LED
Vacuum release air flow 0∼1.75SCFM (0∼50r/x(ANR)) (air supply pressure is 72.5psi/0.5MPa)
Structure of vacuum release air relief valves
Elastic seal, poppet valve
Relief pressure setting range 0.73∼7.3psi (0.005∼0.05MPa)
Specification Equipped with 2-point output switch (-W) Equipped with analog output switch (-A)
-14.8in. Hg/-50kPa (SW1)
Set value at shipment
-14.8in. Hg/-50kPa
-3.0in. Hg/-10kPa (SW2)
Current consumption
40mA max.
Pressure detection Diffused semiconduction pressure switch
Service pressure range
0∼-29.5in. Hg (0∼-100kPa)
Pressure setting range
0∼-29.3in. Hg (0∼-99kPa)
Proof pressure
29psi (0.2MPa)
Storage temperature range -4∼176,/-20∼80℃ (atomospheric pressure, humidity less than 60％RH)
Operating temperature range 32∼122,/0∼50℃ (no freezing)
Operating hummidity range
35∼85％RH (no freezing)
Power requirements DC12∼24V±10% Ripple (P-P)10% max.
Protective structure
IEC standard IP40 equiv.
No. of pressure setting
2
1
Operating accuracy ±3％F.S. max. (at Ta=77,/25℃)
Differential response Fixed (2％F.S. max.) Variable (about 0∼15％ of set value)
Switch output NPN open collector output: 30V 80mA max. Residual valtage 0.8V max.
Output voltage: 1∼5V
Zero-point voltage: 1±0.1V
Analog output
Span voltage: 4±0.1V
Output current：1mA max. (load resistance 5kΩ max.)
LIN/HYS：±0.5％F.S. max.
Response
1msec max.
Indication
0∼-29.5in. Hg/0∼-99kPa (2-digit red LED display)
No. of indications
About 4 times/sec
Indication accuracy
±3％F.S. ±2digit
Resolution
1digit
SW1: Red LED lighting up when pressure is above setting.
Operational indication
Red LED lighting up when pressure is above setting.
SW2: Green LED lighting up when pressure is above setting.
1.MODE selector switch (ME or S1 or S2) 1.MODE selector switch (ME or SW)
Function
2.S1 setting trimmer (2/3-turn trimmer) 2.SW setting trimmer (2/3-turn trimmer)
3.S2 setting trimmer (2/3-turn trimmer) 3.HYS setting trimmer (about 0∼15％ of set value)
Filter specification
Element material
Filtering capacity
Filter surface area
Replacement element
model designation
PVF (polyvinyl formal)
10∫
1130e (1.75in2.)
For vacuum air: VSJ-VE
For vacuum release air: VSJ-PE
！ Warning
1. For the operation of the valve, make certain that the leakage current is less than 1mA. Leakage current larger than that may cause malfunction.
2. This Vacuum Generator with hold function permits some vacuum leakage, so provide an appropriate safety means where vacuum must be held for long
time.
3. Long continuous power supply to the pilot valve may raise the temperature of the coil. Heat may cause burns or affect the surrounding equipment
adversely. Consult CKD about such applications.
4. A model with retention type air supply valve (refer to as double solenoid type), must confirm position of change valve by sending signal to or by manually
operation of pilot solenoid valve when re-supplying pilot air after shut down once or initial setting because the change valve is placed at neutral position.
！ Caution
1. In order to avoid disconnection and/or damage to the connectors, do not allow the pilot valve and vacuum switch lead wires to be pulled or bent.
2. In respect to manifold specifications, performance deterioration or adverse effects may possibly be produced on the vacuum ports of other stations
depending on the number of manifold series used and/or combinations of installed units. Discretion is therefore to be used in this respect. Consult us if
problems arise.
3. Compressed air contains a variety of foreign matter (such as water, oxidized oils, and mineral tar among others). Since foreign matter substantially
reduces the performance of this equipment, air quality should be enhanced by dehumidification via after-coolers or dryers.
4. Do not use lubricators.
5. Do not use this equipment near corrosive and/or flammable gases. Do not use this equipment for the handling of fluids.
6. When replacing vacuum port cartridge joints, first remove any foreign matter clinging to them and the surrounding areas, then firmly insert pins into joints.
7. When replacing supply port joint blocks, confirm that their packing is in place, then remove foreign matter from surrounding areas and tighten screws
according to the prescribed torque.
8. As the series number of manifolds increases, trouble, such as the lowering of vacuum performance due to an insufficient supply of air and/or insuffient
exhaust port capacity, exhaust air flowing directly into vacuum ports and others such problems may possibly be encountered. Consult us on this matter,
since simultaneous activation-allowable series numbers differ according to each unit's vacuum performance.
18
Model Designation of ejector system-compatible type (Example)
VSJ
①
H 07 B
6
6 8
3
①
④
⑤
⑦
②
③
⑥
W
⑧
⑨
⑩
①. Vacuum characteristic
H: High-vacuum Middle-flow type
L: Middle-vacuum Large-flow type
E: High-vacuum Small-flow type
②. Nozzle diameter
Code
05
07
10
12
00
⑤. Air supply port (tube dia.)
Code
Dia.
6
φ6a
8
10
φ8a (*2) φ10a (*2)
⑥. Exhaust port
Open to air
Silencer
S
−
Code
Dia.
Concentrated exhaust
Quick-fitting joint
8
10
φ8a
φ10a (*1)
*1. Manifold type only
⑦. Solenoid valve type
Code
Working voltage
3
24VDC
1
100VAC
⑧. No. of manifold (Code is entered only in the case of manifold)
Code
No. of manifold
③. Vacuum-generating solenoid valve valve-unit type
D: Double solenoid type (retention type)
B: Normally closed type
A: Normally open type
④. Vacuum port (tube dia.)
4
φ4a
6
φ6a
*1. Stand-alone type only
*2. Manifold type only
Nozzle
H type
L type
E type
diameter Final vacuum Suction flow Air consumption Final vacuum Suction flow Air consumption Final vacuum Suction flow Air consumption
(in.) (in. Hg) (SCFM) (SCFM) (in. Hg) (SCFM) (SCFM) (in. Hg) (SCFM) (SCFM)
(a) (kPa) (r/x(ANR)) (r/x(ANR)) (kPa) (r/x(ANR)) (r/x(ANR)) (kPa) (r/x(ANR)) (r/x(ANR))
0.02 -26.7 0.25 0.40 -19.6 0.39 0.49 −
−
−
0.5 -90.4 7 11.5 -66.5 11 11.5 −
−
−
0.03 -27.5 0.46 0.81 -19.6 0.91 0.81 -26.7 0.37 0.60
23 -66.5 26
23 -90.4 10.5 17
0.7 -93.1 13
0.04 -27.5 0.95 1.61 -19.6 1.40 1.61 -26.7 0.74 1.19
46 -66.5 40
46 -90.4 21
34
1.0 -93.1 27
0.05 -27.5 1.33 2.45 −
−
− -26.7 0.95 1.65
70
47
1.2 -93.1 38
−
−
− -90.4 27
With manifold types, when ejectors are mounted in combination with each vacuum characteristic. (Details should be described in Specification form.)
Code
Dia.
4
φ4a (*1)
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
⑨. Lead-out direction of concentrated piping (Code is entered only in the case of manifold)
Code
Lead-out direction
A
Vacuum port side
B
Supply port side
⑩. Vacuum switches (NPN Open collector)
W: With 2-point output switch
A: With analog output switch
No code: Without vacuum switch
8
φ8a
Model Designation of vacuum pump system-compatible type (Example)
VSJP
A
6 6
①
①
②
③
④
6
3
⑤
⑥
W
⑦
⑧
①. Vacuum-generating solenoid valve valve-unit type
D: Double solenoid type (retention type)
B: Normally closed type
A: Normally open type
②. Vacuum port (tube dia.)
Code
Dia.
4
φ4a
6
φ6a
4
φ4a (*1)
6
φ6a
④. Exhaust port (tube dia.) (Code is entered only in the case of manifold)
6
φ6a
Code
Working voltage
3
24VDC
1
100VAC
⑦. No. of manifold (Code is entered only in the case of manifold)
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
⑧. Lead-out direction of concentrated piping (Code is entered only in the case of manifold)
8
10
φ8a (*2) φ10a (*2)
*1. Stand-alone type only
*2. Manifold type only
Code
Dia.
⑥. Solenoid valve type
Code
No. of manifold
8
φ8a
③. Air supply port (tube dia.)
Code
Dia.
⑨
8
φ8a
10
φ10a
Code
Lead-out direction
A
Vacuum port side
B
Supply port side
⑨. Vacuum switches (NPN Open collector)
W: With 2-point output switch
A: With analog output switch
No code: Without vacuum switch
⑤. Vacuum supply port (tube dia.)
Code
Dia.
4
φ4a (*1)
6
φ6a
8
10
φ8a (*2) φ10a (*2)
*1. Stand-alone type only
*2. Manifold type only
19
Vacuum System
VSJ Type
Ejector system-compatible type
VSJ
Concentrated Exhaust,
Wire lead-out Direction: from above
VSJ
Model
VSJ-□□□-□□8-□
VSJ
Vacuum pump system-compatible type
Concentrated Exhaust, with Vacuum Switch
Wire lead-out Direction: from above
VSJP
Model
Model
VSJ-□□□-□□8-□-□
Open to air,
Wire lead-out Direction: from above
Model
VSJ-□□□-□□S-□
Wire lead-out Direction: from above
VSJ
VSJP-□-□□□-□
Open to air, with Vacuum Switch
Wire lead-out Direction: from above
VSJP
with Vacuum Switch
Wire lead-out Direction: from above
Model
Model
VSJ-□□□-□□S-□-□
VSJP-□-□□□-□-□
Manifold type
Replace Element list
No. of manifold
2 units
3 units
4 units
5 units
6 units
7 units
8 units
9 units
10 units
Model: VSB-EA Silencer element
Model: VSJ-EC for ejectors
Filter element for Model: VSG-E
vacuum units
Model: VSJ-PE
MODE SW1 SW2
kPa
MES1 S1
P
V
Element
Silencer element for ejectors
Filter element for vacuum units
20
Model
VSJ-EC
VSB-EA
VSG-E
VSJ-PE
Quick Fitting Type System
Vacuum System
VSX Type
Package: 1pc. in a bag
■A light weight and compact vacuum unit meeting market needs.
■Supply valves are of the normally closed type (always closed) and the double solenoid type for energy saving (retention
type). The responce characteristics of each type are maximized, to realize a high-cycle vacuum system.
■The ejector system-compatible and vacuum pump system-compatible units are provided, to suit wide variety of vacuum
system uses.
■Regarding fixing method, the vacuum system VSX types are either of the direct mount type (to be fixed at the side by a
screw etc.), or of the DIN rail mount type (permitting installation on a DIN rail). Choose between these types according to
use.
■Some vacuum switches are provided with LED pressure indicators to enhance visibility; and others with only analog
outputs for cost saving. Vacuum switches with LED pressure indicators are provided either with two-point outputs, or with
analog outputs. Choose among these types according to use and cost requirements. Connectors are used for wiring to
enable easy wiring layout.
■The nozzle diameter is 0.5mm, 0.7mm or 1.0mm.
;;
*The above weight is as the value for an ejector system-compatible unit with a pressure sensor (concentrated exhaust type, provided with
LED pressure indicator).
■By adopting a three-way vacuum supply main valve, the time
required to shift from a vacuum to atmospheric pressure (vacuum
release time) has been drastically reduced. (Since the
conventional two-way valve (VSXP-D type) operates to maintain
the vacuum immediately after the main valve is shut off, only
vacuum release air contributes to releasing vacuum. In the newly
commercialized three-port specification (VSXP-T type), however,
the atmospheric pressure is introduced on shutting off the main
valve to release vacuum using the atmospheric pressure plus
vacuum releasing air.)
■Up to 10 manifolds can be installed.
Pilot valve
signal
OFF
Vacuum releasing through the atmospheric pressure
and vacuum releasing air (VSXP-T type)
Vacuum
Vacuum releasing through vacuum
releasing air (VSXP type)
Atmospheric
pressure
→Time
Time required to shift from a vacuum to atmospheric pressure
(vacuum release time)
In case of ejector system-compatible unit
Vacuum making solenoid valve
Vacuum switch (with LED indicator)
Vacuum release solenoid valve
Filter regulator
Filter
Vacuum release flow amount adjusting needle
Compressor
Vacuum pad
21
Vacuum System
VSX Type
In the case of vacuum pump system-compatible unit
Vacuum making solenoid valve
Vacuum switch (with LED indicator)
Vacuum release solenoid valve
Filter
Vacuum release flow amount adjusting needle
Pilot air supply
Vacuum pump
Vacuum pad
Solenoid valve specifications
Specifications (Supply pressure)
■Pilot valve
Vacuum making solenoid valve (VSX type)
Vacuum release solenoid valve
Item
Vacuum supply solenoid valve (VSXP, VSXP-T type)
Operating system
Direct operation
Valve construction
Elastic seal, poppet valve
Voltage rating DC24V AC100V DC24V AC100V
Allowable voltage range DC24V ±10% AC100V ±10% DC24V ±10% AC100V ±10%
Surge limiting circuit Surge absorber Bridge diode Surge absorber Bridge diode
Power consumption 1.2W (with LED) 1.5VA (with LED) 1.2W (with LED) 1.5VA (with LED)
Manual operation Push-button system of non-lock type
Operational indication Red LED lighting up when coil excitation is in operation.
Connector type (cable lenght: 19.7in./500a)
Wiring method Red: DC24V
Red: DC24V
Blue
Blue
Black: COM
Black: COM
Type
Ejector system-compatible unit
Fluid admitted
Air
Service pressure range 43.5∼102psi (0.3∼0.7MPa)
Service temperature range 41∼122, (5∼50℃)
Working vacuum range
−
■Change valve (VSX, VSXP-D type)
Vacuum making solenoid valve (VX type)
Item
Vacuum supply solenoid valve (VXP type)
Operating system
Pneumatic operation by pilot valve
Valve construction
Elastic seal, poppet valve
Proof pressure
152.3psi (1.05MPa)
Valve type
Normally closed
Lubrication
Not required
Air supply port size φ4：3.5e (Cv: 0.19)
Effective sectional area
Air supply port size φ6：4.5e (Cv: 0.24)
22
Vacuum pump system-compatible unit
Air
43.5∼102psi (0.3∼0.7MPa)
41∼122, (5∼50℃)
0∼-29.8in. Hg (0∼-101kPa)
■Change valve (VSXP-T type)
Item
Vacuum supply solenoid valve
Operating system
Pneumatic operation by pilot valve
Valve construction
Elastic seal, poppet valve
Proof pressure
152.3psi (1.05MPa)
Valve type
Normally closed
Lubrication
Not required
Air supply port size φ4：3.0e (Cv: 0.16)
Effective sectional area
Air supply port size φ6：3.6e (Cv: 0.20)
Ejector characteristics
Nozzle dia. Supply pressure Final vacuum
(in./㎜) (psi/MPa) (in. Hg/-kPa)
VSX-H05… (*1)
-26.7/90.4
0.02/0.5 71.1/0.5
VSX-L05… (*1)
-19.6/66.5
VSX-H07… (*1)
-27.5/93.1
VSX-L07…S Open to air
71.1/0.5
0.03/0.7
-19.6/66.5
VSX-L07…J Concentrated exhaust
VSX-E07… (*1)
50.8/0.35 -26.7/90.4
VSX-H10…S Open to air
-27.5/93.1
VSX-H10…J Concentrated exhaust
71.1/0.5
VSX-L10…S Open to air 0.04/1.0
-19.6/66.5
VSX-E10…S Open to air
50.8/0.35 -26.7/90.4
VSX-E10…J Concentrated exhaust
Model
Vacuum release function (VSX, VSXP type)
Suction flow
(SCFM/rr/x(ANR))
0.25/7
0.42/12
0.46/13
0.85/24
0.78/22
0.37/10.5
0.85/24
0.71/20
0.91/26
0.71/20
0.67/19
Air consumption
(SCFM/rr/x(ANR))
0.40/11.5
0.81/23
0.60/17
1.61/46
1.19/34
Vacuum switch specifications
Set value at shipment
Current consumption
Pressure detection
Service pressure range
Pressure setting range
Proof pressure
Storage temperature range
Operating temperature range
Operating humidity range
Power requirements
Protective structure
No. of pressure setting
Operating accuracy
Differential response
Switch output
Analog output
Indication
No. of indications
Indication accuracy
Resolution
Operational indication
Function
*1.Value for a supply pressure of 0.5MPa.
*2.Note that in the case of double solenoid type, it is impossible to meet specifications on
valve response if the flow rate is outside the above range.
*3.The vacuum release air flow depends on factors such as the diameter and length of
the vacuum side piping (piping resistence).
Vacuum release function (VSXP-T type)
Valve type
Vacuum release air flow
Normally closed 0∼0.12SCFM (0∼3.5r/x(ANR))
*1.Value for a supply pressure of 0.5MPa.
*2.The vacuum release air flow depends on factors such as the diameter and length of
the vacuum side piping (piping resistence).
*1. Open to air/concentrated exhaust
Specification
Valve type
Vacuum release air flow
Normally closed 0∼0.26SCFM (0∼7.5r/x(ANR))
Double solenoid 0.01∼0.07SCFM (0.2∼2r/x(ANR))
Vacuum switch with LED pressure indicator Vacuum switch with no indicator
Equipped with 2-point output switch (-DW) Equipped with analog output switch (-DA) Analog output only (-A0)
-14.8in. Hg (SW1)､-3.0in. Hg (SW2) -14.8in. Hg/-50kPa
40mA max.
15mA max.
Diffused semiconduction pressure switch
0∼-29.5in. Hg (-100∼0kPa)
-29.3∼0in. Hg (-99∼0kPa)
29psi (0.2MPa)
-4∼176,/-20∼80℃ (Atmospheric pressure, humidity less than 60％RH)
32∼122,/0∼50℃ (No freezing)
35∼85％RH (No freezing)
DC12∼24V±10% Ripple (P-P)10％ max.
IEC standard IP40 equiv.
2
1
±3％F.S. max. (at Ta=25℃)
Fixed (2%F.S. max.) Variable (about 0∼15%F.S. max.)
NPN open collector output: 30V 80mA max. Residual voltage 0.8V max.
Output voltage: 1∼5V
Zero-point voltage: 1±0.1V
Span voltage: 4±0.1V
Output current: 1mA max. (Load resistance 5kΩ max.)
LIN/HYS：±0.5%F.S. max. LIN/HYS：±0.5%F.S. max.
0∼-29.5in. Hg/0∼-99kPa (2-digit Red LED display)
About 4 time/sec
±3％F.S. ±2digit
1digit
SW1: Red LED lighting up when
Red LED lighting
pressure is above setting
up when pressure
SW2: Green LED lighting up when
is above setting
pressure is above setting
1. Mode selector switch 1. Mode selector switch
(ME or S1 or S2)
(ME or SW)
2. S1 setting trimmer
2. SW setting trimmer
(2/3-turn trimmer)
(2/3-turn trimmer)
3. S2 setting trimmer
3. HYS setting trimmer
(2/3-turn trimmer)
(about 0∼15％ of set value)
Filter specifications
Element material
Filtering capacity
Filter surface area
Replacement element Model Designation
PVF (Polyvinyl formal)
10∫
502e (0.78in2)
VSX-E
！ Warning
1. For the operation of the valve, make certain that the leakage current is less
than 1mA. Leakage current larger than that may cause malfunction.
2. Vacuum pump system-compatible unit, two-port specification (VSXP type),
with vacuum hold function permits vacuum leakage; therefore, provide an
appropriate safe means whereby vacuum may be held for a long time. Note
that the three-port unit (VSXP-T type) has no vacuum hold function.
3. Long continuous power supply to the pilot valve may raise the temperature
of the coil. Heat may cause burns or affect the surrounding equipment
adversely. Consult CKD about such applications.
4. A model with retention type air supply valve (refer to as double solenoid
type), VSX-□□D-…, must confirm position of change valve by sending
signal to or by manually operation of pilot solenoid valve when re-supplying
pilot air after shut down once or initial setting because the change valve is
placed at neutral position.
5. If the unit may be vibrated or shocked when using the DIN rail type, fix it on
both sides using commercially available DIN rail fittings to ensure security.
6. Before attaching the unit to or detaching it from the manifold, shut off the air
supply and evacuate the remaining pressure completely.
7. After mounting the unit on the manifold, insert the lock lever as far as it goes
and secure it with a screw. Vibration may cause the lock lever to disengage;
this may cause the unit to jump out.
！ Caution
1. In order to avoid disconnection and/or damage to the connectors, do not
allow the pilot valve and vacuum switch lead wires to be pulled or bent.
2. Compressed air contains a variety of foreign matter (such as water, oxidized
oils, and mineral tar among others). Since foreign matter substantially
reduces the performance of the unit, air quality should be enhanced by
dehumidification via after-coolers or dryers.
3. Rust on piping may cause malfunction. Accordingly, install a filter (5µm) in
the portion directly leading to the supply port. It is advisable to flush the pipe
interior before use, and subsequently at appropriate intervals.
4. Do not use this equipment near corrosive and/or flammable gases. Do not
use this equipment for the handling of fluids.
5. When replacing the cartridge joint of the supply (PS, PV) port, remove any
foreign matter attached to the seal, and insert the fixing pin correctly.
6. When replacing the cartridge joint of the vacuum (V) port, make sure that
the wind packing has not been detached. Then, remove any foreign matter
attached to the seal, and fix the screw correctly at the specified torque.
7. Before mounting the unit on the manifold, always make sure that the O-rings
on the air supply (vacuum supply) port and exhaust (air supply) port are not
missing or pushed off.
23
Vacuum System
VSX Type
Model Designation of ejector system-compatible unit (Example)
VSX
①
H 05 D
4 4 S
3
A0
D
①
④
⑦
⑧
⑨
②
③
⑤
⑥
①. Vacuum characteristics
H: High-vacuum Middle-flow type
L: Middle-vacuum Large-flow type
E: High-vacuum Small-flow type
②. Nozzle diameter
Code
05
07
10
Nozzle
dia.
(in./a)
φ0.02/φ0.5
φ0.03/φ0.7
φ0.04/φ1.0
H type
Vacuum level Suction flow
(in. Hg/-kPa) (SCFM/r/x(ANR))
-26.7/90.4 0.25/7(7)
-27.5/93.1 0.46/13(13)
-27.5/93.1 0.95(0.71)/27(20)
⑥. Exhaust (R) method
Code
Tube dia. (a)
L type
Vacuum level Suction flow
(in. Hg/-kPa) (SCFM/r/x(ANR))
-19.6/66.5 0.39/11(11)
-19.6/66.5 0.85(0.78)/24(22)
-19.6/66.5 0.91/26
E type
Vacuum level Suction flow
(in. Hg/-kPa) (SCFM/r/x(ANR))
−
−
-26.7/90.4 0.37/10.5(10.5)
-26.7/90.4 0.71(0.67)/20(19)
*1. The supply pressure for H and L types is 0.5MPa; and that for E type is 0.35MPa.
*2. The suction flow rates shown in parentheses are those for the concentrated exhaust
type.
③. Valve type
B: Normally closed type
D: Double solenoid type (retention type)
④. Vacuum (V) port size
Code
Tube dia. (a)
Open to air type
S
−
Concentrated exhaust type
J
φ6a
*For L (middle-vacuum large-flow) type (nozzle diameter: 1.0mm), no setting is provided
for the concentrated exhaust type.
⑦. Solenoid valve type
Code
Voltage
3
24VDC
1
100VAC
⑧. Vacuum switches (NPN Open collector)
Code
DW
DA
A0
No code
Specifications for vacuum switches
Pressure sensor with LED pressure indicator (two-point switch output)
Pressure sensor with LED pressure indicator (analog and switch output)
Analog output pressure sensor
Without vacuum switch
⑨. Installation method
4
φ4
6
φ6
Code
Installation method
D
DIN rail type
No code
Direct mount type
⑤. Air supply (PS) port size
Code
Tube dia. (a)
4
φ4
6
φ6
*The air supply port size is the same as that specified for the vacuum port size.
Model Designation of vacuum pump system-compatible unit (Example)
VSXP
①
D 6 6 6
3
A0
D
①
⑤
⑥
⑦
②
③
④
①. Unit designation
D: Vacuum pump system-compatible unit, two-port specification
T: Vacuum pump system-compatible unit, three-port specification
②. Vacuum (V) port size
Code
Tube dia. (a)
4
φ4
6
φ6
③. Air supply (PS) port size
Code
Tube dia. (a)
4
φ4
6
φ6
4
φ4
Code
Voltage
3
24VDC
⑥. Vacuum switches (NPN Open collector)
Code
DW
DA
A0
No code
Specifications for vacuum switches
Pressure sensor with LED pressure indicator (two-point switch output)
Pressure sensor with LED pressure indicator (analog and switch output)
Analog output pressure sensor
Without vacuum switch
6
φ6
Code
Installation method
D
DIN rail type
*For the vacuum pump system-compatible unit, no setting is provided for the double solenoid type of specifications for solenoid valves.
24
1
100VAC
⑦. Installation method
④. Vacuum supply (PV) port size
Code
Tube dia. (a)
⑤. Solenoid valve type
No code
Direct mount type
Model Designation of ejector system-compatible unit manifold type (Example)
VSXM
①
H 05 D
4 1 1
3
8
A0
①
④
⑦
⑧
⑨
②
③
⑤
⑥
①. Vacuum characteristics
H: High-vacuum Middle-flow type
L: Middle-vacuum Large-flow type
E: High-vacuum Small-flow type
②. Nozzle diameter
Code
05
07
10
Nozzle
dia.
(in./a)
φ0.02/φ0.5
φ0.03/φ0.7
φ0.04/φ1.0
H type
Vacuum level Suction flow
(in. Hg/-kPa) (SCFM/r/x(ANR))
-26.7/90.4 0.25/7(7)
-27.5/93.1 0.46/13(13)
-27.5/93.1 0.95(0.71)/27(20)
⑤. Air supply (PS) port size
Code
Tube dia. (a)
E type
Vacuum level Suction flow
(in. Hg/-kPa) (SCFM/r/x(ANR))
−
−
-26.7/90.4 0.37/10.5(10.5)
-26.7/90.4 0.71(0.67)/20(19)
③. Valve type
B: Normally closed type
D: Double solenoid type (retention type)
④. Vacuum (V) port size
4
φ4
6
φ6
8
φ8
10
φ10
10
φ10
S
Open to air type
⑥. Exhaust (R) method
L type
Vacuum level Suction flow
(in. Hg/-kPa) (SCFM/r/x(ANR))
-19.6/66.5 0.39/11(11)
-19.6/66.5 0.85(0.78)/24(22)
-19.6/66.5 0.91/26
*1. The supply pressure for H and L types is 0.5MPa; and that for E type is 0.35MPa.
*2. The suction flow rates shown in parentheses are those for the concentrated exhaust
type.
Code
Tube dia. (a)
4
φ4
Code
Tube dia. (a)
6
φ6
8
φ8
⑦. Solenoid valve type
Code
Voltage
3
24VDC
1
100VAC
⑧. Number of manifold
Code
No. of manifold
2
2
3
3
4
4
5
5
Code
No. of manifold
7
7
8
8
9
9
10
10
6
6
⑨. Vacuum switches (NPN Open collector)
6
φ6
Code
DW
DA
A0
No code
Specifications for vacuum switches
Pressure sensor with LED pressure indicator (two-point switch output)
Pressure sensor with LED pressure indicator (analog and switch output)
Analog output pressure sensor
Without vacuum switch
*When you plan to operate different stations simultaneously using the ejector system-compatible unit, consult us in advance.
Model Designation of vacuum pump system-compatible unit manifold type (Example)
VSXPM
D 4 6 1
①
①
②
③
D24
6
A0
⑤
⑥
⑦
④
①. Unit designation
D: Vacuum pump system-compatible unit, two-port specification
T: Vacuum pump system-compatible unit, three-port specification
②. Vacuum (V) port size
Code
Tube dia. (a)
4
φ4
6
φ6
③. Air supply (PS) port size
Code
Tube dia. (a)
4
φ4
6
φ6
8
φ8
10
φ10
8
φ8
10
φ10
④. Vacuum supply (PV) port size
Code
Tube dia. (a)
4
φ4
6
φ6
⑤. Solenoid valve type
Code
Voltage
D24
24VDC
A100
100VAC
⑥. Number of manifold
Code
No. of manifold
2
2
3
3
4
4
5
5
Code
No. of manifold
7
7
8
8
9
9
10
10
6
6
⑦. Vacuum switches (NPN Open collector)
Code
DW
DA
A0
No code
Specifications for vacuum switches
Pressure sensor with LED pressure indicator (two-point switch output)
Pressure sensor with LED pressure indicator (analog and switch output)
Analog output pressure sensor
Without vacuum switch
*The double solenoid type is not available for vacuum pump system-compatible units as for the single unit type.
Model Designation of manifold only for ejector system-compatible unit (Example)
VSXM
①
8 S
4
①
③
②
①. Air supply (PS) port size
Code
Tube dia. (a)
4
φ4
6
φ6
③. Number of manifold
8
φ8
10
φ10
10
φ10
S
Open to air type
②. Exhaust (EX) method
Code
Tube dia. (a)
6
φ6
8
φ8
Code
No. of manifold
2
2
3
3
4
4
5
5
Code
No. of manifold
7
7
8
8
9
9
10
10
6
6
25
VSX Type
Vacuum System
Model Designation of manifold only for vacuum pump system-compatible unit (Example)
VSXPM
8 6
5
①
③
①
②
①. Air supply (PS) port size
Code
Tube dia. (a)
4
φ4
③. Number of manifold
6
φ6
8
φ8
10
φ10
8
φ8
10
φ10
②. Exhaust (EX) method
Code
Tube dia. (a)
4
φ4
6
φ6
Code
No. of manifold
2
2
3
3
4
4
5
5
Code
No. of manifold
7
7
8
8
9
9
10
10
6
6
Model Designation of ejector system-compatible, manifold-mounted unit alone (Example)
VSXM
①
H 05 D
4
D24
A0
①
④
⑤
⑥
②
③
①. Vacuum characteristics
H: High-vacuum Middle-flow type
L: Middle-vacuum Large-flow type
E: High-vacuum Small-flow type
②. Nozzle diameter
Code
05
07
10
Nozzle
dia.
(in./a)
φ0.02/φ0.5
φ0.03/φ0.7
φ0.04/φ1.0
H type
Vacuum level Suction flow
(in. Hg/-kPa) (SCFM/r/x(ANR))
-26.7/90.4 0.25/7(7)
-27.5/93.1 0.46/13(13)
-27.5/93.1 0.95(0.71)/27(20)
⑤. Solenoid valve type
Code
Voltage
3
24VDC
1
100VAC
⑥. Vacuum switches (NPN Open collector)
L type
Vacuum level Suction flow
(in. Hg/-kPa) (SCFM/r/x(ANR))
-19.6/66.5 0.39/11(11)
-19.6/66.5 0.85(0.78)/24(22)
-19.6/66.5 0.91/26
E type
Vacuum level Suction flow
(in. Hg/-kPa) (SCFM/r/x(ANR))
−
−
-26.7/90.4 0.37/10.5(10.5)
-26.7/90.4 0.71(0.67)/20(19)
Code
DW
DA
A0
No code
Specifications for vacuum switches
Pressure sensor with LED pressure indicator (two-point switch output)
Pressure sensor with LED pressure indicator (analog and switch output)
Analog output pressure sensor
Without vacuum switch
*1. The supply pressure for H and L types is 0.5MPa; and that for E type is 0.35MPa.
*2. The suction flow rates shown in parentheses are those for the concentrated exhaust
type.
③. Valve type
B: Normally closed type
D: Double solenoid type (retention type)
④. Vacuum (V) port size
Code
Tube dia. (a)
4
φ4
6
φ6
Model Designation of vacuum pump system-compatible manifold-mounted unit alone (Example)
VSXPM
①
D 6
3
DA
①
③
④
②
①. Unit designation
D: Vacuum pump system-compatible unit, two-port specification
T: Vacuum pump system-compatible unit, three-port specification
②. Vacuum (V) port size
Code
Tube dia. (a)
4
φ4
6
φ6
④. Vacuum switches (NPN Open collector)
Code
DW
DA
A0
No code
Specifications for vacuum switches
Pressure sensor with LED pressure indicator (two-point switch output)
Pressure sensor with LED pressure indicator (analog and switch output)
Analog output pressure sensor
Without vacuum switch
③. Solenoid valve type
Code
Voltage
3
24VDC
1
100VAC
*The double solenoid type is not available for vacuum pump system-compatible units as for the single unit type.
26
Ejector system-compatible unit
Open to air, Direct mount type
VSX
Without vacuum switch
Open to air, DIN rail type
VSX
Model
VSX-□□□-□□S-□
VSX
Pressure sensor with LED pressure
indicator (two-point switch output)
VSX
Pressure sensor with LED pressure
indicator (analog and switch output)
VSX-□□□-□□S-□-D
VSX
VSX
Analog output pressure
sensor
Model
VSX-□□□-□□S-□-A0
Pressure sensor with LED pressure
indicator (two-point switch output)
VSX-□□□-□□S-□-DW-D
VSX
Pressure sensor with LED pressure
indicator (analog and switch output)
VSX-□□□-□□J-□
VSX
VSX
Analog output pressure
sensor
Model
VSX-□□□-□□S-□-A0-D
Pressure sensor with LED pressure
indicator (two-point switch output)
Model
VSX-□□□-□□J-□-DW
VSX
Model
VSX-□□□-□□S-□-DA-D
Without vacuum switch
Model
Model
Model
VSX-□□□-□□S-□-DA
VSX
Model
Model
VSX-□□□-□□S-□-DW
Without vacuum switch
Concentrated exhaust, Direct mount type
Pressure sensor with LED pressure
indicator (analog and switch output)
Model
VSX-□□□-□□J-□-DA
VSX
Analog output pressure
sensor
Model
VSX-□□□-□□J-□-A0
27
Vacuum System
VSX Type
Ejector system-compatible unit
Vacuum pump system-compatible unit, two-port specification
Concentrated exhaust, DIN rail type
VSX
Without vacuum switch
Direct mount type
VSXP-D
Without vacuum switch
Model
VSX-□□□-□□J-□-D
VSX
Pressure sensor with LED pressure
indicator (two-point switch output)
VSX
Pressure sensor with LED pressure
indicator (analog and switch output)
VSXP-D□□□-□
VSXP-D
VSX
Analog output pressure
sensor
Model
VSX-□□□-□□J-□-A0-D
28
VSXP-D□□□-□-D
Pressure sensor with LED pressure
indicator (two-point switch output)
VSXP-D□□□-□-DW
VSXP-D
VSXP-D
Pressure sensor with LED pressure
indicator (analog and switch output)
VSXP-D□□□-□-DA
Analog output pressure
sensor
Model
VSXP-D□□□-□-A0
Pressure sensor with LED pressure
indicator (two-point switch output)
Model
VSXP-D□□□-□-DW-D
VSXP-D
Model
VSXP-D
Without vacuum switch
Model
Model
Model
VSX-□□□-□□J-□-DA-D
VSXP-D
Model
Model
VSX-□□□-□□J-□-DW-D
DIN rail type
Pressure sensor with LED pressure
indicator (analog and switch output)
Model
VSXP-D□□□-□-DA-D
VSXP-D
Analog output pressure
sensor
Model
VSXP-D□□□-□-A0-D
Vacuum pump system-compatible unit, three-port specification
Direct mount type
VSXP-T
Without vacuum switch
Replacement Element
DIN rail type
VSXP-T
Filter element
Without vacuum switch
Filter element
(Model: VSX-E)
Model
Model
Model Designation
VSX-E
VSXP-T□□□-□-D
VSXP-T□□□-□
Silencer element
Direct mount type
VSXP-T
Pressure sensor with LED pressure
indicator (two-point switch output)
VSXP-T
Pressure sensor with LED pressure
indicator (two-point switch output)
Silencer element
(Model: VSX-EF,
VSX-ED)
Silencer element
(Model: VSX-SE)
Model
Model
VSXP-T□□□-□-DW
VSXP-T□□□-□-DW-D
Model Designation
VSX-SE
VSX-EF, VSX-ED
DIN rail type
VSXP-T
Pressure sensor with LED pressure
indicator (analog and switch output)
VSXP-T
Model
VSXP-T□□□-□-DA
Pressure sensor with LED pressure
indicator (analog and switch output)
Model
VSXP-T□□□-□-DA-D
Silencer element
(Model: VSX-EF,
VSX-ED)
Silencer element
(Model: VSX-SE)
Model Designation
VSX-SE
VSX-EF, VSX-ED
Valve filter element
VSXP-T
Analog output pressure
sensor
VSXP-T
Analog output pressure
sensor
Valve filter element
(Model: VSXP-E)
Model
VSXP-T□□□-□-A0
Model
Model Designation
VSXP-E
VSXP-T□□□-□-A0-D
29
Vacuum System
VSX Type
Manifold-mounted unit alone
Ejector system-compatible unit
VSXM
Without vacuum switch
Vacuum pump system-compatible unit, two-port specification Vacuum pump system-compatible unit, three-port specification
VSXPM-D
Without vacuum switch
Model
VSXM-□□□-□-□
VSXM
VSXPM-D
VSXM
Pressure sensor with LED pressure
indicator (analog and switch output)
VSXM
Analog output pressure sensor
VSXPM-D□-□-DW
VSXPM-D
30
Pressure sensor with LED pressure
indicator (two-point switch output)
Model
VSXPM-T□-□-DW
Pressure sensor with LED pressure
indicator (analog and switch output)
VSXPM-T
Pressure sensor with LED pressure
indicator (analog and switch output)
Model
VSXPM-D□-□-DA
VSXPM-D
Model
VSXPM-T□-□-DA
Analog output pressure sensor
Model
VSXM-□□□-□-□-A0
VSXPM-T
Model
Model
VSXM-□□□-□-□-DA
Model
VSXPM-T□-□
Pressure sensor with LED pressure
indicator (two-point switch output)
Model
VSXM-□□□-□-□-DW
Without vacuum switch
Model
VSXPM-D□-□
Pressure sensor with LED pressure
indicator (two-point switch output)
VSXPM-T
VSXPM-T
Analog output pressure sensor
Model
VSXPM-D□-□-A0
Model
VSXPM-T□-□-A0
Manifold only
Manifold silencer element
Tapping screw
Silencer cover
Model
Silencer element
(Model: VSXPM-SE)
Model Designation
VSXPM-SE
VSXM-□□-2 (twofold)
VSXM-□□-3 (threefold)
VSXM-□□-4 (fourfold)
VSXM-□□-5 (fivefold)
VSXM-□□-6 (sixfold)
VSXM-□□-7 (sevenfold)
VSXM-□□-8 (eightfold)
VSXM-□□-9 (ninefold)
VSXM-□□-10 (tenfold)
31
Vacuum unit for controlling large flows
Vacuum System
VSQ Type
Package: 1pc. in a bag
■ 31.5-mm wide vacuum generator is designed to optimize the control of large vacuum flows. Ejector system-compatible
units and Vacuum pump system-compatible units are available for various needs.
■ Three different types of ejector system-compatible units are available: single-nozzle type (nozzle diameter: 1.5mm,
2.0mm), two-stage nozzle type (nozzle diameter: 0.7mm, 1.0mm, 1.2mm) and twin-nozzle type.
■ The twin-nozzle type, the most durable unit for extended-duration vacuum absorption/transport applications, is controlled
by means of both large-and small-caliber nozzle. The former nozzle controls vacuum generation from start up to a
prescribed reference level of pressure, after which the latter takes over. This combination makes possible substantial
reductions in vacuum consumption.
Large/small nozzle change-over pressure adjusting trimmer
Pilot valve for large-caliber nozzle
Vacuum reference pressure
(can be set by user)
Valve timing
Pilot valve for Vacuum Release
Air consumption
Pilot valve for small-caliber nozzle
Atmospheric air
Large-caliber nozzle Small-caliber nozzle
Release flow adjusting needle
SW1
SW2
kPa
Nozzle type
T15
T20
;;
Air consumption
100
17
200
30
■ The two-stage nozzle type's vacuum suction rate has been increased by approximately 40% compared to conventional
types
Suction flow
■ The single-nozzle type is an orthodox, comprehensive vacuum generator designed to produce large vacuum flows.
■ A wide variety of valve type is standardized:
・Single-nozzle type: Normally open, Normally closed, Double type
・Two-stage nozzle type: Normally open, Normally closed type
・Twin-nozzle type: Normally closed type
・Vacuum pump system-compatible unit: Normally open, Normally closed type
32
Specifications
Solenoid valve specifications
■Common to all VSQ series vacuum generators
Unit
Ejector system-compatible unit Vacuum pump system-compatible unit
Fluid admitted
Air
44 ~ 102psi (0.3 ~ 0.7MPa)
Service pressure range
41 ~ 122°F (5 ~ 50°C)
Service temperature range
Working vacuum range
—
0 ~ -29.5in. Hg (-100 ~ 0kPa)
■Pilot valve
Operating system
Direct operation
Elastic seal, poppet valve
Valve construction
AC100V
Voltage rating
DC24V
AC100V ±10%
DC24V ±10%
Allowable voltage range
Bridge diode
Surge absorber
Surge limiting circuit
1VA
0.55W
Power consumption
Push-button system of lock type
Manual operation
Operational indication Red LED lighting up when coil excitation is in operation.
■Ejector characteristics
Nozzle dia. Pressure supply Final vacuum Suction flow Air consumption
Nozzle type
(in./mm) (psi/MPa) (in. Hg/-kPa) (SCFM/l/min(ANR)) (SCFM/l/min(ANR))
-27.5/93 2.22/63
H15
72.5/0.5
3.53/100
-19.5/66 3.35/95
L15 0.06/1.5 —
E15
50.8/0.35 -27.2/92 1.48/42 2.47/70
Single nozzle
-27.5/93 3.88/110
H20
72.5/0.5
7.06/200
-19.5/66 6.36/180
L20 0.08/2.0 —
E20
50.8/0.35 -27.2/92 2.97/84 5.30/150
1.41/40 3.53/100
0.02/0.6 0.06/1.5
T15
-27.5/93 (1.06/30) (0.60/17)
(Small-caliber) (Large-caliber)
72.5/0.5
Twin nozzle
0.03/0.8 0.08/2.0
(-27.5/93) 2.47/70 7.06/200
T20
(Small-caliber) (Large-caliber)
(1.48/42) (1.06/30)
0.85/24 0.81/23
D07 0.03/0.7 —
2-stage nozzle D10 0.04/1.0 — 72.5/0.5 -27.5/93 1.27/36 1.62/46
1.41/40 2.47/70
D12 0.05/1.2 —
*Numerical values in parentheses ( ) for twin-nozzle type vacuum generators are for
small-caliber nozzle.
■Vacuum switch
Service pressure range
-29.5 ~ 29.5in. Hg (-100 ~ 100kPa)
59.1in. Hg (200kPa)
Proof pressure
-4 ~ 158°F (-20 ~ 70°C)
Storage temperature range
14 ~ 122°F (-10 ~ 50°C)
Operating temperature range
35 ~ 85%RH
Operating humidity range
Power requirements DC12 ~ 24V ±10%, ripple P-P: 10% or less
Protective structure
IEC specification IP40-equivalent
2
Number of pressure-setting points
NPN open collector: DC30V, 100mA or less; residual voltage:
Switch output
1.2V or less (when applied with a 100mA-load current)
Differential response
0 ~ 30digit (Variable)
Within the range of ±0.3%F.S.
Accuracy of repetition
5msec max.
Response
2 1/2 digit-7-segmented LED display
Indication
About 4 times/sec
No. of indications
±1%F.S. ±1digit
Indication accuracy
Temperature characteristics ±0.3%F.S. (reference temperatures: 32 ~ 122°F (0 ~ 50°C), 77°F (25°C))
■Vacuum filter
Element material
Filtering capacity
Element surface area
Replacement element Model Designation
■Changing valve (Change-over valves for twin-nozzle units)
Item
Valves for small-caliber nozzles Valves for Large-caliber nozzles Vacuum release solenoid valve
Operating system
Pneumatic operation by pilot valve
Elastic seal, poppet valve
Valve construction
Valve type
N.C. (Normally closed) N.C. (Normally closed) N.C. (Normally closed)
Not required
Lubrication
Effective sectional area (Cv factor) 3.5mm2 (0.19) 16.5mm2 (0.89) 3.5mm2 (0.19)
■Changing valve (Change-over valves for 2-stage nozzle units)
Item
Vacuum making solenoid valve Vacuum release solenoid valve
Operating system
Pneumatic operation by pilot valve
Elastic seal, poppet valve
Valve construction
Valve type
N.C. (Normally closed), N.O. (Normally open) N.C. (Normally closed)
Not required
Lubrication
Effective sectional area (Cv factor)
3.5mm2 (0.19)
3.5mm2 (0.19)
■Changing valve (Change-over valves for single-nozzle units)
Item
Vacuum making solenoid valve Vacuum release solenoid valve
Operating system
Pneumatic operation by pilot valve
Elastic seal, poppet valve
Valve construction
Valve type
N.C. (Normally closed), N.O. (Normally open), Double solenoid N.C. (Normally closed)
Not required
Lubrication
Effective sectional area (Cv factor)
16.5mm2 (0.89)
3.5mm2 (0.19)
50msec or more
Min. excitation time
■Changing valve (Change-over valves for vacuum pump system-compatible units)
Item
Vacuum making solenoid valve Vacuum release solenoid valve
Operating system
Pneumatic operation by pilot valve
Elastic seal, poppet valve
Valve construction
Valve type
N.C. (Normally closed), N.O. (Normally open) N.C. (Normally closed)
Not required
Lubrication
Effective sectional area (Cv factor)
16.5mm2 (0.89)
3.5mm2 (0.19)
PVF (Polyvinyl formal)
10µm
1507mm2
VSQ-E
■Vacuum release function
Supply pressure
Vacuum release air flow
72.5psi (0.5MPa)
0 ~ 1.77SCFM (0 ~ 50 l/min(ANR))
33
Vacuum System
VSQ Type
Model Designation of ejector system-compatible unit (Example)
VSQ
T15 B
①
①
10 10 S
②
③
④
⑤
3
SW
⑥
⑦
①. Vacuum characteristics, Nozzle diameter
Code
H15
L15
Single
E15
nozzle
H20
type
L20
E20
Twin- T15
nozzle
type T20
2-stage D07
nozzle D10
type D12
Nozzle dia.
(in./mm)
φ0.06/φ1.5
−
φ0.06/φ1.5
−
φ0.06/φ1.5
−
φ0.08/φ2.0
−
φ0.08/φ2.0
−
φ0.08/φ2.0
−
φ0.02/φ0.6 φ0.06/φ1.5
(Small-caliber) (Large-caliber)
φ0.03/φ0.8 φ0.08/φ2.0
(Small-caliber) (Large-caliber)
φ0.03/φ0.7
−
φ0.04/φ1.0
−
φ0.05/φ1.2
−
Pressure supply Final vacuum
(psi/MPa) (in. Hg/-kPa)
-27.5/93
72.5/0.5
-19.5/66
50.8/0.35 -27.2/92
-27.5/93
72.5/0.5
-19.5/66
50.8/0.35 -27.2/92
Suction flow Air consumption
(SCFM/l/min(ANR)) (SCFM/l/min(ANR))
2.22/63
3.53/100
3.35/95
1.48/42 2.47/70
3.88/110
7.06/200
6.36/180
2.97/84 5.30/150
1.41/40 3.53/100
-27.5/93 (1.06/30) (0.06/17)
72.5/0.5
(-27.5/93) 2.47/70 7.06/200
(1.48/42) (1.06/30)
0.85/24 0.81/23
72.5/0.5 -27.5/93 1.27/36 1.62/46
1.41/40 2.47/70
④. Air supply (PS) port size
Code
6
8
10
Tube dia. (a) φ6 tube fitting φ8 tube fitting φ10 tube fitting
⑤. Exhaust (R) method
Code
Tube dia. (a)
Open to air type
S
−
Concentrated exhaust type
J
φ12 tube fitting
⑥. Pilot valve type
Code
Voltage
3
24VDC
1
100VAC
*As for twin-nozzle type, only 24VDC type is available.
⑦. Vacuum switch (NPN Open collector)
Code
Specifications for vacuum switch
SW
□31mm-width 2-point output vacuum switch
No code Without vacuum switch
*The vacuum characteristics in ( ) value for Twin-nozzle type is the value when smallcaliber is operated.
②. Valve type
B: Normally closed type
A: Normally open type
D: Double solenoid type (retention type)
*1: "Normal-close (code: B)" only when a twin-nozzle type is selected in ①.
*2: "Normal-close (code: B)" or "normal-open (code: A)" only when a 2-stage nozzle
type is selected in ①.
③. Vacuum (V) port size
Code
Tube dia. (a)
8
φ8 tube fitting
10
φ10 tube fitting
*Pilot valve's exhaust port is fitted with a ø6mm quick-fitting joint.
Model Designation of vacuum pump system-compatible unit (Example)
VSQP
①
B 10 10
3
SW
①
④
⑤
②
③
④. Pilot valve type
①. Vacuum supply valve
B: Normally closed type
A: Normally open type
Code
Voltage
②. Vacuum (V) port size
Code
Tube dia. (a)
10
φ10 tube fitting
10
φ10 tube fitting
12
φ12 tube fitting
*Pilot valve's exhaust port and air supply port are each fitted with a ø6mm quick-fitting joint.
34
1
100VAC
⑤. Vacuum switch (NPN Open collector)
12
φ12 tube fitting
③. Vacuum supply (PV) port size
Code
Tube dia. (a)
3
24VDC
Code
Specifications for vacuum switch
SW
□31mm-width 2-point output vacuum switch
No code Without vacuum switch
！ Warning
1. With VSQ series vacuum generators, the range of working temperature is limited to 41~122°F (5~50°C). Do not use VSQ series vacuum generators in any
other temperature range.
2. Heat will be generated in the coil when electricity is supplied continuously to the pilot valve for an extended period of time. As this can cause burns and
possibly have adverse impacts to peripheral equipment, we recommend that the user consult the nearest CKD sales office when electricity must be supplied
to the pilot valve for a prolonged period of time.
3. With double-solenoid types, the switch-over valve (main valve) is placed in neutral after the supply of pilot air has been suspended (the same is true when the
valve is being operated for the first time after shipment). When resuming the supply of pilot air, be sure to send a signal to the pilot valve, or conduct switchover operations manually as required.
4. When operating valves, confirm that leak currents are 1mA or less. Using valves with leak currents exceeding said value may lead to errors.
5. The vacuum retention capability of vacuum pump system-compatible units has been designed to tolerate some leaking. We therefore recommend that
additional appropriate safety measures be taken when the state of vacuum is to be retained for a prolonged period of time.
6. Do not use these units in environments containing corrosive substances (airborne or otherwise).
7. Our products are not explosion proof. Do not use these units in environments containing flammable and/or explosive gases and/or liquids, since doing so
could cause fires and/or explosions.
8. Do not use these units in temperature ranges which exceed the prescribed range of working temperatures. Operating them in heat-generating temperature
ranges can cause the built-in sensors to malfunction.
9. When wiring, be sure to 1) turn OFF the power, and 2) confirm the color of each lead wire, terminal numbers, etc. in order to prevent the output terminal from
being inadvertently short-circuited with the power source and the common-use terminals. Short-circuiting these terminals can be cause sensor-related
problems.
！ Caution
1. Compressed air contains various drains (water, oxidized oils, tar and other foreign matter). Because these drains considerably lower product quality, we
recommend that the quality of compressed air be improved by dehumidifying it via a cooler or dryer.
2. Do not use lubricators.
3. Rust, dirt and other foreign matter left in the pipes can cause malfunctions. We therefore recommend that a filter of 5µm or less be placed in front of and
close to the supply port. Flushing the interior of the piping prior to operation and/or at regular intervals is also recommended.
4. Do not pull or bend valve and vacuum switch lead wires excessively. Doing so may result in lead wires being snapped off and connector components broken.
5. Do not use any vacuum units in corrosive and/or flammable environments. Do not use this equipment for the hardling of fluids.
6. Our vacuum units are not constructed to be drip- or dust-proof. As such, do not use any vacuum units which have been exposed to water, oil and/or dust.
7. Do not allow vacuum generators to take in dust, salt and/or iron powders.
8. Do not operate vacuum release valves while a vacuum is being generated.
9. When replacing supply ports and vacuum ports cartridges, be sure to remove any foreign matter sticking to cartridge seals; make sure cartridge fixing pins
are properly inserted into the appropriate ports.
10. Use the shortest pipes possible when piping vacuum components (concentrated exhaust, pilot air exhaust and supply units). Using long pipes can prevent
vacuum units from performing properly.
11. For power, use stable direct currents.
12. Insert surge-absorbing circuits into relays, valves, etc. that are connected to the output terminals, power source terminals, etc. Do not arbitrarily use vacuum
units at currents that exceed rated levels.
13. When using unit power sources, such as switching power sources, be sure to ground their FG terminals.
14. Take the utmost care to avoid short-circuiting the output terminal with other terminals.
15. Do not apply excessive loads to vacuum generators. Subjecting them to excessive loads can damage the equipment.
16. Do not wire nozzles and other components in a way that will subject them to impressed pressure. Do not use them in an arbitrary manner, either. Applying
impressed pressure to vacuum components and/or using them arbitrarily can cause malfunctions.
17. In case of using twin-nozzle type, please set pressure allowance between the vacuum level at work suction time and the setting value of Large/Small nozzle
change-over pressure sensor. If these values are similar, the Large/Small caliber pilot valve might actuate simultaneously.
35
Vacuum System
VSQ Type
Ejector system-compatible unit
Single nozzle type
VSQ
Without vacuum switch,
Open to air
2-stage nozzle type
VSQ-D
Model
VSQ-□□-□□S-□-□
VSQ
Without vacuum switch,
Concentrated exhaust
VSQ
□31-mm width 2-point output portfitted vacuum switch, Open to air
VSQ-D□□-□□S-□-□
VSQ-D
VSQ
□31-mm width 2-point output port-fitted
vacuum switch, Concentrated exhaust
VSQ-D□□-□□J-□-□
VSQ-D
□31-mm width 2-point output portfitted vacuum switch, Open to air
VSQ-D□□-□□S-□-SW
VSQ-D
□31-mm width 2-point output port-fitted
vacuum switch, Concentrated exhaust
Model
VSQ-D□□-□□J-□-SW
Vacuum pump system-compatible unit
VSQP
Without vacuum switch
Model
VSQP-□□□-□-□
36
VSQ-T□C-□□S-□-□
VSQ-T
VSQP
□31-mm width 2-point output
port-fitted vacuum switch
Model
VSQP-□□□-□-SW
Without vacuum switch,
Concentrated exhaust
Model
VSQ-T□C-□□J-□-□
VSQ-T
Model
Model
VSQ-□□-□□J-□-SW
Without vacuum switch,
Concentrated exhaust
Without vacuum switch,
Open to air
Model
Model
Model
VSQ-□□-□□S-□-SW
VSQ-T
Model
Model
VSQ-□□-□□J-□-□
Without vacuum switch,
Open to air
Twin-nozzle type
□31-mm width 2-point output portfitted vacuum switch, Open to air
Model
VSQ-T□C-□□S-□-SW
VSQ-T
□31-mm width 2-point output port-fitted
vacuum switch, Concentrated exhaust
Model
VSQ-T□C-□□J-□-SW
Filter element for replacement
Silencer element for replacement
Fixing screw
Filter cover
Silencer element 2
Filter element
Silencer element 1
Element cover
Fixing screw
Model Designation
VSQ-E
Model Designation
VSQ-SE
*The element set includes element 1 and element 2.
37
Vacuum unit dedicated to Manifold use
Vacuum System
VSZM Type
Package: 1pc. in a bag
■ Small in size and lightweight. Designed for dedicated use in combination with manifold, these VSZM type vacuum
generators are compatible with both ejector and vacuum pump systems.
■ Featuring a built-in air pressure release valve, the VSZM type vacuum generator is not only capable of releasing large
quantities of air, but it can also substantially reduce vacuum release time.
■ Wiring for the supply valve and air release valve is effectively concentrated in one bundle, which contributes to time
saving.
Sub-D connector
Flat-cable connector
;;;
■ The supply valve is offered in both single- and double-solenoid types allowing you to choose the type that suits your
needs.
■ Valve power consumption is held down to 0.55W, making substantial power savings a reality.
Power consumption
■ A rich variety of vacuum sensors is offered to meet the needs of a wide range of applications.
Analog sensor
One-point switch
output sensor
One-point switch output
sensor with LED display
Two-point switch output
sensor with LED display
■ Since the number of manifold can be increased as required, it is possible to quickly respond to any change in
specifications.
■ Maintenance has been made easier than ever, thanks to a specially designed construction.
■ One-touch fitting and female screw are standard for all piping, allowing you to flexibly meet your piping requirements.
■ The nozzle diemeter comes in three different dimensions: ø0.5mm, ø0.7mm and ø1.0mm.
38
Specifications
■Common to all units
Unit
Ejector system-compatible unit Vacuum pump system-compatible unit
Fluid admitted
Air
44 ~ 102psi (0.3 ~ 0.7MPa)
Service pressure range
41 ~ 122°F (5 ~ 50°C)
Service temperature range
Working vacuum range
—
0 ~ -29.5in. Hg (-100 ~ 0kPa)
■Ejector characteristics
Nozzle dia. Pressure supply
Model
(in./mm) (psi/MPa)
VSZM-H05
0.02/0.5 72.5/0.5
VSZM-L05
VSZM-H07
72.5/0.5
VSZM-L07
0.03/0.7
VSZM-E07
50.8/0.35
VSZM-H10
72.5/0.5
0.04/1.0
VSZM-E10
50.8/0.35
Final vacuum
(in. Hg/-kPa)
-26.7/90.4
-19.6/66.5
-27.5/93.1
-19.6/66.5
-26.7/90.4
-27.5/93.1
-26.7/90.4
Suction flow Air consumption
(SCFM/l/min(ANR)) (SCFM/l/min(ANR))
0.25/7
0.41/11.5
0.42/12
0.46/13
0.81/23
0.85/24
0.37/10.5 0.60/17
0.85/24 1.62/46
0.71/20 1.20/34
■Solenoid valve specifications (Pilot valve)
Item
Vacuum making & supply solenoid valve Vacuum release solenoid valve
Operating system
Direct operation
Elastic seal, poppet valve
Valve construction
DC24V
Voltage rating
DC21.6 ~ 26.4V
Allowable voltage range
Surge absorber
Surge limiting circuit
0.55W (with LED)
Power consumption
Operational indication Red LED lighting up when coil excitation is in operation. The LED lamp appears yellowish green when the coil is excited.
Push & Lock type
Manual operation
Sub-D connector, Flat cable connector
Wiring method
■Solenoid valve specifications (Changing valve)
Item
Vacuum making & supply solenoid valve Vacuum release solenoid valve
Operating system
Pilot valve-activated indirect action
Elastic seal, poppet valve
Valve construction
Voltage rating
Single
Double
Single
Normally closed
Valve function
152psi (1.05MPa)
Proof pressure
Not required
Lubrication
Effective sectional area (Cv factor)
3.5mm2 (0.19)
4.5mm2 (0.24)
■Vacuum sensor
Vacuum sensor specification Fitted with an LED display No display Separated type
Analog
Item
2-point switch output 1-point switch output 1-point switch output Switch-fit ed pressure indicator
Current consumption
40mA
20mA 50mA 20mA
Pressure detection Diffused semiconduction pressure switch
(*1)
Service pressure range 0 ~ -29.5in. Hg (-100 ~ 0kPa)
Pressure setting range 0 ~ -29.2in. Hg (-99 ~ 0kPa) -999 ~ 999counts 0 ~ -29.5in. Hg (-100 ~ 0kPa)
Proof pressure
29psi (0.2MPa)
29psi (0.2MPa)
Stronge temperature range -4 ~ 176°F (-20 ~ 80°C)
-4 ~ 158°F (-20 ~ 70°C)
Operating temperature range 32 ~ 122°F (0 ~ 50°C) 14 ~ 140°F (-10 ~ 60°C) 14 ~ 122°F (-10 ~ 50°C) 14 ~ 140°F (-10 ~ 60°C)
Operating humidity range
35 ~ 85%RH
Supply voltage DC12 ~ 24V ±10% Ripple (P-P) 10% max. DC10.8 ~ 30V (ripple voltage included)
Protective structure
IEC standard IP40 equiv.
1
1
2
Number of switch output points
2
Switching action accuracy ±0.3%F.S. max. (at Ta=25°C/77°F)
Differential accuracy Fixed Variable Fixed Variable
Switch output
NPN Open collector output
Output voltage
1 ~ 5V
1 ~ 5V
1 ±0.1V
1 ±0.1V
Zero-point voltage
4 ±0.1V
4 ±0.1V
Analog output Span voltage
Output current
1mA max.
0.5mA max. 1mA max.
LIN/HYS
±0.5%F.S.max.
±0.5%F.S. max.
Indication
0 ~ 29.2in. Hg (0 ~ -99kPa) (2-digit Red LED display)
3-digit red LED display
No. of indications About 4 times/sec
About 4 times/sec
Indication accuracy ±3%F.S. ±2digit
±1%F.S.
1digit
Resolution
1digit
SW1: Red LED lighting up when pressure is above setting. SW1: (*2)
Operational indication
SW2: (*4)
SW2: (*3)
(*1) Diffused semiconduction pressure switch
(*2) SW1: Green LED lighting up when pressure is above setting.
(*3) SW2: Green LED lighting up when pressure is above setting.
(*4) SW2: Red LED lighting up when pressure is above setting.
■Vacuum release function
Item
Vacuum release valve (ejector system, vacuum pump system)
Vacuum release air flow Air supply pressure is 72.5psi (0.5MPa)
Air pressure-activated indirect action
Operating system
Elastic seal, poppet valve
Air pressure Valve construction
Normally open
release valve Valve type
Not required
(*1)
Lubrication
0.14in. (3.5mm)
Orifice dia.
(*1) The air pressure release valve is only available for Ejector system-compatible unit.
■Vacuum filter
Element material
Filtering capacity
Element surface area
Replacement element Model Designation
PVF (Polyvinyl formal)
10µm
660mm2
VSZM-E
39
Vacuum System
VSZM Type
Model Designation of ejector system-compatible unit (Example)
VSZM
①
H 05 D
4 10 10
①
④
②
③
⑤
3
⑥
8
V1
⑦
⑧
F 26
⑨
⑩
DC24V
①. Vacuum characteristics
H: High-vacuum Middle-flow type
L: Middle-vacuum Large-flow type
E: High-vacuum Small-flow type
②. Nozzle diameter
05: Nozzle diameter: 0.02in. (0.5mm)
07: Nozzle diameter: 0.03in. (0.7mm)
10: Nozzle diameter: 0.04in. (1.0mm)
③. Valve type
B: Normally closed type
D: Double solenoid type (retention type)
④. Vacuum port (V)
4: ø4mm tube fitting
6: ø6mm tube fitting
M5: M5×0.8 female screw
⑤. Air supply port (PV)
4: ø4mm tube fitting
6: ø6mm tube fitting
8: ø8mm tube fitting
10: ø10mm tube fitting
⑥. Exhaust port (R)
S: Open to air type
6: Tube fitting concentrated exhaust type (diameter: 6mm)
8: Tube fitting concentrated exhaust type (diameter: 8mm)
10: Tube fitting concentrated exhaust type (diameter: 10mm)
40
⑦. No. of manifold
Code
No. of manifold
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10 11 12
10 11 12
⑧. Vacuum switch (NPN Open collector)
No code: Without vacuum switch
DW: Pressure sensor with LED display (two-point switch output)
DA: Pressure sensor with LED display (analog and 1-point switch output)
S: No-display 1-point switch output sensor
V1: Negative pressure analog sensor
R1: Compound pressure analog sensor
⑨. Wiring type
F: Flat cable connector
D: Sub-D connector
⑩. Designation of the number of connector pins
No code: No. of station; 2~4, 10-pin flat cable connectors
No. of station; 5~9, 20-pin flat cable connectors
No. of station; 10~12, 26-pin flat cable connectors
No. of station; 2~4, 9-pin Sub-D connectors
No. of station; 5~12, 25-pin Sub-D connectors
20: 20-pin flat cable connectors (Maximum no. of station; 9)
26: 26-pin flat cable connectors (Maximum no. of station; 12)
25: 25-pin Sub-D connectors (Maximum no. of station; 12)
Model Designation of vacuum pump system-compatible unit (Example)
VSZPM
①
4 6 10
①
②
3
③
5
DW
④
⑤
D 25
⑥
⑦
DC24V
①. Vacuum port (V)
4: ø4mm tube fitting
6: ø6mm tube fitting
M5: M5×0.8 female screw
②. Air supply port (PS)
4: ø4mm tube fitting
6: ø6mm tube fitting
8: ø8mm tube fitting
③. Vacuum supply port (PV)
4: ø4mm tube fitting
6: ø6mm tube fitting
8: ø8mm tube fitting
10: ø10mm tube fitting
④. No. of manifold
Code
No. of manifold
2
2
3
3
4
4
5
5
6
6
⑤. Vacuum switch (NPN Open collector)
No code: Without vacuum switch
DW: Pressure sensor with LED display (two-point switch output)
DA: Pressure sensor with LED display (analog and 1-point switch output)
S: No-display 1-point switch output sensor
V1: Negative pressure analog sensor
R1: Compound pressure analog sensor
⑥. Wiring type
F: Flat cable connector
D: Sub-D connector
⑦. Designation of the number of connector pins
No code: No. of station; 2~4, 10-pin flat cable connectors
7
7
8
8
9
9
10 11 12
10 11 12
No. of station; 5~9, 20-pin flat cable connectors
No. of station; 10~12, 26-pin flat cable connectors
No. of station; 2~4, 9-pin Sub-D connectors
No. of station; 5~12, 25-pin Sub-D connectors
20: 20-pin flat cable connectors (Maximum no. of station; 9)
26: 26-pin flat cable connectors (Maximum no. of station; 12)
25: 25-pin Sub-D connectors (Maximum no. of station; 12)
41
Vacuum System
VSZM Type
Model Designation of ejector system-compatible manifold alone (Example)
VSZM
①
8 S
4
F 20
①
③
④
②
⑤
①. Air supply port (PV)
4: ø4mm tube fitting
6: ø6mm tube fitting
8: ø8mm tube fitting
10: ø10mm tube fitting
②. Exhaust port (R)
S: Open to air type
6: Tube fitting concentrated exhaust type (diameter: 6mm)
8: Tube fitting concentrated exhaust type (diameter: 8mm)
10: Tube fitting concentrated exhaust type (diameter: 10mm)
③. No. of manifold
Code
No. of manifold
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10 11 12
10 11 12
④. Wiring type
F: Flat cable connector
D: Sub-D connector
⑤. Designation of the number of connector pins
No code: No. of station; 2~4, 10-pin flat cable connectors
No. of station; 5~9, 20-pin flat cable connectors
No. of station; 10~12, 26-pin flat cable connectors
No. of station; 2~4, 9-pin Sub-D connectors
No. of station; 5~12, 25-pin Sub-D connectors
20: 20-pin flat cable connectors (Maximum no. of station; 9)
26: 26-pin flat cable connectors (Maximum no. of station; 12)
25: 25-pin Sub-D connectors (Maximum no. of station; 12)
Model Designation of vacuum pump system-compatible manifold alone (Example)
VSZPM
①
8 6
8
F 26
①
③
④
②
⑤
①. Air supply port (PS)
4: ø4mm tube fitting
6: ø6mm tube fitting
8: ø8mm tube fitting
②. Vacuum supply port (PV)
4: ø4mm tube fitting
6: ø6mm tube fitting
8: ø8mm tube fitting
10: ø10mm tube fitting
③. No. of manifold
Code
No. of manifold
2
2
3
3
4
4
5
5
6
6
④. Wiring type
F: Flat cable connector
D: Sub-D connector
⑤. Designation of the number of connector pins
No code: No. of station; 2~4, 10-pin flat cable connectors
7
7
8
8
9
9
10 11 12
10 11 12
No. of station; 5~9, 20-pin flat cable connectors
No. of station; 10~12, 26-pin flat cable connectors
No. of station; 2~4, 9-pin Sub-D connectors
No. of station; 5~12, 25-pin Sub-D connectors
20: 20-pin flat cable connectors (Maximum no. of station; 9)
26: 26-pin flat cable connectors (Maximum no. of station; 12)
25: 25-pin Sub-D connectors (Maximum no. of station; 12)
Model Designation of ejector system-compatible mounting valve unit (Example)
VSZM
V D
①
3
①
①. Valve type
B: Normally closed type
D: Double solenoid type (retention type)
Model Designation of vacuum pump system-compatible mounting valve unit (Example)
VSZPM
V
3
①
Model Designation of ejector system-compatible mounting unit (Example)
VSZM
①
L 07
6
R1
①
③
④
②
①. Vacuum characteristics
H: High-vacuum Middle-flow type
L: Middle-vacuum Large-flow type
E: High-vacuum Small-flow type
②. Nozzle diameter
05: Nozzle diameter: 0.02in. (0.5mm)
07: Nozzle diameter: 0.03in. (0.7mm)
10: Nozzle diameter: 0.04in. (1.0mm)
③. Vacuum port (V)
4: ø4mm tube fitting
6: ø6mm tube fitting
M5: M5×0.8 female screw
42
④. Vacuum switch (NPN Open collector)
No code: Without vacuum switch
DW: Pressure sensor with LED display (two-point switch output)
DA: Pressure sensor with LED display (analog and 1-point switch output)
S: No-display 1-point switch output sensor
V1: Negative pressure analog sensor
R1: Compound pressure analog sensor
Model Designation of vacuum pump system-compatible mounting unit (Example)
VSZPM
M5
DW
①
①
②
①. Vacuum port (V)
4: ø4mm tube fitting
6: ø6mm tube fitting
M5: M5×0.8 female screw
②. Vacuum switch (NPN Open collector)
No code: Without vacuum switch
DW: Pressure sensor with LED display (two-point switch output)
DA: Pressure sensor with LED display (analog and 1-point switch output)
S: No-display 1-point switch output sensor
V1: Negative pressure analog sensor
R1: Compound pressure analog sensor
43
Vacuum System
VSZM Type
！ Warning
1. When activating solenoid valves, be sure to confirm that leak currents are 1mA or less. Leak currents may lead to errors.
2. Vacuum pump system-compatible units (VSZPM) are designed to tolerate some leaks. We therefore recommend that additional appropriate safety measures
be taken when the state of vacuum is to be retained for a prolonged period of time.
3. Heat will be generated in the coil when electricity is supplied continuosly to the pilot valve for an extended period of time. As this can cause burns and
possibly have adverse impacts to peripheral equipment, we recommend that the user consult the nearest CKD sales office in cases when electricity must be
supplied to the pilot valve for a prolonged period of time.
4. With the double-solenoid type (VSZM-□D…), the switch-over valve (main valve) is placed in neutral after the supply of pilot air has been suspended (the
same is true when the valve is being operated for the first time after shipment). When resuming the supply of pilot air, be sure to send a signal to the pilot
valve, or conduct switch-over operations manually as required.
5. When mounting/removing units onto/from a manifold, be sure to turn off the air supply and discharge residual air pressure completely.
6. Do not use solenoid valves in vibration-prone working conditions. Using them in such conditions may cause errors and/or malfunctions. (Be sure to use
solenoid valves in places where vibrations occur at an acceletion of 49m/s2 or less.)
7. When using the double-solenoid type valve (VSZM-□D…) in vibration-prone conditions, install the valve so that the direction of vibration is at a right angle to
the switch-over valve (main valve).
！ Caution
1. Do not pull or bend valve and vacuum switch lead wires excessively. Doing so may result in lead wires being snapped off and connector components broken.
2. Compressed air contains various drains (water, oxidized oils, tar and other foreign matter). Because these drains considerably lower product quality, we
recommend that the quality of compressed air be improved by dehumidifying it via a cooler or dryer.
3. Do not use lubricators.
4. Rust, dirt and other foreign matter left in the pipes can cause malfunctions. We therefore recommend that a filter of 5µm or less be placed in front of and close
to the supply port. Flushing the interior of the piping prior to operation and/or at regular intervals is also recommended.
5. Do not use the solenoid valves in corrosive and/or flammable gases. Do not use this equipment for the handling of fluids.
6. When mounting a cartridge joint or ejector top plug, be sure to remove extraneous matter from the seal and fix the fastening pin firmly in place. Before
conducting this operation, please carefully read the explanation given herein so that you understand all procedural cautions.
7. The performance capability of silencer-fitted manifold may deteriorate due to foreign matter trapped in the elements. We therefore recommend that
inspections and maintenance be carried out at regular intervels.
8. When mounting each unit onto a manifold, be sure to remove extraneous matter from the seal, and fix each unit firmly in place using appropriate screws.
Before using the manifold, please carefully read the explanation given herein so that you understand all procedural cautions.
9. When wiring Sub-D connectors and flat cable connectors, please carefully study the wiring diagram so that you completely understand the wiring details.
10. The vacuum producing capacity of a manifold-fitted solenoid valve may be reduced due to operational conditions. Please read the operating instructions
carefully before using said manifold.
44
Vacuum System
VSZM Type
Ejector system-compatible unit
Sub-D connector specifications
VSZM
Concentrated exhaust
VSZM
Open to air
Model
VSZM
Concentrated exhaust
Model
VSZM-□□□-□□□-3-□-□-D□
VSZM-□□□-□□□-3-□-□-F□
Vacuum pump system-compatible unit
Flat cable connector specifications
Open to air
Model
VSZM-□□□-□□S-3-□-□-D□
Ejector system-compatible unit
VSZM
Flat cable connector specifications
Sub-D connector specifications
VSZPM
Model
Flat cable connector specifications
VSZPM
Model
Model
;;
; ;;;;;;
;;
VSZM-□□□-□□S-3-□-□-F□
VSZPM-□□□-3-□-□-D□
Filter element for replacement
VSZPM-□□□-3-□-□-F□
Silencer element for replacement (ejector system-compatible unit)
Element cover-clamping screw
Element cover
Silencer element
Fixing screw
Filter cover
Filter element
Model
VSZM-E
Model
VSZM-SE
*2 pcs./set
45
46
Common Safety Instructions for Vacuum Pads
Be sure to read the following instructions before selecting and using the CKD device. Also read the detailed
instructions for individual series.
Warning
1. Where there is the danger of work dropping, provide some drop prevention means to assure safety.
2. When installing the pad holder, make sure that it is fixed securely. Looseness may cause trouble.
3. Take special care of the screwed pad which performs swinging transport. Swinging can loosen the screw, thus leading to
trouble.
4. Trouble may arise from leaks or clog in the vacuum circuit, wear, cracking or deterioration of the pad, galling of the sliding part
of the pad holder or looseness at connections. Therefore be sure to carry out periodic maintenance and checks.
5. For applications involving transport by the Pad, take acceleration, shocks and draft pressure into consideration.
Otherwise work may drop during transport.
Caution
1. Select the pad material as instructed to best suitable for your service environment and conditions.
2. Select the pad form (type) according to the type and form of work to be held. Read the manual carefully for the right choice.
3. Use a spring-type holder when the work height varies or when the work is subject to damage by external forces. Confirm the
specified spring force and stroke in the manual before use.
4. When using a spring-type holder, which has a sliding part, take care to minimize the lateral forces. Otherwise the holder life
will be shortened and malfunction will be caused.
5. When replacing the pad, confirm the procedure by checking the Vacuum Pad drawing in the manual. Then tighten it with a
proper tool at the recommended tightening torque (see table below), using the hexagonal part of the holder and then make
sure that there is no looseness.
Table: Recommended Tightening Torque
Pad thread size ( )
Tightening torque
M4×0.7
0.9∼1.1N･m (0.66∼0.81lbf.ft)
M6×1.0
M10×1.5
M20×2.0
1.8∼2.3N･m (1.33∼1.70lbf.ft)
Pad dia.: φ80 , φ100
Pad dia.: φ60
5∼6N･m (3.69∼4.43lbf.ft)
8.3∼9.3N･m (6.12∼6.86lbf.ft)
9∼10N･m (6.64∼7.38lbf.ft)
47
Quick Fitting Type Vacuum Pad
Vacuum Pad
Standard Type
Package: 1pc. in a bag
▲▲
■General-type pad suitable for thick and flat work and Deep-type pad for spherical fruits (apple, etc.) or ball are available.
a to φ200a
a
Pad dia.: φ2a
Pad material: Nitrile rubber, Silicon rubber, Urethane rubber, Fluoric rubber, Anti-static rubber, Anti-static rubber (low
resistance type), NBR suited to the food sanitation act
Pad shape: 2 types (general-type and deep-type)
Holder shape: 6 types
▲▲
Model Designation (Example)
VSP-A 40 R N
①
②
③
④
6
F1
⑤
⑥
①. Holder type
VSP-A
Fixed type on-the-top
vacuum port
VSP-B
Fixed type on-the-side
vacuum port
VSP-C
Spring type on-the-top
vacuum port
VSP-D
Spring type on-the-side
vacuum port
VSP-E
VSP-F
Fixed direct
mounting type
Spring & direct
mounting type
②. Pad dia.
Code
Dia.
1
2
3
4
6
8
10
15
20
25
30
40
50
60
80 100 150 200
φ1a φ2a φ3a φ4a φ6a φ8a φ10a φ15a φ20a φ25a φ30a φ40a φ50a φ60a φ80a φ100a φ150a φ200a
0.04in. 0.08in. 0.12in. 0.16in. 0.24in. 0.31in. 0.39in. 0.59in. 0.79in. 0.98in. 1.18in. 1.57in. 1.97in. 2.36in. 3.15in. 3.94in. 5.91in. 7.87in.
*Pad diameter of Deep-type is φ15mm (0.59in.) to φ100mm (3.94in.)
③. Pad shape
R: General-type
A: Deep-type
④. Pad material
Material
Nitrile rubber
Silicon rubber
Urethane rubber
Fluoric rubber
General-type
Deep-type
N
N
S
S
U
U
F
F
Anti-static rubber Anti-static rubber (low resistance)
(Surface resistance: 104∼106Ω/f) (Surface resistance: 200Ω/f)
SE
E
−
−
NBR suited to the
food sanitation act.
G
G
*The antistatic rubber (SE) is a silicon rubber capable of releasing static electricity.
*The antistatic rubber low resistance type (E) is a carbon-added butadiene rubber.
⑤. Joint size and type
Pad size
φ1 to φ4
Joint type Quick-fitting joint
Barb joint
Dia. (O.D.×I.D.)
4×2.5(a)
4×2.5(a)
Code
4
4T
Pad size
φ1 to φ4
φ6 to φ50
Joint type Quick-fitting joint Quick-fitting joint
Dia. (O.D.×I.D.)
5/32×0.1in.
1/4×0.18in.
Code
3C
7C
φ6 to φ50
Quick-fitting joint
Barb joint
6×4(a)
6×4(a)
6
6T
φ60 to φ100
Female thread
NPT1/8
6N
φ150 to φ200
Female thread
NPT1/4
8N
*VSP-A1R□4T to VSP-A15R(A)□6T are all monoblock type, so that the barb joint can not be separeted.
⑥. Free holder (option)
F1: Free holder swing angle 30゜
F2: Free holder swing angle 15゜
48
φ60 to φ100
Female thread
Rp(G)1/8
6A
φ150 to φ200
Female thread
Rp(G)1/4
8A
VSP-A
Fixed Type On-the-top Vacuum Port
Quick-fitting joint type
Barb joint type
Model
VSP-A1R□-4
VSP-A2R□-4
VSP-A3R□-4
VSP-A4R□-4
VSP-A6R□-6
VSP-A8R□-6
VSP-A10R□-6
VSP-A15R(A)□-6
VSP-A20R(A)□-6
VSP-A25R(A)□-6
VSP-A30R(A)□-6
VSP-A40R(A)□-6
VSP-A50R(A)□-6
VSP-A60R(A)□-6A
VSP-A80R(A)□-6A
VSP-A100R(A)□-6A
VSP-A150R□-8A
VSP-A200R□-8A
VSP-A1R□-3C
VSP-A2R□-3C
VSP-A3R□-3C
VSP-A4R□-3C
VSP-A6R□-7C
VSP-A8R□-7C
VSP-A10R□-7C
VSP-A15R(A)□-7C
VSP-A20R(A)□-7C
VSP-A25R(A)□-7C
VSP-A30R(A)□-7C
VSP-A40R(A)□-7C
VSP-A50R(A)□-7C
VSP-A60R(A)□-6N
VSP-A80R(A)□-6N
VSP-A100R(A)□-6N
VSP-A150R□-8N
VSP-A200R□-8N
Model
VSP-A1R□-4T
VSP-A2R□-4T
VSP-A3R□-4T
VSP-A4R□-4T
VSP-A6R□-6T
VSP-A8R□-6T
VSP-A10R□-6T
VSP-A15R(A)□-6T
VSP-A20R(A)□-6T
VSP-A25R(A)□-6T
VSP-A30R(A)□-6T
VSP-A40R(A)□-6T
VSP-A50R(A)□-6T
*Antistatic rubber (SE, E) is general type only.
VSP-C
Barb joint type
Model
VSP-C1R□4
VSP-C2R□4
VSP-C3R□4
VSP-C4R□4
VSP-C6R□6
VSP-C8R□6
VSP-C10R□6
VSP-C15R(A)□6
VSP-C20R(A)□6
VSP-C25R(A)□6
VSP-C30R(A)□6
VSP-C40R(A)□6
VSP-C50R(A)□6
VSP-C60R(A)□6A
VSP-C80R(A)□6A
VSP-C100R(A)□6A
VSP-C150R□8A
VSP-C200R□8A
VPC1R□-3C
VPC2R□-3C
VPC3R□-3C
VPC4R□-3C
VPC6R□-7C
VPC8R□-7C
VPC10R□-7C
VPC15R(A)□-7C
VPC20R(A)□-7C
VPC25R(A)□-7C
VPC30R(A)□-7C
VPC40R(A)□-7C
VPC50R(A)□-7C
VPC60R(A)□-6N
VPC80R(A)□-6N
VPC100R(A)□-6N
VPC150R□-8N
VPC200R□-8N
Model
VSP-C1R□-4T
VSP-C2R□-4T
VSP-C3R□-4T
VSP-C4R□-4T
VSP-C6R□-6T
VSP-C8R□-6T
VSP-C10R□-6T
VSP-C15R(A)□-6T
VSP-C20R(A)□-6T
VSP-C25R(A)□-6T
VSP-C30R(A)□-6T
VSP-C40R(A)□-6T
VSP-C50R(A)□-6T
*Antistatic rubber (SE, E) is general type only.
Fixed Type On-the-side Vacuum Port
Barb joint type
Model
VSP-B1R□-4
VSP-B2R□-4
VSP-B3R□-4
VSP-B4R□-4
VSP-B6R□-6
VSP-B8R□-6
VSP-B10R□-6
VSP-B15R(A)□-6
VSP-B20R(A)□-6
VSP-B25R(A)□-6
VSP-B30R(A)□-6
VSP-B40R(A)□-6
VSP-B50R(A)□-6
VSP-B60R(A)□-6A
VSP-B80R(A)□-6A
VSP-B100R(A)□-6A
VSP-B150R□-8A
VSP-B200R□-8A
VSP-B1R□-3C
VSP-B2R□-3C
VSP-B3R□-3C
VSP-B4R□-3C
VSP-B6R□-7C
VSP-B8R□-7C
VSP-B10R□-7C
VSP-B15R(A)□-7C
VSP-B20R(A)□-7C
VSP-B25R(A)□-7C
VSP-B30R(A)□-7C
VSP-B40R(A)□-7C
VSP-B50R(A)□-7C
VSP-B60R(A)□-6N
VSP-B80R(A)□-6N
VSP-B100R(A)□-6N
VSP-B150R□-8N
VSP-B200R□-8N
Model
VSP-B1R□-4T
VSP-B2R□-4T
VSP-B3R□-4T
VSP-B4R□-4T
VSP-B6R□-6T
VSP-B8R□-6T
VSP-B10R□-6T
VSP-B15R(A)□-6T
VSP-B20R(A)□-6T
VSP-B25R(A)□-6T
VSP-B30R(A)□-6T
VSP-B40R(A)□-6T
VSP-B50R(A)□-6T
*Antistatic rubber (SE, E) is general type only.
Spring Type On-the-top Vacuum Port
Quick-fitting joint type
VSP-B
Quick-fitting joint type
VSP-D
Spring Type On-the-side Vacuum Port
Quick-fitting joint type
Barb joint type
Model
VSP-D1R□-4
VSP-D2R□-4
VSP-D3R□-4
VSP-D4R□-4
VSP-D6R□-6
VSP-D8R□-6
VSP-D10R□-6
VSP-D15R(A)□-6
VSP-D20R(A)□-6
VSP-D25R(A)□-6
VSP-D30R(A)□-6
VSP-D40R(A)□-6
VSP-D50R(A)□-6
VSP-D60R(A)□-6A
VSP-D80R(A)□-6A
VSP-D100R(A)□-6A
VSP-D150R□-8A
VSP-D200R□-8A
VSP-D1R□-3C
VSP-D2R□-3C
VSP-D3R□-3C
VSP-D4R□-3C
VSP-D6R□-7C
VSP-D8R□-7C
VSP-D10R□-7C
VSP-D15R(A)□-7C
VSP-D20R(A)□-7C
VSP-D25R(A)□-7C
VSP-D30R(A)□-7C
VSP-D40R(A)□-7C
VSP-D50R(A)□-7C
VSP-D60R(A)□-6N
VSP-D80R(A)□-6N
VSP-D100R(A)□-6N
VSP-D150R□-8N
VSP-D200R□-8N
Model
VSP-D1R□-4T
VSP-D2R□-4T
VSP-D3R□-4T
VSP-D4R□-4T
VSP-D6R□-6T
VSP-D8R□-6T
VSP-D10R□-6T
VSP-D15R(A)□-6T
VSP-D20R(A)□-6T
VSP-D25R(A)□-6T
VSP-D30R(A)□-6T
VSP-D40R(A)□-6T
VSP-D50R(A)□-6T
*Antistatic rubber (SE, E) is general type only.
49
Vacuum Pad
VSP-E
Fixed Direct Mounting Type
Standard Type
VSP-F
Model
VSP-E1R□
VSP-E2R□
VSP-E3R□
VSP-E4R□
VSP-E6R□
VSP-E8R□
Spring & Direct Mounting Type
Model
VSP-F1R□
VSP-F2R□
VSP-F3R□
VSP-F4R□
VSP-F6R□
VSP-F8R□
VSP-F10R□
VSP-F15R(A)□
VSP-F20R(A)□
VSP-F25R(A)□
VSP-F30R(A)□
VSP-F40R(A)□
VSP-F50R(A)□
*Antistatic rubber (SE, E)
is general type only.
VSPG
Pad Rubber Only
F,G
S
SE,E
U
N
Nitrile
rubber
VSPG-1RN
VSPG-2RN
VSPG-3RN
VSPG-4RN
VSPG-6RN
VSPG-8RN
VSPG-10RN
VSPG-15R(A)N
VSPG-20R(A)N
VSPG-25R(A)N
VSPG-30R(A)N
VSPG-40R(A)N
VSPG-50R(A)N
VSPG-60R(A)N
VSPG-80R(A)N
VSPG-100R(A)N
VSPG-150RN
VSPG-200RN
VSPG-80R(A)NA
VSPG-100R(A)NA
VSPG-150RNA
VSPG-200RNA
Silicon
rubber
VSPG-1RS
VSPG-2RS
VSPG-3RS
VSPG-4RS
VSPG-6RS
VSPG-8RS
VSPG-10RS
VSPG-15R(A)S
VSPG-20R(A)S
VSPG-25R(A)S
VSPG-30R(A)S
VSPG-40R(A)S
VSPG-50R(A)S
VSPG-60R(A)S
VSPG-80R(A)S
VSPG-100R(A)S
VSPG-150RS
VSPG-200RS
VSPG-80R(A)SA
VSPG-100R(A)SA
VSPG-150RSA
VSPG-200RSA
Urethane
rubber
VSPG-1RU
VSPG-2RU
VSPG-3RU
VSPG-4RU
VSPG-6RU
VSPG-8RU
VSPG-10RU
VSPG-15R(A)U
VSPG-20R(A)U
VSPG-25R(A)U
VSPG-30R(A)U
VSPG-40R(A)U
VSPG-50R(A)U
VSPG-60R(A)U
VSPG-80R(A)U
VSPG-100R(A)U
VSPG-150RU
VSPG-200RU
VSPG-80R(A)UA
VSPG-100R(A)UA
VSPG-150RUA
VSPG-200RUA
Model
Fluoric
rubber
VSPG-1RF
VSPG-2RF
VSPG-3RF
VSPG-4RF
VSPG-6RF
VSPG-8RF
VSPG-10RF
VSPG-15R(A)F
VSPG-20R(A)F
VSPG-25R(A)F
VSPG-30R(A)F
VSPG-40R(A)F
VSPG-50R(A)F
VSPG-60R(A)F
VSPG-80R(A)F
VSPG-100R(A)F
VSPG-150RF
VSPG-200RF
VSPG-80R(A)FA
VSPG-100R(A)FA
VSPG-150RFA
VSPG-200RFA
Anti-static
rubber
VSPG-1RSE
VSPG-2RSE
VSPG-3RSE
VSPG-4RSE
VSPG-6RSE
VSPG-8RSE
VSPG-10RSE
VSPG-15RSE
VSPG-20RSE
VSPG-25RSE
VSPG-30RSE
VSPG-40RSE
VSPG-50RSE
*Antistatic rubber (SE, E) is general type only.
*Adding "A" to the end of code signifies frame attached.
50
Anti-static rubber
(low resistance)
VSPG-1RE
VSPG-2RE
VSPG-3RE
VSPG-4RE
VSPG-6RE
VSPG-8RE
VSPG-10RE
VSPG-15RE
VSPG-20RE
VSPG-25RE
VSPG-30RE
VSPG-40RE
VSPG-50RE
NBR suited to the
food sanitation act.
VSPG-1RG
VSPG-2RG
VSPG-3RG
VSPG-4RG
VSPG-6RG
VSPG-8RG
VSPG-10RG
VSPG-15R(A)G
VSPG-20R(A)G
VSPG-25R(A)G
VSPG-30R(A)G
VSPG-40R(A)G
VSPG-50R(A)G
Quick Fitting Type Vacuum Pad
Vacuum Pad
Sponge Type
Package: 1pc. in a bag
VSP-A
VSP-D
Spring Type On-the-side Vacuum Port
▲ ▲
■Best suitable for work like an external wall material of
building, small stone and seashell.
a to φ100a
a
Pad size: φ10a
Holder shape: 5 types
Fixed Type On-the-top Vacuum Port
Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type
Model Designation (Example)
VSP-A 10 S
①
②
③
6
F1
④
⑤
Model
①. Holder type
VSP-A
Fixed type on-the-top
vacuum port
VSP-B
Fixed type on-the-side
vacuum port
VSP-C
Spring type on-the-top
vacuum port
VSP-A10S-6
VSP-A15S-6
VSP-A20S-6
VSP-A25S-6
VSP-A30S-6
VSP-A35S-6
VSP-A50S-6
VSP-A70S-6A
VSP-A100S-6A
VSP-B
VSP-A10S-7C
VSP-A15S-7C
VSP-A20S-7C
VSP-A25S-7C
VSP-A30S-7C
VSP-A35S-7C
VSP-A50S-7C
VSP-A70S-6N
VSP-A100S-6N
Model
VSP-A10S-6T
VSP-A15S-6T
VSP-A20S-6T
VSP-A25S-6T
VSP-A30S-6T
VSP-A35S-6T
VSP-A50S-6T
Fixed Type On-the-side Vacuum Port
Model
VSP-D10S-6
VSP-D15S-6
VSP-D20S-6
VSP-D25S-6
VSP-D30S-6
VSP-D35S-6
VSP-D50S-6
VSP-D70S-6A
VSP-D100S-6A
VSP-F
Model
VSP-D10S-7C VSP-D10S-6T
VSP-D15S-7C VSP-D15S-6T
VSP-D20S-7C VSP-D20S-6T
VSP-D25S-7C VSP-D25S-6T
VSP-D30S-7C VSP-D30S-6T
VSP-D35S-7C VSP-D35S-6T
VSP-D50S-7C VSP-D50S-6T
VSP-D70S-6N
VSP-D100S-6N
Spring & Direct Mounting Type
Quick-fitting joint type Barb joint type
VSP-D
Spring type on-the-side
vacuum port
VSP-F
Spring & direct
mounting type
②. Pad dia.
Code
Dia.
10 15 20 25 30 35 50 70 100
φ10a φ15a φ20a φ25a φ30a φ35a φ50a φ70a φ100a
0.39in. 0.59in. 0.79in. 0.98in. 1.18in. 1.38in. 1.97in. 2.76in. 3.94in.
③. Pad type
S: Sponge Pad
④. Joint size and type
Pad size
φ10 to φ50
Joint type Quick-fitting joint
Barb joint
Dia. (O.D.×I.D.)
6×4(a)
6×4(a)
Code
6
6T
φ70 to φ100
Female thread
Rp(G)1/8
6A
Pad size φ10 to φ50 φ70 to φ100
Joint type Quick-fitting joint Female thread
Dia. (O.D.×I.D.) 1/4×0.18in.
NPT1/8
Code
7C
6N
Model
VSP-B10S-6
VSP-B15S-6
VSP-B20S-6
VSP-B25S-6
VSP-B30S-6
VSP-B35S-6
VSP-B50S-6
VSP-B70S-6A
VSP-B100S-6A
VSP-C
VSP-B10S-7C
VSP-B15S-7C
VSP-B20S-7C
VSP-B25S-7C
VSP-B30S-7C
VSP-B35S-7C
VSP-B50S-7C
VSP-B70S-6N
VSP-B100S-6N
Model
VSP-B10S-6T
VSP-B15S-6T
VSP-B20S-6T
VSP-B25S-6T
VSP-B30S-6T
VSP-B35S-6T
VSP-B50S-6T
Model
VSP-F10S
VSP-F15S
VSP-F20S
VSP-F25S
VSP-F30S
VSP-F35S
VSP-F50S
VSPG
Pad Rubber Only
Spring Type On-the-top Vacuum Port
Quick-fitting joint type Barb joint type
⑤. Free holder (option)
F1: Free holder swing angle 30゜
F2: Free holder swing angle 15゜
Model
.In case of ordering, please apply Model code in the following chart.
Model
VSP-C10S-6
VSP-C15S-6
VSP-C20S-6
VSP-C25S-6
VSP-C30S-6
VSP-C35S-6
VSP-C50S-6
VSP-C70S-6A
VSP-C100S-6A
VSP-C10S-7C
VSP-C15S-7C
VSP-C20S-7C
VSP-C25S-7C
VSP-C30S-7C
VSP-C35S-7C
VSP-C50S-7C
VSP-C70S-6N
VSP-C100S-6N
Model
VSP-C10S-6T
VSP-C15S-6T
VSP-C20S-6T
VSP-C25S-6T
VSP-C30S-6T
VSP-C35S-6T
VSP-C50S-6T
VSPG-10SA
VSPG-15SA
VSPG-20SA
VSPG-25SA
VSPG-30SA
VSPG-35S
VSPG-50S
VSPG-70S
VSPG-100S
VSPG-35SA
VSPG-50SA
VSPG-70SA
VSPG-100SA
*Adding "A" to the end of code signifies
frame-attached.
51
Quick Fitting Type Vacuum Pad
Vacuum Pad
Bellows Type
Package: 1pc. in a bag
VSP-A
VSP-D
Spring Type On-the-side Vacuum Port
▲▲
■Best suitable for retort package or bag packed food into,
etc.
a to φ80a
a
Pad dia.: φ10a
Pad material: Nitrile rubber, Silicon rubber, Anti-static
rubber (low resistance)
Holder shape: 5 types
Fixed Type On-the-top Vacuum Port
Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type
▲
Model Designation (Example)
VSP-A 10 B N
①
②
③
④
6
F1
⑤
⑥
VSP-A10B□-6
VSP-A20B□-6
VSP-A30B□-6
VSP-A40B□-6
VSP-A50B□-6
VSP-A80B□-6A
①. Holder type
VSP-A
Fixed type on-the-top
vacuum port
VSP-B
Fixed type on-the-side
vacuum port
Model
Model
VSP-A10B□-7C VSP-A10B□-6T
VSP-A20B□-7C VSP-A20B□-6T
VSP-A30B□-7C VSP-A30B□-6T
VSP-A40B□-7C VSP-A40B□-6T
VSP-A50B□-7C VSP-A50B□-6T
VSP-A80B□-6N
Model
VSP-D10B□-6
VSP-D20B□-6
VSP-D30B□-6
VSP-D40B□-6
VSP-D50B□-6
VSP-D80B□-6A
Model
VSP-D10B□-7C VSP-D10B□-6T
VSP-D20B□-7C VSP-D20B□-6T
VSP-D30B□-7C VSP-D30B□-6T
VSP-D40B□-7C VSP-D40B□-6T
VSP-D50B□-7C VSP-D50B□-6T
VSP-D80B□-6N
VSP-C
Spring type on-the-top
vacuum port
VSP-B
Fixed Type On-the-side Vacuum Port
VSP-F
Spring & Direct Mounting Type
Quick-fitting joint type Barb joint type
VSP-D
VSP-F
Spring type on-the-side
vacuum port
Spring & direct
mounting type
②. Pad dia.
Code
Dia.
Model
10
20
30
40
50
80
φ10a φ20a φ30a φ40a φ50a φ80a
0.39in. 0.79in. 1.18in. 1.57in. 1.97in. 3.15in.
③. Pad shape
B: Bellows type
④. Pad material
Material
Code
Nitrile
rubber
N
Silicon
rubber
S
Anti-static rubber
(Surface resistance: 104∼106Ω/f)
SE
⑤. Joint size and type
Pad size
φ10 to φ50
Joint type Quick-fitting joint
Barb joint
Dia. (O.D.×I.D.)
6×4(a)
6×4(a)
Code
6
6T
Pad size φ10 to φ50
φ80
Joint type Quick-fitting joint Female thread
Dia. (O.D.×I.D.) 1/4×0.18in.
NPT1/8
Code
7C
6N
⑥. Free holder (option)
F1: Free holder swing angle 30゜
F2: Free holder swing angle 15゜
VSP-B10B□-6
VSP-B20B□-6
VSP-B30B□-6
VSP-B40B□-6
VSP-B50B□-6
VSP-B80B□-6A
VSP-C
Model
VSP-B10B□-7C VSP-B10B□-6T
VSP-B20B□-7C VSP-B20B□-6T
VSP-B30B□-7C VSP-B30B□-6T
VSP-B40B□-7C VSP-B40B□-6T
VSP-B50B□-7C VSP-B50B□-6T
VSP-B80B□-6N
Spring Type On-the-top Vacuum Port
Model
VSP-F10B□
VSP-F20B□
VSP-F30B□
VSP-F40B□
VSP-F50B□
VSPG
Pad Rubber Only
Quick-fitting joint type Barb joint type
φ80
Female thread
Rp(G)1/8
6A
BN
Model
VSP-C10B□-6
VSP-C20B□-6
VSP-C30B□-6
VSP-C40B□-6
VSP-C50B□-6
VSP-C80B□-6A
Model
VSP-C10B□-7C VSP-C10B□-6T
VSP-C20B□-7C VSP-C20B□-6T
VSP-C30B□-7C VSP-C30B□-6T
VSP-C40B□-7C VSP-C40B□-6T
VSP-C50B□-7C VSP-C50B□-6T
VSP-C80B□-6N
Model
VSPG-10B□
VSPG-20B□
VSPG-30B□
VSPG-40B□
VSPG-50B□
VSPG-80B□
VSPG-80B□A
*Adding "A" to the end of code signifies
frame-attached.
52
Quick Fitting Type Vacuum Pad
Vacuum Pad
Multi-Bellows Type
Package: 1pc. in a bag
VSP-A
VSP-D
Spring Type On-the-side Vacuum Port
▲▲
■Best suitable for retort package or bag packed food into,
etc.
a to φ50a
a
Pad dia.: φ10a
Pad material: Nitrile rubber, Silicon rubber, NBR suited
the food sanitation act.
Holder shape: 5 types
Fixed Type On-the-top Vacuum Port
Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type
▲
Model
Model Designation (Example)
VSP-A 10 W N
①
②
③
VSP-A10W□-6
VSP-A20W□-6
VSP-A30W□-6
VSP-A40W□-6
VSP-A50W□-6
6
④
⑤
①. Holder type
VSP-B
VSP-A10W□-7C
VSP-A20W□-7C
VSP-A30W□-7C
VSP-A40W□-7C
VSP-A50W□-7C
Model
VSP-A10W□-6T
VSP-A20W□-6T
VSP-A30W□-6T
VSP-A40W□-6T
VSP-A50W□-6T
Fixed Type On-the-side Vacuum Port
Model
Model
VSP-D10W□-6 VSP-D10W□-7C VSP-D10W□-6T
VSP-D20W□-6 VSP-D20W□-7C VSP-D20W□-6T
VSP-D30W□-6 VSP-D30W□-7C VSP-D30W□-6T
VSP-D40W□-6 VSP-D40W□-7C VSP-D40W□-6T
VSP-D50W□-6 VSP-D50W□-7C VSP-D50W□-6T
VSP-F
Spring & Direct Mounting Type
Quick-fitting joint type Barb joint type
VSP-A
Fixed type on-the-top
vacuum port
VSP-B
Fixed type on-the-side
vacuum port
VSP-C
Spring type on-the-top
vacuum port
Model
VSP-D
VSP-F
Spring type on-the-side
vacuum port
Spring & direct
mounting type
VSP-B10W□-6
VSP-B20W□-6
VSP-B30W□-6
VSP-B40W□-6
VSP-B50W□-6
VSP-B10W□-7C
VSP-B20W□-7C
VSP-B30W□-7C
VSP-B40W□-7C
VSP-B50W□-7C
Model
VSP-B10W□-6T
VSP-B20W□-6T
VSP-B30W□-6T
VSP-B40W□-6T
VSP-B50W□-6T
Model
VSP-F10W□
VSP-F20W□
VSP-F30W□
VSP-F40W□
VSP-F50W□
②. Pad dia.
Code
Dia.
10
φ10a
0.39in.
20
φ20a
0.79in.
30
φ30a
1.18in.
40
φ40a
1.57in.
50
φ50a
1.97in.
VSP-C
Spring Type On-the-top Vacuum Port
VSPG
Pad Rubber Only
Quick-fitting joint type Barb joint type
N
③. Pad shape
W: Malti-Bellows type
④. Pad material
Material
Code
Nitrile rubber
N
Silicon rubber
S
NBR suited the food sanitation act
G
⑤. Joint size and type
Pad size
φ10 to φ50
Joint type Quick-fitting joint
Barb joint
Quick-fitting joint
Dia.
6×4(a)
6×4(a)
1/4×0.18in.
(O.D.×I.D.) 0.24×0.16(in.) 0.24×0.16(in.)
Code
6
6T
7C
Model
Model
VSP-C10W□-6 VSP-C10W□-7C VSP-C10W□-6T
VSP-C20W□-6 VSP-C20W□-7C VSP-C20W□-6T
VSP-C30W□-6 VSP-C30W□-7C VSP-C30W□-6T
VSP-C40W□-6 VSP-C40W□-7C VSP-C40W□-6T
VSP-C50W□-6 VSP-C50W□-7C VSP-C50W□-6T
Model
VSPG-10W□
VSPG-20W□
VSPG-30W□
VSPG-40W□
VSPG-50W□
53
Quick Fitting Type Vacuum Pad
Vacuum Pad
Oval Type
Package: 1pc. in a bag
VSP-A
Fixed Type On-the-top Vacuum Port
Quick-fitting joint type Barb joint type
▲▲
■Best suitable for long work like substrate or semiconductor.
Pad dia.: 11 types
Pad material: Nitrile rubber, Silicon rubber,
Anti-static rubber (low resistance)
Holder shape: 7 types
▲
Model Designation (Example)
VSP-A 4×10 E N
①
②
③
④
6
F1
⑤
⑥
①. Holder type
VSP-A
Fixed type on-the-top
vacuum port
VSP-B
Fixed type on-the-side
vacuum port
VSP-C
Spring type on-the-top
vacuum port
VSP-D
Spring type on-the-side
vacuum port
Model
VSP-A4×10E□-6 VSP-A4×10E□-7C
VSP-A4×20E□-6 VSP-A4×20E□-7C
VSP-A4×30E□-6 VSP-A4×30E□-7C
VSP-A5×10E□-6 VSP-A5×10E□-7C
VSP-A5×20E□-6 VSP-A5×20E□-7C
VSP-A5×30E□-6 VSP-A5×30E□-7C
VSP-A6×10E□-6 VSP-A6×10E□-7C
VSP-A6×20E□-6 VSP-A6×20E□-7C
VSP-A6×30E□-6 VSP-A6×30E□-7C
VSP-A8×20E□-6 VSP-A8×20E□-7C
VSP-A8×30E□-6 VSP-A8×30E□-7C
VSP-B
Model
VSP-A4×10E□-6T
VSP-A4×20E□-6T
VSP-A4×30E□-6T
VSP-A5×10E□-6T
VSP-A5×20E□-6T
VSP-A5×30E□-6T
VSP-A6×10E□-6T
VSP-A6×20E□-6T
VSP-A6×30E□-6T
VSP-A8×20E□-6T
VSP-A8×30E□-6T
Fixed Type On-the-side Vacuum Port
Quick-fitting joint type Barb joint type
VSP-F
VSP-AE
Spring & direct
mounting type
Screwed type on-the-top
vacuum port
VSP-BE
Screwed type on-the-side
vacuum port
②. Pad dia.
B
A
B
A
4a (0.16in.)
5a (0.20in.)
6a (0.24in.)
8a (0.31in.)
10a (0.39in.) 20a (0.79in.) 30a (1.18in.)
4×10
4×20
4×30
5×10
5×20
5×30
6×10
6×20
6×30
−
8×20
8×30
③. Pad shape
E: Oval type
④. Pad material
Material
Code
Nitrile rubber
N
Silicon rubber
S
Anti-static rubber (low resistance)
E
⑤. Joint size and type
Joint type
Dia. (O.D.×I.D.)
Code
Quick-fitting joint
6×4(a)
6
Joint type
Dia. (O.D.×I.D.)
Code
Quick-fitting joint
1/4×1.18in.
7C
⑥. Free holder (option)
F1: Free holder swing angle 30゜
F2: Free holder swing angle 15゜
54
Barb joint
6×4(a)
6T
Model
VSP-B4×10E□-6 VSP-B4×10E□-7C
VSP-B4×20E□-6 VSP-B4×20E□-7C
VSP-B4×30E□-6 VSP-B4×30E□-7C
VSP-B5×10E□-6 VSP-B5×10E□-7C
VSP-B5×20E□-6 VSP-B5×20E□-7C
VSP-B5×30E□-6 VSP-B5×30E□-7C
VSP-B6×10E□-6 VSP-B6×10E□-7C
VSP-B6×20E□-6 VSP-B6×20E□-7C
VSP-B6×30E□-6 VSP-B6×30E□-7C
VSP-B8×20E□-6 VSP-B8×20E□-7C
VSP-B8×30E□-6 VSP-B8×30E□-7C
VSP-C
Model
VSP-B4×10E□-6T
VSP-B4×20E□-6T
VSP-B4×30E□-6T
VSP-B5×10E□-6T
VSP-B5×20E□-6T
VSP-B5×30E□-6T
VSP-B6×10E□-6T
VSP-B6×20E□-6T
VSP-B6×30E□-6T
VSP-B8×20E□-6T
VSP-B8×30E□-6T
Spring Type On-the-top Vacuum Port
Quick-fitting joint type Barb joint type
Model
Model
VSP-C4×10E□-6 VSP-C4×10E□-7C VSP-C4×10E□-6T
VSP-C4×20E□-6 VSP-C4×20E□-7C VSP-C4×20E□-6T
VSP-C4×30E□-6 VSP-C4×30E□-7C VSP-C4×30E□-6T
VSP-C5×10E□-6 VSP-C5×10E□-7C VSP-C5×10E□-6T
VSP-C5×20E□-6 VSP-C5×20E□-7C VSP-C5×20E□-6T
VSP-C5×30E□-6 VSP-C5×30E□-7C VSP-C5×30E□-6T
VSP-C6×10E□-6 VSP-C6×10E□-7C VSP-C6×10E□-6T
VSP-C6×20E□-6 VSP-C6×20E□-7C VSP-C6×20E□-6T
VSP-C6×30E□-6 VSP-C6×30E□-7C VSP-C6×30E□-6T
VSP-C8×20E□-6 VSP-C8×20E□-7C VSP-C8×20E□-6T
VSP-C8×30E□-6 VSP-C8×30E□-7C VSP-C8×30E□-6T
VSP-D
Spring Type On-the-side Vacuum Port
VSP-BE
Screwed Type On-the-side Vacuum Port
Quick-fitting joint type Barb joint type
Quick-fitting joint type Barb joint type
Model
VSP-D4×10E□-6 VSP-D4×10E□-7C
VSP-D4×20E□-6 VSP-D4×20E□-7C
VSP-D4×30E□-6 VSP-D4×30E□-7C
VSP-D5×10E□-6 VSP-D5×10E□-7C
VSP-D5×20E□-6 VSP-D5×20E□-7C
VSP-D5×30E□-6 VSP-D5×30E□-7C
VSP-D6×10E□-6 VSP-D6×10E□-7C
VSP-D6×20E□-6 VSP-D6×20E□-7C
VSP-D6×30E□-6 VSP-D6×30E□-7C
VSP-D8×20E□-6 VSP-D8×20E□-7C
VSP-D8×30E□-6 VSP-D8×30E□-7C
Model
VSP-BE4×10E□-6 VSP-BE4×10E□-7C
VSP-BE4×20E□-6 VSP-BE4×20E□-7C
VSP-BE4×30E□-6 VSP-BE4×30E□-7C
VSP-BE5×10E□-6 VSP-BE5×10E□-7C
VSP-BE5×20E□-6 VSP-BE5×20E□-7C
VSP-BE5×30E□-6 VSP-BE5×30E□-7C
VSP-BE6×10E□-6 VSP-BE6×10E□-7C
VSP-BE6×20E□-6 VSP-BE6×20E□-7C
VSP-BE6×30E□-6 VSP-BE6×30E□-7C
VSP-BE8×20E□-6 VSP-BE8×20E□-7C
VSP-BE8×30E□-6 VSP-BE8×30E□-7C
VSP-F
Model
VSP-D4×10E□-6T
VSP-D4×20E□-6T
VSP-D4×30E□-6T
VSP-D5×10E□-6T
VSP-D5×20E□-6T
VSP-D5×30E□-6T
VSP-D6×10E□-6T
VSP-D6×20E□-6T
VSP-D6×30E□-6T
VSP-D8×20E□-6T
VSP-D8×30E□-6T
Spring & Direct Mounting Type
VSPG
Model
VSP-BE4×10E□-6T
VSP-BE4×20E□-6T
VSP-BE4×30E□-6T
VSP-BE5×10E□-6T
VSP-BE5×20E□-6T
VSP-BE5×30E□-6T
VSP-BE6×10E□-6T
VSP-BE6×20E□-6T
VSP-BE6×30E□-6T
VSP-BE8×20E□-6T
VSP-BE8×30E□-6T
Pad Rubber Only
EN
Model
VSP-F4×10E□
VSP-F4×20E□
VSP-F4×30E□
VSP-F5×10E□
VSP-F5×20E□
VSP-F5×30E□
VSP-F6×10E□
VSP-F6×20E□
VSP-F6×30E□
VSP-F8×20E□
VSP-F8×30E□
VSP-AE
Screwed Type On-the-top Vacuum Port
Quick-fitting joint type Barb joint type
Model
VSP-AE4×10E□-6 VSP-AE4×10E□-7C
VSP-AE4×20E□-6 VSP-AE4×20E□-7C
VSP-AE4×30E□-6 VSP-AE4×30E□-7C
VSP-AE5×10E□-6 VSP-AE5×10E□-7C
VSP-AE5×20E□-6 VSP-AE5×20E□-7C
VSP-AE5×30E□-6 VSP-AE5×30E□-7C
VSP-AE6×10E□-6 VSP-AE6×10E□-7C
VSP-AE6×20E□-6 VSP-AE6×20E□-7C
VSP-AE6×30E□-6 VSP-AE6×30E□-7C
VSP-AE8×20E□-6 VSP-AE8×20E□-7C
VSP-AE8×30E□-6 VSP-AE8×30E□-7C
Model
VSP-AE4×10E□-6T
VSP-AE4×20E□-6T
VSP-AE4×30E□-6T
VSP-AE5×10E□-6T
VSP-AE5×20E□-6T
VSP-AE5×30E□-6T
VSP-AE6×10E□-6T
VSP-AE6×20E□-6T
VSP-AE6×30E□-6T
VSP-AE8×20E□-6T
VSP-AE8×30E□-6T
Model
Nitrile
rubber
VSPG-4×10EN
VSPG-4×20EN
VSPG-4×30EN
VSPG-5×10EN
VSPG-5×20EN
VSPG-5×30EN
VSPG-6×10EN
VSPG-6×20EN
VSPG-6×30EN
VSPG-8×20EN
VSPG-8×30EN
VSPG-4×10ENA
VSPG-4×20ENA
VSPG-4×30ENA
VSPG-5×10ENA
VSPG-5×20ENA
VSPG-5×30ENA
VSPG-6×10ENA
VSPG-6×20ENA
VSPG-6×30ENA
VSPG-8×20ENA
VSPG-8×30ENA
Silicon
rubber
VSPG-4×10ES
VSPG-4×20ES
VSPG-4×30ES
VSPG-5×10ES
VSPG-5×20ES
VSPG-5×30ES
VSPG-6×10ES
VSPG-6×20ES
VSPG-6×30ES
VSPG-8×20ES
VSPG-8×30ES
VSPG-4×10ESA
VSPG-4×20ESA
VSPG-4×30ESA
VSPG-5×10ESA
VSPG-5×20ESA
VSPG-5×30ESA
VSPG-6×10ESA
VSPG-6×20ESA
VSPG-6×30ESA
VSPG-8×20ESA
VSPG-8×30ESA
Anti-static rubber
(low resistance)
VSPG-4×10EE
VSPG-4×20EE
VSPG-4×30EE
VSPG-5×10EE
VSPG-5×20EE
VSPG-5×30EE
VSPG-6×10EE
VSPG-6×20EE
VSPG-6×30EE
VSPG-8×20EE
VSPG-8×30EE
VSPG-4×10EEA
VSPG-4×20EEA
VSPG-4×30EEA
VSPG-5×10EEA
VSPG-5×20EEA
VSPG-5×30EEA
VSPG-6×10EEA
VSPG-6×20EEA
VSPG-6×30EEA
VSPG-8×20EEA
VSPG-8×30EEA
*Adding "A" to the end of code signifies threaded
body attached.
55
Quick Fitting Type Vacuum Pad
Vacuum Pad
Soft Type
Package: 1pc. in a bag
VSP-A
▲▲▲
■Best suitable for plastic products or fragile work.
a to φ40a
a
Pad dia.: φ4a
Pad material: Nitrile rubber, Silicon rubber, Fluorosilicon rubber, Anti-static rubber
Holder shape: 8 types
Fixed Type On-the-top Vacuum Port
Quick-fitting joint type Barb joint type
Model Designation (Example)
VSP-A 40 L N
①
②
③
④
6
⑤
⑥
Model
①. Holder type
VSP-A
Fixed type on-the-top
vacuum port
VSP-B
VSP-C
Fixed type on-the-side
vacuum port
Spring type on-the-top
vacuum port
VSP-D
Spring type on-the-side
vacuum port
VSP-A4L□-6
VSP-A6L□-6
VSP-A8L□-6
VSP-A10L□-6
VSP-A15L□-6
VSP-A20L□-6
VSP-A30L□-6
VSP-A40L□-6
VSP-B
VSP-HC
VSP-F
Spring type on-the-top
vacuum port
Spring & direct
mounting type
VSP-HD
Spring type on-the-side
vacuum port
VSP-HE
VSP-A4L□-7C
VSP-A6L□-7C
VSP-A8L□-7C
VSP-A10L□-7C
VSP-A15L□-7C
VSP-A20L□-7C
VSP-A30L□-7C
VSP-A40L□-7C
Model
VSP-A4L□-6T
VSP-A6L□-6T
VSP-A8L□-6T
VSP-A10L□-6T
VSP-A15L□-6T
VSP-A20L□-6T
VSP-A30L□-6T
VSP-A40L□-6T
Fixed Type On-the-side Vacuum Port
Quick-fitting joint type Barb joint type
Direct Mounting Type onthe-side vacuum port
②. Pad dia.
Code
Dia.
4
6
8
10
15
20
30
40
φ4a
φ6a
φ8a φ10a φ15a φ20a φ30a φ40a
0.16in. 0.24in. 0.31in. 0.39in. 0.59in. 0.79in. 1.18in. 1.57in.
③. Pad shape
L: Soft type
④. Pad material
Material
Code
Nitrile
rubber
N
Silicon
rubber
S
Fluorosilicon
rubber
FS
Anti-static rubber
(Surface resistance: 104∼106Ω/f)
SE
⑤. Joint size and type
Holder shape
Pad size
Joint type
Dia. (O.D.×I.D.)
Code
Holder shape
Pad size
Joint type
Dia. (O.D.×I.D.)
Code
A, B, C, D
φ4 to φ40
Quick-fitting joint
Barb joint
6×4(a)
6×4(a)
6
6T
A, B, C, D
φ4 to φ40
Quick-fitting joint
1/4×1.18in.
7C
HC, HD, HE
φ4
φ6 to φ40
Quick-fitting joint
Quick-fitting joint
4×2.5(a)
6×4(a)
4
6
Model
VSP-B4L□-6
VSP-B6L□-6
VSP-B8L□-6
VSP-B10L□-6
VSP-B15L□-6
VSP-B20L□-6
VSP-B30L□-6
VSP-B40L□-6
VSP-C
VSP-B4L□-7C
VSP-B6L□-7C
VSP-B8L□-7C
VSP-B10L□-7C
VSP-B15L□-7C
VSP-B20L□-7C
VSP-B30L□-7C
VSP-B40L□-7C
Model
VSP-B4L□-6T
VSP-B6L□-6T
VSP-B8L□-6T
VSP-B10L□-6T
VSP-B15L□-6T
VSP-B20L□-6T
VSP-B30L□-6T
VSP-B40L□-6T
Spring Type On-the-top Vacuum Port
Quick-fitting joint type Barb joint type
HC, HD, HE
φ4
φ6 to φ40
Quick-fitting joint
Quick-fitting joint
5/32×0.1in.
1/4×1.18in.
3C
7C
*VSP-A4L□-6T to VSP-A15L□-6T are all monoblock type, so that the barb joint can not be separated.
⑥. Free holder (option)
F1: Free holder swing angle 30゜
F2: Free holder swing angle 15゜
56
Model
VSP-C4L□-6 VSP-C4L□-7C
VSP-C6L□-6 VSP-C6L□-7C
VSP-C8L□-6 VSP-C8L□-7C
VSP-C10L□-6 VSP-C10L□-7C
VSP-C15L□-6 VSP-C15L□-7C
VSP-C20L□-6 VSP-C20L□-7C
VSP-C30L□-6 VSP-C30L□-7C
VSP-C40L□-6 VSP-C40L□-7C
Model
VSP-C4L□-6T
VSP-C6L□-6T
VSP-C8L□-6T
VSP-C10L□-6T
VSP-C15L□-6T
VSP-C20L□-6T
VSP-C30L□-6T
VSP-C40L□-6T
VSP-D
Spring Type On-the-side Vacuum Port
Quick-fitting joint type Barb joint type
Model
VSP-D4L□-6
VSP-D6L□-6
VSP-D8L□-6
VSP-D10L□-6
VSP-D15L□-6
VSP-D20L□-6
VSP-D30L□-6
VSP-D40L□-6
VSP-F
VSP-HD
Model
VSP-D4L□-7C
VSP-D6L□-7C
VSP-D8L□-7C
VSP-D10L□-7C
VSP-D15L□-7C
VSP-D20L□-7C
VSP-D30L□-7C
VSP-D40L□-7C
VSP-D4L□-6T
VSP-D6L□-6T
VSP-D8L□-6T
VSP-D10L□-6T
VSP-D15L□-6T
VSP-D20L□-6T
VSP-D30L□-6T
VSP-D40L□-6T
Spring & Direct Mounting Type
Spring Type On-the-side Vacuum Port
Quick-fitting joint type Barb joint type
Model
VSP-HD4L□-4
VSP-HD6L□-6
VSP-HD8L□-6
VSP-HD10L□-6
VSP-HD15L□-6
VSP-HD20L□-6
VSP-HD30L□-6
VSP-HD40L□-6
VSP-HE
Model
VSP-HD4L□-3C
VSP-HD6L□-7C
VSP-HD8L□-7C
VSP-HD10L□-7C
VSP-HD15L□-7C
VSP-HD20L□-7C
VSP-HD30L□-7C
VSP-HD40L□-7C
VSP-HD4L□-6T
VSP-HD6L□-6T
VSP-HD8L□-6T
VSP-HD10L□-6T
VSP-HD15L□-6T
VSP-HD20L□-6T
VSP-HD30L□-6T
VSP-HD40L□-6T
Direct Mounting Type On-the-side Vacuum Port
Quick-fitting joint type Barb joint type
Model
Model
VSP-F4L□
VSP-F6L□
VSP-F8L□
VSP-F10L□
VSP-F15L□
VSP-F20L□
VSP-F30L□
VSP-F40L□
VSP-HC
VSP-HE4L□-4
VSP-HE6L□-6
VSP-HE8L□-6
VSP-HE10L□-6
VSP-HE15L□-6
VSP-HE20L□-6
VSP-HE30L□-6
VSP-HE40L□-6
Spring Type On-the-top Vacuum Port
VSPG
Model
VSP-HE4L□-3C
VSP-HE6L□-7C
VSP-HE8L□-7C
VSP-HE10L□-7C
VSP-HE15L□-7C
VSP-HE20L□-7C
VSP-HE30L□-7C
VSP-HE40L□-7C
VSP-HE4L□-4T
VSP-HE6L□-6T
VSP-HE8L□-6T
VSP-HE10L□-6T
VSP-HE15L□-6T
VSP-HE20L□-6T
VSP-HE30L□-6T
VSP-HE40L□-6T
Pad Rubber Only
Quick-fitting joint type Barb joint type
FS
N,SE
S
Model
VSP-HC4L□-4
VSP-HC6L□-6
VSP-HC8L□-6
VSP-HC10L□-6
VSP-HC15L□-6
VSP-HC20L□-6
VSP-HC30L□-6
VSP-HC40L□-6
VSP-HC4L□-3C
VSP-HC6L□-7C
VSP-HC8L□-7C
VSP-HC10L□-7C
VSP-HC15L□-7C
VSP-HC20L□-7C
VSP-HC30L□-7C
VSP-HC40L□-7C
Model
VSP-HC4L□-4T
VSP-HC6L□-6T
VSP-HC8L□-6T
VSP-HC10L□-6T
VSP-HC15L□-6T
VSP-HC20L□-6T
VSP-HC30L□-6T
VSP-HC40L□-6T
Nitrile
rubber
VSPG-4LN
VSPG-6LN
VSPG-8LN
VSPG-10LN
VSPG-15LN
VSPG-20LN
VSPG-30LN
VSPG-40LN
Model
Silicon Fluorosilicon
rubber
rubber
VSPG-4LS VSPG-4LFS
VSPG-6LS VSPG-6LFS
VSPG-8LS VSPG-8LFS
VSPG-10LS VSPG-10LFS
VSPG-15LS VSPG-15LFS
VSPG-20LS VSPG-20LFS
VSPG-30LS VSPG-30LFS
VSPG-40LS VSPG-40LFS
Anti-static
rubber
VSPG-4LSE
VSPG-6LSE
VSPG-8LSE
VSPG-10LSE
VSPG-15LSE
VSPG-20LSE
VSPG-30LSE
VSPG-40LSE
57
Quick Fitting Type Vacuum Pad
Soft Bellows Type
Vacuum Pad
Package: 1pc. in a bag
VSP-A
Fixed Type On-the-top Vacuum Port
Quick-fitting joint type Barb joint type
▲▲▲
■Best suitable for plastic products or fragile work.
a to φ20a
a
Pad dia.: φ6a
Pad material: Nitrile rubber, Silicon rubber
Holder shape: 8 types
Model Designation (Example)
VSP-A 10 LB N
①
②
③
④
6
⑤
⑥
Model
①. Holder type
VSP-A
Fixed type on-the-top
vacuum port
VSP-A6LB□-6
VSP-A8LB□-6
VSP-A10LB□-6
VSP-A15LB□-6
VSP-A20LB□-6
VSP-B
Fixed type on-the-side
vacuum port
VSP-C
Spring type on-the-top
vacuum port
VSP-A6LB□-7C
VSP-A8LB□-7C
VSP-A10LB□-7C
VSP-A15LB□-7C
VSP-A20LB□-7C
Model
VSP-A6LB□-6T
VSP-A8LB□-6T
VSP-A10LB□-6T
VSP-A15LB□-6T
VSP-A20LB□-6T
VSP-D
Spring type on-the-side
vacuum port
VSP-B
Fixed Type On-the-side Vacuum Port
Quick-fitting joint type Barb joint type
VSP-F
Spring & direct
mounting type
VSP-HC
Spring type on-the-top
vacuum port
VSP-HD
Spring type on-the-side
vacuum port
VSP-HE
Direct Mounting Type onthe-side vacuum port
Model
②. Pad dia.
Code
Dia.
6
φ6a
0.24in.
8
φ8a
0.31in.
10
φ10a
0.39in.
15
φ15a
0.59in.
20
φ20a
0.79in.
③. Pad shape
LB: Soft Bellows type
④. Pad material
Material
Code
Nitrile rubber
N
Silicon rubber
S
VSP-B6LB□-6
VSP-B8LB□-6
VSP-B10LB□-6
VSP-B15LB□-6
VSP-B20LB□-6
VSP-C
VSP-B6LB□-7C
VSP-B8LB□-7C
VSP-B10LB□-7C
VSP-B15LB□-7C
VSP-B20LB□-7C
Model
VSP-B6LB□-6T
VSP-B8LB□-6T
VSP-B10LB□-6T
VSP-B15LB□-6T
VSP-B20LB□-6T
Spring Type On-the-top Vacuum Port
Quick-fitting joint type Barb joint type
⑤. Joint size and type
Holder type
Pad dia.
Joint type
Dia. (O.D.×I.D.)
Code
Holder type
Pad dia.
Joint type
Dia. (O.D.×I.D.)
Code
A, B, C, D
φ6 to φ20
Quick-fitting joint
Barb joint
6×4(a)
6×4(a)
6
6T
A, B, C, D
φ6 to φ20
Quick-fitting joint
1/4×0.18in.
7C
HC, HD, HE
φ6 to φ20
Quick-fitting joint
6×4(a)
6
HC, HD, HE
φ6 to φ20
Quick-fitting joint
1/4×0.18in.
7C
*VSP-A6LB□6B to VSP-A15LB□6B are all monoblock type, so that the barb joint can not be separated.
⑥. Free holder (option)
F1: Free holder swing angle 30゜
F2: Free holder swing angle 15゜
58
Model
VSP-C6LB□-6
VSP-C8LB□-6
VSP-C10LB□-6
VSP-C15LB□-6
VSP-C20LB□-6
VSP-C6LB□-7C
VSP-C8LB□-7C
VSP-C10LB□-7C
VSP-C15LB□-7C
VSP-C20LB□-7C
Model
VSP-C6LB□-6T
VSP-C8LB□-6T
VSP-C10LB□-6T
VSP-C15LB□-6T
VSP-C20LB□-6T
VSP-D
Spring Type On-the-side Vacuum Port
Quick-fitting joint type Barb joint type
Model
VSP-D6LB□-6
VSP-D8LB□-6
VSP-D10LB□-6
VSP-D15LB□-6
VSP-D20LB□-6
VSP-F
VSP-HD
Model
VSP-D6LB□-7C
VSP-D8LB□-7C
VSP-D10LB□-7C
VSP-D15LB□-7C
VSP-D20LB□-7C
VSP-D6LB□-6T
VSP-D8LB□-6T
VSP-D10LB□-6T
VSP-D15LB□-6T
VSP-D20LB□-6T
Spring & Direct Mounting Type
Spring Type On-the-side Vacuum Port
Quick-fitting joint type Barb joint type
Model
VSP-HD6LB□-6
VSP-HD8LB□-6
VSP-HD10LB□-6
VSP-HD15LB□-6
VSP-HD20LB□-6
VSP-HE
Model
VSP-HD6LB□-7C
VSP-HD8LB□-7C
VSP-HD10LB□-7C
VSP-HD15LB□-7C
VSP-HD20LB□-7C
VSP-HD6LB□-6T
VSP-HD8LB□-6T
VSP-HD10LB□-6T
VSP-HD15LB□-6T
VSP-HD20LB□-6T
Direct Mounting Type On-the-side Vacuum Port
Quick-fitting joint type Barb joint type
Model
Model
VSP-F6LB□
VSP-F8LB□
VSP-F10LB□
VSP-F15LB□
VSP-F20LB□
VSP-HC
VSP-HE6LB□-6
VSP-HE8LB□-6
VSP-HE10LB□-6
VSP-HE15LB□-6
VSP-HE20LB□-6
Spring Type On-the-top Vacuum Port
VSPG
Model
VSP-HE6LB□-7C VSP-HE6LB□-6T
VSP-HE8LB□-7C VSP-HE8LB□-6T
VSP-HE10LB□-7C VSP-HE10LB□-6T
VSP-HE15LB□-7C VSP-HE15LB□-6T
VSP-HE20LB□-7C VSP-HE20LB□-6T
Pad Rubber Only
Quick-fitting joint type Barb joint type
N
Model
VSP-HC6LB□-6
VSP-HC8LB□-6
VSP-HC10LB□-6
VSP-HC15LB□-6
VSP-HC20LB□-6
VSP-HC6LB□-7C
VSP-HC8LB□-7C
VSP-HC10LB□-7C
VSP-HC15LB□-7C
VSP-HC20LB□-7C
Model
VSP-HC6LB□-6T
VSP-HC8LB□-6T
VSP-HC10LB□-6T
VSP-HC15LB□-6T
VSP-HC20LB□-6T
Model
Nitrile
rubber
VSPG-6LBN
VSPG-8LBN
VSPG-10LBN
VSPG-15LBN
VSPG-20LBN
Silicon
rubber
VSPG-6LBS
VSPG-8LBS
VSPG-10LBS
VSPG-15LBS
VSPG-20LBS
59
Quick Fitting Type Vacuum Pad
Vacuum Pad
Skidproof Type
Package: 1pc. in a bag
VSP-A
▲▲▲
■Optimal for transporting oil-coated components, such as
press parts.
■Unique pad shape contributed to preventing pieces from
skidding during transport.
■Use of oil-resistant NBR (nitrile-butadiene rubber) has
improved pad durability in oily environments.
a to φ50a
a
Pad dia.: φ10a
Pad material: Oil-resistant NBR
Holder shape: 5 types
Model Designation (Example)
VSP-A 30 KNH
①
②
③
6
④
⑤
Fixed Type On-the-top Vacuum Port
VSP-D
Spring Type On-the-side Vacuum Port
Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type
Model
VSP-A10KNH-6
VSP-A20KNH-6
VSP-A30KNH-6
VSP-A40KNH-6
VSP-A50KNH-6
VSP-A10KNH-6T
VSP-A20KNH-6T
VSP-A30KNH-6T
VSP-A40KNH-6T
VSP-A50KNH-6T
Model
VSP-D10KNH-6
VSP-D20KNH-6
VSP-D30KNH-6
VSP-D40KNH-6
VSP-D50KNH-6
VSP-D10KNH-6T
VSP-D20KNH-6T
VSP-D30KNH-6T
VSP-D40KNH-6T
VSP-D50KNH-6T
①. Holder type
VSP-B
Fixed Type On-the-side Vacuum Port
VSP-F
Spring & Direct Mounting Type
Quick-fitting joint type Barb joint type
VSP-A
VSP-B
Fixed type on-the-top
vacuum port
Fixed type on-the-side
vacuum port
VSP-C
Spring type on-the-top
vacuum port
Model
VSP-D
VSP-F
Spring type on-the-side
vacuum port
Spring & direct
mounting type
②. Pad dia.
Code
Dia.
10
φ10a
0.39in.
20
φ20a
0.79in.
30
φ30a
1.18in.
40
φ40a
1.57in.
50
φ50a
1.97in.
VSP-B10KNH-6
VSP-B20KNH-6
VSP-B30KNH-6
VSP-B40KNH-6
VSP-B50KNH-6
VSP-C
VSP-B10KNH-6T
VSP-B20KNH-6T
VSP-B30KNH-6T
VSP-B40KNH-6T
VSP-B50KNH-6T
Spring Type On-the-top Vacuum Port
Model
VSP-F10KNH
VSP-F20KNH
VSP-F30KNH
VSP-F40KNH
VSP-F50KNH
VSPG
Pad Rubber Only
Quick-fitting joint type Barb joint type
KNH
③. Pad shape, material
Shape, Material
Code
Skidproof type, Oil-resistant NBR
KNH
④. Joint size and type
Pad dia.
Joint type
Dia.
(O.D.×I.D.)
Code
φ10 to φ50
Quick-fitting joint
Barb joint
6×4(a)
6×4(a)
0.24×0.16(in.)
0.24×0.16(in.)
6
6T
⑤. Free holder (option)
F1: Free holder swing angle 30゜
F2: Free holder swing angle 15゜
.In case of ordering, please apply Model code in the following chart.
60
Model
VSP-C10KNH-6
VSP-C20KNH-6
VSP-C30KNH-6
VSP-C40KNH-6
VSP-C50KNH-6
VSP-C10KNH-6T
VSP-C20KNH-6T
VSP-C30KNH-6T
VSP-C40KNH-6T
VSP-C50KNH-6T
Model
VSPG-10KNH
VSPG-20KNH
VSPG-30KNH
VSPG-40KNH
VSPG-50KNH
Quick Fitting Type Vacuum Pad
Vacuum Pad
Thin Component Type
Package: 1pc. in a bag
VSP-A
▲▲▲
■Optimal for transporting thin components, such as paper,
vinyl sheets.
■As the lip has been made thinner, not only has its
adhesion to components been improved, but overlapping
adhesion has also been minimized.
a to φ20a
a
Pad dia.: φ8a
Pad material: Nitrile rubber, Fluorosilicon rubber
Holder shape: 6 types
①
②
③
④
6
⑤
VSP-D
Spring Type On-the-side Vacuum Port
Model
VSP-A8P□-4
VSP-A10P□-4
VSP-A15P□-4
VSP-A20P□-4
Model Designation (Example)
VSP-A 10 P N
Fixed Type On-the-top Vacuum Port
Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type
VSP-A8P□-4T
VSP-A10P□-4T
VSP-A15P□-4T
VSP-A20P□-4T
Model
VSP-D8P□-4
VSP-D10P□-4
VSP-D15P□-4
VSP-D20P□-4
VSP-D8P□-4T
VSP-D10P□-4T
VSP-D15P□-4T
VSP-D20P□-4T
①. Holder type
VSP-B
Fixed Type On-the-side Vacuum Port
VSP-E
Fixed Direct Mounting Type
Quick-fitting joint type Barb joint type
VSP-A
Fixed type on-the-top
vacuum port
VSP-B
Fixed type on-the-side
vacuum port
VSP-C
Spring type on-the-top
vacuum port
Model
VSP-D
Spring type on-the-side
vacuum port
VSP-E
Fixed direct
mounting type
VSP-F
VSP-C
Dia.
8
φ8a
0.31in.
10
φ10a
0.39in.
VSP-B8P□-4T
VSP-B10P□-4T
VSP-B15P□-4T
VSP-B20P□-4T
VSP-E8P□
VSP-E10P□
VSP-E15P□
VSP-E20P□
Spring & direct
mounting type
②. Pad dia.
Code
VSP-B8P□-4
VSP-B10P□-4
VSP-B15P□-4
VSP-B20P□-4
Model
15
φ15a
0.59in.
20
φ20a
0.79in.
Spring Type On-the-top Vacuum Port
VSP-F
Spring & Direct Mounting Type
Quick-fitting joint type Barb joint type
③. Pad shape
P: Thin Component type
④. Pad material
Material
Code
Nitrile rubber
N
Fluorosilicon rubber
FS
⑤. Joint size and type
Pad dia.
Joint type
Dia.
(O.D.×I.D.)
Code
φ8 to φ20
Quick-fitting joint
Barb joint
4×2.5(a)
4×2.5(a)
0.16×0.10(in.)
0.16×0.10(in.)
4
4T
Model
VSP-C8P□-4
VSP-C10P□-4
VSP-C15P□-4
VSP-C20P□-4
VSP-C8P□-4T
VSP-C10P□-4T
VSP-C15P□-4T
VSP-C20P□-4T
Model
VSP-F8P□
VSP-F10P□
VSP-F15P□
VSP-F20P□
VSPG
Pad Rubber Only
N
Nitrile
rubber
VSPG-8PN
VSPG-10PN
VSPG-15PN
VSPG-20PN
Model
Fluorosilicon
rubber
VSPG-8PFS
VSPG-10PFS
VSPG-15PFS
VSPG-20PFS
61
Quick Fitting Type Vacuum Pad
Vacuum Pad
Long Stroke
Package: 1pc. in a bag
■This Vacuum Pad can hold parts or material pieces even when the distance from the pad to them varies.
●Standard type
■General-type pad suitable for thick and flat work and Deep-type pad for spherical fruits (apple, etc.) or ball are available.
●Sponge type
■Best suitable for work like an external wall material of building, small stone and seashell.
●Bellows type
■Best suitable for retort package or bag packed food into, etc.
●Oval type
■Best suitable for long work like substrate or semiconductor.
●Skidproof type
▲▲
■Optimal for transporting oil-coated components, such as press parts.
a to φ50a
a
Pad dia. : φ4a
Pad material: Nitrile rubber, Silicon rubber, Urethane rubber, Fluoric rubber, Anti-static rubber, Anti-static rubber (low
resistance), NBR suited to the food sanitation act., Sponge rubber, Oil-resistant NBR
Pad shape: Standard type (general-type and deep-type), Sponge type, Bellows type, Oval type, Skidproof type
Holder shape: 2 types
a to 50a
a
Stroke: 10a
▲▲▲
Model Designation (Example)
VSP-C 40
①
②
20 RN
③
④
6 C
⑤
F1
⑥
④. Pad shape, material
⑦
①. Holder type
Material
Shape
VSP-C
General type
Deep type
Sponge type
Bellows type
Oval type
Skidproof type
VSP-D
Spring type on-the-top
vacuum port
Spring type on-the-side
vacuum port
Material
Shape
②. Pad dia.
■Standard type
Code
Dia.
4
6
8 10 15 20 25 30 40 50
φ4a φ6a φ8a φ10a φ15a φ20a φ25a φ30a φ40a φ50a
0.16in. 0.24in. 0.31in. 0.39in. 0.59in. 0.79in. 0.98in. 1.18in. 1.57in. 1.97in.
■Sponge type
Code
Dia.
10
15
20
25
30
35
50
φ10a φ15a φ20a φ25a φ30a φ35a φ50a
0.39in. 0.59in. 0.79in. 0.98in. 1.18in. 1.38in. 1.97in.
■Bellows type
Code
Dia.
10
φ10a
0.39in.
20
φ20a
0.79in.
30
φ30a
1.18in.
40
φ40a
1.57in.
50
φ50a
1.97in.
■Oval type
A
B
B
10a (0.39in.) 20a (0.79in.) 30a (1.18in.)
4a (0.16in.) 4×10 4×20 4×30
5a (0.20in.) 5×10 5×20 5×30
6a (0.24in.) 6×10 6×20 6×30
8a (0.31in.)
−
8×20 8×30
A
■Skidproof type
Code
Dia.
10
φ10a
0.39in.
20
φ20a
0.79in.
30
φ30a
1.18in.
40
φ40a
1.57in.
50
φ50a
1.97in.
③.Stroke
Code
Stroke
62
10
15
20
30
40
50
10a
15a
20a
30a
40a
50a
0.39in. 0.59in. 0.79in. 1.18in. 1.57in. 1.97in.
General type
Deep type
Sponge type
Bellows type
Oval type
Skidproof type
Nitrile
rubber
RN
AN
−
BN
EN
−
Silicon
rubber
RS
AS
−
BS
ES
−
Urethane
rubber
RU
AU
−
−
−
−
Fluoric
rubber
RF
AF
−
−
−
−
Oil-resistant
NBR
−
−
−
−
−
KNH
Anti-static rubber Anti-static rubber (low resistance) NBR suited to the food Sponge
(*: 104∼106Ω/f) (*: 200Ω/f) sanitation act. (Chlroroprene rubber)
RSE
RE
RG
−
−
−
AG
−
−
−
−
S
−
−
−
−
−
EE
−
−
−
−
−
−
*Surface resistance
⑤. Joint size and type
Pad dia.
φ4 to φ8
φ10 to φ50
Joint type Quick-fitting joint Barb joint Quick-fitting joint Barb joint
Dia.
4×2.5(a) 4×2.5(a) 6×4(a)
6×4(a)
(O.D.×I.D.) 0.16×0.10(in.) 0.16×0.10(in.) 0.24×0.16(in.) 0.24×0.16(in.)
Code
4
4T
6
6T
⑥. Spring
No code: With cover (Stroke: 10a to 20a)
C: Without cover (Stroke: 20a to 50a)
⑦. Free holder (option)
F1: Free holder swing angle 30゜
F2: Free holder swing angle 15゜
VSP-C
With Cover Long Stroke On-the-top Vacuum Port
Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type
Standard type
Sponge type
Bellows type
Oval type
Model
Model
Model
Model
VSP-C4-10R□-4
VSP-C4-15R□-4
VSP-C4-20R□-4
VSP-C6-10R□-4
VSP-C6-15R□-4
VSP-C6-20R□-4
VSP-C8-10R□-4
VSP-C8-15R□-4
VSP-C8-20R□-4
VSP-C10-10R□-6
VSP-C10-15R□-6
VSP-C10-20R□-6
VSP-C15-10R(A)□-6
VSP-C15-15R(A)□-6
VSP-C15-20R(A)□-6
VSP-C20-10R(A)□-6
VSP-C20-15R(A)□-6
VSP-C20-20R(A)□-6
VSP-C25-10R(A)□-6
VSP-C25-15R(A)□-6
VSP-C25-20R(A)□-6
VSP-C30-10R(A)□-6
VSP-C30-15R(A)□-6
VSP-C30-20R(A)□-6
VSP-C40-10R(A)□-6
VSP-C40-15R(A)□-6
VSP-C40-20R(A)□-6
VSP-C50-10R(A)□-6
VSP-C50-15R(A)□-6
VSP-C50-20R(A)□-6
VSP-C4-10R□-4T
VSP-C4-15R□-4T
VSP-C4-20R□-4T
VSP-C6-10R□-4T
VSP-C6-15R□-4T
VSP-C6-20R□-4T
VSP-C8-10R□-4T
VSP-C8-15R□-4T
VSP-C8-20R□-4T
VSP-C10-10R□-6T
VSP-C10-15R□-6T
VSP-C10-20R□-6T
VSP-C15-10R(A)□-6T
VSP-C15-15R(A)□-6T
VSP-C15-20R(A)□-6T
VSP-C20-10R(A)□-6T
VSP-C20-15R(A)□-6T
VSP-C20-20R(A)□-6T
VSP-C25-10R(A)□-6T
VSP-C25-15R(A)□-6T
VSP-C25-20R(A)□-6T
VSP-C30-10R(A)□-6T
VSP-C30-15R(A)□-6T
VSP-C30-20R(A)□-6T
VSP-C40-10R(A)□-6T
VSP-C40-15R(A)□-6T
VSP-C40-20R(A)□-6T
VSP-C50-10R(A)□-6T
VSP-C50-15R(A)□-6T
VSP-C50-20R(A)□-6T
VSP-C10-10S-6
VSP-C10-15S-6
VSP-C10-20S-6
VSP-C15-10S-6
VSP-C15-15S-6
VSP-C15-20S-6
VSP-C20-10S-6
VSP-C20-15S-6
VSP-C20-20S-6
VSP-C25-10S-6
VSP-C25-15S-6
VSP-C25-20S-6
VSP-C30-10S-6
VSP-C30-15S-6
VSP-C30-20S-6
VSP-C35-10S-6
VSP-C35-15S-6
VSP-C35-20S-6
VSP-C50-10S-6
VSP-C50-15S-6
VSP-C50-20S-6
VSP-C10-10S-6T
VSP-C10-15S-6T
VSP-C10-20S-6T
VSP-C15-10S-6T
VSP-C15-15S-6T
VSP-C15-20S-6T
VSP-C20-10S-6T
VSP-C20-15S-6T
VSP-C20-20S-6T
VSP-C25-10S-6T
VSP-C25-15S-6T
VSP-C25-20S-6T
VSP-C30-10S-6T
VSP-C30-15S-6T
VSP-C30-20S-6T
VSP-C35-10S-6T
VSP-C35-15S-6T
VSP-C35-20S-6T
VSP-C50-10S-6T
VSP-C50-15S-6T
VSP-C50-20S-6T
VSP-C10-10B□-6
VSP-C10-15B□-6
VSP-C10-20B□-6
VSP-C20-10B□-6
VSP-C20-15B□-6
VSP-C20-20B□-6
VSP-C30-10B□-6
VSP-C30-15B□-6
VSP-C30-20B□-6
VSP-C40-10B□-6
VSP-C40-15B□-6
VSP-C40-20B□-6
VSP-C50-10B□-6
VSP-C50-15B□-6
VSP-C50-20B□-6
VSP-C10-10B□-6T
VSP-C10-15B□-6T
VSP-C10-20B□-6T
VSP-C20-10B□-6T
VSP-C20-15B□-6T
VSP-C20-20B□-6T
VSP-C30-10B□-6T
VSP-C30-15B□-6T
VSP-C30-20B□-6T
VSP-C40-10B□-6T
VSP-C40-15B□-6T
VSP-C40-20B□-6T
VSP-C50-10B□-6T
VSP-C50-15B□-6T
VSP-C50-20B□-6T
VSP-C4×10-10E□-6
VSP-C4×10-15E□-6
VSP-C4×10-20E□-6
VSP-C4×20-10E□-6
VSP-C4×20-15E□-6
VSP-C4×20-20E□-6
VSP-C4×30-10E□-6
VSP-C4×30-15E□-6
VSP-C4×30-20E□-6
VSP-C5×10-10E□-6
VSP-C5×10-15E□-6
VSP-C5×10-20E□-6
VSP-C5×20-10E□-6
VSP-C5×20-15E□-6
VSP-C5×20-20E□-6
VSP-C5×30-10E□-6
VSP-C5×30-15E□-6
VSP-C5×30-20E□-6
VSP-C6×10-10E□-6
VSP-C6×10-15E□-6
Quick-fitting joint type Barb joint type VSP-C6×10-20E□-6
VSP-C6×20-10E□-6
VSP-C6×20-15E□-6
VSP-C6×20-20E□-6
VSP-C6×30-10E□-6
VSP-C6×30-15E□-6
VSP-C6×30-20E□-6
VSP-C8×20-10E□-6
Skidproof type
VSP-C8×20-15E□-6
VSP-C8×20-20E□-6
Model
VSP-C8×30-10E□-6
VSP-C10-10KNH-6 VSP-C10-10KNH-6T
VSP-C8×30-15E□-6
VSP-C10-15KNH-6 VSP-C10-15KNH-6T
VSP-C8×30-20E□-6
VSP-C10-20KNH-6 VSP-C10-20KNH-6T
VSP-C20-10KNH-6 VSP-C20-10KNH-6T
VSP-C20-15KNH-6 VSP-C20-15KNH-6T
VSP-C20-20KNH-6 VSP-C20-20KNH-6T
VSP-C30-10KNH-6 VSP-C30-10KNH-6T
VSP-C30-15KNH-6 VSP-C30-15KNH-6T
VSP-C30-20KNH-6 VSP-C30-20KNH-6T
VSP-C40-10KNH-6 VSP-C40-10KNH-6T
VSP-C40-15KNH-6 VSP-C40-15KNH-6T
VSP-C40-20KNH-6 VSP-C40-20KNH-6T
VSP-C50-10KNH-6 VSP-C50-10KNH-6T
VSP-C50-15KNH-6 VSP-C50-15KNH-6T
VSP-C50-20KNH-6 VSP-C50-20KNH-6T
VSP-C4×10-10E□-6T
VSP-C4×10-15E□-6T
VSP-C4×10-20E□-6T
VSP-C4×20-10E□-6T
VSP-C4×20-15E□-6T
VSP-C4×20-20E□-6T
VSP-C4×30-10E□-6T
VSP-C4×30-15E□-6T
VSP-C4×30-20E□-6T
VSP-C5×10-10E□-6T
VSP-C5×10-15E□-6T
VSP-C5×10-20E□-6T
VSP-C5×20-10E□-6T
VSP-C5×20-15E□-6T
VSP-C5×20-20E□-6T
VSP-C5×30-10E□-6T
VSP-C5×30-15E□-6T
VSP-C5×30-20E□-6T
VSP-C6×10-10E□-6T
VSP-C6×10-15E□-6T
VSP-C6×10-20E□-6T
VSP-C6×20-10E□-6T
VSP-C6×20-15E□-6T
VSP-C6×20-20E□-6T
VSP-C6×30-10E□-6T
VSP-C6×30-15E□-6T
VSP-C6×30-20E□-6T
VSP-C8×20-10E□-6T
VSP-C8×20-15E□-6T
VSP-C8×20-20E□-6T
VSP-C8×30-10E□-6T
VSP-C8×30-15E□-6T
VSP-C8×30-20E□-6T
63
Vacuum Pad
VSP-C
Long Stroke
Without Cover Long Stroke On-the-top Vacuum Port
Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type
Standard type
Sponge type
Bellows type
Oval type
Model
Model
Model
Model
VSP-C20-20R(A)□-6C
VSP-C20-30R(A)□-6C
VSP-C20-40R(A)□-6C
VSP-C20-50R(A)□-6C
VSP-C25-20R(A)□-6C
VSP-C25-30R(A)□-6C
VSP-C25-40R(A)□-6C
VSP-C25-50R(A)□-6C
VSP-C30-20R(A)□-6C
VSP-C30-30R(A)□-6C
VSP-C30-40R(A)□-6C
VSP-C30-50R(A)□-6C
VSP-C40-20R(A)□-6C
VSP-C40-30R(A)□-6C
VSP-C40-40R(A)□-6C
VSP-C40-50R(A)□-6C
VSP-C50-20R(A)□-6C
VSP-C50-30R(A)□-6C
VSP-C50-40R(A)□-6C
VSP-C50-50R(A)□-6C
VSP-C20-20R(A)□-6TC
VSP-C20-30R(A)□-6TC
VSP-C20-40R(A)□-6TC
VSP-C20-50R(A)□-6TC
VSP-C25-20R(A)□-6TC
VSP-C25-30R(A)□-6TC
VSP-C25-40R(A)□-6TC
VSP-C25-50R(A)□-6TC
VSP-C30-20R(A)□-6TC
VSP-C30-30R(A)□-6TC
VSP-C30-40R(A)□-6TC
VSP-C30-50R(A)□-6TC
VSP-C40-20R(A)□-6TC
VSP-C40-30R(A)□-6TC
VSP-C40-40R(A)□-6TC
VSP-C40-50R(A)□-6TC
VSP-C50-20R(A)□-6TC
VSP-C50-30R(A)□-6TC
VSP-C50-40R(A)□-6TC
VSP-C50-50R(A)□-6TC
VSP-C10-20S-6C
VSP-C10-30S-6C
VSP-C10-40S-6C
VSP-C10-50S-6C
VSP-C15-20S-6C
VSP-C15-30S-6C
VSP-C15-40S-6C
VSP-C15-50S-6C
VSP-C20-20S-6C
VSP-C20-30S-6C
VSP-C20-40S-6C
VSP-C20-50S-6C
VSP-C25-20S-6C
VSP-C25-30S-6C
VSP-C25-40S-6C
VSP-C25-50S-6C
VSP-C30-20S-6C
VSP-C30-30S-6C
VSP-C30-40S-6C
VSP-C30-50S-6C
VSP-C35-20S-6C
VSP-C35-30S-6C
VSP-C35-40S-6C
VSP-C35-50S-6C
VSP-C50-20S-6C
VSP-C50-30S-6C
VSP-C50-40S-6C
VSP-C50-50S-6C
VSP-C10-20S-6TC
VSP-C10-30S-6TC
VSP-C10-40S-6TC
VSP-C10-50S-6TC
VSP-C15-20S-6TC
VSP-C15-30S-6TC
VSP-C15-40S-6TC
VSP-C15-50S-6TC
VSP-C20-20S-6TC
VSP-C20-30S-6TC
VSP-C20-40S-6TC
VSP-C20-50S-6TC
VSP-C25-20S-6TC
VSP-C25-30S-6TC
VSP-C25-40S-6TC
VSP-C25-50S-6TC
VSP-C30-20S-6TC
VSP-C30-30S-6TC
VSP-C30-40S-6TC
VSP-C30-50S-6TC
VSP-C35-20S-6TC
VSP-C35-30S-6TC
VSP-C35-40S-6TC
VSP-C35-50S-6TC
VSP-C50-20S-6TC
VSP-C50-30S-6TC
VSP-C50-40S-6TC
VSP-C50-50S-6TC
VSP-C20-20B□-6C
VSP-C20-30B□-6C
VSP-C20-40B□-6C
VSP-C20-50B□-6C
VSP-C30-20B□-6C
VSP-C30-30B□-6C
VSP-C30-40B□-6C
VSP-C30-50B□-6C
VSP-C40-20B□-6C
VSP-C40-30B□-6C
VSP-C40-40B□-6C
VSP-C40-50B□-6C
VSP-C50-20B□-6C
VSP-C50-30B□-6C
VSP-C50-40B□-6C
VSP-C50-50B□-6C
VSP-C20-20B□-6TC
VSP-C20-30B□-6TC
VSP-C20-40B□-6TC
VSP-C20-50B□-6TC
VSP-C30-20B□-6TC
VSP-C30-30B□-6TC
VSP-C30-40B□-6TC
VSP-C30-50B□-6TC
VSP-C40-20B□-6TC
VSP-C40-30B□-6TC
VSP-C40-40B□-6TC
VSP-C40-50B□-6TC
VSP-C50-20B□-6TC
VSP-C50-30B□-6TC
VSP-C50-40B□-6TC
VSP-C50-50B□-6TC
Quick-fitting joint type Barb joint type
Skidproof type
Model
VSP-C20-20KNH-6C
VSP-C20-30KNH-6C
VSP-C20-40KNH-6C
VSP-C20-50KNH-6C
VSP-C30-20KNH-6C
VSP-C30-30KNH-6C
VSP-C30-40KNH-6C
VSP-C30-50KNH-6C
VSP-C40-20KNH-6C
VSP-C40-30KNH-6C
VSP-C40-40KNH-6C
VSP-C40-50KNH-6C
VSP-C50-20KNH-6C
VSP-C50-30KNH-6C
VSP-C50-40KNH-6C
VSP-C50-50KNH-6C
64
VSP-C20-20KNH-6TC
VSP-C20-30KNH-6TC
VSP-C20-40KNH-6TC
VSP-C20-50KNH-6TC
VSP-C30-20KNH-6TC
VSP-C30-30KNH-6TC
VSP-C30-40KNH-6TC
VSP-C30-50KNH-6TC
VSP-C40-20KNH-6TC
VSP-C40-30KNH-6TC
VSP-C40-40KNH-6TC
VSP-C40-50KNH-6TC
VSP-C50-20KNH-6TC
VSP-C50-30KNH-6TC
VSP-C50-40KNH-6TC
VSP-C50-50KNH-6TC
VSP-C4×10-20E□-6C
VSP-C4×10-30E□-6C
VSP-C4×10-40E□-6C
VSP-C4×10-50E□-6C
VSP-C4×20-20E□-6C
VSP-C4×20-30E□-6C
VSP-C4×20-40E□-6C
VSP-C4×20-50E□-6C
VSP-C4×30-20E□-6C
VSP-C4×30-30E□-6C
VSP-C4×30-40E□-6C
VSP-C4×30-50E□-6C
VSP-C5×10-20E□-6C
VSP-C5×10-30E□-6C
VSP-C5×10-40E□-6C
VSP-C5×10-50E□-6C
VSP-C5×20-20E□-6C
VSP-C5×20-30E□-6C
VSP-C5×20-40E□-6C
VSP-C5×20-50E□-6C
VSP-C5×30-20E□-6C
VSP-C5×30-30E□-6C
VSP-C5×30-40E□-6C
VSP-C5×30-50E□-6C
VSP-C6×10-20E□-6C
VSP-C6×10-30E□-6C
VSP-C6×10-40E□-6C
VSP-C6×10-50E□-6C
VSP-C6×20-20E□-6C
VSP-C6×20-30E□-6C
VSP-C6×20-40E□-6C
VSP-C6×20-50E□-6C
VSP-C6×30-20E□-6C
VSP-C6×30-30E□-6C
VSP-C6×30-40E□-6C
VSP-C6×30-50E□-6C
VSP-C8×20-20E□-6C
VSP-C8×20-30E□-6C
VSP-C8×20-40E□-6C
VSP-C8×20-50E□-6C
VSP-C8×30-20E□-6C
VSP-C8×30-30E□-6C
VSP-C8×30-40E□-6C
VSP-C8×30-50E□-6C
VSP-C4×10-20E□-6TC
VSP-C4×10-30E□-6TC
VSP-C4×10-40E□-6TC
VSP-C4×10-50E□-6TC
VSP-C4×20-20E□-6TC
VSP-C4×20-30E□-6TC
VSP-C4×20-40E□-6TC
VSP-C4×20-50E□-6TC
VSP-C4×30-20E□-6TC
VSP-C4×30-30E□-6TC
VSP-C4×30-40E□-6TC
VSP-C4×30-50E□-6TC
VSP-C5×10-20E□-6TC
VSP-C5×10-30E□-6TC
VSP-C5×10-40E□-6TC
VSP-C5×10-50E□-6TC
VSP-C5×20-20E□-6TC
VSP-C5×20-30E□-6TC
VSP-C5×20-40E□-6TC
VSP-C5×20-50E□-6TC
VSP-C5×30-20E□-6TC
VSP-C5×30-30E□-6TC
VSP-C5×30-40E□-6TC
VSP-C5×30-50E□-6TC
VSP-C6×10-20E□-6TC
VSP-C6×10-30E□-6TC
VSP-C6×10-40E□-6TC
VSP-C6×10-50E□-6TC
VSP-C6×20-20E□-6TC
VSP-C6×20-30E□-6TC
VSP-C6×20-40E□-6TC
VSP-C6×20-50E□-6TC
VSP-C6×30-20E□-6TC
VSP-C6×30-30E□-6TC
VSP-C6×30-40E□-6TC
VSP-C6×30-50E□-6TC
VSP-C8×20-20E□-6TC
VSP-C8×20-30E□-6TC
VSP-C8×20-40E□-6TC
VSP-C8×20-50E□-6TC
VSP-C8×30-20E□-6TC
VSP-C8×30-30E□-6TC
VSP-C8×30-40E□-6TC
VSP-C8×30-50E□-6TC
VSP-D
With Cover Long Stroke On-the-side Vacuum Port
Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type
Standard type
Sponge type
Bellows type
Oval type
Model
Model
Model
Model
VSP-D4-10R□-4
VSP-D4-15R□-4
VSP-D4-20R□-4
VSP-D6-10R□-4
VSP-D6-15R□-4
VSP-D6-20R□-4
VSP-D8-10R□-4
VSP-D8-15R□-4
VSP-D8-20R□-4
VSP-D10-10R□-6
VSP-D10-15R□-6
VSP-D10-20R□-6
VSP-D15-10R(A)□-6
VSP-D15-15R(A)□-6
VSP-D15-20R(A)□-6
VSP-D20-10R(A)□-6
VSP-D20-15R(A)□-6
VSP-D20-20R(A)□-6
VSP-D25-10R(A)□-6
VSP-D25-15R(A)□-6
VSP-D25-20R(A)□-6
VSP-D30-10R(A)□-6
VSP-D30-15R(A)□-6
VSP-D30-20R(A)□-6
VSP-D40-10R(A)□-6
VSP-D40-15R(A)□-6
VSP-D40-20R(A)□-6
VSP-D50-10R(A)□-6
VSP-D50-15R(A)□-6
VSP-D50-20R(A)□-6
VSP-D4-10R□-4T
VSP-D4-15R□-4T
VSP-D4-20R□-4T
VSP-D6-10R□-4T
VSP-D6-15R□-4T
VSP-D6-20R□-4T
VSP-D8-10R□-4T
VSP-D8-15R□-4T
VSP-D8-20R□-4T
VSP-D10-10R□-6T
VSP-D10-15R□-6T
VSP-D10-20R□-6T
VSP-D15-10R(A)□-6T
VSP-D15-15R(A)□-6T
VSP-D15-20R(A)□-6T
VSP-D20-10R(A)□-6T
VSP-D20-15R(A)□-6T
VSP-D20-20R(A)□-6T
VSP-D25-10R(A)□-6T
VSP-D25-15R(A)□-6T
VSP-D25-20R(A)□-6T
VSP-D30-10R(A)□-6T
VSP-D30-15R(A)□-6T
VSP-D30-20R(A)□-6T
VSP-D40-10R(A)□-6T
VSP-D40-15R(A)□-6T
VSP-D40-20R(A)□-6T
VSP-D50-10R(A)□-6T
VSP-D50-15R(A)□-6T
VSP-D50-20R(A)□-6T
VSP-D10-10S-6
VSP-D10-15S-6
VSP-D10-20S-6
VSP-D15-10S-6
VSP-D15-15S-6
VSP-D15-20S-6
VSP-D20-10S-6
VSP-D20-15S-6
VSP-D20-20S-6
VSP-D25-10S-6
VSP-D25-15S-6
VSP-D25-20S-6
VSP-D30-10S-6
VSP-D30-15S-6
VSP-D30-20S-6
VSP-D35-10S-6
VSP-D35-15S-6
VSP-D35-20S-6
VSP-D50-10S-6
VSP-D50-15S-6
VSP-D50-20S-6
VSP-D10-10S-6T
VSP-D10-15S-6T
VSP-D10-20S-6T
VSP-D15-10S-6T
VSP-D15-15S-6T
VSP-D15-20S-6T
VSP-D20-10S-6T
VSP-D20-15S-6T
VSP-D20-20S-6T
VSP-D25-10S-6T
VSP-D25-15S-6T
VSP-D25-20S-6T
VSP-D30-10S-6T
VSP-D30-15S-6T
VSP-D30-20S-6T
VSP-D35-10S-6T
VSP-D35-15S-6T
VSP-D35-20S-6T
VSP-D50-10S-6T
VSP-D50-15S-6T
VSP-D50-20S-6T
VSP-D10-10B□-6
VSP-D10-15B□-6
VSP-D10-20B□-6
VSP-D20-10B□-6
VSP-D20-15B□-6
VSP-D20-20B□-6
VSP-D30-10B□-6
VSP-D30-15B□-6
VSP-D30-20B□-6
VSP-D40-10B□-6
VSP-D40-15B□-6
VSP-D40-20B□-6
VSP-D50-10B□-6
VSP-D50-15B□-6
VSP-D50-20B□-6
VSP-D10-10B□-6T
VSP-D10-15B□-6T
VSP-D10-20B□-6T
VSP-D20-10B□-6T
VSP-D20-15B□-6T
VSP-D20-20B□-6T
VSP-D30-10B□-6T
VSP-D30-15B□-6T
VSP-D30-20B□-6T
VSP-D40-10B□-6T
VSP-D40-15B□-6T
VSP-D40-20B□-6T
VSP-D50-10B□-6T
VSP-D50-15B□-6T
VSP-D50-20B□-6T
VSP-D4×10-10E□-6
VSP-D4×10-15E□-6
VSP-D4×10-20E□-6
VSP-D4×20-10E□-6
VSP-D4×20-15E□-6
VSP-D4×20-20E□-6
VSP-D4×30-10E□-6
VSP-D4×30-15E□-6
VSP-D4×30-20E□-6
VSP-D5×10-10E□-6
VSP-D5×10-15E□-6
VSP-D5×10-20E□-6
VSP-D5×20-10E□-6
VSP-D5×20-15E□-6
VSP-D5×20-20E□-6
VSP-D5×30-10E□-6
VSP-D5×30-15E□-6
VSP-D5×30-20E□-6
VSP-D6×10-10E□-6
VSP-D6×10-15E□-6
Quick-fitting joint type Barb joint type VSP-D6×10-20E□-6
VSP-D6×20-10E□-6
VSP-D6×20-15E□-6
VSP-D6×20-20E□-6
VSP-D6×30-10E□-6
VSP-D6×30-15E□-6
VSP-D6×30-20E□-6
VSP-D8×20-10E□-6
Skidproof type
VSP-D8×20-15E□-6
VSP-D8×20-20E□-6
Model
VSP-D8×30-10E□-6
VSP-D10-10KNH-6 VSP-D10-10KNH-6T
VSP-D8×30-15E□-6
VSP-D10-15KNH-6 VSP-D10-15KNH-6T
VSP-D8×30-20E□-6
VSP-D10-20KNH-6 VSP-D10-20KNH-6T
VSP-D20-10KNH-6 VSP-D20-10KNH-6T
VSP-D20-15KNH-6 VSP-D20-15KNH-6T
VSP-D20-20KNH-6 VSP-D20-20KNH-6T
VSP-D30-10KNH-6 VSP-D30-10KNH-6T
VSP-D30-15KNH-6 VSP-D30-15KNH-6T
VSP-D30-20KNH-6 VSP-D30-20KNH-6T
VSP-D40-10KNH-6 VSP-D40-10KNH-6T
VSP-D40-15KNH-6 VSP-D40-15KNH-6T
VSP-D40-20KNH-6 VSP-D40-20KNH-6T
VSP-D50-10KNH-6 VSP-D50-10KNH-6T
VSP-D50-15KNH-6 VSP-D50-15KNH-6T
VSP-D50-20KNH-6 VSP-D50-20KNH-6T
VSP-D4×10-10E□-6T
VSP-D4×10-15E□-6T
VSP-D4×10-20E□-6T
VSP-D4×20-10E□-6T
VSP-D4×20-15E□-6T
VSP-D4×20-20E□-6T
VSP-D4×30-10E□-6T
VSP-D4×30-15E□-6T
VSP-D4×30-20E□-6T
VSP-D5×10-10E□-6T
VSP-D5×10-15E□-6T
VSP-D5×10-20E□-6T
VSP-D5×20-10E□-6T
VSP-D5×20-15E□-6T
VSP-D5×20-20E□-6T
VSP-D5×30-10E□-6T
VSP-D5×30-15E□-6T
VSP-D5×30-20E□-6T
VSP-D6×10-10E□-6T
VSP-D6×10-15E□-6T
VSP-D6×10-20E□-6T
VSP-D6×20-10E□-6T
VSP-D6×20-15E□-6T
VSP-D6×20-20E□-6T
VSP-D6×30-10E□-6T
VSP-D6×30-15E□-6T
VSP-D6×30-20E□-6T
VSP-D8×20-10E□-6T
VSP-D8×20-15E□-6T
VSP-D8×20-20E□-6T
VSP-D8×30-10E□-6T
VSP-D8×30-15E□-6T
VSP-D8×30-20E□-6T
65
Vacuum Pad
VSP-D
Long Stroke
Without Cover Long Stroke On-the-side Vacuum Port
Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type Quick-fitting joint type Barb joint type
Standard type
Sponge type
Bellows type
Oval type
Model
Model
Model
Model
VSP-D20-20R(A)□-6C
VSP-D20-30R(A)□-6C
VSP-D20-40R(A)□-6C
VSP-D20-50R(A)□-6C
VSP-D25-20R(A)□-6C
VSP-D25-30R(A)□-6C
VSP-D25-40R(A)□-6C
VSP-D25-50R(A)□-6C
VSP-D30-20R(A)□-6C
VSP-D30-30R(A)□-6C
VSP-D30-40R(A)□-6C
VSP-D30-50R(A)□-6C
VSP-D40-20R(A)□-6C
VSP-D40-30R(A)□-6C
VSP-D40-40R(A)□-6C
VSP-D40-50R(A)□-6C
VSP-D50-20R(A)□-6C
VSP-D50-30R(A)□-6C
VSP-D50-40R(A)□-6C
VSP-D50-50R(A)□-6C
VSP-D20-20R(A)□-6TC
VSP-D20-30R(A)□-6TC
VSP-D20-40R(A)□-6TC
VSP-D20-50R(A)□-6TC
VSP-D25-20R(A)□-6TC
VSP-D25-30R(A)□-6TC
VSP-D25-40R(A)□-6TC
VSP-D25-50R(A)□-6TC
VSP-D30-20R(A)□-6TC
VSP-D30-30R(A)□-6TC
VSP-D30-40R(A)□-6TC
VSP-D30-50R(A)□-6TC
VSP-D40-20R(A)□-6TC
VSP-D40-30R(A)□-6TC
VSP-D40-40R(A)□-6TC
VSP-D40-50R(A)□-6TC
VSP-D50-20R(A)□-6TC
VSP-D50-30R(A)□-6TC
VSP-D50-40R(A)□-6TC
VSP-D50-50R(A)□-6TC
VSP-D10-20S-6C
VSP-D10-30S-6C
VSP-D10-40S-6C
VSP-D10-50S-6C
VSP-D15-20S-6C
VSP-D15-30S-6C
VSP-D15-40S-6C
VSP-D15-50S-6C
VSP-D20-20S-6C
VSP-D20-30S-6C
VSP-D20-40S-6C
VSP-D20-50S-6C
VSP-D25-20S-6C
VSP-D25-30S-6C
VSP-D25-40S-6C
VSP-D25-50S-6C
VSP-D30-20S-6C
VSP-D30-30S-6C
VSP-D30-40S-6C
VSP-D30-50S-6C
VSP-D35-20S-6C
VSP-D35-30S-6C
VSP-D35-40S-6C
VSP-D35-50S-6C
VSP-D50-20S-6C
VSP-D50-30S-6C
VSP-D50-40S-6C
VSP-D50-50S-6C
VSP-D10-20S-6TC
VSP-D10-30S-6TC
VSP-D10-40S-6TC
VSP-D10-50S-6TC
VSP-D15-20S-6TC
VSP-D15-30S-6TC
VSP-D15-40S-6TC
VSP-D15-50S-6TC
VSP-D20-20S-6TC
VSP-D20-30S-6TC
VSP-D20-40S-6TC
VSP-D20-50S-6TC
VSP-D25-20S-6TC
VSP-D25-30S-6TC
VSP-D25-40S-6TC
VSP-D25-50S-6TC
VSP-D30-20S-6TC
VSP-D30-30S-6TC
VSP-D30-40S-6TC
VSP-D30-50S-6TC
VSP-D35-20S-6TC
VSP-D35-30S-6TC
VSP-D35-40S-6TC
VSP-D35-50S-6TC
VSP-D50-20S-6TC
VSP-D50-30S-6TC
VSP-D50-40S-6TC
VSP-D50-50S-6TC
VSP-D20-20B□-6C
VSP-D20-30B□-6C
VSP-D20-40B□-6C
VSP-D20-50B□-6C
VSP-D30-20B□-6C
VSP-D30-30B□-6C
VSP-D30-40B□-6C
VSP-D30-50B□-6C
VSP-D40-20B□-6C
VSP-D40-30B□-6C
VSP-D40-40B□-6C
VSP-D40-50B□-6C
VSP-D50-20B□-6C
VSP-D50-30B□-6C
VSP-D50-40B□-6C
VSP-D50-50B□-6C
VSP-D20-20B□-6TC
VSP-D20-30B□-6TC
VSP-D20-40B□-6TC
VSP-D20-50B□-6TC
VSP-D30-20B□-6TC
VSP-D30-30B□-6TC
VSP-D30-40B□-6TC
VSP-D30-50B□-6TC
VSP-D40-20B□-6TC
VSP-D40-30B□-6TC
VSP-D40-40B□-6TC
VSP-D40-50B□-6TC
VSP-D50-20B□-6TC
VSP-D50-30B□-6TC
VSP-D50-40B□-6TC
VSP-D50-50B□-6TC
Quick-fitting joint type Barb joint type
Skidproof type
Model
VSP-D20-20KNH-6C
VSP-D20-30KNH-6C
VSP-D20-40KNH-6C
VSP-D20-50KNH-6C
VSP-D30-20KNH-6C
VSP-D30-30KNH-6C
VSP-D30-40KNH-6C
VSP-D30-50KNH-6C
VSP-D40-20KNH-6C
VSP-D40-30KNH-6C
VSP-D40-40KNH-6C
VSP-D40-50KNH-6C
VSP-D50-20KNH-6C
VSP-D50-30KNH-6C
VSP-D50-40KNH-6C
VSP-D50-50KNH-6C
66
VSP-D20-20KNH-6TC
VSP-D20-30KNH-6TC
VSP-D20-40KNH-6TC
VSP-D20-50KNH-6TC
VSP-D30-20KNH-6TC
VSP-D30-30KNH-6TC
VSP-D30-40KNH-6TC
VSP-D30-50KNH-6TC
VSP-D40-20KNH-6TC
VSP-D40-30KNH-6TC
VSP-D40-40KNH-6TC
VSP-D40-50KNH-6TC
VSP-D50-20KNH-6TC
VSP-D50-30KNH-6TC
VSP-D50-40KNH-6TC
VSP-D50-50KNH-6TC
VSP-D4×10-20E□-6C
VSP-D4×10-30E□-6C
VSP-D4×10-40E□-6C
VSP-D4×10-50E□-6C
VSP-D4×20-20E□-6C
VSP-D4×20-30E□-6C
VSP-D4×20-40E□-6C
VSP-D4×20-50E□-6C
VSP-D4×30-20E□-6C
VSP-D4×30-30E□-6C
VSP-D4×30-40E□-6C
VSP-D4×30-50E□-6C
VSP-D5×10-20E□-6C
VSP-D5×10-30E□-6C
VSP-D5×10-40E□-6C
VSP-D5×10-50E□-6C
VSP-D5×20-20E□-6C
VSP-D5×20-30E□-6C
VSP-D5×20-40E□-6C
VSP-D5×20-50E□-6C
VSP-D5×30-20E□-6C
VSP-D5×30-30E□-6C
VSP-D5×30-40E□-6C
VSP-D5×30-50E□-6C
VSP-D6×10-20E□-6C
VSP-D6×10-30E□-6C
VSP-D6×10-40E□-6C
VSP-D6×10-50E□-6C
VSP-D6×20-20E□-6C
VSP-D6×20-30E□-6C
VSP-D6×20-40E□-6C
VSP-D6×20-50E□-6C
VSP-D6×30-20E□-6C
VSP-D6×30-30E□-6C
VSP-D6×30-40E□-6C
VSP-D6×30-50E□-6C
VSP-D8×20-20E□-6C
VSP-D8×20-30E□-6C
VSP-D8×20-40E□-6C
VSP-D8×20-50E□-6C
VSP-D8×30-20E□-6C
VSP-D8×30-30E□-6C
VSP-D8×30-40E□-6C
VSP-D8×30-50E□-6C
VSP-D4×10-20E□-6TC
VSP-D4×10-30E□-6TC
VSP-D4×10-40E□-6TC
VSP-D4×10-50E□-6TC
VSP-D4×20-20E□-6TC
VSP-D4×20-30E□-6TC
VSP-D4×20-40E□-6TC
VSP-D4×20-50E□-6TC
VSP-D4×30-20E□-6TC
VSP-D4×30-30E□-6TC
VSP-D4×30-40E□-6TC
VSP-D4×30-50E□-6TC
VSP-D5×10-20E□-6TC
VSP-D5×10-30E□-6TC
VSP-D5×10-40E□-6TC
VSP-D5×10-50E□-6TC
VSP-D5×20-20E□-6TC
VSP-D5×20-30E□-6TC
VSP-D5×20-40E□-6TC
VSP-D5×20-50E□-6TC
VSP-D5×30-20E□-6TC
VSP-D5×30-30E□-6TC
VSP-D5×30-40E□-6TC
VSP-D5×30-50E□-6TC
VSP-D6×10-20E□-6TC
VSP-D6×10-30E□-6TC
VSP-D6×10-40E□-6TC
VSP-D6×10-50E□-6TC
VSP-D6×20-20E□-6TC
VSP-D6×20-30E□-6TC
VSP-D6×20-40E□-6TC
VSP-D6×20-50E□-6TC
VSP-D6×30-20E□-6TC
VSP-D6×30-30E□-6TC
VSP-D6×30-40E□-6TC
VSP-D6×30-50E□-6TC
VSP-D8×20-20E□-6TC
VSP-D8×20-30E□-6TC
VSP-D8×20-40E□-6TC
VSP-D8×20-50E□-6TC
VSP-D8×30-20E□-6TC
VSP-D8×30-30E□-6TC
VSP-D8×30-40E□-6TC
VSP-D8×30-50E□-6TC
Vacuum Pad with Built-in Vacuum Generator
Air Pincette
Package: 1pc. in a bag
VST-A
Air Pincette
VST-B
Valve Air Pincette
■The Air Pincette, incorporating a Vacuum Pad and Vacuum Generator in the
pen-shaped body, serves well in the assembly operation of small parts.
■VST-B with a built-in valve features low noise and energy saving by flowing air
only during service.
Specification
Model
Fluid admitted
Service pressure range
Rated supply pressure
Final vacuum
Service temperature range
Air
21.3∼102psi (0.15∼0.7MPa)
71.1psi (0.5MPa)
-26.8in. Hg (VTB: -25.6in. Hg)/-90kPa (VTB: -86kPa)
32∼140, (0∼60℃)
Model
VST-B-2R□
VST-B-4R□
VST-B-6R□
VST-B-8R□
VST-A-2R□
VST-A-4R□
VST-A-6R□
VST-A-8R□
Filter Element for VTA type
Model Designation at Order Air Pincette Only
VST-A
6RS
①
③
Model
VST-A-E
①. Holder type
VST-A: Without valve
VST-B: With valve
②. Pad dia., shape, material
Pad dia.
Nitrile rubber
Silicon rubber
φ2a
φ0.08in.
2RN
2RS
φ4a
φ0.16in.
4RN
4RS
Filter Element for VTB type
φ6a
φ0.24in.
6RN
6RS
Model Designation at Order Air Pincette Package (Example)
VST-B
SET
①
②
Model
φ8a
φ0.31in.
8RN
8RS
VST-B-E
VST-A
Air Pincette Package
VST-B
Valve Air Pincette Package
①. Holder type
VST-A: Without valve
VST-B: With valve
②. SET: Package set (entered only in case of Package set)
.In case of ordering, please apply Model code in the following chart.
！ Caution
1. Do not operate the push-button of the Air Pincette with valve by the machine. Such operation may
damage the button.
2. The filter element can be replaced by removing the ejector (VST-A type) or the pad holder (VST-B
type). Carry out periodic maintenance and checks, or clogging may lower the performance.
3. Note that the silencer element of the Air Pincette with valve can not be replaced.
4. Use a coiling tube for piping to the Air Pincette to minimize the load on the joint.
Model
VST-A-SET
VST-B-SET
Package
Products packed:
Air Pincette
φ2 Pad Rubber (Silicon)
φ4 Pad Rubber (Silicon)
φ6 Pad Rubber (Silicon)
φ8 Pad Rubber (Silicon)
Adapter for φ2, φ4 Pad
Adapter for φ6, φ8 Pad
Coiling Tube (color)
67
Quick Fitting Type Vacuum Filter
Vacuum Filter
Package: 1pc. in a bag
VSFU
■ Using the element and cyclone effect, the Vacuum Filter removes the dust
and waterdrops sucked in by the Vacuum Generator.
■ The large dust case reduces the frequency of maintenance.
■ As the whole dust case can be removed in a snap, dust is not scattered.
VSFU-1 type
■ This minimum volume vacuum filter is very effective for use in applications
requiring high rates.
■ Two different sizes of filter elements (different filtering areas) can be
selected depending upon the quantity of dust gathered and element
replacement frequency.
■ Concerning the tube sizes to be used with IN- and OUT-side joint
components, a new line-up of famale screws (M5×0.8), which enables
space saving has been added in addition to conventional ø4mm and ø6mm
size.
Air
-29.5in. Hg (-100kPa)
10µm
32 ~ 140°F (0 ~ 60°C)
Model Designation (Example)
VSFU
2
66
①
②
③
①. Type
VSFU: Small type
VSFB: Vacuum piping use
②. Filter size
1S
1L
2
3
No code
Filter area
2.8f
0.43in2
4.7f
0.73in2
7.5f
1.16in2
12.5f
1.94in2
20f
3.10in2
③. IN-side tube dia. (VSFB, type only)
66
φ6a
88
φ8a
1010
φ10a
1212
φ12a
Tube dia. (VSFU type only)
mm size
44
66
φ4a
φ6a
3C3C
φ5/32in.
inch size
7C7C
9C9C
11C11C
φ1/4in. φ5/16in. φ3/8in.
Thread size (VSFU type only)
Code
Size
M55
M5×0.8
.In case of ordering, please apply Model code in the following chart.
68
M
M
øD
Model
VSFU-1□-øDøD
VSFU-1S-44
VSFU-1L-44
VSFU-1S-66
VSFU-1L-66
Model
VSFU-1□-MM
VSFU-1S-M55
VSFU-1L-M55
*Refer to the exploded view
on page 70.
*Refer to the exploded view
on page 70.
VSFU
Small Union (Resin Body Type)
VSFB Large Capacity Union Type
øD
øD
øD
Model
VSFU-□-øDøD
VSFU-2-44 VSFU-2-3C3C
VSFU-2-66 VSFU-2-7C7C
VSFU-3-66 VSFU-3-7C7C
VSFU-3-88 VSFU-3-9C9C
VSFU-3-1010 VSFU-3-11C11C
Model
VSFB-øDøD
VSFB-66
VSFB-88
VSFB-1010
VSFB-1212
*Refer to the exploded view *Refer to the exploded view
on page 70.
on page 70.
Code
Element height
Code
Dia.
Small-sized Socket
øD
Fluid admitted
Service pressure range
Filtering accuracy
Service temperature range
44
φ4a
VSFU
øD
Specification
Code
Dia.
Small-sized Union
！ Warning
1. Never apply positive pressure for vacuum release to the VSFB type Vacuum Filter. They are not explosion-proof and their pressure resistance is low.
Damage to the filter body may cause injuries on you.
2. Conduct periodic maintenance and checks of the filter element of the Vacuum Filter. Clogging of the element may cause performance drop or trouble. For
the replacement of the element, observe the instructions on dust removal and element replacement for Vacuum Generator in the manual, allow the internal
pressure of the filter to become the atmospheric pressure, and then carry out the replacement after confirming safety.
3. VSFU is designed for negative pressure use. Please avoid the application which positive pressure is continuously supplied to the filter. It is not explosionproof and damage to the filter body may cause injuries on you.
！ Caution
1. Make sure that the Operational environment of the Vacuum Filter meets the requirements in the "Common Safety Instructions for Vacuum".
2. Connect piping upon confirming the IN and OUT in the manual and marks on the product. Reverse connection will result in a functional failure of the filter.
3. Remove dust and replace the element. Then fix the case securely and make certain that there is no vacuum leak.
4. As our filter's transparent cover is made of PA (Polyamide), do not use these covers in environments where they will be exposed to chemicals such as those
listed below:
Names of Chemicals
Methanol
Ethanol
Nitric acid
Suphuric acid
Hydrochloric acid
Lactic acid
Acetone
Choloroform
Aniline
Trichloroethylene
Hydrogen peroxide
※. The above list of chemicals is for purposes of example. Please be aware that there are other chemicals to which the filters should not be exposed.
Example of Piping
Installed between the Vacuum Pad and the Vacuum Generator, the filter removes dust and dirt having entered from the pad and thus
prevents troubles of the Vacuum Generator.
Vacuum
Generator
Filter (VSFB, etc)
Vacuum Pad
Compressed air
69
Vacuum Filter
;
;
;;
;;
Spare Element for Vacuum Filter (Package: 10pcs. in a bag)
VSFU-1
VSFU-2,3
Filter Element
Vacuum Filter
Model
VSFU-1S-44
VSFU-1S-66
VSFU-1S-M55
VSFU-1L-44
VSFU-1L-66
VSFU-1L-M55
Filter Element
Model
VSFU-1S-E
VSFU-1L-E
Holder alone
Vacuum Filter
Model
VSFU-1□-44
VSFU-1□-66
VSFU-1□-M55
Holder Model
VSFU-1-B
VSFB
Filter Element
Vacuum Filter
Model
VSFB-□□
70
Filter Element
Model
VSFB-E
;
Holder alone
Vacuum Filter
Model
VSFU-2-44
VSFU-2-66
VSFU-3-66
VSFU-3-88
VSFU-3-1010
Holder Model
VSFU-2-B
VSFU-3-B
Filter Element
Vacuum Filter
Model
VSFU-2-44
VSFU-2-66
VSFU-3-66
VSFU-3-88
VSFU-3-1010
Filter Element
Model
VSFU-2-E
VSFU-3-E
Vacuum Release Control Valve equipped with release air flow & relief pressure adjusting needle
Vacuum Release Unit
Package: 1pc. in a bag
Model Designation (Example)
■This is a vacuum release mechanism-equipped vacuum
release unit designed for a comprehensive vacuum
Ejector.
■This unit adjusts the vacuum release air retaining
vacuum generators' vacuum characteristics as they are.
■By newly adding pressure adjusting function to flow
adjusting function, it enable to prevent works from being
blown away.
■A relief mechanism built into the circuit which breaks the
vacuum (extra pressure is relieved) realizes shorter
vacuum release time.
■Also, by attaching the unit to the end of vacuum release
circuits, it is possible to reduce release time.
■Tubes can be taken out freely in any direction by rotating
resin body and joint parts.
Vacuum Ejector
VSLF
6 6
①
②
①. Type
VSLF: Vacuum Release Unit
②. Vacuum Ejector port size (VR)
■Tube dia.
Code
Dia.
4
φ4a
6
φ6a
③. Work piece's port size (W)
■Tube dia.
Code
Dia.
4
φ4a
6
φ6a
■Thread size
Code
Size
6A
R1/8
Note). Installation brackets are prepared as an accessory for the type of equipment
having on the vacuum generator port and the port side of work pieces.
Vacuum Pad
Vacuum air
Vacuum air
.In case of ordering, please apply Model code in the following chart.
Construction
②
Vacuum release air
Release pressure
adjusting needle
Vacuum release air
(Control flow)
③
Vacuum Ejector port (VR)
④
①
⑤
Release flow
adjusting needle
⑥
⑩
⑨
Specifications
Fluid admitted
Service pressure range
Relief valve activation pressure setting range
Working vacuum
Service temperature range
③
Air
0∼102psi (0∼0.7MPa)
-2.2∼2.2psi (-0.015∼0.015MPa)
0∼-29.5in. Hg (0∼-101kPa)
32∼140,/0∼60℃ (no freezing)
⑧
⑦
Work piece's port (W)
No
①
②
③
④
⑤
⑥
⑦
⑧
⑨
⑩
Parts
Lock nut
Tube
Release ring
Resin body
Metallic body
Release flow adjusting needle
Screw thread body
Check packing
Valve body
Relief (Release) pressure adjusting needle
Material
aluminium
urethane or nylon
POM
PBT
nickel-plated brass
nickel-plated brass
nickel-plated brass
NBR
aluminium
nickel-plated brass
！ Warning
1. With this vacuum release unit, the air flow is discharged in a specified direction. Read the instructions concerning the proper direction of air flow as given
both in this manual and on the unit. Using the unit when air flow is misdirected may cause physical injuries and damage the unit.
2. Do not use this unit in fluid other than air flows. Consult us for applications in fluids other than air flows.
3. Do not subject this unit to unusual loads, such as tensile stress, torsion and bending. Do not drop the unit or allow it to sustain excessive impacts in order to
avoid breaking/damage to the unit.
4. To tighten lock nuts, do not use tools. Tighten them manually. Tightening lock nuts with tools may possibly lead to broken lock nuts. When lock nuts are not
tightened properly, they will loosen and skew default values.
5. Do not forcefully swing or rotate resin rotation parts. These forced movements may possibly cause breakage and/or leaks to the unit proper.
6. Where there is danger of absorbed pieces falling off, take safety measures to prevent them from falling.
7. Do not use this unit in an environment containing corrosive, flammable or explosive gasses, chemicals, sea water and vapor. Do not use the unit in an
absorption site. Never let the unit absorb work pieces.
8. Do not apply this vacuum release unit for the application in which internal pressure between vacuum generator and the unit becomes more than 0.2MPa
(29psi). It causes breaking/damaging of vacuum generators.
！ Caution
1. Read this literature carefully in order to learn how to properly regulate vacuum release air flow rates and vacuum release air relief pressure.
2. Care should be taken when the unit is subjected to significant piping resistance or when required flow rates are high. Insufficient release flow rates may
possibly cause troubles. Read specifications carefully before use to avoid such troubles.
3. Vacuum filters should always be installed on the port of work pieces (only those filters that can be applied with positive pressure should be used). When
vacuum filters are not installed, care should be taken so as not to allow the absorption of dust, salt, iron filings and such matter. The inside of these filters
should be cleaned regularly.
71
Vacuum Release Unit
Input direction
■Vacuum release air
■Vacuum air
Vacuum ejector port
Vacuum ejector port
Relief hole
Relief hole
Control flow
Work piece's port
Work piece's port
In respect to flow rates, vacuum release air is controlled at the port on the
vacuum ejector side and is ejected via the port on the side of pieces and
relief holes.
VSLF
Vacuum generator port: Quick fitting joint
Work piece's port: Quick fitting joint
VSLF
Vacuum generator port: Quick fitting joint
Work piece's port: Taper pipe thread type
W
VR
VR
W
Model
VSLF-44
VSLF-66
72
Model
VSLF-46A
VSLF-66A
In respect to flow rates, vacuum air is not controlled at the port on the side
of work pieces and is ejected via the port on the vacuum ejector side.
Pneumatic Vacuum Switch
LED Digital Pressure Sensor
Package: 1pc. in a bag
Model Designation (Example)
■ To enhance visibility, an LED display is used for the
vacuum switch.
■ LED displays are used for set-up pressure and
impression pressure.
■ Two types of vacuum switch equipped with two-point
output and analog output are provided. The application
determining which should be used. In respect to wiring,
a connector system has been chosen for ease of layout.
■ Three pipe connection methods are offered: one-touch,
M5 metric female screw, and direct connection. The
application will determine which method is the most
appropriate.
■ Output detection accuracy is enhanced by the use of
electronic switches.
VSUS
Specifications
Specification Equipped with 2-point output switch (-W) Equipped with analog output switch (-A)
-14.8in. Hg/-50kPa (SW1)
Set value at shipment
-14.8in. Hg/-50kPa
-3.0in. Hg/-10kPa (SW2)
Current consumption
40mA max.
Pressure detection Diffused semiconduction pressure switch
Service pressure range
0∼-29.5in. Hg (0∼-100kPa)
Pressure setting range
0∼-29.3in. Hg (0∼-99kPa)
Proof pressure
29psi (0.2MPa)
Storage temperature range -4∼176,/-20∼80℃ (atomospheric pressure, humidity less than 60％RH)
Operating temperature range 32∼122,/0∼50℃ (no freezing)
Operating hummidity range
35∼85％RH (no freezing)
Power requirements DC12∼24V±10% Ripple (P-P)10% max.
Protective structure
IEC standard IP40 equiv.
No. of pressure setting
2
1
Operating accuracy ±3％F.S. max. (at Ta=77,/25℃)
Differential response Fixed (2％F.S. max.) Variable (about 0∼15％ of set value)
Switch output Open collector output: 30V 80mA max. Residual valtage 0.8V max.
Output voltage: 1∼5V
Zero-point voltage: 1±0.1V
Analog output
Span voltage: 4±0.1V
Output current：1mA max. (load resistance 5kΩ max.)
LIN/HYS：±0.5％F.S. max.
Response
1msec max.
Indication
0∼-29.5in. Hg/0∼-99kPa (2-digit red LED display)
No. of indications
About 4 times/sec
Indication accuracy
±3％F.S. ±2digit
Resolution
1digit
SW1: Red LED lighting up when pressure is above setting.
Operational indication
Red LED lighting up when pressure is above setting.
SW2: Green LED lighting up when pressure is above setting.
1.MODE selector switch (ME or S1 or S2) 1.MODE selector switch (ME or SW)
Function
2.S1 setting trimmer (2/3-turn trimmer) 2.SW setting trimmer (2/3-turn trimmer)
3.S2 setting trimmer (2/3-turn trimmer) 3.HYS setting trimmer (about 0∼15％ of set value)
①
N W
6
①
③
②
①. Switch output
N: NPN opencollector output
P: PNP opencollector output
②. Vacuum switches
W: With 2-point output switch
A: With analog output switch
③. Connecting method
Code
Size
Metric thread (a)
Quick-fitting joint
Fixed type
M5
4
6
8
F
M5×0.8
φ4a φ6a φ8a
−
！ Warning
1. The cable can be connected to or disconnected from the connector.
But avoid connection and disconnection unless it is absolutely
necessary, for it will put burdens on the cable or the board.
！ Caution
1. Although performance will not be affected even when pressure of
around 0.5MPa (72.5psi) is applied, avoid continued application of
pressure greater than 0.2MPa (29psi) during vacuum breaking.
Prolonged application of such pressure may possibly cause damage to
the sensors.
2. To set pressure and differential response, turn trimmer slightly with a
screw driver within the prescribed range of rotation. Trying to adjust
trimmer rotation by applying excessive force may possibly damage to
the trimmer and base board.
3. As for power, use a stable direct current.
4. Insert a surge voltage absorption circuit in relays connected to output
terminals and power source terminals (relays, electromagnetic valves,
etc.). Do not use an electric current exceeding 80mA.
5. Ground the FG terminal when unit power souces, such as a switching
power source unit, are used.
6. Do not short-circuit output terminals (black with a gray lead wire) and
other terminals.
7. Avoid strong impacts and excessive force to the sensor body.
8. To install the sensor, use the specially prepared M2.5 screw. Tighten it
to the recommended torque.
9. Fluid used must be kept in a pristine state.
Tube Fitting Type
Direct Mounting Type
VSUS Negative Pressure Type
VSUS Negative Pressure Type
Model
Model
VSUS-□□-4
VSUS-□□-6
VSUS-□□-8
VSUS-□□-F
Internal Thread Type
VSUS Negative Pressure Type
Model
VSUS-□□-M5
73
Related components
QUICK EXHAUST VALVE
■2QV/3QV Series
● Straight flow path provides large effective sectional area.
● Flame resistant resin is used as standard. (UL94 Standard V-O
or equivalent)
● Manifold available with optional bracket.
● 2 and 3 port valves available.
(CB-024SA Pneumatic, vacuum and auxiliary components)
VACUUM FILTER
■VFA1000, VFA3000, VFA4000 Series
● Pressure loss of filter isn't increased after using long time.
● More than 80% moisture removal by centrifugal separation
effect of louvers.
● Washable element.
(CB-024SA Pneumatic, vacuum and auxiliary components)
VACUUM REGULATOR
■VRA2000 Series
● Compact size, □50 X 90mm.
● Large flow rate, 180L/min.
● High repeat pressure accuracy ±4kPa.
(CB-024SA Pneumatic, vacuum and auxiliary components)
ELECTRO PNEUMATIC REGULATOR
(SOLENOID VALVE TYPE FOR VACUUM)
■EV2100V Series
By using feedback control depending on semiconductor
pressure sensor and electronic control circuit power supply, this
item can control vacuum variably and accurately with electric
signal.
(CB-024SA Pneumatic, vacuum and auxiliary components)
74
Related components
PRECISION SUCTION PLATE
■PVP Series
This vacuum suction plate has porous fluorine resin at the work
piece contact.
The suction surface is machined highly accurately, so the work piece
is held highly accurately with strong suction.
● Precise The flatness with the suction surface is 2° m. The
parallelism with the installation surface is 5° m.
● Soft The hardness of the suction surface is Shore D60.
● Sure The porosity is as high as 40%, generating a large suction power.
● Light The apparent specific gravity of the porous part is 1.3. The
specific gravity of the base (Al) is 2.7.
(CB-024SA Pneumatic, vacuum and auxiliary components)
TENSION CONTROLLING BUFFER
■FBU2 Series
By using CKD original electromagnetic spring for buffer, load is
always certain. This is damageless buffer which never break
workplace.
FIBER TUBE PUSH-IN JOINT
■UP Series
O.D. is only ø1.8. The stress after piping can be drastically
reduced.
SMALL SIZE VACUUM SUCTION CYLINDER
■MVC Series
● Section of work piece sucking and vacuum passages are
incorporated into guide rod as standard.
● Guide rod for non-rotating is equipped as standard.
● Rod end socket type sucking pad (2 to 10 mm dia.) is available.
● Square shaped body enables direct mount from 2 directions.
● Miniature cylinder switches are integrated into main body
slots.
(CB-029SA Pneumatic cylinders I)
75
喜開理（上海）機器有限公司
CKD（SHANGHAI） CORPORATION
● 南京事務所 / NANJING OFFICE
PHONE +86（0 ）
25-86633426 FAX +86-（0）25-83733596
● 重慶事務所 / CHONGQING OFFICE
+
PHONE 86（0 ）
23-68610533 FAX +86-（0）23-68631161
● 成都事務所 / CHENGDU OFFICE
+
PHONE 86（0 ）
28-86624906 FAX +86-（0）28-86620216
● 西安事務所 / XIAN OFFICE
+
PHONE 86（0）29-88793422 FAX +86（0 ）
29-88709982
● 深 事務所（SHENZHEN OFFICE）
+
PHONE 86（0）755-83646644 FAX +86（0 ）
755-83646699
● 営業部 / 上海事務所 SALES HEADQUARTERS / SHANGHAI OFFICE
PHONE +86（0 ）
21-58798266 FAX +86-（0）21-58797507
● 北京事務所 / BEIJING OFFICE
PHONE +86（0 ）
10-63951008 FAX +86-（0）10-63957378
● 天津事務所 / TIANJIN OFFICE
PHONE +86（0 ）
22-27492788 FAX +86-（0）22-27483916
● 無錫事務所 / WUXI OFFICE
PHONE +86（0 ）
510-2753506 FAX +86-（0）510-2750156
● 広州事務所（GUANGZHOU OFFICE）
（0 ）
PHONE +8620-83313461 FAX +86-（0）20-83313462
● 大連事務所 / DALIAN OFFICE
+
PHONE 86（0 ）
411-83779312 FAX +86-（0）411-83779313
● 長春事務所 / CHANG CHUN OFFICE
+
PHONE 86（0 ）
431-2909875 FAX +86-（0）431-2909875
● 杭州事務所（HANGZHOU OFFICE）
+
（0 ）
PHONE 86571-85800055 FAX +86-（0）571-85800054
CKD CORPORATION EUROPE BRANCH
PHONE +31（
- 0）23-5541490
FAX +31（
- 0）23-5541491
CKD KOREA CORPORATION
PHONE +82（
- 0）2-783-5201∼5203 FAX +82（
- 0）2-783-5204
CKD UK REPRESENTATIVE
PHONE +44（
- 0）121-4219330
FAX +44（
- 0）121-4220475
日商喜開理股 有限公司台湾分公司
CKD CORPORATION TAIWAN BRANCH
PHONE +886（
- 0）2-2523-0374 FAX +886（
- 0）2-2523-5081
CKD SINGAPORE PTE. LTD.
CKD BELGIUM REPRESENTATIVE
PHONE +65-6744-2623 FAX +65-6744-2486
PHONE +32（
- 0）2-541-4768
FAX +32（
- 0）2-541-4702
CKD USA CORPORATION
CKD CO.,LTD.,o.s.CZECH OFFICE
PHONE +420-321-612-001
FAX +420-321-800-000
CKD THAI CORPORATION LTD.
● SALES HEADQUARTERS-BANGKOK OFFICE
PHONE +66（
- 0）2-267-6300 FAX +66（
- 0）2-267-6305
● LAEMCHABANG OFFICE
PHONE +66（
- 0）38-330-133 FAX +66（
- 0）38-330-079
● NAVANAKORN OFFICE
PHONE +66（
- 0）2-909-2158 FAX +66（
- 0）2-909-1168
● RAYONG OFFICE
+
+
PHONE 66（
- 0）38-608-549 FAX 66（
- 0）38-609-299
● LAMPHUN OFFICE
PHONE +66（
- 0）53-582-116 FAX +66（
- 0）53-582-079
● KORAT OFFICE
PHONE +66（
- 0）4424-8860 FAX +66（
- 0）4424-8862
M-CKD PRECISION SDN.BHD.
● HEADQUARTERS
PHONE +1-847-368-0539
● CINCINNATI OFFICE
PHONE +1-859-283-2776
● AUSTIN OFFICE
PHONE +1-512-821-9900
● SAN JOSE OFFICE
PHONE +1-510-659-9245
FAX +1-847-788-0575
FAX +1-859-283-2785
FAX +1-512-821-9903
FAX +1-510-659-9485
● HEADQUARTERS
PHONE +60（
- 0）3-5541-1468 FAX +60（
- 0）3-5541-1533
● JOHOR BAHRU OFFICE
+
+
PHONE 60（
- 0）7-352-9129 FAX 60（
- 0）7-352-9144
● MELAKA OFFICE
PHONE +60（
- 0）6-286-9989 FAX +60（
- 0）6-288-2700
● PENANG OFFICE
PHONE +60（
- 0）4-399-9611 FAX +60（
- 0）4-390-9811
：Distributors
OVERSEAS DPT. SALES DIV. 2-250 Ouji Komaki, Aichi 485-8551, Japan PHONE+81-(0)568-74-1338 FAX+81-(0)568-77-3461
U.S.A
CKD USA CORPORATION
● HEADQUARTERS
4080 Winnetka Avenue, Rolling Meadows, IL 60008 USA
● CINCINNATI OFFICE
1420 Jamike Drive, Erlanger, KY 41018 USA
● AUSTIN OFFICE
8403 Cross Park Drive, Suite 3G, Austin, TX 78754, USA
● SAN JOSE OFFICE
48501 Warm Spring Boulevard, Suite 114
Fremont, CA 94539 USA
EUROPE
CK EUROPE BRANCH
De Fruittuinen 28 Hoofddorp 2132NZ The Netherlands
Malaysia
M-CKD PRECISION SDN.BHD.
● HEADQUARTERS
Lot No.6,Jalan Modal 23/2, Seksyen 23, Kawasan, MIEL,
Fasa 8, 40300 Shah Alam,Selangor Darul Ehsan, Malaysia
● JOHOR BAHRU OFFICE
116&118 Jalan Rosmerah 2/17, Taman Johor Jaya, 81100
Johor Bahru, Malaysia
● MELAKA OFFICE
No.B-10, Ground Floor, Bachang Permai，Jalan Tun Fatimah
Batu Berendam 75350 Melaka, Malaysia
● PENANG OFFICE
No.2678, Ground Floor, Jalan Chain Ferry, Taman Inderwasih,
13600 Prai, Penang, Malaysia
Thailand
CKD THAI CORPORATION LTD.
● SALES HEADQUARTERS-BANGKOK OFFICE
Suwan Tower, 14/1 Soi Saladaeng 1, North Sathorn Rd.,
Bangrak, Bangkok 10500 Thailand
● LAEMCHABANG OFFICE
53/67, 69 Moo 9, Tungsukla, Sriracha, Chonburi
20230 Thailand
● NAVANAKORN OFFICE
176/4-6, Moo 13, Paholyothin Rd., Klongneung,
Klongluang, Prathumthani 12120 Thailand
● RAYONG OFFICE
125/32 M.Charoen Nakorn, T.Maptapud, Rayong 21150, Thailand
● LAMPHUN OFFICE
133 Moo 4, Banklang Muang, Lamphun, 51000, Thailand
● KORAT OFFICE
982/3-4 Mittraphab Rd., Naimuang, Muang,
Nakhonratchasima 30000, Thailand
Singapore
CKD SINGAPORE PTE LTD.
705 Sims Drive #03-01/02, Shun Li Industrial Complex,
387384 Singapore
Taiwan
日商喜開理股 有限公司台湾分公司
CKD CORPORATION TAIWAN BRANCH
中華民国台湾省台北市中山北路二段96號嘉新大楼第14楼1405室
Rm.1405, 14F, No.96, Sec.2, Chung Shan N.Rd., Taipei,
Taiwan, R.O.C.
China
喜開理（上海）機器有限公司
CKD (SHANGHAI) CORPORATION
● 営業部/上海事務所（SALES HEADQUARTERS / SHANGHAI OFFICE）
中国上海市浦東新区張楊路188号 湯臣商務中心3楼304室
Room 304, 3'rd Floor, Tomson Business Center, No.188,
ZhangYang Road, PuDong, ShangHai, 200120, China
● 北京事務所（BEIJING OFFICE）
中国北京市復興路戊12号 恩菲科技大廈1015室
En-Fei-Ke-Ji Bdg. Room #1015, Fu-xing-Lu-Wu 12,
Beijing,100038, China
● 天津事務所（TIANJIN OFFICE）
中国天津市南開区白堤路148号
Bai-Di-Lu, 148, Nankai-Qu, Tianjin, 300193, China
● 無錫事務所（WUXI OFFICE）
中国江蘇省無錫市中山路389号吟春大廈1708室
Room 1708, Yin-Chun Bdg., Zhongshan Road No.389,
Wuxi, Jiangsu Province, 214001,China
●Specifications are subject to change without notice.
● 南京事務所（NANJING OFFICE）
中国南京市山西路57号杰源山西路商務中心502室
Room 502, Jieyuan Shanxi Road Business Center
No.57, Shanxi Road, Nanjing, 210009, China
● 重慶事務所（CHONGQING OFFICE）
中国重慶市石橋舗楡洲路8号秦興科技広場1634号
Taixing Keji Square Room 1634, Yuzhou Road No. 8
Shiqiaopu, ChongQing, 400039, China
● 成都事務所（CHENGDU OFFICE）
中国四川省成都市西玉龍街210号成都外貿大廈22楼2207号
Chengdu Waimao Bdg. 22F, Room #2207, Xi-Yu-LongJie 210, Chengdu city, Sichuan Prov., 610015, China
● 西安事務所（XIAN OFFICE）
中国陜西省西安市労働南路296号西北民航大廈610号
Xi-bei-min-hang Bldg. Room #610, Lao-dong-nan-lu
296, Xian city, Shangxi Prov., 710082, China
● 深 事務所（SHENZHEN OFFICE）
中国広東省深 市華富路1006号航都大廈7B単元
HangDu Building 7B, No.1006 HuaFu Road, Shenzhen, 518031, China
● 広州事務所（GUANGZHOU OFFICE）
中国広東省広州市環市東路339号広東国際大酒店A楼24C
Guangdong Guoji Dajiudian A-24C, No.339, Huanshidong-Lu,
Guangzhou City, Guangdong, 510098 China
● 大連事務所（DALIAN OFFICE）
中国遼寧省大連市西崗区新開路99号大連珠江国際大廈808室
DaLian ZhuJiang GuoJi-Bld. Room #808, XinKai-Lu 99,
DaLian city, LiaoNing Province, 116011, China
● 長春事務所（CHANG CHUN OFFICE）
中国吉林省長春市長春一汽越野路16号単元4楼中門16-1
16-1Dan Yuan 4-Lou Zhong Men, 16, Chang Chun Yi Qi
Yue Ye Lu, Chang Chun City, JiLin Province, 130011, China
● 杭州事務所（HANGZHOU OFFICE）
中国浙江省杭州市分暉路108号浙江省出版印刷大廈410室
Zhejiangsheng Chuban Yinshua Daxia Room 410, No.108,
Fenhui-Lu, Hangzhou City, Zhejiang, 310004 China
Korea
CKD KOREA CORPORATION
Room No.1105, 11th FL, The Korea Teachers Pention B/L.
27-2, Yoido-Dong, Youngdeungpo-Gu, Seoul, 150-742, Korea
2005.11.CCC