10Z-3 - TAIYO

Product Lineup
Unit: mm
Series Variations
φ12
Standard type
10Z−3
Double acting
single rod
Switch Set
10Z−3
Standard type
10Z−3SR
Single acting
spring return
single rod
φ12・φ16
Cylinder bore (mm)
Air
Working fluid
Unnecessary
Lubrication
Working pressure range
0.07 to 1 MPa
Switch Set
0.15 to 1 MPa
50 to 500 mm/s (Note)
Working speed range
Single acting
−10 to ＋70℃ (No freezing)
Working temperature range
JIS 6g/6H
Tolerance for thread
0 to 200
Tolerance of stroke
Basic style
Switch Set
＋1.0
mm 0
SD, SD with bracket, LB, LS, FA, FB
Clevis cut style
SK・LK・FK
Rear port style
SP・LP・FP
end
Accessories Rod
attachments Rod eye with spherical bearing (S-end), rod clevis (Y-end) with pin
Spring Force of Single Acting Cylinders
Bore
φ12
φ16
forc
25
50
Bore
(mm)
8.34
7.37
4.94
φ12
e
Initial load
φ16
Note)
9.81
End load
10.28
Initial load
9.32
φ12
φ16
)
e
Cap
flang
Rod
les
ang
e
side
(one
side
(both
End
●
●
●
●
−
−
●
●
−
Rear port style
●
−
−
●
●
−
Basic style
●
●
●
●
●
●
Clevis cut style
●
−
−
●
●
−
Rear port style
●
−
−
●
●
−
Basic style
●
●
●
●
●
●
Clevis cut style
●
−
−
●
●
−
Rear port style
●
−
−
●
●
−
Basic style
●
●
●
●
●
●
Clevis cut style
●
−
−
●
●
−
Rear port style
●
−
−
●
●
−
LB
LS
FA
FB
Unit: g
Rod end
attachment weight
Clevis cut style Rear port style Rod eye Rod clevis
(Y-end)
LK
FK
LP
FP (T-end) w/ pin
81
35.5
23
23
35.5
Mounting accessory weight
Basic style
23
35.5
23
24
20
The parenthesized values indicate the weight of single acting cylinders.
Unit: g
JR/JS type
ZC type
Bore
(mm) Cord length Cord length Cord length Cord length
Sensor Mountable Minimum Stroke
Bore
(mm)
●
●
Additional
weight
Basic Clevis cut Rear port per mm of
SD w/
style
style
style
stroke
bracket
65
（67） 55
（57） 55
（57）
0.38
58
87
（86） 77
（76） 77
（76）
0.42
Sensor Additional Weight
6.88
11.76
End load
●
Basic weight
Unit: N
15
Basic style
Clevis cut style
Weight Table
Stroke (mm)
ing
Standard type
(spring return)
10Z−3SR
With cushion pads
Structure of cushioning
Spr
Standard type
10Z−3
1.5 MPa
Proof test pressure
Mounting
style
Outline of types
Double acting
les
10Z−3SR
ang
10Z−3
Model number
(Note)
When a sensor is mounted in an
intermediate position, set the
cylinder maximum speed to 300
mm/s or less for reasons of the load
relay response speed, etc.
Consult us when special port
position is required.
Bas
Standard type/Switch Set
Bas
Single acting type (sprint return)
Standard type/Switch Set
10Z-3
Double acting/single rod
Type
s)
Switch Set
10Z−3SR
Cylinder Specifications
Series variations
φ16
End
Standard
The use of stainless steel tubes simplifies
the appearance.
Compatible cylinder body dimension
regardless proximity sensors are equipped.
Band type sensors easy to fit are available.
The sensor position can be freely selected
by moving the band.
The optimum mounting style can be
selected from six types.
Stainless steel (plated with hard chrome)
piston rods are used.
Type
Unit: mm
With 1 sensor
With 2 sensors
ZC201
ZC205
ZC230
ZC253
JR type
JS type
ZC201
ZC205
ZC230
ZC253
JR type
JS type
10
15
10
10
10
10
15
15
10
10
15
20
φ12
φ16
Note)
1m
3m
1.5 m
5m
25
55
35
98
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
Compact Round Type
Pneumatic Cylinder with use
of band type small sensor
AB
3
10Z-3
Round Type Pneumatic Cylinder/
Bore φ12 and φ16
flang
Round Type Pneumatic Cylinder/
Bore φ12 and φ16
ic s
tyle
with
brac
ket
10Z-3
ic s
tyle
AB
2
The sensor additional weight includes the weight of the sensor band.
Calculation Cylinder weight (g)＝basic weight＋(cylinder stroke (mm)×additional weight per mm of stroke)＋(sensor
formula additional weight×sensor quantity)＋mounting accessory weight＋rod end attachment weight
Calculation 10Z-3, double acting clevis cut style LK, bore φ12, cylinder stroke 50 mm, 2 pcs of ZC201A (cord
example length 1 m), rod clevis (Y-end)
55＋
（50×0.38）
＋（25×2）＋35.5＋20＝179.5g
AB
4
10Z-3
Round Type Pneumatic Cylinder/
Bore φ12 and φ16
Round Type Pneumatic Cylinder/
Bore φ12 and φ16
10Z-3
AB
5
SD
2 − Y
❽
t❾
me
ac
Ｂ
With bracket
Applicable mounting style: Only SD style
Cylinder bore (mm)
φ12・φ16
With cushion pads
JA ZC201A AC: 115 V or less AC: 25 mA or less
JB ZC201B DC: 28 V or less DC: 40 mA or less
JC ZC205A
JD ZC205B
A JR101
S Rod eye with spherical bearing (S-end)
B JR105
Y Rod clevis (Y-end) with pin
JJ ZC230A
Sensor quantity（1,2）
Sensor symbol
Note) Select applicable sensors out of the
Sensor List.
JK ZC230B
Cylinder stroke (mm)
The product will be delivered without the mounting accessory and rod end attachment mounted.
DC：5 to 50 V DC：3 to 40 mA
AC：5 to 120 V AC：3 to 20 mA
DC：1.5 W
AC：2 VA
DC：10 to 28 V 4 to 50 mA
−
JM ZC253B
O JS215M
Notes)
DC：10 to 30 V 6 to 70 mA
−
−
None
None
None
LED
(Lights when
sensing)
1m
0.2 mm², 2-core,
outer dia. φ3 mm,
rear wiring
3m
0.3 mm², 2-core,
LED
None (Lights in red outer dia. φ3.4 mm,
when sensing)
rear wiring
0.2 mm², 2-core,
LED
Provided (Lights when outer dia. φ3 mm,
sensing)
rear wiring
0.2 mm², 3-core,
LED
Provided (Lights when outer dia. φ3 mm,
sensing)
rear wiring
0.3 mm², 2-core,
LED
Provided (Lights in red outer dia. φ3.4 mm,
when sensing)
rear wiring
1.5 m
1m
3m
1m
3m
1m
3m
JR/JS type sensor
15 25 30 50 75 100
Stroke limit
φ12
⃝ ⃝ ⃝ ⃝ ⃝ ⃝
200
Mounting Style
φ16
⃝ ⃝ ⃝ ⃝ ⃝ ⃝
200
Standard type/Switch Set
Basic style
Bore
SD Basic style
LB End angles
FA Rod flange
FB Cap flange
LS End angles
Unit: mm
Stroke
15
25
30
50
Stroke limit
φ12
⃝
⃝
⃝
⃝
50
φ16
⃝
⃝
⃝
⃝
50
Small relay,
programmable
controller
1.5 m
Unit: mm
Single acting type (spring return)
Small relay,
programmable
controller
5m
Stroke
If a stroke other than the above standard strokes (○-marked)
is required, consult us.
Applicable
loads
5m
For the sensors without a protective circuit, be sure to provide a protective circuit (SK-100) with the
load when using any induction load (relay, etc.).
For handling of sensors, be sure to see the sensor specifications at the end of this catalog.
We recommend AND Unit (AU series) for multiple sensors connected in series.
For details, refer to AND Unit at the end of this catalog.
ZC type sensor
Standard Stroke Range
Double acting type
Cord length
Bore
If a stroke other than the above standard strokes (○-marked)
is required, consult us.
Clevis cut style
SK Basic style
LK End angles
FK Rod flange
LP End angles
FP Rod flange
Rear port style
SP Basic style
10Z-3
Sensors are not mounted on cylinders at
delivery.
−
DC: 28 V or less 100 mA or less
I JS211M
−
DC：10 to 28 V DC：5 to 40 mA
JL ZC253A
Note on ordering Switch Set
Delivery state
Wiring method
General Pneumatic Cylinders
Mounting style
Indicating
lamp
Ro
de
Br
ach
att
nd
or
ns
Se
ke
nt
y❼
tit
an
m
qu
sy
or
ns
Se
100 − A
10Z−3
Double acting single rod
10Z−3SR Single acting spring return
10Z-3 General Pneumatic Cylinders
bo
ke
ro
St
io
sh
Cu
N
l❻
❺
❹
❸
ng
e
ni
or
rb
lin
12
Type Sensor symbol Load voltage Load current Max. switching Protective
capacity
circuit
range
range
Reed sensor
10Z−3
Sensor List
Solid state sensor
Standard type/Switch Set
Cy
M
ou
nt
de
ing
Ty
st
pe
yle
❶
❷
● How to order
AB
6
10Z-3
Round Type Pneumatic Cylinder/
Bore φ12 and φ16
Unit: mm
Unit: mm
CAD/DATA
10Z-3/TAZ3 Bore A,B is available.
CAD/DATA
10Z-3/TAZ3 Bore A,B is available.
SD with Bracket
SD
Standard type 10Z−3 SD Bore N Stroke
10Z−3 SD Bore N Stroke −B
XC＋stroke
5
16
ZC＋stroke
Width across flats of lock nut
for rod end attachment: 10
XC＋stroke
16
22
P＋stroke
5
5
P＋stroke
25
2ーM5×0.8
φ21
R8
2ーM5×0.8
M16×1.5
K
Width across flats of lock nut
for mounting accessory: 22
φ6H9
3.2 25
K
H＋stroke
12 12
6
K
K
H＋stroke
R9
M16×1.5
9
2×2ーφ5.5
12
19
LL＋stroke
Clevis cut style 10Z−3 SK Bore N Stroke
6
15 21
17.8
LB
10Z-3
SK
6
55
24
M16×1.5
Width across flats of lock nut
for mounting accessory: 22
43
36
φ6
M6×1
6
KA＋stroke
9.5
General Pneumatic Cylinders
Width across flats of lock nut
for rod end attachment: 10
5
φ6
M6×1
13
6
3.6
3.6
22
16
13
6
φ6
16
10Z-3 General Pneumatic Cylinders
AB
7
10Z-3
Round Type Pneumatic Cylinder/
Bore φ12 and φ16
ZA＋stroke
10Z−3 LB Bore N Stroke
XA＋stroke
ZJ＋stroke
16
22
16
P＋stroke
5
16
Width across flats of lock nut
for rod end attachment: 10
2ーM5×0.8
M6×1
3.6
Width across flats of lock nut
for mounting accessory: 22
21
φ
9.5
φ6
3.2 20
33
P＋stroke
6
2ーM5×0.8
φ6
M6×1
M16×1.5
M16×1.5
Width across flats of lock nut
for mounting accessory: 22
K
H＋stroke
19
K
32
2×2ーφ5.5
10.8
44
LL＋stroke
Rear port style 10Z−3 SP Bore N Stroke
10Z−3 LS Bore N Stroke
22
Width across flats of lock nut
for rod end attachment: 10
3.6
Width across flats of lock nut
for mounting accessory: 22
21
φ
9.5
φ6
5
P＋stroke
16
Width across flats of
lock nut for rod end
attachment: 10
2ーM5×0.8
3.2 20
33
6
2ーM5×0.8
φ6
M6×1
M16×1.5
Width across flats of lock nut
for mounting accessory: 22
22
5
16
6
ZC＋stroke
16
13
6
3.6
14
SA＋stroke
6
ZJ＋stroke
16
10.8
LL＋stroke
14
LS
SP
M6×1
5
16
Width across flats of
lock nut for rod end
attachment: 10
13
6
3.6
22
5
K
H＋stroke
M16×1.5
19
K
2ーφ5.5
32
14 6
44
LL＋stroke
For dimensions not shown here, refer to the SD style (basic style).
The double acting and single acting cylinders have the same dimensions.
The single acting cylinders have a filter in the port on the rod side.
The double acting and single acting cylinders have the same dimensions.
The single acting cylinders have a filter in the port on the rod side.
Dimensional Table
32.8
Dimensional Table
Symbol
Symbol
H
K
LL
P
XC
ZC
ZJ
Bore
H
K
KA
LL
P
SA
XA
XC
ZA
ZC
Bore
φ12
25
9.5
44
34
75
82
66
φ12
25
9.5
93
44
34
72
80
75
86
82
φ16
31
10
51
41
82
89
73
φ16
31
10
100
51
41
79
87
82
93
89
AB
8
10Z-3
Round Type Pneumatic Cylinder/
Bore φ12 and φ16
Unit: mm
Unit: mm
CAD/DATA
10Z-3/TAZ3 Bore A,B is available.
CAD/DATA
10Z-3/TAZ3 Bore A,B is available.
FA
Switch Set
10Z−3 FA Bore N Stroke
10Z−3 Mounting style Bore N Stroke − Sensor symbol Sensor quantity
16
22
5
ZC type sensor
P＋stroke
UX2
16
3.6
AB
9
10Z-3
Round Type Pneumatic Cylinder/
Bore φ12 and φ16
7
6
2ーφ5.5
2ーM5×0.8
RG
φ6
M6×1
Width across flats of
lock nut for rod end
attachment: 10
40
M16
×1.5
K
H＋stroke
K
UX1
ZX＋stroke
3.2
52
General Pneumatic Cylinders
Width across flats of lock nut
for mounting accessory: 22
JR/JS type sensor
Related types: Clevis cut style (FK) and rear port style (FP)
UX1
UX2
10Z-3
FB
10Z−3 FB Bore N Stroke
ZC＋stroke
ZF＋stroke
16
22
3.6
5
6
P＋stroke
33
16
2ーφ5.5
2ーM5×0.8
13
φ6
M6×1
Width across flats of
lock nut for rod end
attachment: 10
9
0.3 mm², 2-core, outer dia.
φ3.4 mm, cabtyre cord
RG
10Z-3 General Pneumatic Cylinders
26
26
M16
×1.5
K
H＋stroke
K
Width across flats of
lock nut for mounting
accessory: 22
12.8
3.2
For dimensions not shown here, refer to the SD style (basic style).
The double acting and single acting cylinders have the same dimensions.
40
Related types: Clevis cut style (SK) and rear port style (SP)
52
For dimensions not shown here, refer to the SD style (basic style).
The double acting and single acting cylinders have the same dimensions.
The single acting cylinders have a filter in the port on the rod side.
Dimensional Table
RG
Bore
mm
UX1
UX2
Reed sensor
ZC type JR/JS type
Solid state sensor
Reed sensor
ZC205 JR type ZC230・ZC253 JS type ZC201
ZC201
Solid state sensor
ZC205 JR type ZC230・ZC253 JS type
φ12
15
17
4.5
1
0
3
3
5.5
2
1
4
3
φ16
17
19
9
5.5
4
7.5
5
8
4.5
3
6.5
5
Note)
Dimension UX indicates the optimum sensor mounting position for detection of stroke end.
Operating Range and Hysteresis
Reed sensor
Dimensional Table
Symbol
Bore
mm
ZC201
H
K
P
ZC
ZF
ZX
φ12
25
9.5
34
82
69.2
60
φ12
3 to 6
φ16
31
10
41
89
76.2
67
φ16
4 to 9
Bore
ZC205
Solid state sensor
JR type
ZC230
ZC253
JS type
Operating Hysteresis Operating Hysteresis Operating Hysteresis Operating Hysteresis Operating Hysteresis Operating Hysteresis
range
range
range
range
range
range
4 to 6
1.5 or less
1 to 3
1.5 or less
4 to 7
4 to 6
2 or less
1 to 3
0.5 or less
1 to 4
8 to 10
0.5 or less
2 to 3
1 or less
9 to 12
AB
10
10Z-3
Round Type Pneumatic Cylinder/
Bore φ12 and φ16
Unit: mm
Rod End Attachment
Unit: mm
Rod clevis (Y-end)
with pin
End angles
Flange type
3.2
φ16.5
CN
CD
CD
TA
Washer
Split pin
33
4°
PL CT CB
TW
PF
KK
CC
W
KK
26
CN
CM
2ーφ5.5
CN
CA
CL
CA
2ーφ5.5
3.2
40
52
ED
CF
CF
20
Lubricating port
14
Dimensional Table/S-end
Part number
CA
CD
CF
CM
CN
DK
ED
GW
KK
TA
TV
TW
RSA−06−A
30
φ6H9
φ13
9
39
φ9
18
9−0.1
0
M6×1
14
6.75±0.1
11
10Z-3
32
Symbol
44
Bore
φ16
Bracket
Pin
For SD style
Dimensional Table/Y-end
(Set of 2 pcs.)
Symbol
Part number
CA
CB
CC
CD
RYA−06−A
24
6＋0.15
＋0.4
12
φ6 f 7
CF
CL
CN
CT
KK
PF
PL
W
φ12
φ16
H8
φ10
7
31
□12
M6×1
1.5
18.5
12
For SD with bracket
36
φ6ー0.05
ー0.10
6
15 21
2ーφ5.5
20.6
3.2
Lock Nut Part Number
Bore
Part number
φ12
LNA−06Z−A
φ16
LNA−06Z−A
25
Accessory tightening torque
Tighten each nut and bolt to the tightening torque shown in the following table.
M16 (φ12, 16)
31
18
36
Handling procedures
24
6
21 15
2ーφ5.5
3.2
φ6＋0.15
＋0.05
53.9 N・m
25
M6 (φ12, 16)
Tightening torque of rod end
attachment fixing nut
25
φ6＋0.15
＋0.05
6
Tightening torque of accessory
mounting nut
(With 2 E-rings)
24
Bore
4.81 N・m
31
Mounting Accessory Part Number
Bore
18
6
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
φ16.5
20
DK
φ12
AB
11
Mounting Accessory
Rod eye with spherical bearing (S-end)
Rod eye with spherical bearing
GW TV
10Z-3
Round Type Pneumatic Cylinder/
Bore φ12 and φ16
LB
LS・LK・LP
FA・FB
SD style bracket
(with pin)
φ12 MAZ3−LB012 MAZ3−LS012 MAZ3−FA012 MAZ3−BK012PA
φ16 MAZ3−LB012 MAZ3−LS012 MAZ3−FA012 MAZ3−BK012PA
AB
12
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Type
Series
Cylinder bore (mm)
10Z−3
10Z−3V2
Single acting type (spring return) Single acting type (spring-extended)
Standard type/Switch Set Standard type/Switch Set Standard type/Switch Set
10Z−3D
Working fluid
Working pressure
range
10Z−3SR
0.02 to 1 MPa（φ50・φ63）
0.15 to 1 MPa
0.15 to 1 MPa
Proof test pressure
Note 1) Working speed
50 to 700 mm/s
50 to 500 mm/s
0.1 to 1 MPa
（φ25・φ40）
0.05 to 1 MPa
（φ50・φ63）
0.15 to 1 MPa
1.5 MPa
50 to 700 mm/s
10Z−3SH
φ25: 0.49 N･m or less φ40: 0.98 N･m or less φ50 and φ63: 3.4 N･m or less
Allowable torque
Tolerance for thread
JIS 6g/6H
Tolerance of stroke
0
＋１．
5
0 to 250 mm＋１．
０ 251 to 900 mm ０
LB
SD, LC, FA, TA, TA w/ bracket,
TC, TC w/ bracket, AD, BD
SD, LB, FA, TA,
TA w/ bracket, AD, BD
LB
Clevis
cut style
SK, LK (only φ25), FK, TK,
−
−
SK, LK (only φ25), FK, TK,
Rear port
style
SP, LP (only φ25), FP, TP,
Basic
style
Mounting
accessory
0.15 to 1 MPa
0.02 to 1 MPa（φ50・φ63）
20 to 700 mm/s
50 to 700 mm/s（φ20 to φ40）
Note 2) Working
temperature range
−10 to ＋70℃
20 to 500 mm/s
50 to 700 mm/s
20 to 700 mm/s（φ50 to φ63）
−10 to ＋50℃
−10 to ＋70℃
Accessories
−10 to ＋70℃
Structure of cushioning
Standard: With cushion pad (φ20 to φ40), with cushions on both ends (φ50 and φ63) Semi-standard: With cushion (part of types)
Tolerance for thread
JIS 6g/6H
0
＋１．
5
0 to 250 mm＋１．
０ 251 to 900 mm ０
Tolerance of stroke
Rear port
style
Unnecessary
0.1 to 1 MPa
（φ25・φ40）
0.05 to 1 MPa
（φ50・φ63）
φ20, φ25, φ32, φ40
0.05 to 1 MPa（φ20 to φ40）
Note 1) Working
speed range
Clevis
cut style
φ25, φ40
Air
Unnecessary
0.05 to 1 MPa（φ20 to φ40）
1.5 MPa
Mounting
accessory
10Z−3GSR,10Z−3GSH
φ25, φ40, φ50, φ63
Working pressure
range
Air
Proof test pressure
Basic
style
10Z−3GD
φ25, φ40
−10 to ＋50℃
−10 to ＋70℃
−10 to ＋70℃
temperature range
Note 3) Structure of
With cushion pads
Standard: With cushion pad (φ25 and φ40), with cushions on both ends (φ50 and φ63) Semi-standard: With cushion (only φ40)
cushioning
Note 4) Allowable rotating
φ25：±1.5°
φ40：±1°
φ50・φ63：±0.8°
angle
Cylinder bore (mm) φ20, φ25, φ32, φ40, φ50, φ63 φ20, φ25, φ32, φ40 φ20, φ25, φ32, φ40, φ50, φ63
Lubrication
10Z−3V2G
Note 2) Working
Double acting/double rod
VAL Set/SV Set
10Z−3G
φ25, φ40, φ50, φ63
Lubrication
range
Single acting/single rod
Standard type/Switch Set
SD, SD w/ bracket (only φ20 to
φ40), LS (only φ20 and φ25),
LB, FA, FB, TA, TA w/ bracket,
TB, TB w/ bracket, CA (only φ50
and φ63), CU (only φ20 to φ40),
CU w/ bracket (only φ20 to φ40)
SK, LK (only φ20 and φ25),
FK, TK, TK w/ bracket, AD, BD
SP, LP (only φ20 and φ25),
FP, TP, TP w/ bracket, AP, BP
SD, LC, FA,
TA, TA w/ bracket,
TC, TC w/ bracket,
AD, BD
SD, LB, FA,
TA, TA w/ bracket,
AD, BD
SD, SD w/ bracket,
LS (only φ20 and φ25),
LB, FA, FB, TA, TA w/ bracket,
Boots
Rod end
attachments
TK w/ bracket, AD, BD
TK w/ bracket, AD, BD
TP w/ bracket, AP, BP
−
−
SP, LP (only φ25), FP, TP,
TP w/ bracket, AP, BP
Nylon tarpaulin
Rod eye (T-end: onlyφ50 and φ63), rod eye with spherical bearing (S-end), rod clevis (Y-end) with pin
Notes) 1.When a sensor is mounted in an intermediate position, set the cylinder maximum speed to 300 mm/s
or less for reasons of the load relay response speed, etc.
2.Use the cylinder in a working temperature range in which the fluid does not freeze.
3.Non-rotating (φ25) double rod single acting VAL Set Cylinder with a cushion cannot be fabricated.
4.The allowable rotation angle refers to the clearance in the piston rod rotating direction at the stroke end.
When using it together with another guide, use a round rod.
For the working speed range, see the selection materials to check the relationship between the speed
and the cushion mechanism.
Consult us when special port position or the cushion valve position is required.
TB, TB w/ bracket, CU, CU w/ bracket
Valve Specifications
−
−
−
−
SK, LK (only φ20 and φ25),
FK, TK, TK w/ bracket, AD, BD
SP, LP (only φ20 and φ25),
FP, TP, TP w/ bracket, AP, BP
−
Boots
Nylon tarpaulin
Accessories
Rod end
Rod
eye
(T-end;
only
φ50
and
φ63),
rod
eye
with
spherical
bearing (S-end), rod clevis (Y-end) with pin, floating joint (F-end)
attachments
Notes) 1.When a sensor is mounted in an intermediate position, set the cylinder maximum speed to 300 mm/s
or less for reasons of the load relay response speed, etc.
2.Use the cylinder in a working temperature range in which the fluid does not freeze.
Consult us when special port position or the cushion valve position is required.
Model number
Rated voltage
RB512V1SA1D RB512V1SA1DW RB512V1SA2D RB512V1SA2DW RB512V1SA8D RB512V1SA8DW
100 V AC（50/60Hz）
Regulation of voltage
Power consumption
Part number of
coil ass’y
(with DIN socket)
200 V AC（50/60Hz）
24 V DC
±10% of rated voltage
50Hz：6.0VA/60Hz：4.9VA
NAS8−22−1D
NAS8−22−1DW
(with lamp and
protective circuit)
For voltage not shown above, contact us.
NAS8−22−2D
2.5W
NAS8−22−2DW
(with lamp and
protective circuit)
NAS8−22−8D
NAS8−22−8DW
(with lamp and
protective circuit)
10Z-3
Series
Double acting/single rod
Double acting/double rod
VAL Set/SV Set
Working fluid
Cylinder Specifications/Standard
Standard type/Switch Set
Double acting/single rod
Standard type/Switch Set
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
Series variations
The use of stainless steel tubes simplifies
the appearance.
Compatible cylinder body dimension
regardless proximity sensors are equipped.
Band type sensors easy to fit are available.
The optimum mounting style can be
selected from 17 types (11 types for φ50
and φ63).
Stainless steel (plated with hard chrome)
piston rods are used for standard cylinders
with bores from 20 to 32 mm.
Type
AB
13
Cylinder Specifications/Non-rotating type
Compact Round Type
Pneumatic Cylinder with use
of band type small sensor
Series variations
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
14
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Product Lineup
Series Variations
Double acting
double rod
Standard type/Switch Set
10Z−3
VAL Set/SV Set
10Z−3V2
Standard type/Switch Set
10Z−3D
φ20
φ25
φ32
φ40
φ50
φ63
Spring Force of Single Acting Cylinders (SR type/SH type)
φ20
φ25
φ32
Single acting single rod
spring return
Standard type/Switch Set
10Z−3SR
Single acting single rod
spring-extended
Standard type/Switch Set
10Z−3SH
Load
Initial load
15
25
30
20.6
12.9
20.6
32.5
20.4
32.5
100
75
125
150
175
200
12.9
32.2
End load
Initial load
20.4
50.7
End load
51.3
Initial load
32.3
51.3
32.3
79.9
End load
80.4
Initial load
50.6
80.4
50.6
125.2
End load
Sensor Mountable Minimum Stroke
With adjustable
retracted stroke
Standard type/Switch Set
10Z−3A2
With adjustable
extended stroke
Standard type/Switch Set
10Z−3A1
Bore
mm
Reed sensor
Dual stroke
(custom made)
Double acting
single rod
Double rod
10Z−3Q2
Standard type/Switch Set
10Z−3G
VAL Set/SV Set
10Z−3V2G
Double acting
double rod
Standard type/Switch Set
10Z−3GD
Single acting single rod
spring return
Standard type/Switch Set
10Z−3GSR
Single acting single rod
spring-extended
Standard type/Switch Set
10Z−3GSH
Adjustable retracted
stroke
Standard type/Switch Set
10Z−3GA2
Adjustable extended
stroke
Standard type/Switch Set
10Z−3GA1
With 2 sensors
Solid state sensor
Reed sensor
Solid state sensor
AX type ZC201 ZC205 JR type SR type AX type ZC230 ZC253 JS type AX type ZC201 ZC205 JR type SR type AX type ZC230 ZC253 JS type
φ20
15
φ32
φ40
10
10
10
15
10
10
10
10
15
15
15
15
15
10
φ50
Single rod
10Z−3Q1
Unit: mm
With 1 sensor
φ25
Non-rotating
50
10
φ63
Note) The non-rotating, Switch Set and SV Set Cylinders have the same dimensions.
Cushion Stroke
Bore
Cushion stroke
φ50・φ63
14 mm
35
20
10
10
20
10Z-3
Standard
φ40
Unit: N
Stroke (mm)
Bore
(mm)
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
Double acting
single rod
Unit: mm
Type
AB
15
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
16
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
10Z-3
AB
17
● How to order
s
❽
nt
ke
at
ta
Br
Bo
ac
me
ot
LB End angles
LS End angles (Note)
FA Rod flange
FB Cap flange
TA Rod trunnion
TB Cap trunnion
CA (Cap eye: only φ50 and φ63)
FK Rod flange
TK Rod trunnion
FP Rod flange
TP Rod trunnion
TA Rod trunnion
Ro
Se
de
ns
nd
or
Basic style
SD Basic style
With bracket
Applicable mounting styles:
SD, TA, TB, TK, CU (φ20 to φ40),
TA, TB (φ50 and φ40)
Non-rotating
CU Cap eye with spherical bearing
S Rod eye with spherical bearing (S-end)
T Rod eye (T-end) (only φ50 and φ63)
Mounting style
Note) The basic style for non-rotating
cylinders is SK.
Cylinder bore (mm)
Clevis cut style
Y Rod clevis (Y-end) with pin
F Floating joint (F-end)
St a n d a r d φ20・φ25・φ32・φ40・φ50・φ63
Non-rotating φ25・φ40・φ50・φ63
SK Basic style
LK End angles (Note)
AD Block type end angles
BD Block type flange
Sensor quantity（1,2 to n）
Sensor symbol
Note) Select applicable sensors out of the Sensor List.
N With cushion pad
B With cushion
Note on ordering Switch Set
Note) B is a standard code for 50mm to 63mm bore.
Sensors are not mounted on cylinders at delivery.
Cylinder stroke (mm)
10Z−3V2
SD
25
N
100 − A
2
s
BP Block type flange
ot
AP Block type end angles
Bo
ke
t
nt
me
ac
ch
ta
at
LP End angles (Note)
nd
Br
y
SP Basic style
de
Ro
Se
ns
ns
or
or
qu
sy
an
m
tit
bo
ge
AH
❾
l❽
❼
❻
e
lv
Se
Va
Va
tin
era
op
lve
vo
gm
lta
eth
ke
od
❺
❹
ro
ng
ni
io
Cu
sh
St
❸
e
or
lin
Cy
M
ou
nt
in
de
g
rb
st
Ty
yl
pe
e
❶
❷
Rear port style
VAL Set/SV Set
2 − Y
Ｂ − Ｊ
Standard
10Z−3V2
Double acting single rod
Non-rotating
1 AC100V 50/60Hz
10Z−3V2G Double acting single rod
2 AC200V 50/60Hz
8 DC24V
Mounting style
Cylinder bore (mm)
φ20・φ25・φ32・φ40
Note) Non-rotating cylinders come in bore
sizes of 25 and 40 mm only.
Note) For voltage not shown above, contact us.
Mounting Style
VAL Set/SV Set
SD Basic style
LC End angles
FA Rod flange
TC Cap trunnion
AD Block type end angles
BD Block type flange
A Energized extending type (with lamp and protective circuit)
B Energized retracting type (with lamp and protective circuit)
G Energized extending type (without lamp)
H Energized retracting type (without lamp)
With cushion pad
Cylinder stroke (mm)
Note) For explanation of other types, refer to the standard and Switch Set types.
(Note) LS, LK and LP can be used only for 20 and 25 mm bore cylinders.
Non-rotating cylinders of LK and LP style come in a bore size of 25 mm only.
10Z-3
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
Standard type/Switch Set
Boots
Nylon tarpaulin
Note) The boots cannot be fitted
to AD, BD or BP style.
Double acting single rod
Double acting double rod
Single acting spring return
Single acting spring-extended
Double acting single rod
Double acting double rod
Single acting spring return
Single acting spring-extended
Mounting Style
Ｂ − Ｊ
Standard
10Z−3G
10Z−3GD
10Z−3GSR
10Z−3GSH
t❾
❼
y
ch
an
m
qu
sy
or
ns
2 − Y
100 − AH
N
tit
bo
ke
ro
St
sh
Cu
Se
25
SD
l❻
❺
❹
❸
ni
io
rb
st
de
g
lin
in
Cy
nt
M
ou
ng
e
❷
or
e
yl
pe
Ty
10Z−3
10Z−3
10Z−3D
10Z−3SR
10Z−3SH
Semi-standard specification
The item enclosed by broken line needs not to be entered, if unnecessary.
❶
Standard type/Switch Set
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Sensor
symbol
Type
Semi-standard specification
Load voltage Load current Max. switching Protective
range
capacity
circuit
range
AF AX101CE
AG AX105CE DC：5 to 30 V DC：5 to 40 mA
AH AX111CE AC：5 to 120 V AC：5 to 20 mA
AJ AX115CE
Reed sensor
DC：1.5 W
AC：2 VA
AK AX11ACE AC：5 to 120 V 5 to 20 mA
2 VA
AL AX11BCE DC：5 to 30 V
1.5 W
AC：90 to 240 V
5 to 300 mA
AM AX135CE
DC：90 to 240 V
B contact
output
JA ZC201A AC: 115 V or less AC: 25 mA or less
JB ZC201B DC: 28 V or less DC: 40 mA or less
−
JC ZC205A
JD ZC205B
B JR105
S SR405
4-pin
LED
Provided (Lights in red connector type,
rear wiring
when sensing)
0.3 mm², 2-core,
LED
outer dia. φ4 mm,
Provided (Lights in red
when not sensing)
rear wiring
None
DC：10 to 28 V DC：5 to 40 mA
−
DC：5 to 50 V DC：3 to 40 mA
AC：5 to 120 V AC：3 to 20 mA
DC：1.5 W
AC：2 VA
AC：80 to 220 V 2 to 300 mA
LED
(Lights in red
0.3 mm², 2-core,
Provided when sensing)
outer dia. φ4 mm,
rear wiring
None
None
None
30 VA
None
Provided
BE AX201CE-1
BF AX205CE-1
CE AX211CE-1
DC：5 to 30 V
5 to 40 mA
−
Provided
CF AX215CE-1
JJ ZC230A
JK ZC230B
Solid state sensor
JL ZC253A
JM ZC253B
I JS211M
O JS215M
DC：10 to 28 V
4 to 50 mA
DC: 28 V or less 100 mA or less
DC：10 to 30 V
6 to 70 mA
−
−
−
CT AX211CE-1
CU AX215CE-1
CV AX21BCE-1
CW AZ211CE-1
DC：5 to 30 V
5 to 40 mA
CX AZ215CE-1
CY AZ21BCE-1
Notes)
−
LED
(Lights in red
when sensing)
LED
(Lights in red
when sensing)
Neon lamp
(Lights in red
when not sensing)
LED
(Lights in red
when sensing)
LED
(2-LED type
in red/green)
LED
(Lights when
sensing)
LED
(Lights when
sensing)
LED
(Lights when
sensing)
0.2 mm², 2-core,
outer dia. φ3 mm,
rear wiring
0.3 mm², 2-core,
outer dia. φ4 mm,
rear wiring
0.2 mm², 2-core,
outer dia. φ3 mm,
rear wiring
0.2 mm², 3-core,
outer dia. φ3 mm,
Provided
rear wiring
0.3 mm², 2-core,
outer dia. φ3.4 mm,
Provided
rear wiring
0.3 mm², 2-core,
outer dia. φ4 mm,
rear wiring
4-pin
connector type,
LED
rear wiring
Provided (2-LED type
in red/green) 0.3 mm², 2-core,
outer dia. φ4 mm,
upper wiring
4-pin
connector type,
upper wiring
Provided
Cord type
Connector type
ZC type sensor
JR/JS type sensor
15
25
30
50
75
100 125 150 175 200 250 300 350 400 450 500
Stroke
limit
φ20
○
○
○
○
○
○
○
○
○
○
−
−
−
−
−
−
900
φ25
○
○
○
○
○
○
○
○
○
○
○
○
−
−
−
−
900
1.5 m
○
○
○
○
○
○
○
○
○
○
○
○
○
○
−
−
900
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
900
5m
Double Standard type φ32
acting Switch Set
φ40
single rod 10Z−3
φ50
−
○
−
○
○
○
−
○
−
○
○
○
○
○
○
○
900
0.5 m
φ63
−
○
−
○
○
○
−
○
−
○
○
○
○
○
○
○
900
0.5 m
φ20
○
○
○
○
○
○
○
○
○
○
−
−
−
−
−
−
450
φ25
○
○
○
○
○
○
○
○
○
○
○
○
−
−
−
−
450
○
○
○
○
○
○
○
○
○
○
○
○
○
○
−
−
450
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
−
450
−
○
−
○
○
○
−
○
−
○
○
○
○
○
○
−
450
φ63
−
○
−
○
○
○
−
○
−
○
○
○
○
○
○
−
450
φ20
Standard type
Single
Switch Set φ25
acting
10Z−3SR φ32
single rod
10Z−3SH
φ40
○
○
○
○
○
○
○
○
−
−
−
−
−
−
−
−
150
○
○
○
○
○
○
○
○
○
○
−
−
−
−
−
−
200
○
○
○
○
○
○
○
○
○
○
−
−
−
−
−
−
200
○
○
○
○
○
○
○
○
○
○
−
−
−
−
−
−
200
1.5 m
φ25
○
○
○
○
○
○
○
○
○
○
○
○
−
−
−
−
500
5m
Double Standard type φ40
acting Switch Set
φ50
single rod 10Z−3G
φ63
○
○
○
○
○
○
○
○
○
○
○
○
−
−
−
−
500
−
○
−
○
○
○
−
○
−
○
○
○
−
−
−
−
500
−
○
−
○
○
○
−
○
−
○
○
○
−
−
−
−
500
○
○
○
○
○
○
○
○
○
○
○
○
−
−
−
−
450
○
○
○
○
○
○
○
○
○
○
○
○
−
−
−
−
450
−
○
−
○
○
○
−
○
−
○
○
○
−
−
−
−
450
−
○
−
○
○
○
−
○
−
○
○
○
−
−
−
−
450
−
○
−
○
○
○
○
○
○
○
−
−
−
−
−
−
200
−
○
−
○
○
○
○
○
○
○
−
−
−
−
−
−
200
5m
5m
Small relay,
programmable
controller
3m
1m
1.5 m
5m
5m
1.5 m
5m
1m
3m
1m
3m
1.5 m
5m
Small relay,
programmable
controller
1.5 m
5m
Double Standard type φ32
acting Switch Set
φ40
double rod 10Z−3D
φ50
φ25
Double Standard type φ40
acting Switch Set
φ50
double rod 10Z−3GD
φ63
Single
acting
single rod
Standard type φ25
Switch Set
10Z−3GSR φ40
10Z−3GSH
For the Switch Set Cylinders, see the table of sensor mountable minimum cylinder stroke.
0.5 m
1.5 m
5m
0.5 m
For the sensors without a protective circuit, be sure to provide a protective circuit (SK-100) with the load when using any
induction load (relay, etc.).
The output logic of AX135CE is a B contact. When the piston is detected, the sensor contact turns off (the lamp turns on).
For the detailed specifications and handling of sensors, see the sensor specifications at the end of this catalog.
The AX type sensors can be mounted on any type in addition to the above types. See the sensor specifications at the end
of this catalog.
We recommend AND Unit (AU series) for multiple sensors connected in series.
For details, refer to AND Unit at the end of this catalog.
AX type sensor
Bore
5m
3m
0.3 mm², 2-core,
outer dia. φ3.4 mm,
rear wiring
0.5 mm², 2-core,
outer dia. φ6 mm,
rear wiring
Type
Unit: mm
Cylinder stroke (mm)
1.5 m
1m
None
Series
variations
SR type sensor
10Z-3
A JR101
Cord length
None
DC: 30 V or less DC: 40 mA or less
AC: 120 V or less AC: 20 mA or less
5 to 40 mA
Wiring method
Standard Stroke Range
Applicable
load
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
AE AX125CE
Indicating
lamp
Standard
Sensor List
AB
19
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Non-rotating
AB
18
AB
20
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Mounting Accessory Part Number
φ20
φ32
φ40
φ50
φ63
LB style
MAZ3−LB020
MAZ3−LB032
MAZ3−LB040
MAZ3−LB050
MAZ3−LB063
MAZ3−LC020
MAZ3−LC032
MAZ3−LC040
−
−
MAZ3−LS020
−
−
−
−
MAZ3−FA020
MAZ3−FA032
MAZ3−FA040
MAZ3−FA050
MAZ3−FA063
LS style
LP style
FA style
FK style
Bore
(mm)
φ20
φ25
φ32
φ40
φ50
φ63
Standard/single acting
FP style
TA style
TB style
MAZ3−TA020
TK style
MAZ3−TA032
MAZ3−TA040
Bore
(mm)
MAZ3−TA050
TP style
TC style
CU style
Unit: g
Basic weight
Additional weight
Double
acting/
Double acting/single rod
double rod
per mm of stroke
Basic style
Clevis cut style Rear port style Basic style
Standard type VAL Set Standard type Standard type Standard type Single rod Double rod
155
137
137
186
0.85
1.25
530
220
203
203
274
1.15
1.8
600
320
297
297
398
1.65
2.55
705
520
482
487
630
2.15
910
3.4
985
920
935
1165
−
3.27
5.73
1350
1280
1300
1530
4.36
6.82
−
MAZ3−TC020
MAZ3−CU020
MAZ3−CU025
MAZ3−TC040
−
−
MAZ3−CU040
−
−
φ32
φ40
φ50
φ63
−
−
MAZ3−BK040PB
−
−
MAZ3−BK040
MAZ3−BK050
MAZ3−BK063
Unit: g
Additional weight for stroke
15
12
16.5
24
31.5
25
20
27.5
40
52.5
30
90
125
185
244
50
106
147
217
286
75
192
266.5
394
519.5
100
278
386
571
753
10Z-3
MAZ3−TC032
MAZ3−CU032
φ20
φ25
φ32
φ40
Basic weight
Single acting/single rod
Basic style Clevis cut style Rear port style
Standard type Standard type Standard type
221
203
203
312
295
295
457
434
434
701
663
663
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
FB style
Bracket Part Number
φ20
For SD (w/ pin)
φ25
MAZ3−BK020PA
For S-end and CU (w/ pin) MAZ3−BK020PB
For TA, TB and TC
MAZ3−BK032PA MAZ3−BK040PA
MAZ3−BK032PB
MAZ3−BK020
MAZ3−BK032
Standard
φ20
LNA−08Z−A
φ25
φ32
φ40
φ50
φ63
LNA−10Z−A
Non-rotating/double acting
Bore
(mm)
φ25
φ40
φ50
φ63
Lock Nut Part Number
Bore
AB
21
Standard/double acting
φ25
LC style
LK style
10Z-3
Non-rotating
−
Unit: g
Basic weight
Additional weight
Double acting/
Double acting/single rod
double rod
per mm of stroke
Basic style
Clevis cut style Rear port style Basic style
Standard type VAL Set Standard type Standard type Standard type Single rod Double rod
220
600
203
203
274
1.1
1.8
510
900
472
472
620
2.1
3.4
985
−
920
935
1165
3.27
5.73
1350
−
1280
1300
1530
4.36
6.82
LNA−08Z−A
−
LNA−12Z−A
LNA−12Z−A
LNA−16Z−A
LNA−16Z−A
Custom Made Specifications
Dual stroke (double rod)
10Zー3Q2
Dual stroke (single rod)
10Zー3Q1
Mounting Accessory/Rod End Attachment Weight
Unit: g
Mounting accessory weight
Clevis cut style
TC w/
CU w/
TK w/
TC
CU
LK FK TK
AD
bracket
bracket
bracket
Rod end
attachment weight
Basic style
Rear port style
Bore
TA w/
Rod Rod Rod
(mm) SD w/
FA
TA bracket
TP w/
LS LB LC
CA
BD LP FP TP
AP BP eye eye clevis F-end
TB w/
bracket
FB
TB bracket
bracket
(S-end) (T-end) (Y-end)
φ20 115 60 140 150 55 − 55 140 30 100 130 240 60 58 55 140 11（29） 8（76） 60 55 55 140 11（29） 8（76） 50 − 55 60
φ25 115 60 140 150 55 − 55 140 30 100 130 280 60 55 55 140 38（55） 26（43） 60 55 55 140 38（55） 26（43） 75 − 100 100
φ32 150 − 220 210 90 − 90 210 30 125 125 275 − 90 90 210 62（85） 45（68） − 90 90 210 62（85） 45（68） 75 − 100 100
φ40 185 − 280 280 110 − 130 275 70 175 150 335 − 110 130 275 78（116） 49（87） − 110 130 275 78（116） 49（87） 110 − 175 100
φ50 − − 560 − 315 −30 335 795 − − − − − 315 335 795 180（245）105（170） − 315 335 795 180（245）105（170）210 200 340 380
φ63 − − 705 − 420 −30 335 795 − − − − − 420 335 795 270（335）135（200） − 420 335 795 270（335）135（200）210 200 340 380
The parenthesized values indicate the weight of mounting accessories for double rod cylinders.
Sensor Additional Weight
Cylinder bore (mm): φ20, φ25, φ32, φ40, φ50, φ63
With adjustable stroke (extended stroke)
10Zー3A1
Cylinder bore (mm): φ20, φ25, φ32, φ40, φ50, φ63
With adjustable stroke(retracted stroke)
10Zー3A2
Unit: g
JR/JS type
SR type
AX type
ZC type
Bore
(mm) Cord length 1.5 m Cord length 5 m Connector type Cord length 1 m Cord length 3 m Cord length 1.5 m Cord length 5 m Cord length 5 m
φ20
φ25
φ32
130
40
25
55
35
98
271
50
φ40
φ50
φ63
Note) The sensor additional weight includes the weight of the sensor band.
Calculation Cylinder weight (g)＝basic weight＋(cylinder stroke (mm)×additional weight per mm of stroke)＋(sensor
formula additional weight×sensor quantity)＋mounting accessory weight＋rod end attachment weight
Cylinder bore (mm): φ20, φ25, φ32, φ40, φ50, φ63
Cylinder bore (mm): φ20, φ25, φ32, φ40, φ50, φ63
Stroke adjusting range: 0 to 50 mm
Stroke adjusting range: 0 to 50 mm
Calculation 10Z-3, clevis cut style, bore φ20, cylinder stroke 50 mm, 2 pcs of AX215A (cord length 5 m), FK style
example 137＋
（0.85×50）
＋
（130×2）
＋60＝499.5g
AB
22
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
CAD/DATA
10Z-3/TAZ3 Bore A is available.
SD
Dimensional Table
Double acting single rod
Symbol
Standard
10Z−3
SD Bore Cushioning Stroke
Non-rotating 10Z−3G SK Bore Cushioning Stroke
D
D
ZC＋stroke
XC＋stroke
Non-rotating
φ25・φ40
A
WF YP
VF
h
RH
P＋stroke
2ーRc1/8
E
KK
MB
Width across flats of lock nut
for rod end attachment: B1
Width across flats of lock nut
for mounting accessory: B2
MR
K
H＋stroke
MB
K L
EW
LL＋stroke
The non-rotating cylinders have the same dimensions as the standard
cylinders except the dimensions of the rod end shown above.
B2
CD
D
E
EB
EC
EH
EW
H
KK
Non-
J
K
Standard Non-rotating
Standard rotating
φ20
20（20） −
13
−
30 φ8H9
6 φ28
26
36 φ38 16 −0.1
−0.3 31
5
−
25
14
φ25
22（22）20（17） 17
13
30 φ8H9
8 φ31
29
36 φ38 16 −0.1
−0.3 35
6
5
25
14.5 M10×1.25 M8×1.25
φ32
22（19） −
17
−
32 φ10H9 10 φ38
36
36 φ38 16 −0.1
−0.3 40
6
−
25.5 15
M10×1.25
φ40
24（21）24（21） 19
19
41 φ12H9 12 φ46
44
44 φ46 20 −0.1
−0.3 42
7
7
30
M12×1.25 M12×1.25
−
M8×1.25
15
−
L
LC
LL
LR
MB
MG
MM
MR
P
RH
φ20
12
205
59
R11
M22×1.5
φ25
12
209.5
64
R11
M22×1.5
φ32
14
215.5
70
R13
φ40
16
222
72
R15
VF
WF
XC
YP
ZC
ZE
−
φ8
R12
45
7
16（13） 24
95
9
φ10
R12
49
7
18（15） 28
104
7
105
229
7.5
114
M24×2
−
φ12
R14
55
8
20（16） 30
237.5
114
7.5
126
M30×2
14
φ14
R16
57
9
22（18） 32
245.5
120
7.5
132
254
Bore
MM
KK
Width across flats of lock nut
for rod end attachment: B1
Non-
Symbol
LR
CD
Width across flats
of hex. rod: MG
h
B1
Non-
EB
The non-rotating cylinders are basically mounted in the clevis cut style.
＊The parenthesized values of dimensions A and VF indicate the screw length.
127＋stroke
26
32 11
（24） 22
（17）
10
11
Non-rotating
Width
across
flats 19
73＋stroke
2ーRc1/4
Cushion valves
45
°
10Z-3/TAZ3 Bore K
φ20
E
M16×1.5
Width
across
flats 17
Width across flats of lock nut
M40×2
for rod end attachment: 24
Width across flats of lock nut
for mounting accessory: 50
With Boots
22
51＋stroke
M40×2
22 22
（17）
95＋stroke
φ20 to φ40
EB
Non-rotating
φ25・φ40
Dimensional Table
The parenthesized values indicate the screw length.
The non-rotating cylinders have the same dimensions as the
standard cylinders except the dimensions shown above.
Symbol
Bore
φ50
φ63
A
EB
54
68
E
φ56
φ70
WW
Related types: Clevis cut style (SK), rear port style (SP) and type with boots. The non-rotating cylinders
are basically mounted in the clevis cut style.
Double acting single rod Standard
10Z−3V2 SD
Non-rotating 10Z−3V2G SD
φ20 to φ40
Non-rotating
φ25・φ40
φ２０・φ２５
A
h
EC
Width across flats
of hex. rod: MG
Related types: Type with boots
Stroke − Valve operating function
Stroke − Valve operating function
φ３２
30
J
28.6
36.7
ＭＢ
51
h
Wiring port
(applicable cable
OD: φ4.5 to 7)
Energized extending-retracting type switching screw
RH
Exhaust throttle valves
Manual override
22 φ38
ＭＭ
Width across
flats of lock nut
for rod end
attachment: B1
Width across flats of
lock nut for mounting
accessory: B2
26
（24）
φ18 42.1
J 19 1111
J
ＫＫ
XX
φ60
135
121
Port P (Rc1/8)
EC
EC
21
A
Valve voltage
Valve voltage
φ50・φ63
φ４０
KK
Width across flats of lock nut
for rod end attachment: B1
The non-rotating cylinders have the
same dimensions as the standard
cylinders except the dimensions of
Approx. 16
the rod end shown above.
EH
Ports P, exhaust throttle valves,
terminals and manual operation
buttons of the energized extending
cylinders are positioned at a
distance of 180 degrees from those
of the energized retracting cylinders.
Bore N
Bore N
VF K
A
WF
H＋stroke
Port R
(Rc1/8, with plug silencer)
LC/TC accessory mounting hole
LC＋stroke
ZE＋stroke
J
This figure shows the dimensional drawing of an energized extending type cylinder.
The parenthesized values indicate the screw length.
＊XX＝1/4×(stroke)＋65
If the calculated value has a fractional part, round it up.
Dimensional Table
Symbol
Stroke
Bore
＊XX
Dimension XX for each stroke
A
WW to 25
Stand- Nonard rotating
to 50
to 75
to 100 to 125 to 150 to 175 to 200 to 250 to 300 to 350 to 400 to 450 to 500
Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Nonard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating
φ20 20（20） − φ36 49 − 59 − 69 − 74 − 84 − 94 − 104 − 114 − 134 − 154 − 174 − 194 − 214 − 234 −
φ25 22（22）20（17）φ36 53 46 63 56 73 66 78 71 88 81 98 91 108 101 118 111 138 131 158 151 178 171 198 191 218 211 238 231
φ32 22（19） − φ40 45 − 55 − 65 − 70 − 80 − 85 − 95 − 100 − 120 − 130 − 150 − 170 − 190 − 210 −
φ40 24（21）24（21）φ45 42 35 52 45 57 50 62 55 72 65 82 75 87 80 92 85 102 95 117 110 127 120 142 135 162 155 182 175
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
φ50・φ63
General Pneumatic Cylinders
h
A
A
Standard rotating Standard rotating
Bore
φ20・φ25 φ30・φ40
φ20 to φ40
10Z-3 General Pneumatic Cylinders
Unit: mm
AB
23
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
24
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Clevis cut style/SK (basic style)
Dimensional Table
φ20 to φ40
Symbol
φ50・φ63
26
（24）
A
ZJ＋stroke
h
YP
E
73＋stroke
2ーRc1/4
Cushion valves
11
11
45
K
H＋stroke
EB
K
For the dimensions not shown above,
refer to the SD style (basic style).
°
E
51＋stroke
22
20
（20）
−
13
−
φ28
26
31
5
−
14
φ25
22
（22）
20
（17）
17
13
φ31
29
35
6
5
14.5
φ32
22
（19）
−
17
−
φ38
36
40
6
−
15
φ40
24
（21）
24
（21）
19
19
φ46
44
42
7
7
15
KK
MB
EB
Standard
Bore
The parenthesized values indicate the screw length.
K
Standard Non-rotating
φ20
Symbol
22
H
MM
P
WW
YP
ZJ
83
Non-rotating
φ20
M8×1.25
−
M22×1.5
φ8
45
21
7
φ25
M10×1.25
M8×1.25
M22×1.5
φ10
49
22.5
7.5
92
φ32
M10×1.25
−
M24×2
φ12
55
29
7.5
100
φ40
M12×1.25
M12×1.25
M30×2
φ14
57
33
7.5
104
＊The parenthesized values of dimensions A and VF indicate the screw length.
Rear port style/SP (basic style)
φ20 to φ40
φ50・φ63
A
26
（24）
ZJ＋stroke
h
131＋stroke
11
Rc1/4
Cushion valves
10
YP
Rc1/8
45
10Z-3/TAZ3 Bore K
°
With Boots
MM
KK
Width across flats of lock nut
for rod end attachment: B1
φ40
E
φ20
M16×1.5
Rc1/8 Width across flats of
lock nut for rod end
attachment: 24
M40×2
MB
K
H＋strokes
K
EB
E
φ20 to φ40
Non-rotating
φ25・φ40
Rc1/4
22
22 4
51＋stroke
EB
A
Dimensional Table
Symbol
Bore
E
φ56
φ70
φ50
φ63
For the dimensions not shown above,
refer to the SD style (basic style).
EB
54
68
WW
A
XX
The parenthesized values indicate the screw length.
φ50・φ63
Type with cushion/SD (basic style)
φ20・φ25
φ60
φ32・φ40
Cushion valves
Max. WW
Cushion valves
45°
26
（24）
The parenthesized values indicate the screw length.
＊XX＝1/4×(stroke)＋65
If the calculated value has a fractional part, round it up.
W
x. W
Ma
For the dimensions not shown above,
refer to the SD style (basic style).
Clevis cut style
Dimensional Table
Symbol
Rear port style
Stroke
Bore
4
Dimension XX for each stroke
A
WW to 25
Stand- Nonard rotating
to 50
to 75
to 100 to 125 to 150 to 175 to 200 to 250 to 300 to 350 to 400 to 450 to 500
Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Nonard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating
φ20 20（20） − φ36 49 − 59 − 69 − 74 − 84 − 94 − 104 − 114 − 134 − 154 − 174 − 194 − 214 − 234 −
EP
K
＊XX
Rc1/8
φ25 22（22）20（17）φ36 53 46 63 56 73 66 78 71 88 81 98 91 108 101 118 111 138 131 158 151 178 171 198 191 218 211 238 231
φ32 22（19） − φ40 45 − 55 − 65 − 70 − 80 − 85 − 95 − 100 − 120 − 130 − 150 − 170 − 190 − 210 −
φ40 24（21）24（21）φ45 42 35 52 45 57 50 62 55 72 65 82 75 87 80 92 85 102 95 117 110 127 120 142 135 162 155 182 175
The above figures are the dimensional drawings of 20 and 25 mm bore cylinders.
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
10Z-3 General Pneumatic Cylinders
MB
h
EB
General Pneumatic Cylinders
KK
Width across flats of lock nut
for rod end attachment: B1
φ20
M16×1.5
Width across flats of
lock nut for rod end
attachment: 24
M40×2
B1
E
2ーRc1/8
MM
A
Standard Non-rotating Standard Non-rotating
Bore
127＋stroke
10
YP
P＋stroke
Unit: mm
AB
25
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
26
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Dimensional Table
SD
Symbol
Double acting double rod Standard
10Z−3D
Non-rotating 10Z−3GD
φ20 to φ40
D
A
WF
YP
YP
P＋stroke
WF＋
stroke
A
MM
Width across flats of lock nut
for rod end attachment: B1
Width across flats of lock nut
for rod end attachment: B1
EB
MB
KK
K
H＋stroke
Width across flats of lock nut
for mounting accessory: B2
H
K
Standard Non-rotating
20
（20）
13
−
30
6
φ28
26
31
5
−
14
22
（22） 20
（17）
17
13
30
8
φ31
29
35
6
5
14.5
φ32
22
（19）
17
−
32
10
φ38
36
40
6
−
15
φ40
24
（21） 24
（21）
19
19
41
12
φ46
44
42
7
7
15
MM
P
WF
YP
−
−
Symbol
KK
Standard
LL
MB
MG
Non-rotating
φ20
M8×1.25
−
59
M22×1.5
−
φ8
45
24
7
φ25
M10×1.25
M8×1.25
64
M22×1.5
9
φ10
49
28
7.5
φ32
M10×1.25
−
70
M24×2
−
φ12
55
30
7.5
φ40
M12×1.25
M12×1.25
72
M30×2
14
φ14
57
32
7.5
＊The parenthesized values of dimension A indicate the screw length.
LL＋stroke
φ50・φ63
26
32 11
（24）
10Z-3/TAZ3 Bore K
26
（24）
With Boots
Non-rotating
Width across
flats 19
E
11 32＋stroke
2ーRc1/4
Cushion valves
10
45°
73＋stroke
φ20 to φ40
Non-rotating
φ25・φ40
φ20
Round rod on
one side
EB
A
M16×1.5
Width across flats of lock nut
for rod end attachment: 24 M40×2
Width across flats of lock nut
for mounting accessory: 50
22
51＋stroke
WW
22
95＋stroke
A
Dimensional Table
The parenthesized values indicate the screw length.
Related types: Type with boots
Bore
Symbol
φ50
φ63
E
φ56
φ70
EB
54
68
XX
φ50・φ63
φ60
26
（24）
The parenthesized values indicate the screw length.
＊XX＝1/4×(stroke)＋65
If the calculated value has a fractional part, round it up.
Dimensional Table
Symbol
Stroke
Bore
＊XX
Dimension XX for each stroke
A
WW to 25
Stand- Nonard rotating
to 50
to 75
to 100 to 125 to 150 to 175 to 200 to 250 to 300 to 350 to 400 to 450 to 500
Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Nonard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating
φ20 20（20） − φ36 49 − 59 − 69 − 74 − 84 − 94 − 104 − 114 − 134 − 154 − 174 − 194 − 214 − 234 −
φ25 22（22）20（17）φ36 53 46 63 56 73 66 78 71 88 81 98 91 108 101 118 111 138 131 158 151 178 171 198 191 218 211 238 231
φ32 22（19） − φ40 45 − 55 − 65 − 70 − 80 − 85 − 95 − 100 − 120 − 130 − 150 − 170 − 190 − 210 −
φ40 24（21）24（21）φ45 42 35 52 45 57 50 62 55 72 65 82 75 87 80 92 85 102 95 117 110 127 120 142 135 162 155 182 175
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
Round rod on
one side
K
EB
φ25
Bore
KK
E
φ20
2ーRc1/8
h
Width across flats
E of hex. rod: MG
h
D
General Pneumatic Cylinders
A
h
B1
Standard Non-rotating Standard Non-rotating
Bore
φ20・φ25 φ32・φ40
Non-rotating
φ25・φ40
A
B2
SD Bore Cushioning Stroke
SD Bore Cushioning Stroke
D
10Z-3 General Pneumatic Cylinders
Unit: mm
AB
27
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
28
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
Dimensional Table
SD
Symbol
Single acting type
Spring return
Standard
Non-rotating
Spring-extended
10Z−3SR
SD Bore
10Z−3GSR SK Bore
Standard
Non-rotating
10Z−3SH
SD Bore
10Z−3GSH SK Bore
A
B1
NonNonStandard rotating
Standard rotating
B2
φ20
20（20） −
13
−
30
6
5
−
14
φ25
22（22）20（17） 17
13
30
8
6
5
14.5 M10×1.25 M8×1.25
φ32
22（19） −
17
−
32
10
6
−
15
M10×1.25
φ40
24（21）24（21） 19
19
41
12
7
7
15
M12×1.25 M12×1.25
Stroke
Cushioning Stroke
Cushioning Stroke
Bore
Cushioning Stroke
Cushioning Stroke
φ20・φ25 φ32・φ40
Spring return (SR type) Non-rotating
φ25・φ40
A
A
ZC
ZC
XC
XC
YP
Filter
A
Rc1/8
h
h
WF＋stroke
YP
Filter
h
MM
Rc1/8
K
H
KK
Width across flats of lock nut
K for rod end attachment: B1
LL
Width across flats of lock nut
for mounting accessory: B2
15
25
φ20
71
φ25
75
φ32
φ40
Stroke
K
H
K
LL
The non-rotating cylinders have the same dimensions as the standard cylinders except the dimensions of the
rod end shown above.
Related types: Clevis cut style (SK), rear port style (SP) and type with boots. The non-rotating cylinders
are basically mounted in the clevis cut style.
ZJ
Filter
K
ZJ
Rc1/8
H
K
K
Filter
H
K
For the dimensions of clevis cut and rear port style cylinders
not shown above, refer to the SD style (basic style).
Related types Rear port style/SP (basic style)
Spring return (SR type)
ZJ
Filter
K
−
M8×1.25
H
K
M22×1.5
M22×1.5
−
φ8
24
7
9
φ10
28
−
7.5
M24×2
−
φ12
30
7.5
M30×2
14
φ14
32
7.5
30
50
75
100 125 150 175 200
15
25
81
111
131 181 231 281 331 381 431
85
115
135 185 235 285 335 385 465 104
30
50
75
100 125 150 175 200
80
90
120 140 190 240 290 340 390 440
110
120 150 170 220 270 320 370 420 470
82
92
122 142 192 242 292 342 392 442
112
122 152 172 222 272 322 372 422 472
99 109 139 159 209 259 309 359 409 459
114
144 164 214 264 314 364 414 464
XC
15
25
30
50
75
100
125
150
175
200
135 150 145 170 175 205 195 245 245 320 295 395 345 470 395 545 445 620 495 695
φ25
144 159 154 179 184 214 204 254 254 329 304 404 354 479 404 554 454 629 504 704
φ32
154 169 164 189 194 224 214 264 264 339 314 414 364 489 414 564 464 639 514 714
φ40
160 175 170 195 200 230 220 270 270 345 320 420 370 495 420 570 470 645 520 720
ZC
15
25
30
50
75
100
125
150
175
200
SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type
Bore
φ20
145 160 155 180 185 215 205 255 255 330 305 405 355 480 405 555 455 630 505 705
φ25
154 169 164 189 194 224 214 264 264 339 314 414 364 489 414 564 464 639 514 714
φ32
166 181 176 201 206 236 226 276 276 351 326 426 376 501 426 676 476 651 526 726
φ40
172 187 182 207 212 242 232 282 282 357 332 432 382 507 432 582 482 657 532 732
Symbol
Stroke
Bore
ZJ
15
25
30
50
75
100
125
150
175
200
SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type
φ20
123 138 133 158 163 193 183 233 233 308 283 383 333 458 383 533 433 608 483 683
φ25
132 147 142 167 172 202 192 242 242 317 292 392 342 467 392 542 442 617 492 692
φ32
140 155 150 175 180 210 200 250 250 325 300 400 350 475 400 550 450 625 500 700
φ40
144 159 154 179 184 214 204 254 254 329 304 404 354 479 404 554 454 629 504 704
＊The parenthesized values of dimension A indicate the screw length.
Rc1/8
YP
φ20
Stroke
Rc1/8
WF
LL
Symbol
Spring-extended (SH type)
MM
SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH形 SR type SH type SR type SH type
Bore
Related types Clevis cut style/SK (basic style)
Spring return (SR type)
MG
Bore
MB
Width across flats of lock nut
for mounting accessory: B2
MB
Standard Non-rotating
Symbol
MM
MB
KK
Width across flats of lock nut
for rod end attachment: B1
KK
K
10Z-3
KK
Width across flats of lock nut
for rod end attachment: B1
WF
Spring-extended (SH type)
h
NonStandard rotating
H
D
Stroke
D
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
Symbol
D
Width across
flats of hex.
rod: MG
AB
29
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
30
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Dimensional Table
SD with Bracket
Double acting single rod
Unit: mm
AB
31
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Symbol
Standard
10Z−3 SD
Bore
Cushioning
Stroke − B
φ20 to φ40
φ20・φ25 φ32・φ40
D
D
B1
B2
BF
BH
BT
BU
BY
φ20
20
（20） 13
30
32
32
3.2
48
21.8
φ25
22
（22） 17
30
32
32
3.2
48
21.8
φ32
22
（19） 17
32
36
36
4
52
φ40
24
（21） 19
41
40
40
4
56
MM
P
A
CD
D
E
EB
H
h
K
φ8
6
φ28
26
31
5
14
φ8
8
φ31
29
35
6
14.5
21
φ10
10
φ38
36
40
6
15
21
φ12
12
φ46
44
42
7
15
PA
RH
VF
WF
WM
XC
XM
YP
Bore
A
WF YP
h
VF
RH
Symbol
P＋stroke
EB
2ーRc1/8
PA
MM
KK
Width across flats of lock nut
for rod end attachment: B1
E
CD
K
H＋stroke
K
BT
BH
MB
MB
φ20
119
M8×1.25
M22×1.5
φ8
45
31
7
16
（13） 24
67
95
51
7
φ25
128
M10×1.25
M22×1.5
φ10
49
31
7
18
（15） 28
67
104
51
7.5
φ32
140
M10×1.25
M24×2
φ12
55
32
8
20
（16） 30
67
114
51
7.5
φ40
148
M12×1.25
M30×2
φ14
57
36
9
22
（18） 32
71
120
55
7.5
＊The parenthesized values of dimensions A and VF indicate the screw length.
8
8
KA＋stroke
XM
8
WM
BU
BF
KK
2×2ーφ6.6
8
BY
Non-rotating cylinders of this type are not available.
For dimensions not shown here, refer to the SD style (basic style).
17 25
10Z-3/TAZ3 Bore K
With Boots
φ20 to φ40
Non-rotating
φ25・φ40
Related types: Type with cushion, type with boots
A
WW
A
XX
φ50・φ63
φ60
26
（24）
The parenthesized values indicate the screw length.
＊XX＝1/4×(stroke)＋65
If the calculated value has a fractional part, round it up.
Dimensional Table
Symbol
Stroke
Bore
＊XX
Dimension XX for each stroke
A
WW to 25
Stand- Nonard rotating
to 50
to 75
to 100 to 125 to 150 to 175 to 200 to 250 to 300 to 350 to 400 to 450 to 500
Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Nonard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating
φ20 20（20） − φ36 49 − 59 − 69 − 74 − 84 − 94 − 104 − 114 − 134 − 154 − 174 − 194 − 214 − 234 −
φ25 22（22）20（17）φ36 53 46 63 56 73 66 78 71 88 81 98 91 108 101 118 111 138 131 158 151 178 171 198 191 218 211 238 231
φ32 22（19） − φ40 45 − 55 − 65 − 70 − 80 − 85 − 95 − 100 − 120 − 130 − 150 − 170 − 190 − 210 −
φ40 24（21）24（21）φ45 42 35 52 45 57 50 62 55 72 65 82 75 87 80 92 85 102 95 117 110 127 120 142 135 162 155 182 175
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
Width across flats of lock nut
for mounting accessory: B2
BF/2 BF/2
KA
Bore
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
XC＋stroke
AB
32
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
AB
33
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
CAD/DATA
10Z-3/TAZ3 Bore A is available.
Dimensional Table
LB
Double acting single rod
Standard
Non-rotating
10Z−3
LB
10Z−3G LB
Cushioning
Cushioning
Symbol
Stroke
Stroke
D
Width across flats of lock nut
for rod end attachment: Ｂ1
D
AH
WF YP
VF
RH
h
Width across
flats of
AE hex. rod: MG
AT
2×2ーφ6.8
R
UA
A
h
2ーRc1/8
AF AH
AL
AT
AV
h
Non-
B2
D
E
EB EC
Standard rotating
KK
Non-
J
Standard Non-rotating
Standard rotating
φ20
20（20） −
19
42
24
25
16
3.2 12.8 13
−
30
6 φ28 26
36
5
− 25
M8×1.25
φ25
22（22）20（17） 19
42
24
25
16
3.2 12.8 17
13
30
8 φ31 29
36
6
5
M10×1.25 M8×1.25
φ32
22（19） −
17
51
33
32
25
4
21
17
−
32
10 φ38 36
36
6
− 25.5 M10×1.25
φ40
24（21）24（21） 15
59
33
36
25
4
21
19
19
41
12 φ46 44
44
7
7
RH SA SH SK UA VF WB WF XA XB YP
LC
KK
MB
25
30
−
−
M12×1.25 M12×1.25
SK＋stroke
LL＋stroke
SA＋stroke
AV
AL
8
Related types: Type with cushion, type with boots
φ50・φ63
AV
AL
8
167＋stroke
152＋stroke
73＋stroke
26
32 11
（24） 22
MG MM
P
PE PV
R
M22×1.5
− φ8
45
59 100
ZA
φ20
205
φ25
209.5 67
64
M22×1.5
φ32
215.5 73
70
φ40
222
72
62.5 59
77
40
7
91 97.5 33.4 55 16（13） 87
9 φ10 49
59 104.5 40
7
96 102
M24×2
− φ12 55
66 110.5 45
8
120 115
M30×2
14 φ14 57
74 117
9
122 117
50
24
99 71
7
107
38.4 55 18（15） 87
28 108 71
7.5 116
28
60 20（16） 87
30 125 71
7.5 133
30
65 22（18） 95
32 129 79
7.5 137
＊The parenthesized values of dimensions A and VF indicate the screw length.
2ーRc1/4
Cushion valves
10
45°
MB
LL
11
Non-rotating
E
AE
AH
Width across flats of
lock nut for mounting
accessory: 50
Width
across
flats 19
φ20
6
R
10Z-3/TAZ3 Bore K
M16×1.5
Width across
flats 17
M40×2
2×2ーφ9
19
UA
15
The parenthesized values indicate the screw length.
The non-rotating cylinders have the same dimensions as the
standard cylinders except the dimensions shown above.
With Boots
19
57＋stroke
95＋stroke
145＋stroke
25
25
15
φ20 to φ40
Non-rotating
φ25・φ40
Dimensional Table
Symbol
Bore
φ50
φ63
Related types: Type with boots
AH
40
45
AE
70
80
E
φ56
φ70
EB
54
68
R
60
74
UA
80
95
A
WW
LC VAL Set
Double acting single rod Standard
10Z−3V2 LC
Non-rotating 10Z−3V2G LC
φ20 to φ40
For dimensions not
shown here, refer to the
SD style (basic style).
The non-rotating
cylinders have the
same dimensions as
the standard
cylinders except the
dimensions of the rod
end shown above.
Ports P, exhaust throttle
valves, terminals and
manual operation
buttons of the VAL Set
and SV Set Cylinders of
the energized extending
type are positioned at a
distance of 180
degrees from those of
the energized retracting
type.
Bore N
Bore N
φ20・φ25
Stroke − Valve operating function
Stroke − Valve operating function
φ40
φ32
30
Valve voltage
Valve voltage
135
121
Port P (Rc1/8)
A
XX
φ50・φ63
φ60
EC
EC
EC
J
φ18 42.1
J 191111
J
28.6
36.7
Non-rotating
φ25・φ40
51
A
ＫＫＭＢ
A
WF
VF
h
RH
LC＋stroke
PV＋stroke
Energized extending-retracting
type switching screw
Exhaust throttle valves
h
Width across
21
AH
XB
WB
AT
UA
R
2−φ6.8
8
AL AF
Related types: Type with boots
Approx. flats of
PE hex. rod: MG
Manual override
AV
Symbol
AL
8
LD＋stroke
SH＋stroke
AD
8
35
Port R
(Rc1/8, with plug
silencer)
2−φ6.8
8
20
12
This figure shows the dimensional drawing of an energized extending type cylinder.
Bore
＊XX
The parenthesized values indicate the screw length.
＊XX＝1/4×(stroke)＋65
If the calculated value has a fractional part, round it up.
Dimensional Table
Stroke
ＭＭ
ＫＫ
Width across flats
of lock nut for rod
Width across flats
end attachment: Ｂ1
of lock nut for rod
end attachment: Ｂ1 Width across flats of
lock nut for mounting
accessory: Ｂ2
26
（24）
Wiring port
(applicable cable
OD: φ4.5 to 7)
Dimension XX for each stroke
A
WW to 25
Stand- Nonard rotating
to 50
to 75
to 100 to 125 to 150 to 175 to 200 to 250 to 300 to 350 to 400 to 450 to 500
Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Nonard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating
φ20 20（20） − φ36 49 − 59 − 69 − 74 − 84 − 94 − 104 − 114 − 134 − 154 − 174 − 194 − 214 − 234 −
φ25 22（22）20（17）φ36 53 46 63 56 73 66 78 71 88 81 98 91 108 101 118 111 138 131 158 151 178 171 198 191 218 211 238 231
φ32 22（19） − φ40 45 − 55 − 65 − 70 − 80 − 85 − 95 − 100 − 120 − 130 − 150 − 170 − 190 − 210 −
φ40 24（21）24（21）φ45 42 35 52 45 57 50 62 55 72 65 82 75 87 80 92 85 102 95 117 110 127 120 142 135 162 155 182 175
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
EB
LD
Bore
For the dimensions not shown here, refer to the SD style (basic style).
The non-rotating cylinders have the same dimensions as the standard cylinders except the dimensions of the rod end shown above.
Width across flats of lock nut
for rod end attachment: 24
AD AE
Symbol
MM
KK
Width across flats
of lock nut for rod
end attachment: Ｂ1
Non-
General Pneumatic Cylinders
E
A
Non-rotating
φ25・φ40
Width across flats of lock nut
for mounting accessory: Ｂ2
EB
ZA＋stroke
XA＋stroke
P＋stroke
B1
A
Standard rotating
Bore
φ20・φ25 φ32・φ40
φ20 to φ40
10Z-3 General Pneumatic Cylinders
Bore
Bore
AB
34
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
AB
35
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
CAD/DATA
10Z-3/TAZ3 Bore A is available.
Dimensional Table
LS
Symbol
Double acting single rod
Standard
10Z−3
LS Bore Cushioning Stroke
Non-rotating 10Z−3G LK Bore Cushioning Stroke
φ20・φ25
D
ZC＋stroke
A
VF
A
EB
P＋stroke
WF YP
h
h
2ーRc1/8
7
B1
h
D
Non-rotating
Standard
Non-rotating
E
EB
Standard
Non-rotating
φ20
20
（20）
−
13
−
6
φ28
26
5
−
φ25
22
（22）
20
（17）
17
13
8
φ31
29
6
5
Symbol
KK
MM
Standard
Bore
MG
P
VF
WF
WL
YP
ZC
Non-rotating
φ20
M8×1.25
−
φ8
−
45
16
24
36.8
7
105
φ25
M10×1.25
M8×1.25
φ10
9
49
18
28
40.8
7.5
114
＊The parenthesized values of dimension A indicate the screw length.
E
3.2
25
16 24
8
Width across
flats of
hex. rod: MG
MM
KK
Width across flats of
lock nut for rod end
attachment: Ｂ1
KK
Width across flats of
lock nut for rod end
attachment: Ｂ1
Width across flats of lock nut
for mounting accessory: 30
M22
×1.5
16
8
WL
55
For dimensions not shown here, refer to the SD style (basic style).
The non-rotating cylinders have the same dimensions as the standard cylinders except the dimensions of the
rod end shown above.
Related types: Clevis cut style (LK), rear port style (LP), type with cushion, type with boots. The non-rotating cylinders are
basically mounted in the clevis cut style.
10Z-3/TAZ3 Bore K
With Boots
φ20 to φ40
Non-rotating
φ25・φ40
A
WW
A
XX
φ50・φ63
φ60
26
（24）
The parenthesized values indicate the screw length.
＊XX＝1/4×(stroke)＋65
If the calculated value has a fractional part, round it up.
Dimensional Table
Symbol
Stroke
Bore
＊XX
Dimension XX for each stroke
A
WW to 25
Stand- Nonard rotating
to 50
to 75
to 100 to 125 to 150 to 175 to 200 to 250 to 300 to 350 to 400 to 450 to 500
Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Nonard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating
φ20 20（20） − φ36 49 − 59 − 69 − 74 − 84 − 94 − 104 − 114 − 134 − 154 − 174 − 194 − 214 − 234 −
φ25 22（22）20（17）φ36 53 46 63 56 73 66 78 71 88 81 98 91 108 101 118 111 138 131 158 151 178 171 198 191 218 211 238 231
φ32 22（19） − φ40 45 − 55 − 65 − 70 − 80 − 85 − 95 − 100 − 120 − 130 − 150 − 170 − 190 − 210 −
φ40 24（21）24（21）φ45 42 35 52 45 57 50 62 55 72 65 82 75 87 80 92 85 102 95 117 110 127 120 142 135 162 155 182 175
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
40
2ーφ6.8
42
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
Non-rotating
φ25
A
Standard
Bore
AB
36
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
AB
37
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
CAD/DATA
10Z-3/TAZ3 Bore A is available.
Dimensional Table
FA
Symbol
Double acting single rod
φ20 to φ40
φ20・φ25
D
D
EF
Non-rotating
φ25・φ40
EF
h
RH
P＋stroke
E
R
Width across flats of
lock nut for rod end
attachment: Ｂ1
TF
UF
4
K
H＋stroke
VF
For dimensions not shown here, refer to the SD style (basic style).
The non-rotating cylinders have the same dimensions as the standard
cylinders except the dimensions of the rod end shown above.
K
ZX＋stroke
The non-rotating cylinders are basically
mounted in the clevis cut style.
Related types: Clevis cut style (FK), rear port style (FP), type with cushion, type with boots
45°
4ーφ9
10
H
J
K
Standard Non-rotating
13
−
30
6
φ28
36
38
34
31
5
−
25
14
22
（22）20
（17） 17
13
30
8
φ31
36
38
34
35
6
5
25
14.5
φ32
22
（19） −
17
−
32
10
φ38
36
47
34
40
6
−
25.5
15
φ40
24
（21）24
（21） 19
19
41
12
φ46
44
51
38
42
7
7
30
15
KK
MB
MG
MM
P
PV
R
RH
TF
UF
VF
WF
YP
M22×1.5
209.5 M22×1.5
ZX
−
φ8
45 100
−
7
50
65
16
24
7
81
9
φ10
49 104.5
−
7
50
65
18
28
7.5
86
−
φ12
55
110.5
33
8
58
72
20
30
7.5
96
14
φ14
57
117
36
9
70
84
22
32
7.5
100
Standard Non-rotating
φ20
M8×1.25
−
φ25
M10×1.25
M8×1.25
φ32
M10×1.25
−
φ40
M12×1.25
205
215.5 M24×2
M12×1.25 222
M30×2
＊The parenthesized values of dimension A indicate the screw length.
73＋stroke
2ーRc1/4
Cushion valves
11
Non-rotating
EF ER
E
Width
across
flats 19
10Z-3/TAZ3 Bore K
φ20
M16×1.5
TF
Width
across
flats 17
M40×2
Width across flats of lock nut
for mounting accessory: 50
Width across flats of lock nut
for rod end attachment: 24
UF
The parenthesized values indicate the screw length.
The non-rotating cylinders have the same dimensions
as the standard cylinders except the dimensions
shown above.
With Boots
10 22
51＋stroke
22
（17）
22
φ20 to φ40
117＋stroke
Non-rotating
φ25・φ40
Dimensional Table
A
Symbol
EF
ER
TF
UF
E
φ50
φ56
60
40
74
94
φ63
φ70
70
50
80
100
The non-rotating cylinders are basically
Related types: Clevis cut style (FK), rear port style (FP), type with boots
mounted in the clevis cut style.
VAL Set
Double acting single rod Standard
10Z−3V2 FA
Non-rotating 10Z−3V2G FA
φ20 to φ40
Bore
A
Bore N
Bore N
Stroke − Valve operating function
Stroke − Valve operating function
Valve voltage
Valve voltage
135
121
Port P (Rc1/8)
For dimensions not
φ20・φ25
φ40
φ32
30
shown here, refer to the
φ20・φ25
SD style (basic style).
51
2−φ6.6
EC
EC
EC
The non-rotating
φ18 42.1
cylinders have the
J 19 1111
J
same dimensions as Approx.
J
EQ
28.6
the standard
Wiring port
EF
36.7
(applicable cable
cylinders except the
OD: φ4.5 to 7)
dimensions of the rod
TF
A WF
LC＋stroke
Non-rotating
end shown above.
UF
φ25・φ40
Energized extending-retracting
PV＋stroke
Ports P, exhaust throttle
type switching screw
51
h RH 4
valves, terminals and
φ32・φ40
A ＫＫ ＭＢ
manual operation
h
buttons of the VAL Set Approx.
Width across
and SV Set Cylinders of EQ
flats
of
21 R EF
ＭＭ
the energized extending
hex. rod: MG
type are positioned at a 4−φ6.6
ＫＫ
Manual override
Width across flats of
VF K
TF
distance of 180
H＋stroke
J
Width across flats of
lock nut for rod end
Port R
UF
lock nut for rod end
attachment: Ｂ1
(Rc1/8, with
degrees from those of
attachment: Ｂ1
plug silencer)
Exhaust
Width across flats of
the energized retracting
throttle valves
lock nut for mounting
type.
accessory: Ｂ2
Related types: Type with boots
WW
This figure shows the dimensional drawing
of an energized extending type cylinder.
XX
φ50・φ63
φ60
26
（24）
The parenthesized values indicate the screw length.
＊XX＝1/4×(stroke)＋65
If the calculated value has a fractional part, round it up.
Dimensional Table
Symbol
Stroke
Bore
＊XX
Dimension XX for each stroke
A
WW to 25
Stand- Nonard rotating
to 50
to 75
to 100 to 125 to 150 to 175 to 200 to 250 to 300 to 350 to 400 to 450 to 500
Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Nonard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating
φ20 20（20） − φ36 49 − 59 − 69 − 74 − 84 − 94 − 104 − 114 − 134 − 154 − 174 − 194 − 214 − 234 −
φ25 22（22）20（17）φ36 53 46 63 56 73 66 78 71 88 81 98 91 108 101 118 111 138 131 158 151 178 171 198 191 218 211 238 231
φ32 22（19） − φ40 45 − 55 − 65 − 70 − 80 − 85 − 95 − 100 − 120 − 130 − 150 − 170 − 190 − 210 −
φ40 24（21）24（21）φ45 42 35 52 45 57 50 62 55 72 65 82 75 87 80 92 85 102 95 117 110 127 120 142 135 162 155 182 175
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
26 32 11
（24） 22
φ50・φ63
EQ
20
（20） −
Bore
KK
MB
Width across flats of lock nut
for rod end attachment: Ｂ1
Width across flats of lock nut
for mounting accessory: Ｂ2
EF
φ25
LC
MM
KK
EC
φ20
Symbol
Width across
flats of
hex. rod: MG
E
2ーRc1/8
h
UF
φ32・φ40
A
4ーφ6.6
WF YP
h
D
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
TF
A
B1
Standard Non-rotating Standard Non-rotating
Bore
φ20・φ25 φ32・φ40
2ーφ6.6
A
B2
Standard
10Z−3
FA Bore Cushioning Stroke
Non-rotating 10Z−3G FK Bore Cushioning Stroke
AB
38
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
AB
39
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
CAD/DATA
10Z-3/TAZ3 Bore A is available.
Dimensional Table
FB
Symbol
Double acting single rod
Standard
φ20・φ25
φ20・φ25 φ32・φ40
φ20 to φ40
A
10Z−3 FB Bore Cushioning Stroke
D
D
2ーφ6.6
EF
ZC＋stroke
A
WF YP
h
VF
TF
RH
UF
P＋stroke
2ーRc1/8
φ32・φ40
MB
MM
EF
KK
Width across flats of lock nut
for rod end attachment: Ｂ１
K
H＋stroke
K 4 ML
TF
Width across flats of lock nut
E
EF
H
h
K
KK
MB
φ20
20
（20）
13
30
6
φ28
38
31
5
14
M8×1.25
M22×1.5
φ25
22
（22）
17
30
8
φ31
38
35
6
14.5
M10×1.25
M22×1.5
φ32
22
（19）
17
32
10
φ38
47
40
6
15
M10×1.25
M24×2
φ40
24
（21）
19
41
12
φ46
51
42
7
15
M12×1.25
M30×2
ML
MM
P
R
RH
TF
UF
φ20
18
φ8
45
−
7
50
65
φ25
18
φ10
49
−
7
50
65
φ32
22
φ12
55
33
8
58
φ40
24
φ14
57
36
9
70
VF
WF
YP
ZC
ZF
16
（13）
24
7
105
87
18
（15）
28
7.5
114
96
72
20
（16）
30
7.5
126
104
84
22
（18）
32
7.5
132
108
Bore
MB
UF
for mounting accessory: B2
Non-rotating cylinders of this type are not available.
For dimensions not shown here, refer to the SD style (basic style).
D
Symbol
4ーφ6.6
E
R
B2
＊The parenthesized values of dimensions A and VF indicate the screw length.
φ50・φ63
26
32 11
（24）
22
10
（17）
149＋stroke
137＋stroke
73＋stroke
11
2ーRc1/4
Cushion valves
45
°
EB
M40×2
10Z-3/TAZ3 Bore K
4ーφ9
With Boots
φ20
M16×1.5
Width across flats of lock nut
for rod end attachment: 24
EF ER
Width
across
flats 17
E
φ20 to φ40
Non-rotating
φ25・φ40
22
51＋stroke
22 1012
Non-rotating cylinders of this type are not available.
The parenthesized values indicate the screw length.
Related types: Type with boots
A
TF
Width across flats of lock nut
for mounting accessory: 50
UF
WW
Dimensional Table
Bore
Symbol
φ50
φ63
E
φ56
φ70
EB
54
68
A
XX
φ50・φ63
φ60
26
（24）
The parenthesized values indicate the screw length.
＊XX＝1/4×(stroke)＋65
If the calculated value has a fractional part, round it up.
Dimensional Table
Symbol
Stroke
Bore
＊XX
Dimension XX for each stroke
A
Stand- Nonard rotating
WW to 25
to 50
to 75
to 100 to 125 to 150 to 175 to 200 to 250 to 300 to 350 to 400 to 450 to 500
Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Nonard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating
φ20 20（20） − φ36 49 − 59 − 69 − 74 − 84 − 94 − 104 − 114 − 134 − 154 − 174 − 194 − 214 − 234 −
φ25 22（22）20（17）φ36 53 46 63 56 73 66 78 71 88 81 98 91 108 101 118 111 138 131 158 151 178 171 198 191 218 211 238 231
φ32 22（19） − φ40 45 − 55 − 65 − 70 − 80 − 85 − 95 − 100 − 120 − 130 − 150 − 170 − 190 − 210 −
φ40 24（21）24（21）φ45 42 35 52 45 57 50 62 55 72 65 82 75 87 80 92 85 102 95 117 110 127 120 142 135 162 155 182 175
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
Related types: Type with cushion, type with boots
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
ZF＋stroke
B1
Bore
AB
40
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
AB
41
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
CAD/DATA
10Z-3/TAZ3 Bore A is available.
Dimensional Table
TA
Symbol
Double acting single rod
D
D
Non-rotating
φ25・φ40
A
A
WF YP
h
P＋stroke
2ーRc1/8
TM
TL
UM
RH BD K
K
H＋stroke
XG
XJ＋stroke
For dimensions not shown here, refer to the SD style (basic style). The non-rotating cylinders are basically mounted in the clevis cut style.
The non-rotating cylinders have the same dimensions as the standard cylinders except the dimensions of the rod end shown above.
EQ
H
J
K
Standard Non-rotating
13
−
30
10
6
φ28
36
34
31
5
−
25
14
22
（22）20
（17） 17
13
30
10
8
φ31
36
34
35
6
5
25
14.5
φ32
22
（19） −
17
−
32
12
10
φ38
36
34
40
6
−
25.5
15
φ40
24
（21）24
（21） 19
19
41
14
12
φ46
44
38
42
7
7
30
15
KK
MG
MM
P
RH
TD
TL
TM
TU
UM
WF
XG
XH
XJ
YP
Standard Non-rotating
φ20
M8×1.25
−
−
φ8
45
7
φ8e9
8
36
32
52
24
19 210
86
7
φ25
M10×1.25
M8×1.25
209.5
9
φ10
49
7
φ8e9
8
36
32
52
28
23 214.5
91
7.5
φ32
M10×1.25
−
215.5
−
φ12
55
8
φ10e9 10
44
36
64
30
24 221.5 102
7.5
φ40
M12×1.25
14
φ14
57
9
φ12e9 12
50
44
74
32
25 229
7.5
205
M12×1.25 222
107
＊The parenthesized values of dimension A indicate the screw length.
Related types: Clevis cut styles (TK), rear port style (TP), type with cushion, type with boots
26
32 11
（24）
φ50・φ63
73＋stroke
2ーRc1/4
Cushion valves
10
45°
10Z-3/TAZ3 Bore K
Non-rotating
φ58
Outer dia. of φ56
lock nut for
mounting
accessory
φ16e9
Width
across
flats 19
With Boots
φ20
M16×1.5
16
72
Width
across
flats 17 4 18 22
Width across flats of lock nut
23
for mounting accessory: 54
Width across flats of lock nut
for rod end attachment: 24
16
104
Non-rotating
φ 25・φ 40
φ20 to φ40
51＋stroke
A
22
126＋stroke
WW
The parenthesized values indicate the screw length.
The non-rotating cylinders have the same dimensions as the standard cylinders except the dimensions of the rod end shown above.
Related types: Clevis cut style (TK), rear port style (TP). The non-rotating cylinders are basically mounted in the clevis cut style.
VAL Set
Double acting single rod Standard
10Z−3V2 TA
Non-rotating 10Z−3V2G TA
φ20 to φ40
For dimensions not
shown here, refer to the
SD style (basic style).
The non-rotating
cylinders have the
same dimensions as
the standard
cylinders except the
dimensions of the rod
end shown above.
Ports P, exhaust throttle
valves, terminals and
manual operation
buttons of the VAL Set
and SV Set Cylinders of TD
the energized extending
TL
type are positioned at a
distance of 180 degrees
from those of the
energized retracting type.
Bore N
Bore N
φ20・φ25
EC
Stroke − Valve operating function
Stroke − Valve operating function
φ40
φ32
30
J
135
121
Port P (Rc1/8)
26
（24）
J
28.6
36.7
Non-rotating
φ２5・φ40 ＫＫ
A
A
WF
Wiring port
(applicable cable
OD: φ4.5 to 7)
LC＋stroke
Energized extending-retracting
type switching screw
Exhaust throttle valves
h
h
TM
TL
UM
Related types: Type with boots
Width across
flats of
21
ＭＭ
hex. rod: MG
ＫＫ
Width across flats of
Width across flats of
lock nut for rod end
lock nut for rod end
attachment: Ｂ1
attachment: Ｂ1
Width across flats of
lock nut for mounting
accessory: B2
However, when the stroke is less than 50, XX＝1/4×(stroke)＋80.
If the calculated value has a fractional part, round it up.
Dimensional Table
Symbol
Stroke
Bore
Approx. EQ
＊XX
The parenthesized values indicate the screw length.
＊XX＝1/4×(stroke)＋65
φ18 42.1
J 19 1111
XX
φ60
φ50・φ63
EC
EC
51
Valve voltage
Valve voltage
A
Dimension XX for each stroke
A
WW to 25
Stand- Nonard rotating
to 50
to 75
to 100 to 125 to 150 to 175 to 200 to 250 to 300 to 350 to 400 to 450 to 500
Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Nonard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating
φ20 20（20） − φ36 59 − 69 − 79 − 84 − 94 − 104 − 114 − 124 − 144 − 164 − 184 − 204 − 224 − 244 −
RH BD K
XG
H＋stroke
J
Manual override
Port R
(Rc1/8, with plug silencer)
XH＋stroke
This figure shows the dimensional drawing
of an energized extending type cylinder.
φ25 22（22）20（17）φ36 63 56 73 66 83 76 88 81 98 91 108 101 118 111 128 121 148 141 168 161 188181 208 201 228 221 248 241
φ32 22（19） − φ40 55 − 65 − 75 − 80 − 90 − 95 − 105 − 110 − 130 − 140 − 160 − 180 − 200 − 220 −
φ40 24（21）24（21）φ45 52 45 62 55 67 60 72 65 82 75 92 85 97 90 102 95 112 105 127 120 137130 152 145 172 165 192 185
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
10Z-3 General Pneumatic Cylinders
TL
KK
Width across flats of Width across flats of lock nut
lock nut for rod end
for rod end attachment: Ｂ1
attachment: Ｂ1
Width across flats of lock nut
for mounting accessory: B2
EC
General Pneumatic Cylinders
E
MM
E
20
（20） −
LC
KK
D
φ25
Bore
Width across
flats of
hex. rod: MG
BD
φ20
Symbol
h
TU
(outer dia. of TD
TA accessory)
h
B1
Standard Non-rotating Standard Non-rotating
Bore
φ20・φ25 φ32・φ40
φ20 to φ40
A
B2
Standard
10Z−3
TA Bore Cushioning Stroke
Non-rotating 10Z−3G TK Bore Cushioning Stroke
AB
42
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
TA with Bracket
Double acting single rod
Dimensional Table
D
TM
TL
A
A
XG
h
h
RH
17
17
XM
WM
8
P＋stroke
BD 2ーRc1/8
E
KK
KK
Width across flats of lock nut
Width across flats of for rod end attachment: Ｂ1
lock nut for rod end
Width across flats of lock nut
attachment: Ｂ1
for mounting accessory: Ｂ2
8
BF/2 BF/2
BF
BT
2×2ーφ6.6
8
For dimensions not shown here, refer to the SD style (basic style). The non-rotating cylinders are basically mounted in the clevis cut style.
The non-rotating cylinders have the same dimensions as the standard cylinders except the dimensions of the rod end shown above.
BH
BT
D
E
EC
EQ
J
φ20
20（20） −
13
−
30
10
32
32
3.2
6
φ28
36
34
5
−
25
φ25
22（22）20（17） 17
13
30
10
32
32
3.2
8
φ31
36
34
6
5
25
φ32
22（19） −
17
−
32
12
36
36
4
10
φ38
36
35
6
−
25.5
φ40
24（21）24（21） 19
19
41
14
40
40
4
12
φ46
44
39
7
7
30
Symbol
MM
BF
Bore
KK
P
PQ
RH
TD
TL
TM
TU
UM WF WM XG
XM
YP
ZC
ZE
105 229
Standard Non-rotating
− φ8
−
φ20
M8×1.25
φ25
M10×1.25 M8×1.25
φ32
M10×1.25
φ40
M12×1.25 M12×1.25
−
45 105
7 φ8e9
8
36
32
52
24
87
19
71
7
9 φ10
49 109.5
7 φ8e9
8
36
32
52
28
87
23
71
7.5
114 237.5
− φ12
55 116.5
8 φ10e9 10
44
36
64
30
95
24
79
7.5
126 245.5
14 φ14
57 124
9 φ12e9 12
50
44
74
32
101
25
85
7.5
132 254
＊The parenthesized values of dimension A indicate the screw length.
72
73＋stroke
26 32 11
（24）
23
104
16
16
10
45°
2ーRc1/4
Cushion valves
418
10Z-3/TAZ3 Bore K
Non-rotating
φ58
Outer dia. of
lock nut for φ16
mounting
accessory
Width
across
flats 19
With Boots
φ20
56
Width across flats of lock nut
for rod end attachment: 24
21
11
21
120
142
11
Width across flats of lock nut
for mounting accessory: 54
Width across flats 17
Non-rotating
φ25・φ40
φ20 to φ40
M16×1.5
A
6
25 25
12
50
74
12
WW
2×2ーφ9
The parenthesized values indicate the screw length.
The non-rotating cylinders have the same dimensions as the standard types except the dimensions shown above.
Related types: Clevis cut style (TK), rear port style (TP)
The non-rotating cylinders are basically mounted in the clevis cut style.
VAL Set
Double acting single rod Standard 10Z−3V2 TA
Non-rotating 10Z−3V2G TA
φ20 to φ40
Bore N
Bore N
Stroke − Valve operating function
Stroke − Valve operating function
Valve voltage − B
Valve voltage − B
A
XX
φ60
φ50・φ63
135
121
For dimensions not
φ20・φ25
φ40
φ32
30 Port P (Rc1/8)
shown here, refer to the
SD style (basic style).
EC
EC
EC
The non-rotating
φ18 42.1
cylinders have the
J 19 1111
J
same dimensions as
J
the standard
28.6
Wiring port
cylinders except the
(applicable cable OD: φ4.5 to 7)
36.7
dimensions of the rod
51
ZE＋stroke
end shown above.
Non-rotating Width across flats of A XG
PQ＋stroke
Energized
UM
φ２5・φ40 lock nut for mounting
Ports P, exhaust throttle
extending-retracting
accessory: Ｂ2
h RH BD
type switching screw
TL
TL TM
A
valves, terminals and
ＫＫ
manual operation
h
buttons of the VAL Set Approx.
Width across
ＴＤ
and SV Set Cylinders of EQ
21 flats of
ＭＭ
hex. rod: MG
the energized extending BH
BT
ＫＫ
Manual override
Width across flats of
type are positioned at a
lock nut for rod end
Exhaust throttle valves
Width across flats of attachment: Ｂ1
distance of 180 degrees
BF/2 BF/2
17
17
Port R
2×2−φ6.6
lock nut for rod end
(Rc1/8, with plug silencer)
from those of the
attachment: Ｂ1
8
XM
8
8 BF 8
energized retracting type.
WM
This figure shows the dimensional drawing of an energized extending type cylinder.
Related types: Type with boots
26
（24）
＊XX
The parenthesized values indicate the screw length.
＊XX＝1/4×(stroke)＋65
However, when the stroke is less than 50, XX＝1/4×(stroke)＋80.
If the calculated value has a fractional part, round it up.
Dimensional Table
Symbol
Stroke
Bore
Dimension XX for each stroke
A
WW to 25
Stand- Nonard rotating
to 50
to 75
to 100 to 125 to 150 to 175 to 200 to 250 to 300 to 350 to 400 to 450 to 500
Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Nonard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating
φ20 20（20） − φ36 59 − 69 − 79 − 84 − 94 − 104 − 114 − 124 − 144 − 164 − 184 − 204 − 224 − 244 −
φ25 22（22）20（17）φ36 63 56 73 66 83 76 88 81 98 91 108 101 118 111 128 121 148 141 168 161 188181 208 201 228 221 248 241
φ32 22（19） − φ40 55 − 65 − 75 − 80 − 90 − 95 − 105 − 110 − 130 − 140 − 160 − 180 − 200 − 220 −
φ40 24（21）24（21）φ45 52 45 62 55 67 60 72 65 82 75 92 85 97 90 102 95 112 105 127 120 137130 152 145 172 165 192 185
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
Related types: Clevis cut styles (TK with bracket), rear port style (TP with bracket), type with cushion, type with boots
149＋stroke
φ50・φ63
General Pneumatic Cylinders
BH
h
BD
Standard Non-rotating
MG MM
Width across
flats of
hex. rod: MG
TU
(outer dia. of TD
TA accessory)
8
ZC＋stroke
WF YP
B1
B2
D
Non-rotating
φ25・φ40
A
Standard Non-rotating Standard Non-rotating
Bore
φ20・φ25 φ32・φ40
UM
10Z-3 General Pneumatic Cylinders
Symbol
Standard
10Z−3
TA Bore Cushioning Stroke − B
Non-rotating 10Z−3G TK Bore Cushioning Stroke − B
φ20 to φ40
TL
Unit: mm
AB
43
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
44
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
AB
45
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
CAD/DATA
10Z-3/TAZ3 Bore A is available.
Dimensional Table
TB
Symbol
Double acting single rod
Standard
A
10Z−3 TB Bore Cushioning Stroke
φ20・φ25 φ32・φ40
φ20 to φ40
D
A
WF YP
h
VF
D
P＋stroke
Width across flats of lock nut
for mounting accessory: Ｂ2
2ーRc1/8
B1
B2
BD
D
EC
EH
EQ
H
h
J
K
KK
MB
MM
φ20
20（20） 13
30
10
6
36
φ38
34
31
5
25
14
M8×1.25
M22×1.5
φ8
φ25
22（22） 17
30
10
8
36
φ38
34
35
6
25
14.5
M10×1.25
M22×1.5
φ10
φ32
22（19） 17
32
12
10
36
φ38
35
40
6
25.5
15
M10×1.25
M24×2
φ12
φ40
24（21） 19
41
14
12
44
φ46
39
42
7
30
15
M12×1.25
M30×2
φ14
RH
TB
TC
TD
TH
TL
TM
TN
TU
UM
UN
VF
Bore
TU
(outer dia. of TB accessory)
TD
KK
Width across flats of lock nut
for rod end attachment: Ｂ1
MB
H＋stroke
K
TL
RH
K BD
TM
UM
NL
TB＋stroke
TL
Non-rotating cylinders of this type are not available.
For dimensions not shown here, refer to the SD style (basic style).
NL
P
PV
WF
YP
φ20
17
45
100
7
88
86.5 φ8e9 142.5
8
36
46
32
52
62
16（13） 24
7
φ25
17
49
104.5
7
97
95
φ8e9 142.5
8
36
46
32
52
62
18（15） 28
7.5
φ32
20
55
110.5
8
106
103
φ10e9 142.5
10
44
46
36
64
66
20（16） 30
7.5
φ40
21
57
117
9
111
109
φ12e9 145
12
50
54
44
74
78
22（18） 32
7.5
Bore
＊The parenthesized values of dimensions A and VF indicate the screw length.
φ50・φ63
26 32 11
（24）
22
10
（17）
73＋stroke
2ーRc1/4
Cushion valve
Width across flats of lock nut
for mounting accessory: 54
10Z-3/TAZ3 Bore K
45
φ20
°
φ56
φ16e9
M16×1.5
Width across flats of lock nut
for rod end attachment: 24
Width
across
flats 17
22
51＋stroke
M40×2
22 18
136＋stroke
4
16
13
72
φ58
Outer dia.
of lock nut for
mounting
accessory
With Boots
φ20 to φ40
Non-rotating
φ25・φ40
A
16
104
WW
Non-rotating cylinders of this type are not available.
The parenthesized values indicate the screw length.
Related types: Type with boots
A
TC VAL Set
Double acting single rod Standard 10Z−3V2 TC Bore N Stroke − Valve operating function
Valve voltage
XX
φ50・φ63
φ60
φ20 to φ40
φ20・φ25
EC
EC
For dimensions not
shown here, refer to the
SD style (basic style).
Ports P, exhaust
throttle valves,
terminals and manual
operation buttons of
the VAL Set and SV
Set Cylinders of the
energized extending Approx.
EQ
type are positioned
TD
at a distance of 180
degrees from those
of the energized
retracting type.
φ40
φ32
30
135
121
Port P (Rc1/8)
26
（24）
EC
φ18 42.1
J
28.6
36.7
A
51
ＫＫ
h
WF
PV＋stroke
VF
RH
Wiring port
(applicable cable OD: φ4.5 to 7)
Energized extending-retracting
type switching screw
Exhaust throttle valves
Dimensional Table
Symbol
Stroke
Bore
TL
TN
UN
Related types: Type with boots
TL
Dimension XX for each stroke
A
WW to 25
Stand- Nonard rotating
to 50
to 75
to 100 to 125 to 150 to 175 to 200 to 250 to 300 to 350 to 400 to 450 to 500
Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Nonard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating
φ20 20（20） − φ36 49 − 59 − 69 − 74 − 84 − 94 − 104 − 114 − 134 − 154 − 174 − 194 − 214 − 234 −
21 EH
ＭＭ
Width across flats of
lock nut for rod end
attachment: Ｂ1
ＭＢ
Width across flats of
lock nut for mounting
accessory: Ｂ2
The parenthesized values indicate the screw length.
＊XX＝1/4×(stroke)＋65
If the calculated value has a fractional part, round it up.
J 19 1111
J
＊XX
TC＋stroke
Port R Manual override
(Rc1/8, with plug silencer)
TH
This figure shows the dimensional drawing
of an energized extending type cylinder.
φ25 22（22）20（17）φ36 53 46 63 56 73 66 78 71 88 81 98 91 108 101 118 111 138 131 158 151 178 171 198 191 218 211 238 231
φ32 22（19） − φ40 45 − 55 − 65 − 70 − 80 − 85 − 95 − 100 − 120 − 130 − 150 − 170 − 190 − 210 −
φ40 24（21）24（21）φ45 42 35 52 45 57 50 62 55 72 65 82 75 87 80 92 85 102 95 117 110 127 120 142 135 162 155 182 175
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
Related types: Type with cushion, type with boots
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
Symbol
MM
AB
46
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Dimensional Table
TB with Bracket
Double acting single rod
Symbol
B1
B2
BF
BH
BT
D
E
EC
EQ
h
J
φ20
20（20） 13
30
32
32
3.2
6
φ28
36
34
5
25
M8×1.25
φ25
22（22） 17
30
32
32
3.2
8
φ31
36
34
6
25
M10×1.25
XT＋stroke
φ32
22（19） 17
32
36
36
4
10
φ38
36
35
6
TB＋stroke
φ40
24（21） 19
41
40
40
4
12
φ46
44
39
7
TC
TD
TL
TM
TN
TU
UM
UN
VF
Standard
D
WF YP
h
D
MB
MM
P
PV
M22×1.5
φ8
45 100
M22×1.5
φ10
49 104.5
25.5 M10×1.25
M24×2
φ12
55
110.5
30
M12×1.25
M30×2
φ14
57
117
WF
WM
WN
XM
XN
XT
YP
ZE
UM
P＋stroke
2ーRc1/8
VF
KK
Bore
RH
TL
Width across flats of lock nut
for mounting accessory: Ｂ2
TM
Symbol
TL
RH
TB
φ20
7
88
86.5 φ8e9
8
36
46
32
52
62
16（13） 24
87
97
71
81
112
7
φ25
7
97
95 φ8e9
8
36
46
32
52
62
18（15） 28
87
97
71
81
121
7.5 237.5
φ32
8
106 103 φ10e9 10
44
46
36
64
66
20（16） 30
95
97
79
81
132
7.5 245.5
φ40
9
111 109 φ12e9 12
50
54
44
74
78
22（18） 32
101
105
85
89
139
7.5 254
Bore
MM
KK
Width across flats of lock nut
for rod end attachment: Ｂ1
TU
(outer dia. of TB accessory)
TD
E
BH
MB
BT
2×2ーφ6.6
BF/2 BF/2
17
Non-rotating cylinders of this type are not available. 8 BF 8
For dimensions not shown here, refer to the SD style (basic style).
8
17
XM
8
229
＊The parenthesized values of dimensions A and VF indicate the screw length.
WM
173＋stroke
φ50・φ63
136＋stroke
32 11
26
（24）
22
10
（17）
104
73＋stroke
2ーRc1/4
Cushion valves
Width across flats of lock nut 16
for mounting accessory: 54
72
45
16
10Z-3/TAZ3 Bore K
°
φ16
φ20
M16×1.5
Width across flats of lock nut
for rod end attachment: 24
56
Width
across
flats 17
φ58
Outer dia.
of lock nut for
mounting
accessory
With Boots
φ20 to φ40
Non-rotating
φ25・φ40
6
A
M40×2
2×2ーφ9
Non-rotating cylinders of this type are not available.
The parenthesized values indicate the screw length.
25 25
12
50
21
12
21
11
120
74
TC with Bracket
11
WW
142
Related types: Type with boots
A
XX
VAL Set
Double acting single rod Standard 10Z−3V2 TC Bore N Stroke − Valve operating function
φ20・φ25
φ40
φ32
30
Valve voltage − B
φ50・φ63
135
121
Port P (Rc1/8)
φ60
φ20 to φ40
EC
EC
EC
For dimensions not
shown here, refer to
J
the SD style (basic
J
style).
Ports P, exhaust
throttle valves,
A
51
terminals and
UN
manual operation
TL TN
TL
ＫＫ
h
buttons of the VAL
Set and SV Set
Cylinders of the
Approx.
EQ ＴＤ
energized
ＭＭ
21
extending type are
Width across flats of
BH
positioned at a
lock nut for rod end
distance of 180
attachment: Ｂ1
17
17
degrees from those
ＭＢ
8
XN
8
of the energized
Width across flats of
retracting type.
WN
lock nut for mounting
Related types: Type with boots
accessory: Ｂ2
28.6
WF
26
（24）
φ18 42.1
J 19 1111
36.7
ZE＋stroke
PV＋stroke
VF
RH
The parenthesized values indicate the screw length.
＊XX＝1/4×(stroke)＋65
If the calculated value has a fractional part, round it up.
Wiring port
(applicable cable OD: φ4.5 to 7)
Energized extending-retracting
type switching screw
Exhaust throttle valves
Dimensional Table
Symbol
Stroke
Bore
＊XX
Dimension XX for each stroke
A
Stand- Nonard rotating
WW to 25
to 50
to 75 to 100 to 125 to 150 to 175 to 200 to 250 to 300 to 350 to 400 to 450 to 500
Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Non- Stand- Nonard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating ard rotating
φ20 20（20） − φ36 49 − 59 − 69 − 74 − 84 − 94 − 104 − 114 − 134 − 154 − 174 − 194 − 214 − 234 −
BT
2×2−φ6.6
Manual override
BF/2 BF/2
8
BF 8
Port R
(Rc1/8, with plug silencer)
TC＋stroke
This figure shows the dimensional drawing
of an energized extending type cylinder.
φ25 22（22）20（17）φ36 53 46 63 56 73 66 78 71 88 81 98 91 108 101 118 111 138 131 158 151 178 171 198 191 218 211 238 231
φ32 22（19） − φ40 45 − 55 − 65 − 70 − 80 − 85 − 95 − 100 − 120 − 130 − 150 − 170 − 190 − 210 −
φ40 24（21）24（21）φ45 42 35 52 45 57 50 62 55 72 65 82 75 87 80 92 85 102 95 117 110 127 120 142 135 162 155 182 175
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
Related types: Type with cushion, type with boots
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
A
10Z−3 TB Bore Cushioning Stroke − B
φ20・φ25 φ32・φ40
φ20 to φ40
A
Unit: mm
AB
47
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
48
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
AB
49
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
CAD/DATA
10Z-3/TAZ3 Bore A is available.
Dimensional Table
CA
Symbol
Double acting single rod
Standard
26
32 11
（24）
22
（17）
10
11
B1
B2
BF
BH
BT
BU
BY
CD
CE
CK
D
E
EB
GW
H
HA
HB
HD
HL
Bore
φ20
20（20） 13
30
32
32
3.2
48
21.8 φ8
φ32
30
6
φ28
0
26 12−0.3
31
121
33
10.5
15
145＋stroke
φ25
22（22） 17
30
36
36
4
52
21
φ10 φ32
30
8
φ31
0
29 14−0.3
35
126
33
10.5
15
73＋stroke
φ32
22（19） 17
32
36
36
4
52
21
φ10 φ32
30
10
φ38
0
36 14−0.3
40
132
33
10.5
15
2ーRc1/4
Cushion valves
φ40
24（21） 19
41
40
40
4
56
21
φ12 φ38
36
12
φ46
0
44 16−0.3
42
142
37
12
17
h
K
KA
MM
MR
P
PA
RH
WF WM
XM
XU
YP
φ20
5
14
φ25
6
14.5 166 M10×1.25 R14
20−0.1
−0.3
φ32
6
15
174 M10×1.25 R14
EB
φ40
7
15
186 M12×1.25 R16
160＋stroke
φ50・φ63
R17
5°
Symbol
4
φ14H9
KK
MB
LR
UC
VF
Bore
φ20
φ40
E
M16×1.5
Width
across
Width across flats of lock nut
flats 17
for rod end attachment: 24
M40×2
Width across flats of lock nut
for mounting accessory: 50
R22
22
51＋stroke
22 18
95＋stroke
Symbol
E
φ56
φ70
φ50
φ63
Related types: Type with boots
CU
R14
45
27
7
131 16（13） 24
63
47
145
7
M22×1.5 φ10 R14
49
29
7
140 18（15） 28
65
49
154
7.5
M24×2
φ12 R14
55
29
8
148 20（16） 30
65
49
162
7.5
M30×2
φ14 R16
57
32
9
158 22（18） 32
67
51
174
7.5
M22×1.5 φ8
＊The parenthesized values of dimensions A and VF indicate the screw length.
Dimensional Table
Bore
R14
EB
54
68
10Z-3
Non-rotating cylinders of this type are not available.
The parenthesized values indicate the screw length.
For dimensions not shown here, refer to the SD style (basic style).
155 M8×1.25
CU with Bracket
Double acting single rod
Standard
φ20 to φ40
10Z−3 CU Bore Cushioning Stroke
φ20・φ25 φ32・φ40
D
Double acting single rod
Standard
10Z−3 CU Bore Cushioning Stroke − B
φ20 to φ40
φ 20・φ 25 φ 32・φ 40
D
D
D
XU＋stroke
UC＋stroke
A
WF YP
UC＋stroke
P＋stroke
A
VF
h
2ーRc1/8
LR
WF YP
P＋stroke
VF
CK
RH
h
HD
EB
RH
2ーRc1/8
PA
CD
MM
KK
Width across flats of lock nut
for rod end attachment: Ｂ１
CE
MB
Width across flats of lock nut
for mounting accessory: Ｂ2
MR
K
H＋stroke
K
HB HL
HA＋stroke
Non-rotating cylinders of this type are not available.
For dimensions not shown here, refer to the SD style (basic style).
Related types: Type with cushion, type with boots
GW
EB
E
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
A
10Z−3 CA Bore Cushioning Stroke
MM
KK
Width across flats of lock nut
for rod end attachment: Ｂ１
CD
MB
Width across flats of lock nut
for mounting accessory: Ｂ2
BT
K
H＋stroke
BF/2 BF/2
K
8
8
BF 8
BU
2×2ーφ6.6
8
BY
Non-rotating cylinders of this type are not available.
For dimensions not shown here, refer to the SD style (basic style).
Related types: Type with cushion, type with boots
XM
WM
KA＋stroke
BF
E
BH
17 25
8
AB
50
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
AB
51
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
CAD/DATA
10Z-3/TAZ3 Bore A,B is available.
Dimensional Table
AD
Symbol
Double acting single rod
φ20 to φ40
φ20・φ25 φ32・φ40
D
Bore
Related type With cushion
Bore φ20・φ25
D
UJ
TQ
2ーSB
2ーSQ spot facing depth SP
FP
h XS
P＋stroke
Max. WW
Bore φ32・φ40
E
MM
KK
Width across flats of
lock nut for rod end
attachment: Ｂ1
KK
Width across flats of
lock nut for rod end
attachment: Ｂ1
W JE
H＋stroke
45°
K
Max. WW
Basic style: Clevis cut
Related types: Rear port style (AP), type with cushion
UJ
26
（24）
4ーSB
4ーSQ spot facing depth SP
127＋stroke
33
11
73＋stroke
2ーRc1/4
Cushion valves
10
Non-rotating
LH
LM LE
Width
across
flats 19
φ20
E
M16×1.5
Width across flats of lock nut
AL
Width
for rod end attachment: 24
across
flats 17 10
The parenthesized values
indicate the screw length.
Dimensional Table
The non-rotating cylinders
Symbol
E
FB
AL
Bore
have the same dimensions as
φ50
7
φ56
30
the standard types except the
φ63
9
φ70
27
dimensions shown above.
LE
56
70
FB
44
LH
28
35
51＋stroke
SB
φ6.6
φ9
LM
49.5
61.4
22
SP
6.5
8.6
SQ
φ11
φ14
TQ
50
56
UJ
64
74
The standard and non-rotating cylinders are
basically mounted in the clevis cut style.
Related types: Rear port style (AP)
VAL Set
Double acting single rod Standard
10Z−3V2 AD
Non-rotating 10Z−3V2G AD
Bore N
Bore N
Stroke − Valve operating function
Stroke − Valve operating function
φ20 to φ40
φ20・φ25
For the dimensions not
shown here, see the
above drawings.
The non-rotating cylinders
have the same dimensions
as the standard cylinders
except the dimensions of
the rod end shown above.
Ports P, exhaust throttle
valves, terminals and
Approx. 16
manual operation buttons
of the VAL Set and SV
Set Cylinders of the
energized extending type
are positioned at a
distance of 180 degrees
from those of the
energized retracting type.
H
J
JE
K
Standard Non-rotating
20
（20）
13
−
6
φ28
36
23
31
5
−
25
30
14
22
（22） 20
（17） 17
13
8
φ31
36
25.5
35
6
5
25
32.5
14.5
φ32
22
（19）
17
−
10
φ38
36
28
40
6
−
25.5
35
15
φ40
24
（21） 24
（21） 19
19
12
φ46
44
30
42
7
7
30
37
15
−
−
φ40
EC
EC
φ32
30
Valve voltage
Valve voltage
135
121
Port P (Rc1/8)
EC
φ18 42.1
J
J 19 1111
J
28.6
Wiring port
(applicable cable
OD: φ4.5 to 7)
Energized extending-retracting
type switching screw
Exhaust throttle valves
36.7
Non-rotating
φ25・φ40
A
51
A
h
h
21 ＭG
ＫＫ
ＭＭ
ＫＫ
Width across flats of
lock nut for rod end Width across flats of
attachment: Ｂ1
lock nut for rod end
attachment: Ｂ1
12
W
JE
H＋stroke
J
KK
LE
LH
LM
MG MM
P
28
14
21.5
− φ8
34
17
27.5
40
20
31.4
− φ12 54.5 φ9
48
24
37.2
SB
SP
SQ
TQ
UJ
W
WW XS
YP
ZP
ZM
Standard Non-rotating
−
φ20
M8×1.25
φ25
M10×1.25 M8×1.25
φ32
M10×1.25
φ40
M12×1.25 M12×1.25
−
45
φ6.6
6.5 φ11
20
34
8
25.5
18
7
9 φ10 49
φ6.6
6.5 φ11
24
38
10
27
20
7.5
92 237.5
8.6 φ14
30
46
10
35
22
7.5
100 245.5
14 φ14 56.5 φ11 10.8 φ17.5 36
56
10
39
22
7.5
104 254
＊The parenthesized values of dimension A indicate the screw length.
83 229
10Z-3
φ50・φ63
TQ
FP
φ25
Bore
Cushion valves
LH
EC
φ20
Symbol
YP
2ーRc1/8
h
LM LE ＭG
h
E
ZP＋stroke
A
A
B1
Standard Non-rotating Standard Non-rotating
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
Cushion valves
Non-rotating
φ25・φ40
A
D
Standard
10Z−3
AD Bore Cushioning Stroke
Non-rotating 10Z−3G AD Bore Cushioning Stroke
Manual override
Port R
(Rc1/8, with plug silencer)
ＺＭ＋stroke
This figure shows the dimensional drawing of an energized extending type cylinder.
AB
52
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
Dimensional Table
AD
Symbol
Double acting double rod Standard
10Z−3D
AD Bore Cushioning Stroke
Non-rotating 10Z−3GD AD Bore Cushioning Stroke
Bore
φ20 to φ40
Non-rotating
φ25・φ40
UJ
2ーSB
2ーSQ spot facing depth SP
TQ
P＋stroke
FP
A
A
YP WF＋stroke
A
XS
2ーRc1/8
h
h
h
KK
A
B1
Non- Stand- Non- FP Stand- Non- JE K
Non- LE LH LM MG MM P SB SP SQ TQ UJ XS W WF YP
Standard rotating
Standard rotating
ard rotating
ard rotating
φ20
20（20） −
φ25
22（22）20（17）17 13 25.5 6
13 − 23
5 32.5 14.5 M10×1.25 M8×1.25 34 17 27.5
φ32
22（19） −
17 − 28
6
− 35 15 M10×1.25
φ40
24（21）24（21）19 19 30
7
7 37 15 M12×1.25 M12×1.25 48 24 37.2 14 φ14 56.5 φ11 10.8 φ17.5 36 56 22 10 32 7.5
Symbol
LH
Stroke
ＭG
MM
KK
KK
Width across flats of
Width across flats of lock nut
lock nut for rod end
for rod end attachment: Ｂ1
attachment: Ｂ1
Round rod
on one side
LM LE
H＋stroke
K
For the dimensions not shown here, refer to the AD style (basic style).
The non-rotating cylinders have the same dimensions as the standard types except the dimensions shown above.
Related types: Type with cushion
UJ
26
（24）
4ーSB
4ーSQ spot facing depth SP
TQ
127＋stroke
33
11
73＋stroke
2ーRc1/4
Cushion valves
10
32＋stroke
26
（24）
Non-rotating
LH
LM LE
Width
across
flats 19
Round rod on
round cover side
φ20
M16×1.5
Width across flats of lock nut
for rod end attachment: 24
Width
across
flats 17
The parenthesized values
indicate the screw length.
Dimensional Table
The non-rotating cylinders
Symbol
E
FB
AL
Bore
have the same dimensions as
φ50
7
φ56
30
the standard cylinders except
φ63
9
φ70
27
the dimensions shown above.
AL
FB
44
LE
56
70
51＋stroke
LH
28
35
LM
49.5
61.4
SB
φ6.6
φ9
22
SP
6.5
8.6
SQ
φ11
φ14
TQ
50
56
UJ
64
74
Single acting type
Spring return
Standard
10Z−3GSR
Non-rotating 10Z−3GSR
Spring-extended
Standard
Spring return (SR type)
Non-rotating
φ25・φ40
Spring-extended (SH type)
ZP
A
A
ZP
YP
A
Rc1/8
h XS
h
KK
Width across flats of
lock nut for rod end
attachment: Ｂ1
AD Bore Cushioning Stroke
10Z−3GSH AD Bore Cushioning Stroke
Non-rotating 10Z−3GSH AD Bore Cushioning Stroke
φ20 to φ40
ＭG
AD Bore Cushioning Stroke
h
FP
Filter
XS＋stroke
Rc1/8
Filter
MM
KK
Width across flats of
lock nut for rod end
attachment: Ｂ1
MM
W JE
H
K
KK
Width across flats of
lock nut for rod end
attachment: Ｂ1
W＋stroke
JE
H
K
For the dimensions not shown here, refer to the AD style (basic style).
The non-rotating cylinders have the same dimensions as the standard types except the dimensions shown above.
Related types: Rear port style (AP)
Basic style: Clevis cut
−
−
28 14 21.5 − φ8 45 φ6.6 6.5 φ11
9 φ10 49 φ6.6 6.5 φ11
40 20 31.4 − φ12 54.5 φ9
Double
rod
25
8 24 7
24 38 20 10 28 7.5
30 46 22 10 30 7.5
ZP
Single acting type
15
8.6 φ14
20 34 18
15
25
30
50
75
100
30
50
75
100 SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type
φ20
31
71
81
111
131
181
231
123
138
133
158
163
193
183
233
233
308
283
383
φ25
35
75
85
115
135
185
235
132
147
142
167
172
202
192
242
242
317
292
392
φ32
40
80
90
120
140
190
240
140
155
150
175
180
210
200
250
250
325
300
400
φ40
42
82
92
122
142
192
242
144
159
154
179
184
214
204
254
254
329
304
404
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
φ50・φ63
− 30 14 M8×1.25
H
Bore
JE
5
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
AB
53
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
54
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
AB
55
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
CAD/DATA
10Z-3/TAZ3 Bore A,B is available.
Dimensional Table
BD
Symbol
Double acting single rod
φ20 to φ40
φ20・φ25 φ32・φ40
D
Bore φ20・φ25
ZP＋stroke
A
A
P＋stroke
Cushion valves
YP
h
h
ＭG
B MM
KK
Width across flats of
lock nut for rod end
attachment: Ｂ1
E
Cushion valves
KK
Width across flats of lock nut
for rod end attachment: Ｂ1
45°
3
VI G
K
H＋stroke
Max. WW
The non-rotating cylinders have the same
dimensions as the standard cylinders except the dimensions of the rod end shown above.
Basic style: Clevis cut
Related types: Rear port style (BP), type with cushion
φ50・φ63
26 27 16
（24）
10
4ーAB
73＋stroke
2ーRc1/4
11
Cushion valve
Non-rotating
VH UH
Width across
flats 19
E
φ40f8φ20
M16×1.5
Width across flats of lock nut
for rod end attachment: 24
Width across flats 17
3
51＋stroke
17 27
22
Dimensional Table
The parenthesized values indicate the screw length.
The non-rotating cylinders have the same dimensions as the
standard cylinders except the dimensions shown above.
Bore
Symbol
φ50
φ63
Related types: Rear port style (BP)
E
φ56
φ70
AB
φ6.6
φ9
VH
□48
□58
UH
□62
□74
The standard and non-rotating cylinders are basically mounted in the clevis cut style.
VAL Set
Double acting single rod Standard
10Z−3V2 BD
Non-rotating 10Z−3V2G BD
Bore N
Bore N
Stroke − Valve operating function
Stroke − Valve operating function
φ20 to φ40
φ20・φ25
EC
For the dimensions not
shown here, see the
above drawings.
The non-rotating cylinders
have the same dimensions
as the standard cylinders
except the dimensions of
the rod end shown above.
Ports P, exhaust throttle Approx. 16
valves, terminals and
manual operation
buttons of the VAL Set
and SV Set Cylinders of
the energized extending
type are positioned at a
distance of 180 degrees
from those of the
energized retracting type.
φ40
EC
φ32
30
Valve voltage
Valve voltage
135
121
Port P (Rc1/8)
EC
φ18 42.1
J
J 19 1111
J
28.6
Wiring port
(applicable cable
OD: φ4.5 to 7)
Energized extending-retracting
type switching screw
36.7
Non-rotating
φ25・φ40
A
51
A WC
h
Exhaust throttle valves
h
21 ＭG
ＫＫ
Width across flats of
lock nut for rod end
attachment: Ｂ1
ＭＭ
ＫＫ
Width across flats of
lock nut for rod end
attachment: Ｂ1
G
H＋stroke
J
EC
G
H
J
K
Standard Non-rotating
20
（20） −
φ5.5
φ20f8
13
−
6
φ28
36
20
31
5
−
25
14
22
（22）20
（17） φ5.5
φ22f8
17
13
8
φ31
36
22.5
35
6
5
25
14.5
φ32
22
（19） −
φ24f8
17
−
10
φ38
36
23
40
6
−
25.5
15
φ40
24
（21）24
（21） φ9
φ28f8
19
19
12
φ46
44
25
42
7
7
30
15
φ6.6
Bore
KK
Standard
MG
MM
P
PJ
UH
VI
VH
WC
WW
YK
YP
ZP
ZN
Non-rotating
−
φ20
M8×1.25
φ25
M10×1.25 M8×1.25
φ32
M10×1.25
φ40
M12×1.25 M12×1.25 232
−
211
−
45
M5×0.8
□34
10
□24
18
25.5 13
7
φ10 49
M5×0.8
□38
10
□28
20
27
15.5
7.5
92 237.5
−
φ12 54.5
M6×1
□46
12
□36
22
35
16
7.5
100 245.5
14
φ14 56.5
M8×1.25
□56
12
□42
22
39
18
7.5
104 254
217.5
9
223.5
φ8
＊The parenthesized values of dimension A indicate the screw length.
83 229
10Z-3
127＋stroke
E
φ25
LK
Max. WW
h
D
Standard Non-rotating
φ20
Symbol
2ーRc1/8
Bore φ32・φ40
VH UH
2ーPJ
WC YK
B1
B
Standard Non-rotating
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
2ーAB
Bore
Related type With cushion
D
A
AB
Standard
10Z−3
BD Bore Cushioning Stroke
Non-rotating 10Z−3G BD Bore Cushioning Stroke
Manual override
Port R
(Rc1/8, with plug silencer)
LK＋stroke
ZN＋stroke
This figure shows the dimensional drawing of an energized extending type cylinder.
AB
56
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
Dimensional Table
BD
Symbol
Double acting double rod Standard
10Z−3D
BD Bore Cushioning Stroke
Non-rotating 10Z−3GD BD Bore Cushioning Stroke
φ20 to φ40
Non-rotating
φ25・φ40
A
A
2ーAB
WC YK
h
P＋stroke
Bore
YP WF＋stroke
A
2ーRc1/8
h
h
KK
A
B1
AB B Stand- Non- G Stand- Non- K
MG MM P
NonStandard rotating
Standard Non-rotating
ard rotating
ard rotating
20（20） − φ5.5φ20f8 13 − 20
22（22）20（17）φ5.5φ22f8 17 13 22.5 6
5 14.5 M10×1.25 M8×1.25
φ32
22（19） − φ6.6φ24f8 17 − 23
6
− 15
M10×1.25
□46 □36 12 22 30 16
7.5
φ40
24（21）24（21）φ9 φ28f8 19 19 25
7
7 15
M12×1.25 M12×1.25 14 φ14 56.5 M8×1.25 □56 □42 12 22 32 18
7.5
2ーPJ
Stroke
VI
G
H＋stroke
K
For the dimensions not shown here, refer to the SD style (basic style).
The non-rotating cylinders have the same dimensions as the standard types except the dimensions shown above.
Related types: Type with cushion
127＋stroke
4ーAB
73＋stroke
2ーRc1/4
11 32＋stroke
26
（24）
Cushion valves
Non-rotating
VH UH
Width
across
flats 19
φ40f8φ20
Round rod on
round cover side
M16×1.5
Width across flats of lock nut
for rod end attachment: 24
3
51＋stroke
17 27
Width across flats 17
The parenthesized values indicate
the screw length.
The non-rotating cylinders have the same
dimensions as the standard types except
the rod dimensions shown above.
22
Dimensional Table
Bore
Symbol
φ50
φ63
AB
φ6.6
φ9
E
φ56
φ70
VH
□48
□58
UH
□62
□74
Single acting type
Spring return
Standard
10Z−3GSR
Non-rotating 10Z−3GSR
Spring-extended
Standard
10Z−3GSH BD Bore Cushioning Stroke
Non-rotating 10Z−3GSH BD Bore Cushioning Stroke
Spring return (SR type)
φ20 to φ40
Non-rotating
φ25・φ40
ZP
YP
WC＋stroke
YK
Filter
h
Filter
MM
KK
Width across flats of
lock nut for rod end
attachment: Ｂ1
A
Rc1/8
h
h
KK
Width across flats of
lock nut for rod end
attachment: Ｂ1
Spring-extended (SH type)
ZP
A WC
A
ＭG
BD Bore Cushioning Stroke
BD Bore Cushioning Stroke
Rc1/8
MM
G
H
K
KK
Width across flats of lock nut
for rod end attachment: Ｂ1
G
H
K
For the dimensions not shown here, refer to the SD style (basic style).
The non-rotating cylinders have the same dimensions as the standard types except the dimensions shown above.
Related types: Rear port style (BP)
Basic style: Clevis cut
25
7
M5×0.8 □38 □28 10 20 28 15.5 7.5
− φ12 54.5 M6×1
ZP
Single acting type
15
M5×0.8 □34 □24 10 18 24 13
25
15
30
50
75
100
30
50
75
100 SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type SR type SH type
φ20
31
71
81
111
131
181
231
123
138
133
158
163
193
183
233
233
308
283
383
φ25
35
75
85
115
135
185
235
132
147
142
167
172
202
192
242
242
317
292
392
φ32
40
80
90
120
140
190
240
140
155
150
175
180
210
200
250
250
325
300
400
φ40
42
82
92
122
142
192
242
144
159
154
179
184
214
204
254
254
329
304
404
＊The parenthesized values of dimension A indicate the screw length.
10Z-3
26 27 16
（24）
10
φ50・φ63
Double
rod
Bore
3
9 φ10 49
General Pneumatic Cylinders
KK
KK
Width across flats of
Width across flats of lock nut
lock nut for rod end
for rod end attachment: Ｂ1
attachment: Ｂ1
Round rod
on one side
−
− φ8 45
H
B MM
ＭG
VH UH
M8×1.25
−
UH VH VI WC WF YK YP
φ25
5
− 14
PJ
φ20
Symbol
10Z-3 General Pneumatic Cylinders
AB
57
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
58
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Switch Set/SV Set
Double acting type
Dimensional Table
10Z− 3 Mounting style Bore Cushioning Stroke − Sensor symbol Sensor quantity
Bore
AX type sensor
RD
RF
UX1
RF
UX2
37
RG
38
33
40
50
19
16.5
20
25
25
20
21
33
44
36
42
52
22
18
21
26
27
22
23
35
φ32
48
39
46
54
24
19.5
23
27
31
26
27
38
φ40
54
43
50
58
27
21.5
25
29
35
30
31
43
φ50
60
49
50
48
30
24.5
25
24
39
35
37
46
φ63
68
49
60
52
34
24.5
30
26
47
42
43
53
RF
ZC201:25
ZC205:29
UX1
UX2
RG
UX1
UX2
RF
RG
RF
UX1
UX2
UX1
UX2
UX1
UX2
φ20
7
7
7
7
9.5
7.5
6
4
8
6
φ25
9
8
9
8
7.5
6.5
9.5
φ32
10
10
10
φ40
12
12
φ50
16
16
φ63
16
11
10
10
13.5
12.5
10
12
12
13.5
15.5
16
16
18.5
18.5
17
16
17
18.5
18.5
UX1
UX2
UX1
UX2
UX1
UX2
φ20
4
3
5
5
2
0
φ25
6
5
8
8
1
1
φ32
8
8
10
10
5
5
Bore
JS type
JR type
8.5
9
12
11
10
11
12
13
15
15
17
17
15
15
17
17
SX
SR type
Stroke 15
Stroke 30
Standard strokes other
than those shown left
25
50
Stroke
φ40
8
9
12
12
6
6
φ50
12
12
16
16
7
7
−
−
−
φ63
12
12
16
16
7
7
−
−
−
UX2
45.7
UX1
ZC230/253 type
UX2
SR type sensor
RD
ZC205 type
UX1
RF
Operating Range and Hysteresis
Reed sensor
Bore
mm
RG
AX1＊＊ type
ZC201 type
ZC205 type
JR type
SR type
Operating range Hysteresis Operating range Hysteresis Operating range Hysteresis Operating range Hysteresis Operating range Hysteresis
φ20
4 to 9
φ32
10Z− 3SR Mounting style Bore Ｎ Stroke − Sensor symbol Sensor quantity
Spring return
(The drawing shows a cylinder
with AX type sensor.)
UX1＋SX
37
UX2
5 to 9
φ40
6 to 8
5 to 9
φ25
1 or less
6 to 11
6 to 10
2 or less
0.5 to 1.5
6 to 9
4 to 5
7 to 8
2 or less
φ50
6 to 10
7 to 11
7 to 10
φ63
8 to 11
8 to 13
8 to 12
6 to 9
2 or less
8 to 9
8 to 11
Solid state sensor
Bore
mm
AX2＊＊ type
ZC230 type
ZC253 type
JS type
Operating range Hysteresis Operating range Hysteresis Operating range Hysteresis Operating range Hysteresis
φ20
φ25
10Z− 3SH Mounting style Bore Ｎ Stroke − Sensor symbol Sensor quantity
Spring-extended
(The drawing shows a cylinder
with AX type sensor.)
UX1
37
UX2＋SX
2 to 6
φ50
φ63
10 to 13
11 to 14
2 to 4
φ32
φ40
1 to 4
2 to 5
1 or less
2 to 5
0.5 or less
2 to 4
2 to 4
3 to 6
3 to 5
3 to 5
0.5 or less
12 to 15
13 to 16
14 to 17
7 to 10
1 or less
2 or less
10Z-3
RF
33
ZC201 type
AX2＊ type
UX2
Symbol
JR/JS type sensor
RD
AX1＊ type
UX1
General Pneumatic Cylinders
RD
RG
φ25
Symbol
ZC type sensor
RF
AX type ZC type JR/JS type SR type AX type ZC type JR/JS type SR type AX type ZC type JR/JS type SR type
φ20
Bore
RF
RD
Symbol
10Z−3V2 Mounting style Bore Ｎ Stroke − Valve operating function Valve voltage Sensor symbol Sensor quantity
10Z-3 General Pneumatic Cylinders
Unit: mm
AB
59
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
60
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
AB
61
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
CAD/DATA
10Z-3/TAZ3 Bore K is available.
Dimensional Table/Rod eye with spherical bearing (S-end)
Rod End Attachment
Rod eye with spherical bearing (S-end)
Rod eye (T-end)
φ20 to φ63
φ50・φ63
Symbol
Part number
CD
φ20
TA
R14
4°
GW TV
φ25
74
φ40
φ28
φ14H9
KK
φ50
33
GW
TA
TV
TW
M8×1.25
17
9±0.1
14
KK
36
φ8H9
φ16
11
47
φ10.4
22
RSA−10−A
43
φ10H9
φ19
13
56
φ12.9
26
14 0
−0.1
M10×1.25
21
10.5±0.1
17
RSA−12−A
50
φ12H9
φ22
15
65
φ15.4
30
16 0
−0.1
M12×1.25
24
12±0.1
19
38
21 0
−0.1
M16×1.5
33
15±0.1
22
RSA−16−A
64
φ27
φ16H9
19
φ19.4
83
＊For the 25 mm bore non-rotating cylinder, use the accessory for the 20 mm bore cylinder shown above.
0
20ー0.1
27 Width across flats
CF
M16×1.5
Lubricating port
Part number: RTA-16-A
φ20 to φ40
Symbol
φ50・φ63
CD
R14
Split pin
Washer
φ20
φ25
PL CT CB
φ27 Width across flats
φ14
CC
2
24.5
16
M10×1.25
2.5
30
20
M12×1.25
3
36.5
24
CB
CC
CD
CF
CL
CN
CT
RYA−08−A
32
8＋0.4
＋0.15
16
φ8 H8
f7
φ14
10
42
□16
M8×1.25
RYA−10−A
40
10＋0.4
＋0.15
20
φ10 H8
f7
φ18
12
52
□20
48
12＋0.4
＋0.15
24
φ12 H8
f7
φ40
φ20
14
62
□24
RYA−12−A
＊For the 25 mm bore non-rotating cylinder, use the accessory for the 20 mm bore cylinder shown above.
33
12
CN
CL
M16×1.5
60
18
W
CA
φ32
H9
f8
KK
W
PL
PF
KK
Part number
Bore
74
58 44
CA
φ28
20＋1.5
＋0.5
12
Part number: RYA-16-A
CF
Dimensional Table/Floating joint (F-end)
Floating joint (F-end)
φ20 to φ32
Symbol
φ40 to φ63
Width across flats B2
FK
Width across flats B2
KK
Lock nut width across flats B1
Rotating angle
e 5°
Eccentricity
e 5°
FM
FN
FK
KK
Lock nut width across flats B1
φ20
Rotating angle
e 5°
e 5°
φ25
FM
Eccentricity
FR
FR
A
FN
FC
FD
FA
FC FD
FJ
FJ
Notes)
φ40
φ50
A FQ
FQ
FA
FM
FN
FQ
FR
KK
54
9
φ20
19
4.5
2.5
M8×1.25
63
11
φ25
24
4.5
2.5
M10×1.25
11
69.5
13.5 φ32
□19
7
3.5
M12×1.25
13
89
16
φ40
□24
8
4
M16×1.5
A
B1
B2
e
FA
FC
FD
RFS−08T
22.5
13
8
0.5
28
22.5
3.5
RFS−10T
24.5
17
10
1
31
28
4
RFS−12T
24
19
13
1
33
25.5
RFS−16T
32
22
17
1.5
43
33
FJ
φ32
KK
KK
FK
Part number
Bore
The insertion of the floating joint into the socket shall not equal or
exceed the dimension of screw diameter. (Return the joint one or
two turns after it gets into contact with the socket bottom, and fix
it with a lock nut.) Excessive insertion can cause operation failure.
DO NOT use together with TA, TB, TC, and CU accessories.
φ63
＊For the 25 mm bore non-rotating cylinder, use the accessory for the 20 mm bore cylinder shown above.
10Z-3
Dimensional Table/Rod clevis (Y-end) with pin
Rod clevis (Y-end) with pin
PF
ED
RSA−08−A
φ63
20
CA
ED
DK
CN
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
60
CN
CM
CM
CF
CD
12 0
−0.1
φ32
TW
DK
CA
Bore
CN
AB
62
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
AT
Mounting Accessory
LB (end angles)
Unit: mm
AB
63
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Dimensional Table/LB (end angles)
Symbol
ME
Part number
AB
AH
AL
AQ
AT
LB
ME
R
UA
MAZ3−LB020
42
25
16
24
3.2
φ6.8
φ22.5
40
55
φ32
MAZ3−LB032
50
32
25
33
4
φ6.8
φ24.5
45
60
φ40
MAZ3−LB040
58
36
25
33
4
φ6.8
φ30.5
50
65
φ50
MAZ3−LB050
70
40
25
40
6
φ9
φ40.5
60
80
φ63
MAZ3−LB063
77
45
25
40
6
φ9
φ40.5
74
95
Bore
φ20
AB
AH
φ25
AQ
2 pcs. in one set
(with one nut for fitting the accessory)
AL
R
UA
Dimensional Table/FA (rod flange) and FB (cap flange)
FA (rod flange) and FB (cap flange)
Symbol
φ20・φ25
φ32 to φ63
FB
ME
TF
UF
R
MAZ3−FA020
4
38
φ6.6
φ22
50
65
−
φ32
MAZ3−FA032
4
47
φ6.6
φ24
58
72
33
φ40
MAZ3−FA040
4
51
φ6.6
φ30
70
84
36
φ50
MAZ3−FA050
10
60
φ9
φ40
74
94
40
φ63
MAZ3−FA063
10
70
φ9
φ40
80
100
50
φ20
4ーFB
EF
R EF
AT
TF
AT
TF
UF
UF
Lock nut for trunnion accessory Only φ50 and φ63
TA (rod trunnion) and TB (cap trunnion)
Dimensional Table/TA (rod trunnion) and TB (cap trunnion)
Symbol
EG
11
74
54
TD
φ58φ48
TM
TL
BD
BK
EG
ME
TD
TM
TL
UM
MAZ3−TA020
10
5
φ32
φ22.5
φ8e9
36
8
52
φ32
MAZ3−TA032
12
6
φ36
φ24.5
φ10e9
44
10
64
φ40
MAZ3−TA040
14
7
φ44
φ30.5
φ12e9
50
12
74
MAZ3−TA050
18
9
φ56
φ40.5
φ16e9
72
16
104
φ20
φ50
φ63
BK BK
UM
Part number
Bore
φ25
M40×2
TL
EF
φ25
2ーFB
ME
AT
10Z-3
ME
ME
Part number
Bore
BD
CU (cap eye with spherical bearing)
Dimensional Table/CU (cap eye with spherical bearing)
VY
Symbol
VQ
CD1
Part number
5
GW HD
MB
CN
HT
HL
EC
HB
CE
CK
(width across flats)
CD1
CE
CK
CN
EC
GW
HB
HD
HL
HT
MB
VQ
VY
31
10.5
15
46
M22×1.5
23
60
31
10.5
15
46
M22×1.5
23
60
0
31
10.5
15
46
M24×2
23
60
0
35
12
17
52
M30×2
26
68
Bore
φ20
MAZ3−CU020 φ8H9
φ32
30
φ14.8
28
0
12−0.3
φ25
MAZ3−CU025 φ10H9 φ32
30
φ14.8
28
0
14−0.3
φ32
MAZ3−CU032 φ10H9 φ32
30
φ14.8
28
14−0.3
φ40
MAZ3−CU040 φ12H9 φ38
36
φ15.4
32
16−0.3
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
2ーLB
AB
64
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Unit: mm
AB
65
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
CAD/DATA
10Z-3/TAZ3 Bore K is available.
Bracket
Dimensional Table/Brackets for SD, CU, TA, TB and TC
Symbol
For SD, CU, TA, TB and TC
φ20 to φ40
φ50・φ63
BU
BU
BF
74
74
50
50
Bore
φ20
11
8
17 25
3
Bush
2ーφ6.6
φ25
R19
CD
11
32
φ16H8
2ーφ9
R19
21
32
BF
BH
BK
BT
BU
CD
MAZ3−BK020
32
32
40
3.2
48
φ8
For TA, TB and TC
MAZ3−BK020PB
MAZ3−BK032PB
φ32
MAZ3−BK032PA
MAZ3−BK032
36
36
46
4
52
φ10
φ40
MAZ3−BK040PA MAZ3−BK040PB
MAZ3−BK040
40
40
52
4
56
φ12
3
φ25
φ16H8
CD
BH
BK
BH
56
56
75
BT
BF/2
6
BF/2
25
25
Dimensional Table/Brackets for LC (VAL Set)
Bracket for LC
Symbol
Part number
AD
AH
AT
BA
BZ
CJ
MAZ3−LC020
19
25
3.2
8
33
φ8
φ32
MAZ3−LC032
17
32
4
10
42
φ10
φ40
MAZ3−LC040
15
36
4
12
48
φ12
Bore
35
35
φ20
φ25
27 8
12 20
8
φ6.8
φ6.8
CJ
8
27
CJ
AH
AH
BZ
AT
BA
AD
AD
BA
Dimensional Table/Pins
Pin
Symbol
Bore
For SD with bracket
For CU with bracket
CD
PJ
PA
PJ
PA
CD
For SD
For CU
For SD
For CU
For SD
For CU
φ20
φ8
φ8
31
27
26
22
φ25
φ8
φ10
31
29
26
24
φ32
φ10
φ10
32
29
27
24
φ40
φ12
φ12
36
32
31
27
10Z-3
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
21
2ーφ9
For CU
MAZ3−BK020PA
φ25
BF
2ーφ6.6
Part number
For SD
AB
66
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
67
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
B
oo
ts
❾
❽
et
ra
B
Ro
S
2
ck
me
ch
ta
at
nd
de
so
en
en
S
50 − AH
nt
❼
ity
l❻
ua
ym
rq
rs
so
us
C
yl
C
N
nt
bo
e
ok
hi
S
tr
on
in
or
g
❺
❹
❸
e
e
yl
de
in
in
nt
40
−
Y
B
− Ｊ
Unnecessary
Lubrication
Working pressure range
φ20 to φ40: 0.05 to 0.7 MPa, φ50・φ63: 0.02 to 0.7 MPa
Working speed range
20 to 700mm/s
10Ｚ−3Ａ1：With adjustable extended stroke
10Ｚ−3Ａ2：With adjustable retracted stroke
−10 to ＋70℃ (No freezing)
Working temperature range
Structure of cushioning
φ20 to φ40: With cushion pads on both ends
φ50 and φ63: With cushions on both ends
(cushion pad at rod extending end for adjustment)
φ20 to φ40: With cushion pads on both ends
(none at rod retracting end for adjustment)
φ50 and φ63: With cushions on both ends
(none at rod retracting end for adjustment)
Stroke adjusting type
Stopper adjustment
Adjuster screw adjustment
Stroke adjusting range
0 to 25 mm
Tolerance for thread
JIS 6H/6g
SD (basic style), FA, TA, TA with bracket
Mounting style
SD (basic style), LB, FA, FB, TA, TA with bracket, TB, TB with bracket
With bracket
Applicable mounting style: TA
Ｓ Rod eye with spherical bearing (S-end)
Ｔ Rod eye (T-end) (only φ50 and φ63)
Ｙ Rod clevis (Y-end) with pin
Ｆ Floating joint (F-end)
Single rod
Double rod
Standard type/Switch Set
Standard type/Switch Set
10Z−3Q1
10Z−3Q2
Adjustable extended stroke
Ｎ φ20 to φ40：With cushion pads on both ends
Ｂ φ50・φ63：With cushions on both ends (cushion pad at rod extending end for adjustment)
Adjustable retracted stroke
Ｎ φ20 to φ40：With cushion pads on both ends (none at rod retracting end for adjustment)
Ｂ φ50・φ63：With cushions on both ends (none at rod retracting end for adjustment)
Sensor quantity (1, 2)
Sensor symbol
Note) Select applicable sensors out of the
Sensor List.
Cylinder stroke (mm)
φ20・φ25・φ32・φ40・φ50・φ63
＊For details, please contact us.
Air
JIS 6H/6g
SD (basic style), LB, FA, TA, TA with bracket
Note) For the working speed range, see the selection materials to check the relationship between the speed and the cushion mechanism.
Principle of operation
Cylinder 2
Single rod
Cylinder 1
Stroke 1
＊Stroke 1 and stroke 2:
Stroke 1 is the stroke of
cylinder 1.
Stroke 2 is obtained by
subtracting the stroke of
cylinder 1 from the stroke
of cylinder 2.
Stroke 2
Double rod
Ⓒ
Ⓑ Ⓐ
ⒹⒸⒷ
Ⓐ
When port C is
When port A and D
pressurized, both
are pressurized,
cylinders 1 and 2
both cylinders 1
Cylinder 1
and 2 retract.
retract.
Stroke 2
Stroke 1
Cylinder 2
When port A is
When port B and D
pressurized, only
ⒹⒸ Ⓑ Ⓐ
are pressurized,
Ⓒ
Ⓑ Ⓐ
cylinder 1 operates.
cylinder 2 retracts,
and only cylinder 1
operates.
When port B is
pressurized,
When port A and C
Ⓑ
cylinder 2 operates
Ⓓ Ⓒ Ⓑ Ⓐ
are pressurized,
Ⓒ
Ⓐ
(Stroke of cylinder
cylinder 1 retracts,
2−Stroke of
and only cylinder 2
cylinder 1).
operates.
Stroke 1
When port A and B
Ⓑ
When port B and C
ⒹⒸ ⒷⒶ
are pressurized, the
Ⓒ
Ⓐ
are pressurized,
output only in the
both cylinders 1
stroke range of
and 2 operate.
cylinder 1 is doubled.
Standard type/Switch Set 10Z−3Q1 SD 40
N
10Ｚ−3Ｑ1：Dual stroke single rod
10Ｚ−3Ｑ2：Dual stroke double rod
ts
oo
B
ck
ra
B
nd
at
et
❾
me
ch
ta
ua
rq
de
en
nt
❽
l❼
nt
bo
ym
rs
S
en
so
S
50 ＋ 50 − AH
ity
❻
2
e
tr
ok
e
ok
on
tr
S
hi
C
us
1
g
in
or
rb
de
❺
❹
❸
e
e
C
S
φ20 to φ40: With cushion pads on both ends
φ50 and φ63: With cushions on both ends
SD (basic style), SD with bracket, LB, FA, FB, TA, TA with bracket, TB, TB with bracket
in
in
Structure of cushioning
yl
nt
−10 to ＋70℃ (No freezing)
M
ou
1.5 MPa
Working temperature range
Tolerance for thread
yl
g
50 to 700mm/s
Proof test pressure
st
Ty
Working speed range
❶
φ20 to φ40: 0.05 to 0.7 MPa
φ50・φ63: 0.02 to 0.7 MPa
❷
● How to order
Unnecessary
0.1 to 0.7 MPa
Working pressure range
pe
Lubrication
Ro
Working fluid
so
Cylinder bore (mm)
2 − Y
B − Ｊ
With boots
(nylon tarpaulin)
10Ｚ−3Ｑ1
SD・LB・FA・FB・TA・TB
10Ｚ−3Ｑ2
SD・LB・FA・TA
With bracket
Applicable mounting styles: SD, TA, TB
Ｓ Rod eye with spherical bearing (S-end)
Ｔ Rod eye (T-end) (only φ50 and φ63)
Ｙ Rod clevis (Y-end) with pin
Ｆ Floating joint (F-end)
φ20・φ25・φ32・φ40・φ50・φ63
Dual stroke single rod
Ｎ With cushion pads on both ends (φ20 to φ40)
Ｂ With cushions on both ends (φ50 and φ63)
Ｎ No cushion (φ50 and φ63)
Cylinder stroke 1 (mm)
Sensor quantity (1, 2, 3)
Sensor symbol
Note) Select applicable sensors out of the
Sensor List.
Cylinder stroke 2 (mm)
＊For details, please contact us.
10Z-3
Custom Made Specifications
Specifications for Dual Stroke Cylinders
Series
10Ｚ−3Ａ1
SD・FA・TA
10Ｚ−3Ａ2
SD・LB・FA・FB・TA・TB
φ20・φ25・φ32・φ40・φ50・φ63
Note) For the working speed range, see the selection materials to check the relationship between the speed and the cushion mechanism.
Type
With boots
(nylon tarpaulin)
General Pneumatic Cylinders
1.5 MPa
Proof test pressure
Stroke 2
TA
Air
Working fluid
Mounting style
ou
Standard type/Switch Set 10Z−3A1
φ20・φ25・φ32・φ40・φ50・φ63
Cylinder bore (mm)
M
Series
10Z-3 General Pneumatic Cylinders
rb
10Z−3A2
st
Standard type/Switch Set
10Z−3A1
pe
With adjustable retracted stroke
Standard type/Switch Set
Ty
WIth adjustable extended stroke
g
Type
❶
Specifications for Adjustable Stroke Cylinders
❷
● How to order
AB
68
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Adjustable extended stroke
10Z − 3A1 SD Bore N Stroke
Dimensional Table/With adjustable extended stroke
Symbol
Bore φ20 to φ40
A
YP
WF
P＋stroke
stroke
YPP
24
17
45
stroke
−
−
−
−
−
−
−
−
−
−
KK
LL
MB
ＭＭ
P
RH
SB
SL
−
−
−
−
−
−
31
5
29
35
6
φ32
22
19
17
32
10
φ38
36
40
φ40
24
21
19
41
12
φ46
44
42
φ50
−
−
−
−
−
φ56
54
φ63
−
−
−
−
−
φ70
68
SB
SD
SE
SJ
SW
VF
VFF
WF
YP
YPP
ZJ
φ20
27
φ20
23
8
17
16
13
24
7
30
153
φ25
27
φ20
23
9
17
18
15
28
7.5
30.5
163
φ32
32
φ25
25
9
22
20
16
30
7.5
32.5
177
Width across flats 24
φ40
41
φ30
27
10
27
22
18
32
7.5
34.5
184
Ｍ16×1.5
φ50
−
−
−
−
−
−
−
−
−
−
−
φ63
−
−
−
−
−
−
−
−
−
−
−
SA
φ50
Bore
10Z-3
φ20
φ35
Width across flats 32
51＋stroke
50
Cushion pad
29
22
Width across flats 46
124＋stroke
Extended stroke adjustment range:
0 to 25 mm
EB
Adjustable retracted stroke
10Z − 3A2 SD Bore N Stroke
Bore φ20 to φ40
WF
A
AA
B2
P＋stroke
2−Rc1/8
Drawing symbol
SL
ZJ＋stroke
YP
VF
YP VF SN
VFF
Symbol
KK
MM
Width across flats D
SZ
MB
K
H＋stroke
EB
Width across flats SB
K
MB
LL＋stroke
10Z − 3A2 SD Bore B Stroke
Bore φ50・φ63
45°
24
A
AA
B1
B2
D
E
EB
H
h
K
φ20
20
20
13
30
6
φ28
26
31
5
14
Ｍ8×1.25
59
Ｍ22×1.5
φ8
45
7
13
48
φ25
22
22
17
30
8
φ31
29
35
6
14.5
Ｍ10×1.25
64
Ｍ22×1.5
φ10
49
7
13
46.5
φ32
22
19
17
32
10
φ38
36
40
6
15
Ｍ10×1.25
70
Ｍ24×2
φ12
55
8
17
51
φ40
24
21
19
41
12
φ46
44
42
7
15
Ｍ12×1.25
72
Ｍ30×2
φ14
57
9
19
52
φ50
−
−
−
−
−
φ56
54
−
−
−
−
−
−
−
−
−
−
−
φ63
−
−
−
−
−
φ70
68
−
−
−
−
−
−
−
−
−
−
−
SN
SQ
φ20
8
13
φ25
8
13
φ32
9.5
φ40
12
φ50
φ63
Bore
RH
h
Dimensional Table/With adjustable retracted stroke
SQ
VFF
B1
Retracted stroke adjustment range:
0 to 25 mm
57.5
149＋stroke
26
32
24
22
10
17
11
73＋stroke
Drawing symbol
Symbol
11 22 15
VF
VFF
WF
YP
Ｍ8×1.25
16
13
24
7
Ｍ8×1.25
18
15
28
7.5
110
17
Ｍ10×1.5
20
16
30
7.5
120
19
Ｍ12×1.75
22
18
32
7.5
126
−
−
−
−
−
−
−
−
−
−
−
−
−
−
−
−
SZ
ZJ
Bore
17
2−Rc1/4
2-cushion valve
24
11
Ｍ16×1.5
99
φ20
Width across flats 17
EB
−
−
26
φ31
2-cushion valve
22
50
−
−
φ28
8
10
2−Rc1/4
φ20
E
43
−
−
6
30
13
Width across flats 17
2−Ｍ40×2
43
9
30
17
Drawing symbol
40
Ｍ16×1.5
E
8
φ45
99
13
22
MM
Symbol
11
E
φ35
57
95
Ｍ12×1.25
20
22
214＋ (stroke×2)
10
55
φ14
Ｍ10×1.25
15
20
φ25
Width across flats SB
73＋stroke
11
22
φ12
Ｍ30×2
15
7
φ20
Extended stroke adjustment range:
0 to 25 mm
24
Ｍ24×2
6
K
Cushion pad
SE
LZ＋stroke
45°
2−Ｍ40×2
K
H＋stroke
32
39
h
Width across flats SW
10Z − 3A1 SD Bore B Stroke
Bore φ50・φ63
26
39
7
Ｍ22×1.5
H
SD
Width across flats D
EB
7
φ30
Ｍ22×1.5
87
EB
Ｍ16×2
22
51＋stroke
95＋stroke
22
Width across flats 24
Retracted stroke adjustment range:
0 to 25 mm
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
MM RD
MM
K
φ30
49
82
Ｍ10×1.25
E
KK
MB
45
φ10
Ｍ8×1.25
14.5
D
KK
E
φ8
14
B2
Width across flats B1
RH
h
RH
MB
B1
Bore
h
VFF
B1
RD
LZ
AA
SJ
SA
2−Rc1/8
VF
AA
P
KK
A
Drawing symbol
ZJ＋ (stroke×2)
B2
Unit: mm
AB
69
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
70
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Unit: mm
Dual stroke/single rod
10Z − 3Q1 SD Bore N Stroke 1 ＋ Stroke 2
Bore φ20 to φ40
Dimensional Table/Dual stroke/Single rod
Symbol
ZC＋ (stroke 1×2) ＋stroke 2
Drawing symbol
XC＋(stroke 1×2)＋stroke 2
WF YP
VF
VFF
RH
A
AA
h
P＋stroke 1＋stroke 2
3−Rc1/8
YPP
YP
P＋stroke 1
Filter plug
(Rc1/8)
CD
LR
KK
E
M
K
H＋stroke 1＋stroke 2
SS
K
H＋stroke 1
R
MB
L
EW
EB
LL＋ (stroke 1×2) ＋stroke 2
45°
B2
CD
D
E
EB
EW
H
h
K
KK
L
LL
φ20
20
20
13
30
φ8Ｈ9
6
φ28
26
16−0.1
−0.3
31
5
φ25
22
22
17
30
φ8Ｈ9
8
φ31
29
16−0.1
−0.3
35
6
φ32
22
19
17
32
φ10Ｈ9
10
φ38
36
16−0.1
−0.3
40
φ40
24
21
19
41
φ12Ｈ9
12
φ46
44
20−0.1
−0.3
φ50
−
−
−
−
−
−
φ56
54
φ63
−
−
−
−
−
−
φ70
68
LR
14
Ｍ8×1.25
12
121 Ｒ11
Ｍ22×1.5
14.5
Ｍ10×1.25
12
130 Ｒ11
Ｍ22×1.5
6
15
Ｍ10×1.25
14
144 Ｒ13
Ｍ24×2
42
7
15
Ｍ12×1.25
16
149 Ｒ15
Ｍ30×2
−
−
−
−
−
−
−
−
−
−
−
−
−
−
−
−
−
−
MM
P
RH
SS
VF
MB
Drawing symbol
11
11
Ｍ16×1.5
MR
P
RH
SS
VF
VFF
WF
XC
YP
YPP
ZC
Bore
φ20
φ8
Ｒ12
45
7
31
16
13
24
157
7
17
167
φ25
φ10
Ｒ12
49
7
31
18
15
28
170
7.5
17
180
φ32
φ12
Ｒ14
55
8
34
20
16
30
188
7.5
19
200
φ40
φ14
Ｒ16
57
9
35
22
18
32
197
7.5
20
209
φ50
−
−
−
−
−
−
−
−
−
−
−
−
φ63
−
−
−
−
−
−
−
−
−
−
−
−
10Z-3
24
B1
MM
10Z − 3Q1 SD Bore B Stroke 1 ＋ Stroke 2
Bore φ50・φ63
251＋ (stroke 1×2) ＋stroke 2
229＋ (stroke 1×2) ＋stroke 2
32 11 73＋stroke 1＋stroke 2
73＋stroke 1
29
22
4−Rc1/4
4-cushion valve
17
AA
Symbol
Stroke limit (stroke 1×2＋stroke 2)
Bore 20：400 mm Bore 25：600 mm Bore 32：800 mm Bore 40：900 mm
26
24
10
A
Bore
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
MM
Width across flats B1
Width across flats D
MB
Width across flats B2
Unit: mm
AB
71
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
φ20
E
Width across flats 17
Ｍ40×2
50
EB
22
51＋stroke 1＋stroke 2
51
51＋stroke 1
22
197＋ (stroke 1×2) ＋stroke 2
17 Ｍ40×2
22
Stroke limit (stroke 1×2＋stroke 2)：900 mm
Dual stroke/double rod
10Z − 3Q2 SD Bore N Stroke 1 ＋ Stroke 2
Bore φ20 to φ40
ZJ＋stroke 1＋stroke 2
WF YP
VF
VFF
RH
A
AA
B2
B1
2−MB
h
YPP
P＋stroke 2
4−Rc1/8
P＋stroke 1
YP
WF
VF
VFF
A
AA
Symbol
KK
MM
MM
Width across flats Ｄ
Width across
flats Ｄ
SS
H＋stroke 2
K
EB
H＋stroke 1
K
LL＋stroke 1＋stroke 2
Stroke limit (stroke 1＋stroke 2)
Bore 20：400 mm Bore 25：600 mm Bore 32：800 mm Bore 40：900 mm
10Z − 3Q2 SD Bore B Stroke 1 ＋ Stroke 2
Bore φ50・φ63
2−Ｍ40×2
24
26
24
10
45°
32 11
22
17
4−Rc1/4
4-cushion valve
11 32
22
17
26
24
10
Drawing symbol
φ20
Width across
flats 24
50
EB
Width across
flats 17
22
51＋stroke 2
45
51＋stroke 1
22
LL
MB
14
Ｍ8×1.25
121
Ｍ22×1.5
φ8
45
7
31
16
14.5
Ｍ10×1.25
130
Ｍ22×1.5
φ10
49
7
31
18
6
15
Ｍ10×1.25
142
Ｍ24×2
φ12
55
8
32
20
42
7
15
Ｍ12×1.25
146
Ｍ30×2
φ14
57
9
32
22
54
−
−
−
−
−
−
−
−
−
−
−
68
−
−
−
−
−
−
−
−
−
−
−
AA
B1
B2
D
E
EB
H
h
K
φ20
20
20
13
30
6
φ28
26
31
5
φ25
22
22
17
30
8
φ31
29
35
6
φ32
22
19
17
32
10
φ38
36
40
φ40
24
21
19
41
12
φ46
44
φ50
−
−
−
−
−
φ56
φ63
−
−
−
−
−
φ70
VFF
WF
YP
φ20
13
24
φ25
15
28
φ32
16
φ40
YPP
ZJ
7
17
167
7.5
17
182
30
7.5
17
196
18
32
7.5
17
203
φ50
−
−
−
−
−
φ63
−
−
−
−
−
Bore
Ｍ16×1.5
Ｍ16×1.5
φ20
KK
A
Symbol
255＋stroke 1＋stroke 2
73＋stroke 2
73＋stroke 1
23
11
E
Dimensional Table/Dual stroke/Double rod
Bore
h
KK
E
Drawing symbol
Width across flats 24
Width across flats 17
191＋stroke 1＋stroke 2
Stroke limit (stroke 1＋stroke 2)：900 mm
AB
72
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
10Z-3
AB
73
Setting method of sensor detecting position
Band fixing screw
M3×0.5
Fig. 1
Sensor fitting
Sensor
ZC type sensor
Set screw
Fig. 1
Sensor band
Sensor holder
Surface with
part number
Side R
Sensor
Set screw
１．Fit the sensor to the sensor holder. (Fig. 1)
Set the side R of the sensor holder downward,
and set the sensor surface with part number
upward.
２．Temporarily secure the sensor holder with its
side R downward using the sensor band.
３．Keep pressing the top of the sensor at the
detecting position, and tighten the set screw
to secure the band.
[Recommended tightening torque: 0.5 N･m]
Note) Tighten the set screw to the proper
tightening torque. Inappropriate
tightening torque may cause the
off-center of the sensor position.
４．To make a fine adjustment to the sensor
position in the axial direction, slightly loosen
the set screw, and only the sensor can be
moved.
Press.
Band fixing screw
M3×0.5
１．Twist the band body, and draw out one end of
the sensor fitting from the slit in the band.
２．Insert the sensor to the sensor fitting along
the groove, and attach the sensor fitting to the
band body. (Fig. 1)
３．After removing the band fixing screw (M3), wind
the band on the cylinder tube, and set the band
around the detecting position.
４．Align the band mounting hole and the threaded
portion, and lightly tighten the band fixing
screw to temporarily secure the band.
５．Move the band and the sensor on the tube to
determine the detecting position.
When the sensor turns on, the lamp lights up.
The detecting position delicately changes
depending on the piston rotating speed and
ambient temperature. Therefore, for reliable
detection, shift the sensor 2 to 3 mm from the
sensor ON position toward the piston start
position. To mount a sensor to detect the stroke
end, refer to dimension UX shown in the catalog.
Fig. 1
Sensor fitting
６．After determining the sensor position, gently
hold the top of the sensor, and tighten the
band fixing screw to secure the band.
[Recommended tightening torque: 0.3 N･m]
Note) Inappropriate tightening torque may cause
the off-center of the sensor position.
Sensor
SR type sensor
Press.
Band fixing screw
M4×0.5
１．Attach the sensor to the band with two sensor
mounting screws (M3).
[Recommended tightening torque: 0.3 N･m]
２．After removing the band fixing screw (M4),
wind the band on the cylinder tube, and set the
band around the detecting position.
３．Align the band mounting hole and the threaded
portion, and lightly tighten the band fixing
screw to temporarily secure the band.
４．Move the band and the sensor on the tube to
determine the detecting position.
The operation lamp goes out when the sensor
turns on. The detecting position delicately
changes depending on the piston rotating speed
and ambient temperature. Therefore, for reliable
detection, shift the sensor 2 to 3 mm from the
sensor ON position toward the piston start
position. To mount a sensor to detect the stroke
end, refer to dimension UX shown in the catalog.
５．After determining the sensor position, gently
hold the top of the sensor, and tighten the
band fixing screw to secure the band.
[Recommended tightening torque: 0.3 N･m]
Note) Inappropriate tightening torque may cause
the off-center of the sensor position.
10Z-3
10Z-3 General Pneumatic Cylinders
Press.
JR/JS type sensor
General Pneumatic Cylinders
１．Twist the band body, and draw out one end of
the sensor fitting from the slit in the band.
２．Insert the sensor to the sensor fitting along
the groove, and attach the sensor fitting to the
band body. (Fig. 1)
３．After removing the band fixing screw (M3), wind
the band on the cylinder tube, and set the band
around the detecting position.
４．Align the band mounting hole and the threaded
portion, and lightly tighten the band fixing
screw to temporarily secure the band.
５．Move the band and the sensor on the tube to
determine the detecting position.
When the sensor turns on, the lamp lights up.
The detecting position delicately changes
depending on the piston rotating speed and
ambient temperature. Therefore, for reliable
detection, shift the sensor 2 to 3 mm from the
sensor ON position toward the piston start
position. To mount a sensor to detect the
stroke end, refer to dimension UX shown in the
catalog. When a 2-LED sensor is used, ensure
that the green lamp lights up at the desired
position.
６．After determining the sensor position, gently
hold the top of the sensor, and tighten the
band fixing screw to secure the band.
[Recommended tightening torque: 0.3 N･m]
Note) Inappropriate tightening torque may cause
the off-center of the sensor position.
AX type sensor
AB
74
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Valve wiring procedures
Procedures for switching between energized extending and energized retracting types
(1)Loosen the cover set screw, remove the DIN socket from the coil, and separate the terminal cover and the
terminal body using a slotted screwdriver.
(2)Fit the cable gland, washer and cable gasket to the cable (cabtyre cord) in turn, and insert the cable to the
terminal cover.
(3)Loosen the screws of the terminals ① and ② and earth terminal, and connect the wires. The power supply
cable does not have polarity. (When crimp-style terminals are used, use terminals for screw diameter M3.)
(4)Put the terminal body in the terminal cover, tighten the cover mounting screw, and attach the cover to the
coil. (Recommended tightening torque: 0.4 N･m)
(5)Tighten the cable gland on the terminal cover. (Recommended tightening torque: 0.6 N･m)
Energized retracting type
Switching bolt
Loosen.
Loosen.
Lock nut
Hex. wrench
(width across
Tighten. flats 3 mm)
Applicable connecting wire
Applicable cable outer dia.
0.5 to 1.5mm2
φ4.5 to 7.0mm
Cover mounting screw
Earth terminal
Terminal cover
Tighten.
Cable gasket
Washer
Terminal ①
Cable gland
１
2
Terminal ②
Cabtyre cable
As shown in the figure, tighten the energized extending-retracting type switching mechanism with a hex. wrench having a width across flats of 3 mm.
To change the type, turn the mechanism 180°
, and tighten the switching bolt.
Recommended tightening torque: 2.40 N･m
How to use exhaust throttle valves
Energized extending type
At 0
０ １
Ｍ２ Ｍ１
Extending speed control:
Adjust the exhaust
throttle valve M1.
Retracting speed control:
Adjust the exhaust
throttle valve M2.
P
At 1
R
Retracting speed control:
Adjust the exhaust
throttle valve M1.
Extending speed control:
Adjust the exhaust
throttle valve M2.
Adjust the exhaust throttle valve with a slotted
screwdriver, and secure it with the lock nut.
Recommended tightening torque: 0.69 N･m
Do not loosen the exhaust throttle valve 4 turns or
more from the fully closed state.
(The valve is fully opened by giving approx. 3.6
turns from the fully closed state.)
After performing the manual
operation, return the manual
override to the initial state (to 0).
Slotted screwdriver
Main valve
Pilot valve
Coil
Coil cap
＊Loosen the coil cap, and the coil can be separated from the pilot valve. (Recommended tightening torque: 0.6 N･m)
Cushion adjusting procedures (for type with cushion)
Cushion adjustment depends on air pressure, load weight and cylinder speed. Therefore, when adjusting the
cushion, set the actual load under the same conditions as the actual working conditions.
To adjust the cushion, gradually loosen the cushion valve after opening it 45 to 90°from the fully closed state.
Adjust the cushion decreasing the cushioning power from high to low. In the high cushioning power range, the kinetic
energy and absorbed energy are not transferred smoothly, and bounding occurs. In the low cushioning power range,
the absorbed energy is lower than the kinetic energy, and the piston gets into direct contact with the cover, thereby
causing impact noise and damaging the cover. Adjust the cushion carefully observing the behavior of the cylinder.
Average speed (max. value) of VAL Set Cylinder
Cylinder speed
R
０ １
P
Ｍ２ Ｍ１
Energized extending type
When the manual override
is positioned at 1, the
cylinder will move forward
without current applied to
the solenoid.
Energized retracting type
When the manual override
is positioned at 1, the
cylinder will move
backward without current
applied to the solenoid.
Gasket
Terminal cover
How to use manual override
Energized retracting type
Terminal body
Terminal ②
Terminal body
10Z-3
Earth terminal
Terminal ①
Cylinder load rate：50 ％ (actual load)
Supply pressure：0.5 MPa
Average speed：Average speed
after the cylinder
starts moving
until it reaches
the stroke end
600
500
400
（mm/sec）300
200
100
0
φ20φ25φ32φ40
Bore
Use the graph to find the
approximate cylinder speed. Note
that the actual speed varies
depending on the working conditions.
Ensure that the working speed does
not exceed the working speed range.
Cylinder bore
Applicable tools
Recommended lock nut tightening torque
φ20, φ25
7-mm spanner and slotted screwdriver
0.69N・m
φ32, φ40
8-mm spanner and slotted screwdriver
1.42N・m
Recommended accessory/attachment tightening torque
Tighten each nut and bolt to the recommended tightening torque shown in the following table.
Recommended tightening torque of accessory mounting nut
Recommended tightening torque of rod end attachment fixing nut
M22 (φ20, φ25)
M24 (φ32)
M30 (φ40)
147N・m
181N・m
363N・m
M8 (φ20, φ25)
M10 (φ32)
M12 (φ40)
12.0N・m
24.0N・m
42.2N・m
AB
75
General Pneumatic Cylinders
VAL Set handling procedures
Energized extending type
10Z-3 General Pneumatic Cylinders
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Note) For standard and non-rotating cylinders with a bore of 25 mm, use rod end screws M10 and M8, respectively.
AB
76
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
AB
77
10Z-3
Round Type Pneumatic Cylinder
Bore φ 20 up to φ 63
Selection Materials
Selection of Stroke
Allowable Kinetic Energy
Cylinders with cushion pads (on both ends)
Cylinders with air cushions (on both ends)
Pin joints at both ends (D＝L)
φ63
200
200
φ40
φ40
100
φ32
φ25
50
40
30
D
φ20
❸
30
φ16
20
φ12
10
5
4
Fixed cylinder and free rod end
(D＝L/2)
10
5
4
3
3
2
2
❹
D
300
500 700
0
20
50
100
500 700
W
Kinetic energy of load Ex＝ V2
2g
With cushion pads
With air cushions
φ12
0.11J
−
W: Work weight (kg)
φ16
0.21J
−
g : Mass acceleration, 980 (cm/s²)
φ20
0.31J
0.69J
V : Piston speed (cm/s)
φ25
0.50J
1.1J
φ32
0.81J
1.8J
φ40
1.3J
2.7J
φ50
−
4.4J
φ63
−
7.0J
For the cylinders, two kinds of built-in cushioning mechanisms,
cushion pads and air cushions, are used. (Some types cannot
be provided with built-in cushioning mechanisms. See the
outline of the types.) To select a cushioning mechanism,
determine the kinetic energy of the load with the formula shown
right, or ensure that the energy does not exceed the allowable
kinetic energy according to the allowable kinetic energy chart.
If the energy exceeds the allowable value, increase the cylinder
bore, or provide an external stopper, such as a shock absorber.
D
❽
1
0.3
0.5
0.7
1
−
−
−
−
−
−
−
−
−
−
−
−
−
−
φ16
163 115
φ20
243 176 139 107
563 427 355 291 247 179 143 111
φ25
313 228 183 143
707 538 447 367 317 232 187 146
φ32
355 260 209 164
800 609 508 417 359 264 213 168
φ40
389 285 230 180
872 665 554 456 393 289 234 185
φ50
667 497 407 326 1455 1116 936 775 671 502 411 331
φ63
511 377 305 241 1145 876 733 605 516 381 310 246
89
67
Max. Stroke
Mounting style SD style (rod cover screwed)
and LB style
Working
pressure(MPa)
Bore (mm) 0.3 0.5 0.7 1
Unit: mm
FA style
FB style
SD style
(cap cover screwed)
0.3 0.5 0.7 1 0.3 0.5 0.7 1 0.3 0.5 0.7 1
φ32 371 276 225 180 375 280 229 184 151 103 77 55 151 103 77 55
Max. Stroke
Mounting style SD style (rod cover screwed)
and LB style
Working
pressure(MPa)
Bore (mm) 0.3 0.5 0.7 1
Unit: mm
FA style
FB style
SD style
(cap cover screwed)
0.3 0.5 0.7 1 0.3 0.5 0.7 1 0.3 0.5 0.7 1
φ12
752 574 479 395 755 577 482 398 352 263 216 174 354 265 218 175
φ16
554 421 350 286 557 424 353 289 250 183 148 116 252 185 149 118
φ20
798 609 507 417 802 613 511 421 370 275 224 179 370 275 224 179
φ25 1003 766 639 527 1007 770 643 531 469 351 288 231 469 351 288 231
D
φ32 1133 866 724 597 1137 870 728 601 531 398 327 263 531 398 327 263
φ40 1234 943 788 651 1238 947 792 655 581 436 358 289 581 436 358 289
❾
φ50 2048 1573 1321 1095 2068 1593 1341 1115 972 734 608 495 977 739 613 500
φ63 1613 1237 1036 857 1633 1257 1056 877 754 566 466 376 759 571 471 381
D
<How to read the chart>
To determine the work weight (rod end load)
applicable to a 32 mm bore cylinder with cushion
pads at the maximum speed of 500 mm/s: Find
the intersection of the vertical line of 500 mm/s
with the line of 32 mm bore cylinder, and draw a
line from the intersection to the left. Then, the
obtained load is 6 kg.
0.7
−
φ63 539 404 333 269 559 424 353 289 217 150 114 82 222 155 119 87
❼
Max. speed (mm/s)
Allowable Kinetic Energy
Cylinder bore (mm)
300
0.5
−
φ50 694 525 434 354 714 545 454 374 295 210 165 124 300 215 170 129
Fixed cylinder and rod end guide (pin joint)
(D＝1.4 L)
100
0.3
φ40 405 301 246 196 409 305 250 200 166 114 87 62 166 114 87 62
D
Max. speed (mm/s)
1
237 173 139 109
φ25 326 241 196 156 330 245 200 160 131 89 66 46 131 89 66 46
D
0.5
50
0.7
φ12
φ20 257 189 153 121 261 193 157 125 99 65 47 31 99 65 47 31
1
20
0.5
TB style
φ16 174 126 100 78 177 129 103 81 60 36 23 12 61 37 25 13
❻
0
0.3
TA style
φ12 244 180 147 116 247 183 150 119 99 67 50 35 100 68 51 36
❺
1
Unit: mm
CA style
Fixed cylinder and rod end guide
（D＝2L）
Max. Stroke
Mounting style SD style (rod cover screwed)
and LB style
Working
pressure(MPa)
Bore (mm) 0.3 0.5 0.7 1
Unit: mm
FA style
FB style
SD style
(cap cover screwed)
0.3 0.5 0.7 1 0.3 0.5 0.7 1 0.3 0.5 0.7 1
φ12 1090 836 701 580 1093 839 704 583 522 394 327 266 523 396 328 268
D
φ16
808 617 516 425 811 620 519 428 377 282 231 186 379 283 232 187
φ20 1159 888 744 615 1163 892 748 619 550 415 342 278 550 415 342 278
φ25 1454 1115 935 774 1458 1119 939 778 695 526 435 355 695 526 435 355
D
φ32 1640 1259 1056 875 1644 1263 1060 879 785 594 493 402 785 594 493 402
φ40 1787 1371 1150 953 1791 1375 1154 957 857 650 539 441 857 650 539 441
φ50 2951 2272 1912 1590 2971 2292 1932 1610 1423 1084 903 742 1428 1089 908 747
D
φ63 2330 1792 1505 1250 2350 1812 1525 1270 1112 843 700 572 1117 848 705 577
10Z-3
Work weight (kg)
20
Work weight (kg)
❷
φ25
50
40
φ20
D
φ32
Mounting style
Working
pressure(MPa)
Bore (mm)
General Pneumatic Cylinders
10Z-3 General Pneumatic Cylinders
100
D
❶
φ50
Max. Stroke