High-Power - 株式会社コスメック [油圧クランプ,エ … Lock Side 16.2cm3 Release Side...

Rodless HollowPneumatic Work Support

WNA

High-Power PneumaticSwing Clamp

WHE

High-Power PneumaticLink Clamp

WCE

High-Power PneumaticHole Clamp

SWE

High-Power PneumaticWork Support

WNC

High-Power PneumaticPallet Clamp

WVS

High-Power HydraulicSwing Clamp

LHE

High-Power HydraulicLink Clamp

LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series

Valve / CouplerHydraulic Unit

Cautions / Others

Manual OperationAccessories

Action DescriptionApplication ExamplesFeatures Model No. Indication

SpecificationsLever DesignDimensions

Air SensingOption AccessoriesAction Description

Application ExamplesFeatures PerformanceCurve

ExternalDimensions Cautions

Mechanical Locking System with Hydraulic Force

Equivalent clamping force,２sizes smaller!!

Holding ForceHolding force is the force that endures reaction

force (load), not the force that presses a workpiece.

The high holding force enables heavy load machining

and high accurate machining.

Energy-SavingLHE exerts high output force even with

low pressure. The compact cylinder enables

energy-saving by using less amount of oil.

Application Examples

Action Description

Endure

Press

Reaction Force

Image of Mechanical Lock

Clamping ForceClamping Force

※ Full Scale

＜ For Backside Machining ＞＜ For High Accurate Machining of Thin Workpiece ＞

Holding force enables machining workpiece without deformation.

Holding Force

LowClamping Force

+

(Workpiece should be clamped

within the lock stroke range.)

Release Hydraulic Pressure ：ON

Lock Hydraulic Pressure ：OFF

Release Hydraulic Pressure ：OFF

Lock Hydraulic Pressure ：ON (Pressure rising)


Lock Hydraulic Pressure ：ON

(Pressurization completed)

After clamping the workpiece, clamping

force and holding force will be generated by

mechanical locking system and hydraulic force.

Before swing

(Released State)

Action completed

(Clamped State)

The lever descends as it swings. After swing completion,

it descends vertically.

Strong Clamping Force with Mechanical LockThe mechanical locking system and hydraulic force allows

the LHE model to exert greater

clamping force than the same size as the comparison model LHA.

Hydraulic Swing Clamp (Comparison Model)Model LHA0650

（ 9.1 ）

High-Power Swing ClampModel LHE0480New

High-Power Swing Clamp LHE0480

Comparison ModelLHA0650

＜ For Space-Saving・Heavy Load Machining ＞

MPa0 10

Strong Clamping Force with Holding Force

Low Pressure

a maximum of 2.1timesHigh-PowerSwing ClampHydraulic Double Action

Model LHE

kNClamping Force Holding Force4.5

kg2.8

kN4.2 kN

kg1.6※ Hydraulic Pressure at 4MPa

mm2Projected Area

Cylinder CapacityLock Side

(81×70mm) (61×51mm)5670

cm326.7Release Side

cm340.9Lock Side

cm316.2Release Side

cm322.7

43% Lighter

Holding Force Newly Added

45% Smaller mm23111

Mass※ Weight of the clamp without clamp lever

40% Less Volume

Cylinder Outer Diameter 26% Smallermm65.0 mm48.0

(Lever Length：56.5mm) (Lever Length：42mm)

PAT.

11


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others



SpecificationsLever DesignDimensions



ExternalDimensions Cautions

Mechanical Locking System with Hydraulic Force

Equivalent clamping force,２sizes smaller!!

Holding ForceHolding force is the force that endures reaction

force (load), not the force that presses a workpiece.

The high holding force enables heavy load machining

and high accurate machining.

Energy-SavingLHE exerts high output force even with

low pressure. The compact cylinder enables

energy-saving by using less amount of oil.


Action Description

Endure

Press

Reaction Force

Image of Mechanical Lock

Clamping ForceClamping Force

※ Full Scale

＜ For Backside Machining ＞＜ For High Accurate Machining of Thin Workpiece ＞

Holding force enables machining workpiece without deformation.

Holding Force

LowClamping Force

+

(Workpiece should be clamped

within the lock stroke range.)

Release Hydraulic Pressure ：ON

Lock Hydraulic Pressure ：OFF


Lock Hydraulic Pressure ：ON (Pressure rising)


Lock Hydraulic Pressure ：ON

(Pressurization completed)

After clamping the workpiece, clamping

force and holding force will be generated by

mechanical locking system and hydraulic force.

Before swing

(Released State)

Action completed

(Clamped State)

The lever descends as it swings. After swing completion,

it descends vertically.

Strong Clamping Force with Mechanical LockThe mechanical locking system and hydraulic force allows

the LHE model to exert greater

clamping force than the same size as the comparison model LHA.

Hydraulic Swing Clamp (Comparison Model)Model LHA0650

（ 9.1 ）

High-Power Swing ClampModel LHE0480New

High-Power Swing Clamp LHE0480

Comparison ModelLHA0650

＜ For Space-Saving・Heavy Load Machining ＞

MPa0 10

Strong Clamping Force with Holding Force

Low Pressure

a maximum of 2.1timesHigh-PowerSwing ClampHydraulic Double Action

Model LHE

kNClamping Force Holding Force4.5

kg2.8

kN4.2 kN

kg1.6※ Hydraulic Pressure at 4MPa

mm2Projected Area

Cylinder CapacityLock Side

(81×70mm) (61×51mm)5670

cm326.7Release Side

cm340.9Lock Side

cm316.2Release Side

cm322.7

43% Lighter

Holding Force Newly Added

45% Smaller mm23111

Mass※ Weight of the clamp without clamp lever

40% Less Volume

Cylinder Outer Diameter 26% Smallermm65.0 mm48.0

(Lever Length：56.5mm) (Lever Length：42mm)

PAT.

12


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others


Lever DesignDimensions



ExternalDimensions CautionsHigh-Power Swing Clamp　Hydraulic Double Action model LHE

Model No. IndicationSpecifications

Notes： ※1. Clamping force cannot be calculated from the cylinder inner diameter and rod diameter. Please refer to the clamping force curve. ※2. F , F1, F2 ： Clamping Force (kN), Fk , Fk1 , Fk2 ： Holding Force (kN), P ： Supply Hydraulic Pressure (MPa), L , L1 ,L2 ： Distance between the piston center and the clamping point (mm), L3 ：L1+L2(mm). It might be within the non-usable range depending on the value of P and L, please check the clamping force curve on P.15 and holding force curve on P.17. ※3. The specification value of cylinder force, clamping force, holding force and swing completion position repeatability is fulfilled only when clamping within the lock stroke range. (Please refer to "The specification value is not fulfilled when clamping out of the lock stroke range." on P.51.) ※4. Minimum pressure to operate the clamp without load. 1. Please refer to External Dimensions for cylinder capacity and mass.

※ Speed control valve (BZL) is sold separately. Please refer to P.891. ※ Meter-out circuit should be used for speed control.

4

2

3SC

Swing Direction When Clamping

R ： Clockwise

L ： Counter-Clockwise

Piping Method

C ： Gasket Option (With G Thread Plug)

S ： Piping Option (With Rc Thread Port)

5 Action Confirmation Method

Blank ： None (Standard)

M ： Air Sensing Manifold Option

N ： Air Sensing Piping Option

6 Options

Blank ： None (Standard：Taper Lock Lever Option)

A ： Quick Change Lever Type A

F ： Quick Change Lever Type F

P ： Balance Lever Option

Y□ ： Swing Angle Selectable Option （Y30 ： 30° / Y45 ： 45° / Y60 ： 60°)

Piping OptionRc Thread PortNo Gasket Port

With G Thread PlugAble to attach

speed control valve

Gasket Option

1

Only when selecting 　 Body Size 040/048/055.1

1 2 3 4 5 6

※ Outer diameter (φD) of the cylinder.

030 ： φD=30mm

036 ： φD=36mm

040 ： φD=40mm

048 ： φD=48mm

055 ： φD=55mm

0 ： Revision Number

Design No.

LHE 040 0 - C R -

R LSwing DirectionWhen Clamping

Swing DirectionWhen Clamping

※ Please contact us when action check method have a combination with option.

φD

Model No. Indication

Body Size Holding Force (Calculation Formula)※2 kN

ABlank F P Y□

Specifications

Full Stroke Swing Stroke (90°) Vertical Stroke Idle Stroke Lock Stroke※3

Swing Angle Accuracy Swing Completion Position Repeatability Option Full Stroke Swing Stroke Vertical Stroke Idle Stroke Lock Stroke※3

Swing Angle Accuracy Swing Completion Position Repeatability

Model No. Cylinder Force (at 5MPa) Cylinder Inner Diameter ※1

Rod Diameter ※1

Max. Operating Pressure Min. Operating Pressure ※4

Withstanding Pressure Operating Temperature Usable Fluid

LHE0300-□□□-□ LHE0360-□□□-□ LHE0400-□□□-□ LHE0480-□□□-□ 2.3 3.5 5.1 6.7 20 26 31 37 12 15 18 22

12 13 15 17 7.5 8 9 11 4.5 5 6 6 2 2 2.5 2.5 2.5 3 3.5 3.5 90°±3° ±0.75° ±0.5°

4.5 5 6 6 2 2 2.5 2.5 2.5 3 3.5 3.5

±0.75° ±0.5° 6.0 1.5

9.0 0 ～ 70 General Hydraulic Oil Equivalent to ISO-VG-32

OptionBlank/A /F/P

6

Option Y□6

Y30 Y45 Y60 9 10 11 4 5 6

30°±3° 45°±3° 60°±3°

Y30 Y45 Y60 7.8 8.9 9.9 3.3 4.4 5.4

30°±3° 45°±3° 60°±3°

Y30 Y45 Y60 10.7 11.7 12.8 4.7 5.7 6.8

30°±3° 45°±3° 60°±3°

Y30 Y45 Y60 11.7 13 14.3 5.7 7 8.3

30°±3° 45°±3° 60°±3°

6

6

Option Blank/A/F/Y□6

Option P6

Blank Selected5

M/N Selected5

kNmmmm

mmmmmmmmmm

mmmmmmmmmm

MPa

MPa℃

Fk=1-0.0042×L1.03×P

Fk=1-0.0036×L1.60×P

Fk=1-0.0032×L1.98×P

F1= (L2/L3)×0.69×PF2= (L1/L3)×0.69×P

F1= (L2/L3)×1.03×PF2= (L1/L3)×1.03×P

F1= (L2/L3)×1.33×PF2= (L1/L3)×1.33×P

Fk1= (L2/L3)×1.03×PFk2= (L1/L3)×1.03×P

Fk=1-0.0044×L0.76×P

F=2.34+0.0118×L

P

F=0.53+0.0017×L

P

F=1.59+0.0076×L

PF=1.07+0.0044×L

PF=0.82+0.0030×L

P

F1= (L2/L3)×0.46×PF2= (L1/L3)×0.46×P

Fk1= (L2/L3)×0.76×PFk2= (L1/L3)×0.76×P

Fk1= (L2/L3)×1.60×PFk2= (L1/L3)×1.60×P

Fk1= (L2/L3)×1.98×PFk2= (L1/L3)×1.98×P





Rod Diameter ※1



LHE0550-□□□-□ 10.3 44 25

18.5 12.5 6 2 4 90°±3° ±0.5°

6 2 4

±0.5° 6.0 1.5 2.0 9.0 0 ～ 70 General Hydraulic Oil Equivalent to ISO-VG-32

6

6

Y30 Y45 Y60 12.5 14 15.5 6.5 8 9.5

30°±3° 45°±3° 60°±3°

6

6

6

6

kNmmmm

mmmmmmmmmm

mmmmmmmmmm

MPa

MPa℃

Fk=1-0.0026×L3.18×P

F1= (L2/L3)×2.06×PF2= (L1/L3)×2.06×P

Fk1= (L2/L3)×3.18×PFk2= (L1/L3)×3.18×P

L2L1L3

F2F1F

L

MPa

MPa

- 2.0

5

5

Option Blank/A/F/Y□

Option P

Clamping Force (Calculation Formula)※2 kN

(Break down)

(Break down)

Holding Force (Calculation Formula)※2 kN

OptionBlank/A /F/P

Option Y□



Option P


Option P

(Break down)

(Break down)

Blank SelectedM/N Selected

13


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





ExternalDimensions CautionsHigh-Power Swing Clamp　Hydraulic Double Action model LHE

Model No. IndicationSpecifications

Notes： ※1. Clamping force cannot be calculated from the cylinder inner diameter and rod diameter. Please refer to the clamping force curve. ※2. F , F1, F2 ： Clamping Force (kN), Fk , Fk1 , Fk2 ： Holding Force (kN), P ： Supply Hydraulic Pressure (MPa), L , L1 ,L2 ： Distance between the piston center and the clamping point (mm), L3 ：L1+L2(mm). It might be within the non-usable range depending on the value of P and L, please check the clamping force curve on P.15 and holding force curve on P.17. ※3. The specification value of cylinder force, clamping force, holding force and swing completion position repeatability is fulfilled only when clamping within the lock stroke range. (Please refer to "The specification value is not fulfilled when clamping out of the lock stroke range." on P.51.) ※4. Minimum pressure to operate the clamp without load. 1. Please refer to External Dimensions for cylinder capacity and mass.

※ Speed control valve (BZL) is sold separately. Please refer to P.891. ※ Meter-out circuit should be used for speed control.

4

2

3SC

Swing Direction When Clamping

R ： Clockwise

L ： Counter-Clockwise

Piping Method

C ： Gasket Option (With G Thread Plug)

S ： Piping Option (With Rc Thread Port)

5 Action Confirmation Method

Blank ： None (Standard)

M ： Air Sensing Manifold Option

N ： Air Sensing Piping Option

6 Options

Blank ： None (Standard：Taper Lock Lever Option)

A ： Quick Change Lever Type A

F ： Quick Change Lever Type F

P ： Balance Lever Option

Y□ ： Swing Angle Selectable Option （Y30 ： 30° / Y45 ： 45° / Y60 ： 60°)

Piping OptionRc Thread PortNo Gasket Port

With G Thread PlugAble to attach

speed control valve

Gasket Option

1

Only when selecting 　 Body Size 040/048/055.1

1 2 3 4 5 6

※ Outer diameter (φD) of the cylinder.

030 ： φD=30mm

036 ： φD=36mm

040 ： φD=40mm

048 ： φD=48mm

055 ： φD=55mm


Design No.

LHE 040 0 - C R -

R LSwing DirectionWhen Clamping


※ Please contact us when action check method have a combination with option.

φD


Body Size Holding Force (Calculation Formula)※2 kN

ABlank F P Y□

Specifications





Rod Diameter ※1



LHE0300-□□□-□ LHE0360-□□□-□ LHE0400-□□□-□ LHE0480-□□□-□ 2.3 3.5 5.1 6.7 20 26 31 37 12 15 18 22

12 13 15 17 7.5 8 9 11 4.5 5 6 6 2 2 2.5 2.5 2.5 3 3.5 3.5 90°±3° ±0.75° ±0.5°

4.5 5 6 6 2 2 2.5 2.5 2.5 3 3.5 3.5

±0.75° ±0.5° 6.0 1.5

9.0 0 ～ 70 General Hydraulic Oil Equivalent to ISO-VG-32

OptionBlank/A /F/P

6

Option Y□6

Y30 Y45 Y60 9 10 11 4 5 6

30°±3° 45°±3° 60°±3°

Y30 Y45 Y60 7.8 8.9 9.9 3.3 4.4 5.4

30°±3° 45°±3° 60°±3°

Y30 Y45 Y60 10.7 11.7 12.8 4.7 5.7 6.8

30°±3° 45°±3° 60°±3°

Y30 Y45 Y60 11.7 13 14.3 5.7 7 8.3

30°±3° 45°±3° 60°±3°

6

6

Option Blank/A/F/Y□6

Option P6

Blank Selected5

M/N Selected5

kNmmmm

mmmmmmmmmm

mmmmmmmmmm

MPa

MPa℃

Fk=1-0.0042×L1.03×P

Fk=1-0.0036×L1.60×P

Fk=1-0.0032×L1.98×P

F1= (L2/L3)×0.69×PF2= (L1/L3)×0.69×P

F1= (L2/L3)×1.03×PF2= (L1/L3)×1.03×P

F1= (L2/L3)×1.33×PF2= (L1/L3)×1.33×P

Fk1= (L2/L3)×1.03×PFk2= (L1/L3)×1.03×P

Fk=1-0.0044×L0.76×P

F=2.34+0.0118×L

P

F=0.53+0.0017×L

P

F=1.59+0.0076×L

PF=1.07+0.0044×L

PF=0.82+0.0030×L

P

F1= (L2/L3)×0.46×PF2= (L1/L3)×0.46×P

Fk1= (L2/L3)×0.76×PFk2= (L1/L3)×0.76×P

Fk1= (L2/L3)×1.60×PFk2= (L1/L3)×1.60×P

Fk1= (L2/L3)×1.98×PFk2= (L1/L3)×1.98×P





Rod Diameter ※1



LHE0550-□□□-□ 10.3 44 25

18.5 12.5 6 2 4 90°±3° ±0.5°

6 2 4

±0.5° 6.0 1.5 2.0 9.0 0 ～ 70 General Hydraulic Oil Equivalent to ISO-VG-32

6

6

Y30 Y45 Y60 12.5 14 15.5 6.5 8 9.5

30°±3° 45°±3° 60°±3°

6

6

6

6

kNmmmm

mmmmmmmmmm

mmmmmmmmmm

MPa

MPa℃

Fk=1-0.0026×L3.18×P

F1= (L2/L3)×2.06×PF2= (L1/L3)×2.06×P

Fk1= (L2/L3)×3.18×PFk2= (L1/L3)×3.18×P

L2L1L3

F2F1F

L

MPa

MPa

- 2.0

5

5


Option P


(Break down)

(Break down)

Holding Force (Calculation Formula)※2 kN

OptionBlank/A /F/P

Option Y□



Option P


Option P

(Break down)

(Break down)

Blank SelectedM/N Selected

14


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others




Application ExamplesFeatures ExternalDimensions CautionsModel No. Indication

Specificationsmodel LHEPerformanceCurveHigh-Power Swing Clamp　Clamping Force Curve

Clamping Force Curve

Cylinder Force

L=80(s=63)L=60(s=43)L=40(s=23)L=25(s=8)

0

0.5

1

1.5

2

2.5

3

1 2 3 4 5 6P：Supply Hydraulic Pressure (MPa)

F：Clamping Force (kN)

Cylinder Force

L=150(s=124.5)L=120(s=94.5)L=80(s=54.5)L=50(s=24.5)

0

1

2

3

4

5

6

7

8

9



Cylinder Force

L=150(s=120)L=120(s=90)L=80(s=50)L=50(s=20)

0

2

4

6

8

10

12



Cylinder Force

L=100(s=80)L=80(s=60)L=50(s=30)L=30(s=10)

0

0.5

1

1.5

2

2.5

3.5

3

4

4.5



Cylinder Force

L=120(s=97.5)L=100(s=77.5)L=80(s=57.5)

L=40(s=17.5)

0

1

4

5

6

2

3



Non-Usable Range (■)





Cylinder Force Clamping Force (kN) Non-Usable Range(■) Max. Lever Length (kN) Lever Length L (mm) (L) L=25 L=30 L=35 L=40 L=50 L=60 L=70 L=80 (mm) 6 2.7 2.3 2.2 2.2 38 5.5 2.5 2.1 2.0 2.0 2.0 42 5 2.3 1.9 1.9 1.8 1.8 47 4.5 2.1 1.7 1.7 1.6 1.6 1.5 54 4 1.8 1.5 1.5 1.5 1.4 1.4 1.3 63 3.5 1.6 1.3 1.3 1.3 1.2 1.2 1.1 1.1 75 3 1.4 1.1 1.1 1.1 1.1 1.0 1.0 0.9 0.9 90 2.5 1.1 0.9 0.9 0.9 0.9 0.9 0.8 0.8 0.8 90 2 0.9 0.8 0.7 0.7 0.7 0.7 0.7 0.6 0.6 90 1.5 0.7 0.6 0.6 0.5 0.5 0.5 0.5 0.5 0.5 90 Max. Operating Pressure (MPa) 6.0 6.0 6.0 5.7 4.8 4.1 3.7 3.3

LHE0300 F = P ／ ( 2.34 + 0.0118×L)Clamping Force Calculation Formula (kN)※1

Cylinder Force Clamping Force (kN) Non-Usable Range(■) Max. Lever Length (kN) Lever Length L (mm) (L) L=50 L=60 L=70 L=80 L=90 L=100 L=120 L=150 (mm) 6 8.0 6.2 6.0 5.8 5.7 5.5 92 5.5 7.3 5.7 5.5 5.3 5.2 5.0 4.9 103 5 6.7 5.2 5.0 4.9 4.7 4.6 4.5 118 4.5 6.0 4.6 4.5 4.4 4.2 4.1 4.0 3.8 137 4 5.3 4.1 4.0 3.9 3.8 3.7 3.6 3.4 3.1 160 3.5 4.7 3.6 3.5 3.4 3.3 3.2 3.1 3.0 2.8 160 3 4.0 3.1 3.0 2.9 2.8 2.8 2.7 2.5 2.4 160 2.5 3.3 2.6 2.5 2.4 2.4 2.3 2.2 2.1 2.0 160 2 2.7 2.1 2.0 1.9 1.9 1.8 1.8 1.7 1.6 160 1.5 2.0 1.5 1.5 1.5 1.4 1.4 1.3 1.3 1.2 160 Max. Operating Pressure (MPa) 6.0 6.0 6.0 6.0 6.0 5.6 4.9 4.2

LHE0480 F = P ／ ( 0.82 + 0.0030×L)

Cylinder Force Clamping Force (kN) Non-Usable Range(■) Max. Lever Length (kN) Lever Length L (mm) (L) L=50 L=60 L=70 L=80 L=90 L=100 L=120 L=150 (mm) 6 12.4 9.8 9.5 9.2 9.0 82 5.5 11.3 8.9 8.7 8.5 8.3 8.1 92 5 10.3 8.1 7.9 7.7 7.5 7.3 7.1 104 4.5 9.3 7.3 7.1 6.9 6.8 6.6 6.4 6.1 120 4 8.2 6.5 6.3 6.2 6.0 5.9 5.7 5.4 142 3.5 7.2 5.7 5.5 5.4 5.3 5.1 5.0 4.8 4.5 170 3 6.2 4.9 4.7 4.6 4.5 4.4 4.3 4.1 3.8 170 2.5 5.1 4.1 4.0 3.9 3.8 3.7 3.6 3.4 3.2 170 2 4.1 3.3 3.2 3.1 3.0 2.9 2.9 2.7 2.5 170 1.5 3.1 2.4 2.4 2.3 2.3 2.2 2.1 2.0 1.9 170 Max. Operating Pressure (MPa) 6.0 6.0 6.0 6.0 5.6 5.2 4.5 3.9

LHE0550 F = P ／ ( 0.53 + 0.0017×L) Cylinder Force Clamping Force (kN) Non-Usable Range(■) Max. Lever Length (kN) Lever Length L (mm) (L) L=30 L=40 L=50 L=60 L=70 L=80 L=90 L=100 (mm) 6 4.2 3.3 3.2 3.0 53 5.5 3.8 3.0 2.9 2.8 59 5 3.5 2.8 2.6 2.5 2.4 67 4.5 3.1 2.5 2.4 2.3 2.2 2.1 77 4 2.8 2.2 2.1 2.0 2.0 1.9 1.8 1.8 91 3.5 2.4 1.9 1.8 1.8 1.7 1.6 1.6 1.5 1.5 110 3 2.1 1.7 1.6 1.5 1.5 1.4 1.4 1.3 1.3 120 2.5 1.7 1.4 1.3 1.3 1.2 1.2 1.1 1.1 1.1 120 2 1.4 1.1 1.1 1.0 1.0 0.9 0.9 0.9 0.9 120 1.5 1.0 0.8 0.8 0.8 0.7 0.7 0.7 0.7 0.6 120 Max. Operating Pressure (MPa) 6.0 6.0 6.0 5.4 4.8 4.4 4.0 3.7

LHE0360 F = P ／ ( 1.59 + 0.0076×L)

Cylinder Force Clamping Force (kN) Non-Usable Range(■) Max. Lever Length (kN) Lever Length L (mm) (L) L=40 L=50 L=60 L=70 L=80 L=90 L=100 L=120 (mm) 6 6.2 4.8 4.7 4.5 61 5.5 5.6 4.4 4.3 4.1 69 5 5.1 4.0 3.9 3.7 3.6 78 4.5 4.6 3.6 3.5 3.4 3.3 3.2 89 4 4.1 3.2 3.1 3.0 2.9 2.8 2.7 2.6 105 3.5 3.6 2.8 2.7 2.6 2.5 2.5 2.4 2.3 2.2 128 3 3.1 2.4 2.3 2.2 2.2 2.1 2.0 2.0 1.9 145 2.5 2.6 2.0 1.9 1.9 1.8 1.8 1.7 1.7 1.6 145 2 2.1 1.6 1.6 1.5 1.5 1.4 1.4 1.3 1.3 145 1.5 1.5 1.2 1.2 1.1 1.1 1.1 1.0 1.0 0.9 145 Max. Operating Pressure (MPa) 6.0 6.0 6.0 5.4 4.9 4.4 4.1 3.7

LHE0400 F = P ／ ( 1.07 + 0.0044×L)

Clamping Force Calculation Formula (kN)※1




HydraulicPressure(MPa)





(Example) When using LHE0360 Supply Hydraulic Pressure 3.0MPa, Lever Length L=40mm, Clamping force is about 1.6kN.

Notes： ※1. F ： Clamping Force (kN), P ： Supply Hydraulic Pressure (MPa), L ： Lever Length (mm). 1. Tables and graphs shown are the relationships between the clamping force (kN) and supply hydraulic pressure (MPa). 2. Cylinder force (when L=0) cannot be calculated with the formula of clamping force. 3. There may be no lever swing action with large inertia depending on supply hydraulic pressure or lever mounting position. 4. Clamping force shown in the below tables and graphs is the value when clamping within the lock stroke range (not the value for the idle stroke range). (Please refer to "The specification value is not fulfilled when clamping out of the lock stroke range." on P.51) 5. The clamping force varies depending on the lever length. Set the supply hydraulic pressure suitable to the lever length. 6. Using in the non-usable range may damage the clamp and lead to fluid leakage.

LHEApplicable Model

1 Body Size 6 OptionBlank/A/F/Y□ Selected

0 - -

※ LHE-P：For balance lever option, the clamping force curve is different

from the graph. Please calculate it with the specification's formula.

CS

RL

BlankMN

BlankAF

Y□

s

L : Lever Length (mm)

F:Clamping Force (kN)P:Hydraulic Pressure (MPa)

15


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





Specificationsmodel LHEPerformanceCurveHigh-Power Swing Clamp　Clamping Force Curve

Clamping Force Curve

Cylinder Force

L=80(s=63)L=60(s=43)L=40(s=23)L=25(s=8)

0

0.5

1

1.5

2

2.5

3



Cylinder Force

L=150(s=124.5)L=120(s=94.5)L=80(s=54.5)L=50(s=24.5)

0

1

2

3

4

5

6

7

8

9



Cylinder Force

L=150(s=120)L=120(s=90)L=80(s=50)L=50(s=20)

0

2

4

6

8

10

12



Cylinder Force

L=100(s=80)L=80(s=60)L=50(s=30)L=30(s=10)

0

0.5

1

1.5

2

2.5

3.5

3

4

4.5



Cylinder Force

L=120(s=97.5)L=100(s=77.5)L=80(s=57.5)

L=40(s=17.5)

0

1

4

5

6

2

3








Cylinder Force Clamping Force (kN) Non-Usable Range(■) Max. Lever Length (kN) Lever Length L (mm) (L) L=25 L=30 L=35 L=40 L=50 L=60 L=70 L=80 (mm) 6 2.7 2.3 2.2 2.2 38 5.5 2.5 2.1 2.0 2.0 2.0 42 5 2.3 1.9 1.9 1.8 1.8 47 4.5 2.1 1.7 1.7 1.6 1.6 1.5 54 4 1.8 1.5 1.5 1.5 1.4 1.4 1.3 63 3.5 1.6 1.3 1.3 1.3 1.2 1.2 1.1 1.1 75 3 1.4 1.1 1.1 1.1 1.1 1.0 1.0 0.9 0.9 90 2.5 1.1 0.9 0.9 0.9 0.9 0.9 0.8 0.8 0.8 90 2 0.9 0.8 0.7 0.7 0.7 0.7 0.7 0.6 0.6 90 1.5 0.7 0.6 0.6 0.5 0.5 0.5 0.5 0.5 0.5 90 Max. Operating Pressure (MPa) 6.0 6.0 6.0 5.7 4.8 4.1 3.7 3.3

LHE0300 F = P ／ ( 2.34 + 0.0118×L)Clamping Force Calculation Formula (kN)※1

Cylinder Force Clamping Force (kN) Non-Usable Range(■) Max. Lever Length (kN) Lever Length L (mm) (L) L=50 L=60 L=70 L=80 L=90 L=100 L=120 L=150 (mm) 6 8.0 6.2 6.0 5.8 5.7 5.5 92 5.5 7.3 5.7 5.5 5.3 5.2 5.0 4.9 103 5 6.7 5.2 5.0 4.9 4.7 4.6 4.5 118 4.5 6.0 4.6 4.5 4.4 4.2 4.1 4.0 3.8 137 4 5.3 4.1 4.0 3.9 3.8 3.7 3.6 3.4 3.1 160 3.5 4.7 3.6 3.5 3.4 3.3 3.2 3.1 3.0 2.8 160 3 4.0 3.1 3.0 2.9 2.8 2.8 2.7 2.5 2.4 160 2.5 3.3 2.6 2.5 2.4 2.4 2.3 2.2 2.1 2.0 160 2 2.7 2.1 2.0 1.9 1.9 1.8 1.8 1.7 1.6 160 1.5 2.0 1.5 1.5 1.5 1.4 1.4 1.3 1.3 1.2 160 Max. Operating Pressure (MPa) 6.0 6.0 6.0 6.0 6.0 5.6 4.9 4.2

LHE0480 F = P ／ ( 0.82 + 0.0030×L)

Cylinder Force Clamping Force (kN) Non-Usable Range(■) Max. Lever Length (kN) Lever Length L (mm) (L) L=50 L=60 L=70 L=80 L=90 L=100 L=120 L=150 (mm) 6 12.4 9.8 9.5 9.2 9.0 82 5.5 11.3 8.9 8.7 8.5 8.3 8.1 92 5 10.3 8.1 7.9 7.7 7.5 7.3 7.1 104 4.5 9.3 7.3 7.1 6.9 6.8 6.6 6.4 6.1 120 4 8.2 6.5 6.3 6.2 6.0 5.9 5.7 5.4 142 3.5 7.2 5.7 5.5 5.4 5.3 5.1 5.0 4.8 4.5 170 3 6.2 4.9 4.7 4.6 4.5 4.4 4.3 4.1 3.8 170 2.5 5.1 4.1 4.0 3.9 3.8 3.7 3.6 3.4 3.2 170 2 4.1 3.3 3.2 3.1 3.0 2.9 2.9 2.7 2.5 170 1.5 3.1 2.4 2.4 2.3 2.3 2.2 2.1 2.0 1.9 170 Max. Operating Pressure (MPa) 6.0 6.0 6.0 6.0 5.6 5.2 4.5 3.9

LHE0550 F = P ／ ( 0.53 + 0.0017×L) Cylinder Force Clamping Force (kN) Non-Usable Range(■) Max. Lever Length (kN) Lever Length L (mm) (L) L=30 L=40 L=50 L=60 L=70 L=80 L=90 L=100 (mm) 6 4.2 3.3 3.2 3.0 53 5.5 3.8 3.0 2.9 2.8 59 5 3.5 2.8 2.6 2.5 2.4 67 4.5 3.1 2.5 2.4 2.3 2.2 2.1 77 4 2.8 2.2 2.1 2.0 2.0 1.9 1.8 1.8 91 3.5 2.4 1.9 1.8 1.8 1.7 1.6 1.6 1.5 1.5 110 3 2.1 1.7 1.6 1.5 1.5 1.4 1.4 1.3 1.3 120 2.5 1.7 1.4 1.3 1.3 1.2 1.2 1.1 1.1 1.1 120 2 1.4 1.1 1.1 1.0 1.0 0.9 0.9 0.9 0.9 120 1.5 1.0 0.8 0.8 0.8 0.7 0.7 0.7 0.7 0.6 120 Max. Operating Pressure (MPa) 6.0 6.0 6.0 5.4 4.8 4.4 4.0 3.7

LHE0360 F = P ／ ( 1.59 + 0.0076×L)

Cylinder Force Clamping Force (kN) Non-Usable Range(■) Max. Lever Length (kN) Lever Length L (mm) (L) L=40 L=50 L=60 L=70 L=80 L=90 L=100 L=120 (mm) 6 6.2 4.8 4.7 4.5 61 5.5 5.6 4.4 4.3 4.1 69 5 5.1 4.0 3.9 3.7 3.6 78 4.5 4.6 3.6 3.5 3.4 3.3 3.2 89 4 4.1 3.2 3.1 3.0 2.9 2.8 2.7 2.6 105 3.5 3.6 2.8 2.7 2.6 2.5 2.5 2.4 2.3 2.2 128 3 3.1 2.4 2.3 2.2 2.2 2.1 2.0 2.0 1.9 145 2.5 2.6 2.0 1.9 1.9 1.8 1.8 1.7 1.7 1.6 145 2 2.1 1.6 1.6 1.5 1.5 1.4 1.4 1.3 1.3 145 1.5 1.5 1.2 1.2 1.1 1.1 1.1 1.0 1.0 0.9 145 Max. Operating Pressure (MPa) 6.0 6.0 6.0 5.4 4.9 4.4 4.1 3.7

LHE0400 F = P ／ ( 1.07 + 0.0044×L)










(Example) When using LHE0360 Supply Hydraulic Pressure 3.0MPa, Lever Length L=40mm, Clamping force is about 1.6kN.

Notes： ※1. F ： Clamping Force (kN), P ： Supply Hydraulic Pressure (MPa), L ： Lever Length (mm). 1. Tables and graphs shown are the relationships between the clamping force (kN) and supply hydraulic pressure (MPa). 2. Cylinder force (when L=0) cannot be calculated with the formula of clamping force. 3. There may be no lever swing action with large inertia depending on supply hydraulic pressure or lever mounting position. 4. Clamping force shown in the below tables and graphs is the value when clamping within the lock stroke range (not the value for the idle stroke range). (Please refer to "The specification value is not fulfilled when clamping out of the lock stroke range." on P.51) 5. The clamping force varies depending on the lever length. Set the supply hydraulic pressure suitable to the lever length. 6. Using in the non-usable range may damage the clamp and lead to fluid leakage.

LHEApplicable Model

1 Body Size 6 OptionBlank/A/F/Y□ Selected

0 - -


from the graph. Please calculate it with the specification's formula.

CS

RL

BlankMN

BlankAF

Y□

s

L : Lever Length (mm)

F:Clamping Force (kN)P:Hydraulic Pressure (MPa)

16


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





SpecificationsPerformanceCurvemodel LHEHigh-Power Swing Clamp　Holding Force Curve

0.5

1

1.5

2

2.5

3

4

4.5

3.5

0 15 30 45 60 75L：Lever Length (mm)

Fk：Holding Force (kN)

Instant Max. Rated ValueRated Value

P=1.5MPa

P=3.0MPa

P=5.0MPa

P=1.5MPa

P=3.0MPa

P=5.0MPa

1

2

3

4

5

6

7

0 20 40 60 80 100L：Lever Length (mm)



2

3

4

5

6

7

9

10

8

0 25 50 75 100 125L：Lever Length (mm)



2

6

8

4

10

12

0 30 60 90 120 150Lever Length (mm)



2.5

5

7.5

10

12.5

15

20

17.5

0 30 60 90 120 150Lever Length (mm)



P=1.5MPa

P=3.0MPa

P=5.0MPa

P=1.5MPa

P=3.0MPa

P=5.0MPa

P=1.5MPa

P=3.0MPa

P=5.0MPa

L=25 L=30 L=35 L=40 L=50 L=60 L=70 L=80 3.3 2.7 2.3 3.3 2.7 2.3 2.0 3.3 2.7 2.3 2.0 3.3 2.7 2.3 2.0 1.6 3.3 2.7 2.3 2.0 1.6 1.4 3.0 2.7 2.3 2.0 1.6 1.4 1.2 2.6 2.6 2.3 2.0 1.6 1.4 1.2 1.0 2.1 2.2 2.3 2.0 1.6 1.4 1.2 1.0 1.7 1.8 2.3 2.0 1.6 1.4 1.2 1.0 1.3 1.3 1.3 1.4 1.5 1.4 1.2 1.0

LHE0300 Holding Force Calculation Formula (kN)( Fk ≦ Rated Value )

※2

Hydraulic Pressure (MPa)

6 5.5 5 4.5 4 3.5 3 2.5 2 1.5

Lever Length L(mm)Holding Force(kN) Non-Usable Range(■)

Fk = 0.76 × P 1 － 0.0044×L

L=30 L=40 L=50 L=60 L=70 L=80 L=90 L=100 5.3 4.0 3.2 5.3 4.0 3.2 5.3 4.0 3.2 2.7 5.3 4.0 3.2 2.7 2.3 4.7 4.0 3.2 2.7 2.3 2.0 1.8 4.1 4.0 3.2 2.7 2.3 2.0 1.8 1.6 3.5 3.7 3.2 2.7 2.3 2.0 1.8 1.6 2.9 3.1 3.2 2.7 2.3 2.0 1.8 1.6 2.4 2.5 2.6 2.7 2.3 2.0 1.8 1.6 1.8 1.9 2.0 2.1 2.2 2.0 1.8 1.6

LHE0360

6 5.5 5 4.5 4 3.5 3 2.5 2 1.5

Non-Usable Range(■)

Fk = 1.03 × P 1 － 0.0042×L

L=40 L=50 L=60 L=70 L=80 L=90 L=100 L=120 6.9 5.5 4.6 6.9 5.5 4.6 6.9 5.5 4.6 3.9 6.9 5.5 4.6 3.9 3.4 6.9 5.5 4.6 3.9 3.4 3.1 2.7 6.5 5.5 4.6 3.9 3.4 3.1 2.7 2.3 5.6 5.5 4.6 3.9 3.4 3.1 2.7 2.3 4.7 4.9 4.6 3.9 3.4 3.1 2.7 2.3 3.7 3.9 4.1 3.9 3.4 3.1 2.7 2.3 2.8 2.9 3.1 3.2 3.4 3.1 2.7 2.3

LHE0400

Hydraulic Pressure(MPa)

6 5.5 5 4.5 4 3.5 3 2.5 2 1.5


Fk = 1.60 × P 1 － 0.0036×L

L=50 L=60 L=70 L=80 L=90 L=100 L=120 L=150 10.0 8.4 7.2 6.3 5.6 10.0 8.4 7.2 6.3 5.6 5.0 10.0 8.4 7.2 6.3 5.6 5.0 10.0 8.4 7.2 6.3 5.6 5.0 4.2 9.4 8.4 7.2 6.3 5.6 5.0 4.2 3.3 8.3 8.4 7.2 6.3 5.6 5.0 4.2 3.3 7.1 7.4 7.2 6.3 5.6 5.0 4.2 3.3 5.9 6.1 6.4 6.3 5.6 5.0 4.2 3.3 4.7 4.9 5.1 5.3 5.6 5.0 4.2 3.3 3.5 3.7 3.8 4.0 4.2 4.4 4.2 3.3

LHE0480


6 5.5 5 4.5 4 3.5 3 2.5 2 1.5


Fk = 1.98 × P 1 － 0.0032×L

L=50 L=60 L=70 L=80 L=90 L=100 L=120 L=150 14.7 12.3 10.5 9.2 14.7 12.3 10.5 9.2 8.2 14.7 12.3 10.5 9.2 8.2 7.4 14.7 12.3 10.5 9.2 8.2 7.4 6.1 14.6 12.3 10.5 9.2 8.2 7.4 6.1 12.8 12.3 10.5 9.2 8.2 7.4 6.1 4.9 11.0 11.3 10.5 9.2 8.2 7.4 6.1 4.9 9.1 9.4 9.7 9.2 8.2 7.4 6.1 4.9 7.3 7.5 7.8 8.0 8.2 7.4 6.1 4.9 5.5 5.7 5.8 6.0 6.2 6.4 6.1 4.9

LHE0550

6 5.5 5 4.5 4 3.5 3 2.5 2 1.5

Fk = 3.18 × P 1 － 0.0026×L

Holding Force Calculation Formula (kN)( Fk ≦ Rated Value )

※2


※2


※2


※2

Hydraulic Pressure (MPa) Lever Length L(mm)

Holding Force(kN) Hydraulic Pressure(MPa) Lever Length L(mm)

Holding Force(kN) Non-Usable Range(■)

Notes： ※1. Holding force is the force that counters the reaction force in the clamping state, and differs from clamping force. Please keep in mind that it can produce displacement depending on lever rigidity even if the reaction force is lower than holding force. (If slight displacement is also not allowed, please keep the reaction force beyond clamping force from being applied.) ※2. Fk : Holding Force (kN), P : Supply Hydraulic Pressure (MPa), L : Lever Length (mm) The non-usable range is when the calculated holding force exceeds the max. rated value. The max. holding force becomes the rated value. 1. Tables and graphs shown are the relationships between the holding force (kN) and lever length (mm). 2. Holding force shown in the graphs is the value when clamping within the lock stroke range (not the value for the idle stroke range). (Please refer to "The specification value is not fulfilled when clamping out of the lock stroke range." on P.51.) 3. Holding force varies depending on the lever length. Set the supply hydraulic pressure suitable to the lever length. 4. The reaction force beyond holding force shown in the graph can cause deformation, galling and fluid leakage. 5. Repetitive use at the range of instant maximum rated value will shorten the product life. It should be designed with allowance fully taken into consideration.

ALHE

1

0 - -CS

RL

BlankMN

6 OptionBlank/A/F/Y□ Selected

BlankAF

Y□


from the graph. Please calculate it with the specification's formula.Holding Force Curve

Applicable Model

Body Size Reaction Force(Machining Thrust etc.)

Fk ： Holding Force (kN)※1

L ： Lever Length (mm)

P ： Hydraulic Pressure (MPa)

（Ex.1） When using LHE0360 Supply Hydraulic Pressure 3.0MPa, Lever Length L=40mm Holding Force is about 3.7kN.（Ex.2） When using LHE0360 Supply Hydraulic Pressure 3.0MPa, Lever Length L=80mm The calculated value is the holding force of point A, but it is in the non-usable range. The value of intersection B is the holding force that counters the reaction force, and it is about 2.0kN.

Instant Max. Rated Value

P=3.0MPa

0 20 40 60 80 1001

5

3

6

Rated Value

L：Lever Length (mm)


7

Ex. 1

Calculated Value

B

Ex. 2

17


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





SpecificationsPerformanceCurvemodel LHEHigh-Power Swing Clamp　Holding Force Curve

0.5

1

1.5

2

2.5

3

4

4.5

3.5

0 15 30 45 60 75L：Lever Length (mm)



P=1.5MPa

P=3.0MPa

P=5.0MPa

P=1.5MPa

P=3.0MPa

P=5.0MPa

1

2

3

4

5

6

7

0 20 40 60 80 100L：Lever Length (mm)



2

3

4

5

6

7

9

10

8

0 25 50 75 100 125L：Lever Length (mm)



2

6

8

4

10

12

0 30 60 90 120 150Lever Length (mm)



2.5

5

7.5

10

12.5

15

20

17.5

0 30 60 90 120 150Lever Length (mm)



P=1.5MPa

P=3.0MPa

P=5.0MPa

P=1.5MPa

P=3.0MPa

P=5.0MPa

P=1.5MPa

P=3.0MPa

P=5.0MPa

L=25 L=30 L=35 L=40 L=50 L=60 L=70 L=80 3.3 2.7 2.3 3.3 2.7 2.3 2.0 3.3 2.7 2.3 2.0 3.3 2.7 2.3 2.0 1.6 3.3 2.7 2.3 2.0 1.6 1.4 3.0 2.7 2.3 2.0 1.6 1.4 1.2 2.6 2.6 2.3 2.0 1.6 1.4 1.2 1.0 2.1 2.2 2.3 2.0 1.6 1.4 1.2 1.0 1.7 1.8 2.3 2.0 1.6 1.4 1.2 1.0 1.3 1.3 1.3 1.4 1.5 1.4 1.2 1.0

LHE0300 Holding Force Calculation Formula (kN)( Fk ≦ Rated Value )

※2

Hydraulic Pressure (MPa)

6 5.5 5 4.5 4 3.5 3 2.5 2 1.5


Fk = 0.76 × P 1 － 0.0044×L

L=30 L=40 L=50 L=60 L=70 L=80 L=90 L=100 5.3 4.0 3.2 5.3 4.0 3.2 5.3 4.0 3.2 2.7 5.3 4.0 3.2 2.7 2.3 4.7 4.0 3.2 2.7 2.3 2.0 1.8 4.1 4.0 3.2 2.7 2.3 2.0 1.8 1.6 3.5 3.7 3.2 2.7 2.3 2.0 1.8 1.6 2.9 3.1 3.2 2.7 2.3 2.0 1.8 1.6 2.4 2.5 2.6 2.7 2.3 2.0 1.8 1.6 1.8 1.9 2.0 2.1 2.2 2.0 1.8 1.6

LHE0360

6 5.5 5 4.5 4 3.5 3 2.5 2 1.5

Non-Usable Range(■)

Fk = 1.03 × P 1 － 0.0042×L

L=40 L=50 L=60 L=70 L=80 L=90 L=100 L=120 6.9 5.5 4.6 6.9 5.5 4.6 6.9 5.5 4.6 3.9 6.9 5.5 4.6 3.9 3.4 6.9 5.5 4.6 3.9 3.4 3.1 2.7 6.5 5.5 4.6 3.9 3.4 3.1 2.7 2.3 5.6 5.5 4.6 3.9 3.4 3.1 2.7 2.3 4.7 4.9 4.6 3.9 3.4 3.1 2.7 2.3 3.7 3.9 4.1 3.9 3.4 3.1 2.7 2.3 2.8 2.9 3.1 3.2 3.4 3.1 2.7 2.3

LHE0400


6 5.5 5 4.5 4 3.5 3 2.5 2 1.5


Fk = 1.60 × P 1 － 0.0036×L

L=50 L=60 L=70 L=80 L=90 L=100 L=120 L=150 10.0 8.4 7.2 6.3 5.6 10.0 8.4 7.2 6.3 5.6 5.0 10.0 8.4 7.2 6.3 5.6 5.0 10.0 8.4 7.2 6.3 5.6 5.0 4.2 9.4 8.4 7.2 6.3 5.6 5.0 4.2 3.3 8.3 8.4 7.2 6.3 5.6 5.0 4.2 3.3 7.1 7.4 7.2 6.3 5.6 5.0 4.2 3.3 5.9 6.1 6.4 6.3 5.6 5.0 4.2 3.3 4.7 4.9 5.1 5.3 5.6 5.0 4.2 3.3 3.5 3.7 3.8 4.0 4.2 4.4 4.2 3.3

LHE0480


6 5.5 5 4.5 4 3.5 3 2.5 2 1.5


Fk = 1.98 × P 1 － 0.0032×L

L=50 L=60 L=70 L=80 L=90 L=100 L=120 L=150 14.7 12.3 10.5 9.2 14.7 12.3 10.5 9.2 8.2 14.7 12.3 10.5 9.2 8.2 7.4 14.7 12.3 10.5 9.2 8.2 7.4 6.1 14.6 12.3 10.5 9.2 8.2 7.4 6.1 12.8 12.3 10.5 9.2 8.2 7.4 6.1 4.9 11.0 11.3 10.5 9.2 8.2 7.4 6.1 4.9 9.1 9.4 9.7 9.2 8.2 7.4 6.1 4.9 7.3 7.5 7.8 8.0 8.2 7.4 6.1 4.9 5.5 5.7 5.8 6.0 6.2 6.4 6.1 4.9

LHE0550

6 5.5 5 4.5 4 3.5 3 2.5 2 1.5

Fk = 3.18 × P 1 － 0.0026×L


※2


※2


※2


※2

Hydraulic Pressure (MPa) Lever Length L(mm)

Holding Force(kN) Hydraulic Pressure(MPa) Lever Length L(mm)

Holding Force(kN) Non-Usable Range(■)

Notes： ※1. Holding force is the force that counters the reaction force in the clamping state, and differs from clamping force. Please keep in mind that it can produce displacement depending on lever rigidity even if the reaction force is lower than holding force. (If slight displacement is also not allowed, please keep the reaction force beyond clamping force from being applied.) ※2. Fk : Holding Force (kN), P : Supply Hydraulic Pressure (MPa), L : Lever Length (mm) The non-usable range is when the calculated holding force exceeds the max. rated value. The max. holding force becomes the rated value. 1. Tables and graphs shown are the relationships between the holding force (kN) and lever length (mm). 2. Holding force shown in the graphs is the value when clamping within the lock stroke range (not the value for the idle stroke range). (Please refer to "The specification value is not fulfilled when clamping out of the lock stroke range." on P.51.) 3. Holding force varies depending on the lever length. Set the supply hydraulic pressure suitable to the lever length. 4. The reaction force beyond holding force shown in the graph can cause deformation, galling and fluid leakage. 5. Repetitive use at the range of instant maximum rated value will shorten the product life. It should be designed with allowance fully taken into consideration.

ALHE

1

0 - -CS

RL

BlankMN

6 OptionBlank/A/F/Y□ Selected

BlankAF

Y□


from the graph. Please calculate it with the specification's formula.Holding Force Curve

Applicable Model

Body Size Reaction Force(Machining Thrust etc.)

Fk ： Holding Force (kN)※1

L ： Lever Length (mm)

P ： Hydraulic Pressure (MPa)

（Ex.1） When using LHE0360 Supply Hydraulic Pressure 3.0MPa, Lever Length L=40mm Holding Force is about 3.7kN.（Ex.2） When using LHE0360 Supply Hydraulic Pressure 3.0MPa, Lever Length L=80mm The calculated value is the holding force of point A, but it is in the non-usable range. The value of intersection B is the holding force that counters the reaction force, and it is about 2.0kN.

Instant Max. Rated Value

P=3.0MPa

0 20 40 60 80 1001

5

3

6

Rated Value

L：Lever Length (mm)


7

Ex. 1

Calculated Value

B

Ex. 2

18


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





SpecificationsPerformanceCurvemodel LHEHigh-Power Swing Clamp　Allowable Swing Time Graph

Notes： ※1. For any lever inertia moment, minimum 90° swing time should be 0.2 sec for locking and 0.1 sec for releasing or more. 1. The graph shows the allowable action time with respect to the lever moment of inertia when the piston rod operates at constant speed. 2. There may be no lever swing action with large inertia depending on supply hydraulic pressure, oil flow and lever mounting position. 3. For speed adjustment of clamp lever, please use meter-out flow control valve. In case of meter-in control, the clamp lever may be accelerated by its own weight during swinging motion (clamp mounted horizontally) or the piston rod may be moving too fast. Please refer to P.1238 for speed control of the hydraulic cylinder. 4. Excessive swing speed can reduce stopping accuracy and damage the internal parts. 5. Please contact us if operational conditions differ from those shown on the graphs.

Allowable Swing Time Graph

Adjustment of Swing Time

The graph shows allowable swing time against lever inertia moment.Please make sure that an operation time is more than the operation time shown in the graph.

Excessive action speed can reduce stopping accuracy and damage internal parts.

Full Stroke(Total Operation Time)

90° Swing(Swing Stroke)

(Vertical Stroke)

LHE0300

Allowable Releasing Time (sec)

Allowable Locking Time (sec)

Lever Inertia Moment (kg・m2)

0.0025

0.003

0

0.00050.00027

0.001

0.0015

0.002

0 0.5 0.60.40.1 0.2 0.3

0 1.0 1.20.80.2 0.4 0.6

90°Swing

Full Stroke

※1

LHE0360


Allowable Locking Time (sec)Lever Inertia Moment (kg・m2)

0

0.005

0.004

0.003

0.002

0.001

0.0004

0 0.5 0.60.40.1 0.2 0.3

0 1.0 1.20.80.2 0.4 0.6

90°Swing

Full Stroke

※1

LHE0400




0

0.006

0.008

0.01

0.004

0.002

0.0009

0 0.5 0.60.40.1 0.2 0.3

0 1.0 1.20.80.2 0.4 0.6

90°Swing

Full Stroke

※1

LHE0480




0

0.02

0.018

0.016

0.014

0.012

0.01

0.008

0.006

0.004

0.0020.0014

0 0.5 0.60.40.1 0.2 0.3

0 1.0 1.20.80.2 0.4 0.6

90°Swing

Full Stroke

※1

LHE0550




0

0.03

0.025

0.02

0.015

0.01

0.0050.0024

0 0.5 0.60.40.1 0.2 0.3

0 1.0 1.20.80.2 0.4 0.6

90°Swing

Full Stroke

※1

LHE0360



0

0.005

0.004

0.003

0.002

0.001

0 0.5 0.60.40.1 0.2 0.3

0 1.0 1.20.80.2 0.4 0.6

Model

0.0027

③

④

①

②

90° Swing

Full Stroke (Reference)

Lever Inertia Moment (kg・m2)(How to read the allowable swing time graph)

When using LHE0360

Lever Inertia Moment：0.0027kg・m2

①90° Swing Time when Locking ： About 0.5 sec or more

②90° Swing Time when Releasing ： About 0.25 sec or more

③Total Lock Operation Time ： About 0.84 sec or more

④Total Release Operation Time ： About 0.42 sec or more

1． The full action time on the graph represents the allowable

operation time when fully stroked.

① For a rectangular plate (cuboid), the rotating shaft is vertically on one side of the plate.

② For a rectangular plate (cuboid), the rotating shaft is vertically on the gravity center of the plate.

③ Load is applied on the lever front end.

L bL

b Lb

K

m m2

L1

L2

m1m3

How to calculate inertia moment (Estimated)

： Inertia Moment (kg・m2) L,L1,L2,K,b：Length (m) m,m1,m2,m3：Mass (kg)

m2 m1

L1

=m1 +m24L2+b2

124L12+b2

12=m1 +m24L2+b2

124L12+b2

12+m3K2+m3 L2

2+b2

12=m L2+b2

12

19


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





SpecificationsPerformanceCurvemodel LHEHigh-Power Swing Clamp　Allowable Swing Time Graph

Notes： ※1. For any lever inertia moment, minimum 90° swing time should be 0.2 sec for locking and 0.1 sec for releasing or more. 1. The graph shows the allowable action time with respect to the lever moment of inertia when the piston rod operates at constant speed. 2. There may be no lever swing action with large inertia depending on supply hydraulic pressure, oil flow and lever mounting position. 3. For speed adjustment of clamp lever, please use meter-out flow control valve. In case of meter-in control, the clamp lever may be accelerated by its own weight during swinging motion (clamp mounted horizontally) or the piston rod may be moving too fast. Please refer to P.1238 for speed control of the hydraulic cylinder. 4. Excessive swing speed can reduce stopping accuracy and damage the internal parts. 5. Please contact us if operational conditions differ from those shown on the graphs.

Allowable Swing Time Graph

Adjustment of Swing Time

The graph shows allowable swing time against lever inertia moment.Please make sure that an operation time is more than the operation time shown in the graph.

Excessive action speed can reduce stopping accuracy and damage internal parts.

Full Stroke(Total Operation Time)

90° Swing(Swing Stroke)

(Vertical Stroke)

LHE0300




0.0025

0.003

0

0.00050.00027

0.001

0.0015

0.002

0 0.5 0.60.40.1 0.2 0.3

0 1.0 1.20.80.2 0.4 0.6

90°Swing

Full Stroke

※1

LHE0360




0

0.005

0.004

0.003

0.002

0.001

0.0004

0 0.5 0.60.40.1 0.2 0.3

0 1.0 1.20.80.2 0.4 0.6

90°Swing

Full Stroke

※1

LHE0400




0

0.006

0.008

0.01

0.004

0.002

0.0009

0 0.5 0.60.40.1 0.2 0.3

0 1.0 1.20.80.2 0.4 0.6

90°Swing

Full Stroke

※1

LHE0480




0

0.02

0.018

0.016

0.014

0.012

0.01

0.008

0.006

0.004

0.0020.0014

0 0.5 0.60.40.1 0.2 0.3

0 1.0 1.20.80.2 0.4 0.6

90°Swing

Full Stroke

※1

LHE0550




0

0.03

0.025

0.02

0.015

0.01

0.0050.0024

0 0.5 0.60.40.1 0.2 0.3

0 1.0 1.20.80.2 0.4 0.6

90°Swing

Full Stroke

※1

LHE0360



0

0.005

0.004

0.003

0.002

0.001

0 0.5 0.60.40.1 0.2 0.3

0 1.0 1.20.80.2 0.4 0.6

Model

0.0027

③

④

①

②

90° Swing

Full Stroke (Reference)

Lever Inertia Moment (kg・m2)(How to read the allowable swing time graph)

When using LHE0360

Lever Inertia Moment：0.0027kg・m2

①90° Swing Time when Locking ： About 0.5 sec or more

②90° Swing Time when Releasing ： About 0.25 sec or more

③Total Lock Operation Time ： About 0.84 sec or more

④Total Release Operation Time ： About 0.42 sec or more

1． The full action time on the graph represents the allowable

operation time when fully stroked.

① For a rectangular plate (cuboid), the rotating shaft is vertically on one side of the plate.

② For a rectangular plate (cuboid), the rotating shaft is vertically on the gravity center of the plate.

③ Load is applied on the lever front end.

L bL

b Lb

K

m m2

L1

L2

m1m3

How to calculate inertia moment (Estimated)

： Inertia Moment (kg・m2) L,L1,L2,K,b：Length (m) m,m1,m2,m3：Mass (kg)

m2 m1

L1

=m1 +m24L2+b2

124L12+b2

12=m1 +m24L2+b2

124L12+b2

12+m3K2+m3 L2

2+b2

12=m L2+b2

12

20


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others




Application ExamplesFeatures CautionsModel No. IndicationSpecifications

PerformanceCurvemodel LHE

ExternalDimensionsHigh-Power Swing Clamp　Standard Model (1/2)

※6

Model No. Full Stroke Swing Stroke (90°) Vertical Stroke

Recommended Stroke

LHE0300-□□ 12 7.5 4.5 2 2.5 10.5 3.5 4.9 0.6

Lock Release

(mm)

cm3 Cylinder Capacity Mass kg

Notes： ※6. The specification value of cylinder force, clamping force, holding force and swing completion position repeatability is fulfilled only when clamping within the lock stroke range. (The specification value is not fulfilled when clamping within the range of swing stroke and idle stroke.) ※7. Mass of single swing clamp including taper sleeve and nut.

Idle StrokeLock Stroke

※7

Machining Dimensions of Mounting Area

Notes： ※3. M4×0.7 tapping depth of the mounting bolt should be decided according to the mounting height referring to dimension 'S': 15.5. ※4. The depth of the body mounting hole φ30 should be decided according to the mounting height referring to dimension 'F': 58.5. ※5. The machining dimension is for -C: Gasket Option.

6.3S

Remove all burrs

※4

+ 0.3 0

+ 0.3 0

+ 0.05 0

External Dimensions (LHE0300-□□)C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE0300-CR.

Notes： ※1. Mounting bolts are not provided with the product. Please prepare them according to the mounting height referring to dimension 'S' : 15.5. ※2. Speed control valve is sold separately. Please refer to P.891.

4.5

φ3 Slot for Lever Phasing

Slot for Lever Phasing

R Type (L Type：180° reverse)

171734

2626

3.5

523.5 φ14

11.5 11.5

Hex. Socket 4

20.5

20.5


R Type

L Type

２-G Thread Plug (Included)(Only for -C option)

1515

Release PortRc1/8 Thread

Rc1/8 Thread

Release Port：G1/8 Thread

Release Port

( Only for -C Option： Speed Control Valve Port)

4-φ4.5Spot Facingφ7.5

Lock Port ：G1/8 Thread

Lock Port


Lock Port

Lock PortO-Ring：1BP5 (Included)(Only for -C option)

(Only for -C option)

Release PortO-Ring：1BP5 (Included)

20.5

20.5

30

23

Release Port max.φ3

4-Ｍ4×0.7 Screw

Lock Port max.φ3

φ30

C0.6

φ54 0- 0.05

Locked State

※2

※2

※3

※5

※5

※5

※5

※5

※5

Piping Method

※ The drawing shows the released state of LHE0300-SR.S：Piping Type (Rc Thread)

(Break down)

M10×1 Screw

Hexagon17×φ19

Nut (Included)

611

1410

1083.5

59

25F：58.5

117.5

Taper Sleeve(Included)

φ14

φ12

φ30

4.5

11

15°

S：15.5

Lock

Stroke

Idle Stroke

Swing Stroke

Vertical Stroke

Recommended Stroke

Full Stroke

-0.1-0.2-0.1-0.2

※1

※6

Taper

1/10

RecommendedLock Position


Dimensions

(Format Example：LHE0300-CR, LHE0300-SL)

LHE 030 0 - CS

RL

1 4324 Swing Direction When Clamping

3 Piping Method

1 Body Size

2 Design No.

5 Action Confirmation Method (When selecting Blank)

6 Options (When selecting Blank)

21


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurvemodel LHE

ExternalDimensionsHigh-Power Swing Clamp　Standard Model (1/2)

※6


Recommended Stroke

LHE0300-□□ 12 7.5 4.5 2 2.5 10.5 3.5 4.9 0.6

Lock Release

(mm)

cm3 Cylinder Capacity Mass kg



※7


Notes： ※3. M4×0.7 tapping depth of the mounting bolt should be decided according to the mounting height referring to dimension 'S': 15.5. ※4. The depth of the body mounting hole φ30 should be decided according to the mounting height referring to dimension 'F': 58.5. ※5. The machining dimension is for -C: Gasket Option.

6.3S

Remove all burrs

※4

+ 0.3 0

+ 0.3 0

+ 0.05 0

External Dimensions (LHE0300-□□)C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE0300-CR.

Notes： ※1. Mounting bolts are not provided with the product. Please prepare them according to the mounting height referring to dimension 'S' : 15.5. ※2. Speed control valve is sold separately. Please refer to P.891.

4.5



R Type (L Type：180° reverse)

171734

2626

3.5

523.5 φ14

11.5 11.5

Hex. Socket 4

20.5

20.5


R Type

L Type

２-G Thread Plug (Included)(Only for -C option)

1515


Rc1/8 Thread

Release Port：G1/8 Thread

Release Port



Lock Port ：G1/8 Thread

Lock Port


Lock Port

Lock PortO-Ring：1BP5 (Included)(Only for -C option)

(Only for -C option)


20.5

20.5

30

23


4-Ｍ4×0.7 Screw

Lock Port max.φ3

φ30

C0.6

φ54 0- 0.05

Locked State

※2

※2

※3

※5

※5

※5

※5

※5

※5

Piping Method

※ The drawing shows the released state of LHE0300-SR.S：Piping Type (Rc Thread)

(Break down)

M10×1 Screw

Hexagon17×φ19

Nut (Included)

611

1410

1083.5

59

25F：58.5

117.5

Taper Sleeve(Included)

φ14

φ12

φ30

4.5

11

15°

S：15.5

Lock

Stroke

Idle Stroke

Swing Stroke

Vertical Stroke

Recommended Stroke

Full Stroke

-0.1-0.2-0.1-0.2

※1

※6

Taper

1/10



Dimensions


LHE 030 0 - CS

RL

1 4324 Swing Direction When Clamping

3 Piping Method

1 Body Size

2 Design No.



22


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve

ExternalDimensionsmodel LHEHigh-Power Swing Clamp　Standard Model (2/2)

-0.1-0.2

※2

※7

φAC

S

CB

A

Fu

EF

GM

TV

W

φBB

φU

15゜

ABBA

φD

※5

+ 0.3 0

+ 0.05 0


R Type

L Type 0- 0.05

※3

※3

※1

6.3S

Remove all burrs

※6

※6

※6

※6

※6

※6

※6

※4

Piping Method

※ The drawing shows the released state of LHE□-SR.S：Piping Option (Rc Thread)


Notes： ※4. EA tapping depth of the mounting bolt should be decided according to the mounting height referring to dimension 'S'. ※5. The depth of the body mounting hole φD should be decided according to the mounting height referring to dimension 'F'. ※6. The machining dimension is for -C: Gasket Option.

External Dimensions (LHE0360/0400/0480/0550-□□)

Notes： ※1. The slot for lever phasing faces the oil port side when locked. ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'. ※3. Speed control valve is sold separately. Please refer to P.891.

2-Z

JA BH J

C □K

φJB

CAφL

φCC Slot for Lever PhasingR Type (L Type：180° reverse)

Release Port：G1/8 Thread( Only for -C Option： Speed Control Valve Port)２-G Thread Plug (Included)(Only for -C Option)

Lock Port：G1/8 Thread( Only for -C Option： Speed Control Valve Port)

Nut (Included)

Taper Sleeve (Included)

Hexagon Socket Y

C0.6

NyNy

Nx


Lock PortO-Ring：1BP5 (Included)(Only for -C Option)

(Only for -C Option)

AA

X Screw

Lock PortRc1/8 Thread


□K

NyNy

Nx

Lock PortφP

4-EA Screw

Release PortφP

φD

Lock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

Full Stroke

4-φRSpot FacingφQNx

C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE□-CR.

Taper

1/10


※7


Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S T U V W X (Nominal×Pitch) Y Z (Chamfer) AA AB AC BA BB CA CB CC EA (Nominal×Pitch) JA JB

LHE0360-□□ LHE0400-□□ LHE0480-□□ LHE0550-□□ 13 15 17 18.5 8 9 11 12.5 5 6 6 6 2 2.5 2.5 2 3 3.5 3.5 4 11 12.5 14.5 15.5 124.5 138.5 154 170.5 49 54 61 69 40 45 51 60 36 40 48 55 85.5 94.5 103 114 60.5 69.5 75 84 64 69 79 86.5 25 25 28 30 29 31.5 35.5 39 20 22.5 25.5 30 31.4 34 40 47 66 73 83 88 11 11 13 12 23.5 26 30 33.5 8 9 11 12 max.3 max.3 max.3 max.3 7.5 9 9 11 4.5 5.5 5.5 6.8 16 15 17.5 17 15 17 19 20.5 15 18 22 25 13 15 18 21 11 12 14 15 M14×1.5 M16×1.5 M20×1.5 M22×1.5 5 6 8 8 C2 C3 C3 C3 22 24 30 32 7 8 9 10 24.5 26.5 33 35.5 14 16 19 22 17 20 25 28 6 7 9 10 6.5 6.5 7.5 9.5 4 4 5 6 M4×0.7 M5×0.8 M5×0.8 M6×1 3.5 3.5 3.5 3.5 14 14 14 14 6.5 11.1 16.2 27.2 8.8 14.9 22.7 36.3 0.8 1.1 1.6 2.3

LockRelease

(mm)

cm3

External Dimensions and Machining Dimensions for Mounting

Cylinder Capacity

Mass kg



(Breakdown)

※8

LHE 040 0 - CS

RL

1 432


4 Swing Direction When Clamping

3 Piping Method

1 Body Size

2 Design No.




23


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve

ExternalDimensionsmodel LHEHigh-Power Swing Clamp　Standard Model (2/2)

-0.1-0.2

※2

※7

φAC

S

CB

A

Fu

EF

GM

TV

W

φBB

φU

15゜

ABBA

φD

※5

+ 0.3 0

+ 0.05 0


R Type

L Type

0- 0.05

※3

※3

※1

6.3S

Remove all burrs

※6

※6

※6

※6

※6

※6

※6

※4

Piping Method

※ The drawing shows the released state of LHE□-SR.S：Piping Option (Rc Thread)



External Dimensions (LHE0360/0400/0480/0550-□□)

Notes： ※1. The slot for lever phasing faces the oil port side when locked. ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'. ※3. Speed control valve is sold separately. Please refer to P.891.

2-Z

JA BH J

C □K

φJB

CA

φL




Nut (Included)


Hexagon Socket Y

C0.6

NyNy

Nx




AA

X Screw



□K

NyNy

Nx

Lock PortφP

4-EA Screw

Release PortφP

φD

Lock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

Full Stroke

4-φRSpot FacingφQNx

C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE□-CR.

Taper

1/10


※7


Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S T U V W X (Nominal×Pitch) Y Z (Chamfer) AA AB AC BA BB CA CB CC EA (Nominal×Pitch) JA JB

LHE0360-□□ LHE0400-□□ LHE0480-□□ LHE0550-□□ 13 15 17 18.5 8 9 11 12.5 5 6 6 6 2 2.5 2.5 2 3 3.5 3.5 4 11 12.5 14.5 15.5 124.5 138.5 154 170.5 49 54 61 69 40 45 51 60 36 40 48 55 85.5 94.5 103 114 60.5 69.5 75 84 64 69 79 86.5 25 25 28 30 29 31.5 35.5 39 20 22.5 25.5 30 31.4 34 40 47 66 73 83 88 11 11 13 12 23.5 26 30 33.5 8 9 11 12 max.3 max.3 max.3 max.3 7.5 9 9 11 4.5 5.5 5.5 6.8 16 15 17.5 17 15 17 19 20.5 15 18 22 25 13 15 18 21 11 12 14 15 M14×1.5 M16×1.5 M20×1.5 M22×1.5 5 6 8 8 C2 C3 C3 C3 22 24 30 32 7 8 9 10 24.5 26.5 33 35.5 14 16 19 22 17 20 25 28 6 7 9 10 6.5 6.5 7.5 9.5 4 4 5 6 M4×0.7 M5×0.8 M5×0.8 M6×1 3.5 3.5 3.5 3.5 14 14 14 14 6.5 11.1 16.2 27.2 8.8 14.9 22.7 36.3 0.8 1.1 1.6 2.3

LockRelease

(mm)

cm3


Cylinder Capacity

Mass kg



(Breakdown)

※8

LHE 040 0 - CS

RL

1 432



3 Piping Method

1 Body Size

2 Design No.




24


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve

ExternalDimensionsmodel LHE-MHigh-Power Swing Clamp　Air Sensing Manifold Option

+ 0.05 0

0- 0.05

-0.1-0.2

※3

※4

※9

※3

※1

※8

※8

※8

※8

※8

※6

※2

※9

Piping Method

※ The drawing shows the released state of LHE□-SRM.S：Piping Option (Rc Thread)


Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S T U V W X (Nominal×Pitch) Y Z (Chamfer) AA AB AC BA BB CA CB CC EA (Nominal×Pitch) MC MD ME MF MG MH MJ MK ML MP JA JB 3-O-ring

LHE0400-□□M LHE0480-□□M LHE0550-□□M 15 17 18.5 9 11 12.5 6 6 6 2.5 2.5 2 3.5 3.5 4 12.5 14.5 15.5 157.5 173 189.5 54 61 69 45 51 60 40 48 55 113.5 122 133 88.5 94 103 69 79 86.5 25 28 30 31.5 35.5 39 22.5 25.5 30 34 40 47 73 83 88 11 13 12 26 30 33.5 9 11 12 max.3 max.3 max.3 9 9 11 5.5 5.5 6.8 15 17.5 17 17 19 20.5 18 22 25 15 18 21 12 14 15 M16×1.5 M20×1.5 M22×1.5 6 8 8 C3 C3 C3 24 30 32 8 9 10 26.5 33 35.5 16 19 22 20 25 28 7 9 10 6.5 7.5 9.5 4 5 6 M5×0.8 M5×0.8 M6×1 10 12 14.5 9.5 9.5 9.5 40.8 49 56 40 48 55 40.6 48.6 55.6 64 69.5 78.5 68 73.5 82.5 79.5 85 94 88.5 94 103 89 94.5 103.5 3.5 3.5 3.5 14 14 14 36×1.5 (Internal Diameter AS568-031(70) AS568-033(70) ×Wire Diameter) 11.1 16.2 27.2 14.9 22.7 36.3 1.3 1.9 2.7

LockRelease

(mm)

cm3


Cylinder Capacity

Mass kg


Notes： ※5. Air vent hole must be open to the atmosphere, and prevent coolant and chips. ※6. EA tapping depth of the mounting bolt should be decided according to the mounting height referring to dimension 'S'. ※7. The dimensions indicate those under the flange. ※8. The machining dimension is for -C: Gasket Option.

External Dimensions (LHE0400/0480/0550-□□M)

Notes： ※1. The slot for lever phasing faces the oil port side when locked. ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'. ※3. Speed control valve is sold separately. Please refer to P.891. ※4. Lock confirmation is not the stroke check of piston rod, but rather the action check of internal mechanical lock. 1. Please contact us if it has a combination with other options. 2. Please refer to P.45 for Air Sensing Chart.

2-Z

JA BH J

C □K

φJB

CAφL

φCC



φAC

S

CB

A

Fu

EF

GM

TV

W

Nut (Included)

φBB

φU


Piston Rod

3-O-ring(Included)

15゜

Hexagon Socket Y

ABBA

6.3S

6.3S 6.3S

6.3S

6.3S

Remove all burrs

※8

※8

NyNy

Nx

AA

X Screw

□K

NyNy

Nx

Lock PortφP

4-EA Screw

Release PortφP

Lock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

4-φRSpot FacingφQ

φD



(Breakdown)

Taper

1/10

※10

C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE□-CRM.

LHE 040 0 - CS

RL

1 432

M

5

φME

φMFH8

φMG

83.5

8MH±0.2

±0.2

±0.2

ML or greater (Through Hole)

MJ

MK

MP or greater (Blind Hole)

10.5

30°

30°

30°

30°

1

2-φ4～φ6

φ4～φ6Air Vent Hole

MQ

Do not cover the 30° taper area of the air supply ports.

Detail of MQ Part

MC MD

Air Vent Hole

Release ConfirmationPort (Air)

Lock ConfirmationPort (Air)

※5

※5

※7

※7

※7

※7

※7

+ 0.039 0

+ 0.039 0

+ 0.046 0

(Format Example：LHE0400-CRM, LHE0550-SLM)


3 Piping Method

1 Body Size

2 Design No.

5 Action Confirmation Method (When selecting M)




R Type

L Type

Slot for Lever PhasingR Type (L Type：180° reverse)

Full Stroke







25


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve

ExternalDimensionsmodel LHE-MHigh-Power Swing Clamp　Air Sensing Manifold Option

+ 0.05 0

0- 0.05

-0.1-0.2

※3

※4

※9

※3

※1

※8

※8

※8

※8

※8

※6

※2

※9

Piping Method

※ The drawing shows the released state of LHE□-SRM.S：Piping Option (Rc Thread)


Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S T U V W X (Nominal×Pitch) Y Z (Chamfer) AA AB AC BA BB CA CB CC EA (Nominal×Pitch) MC MD ME MF MG MH MJ MK ML MP JA JB 3-O-ring

LHE0400-□□M LHE0480-□□M LHE0550-□□M 15 17 18.5 9 11 12.5 6 6 6 2.5 2.5 2 3.5 3.5 4 12.5 14.5 15.5 157.5 173 189.5 54 61 69 45 51 60 40 48 55 113.5 122 133 88.5 94 103 69 79 86.5 25 28 30 31.5 35.5 39 22.5 25.5 30 34 40 47 73 83 88 11 13 12 26 30 33.5 9 11 12 max.3 max.3 max.3 9 9 11 5.5 5.5 6.8 15 17.5 17 17 19 20.5 18 22 25 15 18 21 12 14 15 M16×1.5 M20×1.5 M22×1.5 6 8 8 C3 C3 C3 24 30 32 8 9 10 26.5 33 35.5 16 19 22 20 25 28 7 9 10 6.5 7.5 9.5 4 5 6 M5×0.8 M5×0.8 M6×1 10 12 14.5 9.5 9.5 9.5 40.8 49 56 40 48 55 40.6 48.6 55.6 64 69.5 78.5 68 73.5 82.5 79.5 85 94 88.5 94 103 89 94.5 103.5 3.5 3.5 3.5 14 14 14 36×1.5 (Internal Diameter AS568-031(70) AS568-033(70) ×Wire Diameter) 11.1 16.2 27.2 14.9 22.7 36.3 1.3 1.9 2.7

LockRelease

(mm)

cm3


Cylinder Capacity

Mass kg


Notes： ※5. Air vent hole must be open to the atmosphere, and prevent coolant and chips. ※6. EA tapping depth of the mounting bolt should be decided according to the mounting height referring to dimension 'S'. ※7. The dimensions indicate those under the flange. ※8. The machining dimension is for -C: Gasket Option.

External Dimensions (LHE0400/0480/0550-□□M)

Notes： ※1. The slot for lever phasing faces the oil port side when locked. ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'. ※3. Speed control valve is sold separately. Please refer to P.891. ※4. Lock confirmation is not the stroke check of piston rod, but rather the action check of internal mechanical lock. 1. Please contact us if it has a combination with other options. 2. Please refer to P.45 for Air Sensing Chart.

2-Z

JA BH J

C □K

φJB

CA

φL

φCC



φAC

S

CB

A

Fu

EF

GM

TV

W

Nut (Included)

φBB

φU


Piston Rod

3-O-ring(Included)

15゜

Hexagon Socket Y

ABBA

6.3S

6.3S 6.3S

6.3S

6.3S

Remove all burrs

※8

※8

NyNy

Nx

AA

X Screw

□K

NyNy

Nx

Lock PortφP

4-EA Screw

Release PortφP

Lock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

4-φRSpot FacingφQ

φD



(Breakdown)

Taper

1/10

※10

C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE□-CRM.

LHE 040 0 - CS

RL

1 432

M

5

φME

φMFH8

φMG

83.5

8MH±0.2

±0.2

±0.2

ML or greater (Through Hole)

MJ

MK

MP or greater (Blind Hole)

10.5

30°

30°

30°

30°

1

2-φ4～φ6

φ4～φ6Air Vent Hole

MQ

Do not cover the 30° taper area of the air supply ports.

Detail of MQ Part

MC MD

Air Vent Hole

Release ConfirmationPort (Air)

Lock ConfirmationPort (Air)

※5

※5

※7

※7

※7

※7

※7

+ 0.039 0

+ 0.039 0

+ 0.046 0

(Format Example：LHE0400-CRM, LHE0550-SLM)


3 Piping Method

1 Body Size

2 Design No.

5 Action Confirmation Method (When selecting M)




R Type

L Type

Slot for Lever PhasingR Type (L Type：180° reverse)

Full Stroke







26


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve

ExternalDimensionsmodel LHE-NHigh-Power Swing Clamp　Air Sensing Piping Option

※9

+ 0.3 0

+ 0.05 0

0- 0.05

-0.1-0.2

※3

※7

※7 ※5※4

※3

※1

6.3S

※10

※10

※10

※10

※10

※10

※10

※8

※2

※11

Piping Method

※ The drawing shows the released state of LHE□-SRN.S：Piping Option (Rc Thread)


Notes： ※1. The slot for lever phasing faces the oil port side when locked. ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'. ※3. Speed control valve is sold separately. Please refer to P.891. ※4. Piping joint and set screw will be shipped as attachments. Make sure not to damage O-ring and insert the piping joint from the bottom of the cylinder and fix it with set screw. Mount the set screw with cone point first, and then flat point. ※5. For mounting piping joint, follow the longitudinal direction dimension as indicated in this drawing. If failed (not pushed enough), it causes air leaks, etc. ※6. Lock confirmation is not the stroke check of piston rod, but rather the action check of internal mechanical lock. ※7. Air vent hole must be open to the atmosphere, and prevent coolant and chips. If exposed to coolant and chips, use M3 screw of the bottom and install an attachment to prevent them, but do not block the air vent hole. ※8. EA tapping depth of the mounting bolt should be decided according to the mounting height referring to dimension 'S'. ※9. The depth of the body mounting hole φD should be less than 'Dimension F -1'. ※10. The machining dimension is for -C: Gasket Option. 1. Please contact us if it has a combination with other options. 2. Please refer to P.45 for Air Sensing Chart.

External Dimensions (LHE0400/0480/0550-□□N)

2-Z

JA BH J

C □K

φJB

CAφL


Release Port：G1/8 Thread( Only for -C Option： Speed Control Valve Port)

２-G Thread Plug (Included)(Only for -C Option)


φAC

S

CB

A

Fu

EF

GM

TV

W

Nut (Included)

φBB

φU

15゜

45゜

ABBA

C0.6

NyNy

Nx

AA

□K

NyNy

Nx

Lock PortφP

4-EA Screw

Release PortφP

φD

Lock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

4-φRSpot FacingφQ

φD

Taper

1/10

C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE□-CRN.

※11


Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S T U V W X (Nominal×Pitch) Y Z (Chamfer) AA AB AC BA BB CA CB CC EA (Nominal×Pitch) NA NB NC ND JA JB

LHE0400-□□N LHE0480-□□N LHE0550-□□N 15 17 18.5 9 11 12.5 6 6 6 2.5 2.5 2 3.5 3.5 4 12.5 14.5 15.5 159.5 175 191.5 54 61 69 45 51 60 40 48 55 115.5 124 135 50.5 55 64 69 79 86.5 25 28 30 31.5 35.5 39 22.5 25.5 30 34 40 47 73 83 88 11 13 12 26 30 33.5 9 11 12 max.3 max.3 max.3 9 9 11 5.5 5.5 6.8 15 17.5 17 17 19 20.5 18 22 25 15 18 21 12 14 15 M16×1.5 M20×1.5 M22×1.5 6 8 8 C3 C3 C3 24 30 32 8 9 10 26.5 33 35.5 16 19 22 20 25 28 7 9 10 6.5 7.5 9.5 4 5 6 M5×0.8 M5×0.8 M6×1 61 69 76 15 18 22 40 41 41 50 60 66 3.5 3.5 3.5 14 14 14 11.1 16.2 27.2 14.9 22.7 36.3 1.5 2.1 2.9

LockRelease

(mm)

cm3


Cylinder Capacity

Mass kg



(Breakdown)

※12


LHE 040 0 - CS

RL

1 432

N

5

2

NC

21.5

104

φNA

φNB

φND

2-M3×0.5Thread Depth 6

Piping Joint (Attached)(Installed by Customer)

Release Confirmation PortRc1/8 Thread (Air)

※6


Piston Rod

M3×0.5×5 (Flat Point)

※4Set Screw (Attached)M3×0.5×5 (Cone Point)

(Format Example：LHE0400-CRN, LHE0550-SLN)


3 Piping Method

1 Body Size

2 Design No.

5 Action Confirmation Method (When selecting N)

6 Options (When selecting Blank)Hexagon Socket Y

Remove all burrs

X Screw

Air Vent Hole


R Type

L Type

Full Stroke


Lock Confirmation Port Rc1/8 Thread (Air)






27


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve

ExternalDimensionsmodel LHE-NHigh-Power Swing Clamp　Air Sensing Piping Option

※9

+ 0.3 0

+ 0.05 0

0- 0.05

-0.1-0.2

※3

※7

※7 ※5※4

※3

※1

6.3S

※10

※10

※10

※10

※10

※10

※10

※8

※2

※11

Piping Method

※ The drawing shows the released state of LHE□-SRN.S：Piping Option (Rc Thread)


Notes： ※1. The slot for lever phasing faces the oil port side when locked. ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'. ※3. Speed control valve is sold separately. Please refer to P.891. ※4. Piping joint and set screw will be shipped as attachments. Make sure not to damage O-ring and insert the piping joint from the bottom of the cylinder and fix it with set screw. Mount the set screw with cone point first, and then flat point. ※5. For mounting piping joint, follow the longitudinal direction dimension as indicated in this drawing. If failed (not pushed enough), it causes air leaks, etc. ※6. Lock confirmation is not the stroke check of piston rod, but rather the action check of internal mechanical lock. ※7. Air vent hole must be open to the atmosphere, and prevent coolant and chips. If exposed to coolant and chips, use M3 screw of the bottom and install an attachment to prevent them, but do not block the air vent hole. ※8. EA tapping depth of the mounting bolt should be decided according to the mounting height referring to dimension 'S'. ※9. The depth of the body mounting hole φD should be less than 'Dimension F -1'. ※10. The machining dimension is for -C: Gasket Option. 1. Please contact us if it has a combination with other options. 2. Please refer to P.45 for Air Sensing Chart.

External Dimensions (LHE0400/0480/0550-□□N)

2-Z

JA BH J

C □K

φJB

CA

φL





φAC

S

CB

A

Fu

EF

GM

TV

W

Nut (Included)

φBB

φU

15゜

45゜

ABBA

C0.6

NyNy

Nx

AA

□K

NyNy

Nx

Lock PortφP

4-EA Screw

Release PortφP

φD

Lock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

4-φRSpot FacingφQ

φD

Taper

1/10

C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE□-CRN.

※11


Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S T U V W X (Nominal×Pitch) Y Z (Chamfer) AA AB AC BA BB CA CB CC EA (Nominal×Pitch) NA NB NC ND JA JB

LHE0400-□□N LHE0480-□□N LHE0550-□□N 15 17 18.5 9 11 12.5 6 6 6 2.5 2.5 2 3.5 3.5 4 12.5 14.5 15.5 159.5 175 191.5 54 61 69 45 51 60 40 48 55 115.5 124 135 50.5 55 64 69 79 86.5 25 28 30 31.5 35.5 39 22.5 25.5 30 34 40 47 73 83 88 11 13 12 26 30 33.5 9 11 12 max.3 max.3 max.3 9 9 11 5.5 5.5 6.8 15 17.5 17 17 19 20.5 18 22 25 15 18 21 12 14 15 M16×1.5 M20×1.5 M22×1.5 6 8 8 C3 C3 C3 24 30 32 8 9 10 26.5 33 35.5 16 19 22 20 25 28 7 9 10 6.5 7.5 9.5 4 5 6 M5×0.8 M5×0.8 M6×1 61 69 76 15 18 22 40 41 41 50 60 66 3.5 3.5 3.5 14 14 14 11.1 16.2 27.2 14.9 22.7 36.3 1.5 2.1 2.9

LockRelease

(mm)

cm3


Cylinder Capacity

Mass kg



(Breakdown)

※12


LHE 040 0 - CS

RL

1 432

N

5

2

NC

21.5

104

φNA

φNB

φND

2-M3×0.5Thread Depth 6

Piping Joint (Attached)(Installed by Customer)

Release Confirmation PortRc1/8 Thread (Air)

※6


Piston Rod

M3×0.5×5 (Flat Point)

※4Set Screw (Attached)M3×0.5×5 (Cone Point)

(Format Example：LHE0400-CRN, LHE0550-SLN)


3 Piping Method

1 Body Size

2 Design No.

5 Action Confirmation Method (When selecting N)

6 Options (When selecting Blank)Hexagon Socket Y

Remove all burrs

X Screw

Air Vent Hole


R Type

L Type

Full Stroke


Lock Confirmation Port Rc1/8 Thread (Air)






28


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve

ExternalDimensionsmodel LHE-AHigh-Power Swing Clamp　Quick Change Lever Type A (1/2)

※7


Recommended Stroke

LHE0300-□□-A 12 7.5 4.5 2 2.5 10.5 3.5 4.9 0.6

LockRelease

(mm)

cm3 Cylinder Capacity

Mass kg

Notes： ※7. The specification value of cylinder force, clamping force, holding force and swing completion position repeatability is fulfilled only when clamping within the lock stroke range. (The specification value is not fulfilled when clamping within the range of swing stroke and idle stroke.) ※8. Mass of single swing clamp.


(Breakdown)

※8

Dimensions

LHE 030 0 - CS

RL

1 432

- A

6


Notes： ※4. M4×0.7 tapping depth of the mounting bolt should be decided according to the mounting height referring to dimension 'S'：15.5. ※5. The depth of the body mounting holeφ30　　 should be decided according to the mounting height referring to dimension 'F'：58.5. ※6. The machining dimension is for -C: Gasket Option.

6.3S

Remove all burrs

※5

+ 0.3 0

+ 0.3 0

External Dimensions (LHE0300-□-A)C：Gasket Option (With G Thread Plug) The drawing shows the released state of LHE0300-CR-A.

Notes： ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'：15.5. ※3. Speed control valve is sold separately. Please refer to P.891. 1. Please contact us if it has a combination with other options.

1420

10.25

83.5

59

25F：58.5

117.5

φ12

φ30

171734

2626

3.5

523.5 φ14

11.5 11.5

20.5

20.5

11

15°

S：15.5


R Type

L Type

M4×0.7×7 Thread

Tightening KitLZH0300-W(Sold Separately)

1515

Idle Stroke

Swing Stroke

Recommended Stroke


Rc1/8 Thread


Lock Port

20.5

20.5

30

23

-0.1-0.2


4-Ｍ4×0.7 Screw

Lock Port max.φ3

φ30

C0.6

φ54

-0.1-0.2

※4

※6

※6

※6

※6

※6

※6

※2

※7

Piping Method

※ The drawing shows the released state of LHE0300-SR-A.S：Piping Option (Rc Thread)

R type L type Common for R/L type

Released State Locked State

※1. Slot for Lever Phasing

ReleasePort

LockPort

4.3

2.5

4.3

2-Slot forLever Phasing

+ 0.028+ 0.014

Pin for Stopper and Phasing φ2.5(m6)×6 (Prepared by Customer)

Swing Lever(Prepared by Customer)

※12-Slot for Lever Phasing

(Format Example：LHE0300-CR-A, LHE0300-SL-A)


3 Piping Method

1 Body Size

2 Design No.


6 Options (When selecting A)


※3Release Port：G1/8 Thread( Only for -C Option： Speed Control Valve Port)

※3Lock Port：G1/8 Thread( Only for -C Option： Speed Control Valve Port)


Lock Stroke

Vertical Stroke Full Stroke



Release PortO-Ring：1BP5 (Included)(Only for -C Option)

29


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve


※7


Recommended Stroke

LHE0300-□□-A 12 7.5 4.5 2 2.5 10.5 3.5 4.9 0.6

LockRelease

(mm)


Mass kg



(Breakdown)

※8

Dimensions

LHE 030 0 - CS

RL

1 432

- A

6



6.3S

Remove all burrs

※5

+ 0.3 0

+ 0.3 0

External Dimensions (LHE0300-□-A)C：Gasket Option (With G Thread Plug) The drawing shows the released state of LHE0300-CR-A.


1420

10.25

83.5

59

25F：58.5

117.5

φ12

φ30

171734

2626

3.5

523.5 φ14

11.5 11.5

20.5

20.5

11

15°

S：15.5


R Type

L Type

M4×0.7×7 Thread

Tightening KitLZH0300-W(Sold Separately)

1515

Idle Stroke

Swing Stroke

Recommended Stroke


Rc1/8 Thread


Lock Port

20.5

20.5

30

23

-0.1-0.2


4-Ｍ4×0.7 Screw

Lock Port max.φ3

φ30

C0.6

φ54

-0.1-0.2

※4

※6

※6

※6

※6

※6

※6

※2

※7

Piping Method

※ The drawing shows the released state of LHE0300-SR-A.S：Piping Option (Rc Thread)




ReleasePort

LockPort

4.3

2.5

4.3


+ 0.028+ 0.014

Pin for Stopper and Phasing φ2.5(m6)×6 (Prepared by Customer)


※12-Slot for Lever Phasing



3 Piping Method

1 Body Size

2 Design No.







Lock Stroke

Vertical Stroke Full Stroke




30


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve


CA

CA


LHE 040 0 - CS

RL

1 432

- A

6

※7


Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S U Z (Chamfer) CA CB CC EA (Nominal×Pitch) SA SB SC (Nominal×Pitch×Depth) JA JB

LHE0360-□□-A LHE0400-□□-A LHE0480-□□-A LHE0550-□□-A 13 15 17 18.5 8 9 11 12.5 5 6 6 6 2 2.5 2.5 2 3 3.5 3.5 4 11 12.5 14.5 15.5 124.5 138.5 154 170.5 49 54 61 69 40 45 51 60 36 40 48 55 85.5 94.5 103 114 60.5 69.5 75 84 64 69 79 86.5 25 25 28 30 29 31.5 35.5 39 20 22.5 25.5 30 31.4 34 40 47 66 73 83 88 11 11 13 12 23.5 26 30 33.5 8 9 11 12 max.3 max.3 max.3 max.3 7.5 9 9 11 4.5 5.5 5.5 6.8 16 15 17.5 17 15 18 22 25 C2 C3 C3 C3 4.8 5.8 7.8 8.8 12 15 16 17.5 3 4 4 4 M4×0.7 M5×0.8 M5×0.8 M6×1 24 27 32 36 15 17 19 20.5 M4×0.7×7 M5×0.8×8 M5×0.8×8 M6×1×11 3.5 3.5 3.5 3.5 14 14 14 14 6.5 11.1 16.2 27.2 8.8 14.9 22.7 36.3 0.8 1.1 1.6 2.3

LockRelease

(mm)

cm3


Cylinder Capacity

Mass kg



(Breakdown)

※8

R type L type

Released State

2-Slot for Lever Phasing

※5

+ 0.3 0


R Type

L Type

-0.1-0.2

※3

※3

6.3S

Remove all burrs

※6

※6

※6

※6

※6

※6

※6

※4

Piping Method

※ The drawing shows the released state of LHE□-SR-A.S：Piping Option (Rc Thread)



External Dimensions (LHE0360/0400/0480/0550-□□-A)

2-Z

JA BH J

C □K

φJB

φL




AE

FG

M

SBSA

φU

15゜

C0.6

NyNy

Nx




□K

NyNy

Nx

Lock Port φP

4-EA Screw

Release Port φP

φD

φD

C：Gasket Option (With G Thread Plug)※The drawing shows the released state of LHE□-CR-A.

4-φRSpot FacingφQ

CB

Tightening KitLZH□-W(Sold Separately)

Pin for Stopper and Phasing (Prepared by Customer)


※2

※7

S

FuLock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

Full Stroke

RecommendedLock PositionCC


SC Screw※12-Slot for Lever Phasing

+ 0.028+ 0.014

+ 0.038+ 0.020

+ 0.038+ 0.020

+ 0.038+ 0.020

Notes： ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'. ※3. Speed control valve is sold separately. Please refer to P.891. 1. Please contact us if it has a combination with other options.



3 Piping Method

1 Body Size

2 Design No.



Common for R/L type

Locked State


Rc1/8 ThreadLock Port

31


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve


CA

CA


LHE 040 0 - CS

RL

1 432

- A

6

※7


Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S U Z (Chamfer) CA CB CC EA (Nominal×Pitch) SA SB SC (Nominal×Pitch×Depth) JA JB

LHE0360-□□-A LHE0400-□□-A LHE0480-□□-A LHE0550-□□-A 13 15 17 18.5 8 9 11 12.5 5 6 6 6 2 2.5 2.5 2 3 3.5 3.5 4 11 12.5 14.5 15.5 124.5 138.5 154 170.5 49 54 61 69 40 45 51 60 36 40 48 55 85.5 94.5 103 114 60.5 69.5 75 84 64 69 79 86.5 25 25 28 30 29 31.5 35.5 39 20 22.5 25.5 30 31.4 34 40 47 66 73 83 88 11 11 13 12 23.5 26 30 33.5 8 9 11 12 max.3 max.3 max.3 max.3 7.5 9 9 11 4.5 5.5 5.5 6.8 16 15 17.5 17 15 18 22 25 C2 C3 C3 C3 4.8 5.8 7.8 8.8 12 15 16 17.5 3 4 4 4 M4×0.7 M5×0.8 M5×0.8 M6×1 24 27 32 36 15 17 19 20.5 M4×0.7×7 M5×0.8×8 M5×0.8×8 M6×1×11 3.5 3.5 3.5 3.5 14 14 14 14 6.5 11.1 16.2 27.2 8.8 14.9 22.7 36.3 0.8 1.1 1.6 2.3

LockRelease

(mm)

cm3


Cylinder Capacity

Mass kg



(Breakdown)

※8

R type L type

Released State


※5

+ 0.3 0


R Type

L Type

-0.1-0.2

※3

※3

6.3S

Remove all burrs

※6

※6

※6

※6

※6

※6

※6

※4

Piping Method

※ The drawing shows the released state of LHE□-SR-A.S：Piping Option (Rc Thread)



External Dimensions (LHE0360/0400/0480/0550-□□-A)

2-Z

JA BH J

C □K

φJB

φL




AE

FG

M

SBSA

φU

15゜

C0.6

NyNy

Nx




□K

NyNy

Nx

Lock Port φP

4-EA Screw

Release Port φP

φD

φD

C：Gasket Option (With G Thread Plug)※The drawing shows the released state of LHE□-CR-A.

4-φRSpot FacingφQ

CB

Tightening KitLZH□-W(Sold Separately)

Pin for Stopper and Phasing (Prepared by Customer)


※2

※7

S

FuLock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

Full Stroke

RecommendedLock PositionCC


SC Screw※12-Slot for Lever Phasing

+ 0.028+ 0.014

+ 0.038+ 0.020

+ 0.038+ 0.020

+ 0.038+ 0.020




3 Piping Method

1 Body Size

2 Design No.



Common for R/L type

Locked State



32


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve

ExternalDimensionsmodel LHE-FHigh-Power Swing Clamp　Quick Change Lever Type F (1/2)


6.3S

Remove all burrs

※5

+ 0.3 0

External Dimensions (LHE0300-□□-F)C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE0300-CL-F.


228

4.25

83.5

55

25F：58.5

113.5

φ12

φ30

1717

2.5H8

34

2626

3.5

523.5 φ14

φ10.5

11.5 11.5

20.5

20.5

11

15°

S：15.5


R Type

L Type

２-G Thread Plug (Included) (Only for -C Option)

1515

Lock Stroke

Idle Stroke

Swing Stroke

Vertical Stroke

Recommended Stroke

20.5

20.5

30

23

-0.1-0.2


4-Ｍ4×0.7 Screw

Lock Port max.φ3

φ30

C0.6

φ54

-0.1-0.2

+ 0.014 0

※1

※4

※6

※6

※6

※6

※6

※6

※2

※7

Piping Method

※ The drawing shows the released state of LHE0300-SL-F.S：Piping Option (Rc Thread)



LHE 030 0 - CS

RL

1 432

- F

6

4

4



(Format Example：LHE0300-CR-F, LHE0300-SL-F)


3 Piping Method

1 Body Size

2 Design No.


6 Options (When selecting F)

※7


Recommended Stroke

LHE0300-□□-F 12 7.5 4.5 2 2.5 10.5 3.5 4.9 0.6

LockRelease

(mm)


Mass kg


(Breakdown)

※8

Dimensions


+ 0.3 0



Full Stroke


ReleasePort

LockPort









33


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve



6.3S

Remove all burrs

※5

+ 0.3 0

External Dimensions (LHE0300-□□-F)C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE0300-CL-F.


228

4.25

83.5

55

25F：58.5

113.5

φ12

φ30

1717

2.5H8

34

2626

3.5

523.5 φ14

φ10.5

11.5 11.5

20.5

20.5

11

15°

S：15.5


R Type

L Type

２-G Thread Plug (Included) (Only for -C Option)

1515

Lock Stroke

Idle Stroke

Swing Stroke

Vertical Stroke

Recommended Stroke

20.5

20.5

30

23

-0.1-0.2


4-Ｍ4×0.7 Screw

Lock Port max.φ3

φ30

C0.6

φ54

-0.1-0.2

+ 0.014 0

※1

※4

※6

※6

※6

※6

※6

※6

※2

※7

Piping Method

※ The drawing shows the released state of LHE0300-SL-F.S：Piping Option (Rc Thread)



LHE 030 0 - CS

RL

1 432

- F

6

4

4





3 Piping Method

1 Body Size

2 Design No.



※7


Recommended Stroke

LHE0300-□□-F 12 7.5 4.5 2 2.5 10.5 3.5 4.9 0.6

LockRelease

(mm)


Mass kg


(Breakdown)

※8

Dimensions


+ 0.3 0



Full Stroke


ReleasePort

LockPort









34


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve


CA

CA

CB

※5

+ 0.3 0


R Type

L Type

-0.1-0.2

※7

※1

6.3S

Remove all burrs

※6

※6

※6

※6

※6

※6

※6

※4

※2

※7

Piping Method

※ The drawing shows the released state of LHE□-SL-F.S：Piping Option (Rc Thread)


Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S U Z (Chamfer) CA CB CC EA (Nominal×Pitch) FA FB FC JA JB

LHE0360-□□-F LHE0400-□□-F LHE0480-□□-F LHE0550-□□-F 13 15 17 18.5 8 9 11 12.5 5 6 6 6 2 2.5 2.5 2 3 3.5 3.5 4 11 12.5 14.5 15.5 122.5 136.5 152 168.5 49 54 61 69 40 45 51 60 36 40 48 55 85.5 94.5 103 114 60.5 69.5 75 84 62 67 77 84.5 25 25 28 30 29 31.5 35.5 39 20 22.5 25.5 30 31.4 34 40 47 66 73 83 88 11 11 13 12 23.5 26 30 33.5 8 9 11 12 max.3 max.3 max.3 max.3 7.5 9 9 11 4.5 5.5 5.5 6.8 16 15 17.5 17 15 18 22 25 C2 C3 C3 C3 5 5.8 7.8 9 5 6.5 6.5 7 3 4 4 4 M4×0.7 M5×0.8 M5×0.8 M6×1 13.5 16 19.5 22 11 12.5 15 17 26 29.5 34 37.5 3.5 3.5 3.5 3.5 14 14 14 14 6.5 11.1 16.2 27.2 8.8 14.9 22.7 36.3 0.8 1.1 1.6 2.3

LockRelease

(mm)

cm3


Cylinder Capacity

Mass kg



External Dimensions (LHE0360/0400/0480/0550-□□-F)

2-Z

JA BH J

C □K

φJB

φL

S

A

Fu

EF

GM

FCFB

φU

15゜

C0.6

NyNy

Nx

□K

NyNy

Nx

Lock Port φP

4-EA Screw

Release Port φP

φD

Lock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

Full Stroke

4-φRSpot FacingφQ

φD

φFA

CCH8



(Breakdown)

※8

C：Gasket Option (With G Thread Plug)※The drawing shows the released state of LHE□-CL-F.


LHE 040 0 - CS

RL

1 432

- F

6


R type L type

Released State




+ 0.014 0

+ 0.018 0

+ 0.018 0

+ 0.018 0



3 Piping Method

1 Body Size

2 Design No.




Common for R/L type

Locked State








35


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve


CA

CA

CB

※5

+ 0.3 0


R Type

L Type

-0.1-0.2

※7

※1

6.3S

Remove all burrs

※6

※6

※6

※6

※6

※6

※6

※4

※2

※7

Piping Method

※ The drawing shows the released state of LHE□-SL-F.S：Piping Option (Rc Thread)


Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S U Z (Chamfer) CA CB CC EA (Nominal×Pitch) FA FB FC JA JB

LHE0360-□□-F LHE0400-□□-F LHE0480-□□-F LHE0550-□□-F 13 15 17 18.5 8 9 11 12.5 5 6 6 6 2 2.5 2.5 2 3 3.5 3.5 4 11 12.5 14.5 15.5 122.5 136.5 152 168.5 49 54 61 69 40 45 51 60 36 40 48 55 85.5 94.5 103 114 60.5 69.5 75 84 62 67 77 84.5 25 25 28 30 29 31.5 35.5 39 20 22.5 25.5 30 31.4 34 40 47 66 73 83 88 11 11 13 12 23.5 26 30 33.5 8 9 11 12 max.3 max.3 max.3 max.3 7.5 9 9 11 4.5 5.5 5.5 6.8 16 15 17.5 17 15 18 22 25 C2 C3 C3 C3 5 5.8 7.8 9 5 6.5 6.5 7 3 4 4 4 M4×0.7 M5×0.8 M5×0.8 M6×1 13.5 16 19.5 22 11 12.5 15 17 26 29.5 34 37.5 3.5 3.5 3.5 3.5 14 14 14 14 6.5 11.1 16.2 27.2 8.8 14.9 22.7 36.3 0.8 1.1 1.6 2.3

LockRelease

(mm)

cm3


Cylinder Capacity

Mass kg



External Dimensions (LHE0360/0400/0480/0550-□□-F)

2-Z

JA BH J

C □K

φJB

φL

S

A

Fu

EF

GM

FCFB

φU

15゜

C0.6

NyNy

Nx

□K

NyNy

Nx

Lock Port φP

4-EA Screw

Release Port φP

φD

Lock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

Full Stroke

4-φRSpot FacingφQ

φD

φFA

CCH8



(Breakdown)

※8

C：Gasket Option (With G Thread Plug)※The drawing shows the released state of LHE□-CL-F.


LHE 040 0 - CS

RL

1 432

- F

6


R type L type

Released State




+ 0.014 0

+ 0.018 0

+ 0.018 0

+ 0.018 0



3 Piping Method

1 Body Size

2 Design No.




Common for R/L type

Locked State








36


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve

ExternalDimensionsmodel LHE-PHigh-Power Swing Clamp　Balance Lever Option (1/2)


6.3S

Remove all burrs

※5

+ 0.3 0

External Dimensions (LHE0300-□□-P)C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE0300-C□-P.

2014

83.5

59

2519.58.5

F：58.5

117.5

φ1230°

φ11 φ6 H8

φ30

171734

2626

3.5

523.5 φ14

11.5

M3×0.5 Screw

R0.8

11.5

20.5

20.5

11

15°

S：15.5


R Type

L Type

1515

Lock Stroke

Idle Stroke

Swing Stroke

Vertical Stroke

Recommended Stroke


20.5

20.5

30

23

-0.1-0.2


4-Ｍ4×0.7 Screw

Lock Port max.φ3

φ30

C0.6

φ54

-0.1-0.2

7 -0.1-0.2

※4

※6

※6

※6

※6

※6

※6※2

※1

※7

Piping Method

※ The drawing shows the released state of LHE0300-S□-P.S：Piping Option (Rc Thread)

※7


Recommended Stroke

LHE0300-□□-P 12 7.5 4.5 2 2.5 10.5 3.5 4.9 0.6

LockRelease

(mm)


Mass kg



(Breakdown)

※8


Dimensions

LHE 030 0 - CS

RL

1 432

Notes： ※1. For maintaining the position of the lever, use M3×0.5 screw on the top of the rod. ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'：15.5. ※3. Speed control valve is sold separately. Please refer to P.891. 1. Please contact us if it has a combination with other options.

Balance Lever Reference DrawingRetainer for Maintainingthe Lever PositionBolt

Lever

- P

6

+ 0.018 0

(Format Example：LHE0300-CR-P, LHE0300-SL-P)


3 Piping Method

1 Body Size

2 Design No.


6 Options (When selecting P)

Full Stroke











+ 0.3 0

37


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve



6.3S

Remove all burrs

※5

+ 0.3 0

External Dimensions (LHE0300-□□-P)C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE0300-C□-P.

2014

83.5

59

2519.58.5

F：58.5

117.5

φ1230°

φ11 φ6 H8

φ30

171734

2626

3.5

523.5 φ14

11.5

M3×0.5 Screw

R0.8

11.5

20.5

20.5

11

15°

S：15.5


R Type

L Type

1515

Lock Stroke

Idle Stroke

Swing Stroke

Vertical Stroke

Recommended Stroke


20.5

20.5

30

23

-0.1-0.2


4-Ｍ4×0.7 Screw

Lock Port max.φ3

φ30

C0.6

φ54

-0.1-0.2

7 -0.1-0.2

※4

※6

※6

※6

※6

※6

※6

※2

※1

※7

Piping Method

※ The drawing shows the released state of LHE0300-S□-P.S：Piping Option (Rc Thread)

※7


Recommended Stroke

LHE0300-□□-P 12 7.5 4.5 2 2.5 10.5 3.5 4.9 0.6

LockRelease

(mm)


Mass kg



(Breakdown)

※8


Dimensions

LHE 030 0 - CS

RL

1 432

Notes： ※1. For maintaining the position of the lever, use M3×0.5 screw on the top of the rod. ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'：15.5. ※3. Speed control valve is sold separately. Please refer to P.891. 1. Please contact us if it has a combination with other options.


Lever

- P

6

+ 0.018 0



3 Piping Method

1 Body Size

2 Design No.



Full Stroke











+ 0.3 0

38


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve


※5

+ 0.3 0


R Type

L Type

-0.1-0.2

※7

6.3S

Remove all burrs

※6

※6

※6

※6

※6

※6

※6

※4

※2

※7

Piping Method

※ The drawing shows the released state of LHE□-S□-P.S：Piping Option (Rc Thread)


Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S U Z (Chamfer) EA (Nominal×Pitch) PA PB PC PD PE PF PG PH (Nominal×Pitch) JA JB

LHE0360-□-P LHE0400-□-P LHE0480-□-P LHE0550-□-P 13 15 17 18.5 8 9 11 12.5 5 6 6 6 2 2.5 2.5 2 3 3.5 3.5 4 11 12.5 14.5 15.5 124.5 138.5 154 170.5 49 54 61 69 40 45 51 60 36 40 48 55 85.5 94.5 103 114 60.5 69.5 75 84 64 69 79 86.5 25 25 28 30 29 31.5 35.5 39 20 22.5 25.5 30 31.4 34 40 47 66 73 83 88 11 11 13 12 23.5 26 30 33.5 8 9 11 12 max.3 max.3 max.3 max.3 7.5 9 9 11 4.5 5.5 5.5 6.8 16 15 17.5 17 15 18 22 25 C2 C3 C3 C3 M4×0.7 M5×0.8 M5×0.8 M6×1 8 8 10 13 14 17 20 23 8 10 10 12 10.5 12 14 15.5 23.5 26.5 30.5 34.5 24 27 32 36 15 17 19 20.5 M3×0.5 M3×0.5 M4×0.7 M5×0.8 3.5 3.5 3.5 3.5 14 14 14 14 6.5 11.1 16.2 27.2 8.8 14.9 22.7 36.3 0.8 1.1 1.6 2.3

LockRelease

(mm)

cm3


Cylinder Capacity

Mass kg



External Dimensions (LHE0360/0400/0480/0550-□□-P)

2-Z

JA BH J

C □K

φJB

φL


S

A

Fu

EF

GM

PD

PGPEPF

φU

15゜

30゜

C0.6

NyNy

Nx



□K

NyNy

Nx

Lock Port φP

4-EA Screw

Release Port φP

φD

Lock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

4-φRSpot FacingφQ

φD



(Breakdown)

※8

C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE□-C□-P.

LHE 040 0 - CS

RL

1 432

- P

6

φPC H8

φPBPH Screw ※1

Notes： ※1. For maintaining the position of the lever, use the screw (PH Screw) on the top of the rod. ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'. ※3. Speed control valve is sold separately. Please refer to P.891. 　1. Please contact us if it has a combination with other options.

PA- 0.1- 0.2

R0.8


Lever

+ 0.022 0

+ 0.022 0

+ 0.022 0

+ 0.027 0



3 Piping Method

1 Body Size

2 Design No.




Full Stroke







39


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve


※5

+ 0.3 0


R Type

L Type

-0.1-0.2

※7

6.3S

Remove all burrs

※6

※6

※6

※6

※6

※6

※6

※4

※2

※7

Piping Method

※ The drawing shows the released state of LHE□-S□-P.S：Piping Option (Rc Thread)


Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S U Z (Chamfer) EA (Nominal×Pitch) PA PB PC PD PE PF PG PH (Nominal×Pitch) JA JB

LHE0360-□-P LHE0400-□-P LHE0480-□-P LHE0550-□-P 13 15 17 18.5 8 9 11 12.5 5 6 6 6 2 2.5 2.5 2 3 3.5 3.5 4 11 12.5 14.5 15.5 124.5 138.5 154 170.5 49 54 61 69 40 45 51 60 36 40 48 55 85.5 94.5 103 114 60.5 69.5 75 84 64 69 79 86.5 25 25 28 30 29 31.5 35.5 39 20 22.5 25.5 30 31.4 34 40 47 66 73 83 88 11 11 13 12 23.5 26 30 33.5 8 9 11 12 max.3 max.3 max.3 max.3 7.5 9 9 11 4.5 5.5 5.5 6.8 16 15 17.5 17 15 18 22 25 C2 C3 C3 C3 M4×0.7 M5×0.8 M5×0.8 M6×1 8 8 10 13 14 17 20 23 8 10 10 12 10.5 12 14 15.5 23.5 26.5 30.5 34.5 24 27 32 36 15 17 19 20.5 M3×0.5 M3×0.5 M4×0.7 M5×0.8 3.5 3.5 3.5 3.5 14 14 14 14 6.5 11.1 16.2 27.2 8.8 14.9 22.7 36.3 0.8 1.1 1.6 2.3

LockRelease

(mm)

cm3


Cylinder Capacity

Mass kg



External Dimensions (LHE0360/0400/0480/0550-□□-P)

2-Z

JA BH J

C □K

φJB

φL


S

A

Fu

EF

GM

PD

PGPEPF

φU

15゜

30゜

C0.6

NyNy

Nx



□K

NyNy

Nx

Lock Port φP

4-EA Screw

Release Port φP

φD

Lock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

4-φRSpot FacingφQ

φD



(Breakdown)

※8

C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE□-C□-P.

LHE 040 0 - CS

RL

1 432

- P

6

φPC H8

φPBPH Screw ※1

Notes： ※1. For maintaining the position of the lever, use the screw (PH Screw) on the top of the rod. ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'. ※3. Speed control valve is sold separately. Please refer to P.891. 　1. Please contact us if it has a combination with other options.

PA- 0.1- 0.2

R0.8


Lever

+ 0.022 0

+ 0.022 0

+ 0.022 0

+ 0.027 0



3 Piping Method

1 Body Size

2 Design No.




Full Stroke







40


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve

ExternalDimensionsmodel LHE-YHigh-Power Swing Clamp　Swing Angle Selectable Option (1/2)

ReleasePort

LockPort


6.3S

Remove all burrs

※5

+ 0.3 0

+ 0.05 0

External Dimensions (LHE0300-□□-Y□)C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE0030□-CR-Y□.

Notes： ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'：15.5. ※3. Speed control valve is sold separately. Please refer to P.891.

4.5


M10×1 Screw

Hex.17×φ19

Nut (Included)

611

T10

1083.5

Fu

25F：58.5

A

φ14φ12

φ30

4.5

171734

2626

3.5

523.5 φ14

11.5 11.5

Hex. Socket 4

20.5

20.5

11

15°

S：15.5


R Type

L Type

1515

Lock Stroke

Idle Stroke

Swing Stroke

Vertical Stroke

Recommended Stroke


20.5

20.5

30

23

-0.1-0.2


4-Ｍ4×0.7 Screw

Lock Port max.φ3

φ30

C0.6

φ54 0 - 0.05

-0.1-0.2

※1

※4

※6

※6

※6

※6

※6

※6

※2

※7

Piping Method

※ The drawing shows the released state of LHE0300□-SR-Y□.S：Piping Option (Rc Thread)

Taper

1/10

※7

Model No. Option Model No. Swing Angle Full Stroke Swing Stroke Vertical Stroke

Recommended Stroke A Fu T

LHE0300-□□-Y□Y45 45°8.94.44.522.57.4114.455.910.92.93.90.6

Y30 30°7.83.3

6.3113.354.89.82.73.5

Y60 60°9.95.4

8.4115.456.911.93.14.2

LockRelease

(mm)


Mass kg



(Breakdown)

※8

Dimensions

LHE 030 0 - CS

RL

1 432




Lock


LockSwing Angle

The slot position depends on the swing direction and the angle when clamping.

- Y□

6

(Format Example：LHE0300-CR-Y45, LHE0300-SL-Y60)


3 Piping Method

1 Body Size

2 Design No.


6 Options (When selecting Y)



Full Stroke

Swing Angle










+ 0.3 0

41


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve


ReleasePort

LockPort


6.3S

Remove all burrs

※5

+ 0.3 0

+ 0.05 0

External Dimensions (LHE0300-□□-Y□)C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE0030□-CR-Y□.

Notes： ※2. Mounting bolts are not provided. Please prepare them according to the mounting height referring to dimension 'S'：15.5. ※3. Speed control valve is sold separately. Please refer to P.891.

4.5


M10×1 Screw

Hex.17×φ19

Nut (Included)

611

T10

1083.5

Fu

25F：58.5

A

φ14φ12

φ30

4.5

171734

2626

3.5

523.5 φ14

11.5 11.5

Hex. Socket 4

20.5

20.5

11

15°

S：15.5


R Type

L Type

1515

Lock Stroke

Idle Stroke

Swing Stroke

Vertical Stroke

Recommended Stroke


20.5

20.5

30

23

-0.1-0.2


4-Ｍ4×0.7 Screw

Lock Port max.φ3

φ30

C0.6

φ54

0 - 0.05

-0.1-0.2

※1

※4

※6

※6

※6

※6

※6

※6

※2

※7

Piping Method

※ The drawing shows the released state of LHE0300□-SR-Y□.S：Piping Option (Rc Thread)

Taper

1/10

※7


Recommended Stroke A Fu T

LHE0300-□□-Y□Y45 45°8.94.44.522.57.4114.455.910.92.93.90.6

Y30 30°7.83.3

6.3113.354.89.82.73.5

Y60 60°9.95.4

8.4115.456.911.93.14.2

LockRelease

(mm)


Mass kg



(Breakdown)

※8

Dimensions

LHE 030 0 - CS

RL

1 432




Lock


LockSwing Angle


- Y□

6



3 Piping Method

1 Body Size

2 Design No.





Full Stroke

Swing Angle










+ 0.3 0

42


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve


※5

+ 0.3 0

+ 0.05 0


R Type

L Type 0 - 0.05

-0.1-0.2

※1

6.3S

Remove all burrs

※6

※6

※6

※6

※6

※6

※6

※4

※2

※7

Piping Method

※ The drawing shows the released state of LHE□-SR-Y□.S：Piping Option (Rc Thread)

External Dimensions and Machining Dimensions for MountingMachining Dimensions of Mounting Area


External Dimensions (LHE0360/0400/0480/0550-□□-Y□)

Notes： ※2. Mounting bolts are not provided. Please prepare them accoding to the mounting height referring to dimension 'S'. ※3. Speed control valve is sold separately. Please refer to P.891.

2-Z

JA BH J

C □K

φJB

CAφL

φCC Slot for Lever Phasing

φAC

S

CB

A

Fu

EF

GM

TV

W

Nut (Included)

φBBφU


15゜

Hexagon Socket Y

ABBA

C0.6

NyNy

Nx

AA

X Screw

□K

NyNy

Nx

Lock Port φP

4-EA Screw

Release PortφP

φD

Lock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

Full Stroke

4-φRSpot FacingφQ

φD

Taper

1/10

C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE□-CR-Y□.

LHE 040 0 - CS

RL

1 432



LockLock



Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S T U V W X (Nominal×Pitch) Y Z (Chamfer) AA AB AC BA BB CA CB CC EA (Nominal×Pitch) JA JB Cylinder Capacity Lock cm3 Release Mass ※8 kg

Y30 Y45 Y60 Y30 Y45 Ｙ60 Y30 Y45 Ｙ60 Y30 Y45 Ｙ60 30° 45° 60° 30° 45° 60° 30° 45° 60° 30° 45° 60° 9 10 11 10.7 11.7 12.8 11.7 13 14.3 12.5 14 15.5 4 5 6 4.7 5.7 6.8 5.7 7 8.3 6.5 8 9.5

7 8 9 8.2 9.2 10.3 9.2 10.5 11.8 9.5 11 12.5 120.5 121.5 122.5 134.2 135.2 136.3 148.7 150 151.3 164.5 166 167.5

60 61 62 64.7 65.7 66.8 73.7 75 76.3 80.5 82 83.5

11 12 13 12.7 13.7 14.8 13.7 15 16.3 14.5 16 17.5

5.0 5.4 5.8 8.9 9.4 10.0 12.5 13.4 14.3 21.1 22.6 24.1 6.6 7.2 7.7 11.6 12.4 13.2 17.0 18.4 19.8 27.2 29.5 31.8

Idle Stroke Lock Stroke ※7

(Breakdown)

LHE0360-□-Y□ LHE0400-□-Y□ LHE0480-□-Y□ LHE0550-□-Y□

5 6 6 6 2 2.5 2.5 2 3 3.5 3.5 4 49 54 61 69 40 45 51 60 36 40 48 55 85.5 94.5 103 114 60.5 69.5 75 84 25 25 28 30 29 31.5 35.5 39 20 22.5 25.5 30 31.4 34 40 47 66 73 83 88 11 11 13 12 23.5 26 30 33.5 8 9 11 12 max. 3 max. 3 max. 3 max. 3 7.5 9 9 11 4.5 5.5 5.5 6.8 16 15 17.5 17 15 18 22 25 13 15 18 21 11 12 14 15 M14×1.5 M16×1.5 M20×1.5 M22×1.5 5 6 8 8 C2 C3 C3 C3 22 24 30 32 7 8 9 10 24.5 26.5 33 35.5 14 16 19 22 17 20 25 28 6 7 9 10 6.5 6.5 7.5 9.5 4 4 5 6 M4×0.7 M5×0.8 M5×0.8 M6×1 3.5 3.5 3.5 3.5 14 14 14 14

0.8 1.1 1.6 2.3

(mm)

- Y□

6



Swing An

gle

Swing Angle



3 Piping Method

1 Body Size

2 Design No.













43


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others





PerformanceCurve


※5

+ 0.3 0

+ 0.05 0


R Type

L Type

0 - 0.05

-0.1-0.2

※1

6.3S

Remove all burrs

※6

※6

※6

※6

※6

※6

※6

※4

※2

※7

Piping Method

※ The drawing shows the released state of LHE□-SR-Y□.S：Piping Option (Rc Thread)

External Dimensions and Machining Dimensions for MountingMachining Dimensions of Mounting Area


External Dimensions (LHE0360/0400/0480/0550-□□-Y□)

Notes： ※2. Mounting bolts are not provided. Please prepare them accoding to the mounting height referring to dimension 'S'. ※3. Speed control valve is sold separately. Please refer to P.891.

2-Z

JA BH J

C □K

φJB

CA

φL

φCC Slot for Lever Phasing

φAC

S

CB

A

Fu

EF

GM

TV

W

Nut (Included)

φBBφU


15゜

Hexagon Socket Y

ABBA

C0.6

NyNy

Nx

AA

X Screw

□K

NyNy

Nx

Lock Port φP

4-EA Screw

Release PortφP

φD

Lock Stroke

Idle Stroke

Vertical Stroke

Swing Stroke

Recommended Stroke

Full Stroke

4-φRSpot FacingφQ

φD

Taper

1/10

C：Gasket Option (With G Thread Plug)※ The drawing shows the released state of LHE□-CR-Y□.

LHE 040 0 - CS

RL

1 432



LockLock



Recommended Stroke A B C D E F Fu G H J K L M Nx Ny P Q R S T U V W X (Nominal×Pitch) Y Z (Chamfer) AA AB AC BA BB CA CB CC EA (Nominal×Pitch) JA JB Cylinder Capacity Lock cm3 Release Mass ※8 kg

Y30 Y45 Y60 Y30 Y45 Ｙ60 Y30 Y45 Ｙ60 Y30 Y45 Ｙ60 30° 45° 60° 30° 45° 60° 30° 45° 60° 30° 45° 60° 9 10 11 10.7 11.7 12.8 11.7 13 14.3 12.5 14 15.5 4 5 6 4.7 5.7 6.8 5.7 7 8.3 6.5 8 9.5

7 8 9 8.2 9.2 10.3 9.2 10.5 11.8 9.5 11 12.5 120.5 121.5 122.5 134.2 135.2 136.3 148.7 150 151.3 164.5 166 167.5

60 61 62 64.7 65.7 66.8 73.7 75 76.3 80.5 82 83.5

11 12 13 12.7 13.7 14.8 13.7 15 16.3 14.5 16 17.5

5.0 5.4 5.8 8.9 9.4 10.0 12.5 13.4 14.3 21.1 22.6 24.1 6.6 7.2 7.7 11.6 12.4 13.2 17.0 18.4 19.8 27.2 29.5 31.8

Idle Stroke Lock Stroke ※7

(Breakdown)

LHE0360-□-Y□ LHE0400-□-Y□ LHE0480-□-Y□ LHE0550-□-Y□

5 6 6 6 2 2.5 2.5 2 3 3.5 3.5 4 49 54 61 69 40 45 51 60 36 40 48 55 85.5 94.5 103 114 60.5 69.5 75 84 25 25 28 30 29 31.5 35.5 39 20 22.5 25.5 30 31.4 34 40 47 66 73 83 88 11 11 13 12 23.5 26 30 33.5 8 9 11 12 max. 3 max. 3 max. 3 max. 3 7.5 9 9 11 4.5 5.5 5.5 6.8 16 15 17.5 17 15 18 22 25 13 15 18 21 11 12 14 15 M14×1.5 M16×1.5 M20×1.5 M22×1.5 5 6 8 8 C2 C3 C3 C3 22 24 30 32 7 8 9 10 24.5 26.5 33 35.5 14 16 19 22 17 20 25 28 6 7 9 10 6.5 6.5 7.5 9.5 4 4 5 6 M4×0.7 M5×0.8 M5×0.8 M6×1 3.5 3.5 3.5 3.5 14 14 14 14

0.8 1.1 1.6 2.3

(mm)

- Y□

6



Swing An

gle

Swing Angle



3 Piping Method

1 Body Size

2 Design No.













44


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others


Lever DesignDimensions AccessoriesAction Description


PerformanceCurve

ExternalDimensionsmodel LHE-M/LHE-N

Air SensingOptionHigh-Power Swing Clamp　Air Sensing Option

Action Description (Air Sensing Chart Explanation)

Maker

Name

Model No.

SMC CKD

Air Catch Sensor Gap Switch

ISA3-F , ISA3-G , ISA2-G GPS2-05-15

Action confirmation can be conducted by detecting

differential pressure with the air catch sensor.

Release confirmation is the action confirmation of piston rod.

Lock confirmation is not the stroke confirmation of piston rod,

but the action confirmation of internal mechanical lock.

● Air catch sensor is required in order to conduct the action confirmation.

● Please refer to maker's catalog, etc. for the detail of the air catch sensor.

● The air pressure to the air catch sensor should be 0.1~0.2MPa.

● When using the clamps, do not stop supplying air pressure.

● Refer to the drawing below for the air circuit construction.

About Air Catch Sensor

Sensing can be done by the air catch sensor with small air flow (recommended models are in the chart below).

Recommended Air Catch Sensor

Recommended Operating Air Pressure：0.1～0.2MPa

Air Sensing Chart

０.1～0.2MPa(Recommended)

Air Catch Sensor(Circuit diagram differs depending on the sensor.)

5μmRelease Confirmation

Lock Confirmation

LHE 040 0 - Applicable Model

RL

MN

5 Action Confirmation Method : When selecting M/N

Idle Stroke

Piston Rod

Lock

Stroke

Vertical Stroke

Recommended Stroke

Full Stroke

Swing Stroke


Number Directly Connected to Clamp: 1, Air Catch Sensor ISA3-F, Supply Air Pressure 0.2MPa

Lock Air Pressure Detected (MPa)

0

0.2

Release Air Pressure Detected (MPa)

0

0.2 (Supply Air Pressure)

Full StrokeRelease End Lock End

Swing Stroke Lock StrokeIdleStroke

Air Catch Sensor Set Pressure (ON)

(Supply Air Pressure)

Pressure when Valve Opened

Pressure when Valve Closed

Within 10°


※2

Air Catch Sensor Set Pressure (ON)※2

※1

※4

※4

When locking after

released state

When releasing

after locked state

Notes： 1. Sensing chart shown is the relationship between the stroke and detection circuit air pressure. 2. The specifications may vary depending on the air circuit. The hose length should be as short as possible. (Less than 5m) ※1. There is a certain tolerance with regard to the position where the pressure for closing the valve is reached depending on the clamp structure. (Refer to the sensing chart.) ※2. The position where the air catch sensor has ON signal output varies depending on the sensor setting. ※3. Lock confirmation is an action confirmation of the mechanical lock. The air catch sensor pressure increase may be behind piston rod action. ※4. The sensor pressure for opening the valve depends on the sensor. With air sensor with large air flow, the sensor pressure for opening the valve is higher and the differential pressure for detection is lower.

3-O-ring

Air Vent Hole

※3

Model No.

Full Stroke

Swing Stroke (90°)

Vertical Stroke

Recommended Stroke

LHE0400-□□M/N LHE0480-□□M/N LHE0550-□□M/N

15 17 18.5

9 11 12.5

6 6 6

2.5 2.5 2

3.5 3.5 4

12.5 14.5 15.5

(mm)

Idle Stroke

Lock Stroke(Breakdown)

CS

±0.5(Lock Stroke +0.5)※1

● Air vent hole must be open to the atmosphere, and prevent coolant and chips from entering the air vent hole.

The air catch sensor can malfunction if the air vent hole is blocked.

● Prevention of Foreign Substance to the Air Vent Hole

Coolant and chips can be prevented by setting a check valve with low cracking pressure.

(Recommended check valve: SMC-made series AKH, cracking pressure: 0.005MPa)

● Continuously supply air pressure to the air port when in use.

● Apply adequate amounts of grease on O-ring of the clamp before installation.

The O-ring can be twisted or damaged when in a dry state.

If too much grease is applied, the air catch sensor can malfunction due to overflow grease blocking the detection port.

Notes for Design・Use・Installation

Check Valve

Attachment

Differential Pressure

for Detection

Release Confirmation Port(Release Air Pressure Detected)

Lock Confirmation Port(Lock Air Pressure Detected)


for Detection


45


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others


Lever DesignDimensions AccessoriesAction Description


PerformanceCurve

ExternalDimensionsmodel LHE-M/LHE-N

Air SensingOptionHigh-Power Swing Clamp　Air Sensing Option

Action Description (Air Sensing Chart Explanation)

Maker

Name

Model No.

SMC CKD

Air Catch Sensor Gap Switch

ISA3-F , ISA3-G , ISA2-G GPS2-05-15

Action confirmation can be conducted by detecting

differential pressure with the air catch sensor.

Release confirmation is the action confirmation of piston rod.

Lock confirmation is not the stroke confirmation of piston rod,

but the action confirmation of internal mechanical lock.

● Air catch sensor is required in order to conduct the action confirmation.

● Please refer to maker's catalog, etc. for the detail of the air catch sensor.

● The air pressure to the air catch sensor should be 0.1~0.2MPa.

● When using the clamps, do not stop supplying air pressure.

● Refer to the drawing below for the air circuit construction.

About Air Catch Sensor

Sensing can be done by the air catch sensor with small air flow (recommended models are in the chart below).

Recommended Air Catch Sensor

Recommended Operating Air Pressure：0.1～0.2MPa

Air Sensing Chart

０.1～0.2MPa(Recommended)

Air Catch Sensor(Circuit diagram differs depending on the sensor.)

5μmRelease Confirmation

Lock Confirmation

LHE 040 0 - Applicable Model

RL

MN

5 Action Confirmation Method : When selecting M/N

Idle Stroke

Piston Rod

Lock

Stroke

Vertical Stroke

Recommended Stroke

Full Stroke

Swing Stroke


Number Directly Connected to Clamp: 1, Air Catch Sensor ISA3-F, Supply Air Pressure 0.2MPaLock Air Pressure Detected (MPa)

0

0.2

Release Air Pressure Detected (MPa)

0

0.2 (Supply Air Pressure)

Full StrokeRelease End Lock End

Swing Stroke Lock StrokeIdleStroke

Air Catch Sensor Set Pressure (ON)

(Supply Air Pressure)



Within 10°


※2

Air Catch Sensor Set Pressure (ON)※2

※1

※4

※4

When locking after

released state

When releasing

after locked state

Notes： 1. Sensing chart shown is the relationship between the stroke and detection circuit air pressure. 2. The specifications may vary depending on the air circuit. The hose length should be as short as possible. (Less than 5m) ※1. There is a certain tolerance with regard to the position where the pressure for closing the valve is reached depending on the clamp structure. (Refer to the sensing chart.) ※2. The position where the air catch sensor has ON signal output varies depending on the sensor setting. ※3. Lock confirmation is an action confirmation of the mechanical lock. The air catch sensor pressure increase may be behind piston rod action. ※4. The sensor pressure for opening the valve depends on the sensor. With air sensor with large air flow, the sensor pressure for opening the valve is higher and the differential pressure for detection is lower.

3-O-ring

Air Vent Hole

※3

Model No.

Full Stroke

Swing Stroke (90°)

Vertical Stroke

Recommended Stroke

LHE0400-□□M/N LHE0480-□□M/N LHE0550-□□M/N

15 17 18.5

9 11 12.5

6 6 6

2.5 2.5 2

3.5 3.5 4

12.5 14.5 15.5

(mm)

Idle Stroke

Lock Stroke(Breakdown)

CS

±0.5(Lock Stroke +0.5)※1

● Air vent hole must be open to the atmosphere, and prevent coolant and chips from entering the air vent hole.

The air catch sensor can malfunction if the air vent hole is blocked.

● Prevention of Foreign Substance to the Air Vent Hole

Coolant and chips can be prevented by setting a check valve with low cracking pressure.

(Recommended check valve: SMC-made series AKH, cracking pressure: 0.005MPa)

● Continuously supply air pressure to the air port when in use.

● Apply adequate amounts of grease on O-ring of the clamp before installation.

The O-ring can be twisted or damaged when in a dry state.

If too much grease is applied, the air catch sensor can malfunction due to overflow grease blocking the detection port.

Notes for Design・Use・Installation

Check Valve

Attachment


for Detection

Release Confirmation Port(Release Air Pressure Detected)

Lock Confirmation Port(Lock Air Pressure Detected)


for Detection


46


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others


AccessoriesAction DescriptionApplication ExamplesFeatures CautionsModel No. Indication

SpecificationsPerformanceCurve

ExternalDimensions

Air SensingOptionmodel LHE

Lever DesignDimensionsHigh-Power Swing Clamp　Lever Design Dimensions

Taper Lock Lever Design Dimensions

M Screw

KL

φJ

B

A

CC

G

φDF±0.1

Q

φR+ 0.1

0

E S+ 0.2 0

H

φT

Pin Hole for Lever Phasing(Machined if necessary)

N

P

Notes： 1. Swing lever should be designed with its length according to performance curve. 2. If the swing lever is not in accordance with the dimension shown above, performance may be degraded and damage can occur. ※1. The pin hole (φH) for determining the lever phase should be added, if necessary. ※2. Phasing pin is not included. Prepare it separately. ※3. Refer to Quick Change Lever Type A Design Dimensions for -A (Quick Change Lever Type A). Refer to Quick Change Lever Type F Design Dimensions for -F (Quick Change Lever Type F). For -P (Balance Lever Option), it should be designed by customer.

Notes： 1. Swing lever should be designed with its length according to performance curve. 2. If the swing lever is not in accordance with the dimension shown above, performance may be degraded and damage can occur. 3. Tightening Bolt (LZH□-B) for Quick Change Lever Type F is sold separately. ※4. The pin hole (φR) for determining the lever phase should be added, if necessary. ※5. Phasing pin is not included. Prepare it separately.

LHE0300-□□□ LHE0360-□□□ LHE0400-□□□ LHE0480-□□□ LHE0550-□□□

LHE0300-□□□-Y□ LHE0360-□□□-Y□ LHE0400-□□□-Y□ LHE0480-□□□-Y□ LHE0550-□□□-Y□

14 17 19 23 26

11 14 16 19 22

3 3 3 4 4

8.5 10.5 10.5 12.5 14.5

14　 17　 20　 25　 28　

11 15 17 21 23.5

6 8.1 9.1 11.6 13.1

3　 4　 4　 5　 6　

φ3(h8)×8 φ4(h8)×10 φ4(h8)×10 φ5(h8)×12 φ6(h8)×14

(mm)

A

B

C

D

E

F

G

H

Phasing Pin (Reference) ※2

+ 0.018 0

+ 0.018 0

+ 0.018 0

+ 0.027 0

+ 0.014 0

+ 0.027 0

+ 0.033 0

+ 0.033 0

+ 0.018 0

0- 0.016

0- 0.016

0- 0.016

0- 0.020

0- 0.020

+ 0.033 0

LHE0300-□□□-Ｆ LHE0360-□□□-Ｆ LHE0400-□□□-Ｆ LHE0480-□□□-Ｆ LHE0550-□□□-Ｆ 16 22 25 30 34 19 22 26 32 36 8 11 12.5 15 17 12　 15　 18　 22　 25　 13 15 19 23 26.5 7.75 9.75 12 14.75 17 10 11 14 17.5 20 R5 R5.5 R7 R8.75 R10 5.5 6.5 8.5 10.5 12.5 1.5 2 3 4 4 11.5 13.5 16 18 22 M5×0.8 M6×1 M8×1 M10×1.25 M12×1.5 C0.4 C0.4 C0.6 C0.6 C1 2 2 2 2 2 2.25 2.5 3.5 3.5 4 2.5 3 4 4 4 10.5 13.5 14 18 19.5 2.9 3.4 4.5 4.5 4.5 φ2.5×6 φ3×8 φ4×8 φ4×10 φ4×10

Corresponding Model No.ABCDEFGHJKLMNPQRST


※ Reference for designing Taper Lock Swing lever.

Quick Change Lever Type F Design Dimensions※ Reference for designing Quick Change Swing Lever Type F.

LHEBlank

MN

BlankY□

Corresponding Model No.

1 Body Size 6 Option When selecting Blank/Y□

0 - -

6 OptionWhen selecting F

FCS

RL

BlankMN

CS

RLLHE


1 Body Size

0 -

C0.4

φF+ 0.2 0

φEH8

D

A R0.4

B±0.1

C

G±0.05

Pin Hole for Lever PhasingφHＨ8 ※1

※1

※4

(mm)

-

6 OptionWhen selecting A

ABlank

MN

CS

RLLHE


1 Body Size

0 - -

φAH8

φJH7

F±0.05

φB

D±0.1

+ 0.05 0

Notes： 1. Swing lever should be designed with its length according to performance curve. 2. If the swing lever is not in accordance with the dimension shown above, performance may be degraded and damage can occur. 3. The pin hole for stopper and phasing (φJ) should be appropriately machined according to the slot for lever phasing on the clamp body. Pin for stopper and phasing (prepared by customer) is used as phasing when mounting the lever and as stopper when removing the lever. If you are not using a pin for stopper and phasing, a stopper is required to remove the lever. 4. Tightening Kit (LZH□-W) for Quick Change Lever Type A is sold separately.

LHE0300-□□□-A LHE0360-□□□-A LHE0400-□□□-A LHE0480-□□□-A LHE0550-□□□-A 12　 15　 18　 22　 25　 10.5 12 15 18 20 14 17 19 23 26 9.5 11 13 15.5 17 10.5 13 16 20 23 10.75 12.5 15 16.5 18.5 1.25 2 2.5 4 4.5 2.5 3 4 4 4 2.5　 3　 4　 4　 4　 M4×0.7 M4×0.7 M5×0.8 M5×0.8 M6×1

φ2.5 (m6) φ3 (m6) φ4 (m6) φ4 (m6) φ4 (m6) ×6 ×8 ×10 ×12 ×14

Corresponding Model No.ABCDEFGHJK

Pin for Stopper and Phasing

Quick Change Lever Type A Design Dimensions※ Reference for designing Quick Change Swing Lever Type A.

(mm)

E

C0.6

C0.6

G

C

H

K Thread

+ 0.027 0

+ 0.027 0

+ 0.027 0

+ 0.033 0

+ 0.033 0

+ 0.012 0

+ 0.010 0

+ 0.010 0

+ 0.012 0

+ 0.012 0

CorrespondingModel No. ※3

Pin Hole for Stopper and Phasing

47


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others


AccessoriesAction DescriptionApplication ExamplesFeatures CautionsModel No. Indication


ExternalDimensions

Air SensingOptionmodel LHE

Lever DesignDimensionsHigh-Power Swing Clamp　Lever Design Dimensions

Taper Lock Lever Design Dimensions

M Screw

KL

φJ

B

A

CC

G

φDF±0.1

Q

φR+ 0.1

0

E S+ 0.2 0

H

φT

Pin Hole for Lever Phasing(Machined if necessary)

N

P

Notes： 1. Swing lever should be designed with its length according to performance curve. 2. If the swing lever is not in accordance with the dimension shown above, performance may be degraded and damage can occur. ※1. The pin hole (φH) for determining the lever phase should be added, if necessary. ※2. Phasing pin is not included. Prepare it separately. ※3. Refer to Quick Change Lever Type A Design Dimensions for -A (Quick Change Lever Type A). Refer to Quick Change Lever Type F Design Dimensions for -F (Quick Change Lever Type F). For -P (Balance Lever Option), it should be designed by customer.

Notes： 1. Swing lever should be designed with its length according to performance curve. 2. If the swing lever is not in accordance with the dimension shown above, performance may be degraded and damage can occur. 3. Tightening Bolt (LZH□-B) for Quick Change Lever Type F is sold separately. ※4. The pin hole (φR) for determining the lever phase should be added, if necessary. ※5. Phasing pin is not included. Prepare it separately.



14 17 19 23 26

11 14 16 19 22

3 3 3 4 4

8.5 10.5 10.5 12.5 14.5

14　 17　 20　 25　 28　

11 15 17 21 23.5

6 8.1 9.1 11.6 13.1

3　 4　 4　 5　 6　

φ3(h8)×8 φ4(h8)×10 φ4(h8)×10 φ5(h8)×12 φ6(h8)×14

(mm)

A

B

C

D

E

F

G

H


+ 0.018 0

+ 0.018 0

+ 0.018 0

+ 0.027 0

+ 0.014 0

+ 0.027 0

+ 0.033 0

+ 0.033 0

+ 0.018 0

0- 0.016

0- 0.016

0- 0.016

0- 0.020

0- 0.020

+ 0.033 0

LHE0300-□□□-Ｆ LHE0360-□□□-Ｆ LHE0400-□□□-Ｆ LHE0480-□□□-Ｆ LHE0550-□□□-Ｆ 16 22 25 30 34 19 22 26 32 36 8 11 12.5 15 17 12　 15　 18　 22　 25　 13 15 19 23 26.5 7.75 9.75 12 14.75 17 10 11 14 17.5 20 R5 R5.5 R7 R8.75 R10 5.5 6.5 8.5 10.5 12.5 1.5 2 3 4 4 11.5 13.5 16 18 22 M5×0.8 M6×1 M8×1 M10×1.25 M12×1.5 C0.4 C0.4 C0.6 C0.6 C1 2 2 2 2 2 2.25 2.5 3.5 3.5 4 2.5 3 4 4 4 10.5 13.5 14 18 19.5 2.9 3.4 4.5 4.5 4.5 φ2.5×6 φ3×8 φ4×8 φ4×10 φ4×10

Corresponding Model No.ABCDEFGHJKLMNPQRST


※ Reference for designing Taper Lock Swing lever.

Quick Change Lever Type F Design Dimensions※ Reference for designing Quick Change Swing Lever Type F.

LHEBlank

MN

BlankY□


1 Body Size 6 Option When selecting Blank/Y□

0 - -

6 OptionWhen selecting F

FCS

RL

BlankMN

CS

RLLHE


1 Body Size

0 -

C0.4

φF+ 0.2 0

φEH8

D

A R0.4

B±0.1

C

G±0.05

Pin Hole for Lever PhasingφHＨ8 ※1

※1

※4

(mm)

-

6 OptionWhen selecting A

ABlank

MN

CS

RLLHE


1 Body Size

0 - -

φAH8

φJH7

F±0.05

φB

D±0.1

+ 0.05 0

Notes： 1. Swing lever should be designed with its length according to performance curve. 2. If the swing lever is not in accordance with the dimension shown above, performance may be degraded and damage can occur. 3. The pin hole for stopper and phasing (φJ) should be appropriately machined according to the slot for lever phasing on the clamp body. Pin for stopper and phasing (prepared by customer) is used as phasing when mounting the lever and as stopper when removing the lever. If you are not using a pin for stopper and phasing, a stopper is required to remove the lever. 4. Tightening Kit (LZH□-W) for Quick Change Lever Type A is sold separately.

LHE0300-□□□-A LHE0360-□□□-A LHE0400-□□□-A LHE0480-□□□-A LHE0550-□□□-A 12　 15　 18　 22　 25　 10.5 12 15 18 20 14 17 19 23 26 9.5 11 13 15.5 17 10.5 13 16 20 23 10.75 12.5 15 16.5 18.5 1.25 2 2.5 4 4.5 2.5 3 4 4 4 2.5　 3　 4　 4　 4　 M4×0.7 M4×0.7 M5×0.8 M5×0.8 M6×1

φ2.5 (m6) φ3 (m6) φ4 (m6) φ4 (m6) φ4 (m6) ×6 ×8 ×10 ×12 ×14

Corresponding Model No.ABCDEFGHJK


Quick Change Lever Type A Design Dimensions※ Reference for designing Quick Change Swing Lever Type A.

(mm)

E

C0.6

C0.6

G

C

H

K Thread

+ 0.027 0

+ 0.027 0

+ 0.027 0

+ 0.033 0

+ 0.033 0

+ 0.012 0

+ 0.010 0

+ 0.010 0

+ 0.012 0

+ 0.012 0


Pin Hole for Stopper and Phasing

48


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others


Action DescriptionApplication ExamplesFeatures CautionsModel No. Indication


ExternalDimensions

Air SensingOption

Lever DesignDimensionsmodel LHEHigh-Power Swing Clamp　Accessories Accessories

Accessories：Material Swing Lever for Quick Change Lever Type A

Notes： 1. Material : S50CH 2. If necessary, the front end should be additionally machined. 3. The pin hole for stopper and lever phasing should be additionally machined by referring to Quick Change Lever Type A Design Dimensions. 4. Tightening Kit (LZH□-W) for Quick Change Lever Type A is sold separately.


Design No.(Revision Number)

LZH 040 0 - A

φFH8

G±0.05

φH

J±0.1

+ 0.05 0

D

A

K

C

E

B

L Screw

90 120 145 160 170 21 26 32 40 45 14 17 19 23 26 10.5 13 16 20 23 10.5 13 16 20 22.5 12　 15　 18　 22　 25　 10.75 12.5 15 16.5 18.5 10.5 12 15 18 20 9.5 11 13 15.5 17 1.25 2 2.5 4 4.5 M4×0.7 M4×0.7 M5×0.8 M5×0.8 M6×1

ABCDEFGHJKL

LHE0300-□□□-A LHE0360-□□□-A LHE0400-□□□-A LHE0480-□□□-A LHE0550-□□□-ACorresponding Model No.

LZH0300-A LZH0360-A LZH0400-A LZH0480-A LZH0550-AModel No.

（mm）

C0.6

C0.6

+ 0.027 0

+ 0.027 0

+ 0.027 0

+ 0.033 0

+ 0.033 0

Model No.


Nominal×Pitch of Tightening Bolt

Hex. Socket

Tightening Torque

mm

N・m

LZH0300-W LZH0360-W LZH0400-W LZH0480-W LZH0550-W

LHE0300-□□□-A LHE0360-□□□-A LHE0400-□□□-A LHE0480-□□□-A LHE0550-□□□-A

M4×0.7 M4×0.7 M5×0.8 M5×0.8 M6×1

3 3 4 4 5

2.5 2.5 5.0 5.0 8.0Pin for Stopper and Phasing

Wedge 1Tightening Bolt

Wedge 2

Rod

Swing Lever

Hex. Socket

Tightening Kit for mounting Quick Change Lever Type A.

Sold separately from clamp body.

【Contents of Tightening Kit】・Wedge 1　・Wedge 2　・Tightening Bolt

Accessories：Material Swing Lever for Taper Lock Option

Accessories：Tightening Bolt for Quick Change Lever Type F

Accessories：Material Swing Lever for Quick Change Lever Type F

M Screw

KL

φJ

BA

CC

G

F±0.1

EZ

H

N

P

B A

C

φF

φD

Hex. Hole G

E Screw

C0.4

φG

C R0.4

E

DA

HB

+ 0.2 0

±0.1

Notes： 1. Material : S50CH 2. If necessary, the front end should be additionally machined. 3. When phasing refer to Taper Lock Lever Design Dimensions for additional machining. ※6. Refer to Accessory of Quick Change Lever Type A for -A (Quick Change Lever Type A). Refer to Accessory of Quick Change Lever Type F for -F (Quick Change Lever Type F). For -P (Balance Lever Option), it should be designed by customer.

Notes： 1. Material : S50CH 2. If necessary, the front end should be additionally machined. 3. The pin hole for stopper and lever phasing should be additionally machined by referring to Quick Change Lever Type F Design Dimensions. 4. Tightening Bolt (LZH□-B) for Quick Change Lever Type F is sold separately.

Model No.

A

B

C

D

E

F

G

H

LZH0300-T LZH0360-T LZH0400-T LZH0480-T LZH0550-T



90 120 145 160 170

21 26 32 40 45

14 17 19 23 26

10.5 13 16 20 23

11 14 16 19 22

14　 17　 20　 25　 28　

11 15 17 21 23.5

10.5 13 16 20 22.5

Model No.Corresponding Model No.

ABCDEFGHJKLMNPZ

LZH0300-F LZH0360-F LZH0400-F LZH0480-F LZH0550-F LHE0300-□□□-F LHE0360-□□□-F LHE0400-□□□-F LHE0480-□□□-F LHE0550-□□□-F 16 22 25 30 34 19 22 26 32 36 8 11 12.5 15 17 12　 15　 18　 22　 25　 13 15 19 23 26.5 7.75 9.75 12 14.75 17 10 11 14 17.5 20 R5 R5.5 R7 R8.75 R10 5.5 6.5 8.5 10.5 12.5 1.5 2 3 4 4 11.5 13.5 16 18 22 M5×0.8 M6×1 M8×1 M10×1.25 M12×1.5 C0.4 C0.4 C0.6 C0.6 C1 2 2 2 2 2 100 120 145 160 170

0- 0.016

0- 0.016

0- 0.016

0- 0.020

0- 0.020

LZH0300-B LZH0360-B LZH0400-B LZH0480-B LZH0550-B

LHE0300-□□□-F LHE0360-□□□-F LHE0400-□□□-F LHE0480-□□□-F LHE0550-□□□-F

17.5 20 23 28 32

5 6 8 10 12

6.5 7 10 11 13

5 6 8 10 12

M5×0.8 M6×1 M8×1 M10×1.25 M12×1.5

8.5 10 13 16 18

4 5 6 8 10

Model No.


A

B

C

D

E

F

G



LZH 040 0 - FSize(Refer to the table.)



LZH 040 0 - T



LZH 040 0 - B

+ 0.027 0

+ 0.027 0

+ 0.033 0

+ 0.033 0

+ 0.033 0

φFH8

(mm) (mm)

(mm)

Accessories：Tightening Kit for Quick Change Lever Type A



LZH 040 0 - W

φD

Size(Refer to the table.)





49


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others


Action DescriptionApplication ExamplesFeatures CautionsModel No. Indication


ExternalDimensions

Air SensingOption

Lever DesignDimensionsmodel LHEHigh-Power Swing Clamp　Accessories Accessories

Accessories：Material Swing Lever for Quick Change Lever Type A

Notes： 1. Material : S50CH 2. If necessary, the front end should be additionally machined. 3. The pin hole for stopper and lever phasing should be additionally machined by referring to Quick Change Lever Type A Design Dimensions. 4. Tightening Kit (LZH□-W) for Quick Change Lever Type A is sold separately.



LZH 040 0 - A

φFH8

G±0.05

φH

J±0.1

+ 0.05 0

D

A

K

C

E

B

L Screw

90 120 145 160 170 21 26 32 40 45 14 17 19 23 26 10.5 13 16 20 23 10.5 13 16 20 22.5 12　 15　 18　 22　 25　 10.75 12.5 15 16.5 18.5 10.5 12 15 18 20 9.5 11 13 15.5 17 1.25 2 2.5 4 4.5 M4×0.7 M4×0.7 M5×0.8 M5×0.8 M6×1

ABCDEFGHJKL

LHE0300-□□□-A LHE0360-□□□-A LHE0400-□□□-A LHE0480-□□□-A LHE0550-□□□-ACorresponding Model No.

LZH0300-A LZH0360-A LZH0400-A LZH0480-A LZH0550-AModel No.

（mm）

C0.6

C0.6

+ 0.027 0

+ 0.027 0

+ 0.027 0

+ 0.033 0

+ 0.033 0

Model No.


Nominal×Pitch of Tightening Bolt

Hex. Socket

Tightening Torque

mm

N・m

LZH0300-W LZH0360-W LZH0400-W LZH0480-W LZH0550-W

LHE0300-□□□-A LHE0360-□□□-A LHE0400-□□□-A LHE0480-□□□-A LHE0550-□□□-A

M4×0.7 M4×0.7 M5×0.8 M5×0.8 M6×1

3 3 4 4 5

2.5 2.5 5.0 5.0 8.0Pin for Stopper and Phasing


Wedge 2

Rod

Swing Lever

Hex. Socket

Tightening Kit for mounting Quick Change Lever Type A.

Sold separately from clamp body.

【Contents of Tightening Kit】・Wedge 1　・Wedge 2　・Tightening Bolt

Accessories：Material Swing Lever for Taper Lock Option

Accessories：Tightening Bolt for Quick Change Lever Type F

Accessories：Material Swing Lever for Quick Change Lever Type F

M Screw

KL

φJ

BA

CC

G

F±0.1

EZ

H

N

P

B A

C

φF

φD

Hex. Hole G

E Screw

C0.4

φG

C R0.4

E

DA

HB

+ 0.2 0

±0.1

Notes： 1. Material : S50CH 2. If necessary, the front end should be additionally machined. 3. When phasing refer to Taper Lock Lever Design Dimensions for additional machining. ※6. Refer to Accessory of Quick Change Lever Type A for -A (Quick Change Lever Type A). Refer to Accessory of Quick Change Lever Type F for -F (Quick Change Lever Type F). For -P (Balance Lever Option), it should be designed by customer.

Notes： 1. Material : S50CH 2. If necessary, the front end should be additionally machined. 3. The pin hole for stopper and lever phasing should be additionally machined by referring to Quick Change Lever Type F Design Dimensions. 4. Tightening Bolt (LZH□-B) for Quick Change Lever Type F is sold separately.

Model No.

A

B

C

D

E

F

G

H

LZH0300-T LZH0360-T LZH0400-T LZH0480-T LZH0550-T



90 120 145 160 170

21 26 32 40 45

14 17 19 23 26

10.5 13 16 20 23

11 14 16 19 22

14　 17　 20　 25　 28　

11 15 17 21 23.5

10.5 13 16 20 22.5

Model No.Corresponding Model No.

ABCDEFGHJKLMNPZ

LZH0300-F LZH0360-F LZH0400-F LZH0480-F LZH0550-F LHE0300-□□□-F LHE0360-□□□-F LHE0400-□□□-F LHE0480-□□□-F LHE0550-□□□-F 16 22 25 30 34 19 22 26 32 36 8 11 12.5 15 17 12　 15　 18　 22　 25　 13 15 19 23 26.5 7.75 9.75 12 14.75 17 10 11 14 17.5 20 R5 R5.5 R7 R8.75 R10 5.5 6.5 8.5 10.5 12.5 1.5 2 3 4 4 11.5 13.5 16 18 22 M5×0.8 M6×1 M8×1 M10×1.25 M12×1.5 C0.4 C0.4 C0.6 C0.6 C1 2 2 2 2 2 100 120 145 160 170

0- 0.016

0- 0.016

0- 0.016

0- 0.020

0- 0.020

LZH0300-B LZH0360-B LZH0400-B LZH0480-B LZH0550-B

LHE0300-□□□-F LHE0360-□□□-F LHE0400-□□□-F LHE0480-□□□-F LHE0550-□□□-F

17.5 20 23 28 32

5 6 8 10 12

6.5 7 10 11 13

5 6 8 10 12

M5×0.8 M6×1 M8×1 M10×1.25 M12×1.5

8.5 10 13 16 18

4 5 6 8 10

Model No.


A

B

C

D

E

F

G



LZH 040 0 - FSize(Refer to the table.)



LZH 040 0 - T



LZH 040 0 - B

+ 0.027 0

+ 0.027 0

+ 0.033 0

+ 0.033 0

+ 0.033 0

φFH8

(mm) (mm)

(mm)

Accessories：Tightening Kit for Quick Change Lever Type A



LZH 040 0 - W

φD






50


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others




ExternalDimensions

Air SensingOption

Lever DesignDimensions Accessoriesmodel LHEHigh-Power Swing Clamp　Cautions Cautions

Cautions

● Notes for Design

1）Check Specifications

● Please use each product according to the specifications.

2）Notes for Circuit Design

● Please read "Notes on Hydraulic Cylinder Speed Control Unit" to assist

with proper hydraulic circuit designing. Improper circuit design may

lead to malfunctions and damages. (Refer to P.1238)

● Ensure there is no possibility of supplying hydraulic pressure to the

lock and release ports simultaneously.

3）Swing lever should be designed so that the moment of inertia is small.

● Large moment of inertia will degrade the lever's stopping accuracy

and cause undue wear to the clamp.

Additionally, the clamp may not function, depending on supplied

hydraulic pressure and lever mounting position.

● Please set the allowable operating time after the moment of inertia

calculated.

Please make sure that the clamps work within allowable operating

time referring to the allowable operating time graph.

4）When using on a welding fixture, the exposed area of piston rod

should be protected.

● If spatter gets onto the sliding surface it could lead to malfunction

and fluid leakage.

5）When clamping on a sloped surface of the workpiece

● Make sure the clamp surface and mounting surface of the clamp

are parallel.

8）When using an offset lever for LHE-A (Quick Change Lever Type A)

● Clamp point should be in the range of 90° towards lever

tightening part.

3）Installation / Removal of the Swing Lever

● Oil or debris on the mating surfaces of the lever,

taper sleeve or piston rod may cause the rod to loosen.

Please clean them thoroughly before assembly.

● Tighten it with the torque shown in the table below.

● For using LHE Standard (Taper Lock Lever)

If the piston rod is subjected to excessive torque or shock,

the rod or the internal rotation mechanism may be damaged.

Observe the following points to prevent these kinds of shocks.

For Installation

① With the clamp positioned to

　 the fixture, determine the lever

　 position, and temporarily tighten

　 the nut for fixing the lever.

② Remove the clamp from the fixture,

　 fix the lever with machine vise etc.,

　and tighten the nut.

③ If tightening the nut with the clamp

　 positioned to the fixture, please use

　 a wrench to the hexagon part of piston

　 rod, or fix the lever with a spanner.

　 It is best to bring the lever to the middle

　 of the swing stroke before tightening the nut.

For Removal

① While the clamp is fixed to the fixture or vise, use a wrench

　 to bring the lever to the middle of the swing stroke and then

　loosen the nut.

② Loosen the nut after securing the lever

　 two or three turns then remove the lever

　with a puller without any rotational torque

　 applied on the piston rod.

4）Swing Speed Adjustment

● Adjust the speed following "Allowable Swing Time Graph".

If the clamp operates too fast the parts will wear out leading to

premature damage and ultimately complete equipment failure.

● Please make sure to release air from the circuit before adjusting

speed. It will be difficult to adjust the speed accurately with air

mixed in the circuit.

● Turn the speed control valve gradually from the low-speed side

(small flow) to the high-speed side (large flow) to adjust the speed.

● Installation Notes

1）Check the fluid to use.

● Please use the appropriate fluid by referring to the

Hydraulic Fluid List (P.1237).

2）Installation of the Product

● When mounting the clamp, use hexagon socket bolts as multiple

bolt holes for mounting (with tensile strength of 12.9)

and tighten them with the torque shown in the chart below.

Tightening with greater torque than recommended can depress

the seating surface or break the bolt.

Tightening Torque (N･m)4.04.08.08.014

Thread SizeM4×0.7M4×0.7M5×0.8M5×0.8M6×1

LHE0300LHE0360LHE0400LHE0480LHE0550

Model No.

6）The specification value is not fulfilled when clamping out of

the lock stroke range.

● The mechanical lock function will not work when clamping within

the range of swing stroke and idle stroke, and the specification value

of cylinder force, clamping force, holding force and swing completion

position repeatability will not be fulfilled.

7）Notes for LHE-M/N (Air Sensing Option)

● Make sure to check the Notes for Design・Installation・Use on P.45.

LockStrokeRange

Actual Stroke

LockStrokeRange

IdleStrokeRange

Actual Stroke

Lever Tightening Part Max. Lever Length

90°

Clamp Point Range

Ex.1

90°

Ex.2

● For using LHE-A (Quick Change Lever Type A)

Pin for stopper and phasing (prepared by customer) is used

as phasing when mounting the lever and as stopper when

removing the lever. If you are not using a pin for stopper and

phasing, a stopper is required to remove the lever.

Installation Procedure

① Install in order of swing lever, wedge 1, wedge 2 to the rod.

② Pull the lever towards the wedge side and tighten the

　 tightening bolt with the specified torque.

Removal Procedure

① By loosening tightening bolt, wedge function is released

　 and the lever can be removed.

Stopper example for lever removal when not using pin for stopper and phasing.

Stopper


Wedge 2

Rod

Swing Lever

Tightening Torque (N･m)13254065100

Thread SizeM10×1M14×1.5M16×1.5M20×1.5M22×1.5

LHE0300-□□□LHE0360-□□□LHE0400-□□□LHE0480-□□□LHE0550-□□□

Model No.LHE Standard：Taper Lock Lever Option

Tightening Torque (N･m)7.5143365114

Tightening Bolt SizeM5×0.8M6×1M8×1M10×1.25M12×1.5

LHE0300-□□□-FLHE0360-□□□-FLHE0400-□□□-FLHE0480-□□□-FLHE0550-□□□-F

Model No.LHE-F：Quick Change Lever Type F

Tightening Torque (N･m)2.52.55.05.08.0

Tightening Bolt SizeM4×0.7M4×0.7M5×0.8M5×0.8M6×1

LHE0300-□□□-ALHE0360-□□□-ALHE0400-□□□-ALHE0480-□□□-ALHE0550-□□□-A

Model No.LHE-A：Quick Change Lever Type A



・ Installation Notes ・ Hydraulic Fluid List ・ Notes on Hydraulic Cylinder Speed Control Circuit・ Notes on Handling ・ Maintenance/Inspection ・ Warranty

※ Please refer to P.1237 for common cautions.

51


WNA


WHE


WCE


SWE


WNC


WVS


LHE


LKE

High-PowerSeries

Pneumatic Series

Hydraulic Series


Cautions / Others




ExternalDimensions

Air SensingOption

Lever DesignDimensions Accessoriesmodel LHEHigh-Power Swing Clamp　Cautions Cautions

Cautions

● Notes for Design

1）Check Specifications

● Please use each product according to the specifications.

2）Notes for Circuit Design

● Please read "Notes on Hydraulic Cylinder Speed Control Unit" to assist

with proper hydraulic circuit designing. Improper circuit design may

lead to malfunctions and damages. (Refer to P.1238)

● Ensure there is no possibility of supplying hydraulic pressure to the

lock and release ports simultaneously.

3）Swing lever should be designed so that the moment of inertia is small.

● Large moment of inertia will degrade the lever's stopping accuracy

and cause undue wear to the clamp.

Additionally, the clamp may not function, depending on supplied

hydraulic pressure and lever mounting position.

● Please set the allowable operating time after the moment of inertia

calculated.

Please make sure that the clamps work within allowable operating

time referring to the allowable operating time graph.

4）When using on a welding fixture, the exposed area of piston rod

should be protected.

● If spatter gets onto the sliding surface it could lead to malfunction

and fluid leakage.

5）When clamping on a sloped surface of the workpiece

● Make sure the clamp surface and mounting surface of the clamp

are parallel.

8）When using an offset lever for LHE-A (Quick Change Lever Type A)

● Clamp point should be in the range of 90° towards lever

tightening part.

3）Installation / Removal of the Swing Lever

● Oil or debris on the mating surfaces of the lever,

taper sleeve or piston rod may cause the rod to loosen.

Please clean them thoroughly before assembly.

● Tighten it with the torque shown in the table below.

● For using LHE Standard (Taper Lock Lever)

If the piston rod is subjected to excessive torque or shock,

the rod or the internal rotation mechanism may be damaged.

Observe the following points to prevent these kinds of shocks.

For Installation

① With the clamp positioned to

　 the fixture, determine the lever

　 position, and temporarily tighten

　 the nut for fixing the lever.

② Remove the clamp from the fixture,

　 fix the lever with machine vise etc.,

　and tighten the nut.

③ If tightening the nut with the clamp

　 positioned to the fixture, please use

　 a wrench to the hexagon part of piston

　 rod, or fix the lever with a spanner.

　 It is best to bring the lever to the middle

　 of the swing stroke before tightening the nut.

For Removal

① While the clamp is fixed to the fixture or vise, use a wrench

　 to bring the lever to the middle of the swing stroke and then

　loosen the nut.

② Loosen the nut after securing the lever

　 two or three turns then remove the lever

　with a puller without any rotational torque

　 applied on the piston rod.

4）Swing Speed Adjustment

● Adjust the speed following "Allowable Swing Time Graph".

If the clamp operates too fast the parts will wear out leading to

premature damage and ultimately complete equipment failure.

● Please make sure to release air from the circuit before adjusting

speed. It will be difficult to adjust the speed accurately with air

mixed in the circuit.

● Turn the speed control valve gradually from the low-speed side

(small flow) to the high-speed side (large flow) to adjust the speed.

● Installation Notes

1）Check the fluid to use.

● Please use the appropriate fluid by referring to the

Hydraulic Fluid List (P.1237).

2）Installation of the Product

● When mounting the clamp, use hexagon socket bolts as multiple

bolt holes for mounting (with tensile strength of 12.9)

and tighten them with the torque shown in the chart below.

Tightening with greater torque than recommended can depress

the seating surface or break the bolt.

Tightening Torque (N･m)4.04.08.08.014

Thread SizeM4×0.7M4×0.7M5×0.8M5×0.8M6×1

LHE0300LHE0360LHE0400LHE0480LHE0550

Model No.

6）The specification value is not fulfilled when clamping out of

the lock stroke range.

● The mechanical lock function will not work when clamping within

the range of swing stroke and idle stroke, and the specification value

of cylinder force, clamping force, holding force and swing completion

position repeatability will not be fulfilled.

7）Notes for LHE-M/N (Air Sensing Option)

● Make sure to check the Notes for Design・Installation・Use on P.45.

LockStrokeRange

Actual Stroke

LockStrokeRange

IdleStrokeRange

Actual Stroke

Lever Tightening Part Max. Lever Length

90°

Clamp Point Range

Ex.1

90°

Ex.2

● For using LHE-A (Quick Change Lever Type A)

Pin for stopper and phasing (prepared by customer) is used

as phasing when mounting the lever and as stopper when

removing the lever. If you are not using a pin for stopper and

phasing, a stopper is required to remove the lever.

Installation Procedure

① Install in order of swing lever, wedge 1, wedge 2 to the rod.

② Pull the lever towards the wedge side and tighten the

　 tightening bolt with the specified torque.

Removal Procedure

① By loosening tightening bolt, wedge function is released

　 and the lever can be removed.

Stopper example for lever removal when not using pin for stopper and phasing.

Stopper


Wedge 2

Rod

Swing Lever

Tightening Torque (N･m)13254065100

Thread SizeM10×1M14×1.5M16×1.5M20×1.5M22×1.5

LHE0300-□□□LHE0360-□□□LHE0400-□□□LHE0480-□□□LHE0550-□□□

Model No.LHE Standard：Taper Lock Lever Option

Tightening Torque (N･m)7.5143365114

Tightening Bolt SizeM5×0.8M6×1M8×1M10×1.25M12×1.5

LHE0300-□□□-FLHE0360-□□□-FLHE0400-□□□-FLHE0480-□□□-FLHE0550-□□□-F

Model No.LHE-F：Quick Change Lever Type F

Tightening Torque (N･m)2.52.55.05.08.0

Tightening Bolt SizeM4×0.7M4×0.7M5×0.8M5×0.8M6×1

LHE0300-□□□-ALHE0360-□□□-ALHE0400-□□□-ALHE0480-□□□-ALHE0550-□□□-A

Model No.LHE-A：Quick Change Lever Type A



・ Installation Notes ・ Hydraulic Fluid List ・ Notes on Hydraulic Cylinder Speed Control Circuit・ Notes on Handling ・ Maintenance/Inspection ・ Warranty

※ Please refer to P.1237 for common cautions.

52

Notes on Hydraulic Cylinder Speed Control Circuit

Cautions

Installation Notes(For Hydraulic Series)

Hydraulic Fluid List

Notes on Handling

Maintenance/ Inspection

Warranty

Index

Search byAlphabetical Order

Company Profile

Sales Offices

Company Profile

Our Products

History

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Installation Notes(For Hydraulic Series)Installation Notes(For Hydraulic Series)

Notes on Hydraulic CylinderSpeed Control Circuit

Notes on Hydraulic CylinderSpeed Control Circuit Maintenance/Inspection WarrantyNotes on HandlingHydraulic Fluid ListHydraulic Fluid ListCautions

Cautions

● Installation Notes (For Hydraulic Series) ● Hydraulic Fluid List

1）Check the Usable Fluid

● Please use the appropriate fluid by referring to the Hydraulic Fluid List.

2）Procedure before Piping

● The pipeline, piping connector and fixture circuits should be cleaned

by thorough flushing.

● The dust and cutting chips in the circuit may lead to fluid leakage

and malfunction.

● There is no filter provided with Kosmek’s product except for a part

of valves which prevents foreign materials and contaminants from

getting into the circuit.

3）Applying Sealing Tape

● Wrap with tape 1 to 2 times following the screw direction.

● Pieces of the sealing tape can lead to oil leakage and malfunction.

● In order to prevent a foreign substance from going into the product

during the piping work, it should be carefully cleaned before working.

4）Air Bleeding of the Hydraulic Circuit

● If the hydraulic circuit has excessive air, the action time may become

very long. If air enters the circuit after connecting the hydraulic port

or under the condition of no air in the oil tank, please perform

the following steps.

① Reduce hydraulic pressure to less than 2MPa.

② Loosen the cap nut of pipe fitting closest to the clamp by one full turn.

③ Wiggle the pipeline to loosen the outlet of pipe fitting.

Hydraulic fluid mixed with air comes out.

④ Tighten the cap nut after bleeding.

⑤ It is more effective to bleed air at the highest point inside the circuit

or at the end of the circuit.

(Set an air bleeding valve at the highest point inside the circuit.)

5）Checking Looseness and Retightening

● At the beginning of the machine installation, the bolt and nut may

be tightened lightly. Check the looseness and re-tighten as required.

Showa Shell SekiyuIdemitsu KosanJX Nippon Oil & EnergyCosmo OilExxonMobilMatsumura OilCastrol

Maker Anti-Wear Hydraulic OilTellus S2 M 32

Daphne Hydraulic Fluid 32Super Hyrando 32Cosmo Hydro AW32Mobil DTE 24Hydol AW-32Hyspin AWS 32

Multi-Purpose Hydraulic OilMorlina S2 B 32

Daphne Super Multi Oil 32Super Mulpus DX 32Cosmo New Mighty Super 32Mobil DTE 24 Light

Note As it may be difficult to purchase the products as shown in the table from overseas, please contact the respective manufacturer.

ISO Viscosity Grade ISO-VG-32

Flow Control at the Release Side

Ｗ

Flow Control Valve(Any location is OK)

Sequence Valve

● Notes on Hydraulic Cylinder Speed Control Unit

Please pay attention to the cautions below. Design the hydraulic circuit for controlling the action speed of hydraulic cylinder.

Improper circuit design may lead to malfunctions and damages. Please review the circuit design in advance.！ ● Flow Control Circuit for Single Acting Cylinder For spring return single acting cylinders, restricting flow during release can extremely slow down or disrupt release action. The preferred method is to control the flow during the lock action using a valve that has free-flow in the release direction. It is also preferred to provide a flow control valve at each actuator.

Accelerated clamping speed by excessive hydraulic flow to the cylinder may sustain damage. In this case add flow control to regulate flow. (Please add flow control to release flow if the lever weight is put on at the time of release action when using swing clamps.)

● Flow Control Circuit for Double Acting Cylinder Flow control circuit for double acting cylinder should have meter-out circuits for both the lock and release sides. Meter-in control can have adverse effect by presence of air in the system. However, in the case of controlling LKE, TMA, TLA, both lock side

and release side should be meter-in circuit.

Refer to P.75 for speed adjustment of LKE.

For TMA and TLA, if meter-out circuit is used, abnormal high

pressure is created, which causes oil leakage and damage.

　　【Meter-out Circuit】 (Except LKE/TMA/TLA)

　　

【Meter-in Circuit】 (LKE/TMA/TLA must be controlled with meter-in.)

In the case of meter-out circuit, the hydraulic circuit should be designed with the following points. ① Single acting components should not be used in the same flow control circuit as the double acting components. The release action of the single acting cylinders may become erratic or very slow.

Refer to the following circuit when both the single acting cylinder and double acting cylinder are used together. ○ Separate the control circuit.

○ Reduce the influence of double acting cylinder control unit. However, due to the back pressure in tank line, single action cylinder is activated after double action cylinder works.

② In the case of meter-out circuit, the inner circuit pressure may increase during the cylinder action because of the fluid supply. The increase of the inner circuit pressure can be prevented by reducing the supplied fluid beforehand via the flow control valve. Especially when using sequence valve or pressure switches for clamping detection. If the back pressure is more than the set pressure then the system will not work as it is designed to.

1237


Cautions



Notes on Handling


Warranty

Index


Company Profile

Sales Offices

Company Profile

Our Products

History

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Installation Notes(For Hydraulic Series)Installation Notes(For Hydraulic Series)

Notes on Hydraulic CylinderSpeed Control Circuit

Notes on Hydraulic CylinderSpeed Control Circuit Maintenance/Inspection WarrantyNotes on HandlingHydraulic Fluid ListHydraulic Fluid ListCautions

Cautions

● Installation Notes (For Hydraulic Series) ● Hydraulic Fluid List

1）Check the Usable Fluid

● Please use the appropriate fluid by referring to the Hydraulic Fluid List.

2）Procedure before Piping

● The pipeline, piping connector and fixture circuits should be cleaned

by thorough flushing.

● The dust and cutting chips in the circuit may lead to fluid leakage

and malfunction.

● There is no filter provided with Kosmek’s product except for a part

of valves which prevents foreign materials and contaminants from

getting into the circuit.

3）Applying Sealing Tape

● Wrap with tape 1 to 2 times following the screw direction.

● Pieces of the sealing tape can lead to oil leakage and malfunction.

● In order to prevent a foreign substance from going into the product

during the piping work, it should be carefully cleaned before working.

4）Air Bleeding of the Hydraulic Circuit

● If the hydraulic circuit has excessive air, the action time may become

very long. If air enters the circuit after connecting the hydraulic port

or under the condition of no air in the oil tank, please perform

the following steps.

① Reduce hydraulic pressure to less than 2MPa.

② Loosen the cap nut of pipe fitting closest to the clamp by one full turn.

③ Wiggle the pipeline to loosen the outlet of pipe fitting.

Hydraulic fluid mixed with air comes out.

④ Tighten the cap nut after bleeding.

⑤ It is more effective to bleed air at the highest point inside the circuit

or at the end of the circuit.

(Set an air bleeding valve at the highest point inside the circuit.)

5）Checking Looseness and Retightening

● At the beginning of the machine installation, the bolt and nut may

be tightened lightly. Check the looseness and re-tighten as required.

Showa Shell SekiyuIdemitsu KosanJX Nippon Oil & EnergyCosmo OilExxonMobilMatsumura OilCastrol

Maker Anti-Wear Hydraulic OilTellus S2 M 32

Daphne Hydraulic Fluid 32Super Hyrando 32Cosmo Hydro AW32Mobil DTE 24Hydol AW-32Hyspin AWS 32

Multi-Purpose Hydraulic OilMorlina S2 B 32

Daphne Super Multi Oil 32Super Mulpus DX 32Cosmo New Mighty Super 32Mobil DTE 24 Light

Note As it may be difficult to purchase the products as shown in the table from overseas, please contact the respective manufacturer.

ISO Viscosity Grade ISO-VG-32

Flow Control at the Release Side

Ｗ

Flow Control Valve(Any location is OK)

Sequence Valve

● Notes on Hydraulic Cylinder Speed Control Unit

Please pay attention to the cautions below. Design the hydraulic circuit for controlling the action speed of hydraulic cylinder.

Improper circuit design may lead to malfunctions and damages. Please review the circuit design in advance.！ ● Flow Control Circuit for Single Acting Cylinder For spring return single acting cylinders, restricting flow during release can extremely slow down or disrupt release action. The preferred method is to control the flow during the lock action using a valve that has free-flow in the release direction. It is also preferred to provide a flow control valve at each actuator.

Accelerated clamping speed by excessive hydraulic flow to the cylinder may sustain damage. In this case add flow control to regulate flow. (Please add flow control to release flow if the lever weight is put on at the time of release action when using swing clamps.)

● Flow Control Circuit for Double Acting Cylinder Flow control circuit for double acting cylinder should have meter-out circuits for both the lock and release sides. Meter-in control can have adverse effect by presence of air in the system. However, in the case of controlling LKE, TMA, TLA, both lock side

and release side should be meter-in circuit.

Refer to P.75 for speed adjustment of LKE.

For TMA and TLA, if meter-out circuit is used, abnormal high

pressure is created, which causes oil leakage and damage.

　　【Meter-out Circuit】 (Except LKE/TMA/TLA)

　　

【Meter-in Circuit】 (LKE/TMA/TLA must be controlled with meter-in.)

In the case of meter-out circuit, the hydraulic circuit should be designed with the following points. ① Single acting components should not be used in the same flow control circuit as the double acting components. The release action of the single acting cylinders may become erratic or very slow.

Refer to the following circuit when both the single acting cylinder and double acting cylinder are used together. ○ Separate the control circuit.

○ Reduce the influence of double acting cylinder control unit. However, due to the back pressure in tank line, single action cylinder is activated after double action cylinder works.

② In the case of meter-out circuit, the inner circuit pressure may increase during the cylinder action because of the fluid supply. The increase of the inner circuit pressure can be prevented by reducing the supplied fluid beforehand via the flow control valve. Especially when using sequence valve or pressure switches for clamping detection. If the back pressure is more than the set pressure then the system will not work as it is designed to.

1238


Cautions



Notes on Handling


Warranty

Index


Company Profile

Sales Offices

Company Profile

Our Products

History

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries



Notes on Hydraulic CylinderSpeed Control Circuit Maintenance/InspectionMaintenance/Inspection WarrantyWarrantyNotes on HandlingNotes on HandlingHydraulic Fluid ListCautions

1）Warranty Period

● The product warranty period is 18 months from shipment from

our factory or 12 months from initial use, whichever is earlier.

2）Warranty Scope

● If the product is damaged or malfunctions during the warranty

period due to faulty design, materials or workmanship, we will

replace or repair the defective part at our expense.

Defects or failures caused by the following are not covered.

① If the stipulated maintenance and inspection are not carried out.

② If the product is used while it is not suitable for use based on

the operator’s judgment, resulting in defect.

③ If it is used or handled in inappropriate way by the operator.

（Including damage caused by the misconduct of the third party.）

④ If the defect is caused by reasons other than our responsibility.

⑤ If repair or modifications are carried out by anyone other than Kosmek,

or without our approval and confirmation, it will void warranty.

⑥ Other caused by natural disasters or calamities not attributable to

our company.

⑦ Parts or replacement expenses due to parts consumption and

deterioration.

(Such as rubber, plastic, seal material and some electric components.)

Damages excluding from direct result of a product defect shall be

excluded from the warranty.

● Warranty

Cautions

1）It should be handled by qualified personnel.

● The hydraulic machine and air compressor should be handled

and maintained by qualified personnel.

2）Do not handle or remove the machine unless the safety protocols

are ensured.

① The machine and equipment can only be inspected or prepared

when it is confirmed that the preventive devices are in place.

② Before the machine is removed, make sure that the above-mentioned

safety measures are in place. Shut off the air of hydraulic source

and make sure no pressure exists in the hydraulic and air circuit.

③ After stopping the machine, do not remove until the temperature

cools down.

④ Make sure there is no abnormality in the bolts and respective parts

before restarting the machine or equipment.

3）Do not touch clamp (cylinder) while clamp (cylinder) is working.

Otherwise, your hands may be injured due to clinching.

4）Do not disassemble or modify.

● If the equipment is taken apart or modified, the warranty will be

voided even within the warranty period.

1）Removal of the Machine and Shut-off of Pressure Source

● Before the machine is removed, make sure that the

above-mentioned safety measures are in place. Shut off the

air of hydraulic source and make sure no pressure exists in

the hydraulic and air circuit.

● Make sure there is no abnormality in the bolts and respective

parts before restarting.

2）Regularly clean the area around the piston rod and plunger.

● If it is used when the surface is contaminated with dirt, it may

lead to packing seal damage, malfunctioning, fluid leakage

and air leaks.

3） Please clean out the reference surface regularly (taper reference

surface and seating surface) of locating machine. (VS/VT/VFL/

VFM/VFJ/VFK/WVS/VWM/VWK/VX/VXF)

● Location products, except VX/VXF model, can remove

contaminants with cleaning functions.

When installing pallets makes sure there is no thick sludge like

substances on pallets.

● Continuous use with dirt on components will lead to locating

functions not work properly, leaking and malfunction.

4） If disconnecting by couplers on a regular basis, air bleeding

should be carried out daily to avoid air mixed in the circuit.

5）Regularly tighten nuts, bolts, pins, cylinders and pipe line to

ensure proper use.

6）Make sure the hydraulic fluid has not deteriorated.

7）Make sure there is smooth action and no abnormal noise.

● Especially when it is restarted after left unused for a long

period, make sure it can be operated correctly.

8）The products should be stored in the cool and dark place

without direct sunshine or moisture.

9）Please contact us for overhaul and repair.

● Notes on Handling ● Maintenance and Inspection

1239


Cautions



Notes on Handling


Warranty

Index


Company Profile

Sales Offices

Company Profile

Our Products

History

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries



Notes on Hydraulic CylinderSpeed Control Circuit Maintenance/InspectionMaintenance/Inspection WarrantyWarrantyNotes on HandlingNotes on HandlingHydraulic Fluid ListCautions

1）Warranty Period

● The product warranty period is 18 months from shipment from

our factory or 12 months from initial use, whichever is earlier.

2）Warranty Scope

● If the product is damaged or malfunctions during the warranty

period due to faulty design, materials or workmanship, we will

replace or repair the defective part at our expense.

Defects or failures caused by the following are not covered.

① If the stipulated maintenance and inspection are not carried out.

② If the product is used while it is not suitable for use based on

the operator’s judgment, resulting in defect.

③ If it is used or handled in inappropriate way by the operator.

（Including damage caused by the misconduct of the third party.）

④ If the defect is caused by reasons other than our responsibility.

⑤ If repair or modifications are carried out by anyone other than Kosmek,

or without our approval and confirmation, it will void warranty.

⑥ Other caused by natural disasters or calamities not attributable to

our company.

⑦ Parts or replacement expenses due to parts consumption and

deterioration.

(Such as rubber, plastic, seal material and some electric components.)

Damages excluding from direct result of a product defect shall be

excluded from the warranty.

● Warranty

Cautions

1）It should be handled by qualified personnel.

● The hydraulic machine and air compressor should be handled

and maintained by qualified personnel.

2）Do not handle or remove the machine unless the safety protocols

are ensured.

① The machine and equipment can only be inspected or prepared

when it is confirmed that the preventive devices are in place.

② Before the machine is removed, make sure that the above-mentioned

safety measures are in place. Shut off the air of hydraulic source

and make sure no pressure exists in the hydraulic and air circuit.

③ After stopping the machine, do not remove until the temperature

cools down.

④ Make sure there is no abnormality in the bolts and respective parts

before restarting the machine or equipment.

3）Do not touch clamp (cylinder) while clamp (cylinder) is working.

Otherwise, your hands may be injured due to clinching.

4）Do not disassemble or modify.

● If the equipment is taken apart or modified, the warranty will be

voided even within the warranty period.

1）Removal of the Machine and Shut-off of Pressure Source

● Before the machine is removed, make sure that the

above-mentioned safety measures are in place. Shut off the

air of hydraulic source and make sure no pressure exists in

the hydraulic and air circuit.

● Make sure there is no abnormality in the bolts and respective

parts before restarting.

2）Regularly clean the area around the piston rod and plunger.

● If it is used when the surface is contaminated with dirt, it may

lead to packing seal damage, malfunctioning, fluid leakage

and air leaks.

3） Please clean out the reference surface regularly (taper reference

surface and seating surface) of locating machine. (VS/VT/VFL/

VFM/VFJ/VFK/WVS/VWM/VWK/VX/VXF)

● Location products, except VX/VXF model, can remove

contaminants with cleaning functions.

When installing pallets makes sure there is no thick sludge like

substances on pallets.

● Continuous use with dirt on components will lead to locating

functions not work properly, leaking and malfunction.

4） If disconnecting by couplers on a regular basis, air bleeding

should be carried out daily to avoid air mixed in the circuit.

5）Regularly tighten nuts, bolts, pins, cylinders and pipe line to

ensure proper use.

6）Make sure the hydraulic fluid has not deteriorated.

7）Make sure there is smooth action and no abnormal noise.

● Especially when it is restarted after left unused for a long

period, make sure it can be operated correctly.

8）The products should be stored in the cool and dark place

without direct sunshine or moisture.

9）Please contact us for overhaul and repair.

● Notes on Handling ● Maintenance and Inspection

1240

Work Support

LDLCTNCTC

Swing Clamp

LHA

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Hole Clamp

SFASFC

Link Clamp

LKALKCLKWLM/LJTMA-2TMA-1

Block Cylinder

DBADBC

Pallet Clamp

VSVT

Expansion Locating Pin

VFLVFMVFJVFK

FPFQ

Pull Stud Clamp

FVAFVDFVC

Centering Vise

DWA/DWB

CustomizedSpring Cylinder

LHCLHSLHWLT/LGTLA-2TLB-2TLA-1

LLW

Air SensingLift Cylinder

Compact Cylinder

LLLLRLLUDPDRDSDT

Control Valve

BZLBZTBZX/JZG

Control ValveDigest

Model BZLModel BZTModel BZXModel JZG

Directly mounted to clamps, flow control valve・Air bleeding・plug

Control Valve

Model BZL

Speed Control Valve（For Low Pressure）

OperatingPressure Range Action Description

7MPa or less

Model BZL

Model BZT

Speed Control Valve

Model BZX

Air Bleed Valve

Model JZG

G Thread Plug

Flow control valve, air bleeding valve, G-thread plug for

G-thread (-C option) directly mounted.

Directly mounted to clamps

Lock NutAdjusting Screw

G Thread Plug

Adjust the f low by wrench.

It can adjust the clamping action speed individually.

Flow Control

Air bleeding in the circuit is possible

by loosening f low control valve.

Air bleeding in the circuit is possible by wrench.


by loosening G thread plug.

35MPa or less

25MPa or less

35MPa or less

Model BZT

Speed Control Valve（For High Pressure）

Model BZX

Air Bleed Valve

Model JZG

G Thread Plug

Speed Control Valve

Clamps→ P.893

→ P.897

→ P.899

→ P.901

891

Work Support

LDLCTNCTC

Swing Clamp

LHA

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Hole Clamp

SFASFC

Link Clamp


Block Cylinder

DBADBC

Pallet Clamp

VSVT


VFLVFMVFJVFK

FPFQ

Pull Stud Clamp

FVAFVDFVC

Centering Vise

DWA/DWB



LLW


Compact Cylinder

LLLLRLLUDPDRDSDT

Control Valve

BZLBZTBZX/JZG

Control ValveDigest

Model BZLModel BZTModel BZXModel JZG

Directly mounted to clamps, flow control valve・Air bleeding・plug

Control Valve

Model BZL

Speed Control Valve（For Low Pressure）

OperatingPressure Range Action Description

7MPa or less

Model BZL

Model BZT

Speed Control Valve

Model BZX

Air Bleed Valve

Model JZG

G Thread Plug

Flow control valve, air bleeding valve, G-thread plug for

G-thread (-C option) directly mounted.

Directly mounted to clamps

Lock NutAdjusting Screw

G Thread Plug

Adjust the f low by wrench.

It can adjust the clamping action speed individually.

Flow Control


by loosening f low control valve.

Air bleeding in the circuit is possible by wrench.


by loosening G thread plug.

35MPa or less

25MPa or less

35MPa or less

Model BZT

Speed Control Valve（For High Pressure）

Model BZX

Air Bleed Valve

Model JZG

G Thread Plug

Speed Control Valve

Clamps→ P.893

→ P.897

→ P.899

→ P.901

892

Work Support

LDLCTNCTC

Swing Clamp

LHA

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Hole Clamp

SFASFC

Link Clamp


Block Cylinder

DBADBC

Pallet Clamp

VSVT


VFLVFMVFJVFK

FPFQ

Pull Stud Clamp

FVAFVDFVC

Centering Vise

DWA/DWB



LLW


Compact Cylinder

LLLLRLLUDPDRDSDT

Control Valve

BZLBZTBZX/JZG

Control ValveDigest

Model No.IndicationModel No.Indication SpecificationsSpecifications External

DimensionsFlow Rate GraphApplicableProductsApplicableProductsControl Valve　Speed Control Valve (For Low Pressure) model BZL

Specifications

MPaMPa

MPamm2

℃N･m

BZL0100-A

G1/8A

2.6

10

BZL0200-A

Meter-inG1/4A0.045.0

25

710.5

General Hydraulic Oil Equivalent to ISO-VG-320 ～ 70

BZL0300-A

G3/8A

11.6

35

BZL0100-B

G1/8A

2.6

10

BZL0200-B

Meter-outG1/4A0.125.0

25

BZL0300-B

G3/8A

10.2

35

Model No.Max. Operating PressureWithstanding PressureControl MethodG Thread SizeCracking PressureMax. Passage AreaUsable FluidOperating Temperature Tightening Torque for Main Body

Notes : 1. Minimum passage area when fully opened is the same as the maximum passage area in the table above. 2. It must be mounted with recommended torque. Because of the structure of the metal seal, if mounting torque is insufficient, the flow control valve may not be able to adjust the flow rate. 3. Don’t use used BZL to other clamps. Flow control will not be made because the bottom depth difference of G thread makes metal seal insufficient.

Model No. Indication (Speed Control Valve for Low Pressure)

1 2 3

BZL 0 10 0 - B

2

1 G Thread Size

10 ： Thread Part G1/8A Thread




Design No.

3 Control Method

A ： Meter-in

B ： Meter-out

P1 portHydraulic PressureSupply Side

P2 PortClamp Side

Circuit Symbol：Meter-in

Thread Part


P2 PortClamp Side

Circuit Symbol：Meter-out

A B

Applicable ProductsLC (Single Action)Work SupportLC0262-C□LC0302-C□LC0362-C□LC0402-C□□-□LC0482-C□□-□LC0552-C□□-□LC0652-C□□-□

LC0752-C□□-□LC0902-C□□-□

DBC (Double Action)Block Cylinder(DBC0250-C□)(DBC0320-C□)

DBC0250-C□DBC0320-C□

(DBC0400-C□)(DBC0500-C□)DBC0400-C□DBC0500-C□

DBA (Double Action)Block Cylinder(DBA0250-C□)(DBA0320-C□)

DBA0250-C□DBA0320-C□

(DBA0400-C□)(DBA0500-C□)DBA0400-C□DBA0500-C□

Model No.

BZL0100-A

BZL0100-B

BZL0200-A

BZL0200-B

BZL0300-A

BZL0300-B

LHA (Double Action)Swing Clamp(LHA0360-C□□-□)(LHA0400-C□□-□)(LHA0480-C□□-□)(LHA0550-C□□-□)

LHA0360-C□□-□LHA0400-C□□-□LHA0480-C□□-□LHA0550-C□□-□

(LHA0650-C□□-□)(LHA0750-C□□-□)LHA0650-C□□-□LHA0750-C□□-□(LHA0900-C□□-□)(LHA1050-C□□-□)LHA0900-C□□-□LHA1050-C□□-□

LHC (Double Action)Swing Clamp(LHC0360-C□□-□)(LHC0400-C□□-□)(LHC0480-C□□-□)(LHC0550-C□□-□)

LHC0360-C□□-□LHC0400-C□□-□LHC0480-C□□-□LHC0550-C□□-□

(LHC0650-C□□-□)

LHC0650-C□□-□

LHS (Double Action)Swing Clamp(LHS0360-C□□-□)(LHS0400-C□□-□)(LHS0480-C□□-□)(LHS0550-C□□-□)

LHS0360-C□□-□LHS0400-C□□-□LHS0480-C□□-□LHS0550-C□□-□

(LHS0650-C□□-□)(LHS0750-C□□-□)LHS0650-C□□-□LHS0750-C□□-□(LHS0900-C□□-□)(LHS1050-C□□-□)LHS0900-C□□-□LHS1050-C□□-□

LHE (Double Action)High-Power Swing Clamp

LHE0300-C□LHE0360-C□LHE0400-C□LHE0480-C□LHE0550-C□

LHW (Double Action)Swing Clamp(LHW040□-C□□-□)(LHW048□-C□□-□)(LHW055□-C□□-□)

LHW040□-C□□-□LHW048□-C□□-□LHW055□-C□□-□

(LHW065□-C□□-□)(LHW0751-C□□-□)LHW065□-C□□-□LHW0751-C□□-□

Model No.

BZL0100-A

BZL0100-B

BZL0200-A

BZL0200-B

BZL0300-A

BZL0300-B

LKW (Double Action)Link Clamp

(LKW040□-C□□-□)(LKW048□-C□□-□)(LKW055□-C□□-□)

LKW040□-C□□-□LKW048□-C□□-□LKW055□-C□□-□

(LKW065□-C□□-□)(LKW0751-C□□-□)LKW065□-C□□-□LKW0751-C□□-□

LKE (Double Action)High-Power Link ClampLKE0300-C□LKE0360-C□LKE0400-C□LKE0480-C□LKE0550-C□

LKC (Double Action)Link Clamp(LKC0400-C□-□)(LKC0480-C□-□)(LKC0550-C□-□)

LKC0400-C□-□LKC0480-C□-□LKC0550-C□-□

(LKC0650-C□-□)

LKC0650-C□-□

LKA (Double Action)Link Clamp

(LKA0360-C□□-□)(LKA0400-C□□-□)(LKA0480-C□□-□)(LKA0550-C□□-□)

LKA0360-C□□-□LKA0400-C□□-□LKA0480-C□□-□LKA0550-C□□-□(LKA0650-C□□-□)(LKA0750-C□□-□)LKA0650-C□□-□LKA0750-C□□-□(LKA0900-C□□-□)(LKA1050-C□□-□)LKA0900-C□□-□LKA1050-C□□-□

LT (Single Action)Swing ClampLT0301-C□-□LT036□-C□-□LT040□-C□-□LT048□-C□-□LT055□-C□-□

LT065□-C□-□LT075□-C□-□

LM (Single Action)Link ClampLM0300-C□LM0360-C□LM0400-C□LM0480-C□LM0550-C□

LM0650-C□LM0750-C□

Note : 1. Flow control circuit for double action cylinder should have meter-out circuits for both the lock and release sides (except model LKE/TLA/TMA). Meter-in circuits can be adversely affected by any air in the system.

LG (Single Action)Swing ClampLG0301-C□-□LG036□-C□-□LG040□-C□-□LG048□-C□-□LG055□-C□-□

LG065□-C□-□LG075□-C□-□

LG090□-C□-□LG105□-C□-□

LJ (Single Action)Link ClampLJ0302-C□LJ0362-C□LJ0402-C□LJ0482-C□LJ0552-C□

LM0652-C□LM0752-C□

LJ0902-C□LJ1052-C□

Model No.

BZL0100-A

BZL0100-B

BZL0200-A

BZL0200-B

BZL0300-A

BZL0300-B

LL (Double Action)Linear Cylinder( LL0360-C□□-□ )( LL0400-C□□-□ )( LL0480-C□□-□ )( LL0550-C□□-□ )

LL0360-C□□-□LL0400-C□□-□LL0480-C□□-□LL0550-C□□-□( LL0650-C□□-□ )( LL0750-C□□-□ )LL0650-C□□-□LL0750-C□□-□( LL0900-C□□-□ )( LL1050-C□□-□ )LL0900-C□□-□LL1050-C□□-□

LLR (Double Action)Linear Cylinder(LLR0360-C□□-□-□)(LLR0400-C□□-□-□)(LLR0480-C□□-□-□)(LLR0550-C□□-□-□)

LLR0360-C□□-□-□LLR0400-C□□-□-□LLR0480-C□□-□-□LLR0550-C□□-□-□(LLR0650-C□□-□-□)(LLR0750-C□□-□-□)LLR0650-C□□-□-□LLR0750-C□□-□-□(LLR0900-C□□-□-□)(LLR1050-C□□-□-□)LLR0900-C□□-□-□LLR1050-C□□-□-□

LLW (Double Action)Lift Cylinder

(LLW036□-C□□-□)(LLW040□-C□□-□)(LLW048□-C□□-□)

LLW036□-C□□-□LLW040□-C□□-□LLW048□-C□□-□

893

Work Support

LDLCTNCTC

Swing Clamp

LHA

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Hole Clamp

SFASFC

Link Clamp


Block Cylinder

DBADBC

Pallet Clamp

VSVT


VFLVFMVFJVFK

FPFQ

Pull Stud Clamp

FVAFVDFVC

Centering Vise

DWA/DWB



LLW


Compact Cylinder

LLLLRLLUDPDRDSDT

Control Valve

BZLBZTBZX/JZG

Control ValveDigest

Model No.IndicationModel No.Indication SpecificationsSpecifications External

DimensionsFlow Rate GraphApplicableProductsApplicableProductsControl Valve　Speed Control Valve (For Low Pressure) model BZL

Specifications

MPaMPa

MPamm2

℃N･m

BZL0100-A

G1/8A

2.6

10

BZL0200-A

Meter-inG1/4A0.045.0

25

710.5


BZL0300-A

G3/8A

11.6

35

BZL0100-B

G1/8A

2.6

10

BZL0200-B

Meter-outG1/4A0.125.0

25

BZL0300-B

G3/8A

10.2

35

Model No.Max. Operating PressureWithstanding PressureControl MethodG Thread SizeCracking PressureMax. Passage AreaUsable FluidOperating Temperature Tightening Torque for Main Body

Notes : 1. Minimum passage area when fully opened is the same as the maximum passage area in the table above. 2. It must be mounted with recommended torque. Because of the structure of the metal seal, if mounting torque is insufficient, the flow control valve may not be able to adjust the flow rate. 3. Don’t use used BZL to other clamps. Flow control will not be made because the bottom depth difference of G thread makes metal seal insufficient.

Model No. Indication (Speed Control Valve for Low Pressure)

1 2 3

BZL 0 10 0 - B

2

1 G Thread Size





Design No.

3 Control Method

A ： Meter-in

B ： Meter-out


P2 PortClamp Side

Circuit Symbol：Meter-in

Thread Part


P2 PortClamp Side

Circuit Symbol：Meter-out

A B

Applicable ProductsLC (Single Action)Work SupportLC0262-C□LC0302-C□LC0362-C□LC0402-C□□-□LC0482-C□□-□LC0552-C□□-□LC0652-C□□-□

LC0752-C□□-□LC0902-C□□-□

DBC (Double Action)Block Cylinder(DBC0250-C□)(DBC0320-C□)


(DBC0400-C□)(DBC0500-C□)DBC0400-C□DBC0500-C□

DBA (Double Action)Block Cylinder(DBA0250-C□)(DBA0320-C□)


(DBA0400-C□)(DBA0500-C□)DBA0400-C□DBA0500-C□

Model No.

BZL0100-A

BZL0100-B

BZL0200-A

BZL0200-B

BZL0300-A

BZL0300-B

LHA (Double Action)Swing Clamp(LHA0360-C□□-□)(LHA0400-C□□-□)(LHA0480-C□□-□)(LHA0550-C□□-□)


(LHA0650-C□□-□)(LHA0750-C□□-□)LHA0650-C□□-□LHA0750-C□□-□(LHA0900-C□□-□)(LHA1050-C□□-□)LHA0900-C□□-□LHA1050-C□□-□

LHC (Double Action)Swing Clamp(LHC0360-C□□-□)(LHC0400-C□□-□)(LHC0480-C□□-□)(LHC0550-C□□-□)

LHC0360-C□□-□LHC0400-C□□-□LHC0480-C□□-□LHC0550-C□□-□

(LHC0650-C□□-□)

LHC0650-C□□-□

LHS (Double Action)Swing Clamp(LHS0360-C□□-□)(LHS0400-C□□-□)(LHS0480-C□□-□)(LHS0550-C□□-□)


(LHS0650-C□□-□)(LHS0750-C□□-□)LHS0650-C□□-□LHS0750-C□□-□(LHS0900-C□□-□)(LHS1050-C□□-□)LHS0900-C□□-□LHS1050-C□□-□

LHE (Double Action)High-Power Swing Clamp

LHE0300-C□LHE0360-C□LHE0400-C□LHE0480-C□LHE0550-C□

LHW (Double Action)Swing Clamp(LHW040□-C□□-□)(LHW048□-C□□-□)(LHW055□-C□□-□)

LHW040□-C□□-□LHW048□-C□□-□LHW055□-C□□-□

(LHW065□-C□□-□)(LHW0751-C□□-□)LHW065□-C□□-□LHW0751-C□□-□

Model No.

BZL0100-A

BZL0100-B

BZL0200-A

BZL0200-B

BZL0300-A

BZL0300-B


(LKW040□-C□□-□)(LKW048□-C□□-□)(LKW055□-C□□-□)

LKW040□-C□□-□LKW048□-C□□-□LKW055□-C□□-□

(LKW065□-C□□-□)(LKW0751-C□□-□)LKW065□-C□□-□LKW0751-C□□-□


LKC (Double Action)Link Clamp(LKC0400-C□-□)(LKC0480-C□-□)(LKC0550-C□-□)

LKC0400-C□-□LKC0480-C□-□LKC0550-C□-□

(LKC0650-C□-□)

LKC0650-C□-□

LKA (Double Action)Link Clamp

(LKA0360-C□□-□)(LKA0400-C□□-□)(LKA0480-C□□-□)(LKA0550-C□□-□)

LKA0360-C□□-□LKA0400-C□□-□LKA0480-C□□-□LKA0550-C□□-□(LKA0650-C□□-□)(LKA0750-C□□-□)LKA0650-C□□-□LKA0750-C□□-□(LKA0900-C□□-□)(LKA1050-C□□-□)LKA0900-C□□-□LKA1050-C□□-□

LT (Single Action)Swing ClampLT0301-C□-□LT036□-C□-□LT040□-C□-□LT048□-C□-□LT055□-C□-□

LT065□-C□-□LT075□-C□-□

LM (Single Action)Link ClampLM0300-C□LM0360-C□LM0400-C□LM0480-C□LM0550-C□

LM0650-C□LM0750-C□

Note : 1. Flow control circuit for double action cylinder should have meter-out circuits for both the lock and release sides (except model LKE/TLA/TMA). Meter-in circuits can be adversely affected by any air in the system.

LG (Single Action)Swing ClampLG0301-C□-□LG036□-C□-□LG040□-C□-□LG048□-C□-□LG055□-C□-□

LG065□-C□-□LG075□-C□-□

LG090□-C□-□LG105□-C□-□

LJ (Single Action)Link ClampLJ0302-C□LJ0362-C□LJ0402-C□LJ0482-C□LJ0552-C□

LM0652-C□LM0752-C□

LJ0902-C□LJ1052-C□

Model No.

BZL0100-A

BZL0100-B

BZL0200-A

BZL0200-B

BZL0300-A

BZL0300-B

LL (Double Action)Linear Cylinder( LL0360-C□□-□ )( LL0400-C□□-□ )( LL0480-C□□-□ )( LL0550-C□□-□ )

LL0360-C□□-□LL0400-C□□-□LL0480-C□□-□LL0550-C□□-□( LL0650-C□□-□ )( LL0750-C□□-□ )LL0650-C□□-□LL0750-C□□-□( LL0900-C□□-□ )( LL1050-C□□-□ )LL0900-C□□-□LL1050-C□□-□

LLR (Double Action)Linear Cylinder(LLR0360-C□□-□-□)(LLR0400-C□□-□-□)(LLR0480-C□□-□-□)(LLR0550-C□□-□-□)

LLR0360-C□□-□-□LLR0400-C□□-□-□LLR0480-C□□-□-□LLR0550-C□□-□-□(LLR0650-C□□-□-□)(LLR0750-C□□-□-□)LLR0650-C□□-□-□LLR0750-C□□-□-□(LLR0900-C□□-□-□)(LLR1050-C□□-□-□)LLR0900-C□□-□-□LLR1050-C□□-□-□

LLW (Double Action)Lift Cylinder

(LLW036□-C□□-□)(LLW040□-C□□-□)(LLW048□-C□□-□)

LLW036□-C□□-□LLW040□-C□□-□LLW048□-C□□-□

894

Work Support

LDLCTNCTC

Swing Clamp

LHA

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Hole Clamp

SFASFC

Link Clamp


Block Cylinder

DBADBC

Pallet Clamp

VSVT


VFLVFMVFJVFK

FPFQ

Pull Stud Clamp

FVAFVDFVC

Centering Vise

DWA/DWB



LLW


Compact Cylinder

LLLLRLLUDPDRDSDT

Control Valve

BZLBZTBZX/JZG

Control ValveDigest

Model No.Indication Specifications External

DimensionsExternalDimensionsFlow Rate GraphFlow Rate GraphApplicable

ProductsControl Valve　Speed Control Valve (For Low Pressure) model BZL

External Dimensions


Model No.ABCDEFGHJKL

M (Nominal×Pitch)NPQ

R (Flat Surface Area)STUVW

BZL0100-□ BZL0200-□ BZL0300-□ 14 18 22 15.5 20 24 15 16 19 12 13 16 8.5 9.5 11 (11.6) (15.1) (17.6) G1/8 G1/4 G3/8 3 3 3 3.5 3.5 5 10 10 13 3 3 4 M6×0.75 M6×0.75 M8×0.75 11.5 15 17.5 8.5 11※1 13 9 11.5 13 16 20.5 24.5 10 13.5 17 8.7 11.5 15 G1/8 G1/4 G3/8 2 ～ 3 3 ～ 4 4 ～ 5 2.5 ～ 5 3.5 ～ 7 4.5 ～ 9

Notes : 1. Since the area is sealing part, be careful not to damage it. 2. Since the area is the metal sealing part of BZL, be careful not to damage it. (Especially when deburring) 3. No cutting chips or burr should be at the tolerance part of machining hole. 4. As shown in the drawing, P1 port is used as the hydraulic supply and P2 port as the clamp side. 5. If mounting plugs or fittings with G thread specification available in the market, the dimension '※1' should be 12.5.

Adjusting Screw

0.2

45°

0.4

BZL0□00

-□

(Clamp/Cylinder)

G ThreadExclusive Packing(Included)

P2 PortClamp Side

Fmax.H

max.CDEJ

φB

Hex. Socket L

M Screw

Hexagon KHexagon A

φT

max.φS

min.φR

φVQ

P1 PortHydraulic PressureSupply Side

φW

P2 PortClamp Side

U Thread(Prepared HoleφTFlat Bottom)

min.PNZ

Z⊥ 0.1

Attention 0- 0.10

OPENCLOSE

P1 PortHydraulic PressureSupply Side (mm)

Notes 1. Please read "Notes on Hydraulic Cylinder Speed Control Circuit" to assist with proper hydraulic circuit design.

If there is something wrong with the circuit design, it leads to the applications malfunction and damage. (Refer to P.1238)

2. It is dangerous to air bleed during operation under high pressure. It must be done under lower pressure.

(For reference: the minimum operating range of the product within the circuit.)

Free Flowing Direction

0

2

4

6

8

10

10 2 3 4 5 6Pressure Loss (MPa)

Flow Rate (L/min)

Controlled Flow Direction

0

2

4

6

8

10

10 2 3 4←Closed　Number of Turns of Adjusting Screw　Opened→

Flow Rate (L/min)


0

5

15

10

20

30

25

35


Flow Rate (L/min)


0

5

10

15

20

25


Flow Rate (L/min)


0

2

4

6

8

10


Flow Rate (L/min)


0

5

15

10

20

3025

35


Flow Rate (L/min)


0

5

10

15

20

25


Flow Rate (L/min)


0

5

10

15

20

25


Flow Rate (L/min)


0

15105

20

3025

35


Flow Rate (L/min)


051015

20253035


Flow Rate (L/min)


0

5

10

15

20

25


Flow Rate (L/min)


0

2

4

6

8

10


Flow Rate (L/min)

　　

　

BZL0100-A：Meter-in BZL0200-A：Meter-in BZL0300-A：Meter-in

BZL0100-B：Meter-out BZL0200-B：Meter-out BZL0300-B：Meter-out

Flow Rate Graph < Hydraulic Fluids ISO-VG32（25～35℃）>

Fully Closed

Fully OpenedFully OpenedFully Opened


Fully ClosedFully Closed


Fully Closed

Pressure Loss 5MPa Pressure Loss 5MPa Pressure Loss 5MPa

Pressure Loss 5MPaPressure Loss 5MPaPressure Loss 5MPa





895

Work Support

LDLCTNCTC

Swing Clamp

LHA

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Hole Clamp

SFASFC

Link Clamp


Block Cylinder

DBADBC

Pallet Clamp

VSVT


VFLVFMVFJVFK

FPFQ

Pull Stud Clamp

FVAFVDFVC

Centering Vise

DWA/DWB



LLW


Compact Cylinder

LLLLRLLUDPDRDSDT

Control Valve

BZLBZTBZX/JZG

Control ValveDigest

Model No.Indication Specifications External

DimensionsExternalDimensionsFlow Rate GraphFlow Rate GraphApplicable

ProductsControl Valve　Speed Control Valve (For Low Pressure) model BZL

External Dimensions


Model No.ABCDEFGHJKL

M (Nominal×Pitch)NPQ

R (Flat Surface Area)STUVW

BZL0100-□ BZL0200-□ BZL0300-□ 14 18 22 15.5 20 24 15 16 19 12 13 16 8.5 9.5 11 (11.6) (15.1) (17.6) G1/8 G1/4 G3/8 3 3 3 3.5 3.5 5 10 10 13 3 3 4 M6×0.75 M6×0.75 M8×0.75 11.5 15 17.5 8.5 11※1 13 9 11.5 13 16 20.5 24.5 10 13.5 17 8.7 11.5 15 G1/8 G1/4 G3/8 2 ～ 3 3 ～ 4 4 ～ 5 2.5 ～ 5 3.5 ～ 7 4.5 ～ 9

Notes : 1. Since the area is sealing part, be careful not to damage it. 2. Since the area is the metal sealing part of BZL, be careful not to damage it. (Especially when deburring) 3. No cutting chips or burr should be at the tolerance part of machining hole. 4. As shown in the drawing, P1 port is used as the hydraulic supply and P2 port as the clamp side. 5. If mounting plugs or fittings with G thread specification available in the market, the dimension '※1' should be 12.5.

Adjusting Screw

0.2

45°

0.4

BZL0□00

- □

(Clamp/Cylinder)

G ThreadExclusive Packing(Included)

P2 PortClamp Side

Fmax.H

max.CDEJ

φB

Hex. Socket L

M Screw

Hexagon KHexagon A

φT

max.φS

min.φR

φVQ

P1 PortHydraulic PressureSupply Side

φW

P2 PortClamp Side

U Thread(Prepared HoleφTFlat Bottom)

min.PNZ

Z⊥ 0.1

Attention 0- 0.10

OPENCLOSE

P1 PortHydraulic PressureSupply Side (mm)

Notes 1. Please read "Notes on Hydraulic Cylinder Speed Control Circuit" to assist with proper hydraulic circuit design.

If there is something wrong with the circuit design, it leads to the applications malfunction and damage. (Refer to P.1238)

2. It is dangerous to air bleed during operation under high pressure. It must be done under lower pressure.

(For reference: the minimum operating range of the product within the circuit.)


0

2

4

6

8

10


Flow Rate (L/min)


0

2

4

6

8

10


Flow Rate (L/min)


0

5

15

10

20

30

25

35


Flow Rate (L/min)


0

5

10

15

20

25


Flow Rate (L/min)


0

2

4

6

8

10


Flow Rate (L/min)


0

5

15

10

20

3025

35


Flow Rate (L/min)


0

5

10

15

20

25


Flow Rate (L/min)


0

5

10

15

20

25


Flow Rate (L/min)


0

15105

20

3025

35


Flow Rate (L/min)


051015

20253035


Flow Rate (L/min)


0

5

10

15

20

25


Flow Rate (L/min)


0

2

4

6

8

10


Flow Rate (L/min)

　　

　

BZL0100-A：Meter-in BZL0200-A：Meter-in BZL0300-A：Meter-in

BZL0100-B：Meter-out BZL0200-B：Meter-out BZL0300-B：Meter-out

Flow Rate Graph < Hydraulic Fluids ISO-VG32（25～35℃）>

Fully Closed





Fully Closed







896

Work Support

LDLCTNCTC

Swing Clamp

LHA

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Hole Clamp

SFASFC

Link Clamp


Block Cylinder

DBADBC

Pallet Clamp

VSVT


VFLVFMVFJVFK

FPFQ

Pull Stud Clamp

FVAFVDFVC

Centering Vise

DWA/DWB



LLW


Compact Cylinder

LLLLRLLUDPDRDSDT

Control Valve

BZLBZTBZX/JZG

Control ValveDigest P.891 Model No. IndicationModel No. Indication SpecificationsSpecifications External DimensionsExternal DimensionsApplicable ProductsApplicable ProductsControl Valve　Air Bleed Valve model BZX

Model No. Indication (Air Bleed Valve)

Specifications Circuit Symbol

1 2

BZX0 1 0

2

1 G Thread Size





Design No.

MPaMPa

℃N･m

BZX010

G1/8A

10

BZX0202537.5G1/4A


BZX030

G3/8A

35

Model No.Max. Operating PressureWithstanding PressureG Thread SizeUsable FluidOperating Temperature Tightening Torque for Main Body

Notes : 1. Do not over loosen the plug during air venting. (Do not loosen for more than 2 turns from the fully closed position.) 2. It is dangerous to have air venting operation under high pressure. It must be done under lower pressure. (For reference: the minimum operation pressure range of the product within the circuit) 3. Refer to the machining dimensions for BZL mounting area.

Thread Part

External Dimensions

Model No.ABCDEG

BZX010 BZX020 BZX030 14 18 22 15.5 20 24 19.8 20.6 20.6 9.3 10.1 10.1 5.5 6.3 6.3 G1/8 G1/4 G3/8

(mm)

LKA (Double Action)Link ClampLKA0360-C□□-□LKA0400-C□□-□LKA0480-C□□-□LKA0550-C□□-□

LKA0650-C□□-□LKA0750-C□□-□LKA0900-C□□-□LKA1050-C□□-□

LT (Single Action)Swing ClampLT0301-C□-□LT036□-C□-□LT040□-C□-□LT048□-C□-□LT055□-C□-□LT065□-C□-□LT075□-C□-□

LG (Single Action)Swing ClampLG0301-C□-□LG036□-C□-□LG040□-C□-□LG048□-C□-□LG055□-C□-□LG065□-C□-□LG075□-C□-□LG090□-C□-□LG105□-C□-□

Model No.

BZX010

BZX020

BZX030

LKC (Double Action)Link ClampLKC0400-C□-□LKC0480-C□-□LKC0550-C□-□

LKC0650-C□-□


LKW040□-C□□-□LKW048□-C□□-□LKW055□-C□□-□

LKW065□-C□□-□LKW0751-C□□-□


LM (Single Action)Link ClampLM0300-C□LM0360-C□LM0400-C□LM0480-C□LM0550-C□LM0650-C□LM0750-C□

LJ (Single Action)Link ClampLJ0302-C□LJ0362-C□LJ0402-C□LJ0482-C□LJ0552-C□LJ0652-C□LJ0752-C□LJ0902-C□LJ1052-C□

Applicable ProductsLC (Single Action)Work SupportLC0262-C□LC0302-C□LC0362-C□LC0402-C□□-□LC0482-C□□-□LC0552-C□□-□LC0652-C□□-□LC0752-C□□-□LC0902-C□□-□

DBA (Double Action)Block CylinderDBA0250-C□DBA0320-C□


DBC (Double Action)Block CylinderDBC0250-C□DBC0320-C□


Model No.

BZX010

BZX020

BZX030

LHA (Double Action)Swing ClampLHA0360-C□□-□LHA0400-C□□-□LHA0480-C□□-□LHA0550-C□□-□


LHC (Double Action)Swing ClampLHC0360-C□□-□LHC0400-C□□-□LHC0480-C□□-□LHC0550-C□□-□

LHC0650-C□□-□

LHE (Double Action)High-Power Swing ClampLHE0300-C□LHE0360-C□LHE0400-C□LHE0480-C□LHE0550-C□

LHW (Double Action)Swing ClampLHW040□-C□□-□LHW048□-C□□-□LHW055□-C□□-□

LHW065□-C□□-□LHW0751-C□□-□

LHS (Double Action)Swing ClampLHS0360-C□□-□LHS0400-C□□-□LHS0480-C□□-□LHS0550-C□□-□


Model No.

BZX010

BZX020

BZX030

LL (Double Action)Linear CylinderLL0360-C□□-□LL0400-C□□-□LL0480-C□□-□LL0550-C□□-□

LL0650-C□□-□LL0750-C□□-□LL0900-C□□-□LL1050-C□□-□

LLR (Double Action)Linear CylinderLLR0360-C□□-□-□LLR0400-C□□-□-□LLR0480-C□□-□-□LLR0550-C□□-□-□

LLR0650-C□□-□-□LLR0750-C□□-□-□LLR0900-C□□-□-□LLR1050-C□□-□-□

LLW (Double Action)Lift CylinderLLW036□-C□□-□LLW040□-C□□-□LLW048□-C□□-□

G Thread

Exclusive Packing (Included)

Lock NutM6 (3 types)

Hexagon AHexagon 10Hex. Socket 3

10.5E

3.63.8D

C

φB

BodyPlugM6×1

(Clamp / Cylinder)

899

Work Support

LDLCTNCTC

Swing Clamp

LHA

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Hole Clamp

SFASFC

Link Clamp


Block Cylinder

DBADBC

Pallet Clamp

VSVT


VFLVFMVFJVFK

FPFQ

Pull Stud Clamp

FVAFVDFVC

Centering Vise

DWA/DWB



LLW


Compact Cylinder

LLLLRLLUDPDRDSDT

Control Valve

BZLBZTBZX/JZG

Control ValveDigest P.891 Model No. IndicationModel No. Indication SpecificationsSpecifications External DimensionsExternal DimensionsApplicable ProductsApplicable ProductsControl Valve　Air Bleed Valve model BZX

Model No. Indication (Air Bleed Valve)

Specifications Circuit Symbol

1 2

BZX0 1 0

2

1 G Thread Size





Design No.

MPaMPa

℃N･m

BZX010

G1/8A

10

BZX0202537.5G1/4A


BZX030

G3/8A

35

Model No.Max. Operating PressureWithstanding PressureG Thread SizeUsable FluidOperating Temperature Tightening Torque for Main Body

Notes : 1. Do not over loosen the plug during air venting. (Do not loosen for more than 2 turns from the fully closed position.) 2. It is dangerous to have air venting operation under high pressure. It must be done under lower pressure. (For reference: the minimum operation pressure range of the product within the circuit) 3. Refer to the machining dimensions for BZL mounting area.

Thread Part

External Dimensions

Model No.ABCDEG

BZX010 BZX020 BZX030 14 18 22 15.5 20 24 19.8 20.6 20.6 9.3 10.1 10.1 5.5 6.3 6.3 G1/8 G1/4 G3/8

(mm)





Model No.

BZX010

BZX020

BZX030


LKC0650-C□-□


LKW040□-C□□-□LKW048□-C□□-□LKW055□-C□□-□

LKW065□-C□□-□LKW0751-C□□-□









Model No.

BZX010

BZX020

BZX030




LHC0650-C□□-□



LHW065□-C□□-□LHW0751-C□□-□



Model No.

BZX010

BZX020

BZX030


LL0650-C□□-□LL0750-C□□-□LL0900-C□□-□LL1050-C□□-□


LLR0650-C□□-□-□LLR0750-C□□-□-□LLR0900-C□□-□-□LLR1050-C□□-□-□


G Thread

Exclusive Packing (Included)

Lock NutM6 (3 types)

Hexagon AHexagon 10Hex. Socket 3

10.5E

3.63.8D

C

φB

BodyPlugM6×1

(Clamp / Cylinder)

900

Work Support

LDLCTNCTC

Swing Clamp

LHA

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Hole Clamp

SFASFC

Link Clamp


Block Cylinder

DBADBC

Pallet Clamp

VSVT


VFLVFMVFJVFK

FPFQ

Pull Stud Clamp

FVAFVDFVC

Centering Vise

DWA/DWB



LLW


Compact Cylinder

LLLLRLLUDPDRDSDT

Control Valve

BZLBZTBZX/JZG

Control ValveDigest P.891 Model No. IndicationModel No. Indication SpecificationsSpecifications External DimensionsExternal DimensionsApplicable ProductsApplicable ProductsControl Valve　G Thread Plug model JZG

Model No.ABCDG

JZG010 JZG020 JZG030 14 18 22 3.5 4.5 4.5 8 9 10 5 6 8 G1/8A G1/4A G3/8A

(mm)

TLA-2 (Double Action)Swing ClampTLA0401-2C□-□TLA0601-2C□-□TLA0801-2C□-□TLA1001-2C□-□TLA1601-2C□-□TLA2001-2C□-□TLA2501-2C□-□TLA4001-2C□-□

Model No.

JZG010

JZG020

JZG030

TLB-2 (Double Action)Swing ClampTLB0401-2C□-□TLB0601-2C□-□TLB0801-2C□-□TLB1001-2C□-□TLB1601-2C□-□TLB2001-2C□-□TLB2501-2C□-□TLB4001-2C□-□

TLA-1 (Single Action)Swing ClampTLA0402-1C□TLA0602-1C□TLA0802-1C□TLA1002-1C□TLA1602-1C□TLA2002-1C□TLA2502-1C□TLA4002-1C□

TMA-2 (Double Action)Link ClampTMA0250-2C□TMA0400-2C□TMA0600-2C□TMA1000-2C□

TMA1600-2C□TMA2500-2C□TMA3200-2C□


TMA1600-1C□TMA2500-1C□TMA3200-1C□

CB

φA

Hex. Socket D

Exclusive Packing(Included)

G Thread

External Dimensions




Model No.

JZG010

JZG020

JZG030


LKC0650-C□-□



LKW040□-C□□-□LKW048□-C□□-□LKW055□-C□□-□

LKW065□-C□□-□LKW0751-C□□-□




LL0650-C□□-□LL0750-C□□-□

LL0900-C□□-□LL1050-C□□-□


LLR0650-C□□-□-□LLR0750-C□□-□-□

LLR0900-C□□-□-□LLR1050-C□□-□-□







Model No.

JZG010

JZG020

JZG030




LHC0650-C□□-□




LHW065□-C□□-□LHW0751-C□□-□



Model No. Indication (G Thread Plug with Air Bleeding Function)

1 2

JZG0 1 0

2

1 G Thread Size





Design No.

Thread Part

Specifications

MPaMPa

℃

N･m

JZG010

G1/8A

108

JZG0203542G1/4A


JZG030

G3/8A

3528

Model No.Max. Operating PressureWithstanding PressureG Thread SizeUsable FluidOperating Temperature Tightening Torquefor Main Body

Female Thread Side Material：SteelFemale Thread Side Material：Aluminum (For LT/LM※1)

Notes : 1. It is dangerous to have air venting operation under high pressure. It must be done under lower pressure. (For reference : the minimum operation pressure range of the product within the circuit) 2. Refer to the machining dimensions for BZL mounting area. ※1. Body material of LT/LM is aluminum alloy, so install it with the tightening torque for aluminum.

901

Work Support

LDLCTNCTC

Swing Clamp

LHA

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Hole Clamp

SFASFC

Link Clamp


Block Cylinder

DBADBC

Pallet Clamp

VSVT


VFLVFMVFJVFK

FPFQ

Pull Stud Clamp

FVAFVDFVC

Centering Vise

DWA/DWB



LLW


Compact Cylinder

LLLLRLLUDPDRDSDT

Control Valve

BZLBZTBZX/JZG

Control ValveDigest P.891 Model No. IndicationModel No. Indication SpecificationsSpecifications External DimensionsExternal DimensionsApplicable ProductsApplicable ProductsControl Valve　G Thread Plug model JZG

Model No.ABCDG

JZG010 JZG020 JZG030 14 18 22 3.5 4.5 4.5 8 9 10 5 6 8 G1/8A G1/4A G3/8A

(mm)

TLA-2 (Double Action)Swing ClampTLA0401-2C□-□TLA0601-2C□-□TLA0801-2C□-□TLA1001-2C□-□TLA1601-2C□-□TLA2001-2C□-□TLA2501-2C□-□TLA4001-2C□-□

Model No.

JZG010

JZG020

JZG030

TLB-2 (Double Action)Swing ClampTLB0401-2C□-□TLB0601-2C□-□TLB0801-2C□-□TLB1001-2C□-□TLB1601-2C□-□TLB2001-2C□-□TLB2501-2C□-□TLB4001-2C□-□

TLA-1 (Single Action)Swing ClampTLA0402-1C□TLA0602-1C□TLA0802-1C□TLA1002-1C□TLA1602-1C□TLA2002-1C□TLA2502-1C□TLA4002-1C□


TMA1600-2C□TMA2500-2C□TMA3200-2C□


TMA1600-1C□TMA2500-1C□TMA3200-1C□

CB

φA

Hex. Socket D

Exclusive Packing(Included)

G Thread

External Dimensions




Model No.

JZG010

JZG020

JZG030


LKC0650-C□-□



LKW040□-C□□-□LKW048□-C□□-□LKW055□-C□□-□

LKW065□-C□□-□LKW0751-C□□-□




LL0650-C□□-□LL0750-C□□-□

LL0900-C□□-□LL1050-C□□-□


LLR0650-C□□-□-□LLR0750-C□□-□-□

LLR0900-C□□-□-□LLR1050-C□□-□-□







Model No.

JZG010

JZG020

JZG030




LHC0650-C□□-□




LHW065□-C□□-□LHW0751-C□□-□



Model No. Indication (G Thread Plug with Air Bleeding Function)

1 2

JZG0 1 0

2

1 G Thread Size





Design No.

Thread Part

Specifications

MPaMPa

℃

N･m

JZG010

G1/8A

108

JZG0203542G1/4A


JZG030

G3/8A

3528

Model No.Max. Operating PressureWithstanding PressureG Thread SizeUsable FluidOperating Temperature Tightening Torquefor Main Body

Female Thread Side Material：SteelFemale Thread Side Material：Aluminum (For LT/LM※1)

Notes : 1. It is dangerous to have air venting operation under high pressure. It must be done under lower pressure. (For reference : the minimum operation pressure range of the product within the circuit) 2. Refer to the machining dimensions for BZL mounting area. ※1. Body material of LT/LM is aluminum alloy, so install it with the tightening torque for aluminum.

902

Pressure Gauge

Coupler Switch

PS

G-Thread Fitting

Manifold Block

WHZ-MD

LZY-MD

LZ-MS

LZ-MP

TMZ-1MB

TMZ-2MB

DZ-M

Screw Locator

VXF

Manual ExpansionLocating Pin

VX

Manifold Block /Nut

DZ-R

Pressure Switch

JBA

Manifold

JX

DZ-C

DZ-P

DZ-B

LZ-S

LZ-SQ

TNZ-S

TNZ-SQ

WNZ-SQ

JGA/JGB

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Manifold BlockModel No. Indication/External Dimensions

Manifold BlockApplicable Model/Application Examples

Applicable Model


Model WHZ-MD

Corresponding Item Model No.Manifold Block Model No.

Model WHZ-MDModel LZY-MDModel LZ-MSModel LZ-MPModel TMZ-1MBModel TMZ-2MBModel DZ-MG□Model DZ-MS□

Manifold BlockModel WHAModel WCAModel WHEModel WCE

Model LZ-MSModel LTModel LMModel LGModel LJ

Model LKEModel LKAModel LKC

Model LZY-MD

Model LZ-MP Model TC

Model LHSModel LL

Model LC

Model TMZ-1MB Model TMA-1


Model DZ-MG□/MS□ Model DP

Model LHCModel LHA Model LHE

Manifold Block

The mounting height of clamp is adjustable with the manifold block.

Manifold BlockWorkpiece

Fixture Base

Clamp

Manifold Block

Work Support (LC) Application Example

Push Cylinder (DP) Application Example

DP-A□ DZ-MG□

Fixture Base

LC

Standard Mounting

Manifold Block (LZ□-MP× one piece)

Manifold Block (LZ□-MP×three pieces)

Fixture Base

This drawing shows when ▼surface of one of three pieces is additionally machined by customer.

1215

Pressure Gauge

Coupler Switch

PS

G-Thread Fitting

Manifold Block

WHZ-MD

LZY-MD

LZ-MS

LZ-MP

TMZ-1MB

TMZ-2MB

DZ-M

Screw Locator

VXF


VX

Manifold Block /Nut

DZ-R

Pressure Switch

JBA

Manifold

JX

DZ-C

DZ-P

DZ-B

LZ-S

LZ-SQ

TNZ-S

TNZ-SQ

WNZ-SQ

JGA/JGB

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Manifold BlockModel No. Indication/External Dimensions

Manifold BlockApplicable Model/Application Examples

Applicable Model


Model WHZ-MD

Corresponding Item Model No.Manifold Block Model No.

Model WHZ-MDModel LZY-MDModel LZ-MSModel LZ-MPModel TMZ-1MBModel TMZ-2MBModel DZ-MG□Model DZ-MS□

Manifold BlockModel WHAModel WCAModel WHEModel WCE

Model LZ-MSModel LTModel LMModel LGModel LJ

Model LKEModel LKAModel LKC

Model LZY-MD

Model LZ-MP Model TC

Model LHSModel LL

Model LC



Model DZ-MG□/MS□ Model DP

Model LHCModel LHA Model LHE

Manifold Block

The mounting height of clamp is adjustable with the manifold block.

Manifold BlockWorkpiece

Fixture Base

Clamp

Manifold Block

Work Support (LC) Application Example

Push Cylinder (DP) Application Example

DP-A□ DZ-MG□

Fixture Base

LC

Standard Mounting

Manifold Block (LZ□-MP× one piece)

Manifold Block (LZ□-MP×three pieces)

Fixture Base

This drawing shows when ▼surface of one of three pieces is additionally machined by customer.

1216

Pressure Gauge

Coupler Switch

PS

G-Thread Fitting

Manifold Block

WHZ-MD

LZY-MD

LZ-MS

LZ-MP

TMZ-1MB

TMZ-2MB

DZ-M

Screw Locator

VXF


VX

Manifold Block /Nut

DZ-R

Pressure Switch

JBA

Manifold

JX

DZ-C

DZ-P

DZ-B

LZ-S

LZ-SQ

TNZ-S

TNZ-SQ

WNZ-SQ

JGA/JGB

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Manifold Block model WHZ-MD/LZY-MD/LZ-MS/LZ-MPManifold Block

Model No. Indication/External DimensionsManifold Block

Applicable Model/Application Examples

Size(Refer tofollowing table)



WHZ 048 0 - MD

Manifold Block for LM/LJ/LT/LG

Corresponding ItemModel Number





LZY 048 0 - MD




LZ 048 0 - MS


B

φD+0.3

0

P Surface

C0.6C0.6

C±0.1

FA

EL

Hx

Hy

M

4-φJ

6.3S



LZ 048 0 - MP

O-ring(Included)


Manifold Block for WCA/WCE/WHA/WHE

Manifold Block for LKA/LKC/LKE/LHA/LHC/LHE/LHS/LL

Z Surface

C0.6C0.6

A

6.3S

JB

HNx

KJ

CK

Ny Ny

4-φR±0.1

φD+ 0.3

0

L Surface

C0.6C0.6

±0.1C6.3S

F

A

EG

B

J

H

4-φK

φD+ 0.3

0

LZY0360-MD LZY0400-MD LZY0480-MD LZY0550-MD LZY0650-MD LZY0750-MD LZY0900-MD LZY1050-MD LKA0360 / LKE0360 LKA0400 / LKC0400 LKA0480 / LKC0480 LKA0550 / LKC0550 LKA0650 / LKC0650 LKA0750 LKA0900 LKA1050 LHA0360 / LHC0360 LKE0400 / LHA0400 LKE0480 / LHA0480 LKE0550 / LHA0550 LHA0650 / LHC0650 LHA0750 LHA0900 LHA1050 LHE0360 / LHS0360 LHC0400 / LHE0400 LHC0480 / LHE0480 LHC0550 / LHE0550 LHS0650 LHS0750 LHS0900 LHS1050 LL0360 LHS0400 / LL0400 LHS0480 / LL0480 LHS0550 / LL0550 LL0650 LL0750 LL0900 LL1050 49 54 61 69 81 92 107 122 40 45 51 60 70 80 95 110 20 20 27 30 32 37 45 50 36 40 48 55 65 75 90 105 29 31.5 35.5 39 46 52 59.5 67 20 22.5 25.5 30 35 40 47.5 55 23.5 26 30 33.5 39.5 45 52.5 60 16 18 22 24 30 32 37 45 31.4 34 40 47 55 63 75 88 4.5 5.5 5.5 6.8 6.8 9 11 14 1BP5 1BP5 1BP5 1BP5 1BP7 1BP7 1BP7 1BP7 0.2 0.2 0.3 0.4 0.5 0.8 1.2 1.7

Model No.

ABCDEFGHJK

O-ring Mass kg

(mm)

Notes : 1. Material：S45C 2. Mounting bolts are not provided. Prepare mounting bolts according to the mounting height using the C dimensions as a reference. 3. If thickness other than C is required, perform additional machining on surface L. Please refer to the drawing.

WHZ0600-MD WHZ0320-MD WHZ0400-MD WHZ0500-MD WHZ0630-MD WCE0602 WCA0321 WCE1002 WCA0401 WCE1602 WCA0501 WCE2502 WCA0631 WCE4002 WHE0600 WHA0320 WHE1000 WHA0400 WHE1600 WHA0500 WHE2500 WHA0630 WHE4000 23 25 27 31 35 54 60 67 77 88.5 45 50 58 68 81 40 46 54 64 77 31.5 35 38 43 48 22.5 25 29 34 40.5 34 39 45 53 65 26 28 31 36 41 9 10 13 15 20 5.5 5.5 5.5 6.5 6.5 1BP5 1BP7 1BP7 1BP7 1BP7 0.1 0.1 0.1 0.2 0.2

Model No.

ABCDHJKNxNyR

O-ring Mass kg

(mm)

Notes : 1. Material：A2017BE-T4 2. Mounting bolts are not provided. Prepare mounting bolts according to the mounting height using the A dimensions as a reference. 3. If thickness other than A is required, perform additional machining on surface Z. Please refer to the drawing.

Manifold Block for LC/TC

Notes : 1. Material：S45C 2. Mounting bolts are not provided. Prepare mounting bolts according to the mounting height using the A dimensions as a reference. 3. If thickness other than A is required, perform additional machining on surface P. Please refer to the drawing.

LZ0300-MS LZ0360-MS LZ0400-MS LZ0480-MS LZ0550-MS LZ0650-MS LZ0750-MS LZ0900-MS LZ1050-MS LT0301 / LG0301 LT036□ / LG036□ LT040□ / LG040□ LT048□ / LG048□ LT055□ / LG055□ LT065□ / LG065□ LT075□ / LG075□ LG090□ LG105□ LM0300 / LJ0302 LM0360 / LJ0362 LM0400 / LJ0402 LM0480 / LJ0482 LM0550 / LJ0552 LM0650 / LJ0652 LM0750 / LJ0752 LJ0902 LJ1052 48 51.5 56.5 62 70 82 93 107 122 34 40 45 51 60 70 80 95 110 18 20 20 27 30 32 37 45 50 30 36 40 48 55 65 75 90 105 28.5 31.5 34 36.5 40 47 53 59.5 67 19.5 20 22.5 25.5 30 35 40 47.5 55 30 31.4 34 40 47 55 63 75 88 23 31.4 34 40 47 55 63 75 88 4.5 4.5 5.5 5.5 6.8 6.8 9 11 14 20.5 23.5 26 30 33.5 39.5 45 52.5 60 3 5 5 0 0 0 0 0 0 1BP5 1BP5 1BP5 1BP5 1BP5 1BP7 1BP7 1BP7 1BP7 0.1 0.2 0.2 0.3 0.4 0.5 0.8 1.2 1.7

Model No.

ABCDEFHxHyJLM

O-ring Mass kg

(mm)

Notes : 1. Material：S45C 2. Mounting bolts are not provided. Prepare mounting bolts according to the mounting height using the C dimensions as a reference. 3. If thickness other than C is required, perform additional machining on surface P. Please refer to the drawing.

φD+0.3

0

JB

HNx

KyYx

CKx

Yy Ny P Surface

4-φR

2-O-ring(Included)

C0.6C0.6

A±0.1

2-O-ring(Included)

2-O-ring(Included)

LZ0260-MP LZ0300-MP LZ0360-MP LZ0400-MP LZ0480-MP LZ0550-MP LZ0650-MP LZ0750-MP LZ0900-MP LC0262 LC0302 LC0362 LC0402 LC0482 LC0552 LC0652 LC0752 LC0902 TC0402 TC0482 TC0552 TC0652 TC0752 18 18 20 20 27 30 32 37 45 43 48 51.5 56.5 62 70 82 93 107 29 34 40 45 51 60 70 80 95 26 30 36 40 48 55 65 75 90 26.5 28.5 31.5 34 36.5 40 47 53 59.5 16.5 19.5 20 22.5 25.5 30 35 40 47.5 25 30 31.4 34 40 47 55 63 75 21 23 31.4 34 40 47 55 63 75 18.5 20.5 23.5 26 30 33.5 39.5 45 52.5 3 3 5 5 0 0 0 0 0 3.4 4.5 4.5 5.5 5.5 6.8 6.8 9 11 18.5 20.5 23.5 25 28 31 37 42.5 50 7 7 8 8 11 13 14 15 15 1BP5 1BP5 1BP5 1BP5 1BP5 1BP5 1BP7 1BP7 1BP7 0.1 0.1 0.2 0.2 0.3 0.4 0.5 0.8 1.2

Model No.

ABCDHJKxKyNxNyRYxYyO-ring

Mass kg

(mm)


1217

Pressure Gauge

Coupler Switch

PS

G-Thread Fitting

Manifold Block

WHZ-MD

LZY-MD

LZ-MS

LZ-MP

TMZ-1MB

TMZ-2MB

DZ-M

Screw Locator

VXF


VX

Manifold Block /Nut

DZ-R

Pressure Switch

JBA

Manifold

JX

DZ-C

DZ-P

DZ-B

LZ-S

LZ-SQ

TNZ-S

TNZ-SQ

WNZ-SQ

JGA/JGB

Pneumatic Series

Hydraulic Series


Cautions / Others

High-PowerSeries


Manifold Block model WHZ-MD/LZY-MD/LZ-MS/LZ-MPManifold Block

Model No. Indication/External DimensionsManifold Block

Applicable Model/Application Examples




WHZ 048 0 - MD

Manifold Block for LM/LJ/LT/LG






LZY 048 0 - MD




LZ 048 0 - MS


B

φD+0.3

0

P Surface

C0.6C0.6

C±0.1

FA

EL

Hx

Hy

M

4-φJ

6.3S



LZ 048 0 - MP

O-ring(Included)


Manifold Block for WCA/WCE/WHA/WHE

Manifold Block for LKA/LKC/LKE/LHA/LHC/LHE/LHS/LL

Z Surface

C0.6C0.6

A

6.3S

JB

HNx

KJ

CK

Ny Ny

4-φR±0.1

φD+ 0.3

0

L Surface

C0.6C0.6

±0.1C

6.3S

F

A

EG

B

J

H

4-φK

φD+ 0.3

0

LZY0360-MD LZY0400-MD LZY0480-MD LZY0550-MD LZY0650-MD LZY0750-MD LZY0900-MD LZY1050-MD LKA0360 / LKE0360 LKA0400 / LKC0400 LKA0480 / LKC0480 LKA0550 / LKC0550 LKA0650 / LKC0650 LKA0750 LKA0900 LKA1050 LHA0360 / LHC0360 LKE0400 / LHA0400 LKE0480 / LHA0480 LKE0550 / LHA0550 LHA0650 / LHC0650 LHA0750 LHA0900 LHA1050 LHE0360 / LHS0360 LHC0400 / LHE0400 LHC0480 / LHE0480 LHC0550 / LHE0550 LHS0650 LHS0750 LHS0900 LHS1050 LL0360 LHS0400 / LL0400 LHS0480 / LL0480 LHS0550 / LL0550 LL0650 LL0750 LL0900 LL1050 49 54 61 69 81 92 107 122 40 45 51 60 70 80 95 110 20 20 27 30 32 37 45 50 36 40 48 55 65 75 90 105 29 31.5 35.5 39 46 52 59.5 67 20 22.5 25.5 30 35 40 47.5 55 23.5 26 30 33.5 39.5 45 52.5 60 16 18 22 24 30 32 37 45 31.4 34 40 47 55 63 75 88 4.5 5.5 5.5 6.8 6.8 9 11 14 1BP5 1BP5 1BP5 1BP5 1BP7 1BP7 1BP7 1BP7 0.2 0.2 0.3 0.4 0.5 0.8 1.2 1.7

Model No.

ABCDEFGHJK

O-ring Mass kg

(mm)

Notes : 1. Material：S45C 2. Mounting bolts are not provided. Prepare mounting bolts according to the mounting height using the C dimensions as a reference. 3. If thickness other than C is required, perform additional machining on surface L. Please refer to the drawing.

WHZ0600-MD WHZ0320-MD WHZ0400-MD WHZ0500-MD WHZ0630-MD WCE0602 WCA0321 WCE1002 WCA0401 WCE1602 WCA0501 WCE2502 WCA0631 WCE4002 WHE0600 WHA0320 WHE1000 WHA0400 WHE1600 WHA0500 WHE2500 WHA0630 WHE4000 23 25 27 31 35 54 60 67 77 88.5 45 50 58 68 81 40 46 54 64 77 31.5 35 38 43 48 22.5 25 29 34 40.5 34 39 45 53 65 26 28 31 36 41 9 10 13 15 20 5.5 5.5 5.5 6.5 6.5 1BP5 1BP7 1BP7 1BP7 1BP7 0.1 0.1 0.1 0.2 0.2

Model No.

ABCDHJKNxNyR

O-ring Mass kg

(mm)

Notes : 1. Material：A2017BE-T4 2. Mounting bolts are not provided. Prepare mounting bolts according to the mounting height using the A dimensions as a reference. 3. If thickness other than A is required, perform additional machining on surface Z. Please refer to the drawing.

Manifold Block for LC/TC

Notes : 1. Material：S45C 2. Mounting bolts are not provided. Prepare mounting bolts according to the mounting height using the A dimensions as a reference. 3. If thickness other than A is required, perform additional machining on surface P. Please refer to the drawing.

LZ0300-MS LZ0360-MS LZ0400-MS LZ0480-MS LZ0550-MS LZ0650-MS LZ0750-MS LZ0900-MS LZ1050-MS LT0301 / LG0301 LT036□ / LG036□ LT040□ / LG040□ LT048□ / LG048□ LT055□ / LG055□ LT065□ / LG065□ LT075□ / LG075□ LG090□ LG105□ LM0300 / LJ0302 LM0360 / LJ0362 LM0400 / LJ0402 LM0480 / LJ0482 LM0550 / LJ0552 LM0650 / LJ0652 LM0750 / LJ0752 LJ0902 LJ1052 48 51.5 56.5 62 70 82 93 107 122 34 40 45 51 60 70 80 95 110 18 20 20 27 30 32 37 45 50 30 36 40 48 55 65 75 90 105 28.5 31.5 34 36.5 40 47 53 59.5 67 19.5 20 22.5 25.5 30 35 40 47.5 55 30 31.4 34 40 47 55 63 75 88 23 31.4 34 40 47 55 63 75 88 4.5 4.5 5.5 5.5 6.8 6.8 9 11 14 20.5 23.5 26 30 33.5 39.5 45 52.5 60 3 5 5 0 0 0 0 0 0 1BP5 1BP5 1BP5 1BP5 1BP5 1BP7 1BP7 1BP7 1BP7 0.1 0.2 0.2 0.3 0.4 0.5 0.8 1.2 1.7

Model No.

ABCDEFHxHyJLM

O-ring Mass kg

(mm)

Notes : 1. Material：S45C 2. Mounting bolts are not provided. Prepare mounting bolts according to the mounting height using the C dimensions as a reference. 3. If thickness other than C is required, perform additional machining on surface P. Please refer to the drawing.

φD+0.3

0

JB

HNx

KyYx

CKx

Yy Ny P Surface

4-φR

2-O-ring(Included)

C0.6C0.6

A±0.1

2-O-ring(Included)

2-O-ring(Included)

LZ0260-MP LZ0300-MP LZ0360-MP LZ0400-MP LZ0480-MP LZ0550-MP LZ0650-MP LZ0750-MP LZ0900-MP LC0262 LC0302 LC0362 LC0402 LC0482 LC0552 LC0652 LC0752 LC0902 TC0402 TC0482 TC0552 TC0652 TC0752 18 18 20 20 27 30 32 37 45 43 48 51.5 56.5 62 70 82 93 107 29 34 40 45 51 60 70 80 95 26 30 36 40 48 55 65 75 90 26.5 28.5 31.5 34 36.5 40 47 53 59.5 16.5 19.5 20 22.5 25.5 30 35 40 47.5 25 30 31.4 34 40 47 55 63 75 21 23 31.4 34 40 47 55 63 75 18.5 20.5 23.5 26 30 33.5 39.5 45 52.5 3 3 5 5 0 0 0 0 0 3.4 4.5 4.5 5.5 5.5 6.8 6.8 9 11 18.5 20.5 23.5 25 28 31 37 42.5 50 7 7 8 8 11 13 14 15 15 1BP5 1BP5 1BP5 1BP5 1BP5 1BP5 1BP7 1BP7 1BP7 0.1 0.1 0.2 0.2 0.3 0.4 0.5 0.8 1.2

Model No.

ABCDHJKxKyNxNyRYxYyO-ring

Mass kg

(mm)


1218

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High-Power - 株式会社コスメック [油圧クランプ,エ … Lock Side 16.2cm3 Release Side...

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Transcript of High-Power - 株式会社コスメック [油圧クランプ,エ … Lock Side 16.2cm3 Release Side...