High-Power Swing Clamp Hydraulic Double Action Model LHE
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High-Power Swing Clamp Hydraulic Double Action Mode l Mechanical Locking System with Hydraulic Force Equivalent clamping force, ２ sizes smaller!! ※ Full Scale High-Power Swing Clamp L H E 0 4 8 0 Hydraulic Swing Clamp (Comparison Model) Mode l LHA0650 High-Power Swing Clamp Mod el LHE0480 Clamping Force + Holding Force ※ Weight of the clamp without clamp lever Projected Area Clamping Force ※ Hydraulic Pressure at 4MPa Cylinder Capacity Cylinder Outer Diameter 11 Lock Side 40% Less Volume 26% Smaller Lock Side

Action Description Model No. Indication Performance Application Examples Specifications Curve External Dimensions Lever Design Dimensions High-Power Series Strong Clamping Force with Mechanical Lock Pneumatic Series The mechanical locking system and hydraulic force allows the LHE model to exert Hydraulic Series Clamping Force clamping force than the same size as the comparison model LHA. Valve / Coupler Hydraulic Unit Manual Operation Accessories Holding Force Cautions / Others Holding force is the force that endures reaction force (load), not the force that presses a workpiece. High-Power...

High-Power Swing Clamp  Hydraulic Double Action ※ Outer diameter (φD) of the cylinder. 2 Design No. 0 ： Revision Number Gasket Option Piping Option With G Thread Plug (able to attach Speed Control Valve) Order the valve separately Recommended BZL-B ： Rc Thread Port No Gasket Port C ： Gasket Option (With G Thread Plug) S ： Piping Option (With Rc Thread Port) ※ Speed control valve (BZL) is sold separately. Please refer to P.947. 4 Swing Direction When Clamping R ： Clockwise Swing Direction When Clamping Swing Direction When Clamping 5 Action Confirmation Method Blank ：None (Standard) M ：Air...

Action Description Model No. Indication Performance Application Examples Specifications Curve External Dimensions Lever Design Dimensions Cylinder Inner Diameter ※1 Clamping Force (Calculation Formula)※2 kN Holding Force Pneumatic Series Hydraulic Series Vertical Stroke (Break Idle Stroke down) Lock Stroke※3 Manual Operation Accessories Cautions / Others High-Power Hydraulic Swing Clamp L HE High-Power Hydraulic Link Clamp LK E Swing Angle Accuracy ±0.75° Swing Completion Position Repeatability Option Full Stroke Swing Stroke 6 Option Y□ Valve / Coupler Hydraulic Unit Full Stroke High-Power...

High-Power Swing Clamp  Clamping Force Curve ※ LHE-P：For balance lever option, the clamping force curve is different Clamping Force Curve from the graph. Please calculate it with the specification's formula. Applicable Model P：Supply Hydraulic Pressure (MPa) 6 Option Blank/A/F/Y□ Selected (Example) In case of LHE0360 : When supply hydraulic pressure P is 3.0MPa and lever length L is 40mm, clamping force becomes about 1.6kN. Notes： ※1. F：Clamping Force (kN), P：Supply Hydraulic Pressure (MPa), L：Lever Length (mm). 1. Tables and graphs show the relationship between the clamping force (kN) and...

Action Description Model No. Indication Performance External Application Examples Specifications Curve Dimensions Lever Design Dimensions High-Power Series Pneumatic Series Hydraulic Series Valve / Coupler Hydraulic Unit Manual Operation Accessories Cautions / Others High-Power Hydraulic Swing Clamp L HE High-Power Hydraulic Link Clamp LK E High-Power Pneumatic Hole Clamp SW E High-Power Pneumatic Swing Clamp W HE High-Power Pneumatic Link Clamp Clamping Force Calculation Formula ※1 (kN) F = P ／ ( 0.82 + 0.0030×L) W NC Rodless Hollow Pneumatic Work Support W NA High-Power Pneumatic Pallet...

High-Power Swing Clamp  Holding Force Curve ※ LHE-P：For balance lever option, the clamping force curve is different Holding Force Curve from the graph. Please calculate it with the specification's formula. Applicable Model 6 Option Blank/A/F/Y□ Selected Reaction Force (Machining Thrust etc.) 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...

Action Description Model No. Indication Performance External Application Examples Specifications Curve Dimensions Lever Design Dimensions High-Power Series Pneumatic Series When supply hydraulic pressure P is 3.0MPa and lever length L is 40mm, holding force becomes about 3.7kN. (Ex.2) In case of LHE0360 : When supply hydraulic pressure P is 3.0MPa and lever length L is 80mm, the calculated value is at the point A but it is in the non-usable range. In this case, the value of intersection B becomes the holding force that counters the reaction force, and it is about 2.0kN. Hydraulic Series 5...

High-Power Swing Clamp  Allowable Swing Time Graph Allowable Swing Time Graph Adjustment of Swing Time (Swing Stroke) The graph shows allowable swing time against the moment of inertia of a lever. An operation time should be longer than the operation time shown in the graph. (Vertical Stroke) Full Stroke (Total Operation Time) Excessive action speed can reduce stopping accuracy and damage internal components. Allowable Locking Time (sec) 0.2 Allowable Locking Time (sec) 0.2 Full Stroke Allowable Releasing Time (sec) Full Stroke Allowable Releasing Time (sec) LHE0550 0.03 Moment of Inertia...

Action Description Model No. Indication Performance External Application Examples Specifications Curve Dimensions Lever Design Dimensions High-Power Series (How to read the allowable swing time graph) In case of LHE0360 The moment of inertia of a lever : 0.0027kg m ・ ① 90° Swing Time when Locking ② 90° Swing Time when Releasing ： About 0.25 sec or more ③ Total Lock Operation Time ④ Total Release Operation Time LHE0360 Moment of Inertia of Lever (kg・m 2 ) 1． The total operation time on the graph represents Pneumatic Series Allowable Locking Time (sec) 0.2 Hydraulic Series Full Stroke...

High-Power Swing Clamp  Standard Model (1/2) External Dimensions (LHE0300-□□) C：Gasket Option (With G Thread Plug) Locked State ※ The drawing shows the released state of LHE0300-CR. Release Port Release Port G1/8 Thread ※2 ： ( Only for Option - C ： Speed Control Valve Port) Lock Port Swing Direction When Clamping Slot for Lever Phasing Machining Dimensions of Mounting Area Slot for Lever Phasing Full Stroke Recommended Stroke Lock Port max.φ3 ※5 Remove all burrs ※5 φ30 ※5 Recommended Lock Position Vertical Stroke Taper Sleeve (Included) Idle Stroke Swing Stroke Lock Port： G1/8 Thread ( Only...