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1.4.5 Rigidity Model no. Geometrical moment of inertia×104 Center of gravity Mass
(mm4) (mm) (kg/100mm)
Rigidity of rail TCH06 e
ly TCH09 Ix Iy 10.6 w
TCH10 6.47 36.2 15.7 0.60
Center of 28.4 162 17.2 1.32
gravity 46.0 283 1.73

Displacement (μm) e lx

 Rigidity in radial direction Displacement (μm) TCH09 standard slider Displacement (μm) TCH10 standard slider
Rigidity in radial direction Rigidity in radial direction
TCH06 standard slider
Rigidity in radial direction Compressed direction Compressed direction
Tensile direction Tensile direction
Compressed direction Horizontal Horizontal
Tensile direction
Horizontal

Displacement (μm) Load (N) Displacement (μm) Load (N) Displacement (μm) Load (N)

Displacement angle (10-3 rad)TCH06 short slider Displacement angle (10-3 rad) TCH09 short slider Displacement angle (10-3 rad) TCH10 short slider
Rigidity in radial direction Rigidity in radial direction Rigidity in radial direction

Compressed direction Compressed direction Compressed direction
Tensile direction Tensile direction Tensile direction
Horizontal Horizontal Horizontal

Load (N) Load (N) Load (N)

 Moment in radial direction TCH09 standard slider TCH10 standard slider
Moment rigidity Moment rigidity
TCH06 standard slider
Moment rigidity Rolling direction Rolling direction
Pitching direction Pitching direction
Rolling direction Yawing direction Yawing direction
Pitching direction
Yawing direction

Moment (N·m) Moment (N·m) Moment (N·m)

TCH06 short slider TCH09 short slider TCH10 short slider
Moment rigidity Moment rigidity Moment rigidity

Rolling direction Rolling direction Rolling direction

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