25.4-mm mirror mount, stainless steel high stability, front loading, 2 piezomotor actuators

MHX-25.4A-PDM

CE
Higher moment of inertia to maximize stiffness and faster to reach thermal equilibrium characteristics are achieved by a hollow-frame design. Ideal for interference measurement or precision measurement.
Please check for an introduction video of the structure and features of MHX.
Weitere Informationen
Name 25.4-mm mirror mount, stainless steel high stability, front loading, 2 piezomotor actuators
Gewicht 0.2400kgs
Attention
  • Cannot be mounted on M6 rod (RO). Use M4 or 8-32 UNC rods (ROC, RO-UU) when mounting a rod. It can be fixed to the post stand (PST) or the spacer with M4 tapped holes with M4 screws.
  • The reflecting surface of the mirror is located 4 mm deep from the front of the holder. There are 11mm offsets from the M4 screw fixing position.
  • When using a rod, it is not possible to change the beam transmission direction of the mirror holder. Use a post stand (PST) to change the direction.
  • When used with a cross beam (optical system such as a Michelson interferometer), the effective diameter of the beam becomes smaller.
Optic Loading Side Front Loading
Angle Range ±3°
Material Stainless Steel
Number of Control Axes 2 points
Optic Diameter φ25.4mm
Mount Material Stainless Steel
Compatible Optics Diameter 25, 25.4mm
Compatible Optics Thickness 3 - 6mm
Mirror Loading Front
Mirror Clamping Mechanism Set Screw with Torsion Barrier, 2-mm (5/64-in.) Hex Key
Number of Adjustment Axes 2 points
Angular Travel Range +/-3Deg.
Adjuster Thread M6 x 0.250mm
Standardized Adjustment Sensitivity (based on MIM of piezomotor actuator) 0.8 urad
Dowel Pin Keys ɸ2mm Slot and Hole
Standard Mounting Counterbored clearance hole for M4 / 8-32 screws
Center-Post Mounting M4 and 8-32 threaded holes
Thermal Repeatability with a 10C Thermal Cycle 1.5 urad
Nicht lieferbar
SKU
MHX-25.4A-PDM
1.433,10 €
Higher moment of inertia to maximize stiffness and faster to reach thermal equilibrium characteristics are achieved by a hollow-frame design. Ideal for interference measurement or precision measurement.
Please check for an introduction video of the structure and features of MHX.

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