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HA0343T Rev A Apr 2015 

Chapter 3

6) Fit the ve rtical-axis stage i nto place ensuring that the dowels fitted at item (4)

locate correctly into the holes in the back surface of the angle bracket.

7) Fit four bolts (M6 x 10 or 1/4-20 x 3/8”, not supplied)

 

 through the holes in the upper

stage and tighten to secure the stage to the angle bracket

3.3 Mounting Equipment to the Stage

The top platform of the stage features an array of M6 (1/4”-20) mounting holes for

fitting accessories such as fiber clamps, mirror mounts etc. - see Fig. 3.6. 

3.4 Transportation

3.5 Operation

Turn  the  adjuster  clockwise/anticlockwise  to move the top platform

  forward/

backwards. The lead screw has a 1 mm pitch which means that the top platform will

move 1 mm (0.04") per revolution of the adjuster.
A graduated scale is etched onto each side of the moving platform. The metric stage

has 1 millimeter graduations, the imperial stage has 1/40” graduations.

Caution

Use only bolts of the stated length. Longer bolts will protude into the stage and 

damage the internal mechanism.

Caution

The weight attached to the moving platform must not exceed 40 kg (88 lb) if the 

stage is mounted horizontally, or 10 kg (22 lb) if mounted vertically.

Do not apply excessive forces to the moving platform.

Caution

When packing the unit for shipping, use the original packing. If this is not 

available, use a strong box and surround the unit with at least 100 mm of 

shock absorbent material.

Before the stage is packed for transit, adjust the actuators to the center of 

travel and then tighten the locking mechanism - see Section 3.2.2.

Summary of Contents for DTS25

Page 1: ...DTS25 M 25 mm Translation Stage User Guide Original Instructions ...

Page 2: ...nting 7 3 2 1 General 7 3 2 2 Locking Mechanism 8 3 2 3 Mounting Directly to the Work Surface 8 3 2 4 Fitting the Spacer Plate 9 3 2 5 Building an XY Configuration 10 3 2 6 Adding a Vertical Z Axis 11 3 3 Mounting Equipment to the Stage 12 3 4 Transportation 12 3 5 Operation 12 3 6 Dimensions 13 3 6 1 DTS25 M 13 Chapter 4 Specifications 14 4 1 Specifications 14 4 2 Parts List 14 Chapter 5 Thorlabs...

Page 3: ...Caution Given when there is a risk of injusy to users Caution Given when there is a risk of damage to the product Note Clarification of an instruction or additional information Warnings If this equipment is used in a manner not specified by the manufacturer the protection provided by the equipment may be impaired In particular excessive moisture may impair operation Spillage of fluid such as sampl...

Page 4: ...g platform is lockable via a side located screw to guard against accidental movement A grad uated scale is etched onto each side of the moving platform The metric stage has 1 millimeter graduations the imperial stage has 1 40 graduations The stage can be bolted directly to the optical table see Section 3 2 3 or it can be secured using four CL6 clamps two on each side as shown below The DTSA1 and D...

Page 5: ...be assembled into 2 axis and 3 axis configurations Dowels are included with the purchase of each stage so th at perpendicularity between the translation directions is maintained See Section 3 2 5 and Section 3 2 6 for more details Fig 2 2 DTS25 series linear long travel stage typical XY configuration ...

Page 6: ...6 HA0343T Rev A Apr 2015 Chapter 2 Fig 2 3 DTS50 series linear long travel stage typical XYZ configuration ...

Page 7: ... to avoid damage to the bearings Retain the packing in which the unit was shipped for use in future transportation Caution The stage is shipped with a plate fitted to the side which locks the carriage during transit and in applications where acccidental adjustement is undesirable The locking screw on these plates must be loosened before the stage is used see section Section 3 2 2 Caution When moun...

Page 8: ...g the Locking Screw 3 2 3 Mounting Directly to the Work Surface Referring to Fig 3 2 proceed as follows 1 Adjust the actuator to position the moving carriage such that the mounting holes in the base are clearly visible through the holes in the top plate 2 Fit four bolts M6 x 10 or 1 4 20 x 3 8 not supplied through the holes in the top platform and tighten to secure the stage to the work surface Fi...

Page 9: ...he moving carriage such that the mounting holes in the base are clearly visible through the holes in the top plate 2 Position the stage on the base plate ensuring that the through holes in the spacer plate are clearly visable through the holes in the top plate 3 Fit four bolts M6 x 15 or 1 4 20 x 1 2 not supplied through the holes in the top platform and tighten to secure the stage to the work sur...

Page 10: ...per stage such that the mounting holes in the base are clearly visible through the holes in the top plate 3 Locate the upper stage on the dowels fitted at item 3 making sure that the dowels locate correctly in the holes on the underside of the upper stage 4 Fit four bolts M6 x 10 or 1 4 20 x 3 8 not supplied through the holes in the upper stage and tighten to secure the stage to the moving platfor...

Page 11: ...on the underside of the angle bracket Fig 3 5 Adding a Vertical Axis 3 Fit four bolts M6 x10 or 1 4 20 x 3 8 not supplied through the holes in the base of the angle bracket and tighten to secure the bracket to the lower assembly 4 Fit the dowels supplied to the vertical mounting face of the angle bracket 5 Adjust the actuator to position the moving carriage of the vertical stage such that the moun...

Page 12: ...h means that the top platform will move 1 mm 0 04 per revolution of the adjuster A graduated scale is etched onto each side of the moving platform The metric stage has 1 millimeter graduations the imperial stage has 1 40 graduations Caution Use only bolts of the stated length Longer bolts will protude into the stage and damage the internal mechanism Caution The weight attached to the moving platfo...

Page 13: ...20 13 Positions Max Penetration Depth 7 mm 0 275 Locking Plate Could be repositioned on opposite side Ø 3 0 0 118 Holes for Alignment Pins 2 Positions 12 5 0 5 25 0 Pitch Typical 1 0 50 6 1 99 50 6 1 99 Ø 7 5 0 3 Mounting Holes Suitable for Metric and Imperial Work Surfaces Ø 3 0 0 118 Holes for Alignment Pins 2 Positions 2 5 0 1 3 5 0 14 3 0 0 12 75 0 2 95 23 3 0 92 ...

Page 14: ... Surface Parallelism 1700 µRad Angular Deviation 150 µRad Staightness Horizontal 10 00 µm Vertical 5 00 µm Stiffness Pitch 200 00 µRad Nm Yaw 725 00 µRad Nm Weight 0 24 kg 0 53 lbs Note Backlash is not specified because the stage design does not contain a backlash spring Description Part Number 5 mm Spacer Plate DTSA01 10 mm Spacer Plate DTSA02 Right Angle Bracket DTSA03 ...

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Page 16: ...16 www thorlabs com ...

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