DT200-DC
Rotary Stages

Flat rotary stage (DC Motor), travel n x 360 °, aperture ⌀ 66 mm, rep ± 0.001 °, load 11 kg, speed 75 °/s

Flat rotary stage with high accuracy

The DT200 is a rotary stage for universal use that offers extremely flat design. The rotary stage is available with stepper motor or DC motor and, optionally, with an angle measuring system which achieves outstanding levels of accuracy.

Combinable with PMT160 series

The DT200 rotary stage was developed to fit with the PMT160 series. It can be combined with linear stages and the HT160 lifting table to form sophisticated multi-axis systems. The rotary stage is easily controlled using our FMC series motion controllers.

Numerous possibilities for use

The DT200 is especially suitable in measurement engineering applications, in the field of optics or in laser technology. It is also ideal for applications in research and development or experimental physics.

Specifications

DT200		-DC-R	-DC-R-W
Travel	[deg]	n x 360	n x 360
Repeatability unidirectional	[deg]	± 0.002	± 0.001
Repeatability bidirectional	[deg]	± 0.014	± 0.002
Accuracy	[deg]	± 0.017	± 0.003
Excentric runout	[µm]	± 4	± 4
Wobble	[µrad]	± 25	± 25
Positioning speed	[deg/s]	73	47
Max. Speed	[deg/s]	109	70
Max. acceleration	[deg/s²]	1234	790
Max. load Fz	[N]	110	110
Max. torque Mx, My	[N]	16.6	16.6
Max. torque Mz	[N]	5.6	8.8
Length	[mm]	240	240
Width	[mm]	200	200
Height	[mm]	40	40
Turntable	[Ø]	170	170
Aperture	[Ø]	66	66
Weight	[kg]	4.0	4.0
Bearing		Thin-section bearing
Motor		DC Motor
Transmission		Belt, Harmonic Drive
Feedback		Motor Encoder, Dual loop: Angular Scale
Surface Coating		Anodized Aluminum, Nickel
Optional Features		Electrical and pneumatic rotary feed-through, superfinished turntable for optimum axial run-out, brake, rotation limiter, cable routing, reversing hard stop, sealing air, extraction system
Versions for Cleanroom		Clean Room Class ISO 4 (higher on request)
Versions for Radiation		EUV, DEV, UV (X-ray and gamma on request)
Versions with Lower Magnetism		-
Versions for Vacuum		-