EZ-0675 / EZ-0675 HT
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EITZENBERGER KINEMATIK MIT LUFT EZ-0675 / EZ-0675 HT Key Features ■ Air Bearing Rotary Table with Direct Drive ■ Compact Design 115 x 115 x 49/60 mm ■ Radial Runout < 0.2 pm ■ 1,000 U/min in Standard Version Concept and Design With its basic dimensions of 115 x 115 mm, the EZ-0675 is a very compact air bearing rotary table. The EZ-0675 is particularly suitable for precise positioning tasks in measuring machines or, mounted on linear axes, for aligning components or optical devices when being placed on linear axes. The turntable can be screwed on from above or below via four through holes with M6 and M4 threads. The integrated measuring system (Numerik RIK4) with 10,000 lines can be supplied either with interpolation (RS422 in 5, 10, 50 or 100-fold) or without (1Vss). Alternatively, the rotary table is also available as HT (High Torque) version. With the HT version, the overall height increases from 49 mm to 60 mm. Due to the magnetic preload, the EZ-0675 is selflocking when the supply air is turned off. It can be installed horizontally and vertically in any orientation. The materials used and the absence of lubricants qualify the rotary table for operation in clean room environments. Applications High-precision positioning and measuring systems, inspection tecnology, testing systems, calibration systems, optical alignment, applications with high demands on synchronization and/or repeatability of positioning. Drive Control We offer the rotary table EZ-0675 with the following drive controllers: ■ Kollmorgen AKD P00606

EITZENBERGER KINEMATIK MIT LUFT EZ-0675 / EZ-0675 HTSpecifications Type Unit EZ-0675 EZ-0675 HT Turning Range ° > 360 (unlimited) > 360 (unlimited) Error Motion axial (in the center) pm < 0.2 < 0.2 Error Motion radial (at 20 mm height) pm < 0.2 < 0.2 Runout Axial (along 0 75 mm) pm 1 1 Mechanical Data Mounting Position Length x Width x Height Moving Mass (rotor) Total Mass Nominal Load Capacity axial push/pull Max. Load Capacity radial Nominale Load Capacity radial Max. Moment of Tilt Inertial Moment Material Type Lines per Revolution Output Signal Interpolation Options 1) depending on...