Incremental rotary encoder ERO 1200

mechanicalhollow-shaft5VDC

Incremental rotary encoders without integral bearing Axial tolerance of up to ±0.2 mm Hollow through shaft Comprised of a scanning unit and graduated disk Positioning accuracy of down to ±60" Max. operating temperature: 100 °C Interfaces: 1 VPP and TTL Housing diameter ≈ 52 mm Robust design Their hollow shaft allows these rotary encoders to be directly coupled to the mating shaft. No additional rotor coupling is required. The resulting high rigidity permits higher bandwidths in the control loop, reduces inaccuracy, and simplifies installation. Modular design The rotary encoders of this series consist of a scanning unit and a disk/hub assembly. Because these encoders are frictionless, no additional starting torque is exerted. Their positioning accuracy is largely determined by the line count selected for the graduated disk when ordered. High shaft speeds The modular design without an integral bearing permits high mechanical speeds of up to 25,000 rpm. The electrically permissible shaft speed arises from the maximum output frequency and the selected line count of the disk/hub assembly. Compact design The rotary encoders of this series feature high ruggedness and reliability in a compact design, with an outer diameter of 52 mm. Small dimensions and touchless scanning make this series of rotary encoders very versatile.