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Incremental encoders




          Standard
          sine wave output, with zero pulse, optical  5804 / 5824 (shaft / hollow shaft)  SinCos
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                                                            The incremental encoders type 5804 / 5824 offer a SinCos
                                                            interface.

                                                            They are ideal for use in drive engineering.
                                                            These encoders are used preferably in applications for which a
                                                            standard SinCos interface is sufficient.





                                                       RoHS





                    -20°... +85°C  IP
          High rotational  Temperature  High protection   High shaft load  Shock / vibration  Magnetic field  Short-circuit  Optical sensor
            speed    range     level   capacity  resistant  proof  proof

          High performance                                  Adaptable
          •   High resolution up to 5000 pulses per revolution.  •   Shaft or hollow shaft version.
          •   Maximum speed up to 12000 revolutions per minute.  •   With cable or connector.
          •   High IP protection up to max. IP66.




          Order code          8.5804 . X X X X . XXXX
          Shaft version         Type     a b c d     e
          a     Flange                             c     Output circuit / power supply  e     Pulse rate
           1  =  clamping flange  ø 58 mm [2.28“]   1  =  SinCos, 1 Vpp (with inverted signal) / 5 V DC           512, 1000, 1024, 1200, 1250,
           2  =  synchro flange  ø 58 mm [2.28“]    2  =  SinCos, 1 Vpp (with inverted signal) / 10 ... 30 V DC        1500, 2000, 2048, 2500, 3000,
                                                                                              3600, 4000, 4096, 5000
          b     Shaft (ø x L), with flat            d     Type of connection                   (e.g. 512 pulses => 0512)
           1  =  ø 6 x 10 mm [0.24 x 0.39“]        1  =  axial cable, 1 m [3.28‘] TPE
           2  =  ø 10 x 20 mm [0.39 x 0.79“]       2  =  radial cable, 1 m [3.28‘] TPE        Optional on request
                                                   3  =  axial M23 connector, 12-pin, without mating connector        -  other pulse rates
                                                   5  = radial M23 connector, 12-pin, without mating connector


          Order code          8.5824 . X X X X . XXXX
          Hollow shaft          Type     a b c d     e
          a     Flange                             c     Output circuit / power supply  e     Pulse rate
           1  =  with hollow shaft and spring element, short   1  =  SinCos, 1 Vpp (with inverted signal) / 5 V DC         512, 1000, 1024, 1200, 1250,
                           1)
           2  =  with blind hollow shaft   and spring element, short   2  =  SinCos, 1 Vpp (with inverted signal) / 10 ... 30 V DC        1500, 2000, 2048, 2500, 3000,
           3  =  with hollow shaft and stator coupling, ø 65 mm [2.56“]                       3600, 4000, 4096, 5000
                          1)
           4  =  with blind hollow shaft   and stator coupling, ø 65 mm [2.56“]  d     Type of connection        (e.g. 512 pulses => 0512)
                                                   1  =  radial cable, 1 m [3.28‘] TPE
          b     Hollow shaft                       2  =  radial M23 connector, 12-pin,               Optional on request
           1  =  ø 6 mm [0.24“], IP40                   without mating connector              -  other pulse rates
           2  =  ø 6 mm [0.24“], IP66
           3  =  ø 8 mm [0.32“], IP40
           4  =  ø 8 mm [0.32“], IP66
           5  =  ø 10 mm [0.39“], IP40
           6  =  ø 10 mm [0.39“], IP66
           7  =  ø 12 mm [0.47“], IP40
           8  =  ø 12 mm [0.47“], IP66




         1)  Insertion depth ) 30 mm [1.18“].
         80     www.kuebler.com                                                 © Fritz Kübler GmbH, subject to errors and changes. 02/2015
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