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Absolute encoders - singleturn




             Standard
             optical                         5852 / 5872 (shaft / hollow shaft)      Parallel, highspeed
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                                                               The singleturn encoders 5852 and 5872 with parallel interface and
                                                               optical technology achieve a very high refresh rate of the position
                                                               data of 40 kHz with a resolution of max. 14 bits.









                                                          RoHS
                                                                                                                    Absolute encoders




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

             Adaptable                                         Fast
             •  Power supply 5 V DC or 10 ... 30 V DC.         •  Refresh rate of the position data 40 kHz.
             •   Cable or connector M23.




             Order code          8.5852 . XX X X . XXX 1
             Shaft version         Type      a  b c     d

              a     Flange, shaft         b     Interface / power supply  d     Code type and division   Optional on request
              12 = clamping flange, ø 58 mm [2.28“]    1  = parallel (CMOS-TTL) / 5 V DC    E03   =  360 gray-excess  -   other code types
                   with shaft 10 x 20 mm [0.39 x 0.79“]   3  = parallel / 10 ... 30 V DC    E01  =  1000 gray-excess  -   other divisions
               21 =  synchro flange, ø 58 mm [2.28“]                     E14  =  1440 gray-excess
                   with shaft 6 x 10 mm [0.24 x 0.39“]  c     Type of connection    E20  =  2000 gray-excess
                                           1  =  axial cable, 1 m [3.28‘] PVC    G10  =  1024 (10 bit) gray
                                           2  =  radial cable, 1 m [3.28‘] PVC    G12  =  4096 (12 bit) gray
                                           3  = axial M23 connector, 17-pin,        G13  =  8192 (13 bit) gray
                                                without mating connector    G14  =  16384 (14 bit) gray
                                           5  =  radial M23 connector, 17-pin,
                                                without mating connector


             Order code         8.5872 . X X X . XXX 1X
             Hollow shaft          Type     a b  c d    e
              a     Flange                c     Interface / power supply  e     Code type and division   Optional on request
              1  = with spring element, short   1  = parallel (CMOS-TTL) / 5 V DC    E03   =  360 gray-excess  -   other code types
              3  =  with stator coupling, ø 65 mm [2.56“]   3  = parallel / 10 ... 30 V DC    E01  =  1000 gray-excess  -   other divisions
                                                                        E14  =  1440 gray-excess
              b     Hollow shaft          d     Type of connection      E20  =  2000 gray-excess
              6  = ø 10 mm [0.39“]         1  =  radial cable, 1 m [3.28‘] PVC    G10  =  1024 (10 bit) gray
              8  = ø 12 mm [0.47“]         2  =  radial M23 connector, 17-pin,        G12  =  4096 (12 bit) gray
                                                without mating connector    G13  =  8192 (13 bit) gray
                                                                        G14  =  16384 (14 bit) gray



            Reverse count direction                            Reverse operation:
            (Only with output type 3 and up to 13 bit gray code available)  Output MSB inverted (pin 16) instead of output MSB (pin 3) connected. Falling
                                                               code values when shaft turning clockwise (cw). Rising code values when shaft
            Normal operation:
                                                               turning counterclockwise (ccw), top view of shaft.
            Rising code values when shaft turning clockwise (cw). Falling code values when
            shaft turning counterclockwise (ccw), top view of shaft.


            © Fritz Kübler GmbH, subject to errors and changes. 02/2015                        www.kuebler.com  183
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