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Linear measuring technology




          Draw wire mechanics                                          Measuring length max. 1.25 m
          with encoder or analogue sensor      Draw wire encoder A50   Traverse speed max. 10 m/s
        www.HydroSanatSharif.com

                                                            The draw wire mechanics A50 boast both a compact design and
                                                            high dynamics.

                                                            The draw wire mechanics may be equipped with encoders with
                                                            an analogue, incremental or absolute output. The maximum
                                                            measuring length is 1.25 m.





                                                       RoHS





           300 m/s 2                    IP
             Max.   Long service  Wide tempera-  High protection  Reverse polarity
           acceleration  life  ture range  level  protection

          Robust                                            Versatile
          •   The titanium-anodised aluminium housing and the stainless   •   High traverse speed, up to 10 m/s.
            steel wires allow for using the mechanics even in harsh    •   High acceleration, up to 300 m/s².
            conditions.
                                                            •   Quick fastening by means of 2 screws.
          •   Wear-free wire exit thanks to special plain bearing guide.
                                                            •   Various connection possibilities available.



          Order code           D8.6A1 XXXX.       . XX  X X XXXX.
          with encoder            Type        a      b  c d      e

          a     Measuring range  b     Encoder used     c     Output circuit       Optional on request
            0025 =   250 mm   36 = Sendix incremental 3610        depends on the encoder used  -  Other measuring ranges
            0050 =   500 mm    F3 = Sendix absolute F3663, SSi                     -  Ring eye instead of cable clip
            0125 = 1250 mm    F8 = Sendix absolute F3668, CANopen  d     Type of connection   -  Modified cable and/or connector
                                                             depends on the encoder used    orientation
                                                                                   -  Modified cable outlet direction
                                                        e     Resolution / Protocol / Options  -  Sensor protection level IP67
                                                             depends on the encoder used

           Standard resolutions for draw wire with incremental encoder   Standard resolutions for draw wire with absolute encoder Sendix F3663 or
           Sendix 3610, drum circumference 125 mm    F3668 CANopen, drum circumference 125 mm
                                                     Absolute encoder      F3663         F3668 CANopen
           Pulses / revolution      125   1250   2500  Pulses / revolution      4096 / 12 bit   4096, programmable via the bus / 12 bit
           Pulses / mm             1     10   20     Pulses / mm        32.8                 32.8
           Resolution (mm)         1     0.1   0.05  Resolution (mm)      ~ 0.03             ~ 0.03

          Recommended standard devices
           Order no.      Mounted encoder    Interface   Power   Type of     Resolution / Protocol
           draw wire encoder                         supply    connection
           D8.6A1.XXXX.3642.1250   3610   (8.3610.2342.1250)   PushPull   8 ... 30 V DC   radial cable 2 m [6.56‘]   1250 ppr
                                             with inv. signal
           D8.6A1.XXXX.F321.G222   Sendix F3663  (8.F3663.4121.G222)   SSI   10 ... 30 V DC   tangential cable 1 m [3.28‘]   4096 ppr / SSI-Gray code
           D8.6A1.XXXX.F821.2122   Sendix F3668  (8.F3663.4121.2122)   CANopen   10 ... 30 V DC   tangential cable 1 m [3.28‘]   CANopen encoder profile V3.2







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