• Technical details
    L 490, 550, 610 ... 1930 mm
    A,B stroke limit, end position switch
    stroke (stroke increments 60 mm) 60 - 1500 mm
    weight at 60 mm stroke 25.3 kg
    weight increase per 60 mm stroke 0.74 kg
    maximum movement speed 1.2 m/s
    repeat accuracy +/- 0.05 mm
    toothed belt width 50 mm
    tensile strength 8500 N
    max. input torque 48.1 Nm
    frictional torque  
    geometrical moment of inertia of the basic body Ix 1.877.000 mm4 / Iy 1.877.000 mm4
    infeed constant without gear 220 mm
    max. load in vertical operation 40 kg
  • Max. load in cantilever operation
    F [N] 400 300 200 170 120
    L [mm] 540 780 1020 1260 1500
  • Bending stiffness
  • Locking brake for vertikal axis

    Note: The locking brake serves as a redundant brake and may only be used in addition to a motor brake or other primary brake.

    The linear unit with braking element LBPS is designed exclusively for operation with compressed air. It is not suitable for operation with other media. According to EN ISO 13849-1, the integrated braking element is a proven component of control systems. The element can be used in category B or 1 control systems without any further control measures; a test channel must be provided for category 2 control systems. For use in higher control categories, the control must be multi-channel, whereby each channel must implement the safety function on its own.

    Option 1

    A clamping element as pneumatic opening locking brake with a holding force of 600 N.

     

    Option 2

    Two clamping elements as pneumatic opening locking brakes with a total holding force of 1200 N.

    • As second or redundant parking brake
    • Spring energy storage - closed without energy (NC)
    • Pneumatic opening p = 5.5 - 6.5 bar
    • Up to 5 million static clamping cycles
  • Motor assembly variants

    Motors are directly attached to the linear unit via planetary gear.

     

  • Accessories: Levelling elements

    These elements are ideal for the levelling of assembly surfaces which cannot be mechanically processed or only with great effort. You can find more information and helpful tutorials here.

Linear drives

Your consultant:

Thomas Hettich
T: +49 7723 / 925 - 147
F: +49 7723 / 925 - 300
thomas.hettich@ief-werner.de

Linear drives

Your consultant:

Ralf Stengritt
T: +49 7723 / 925 - 201
F: +49 7723 / 925 - 300
ralf.stengritt@ief-werner.de

Linear drives

Your consultant:

Markus WeiƟ
T: +49 7723 / 925 - 197
F: +49 7723 / 925 - 300
markus.weiss@ief-werner.de