GPW5008NC-20-A

2-Jaw Angular Grippers
Series GPW5000

"The Universal One"

  • Highest performance with the smallest dimensions
    Features a one-of-a-kind ratio of net mass to gripper finger length and gripping moment. The performance of your machine is increased as a result.
  • Versatile applicability
    Thanks to standard functionality such as IP64 and corrosion protection, you are able to use these grippers in almost any of your applications. Even the toughest environments are no problem.
  • Robust and process-reliable
    Thanks to a maintenance-free design up to 30 million cycles and the most solid force transmission possible, process assurance is maximized.
Equipment/Options
  • 30 million maintenance-free cycles (max.)
  • Spring closing C
  • IP64
  • Protected against corrosion
  • Magnetic field sensor
  • Inductive sensor
  • Purged air
  • Temperature-resistant
Technical Data
Stroke per jaw (+/-)+15/-2 [°]
Gripping moment in closing max.33 [Nm]
Gripping moment secured by spring min.7.5 [Nm]
Gripping force in closing at 0°1450 [N]
Closing time0.1 [s]
Opening time0.17 [s]
Dead weight of mounted gripper finger max.0.7 [kg]
Length of the gripper fingers max.115 [mm]
Repetition accuracy +/-0.01 [mm]
Operating pressure4 ... 8 [bar]
Nominal operating pressure6 [bar]
Operating temperature-10 ... +130 [°C]
Air volume per cycle35 [cm³]
Protection to IEC 60529IP64
Weight0.92 [kg]
Benefits in detail
  1. Positively driven lever mechanism
    synchronized the movement of the gripper jaws
  2. Gripper jaw
    Gripper fingers mounted using removable centering sleeves
  3. Removable centering sleeves
    quick and economical positioning of the gripper fingers
  4. Integrated gripping force safety device
    Spring built into cylinder chamber as an energy store
  5. Drive
    Double-acting pneumatic rotor cylinder
  6. Mounting and positioning
    Alternatively, on several sides for customized mounting
  7. Sensing slot
    mounting and positioning of magnetic field sensors
  8. Dual lip seal
    IP64 Prevents grease from being squeezed out, increasing service life