KLINGELNBERG LKR 400 A 100

•  
  Reference number 1049-490759

  Manufacture Year 1974

  Operation Hours not applicable

• Vendor

  Hans-Jürgen Geiger Maschinen-Vertrieb GmbH
  James-Watt-Straße 12
  72555 Metzingen

  Germany

  

• Main Category

  Metal working machines

• Category

  Gear Cutting Machines

• Type of Machine

  BEVEL GEAR MACHINERY

• Sort of Machine

  Bevel Gear Lappers

• Manufacturer

  KLINGELNBERG

• Technical data

  max. wheel diameter

  400 mm

  gear width

  NA mm

  max. module

  1

  min. module

  10

  total power requirement

  12 kW

  weight of the machine ca.

  4,2 t

  dimensions of the machine ca.

  m

• Description

  K L I N G E L N B E R G (Germany)
  Automatic Bevel Gear Lapping Machine
  Model LKR 400 A 100 Year 1974/1998 Serial No. 1890
  Partially reconditioned and electrically modernized in 1998 by
  Welter Company
  _______________________________________________________
  Max. Ø of crown gear 400 mm
  Adjustment of pinion spindle 160 / 250 mm
  Adjustment of crown gear spindle 115 / 265 mm
  
  Additional movements:
  Axial / distance / vertical, approx. + / - 2 mm
  Automatic tooth clearance 0 - 0.6 mm
  Module 1 - 10
  Axial offset, up / down, each 50 mm
  (= axial offset travel from middle position)
  
  Bore hole of driving spindle 100 taper
  Bore hole of driven spindle 60 taper
  6 spindle speeds 900 - 1,800 rpm
  
  Total electrical load 12 kW - 380 V - 50 Hz
  Weight 4,200 kg
  
  Accessories / Special Features
  * Hydraulic workpiece clamping for both spindles.
  * Automatic lapping process. Following function can be preset: Clockwise / anticlockwise movement, lapping torque, pulling and pushing movement, 4 lapping programs, etc.
  * Protective hood for crown gears with a diameter up to 400 mm, with automatic closing mechanism.
  * Separate switch cabinet. * Separate hydraulic unit, etc.
  
  Price, ex stock EUR 29,500.--
  
  The lapping process employed by this machine greatly improves the running performance of bevel gear pairs. Pinions and gears are meshed by up to three additional movements (axial, radial and vertical) which are controlled by cams. Tooth flanks are smoothed with the help of lapping medium, and contact patterns are corrected as necessary.
  
  
  
  
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• State

  Used