Planet carrier measurement

Due to the special design of our pneumatic measuring technology, we can offer you a measuring device with higher stability and accuracy here.

Planetary carrier measuring equipment / measuring stations with permanently installed measuring mandrels ensure maximum stability. Due to the large measuring range of the individual mandrels, a large undersize of the measuring body can be achieved so that even larger tolerances from shape and position can be taken into account and the components can be fed even more easily. By means of linearisation, small tolerances in the bores can be measured with optimum accuracy at the same time.

The base is designed so that similar groups of components can be measured here by safely and easily converting the individual measuring units.

Planetary carrier Measuring device / measuring station

    Task

  • Diameter level 1
  • Diameter level 2
  • Surface runout
  • Slope
  • Pitch circle diameter
  • Pneumatic
  • Automatic measuring process
  • Convertible

Planet carrier measuring device / measuring station – pneumatic measuring technology (example pictures of the 5-hole variant)

This planet carrier measuring station can be used to measure different variants of the planet carrier, 3-hole, 4-hole or 5-hole variants. The operator can quickly change the measuring station over to the different planetary carriers using exchange units.

The component is aligned on the pre-storage and placed via auxiliary bolts, and after leaving the light curtain, the measuring sequence is started automatically. The measuring air is switched on, the planet carrier is lowered and pressed into the measuring position. The static measurement takes place and after evaluation the measurement results are displayed on the screen and stored on the computer. The planet carrier is raised, the measuring air is switched off and the component can be removed.

Calibration is done manually via Setting Master MIN. The calibration time can be freely set in the software, after the request the Einstellmeister is placed on the pre-storage and the measuring device recognises the Einstellmeister and the calibration cycle is carried out automatically. After removal, measurement can be continued.

Planetary carrier Measuring device / measuring station

    Task

  • Parallelism
  • Distance
  • Electronic

Planet carrier measuring device / measuring station – pneumatic measuring technology (example pictures of the 3-hole; 4-hole variant)

This planet carrier measuring station can be used to measure different variants of the planet carrier, 3-hole, 4-hole or 5-hole variants. The component is aligned via auxiliary bolts and placed on the measuring device. After manual operation of the vertical slide, the measurement is carried out in the end position. The static measurement is carried out and after evaluation the measurement results are displayed on the screen and stored on the computer. After resetting the vertical slide, the planet carrier can be removed.

Calibration is carried out manually via the setting master. The calibration time can be freely set in the software. After the request, the setting master is placed on the measuring device, the measuring device recognises the setting master. The calibration cycle is selected and carried out after manual operation of the vertical slide. After removal, measurement can continue.

 

Planetary carrier Measuring device / measuring station

    Task

  • Diameter level 1
  • Diameter level 2
  • Inclination
  • Slope
  • Pitch circle diameter
  • Pneumatic
  • Automatic measuring process
  • Convertible

Planet carrier measuring device / measuring station – pneumatic measuring technology (example pictures of the 3-hole variant)

This planet carrier measuring station can be used to measure different variants of the planet carrier, 3-hole, 4-hole or 5-hole variants. The operator can quickly convert the measuring station to the different planetary carriers using interchangeable units. The component is aligned on the pre-support and placed on it via auxiliary bolts. After leaving the light curtain, the measuring sequence is started automatically. The measuring air is switched on, the planet carrier is lowered and pressed into the measuring position.  The static measurement takes place and after evaluation the measurement results are displayed on the screen and stored on the computer. The planet carrier is raised, the measuring air is switched off and the component can be removed.

Calibration is done manually via Setting Master MIN. The calibration time can be freely set in the software. After the request, the Setting Master is placed on the pre-storage and the measuring device recognises the Setting Master and the calibration cycle is carried out automatically. After removal, measurement can be continued.

 

Van Dongen Engineering
Dorser 1, Someren
The Netherlands

+31 493 - 490 234
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