-JPEG.jpg "Liebherr worm gear tester TGP 1000")
-JPEG.jpg "Liebherr worm gear tester TGP 1000")
-JPEG.jpg "Liebherr worm gear tester TGP 1000")
-JPEG.jpg "Preview: Liebherr worm gear tester TGP 1000")
-JPEG.jpg "Preview: Liebherr worm gear tester TGP 1000")
-JPEG.jpg "Preview: Liebherr worm gear tester TGP 1000")
Liebherr TGP 1000 worm gear tester
-JPEG.jpg "Liebherr worm gear tester TGP 1000")
-JPEG.jpg "Liebherr worm gear tester TGP 1000")
-JPEG.jpg "Liebherr worm gear tester TGP 1000")
The Liebherr TGP 1000 sub-gearbox test is designed for the universal testing of worm gear sets and has been developed and manufactured taking into account the latest knowledge and experience in the field of measurement technology.
Worm gear sets can be (center distance 0-500 mmm) These test methods are particularly suitable for the determination of defects in the gear geometry such as concentricity and axial run-out properties, heat deviations or pitch errors. worm gear testing machines are used for fast 100% quality control of finished worm gear sets, to evaluate the quality of gears. Here, a practical installation situation of a gear outside the gearbox is simulated under real load conditions and then evaluated. Deviations in the gear geometry, machining errors due to defective tools and damage to the gears can thus be detected before assembly and be eliminated.
Worm gear sets can be (center distance 0-500 mmm) These test methods are particularly suitable for the determination of defects in the gear geometry such as concentricity and axial run-out properties, heat deviations or pitch errors. worm gear testing machines are used for fast 100% quality control of finished worm gear sets, to evaluate the quality of gears. Here, a practical installation situation of a gear outside the gearbox is simulated under real load conditions and then evaluated. Deviations in the gear geometry, machining errors due to defective tools and damage to the gears can thus be detected before assembly and be eliminated.
The following parameters can be measured here:
- Flankenabweichungen Fi', fi', fl', fk'
- Flankenspiel
- Rundlauf, Rundheit (wählbar)
- Tragbild mit digital Kamera
- Teilungsabweichungen Fp; fp, fu
- Rundlauffehler Fr
| Technische Daten | |
| Max. Schneckenraddurchmesser | 1000 mm |
| Max. Schneckenlänge | 800 mm |
| Max. Schneckendurchmesser | 160 mm |
| Achsabstand | 0...500 mm |
| Max. Messdrehzahlen | 60 U/min |
| Bremsmoment | 2,5 Nm |
| Max. Radgewicht | 1000 Kg |
| Max. Schneckengewicht | 150 Kg |
| Tischdurchmesser | 630 mm |
| Maschinengewicht | 2500 kg |
| Abmessungen | 3500 x 1600 x 2100 |
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