Klingelnberg Group: T 60

T 60

Oerlikon Bevel Gear Testing Machine

Highly flexible testing of hard, finished, and green spiral-bevel and hypoid gear sets

The T 60 bevel gear testing machine is a CNC testing machine with three linear axes for fully automatic hard and soft testing of spiral-bevel and hypoid gear sets with a 90° shaft angle. It offers a wide range of objective and subjective testing options, with speeds of up to 3,250 rpm and maximum brake torque of 95 Nm.

CNC machine for highly flexible testing of hard, finished, and green spiral-bevel and hypoid gear sets
Ring gear diameters up to 500 mm (600 mm optional)
Shaft angle 90° (79° - 101° optional)
Mechanical-pneumatic clamping system with clamping stroke monitoring > no hydraulics
Suitable for automatic loading
Automatic temperature compensation (Y and Z axis)
Highly flexible parameterization of the testing sequence
Measurement method: runout testing, single flank test (SFT), structure-borne noise
Continuous measurement recording and evaluation
SFT tolerances for meshing harmonic defined relative to the measured first tooth mesh order
Energy efficient (e²)

Range of Application	T 60 Standard	T 60 Option
Workpiece Data
Workpiece diameter (max.)	Ø 500 mm	Ø 600 mm (only with standard 90°)
General Data
Distance Y (H) axis ring gear spindle front pinion spindle	150 – 350 mm	200 – 400 mm
Distance Z (J) axis pinion spindle front ring gear spindle	120 – 340 mm	120 – 340 mm
Hypoid adjustment in X (V) axis	± 70 mm	± 70 mm
Shaft angle	90°	79° – 101°
Pinion Spindle Headstock
Speed range, infinitely	0 – 3,250 rpm	0 – 3,250 rpm
Torque	57-21 Nm at n = 1,240 – 3,250 rpm	57-21 Nm at n = 1,240 – 3,250 rpm
Inner cone	cone #39	cone #50
Reduction sleeve	-	cone #50 to #39
Draw-in force for workpiece clamping device (max.)	23,000 N	23,000 N
Ring Gear Spindle Headstock
Speed range, infinitely	0 – 3,000 rpm	0 – 3,000 rpm
Torque	93-24 Nm at n = 750 – 3,000 rpm	93-24 Nm at n = 750 – 3,000 rpm
Inner cone	cone #39	-
Reduction sleeve	-	cone #39 to #14
Draw-in force for workpiece clamping device (max.)	23,000 N	23,000 N
General Machine Data
Machine dimensions with Elbaron (oil mist collector) (L x W x H) approx.	2,350 x 2,240 x 2,500 mm	2,350 x 2,240 x 2,500 mm

The above-mentioned maximum values were determined for industry-typical gear units.
If necessary it has to be examined whether maximum values can be combined.

Subject to changes.

The machine dimensions of the standard version are for orientation only. The final machine dimension / final space requirement depends on the individual configuration of the machine.

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Testing Machine Brochure English (pdf / 1 MB)

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Oerlikon Bevel Gear Testing Machine T 60

Operator-friendly, easy-to-service machine design

All operational tasks, such as loading, unloading, and retooling, can be performed from the front

Wide-opening working chamber provides easy access for retooling and manual loading

Intuitive user software prevents improper operation

Optional foot switch to clamp or release workpieces

Efficient maintenance thanks to easy accessibility

No hydraulics

Easy-to-read pneumatics layout on a central panel

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Oerlikon Bevel Gear Testing Machine T 60

Forward-looking machine design with maximum inspection reliability

Excellent economy of space thanks to compact machine design and access options designed for easy operation and maintenance

Strategic development partnership with VISPIRON ROTEC GmbH for measurement and evaluation technology

Immediately useful measuring results thanks to short test times and automatic logging of measuring results

Structured data archiving ensures traceability of measurements

Can be used for both production and development of bevel gears

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Oerlikon Bevel Gear Testing Machine T 60

Universal bevel gear inspection machine for various measurement methods

Broad-scope tailoring of measurements to suit customer requirements

Separate evaluation of concentricity errors for pinion and ring gear

Inspection of contact pattern position, form, and size

Inspection of running properties using structure-borne noise measurement or single flank test in conjunction with optional load, rotation speed, or mounting position

Speed scan enables measurement of rotational error and structure-borne noise (optional)

Automatic determination of optimal mounting position through incremental testing of different mounting positions

Automatic determination of optimal mounting position through continuous measurement of a single mounting position range (optional)