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Fully automated centre and level capability with radial follow mode
Automatic gauge calibration
Patented arm attitude/orientation mechanism with choice of automated or manual
Vertical straightness units of up to 1200 mm
Large diameter range with adjustable column and 300 mm radial arm
Metrology 4.0 Smart Software
The Talyrond® 565/585 XL PRO with frictionless air bearing spindle and adjustable column is the ideal system for measurement of large diameter components and non-rotationally symmetric components up to 1 meter in diameter.
This roundness tester includes features such as fully automated centre and level and automatic gauge calibration, which greatly reduces measurement and set up time thus increasing throughput.
The movable column is adaptable for larger diameter bearings enabling roundness and flatness measurement beyond the scope of standard roundness systems. Coupled with a fully automated arm attitude/orientation mechanism, the Talyrond® 565/585 XL PRO enables access to the most difficult of components.
Applications
Inner bearing races
Roller bearings
Jet engines
Crankshafts
Cylinder heads and blocks
Large diameter high precision bearings
The Talyrond® 565/585 XL PRO systems come with a frictionless air bearing spindle with high load capacity and excellent spindle stiffness. Large diameter bearings can be measured to a high degree of accuracy and with a high degree of resolution thanks to the massive 72,000 data point resolution of the systems high precision encoder.
Added to the system’s roundness/flatness capability, each Talyrond® 565/585 XL PRO instrument comes with Harmonic and Velocity analysis software making it a powerful tool for the analysis of bearing surfaces. Velocity analysis enables bearing manufacturers to evaluate harmonics with respect to amplitude and predict function with respect to speed.
Small jet engine and turbine components
Whether a supplier of engine components or a maintenance, repair and overhaul facility the XL range can help to control engine efficiency and improve engine build time by the analysis of roundness, flatness and form. Parameters such as eccentricity and run-out added to their angular direction allow prediction and control of out of balance situations particularly on stacked components.
Features such as harmonic analysis and velocity analysis provide further information to aid in prediction of vibration and noise.
Brochure
