Product category:
Drives, motors and power transmission, couplings, clutches
News Release from: Micromech | Subject: Planetary gearboxes
Edited by the Manufacturingtalk Editorial
Team on 02 April 2007
Planetary gearboxes monitor themselves
Planetary gearboxes from Micromech are a variant of the successful Alpha SP+ and TP+, that can monitor themselves and so are aptly-named the Alpha IQ range.
These smart planetary gearboxes are a variant of the successful Alpha SP+ and TP+, but can monitor themselves and so are aptly-named the Alpha IQ range Depending on the type these gearheads can measure and monitor torque's, radial forces, speed or temperature
This article was originally published on Manufacturingtalk on 28 Apr 2004 at 8.00am (UK)
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Combinations of these variables are also possible because three measurement channels are available.
Now available from Micromech, each sensor gearhead is fully compatible, both mechanically and geometrically, with the standard Alpha products and boast the same impressive characteristics when it comes to positioning accuracy, synchronism, smooth running, etc.
The technical advance of these sensor gearheads opens up exciting process monitoring opportunities for not only engineers but also for managers.
Clearly there are major benefits for the production and maintenance managers having the ability to collect data from equipment and plan ahead for service downtimes.
Therefore the Alpha IQ helps avoid unscheduled breakdowns by monitoring critical components in a machine as well as their accumulated information which is invaluable for developing and designing new machines.
This approach allows process variables to be measured on the spot through real-time data capture directly during operation with a maximum sampling rate 1 kHz of up to three channels that can be evaluated synchronously.
The IQ uses a PLG (process data log) so that all process data is monitored and logged to facilitate real-time retrieval via various interfaces.
Determination of the load population means the actual load is measured over the entire service life of the component.
This technique helps optimise design criteria due to information that is verified on the basis of actual load values.
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