You must design tools suitable for your application and install the tools on the Lexium™ MC12 carriers to transport your products within your track.
Your products must be held properly by the tools so that the products do not move on the carriers or slide down from the carriers during the acceleration and deceleration movements.
Distribute the load of the products and tools symmetrically on the Lexium™ MC12 carriers to allow maximum acceleration/deceleration and velocity of the Lexium™ MC12 carriers.
Carriers have strong local magnetic fields. Refer to Transporting the Lexium™ MC12 carriers.
The carriers have strong drive magnets and can attract metal objects that are in their proximity.
A carrier can move suddenly and fast due to magnetic attraction.
Use a device such as a sensor to identify the carrier and the type of tool mounted on the carrier to help prevent collisions.
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The carrier has two magnets which, together with the magnetic fields in the segments, move the carrier on the track. These two magnets are glued onto the carrier. A shock to the carrier can cause the glued-on magnets to flake off and the magnets can splinter.
In addition, the carrier has an encoder magnet. This can be demagnetized by improper handling, for example, if the magnets of another carrier come too close.
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For information on filling the lubrication reservoirs refer to Filling the Lubrication Reservoirs.
A Lexium™ MC12 carrier provides two fitting holes (4 mm, +0.015...+0.005 mm / 0.1575 in, +0.00059...+0.000197 in) on the short angle arm of the carrier and two fitting holes on the long angle arm of the carrier.
Use these fitting holes (1) to align your tool with the carrier.
The Lexium™ MC12 carrier provides six M5 threaded holes (hole depth 10 mm/0.39 in) on the short angle arm of the carrier and seven M5 threaded holes (hole depth 10 mm/0.39 in) on the long angle arm of the carrier.
Use these threaded holes (2) to fix your tool on the carrier.
Tighten the fixing screws. Maximum tightening torque is 5.9 Nm (52.2 lbf-in).