Swinging bell motors: Difference between revisions
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* Stationary drive module induces electro-motive eddy current forces into an aluminum reaction plate mounted to the free swinging bell assembly propelling it into motion by the opposing magnetic field | * Stationary drive module induces electro-motive eddy current forces into an aluminum reaction plate mounted to the free swinging bell assembly propelling it into motion by the opposing magnetic field | ||
* Automatic stall detection | * Automatic stall detection | ||
* Needs no wheel | * Needs no wheel, unlike rotary drives. This either frees up an existing wheel for traditional rope pulled ringing, or presents an architecturally clean design in an open tower | ||
* Maintenance free motor never needs bearings or lubrication | * Maintenance free motor never needs bearings or lubrication | ||
==== Options ==== | ==== Options ==== | ||
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*Power braking to slow the bell to finish ringing | *Power braking to slow the bell to finish ringing | ||
*Power pulse profile optimization | *Power pulse profile optimization | ||
====Options==== | |||
* Specify single-phase option at time of order (added cost) | |||
* Specify MagForce proximity switch or rotary encoder motion feedback at time of order | |||
=== intelli-Swing Basic motor computer === | === intelli-Swing Basic motor computer === | ||