Does your machine need a power upgrade or do you want to expand an existing design? Coupling two linear motors is an easy and effective way of increasing the available force. Herewith you are not just limited to using identical motors. Various combinations can be made, as long as the motor force constant is the same. This note discusses some details of a ‘coupled application’. For more information our support team is always on standby and detailed manuals are available at our download portal.
Advantages of technical solutions like a coupling of motors are usually highly case-specific. Are you thinking about a solution with either one large motor or a couple of smaller ones? We have listed some common benefits.
Besides the clear advantages of ‘more force’ in a coupled motors application, there are important cost and logistics advantages. Keeping inventory of a similar coil assembly in stock for multiple machines and applications reduces cost and filed support issues. Existing designs can have multiple force capabilities standardizing on existing parts. As linear motor cost is a function of magnet size using dual coils of a smaller motor significantly adds value. This advantage becomes more apparent for longer magnet tracks.
Though the motors always have to be connected to a drive in parallel, mechanically it is possible to align them in series or parallel. Motors can move on different magnet tracks to provide even force to a larger gantry or move on the same magnet track to improve the force in one line. In both cases the total force of all motors equals the sum of individual forces.
Coupling possibilities. To see a detailed description how motors can be coupled,
see our Iron Core Manual on tecnotion.com/downloads.
Here you can download the document of Advantages of Coupling of linear motors
In this webinar, we compare two types of motors: conventional servo motors and direct drive motors. These… Read more
The new generation of delta robots have one thing in common. Direct drive torque motors replace the well-known… Read more
Get access to: