Low energy magnetic spa circulation system

A powered pipeless circulation system for a container configured to hold a fluid, said circulation system comprising:

• a first motor assembly having a plurality of coil members, each coil member being electrically charged for generating a magnetic field;
• a control unit for controlling the magnetic field based on an electric current flowing through said coil members;
• a first housing configured for accommodating said first motor assembly, and fixedly attached to a dry surface of a wall of the container;
• a second motor assembly having at least one impeller and an impeller magnet plate;
• a second housing configured for rotatably accommodating said second motor assembly and being disposed on a wet surface of the wall opposite said first housing, said impeller magnet plate being aligned to magnetically engage with said plurality of coil members;
• and
• wherein the wall of the container is sandwiched between said first and second motor assemblies when said second motor assembly is magnetically coupled to said first motor assembly for forming a motor configured for rotating said impeller.

A powered pipeless circulation system for a container configured to hold a fluid, said circulation system comprising:

• a first motor assembly having a plurality of coil members, each coil member being electrically charged for generating a magnetic field;
• a control unit for controlling the magnetic field based on an electric current flowing through said coil members;
• a first housing configured for accommodating said first motor assembly, and fixedly attached to a dry surface of a wall of the container;
• a second motor assembly having at least one impeller and an impeller magnet plate;
• a second housing configured for rotatably accommodating said second motor assembly and being disposed on a wet surface of the wall opposite said first housing, said impeller magnet plate being aligned to magnetically engage with said plurality of coil members;
• a plurality of rotational magnets spaced in a circular pattern on said impeller magnet plate in an alternating polarity order such that polarities of said rotational magnets are magnetically attracted to polarities of said coil members when said coil members are magnetically charged to cause rotation of said impeller magnet plate;
• and
• wherein the wall of the container is sandwiched between said first and second motor assemblies when said second motor assembly is magnetically coupled to said first motor assembly for forming a motor configured for rotating said impeller.