MODULAR FRAME SYSTEM FOR STACKING ASSEMBLIES IN INDUSTRIAL SYSTEM CONSTRUCTION

The invention relates to a modular frame system for stacking assemblies in industrial system construction for receiving functionally coupleable system parts or system components. The frame of the system is designed to be stackable or coupleable in any orthogonal orientation, wherein cubic first frames are provided, each of which consists of corner supporters connected by bars; second frames are provided which consist of at least two first frames connected in a spaced manner; and the frames are designed as statically determining primary frame parts and secondary frame parts which receive the system parts or system components. Furthermore, the second frames are implemented and connected statically in the form of transportable units such that the system parts or system components are received in a secured manner in a horizontal position during transport and can be oriented into a vertical position in situ. The arrangement of the first and second frames and the number thereof required for each industrial system together with the received system parts or system components form a self-supporting composite in situ free of additional static assemblies, wherein the frames are coupled in a torque-free statically articulated manner.