Connector panel for an electronic cabinet

An arrangement for an electronic cabinet having at least one removable electronic chassis enabling n plugs mounted on one of said chassis and said cabinet to reliably engage n receptacles mounted on the other of said chassis and said cabinet, where n is a natural number including one, comprising:

• a cabinet connector panel having at least one opening therein;
• a floating connector plate carrying one of said n plugs and said n receptacle, said plate being disposed in said opening to enable each of said one of said n plugs and said n receptacles to engage an associated one of the other of said n plugs and said n receptacles;
• and
• preloaded spring means connected between said panel and said plate enabling axial and radial displacement of said plate with respect to said panel to compensate for manufacturing tolerances of said cabinet, said chassis, said n receptacle and said n plugs and thereby ensuring a reliable engagement of said n plugs with said n receptacles;
• said preloaded spring means including
• a pair of stiffening members each secured to said panel adjacent opposite sides of said opening parallel to each other,
• at least one preloaded spring cell secured to each of said pair of stiffening members to establish a predetermined axial force at which said axial displacement can take place, and
• a plurality of floating members each rigidly secured to said plate and movably secured to an associated one of said spring cells to enable said radial displacement and to enable said axial displacement when said predetermined force is exceeded.