Lockable connectors and connection assemblies

A lockable connection component comprising:

• a coupling nut configured to rotatably couple the lockable connection component to a complementary mating component, the coupling nut having at least one connector body interface element;
• and
• a connector body configured to be non-rotatably attached to the lockable connection component and arranged within a longitudinal bore of the coupling nut, the connector body having at least one coupling nut interface configured to be fixedly engaged by the at least one connector body interface element, thereby preventing the coupling nut from rotating and disconnecting from the complementary mating component.

A lockable connection assembly comprising:

• a first connection component having a coupling nut configured to rotatably couple the first connection component with a second connection component, the coupling nut having at least one first slot and the second connection component having at least one second slot, wherein a gap exists between the coupled first connection component and second connection component;
• a clip component having at least one first protrusion and at least one second protrusion, the clip component being configured to be inserted within the gap such that the at least one first protrusion engages the at least one first slot and the at least one second protrusion engages the at least one second slot, thereby preventing the coupling nut from rotating and disconnecting from the second connection component.

A lockable connection assembly comprising:

• a first connection component having a coupling nut configured to rotatably couple the first connection component with a second connection component, the coupling nut having at least one groove and the second connection component having at least one slot;
• a latch component having at least one first protrusion arranged on an inside surface thereof and at least one second protrusion arranged on an external surface thereof, the latch component being arranged between the first connection component and the second connection component such that the at least one first protrusion is arranged within the at least one groove and the at least one second protrusion is arranged within the at least one slot, thereby preventing the coupling nut from rotating and disconnecting from the second connection component.