A sealed communications module uses three thermal pathways to move heat from internal components to exterior surfaces without airflow.
Segmented support plates and extraction couplings allow memory replacement while preventing internal damage from accidental contact.
A clamshell platform routes heat via a pipe loop to balance thermal loads across both halves, reducing size and weight.
Dual sealing rings with an annular groove drain leaked cooling liquid, preventing housing contamination and enabling visual leak detection.
Housing apertures guide pins to align the printed circuit board, resolving installation complexity.
A vertically oriented plate-like bus-bar integrates a branched voltage measuring terminal extending upward to the circuit board.
Enhanced distribution module integrates multiple radios and antennas to establish self-healing mesh networks for remote communications.
Snap-fit clamping arms replace threaded connections to prevent thread damage during assembly.
A removable tool with a toe, clevis, and handle provides mechanical leverage for circuit card insertion.