A CAMAC system encompassing an experimental station consisting of coincidence circuits, delay lines, high-voltage power supplies, scalers, and control modules is described. The experimental station, as well as an autonomous system with programming units and a computer-controlled system, can be controlled. Specific task CAMAC modules were developed for the system, while some other control modules were adapted for use in the experimental station. The application for timing of the coincidence circuit with a time resolution of 1 ns is given and the procedure of autonomous control is described.