The Omicron CM GPS is a high-precision GPS-based time synchronisation unit, purpose-built for coordinated protection testing and distributed system verification. By providing stable and accurate timing signals, it enables synchronised operation of test equipment and protection devices across multiple substations or sites. Compact, portable, and compatible with Omicron CMC test sets, the CM GPS ensures reliable time-stamping and accurate coordination of modern IEC 61850 systems as well as legacy equipment.
The Omicron CM GPS is a high-precision GPS-based time synchronisation unit, purpose-built for coordinated protection testing and distributed system verification. By providing stable and accurate timing signals, it enables synchronised operation of test equipment and protection devices across multiple substations or sites. Compact, portable, and compatible with Omicron CMC test sets, the CM GPS ensures reliable time-stamping and accurate coordination of modern IEC 61850 systems as well as legacy equipment.The Omicron CM GPS is a high-precision GPS-based time synchronisation unit, purpose-built for coordinated protection testing and distributed system verification. By providing stable and accurate timing signals, it enables synchronised operation of test equipment and protection devices across multiple substations or sites. Compact, portable, and compatible with Omicron CMC test sets, the CM GPS ensures reliable time-stamping and accurate coordination of modern IEC 61850 systems as well as legacy equipment./products/omicron-cmc-356
Key Features & Benefits
High-precision GPS synchronisation – Provides accurate time signals for coordinated testing and precise time-stamping of results.
Supports IEEE 1588 (PTP) & IRIG-B – Compatible with both modern digital substations and legacy test equipment.
Seamless Omicron integration – Works directly with CMC test sets for synchronised playback and distributed testing.
Enables distributed protection testing – Essential for coordinated relay testing across substations and multi-location systems.
Portable & easy to deploy – Lightweight design for use in the field or laboratory.
Rugged reliability – Stable operation even in challenging site conditions.
Technical Highlights
Time Signal Output: GPS-based synchronisation
Supported Protocols: IEEE 1588 (PTP), IRIG-B
Connectivity: Compatible with Omicron CMC test sets
