The OMICRON CMGPS 588 is a GPS-controlled time synchronization unit designed to integrate with OMICRON testing equipment, providing a highly precise time reference for synchronized tests. It operates as a PTP (Precision Time Protocol) master clock according to IEEE 1588-2008 and IEEE C37.238-2011 profiles, allowing coordination and triggering of test processes at specific times, synchronization of multiple testing devices, or attaching exact timestamps to captured measurements. Optimized for outdoor use and powered via Power over Ethernet (PoE), the CMGPS 588 is ready to operate automatically upon connecting the power and can be extended up to 95 m from the testing equipment via extension cables, facilitating application in complex field environments.
Frequently Asked Questions
What is the main function of the CMGPS 588?
The CMGPS 588 acts as a GPS time reference unit, providing a high-precision master clock to synchronize OMICRON test equipment, control the start of predetermined test cycles, or generate exact timestamps for data captured during tests.
Which OMICRON test equipment is it compatible with?
This module is compatible with various OMICRON test equipment equipped with the appropriate network interfaces, including ARCO 400, CMC 500, CMC 356, CMC 256plus, CMC 430, and CMC 353 when they have the NET-1B, NET-1C, or NET-2 options.
What time protocols does the CMGPS 588 support for synchronization?
The CMGPS 588 operates as a master clock according to Precision Time Protocol (PTP) under the power profiles IEEE 1588-2008 and IEEE C37.238-2011, ensuring that synchronized devices share a common and precise time base.
How is the CMGPS 588 powered and installed?
The unit is powered via Power over Ethernet (PoE) according to IEEE 802.3af, which simplifies its installation and minimizes the need for additional cables. Once the power is connected, the device is ready to operate automatically, provided it has a view of the sky to receive the GPS signal.
What specific applications have added value with the use of the CMGPS 588?
Among the most relevant applications are:
Synchronize distributed tests among several test teams for validation of complete protection systems.
Control the test shot at a specific point in time, useful in scheduled trials.
Generate precise timestamps in measurement data, which supports detailed analysis of events and correlation between equipment.
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