Comprehensive power monitoring: Collecting signals such as grounding faults, main power health, bus voltage, and branch status to provide complete feedback and monitoring for the power system, which is different from traditional distribution monitoring methods.
Redundancy adaptation: Dual redundant Ethernet interfaces, supporting Mark VIe single/dual/triple redundancy systems, and configured redundantly with PDM modules to enhance power monitoring reliability and adapt to critical scenarios such as power plants and petrochemicals.
Plug and play diagnosis: using electronic ID to identify distribution board information, automatically filling IONet output data, quickly adapting to the system, infrared serial port supports local diagnosis, can detect voltage loss, module mismatch and other faults.
Hot swappable support: It can be replaced with power according to system specifications, reducing downtime for maintenance and improving system availability.
Industrial grade stability: multi-layer PCB and surface mount components, resistant to vibration and electromagnetic interference, suitable for harsh industrial environments.
Application scenarios
Gas/Steam Turbine Control System: Monitor and control the power distribution system, provide real-time feedback on power failures, and ensure the safe start stop and operation of the unit.
Generator set control: Monitor the power distribution status of excitation systems, circuit breakers, etc., provide fault warnings, and improve the reliability of power generation.
Petrochemical/Metallurgical Power Equipment: Monitor the power supply system of auxiliary equipment such as compressors and pump sets to ensure stable process control.
Distributed Control System (DCS) Expansion: As a signal interaction node between Mark VIe and distribution modules, it is suitable for multi device centralized power monitoring scenarios.

GE IS220PPDAH1A｜Power Distribution System Feedback I/O Pack｜