Introduction to the PXG1000 System
The Eaton PXG1000 is a sophisticated Power Distribution Monitoring & Control system, serving as the primary user interface for Eaton's switchgear, small switchboards, and panelboards. It offers a touch screen interface providing detailed switchgear elevation and one-line diagram views, enabling users to monitor, diagnose, and control electrical devices remotely and safely.
System Modes and Features
The PXG1000 operates across three key modes:
- Monitoring: Provides comprehensive views including elevation, dynamic one-line diagrams, device status, timelines of events, and detailed device information.
- Control: Offers authorized access for critical operations such as breaker open/close commands, with confirmation steps and PPE acknowledgements.
- Configuration: Allows for system setup, including importing configuration data, creating custom screens, managing user accounts, and setting alarm parameters.
System Requirements and Compatibility
To utilize the PXG1000 system, users require the PDMC PXG1000 Processor, compatible HMIs (Windows or Android based), Adobe Acrobat Reader, and an Ethernet connection. The system is accessible via HTML5 compliant web browsers, with Google Chrome recommended for optimal performance.
Compatibility extends to LVA and MVA switchgear and Low Voltage Motor Control Centers featuring Eaton Protection and Metering products.
Recent Software Updates and Fixes
This document outlines numerous software releases, such as PDMC_PXG1000_2025.6.1 and PXG1K_PDMC_2023.10.1, detailing new features and improvements. Notable additions include expanded device support (e.g., PXE1, PXE2, Exertherm, PXR35), enhanced alarm algorithms, and fixes for various issues related to device communication, user interface elements, and control command execution.
Recommendations and Known Issues
Users are advised to follow specific recommendations, such as updating firmware and browser versions. The release notes also document known issues encountered within the system, providing practical workarounds to ensure continued operation and data integrity.
