Adiradh offers the On-line Partial Discharge Monitor – ICMmonitor for continuous insulation condition assessment of high voltage assets. Moreover, the system enables real-time partial discharge monitoring during normal operation. Therefore, teams evaluate asset health without shutdown. In addition, the monitor supports early fault detection in critical equipment. Also, it delivers stable long-term data acquisition. Furthermore, engineers install the system permanently in substations and plants. However, users operate the system through a simple and structured interface. Consequently, maintenance teams gain clear insight into insulation behavior. As a result, teams plan corrective actions on time. Thus, the system reduces unexpected failures. Moreover, the platform supports long-term trend analysis. In addition, it connects easily with existing sensors and monitoring systems. Also, visualization tools help teams make informed decisions. Finally, the ICMmonitor delivers reliable online partial discharge monitoring, therefore improving asset reliability and supporting condition-based maintenance strategies.

The On-line Partial Discharge Monitor – ICMmonitor provides continuous monitoring of partial discharge activity in medium and high voltage equipment. Moreover, the system operates while assets remain energized. Therefore, it captures real operating conditions accurately. In addition, the platform supports multiple sensor types for flexible installation. Also, it stores long-term data for trending analysis. Furthermore, the monitor performs phase-resolved partial discharge analysis for clear pattern recognition. However, advanced noise suppression maintains stable measurements. Consequently, the system separates relevant PD signals from interference. As a result, teams identify insulation degradation at an early stage. Thus, utilities and industries improve maintenance planning. Moreover, the system supports centralized monitoring architectures. In addition, standard interfaces enable remote data access. Also, the scalable platform allows future expansion. Finally, the ICMmonitor functions as a dependable solution for continuous online partial discharge monitoring and insulation condition evaluation.
Datasheet for On-line Partial Discharge Monitor – ICMmonitor
Brochure for On-line Partial Discharge Monitor – ICMmonitor
The ICMmonitor operates as an online partial discharge monitoring system using digital signal processing and continuous data acquisition. Moreover, it supports IEC 60270 and non-conventional PD measurement methods. Therefore, users perform standardized evaluation. In addition, the system processes apparent charge, pulse repetition rate, and phase angle data. Also, it generates phase-resolved partial discharge (PRPD) patterns and time-based trends. Furthermore, digital filtering and gating functions suppress external noise. However, the system maintains stable sensitivity under varying operating conditions. Consequently, it detects low-level discharge activity reliably. As a result, engineers identify insulation defects such as voids, surface discharge, and corona. Thus, the platform supports technical diagnostics using parameters like pulse amplitude distribution and discharge intensity. Moreover, the ICMmonitor operates continuously in substations and supports long-term insulation condition assessment using precise technical terminology.

The ICMmonitor uses high-speed digital acquisition to capture partial discharge pulses continuously. Moreover, synchronized phase reference enables consistent PRPD analysis. Therefore, the system tracks discharge behavior accurately over time. In addition, digital filtering improves signal clarity. Also, gating functions remove periodic and random noise. Furthermore, long-term data logging supports detailed trend evaluation. However, the system maintains stability and minimizes measurement drift. Consequently, users compare results reliably over extended periods. As a result, teams detect early insulation degradation. Thus, maintenance shifts from reactive actions to condition-based strategies. Moreover, centralized data access supports fleet-level monitoring. In addition, the scalable architecture supports future system expansion. Also, standardized data output simplifies reporting. Finally, the ICMmonitor delivers reliable online partial discharge monitoring, therefore improving asset availability and reducing unplanned outages.
Continuous online partial discharge monitoring
IEC 60270 compliant measurement capability
Phase-resolved partial discharge analysis
Advanced digital filtering and noise gating
Long-term data logging and trending
Support for multiple sensor types
Power transformer online PD monitoring
GIS and switchgear insulation monitoring
High voltage cable systems
Rotating machine insulation assessment
Substation condition monitoring
Critical industrial HV assets
Eliminates shutdown requirements for PD measurement
Enables early detection of insulation defects
Provides reliable long-term trend analysis
Delivers effective noise suppression
Supports scalable and flexible system design
Enables condition-based maintenance
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