Partial Discharge
Partial Discharge
Electrical systems are among the most valuable assets in your plant and can have the biggest impact on your bottom line. Their production and management cost is high and failures almost always lead to catastrophic losses. Electrical systems are being operated at higher levels, even while systems are aging -which affects both the life and the reliability of assets.
Today’s Asset Managers are facing the increased challenge of maximizing their aging electrical infrastructure with fewer qualified technical in-house resources, stricter regulatory requirements for worker safety, and shrinking maintenance budgets. Advances in technology, including the use of Partial Discharge Testing, are giving Asset Managers new approaches to achieve improved reliability and performance of critical electrical assets.
Using Amapcimon make test kits, there are many ways to detect the PD using both online and offline methods
Continuous three-phase partial discharge monitoring with multi-point architecture, synchronization, and data communication over fiber optic link.
Autonomous continuous monitoring with 4x PD and 4x voltage/current channels. Operates standalone in HV installations, collecting and processing signals sent to a remote server. Suitable for multi-point architecture with GPS synchronization.
Autonomous continuous condition monitoring with 2x PD, 1x voltage, 1x sheath current, 10x temperature, and 1x humidity channels. Operates standalone in HV installations, collecting and processing signals sent to a remote server. Suitable for multi-point architecture with GPS synchronization.
Portable system for quick partial discharge monitoring with a 3x PD channel recorder, offering rapid spot measurements in <3 minutes. Ideal for commissioning tests and periodic maintenance.
Close core partial discharge sensor with 45mm diameter hole for permanent outdoor installation.
Close core partial discharge sensor with 15mm diameter hole for permanent outdoor installation.
Ultra high frequency antenna for partial discharge monitoring. Applicable in spot or permanent monitoring of GIS.
Rogowski coil sensor with signal integrator for current measurement. Applicable in spot monitoring to get sinusoidal reference from the cable system.
Current clamp sensor including impedance and voltage output. Applicable in spot and permanent monitoring to get sinusoidal reference from the cable system.
HF Amplifier