UHF Sensor
A high-bandwidth, lightweight, compact partial discharge sensor with a built-in active signal receiver that improves reception sensitivity during online monitoring. Operating from 300 MHz to 3000 MHz, it is suitable for high-voltage power equipment environments with limited space.
UHF SENSOR Features
- 01
High bandwidth, lightweight, and compact design
This product is a high-bandwidth, lightweight, compact Partial Discharge Sensor. It is suitable for installation in high-voltage power equipment environments with limited space and provides stable, high-sensitivity partial discharge monitoring capability.
- 02
300 MHz–3000 MHz ultra-high-frequency operating range
The sensor operates from 300 MHz to 3000 MHz, matching the ultra-high-frequency electromagnetic wave signals generated by Partial Discharge (PD). It can effectively receive electromagnetic radiation signals produced by insulation degradation in high-voltage equipment and improve PD Detection accuracy.
- 03
Built-in active partial discharge signal receiver
This product has a built-in active partial discharge signal receiver that improves signal reception sensitivity during online monitoring. The system can detect partial discharge abnormalities at the early stage of insulation degradation, helping users perform preventive maintenance and equipment health diagnostics in advance.
- 04
Real-time reception of electromagnetic radiation signals from partial discharge in high-voltage equipment
The UHF Sensor can receive ultra-high-frequency electromagnetic radiation signals generated by partial discharge in high-voltage equipment. It is suitable for Online Partial Discharge Monitoring, equipment insulation condition monitoring, and predictive maintenance systems for high-voltage equipment.
Suitable for partial discharge measurement in multiple high-voltage equipment types
- 01 Switchgear
- 02 Cast resin transformers
- 03 Busbar
- 04 Power distribution system equipment
- 05 Industrial high-voltage power equipment
It can be widely used for online partial discharge monitoring in power systems, industrial plants, science parks, substations, and large electrical facilities.
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