01
UHF Partial Discharge Monitor
Non-intrusive online monitoring of ultra-high-frequency electromagnetic signals generated by partial discharge.
- 8 channels; 5 pC sensitivity
- >1 MS/s sampling rate
- -40 to 85°C; IP54
CONDITION MONITORING
03 / 06
Electrical Condition Monitoring
Partial-discharge, battery-free temperature and distributed fiber sensing for continuous equipment-health visibility.
CONDITION MONITORINGConfigured for duty · Engineered to deliver
SYSTEM OVERVIEW
Start with the duty. Build the right system configuration.
The monitoring portfolio combines non-intrusive sensing technologies for different asset types and coverage distances. Project design starts with failure modes, measurement points, environmental conditions and alarm workflows so that field data supports practical maintenance decisions.
EQUIPMENT RANGE
Equipment & typical specifications
Values shown are typical for the current portfolio. Final models, ratings and interfaces are subject to project requirements and technical confirmation.
02
Battery-Free Wireless Temperature Sensor
Battery-free RFID temperature sensing for cable and busbar connection points in medium- and low-voltage equipment.
- 902–928 MHz
- -40 to 155°C; ±1°C
- IP68; design life ≥25 years
03
Distributed Fiber-Optic Temperature Monitoring System
Continuous temperature profiling along long assets using OTDR and Raman-scattering measurement.
- Up to 10 km measurement distance
- ±0.5°C accuracy; 0.1°C resolution
- 1–8 measurement channels
APPLICATIONS
Built around real operating contexts
Application boundaries, equipment configuration and system interfaces are confirmed during project engineering.
Insulation condition
UHF monitoring captures electromagnetic signals associated with partial discharge.
Cable and busbar joints
Battery-free RFID sensors monitor temperature at electrical connection points.
Long distributed assets
Fiber-optic sensing provides continuous temperature profiles over extended distances.
Maintenance workflows
Measurement data can support alarms, historical comparison and equipment-health review.
PROJECT INPUTS
What defines the right selection?
Share these inputs early so Kerrix can define the technical route, equipment configuration and interface boundaries.
- 01
Asset type, expected failure modes and required measurement locations
- 02
Temperature, electromagnetic and installation-environment boundaries
- 03
Required channel count, coverage distance, accuracy and resolution
- 04
Sampling, alarm and historical-data requirements
- 05
Gateway, platform and maintenance-workflow integration
ENGINEERED TO DELIVER
From requirement definition to continued operation
Kerrix supports solution design, system integration, commissioning, remote diagnostics and spare-parts support so equipment selection remains aligned with project delivery.
01Requirements & duty
02Equipment & interfaces
03Integration & commissioning
04Diagnostics & spares
PROJECT FAQ
Frequently asked questions
01Which sensing technologies are included?
The current portfolio includes UHF partial-discharge monitoring, battery-free RFID temperature sensing and distributed fiber-optic temperature monitoring.
02Where are battery-free temperature sensors used?
They are intended for cable and busbar connection points in medium- and low-voltage equipment where direct temperature visibility is required.
03How far can the fiber system measure?
The listed distributed fiber-optic system supports measurement distances up to 10 km, with final channel layout and configuration confirmed for the project.
PROJECT INQUIRY
Start with the duty. Define the right system.
Send the application, electrical parameters, site conditions and delivery boundary to begin the technical discussion.
sales@kerrixels.com