KONCAR MONITORING
  • About
    • Where to start
    • Condition monitoring
    • Sales network
  • Solutions
    • Transformer monitoring system
    • Machine condition monitoring
    • Shaft Current and Voltage Protection
    • Small hydro condition monitoring
    • Expert motor condition monitoring
    • Other monitoring solutions
    • Special services >
      • Research and development
      • Testing and diagnostics
  • Content center
    • Blog
    • Research articles
    • Case studies and references
    • Download
  • Demo account
  • Contact

Monitoring solutions for other purposes.

We offer solutions for specific problems and address issues that our customers couldn't solve in the past. Beside standard systems we also offer monitoring with focus on specific parameters or critical equipment parts. Thanks to the expert knowledge of our platform and its modularity it is possible to leverage the know how on other solutions.

For more information simply click on the images below to download the brochures or visit our content center.

Electrical machine black box (EMBB)

The EMBB system records all harmful working conditions that represent a potential danger to the machine’s lifetime. EMBB allows a better asset management, and a reliable monitoring of the machine, especially during the warranty period.
Electrical machine black box - monitoring solution from Končar Institute

​Load Angle & Power Measurement System (LA&P)

The system enables direct measurement of the generator load angle based on key phasor and measurement of electrical values on the generator (active and reactive power, power factor, current and voltages).
Load Angle and Power Measurement - monitoring solutions from Končar Institute

Shaft Torque and Power Monitoring System (ST&P)

Air Gap Measurement Instrument (AGAP)

ST&P system provides insights into torque, speed and power with on-line measurement of the shaft twist angle. The system uses two precise optical fork sensors for twist angle measurement. Together with on-line torque measurement, it also measures power and rotating speed.
Load Angle and Power Measurement - monitoring solutions from Končar Institute
The system measures the distance between the stator and the rotor in the machine. Measurement results and their analysis give insight to a wide range of problems related to alignment, core and pole stability, rotor and stator roundness etc.
Load Angle and Power Measurement - monitoring solutions from Končar Institute

Rotor Winding Fault Detection Sensor

The solution enables detection of inter coil short circuits in rotor excitation winding inside the machine air gap with a considerably higher price/performance ratio than other similar systems.
Load Angle and Power Measurement - monitoring solutions from Končar Institute

System for Turbine Generator Excitation Winding Shorted Turns Detection

The system  performs analysis of magnetic field inside the machine air gap for better asset management and a reliable monitoring of the machine.
System for Turbine Generator Excitation Winding Shorted Turns Detection - monitoring solution from Končar Institute

Instrument for Measuring Slow-Rol Runout

The  instrument measures mechanical imperfections such as out-of-roundness and non-concentricity with respect to the bearing journal surface, with relative displacement probes positioned over track area that is adjacent to each bearing. 
Instrument for Measuring  Slow-Rol Runout - monitoring solution from Končar Institute

System for Detection of Excitation Winding Shorted Turns in Hydro Generator

By  analyzing the magnetic field inside the machine air gap, the system  provides users with information on potential shorted turn in real-time.
System for Detection of Excitation Winding Shorted Turns in Hydro Generator - monitoring solution from Končar Institute

Fault Detection Smart Sensor

The system detects the most common faults in induction motors: rotor cage damage, winding inter-coil short circuits and eccentricity. This innovative product detects faults with the highest resolution thanks to the new method that processes the signal obtained from the air gap, where faults are most visible and easiest to detect.
Picture
Machine condition monitoring
Shaft current and voltage protection
Small hydro condition monitoring
Expert motor condition monitoring
Condition monitoring basics
Case studies
Research articles
Demo account
About 
Contact
Privacy policy
​Credits

© 2019 KONČAR – Electrical Engineering Institute, Ltd.
  • About
    • Where to start
    • Condition monitoring
    • Sales network
  • Solutions
    • Transformer monitoring system
    • Machine condition monitoring
    • Shaft Current and Voltage Protection
    • Small hydro condition monitoring
    • Expert motor condition monitoring
    • Other monitoring solutions
    • Special services >
      • Research and development
      • Testing and diagnostics
  • Content center
    • Blog
    • Research articles
    • Case studies and references
    • Download
  • Demo account
  • Contact