General information:
Simulate transformer internal insulation faults, it is suitable for transformer's PD charged detection research, instrument assessment and teaching training
Standard:
GB 1094-2003 power transformer
DL/T 1275-2013 1000kV Guide for on-site partial discharge measurement for 1000kV power transformer
DL/T 1534-2016 Methods of UHF partial discharge detection in oil-immersed power transformers
Features:
Good authenticity
The transformer is designed according to the real transformer to simulate all the structure and electrical characteristics of the transformer.
Fault simulation
The device can simulate the each faults of transformer such as partial discharge, internal winding fault, damp of the bushing, temperature rise etc.
Controllable discharge
A single or composite PD signal can be simulated and control the starting voltage, the extinction voltage and the discharge intensity of each discharge signal.
Detection diversity
It can provide a test platform for Transformer PD detection, oil analysis, infrared temperature measurement, frequency response, vibration analysis and other test techniques.
Measurement transfer
Built in pulse current correlation coupling and calibration unit, can synchronously detect the PD level of the experimental device, and be used as the basis for the instrument evaluation.
Good stability
Each fault model can be reused and the fault characteristics are stable.
Built-in sensor
Built in ultra high frequency, ultrasonic, temperature sensor, and it is convenient for measurement and comparison
Visualization
The fuel tank is provided with a plurality of fluoroscopy windows, and a built-in infrared video probe is used to observe the internal state and capture the discharge video.
Easy operation
The occurrence and disappearance of each fault can be directly controlled outside the device.
Safe and reliable
Adopt the fully enclosed type oil tank structure, and each component is reliably grounded.
Specification:
Voltage class: 110~500kV;
PD level: <=1pC;
Adjust method: Manual/Automatic;
Coupling capacitance: 100pF;
Discharge simulation: Point discharge 5~200pC, Particles discharge 0.1~10pC, Suspension discharge 200~20000pC, Air-gap discharge 20~1000pC, Surface discharge 10~1000pC.
