32kV Potential Transformer, Single Phase, 6000/100V

32kV single-phase voltage transformer with rated voltage ratio of 6000/100V is a high-performance electrical equipment. Its rated insulation level reaches 32kV with an accuracy of 0.2-0.5. The potential transformer is made of high precision copper wire winding and insulation material with good conductivity, and rail mounted to ensure reliability and safety. Designed to meet international standards, the products are highly resistant to interference and capable of stable operation in harsh environments.

Specification

Overall Dimension Drawing (unit: mm)

Features

• Voltage Conversion: The primary function of a voltage transformer is to convert a high voltage signal into a relatively low voltage signal. This helps to ensure that the signal is within safe limits when voltage measurements and monitoring are performed in power systems to protect equipment and personnel.
• High Accuracy: Voltage transformers are usually highly accurate and sensitive to sensing, providing accurate voltage measurements. This is critical for power system operation and monitoring to ensure stable power transmission and safe operation of equipment.
• Insulation Performance: Voltage transformers must have good electrical insulation performance to prevent high voltage signals from triggering electric shock or equipment damage. They are usually designed with insulating materials such as all-copper coils and insulation to ensure the safe transmission of signals.
• Safety: Voltage transformers are usually protected against overloads and short circuits to prevent equipment damage under abnormal conditions. This helps to ensure that power systems remain reliable under a variety of conditions.
• Adjustability: Some potential transformers have an adjustable feature that allows the voltage transformation ratio to be adjusted as needed. This flexibility makes them suitable for different power system configurations and requirements.
• Durability: Voltage transformers are often designed for long life and durability to withstand harsh operating conditions. They are often constructed with thermoset materials and structures that are resistant to properties such as heat, pollution and vibration to ensure reliable operation in a variety of environments.

Wiring Diagram

Tips: Applications of Voltage Transformers

1. Power Measurement: Voltage transformers are used to measure the voltage in the power grid to provide accurate input data for power metering and to support power billing and load management.
2. Protection and Control: Voltage transformers are used to monitor voltage anomalies in the system, as well as to detect potential power faults such as over-voltage and under-voltage, so as to realise the protection and control of the power system.
3. Voltage and Frequency Regulation: Voltage transformers are used to monitor voltage stability in the power system and help automated systems to regulate voltage and frequency to ensure the stability and quality of the power supply.
4. Fault Diagnosis: By monitoring voltage waveforms, potential transformers can be used to identify fault patterns in a system, which helps engineers to quickly locate and solve power system problems.
5. Data Acquisition and Monitoring: Voltage transformers are also used for real-time data acquisition and monitoring, helping power companies analyse the state of the grid, make decisions and optimise operations to improve the efficiency and reliability of the power system.