Standard Voltage Divider AC High Voltage Series: Critical Component for High Voltage Laboratory Testing
The Role of Precision Measurement in High Voltage Laboratories
High voltage laboratories require measurement instruments of exceptional accuracy and reliability to support research, development, and compliance testing activities. Our Standard Voltage Divider AC High Voltage Series has been specifically engineered to meet these demanding requirements. These instruments provide traceable measurements for transformer testing, insulation material research, circuit breaker development, and electrical component validation, serving as the foundation for accurate high voltage experimentation and certification.
Unmatched Accuracy for Research Applications
With measurement uncertainties as low as ±0.05% and voltage coefficients better than 2 ppm/kV, our dividers deliver the precision necessary for advanced research projects. The series supports voltage levels from 10kV to 800kV AC, accommodating both standard power frequency testing and specialized high-frequency applications. Each unit undergoes rigorous characterization to ensure minimal phase shift and optimal temperature stability, making them ideal for dielectric loss measurements and partial discharge studies.
Calibration Laboratory Applications
As reference standards in calibration laboratories, our dividers provide the foundation for measurement traceability to national standards. The series features exceptional long-term stability with annual drift rates of less than 0.01%, reducing recalibration frequency and costs. Built-in temperature and humidity sensors automatically compensate for environmental variations, while the robust mechanical design minimizes sensitivity to handling and transportation effects.
Test Facility Setup and Integration
Our dividers facilitate comprehensive test facility configuration with multiple output options including low-voltage analog signals, digital outputs, and fiber optic interfaces. The modular design allows for easy integration with existing test systems and data acquisition equipment. Special attention has been paid to electromagnetic compatibility, ensuring clean signal transmission even in electrically noisy laboratory environments. Optional custom impedance matching is available for specific experimental setups.
Safety Features for Laboratory Environments
Safety remains paramount in high voltage testing environments. Our series incorporates multiple safety systems including automatic discharge circuits, safety interlock compatibility, and visible grounding status indicators. The fully shielded design prevents external field influence while containing internal electromagnetic emissions. All units include comprehensive safety documentation and meet IEC 61010 laboratory safety requirements.
Technical Support and Documentation
Each divider ships with complete calibration certificates, uncertainty budgets, and performance verification data. Our technical support team provides assistance with installation, operation, and maintenance, including on-site training for laboratory personnel. Regular software updates and technical bulletins keep users informed about best practices and new application possibilities.
Future-Proof Laboratory Investment
The series is designed with upgradeability in mind, featuring firmware-upgradeable electronics and modular construction that allows for future enhancements. Compatibility with emerging standards and measurement techniques ensures long-term relevance in evolving laboratory environments. Our commitment to backward compatibility protects your investment while providing migration paths to new technologies.
Conclusion
The Standard Voltage Divider AC High Voltage Series represents the gold standard for precision measurement in high voltage laboratory applications. By combining exceptional accuracy, robust safety features, and flexible integration capabilities, these instruments support the most demanding research and testing requirements. Their reliability and performance make them indispensable tools for advancing high voltage technology and ensuring electrical safety across numerous industries.
