States SSS50 Watthour Standard

Description

The States SSS50 Watthour Standard is a highly accurate and reliable instrument used for calibrating and verifying energy measurement devices such as electricity meters. It serves as a reference standard in metrology laboratories, utility companies, and calibration facilities, ensuring the accuracy and consistency of energy measurement systems. Here are the key specifications of the States SSS50 Watthour Standard:

– Accuracy: The SSS50 offers exceptional accuracy, typically within a specified percentage deviation from the true energy value, ensuring precise calibration of energy measurement devices.
– Energy Range: It covers a wide energy range, allowing for calibration of meters across various load conditions and energy consumption levels.
– Energy Types: The standard supports different types of energy measurements, including active energy, reactive energy, and apparent energy, meeting the requirements of diverse energy measurement applications.
– Calibration Points: The SSS50 provides multiple calibration points, allowing for comprehensive testing and calibration of energy meters at different energy levels and power factors.
– Traceability: It maintains traceability to national or international standards, ensuring the accuracy and reliability of calibration results and compliance with regulatory requirements.
– Data Logging: The standard may include data logging capabilities, recording calibration data such as energy values, time stamps, and measurement uncertainties for documentation and analysis.
– Remote Control: Some models of the SSS50 may offer remote control and monitoring capabilities, enabling operators to adjust settings, initiate calibration processes, and monitor results remotely.
– Robust Construction: Designed for durability and stability, the SSS50 features a robust construction with temperature and humidity controls to maintain measurement accuracy under varying environmental conditions.

In summary, the States SSS50 Watthour Standard combines high accuracy, wide energy range, multiple calibration points, and robust construction, making it an essential tool for ensuring the accuracy and reliability of energy measurement devices in metrology, utility, and calibration environments.