Brief: Take a focused look at the specifications and what they mean in practice. This video provides a detailed walkthrough of the YC1891D-6 Terminal Connection Meter Test System, demonstrating how it performs accurate single-phase meter testing. You will see how the system handles automatic, semi-automatic, and manual operations for mechanical and electronic meters, and learn about its high-precision measurement capabilities, including active and reactive power testing, harmonic analysis, and advanced error detection features.
Related Product Features:
Achieves high accuracy class 0.05 for precise energy meter measurements.
Supports testing of mechanical, electromechanical, and electronic single-phase meters.
Offers automatic, semi-automatic, and manual operation modes for flexible testing.
Performs active power, reactive power, and cross-connected reactive power tests.
Features high power stability and programmable harmonics from 2nd to 41st order.
Includes overload, short voltage circuit, and open current circuit protection.
Equipped with RS232 and Ethernet communication ports at each meter position.
Runs on user-friendly Windows-based software for error, harmonic, and influence testing.
FAQs:
What types of meters can the YC1891D-6 test system measure?
The system can measure mechanical meters, electronic mechanical meters, and electronic meters, specifically 1P2W single-phase meters, including those with closed links between current and voltage circuits.
What is the accuracy class of this meter test system?
The YC1891D-6 system boasts a high accuracy class of 0.05, ensuring extremely precise measurements for utility, metrology, and manufacturing applications.
Does the system offer any protective features during operation?
Yes, it includes protection against overload, short voltage circuits, and open current circuits, safeguarding both the equipment and the meters under test.
What communication interfaces are available on the test system?
Each meter position is equipped with RS232 and Ethernet communication ports, facilitating seamless data transfer and integration with control systems.