1. Standardized Design: 
It has consistent installation dimensions and unified interfaces, ensuring replacement convenience.
2. Structural Features:
Utilizes a three-phase independent pole structure, with air insulation and vacuum interruption, capable of breaking short circuit currents of 20kA up to 30 times.
3. Integrated Design:
Electronic voltage and current sensors are solid-sealed within the pole, ensuring stable structure and low partial discharge, providing robust signal support for the feeder terminal.
4. Autonomous Capability:
The sensor module has certification and independent production capabilities, with superior performance, a wide measurement range, high accuracy, and strong reliability.
5. State Monitoring:
Supports analog and status data collection and monitoring, remote signal anti-jitter, and local indication of operational status, communication status, line fault status, etc.
6. Edge Computing:
High-performance edge computing enables on-site analysis of operational conditions.
7. Protection Functions:
Allows precise judgment and rapid isolation of short circuit, ground fault, and broken line faults.
8. Intelligent Terminal:
Features line loss collection, feeder automation, communication, positioning, time synchronization recording, and power management functions, supporting remote maintenance.
9. High Adaptability:
Suitable for high altitude, high pollution, high dew point, high salt spray, and severe cold regions.
10. Pre-set Expansion Interfaces:
Compatible with various intelligent sensors and monitoring of mechanical characteristics, temperature, partial discharge, etc., leaving interfaces for future device intelligence.
11. Energy-Saving and Environmentally Friendly:
Adopts lightweight and integrated design concepts, significantly reducing the use of epoxy resin, silicone, and ferromagnetic materials, meeting the product needs of China's distribution network under the “dual carbon” goals.

Current and voltage sensor configuration