Smart terminal
A power outage is required for implementation, making power outages difficult, and relying on planned outages; substations with single power supply and important loads are hard to shut down for reconstruction.
Contact detection is prone to metal fatigue, and the protection level is difficult to meet outdoor requirements; video recognition is susceptible to environmental influence, reducing reliability.
There are a large number of manufacturers and models of disconnector equipment on-site, which require extensive preliminary research and adaptation design, making compatibility difficult.
Significant capital investment is required for double confirmation sensors, signal transmission, and subsequent maintenance.
The magnetic induction double-confirmation device mainly consists of a magnetic induction sensor and a receiving device. The magnetic induction sensor uses a non-contact induction principle to detect the status of the disconnector and transmit the status information to the receiving device. The receiving device is installed in the control cabinet, terminal box, or independent cabinet, achieving logical calculation and status output of the disconnector status signal. The magnetic induction double-confirmation device features safe and reliable non-contact detection, easy installation, and suitability for various equipment types and operating environments. It accurately identifies the open/close status of disconnectors, providing a more secure and reliable technical guarantee for one-click sequence control.

Live installation
The non-contact detection method supports live installation solutions, solving the problem of power outage difficulty.
Accurate and reliable
Detection error is less than 1mm, meeting the detection range of ±5% for disconnector stroke and accurately recognizing the open/close status of the disconnector.
Strong adaptability
The sensor module is compact and flexible, suitable for different disconnector types, and has strong versatility.
Superior performance
IP67 protection level, wide operating temperature range of -40~80°C, suitable for various harsh application environments.