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Including circuit control, motor protection and operation components, enabling start/stop and overload protection, with high load resistance, suitable for industrial lines, new energy facilities, heavy machinery, ensuring stable operation.

EPF-32

A fuse serves as the core protective component in circuit systems, specifically designed to interrupt abnormal current paths. When overload or short-circuit occurs in the line, its internal fusible element rapidly heats up and melts due to the Joule heating effect, forcibly cutting off the fault current to prevent equipment damage and fire hazards. The core value lies in providing irreplaceable short-circuit protection through physical fusing mechanisms, establishing itself as the electrical system's last line of defense.

SGC1-D

An AC contactor functions as an automatic switching device that utilizes electromagnetic force to drive mechanical contacts for circuit connection and disconnection. It serves as the "remote control executor" in power systems, with its core capability lying in indirectly manipulating high-current main circuits (contact-side) through low-current control loops (coil-side). This mechanism resolves the challenge of direct human operation on high-voltage, high-current equipment, achieving a safe control logic of "controlling the strong with the weak".

SGLW26

A rotary switch enables circuit control through handle-driven contact engagement/disengagement or multi-path switching. Its cam transmission mechanism ensures reliable contact connection/separation, while ratchet positioning provides tactile position feedback. Designed for motor control and instrumentation monitoring scenarios, this mechanical structure guarantees operational precision and electrical safety.

SGLW30

A rotary switch enables circuit control through handle-driven contact engagement/disengagement or multi-path switching. Its cam transmission mechanism ensures reliable contact connection/separation, while ratchet positioning provides tactile position feedback. Designed for motor control and instrumentation monitoring scenarios, this mechanical structure guarantees operational precision and electrical safety.

SGR2-D

SGR2-D Series Thermal Relays act as a key protection component in electrical systems, designed to counteract overheating caused by sustained overload currents or phase imbalances in motor and power systems. Their core function utilizes thermal-sensing and tripping mechanisms to trigger circuit disconnection within specified timeframes, relying on current-induced heat to activate the trip indicator, ensuring timely response to abnormal current conditions to protect equipment .

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