Application Scope
The RMGL series load disconnectors (hereinafter referred to as the switch) are developed by our company based on advanced European technology. This product reaches the international level of the late 1990s. It is an ideal upgrade and replacement for similar domestic products. The switch is widely used in distribution systems and automatic systems in the construction, power, petrochemical, and other industries. The modular design structure offers flexible and diverse combinations. The casing is manufactured using glass fiber reinforced unsaturated polyester resin, providing high dielectric properties, protection capabilities, and reliable operational safety.
The actuating mechanism is a spring-energy-stored, instantaneous-release acceleration mechanism, with instantaneous make and break double-point contact structure. It is independent of the speed of the operating handle, significantly enhancing both electrical and mechanical performance. The switch comes in various structures and operating methods, featuring a window for direct observation of the contact make and break status, with options for operation inside and outside the cabinet, as well as from the front, side, and back. It also includes back-panel wiring. The switch is aesthetically pleasing, innovative, simple, compact, and offers full functionality, making it an ideal choice among similar products.
Product Features
The spring-assisted instantaneous release actuator achieves rapid connection or disconnection (13.8 m/s), independent of the operator's speed, significantly enhancing arc quenching capabilities.
The shell made from glass fiber reinforced unsaturated polyester resin boasts excellent flame retardant, dielectric, carbonization resistance, and impact resistance properties.
The parallel double-break contact has an automatic self-cleaning function.
All contact materials are silver-plated copper alloy, featuring two separate contact surfaces.
Large isolation distance.
In the "o" position, the handle can be securely locked with three locks simultaneously, reliably preventing accidental operation.
