The KYN61-40.5kV Medium High Voltage Switchgear is a metal-enclosed, withdrawable medium high voltage switchgear designed for indoor three-phase AC power systems. As a critical power distribution component, it controls, protects, and distributes electricity in industrial, commercial, and utility applications. Its modular design and advanced safety features ensure efficient, secure power management for high-voltage systems.
Medium high voltage switchgear acts as a bridge between generation sources and end-users, regulating power flow, protecting circuits from overloads/short circuits, and enabling safe maintenance. The KYN61-40.5kV model’s 40.5kV rating makes it ideal for medium high voltage applications, ensuring grid stability.
Crafted from aluminum-zinc coated steel plates, it offers high strength and corrosion resistance. The modular design allows easy assembly and expansion, with customization options for specific needs.
Equipped with advanced vacuum circuit breakers and mechanical interlocks, it prevents misoperations (e.g., accidental circuit switching). The metal-enclosed design protects against electric shock and external impacts.
Supports multiple functional units (circuit breakers, isolators, PT/CT units), enabling customization for power distribution, circuit protection, and substation applications. The withdrawable design allows easy maintenance without system disruption.
Rated Voltage: 40.5kV for medium high voltage systems
Rated Current: 630A to 3150A, accommodating diverse loads
Short-Circuit Breaking Current: Up to 31.5kA for reliable protection
Operating Frequency: 50/60Hz, compatible with global standards
Functional Units: Circuit breakers, isolators, PT/CT units, and custom configurations
Enclosure Material: Aluminum-zinc coated steel for corrosion resistance
Protection Level: IP4X to prevent dust ingress
Interlock System: Mechanical interlocks to avoid misoperations
Design Type: Metal-enclosed, withdrawable for easy maintenance
Controls and distributes power from generators, protects transformers, and enables safe maintenance in energy hubs.
Powers heavy machinery, production lines, and auxiliary systems in factories, refineries, and processing facilities.
Supports lighting, HVAC, and electronics in skyscrapers, malls, and hotels. Powers critical operations in airports, railways, and water treatment plants.
Regulates power from solar/wind farms, protects the grid from fluctuations, and ensures safe energy transfer.
IP4X, preventing dust ingress and protecting against solid objects >1mm, ensuring component cleanliness and reliability.
Low maintenance is needed—routine checks include inspecting interlocks, circuit breakers, and enclosure cleanliness. The withdrawable design minimizes downtime.
Yes. Flexible configurations support circuit breakers, isolators, and PT/CT units, tailoring to power distribution, protection, or grid connection needs.
Primarily designed for indoor use, but its environmental adaptability allows covered outdoor installation (e.g., utility substations, renewable projects) with protection from direct weather.
The KYN61-40.5kV Medium High Voltage Switchgear is a metal-enclosed, withdrawable medium high voltage switchgear designed for indoor three-phase AC power systems. As a critical power distribution component, it controls, protects, and distributes electricity in industrial, commercial, and utility applications. Its modular design and advanced safety features ensure efficient, secure power management for high-voltage systems.
Medium high voltage switchgear acts as a bridge between generation sources and end-users, regulating power flow, protecting circuits from overloads/short circuits, and enabling safe maintenance. The KYN61-40.5kV model’s 40.5kV rating makes it ideal for medium high voltage applications, ensuring grid stability.
Crafted from aluminum-zinc coated steel plates, it offers high strength and corrosion resistance. The modular design allows easy assembly and expansion, with customization options for specific needs.
Equipped with advanced vacuum circuit breakers and mechanical interlocks, it prevents misoperations (e.g., accidental circuit switching). The metal-enclosed design protects against electric shock and external impacts.
Supports multiple functional units (circuit breakers, isolators, PT/CT units), enabling customization for power distribution, circuit protection, and substation applications. The withdrawable design allows easy maintenance without system disruption.
Rated Voltage: 40.5kV for medium high voltage systems
Rated Current: 630A to 3150A, accommodating diverse loads
Short-Circuit Breaking Current: Up to 31.5kA for reliable protection
Operating Frequency: 50/60Hz, compatible with global standards
Functional Units: Circuit breakers, isolators, PT/CT units, and custom configurations
Enclosure Material: Aluminum-zinc coated steel for corrosion resistance
Protection Level: IP4X to prevent dust ingress
Interlock System: Mechanical interlocks to avoid misoperations
Design Type: Metal-enclosed, withdrawable for easy maintenance
Controls and distributes power from generators, protects transformers, and enables safe maintenance in energy hubs.
Powers heavy machinery, production lines, and auxiliary systems in factories, refineries, and processing facilities.
Supports lighting, HVAC, and electronics in skyscrapers, malls, and hotels. Powers critical operations in airports, railways, and water treatment plants.
Regulates power from solar/wind farms, protects the grid from fluctuations, and ensures safe energy transfer.
IP4X, preventing dust ingress and protecting against solid objects >1mm, ensuring component cleanliness and reliability.
Low maintenance is needed—routine checks include inspecting interlocks, circuit breakers, and enclosure cleanliness. The withdrawable design minimizes downtime.
Yes. Flexible configurations support circuit breakers, isolators, and PT/CT units, tailoring to power distribution, protection, or grid connection needs.
Primarily designed for indoor use, but its environmental adaptability allows covered outdoor installation (e.g., utility substations, renewable projects) with protection from direct weather.
