Liyond Indoor Load Break Switch Types For Medium Voltage Switchgear

Liyond offers a comprehensive range of load break switches, essential for medium and high-voltage power distribution systems. These switches provide robust solutions for load switching, circuit interruption, and critical protection across diverse indoor environments, ensuring operational safety and efficiency.

Types of Liyond Load Break Switches

As a leading load break switch manufacturer, Liyond provides a versatile portfolio of load break switches based on their arc-quenching technology and voltage ratings:

• SF6 Load Break Switch: These switches use SF6 gas as both the arc extinguishing and insulating medium, providing excellent insulation and interruption capabilities. They are compact and well-suited for various voltage levels, including 12kV, 24kV, and 40.5kV systems.
• Air Load Break Switches: Utilizing air insulation, these switches are reliable for general applications and are often recognized for their compact and cost-effective design. Some models of air load break switch can be combined with fuses for enhanced protection.

• Vacuum Load Break Switches: These switches utilize advanced vacuum interrupter technology, offering superior arc-quenching capabilities, long service life, and minimal maintenance.

Key Features and Advantages

Liyond's load break switches are engineered with a focus on safety, reliability, and long-term performance. They are designed for minimal upkeep, reducing operational costs and maximizing system uptime. Our products are manufactured in strict adherence to international industry standards, guaranteeing quality, safety, and global compatibility.

Ordering Your Liyond Load Break Switches

To ensure an accurate quotation and timely delivery, please provide the following key specifications:

• Type: Specify the desired type (e.g., SF6, Air, or Vacuum Load Break Switch).
• Rated Voltage: For instance, 12kV, 24kV, or 40.5kV.

• Rated Current & Short Circuit Breaking Current: Provide the nominal operating and interrupting currents.

• Mechanism Type: Specify if a particular operating mechanism (e.g., manual or motorized) is required.

• Other Special Requirements: Any additional specifications, such as phase distance or the need for an integrated fuse combination.