Enclosure 2xLBS 400, 630A 3P or 1xLBS 400, 630A 4P (500x450) CP 2-3 S46 001339702

Cover for disconnectors and circuit breakers – protection and safety of the installation

This durable cover, made of steel and coated with a powder coating, is designed to protect LBS 400 disconnectors with a current of 630A. It provides additional protection against accidental contact with live parts, which is particularly important in industrial environments and electrical installations requiring a high level of safety. The cover is compatible with both 3-pole (3P) and 4-pole (4P) versions.

Design and application

The cover with dimensions of 500x450 mm has been designed for easy mounting in electrical switchboards. Its solid steel construction guarantees durability and resistance to mechanical damage. It is primarily used to protect modules in the installation, minimizing the risk of failure and ensuring uninterrupted power supply. Thanks to this, both installers and end-users can rely on the system's reliability.

Advantages and benefits

• Strength and durability: Steel construction with powder coating provides resistance to corrosion and mechanical damage, which translates into a long product life.
• Safety: The cover minimizes the risk of accidental contact with live parts, increasing safety when working with electrical installations.
• Versatility: Compatible with LBS 400 3P and 4P disconnectors with a rated current of 630A.
• Easy installation: Designed for quick and easy mounting in standard electrical switchboards.
• Compliance with standards: The product meets the required safety standards, confirming its high quality and reliability.
• Protection against damage: Protects the disconnector elements from accidental damage during maintenance or repair.
• Weight: Low product weight (1.451 kg) facilitates transport and installation.

The CP 2-3 S46 cover is a practical solution for anyone who cares about the safety and reliability of their electrical installations. This is particularly important in workplaces where the risk of electric shock is increased.