Description

Schneider LV426158 Compact

Introduction

The Schneider LV426158 Compact is a cutting-edge circuit breaker designed to provide reliable protection and efficient operation in modern electrical systems. As space becomes increasingly limited in electrical installations, the demand for compact yet powerful circuit breakers continues to rise. Schneider Electric, a leader in electrical solutions, addresses this need with the LV426158 Compact, offering advanced features in a compact form factor.

Understanding Compact Circuit Breakers

What is a Compact Circuit Breaker?

A compact circuit breaker is a type of electrical switch designed to automatically interrupt current flow in an electrical circuit during an overload or short circuit. Despite their smaller size, compact circuit breakers maintain high performance and reliability.

Benefits of Using Compact Circuit Breakers

Compact circuit breakers offer several benefits, including:

• Space Efficiency: Ideal for installations where space is limited.
• High Performance: Provides reliable protection against electrical faults.
• Ease of Installation: Simplifies installation and maintenance processes.

Schneider Electric: A Leader in Electrical Solutions

Brief History of Schneider Electric

Schneider Electric boasts a rich history dating back to the 19th century. Over the years, the company has established itself as a global leader in energy management and automation, consistently delivering innovative solutions.

Schneider Electric’s Impact on the Electrical Industry

Schneider Electric has made significant contributions to the electrical industry through its diverse range of products and solutions. The Compact NSX series, which includes the LV426158, exemplifies Schneider Electric’s commitment to excellence and innovation.

Overview of the Compact NSX Series

Introduction to the Compact NSX Series

The Compact NSX series by Schneider Electric is renowned for its reliability, performance, and advanced features. These circuit breakers are designed to meet the demands of modern electrical systems while offering flexibility and ease of use.

Key Features of the Compact NSX Range

• Modularity: Allows for easy customization and scalability.
• Advanced Protection: Features enhanced safety mechanisms for optimal protection.
• User-Friendly Design: Simplifies installation, configuration, and maintenance.

Introducing the Schneider LV426158 Compact

Detailed Specifications

The Schneider LV426158 Compact is engineered to provide efficient protection and operation in a compact package.

Unique Features of the LV426158

• High Breaking Capacity: Capable of handling high fault currents without damage.
• Compact Design: Optimized for installations where space is limited.
• Advanced Trip Unit: Provides precise protection and monitoring capabilities.

Technical Specifications

Electrical Characteristics

• Current Rating: 250A
• Voltage Rating: 690V AC
• Breaking Capacity: High fault current handling

Mechanical Properties

• Dimensions: Compact size for easy integration
• Weight: Lightweight for easier handling

Environmental Specifications

• Operating Temperature: -25°C to +70°C
• Protection Rating: IP40, with options for higher protection levels

Installation and Setup

Pre-Installation Considerations

Before installation, ensure that the installation site meets all necessary specifications, including adequate ventilation and protection from dust and moisture.

Step-by-Step Installation Guide

1. Mounting: Secure the breaker in the designated enclosure or panel.
2. Electrical Connections: Connect the power supply and load terminals according to the wiring diagram.
3. Configuration: Set up the trip unit parameters as per the specific application requirements.

Initial Configuration and Programming

Follow the user manual to configure initial settings, including current rating and trip characteristics. Schneider Electric’s software tools can be used for advanced programming and diagnostics.

Performance and Efficiency

Energy Efficiency Benefits

The LV426158 Compact is designed to optimize energy usage, reducing losses and improving overall system efficiency. Its advanced design minimizes energy waste, contributing to cost savings and sustainability.