Description

Schneider LC1G800KUEN | High power contactor, TeSys Giga, 3 pole (3NO), AC-3 <=440V 800A, standard version, 100…250V wide band AC/DC coil

Product Overview: Schneider LC1G800KUEN Contactor

The Schneider Electric LC1G800KUEN is a high-power contactor from the TeSys Giga series, designed for heavy-duty industrial applications requiring high current handling and reliable motor control. It features a wide-band AC/DC coil and is ideal for high-performance environments.

Key Features:

• Brand: Schneider Electric

• Series: TeSys Giga

• Model Number: LC1G800KUEN

• Type: High-Power Electromechanical Contactor

• Version: Standard

• Application: High-power motor and load control

Electrical Specifications:

• Rated Operational Current (Ie):
  – Up to 800A under AC-3 utilization category

• Operational Voltage:
  – Supports up to 440V AC

• Poles:
  – 3-Pole (3NO) main contacts

• Utilization Category:
  – AC-3 (for motor control)

Coil Characteristics:

• Control Voltage:
  – 100…250V AC/DC (wide band)

• Coil Type:
  – Wide-range coil for flexible control supply

• Frequency Range:
  – 50/60 Hz (AC), compatible with DC input

Design and Mounting:

• High-Durability Design:
  – Engineered for intensive industrial environments

• Mounting Type:
  – Panel or DIN rail mounting (as per configuration)

• Standards Compliance:
  – Fully compliant with IEC standards and global safety norms

Applications:

• Heavy-duty motor control (pumps, crushers, mills)

• High-current switching in industrial facilities

• Power distribution panels

• HVAC systems and chillers

• Renewable energy systems and large automation solutions

Benefits:

• Handles large loads up to 800A

• Wide voltage coil supports both AC and DC control inputs

• Long electrical and mechanical lifespan

• Modular and serviceable construction

• Superior performance under harsh conditions

Typical Industries:

• Oil & Gas and Mining

• Utilities and Energy Sector

• Manufacturing and Process Industries

• Water Treatment Plants

• Infrastructure and Power Distribution Systems