Schneider TeSys D LX1D4V7 Contactor Coil

Description

The LX1D4V7 is a replacement Contactor Coil from the TeSys D range, engineered by Schneider Electric to ensure the precise operation of industrial contactors. Designed for compatibility with specific TeSys D25 and D32 series units, this coil facilitates reliable electromagnetic actuation within electrical control circuits. It is rated for an operational voltage of 400 V and supports both 50 Hz and 60 Hz frequencies, providing consistent performance across various global power standards.

This component is built to meet the rigorous demands of industrial automation, offering high durability and reliable switching capabilities. As a genuine Schneider Electric spare part manufactured in France, it is an essential maintenance component for users seeking to restore or maintain the operational integrity of their existing TeSys D contactor configurations.

Features

• Compatible with TeSys D25/32 series contactors
• Operational voltage of 400 V AC
• Dual-frequency support (50/60 Hz)
• Robust design for reliable electromagnetic performance
• Manufactured to strict industrial standards for high durability

Applications

• Industrial motor control circuits
• Automation and control panel maintenance
• Replacement component for TeSys D-line contactors
• HVAC and lighting control systems

Technical Specifications

Installation Guidelines

• Safety: Ensure all power to the contactor is disconnected and locked out before attempting to remove or install the coil.
• Compatibility: Verify that the coil voltage rating matches your control circuit voltage exactly to prevent coil burnout.
• Assembly: Carefully remove the top housing of the contactor to access the existing coil. Slide the old coil out and replace it with the new LX1D4V7, ensuring the magnetic core is properly seated.
• Testing: After installation, verify the movement of the contactor armature and perform a functional test before applying full power to the main circuit.
• Environment: Ensure the contactor enclosure remains clean and free of conductive debris to maintain the insulation integrity of the coil.