Schneider Electric LUCD05FU Starter Control Unit

Product Description

The SCHNEIDER ELECTRIC LUCD05FU is a starter control unit designed as an accessory component for use with compatible TeSys motor starter modules. It provides control-circuit functionality within modular starter assemblies, allowing technicians to configure, monitor, or modify starter operation without replacing the entire starter block. The unit measures 4.1 inches in height, 2.1 inches in width, and 3.1 inches in length, and weighs approximately 0.3 pounds. Installation is typically performed by licensed electricians or industrial controls technicians working on motor starter panels or control enclosures.

This control unit is suited for industrial and commercial electrical applications where modular motor starters are deployed. It connects to a base starter module to extend or define control behavior within the starter assembly. Typical installation scenarios include motor control centers, machine control panels, and process automation enclosures where TeSys-series starters are used. The compact form factor allows it to fit within tight panel layouts without requiring significant additional space.

Key Features

• Classified as a starter accessory control unit for modular motor starter assemblies
• Compact dimensions: 4.1 inches H x 2.1 inches W x 3.1 inches L
• Lightweight at 0.3 pounds for easy handling and panel integration
• Compatible with multiple LUFC and LUFD series function modules
• Single-unit packaging with a minimum order quantity of one

Compatibility

The LUCD05FU is designed for use with the following modules: LUFC00, LUFDA01, LUFDA10, LUFDH11, LUFN, LUFV2, and LUFW10.

Installation Notes

Installation should be performed by a qualified electrician in accordance with the NEC and any applicable local codes. De-energize and lock out the motor control circuit before handling or attaching any starter accessory module. Verify module orientation and seating before restoring power to the starter assembly. Do not force the unit into position if resistance is encountered, as improper seating can damage the control interface contacts.