Schneider Electric LUCB32BL Starter Control Unit

Product Description

The SCHNEIDER ELECTRIC LUCB32BL is a starter control unit designed for use in motor starter assemblies. It serves as the control interface component within a modular starter system, enabling coordinated operation between the control module and associated communication or function modules. Licensed electricians and industrial maintenance technicians typically specify and install this unit as part of a complete starter assembly. The LUCB32BL weighs 0.3 pounds, making it a compact component suited for panel and enclosure installations where space is at a premium.

This control unit is intended for use in industrial and commercial electrical motor control applications. It fits into modular starter architectures where a dedicated control unit interfaces with communication adapters, fieldbus modules, and function modules. Typical installation scenarios include motor control centers, machinery control panels, and automated process equipment requiring reliable motor starting and protection logic.

Key Features

• Modular control unit designed for integration into a Tesys U-style starter assembly
• Compatible with a wide range of communication and function modules including ASILUFC5, ASILUFC51, LUFC00, LUFDA01, LUFDA10, LUFDH11, LUFN, LUFV2, LUFW10, LULC031, LULC033, LULC07, LULC08, LULC09, and LULC15
• Compact and lightweight at 0.3 pounds for space-efficient panel installation
• Sold individually as a single-unit package

Compatibility

The LUCB32BL is designed for use with the following modules: ASILUFC5, ASILUFC51, LUFC00, LUFDA01, LUFDA10, LUFDH11, LUFN, LUFV2, LUFW10, LULC031, LULC033, LULC07, LULC08, LULC09, and LULC15.

Installation Notes

Installation should be performed by a licensed electrician in accordance with the National Electrical Code (NEC) and all applicable local codes. De-energize and lock out the panel before installing or replacing this control unit. Verify module alignment and secure seating within the starter assembly before restoring power. Do not force module connections, as improper seating can damage internal contacts.