Schneider Electric LUFDA10 Starter Function Module

Product Description

The SCHNEIDER ELECTRIC LUFDA10 is a starter function module designed to expand or modify the operational behavior of compatible motor starter units. Function modules in this class mount directly to the base starter unit and provide auxiliary control or protection functions without requiring separate field wiring of discrete components. The LUFDA10 is a compact, low-weight accessory at 0.17 pounds, measuring 4.1 inches in length, 2 inches in width, and 1.3 inches in height. Electrical contractors and industrial control technicians are the typical installers. It is suited for panel-mount control assemblies where space is limited.

This function module is intended for use in motor control applications where a LUCB, LUCC, or LUCD base unit is already installed. Typical scenarios include motor starter panels in light commercial or industrial settings where supplemental control functions need to be added to an existing starter assembly. The LUFDA10 snaps or clips onto the compatible base unit, making it appropriate for new panel builds as well as field retrofits or upgrades to existing motor control centers.

Key Features

• Compact form factor: 4.1 inches long, 2 inches wide, 1.3 inches tall
• Lightweight design at 0.17 pounds for easy handling in tight enclosures
• Direct-mount accessory — integrates with LUCB, LUCC, and LUCD base starter units
• Sold individually (package quantity of 1)
• Classified as a starter accessory: function module type

Compatibility

The LUFDA10 is compatible with LUCB, LUCC, and LUCD series motor starter base units as specified by the manufacturer.

Installation Notes

Installation should be performed by a qualified electrician or industrial control technician in accordance with applicable NEC guidelines and the manufacturer's wiring diagrams. De-energize and lock out the panel before attaching or removing any starter accessory module. Verify that the base starter unit model is among the supported variants before installing to avoid damage to the module or the base unit. Do not force the module onto an incompatible base unit.