Schneider Electric LP4K1210BW3 Iec Contactor 3 Pole 24VDC

Product Description

The SCHNEIDER ELECTRIC LP4K1210BW3 is a 3-pole, non-reversible IEC contactor rated for 24 volts DC coil operation. It is designed to switch and control three-phase or multi-phase electrical loads in industrial and commercial control panels. The contactor features a normally open (NO) auxiliary contact configuration and meets a broad set of international standards including IEC 60947, UL Listed, CSA, and RoHS compliance. Licensed electricians and controls technicians install this device in motor starters, machine control circuits, and power distribution assemblies where reliable electromagnetic switching is required.

This contactor is suited for use in industrial automation, HVAC equipment control panels, pump motor starters, and similar applications where a low-voltage DC coil signal switches a higher-power load circuit. Its compact footprint at approximately 2.4 inches wide, 2.6 inches deep, and 2 inches tall makes it practical for tight panel layouts. It is appropriate for both new panel builds and replacement installations in commercial and light industrial environments.

Key Features

• 3-pole configuration for three-phase or multi-phase load switching
• 24 volts DC coil voltage for compatibility with low-voltage DC control circuits
• Non-reversible action for standard motor or load switching duty
• Normally open (NO) auxiliary contact configuration
• Compliant with IEC 60947, UL Listed, CSA, VDE 0660, BS 5424, NF C 63-110, and RoHS standards
• Compact body dimensions suitable for space-constrained control panel installations

Compatibility

Designed as an OEM-style replacement or new-installation IEC contactor for 3-pole, non-reversible motor control and switching applications requiring a 24 volts DC coil.

Installation Notes

Installation should be performed by a licensed electrician in accordance with NEC requirements and applicable local codes. De-energize and lock out the control panel before removing or installing the contactor. Verify coil voltage and pole configuration match the existing circuit design before making connections. Do not exceed the contactor rated load specifications for the application.