Schneider Electric LX1D6B7 Contactor Coil 80-95 Amp

Product Description

The SCHNEIDER ELECTRIC LX1D6B7 is a replacement contactor coil designed for use in industrial and commercial electrical control systems. The coil serves as the electromagnetic driver that energizes the contactor, closing the power circuit when control voltage is applied. Rated for contactors handling 80 to 95 amps, this coil fits within the TeSys D product family. Licensed electricians and industrial controls technicians install this component during routine maintenance or when a failed coil causes contactor dropout or failure to pull in. Dimensions are 5 inches in length, 3.5 inches in width, and 2.3 inches in height, and the unit weighs 0.69 pounds.

This coil is intended for use with Schneider Electric LC1D80 and LC1D95 contactors within the TeSys D series. These contactors are commonly found in motor control centers, disconnect panels, and industrial control enclosures in commercial and light industrial applications. Replacement of the coil alone avoids the cost of replacing the full contactor assembly, making this part a practical choice for technicians servicing aging or high-cycle installations.

Key Features

• Direct replacement coil for LC1D80 and LC1D95 TeSys D contactors
• Compatible contactor amperage range: 80 to 95 amps
• Compact form factor: 5 inches x 3.5 inches x 2.3 inches
• Lightweight at 0.69 pounds for easy handling during panel service
• UNSPSC Code 39121529 for procurement and catalog classification

Compatibility

Designed for use with Schneider Electric LC1D80 and LC1D95 contactors in the TeSys D series, rated for compatible contactor amperages of 80 amps and 95 amps.

Installation Notes

This coil is installed by a licensed electrician or qualified industrial controls technician. De-energize and lock out the panel per NFPA 70E lockout/tagout procedures before beginning any coil replacement. Verify that the replacement coil voltage rating matches the control circuit voltage before installation. Inspect contactor contacts and mechanical components for wear while the coil is removed, as coil failure in high-cycle applications often coincides with contact degradation.