Overview
The LX1FH6002 is a Schneider TeSys F contactor coil, order code LX1FH6002, rated for 600-660 V AC at 40-400 Hz with a power rating of 650 W. It is designed for use with TeSys F LC1F265 and LC1F330 contactors, drawing 10 W of power consumption and dissipating 8 W of heat. The coil is supplied without a built-in suppressor module, requiring an external suppression circuit for inductive load switching.
This coil operates on an AC control circuit at 40-400 Hz, with a nominal coil voltage of 660 V AC. The absence of a built-in suppressor module means the installer must add an external RC snubber or varistor across the coil terminals to limit voltage spikes during de-energization — a standard practice for contactor coils in high-inductance circuits. The coil's resistance measures 296 ohms, and its heat dissipation of 8 W at rated frequency must be accounted for in panel thermal calculations, especially when multiple coils are mounted in close proximity. The 100 ms operating time (pick-up and drop-out) is typical for AC-operated contactor coils in this frame size, ensuring reliable switching for motor starting and resistive load applications.
Applications
TeSys F contactor coils like the LX1FH6002 are used in motor control centers, panel boards, and industrial machinery where high-current switching (up to 400 A per contactor) is required. Typical applications include conveyors, pumps, compressors, and HVAC systems in manufacturing plants, water treatment facilities, and commercial buildings. The coil is a direct replacement part for maintaining existing TeSys F contactor installations.
The LX1FH6002 is officially discontinued by Schneider. This means it is no longer in active production and is not available through standard distribution channels. Buyers needing this coil for maintenance or repair of existing TeSys F contactors should source it promptly from surplus or broker inventories. No official successor part number is listed by Schneider; for new installations, consider selecting a contactor assembly with a currently active coil voltage rating.