Eaton Lighting Contactor Enclosure

Eaton s line of enclosed definite purpose contactors utilize c25 contactors.

Eaton lighting contactor enclosure.

Eaton ecc04c1a4a contactor lighting 30a 4p nema 1 enclosed mechanically held 30 amp 4 pole nema 1 enclosed mechanically held 600v rated c30cn lighting contactor. As fully rated devices they do not require de rating similar to standard motor. 120 110 volt ac coil. They are also suitable for other loads such as low pressure and high pressure sodium lamp loads and other non motor resistive loads.

Mfr 8903spo1v03 view product. The eaton cutler hammer no enclosure 3 pole electrically held lighting contactor 60 a at 480 v tungsten 60 a at 600 v ballast or mercury vapor 110 vac at 50 hz 120 vac at 60 hz can. 12 pole non combo electrically held lighting contactor nema 1 enclosure gray. Eaton s lighting contactors are suitable for filament lamps incandescent infrared and heating for 480v maximum line to line or 277v maximum line to neutral.

These units are available in a compact 1 2 pole frame between 20a and 40a a standard non reversing 2 pole frame between 15a and 90a a standard non reversing 3 pole frame between 15a and 360a and a standard non reversing 4 pole frame between 25a and 40a. Ideal applications include industrial plants stadiums parks and any new construction requiring lighting control. Type cn35 electrically held lighting contactors are designed to handle the switching of tungsten incandescent or ballast fluorescent and mercury arc lamp loads as well as other non motor resistive loads. Eaton s lighting contactors are designed to provide a safe convenient means for local or remote switching of tungsten incandescent filament or ballast fluorescent and mercury arc lamp loads.

Ballast lamps equate to fluorescent mercury vapor sodium vapor and. The a202 lighting contactor provides a safe and convenient means for local or remote switching of relatively large tungsten fluorescent or mercury arc lamp loads. The magnetically latched lighting contactors are designed to withstand the large initial inrush currents of tungsten lamp loads without contact welding.