Intermatic® Thermal Photocontrol, Locking Mounting, Series: LC4500, 120 to 277 VAC, 15 A, 50/60 Hz Frequency, 1800 to 4155 W Tungsten, 1000 to 2290 VA Ballast, SPST Contact Form, Spark Gap Arrester, 30 to 90 s Timing, Cadmium Sulfide Sensor, 0.5 FC ON, 15 FC OFF Sensitivity, Environmental Conditions: -20 to 104 deg F, 3650 Cycles Operating Cycles, Twist-Lock Mounting, Polypropylene, Blue/White, 3 in Dia x 2-3/4 in H Dimensions
The LC4500 series photo controls feature low cost locking-type mounting and thermal type controls for street lighting and other applications requiring a twist and lock type plug connection. Thermal type photo controls provide dusk-to-dawn lighting control and a delay action, which eliminates loads switching OFF due to car headlights and lightning. The thermal type controls feature a cadmium sulfide photocell and polypropylene case to seal out moisture. The design utilizes a dual temperature compensating bimetal and composite resistor for reliable long life operation over ambient temperature extremes.
Intermatic® Thermal Photocontrol, Locking Mounting, Series: LC4500, 120 to 277 VAC, 15 A, 50/60 Hz Frequency, 1800 to 4155 W Tungsten, 1000 to 2290 VA Ballast, SPST Contact Form, Spark Gap Arrester, 30 to 90 s Timing, Cadmium Sulfide Sensor, 0.5 FC ON, 15 FC OFF Sensitivity, Environmental Conditions: -20 to 104 deg F, 3650 Cycles Operating Cycles, Twist-Lock Mounting, Polypropylene, Blue/White, 3 in Dia x 2-3/4 in H Dimensions
The LC4500 series photo controls feature low cost locking-type mounting and thermal type controls for street lighting and other applications requiring a twist and lock type plug connection. Thermal type photo controls provide dusk-to-dawn lighting control and a delay action, which eliminates loads switching OFF due to car headlights and lightning. The thermal type controls feature a cadmium sulfide photocell and polypropylene case to seal out moisture. The design utilizes a dual temperature compensating bimetal and composite resistor for reliable long life operation over ambient temperature extremes.