PhotoTmer 105-305VAC Fail-On
Dig Tme Switch Duty Cycle/Signal
https://dev.nsiindustries.com/product/dig-tme-switch-duty-cycle-signal/
Dig Tme Switch Duty Cycle/Signal
TORK turn-lock photocontrols provide a simple way to control roadway or commercial exterior lights based on the ambient light level. Automatically control lighting circuits using a sensor designed for human eye response.
Use TORK flush mounting photocontrols to automatically control pole lanterns, lawn and walkway lighting by turning lights ON at dusk and then automatically shutting them OFF at dawn. Photocell responds to a light spectrum near to that of a human eye.
TORK turn-lock photocontrol light sensors provide a simple way to control roadway or commercial exterior lights based on the ambient light level. Automatically control lighting circuits using a sensor designed for human eye response.
This TORK photocontrol light sensor provides a simple way to control residential or commercial exterior lights and appliances based on the ambient light level. Automatically turn lights on in the dark using a sensor designed for human eye response.
TORK photocontrol light sensors provide a simple way to control residential or commercial exterior lights and appliances based on the ambient light level. Automatically turn lights on in the dark using a sensor designed for human eye response.
TORK turn-lock photocontrol light sensors provide a simple way to control roadway or commercial exterior lights based on the ambient light level. Automatically control lighting circuits using a sensor designed for human eye response.
This TORK photocontrol light sensor provides a simple way to control residential or commercial exterior lights and appliances based on the ambient light level. Automatically turn lights on in the dark using a sensor designed for human eye response.
Use TORK flush mounting photocontrols to automatically control pole lanterns, lawn and walkway lighting by turning lights ON at dusk and then automatically shutting them OFF at dawn. Photocell responds to a light spectrum near to that of a human eye.