Product News: Controls & Controllers
Photo Control turns on lights automatically.
Press Release Summary:
April 18, 2002 - NightStar(TM) electronic roadway twistlock photocontrol provides consistent day to day, season to season, turn on/ turn off control for maintaining critical time of day light levels. It has fully encompassed filtered silicon sensing element and heat dissipating mechanical for standard and high temperature applications.
Original Press Release
NightStar(TM) Electronic Roadway Twistlock Photocontrol
Press release date: March 12, 2002
The NightStar(TM) electronic photocontrol has been designed to provide the maximum reliability of any control on the market. The NightStar(TM) design has been independently validated for over 20 years of switching performance while connected to ANSI specified loads. It's unique heat dissipating mechanical design in conjunction with the highest performing plastics and components allows for one standard design to exceed requirements for standard and high temperature applications.
The NightStar(TM) electronic photocontrol incorporates a fully encompassed filtered silicon sensing element providing consistent day to day, season to season, turn on / turn off control. This high level of precision provides the maximum energy savings opportunity while ensuring safety by maintaining critical time of day light levels.
Fisher Pierce is the world's leading manufacturer of photocontrols. ISO 9000 certified facilities are located in the USA, UK and Brazil with over 60 years of experience providing world-class utility and commercial lighting products, solutions and technical support. Fisher Pierce USA also provides capacitor controls, current sensors, fault indicators, SmartLink wireless communication equipment and meter test equipment distributed through Joslyn Hi-Voltage of Cleveland, Ohio.
Fisher Pierce and Joslyn Hi-Voltage are subsidiaries of the Danaher Corporation, a Fortune 500 company.
Please visit our website www.fisherpierce.com or call 1-800-969- 9797 for more information.