Product Overview
Introducing the DSC PG9350SL PowerG Photoelectric Beam Detector, a long-range solution designed for both commercial spaces and expansive homes. Its sleek and compact design not only enhances aesthetics but also ensures optimal functionality. Utilizing cutting-edge Active Infrared Technology, this detector offers unparalleled perimeter security with a remarkable coverage area of up to 350 feet. Installation is a breeze, thanks to the integrated view finder, alignment dials, and LED indicators. With robust tamper protection and an extended battery life, the PG9350SL is built to withstand the elements, ensuring reliable performance in any environment. Elevate your security system today with the DSC PG9350SL!
General Information
Name : DSC PG9350SL PowerG Photoelectric Beam Detector, Long Range Model 350' , DSC
Category : Photoelectric Beam Detectors
UPC Code : 7290109984353
Country of Origin : United States. Country of origin is subject to change.
Specifications
General Information
ADI Part Number : 3W-PG9350SL
Brand Name : DSC
Manufacturer : DSC
Manufacturer Part Number : PG9350SL
Product Name : PowerG Photoelectric Beam Detector (PG9200AX and PG9350SL)
Product Series : PG
Technical Information
Maximum Outdoor Detection Range : 350'
Miscellaneous
Compatibility : PowerSeries Neo, PowerSeries Pro, Qolsys IQ panels
Country of Origin : US
Features : Aesthetically pleasing slim and compact design, Cover and wall tamper protection, Coverage area of 200' with short range model PG9200AX and 350' with long range model PG9350SL, Easy to install with view finder, alignment dials and LED indicators, Extended battery life with PowerG, Ideal for commercial applications and large residences, Market-leading perimeter detection using Active Infrared Technology Photoelectric beams and PowerG range, Polycarbonate cover protects the cover of the beams from UV rays and other harsh environmental conditions, Reliable performance with twin PG9200AX and quad PG9350SL beams, Transmitter is designed to send an infrared beam over long distances