Features : * The SR130 is a weatherproof (IP54) and fully supervised wireless siren with a built-in strobe light . SR130 provides fast response to alarm signals with differentiation between intrusion and fire events . * Compatible with MG/SP Series V4.0 or higher (except SP4000) when using an RTX3 V1.5 or higher as well as with MG6250 V3.0 and higher * Battery operated (3 "C" alkaline batteries) Weather-resistant design with UV protection * 2-way , fully supervised communication with the control panel * 100dB Piezo siren * Seperate alarm notifications for intrusion and fire * Dual-tamper detection (cover and wall) * Squawk functionality * Wireless range in a typical residential enviroment : Up to 70m * Strobe lens available in 3 colors ( red , blue and amber) * Fully powered using three 1.5Vdc type "C" alkaline batteries (included) * Signal strength/RF transmission and status LED * Operating temperature : - 25 degrees celsius to 55 degrees celsius * RF frequency : 433MHz or 868MHz * Dimensions : 13.4 x 21.17 x 5.1cm . Avilability : Pre-Order Model ; PA3814 Manufacturer : Paradox
Paradox Alarm Wireless Detectors
From outdoor and pet-friendly digital motion detectors to analogue motion detectors , yhe Paradox series of motion detectors combines advanced features and patented technologies to provide a high level of detection and false alarm prevention . Whatever the application , there's a Paradox motion detector that will suit your needs and surpass your expectations . Developed for high-security applications , our digital motion detectors perform direct analog to digital conversion of the PIR sensors signal using a powerful , high-speed microprocessor-based digital IC . A software-driven process then converts , amplifies and processes the sensors low-level signal in the digital domain without any analog circuitry ( no saturation , no loss of data and no noise). This unique technology provides increased accuracy , reliability and superior false alarm immunity. Our patented Auto Pulse Signal Processing transforms the signal energy to a pulse output to determine if the progression of the detected occurence corresponds to an alarm condition . Energy from the signals are measured and stored in memory until a minimum level is reached . The processor then rejects signals that do not meet its required specifications for generating an alarm .