NEW LINE OF PIR AND DUAL-TECH (PIR + MW) DETECTORS

SLIM-DUAL-PRO detects motion in the protected area.

• compliance with EN 50131 requirements for Grade 3
• motion detection using two sensors: a passive infrared (PIR) sensor and a microwave (MW) sensor
• adjustable detection sensitivity of both sensors
• option to test the sensors separately
• digital motion detection algorithm
• digital temperature compensation
• digital filter of signals received by the microwave sensor to ensure immunity to false alarms caused by the power network and discharge lamps
• operating mode selection: basic or advanced
• option to enable/disable the creep zone protection
• wide-angle lens, designed specifically for SLIM LINE detectors
• option to replace the wide-angle lens with a curtain (CT-CL) or long-range (LR-CL) one
• active IR anti-masking, compliant with EN 50131-2-4 for Grade 3
• ability to configure detector operating parameters using the OPT-1 keyfob
• built-in end-of-line resistors (2EOL: 2 x 1,1 kΩ / 2 x 4,7 kΩ / 2 x 5,6 kΩ)
• LED indicator
• selectable color of LED indicator (7 colors available)
• LED indicator remote enable/disable
• configuration mode remote enable/disable
• supervision of motion detection and supply voltage circuit
• tamper protection against opening of enclosure and removal from mounting
• adjustable mounting holder (BRACKET D) included, provided with tamper switch

Coverage area of the LUNA (except PET models) and PRO detectors with wide-angle lens (WD)

New motion detection algorithm

Many years of experience in the production of motion detectors and the use of the latest technologies made it possible to develop an advanced new generation algorithm of motion detection. Because of it, SLIM LINE detectors ensure reliable detection of intruders throughout the entire monitored area, without triggering unwanted alarms.

Digital temperature compensation

SLIM LINE detectors dynamically adjust the motion detection algorithm to changes in ambient temperature, so these changes do not affect the effectiveness of the detectors.