Aritech GS960

Acoustic glass break sensor, EN Grade II

• Protection of multiple windows in a room
• Maximum detection range up to nine meters and coverage angle of 165 degrees
• 24 h supervision set-up possible
• Detect glass breaking up to triple panes
• Separate accessory for proper set-up and testing available
• 24/7 internal self-test procedure
• Holding several European security approvals

GS960 is an acoustic glass break detector which gives an alarm when glass is smashed at intrusion attempts through windows, doors and glazed walls. It uses an advanced micro-controller technology which is programmed to take a lot of relevant acoustic factors into account. Using the Digital Room Compensation the detector can distinguish between a true glass break and other irrelevant sounds. In parallel the design of the detector makes it suitable for wall or ceiling mount as long as the detector has a free line-of-sight to the window being protected. This sensor will detect the breaking of different types of glass panes like single glazed (float and tempered), double glazed (float and tempered), double glazed where the inner pane is covered with security film, triple glazed (float and tempered) and laminated glass pane. The sensor is constructed for continuous detection, is extra resistant to different acoustic disturbances and works well in most environments. In environments with very high rates of disturbances like e.g. industrial workshops or gyms, the outcome of a four week test period will help to decide whether to use the detector in a 24 hour loop. The GS960-TR tester is a specially developed tool for calibrating and adjusting the GS960 for optimal function in the acoustic space ; the DRC Digital Room Compensation procedure. Using this tool to test the detector settings you do not need to open it again as the tester will communicate with the detector acoustically. There is also an additional accessory GS960-RB which is a plug-in EOL resistor board allowing to easily integrate GS960 into an existing Advisor Advanced system without the hassle of adding EOL resistors.