Texecom Ricochet Impaq SC-W VIBER Accelerometer Technology Wireless Shock and Contact Anthracite | GJA-0005

Texecom Ricochet Impaq SC-W VIBER Accelerometer Technology Wireless Shock & Contact Anthracite | GJA-0005 The Texecom Ricochet Impaq SC-W Wireless Shock Sensor & Contact in Anthracite with VIBER Accelerometer Technology provides a much higher level of accuracy for vibration detection compared to piezoelectric technology, as found in non-conforming products. The VIBER Accelerometer Technology is highly sensitive to sub-surface shock transmissions resulting from attempted forced entry, and completely immune from airborne-based high frequency noise. The result is a shock sensing technology with unparalleled catch performance while actively discriminating against false alarm sources. The Texecom Ricochet Impaq SC-W allow the magnet to be installed on either side of the device, therefore increasing location flexibility. Unlike piezo-based shock sensors, VIBER Accelerometer Technology detects in all three dimensions, increasing installation flexibility as the device can be mounted in any orientation. With 5 digital sensitivity settings, the Ricochet Impaq SC-W can be installed on a wide range of materials, from window frames to concrete. Features VIBER Accelerometer Technology Shock and Magnetic Contact Wireless Signalling with Ricochet Mesh Technology Digital Signal Processing 5 Selectable Digital Sensitivity Settings Intuitive LED Assisted Setup Procedure 3 Year Typical Battery Life Roller Shutter Input for ‘Partly Open’ Protection EN50131-2-8 Grade 2 EN50131-2-6 Grade 2 EN50131-5-3 Grade 2 PD6662:2017 Grade 2 Environmental Class II How to install the Texecom Impaq SC-W wireless shock and contactThis video is about how to install the Texecom Impaq SC-W wireless shock and contact. The new Impaq S Series provides a step change in shock detection performance, with VIBER™ Accelerometer Technology for class leading, and standards-exceeding, intruder detection. The new European Standard for vibration detectors, EN50131-2-8, mandates stringent performance criteria across a wide range of surface materials.