What is one disadvantage of shock sensors in terms of performance?

Shock sensors are designed to detect vibrations caused by impacts or disturbances, such as breaking glass. While they are effective in certain applications, one notable disadvantage is that their performance can be limited in terms of detection range. When it is stated that they can reduce sensor range by up to 50%, this refers to the ability of the sensor to pick up vibrations from a distance. The physical characteristics of shock sensors can lead to a narrower effective detection zone, meaning they may not respond to disturbances that occur outside this reduced range. This limitation can make them less effective in larger areas where a wider detection capability is necessary to ensure comprehensive security coverage.

Other types of sensors may provide broader detection capabilities without the range limitations that shock sensors face, allowing for more effective monitoring of larger spaces. Understanding this performance drawback can be crucial for selecting appropriate security measures based on specific environmental conditions or security needs.