How do you test the installation of a glass mounted shock sensor?

Testing the installation of a glass mounted shock sensor primarily involves simulating conditions that might trigger the sensor in real scenarios. Rapping on the far opposite corner of the glass effectively creates vibrations that the shock sensor is designed to detect. This method accurately simulates the impact that would occur during an attempted break-in, allowing the tester to verify that the sensor is responsive.

The action of rapping on the glass generates a distinct vibration pattern that the sensor should recognize, confirming that it is correctly installed and functioning as intended. This method provides a practical and direct approach to testing the sensor’s sensitivity and reaction to physical disturbances, which is crucial for ensuring the security system operates effectively.

Other methods, while related to testing, do not directly evaluate the shock sensor's function. Simply turning on the power does not guarantee that the sensor is operational; it merely checks if the sensor has power. Applying heat to the glass does not accurately reflect the conditions the sensor needs to detect, making it irrelevant for testing shock sensitivity. Measuring vibrations may provide useful information about the sensor's environment, but it does not specifically test the sensor's response to impacts, which is the core function that needs verification.