Understanding why alarm systems activate after loadshedding power restoration
Power outages are a common occurrence in many regions, often resulting in load shedding schedules to manage electricity demand. While load shedding aims to prevent widespread power failures, it can sometimes cause unexpected consequences, such as the activation of alarm systems upon power restoration.
In this article, we share the reasons why alarm systems may trigger after load shedding and power restoration, shedding light on this perplexing phenomenon.
What you can do to stop this
While the activation of alarm systems after loadshedding power restoration can be frustrating, understanding the underlying reasons can help you address the issue effectively. Regular security systems maintenance can eliminate many of the possible causes alarm or panic activation after the power was restored.
You can contact us directly on the following numbers and / or emails for assistance with your alarm system or to book a security system service.
Bradley Ruiters – Cell: 0823766043, Email: brad@blserv.co.za
Lynn Dreyer – Cell: 0820991103, Email: lynn@blserv.co.za
The 4 main reasons alarm systems activates after power restoration
1. Power Surge
One of the primary reasons alarm systems activate after load shedding is due to power surges during the restoration process. When electricity is suddenly restored, a surge of electrical current can flow through the system. This surge may exceed the tolerance levels of certain alarm components, causing them to interpret it as a triggering event and activate the alarm.
To mitigate the risk of power surges, it is advisable to consider installing surge protection devices or voltage stabilizers. We can install these devices to help regulate the electrical current, protecting sensitive alarm system components from potential damage and false activations.
2. Incorrect Time and Date
Power outages can disrupt the internal clocks of alarm and technical security systems, leading to incorrect time and date settings. When power is restored, the alarm system may perceive the discrepancy between its internal time and the actual time as a potential security breach, triggering the alarm.
To address this issue, we make sure to regularly check and adjust the time and date settings on your alarm system during a maintenance service to avoid this problem. Many modern alarm systems offer automatic time synchronization features, which can help mitigate this problem.
3. Faulty Components or Wiring
In some cases, alarm systems may have faulty components or wiring issues that become more apparent during power fluctuations. The momentary power interruption during load shedding followed by sudden power restoration can exacerbate these underlying problems, leading to false alarm activations.
If your alarm system consistently triggers after power restoration, despite taking necessary precautions, it is advisable to consult Bradley directly. We will conduct a thorough inspection of your alarm system, identify any faulty components or wiring issues, and provide appropriate solutions and recommendations to resolve the problem.
4. System Reset
Another factor that contributes to alarm system activation after load shedding is the need for a system reset, especially on older alarm systems. Some alarm systems require manual intervention or an automatic reset process after a power outage to ensure proper functionality. Failure to perform this reset or improper execution may cause the system to interpret the power restoration as an alarm-triggering event.
To prevent unnecessary alarm activation during power restoration, it is essential to consult the alarm system’s user manual or contact the manufacturer for specific instructions on resetting the system after a power outage.
For more information or personalized assistance, we recommend consulting Bradley directly on 0823766043. He will be happy to provide you with guidance tailored to your system.
We understand that your safety and peace of mind are of utmost importance, and we hope these steps will assist you in handling alarm activation after load shedding more effectively.