Warning: your windows are a security weak link - Here's the solution

The saying goes, "A chain is only as strong as its weakest link," and that couldn't be more true when it comes to your home's security.

Burglars tend to target the easiest entry points, which are often first-floor or basement windows. These areas are frequently overlooked but can be prime access points if not properly secured.

While there are many ways to protect your windows, one of the most effective methods—especially when integrated with your existing security system—is the use of glass break sensors.

These devices are designed to detect the sound or vibration of breaking glass and trigger your alarm instantly, helping to prevent unauthorized entry before the intruder makes it inside.

There are several types of glass break sensors available, each offering different detection methods and coverage ranges. Understanding how they work can help you choose the best option for your home's layout and level of risk.

Acoustic Glass-Break Sensors

Acoustic sensors, also known as sound discriminators, are designed to listen for the specific sound frequency of shattering glass. When that sound is detected, the sensor triggers your alarm system immediately.

✅ Best For:

• Rooms with multiple windows
• Open floor plans
• Wide coverage (30-40 feet radius per sensor)

How They Work:

• Typically installed on walls or ceilings
• One sensor can cover an entire room or area
• Ideal for living rooms, sunrooms, or basements with grouped windows

Considerations:

• False alarms are possible (e.g., breaking dishes or a dropped glass).
• Heavy curtains or sound-absorbing furnishings may prevent the sensor from detecting the glass break.

Pro Tip: Keep window areas clear of thick drapes or heavy materials so that the sound can reach the sensor effectively.

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Shock Glass-Break Detectors

Shock sensors detect vibrations caused by glass being struck or shattered. These are mounted directly on the windowpane and offer highly accurate, instant alerts when tampering is detected.

Best For:

• Homes where window-by-window precision is needed
• Bedrooms, offices, or rooms with single windows
• Areas where false alarms must be minimized

How They Work:

• Mounted directly onto each window
• Detect shockwaves or vibrations associated with glass impact
• Less susceptible to false alarms caused by unrelated sounds

Considerations:

• Each window requires its own sensor
• More expensive if you have many windows to cover

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Which Sensor Is Right for You?

The best choice depends on your home's layout and security needs. At Ackerman, we believe in custom solutions, not one-size-fits-all systems.

Here's how to decide: