Qolsys IQ Glass Break Frequently Asked Questions
Will Honeywell 5800 Sensors Work on an Interlogix Simon XT?
The Simon XT communicates with wireless sensors that operate at a frequency of 319.5 MHz. Since Honeywell 5800 Sensors operate at a frequency of 345 MHz, they cannot be used with the system. But there are many other sensors that will work instead. Find out which sensors will work with a Simon XT.
Will Interlogix/GE Sensors Work on an Interlogix Simon XT?
Interlogix/GE Sensors operate at a wireless frequency of 319.5 MHz. This is the same wireless frequency used by the Interlogix Simon XT System. This makes Interlogix/GE Sensors compatible with the Interlogix Simon XT System. Learn more about choosing sensors for an Interlogix Simon XT.
Are Glass Break Sensors Effective?
Glass break sensors are very effective in detecting the sound of breaking glass. These devices are very reliable when it comes to monitoring windows and protective glass casings. The dual-frequency detection process also prevents false alarms. Learn more about glass break sensors and how they work.
What is a Glass Break Sensor?
Glass break sensors are very important devices for security systems. These devices listen for the sound of breaking glass. If a window or glass casing is broken, the device will hear the sound and send a signal to the panel to perform the programmed response. Learn more about glass break sensors.
How Does a Glass Break Detector Work?
Many people monitor windows and glass cases using glass break detectors. These devices work by listening for both the thud of an object striking against glass and the actual shattering of glass itself. Both sounds must be present for the device to activate. Learn more about glass break detectors.
Where Should I Install a Glass Break Sensor?
A glass break detector should be placed as close to a window or glass case as possible with no objects blocking its path. This will help to ensure that the device will activate in the event that the window or case is shattered. Learn more about glass break sensors and where to place them.
The Simon XT communicates with wireless sensors that operate at a frequency of 319.5 MHz. Since Honeywell 5800 Sensors operate at a frequency of 345 MHz, they cannot be used with the system. But there are many other sensors that will work instead. Find out which sensors will work with a Simon XT.
Added:
Will Interlogix/GE Sensors Work on an Interlogix Simon XT?
Interlogix/GE Sensors operate at a wireless frequency of 319.5 MHz. This is the same wireless frequency used by the Interlogix Simon XT System. This makes Interlogix/GE Sensors compatible with the Interlogix Simon XT System. Learn more about choosing sensors for an Interlogix Simon XT.
Added:
Are Glass Break Sensors Effective?
Glass break sensors are very effective in detecting the sound of breaking glass. These devices are very reliable when it comes to monitoring windows and protective glass casings. The dual-frequency detection process also prevents false alarms. Learn more about glass break sensors and how they work.
Added:
What is a Glass Break Sensor?
Glass break sensors are very important devices for security systems. These devices listen for the sound of breaking glass. If a window or glass casing is broken, the device will hear the sound and send a signal to the panel to perform the programmed response. Learn more about glass break sensors.
Added:
How Does a Glass Break Detector Work?
Many people monitor windows and glass cases using glass break detectors. These devices work by listening for both the thud of an object striking against glass and the actual shattering of glass itself. Both sounds must be present for the device to activate. Learn more about glass break detectors.
Added:
Where Should I Install a Glass Break Sensor?
A glass break detector should be placed as close to a window or glass case as possible with no objects blocking its path. This will help to ensure that the device will activate in the event that the window or case is shattered. Learn more about glass break sensors and where to place them.
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