The Sensor Bypassed trouble condition indicates the system is not actively monitoring a sensor due to it being in a not ready state (i.e. closed) when the system was armed.
Disarm the system.
When all sensors are in a ready state, re-arm the system.
If the sensor is still bypassed locally, verify the sensor is in a ready state (i.e., closed) and is functioning properly.
An offline or malfunction indicates the sensor(s) are unable to communicate with the panel. Steps on how to identify and resolve this can be found here:
Additionally, your firmware is out of date. A list of firmware, patch notes, and update instructions can be found here:
An offline or malfunction indicates the sensor(s) are unable to communicate with the panel. Steps on how to identify and resolve this can be found here:
If every single sensor in programming is going into malfunction at once, power cycle the panel and test for resolution.
To do so safely:
Disarm the system
Navigate to Settings > Advanced Settings > Power Down
Unplug the power supply from the wall outlet
Open the panel and disconnect the internal battery.
Leave the whole panel powered down for 10 minutes.
Power up battery first the power supply Hold down the power button for 3-5 seconds to reboot.
Looks like your 345Mhz sensors went into offline status but not the PowerG ones.
On an IQ Panel 2 there is one exceedingly common cause for this kind of issue where legacy RF sensors go offline all together.
The IQ Panel 2 uses a thin white flexible antenna wire for the legacy RF radio which must be routed out the back of the panel and into the wall for proper reception.
If the wire is left bunched up in the panel or pinched in the back plate when closed up, it will negatively impact sensor signaling and cause these offline statuses.
PowerG sensors are unaffected by this because they use a different radio and antenna.
Open the panel, make sure that white antenna is run out the back of the panel into the wall, then close up the panel.
If my device malfunctions and it says to power cycle the device Screenshot by Lightshot How do I do this?
Steps to perform a power cycle depend on the device you are referencing. Looking at your account I see a malfunction on an ADC-T2000 thermostat.
If you are trying to power cycle a T2000 thermostat, you can just pull the thermostat straight off of its mounting plate and terminal block, then remove batteries. Wait about 60 seconds, then insert new batteries, and reconnect the thermostat on its mounting plate.
I am uncertain what device you are referencing. There are no other current malfunctions reported by your system. Please let us know the model of device you are looking for assistance with power cycle steps.
In general, if you mean on a wireless alarm sensor, open the sensor and remove the battery for 60 seconds. That said, a power cycle is not generally a fix for wireless sensors, and the issue is more likely something described in the post linked below. Replacing batteries can help, but just powering it off and back on generally won’t.
If you are still referring to situations where all sensors report offline status, the recommended steps to try first to address this issue are listed above. Below is a link to the post I am referencing. Have you checked this yet? Power cycling sensors will not help resolve this at all.
They are occurring for all 345Mhz sensors periodically. It is not occurring on PowerG sensors that I see.
The thin white antenna in the panel must be checked in order to troubleshoot. It is very likely the cause. It must be routed out the back of the panel to ensure the best communication from 345Mhz sensors. It cannot be left inside the panel.
Offline malfunctions can resolve themselves. The cause of the issue is missed supervision signals, and when the panel receives a subsequent supervision signal, that lets it know the sensor is functioning and the offline malfunction goes away.
Please see the prior answer linked below for the prior description of this.
Have you checked the antenna yet? It is the cause of this kind of behavior on an IQ Panel 2 about 99.99% of the time.
The antenna needs to be routed out the back of the panel through the provided hole in the back plate. If wall mounted, the antenna needs to run into the wall, avoiding any existing wires or metal in the wall.