Radionics alarm panel update#
Radionics alarm panel software#
Radionics alarm panel series#

The siren/strobe is triggered by a LAN message from the SmartThings hub.

The device uses your WiFi internet connection to communicate to SmartThings over a secured (HTTPS) API whenever the state of one of your sensors changes.

ItвЂ™s less than $10 and can easily fit inside your alarm system panel cabinet.

One piece of hardware to buy: a NodeMCU ESP8266 development board.

Fully compatible with Smart Home Monitor, the security app built in to the SmartThings mobile application.

Connect your wired AC or DC powered siren, strobe or alarm signal using an inexpensive relay.

Use existing door/window contact sensors, motion sensors, and smoke detectors that are already wired in your house.

I previously shared an early version of this project in January, and thanks to this communityвЂ™s feedback and encouragement, IвЂ™ve been continuously improving it. The best part about it is you can do this for less than $25 with electronics easily available online, and my open-source code: Yesterday I added the ability to connect the alarm system siren, making it now a complete solution for replacing a traditional keypad-based alarm system with SmartThings and Smart Home Monitor.

Radionics alarm panel update#

IвЂ™m proud to announce the latest update (v1.5) to my NodeMCU ESP8266 SmartThings integration for connecting a wired alarm system (DSC / Honeywell / etc) to SmartThings. Thank you all for your incredible feedback and support of this project! Original post below: In only a few months since launch weвЂ™ve had hundreds of SmartThings community members successfully convert their wired alarm systems into SmartThings. We also now have complete documentation and step-by-step how-to articles to wire and configure your alarm system using the Konnected kits. The open source project on Github is still available for those who want to use their own ESP8266 development board. Konnected sells DIY Kits to convert your homeвЂ™s wired alarm system into a SmartThings smart home security system.

GV4 Panels which use the SDI2 bus can use the B520 Auxiliary Power Supply module for up to 2A of 12Vdc standby current.UPDATE August 21, 2017: Thanks to overwhelming support from this community, this project has evolved and weвЂ™ve formed a company behind it called Konnected.

The Battery Calculator will indicate the current load in red text when a power supply is required.

Radionics alarm panel software#

The Battery Calculator spread-sheet can be downloaded from the Bosch website under the Software Downloads tab for the panel type. While calculating the required amount of batteries required for the panel load, it also calculates the current load based on the connected equipment. If the panel frequently reports low or missing battery requiring frequent battery replacements.The AC is disabled for 4 minutes in order to test the systemвЂ™s battery power. Upon initiation, the walk test tests the burglary bell and rings the keypad burglary bell for 2 seconds. During this 4 minute period measure the voltage across the battery. This disconnects AC for 4 minutes as part of the test see below. If possible place the system in alarm to get the highest potential current draw. Disconnect the AC input power from terminal 1 or 2 and measure across the battery.If a battery load tester is not available continue with step b. The best method of testing the battery is with a Battery Load Tester.This drop in voltage may be an indication of other problems described in step 2 below. To obtain the most accurate battery voltage, follow the steps below and watch the meter for several minutes to see if there is a noticeable decrease in the battery voltage.

Radionics alarm panel series#

This will explain the panelвЂ™s response to the various voltage levels in the 12Vdc battery connected to the G series panel. How to troubleshoot Low or Missing Battery trouble on G Series alarm panels:Д«elow is the Battery Discharge and Recharge schedule. If the battery is disconnected, the reading will be from an un-loaded battery which will read unrealistically high.If the battery and AC are both connected the reading across the battery terminals will be the battery charge voltage, not the actual battery voltage.When checking the actual battery voltage in the panel, it must be under load to obtain an accurate reading.The panel will not charge a dead battery. This does not indicate a problem with the panel charging circuit. When no battery, or one with less than 10.0Vdc under load, is connected the charge voltage read across terminals 4 and 5 will decrease to 0Vdc.The report will send to the monitoring station if programmed. The battery is effectively disconnected and Service Battery Missing will display on keypads assigned to Area 1. When the battery discharges below 10.1Vdc it will no longer be seen by the panel.