Trikdis CG17, Installation Manual

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www.trikdis.com 4 March, 2019
Cellular security control panel CG17
Description
CG17 is a multifunctional security control panel with an
integrated celullar communicator.
With the
CG17 you can:

Install a simple security system that can be monitored and
controlled remotely.

Control various equipment remotely (e.g. heating and
ventilation systems, automatic gates)

Monitor temperature, fuel level, or other parameters.

Notify users about events.

Send event notifications to the receiver of a security
company.
Features
Sends events to monitoring station receiver:
 Sends events to TRIKDIS software or hardware receivers that work with any monitoring software.

Can send event messages to SIA DC-09 receivers.

Connection supervision by polling to IP receiver every 30 seconds (or by user defined period).
 Backup channel that will be used if connection with the primary channel is lost.

Events can be reported to CMS with SMS messages. SMS will be sent even if data connection stops working in the mobile
operator network.

When Protegus service is enabled, events are first delivered to CMS, and only then are sent to app users.
Works with Protegus app:

“Push” and special sound notifications informing about events.

Remote system Arm/Disarm.

Remote control of connected devices (lights, gates, ventilation systems, heating, sprinklers, etc.).
 Remote temperature monitoring (with iO or iO-WL expanders).

Different user rights for administrator, installer and user.

Users can also be informed about events with SMS messages and phone calls.
Notifies users about events:
 Calls specified phone numbers (up to 8 users) and informs about events using recorded voice messages.

Sends SMS messages about events.

“Push” and special sound event notifications using the Protegus app.
Remote system and output control:
 Using Protegus app.

Using contact ( iButton ) key reader.
 By calling the device’s phone number.

Using SMS messages.

Using an automatic “ if...then ” algorithm. E.g. when an input is enabled or the temperature exceeds a certain limit, an output
will be turned on.