Távfelügyeleti átjelző és vezérlő eszköz riasztóközpontok felügyeletéhez.
A riasztó Contact ID jelentéseiből PUSH üzenetet és riasztási hangjelzést generál ahol az értesítések szövege testre szabható és az ügyfél igényeihez igazítható. Az átjelzőhöz kapcsolt riasztó okostelefonos alkalmazással vezérelhető, maximum 2 partíció élesítése és hatástalanítása céljából.  
Az egység és az alkalmazás közti kapcsolat folyamatosan felügyelt, így a kapcsolat megszakadása esetén a szerver külön üzenetet küld az alkalmazás a felhasználóknak.

További előnye a teljes távoli menedzsment, ami lehetővé teszi a kommunikátor folyamatos távoli elérését a WEB-en keresztül.
Ennek köszönhetően a hozzákapcsolt riasztó egy soros adatkábelen keresztül távolról elérhető, letölthető és programozható. 

Advanced remote monitoring communicator with up to 3 different transmission channels.
2 mobile networks and 1 Ethernet connection option, with adjustable transmission priority.
Converts alarm system CONTACT ID event codes to SIA IP format and transmits them to monitoring receivers in accordance with the SIA DC-09 standard.
Complete remote management system and transparent serial transmission for remote alarm programming.

It converts the Contact ID report codes of alarm panels to SIA IP format and then transmits them to monitoring receivers via the 4G network.
By triggering the device's contact input, it sends a signal to the monitoring receiver with the set event code.
The device's relay output is controlled by a mobile application to arm or disarm the connected alarm panel.

The communicator (simulating a landline towards the alarm system) receives the Contact ID report codes from the alarm panel, then forwarding them as "push notification" to the users' phones, simultaneously and instantly to all users. The text of the notifications can be customized and tailored to the customer's needs. The connection between the unit and the application is checked every 30 seconds and in the event of a connection failure, the server sends a separate message the application to its users. This avoids the weak point of classic GSM communicators (call and SMS), the late detection of an expired SIM, blocked GSM communication or inoperability due to a faulty device. 

In addition to WIFI connectivity, it also has 4G (LTE) mobile communication, so it can work on any channel.
The choice of transmission channel is automatic, but when WIFI is active, it is the primary channel for data transmission. If the WIFI network transmission is lost, it will automatically switch to the mobile network, and if WIFI is active again, it will automatically switch back from the mobile network to WIFI.

FireLink FL-x transmits signals from fire alarm control panels to configured monitoring stations in SIA DC-09 and MQTT communication formats.
It sends signals to the monitoring station or multiple monitoring stations based on contacts received from the fire alarm control panel connected to its inputs
or events received via the fire alarm communication line (Modbus RTU).
The transmission channels are duplicated (2 x 4G/LTE modems or 1 x 4G/LTE modem and 1 x Ethernet) and operate independently of each other. 
Power supply is fully monitored using the PSU-24-02 power supply unit (AC fault, battery missing, low battery).
All functions can be monitored and configured using web-based remote management. 

The SC-GPRS 4G device is a modern security communication device operating on 4G LTE mobile network. It converts the Contact ID signals from alarm panel (transmitted on phone line, TIP/RING terminals) to SIA IP format and sends it to a given IP monitoring receivers. 
Operation of device: it generates a simulated PSTN line for alarm panel, and accepts Contact ID reports sent on it by alarm panel dialler. After receiving, device forwards the report through GPRS network, (using TCP or UDP protocol, depending on the setting) toward one of two pre-set IP receivers, in accordance to SIA DC 09 standard. The device will acknowledge the reporting to alarm panel only when the acknowledge signal is received back from the IP receiver, thus ensuring the 100% delivery rate for all reports! Also, contact signals applied to the two inputs are reported to monitoring station with programmed codes.

Another advantage is that it can connect to a back-end server (IoT) in the background, which allows continuous remote access to the communicator via a web browser, i.e. the device can be managed remotely. The data traffic demand for remote management is approximately 6-8 Mbyte/month, but the feature can be turned off.
Device is equipped with an independent analogue circuitry that prevents the device „freezing” phenomenon, caused by network deviations in most communication devices. When a
communication error is detected, this circuitry cuts the device power supply for 5 seconds and after re-applying of power the device restarts, assuring that it connects again to mobile network

Translates the TIP/RING landline communication of the alarm systems, forwards it to the monitoring receivers, as it is defined in the SIA DC-09 standard. The data transfer is done in the GPRS system of the mobile network, in the form of TCP/IP or UDP packets. Only the CONTACT ID or SIA FSK Level 1,2  format reporting codes, can be  interpreted and forwarded to monitoring, by the device. 

Another advantage is that it can connect to a back-end server (IoT) in the background, which allows continuous remote access to the communicator via a web browser, i.e. the device can be managed remotely. This means that even the connected alarm can be remotely accessed, configured and programmed at any time. Thanks to the back-end server, it allows remote connection of the alarms to local PCs for downloading or programming, using so-called peer to peer (or P2P) technology, thus ensuring a stable, fail-safe remote connection, similar to a direct cable connection, due to the extremely fast response time of the network.

The product incorporates the so-called ERPWDN (automatic power down unit), in addition of course to the external reset circuit (wachdog) of the microcontroller, which eliminates the phenomenon of freeze-ups caused by mobile network events. When a fault is detected, an independent circuit will fully de-energised the unit for about 5 seconds, ensuring a perfect restart.