FIRE ALARM SYSTEM
FIRE ALARM SYSTEM
THIS IS AUTROSAFE IFG
Large capacity without compromising security
Improving safety, reducing maintenance costs and prolonging system life cycle.
The necessity of reducing high maintenance costs and increasing fire security, encouraged us to invest considerable
time and effort in developing this unique technology.
AutroSafe SelfVerify - the self testing system
Most fire detection systems depend on costly and often irregular manual inspections, which involve a number of challenges and problems:
- Detectors may be out of reach
- Service engineers may not have access to particular areas
- Manual testing with gas or smoke is not reliable
- Test gas or smoke is rarely used in calibrated quantities
- Test gas reduces the life-cycle of the detectors
- Even a faulty detector will eventually react if its chamber is filled with enough smoke
- Excessive and irregular intervals between manual tests of detectors, leaving damaged detectors unnoticed for far too long
Minimum downtime.
Maximum safety.
- AutroCom – for interfacing control and monitoring systems, including AutroMaster as well as multiple DCS & PLC manufacturers
- MODBUS – for interfacing control and monitoring systems, including multiple DCS & PLC manufacturers
- ESPA 4.4.4 – for interfacing devices such as alarm routing via telephone networks and pocket paging systems
- NMEA-0183 – for interfacing devices such as Voyage Data Recorder (VDR
- 2 TCP/IP Ethernet ports (AutroNet / AutroCom /Modbus / Web interface [Remote Access] – status, log and con-figuration-data & system-software upgrade)
- 1 RS-232, RS-422 or RS-485 (AutroCom / ESPA4.4.4/ MODBUS / VDR)
- 1 AutroFieldBus interface
- 1 Al_Com+ port (Interfacing loop drivers and I/Ounits)
- 2 USB host ports for printer / USB memory stick(con¬figuration-data & system-software upgrade)
- 1 Fail-safe relay output
AutroSafe SelfVerify® solves all issues of manual maintenance, rendering time consuming and costly physical testing
virtually unnecessary. With AutroSafe SelfVerify®, the system checks all detectors, interfaces, connections and cables –
from detector chamber to alarm output – every single day. Not only does the system test whether a detector is capable
of provoking an alarm, it even verifies the sensitivity of every detector with a calibrated signal. The SelfVerify system
ensures that each detector always responds to the correct alarm level. In the event of irregularities, the display on the
operating panel will accurately pinpoint the source of any problem. This reduces maintenance costs and ensures that
compatible loop units are fully operational.
AutroSafe IFG SelfVerify® is developed for worldwide standards and regulations, and the detectors are certified according
to European directives (CPD) requiring EN 54 compliance. This testing is in compliance with NFPA chapter 14.
DYFI+
DYFI+ and smart algorithms ensures that AutroSafe IFG detectors are capable of recognizing real fire scenarios,
eliminating unwanted alarms and providing the earliest possible warning by compensating for contamination from dust
and recognizing unwanted alarm sources.
A significant number of fire department call-outs are caused by nuisance alarms. They cost society and companies vast
which together with the heat sensor and CO sensor, analyse the signatures for each smoke source in a 3D space, distinguishing between real smoke and false alarm sources.


25 April 2025
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