The FG-1625 Glassbreak Detector uses the latest technology to provide faster response and increased false alarm immunity. The FG-1625 is specifically designed to allow fast, easy installation, while the adjustable sensitivity settings can compensate for the acoustics of any room. Optimum operation can be quickly verified using the FG-701 Glassbreak Simulator.
Features
FlexCore™ Signal Processor The FlexCore Signal Processor is an Application-Specific Integrated Circuit (ASIC), which processes sound data in parallel rather than sequentially for faster, more accurate detection decisions. The combination of proven FlexGuard® performance with the speed of FlexCore processing provides unmatched false alarm immunity without compromising detection.
Easy Installation and Setup Honeywell’s patented technology allows remote activation of Test Mode (with simulator). The FG-1625 has a centered wire entry hole, 45° terminal blocks and EOL terminals. A hand-clap feature verifies that the detector is functioning.
Selectable Sensitivity Two DIP switches on the FG-1625 make it easy to set the sensitivity to match the acoustics of the room. Four different sensitivity levels are available, ranging from very low to high. The range can then be verified remotely with the FlexGuard FG-701 Glassbreak Simulator.
Mount the Detector Anywhere Mounts on any wall, in the window frame, or on the ceiling, with no minimum range and a maximum range of 25' (7.6m) to the glass.
Covers All Glass Types The FG-1625 works on all glass types, including plate, tempered, laminated, wired, film-coated and sealed insulating glass.
Multiple Domain Signal Analysis The FG-1625 performs Multiple Domain Signal Analysis in which time, frequency and amplitude characteristics are evaluated for signal qualification. This enables the detector to accurately discriminate false alarms from true glassbreak events.
Enclosed PC Board The PCB is protected from potential damage during installation.
Patented Remote Test Mode The Patented Remote Test Mode can enabled or disable the indicator LEDs using the FG-701 Glassbreak Simulator. The unit automatically resets from Test Mode in five minutes.
Mounting Locations The FG-1625 can be mounted on the ceiling, opposite wall, adjoining wall or the same wall as the glass.
Technical Specifications
| Enclosure |
White high impact ABS plastic housing |
| Dimensions |
98mm x 62mm x 21.8mm |
| Weight |
90g |
| Range |
257.6m maximum, omnidirectional. Range is adjustable; no minimum range |
| Alarm Relay |
FG-1625: Form A, 125mA max, 25VDC max / FG-1625T: Form C, 125mA max, 25VDC max |
| Tamper Switch (FG-1625T only) |
Combination cover/wall tamper 25mA max, 24VDC max |
| Alarm Duration |
Five seconds (unaffected by alarm LED latching) |
| ESD Immunity |
10kV discharges of either polarity to exposed surfaces |
| Power Requirements |
6 - 18VDC, 12mA typical at 12VDC; 22mA max (Latched LED) |
| AC ripple |
4V peak-to-peak at nominal 12VDC |
| RFI Immunity |
30V/m, 10MHz - 1000MHz |
| Operating Temperature |
-10° to 50° C
Storage: -20° to 50° C
|
| Approvals and Listings |
FCC and IC verified • CE • C-Tick • UL Listed • ULC Listed |
Glass Type/Thickness
| Type* |
Minimum |
Maximum |
| Plate 3a |
2.4mm (3/32") |
10mm (3/8") |
| Tempered |
3mm (1/8") |
10mm (3/8") |
| Laminated |
3mm (1/8") |
14mm (9/16") |
| Wired |
6mm (1/4") |
6mm (1/4") |
| Coated 2,3b |
3mm (1/8") |
6.4mm (1/4") |
| Sealed |
3mm (1/8") |
6mm (1/4") |
| Insulating 1,3b |
|
(Maximum overall 7/16") |
* Minimum size for all types is 28cm (11") square; glass must be framed in the wall or mounted in a barrier at least 0.9m (36") wide.
Note: The FG-1625/1625T detects shattering of framed glass by direct impact. It may not consistently detect breakage by blows that only crack the glass, by high velocity projectiles such as bullets, or glass broken without an impact.
Accessories Description
FG-701 P/N 0-000-701-0 Glassbreak Simulator
The sound of breaking glass is digitally simulated by the FG-701. The FG-701 is compatible for testing all Honeywell glassbreak detectors. Honeywell highly recommends testing glassbreak detectors before final installation.
