This website uses cookies to ensure you get the best experience on our website. Read our cookie policy
Hyfire Static Wireless Sounder Interface Module (HFW-SIM-01)
SKU
HFW-SIM-01
£161.82 £134.85
Hyfire HFW-SIM-01 Wireless Sounder Interface Module
The Hyfire HFW-SIM-01 Wireless Sounder Interface Module is designed for use with the Hyfire range of modular wall sounders and sounder beacons.
When either the conventional sounder or sounder beacon are fitted with this module they become fully compatible with all Hyfire wireless translators and expander modules. When configured onto a compatible translator, the wireless sounder or sounder beacon are fully addressable and benefit from an extensive range of intelligent control, test and monitoring functionality.
The well-proven adaptive radio signal processing algorithms ensure the highest levels of life safety and reliability.
| Key Features |
|---|
| > Fits Hyfire modular wall sounders and sounder beacons > Flexible modular design > 5 year product warranty > 3rd party approval to EN54-18 and EN54-25 > 3 year expected battery life > Bi-directional wireless communication > Microphone self-test facility > Utilises standard low-cost lithium battery technology > Self-optimising wireless communication |
| Manufacturer | Hyfire |
|---|---|
| MPN | HFW-SIM-01 |
| Primary Power Source | Longlife Batteries (Lithium) |
| System Type | Wireless |
| Protocol Compatibility | Argus Vega |
| Colour | Black |
| Warranty | 5 Years |
Write Your Own Review
Sort By:
No questions yet. Be the first to ask the question!
| Dimensions: | 82mm x 75mm x 35mm |
| Operating frequency range: | 868 - 870 MHz |
| Max. radiated power: | 5dBm (3mW) |
| Radio signal modulation type: | FSK |
| Operating frequency channels: | 7 |
| Comms range with translator / expander module: | ≤ 150m in open space |
| Primary & secondary batteries: | CR123A (3V & 1.2Ah) |
| Operating temperature (no icing): | -10oC to +55oC |
| Max humidity (non condensing): | 95% RH |
| Weight: | 110g (excl. batteries) |
More from Hyfire
