- Bi-directional wireless communication
- Self optimising wireless amplitude and frequency
- Automatic wireless channel hopping
- Fully intelligent
- High reliability and sensitivity
- Input and Output circuits monitored for fire, fault and normal condition
- Makes additions to existing wired systems easy and cost effective
- Utilises standard low cost lithium battery technology
- Fully monitored primary and secondary power sources
Temperature compensation gives reliable and steady operation in low and high temperatures and compensates for differences ,in temperature between the Translator and field device locations.
(Input Module only)
Dual 3 V Lithium batteries: 1 x Primary CR123A (1.2Ahr)
1 x Secondary CR2032A (0.24Ahr) (Output Module only requires external 24V PSU The Translator Modulemonitors the condition of both batteries and shows a discharge of either using an internal LED indicator as well as a fault indication at the Translator Module and Fire Detection Control Equipment. Indication -A bi-colour (red and green) LED indicator provides information regarding the operational modes and condition of power supplies. Eurotech F1re Systems L1m1ted TheEUW module range consists of two variants: a single input unit and a single output unit. Both units are compatible with all loop Translator Modules and Expander Modules. Additional Information -The Module parameters are programmed via the Translator Module either by a wireless keypad, PC Link or its onboard keyboard. -The Translator Module automatically manages the communication radiation power depending on the device communication quality. -The Modules automatically adjusts the frequency and radiation in accordance with the signal quality received from the Translator Module. Design -The Input Module allows the connection of third party equipment and sytems to the fire system via a single channel monitored circuit. -The single channel Output Module allows the switching of a load and can be configured to be either normally open or normally closed. – Both Modules are fully controllable from the control panel via the cause and effect and offer the same level of flexibility as a standard addressable module.