BSM Series

Descripción del producto

BSM Panel-mounted fault annunciator

The fault annunciator is produced in three different categories - BSM-C basic version,
BSM-P parameterisable version and USM annunciator with protocol interfaces. They can be provided in 6 different sizes with 8, *6, *4, *2, *0 or *8 signal s, in which the signal s are arranged in groups of 8 alarms each. The sealed front contains of 4 push s, bicolour-LED-displays (red/green) and slide-in pockets for labelling strips. The functions alarm acknowledgement, horn acknowledgement and lamptest are fixed assigned to the s for BSM-C and can be parameterized freely for BSM-P and USM. There the two function s are used according to the chosen alarm sequence (e.g. external acknowledgement). The integrated function relays, which are realized as change-over contacts, are used for alarm specific functions (e.g. collective report or triggering of an external horn) as well as for the signaling of malfunction through an alive-contact. Alarms can be forwarded by repeat-relays for parallel - or output processing, either by inserted relay cards or the connection of external relay modules through CAN-Bus interface. In the BSM-C version, configuration of the annunciator is done by DIP-switches. The alarm sequence, function of the collective report as well as horn triggering by subsequent alarms can be adjusted.
 
In addition to the characteristics of the basic version the BSM-P can be parameterised through a USB-interface and can be cascaded by additional annunciators. In this connection, parameterization by browser guarantees besides configuration via DIP-switch further application specific settings, e.g. first-up or no-first-up alarm, *- or *-frequency-flashing or steady-steady light. For each single alarm channel parameters like the signal name (labelling), debouncing time or alarm delay can be set. With the cascading functionality up to four devices can be grouped to an annunciating system. The devices are connected via CAN-Bus interface, in which one device works as master and the connected devices work as slave. Thus systems with up to **2 signal s (4**8) can be realized.