Boschfpa

The BOSCH FPA-5000 is a modular fire panel system.

This I/O server requires the FPA firmware version 2.12.7 or later.

Communication

Be sure to use BOSCH sofware management tool RPS version 4_0_11 or later for the FPA configuration.

Configure the RS232 Communication Module module as follows:

After the upload configuration process the FPA-5000 is ready to be connected via RS232.

RS232 Communication Module overview:

RS-232 parameters:

Baud rate	9600
Data bits	7
Stop bit	1
Parity	even
Flow control	none

HSYCO Configuration

Add a BOSCHFPA I/O Server in the I/O Servers section of the Settings and set its parameters:

Communication

• Comm ID: select the comm port connected to the panel.

High Availability

• Shutdown when inactive: defaults to true.

Options

ID	Default	Values	Description
gui	true	true	enable support for the UI (event log object)
		false	disable UI support
language	system language	en	language of log and display messages. Supported values are English, Italian and German
		it
		de
logsize	100	n ≥ 0	the number of log lines to display in the UI object

boschfpa.ini

The boschfpa.ini file is an optional configuration file located in the main directory (same directory as hsyco.ini or hsyco.jar) and used to define zones (lines) names. If defined, these names will be used instead of the original numbers in the log files and GUI event log object.

Changes to the boschfpa.ini file are automatically detected and don't require a restart to become effective.

 This file is case sensitive.

For each zone (line), enter a line formatted as:

<io_server_id>.line.<logical address>.<subaddress> = <name>

For instance:

fpa.line.3.1 = DATA ROOM SENSOR
fpa.line.4.1 = GENERATORS ROOM

Datapoints

ID	Value	R/W	Description
connection	online	R	connection established
	offline	R	HSYCO can't connect to the panel
buzzer	off	R	buzzer silenced (forced event)
	off	w	silence the buzzer
system.batteryfault	1	R	general battery fault
	0	R	reset
system.lowbattery	1	R	low battery
	0	R	reset
system.nobattery	1	R	low battery
	0	R	reset
system.nopower	1	R	general no AC power fault
	0	R	reset
system.tamper	1	R	general tamper condition (central unit, zones, modules)
	0	R	reset
system.radiofault	1	R	general radio modules fault
	0	R	reset
system.radiolowbattery	1	R	radio modules low battery
	0	R	reset
system.duress	1	R	duress status
	0	R	reset
system.maintenance	1	R	maintenance mode
	0	R	reset
zone.<n>.disabled	1	R	zone <n> disabled
	0	R	zone <n> enabled
zone.<n>.alarm	1	R	zone <n> alarm
	0	R	reset
zone.<n>.tamper	1	R	zone <n> tamper alarm
	0	R	reset
zone.<n>	enable	W	enable zone <n> using default code
	disable	W	disable zone <n> using default code
	enable.<c>	W	enable zone <n> using code <c>
	disable.<c>	W	disable zone <n> using code <c>
partition.<n>.armed	1	R	area <n> is armed (any mode)
	0	R	reset
partition.<n>.disarmed	1	R	area <n> is not armed
	0	R	reset
partition.<n>.away	1	R	area <n> away mode
	0	R	reset
partition.<n>.stay	1	R	area <n> stay mode
	0	R	reset
partition.<n>.staynodelay	1	R	area <n> stay no delay mode
	0	R	reset
partition.<n>.alarm	1	R	area <n> alarm memory
	0	R	reset
partition.<n>	away	W	arm area <n> using default code
	disarm	W	disarm area <n> using default code
	stay	W	stay arm area <n> using default code
	staynodelay	W	instant stay arm area <n> using default code
	away.<c>	W	arm area <n> using code <c>
	disarm.<c>	W	disarm area <n> using code <c>
	stay.<c>	W	stay arm area <n> using code <c>
	staynodelay.<c>	W	instant stay arm area <n> using code <c>
out.<n>	off	W	turn off output <n> using default code
	on	W	turn on output <n> using default code
	off.<c>	W	turn off output <n> using code <c>
	on.<c>	W	turn on output <n> using code <c>