Bentel

The Bentel KYO320 is an advanced, multi-area security system integrated HSYCO. The KYO320 driver in HSYCO supports the integration of more than one KYO320 unit on the same HSYCO SERVER. The integration with HSYCO can be accomplished through the standard RS-232 port on the KYO320’s motherboard.

Communication

Employ a DE-9 (often called DB-9) female-female RS-232 crossed cable to connect the RS-232 KYO port to the serial port on HSYCO SERVER. The cable must follow this pinout diagram:

2 ↔ 3
3 ↔ 2
5 ↔ 5

RS-232 parameters:

Baud rate	same as defined on the KYO320 (usually 9600, 38400 or 57600)
Data bits	8
Stop bit	1
Parity	even
Flow control	none

HSYCO Configuration

Options

ID	Default	Values	Description
gui	true	true	enable support for the UI object, UISET actions and USER commands
		false	disable UI support
language	system language	en	language of log and display messages. Supported values are it and en
		it
logsize	50	n ≥ 0	the number of log lines to display in the UI object
polltime	1000	n ≥ 0	the data polling interval, in milliseconds. Shorter time improve the response of the system, but increase the load on the CPU of both HSYCO and the KYO system

bentel.ini

The bentel.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 and partitions names. If defined, these names will be used instead of the original numbers in the log files and the bentel GUI object.

The bentel.ini is automatically detected at start-up. Changes to this file become effective when the I/O Server is restarted.

For each zone or partition, enter a line formatted as:

<io_server_id>.zone.<n> = <name>
<io_server_id>.area.<n> = <name>

For instance:

kyo.zone.1 = kitchen
kyo.zone.2 = garage
kyo.area.1 = basement
kyo.area.2 = second floor

Datapoints

ID	Value	R/W	Description
connection	online	R	connection established
	offline	R	HSYCO can't connect to the panel
system.fault	1	R	general system fault
	0	R	reset
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>