Detnov

DETNOV are multi-area fire panels. The integration with HSYCO can be accomplished via a standard Modbus TCP/IP connection. This I/O server was developed following the MODBUS documentation MODBUS REGISTERS FOR DETNOV ADDRESSABLE SYSTEM VERSION 1.11 ENG

This driver has been tested on DETNOV CAD-150-2 panel. (Should be compatible with CAD 150-1, CAD 150-2, CAD 150-8, CAD 150-8+, CAD 150-4)

Communication

DETNOV panels can be connected via ethernet. A valid IP address must be assigned to the panel. MODBUS PROTOCOL must be enabled. Please refer to the manual for detailed instruction about MODBUS protocol configuration.

HSYCO Configuration

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

Communication

• Address: IP address of the DETNOV panel
• Port: TCP/IP port for MODBUS communication (default 502)

High Availability

• Shutdown when inactive: defaults to false.

Options

ID	Default	Values	Description
gui	true	true	enable support for the UI object, UISET actions and USER commands
		false	disable UI support
startupevents	false	true	generate IO events also during the driver’s start-up phase
		false	start generating events only after HSYCO is aligned with the current status of the system
unitid	1	> 0	MODBUS unit ID of the DETNOV panel
pollingtime	3000	n >= 3000	the data polling interval, in milliseconds.

detnov.ini

The detnov.ini file is a specific configuration file located in the root directory.

This file is required to provide the I/O Server the name assignment of zones and devices.

If the inim.ini file is not created the .name datapoint is not present.

This is an example of the file content:

detnov.z1 = Zone 1
detnov.l1.d1 = Device 1 Loop 1
detnov.l8.d4 = Device 8 Loop 4

Where "detnov" is the I/O Server id of the Detnov I/O Server

Datapoints

ID	Value	R/W	Description
connection	online	R	connection established
	offline	R	HSYCO can't connect to the panel
reset	1	W	panel reset
mute	1	W	panel mute
sounderson	1	W	enable sounders
soundersoff	1	W	disable sounders
info.modbus.status	0	R	modbus is disconnected
	1	R	modbus slave is connected
info.panel.type	<n>	R	n=1,2 > CAD 150-1, CAD 150-2 n=4,8 > CAD 150-8, CAD 150-8+, CAD 150-4
info.panel.version	<n>	R	n is the version of the panel
info.panel.network.version	<n>	R	n is the network version of the panel
info.panel.modbus.version	<n>	R	n is the modbus version of the panel
global.mute	0	R	mute is not active
	1	R	mute is active
global.sounders	0	R	sounders are not active
	1	R	sounders are active
global.sounders.silenced	0	R	sounders are not silenced
	1	R	sounders are silenced
intest.zone.exists	0	R	at least one zone is in test
	1	R	no zones are in test
disabled.zone.exists	0	R	at least one zone is disabled
	1	R	no zones are disabled
output.disabled	0	R	at least one output is disabled
	1	R	no outputs are disabled
sounders.disabled	0	R	at least one sounder is disabled
	1	R	no sounders are disabled
sounders.delayed	0	R	at least one sounder is delayed
	1	R	no sounders are delayed
global.panel.fault	0	R	panel has no fault
	1	R	there is at least one fault in the panel
global.power.fault	0	R	panel has no power fault
	1	R	panel has a power fault
global.pcb.fault	0	R	panel has no pcb fault
	1	R	panel has a pcb fault
global.loops.fault	0	R	the panel has no loop fault
	1	R	panel has a loop fault
global.device.fault	0	R	panel has no device fault
	1	R	panel has a device fault
global.alarm	0	R	the panel is not in alarm
	1	R	panel is in alarm
global.alarm.from.network	0	R	panel is not in network alarm
	1	R	panel is in network alarm
global.mcp.alarm	0	R	panel has no mcp alarm
	1	R	panel has a mcp alarm
global.main.supply.fault	0	R	panel has no main supply fault
	1	R	panel has a main supply fault
global.ground.fault	0	R	panel has no global ground fault
	1	R	panel has a global ground fault
global.sounder<n>.short.cut	0	R	the sounder <n> is not in short cut
	1	R	the sounder <n> is in short cut
global.sounder<n>.quiescent	0	R	the sounder <n> is not quiescent
	1	R	the sounder <n> is quiescent
global.sounder<n>.short.fault	0	R	the sounder <n> is not in short fault
	1	R	the sounder <n> is in short fault
global.sounder<n>.sounders.on	0	R	the sounder <n> is not active
	1	R	the sounder <n> is active
global.relay.fault	0	R	global relay fault is off
	1	R	global relay fault is on
global.relay.alarm	0	R	global relay alarm is off
	1	R	global relay alarm is on
global.faults.counter	<n>	R	n is the number of global faults
global.alarms.counter	<n>	R	n is the number of global alarms
loop.<n>.active	0	R	loop <n> is not active
	1	R	loop <n> is active
loop.<n>.shortopen.fault	0	R	loop <n> is not in short or open fault
	1	R	loop <n> is in short or open fault
loop.<n>.comm.fault	0	R	loop <n> is not in communication fault
	1	R	loop <n> is in communication fault
z<n>.fault	0	R	zone <n> is not in fault. n = 1..250
	1	R	zone <n> is in fault
z<n>.alarm	0	R	zone <n> is not in alarm. n = 1..250
	1	R	zone <n> is in alarm
z<n>.normal	0	R	zone <n> is not normal status. n = 1..250
	1	R	zone <n> is in normal status
z<n>.disabled	0	R	zone <n> is not disabled. n = 1..250
	1	R	zone <n> is disabled
z<n>.test	0	R	zone <n> is not in test. n = 1..250
	1	R	zone <n> is in test
l<k>.d<n>.fault	0	R	device <n> is not in fault. n = 1..250, k = 1..8
	1	R	zone <n> is in fault
l<k>.d<n>.alarm	0	R	device <n> of loop <k> is not in alarm. n = 1..250, k = 1..8
	1	R	device <n> of loop <k> is in alarm
l<k>.d<n>.normal	0	R	device <n> of loop <k> is not normal status. n = 1..250, k = 1..8
	1	R	device <n> of loop <k> is in normal status
l<k>.d<n>.disabled	0	R	device <n> of loop <k> is not disabled. n = 1..250, k = 1..8
	1	R	device <n> of loop <k> is disabled
l<k>.d<n>.test	0	R	device <n> of loop <k> is not in test. n = 1..250, k = 1..8
	1	R	device <n> of loop <k> is in test
l<k>.d<n>.disable	0	W	device <n> of loop <k> is activated
	1	R	device <n> of loop <k> is disabled

Release Notes

3.8.0

• initial release