Difference between revisions of "Kilsen"

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KILSEN KFP-A 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 P/N 00-3243-505-1603-01 • ISS 14DEC15
 
KILSEN KFP-A 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 P/N 00-3243-505-1603-01 • ISS 14DEC15
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This driver is also compatible with Aritech 2x series.
  
 
{{tip| KILSEN KFP-A control panels have a limit of one MODBUS request per second. This limit cannot be changed, it's probably related to the hardware capabilities of the panels. Due to this limitation this I/O server can be considerably slow in case of high amount of loops, sensors, modules. To partially solve the issue this I/O servers has a double polling implementation: fast polling for global status, slow polling for modules and sensors status. This means that the global panel status is requested more frequently. For example in case of fire alarm the global alarm will be approximately notified within one minute or less, the specific sensor alarm will be notified later, with a delay proportional to the numbers of loop, sensors, modules declared in the driver's options. }}
 
{{tip| KILSEN KFP-A control panels have a limit of one MODBUS request per second. This limit cannot be changed, it's probably related to the hardware capabilities of the panels. Due to this limitation this I/O server can be considerably slow in case of high amount of loops, sensors, modules. To partially solve the issue this I/O servers has a double polling implementation: fast polling for global status, slow polling for modules and sensors status. This means that the global panel status is requested more frequently. For example in case of fire alarm the global alarm will be approximately notified within one minute or less, the specific sensor alarm will be notified later, with a delay proportional to the numbers of loop, sensors, modules declared in the driver's options. }}

Latest revision as of 10:33, 7 November 2019

KILSEN KFP-A 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 P/N 00-3243-505-1603-01 • ISS 14DEC15 This driver is also compatible with Aritech 2x series.

Note  KILSEN KFP-A control panels have a limit of one MODBUS request per second. This limit cannot be changed, it's probably related to the hardware capabilities of the panels. Due to this limitation this I/O server can be considerably slow in case of high amount of loops, sensors, modules. To partially solve the issue this I/O servers has a double polling implementation: fast polling for global status, slow polling for modules and sensors status. This means that the global panel status is requested more frequently. For example in case of fire alarm the global alarm will be approximately notified within one minute or less, the specific sensor alarm will be notified later, with a delay proportional to the numbers of loop, sensors, modules declared in the driver's options.


IO Server Kilsen Panel.jpg

Communication

KILSEN 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 KILSEN I/O Server in the I/O Servers section of the Settings and set its parameters:

Communication

  • Address: IP address of the KILSEN 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 KILSEN panel
nodes 1 nodes list. Multiple nodes should be separated by semicolons
loopsnumber 1 > 0 total number of loops
sensorsnsumber 1 0 ... 128 set to the highest sensor number configured in the panel
modulesnumber 1 0 ... 128 set to the highest module number configured in the panel


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
reset 1 W panel reset
panel.silence 1 W silence panel
sounders.set 0 W stop sounders
1 W start sounders
global.alarm 0 R no alarm
1 R at lest one sensor of module on alarm
global.fault 0 R no faults
1 R at lest one sensor of module on fault status
global.disable 0 R no sensors of modules disabled
1 R at lest one sensor of module is disabled
global.test 0 R panel in not in test mode
1 R panel is in test mode
global.daynight 0 R panel in day mode
1 R panel is night mode
global.mcpalarm 0 R mcp alarm off
1 R mcp alarm on
global.sounder.delay.enabled 0 R sounders delay disabled
1 R sounders delay enabled
global.sounder.delay.in.progress 0 R sounders delay not in progress
1 R sounders delay in progress
global.sounder.outputs.activated 0 R sounders outputs not active
1 R sounders outputs active
global.sounder.outputs.silenced 0 R sounders outputs not silenced
1 R sounders outputs silenced
global.sounder.disabled 0 R sounders are enabled
1 R sounders are disabled
global.sounder.override.time.elapsed 0 R override sounders time is not elapsed
1 R ovveride sounders time elapsed
global.sounder.in.test 0 R sounders not in test
1 R sounders in test
global.fire.routing.delay.enabled 0 R fire routing delay not enabled
1 R fire routing delay enabled
global.fire.routing.delay.in.progress 0 R fire routing delay not in progress
1 R fire routing in progress
global.fire.routing.ouputs.activated 0 R fire routing outputs not activated
1 R fire routing outputs activated
global.fire.routing.ack 0 R fire routing not in ack
1 R fire routing ack
global.fire.routing.disabled 0 R fire routing enabled
1 R fire routing disabled
global.fire.routing.test.on 0 R fire routing test is off
1 R fire routing test on
global.fire.routing.ext.delay.in.progress 0 R fire routing ext delay not in progress
1 R fire routing ext delay in progress
node.<n>.loop.<l>.sensor.<s>.prealarm 0 R not in prealarm
1 R prealarm
node.<n>.loop.<l>.sensor.<s>.alarm 0 R not in alarm
1 R alarm
node.<n>.loop.<l>.sensor.<s>.fault 0 R not in fault
1 R fault
node.<n>.loop.<l>.sensor.<s>.test 0 R not in test
1 R in test
node.<n>.loop.<l>.sensor.<s>.dis 0 R enabled
1 R disabled
node.<n>.loop.<l>.module.<s>.prealarm 0 R not in prealarm
1 R prealarm
node.<n>.loop.<l>.module.<s>.alarm 0 R not in alarm
1 R alarm
node.<n>.loop.<l>.module.<s>.fault 0 R not in fault
1 R fault
node.<n>.loop.<l>.module.<s>.test 0 R not in test
1 R in test
node.<n>.loop.<l>.module.<s>.dis 0 R enabled
1 R disabled

Release Notes

3.7.0

  • initial release


KILSEN is a registered trademark of UTC Climate, Controls & Security