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HONEYWELL EMERGENCY NOTIFICATION MANAGER

 

39-00008-1  

28 

 

 

 
 

•  Activates "General Pending" type code at the XLS3000 
•  Activates  "General  Trouble"  and  "Trouble  Pending"  type 

codes at the XLS3000. 

•  Any device programmed for "Resound by Trouble" will not 

resound. 

•  Displays  MN  TROUBLE  in  the  upper  left  corner  of  the 

display,  as  well  as  other  information  specific  to  the 
supervisory message. 

•  Sends  an  MN  trouble  message  to  the  history  buffer  and 

installed printer and annunciators. 

•  Appears  as  "MNT"   in  the  Multiple   Events  list  screen, 

grouped under "TROUBLE". 

•  Sends an MN trouble message (ZF22) out to the network. 

Network Activation

 

•  NETWORK  MN  ACTIVE  will  display  if  all  systems  are 

normal. 

•  Logic Zones with ZF22 (MN trouble zone) will be evaluated. 

 

XLS140-2, XLS120 MN Activation 

LOCAL ACTIVATION

 

When an MN trouble activates locally, it: 

•  Produces a pulsed audible tone if the piezo is enabled. 
•  Activates the panel's trouble relay. 
•  Flashes the TROUBLE yellow LED. 
•  Activates Special Function Zone ZF22 (MN trouble zone). 
•  Does not suppress Fire or any other activations. 
•  Does not activate "General Supervisory" type ID. 
•  Any device programmed for "Resound by Trouble" will not 

resound. 

•  Activates “General Trouble” or “Trouble Pending” type code. 
•  Sends  an  MN  Trouble  message  to  the  history  buffer  and 

installed printer and annunciators. 

•  Sends an MN trouble message (ZF22) out to the network. 

NETWORK ACTIVATION

 

•  Logic Zones with ZF22 (MN trouble zone) will be evaluated. 

 

Performing a System Reset 

If  both  fire  and  MN  events  are  present  in  the  system,  two 
button  presses  are  required  to  reset  the  system.  The  first 
button  press  resets  the  highest  priority  events,  the  second 
press  resets  the  lowest  priority  events.  When  the  first  button 
press  resets  the  highest  priority  events,  the  lower  priority 
events will resound, if necessary. 

For  example,  when  MN  has  the  highest  priority  in  a  system, 
resetting  a  panel  after  an  MN  event  has  concluded  requires 
two button presses if there are fire events in the system. The 
first button press clears the MN alarms and supervisories, the 
second will reset the other system events. 

The  XLS-NCA2,  XLS3000 and LCD-160  display  the  following 
text  at  the  reset  softkey,  to  indicate  the  type  of  reset  being 
performed. 

FIRE SYSTEM RESET - indicates the reset is for fire 
events. 
MN  SYSTEM  RESET  -  indicates  the  reset  is  for 
mass notification events. 

 

An MN system reset is sent out over XLS-NET and picked up 
by participating MN nodes and the MN event will automatically 
clear from their local systems. 

 

The  EBI  Workstation  MN  and  FIRE  Reset  operation  is 
described in installation instruction 95-8548. 

MN AND FIRE EVENTS PRESENT IN SYSTEM

 

MN  is  the  highest  priority

:  When  both  MN  and  fire  events 

are  present  in  the  system,  and  MN  events  have  the  highest 
priority, press the panel's reset button to: 

•  Reset  MN  alarms and supervisories only  (ZF20 and  ZF21 

activations, refer to "Special Function Zones” on page 19), 
clearing them from the display and counters. 

•  Display an MN system reset message on the panel display, 

as well as on an LCD-160 if one is present. 

•  Turn  off  the  "Other"  LED  if  no  active  "other"  events  are  in 

the system (XLS3000, XLS-NCA2 only). 

•  Output processing: 

—  Turn  back  ON  suppressed  outputs  (silenceable  fire 

outputs, strobes). 

—  Clear general zones mapped to the MN events being 

cleared. 

—  Run logic equations. 
—  Re-evaluate outputs. 

•  Add  an  MN  system  reset  entry  to  printer  and  history  to 

indicate the MN events were reset. 

•  Send  reset message for MN alarms and  supervisories out 

to XLS-NET. All network nodes will go through a 10 second 
decouple time. 

Pressing Reset a second time will reset remaining system 
events. 

Fire is the highest priority

: When  fire is the highest  priority, 

press the panel's reset button to: 

•  Reset all events except MN events. 
Pressing the Reset again shall reset the MN events, and send 
a reset message for MN alarms and supervisories out to XLS- 
NET. 

MN EVENTS ONLY PRESENT IN SYSTEM

 

When MN events have the highest priority and no other types 
of  events  are  present  in  the  system,  pressing  the  panel's 
Reset button once will: 

•  Reset  MN  alarms and supervisories only  (ZF20 and  ZF21 

activations), clearing them from the display and counters. 

•  Display an MN network reset on the panel display,  as well 

as on an LCD-160 if one is present. 

•  Turn  off  the  "Other"  LED  if  no  active  "other"  events  are  in 

the system (XLS3000, XLS-NCA2 only). 

•  Output processing: 

—  Clear general zones mapped to the MN events being 

cleared. 

—  Run logic equations. 
—  Re-evaluate outputs. 

•  Add  an  MN  system  reset  entry  to  printer  and  history  to 

indicate the MN events were reset. 

•  Send  reset message for MN alarms and  supervisories out 

to XLS-NET. 

 

All network nodes will go through a 10 second decouple time. 
An MN reset may require up to 60 seconds of decouple time 
depending on the complexity of logic equation evaluations. 

FIRE EVENTS ONLY PRESENT IN SYSTEM

 

When MN events have the highest priority and only fire events 
are  present  in  the  system,  pressing  the  panel's  Reset  button 
will reset the system. 

Summary of Contents for EBI XLS MASS NOTIFICATION SYSTEM

Page 1: ...rer s recommendations State and local codes and the recommendations contained in the Guide for Proper Use of System Smoke Detectors which is made available at no charge to all installing dealers This document can be found at http www systemsensor com appguides A study by the Federal Emergency Management Agency an agency of the United States government indicated that smoke detectors may not go off ...

Page 2: ...mission systems are recommended The most common cause of life safety system malfunction is inadequate maintenance To keep the entire life safety system in excellent working order ongoing maintenance is required per the manufacturer s recommendations and UL and NFPA standards At a minimum the requirements of NFPA 72 shall be followed Environments with large amounts of dust dirt or high air velocity...

Page 3: ...damage threads resulting in reduced terminal contact pressure and difficulty with screw terminal removal This system contains static sensitive components Always ground yourself with a proper wrist strap before handling any circuits so that static charges are removed from the body Use static suppressive packaging to protect electronic assemblies removed from the unit Follow the instructions in the ...

Page 4: ... 11 Programming Steps 11 ACU 11 CCS 12 LOC 12 Subsidiary Equipment 13 Programming 13 DCC Participation 13 Local Control 14 Mass Notification Control Settings for the XLS DVC 15 Set the Priority 15 MN Mapping 17 Type IDs 18 Special Function Zones 19 MN Active Tone 19 Fire Active Tone 22 DVC RPU 24 MN Annunciator Programming 25 XLS DVC General Zones 26 OPERATION 26 Mass Notification Events 26 MN Ala...

Page 5: ...well products Fig 1 to create a system with mass notification capabilities It covers assembling the following key components of a mass notification system Autonomous Control Units ACU Local Operating Consoles LOC Central Control Stations CCS It also details the mass notification MN event priority and describes the system s operation when MN is part of its function The installation and functions co...

Page 6: ...larms differently from fire alarms Fire alarms are indicated by the Fire Alarm LED and will be counted with the Fire Alarm counter MN alarms are indicated by the Other LED on the display and indicated on an annunciator with a dedicated LED and counted with an OTHER counter MN supervisory events and fire supervisory events share the Supervisory LED piezo sounding pattern and supervisory counter MN ...

Page 7: ... general paging for prioritization based on site specific requirements A page at the MN level will create a latching MN alarm condition that requires acknowledgment and reset The LOC supports All Call when priority allows LOC pages must be ALL CALL pages MN events can be acknowledged silenced or reset only by an active MN command center When an LOC gains control of acknowledge silence and reset fu...

Page 8: ... more ACUs in a mass notification system The priority of a CCS will be lower than that of an ACU or LOC in the MN fire system EBI WORKSTATION The EBI workstation displays events and status of the MN and fire systems from any ACU located on an XLS NET It provides two paging levels Level 1 and Level 2 which may be assigned to MN or fire for prioritization based on site specific requirements A page a...

Page 9: ...vides the audio functions of the CCS It provides three paging levels Level 1 Level 2 and Level 3 which may be assigned to MN fire or general paging for prioritization based on site specific requirements A page at the MN level will create a latching MN alarm condition that requires acknowledgment and reset Multiple CCS locations can be prioritized in hierarchical levels by adjusting the priority le...

Page 10: ...09A Monitor Module TC809B Mini Monitor Module TC809D Dual Monitor Module or XP10 M Monitor Module can be installed to monitor a UL approved switch or button device installed for initiating MN alarms A Listed UL2017 initiating switch device is required It will generate an MN alarm MN supervisory or MN trouble message when it is programmed with an MN EC type code Fig 8 Monitor Module and Input Devic...

Page 11: ...To ensure that you are installing and programming the latest features we strongly recommend that you download the most current version of software for each product prior to commissioning any system Contact Technical Support with any questions about software and the appropriate version for a specific application PROGRAMMING Overview When a system is configured for both fire and MN protection progra...

Page 12: ...input categories and priorities Fig 21 4 Create and program an MN Active Tone page 19 5 Create and program a Fire Active Tone when Fire is the highest priority page 21 ACU Programming Steps XLS3000 XLS NCA2 4 Program with MN type IDs page 18 5 Program with MN Special Function Zones page 19 XLS3000 must be in network display mode to function as part of an ACU XLS DVC 1 Set the MN mode enable paging...

Page 13: ...articipation In a system with both MN and Fire support DCC must always be disabled for all XLS120s XLS140 2s XLS3000s XLS NCA2s and EBI Workstation XLS3000 XLS NCA2 Panel In the Panel Settings Menu Set DCC Participation to NO to disable DCC Participation Fig 9 Panel Settings Screen 2 XLS3000 Subsidiary Equipment Programming Steps XLS DVC 1 Set the MN Mode Fig 15 2 Set the Associated Node Number fi...

Page 14: ...S140 2 XLS120 VeriFire Tools In the General II screen Fig 12 VeriFire Tools XLS140 2 XLS120 Leave the Display and Control Center box unchecked in the XLS140 2 and XLS120 service Local Control When the XLS3000 in network display mode or the XLS NCA2 is acting as a subsidiary device that is it is not part of an ACU LOC or CCS its local control setting must be disabled Panel Set Local Mode to NO Fig ...

Page 15: ... consistent throughout a system XLS3000 XLS NCA2 This field allows the programmer to define the panel s relative fire and MN priority The priority may be set at the panel See Fig 17 or in VeriFire Tools See Fig 18 Panel Navigate through the PanelSettings menu pressing the More softkey until MN PRIORITY OVER FIRE appears Press the softkey next to this selection until the appropriate setting appears...

Page 16: ...Second button Level 2 always pages Inputs 7 9 or 11 depending on whether the XLS DVC is an ACU LOC or CCS Third button Level 3 always pages Input 13 Input Categories are Fire MN General and MN Active Tone When ACU LOC CCS or Subsidiary is selected as a mode Level 1 inputs default to the MN category and Level 2 inputs default to the Fire category MN Active Tone is a category it is assigned to a seq...

Page 17: ...prioritize a network XLS DVC over the local XLS DVC reassign the priority for the Network Paging rows to a lower number and therefore a higher priority than that of the Local Paging rows In systems that implement multiple network audio sources the priority of the network sources will be determined by the priority assigned to the active input on the network source For example an XLS DVC that is sen...

Page 18: ...e Point Characteristics Latchi ng Y yes N no Activate s CBE Device Function ECS MN MONIT OR MN Alarm Y Y Mass Notification alarm monitoring device ECS MN SUPT MN Super visory N Y Indicates tracking supervisory condition ECS MN SUPL MN Super visory Y Y Indicates latching supervisory condition ECS MN TROU BLE MON Troubl e N N Generates a trouble for both short and open circuit conditions Monitor mod...

Page 19: ...l be suppressed in the panel that made the match Logic equations will be activated ZF21 MN Supervisory Zone Activates for local events when there is an MN supervisory in the system ZF22 MN Trouble Zone MN Trouble Zone Activates for local events when an MN trouble occurs The MN Special Function Zones are available as indicated in Table 11 Table 11 MN Special Function Zone Availability MN Active Ton...

Page 20: ...mple MN has the highest priority and the MN Active Tone Category has been assigned to Sequence 2 the MN Active Tone It has been assigned a priority of 8 just below the MN Category inputs and above the Fire Category inputs Fig 26 Assign Priority to the MN Active Tone Sequence Create a logic zone that will activate if a ZF20 MN alarm comes in from any MN mapped node 1 Select OR as the function 2 Sel...

Page 21: ...ig 27 Map the MN Active Tone Sequence to a Logic Zone In the PAM Programming Service add the Logic Zone created in Fig 27 above to the entire MN Active Tone Input row Input 32 Sequence 2 in this example Fig 28 Map the MN Active Tone Sequence to a Logic Zone ...

Page 22: ... sequences and pages that come below it in priority until a fire reset clears the MN Active Tone NOTE MN or OTHER sequences and pages will not be suppressed for fire alarms without the Fire Active Tone properly prioritized in the PAM In the Audio Message Prog Service of VeriFire Tools DVC programming build the Fire Active Tone audio sequence on the Message Sequences tab Fig 29 Creating a Fire Acti...

Page 23: ...he Fire Category inputs and above the MN Category inputs Fig 30 Assign Priority to the Fire Active Tone Sequence Map a common general zone for example Z1 to all the PAM points designated as the Fire category 1 Select OR as the function 2 Select Zone Z1 3 Close the equation In this example ZL3 is the Logic Zone programmed for activation of the Fire Active Tone Fig 31 Map the Fire Active Tone Sequen...

Page 24: ... Add the Fire Active Tone logic equation to fire PAM points DVC RPU SET THE PAGING LEVELS In the COMMON RPU Prog Service screen in DVC programming Select the Paging Levels to enable the ALL CALL buttons in the second column of the DVC KD Addressing DVC RPU address must equal the LCD 160 address See LCD 160 on page 25 Fig 33 Set Paging Levels VeriFire Tools ...

Page 25: ...CD 160 must be address 5 CAUTION ADDRESSING IS CRITICAL TO COMMAND OPERATIONS THE DVC RPU ADDRESS ON THE DIGITAL AUDIO LOOP MUST EQUAL THE LCD 160 ADDRESS ON THE RDP BUS Fig 35 Block Diagram Illustrating Address Link MN Annunciator Programming DEDICATED MN ALARM ANNUNCIATOR A DVC KD LED annunciator programmed as a dedicated MN alarm annunciator is required for each XLS120 XLS140 2 XLS3000 and XLS ...

Page 26: ...NCA2 Does not activate the alarm relays Displays MN ALARM in the upper left corner of the display of XLS3000 XLS NCA2 and LCD 160 as well as other information specific to the alarm Activates Special Function Zone ZF20 MN alarm zone Suppresses fire alarms if MN has the highest priority refer to Output Event Suppression on page 29 Activates General Pending type code at the XLS3000 Does not activate ...

Page 27: ... will not resound Displays MN SUPERVISORY in the upper left corner of the display as well as other information specific to the supervisory message for the XLS3000 XLS NCA2 LCD 160 Is a latching or tracking event based on Type ID see Table 9 The control panel will not return to normal operation until the supervisory condition is corrected and the control panel is reset Resets require two presses of...

Page 28: ... picked up by participating MN nodes and the MN event will automatically clear from their local systems The EBI Workstation MN and FIRE Reset operation is described in installation instruction 95 8548 MN AND FIRE EVENTS PRESENT IN SYSTEM MN is the highest priority When both MN and fire events are present in the system and MN events have the highest priority press the panel s reset button to Reset ...

Page 29: ... and Z12 are dedicated fire zones Z2 is an MN alarm zone If Z10 Z11 or Z12 is active and Z2 is not ZL2 will go active If Z10 Z11 or Z12 and Z2 are active ZL2 will go inactive and any outputs mapped to it may be suppressed Outputs All outputs used for MN must be programmed as non silenceable This includes those outputs that are shared between MN and other events such as Fire Dedicated Fire outputs ...

Page 30: ...it is wired to removing control when the panel does An MN page at an XLS DVC will Give control to its assigned XLS NCA2 or XLS3000 which will maintain its Controls Active LED on and maintain control functions as unblocked Turn off Control Active LEDs and block control functions at all other panels and annunciators An MN page at a DVC RPU will Give control to its assigned LCD 160 which will maintai...

Page 31: ...mation and Control Solutions office as listed in the phone book or contact a regional office as shown at the end of this document It is recommended that the system test frequency is once per year HONEYWELL IS A REGISTERED TRADEMARK AND ENTERPRISE BUILDINGS INTEGRATOR IS A TRADEMARK OF HONEYWELL INC Automation and Control Solutions Honeywell International Inc 1985 Douglas Drive North Golden Valley ...

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