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IFC-1010/2020 Technical Manual 448
Operations Section
Technical Bulletin
Issue Date 1198
IFC-1010/2020 Operations
Introduction
Page
3
x
Location of Content Changes
3
x
About the Operation of the Panel
3
x
About This Technical Bulletin
5
x
About the Passwords
6
x
About the Software
7
x
About Addresses
7
x
About the Backspace Key
7
x
About Entering Alphanumerics
8
x
About the Walk Test
9
x
About the Display Time
9
x
About the Print Time
9
x
About Priorities
10
x
About System Test
11
x
About Periodic Test
12
Display Interface Assembly
13
x
Normal Operation
13
x
Read Status
16
x
Display System Configuration
17
x
Menu Choice 8:
19
x
Point Read
20
x
Special Status
23
Prior/Next/Autostep
© 1998 Johnson Controls, Inc.
Code No. LIT-448100
25
1
www.johnsoncontrols.com
Special Function
Page
27
x
To Select Special Function
27
x
Reports
27
x
History Buffer
29
Fire Alarms
31
x
32
Acknowledging a Fire Alarm
Troubles
33
x
Trouble with SLC Devices
33
x
Trouble with Disabled Zones
34
x
Trouble with the IFC-1010/2020 System
34
x
Trouble with the Annunciators
35
x
Block Acknowledge
35
x
Acknowledging Troubles in Receiving Unit Mode (Block Acknowledge Disabled)
36
x
Displaying Current Alarms and Troubles
37
Remote Peripherals
39
x
CRT Terminal
39
x
Printer
39
Trouble Messages
41
Drift Compensation
45
Application and Clarification Notes
47
2 Operations—IFC-1010/2020 Operations
Introduction
Location of
Content
Changes
The product that this document supports is UL (Underwriter’s Laboratories)
Multiple Listed, which requires that the content of the documentation
inherited from the manufacturer remain intact. Minor changes clarify
information such as vendor-specific product names and literature names and
numbers. More significant changes to the original technical content, such as
Nx
additions or corrections, are identified with Note Number . For the Note
Number content, refer to the Application and Clarification Notes section at
the end of this document.
About the
Operation of the
Panel
Use of intelligent, addressable detectors and modules provide the operator
with precise information on the location of the alarm or trouble, as well as
what type of device is reporting the activity.
!
WARNING: The IFC-1010/2020 control panel will only operate
with Johnson Controls intelligent addressable devices
installed.
All operating power, as well as data communications to and from
intelligent addressable devices, is transmitted on a 2-wire Signaling Line
N1
Circuit (SLC) loop that may be wired to meet the requirements of either
NFPA (National Fire Protection Association) Style 4 or Style 6 or 7
operation. The IFC-2020 system can be configured with up to ten Loop
Interface Boards (LIB) SLC loops and the IFC-1010 system with up to
two loops. Each loop is capable of supporting up to 99 intelligent detectors
and up to 99 addressable control or monitor modules.
A fire alarm in the IFC-1010/2020 is initiated by activation of any of the
following devices connected on the SLC:
x intelligent smoke or heat detectors (1251J, 2251J, 1551J, 2551J,
2551THJ, 5551J, 5551JR, DH500J, and DH502J)
x addressable manual pull stations (BGX-101)
x conventional normally open or normally closed contact fire alarm
initiating devices connected to addressable M50xMJ monitor modules
(or equivalent XPM circuits)
Operations—IFC-1010/2020 Operations
3
During an alarm condition, LEDs (Light-Emitting Diodes) on as few as
6 and as many as 99 addressable initiating devices (such as smoke
detectors, heat detectors, and M50xMJ modules) and/or output modules
may be latched on. A latched on LED on an initiating device indicates that
the device has caused an activation signal to be transmitted to the
IFC-1010/2020. A latched on LED on an output module indicates that the
module has been activated. An activation signal on the IFC-1010/2020
includes fire alarms, security alarms, supervisory conditions, or non-alarm
inputs.
Note: During loss of primary (AC) power, when the IFC-1010/2020 is
operating under secondary power, only the LEDs on intelligent
detectors (including DH500J and DH502J duct detectors) will be
latched on during a fire alarm.
!
CAUTION: The IFC-1010/2020 can be programmed to latch the
LEDs on up to 99 addressable devices (such as
N4
M50xMJ and M5x0CJ). This software feature can
be used only if all installed addressable devices
purchased from Johnson Controls after April 1, 1991
are stamped with the code R4 on the product marking
label. Use of this feature under any other
circumstances can cause the SLC loops to shut down
during a fire alarm condition. RA400 Remote LEDs
are not permitted for use with this feature (excluding
those wired to a DH500J Duct Detector). Use only the
RA400Z Remote LED when extending the number of
latched on LEDs beyond six. The 2551J Photoelectric
Detectors can also have an H code after their model
numbers.
Note: Detectors have priority over modules. Detectors that come into
alarm will assume LED-latch priority over previously-latched
module LEDs.
Output devices (such as alarm notification appliances and output relays)
are controlled by activation of M5x0CJ control modules (or equivalent
XPC or XPR circuits) connected along the SLC loop. An addressable
control module may serve as a Form-C output relay or as a Notification
Appliance Circuit (NAC).
4 Operations—IFC-1010/2020 Operations
About This
Technical
Bulletin
This technical bulletin covers the operation of the IFC-1010/2020
Combination Fire/Security Protective Signaling System and the control
features available to the operator presented through the perspective of the
Display Interface Assembly. (DIA-1010 or DIA-2020, see Figure 3).
Following are general terms used for specific part numbers:
x
PRN is used for PRN-4.
x
CRT is used for CRT-2.
x
M5x0CJ is used for M500CJ or M510CJ.
x
M50xMJ is used for M500MJ, M501MJ, or M502MJ.
This chapter refers to M5x0CJ control modules and M50xMJ monitor
modules. If XP Series transponders are used, unless otherwise stated, the
following substitutions may be made:
x
M50xMJ monitor modules can be substituted with XPM circuits.
x
M5x0CJ control modules configured as Form-C contacts (tabs broken)
can be substituted with XPR circuits.
x
M5x0CJ control modules not configured as Form-C contacts can be
substituted with XPC circuits.
!
WARNING: The XP Transponder may be programmed so that it
will revert to local program operation upon loss of
communications with the IFC-1010/2020. Therefore,
use extreme care when assigning software Type IDs
to XP Transponder circuits. For instance, an
XP circuit-assigned software Type ID SPSU will
initiate a supervisory condition under communication
with the IFC-1010/2020, but will result in an alarm
condition under local XP operation.
Note: For more information, refer to XP Transponder Technical Bulletin
(LIT-448180).
Operations—IFC-1010/2020 Operations
5
About the
Passwords
The IFC-1010/2020 functions in one of three levels: Operational Level,
Level One, and Level Two. In Operational mode, the operator may
perform the following keypad or menu-displayed functions:
x
Acknowledge alarms, troubles, and restorations (clears).
x
View acknowledged alarms, troubles, and restorations.
x
Silence the sounding of fire alarm notification appliances.
x
Reset the IFC-1010/2020 system.
x
Test all intelligent addressable detectors in the system.
x
Test the panel’s LED indicators, Liquid Crystal Display (LCD)
terminal, and printer.
x
Read the status of the entire IFC-1010/2020 system, including the
addressable devices.
x
Print out a report on the status of the system or access the history
buffer.
Access to menu Levels One and Two require entry of specific passwords.
These levels allow an authorized programmer to initialize or alter the
programming of the IFC-1010/2020. Level One and Level Two entry
requirements are defined as follows:
x
Alter Status
Level One password required
x
Programming
Level Two password required
If the main operator of the system requires access to a function that is
password protected, contact the local Johnson Controls office for the
required passwords. For more information on programming or altering the
status of the IFC-1010/2020, refer to IFC-1010/2020 Programming
Technical Bulletin (LIT-448060).
Whenever the operator selects a menu, the IFC-1010/2020 begins
a 1-minute timer. If no key is pressed during this minute, the function
selected will be aborted and control will return to the state the panel was in
prior to selection of that menu.
Note: Unacknowledged points must be acknowledged prior to being
reprogrammed. Any new trouble or alarm reports received during
N10
programming may disrupt the programming process.
6 Operations—IFC-1010/2020 Operations
Depending on the particular release of software in your system, some
menu functions and system features may not be operable. If you attempt to
execute a function that is not operable, the panel will respond with the
message FUNCTION NOT ENABLED.
About the
Software
About
Addresses
For certain functions such as Read Status, the operator must enter a
device, software zone, or annunciator point address. Leading zeroes are
not required. The address assumes the following format:
LX X(D/M ) Y Y,
SLC Loop
E n te r “L ” fo llow e d by 1 to 10 for IFC -2 02 0.
E n te r “L ” fo llow e d by 1 to 2 fo r IF C -10 10 .
ZX XX
or
AXX PYY
S o ftw a re Zo ne
E n te r “Z” fo llo w e d b y 1 to 24 0.
SLC Loop Device
E n te r “D ” for an in te llig en t d ete cto r or “M ”
fo r a n ad dre ssa ble m o du le fo llow e d by a n
a dd ress in th e ran ge 1 to 9 9.
Annunciator Point
E n te r “A ” follo w ed b y 1 to 32
fo r th e an nu nciato r m o du le
a dd ress, th en “P ” fo llow e d by
th e m o du le p oint 1 to 64 .
A d drp ic !
Figure 1: Addresses
For example, L3M44 must be entered as the address for the 44th module
on LIB SLC Loop 3.
About the
Backspace Key
The Backspace key serves two purposes:
BACK
S PA C E
1.
At a menu prompt:
PRESS 1=SYS,2=PTREAD,3=ALM,4=TBL,5=DIS,
6=MONON, 7=CLTON
:
s cintr1 !
The Backspace key aborts the selection of that menu.
2.
When entering data or making a selection from a menu:
ENTER LXX(D/M)YY, ZXXX OR AXXPYY FOR PT.
STATUS (BCKSPC TO ABORT)
: L4D3
s cintr2 !
The Backspace key erases the last character, or menu choice entered.
Operations—IFC-1010/2020 Operations
7
About Entering
Alphanumerics
Most of the keys on the DIA (Display Interface Assembly) keypad serve
more than one function. For instance, the 3 key is used to enter the digit 3
or the letter D when entering the address of a detector.
The IFC-1010/2020 toggles which character appears on the LCD with
each successive press of that key. This allows the operator to press
one key until the desired character appears. That character is entered into
the display whenever the next (different) key is pressed. If two of the
characters contained on a key (for instance, the D and the 3) need to be
entered in succession, the Alpha Enter key must be used (see the example
that follows). After the full address has been entered into the display, press
Enter to transfer the display contents to the system for processing.
Example: To enter L8D3,
K
Press
L
S IG N A L
S ILE N C E
K
Press
O
O
Press
D
Press
Press
Press
D
Press
8
again and the K will change to L.
and the letter O appears to the right of the displayed
letter L.
8
again to change the letter O to the digit 8.
3
and the letter D appears to the right of the characters
L8. The partial address displayed now reads L8D.
ALPH A
EN TER
D
Press
L
S IG N A L
S ILE N C E
Press
and the letter K appears.
to enter the letter D into the display.
3
and a second letter D will appear to the right of the
characters L8D. The partial address displayed now
reads L8DD.
3
again to change the second D to the digit 3. The
completed address now reads L8D3.
EN TER
8 Operations—IFC-1010/2020 Operations
to transfer the display contents to the IFC-1010/2020
system for processing.
About the Walk
Test
The Walk Test function is a service feature that allows 1 person testing of
devices on any selected SLC. The Walk Test feature will abort
automatically after 15 minutes of inactivity or if inadvertently left enabled
N5
by the service representative.
About the
Display Time
The IFC-1010/2020 has a separate time field in the display for each event
that occurs in the system.
All Systems
Normal
During periods of no activity, the time field reflects the current time. For
IFC-1010/2020 systems interfaced with the Metasys“ on the N2 or the
Metasys Fire Network, the time is synchronized every midnight by the
Metasys master time. If a new time is programmed for any IFC-1010/2020
node on the network, all of the IFC nodes will synchronize to that time
until the entire Metasys Fire Network is again synchronized at midnight.
Single,
Unacknowledged
Event
When an event has occurred but has not been acknowledged, and no other
event has occurred, the DIA, CRT, and LCD-80s (if installed) will display
the time this event occurred.
Multiple,
Unacknowledged
Events
The display will show the actual time that the first unacknowledged event
occurred. After the first event is acknowledged, the time shown on the
display does not represent the time at which the event occurred, but
instead indicates the time at which the event appears.
Single/Multiple
Previously
Acknowledged
Events
The time shown for an acknowledged event is the time at which that event
was last placed in the display by activation of the Ack/Step key (not the
time at which the event occurred).
About the Print
Time
Output to the printer for a particular event (such as alarm, trouble, and
acknowledgment) includes the time the event was sent to the printer,
which, in most cases, is identical to the time the event occurred. In
extreme cases, when many events have occurred within a few seconds, the
time printed for a particular event may differ from the actual event time by
up to one minute. After events have been acknowledged, only the event
history table (if enabled) and the system printer will provide a record of
N11
the time at which events occurred.
Operations—IFC-1010/2020 Operations
9
About Priorities
Every event that the IFC-1010/2020 displays is prioritized. This includes
the processing of incoming alarm and trouble events, acknowledging
events, the clearing of events, and acknowledging the clearing of events
(receiving unit operation only). Security alarms will increment the trouble
counter on the terminal status line of the CRT.
Note: In the IFC-1010/2020, security alarms are processed like fire
trouble conditions.
The IFC-1010/2020 processes and displays events under the following
priorities, highest priority first:
1.
Fire Alarms
2.
Security Alarms
3.
Supervisory Signals
4.
Device Troubles
5.
Disabled Zones
6.
System Troubles
7.
Annunciator Troubles
8.
Cleared Fire Alarms
9.
Cleared Security Alarms
10. Cleared Supervisory Signals
11. Cleared Device Troubles
12. Cleared Disabled Zones
13. Cleared System Troubles
14. Cleared Annunciator Troubles
10 Operations—IFC-1010/2020 Operations
In addition, detectors have a higher priority than modules within each
detector/module category; the lower the address, the higher the priority
(see list below). The display of certain events can be pre-empted by others
at the time they are acknowledged. Pay careful attention to the display
when acknowledging events.
N6
Node 1, Loop 1 Detector 1, Loop 1 Detector 2, Loop 1 Detector 3 …
Loop 10 Detector 99
(followed in priority by)
Node 1, Loop 1 Module 1, Loop 1 Module 2, Loop 1 Module 3 …
Loop 10 Module 99
(followed in priority by)
Node 1, Zone 1, Zone 2, Zone 3 … Zone 240
(followed in priority by)
Node 1, System Trouble Indices (in Hex) T00, T01, T02…TFF
(followed in priority by)
Node 1, Annunciator Trouble Indices (in Hex) N00, N01, N02 … NFF
About System
Test
System Test, or Detector Test as it is often referred to, is a manually
initiated test of all intelligent detectors installed in the system. When the
user presses the System Test key the fire panel performs a chamber test of
each intelligent detector to ensure its proper operation. System Test can
take up to one minute before displaying its results, There are two types of
display:
DETECTOR TEST: ALL OK 01+05+00+02+00+80
+25+00+06+00 TOT=119 05:00P 05/55/97
s ys te s t1
Each LIB displays the total number of intelligent devices installed on it, as
well as the overall system total.
DETECTOR TEST FAIL 110,119,211,213,605,
617,799,815,015,020+ 05:30 05/22/97
s ys te s t2
Each failed device is represented by a three digit number. The first digit
indicates the LIB number (0=10), and the last two the device address. If
more than ten devices have failed a + is shown after the last detector
number. If more than ten detectors failed, the serviceman would have to
repair, replace, or disable the ten listed, and then rerun System Test in
order to locate the remaining ones.
Operations—IFC-1010/2020 Operations
11
About Periodic
Test
The fire panel performs a periodic automatic chamber test of all intelligent
detectors installed in the system to ensure their proper operation. When a
detector has failed its automatic chamber test, it will generate a trouble
message. The service person would then have to repair or replace the
indicated device.
12 Operations—IFC-1010/2020 Operations
Display Interface Assembly
Normal
Operation
During normal fire alarm operation when no alarms or troubles exist, the
system will display the following:
C u stom 4 0-ch ara cter Labe l
JOHNSON CONTROLS
ALL SYSTEM NORMAL
04:32P
03/01/97
C u rren t Tim e an d D ate
H o ur: M in ute A (A M ) o r P(P M ) M o n th/D ay/Ye a r
n o rm a lo p
Figure 2: Normal Operation
The operator can perform the functions associated with the following keys
without having to enter a password:
A
ACK
S TE P
R EAD
S TAT U S
S IG N A L
S IL EN C E
(A description of the READ STATUS
and the SPL FUNCT keys follows.)
S YS TE M
R E SE T
S
SP L
FU NC T
S YS TE M
TE S T
LAMP
TE S T
K e yp a d
Figure 3: Display Interface Assembly (DIA)
Operations—IFC-1010/2020 Operations
13
R e fer to Tab le 1
fo r d etails.
R e fer to Tab le 2
fo r d etails.
A
AL L SY ST E M S N O R M AL 1 2:00P 3/0 1/98
AC K
ST EP
S IG N A L
S ILE N C E
S Y S TE M
RE SE T
S Y S TE M
TE S T
LA M P
TE S T
B
G
ALTER
STATU S
TR O U B LE /
S EC U R IT Y
A L AR M
M
(
D IS PL AY
TR O U B LE
SPL
FUN CT
S IG N A L
S IL EN C E
ALPHA
BAC K
SPAC E
ENTER
6
SIGN AL
SILENC E
8
9
SYSTEM
R ESET
0
BAC K
SPAC E
AUTO
STEP
ENTER
O
7
(
Y
N EXT
K
Q
P
U
PRO R
X
J
5
T
F
ACK
STEP
I
N
E
3
4
PRO G
D
2
H
FIR E
A L AR M
S
C
1
H EAD
STATU S
A .C .
P O W ER
R
W
V
Z
L
SYSTEM
TEST
SP
LAMP
TEST
inte rfce
R e fer to Tab le 3
fo r d etails.
R e fer to Figu re 4
fo r d etails.
Figure 4: Display Interface Components
Table 1: Display Interface Components
Component
Description
Piezo Sounder
The local panel piezo sounder provides an audible indication of the system alarm or trouble
conditions. The sounder will pulse to indicate the detection of at least one fire alarm condition in the
system, and will sound steadily when the system is in trouble. The sounder is silenced when all
conditions have been acknowledged. If the sounder sounds steadily, and it cannot be silenced by
the acknowledgment of all system alarm/trouble conditions, call your Johnson Controls service
representative immediately.
80-character
Liquid Crystal
Display
The LCD displays the current status of the entire IFC-1010/2020 system. While programming the
IFC-1010/2020, the LCD provides various system configuration menus and prompts. This display
also is illuminated when the IFC-1010/2020 is under AC power. The display will remain illuminated
for one minute after the loss of AC power; any keypad or system activity will re-illuminate the display
for one minute.
Table 2: Display Interface Components
Component
Description
AC Power
A green LED will illuminate to indicate that the system is operating from the primary power supply.
Fire Alarm
A red LED will flash to indicate that the panel has detected at least one fire alarm in the system. The
red LED will light steadily when all fire alarms have been acknowledged. The panel LCD text display
will provide detailed information on any alarms received.
Trouble/
Security Alarm
A yellow LED will flash to indicate any unacknowledged change of status in the system. The panel
LCD text display will provide detailed information about each change of status signal received. After
all change of status conditions have been acknowledged, and while at least one trouble condition still
exists, the Trouble/Security Alarm LED will illuminate steadily.
Note: Security alarms are treated as fire trouble conditions in this combination fire alarm/security
system.
Display Trouble
A yellow LED will illuminate when a trouble condition is detected in the DIA display assembly. If this
LED is illuminated, the contents of the DIA display must be considered invalid. Call your Johnson
Controls service representative immediately.
Signal Silence
A yellow LED will illuminate steadily when all the control modules in the system which can be silenced
have been silenced. A flashing yellow LED indicates a partial signal silence condition—some of the
control modules that can be silenced have been silenced.
14 Operations—IFC-1010/2020 Operations
Table 3: Display Interface Components
Component
Description
Ack Step
This key is used to acknowledge system alarm or trouble conditions. When depressed, the operator
acknowledges the new status of the device indicated on the LCD text display. Pressing this key will
also step the display to the next device in alarm or trouble. After all such system alarm and trouble
conditions have been acknowledged, the Ack Step key may be used to step display through the
existing system alarm and trouble conditions.
Signal Silence
This key, during a fire alarm condition, will deactivate all activated control modules that have been
programmed to permit signal silencing.
System Reset
This key is used to clear all system alarm and trouble conditions. If an alarm or trouble condition still
exists after System Reset, that alarm/trouble condition will resound the DIA sounder and display the
condition on the LCD and LEDs.
Note: The function of the key is inhibited until all alarms and troubles have been acknowledged.
System Test
This key is used to automatically perform a test of all intelligent detectors in the system. Results of the
system detector test are then indicated on the panel display.
Lamp Test
This key is used to perform a test of LEDs on the control panel and to test the panel display. The test
will illuminate the panel LEDs in sequence for a timed period and flash the panel display. When the test
has been completed, the panel LEDs and the panel display will return to their prior status.
Note:
These keys and their functions are repeated on the alphanumeric keypad of the DIA.
Table 4: Display Interface Components
Component
Description
Auto Step
During Read Status, this function key automatically scrolls the display through a list of system
conditions such as devices that are in alarm or trouble.
Prior, Next
During Read Status, these keys allow the user to step forward or backward through a list of system
conditions such as devices that are in alarm or trouble.
Read Status
Allows the status of the entire system to be read, including the status of the loop interface boards, the
addressable detectors, and the control and monitor modules.
Alter Status
Provides access to Level One functions, such as setting the FACP clock.
Prog
This Level Two function key provides access to Programming mode, for configuring the
IFC-1010/2020.
SPL Funct
This key generates system and installed point reports.
Alpha Enter
During Programming mode, pressing the Alpha Enter key stores the character displayed and permits
the alternate character on that key to be entered next.
Backspace
Erases the last alphanumeric keypress, or serves as an escape key during programming.
Enter
Menu selections are entered and programming data is stored in IFC-1010/2020 memory upon
pressing this key.
Operations—IFC-1010/2020 Operations
15
Read Status
The Read Status feature of the IFC-1010/2020 allows the operator to
display the status of the entire system.
A
To execute the Read Status: Press
RE AD
S TAT U S
.
The display will show:
PRESS 1=SYS,2=PTREAD,3=ALM,4=TBL,5=DIS,
6=MONON,7=CTLON
:
S cr12 A !
Enter 1 for Display System Configuration. This selection provides
information on any of the system parameters programmed into the
IFC-1010/2020 - such as the number and style of the loop interface
boards, the number of AVPS-24 and/or AVPS-24E and/or APS-6R power
supplies, the software zone boundary, the system time delays, and the
annunciator modules installed.
Enter 2 for Point Read. This selection provides information on the status
of any intelligent detector, addressable module, software-defined zone, or
annunciator point in the system.
Enter 3 for Alarm. This selection provides information on the lowest
N2
addressed device or zone in an alarm state.
Enter 4 for Trouble. This selection provides information on the lowest
N2
addressed device or zone in trouble.
Enter 5 for Disable. This selection provides information on the lowest
N2
addressed device or zone disabled.
Enter 6 for Monitor On. This selection provides information on the lowest
N2
addressed non-fire or security monitor module activated.
Enter 7 for Control On. This selection provides information on the lowest
N2
addressed control module activated.
Note: Read Status Options 3, 4, 5, 6, and 7 and the Point Read option use
N12
the same format to display their indicated point information.
For an IFC-1010/2020 FACP on the Metasys Fire Network
System, always perform Read Status operations from a Fire
Operator Workstation (OWS). Never attempt to perform Read
Status operations from a local panel when the Fire OWS is
simultaneously attempting to do so.
16 Operations—IFC-1010/2020 Operations
Display System
Configuration
Read Status
Menu Option 1
Selecting 1 from the Read Status menu allows the operator to review the
various system parameters entered into the IFC-1010/2020. The System
Configuration menu:
PRESS 1=INST,2=STY,3=TDLY,4=AVPS,5=ZBND,
6=EXTEQ, 7=LOCP, 8=ISIB, 9=PARM
:
s cr1 2 b !
Note that when 4 is chosen from the menu, the total number of AVPS
and/or APS-6R power supplies will be displayed.
E nter M enu
C hoice
1
S ta tus D isplaye d:
THESE LIB BOARDS ARE INSTALLED:
1=Y,2=Y,3=Y,4=Y,5=N,6=N,7=N,8=N,9=N,10=N
Y = In stalled
2
N = N ot Installed
THE SLC LOOP STYLES ARE AS FOLLOWS:
1=6,2=6,3=6,4=6,5=4,6=4,7=4,8=4,9=4,10=4
Th e de fa ult value fo r S LC loo p s no t insta lle d is N F PA S tyle 4 .
3
VER=60, SIL=045, CUT=0000
V E R =A larm Verifica tio n Tim e (in se co nd s)
S IL= S ig na l-S ile n ce In hibit Tim e (in se con ds)
C U T =S ign al C u t-o ut Tim e (in seco nd s)
4
5
THERE ARE CURRENTLY 04 AVPS-24 INSTALLED
IN THE SYSTEM
ZONES 001 - 200 ARE FORWARD ACTIVATED
ZONES 201 - 240 ARE REVERSED ACTIVATED
s cr1 2 _ a
Figure 5a: Read Status Menu Option 1 (Continued on next page)
Operations—IFC-1010/2020 Operations
17
6
TS=N
SL=N
APM=N,CMR=N,NAR=N
LEDL=N,PEC=N,BC=N,PTI=N,RPT=N
TS =is the con ne ctio n to th e term in a l sup e rvise d? (If T S =N , th e term ina l w ill
no t au dibly in dica te state ch an ge s [i.e., n o B ell ch ara cters w ill be sen t)].
S L =Is the S tatu s Line o ptio n e na b led ?
A P M = is th e co nn e ction to the a uxilia ry printe r m o nitored ?
N A R = Is “N O N A ”/”N O A ” m o n ito r m od u le state rep orting e na bled ?
L E D L= LE D la tche s on m o re activa ted a dd re ssable d evice s?
P E C =C o ntinu e to tra nsm it un de r p rin te r e rror con ditio ns?
P B C =Is b id ire ctio na l co py e na bled ?
P T I=Is the p rm ary p rin te r tro ub le inh ib itie d?
R P T =A re p rin te r re po rts d ire cted to te rm in al o utput?
7
THESE LIB BOARDS ARE INSTALLED:
1=Y,2=Y,3=Y,4=Y,5=N,6=N,7=N,8=N,9=N,10=N
D P X =Is the piezo disa b le d d uring p rog ra m m ing ?
L M D = Lo cal M od e D ecte ctor ad dre ss.
L M M = Lo ca l M o de M o nitor m o d ule a dd re ss.
L M C = Lo cal M od e C on tro l m o du le ad d ress.
7 2A = P ro te cte d pre m ises (loca l) fire a larm system .
7 2B = A u xilia ry fire alarm se rvice
7 2C = D o no use
7 2D = D o no use
7 1= D o n o use
L =L ea d A cid
N = N i-cad
R C = P ro prieta ry sup ervising statio n o r ce ntra l station re ceiving un it.
B T Y P = Type o f b attery insta lled in the syste m .
B C A P =N i=cad b attery ca pa city.
B S B Y =N i=ca d b a tte ry stan db y tim e .
E R M = Is eve nt rem in d er e n ab le d?
B L N =Is de vice b linkin g en ab le d?
PA L =Is p re-ala rm o ptio n e na bled ?
8
PRESS 1=INSTL,2=ANN,3=XINT,4=DACT
:
O ptio n 8 p ro vide s yo u w ith a R e ad S tatu s sub m enu for view ing th e statu s
o f th e in tellige nt S IB , insta lle d an nu nciato rs, e xtern al inte rfa ce , or D A C T.
Th is m e nu is d escrib ed late r.
9
HINZNDET=Z150,LOZNDET=Z001
SERPT=Y,DRIFT=Y,PGR=Y,MDM=Y,NAM=N,RP=Y
H IZ N D E T =H ig h zo n e for da y/nigh t d etecto r sen sitivity.
L OZ N E D T =L ow zo ne fo r d ay/n ig ht de te ctor se nsitivity.
S E R P T= Is “S A C M ”/”S E Q M ” m o nito r m od ule state re po rting en a bled ?
D R IF T= Is drift co m pe nsa tio n en ab le d?
P G R = Is PA G E -1 e na bled ?
M D M =Is m o de m en ab le d?
N A M = Is th e N A M -23 2 en ab le d?
R P = Is ra pid p o lling e na bled ?
s cr1 2 _ b
N7, N9
Figure 5b (Cont.): Read Status Menu Option 1
18 Operations—IFC-1010/2020 Operations
Menu Choice 8:
ISIB
E nter M enu
C hoice
1
S ta tus D isplaye d:
ISIB=Y
IS IB =Is the Inte llig en t S e rial In terface B oa rd in stalle d?
N o te: IS IB s availa ble for the IF C -10 1 0/2 02 0 syste m in clud e the
S IB -20 48 A , S IB -N E T, a nd S IB -N 2. Fo r a n IFC -1 01 0 /20 20
con ne cted to a Fire N etw ork syste m h ow e ve r, the o nly IS IB
th at can be u se d is th e S IB -N E T. If a S IB -N E T is no t
in stalle d, th e F ire N e tw o rk’s spe cific fun ctio ns can no t be
p rog ram m ed o r re ad u nd er R ea d S ta tus.
2
THESE ANNUNCIATORS ARE INSTALLED:
(PRESS ENTER TO CONTINUE UNTIL DONE)
D u e to its size, th e A nn un ciator R ea d S ta tus d isp lay is se pa ra ted into
tw o scree ns, illustra te d b elow. P re ssing < E nter> in vokes th e ne xt d isplay.
1=Y,2=N,3=N, 4=N, 5=Y, 6=Y, 7=N, 8=N,
9=Y,10=N,11=N,12=Y,13=Y,14=Y,15=N,16=N,
17=Y,18=Y,19=Y,20=N,21=N,22=N,23=N,24=N,
25=N,26=N,27=N,28=N,29=N,30=N,31=N,32=N
3
UPDN=N,ADDR=010,DBID=BC00D148
MIBA=H,MIBB=H,PORTS=2
U P D N = Is th e A C S P ort up lo ad /d ow n lo ad e na bled ?
*A D D R = FA C Fire N etw ork a dd ress.
*D B ID =D a tab a se id e ntifie r.
*M ID A = M IB -W /W F th resh old for C ha nn el A . (O n the
M IB -W F, o nly th e C h an n el A thre sh old se tting is u sed .)
*M IB B = M IB -W th re sh old for C h an ne l B .
*P O R TS = N um b er of da ta po rts m on itore d.
*Th ese item s are F ire N e tw ork sp ecific fu nction s an d a re
o nly disp la ye d w he n a S IB -N E T is in stalled .
4
DACT=01
D A C T =B a se a d dre ss o f the U D A C T (b la nk fo r n on e in stalled ).
s cr1 2 _ c
Figure 6: Read Status Menu Option 8
Operations—IFC-1010/2020 Operations
19
Point Read
Read Status
Menu Option 2
Selecting 2 from the Read Status menu allows the operator to review the
various detector, module, software zone, or annunciator point parameters
entered into the system. The system prompts the operator for the address
of the point to be read:
ENTER LXX(D/M)YY, ZXXX OR AXXPYY FOR PT.
STATUS (BCKSPC TO ABORT)
:
s cr1 2 r!
Upon entering the SLC or annunciator address/zone number, the system
will display a distinct screen format, depending on the particular type of
device being read, as illustrated below:
Note: After a 1-minute timeout, the Control-By-Event (CBE) and the
annunciator point mapped address appears for devices and zones.
Cooperative Control-By-Event (CCBE) appears for reverse
N8
zones. To display this information immediately, press Enter after
the status line appears.
Detectors
S tatu s: D IS A B L E ,A L A R M ,
T R O U B L,N O R M A L
S o ftw a re Typ e ID
NORMAL SMOKE(ION)
D
A T K
SH
D e vice
D isa bled
D e vice
in A larm
Tra cking
S e le cted
D e vice in
Tro ub le
2 0-cha ra cter
C u stom L ab el
COMPUTER ROOM SMOKE
V000 H 034
L02D26
Ve rificatio n
C o un te r
A d dre ss
P e rcen tag e of
A larm T hre sho ld
S e nsitivity S electio n :
L ow, M ed iu m , H ig h
D a y/N ig ht D etecto r S e nsitivity
S e tting : L ow, M e diu m , H igh
s cr1 2 s !
Figure 7: Detectors
Note: A detector may be in periodic test during a Read Status. In this
case, the detector status will be normal but the percentage of alarm
threshold will be greater than 100%. If this happens, wait
one minute, then perform another Read Status.
20 Operations—IFC-1010/2020 Operations
Detector Verification
If detector verification is enabled for this point, the V indicator appears
and the 3-digit counter shows the number of times the verification timer
was activated for the point without going into alarm. The counter returns
to zero when power is cycled to the IFC-1010/2020. If you disable
verification, the counter will retain its last value. If verification is not
enabled for this point, the V indicator does not appear; however, the 3digit number still appears. Note that the counter does not increment unless
verification is enabled.
Control Modules
S tatu s: D IS A B L , O N ,
T R O U B L , O FF,
*O F H O O K , N O R M AL
2 0-cha ra cter
C u stom L ab el
S o ftw a re Typ e ID
DISABL CONTROL
D CF A T W
D e vice
D isa bled
C o ntrol
M od ule
C O = On
C F= O ff
COMPUTER ROOM BELL
S
L01M36
S ign al S ile nce
E n ab le d
D e vice in
Tro ub le
D e vice in
A ctiva te d
A d dre ss
W a lk Test
S e le cted
*A n O FH O O K status ind icate s th at a te lep h on e o ff-h oo k (rin g-in) sign al h as b ee n
re ce ived , bu t h as n ot be en answ e red b y the o pe ra tor at th e fire figh te rs telep h on e A C S sw itch bo a rd.
s cr1 2 t!
Figure 8: Control Modules
Operations—IFC-1010/2020 Operations
21
Monitor Modules
Fire S ta tu s: D IS A B L, TR O U B L, N O R M A L
N o n-F ire an d S e cu rity S ta tus: D IS A B L, O N TR O U BL, O FF
2 0-cha ra cter
C u stom L ab el
S o ftw a re Typ e ID
NORMAL MONITOR
D MO A T K
D e vice
D isa bled
BASEMENT SMOKES
L05M12
S ign al S ile nce
E n ab le d
D e vice in
Tro ub le
M on itor
M od ule O n
(N on-F ire a nd
Se curity type s O nly)
A d dre ss
Tra cking
S e le cted
D e vice A ctiva te d
(Active in a N o n-Fire M o de)
s cr1 2 u !
Figure 9: Monitor Modules
Software Zones
S tatu s: D IS A B L , T R O U B L, N O R M A L
S o ftw a re Typ e ID
2 0-cha ra cter
C u stom L ab el
ALARM: FORWARD ZONE ATTIC DEVICE ZONE
D
A T
Z023
Zo ne
Zo ne in
D isa bled A larm
Zo ne in
Tro ub le
Figure 10: Software Zones
22 Operations—IFC-1010/2020 Operations
A d dre ss
s cr1 2 v !
Annunciator
Points
Annunciator Points
S tatu s: O N , TR O U B L ,O F F, R E Q E S T*, or b la nk
S o ftw a re Typ e ID
OFF
ANN CONTROL
2 0-cha ra cter
C u stom L ab el
ANNUNCIATOR ONE
A01P23
*A n R E Q E S T sta tu s in dicate s tha t a telep ho ne o ff-ho ok (rin g-in) sign al ha s be en
re ce ive d, an d an sw e re d b y th e op era to r a t th e fire fig hte rs te le ph on e A C S sw itchb oa rd ,
b ut ha s no t b ee n co n ne cted to th e te lep h on e lin e.
A d dre ss
s cr1 2 w !
Figure 11: Annunciator Points
Special Status
Option 3 provides information on devices or zones in an alarm state.
Option 4 provides information on devices or zones in a trouble state.
Option 5 provides information on disabled devices or zones.
Option 6 provides information on activated non-fire or security monitor
modules. Option 7 provides information on activated control modules.
Selecting 3, 4, or 5 from the Read Status menu prompts the operator to
choose between zones and devices. The following example performs a
search for the lowest devices in a fire alarm state.
PRESS 1=SYS,2=PTREAD,3=ALM,4=TBL,5=DIS,
6=MONON,7=CTLON
: 3
DO YOU WANT ZONE OR DEVICE STATUS?
(Y=ZONE, N=DEVICE (BCKSPC TO ABORT)): N
ALARM: SMOKE(ION)
A
COMPUTER ROOM SMOKE
M 034
L02D26
s cr1 2 x !
Figure 12: Special Status
Note: The Control-By-Event and the annunciator point mapped address
appears for devices and zones after a one minute timeout. In a
Metasys Fire Network system, Cooperative Control-By-Event
equations are displayed for reverse zones. To display this
information immediately, press Enter after the status line appears.
Operations—IFC-1010/2020 Operations
23
24 Operations—IFC-1010/2020 Operations
Prior/Next/Autostep
The Prior, Next and Autostep keys are used with Options 2 through 7 of
the Read Status menu. Upon selection of one of these options, an address
range is defined by the IFC-1010/2020 for which similar searches can be
performed using the Prior, Next, and Autostep keys. These functions
enhance and speed up the search process, because they eliminate the need
to re-enter the Read Status menu for the same function being repeating.
Prior - Searches the database in a reverse direction from the current
address (refer to Note).
Next - Searches the database in a forward direction from the current
address (refer to Note).
Autostep - Performs an automatic search of the database in the forward
direction from the current address with a two second display of status line,
followed by a two second display of the CBE and annunciator point
mapped address, for each of the points found. (The CCBE equation
appears for reverse zones on the Metasys Fire Network system.)
Note: The Control-By-Event and the annunciator point mapped address
appears for devices and zones after a one minute timeout. The
Cooperative Control-By-Event appears for reverse zones. To
display this information immediately, press Enter after the status
line appears.
S tarting
S earch
A ddress
P rior
C urrent
A ddress
N e xt/A u toste p
E nding
S earch
A ddress
s ec 2 p ic
Figure 13: Database Search
The Autostep key can be used as an alternate method for generating
special reports.
Operations—IFC-1010/2020 Operations
25
26 Operations—IFC-1010/2020 Operations
Special Function
The Special Function feature of the IFC-1010/2020 allows the operator to
generate IFC-1010/2020 status reports or view the IFC-1010/2020 History
Buffer.
To Select
Special
Function
To select the Special Function feature:
S
Press
SPL
FUN CT
. The display will show:
PRESS 1=RPTS,2=HIS
:
s cr3 a
Reports
SPL FUNCT Menu
Option 1
PRESS 1=SYS,2=POINT,3=ALM,4=TBL,5=DIS,
6=MONON, 7=CLTON
:
sc r3 b
Enter 1 for a System Configuration report, 2 for an Installed Point report,
3 for a Fire Alarm report, 4 for a Trouble report, 5 for a Disable report,
6 for a Monitor Module On report (including non-fire and security monitor
modules), or 7 for a Control Module On report.
The display will show:
PRESS 1=REQUEST,2=ABORT
:
s cr3 e
Enter 1 to execute the report or 2 to abort a report already in progress.
Note: Only one report can be conducted at any one time. The reports are
not displayed on the DIA. Reports are either displayed on the CRT
and/or printed by the printer, depending on whether or not printer
reports are redirected to the CRT during programming. An
example of a report printout is illustrated in Figure 14.
The Special Function report printouts (refer to Figure 14) have the same
display format as the Point Read option under Read Status. For a
description of the various report fields, refer to Point Read.
Operations—IFC-1010/2020 Operations
27
P R E S S 1 =R P T S ,2 =H IS
: 1
P R E S S 1 =S Y S ,2 -P O IN T,3 =A L M ,4= TB L ,5 -D IS ,6= M O N O N ,7=C TL O N
:1
P R E S S 1 =R E Q U E S T,2= A B O R T
:1
** S Y S TE M C ON F IG U R ATION R E P O R T B E G IN **
0 4:32 P 0 3/0 1/97
TH E S E L IB B O A R D S A R E IN S TA L LE D
:1 =Y,2 =N ,3=N ,4= N ,5 =N ,6 =N ,7= N ,8 =N ,9 =N ,10 =N
TH E S L C LO O P S TY L E S A R E A S F O LL O W S :1 =4 ,2 =4 ,3=4,4= 4,5 =4 ,6 =4 ,7 =4,8= 4,9= 4,1 0= 4
V E R =05 ,S IL= 00 5,C U T= 05 04
TH E R E A R E C U R R E N T LY 0 0 AV P S -2 4 IN S TA L LE D IN T H E S Y S TE M
ZO N E S 0 01 - 0 02 A R E FO R W A R D A C TIVATE D ZO N E S 20 1-2 40 A R E R E V E R S E A C TIVATE D
TS =N
S L= Y A P M =Y,C M R = Y,N A R = Y,LE D L= N ,P E C = N ,BC = N ,P T I= N
,R P T= N
D P Z =N ,L M D =2 0,LM M =2 0,L M C =2 0,7 2 A B C D ,7 1,R C ,B T Y P = N ,B C A P =1 2,B S B Y = 48 ,E R M = Y,B LN =Y,PA L =N
IS IB =Y
TH E S E A N N U N C IATO R S A R E IN S TA LL E D :
(P R E S S E NT E R TO C O N T IN U E U N TIL D O N E)
1 =N ,2 =N ,3= N ,4= N ,5 =N ,6= N ,7 =N ,8 =N 9 =N ,10 =N ,11= N ,12 =N ,13 =N ,14 =N ,1 5= N ,1 6= N
1 7= N ,18 =N ,19 =N ,2 0 =N ,2 1= N ,2 2= N ,2 3=N ,24 =N ,25 =N ,2 6 =N ,2 7= N ,2 8= N ,29 =N ,30 =N .31 =N ,3 2 =N
U P D N = N ,A D D R =0 10 ,D B ID = B C 0 0D 1 48 ,
M IB A = H M IB B= H ,P O R TS = 2
D A C T =0 1
H IZ N D E T= Z1 50 ,L OZ N D E T =Z0 01
S E R P T= Y,D R IF T=Y,P G R = Y,M D M = Y,N A M =N ,R P =N
*** S Y S TE M C O N F IG U R ATIO N R E P O R T E N D ***
P R E S S 1 =R P T,2 =H IS
:1
P R E S S 1= S Y S ,2= P O IN T,3 =A L M ,4 =TB L,5 =D IS ,6 =M O N O N ,7=C T LO N
: 2
P R E S S 1 =R E Q U E S T,2= A B O R T
:1
*** IN S TA LL E D P O IN T R E P O RT B E G IN ***
0 4:3 2P 03 /0 1/9 7
A L A R M : F O RW A R D ZO N E , FIR S T F LO O R
A
Z0 01
()
A 0 1P 01
A 01 P 0 2
D IS A B L R E V E R S E Z O N E S E C O N D F LO O R
D
T
Z2 02
OR( )
A 01 P 0 2
OR ( )
A L A R M : S M O K E (IO N )
(Z0 1 )
O FF IC E A R E A
A S H V 01 0 H 0 45
TR O U B L S M O K E (P H O TO ) FA C TO RY
(Z0 2 )
T
N O R M A L H E AT (A N A L O G) M A IN TE N A N C E
(Z0 1 )
N O R M A L M ON ITOR
(Z0 1 )
O N C O N TR O L
O R (Z0 1)
O FF C O N TR O L
O R (Z0 1)
FIR S T A ID
FIR S T FL O O R
S E C O N D FL O O R
S H V 00 0 H 04 5
S H V 00 0 H 04 5
L 0 1D 0
A 0 1P 03
L 01 D 02
A 01 P 03
L 01 D 03
A 01 P 0 3
K
L 0 1M 01
A 01 P 04
CO
W
S L0 1 M 0 2
A 0 1P 05
CF
W
S L0 1M 0 3
A 0 1P 06
ON
A N N ZO N E
B U IL D IN G O N E
D IS A B L A N N ZO N E
B U IL D IN G ON E
ON
A N N D E T E C TO R
B U ILD IN G O N E
O FF
A N N M O N ITO R
B U ILD IN G O N E
ON
A N N C O N TR O L
B U ILD IN G O N E
O FF
ANN CONTROL
B U ILD IN G O N E
*** IN S TA LL E D P O IN T R E P O RT E N D ***
A 0 1P 01
A 01 P 02
A 01 P 03
A 01 P 04
A 01 P 0 5
A 01 P 06
04 :3 2P 03 /0 1/9 7
P rn to u t-3
Figure 14: IFC-1010/2020 Special Function Report Printout
28 Operations—IFC-1010/2020 Operations
History Buffer
Read Status
Menu Option 2
PRESS 1=PRINT,2=DISPLAY,3=STEP,4=RANGE/
STATUS
:
sc r3 c !
Choices 1, 2, and 3 will prompt the user for the beginning and end of the
History Buffer range. The maximum number of events that the system can
save in the History Buffer is 400.
Press 1 to produce a printed report of the History Buffer. An example of a
History Buffer printout is illustrated in Figure 15.
Press 2 to perform an automatic display of the History Buffer on the DIA
and CRT terminal (if employed).
Press 3 to perform a manual display of the History Buffer on the DIA and
CRT. Use the Enter key (on DIA) or Return key (on CRT) to advance the
display.
Press 4 to display the History Buffer range (the number of entries
contained in the buffer), and current status (active/inactive).
Operations—IFC-1010/2020 Operations
29
To differentiate between History Buffer printouts (refer to Figure 15) and
system printouts (refer to Figure 14), the colon (:) in the time field is
replaced by the semicolon (;).
P R E S S 1 =R P TS , 2=H IS
P R E S S 1 =P R IN T, 2 =D IS P L AY, 3 =S T E P, 4 =R A N G E /S TAT U S
E N T E R F IR S T E V E NT (1 - 00 8)
E N T E R L A S T E V E N T (00 1 - 00 8 )
********** H IS TO R Y RE P O RT B E GIN **********
0 4:32 P 0 3/01 /9 7
A L A R M : S M O K E (IO N ) D E T E C TO R O N E
04 :3 2P 03 /0 1/9 7
A C K A L S M O K E (IO N ) D E TE C TO R O N E
04 :32 P 0 3 /01 /9 7
S IG N A L S IL E NC E
REQUESTED
0 4:3 2 P 0 3/0 1 /97
S Y S TE M R E S ET
A C TIVATE D
0 4 :32 P 0 3/01 /9 7
04 :3 2P 03 /0 1/9 7
C L R A L S M O K E (IO N ) D E TE C TO R O N E
04 :32 P 0 3 /01 /9 7
A C K A L S M O K E (IO N ) D E TE C TO R O N E
N O TIFIE R TE S T S YS T E M O N E
A LL SY S TE M S N O R M A L 04 :3 2P 03 /0 1/9 7
D E T E C TO R T E S T:AL L O K 02 +0 0+ 0 0+ 00 +0 0+00 +0 0+ 00 +0 0+ 0 0
TO T= 00 2 04 :32P 03 /01 /9 7
********** H IS TO R Y RE P O RT E N D **********
0 4:3 2P 0 3/0 1/97
:2
:1
:1
:8
1 01
10 1
1 01
10 1
P R IN T2
Figure 15: IFC-1010/2020 Special Function History Buffer Printout
30 Operations—IFC-1010/2020 Operations
Fire Alarms
The following example illustrates the system format used to display fire
alarm conditions:
D e tecto rs:
FIX E D P H O T D
FIX E D TH E R D
H E A D (A N A LO G )
IO N D U C T D E T
S M O K E (IO N )
S M O K E IO N H P
S M O K E IO N L P
S M O K E (P H O TO )
D e vice
S tatu s
D e vice Typ e ID
M od ules:
M ON NORM CLD
M O N P U L L S TA
M O N ITO R
P U L L S TATIO N
S M O K E (C O N V )
W ATE R FL O W
C u stom D e vice L a be l
th at w a s en tered du rin g
p rog ram m in g.
ALARM: SMOKE(PHOTO) COMPUTER ROOM
FOURTEENTH FLOOR
04:32P 03/01/97 124
S o ftw a re Zo ne L ab el
o f th e first so ftw are zon e
th at th e de vice w a s m ap ped
to d uring p rog ram m in g .
TIm e a nd D a te
H o ur:M inu te M on th /D a y/Yea r
D e vice
A d dre ss
in the
R a ng e 01 -99
L oo p N um be r
in the R an g e 0 -9 ,
w ith 0= Lo op 1 0.
s ec 4 p ic !
Figure 16: Fire Alarm Conditions Display
Note: The piezo sounder will pulse for fire alarm conditions.
Operations—IFC-1010/2020 Operations
31
Acknowledging
a Fire Alarm
To acknowledge a fire alarm condition at the panel:
ACK
S TEP
and the Alarm device status will change to ACK AL
Press
(Acknowledged Fire Alarm).
When the fire alarm condition clears (either automatically in the case of
devices programmed for tracking, or by the pressing of the System Reset
key), the panel will display CLR AL and the piezo will resound. To
acknowledge the clearing of a fire alarm:
ACK
S TEP
Press
and the CLR AL device status will change to ACL AL
(Acknowledged Clear Fire Alarm).
When multiple events have occurred, the system will display the first
event that occurred (with the exception that the first fire alarm will always
override any previous trouble). When the Ack Step key is pressed, the
operator will have acknowledged the highest priority event, not
necessarily the event that is being displayed on the CRT monitor and DIA.
The Acknowledge message for the first prioritized event will be displayed
for several seconds, followed by display of the next priority
unacknowledged event.
Notes: The piezo sounder will be silenced only after all events have been
acknowledged.
Security alarms are treated like fire trouble conditions in the
IFC-1010/2020.
For an IFC-1010/2020 panel on the Metasys Fire Network system,
acknowledgment of any event may be accomplished from the local fire
alarm panel, Intelligent Network Annunciator (INA), or Fire OWS.
Acknowledging alarms and events from any of these locations
automatically provides acknowledgment at all locations. Fire alarm signals
are acknowledged individually at the local fire alarm panel, Fire OWS, or
INA. If the same event on the same point occurs on multiple nodes, the
event on the node with the lowest node address has the highest priority.
For more information on priorities and acknowledging events on the Fire
Network system, refer to the Metasys Intelligent Fire Network Technical
Bulletin (LIT-448196); Fire Operator Workstation (Fire OWS) Technical
Bulletin (LIT-636014); and the Fire OWS section of the Metasys Operator
Workstation User’s Manual (FAN 634).
32 Operations—IFC-1010/2020 Operations
Troubles
Trouble with
SLC Devices
The following example illustrates the format used to display device
trouble conditions:
Device Type:
M od ules:
G N A LA R M F O R C
ACCESS M ONTR
G N S U P R F OR C
ALARM S PEND
G N T R B L FO R C
A R E A M O N ITO R
G N W AT FO R C
CMX CONTROL
G N W AT E R F LW
CMX FORM C
M ON NORM CLD
C O N TR OL
M O N P U L L S TA
DACT CONNECT
M O N ITO R
E Q U IP M O N ITR
M O N ITO R PA G E
FO R M C M A N U A L
N O N A LA R M
FO R M C R E L AY
N O N A LM M O N
GENER AL PEND
PA G E
G N A LA R M
P O W E R (C O N V )
G N A LA R M E V C
C u stom D e vice L ab el
th at w as e ntere d du rin g
D e vice Typ e
p rog ram m in g.
D e tecto rs:
FIX E D P H O T D
FIX E D T H E R D
H E A D (A N A LO G )
IO N D U C T D E T
S M O K E (IO N )
S M O K E IO N H P
S M O K E IO N L P
S M O K E (P H O TO )
D e vice
S tatu s
P U L L S TATIO N
S M O K E (C O N V )
SPEAKER
S P R N K LR M N TR
SPRVSRY M NTR
S Y S TE M M O N T R
TE LE P H O N E
TR B L M O N ITO R
TR B LS P E N D
TR O U B LE
TR O U B LE FO R C
W ATE R FL O W
TROUBL SMOKE(PHOTO) COMPUTER ROOM
Z087 MAINTENANCE REQ 04:32P 03/01/97 124
S o ftw a re Zo ne L ab el
o f th e first so ftw a re zon e
th at th e d e vice w a s m a pp e d
to d uring p rog ram m in g.
Type of Trouble:
TIm e a nd D a te
H o ur:M inu te M on th/D ay/Ye a r
D e tecto rs:
D E T FA IL E D TE S T
D E V IC E D IS A B L E D
D R IF T TO L E R A N C E
IN VA L ID R E P LY
L OW C H A M B E R VA L
M A IN T E N A N C E R E Q
P R E -A LA R M A L E RT
D e vice
A d dre ss
in th e
R a ng e 0 1 -99
SLC Number
in th e R an ge 0 -9,
w ith 0= S L C 10 .
S E C U R ITY N O C O M
S E C U R ITY TA M P E R
S H O R T C IR C U IT
S P R N K LR TR O U B L E
S U P RV S R Y S IG N A L
s ec 5 l!
Figure 17: Device Trouble Conditions Display
Note: The piezo sounder will sound steadily for unacknowledged trouble
conditions.
Operations—IFC-1010/2020 Operations
33
Trouble with
Disabled Zones
The following example illustrates the format used to display disabled zone
trouble conditions:
D e vice
S tatu s
D e vice Typ e
FO R W A R D ZO N E
R E V E R S E ZO N E
C u stom Z on e L ab e l
th at w a s e n tere d du rin g
p rog ram m in g.
TROUBL FORWARD ZONE
ZONE DISABLED
S o ftw a re Zo ne L ab el
o f th e first so ftw are zon e
th at th e de vice w a s m a p pe d
to d uring p rog ram m in g.
FIRST FLOOR
04:32P 03/01/97 Z001
Tim e a nd D a te
H o ur:M inu te M on th /D ay/Yea r
Zo ne A dd ress
in the R a ng e
Z0 01 -Z2 4 0
s ec 5 2 !
Figure 18: Disabled Zone Trouble Conditions Display
Note: The piezo sounder will sound steadily for unacknowledged trouble
conditions.
Trouble with the
IFC-1010/2020
System
The following example illustrates the format used to display system
trouble conditions. For an explanation of some trouble messages, refer to
the Trouble Messages section of this publication.
S p ecific
Tro ub le M essag e
D e vice
S tatu s
TROUBL CASTASTROPHIC LOOP INTERFACE BOARD
2 COMMUNICATION FLT 04:32P 03/01/97 T19
Tim e a nd D a te
H o ur:M inu te M on th /D ay/Yea r
Tro ub le In de x
P ro vid e this ind e x to your
Joh nso n C o n trols Field S up po rt
S e rvices fo r trou blesh oo tin g.
s ec 5 3 !
Figure 19: System Trouble Conditions Display
34 Operations—IFC-1010/2020 Operations
Trouble with the
Annunciators
The following example illustrates the format used to display trouble
conditions with the Annunciator Control System modules. For an
explanation of some trouble messages, refer to the Trouble Messages
section of this publication.
S p ecific
Tro ub le M essag e
D e vice
S tatu s
TROUBL ANNUNCIATOR 01 INSTALLATION ERROR
MAIN LOBBY
04:32P 03/01/97 N00
Tim e a nd D a te
H o ur:M inu te M on th /D ay/Yea r
C u stom A n nu n ciato r L ab el
U ser de fin ed d uring p rog ra m m ing .
Tro ub le In de x
P ro vide this ind ex to yo ur
Joh nso n C o ntrols Fie ld S u p po rt S ervices
fo r trou blesho otin g.
s ec 5 4 !
Figure 20: Trouble Conditions Display Format
Note: The piezo sounder will sound steadily for unacknowledged trouble
conditions.
Block
Acknowledge
The Block Acknowledge function gives the user the ability to
acknowledge multiple trouble conditions with one press of the Ack Step
key. The IFC-1010/2020 Block Acknowledge function is normally
enabled. With Block Acknowledge enabled, the IFC-1010/2020 will
function as follows:
x Fire alarm conditions including clears (tracking devices only) must be
acknowledged individually as described earlier. Fire alarm conditions
restored by pressing the System Reset key do not require
acknowledgment.
x All current unacknowledged conditions must be processed by the
system before Block Acknowledge is executed (events will be
acknowledged individually until then).
x Acknowledged Event messages are not recorded for individual troubles
once the Block Acknowledge message appears.
x Trouble clears will be recorded for individual troubles that have not
been initiated by a system reset.
x Trouble clears no longer have to be acknowledged.
x Troubles may come and go without being acknowledged.
x Upon completion of Block Acknowledge, the IFC-1010/2020 will enter
its display acknowledged events mode of operation (see Displaying
Current Alarms and Troubles section).
Operations—IFC-1010/2020 Operations
35
To disable the Block Acknowledge function, refer to the local parameters
NFPA programming section in IFC-1010/2020 Programming Technical
Bulletin (LIT-448060). If the IFC-1010/2020 Block Acknowledge function
is disabled, the IFC-1010/2020 will process alarm and trouble conditions
in Receiving Unit mode. See the Caution note that follows for restrictions.
ACK
S TEP
Press
appear:
to execute Block Acknowledge. The following message will
*********** BLOCK ACKNOWLEDGE ***********
04:32P 03/01/97
s ec 5 5 !
!
Acknowledging
Troubles in
Receiving Unit
Mode (Block
Acknowledge
Disabled)
CAUTION: For an IFC-1010/2020 connected to a Metasys Fire
Network system operating as a Proprietary Fire Alarm
System and which also includes a Fire OWS, Block
Acknowledge is not permitted under the UL Listing.
Therefore, all IFC and INA panel nodes should be
programmed for the Receive mode of operation and
the Fire OWS Block Acknowledge disabled (see the
Fire Operator Workstation (Fire OWS) Technical
Bulletin (LIT-636014). All nodes must be operated in
the same mode.
The Receiving Unit mode of operation is required for all NFPA
Proprietary Supervising Station and Central Station Receiving Units.
To acknowledge a device, zone, system, or annunciator module trouble
condition:
ACK
S TEP
Press
and the TROUBL status will change to ACK TB
(Acknowledged Trouble).
When the trouble condition clears, the panel will display CLR TB and the
piezo will sound again.
To acknowledge the clearing of a trouble condition:
ACK
S TEP
and the CLR TB status will change to ACL TB
Push
(Acknowledged Clear Trouble).
36 Operations—IFC-1010/2020 Operations
When multiple events have occurred, the IFC-1010/2020 will display the
first event that occurred (with the exception that the first fire alarm will
always override any previous non-sprinkler supervisory trouble). When
the Ack Step key is pressed, the operator will have acknowledged the
highest priority event, not necessarily the event that appears on the CRT
monitor and DIA. The acknowledged message for the first prioritized
event will be displayed for several seconds, followed by display of the
next priority unacknowledged event.
Note: The piezo sounder will be silenced only after all events have been
acknowledged.
Displaying
Current Alarms
and Troubles
To display alarms and troubles that have been acknowledged but not
cleared:
ACK
S TEP
Press
and the next event in IFC-1010/2020 memory will appear on
the LCD. All events in memory can be reviewed by repeatedly pressing
the Ack Step key.
Operations—IFC-1010/2020 Operations
37
38 Operations—IFC-1010/2020 Operations
Remote Peripherals
The IFC-1010/2020 will support the installation of optional remote video
display terminals and printers.
CRT Terminal
The CRT terminal displays all system information. The CRT can also
display system reports if printer reports are redirected to the CRT during
programming. The CRT is provided with a keyboard that can be used to
program the IFC-1010/2020.
Local
Applications
The keyboard can be used to operate the IFC-1010/2020 provided the
N3
keyboard is either removed or locked up when not in use.
Receiving Unit
Applications
If employed under NFPA 72-1996 Proprietary Fire Alarm System
(Receiving Unit) applications, the keyboard cannot be removed or locked
up. The keyboard must remain connected and operationally functional in
the system.
Printer
The printer can be used to provide a permanent record of all system
events. Alarms, troubles, and acknowledgments are recorded as they occur
in the system. In addition, the printer can be used to print out status
information and system reports.
Operations—IFC-1010/2020 Operations
39
40 Operations—IFC-1010/2020 Operations
Trouble Messages
Many of the IFC-1010/2020 device, zone, system and annunciator trouble
messages are self-explanatory. Those messages needing further
clarification are listed below. If the system is displaying a message that is
not self-explanatory, and is not listed here, contact Johnson Controls.
CAT. COMM. FAULT
Catastrophic communications failure - the annunciator associated with this
message is no longer functioning. The connection may be broken.
CAT. FAIL. INCOMPATIBLE SOFTWARE OR INVALID CBE
The panel is operating under an earlier version of software after newer
software features have been programmed into the system. Contact the
factory to establish valid software compatibility. Complete reprogramming
of system Control-By-Event (CBE) equations may be required.
CATASTROPHIC LOOP INTERFACE BOARD X COMMUNICATION
FLT
Communication has failed between the IFC-1010/2020 and the Loop
Interface Board (LIB) specified in the X field of the message. This failure
may be due to several reasons: the LIB board has failed electronically; the
LIB is programmed but not installed in the system; the LIB is installed but
is not programmed into the system; or a poor connection has been made
between the CPU and the LIB.
COMMUNICATION LINK FAILURE IN PORT A
Data is not being received on network (MIB) port A. This trouble is only
reported if the node is configured for dual port monitoring.
COMMUNICATION LINK FAILURE IN PORT B
Data is not being received on network (MIB) port B. This trouble is only
reported if the node is configured for dual port monitoring.
DET FAILED TEST
This detector failed its periodic detector test. The periodic detector test
verifies the alarm operation of the detector.
DRIFT TOLERANCE
Operations—IFC-1010/2020 Operations
41
This detector's drift compensation value is outside the allowable range.
This detector can no longer be compensated and should be replaced.
EXPANDER MODULES
The number of annunciator expander modules for this annunciator is less
than the number indicated by its DIP switch settings.
EXT EQP ANN XX OR AUDIO/TELEPHON
External equipment connected to the trouble contacts of an annunciator,
AMG, or FFT-7 has failed.
INSTALL. ERROR
Installation error with an Annunciator Control System module. An
annunciator has been physically installed in an IFC-1010/2020 system, but
has not been programmed, or has been programmed, but not installed.
INVALID REPLY
The IFC-1010/2020 has received either no response or an invalid response
from an addressable LIB SLC loop device. Confirm that the LIB SLC loop
is connected properly to the device and that the device address has been
set correctly.
LAN COMMUNICATION FAILURE (Fire Network Systems
Only)
The specific network node (panel) can no longer communicate with the
rest of the network, indicating a problem with the network connections.
LOW CHAMBER VAL
The chamber value of the detector is too low for operation. This indicates
a malfunction in the detector. The detector must be removed and replaced
by an authorized service representative.
MAINTENANCE REQ
The chamber value of the detector has exceeded 80 % of the alarm
threshold (determined by the sensitivity selection of Low, Medium, or
High), and has remained there for at least a 26 hour period. This condition
may be due to a dirty detector. The detector should be inspected and
cleaned as necessary by an authorized service representative. Failure to do
so may eventually result in false alarms.
MANUAL CONTROL
This annunciator is being controlled manually.
42 Operations—IFC-1010/2020 Operations
PRE-ALARM ALERT
The chamber value of the detector has exceeded 80% of the alarm
threshold (determined by the sensitivity selection of Low, Medium or
High), and has remained there for at least a 60 second period. This
condition may be due to a dirty detector. The detector should be inspected
and cleaned as necessary by an authorized service representative. Failure
to do so may eventually result in false alarms.
POINT TROUBLE
A monitor module dedicated to monitoring trouble conditions has been
activated.
SECURITY ALARM
A security device programmed as Type ID SARM has been activated
indicating a burglary or security violation. This condition should be
checked immediately.
SECURITY ALERT
A security device programmed as Type ID SACM has been activated
indicating that a monitored event has occurred.
SECURITY TAMPER
A security device programmed as Type ID SSYM or Type ID SEQM has
been activated indicating that monitored equipment has been tampered
with. This condition should be checked immediately for a SSYM device
because it may be due to a burglary or security violation.
SECURITY NO COM
The IFC-1010/2020 has received either no response or an invalid response
from an addressable SLC device programmed for security operation. This
may be the result of a burglary, other security violation, the failure of a
device, an improperly addressed device, or failure of the field wiring.
SPRNKLR TROUBLE
A supervisory condition that indicates sprinkler equipment supervised by a
monitor module is in an abnormal state (i.e., a sprinkler valve has been
closed). Note that a break in the wiring of a supervisory circuit is a trouble
condition that yields OPEN CIRCUIT, not SPRNKLR TROUBLE.
Operations—IFC-1010/2020 Operations
43
SUPRVSRY SIGNAL
A supervisory condition that indicates equipment supervised by a monitor
module is in an abnormal state (i.e., low pressure indication). Note that a
break in the wiring of a supervisory circuit is a trouble condition that
yields OPEN CIRCUIT, not SUPRVSRY SIGNAL.
VER COUNT OVFLW
This detector has exceeded the allowed detector verification limit. This
condition may be due to a dirty detector. The detector should be inspected
and cleaned as necessary by an authorized service representative. Failure
to do so may eventually result in false alarms.
44 Operations—IFC-1010/2020 Operations
Drift Compensation
IFC-1010/2020 software is designed to automatically compensate for
chamber sensitivity drift due to detector contamination in
2551J/2251J/2551THJ photo detectors and 1551J/1251J ion detectors.
This software-based compensation meets NFPA 72-1996, Chapter 7:
Inspection, Testing, and Maintenance periodic sensitivity testing and
maintenance requirements without removing and testing each smoke
detector in an installed system. This does not eliminate the need for visual
inspection or testing for smoke entry.
Alarm sensitivity in a detector chamber tends to increase over time. This
increase is caused by chamber contamination. In time, if the clean air level
exceeds the alarm threshold a false alarm occurs. Drift compensation
eliminates this problem by increasing the alarm threshold as needed to
maintain constant sensitivity. When the detector is too dirty to
compensate, a trouble is indicated automatically.
No additional programming is required for drift compensation. Every
detector has three sensitivity levels: low, medium, and high. These levels
assign specific Percent Obscuration per Foot values for each device.
Table 5: Detector Sensitivity
Low
Sensitivity
Medium
Sensitivity
High Sensitivity
Photo Detector
2.00
1.50
1.00
Ion Detector
3.00
1.50
1.00
(Percent Obscuration per Foot)
Drift compensation is executed when:
x
the system powers up
x
non-communication INVALID REPLY clears
x
every 120 hours, based on at least four samples
Whenever a detector is replaced, an immediate compensation must be
forced. The installer should remove the existing detector, wait for at least
three minutes, and then install the new detector.
Operations—IFC-1010/2020 Operations
45
After servicing a system containing drift compensation software, some
detectors may cause a drift compensation trouble indication within
15 minutes after reapplication of power. These detectors may have
undergone several drift sensitivity adjustments in the past and may not be
properly compensated during powerup compensation. A second
compensation may be required before the trouble condition clears. This
second compensation will be completed automatically after 120 hours. If a
trouble condition for a detector still exists after a second compensation,
clean and/or replace it.
If power has not been removed and reapplied recently and drift
compensation trouble is indicated for a particular device, clean and/or
replace the detector immediately.
46 Operations—IFC-1010/2020 Operations
Application and Clarification
Notes
The IFC-1010/2020 product is UL Multiple Listed, in association with its
original manufacturer. This allows Johnson Controls to provide the latest
products, upgrades, and updates available from the manufacturer to the
customer at the fastest rate and lowest cost. To conform to this UL
Multiple Listing process, this documentation must closely reflect that
which is distributed by the product’s original manufacturer. To
supplement the UL Multiple Listed text given in this document, the
following table of descriptive numbered Notes has been added.
Table 6: Number Note Reference Table
Note
Number
Section
Note
N1
About the
Operation of the
Panel
The term loop is used in a general sense. It refers to a Class A, looped circuit only
when referencing one of the following:
x
Style 6/7 for an SLC
x
Style D for an Initiating Device Circuit (IDC)
x
Style Y for a Notification Appliance Circuit (NAC) wiring installation
N2
Read Status
Use the ACK/STEP key to view any other devices in the alarm, trouble, disabled, or
active state. See the Prior/Next/Autostep section.
N3
CRT Terminal
Since the system function keys (Acknowledge, Signal Silence, and Reset) are not key
lock or password protected against unauthorized access on the CRT, in order to
comply with the UL Listing and NFPA standards, the keyboard may not be connected
to the CRT. The only exceptions are:
x
during programming and maintenance of the system
x
if the system is configured in compliance with the Proprietary Fire Alarm System
configuration and the panel is operating as the Primary Supervising Station
x
if modem is enabled in Additional System Parameters (PARM=9) portion of
System Programming
N4
About the
Operation of the
Panel
Although only addressable monitor modules (M50xMJ) and control monitor modules
(M5x0CJ) are identified, addressable detectors are included.
N5
About the Walk
Test
Each time a device on the SLC selected for Walk Test is activated, the 15 minute
countdown timer is restarted.
N6
About Priorities
Node numbers are applicable only if an IFC-1010/2020 panel is connected to a
Metasys Fire Network.
N7
Read Status Menu
Option 1
The ISIB selection should also be Yes if an SIB-N2 or SIB-2048 Serial Interface Board
is installed, instead of an SIB-NET.
N8
Read Status Menu
Option 2
The CCBE is displayed only for a reverse zone if the panel is part of the Metasys Fire
Network.
N9
Read Status Menu
Option 1
Use of the NAM interface to the IFC-200 and IFC-400 is not supported in the
IFC-1010/2020, unless Merge firmware is installed in the panel.
Continued on next page . . .
Operations—IFC-1010/2020 Operations
47
Note
Number
(Cont.)
Section
Note
N10
About the
Passwords
Addressable points should not be reprogrammed while they are in the trouble or alarm
conditions.
N11
About the Print
Time
Events recorded in the control panel’s history file (buffer) also record the time of the
event. (See About Priorities for a description of how the recorded event time may be
displaced by one to several minutes.
N12
Read Status
See the Special Status section for examples for the display for each section.
Controls Group
507 E. Michigan Street
P.O. Box 423
Milwaukee, WI 53201
48 Operations—IFC-1010/2020 Operations
www.johnsoncontrols.com
FAN 448
IFC-1010/2020 Technical Manual
Release 1.0
Printed in U.S.A.