Page 1
MXL-IQ CONTROL PANEL
Operation, Installation, and Maintenance Manual
Siemens Industry, Inc.
Building Technologies Division
Florham Park, NJ
P/N 315-093624-13
Siemens Building Technologies, Ltd.
Fire Safety & Security Products
2 Kenview Boulevard
Brampton, Ontario
L6T 5E4 Canada
Page 2
CAUTION
ALL WIRING MUST BE DONE AS DESCRIBED BELOW
TO OBTAIN SAFE AND PROPER SYSTEM OPERATION.
1. Earth ground the MXL-IQ enclosure properly; see the latest edition of the National
Electrical Code for approved methods. Conduit ground is NOT adequate.
2. Separate all wiring for initiating devices (i.e., detectors, manual stations, TRI
modules, etc.) from all other wiring in the MXL-IQ enclosure. To wire the System in compliance with UL 864, refer to the Installation and Power Limited
Wiring Instructions for the MSE-3L Enclosure, P/N 315-095445.
3. INSULATE ALL CABLE DRAIN WIRES from any conduit or earth grounded
electrical box, including those in the MXL-IQ enclosure.
4. Connect shield cable drain wire ONLY inside the MXL-IQ enclosure.
5. No wiring used for any of the following can run outside the building:
• an ALD loop
• a RS-485 network
• an NAC circuit used for audibles
• a CZM-1B6 or CZM-4 initiating device loop
For additional wiring information, refer to this manual or call Siemens
Industry, Inc., Technical Support Department at 1-800-248-7976.
Page 3
Table Of Contents
Description ______________________________ 1 - 1
Introduction ____________________________________________________ 1 - 1
Software ______________________________________________________ 1 - 1
Minimum MXL-IQ Control Panel Configuration ________________________ 1 - 3
Components Of The Basic System __________________________________ 1 - 4
SMB-2 Main Board _____________________________________________ 1 - 4
MPS-6 Power Supply ___________________________________________ 1 - 5
MPS-12 Power Supply __________________________________________ 1 - 5
MKB Keyboard/Annunciator Panel _________________________________ 1 - 5
PIM-1 Peripheral Interface Module__________________________________ 1 - 6
PIM-2 Peripheral Interface Module__________________________________ 1 - 6
PAL-1________________________________________________________ 1 - 6
MSE-3L or MSE-3M Enclosure ____________________________________ 1 - 7
TSW-2 Tamper Switch __________________________________________ 1 - 7
BP-61 Batteries ________________________________________________ 1 - 7
Chapter 1
BTX Batteries _________________________________________________ 1 - 7
Optional Modules _______________________________________________ 1 - 8
ALD-2I Analog Loop Driver _______________________________________ 1 - 8
CCU/M Pager Interface Module ____________________________________ 1 - 8
CMI-300 Interface Module ________________________________________ 1 - 8
CPY -HLI Interface Card* _________________________________________ 1 - 8
CRM-4 Relay Module ___________________________________________ 1 - 9
CSM-4 Signal Module ___________________________________________ 1 - 9
CZM-4 Conventional Zone Module__________________________________ 1 - 9
D2300CP Fiber Optic Interface ___________________________________ 1 - 10
LLM-1 Leased Line Module ______________________________________ 1 - 10
MDACT Serial Dialer ___________________________________________ 1 - 10
MID-16 Input Driver* ___________________________________________ 1 - 10
MOD-16 Output Driver*_________________________________________ 1 - 1 1
MOI-7 Voice and Annunciator Driver* ______________________________ 1 - 11
i
Page 4
Table of Contents
MOM-2 Card Cage ____________________________________________ 1 - 11
MOM-4 Card Cage ____________________________________________ 1 - 12
NIM-1W Network Interface Module ________________________________ 1 - 12
PS-5A Power Supply* __________________________________________ 1 - 13
RCC Remote Command Center __________________________________ 1 - 13
RDM-PC Remote Diagnostics Module _____________________________ 1 - 13
Silent Knight Model 5128/5129 Digital Fire Communicator ______________ 1 - 14
Intelligent/Analog Devices _______________________________________ 1 - 14
FP-1 1 Intelligent/Analog Photoelectric Detector ______________________ 1 - 14
FPT-11 Intelligent Thermal Detector _______________________________ 1 - 14
ICP Intelligent Control Point______________________________________ 1 - 14
ICP-B6 Intelligent Control Point ___________________________________ 1 - 14
ID-60P Intelligent/Analog Photoelectric Detector ______________________ 1 - 14
ID-60PT Intelligent/Analog Photo-electric Detector with Heat Sensor ______ 1 - 14
ID-60I Intelligent/Analog Ionization Detector__________________________ 1 - 15
ID-60IH Intelligent/Analog Ionization High Altitude Detector ______________ 1 - 15
ID-60IA Intelligent/Analog Ionization High Air-V elocity Detector ___________ 1 - 15
ID-60IAH Intelligent/Analog Ionization High Air-V elocity , High Altitude Detector 1 - 15
ID-60IB Intelligent/Analog Ionization Air-Duct Detector _________________ 1 - 15
ID-60IBH Intelligent/Analog Ionization Air-Duct High Altitude Detector ______ 1 - 15
ILI-1 Intelligent/Analog Ionization Detector ___________________________ 1 - 15
ILI-1H Intelligent/Analog Ionization High Altitude Detector _______________ 1 - 15
ILI-1A Intelligent/Analog Ionization High Air-V elocity Detector _____________ 1 - 15
ILI-1AH Intelligent/Analog Ionization High Air-V elocity , High Altitude Detector _ 1 - 15
ILI-1B Intelligent/Analog Ionization Air-Duct Detector___________________ 1 - 16
ILI-1BH Intelligent/Analog Ionization Air-Duct High Altitude Detector _______ 1 - 16
ILP-1 Intelligent/Analog Photoelectric Detector _______________________ 1 - 16
ILPT-1 Intelligent/Analog Photoelectric Detector with Heat Sensor ________ 1 - 16
ILP-2 Intelligent/Analog Photoelectric Detector _______________________ 1 - 16
IL T-1 Intelligent Thermal Detector _________________________________ 1 - 16
LIM-1 Loop Isolator Module ______________________________________ 1 - 16
ii
Page 5
MSI-10/20 Intelligent Manual Station _______________________________ 1 - 16
MSI-10B/20B Intelligent Manual St ation _____________________________ 1 - 16
MSI-B6F Intelligent Manual St ation_________________________________ 1 - 16
MSI-MB6 Intelligent Manual Station ________________________________ 1 - 16
MS-MI Intelligent Manual Station __________________________________ 1 - 16
TRI-B6, TRI-B6R, and TRI-B6D Intelligent Interface Modules ____________ 1 - 17
CZM-1B6 Remote Conventional Zone Module________________________ 1 - 17
DI-3 Ionization Detector_________________________________________ 1 - 17
DI-3H Ionization High Altitude Detector _____________________________ 1 - 17
TRI-B6M Addressable Interface Module ____________________________ 1 - 17
TRI-S, TRI-R, and TRI-D Intelligent Interface Modules _________________ 1 - 17
Table of Contents
CONVENTIONAL DEVICES _______________________________________ 1 - 17
DI-A3 Ionization High Air-V elocity Detector __________________________ 1 - 17
DI-A3H Ionization High Air-V elocity , High Altitude Detector_______________ 1 - 17
DI-B3 Ionization Air Duct Detector_________________________________ 1 - 17
DI-B3H Ionization Air Duct High Altitude Detector _____________________ 1 - 18
DT-11 Thermal Detector ________________________________________ 1 - 18
PE-3 Photoelectric Detector _____________________________________ 1 - 18
PE-3T Photoelectric Detector with Heat Sensor ______________________ 1 - 18
PE-11 Photoelectric Detector ____________________________________ 1 - 18
PE-11T Photoelectric Detector with Heat Sensor _____________________ 1 - 18
PBA-1191 Linear Beam Smoke Detector ___________________________ 1 - 18
Installation ______________________________ 2 - 1
General Guidelines For Installing The MXL-IQ_________________________ 2 - 1
Installation Instructions For The MXL-IQ Control Panel ___________________ 2 - 2
Start Up Procedure ____________________________________________ 2 - 10
Chapter 2
System Function Checkout______________________________________ 2 - 16
iii
Page 6
Table of Contents
Chapter 3 Operation _______________________________ 3 - 1
Introduction ____________________________________________________ 3 - 1
System Modules _______________________________________________ 3 - 2
Remote System Modules ________________________________________ 3 - 2
Using The MKB-4 Keyboard/Annunciator Panel in Local Mode ____________ 3 - 3
The Display ___________________________________________________ 3 - 3
Internal Audible Alarm ___________________________________________ 3 - 4
Modes Of Operation ____________________________________________ 3 - 5
Alarm ________________________________________________________ 3 - 6
How The System Annunciates Fire Alarms ___________________________ 3 - 6
Viewing the List of Alarms ________________________________________ 3 - 7
How to Block Acknowledge a Fire Alarm _____________________________ 3 - 7
How to Individually Acknowledge a Fire Alarm _________________________ 3 - 7
Silencing The System ___________________________________________ 3 - 7
Supervisories __________________________________________________ 3 - 8
How The System Annunciates Supervisories _________________________ 3 - 8
Viewing the List of Supervisories___________________________________ 3 - 8
How to Block Acknowledge a Supervisory____________________________ 3 - 8
How to Individually Acknowledge a Supervisory _______________________ 3 - 9
Security _______________________________________________________ 3 - 9
How The System Annunciates Security Conditions ____________________ 3 - 9
Viewing the List of Security Conditions ______________________________ 3 - 9
How to Individually Acknowledge a Security Condition (UL 1076) __________ 3 - 9
Troubles______________________________________________________ 3 - 10
How The System Annunciates Troubles ____________________________ 3 - 10
Viewing The List of T roubles _____________________________________ 3 - 10
How to Block Acknowledge a T rouble ______________________________ 3 - 10
How to Individually Acknowledge a Trouble __________________________ 3 - 1 1
iv
Page 7
Reset Procedures ______________________________________________ 3 - 11
Hard Reset __________________________________________________ 3 - 11
Soft Reset ___________________________________________________ 3 - 1 1
Using The MKB Keyboard/Annunciator Panel in Global Mode ____________ 3 - 12
Limitations/Restrictions_________________________________________ 3 - 12
Global MKB Display Format _____________________________________ 3 - 12
Global Keypad Operation _______________________________________ 3 - 13
Using The Menu _______________________________________________ 3 - 14
Operation of the Keys on the MXL-IQ Annunciator Panel _______________ 3 - 14
Numeric Keypad ______________________________________________ 3 - 14
The Command Keypad _________________________________________ 3 - 14
Table of Contents
Overview of the Menu’s S tructure _________________________________ 3 - 15
Beginning a Menu Session ______________________________________ 3 - 16
Introduction to the Acknowledge Menu _____________________________ 3 - 16
Introduction to the List Menu _____________________________________ 3 - 16
Introduction to the Control Menu __________________________________ 3 - 16
Introduction to the Test Menu_____________________________________ 3 - 16
Entering Your Password ________________________________________ 3 - 17
Entering a Module Number and Device Number ______________________ 3 - 17
Entering a Device Number with the Module Number___________________ 3 - 17
Acknowledge Menu ____________________________________________ 3 - 18
Entering the Acknowledge Menu __________________________________ 3 - 18
Acknowledge: Alarm ___________________________________________ 3 - 18
Acknowledge: Supervsry________________________________________ 3 - 19
Acknowledge: Security _________________________________________ 3 - 20
Acknowledge: Trouble __________________________________________ 3 - 21
LIST Menu ____________________________________________________ 3 - 22
Entering the List Menu__________________________________________ 3 - 22
List: Status __________________________________________________ 3 - 23
List: Alarm ___________________________________________________ 3 - 23
List: Supervisory ______________________________________________ 3 - 24
v
Page 8
Table of Contents
List Security Conditions_________________________________________ 3 - 24
List: Trouble__________________________________________________ 3 - 25
List: Sensitivity Settings_________________________________________ 3 - 26
List: Voltages _________________________________________________ 3 - 26
List: Temp ___________________________________________________ 3 - 28
List: Module Type______________________________________________ 3 - 28
List: Device Type______________________________________________ 3 - 29
List: Message ________________________________________________ 3 - 30
List: Software V ersion __________________________________________ 3 - 30
List: Output States_____________________________________________ 3 - 31
List: Device Usages ___________________________________________ 3 - 32
List: Node Address ____________________________________________ 3 - 32
List: Air Sampling______________________________________________ 3 - 32
List: Percent/ft ________________________________________________ 3 - 34
List Percent/ft –Senstvty _______________________________________ 3 - 35
List Percent/ft– Pre-alarm ______________________________________ 3 - 35
List Percent/ft – Analog _________________________________________ 3 - 35
List: ASD_apps _______________________________________________ 3 - 35
CONTROL Menu _______________________________________________ 3 - 36
Entering the Control Menu_______________________________________ 3 - 37
Control: Reset ________________________________________________ 3 - 37
Control: Sensitivity_____________________________________________ 3 - 37
Control: Arm/dis_______________________________________________ 3 - 38
Control: Output on/off __________________________________________ 3 - 39
Control: Loop Arm _____________________________________________ 3 - 39
Control: Loop Disarm __________________________________________ 3 - 40
Control: Net Link Request _______________________________________ 3 - 40
Control: Air Sampling___________________________________________ 3 - 40
Control: Percent/ft _____________________________________________ 3 - 41
Control: Change Apps __________________________________________ 3 - 42
vi
Page 9
TEST Menu ___________________________________________________ 3 - 42
Entering the Test Menu _________________________________________ 3 - 43
Test: Set Time ________________________________________________ 3 - 43
T est: Ground Fault_____________________________________________ 3 - 44
Test: Power __________________________________________________ 3 - 44
Test: Lamp Test_______________________________________________ 3 - 45
Test: Device LED _____________________________________________ 3 - 45
Test: MOI Lamp Test ___________________________________________ 3 - 46
T est: Network (X-Network, M-Network) _____________________________ 3 - 46
Test: Override ________________________________________________ 3 - 46
Test: Det_Cleaned_____________________________________________ 3 - 47
Test: Event Log _______________________________________________ 3 - 47
Table of Contents
Test: Pyro_diags ______________________________________________ 3 - 48
Test: Pre_alarm _______________________________________________ 3 - 48
Test: ASD_Devices ____________________________________________ 3 - 48
Test: Summarize______________________________________________ 3 - 48
T est: Manual_Activate __________________________________________ 3 - 49
Testing and Troubleshooting __________________ 4 -1
SYSTEM TEST ___________________________________________________ 4 -1
Every Six Months_______________________________________________ 4 -1
Every Y ear ____________________________________________________ 4 -1
Fuse Replacement _____________________________________________ 4 -1
Troubleshooting________________________________________________ 4 -2
Chapter 4
vii
Page 10
Table of Contents
Chapter 5
Walktest Operating Instructions _____________ 5 - 1
System w/AUD ________________________________________________ 5 - 2
System SIL ___________________________________________________ 5 - 2
Loop w/AUD __________________________________________________ 5 - 2
Loop SIL _____________________________________________________ 5 - 2
Zone wAUD ___________________________________________________ 5 - 2
Zone SIL _____________________________________________________ 5 - 2
Cancel_______________________________________________________ 5 - 2
Extend _______________________________________________________ 5 - 2
Suggested Walktest Procedure ____________________________________ 5 - 2
Walktest the System ____________________________________________ 5 - 3
Walktest Ending Sequence _______________________________________ 5 - 4
Walktest Entire ALD Loop, MOI-7 (MID-16), or CZM-4 Module ____________ 5 - 4
Walktest Ending Sequence _______________________________________ 5 - 5
Walktest Individual CZM-1B6 or CZM-4 Zone _________________________ 5 - 5
Chapter 6
History Log ______________________________ 6 - 1
Logging Methods _______________________________________________ 6 - 2
Small List Logging______________________________________________ 6 - 2
Circular Logging _______________________________________________ 6 - 3
MKB Menu Option to Enable, Disable and Erase History _________________ 6 - 4
Enabling the History Option in CSG-M ______________________________ 6 - 4
From the MKB Menu ____________________________________________ 6 - 4
Local History Log Query __________________________________________ 6 - 5
Query Selection________________________________________________ 6 - 5
Query Filters __________________________________________________ 6 - 5
Navigating The History Display _____________________________________ 6 - 6
History Display Formats _________________________________________ 6 - 6
Device Event __________________________________________________ 6 - 6
Reset Event __________________________________________________ 6 - 6
viii
Page 11
Set Time Event ________________________________________________ 6 - 7
Block Acknowledge Event ________________________________________ 6 - 7
Audible Silenced Event __________________________________________ 6 - 8
Override Event ________________________________________________ 6 - 8
Audible Unsilenced Event ________________________________________ 6 - 8
Password Event _______________________________________________ 6 - 8
Configuration Changed Event _____________________________________ 6 - 9
Manual Sensitivity Set Event ______________________________________ 6 - 9
Auto Sensitivity Set Event ________________________________________ 6 - 9
Logic Sensitivity Set Event ______________________________________ 6 - 10
History Print Formats At The MXL-IQ Panel ___________________________ 6 - 10
Table of Contents
MXL-IQ To CSG-M Download Formats _______________________________ 6 - 13
History Download Sequence_____________________________________ 6 - 14
Compatible Devices _____________________________________________ A - 1
Device Analog Voltages __________________________________________ B - 1
MXL-IQ Battery Calculations _______________________________________ C - 1
MXL-IQ Power Supply Load Calculations _____________________________ D - 1
Alarm Verification _______________________________________________ E - 1
Envirolink _____________________________________________________ F - 1
Latching/Non-Latching Troubles ____________________________________ G - 1
Installing A Security Point _________________________________________ H - 1
Appendix
Application Specific Detection (ASD) _________________________________I - 1
MXL-IQ Trouble Messages _________________________________________ J - 1
ix
Page 12
Table of Contents
Power Limited Wiring ____________________________________________ K - 1
New Two St age Alarm ___________________________________________ L - 1
Pre-alarm, Dual Criteria Logic Functions, and Percent Per Foot Obscuration M - 1
MXL-IQ Spare Parts List___________________________________________ N - 1
New Features for MXL-IQ Revision 6.0 and Higher ______________________ O - 1
Connection & Rating Information ___________________________________ P - 1
Index
x
Page 13
DD
escrescr
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DD
escrescr
iptipt
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ionion
ion
ionion
Chapter
11
1
11
The MXL-IQ Control Panel from Siemens
Industry, Inc., is an advanced fire protection and alarm control panel that provides
superior fire protection and multiplexed alarm
reporting.
The MXL-IQ Control Panel can monitor up
to 4 analog loops, each containing up to 60
SIEMENS intelligent devices.
The MXL-IQ Control Panel can control a
wide variety of System outputs, such as:
• Conventional Form C relay contacts
• Solid State outputs
• Supervised outputs to control Alarm
Notification Appliances
• Municipal Tie outputs
• Leased Line outputs
The MXL-IQ Control Panel can process
logical decisions based on the status of
initiating devices. The System can respond
with customer-specified sequences of
output circuit operation.
To ensure reliable operation, the MXL-IQ
System is composed of independent
modules, each with its own microprocessor.
If the main panel’s central processing unit
stops, these modules, operating in default,
still annunciate any alarm or trouble
through common lines called Any Alarm
and Any Trouble. All of the modules
communicate with the MXL-IQ Panel
through a serial communications System.
All modules are continuously supervised
for their presence and for proper operation.
Problems are shown on the display to aid
in servicing and troubleshooting (See Using
the Menu in the OPERATIONS section).
The MXL-IQ System is designed so that
fire alarm operation has first priority over all
other modes of operation. If the System
loses battery and commercial power, it
automatically goes through an initialization
routine when power returns.
INTRODUCTION
The System continuously checks all
software and hardware for proper operation. It continuously checks all System
memory components, control panel
electronic hardware, and the System
program. A hardwire watchdog circuit is
provided to ensure that System programs
are functioning properly. If a problem
develops with the program or processor,
the watchdog circuit places the System into
a trouble condition and resets it.
The MXL-IQ software was written in a highlevel language for ease of maintenance.
The software incorporates a multitasking
operating system that allows the microprocessor to handle many tasks almost
simultaneously. This enables the MXL-IQ
System to handle communications to all
initiating and output option boards and to
the annunciator. This also enables the
MXL-IQ System to check that everything is
running.
SOFTWARE
1-1
Page 14
Description
SIEMENS
ALARM
AUDIBLE
SILENCE
SUPERVISORY
TROUBLE
SECURITY
POWER
PARTIAL
SYSTEM
DISABLE
DISPLAY
NEXT HOLD
MXL-IQ
Exterior View
Figure 1
The MXL-IQ Control Panel
1-2
Interior View
Page 15
Description
When the MXL-IQ Control Panel receives
power, the System runs a start-up procedure that sets up all initial conditions. The
System then starts the operating system
and the initialization routines for all of the
tasks, most of which concern handling
System modules. When the display task is
finished initializing, it displays the default
time and date at power-up. Initialization of
other modules may take several seconds,
but this takes place in the background and
so does not affect System operation.
The MXL-IQ System polls all network
addresses to see that all specified modules
are present and that there are no unspeci-
eludoMnoitpircseD
)b(2-BMStinUniaMQI-LXM11*11 *111
21/6-SPMylppuSrewoP1111111
6-BKM/4-BKMlenaProtaicnunnA/draobyeK1111111
fied modules. Any modules or devices that
do not agree with the programmed data are
reported as troubles on the annunciator.
Minimum MXL-IQ Control Panel
Configuration To Meet NFPA 72 Local,
Municipal Tie, Remote Station,
Proprietary, And Central Station,
UL 1076, And NFPA 13 And 2001
Table 1 presents the minimum configuration necessary to meet NFPA 72 Local,
Municipal Tie, Remote Station, Proprietary,
and Central Station, UL 1076, and NFPA
13 and NFPA 2001.
ytitnauQmuminiMAPFN
27
27
lacoL
27
yrailixuA
etomeR
noitatS
27
yrateirporP
27
lartneC
noitatS
LU
)c,a(6701002ro31
2-MOMegaCdraC
4-MOMegaCdraCeludoMlanoitpOX11XXX1
4-MSCeludoMlangiSX1**2ro1XXX)f(1
4-MZCeludoMenoZlanoitnevnoC***************X **
I2-DLArevirDpooLgolanA**********************
6B1-MZCeludoMenoZlanoitnevnoCetomeR***************X ***
------------)e,d(se
2-WSThctiwSrepmaTXXXXX)c(1X
1-MIPeludoMecafretnIlarehpirePXXX1X1X
2-MIPeludoMecafretnIlarehpire
1-LAPretnirPgniggoLXXX1X1X
X = not required
* Use Silent Knight listed models 5128/5129 or Siemens
Model MDACT.
** One CSM-4 circuit must be configured for alarm
transmission. In addition, depending on the local authority
having jurisdiction, additional circuits may be required for
Supervisory or Trouble transmission.
*** Any one of these modules is sufficient as an initiating device.
**** Only TRI-B6/-S, TRI-B6R/-R, TRI-B6D/-D and TRI-B6M can
be used as security devices.
PXXX1X1X
eludoMlanoitpOX11XXX1
irettaB)d(1)d(1)d(1)d(11)c(1)d(1
*
NOTES:
a. Refer to the MXL-IQ Wiring Diagram, P/N 575-293638 at the end of the manual.
b. The SMB-2 must be programmed by CSG-M for all System configurations (See CSG-M
Programming Manual, P/N 315-090381).
c. UL 1076 requires a Model TSW-2 tamper switch and a PAL-1 printer.
d. The batteries available are: BP-61, BTX-1, and BTX-2. The BP-61 is a module consisting of four
6V, 15 AH batteries. The BTX-1 batteries are a pair of 12V, 31 AH batteries. The BTX-2 batteries
are a pair of 12V, 55 AH batteries. Actual battery size depends on System configuration.
e. See Appendix C for Battery Calculations.
f. Refer to the CSM-4 Installation Instructions (P/N 315-090854) for programming.
TABLE 1
Minimum MXL-IQ Configuration to Meet NFPA 72 Local, Auxiliary, Remote Station, Proprietary, and Central
Station Connections, UL 1076, and NFPA 13 and 2001
1-3
Page 16
Description
Components Of The Basic
System
The basic MXL-IQ Control Panel consists
of the following components:
• SMB-2 Main Board
• MPS-6 or MPS-12 Power Supply
• MKB-4 Keyboard/Annunciator
• PAL-1 Logging Printer
(NFPA Proprietary and UL 1076 configurations)
• PIM-1 Peripheral Interface Module
(NFPA Proprietary and UL 1076 configurations)
• PIM-2 Peripheral Interface Module
(NFPA Proprietary and UL 1076 configurations)
• MSE-3L Enclosure
• TSW-2 Tamper Switch
(UL 1076 configuration only)
F2
BATTERY
20A
P2
BATTERY
P3
POWER TO MOM-4
2 AMP MAX.
4
3
TB3
2
LOOP 2
1
4
3
TB2
2
LOOP 1
1
5
12ATOMOM-4
4
3
DO NOT USE
2
MNET
1
TB1
P15
S7
S4
P10
D2300CP
PROGRAMMER
P4
1
PRINTER
P6
1
MOM-4
P5
Figure 2
SMB-2 Main Board
P14P1
MPS-6 MPS-12
F1
F4
MOM-4
MPS-6
15 AMP
8 AMP
I
I
C
C
1
1
1
1
1
0
1
1
SMB-2
P13
GND FAULT
DISCONNECT
I
I
I
C
C
C
1
1
1
1
1
1
4
3
2
1111
P8
1
TO ANN-1
OFF ON
P17
F3
2 AMP
CZM-1B6
POWER
NAC 2
NAC 1
TRBL
ALR
CB1
NAC1
CB2
NAC2
CZM-1B6POWER
12
11
10
9
8
7
6
5
4
3
2
1
6
5
4
3
2
1
• BP-61, BTX-1, or BTX-2 Batteries
SMB-2 Main Board
The SMB-2 Main Board contains:
• 16-bit central processing unit (CPU)
NOT
USED
• System read-only memories (EPROMs)
• System random-access memory (RAM)
• FLASH memory for CSG-M
• Watchdog circuitry
• Network interface circuitry
• Battery charger
• 24V regulator
• AC transfer relay
• CZM-1B6 auxiliary power
• 24 VDC unregulated supply
• Two analog loops (initiating/control)
1-4
• Two notification appliance circuits
(audible circuits)
• Two dry-contact relays (Form C)
Page 17
MPS-6 Power Supply
The MPS-6 is a supervised power supply
that converts 120 VAC, 60 Hz to unregulated 24 VDC at 6A.
MPS-12 Power Supply
The MPS-12 is a high current power supply
that provides the MXL-IQ System with
primary 24 VDC power. It is rated at 12
amps and is unfiltered and unregulated.
The MPS-12 supplies the SMB-2 with the
power required for normal operation.
The
module incorporates a 5 amp resettable
circuit breaker on the primary input, a 15
amp fuse on the 24V output, and a built-in
AC line filter for surge and noise suppression.
MKB Keyboard/Annunciator Panel
The MKB Annunciator communicates with
the SMB Main Control Board through the
System network link. This module provides
the MXL-IQ with its primary control and
annunciation.
Description
Figure 3A
MPS-6 Power Supply
Figure 3B
MPS-12 Power Supply
The MKB modules have an LCD alphanumeric display that continuously updates
information about the System status and
user-defined device messages. If there are
multiple alarms, and/or troubles, including
supervisories and security conditions, the
highest priority event that occurred displays
first. The user can see additional alarm and
trouble data by pressing the NEXT key
(MKB-4) or the UP and DOWN keys (MKB-
6). Press the HOLD key (MKB-4 only) at
any time to stop the display from scrolling.
The Control Panel contains the following
indicators:
• Alarm
• Power
• Audible Silence
• Partial System Disable
• Supervisory
• Trouble
• Security
POWER
PARTIALSYSTEM
DISABLED
ALARM
ACK
ABC3DEF
1 2
GHI
JKL
4
5
PQRS
TUV
7
8 9
0
*
MORE
INFO
AUD
SIL
TRBL
ACK
ENTER CLEAR
SEC
RESET
ACK
HELP
PRINT
SPACE
F1
ALT
1
F2
F3
ALT
2
F4
ALT1
ALT2
FUNCTIONFUNCTION
FUNCTION
SUPV
ACK
MNO
6
WXYZ
#
Figure 4
MKB-4 and MKB-6 Keyboard/Annunciator Panels
1-5
Page 18
Description
Figure 5
PIM-1 Peripheral Interface Module
The MKB has switches for the following
functions:
• Acknowledging fire alarms (ALARM ACK)
• Silencing audibles (AUD SIL)
• Acknowledging supervisories (SUPV ACK)
• Acknowledging troubles (TRBL ACK)
• Acknowledging security conditions (SEC
)
ACK
• Resetting the Control Panel (RESET)
In addition the module has display keys
(NEXT and HOLD), a numerical keypad, PRINT,
HELP, and CLEAR keys, and user-configurable
function keys.
PIM-1 Peripheral Interface Module
The PIM-1 module is an interface for an
MXL-IQ System to remote peripheral
devices such as printers. It connects an
RS-232C device to an MXL-IQ System
without the peripheral device's protective
ground causing a ground fault. The interface operates at up to 9600 baud without
losing any characters.
Figure 6
PAL-1 Parallel Printer
PIM-2 Peripheral Interface Module
The PIM-2 module is an interface that
allows the connection of UL listed EDP
Centronics parallel printers to the MXL-IQ
System. It converts the RS-232C (serial)
printer output to a Centronics parallel
interface. When used with the PAL-1, the
PIM-2 provides a supervised parallel printer
(NFPA 72 Proprietary or UL 1076) for the
MXL-IQ System. However, this configuration is not supervised for data integrity.
PAL-1
The PAL-1 Logging Printer provides a
paper record of the activity of the MXL-IQ
System.
1-6
Page 19
MSE-3L or MSE-3M Enclosure
The MSE-3L is the enclosure used with the
MKB-4 and the MSE-3M is the enclosure
used with the MKB-6 in the MXL-IQ System. Each enclosure consists of a backbox
and front door that is shopped assembled.
TSW-2 Tamper Switch
The TSW-2 Tamper Switch is a 3-position
switch that monitors the opening of the
MXL-IQ enclosure and reports a security
alarm. Closing the door automatically
returns the switch to its normal operating
position. The switch can be pulled out to
indicate a closed position for maintenance
purposes.
Description
Figure 7
MSE-3L Enclosure
Figure 8
TSW-2 Tamper Switch
BP-61 Batteries
The BP-61 is a module consisting of four 6V,
15 AH batteries. The BP-61 is recommended
for the NFPA 72 Local and Proprietary, and
the UL 1076 Systems. Actual battery size
depends on System configuration. See
Appendix C for battery calculations.
BTX Batteries
The BTX-1 batteries are a pair of 12V, 31
AH batteries. The BTX-2 batteries are a
pair of 12V, 55 AH batteries. Actual battery
size depends on System configuration. See
Appendix C for battery calculations.
Figure 9
BP-61 Batteries
Figure 10
BTX Batteries
1-7
Page 20
Description
Figure 11
ALD-2I Analog Loop Driver
OPTIONAL
MODULES
The following modules are available as
options to the MXL-IQ Control Panel:
NOTE: Modules marked with an asterisk (*) do
not mount in the MSE-3L enclosure.
ALD-2I Analog Loop Driver
The ALD-2I Analog Loop Driver provides two
initiating device circuits capable of Class A
or Class B operation for monitoring analog
devices. Each loop is capable of monitoring
up to 60 analog devices. Each device has
its own address. You can use CSG-M to
write a custom message for each device
(See CSG-M Programming Manual, P/N
315-090381).
CCU/M Pager Interface Module
The CCU/M alphanumeric interface module
connects to any MXL System and can be
programmed to send selected information
to specific pagers programmed into the
CCU/M. This equipment is designed to be
installed and serviced by fully qualified field
engineers. There are no user-serviceable
or installation parts inside the unit.
Figure 12
CMI-300 Interface Module
Figure 13
CPY-HLI Interface Card
V'Net Port A
Shield
V’net B
Shield
V’net A
CPY-HLI
-
+
-
+
+
-
+
DC Power
VESDAnet
RS-232 Port
CMI-300 Interface Module
The CMI-300 provides modem communications between an MXL-IQ System and a CXL
System. The CMI-300 module is located on
the MOM-2/4 board in the MXL-IQ enclosure. The CMI-300 plugs into a half slot in
the MOM-2/4. It translates signals from the
MXL-IQ communication lines of the SMB-2
to CXL modem signals. This signal is then
transmitted along suitable cable to the CXM-1
module in the CXL enclosure.
CPY-HLI Interface Card*
The CPY-HLI interfaces MXL-IQ to VESDA
detectors. MXL-IQ requires a NIM-1W
module configured in CSG-M as an Air
Sampling (VESDA) interface.
• The interface gives the MXL-IQ the
ability to list, control, and annunciate
the state of up to 31 VESDA detectors
connected to a single NIM-1W.
1-8
Page 21
• MXL-IQ supports one NIM-1W config-
S3
S1
S2
S4
G1
G2
ured as an Air Sampling (VESDA)
interface.
• Each VESDA network will support one
CPY-HLI.
CRM-4 Relay Module
The CRM-4 Relay module is an output
control module that contains 4 relay outputs. Form C contacts are rated at 2A, 30
VDC/120 VAC resistive.
The CRM-4 has 4 LEDs. Two of the LEDs
are user programmable.
CSM-4 Signal Module
The CSM-4 Signal module controls 2
supervised notification appliance circuits.
Each circuit is capable of either Style Z
(Class A) or Style Y (Class B) operation.
Each circuit can be individually configured for
notification appliances, municipal tie, leased
line, or releasing service per NFPA 13, and
NFPA 2001.
Description
Figure 14
CRM-4 Relay Module
Figure 15
CSM-4 Signal Module
CZM-4 Conventional Zone Module
The CZM-4 Conventional Zone module
provides four initiating device circuits
capable of Style D (Class A) or Style B
(Class B) operation. Each zone has its own
address. You can use CSG-M to write a
custom message for each zone
(See CSGM Programming Manual,
P/N 315-090381).
Figure 16
CZM-4 Conventional Zone Module
1-9
Page 22
Description
Figure 17
D2300CP Fiber Optic Interface
D2300CP Fiber Optic Interface
The D2300CP is a Fiber Optic interface for
the MXL’s RS-485 network, MNET or XNET.
It uses a two-fiber (Duplex) pair between
each device. The D2300CP can function as
either a repeater or an end point unit.
The D2300CP can operate in either a daisy
chain or star configuration. This allows for
network configurations that are not possible
with the RS-485 network alone.
WARNING:
The D2300CP module is not listed for use
by Factory Mutual. Applications requiring
fiber connectivity of voice modules/systems
are therefore not listed.
LLM-1 Leased Line Module
The LLM-1 provides telephone equipment
overvoltage suppression in compliance with
UL-864. The LLM-1 must be used with the
MXL System Modules CSM-4 and RCM-1.
Figure 18
MDACT Serial Dialer
MDACT Serial Dialer
The MDACT is a multipoint serial dialer for
use in MXL systems where point identification of alarm, supervisory, status or trouble
indication is required at central stations.
MID-16 Input Driver*
The MID-16 module provides 16 general
purpose inputs for user-defined operations
for the MXL-IQ.
The MID-16 is controlled by the MOI-7
module. Up to 8 MID-16s can be used with
an MOI-7. The function of each individual
input is defined by the use assigned to it in
CSG-M.
Figure 19
MID-16 Input Driver
1-10
Page 23
MOD-16 Output Driver*
The MOD-16 Output Driver module is an
annunciator driver controlled by the MOI-7
module. Up to 8 MOD-16s can be used
with an MOI-7. Each MOD-16 can activate
up to 16 outputs for a total of 128 outputs.
MOI-7 Voice and Annunciator Driver*
The MOI-7 module is an MXL-IQ network
module that connects to a graphic annunciator using MOD-16s or MID-16s.
Description
Figure 20
MOD-16 Output Driver
The MOI-7 has two LEDs to indicate the
status of the MXL-IQ network interface:
• the TRANSMIT LED blinks when the
MXL-IQ/MOI-7 communication is
working
• the TROUBLE LED goes to steady
when MOI cannot communicate
MOM-2 Card Cage
The MOM-2 Card Cage contains 2 slots for
optional module cards; it can handle 2 halfwidth cards or 1 full-width card. The MOM-2
provides 2 power-connector receptacles and
2 data-connector receptacles. A 24 VDC
cable that provides the main power used by
the optional modules, and an 8-wire ribbon
cable for connection of 5 VDC and data, are
provided with the MOM-2 installation kit.
S1
Figure 21
MOI-7 Voice and Annunciator Driver
Figure 22
MOM-2 Card Cage
1-11
Page 24
Description
Figure 23
MOM-4 Card Cage
MOM-4 Card Cage
The MOM-4 Card Cage contains 4 slots for
optional module cards; it can handle 4 halfwidth cards or 2 full-width cards. The MOM-4
provides 2 power-connector receptacles
and 2 data-connector receptacles. A 24 VDC
cable that provides the main power used by
the optional modules, and an 8-wire ribbon
cable for connection of 5 VDC and data, are
provided with the MOM-4 installation kit.
NIM-1W Network Interface Module
The NIM-1W provides a communication
path for the following uses:
• as an MXL-IQ networking interface
• as a connection to Foreign Systems
• as a connection to Air Sampling detectors
When used as a networking interface the
NIM-1W supports the connection of up to
63 MXL-IQ Systems. This network also
supports a Network Command Center
(NCC) that monitors all the MXL-IQs in the
networked group.
Figure 24
NIM-1W Network Interface Module
Output logic between MXL-IQ panels is made
using CSG-M programming. CSG-M versions
6.01 and higher include options for networked
MXL-IQ systems. Each MXL-IQ System is
assigned a panel number. This panel
number allows interactive programming
between panels using CSG-M.
The NIM-1W supports Style 4/7 connection.
In the event of an NIM-1W communication
failure, each MXL-IQ System continues to
operate as a stand-alone panel.
The NIM-1W can also be configured as an
RS-232 or RS-485 two-wire interface to
foreign systems. This operation is called
FSI (Foreign System Interface). The FSI
responds to a protocol and gathers information about the MXL-IQ status. The
interface supports both single MXL-IQ
Systems and networked systems. Typical
use of this interface is between the MXL-IQ
and building management systems.
1-12
Page 25
PS-5A Power Supply*
The PS-5A is a power supply that can be
used with the D2300CP or MOI-7. The
power supply has enough power to run both
the D2300CP and MOI-7 modules.
RCC Remote Command Center
The RCC-1 Remote Command Center is
an optional MXL/MXLV System remote
keyboard panel. The RCC-1F Remote
Command Center, which is used for flush
mounting applications, has a ¾-inch flange
on all four sides of the enclosure.
The RCC-2/R provides the option to
remotely annunciate and control MXL and
MXL-IQ system status, including the
mounting and control of the PIM-1 printer
interface module.
Description
Figure 25
PS-5A Power Supply
The RCC-3/-3C/-3F/-3FC has a multi-line
display that continuously updates information about the system event status. The
user can view up to 8 events at a time and
can scroll through the complete list using
the UP and DOWN keys located next to the
More Info key.
RDM-PC Remote Diagnostics Module
The RDM-PC allows connection of a
remote computer to an MXL-IQ. The RDM
for MXL PIM-1 (RDM-MXL) connection is
made via a telephone line. After communication is established, the remote computer
will function like a VDT connected locally to
the MXL. Secure access to the MXL is
guaranteed by using a callback procedure.
This means that the MXL cannot connect to
any unknown or unauthorized site. The
Remote Diagnostic option for the MXL
VDT configuration in the CSG-M must be
enabled (by selecting YES).
RCC-2/R
Figure 26
Remote Command Centers
RCC-1/1F
RCC-3/-3C/-3F/-3FC
1-13
Page 26
Description
Figure 27
Silent Knight Model 5128/5129 Digital Fire Communicator
Silent Knight Model 5128/5129 Digital
Fire Communicator
The MXL-IQ reports system conditions to a
Central Station using the Silent Knight
Model 5128/5129, a four-channel digital
communicator that reports alarm, trouble,
supervisory, and miscellaneous status.
When used with the MXL-IQ, the Silent
Knight Model 5128/5129 uses the alarm,
trouble, and supervisory channels. The
miscellaneous status channel may be used
to annunciate conditions other than fire at
the Central Station.
INTELLIGENT/
ANALOG DEVICES
The intelligent/analog devices described below are available for use with the MXL-IQ Control
Panel. The UL identifiers for compatibility are the same as the model names specified below.
FP-11 Intelligent/Analog Photoelectric
Detector
The FP-11 is an intelligent/analog photoelectric detector with 135O fixed temperature thermal assist that can be used as an
area or duct detector [FP-11(d)]. The FP-11
is also a combination photo/thermal detector using our exclusive FirePrintTM technology. It uses either a DB-11 low profile
mounting base or DB-3S mounting base
with the DB-ADPT adapter, a DB-X11RS
mounting base with relay or DB-X3RS
mounting base with relay with the DB-ADPT
adapter, an ADBX-11 audible base, or an
AD-11P or AD-11XPR air duct housing.
The FP-11 requires MXL-IQ Rev. 6.0 or
higher firmware.
FPT-11 Intelligent Thermal Detector
The FPT-11 is an intelligent/analog fixedtemperature or fixed temperature /rate-ofrise thermal detector. It can only be used as
an area detector. It uses either a DB-11 low
profile mounting base or DB-3S mounting
base with the DB-ADPT adapter, a
DB-X11RS mounting base with relay or
DB-X3RS mounting base with relay with the
DB-ADPT adapter, or an ADBX-11 audible
base. The FPT-11 requires MXL-IQ Rev.
6.0 or higher firmware.
ICP Intelligent Control Point
The ICP is an intelligent control point that
can be used as an independent, remotely
located notification appliance circuit (NAC).
It communicates through the analog loop of
the MXL-IQ System.
ICP-B6 Intelligent Control Point
The ICP-B6 is an intelligent control point
that can be used as an independent,
remotely located notification appliance
circuit (NAC). It communicates through the
analog loop of the MXL-IQ System.
ID-60P Intelligent/Analog
Photoelectric Detector
The ID-60P is an intelligent/analog photoelectric detector that can be used as an area or
duct detector [ID-6OP(d)]. It uses either a
DB-3S low profile mounting base, a DB-X3RS
mounting base with relay, an AD-3P duct
housing, or an ADBI-60 audible base.
ID-60PT Intelligent/Analog Photoelectric Detector with Heat Sensor
The ID-60PT is an intelligent/analog ratecompensated/fixed-temperature type
thermal and photoelectric detector. It can
1-14
Page 27
Description
only be used as an area detector. It uses
either a DB-3S low profile mounting base, a
DB-X3RS mounting base with relay, or an
ADBI-60 audible base.
ID-60I Intelligent/Analog Ionization
Detector
The ID-60I is an intelligent/analog ionization
detector for use in open areas at altitudes
of 0 to 4000 feet. It uses either a DB-3S low
profile mounting base, a DB-X3RS mounting base with relay, or an ADBI-60 audible
base.
ID-60IH Intelligent/Analog Ionization
High Altitude Detector
The ID-60IH is an intelligent/analog ionization detector for use in open areas at
altitudes of 3000 to 8000 feet. It uses either
a DB-3S low profile mounting base, a
DB-X3RS mounting base with relay, or an
ADBI-60 audible base.
ID-60IA Intelligent/Analog Ionization
High Air-Velocity Detector
The ID-60IA is an intelligent/analog ionization high air-velocity detector for use in
open areas, computer facilities, and air
ducts at altitudes of 0 to 4000 feet. It uses
either a DB-3S low profile mounting base, a
DB-X3RS mounting base with relay, or an
ADBI-60 audible base.
ID-60IAH Intelligent/Analog Ionization
High Air-Velocity, High Altitude
Detector
The ID-60IAH is an intelligent/analog
ionization high air-velocity, high altitude
detector for use in open areas, computer
facilities, and air ducts at altitudes of 3000 to
8000 feet. It uses either a DB-3S low profile
mounting base, a DB-X3RS mounting base
with relay, or an ADBI-60 audible base.
ID-60IB Intelligent/Analog Ionization
Air-Duct Detector
The ID-60IB is an intelligent/analog ionization detector for use in air duct applications
at altitudes of 0 to 4000 feet. It uses either
the AD-3I housing or the AD-3XRI housing.
ID-60IBH Intelligent/Analog Ionization
Air-Duct High Altitude Detector
The ID-60IBH is an intelligent/analog
ionization detector for use in air duct
applications at altitudes of 3000 to 8000
feet. It uses either the AD-3I housing or the
AD-3XRI housing.
ILI-1 Intelligent/Analog Ionization
Detector
The ILI-1 is an intelligent/analog ionization
detector for use in open areas at altitudes
of 0 to 4000 feet. It uses either a DB-3S low
profile mounting base, a DB-X3RS mounting base with relay, or an ADBI-60 audible
base.
ILI-1H Intelligent/Analog Ionization
High Altitude Detector
The ILI-1H is an intelligent/analog ionization
detector for use in open areas at altitudes
of 3000 to 8000 feet. It uses either a DB-3S
low profile mounting base, a DB-X3RS
mounting base with relay, or an ADBI-60
audible base.
ILI-1A Intelligent/Analog Ionization
High Air-Velocity Detector
The ILI-1A is an intelligent/analog ionization
high air-velocity detector for use in open
areas, computer facilities, and air ducts at
altitudes of 0 to 4000 feet. It uses either a
DB-3S low profile mounting base, a
DB-X3RS mounting base with relay, or an
ADBI-60 audible base.
ILI-1AH Intelligent/Analog Ionization
High Air-Velocity, High Altitude
Detector
The ILI-1AH is an intelligent/analog ionization high air-velocity, high altitude detector
for use in open areas, computer facilities,
and air ducts at altitudes of 3000 to 8000
feet. It uses either a DB-3S low profile
mounting base, a DB-X3RS mounting base
with relay, or an ADBI-60 audible base.
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Page 28
Description
ILI-1B Intelligent/Analog Ionization AirDuct Detector
The ILI-1B is an intelligent/analog ionization
detector for use in air duct applications at
altitudes of 0 to 4000 feet. It uses either the
AD-3I housing or the AD-3XRI housing.
ILI-1BH Intelligent/Analog Ionization
Air-Duct High Altitude Detector
The ILI-1BH is an intelligent/analog ionization detector for use in air duct applications
at altitudes of 3000 to 8000 feet. It uses
either the AD-3I housing or the AD-3XRI
housing.
ILP-1 Intelligent/Analog Photoelectric
Detector
The ILP-1 is an intelligent/analog photoelectric detector that can be used as an
area or duct detector [ILP-1(d)]. It uses either
a DB-3S low profile mounting base, a
DB-X3RS mounting base with relay, an
AD-3ILP or AD-3XRILP duct housing, or an
ADBI-60 audible base.
ILPT-1 Intelligent/Analog Photoelectric
Detector with Heat Sensor
The ILPT-1 is an intelligent/analog ratecompensated/fixed-temperature type
thermal and photoelectric detector. It can
only be used as an area detector. It uses
either a DB-3S low profile mounting base,
a DB-X3RS mounting base with relay, or
an ADBI-60 audible base.
ILP-2 Intelligent/Analog Photoelectric
Detector
The ILP-2 is an intelligent/analog photoelectric detector that can be used as an
area or duct detector [ILP-2(d)]. It uses
either a DB-3S low profile mounting base,
a DB-X3RS mounting base with relay, an
AD-3ILP or AD-3XRILP duct housing, or an
ADBI-60 audible base. The ILP-2 requires
MXL-IQ Rev. 3.0 or higher firmware.
ILT-1 Intelligent Thermal Detector
The ILT-1 is an intelligent rate-compensated/fixed-temperature type thermal
detector. It uses either a DB-3S low profile
mounting base, a DB-X3RS mounting base
with relay, or an ADBI-60 audible base.
LIM-1 Loop Isolator Module
The LIM-1 is a loop isolator module that
isolates short circuits on MXL-IQ analog
loops. The LIM-1 operates in both Class A
and Class B circuits.
MSI-10/20 Intelligent Manual Station
The MSI-10/20 is an intelligent manual
station designed to interface with an analog
loop. The MSI can be flush mounted or
surface mounted using the SB-5R mounting box.
MSI-10B/20B Intelligent Manual Station
The MSI-10B/20B is an intelligent manual
station designed to interface with an analog
loop. The MSI-10B/20B can be flush
mounted or surface mounted using the
SB-5R mounting box.
MSI-B6F Intelligent Manual Station
The MSI-B6F is an intelligent manual station
designed to interface with an analog loop.
The MSI-B6F is a single-action station;
when used with the MS-FD adapter, the
MSI-B6F is a double-action station. The
MSI-B6F can be flush mounted or surface
mounted using the MS-FB backbox.
MSI-MB6 Intelligent Manual Station
The MSI-MB6 is an intelligent manual
station designed to interface with an analog
loop. The MSI-MB6 is a single-action
station; when used with the MS-DA plate,
the MSI-MB6 is a double-action station.
The MSI-MB6 can be flush mounted or
surface mounted using the MS-SB
backbox.
MS-MI Intelligent Manual Station
The MS-MI is an intelligent manual station
designed to interface with an analog loop.
The MS-MI is a single-action station; when
used with the MS-DA plate, the MS-MI is a
double-action station. The MS-MI can be
flush mounted or surface mounted using
the MS-SB backbox.
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Page 29
Description
TRI-B6, TRI-B6R, and TRI-B6D
Intelligent Interface Modules
The TRI-B6 series modules are intelligent
interface modules that interface direct
shorting contact devices with the analog
loops. The TRI-B6 is a single-input module;
the TRI-B6R is a single-input module with
an independently controllable Form C relay;
the TRI-B6D is a dual-input module.
TRI-B6M Addressable Interface Module
The TRI-B6M addressable interface
module interfaces direct shorting contact
devices with the analog loops. The TRI-
-B6M can monitor a normally open or
closed dry contact and it can report the
status of the contact
TRI-S, TRI-R, and TRI-D Intelligent
Interface Modules
The TRI-S/R/D series modules are intelligent
interface modules that interface direct
shorting contact devices with the analog
loops. The TRI-S is a single-input module;
the TRI-R is a single-input module with an
independently controllable Form C relay;
the TRI-D is a dual-input module.
CZM-1B6 Remote Conventional Zone
Module
The CZM-1B6 Remote Conventional Zone
Module supports one zone of non-addressable initiating devices in either Style D
(Class A) or Style B (Class B) configuration,
for a maximum of 15 compatible 2-wire
smoke detectors and an unlimited number
of shorting devices.
The conventional devices described below
are available for use with the MXL-IQ Control
Panel.
The UL identifiers for compatibility are the
same as the model numbers.
DI-3 Ionization Detector
The DI-3 is an ionization detector for use in
open areas at altitudes of 0 to 4000 feet. It
uses the DB-3S low profile surface mounting base.
DI-3H Ionization High Altitude Detector
The DI-3H is an ionization detector for use
in open areas at altitudes of 3000 to 8000
feet. It uses the DB-3S low profile surface
mounting base.
DI-A3 Ionization High Air-Velocity
Detector
The DI-A3 is an ionization high air velocity
detector for use in open areas, computer
facilities, and air ducts at altitudes of 0 to
4000 feet and at air velocities of 0 to 1200
feet per minute. It uses the DB-3S low
profile surface mounting base.
DI-A3H Ionization High Air-Velocity,
High Altitude Detector
The DI-A3H is an ionization high air
velocity, high altitude detector for use in air
ducts only at altitudes of 3000 to 8000 feet
and at air velocities of 300 to 1200 feet per
minute. It uses the DB-3S low profile
surface mounting base.
DI-B3 Ionization Air Duct Detector
The DI-B3 is an ionization detector for use
only in air ducts at altitudes of 0 to 4000
feet. It must be used with a Series 3 air
duct housing (AD-3I or AD-3RI).
CONVENTIONAL
DEVICES
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Page 30
Description
DI-B3H Ionization Air Duct High
Altitude Detector
The DI-B3H is an ionization detector for use
only in air ducts at altitudes of 3000 to 8000
feet. It must be used with a Series 3 air
duct housing (AD-3I or AD-3RI).
DT-11 Thermal Detector
The DT-11 is a thermal detector for use in
open areas. It uses the DB-11 low profile
surface mounting base or the DB-3S
mounting base with the DB-ADPT adapter.
PE-3 Photoelectric Detector
The PE-3 is a photoelectric detector that
responds to a wide range of both flaming
and smoldering fire conditions. It uses
either the DB-3S low profile surface mounting base or the AD-3ILP or AD-3XRILP air
duct housing.
PE-3T Photoelectric Detector with Heat
Sensor
The PE-3T is a photoelectric detector with
heat sensor that responds to a wide range
of both flaming and smoldering fire conditions. It uses the DB-3S low profile surface
mounting base.
PE-11 Photoelectric Detector
The PE-11 is a photoelectric detector that
responds to a wide range of both flaming
and smoldering fire conditions. It uses the
DB-11 low profile surface mounting base,
the DB-3S mounting base with the
DB-ADPT adapter, or the AD-11P/11PR
air duct housing.
PE-11T Photoelectric Detector with
Heat Sensor
The PE-11T is a photoelectric detector with
heat sensor that responds to a wide range
of both flaming and smoldering fire conditions. It uses the DB-11 low profile surface
mounting base or the DB-3S mounting base
with the DB-ADPT adapter.
PBA-1191 Linear Beam Smoke Detector
The PBA-1191 can detect light or dark
smoke buildup at distances between the
transmitter (X) and receiver (R) of 17 feet to
280 feet. The PBA-1191 can be used in a
variety of areas, including large, narrow, or
high rooms, and rooms with high air
turbulence. The PBA-1191 requires the
PBB-1191 base.
NOTE: Only one PBA-1191, and no
additional devices, can be connected to a
CZM-4 initiating zone.
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Page 31
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Chapter
22
2
22
Remove all system power before
installation, first battery and then AC.
This section provides general installation
instructions for mounting, wiring, and
checkout of the MXL-IQ Control System
from Siemens Industry, Inc.
Read this section before installing the
equipment to ensure proper installation. If
you are not familiar with the MXL-IQ, also
read the first section of the manual. Be sure
to ask Siemens Industry, Inc. Technical
Support or an authorized Representative if
you have any questions.
Install and use the MXL-IQ System in
accordance with the appropriate Local,
NFPA, and NEC Code requirements.
W ARNING!
Refer to the last page of the
manual for a Warning Note
required by the FCC for all
commercial Class A computing
equipment producing a clock
frequency of 10K Hz or greater.
General Guidelines For Installing The
MXL-IQ
Always remove power (battery and AC)
and wait at least 10 seconds to allow the
supply voltages to decay before installing
or removing any module, cable, or wiring.
NOTE: If available, use a printer during
the installation procedure as a
debugging tool.
Follow Steps 1 through 13 for installation.
Each step is thoroughly explained in the
following pages.
1. Install the enclosure (page 2-2).
2. Install the TSW-2 Tamper Switch
where required (page 2-2).
3. Pull the field wiring into the backbox
and dress it to approximately where it
will go (page 2-3).
4. Install the SMB-2 (page 2-3).
5. Install the MPS-6 (page 2-3).
6. Install the MKB-4 (page 2-4).
7. Install the PIM-1, PIM-2, and PAL-1 (If
applicable) (page 2-5).
8. Install the MOM-2 or MOM-4 card
(page 2-6).
9. Install the MOI-7, MOD-16, and
MID-16 (If applicable) (page 2-9).
10. Install Field Wiring (page 2-10).
11. Check Field Wiring (page 2-10).
12. Start-up Procedure (page 2-10).
13. System Function Checkout (page 2-16).
INTRODUCTION
2-1
Page 32
Installation
1. Install the MSE-3L Enclosure
The MSE-3L is the enclosure for the MXL-IQ.
Consider the following when mounting the
backbox:
INSTALLATION
INSTRUCTIONS
FOR THE MXL-IQ
CONTROL PANEL
Figure 21
Mounting the MSE-3L Enclosure
• Mounting height for visual and manual
access to the MKB-4 Keyboard/annunciator
• Weight and size of enclosure
• Local Mounting codes
Fasten the backbox securely to a clean,
dry, shock-free, and vibration-free surface.
Position the backbox clear of obstructions
so that the door opens freely and so that
the indicators and controls are easily
accessible.
NOTE: When the backbox is mounted
semi-flush using the MET-3L kit, be sure
that the position of the backbox permits the
door to swing fully open. (See MET-3L
Installation Instructions, P/N 315-095447.)
When deadfront construction is required,
use the IQ-DFL panel (See IQ-DFL Installa-
tion Instructions, P/N 315-095446.)
When the MSE-3L is used for remote
applications, use the IQ-Blank where there
is no MKB-4 installed (See IQ-Blank
Installation Instructions, P/N 315-095482.)
To install the backbox: (Refer to Figure 21)
a. Slip the door off the hinges of the box
and put it to one side temporarily.
b. Remove the knockouts in the backbox
where field wiring is required (Refer to
MSE-3L Power Limited Wiring
Instructions, P/N 315-095445, for
location of knockouts).
c. Hold the empty enclosure against the
wall at a height that provides easy
access.
d. Mark drill points on the wall in the center
of the two slots on the upper rear of the
MSE-3L.
e. Drill the two holes and screw in the top
screws, leaving a small gap between the
wall and each top screw.
f. Mount the MSE-3L on the 2 bolts and
then install the bottom bolts.
g. Slip the door back on the hinges of the
enclosure.
Figure 22
TSW-2 Tamper Switch
2-2
2. Install The TSW-2 Tamper Switch
(Refer to Figure 22)
If your configuration (UL 1076) requires the
TSW-2 Tamper Switch, install it now.
The TSW-2 mounts into the rectangular
slot located in the lower right side of the
MKB-4 panel.
1. Place the cable/connector and the switch
terminals through the opening and press
firmly into place.
2. Plug the cable on the TSW-2 into P9 on
the SMB-2 after installing the SMB-2.
Page 33
3. Pull All Field Wiring Into The Backbox
Pull all field wiring into the backbox and
dress the wiring to the approximate location
to which it will go. Refer to the MSE-3L
Power Limited Wiring Instructions, P/N 315-
095445.
4. Install the SMB-2
(Refer to Figure 23)
Unpack the SMB-2. Inspect the module,
looking for such things as integrated
circuits (ICs) not firmly seated in their
sockets, bent IC pins, connectors not
properly installed, dirt, packing material on
the board, etc.
The installation kit consists of the following
items:
Two #6 nuts
Four #6 screws
Six #6 washers
Six #6 lockwashers
Two resistors
Battery cable with a wire
a. Place the SMB-2 over the two studs in
the upper right-hand portion of the
backbox (See Figure 23).
b. Secure in place using the hardware
provided.
Be sure the screws and nuts are tight, as
they provide the earth ground connection
for the SMB-2
Installation
Figure 23
Installing the SMB-2
5. Install the MPS-6/12
(See Figure 24)
The MXL-IQ is designed to operate from a
120 VAC, 60 Hz power source. Use a
separate or dedicated circuit-breaker. Wire
in accordance with local codes and Article
760 of the NEC, NFPA 70, latest edition.
Run the earth ground from a suitable
source to the MPS-6/12. Check local
requirements. Conduit is not an accept-
able conductor.
Make sure that the dedicated circuit-breaker
for the MXL-IQ is turned off at the mains.
Place the mounting bracket for the MPS-6/
12 over the two studs provided in the
enclosure as shown in Figure 24.
Secure the MPS-6/12 to the MSE-3L by
slipping the flat washers, then the
Figure 24
Installing the MPS-6
2-3
Page 34
Installation
lockwashers, and finally the nuts over the
two studs. Tighten them securely.
Connect the AC mains to MPS-6/12 as
follows:
Terminal
Black (hot) 1
White (neutral) 2
Green (earth ground) 3
Install the 14 gauge green ground strap
spade lug side to Terminal 3 (green, earth
ground) of the MPS-6 or MPS-12. Secure
the ring lug side of the ground strap to the
nearest available stud in the enclosure. The
stud size may vary depending on the actual
system modules and enclosure used.
Because the stud may be either a #10
thread of ¼" thread, nuts for both have
been provided. The ground strap provided
is long enough for all applications and the
ring lug is good for both #10 and ¼" studs.
If possible, install the ring lug under one of
the lockwashers and nuts which secure the
MPS-6 or MPS-12 itself.
Connect the 3-wire cable coming from the
MPS-6 to the SMB-2, P1, or connect the 8wire cable coming from the MPS-12 to the
SMB-2, P14.250
6. Install the MKB-4 Keyboard/
Annunciator
Remove all system power
before installation, first
battery and then AC.
Unpack the MKB-4. Inspect the module for
such things as integrated circuits (ICs) not
firmly seated in their sockets, bent IC pins,
connectors not properly installed, dirt, and
packing material on the board.
NOTE: The MKB-4 is supplied with the
keyboard/annunciator mounted to the
hinged panel.
Setting the Network Address
(See Figure 25)
a. Before installing the MKB-4 panel, set its
network address on S1, the switch on
the ANN-1 board located on the back of
the MKB-4. Use dipswitches SW1 and
SW2 on switch S1 to set the network
address of the MKB-4. Refer to Table 2
for switch settings.
b. The MKB-4 module address is always
set within network addresses 248
through 251.
c. One supervised MKB-4 must be
installed at network address 251.
Other supervised MKBs may be at the
other addresses.
2ELBAT
1-NNAEHTNOSGNITTESHCTIWS
:ROFSGNITTESSSERDDA
HCTIWS
1WS-1S
2WS-1S
3WS-1S
4WS-1S
842942052152
-nepO
FFO
-nepO
FFO
-desolC
NO
-desolC
NO
-desolC
NO
-nepO
FFO
-desolC
NO
-desolC
NO
-nepO
FFO
lC
-deso
NO
-desolC
NO
-desolC
NO
-desolC
NO
-desolC
NO
-desolC
NO
-desolC
NO
Figure 25
Setting S1 on the ANN-1 Board
2-4
1S
5WS-
:ETON:ETON
:ETON:ETON.esuerutufrofera4WS-1Sdna3WS-1SsehctiwS
:ETON
noisivrepuSgnitteSeeSnoisivrepuSgnitteSeeS
noisivrepuSgnitteSeeSnoisivrepuSgnitteSeeS
noisivrepuSgnitteSeeS
.noisivretpustcelesotdesusi5WS-1ShctiwS
Setting Supervision:
Use switch S1-SW5 on the ANN-1 to select
or deselect supervision. If your ANN-1 has
a switch with position 1 indicated on the
left-hand side, ignore the printing on the
switch. SW1 on S1 is at the extreme righthand side of S1, regardless of any other
marking.
Page 35
NOTE: When you select non-supervision
for an annunciator, there must also be one
and only one supervised annunciator at
the same address. The supervisory mode
is independent of the network address.
To set for supervision
S1-SW5 = Closed (ON)
To set for non-supervision
S1-SW5 = Open (OFF)
Mounting the MKB-4
(Refer to Figure 26)
Installation
1. Install three screws in the first group of
three tapped holes in the right flange.
Leave a 1/8-inch gap between the head
of the screw and the flange. Slide the
slots of the MKB-4 panel hinge under the
head of the screws and tighten.
2. After the MKB-4 is mounted to the
enclosure, connect the cable (P/N 555-
192238) between P1 on the ANN-1 (on
the back of the MKB-4) and P8 on the
SMB-2.
CAUTION:
Be sure the black tracer wire on the edge of
the cable is close to the 1 on position 1 of
connector P1 on the ANN-1 and the 1 on
position 1 of P8 on the SMB-2.
7. Install the PIM-1, PIM-2, and PAL-1
PIM-1
1. Install the PIM-1 on the back of the
MKB-4 panel as shown in Figure 27.
Position the PIM-1 so the TB1 is on the
left side of the board.
2. Mount the PIM-1 module on the raised
studs with the hardware provided.
3. Using the cable supplied with the PIM-1,
connect PIM-1, P-1 to ANN-1, P1 (See
Figure 27).
4. Using the cable supplied with the MKB-4,
connect PIM-1, P2 to SMB-2, P8 (See
Figure 27).
Figure 26
Installing the MKB-4 Keyboard/Annunciator
MSE-3L
P1
P2
TB1
PIM-1
Cable supplied
with PIM-1
(P/N 555-192242)
1
ANN-1
P1
To P8 on the SMB-2
(Cable supplied with MKB-4)
Back of MKB-4
Figure 27
Installing a PIM-1 on the Back of an MKB-4
2-5
Page 36
Installation
PIM-2/PAL-1
The PIM-2 and printer require a standby
power source in the event of a loss of
primary input power (AC mains). Refer to
Figure 28 for the connection of a UPS to
meet this requirement.
1. Before installing a PIM-2 in the MXL-IQ
system, a PIM-1 must be already
installed.
2. Wiring from the PIM-1 to the PIM-2 must
be within 25 feet in rigid conduit (Refer to
Table 3).
3ELBAT
STNEMERIUQERECAFRETNI2-MIPOT1-MIP
)rellatsniybdeilppuS(
.oNniPtpnI2-MIPOTBT,1-MIP
)xR(4
)xT(5
7
)YSUB(3
)NOMMOC(2
GWA81esU
)DxT(2
)DxR(3
)STC,STR(5,4
)RTD(02
)DRG(7
.muminimeriw
5. Set the dipswitches on the back of the
PIM-2 to agree with the communications
parameters configured in the CSG-M.
Refer to Table 4 for the dipswitch
definitions.
8. Install the MOM-2 or MOM-4
If a system requires the MOM-2 or MOM-4
optional card cage (Figures 10 and 11,
page 20), now is the time to install it.
Unpack the card cage and its attached
backplate and inspect it, looking for such
things as connectors not properly
installed, dirt, and packing material on the
board.
The MOM-2/4 installation kits include the
following items
2-MOM4-MOM
stun01#3stun01#4
NOTES:
1. All wires 14 AWG min,
600V insulation.
2. Wiring to the printer and
PIM-2 must be 14 AWG
min, 600V insulation in
conduit.
3. Use the UPS ICS Lifeline
Model 9300057.
4. Standby Power
requirements: 120 VAC,
0.6A for 24 hours.
5. Standby Power
requirements: 120 VAC,
0.15A for 24 hours.
3. Figure 29 shows the proper installation
of the PIM-2 with the MXL-IQ system.
4. Programming the CSG-M is required
when using a PIM-2 and parallel printer.
Configure one of the following four
printer types on the MKB-4:
Supervised PIM-2 80 column color
Supervised PIM-2 132 column color
Supervised PIM-2 80 column
Supervised PIM-2 132 column (for
PAL-1 and NFPA 72 Proprietary)
srehsawtalf01#3srehsawtalf01#4
srehsawkcol01#3srehsawkcol01#4
swercs61/7x6#4elbacnobbirrotc
swercs61/5x23-6#2selbaceriw-22
elbacnobbirrotcudnoc-81sediugdrac4
selbaceriw-22
sediugdrac2
udnoc-81
Figure 28
UPS Wiring Diagram
2-6
Page 37
Installation
MUST BE IN CONDUIT
4ELBAT
SRETEMARAPNOITACINUMMOCECAFRETNILAIRES
2-MIPforaertadetacoL-)1WS(noitisoPhctiwspiD
123 4 56 7 8
ETARDUAB
0069
0084
0042
0021
003
FFO
NO
NO
FFO
NO
NO
FFO
NO
FFO
FFO
NO
FFO
NO
NO
NO
STIBATAD
8
7
FFO
NO
YTIRAP
nevE
ddO
FFO
NO
YTIRAP
elbasiD
elbanE
FFO
NO
LORTNOCWOLF
erawdraH
erawtfoS
EPYTTRO
P FFO
FFO
NO
NOTE:
When setting Switch S1,
OFF=UP=OPEN
ON=DOWN=CLOSED
TB1
PARALLEL PRINTER (REAR VIEW)
120 VAC
60 Hz
CABLE SUPPLIED WITH PIM-2
(SEE NOTE 2)
SUPERVISED
(REFER TO NOTES 9 AND 10)
THE CONNECTION IS NOT
SUPERVISED FOR DATA
INTEGRITY BETWEEN PIM-2
AND THE PRINTER.
CENTRONICS PARALLEL
PIM-2 POWER TRANSFORMER
SUPPLIED WITH PIM-2 (SEE NOTE 3)
INSTALL IN UL LISTED GANGBOX
OUTPUT SW1
Figure 29
PIM-2 to MXL-IQ Wiring Diagram
ANN-1
MKB-4
PIM-1
SEE INSTL. INSTR.
P/N 315-091462
CABLE NOT SUPPLIED
(SEE NOTE 1)
SUPERVISED
PIM-2 (REAR VIEW)
(REFER TO TABLE 4)
XFMR
PIM-2 POWER CABLE
NOTES:
1. Maximum cable
distance from PIM-1 to
PIM-2 cable is 25 feet.
The two modules must
be in the same room.
2. The maximum distance
from the PIM-2 to the
parallel printer is 6 feet.
The two modules must
be in the same room.
3. PIM-2 power (PWR) is
connected to the 5
VDC, 600mA transformer supplied with the
PIM-2. The transformer
requires 120 VAC, 60
Hz, 0.5A max.
4. For NFPA 72 Local,
Auxiliary, and Remote
Station configurations,
connect the output of
the PIM-2 to any UL
listed EDP Centronics
parallel printer.
5. The parallel printer must
support the EPSON FX
command set.
6. The PIM-2 input and
output connectors are
DB-25 female.
7. Pressing RESET on the
PIM-2 causes the unit
to read the SW1
settings. The status
LED is lit when the unit
is powered. Do not use
the COPY button.
8. For NFPA Proprietary
and UL 1076
configurations, use
parallel printer Model
PAL-1, a UL listed for
fire Centronics parallel
printer.
9. The parallel printer is
supervised for AC, on/
off line, paper out, paper
jam, and connection to
the PIM-2.
10. The PIM-2 is
supervised for power,
connection to the
printer, and connection
to the PIM-1.
11. After loading paper in
the PAL-1 printer, turn
off the power and follow
the steps below:
• While pressing the
LOAD PARK button,
turn on the power to
the PAL-1 printer.
PWRINPUT
Continue pressing
the LOAD PARK
button for 5 seconds.
• Release the LOAD
PARK button.
• The current setting
will print.
• When printing is
completed, the ON
LINE indicator will be
lit. If the ON LINE
indicator is not lit,
press the ON LINE
button.
2-7
Page 38
Installation
To mount the MOM-2/4 in an MSE-3L
enclosure:
1. Hold the MOM-2/4 so that terminal
blocks TB2 and TB4 are on the left.
2. Place the module vertically on the
mounting studs near the top left of the
enclosure as shown in Figure 23 on
page 2-3.
3. Fasten the MOM-2/4 in position with the
No. 10 flatwashers, lockwashers, and
nuts provided.
To install the card guides
(See Figures 30 and 31):
Install the card guides included in the
package using the #6 x 7/16 screws
provided. (The MOM-4 is shipped with the
Figure 30
Installing the MOM-2 Card Guides
mounting screws for the card guides
already installed.)
1. Mount the long screws.
2. Make sure that the locating pin on the
guide is seated in the hole on the
MOM-2/4.
3. Tighten the screw.
Repeat this process for the remaining card
guide(s). The MOM-2/4 is now ready to
accept the optional modules. If the system
does not require the installation of any halfwidth modules, install the two #6 x 5/16
screws in the center holes where the
additional card guides would be placed.
Plug-in Cards for the MOM-2/4
Determine which optional plug-in modules
are used in your CSG-M configuration.
Next, decide where they should be installed
by checking the following factors:
1. The size of each module. The CSM-4
and CRM-4 each occupy two adjacent
slots.
2. How the field wiring will be installed.
3. The maximum load current permitted for
the MOM-2/4 is 6 amps for the MPS-6 or
12 amps for the MPS-12. This current
must be derated by the current drawn
from SMB TB5 (CZM-1B6 power and
NAC #1 and NAC #2). When the system
includes an external auxiliary power
supply, the maximum load current
permitted depends on the application.
Refer to Table 5 for the maximum
current required by each module under
full load conditions.
Figure 31
Installing the MOM-4 Card Guides
2-8
MOM-2/4 Electrical Installation
1. Attach the 8-conductor ribbon cable to
P6 on the SMB-2, engaging the locking
rib of the cable with the locking tab on P6.
2. Attach the other end of the 8-conductor
ribbon cable to P7 on the MOM-2/4,
engaging the locking rib of the cable with
the locking tab on P7.
3. Connect one end of the 2-wire 24 VDC
cable to P3 on the SMB-2, using the
locking tab to lock the cable onto P3.
Page 39
Installation
4. Connect the other end of the 2-wire
cable into P5 on the MOM-2/4. The
2-wire cable that attaches P5 on the
MOM-2/4 with P3 on the SMB-2 feeds
24 VDC full-wave unfiltered DC power to
the MOM-2/4. This is the main power
used by the optional modules. The
8-conductor ribbon cable supplies 5 VDC
and communication between the SMB-2
and the MOM-2/4.
9. Install the MOI-7, MOD-16, and
MID-16
MOI-7
1. Mount the MOI-7.
The MOI-7 mounts on a System 3 rail in
two module spaces. Mount the MOI-7
using the four screws provided.
2. Set the network address on S1.
Set the address according to Table 16 at
the end of this chapter so that it agrees
with the address assigned in CSG-M.
3. Use P6 to set the mode for common
alarm relay K1. (See Figure 17,
page 1-10, for the location of P6.)
K1 is a common alarm relay that can be
programmed to transfer back to normal
when the MXL-IQ is silenced.
Use jumper P6 on the MOI-7 to select the
desired mode according to the table below.
noitisoP6PedoM
AelbaecneliSyaleRmralA
Belbaecnelis-noNyaleRmralA
5ELBAT
I2-DLA
003-IMC
4-MRC
4-MSC
4-MZC
R1-MIN
Am69
esyaler4(Am57
Am0
.)2#CAN,1#CANdnarewop6B1-MZC(
:elpmaxE
A38.0=430.0+570.0
.)6-SPM(38.5ro)21-SPM(38.11
3. If a connection to a MOD-16 module on
another rail is required, use the optional
cable P/N 555-190941.
MID-16 (See Figure 19, page 1-11)
1. Mount the MID-16 in one System 3 type
module space using the four screws
provided.
2. Connect the MID-16 to the module to its
left with the 10-position ribbon cable P/N
555-190940 provided. This module may
be either an MOI-7, MOD-16, or MID-16.
3. If a connection to a module on another
rail is required, use the optional cable
P/N 555-190941.
STNERRUCDAOLELUDOMMUMIXAM
)mralanisecived021(Am09
)dezigren
)detcennocsecnailppagnitacidnimralaon(Am43
)mralanisenoz4htiwmumixam(Am027
nwardsirewopontahtsemussaelpmaxegniwollofehT
.rewopCANrofdesuebyamtnerrucgniniamerehT
5BT2-BMSmorf
+27.0=tnerrucdaollatoteht,4-MSC1+4-MRC1+4-MZC1htiW
=38.0-)6-SPM(0.6ro)21-SPM(0.21=tnerrucelbaliavagniniamerehT
MOD-16 (See Figure 18, page 1-10)
1. Mount the MOD-16 in one System 3 type
module space using the four screws
provided.
2. Connect the MOD-16 to the MOI-7 with
the 10-position ribbon cable P/N 555190940 provided with the MOI-7.
2-9
Page 40
Installation
6ELBAT
lanimreTwercSnoitacilppA
5BT
5BT
5BT
4BT
4BT
3BT
2BT
1BT
1BT
1BT
9-21
5-8
1-4
4-6
1-3
1-4
1-4
2-1
3
5-4
BMSeeS:ETON
oitacifitoN
yaleRmralA
esUtoNoD
.slanimretwercsehtfonoitpircseddeliated
7ELBAT
eludoMlanimreTwercSnoitacilppA
4-MSC
4-MRC
4-MZC
003-IMC4-1
W1-MIN
eS:ETON
I2-DLA
4-1
21-9
.slanimretwercsehtfonoitpircseddeliated
3-1
6-4
31-11
61-41
latsnI4-MRCeeS:ETON
.slanimretwercsehtfonoitpircseddeliated
4-1
8-5
21-9
61-31
-MZCeeS:ETON
.slanimretwercsehtfonoitpircsed
tsnInoitallatsnI003-IMCeeS:ETON
.slanimretwercsehtfonoitpircseddeliated
2-1
4-3
61-21
.slanimretwercsehtfonoitpircseddeliated
4-1
8-5
P,snoitcurtsnInoitallatsnII2-DLAeeS:ETON
.slanimretwercsehtfonoitpircseddeliated
10. Install Field Wiring
2-BMSEHTOTGNIRIW
Wiring to the SMB-2
Refer to Table 6. Dress the field wiring that
rewoP6B1-MZC
2tiucriCecnailppAnoitacifitoN
1tiucriCecnailppAn
yaleRelbuorT
2pooLgolanA
1pooLgolanA
will be going to the SMB-2. Strip the
insulation from the wiring, but do not
connect the wires to the screw terminals.
Wiring to the MOM-2/4 Optional Modules (if
Required)
Refer to Table 7. Dress the field wiring that
CRdna7-IOMrofkrowteNQI-LXM
F1/1-C
4/2-MOMdna21/6-SPM
eromarof,139590-513N/P,snoitcurtsnInoitallatsnI2-
will be going to the MOM-2/4 modules. Strip
the insulation from the wiring and connect
the wires to the appropriate screw terminals.
11. Check Field Wiring
Initiating Devices
Install all initiating device bases and end-of-
SELUDOMLANOITPO4/2-MOMEHTOTGNIRIW
1tiucriCecnailppAnoitacifitoN
2tiucriCecnailppAnoitacifitoN
eromarof,458090-513N/P,snoitcurtsnInoitallatsnI4-MSCeeS:ETON
1tcatnoCyrD
2tcatnoCyrD
3tcatnoCyrD
4tcatnoCyrD
eromarof,358090-513N/P,snoitcurtsnInoital
1enoZlanoitnevnoC
2enoZl
anoitnevnoC
3enoZlanoitnevnoC
4enoZlanoitnevnoC
noitcennoCmedoMLXC
eromarof,952190-513N/P,snoitcur
teNTENX
RESALanA
ecafretnITENXCCN
1pooLgolanA
2pooLgolanA
/ISF/AriaPkrow
BriaPkrowteNTENX
eromarof,561990-513N/P,snoitcurtsnInoitallatsnIW1-MINe
eromarof,464190-513N/
line devices where applicable. Install all
initiating devices. Refer to the specific
installation instructions provided with each
device.
Notification Appliances
Install all notification appliances (bells,
strobes, etc.) Refer to the specific installa-
tion instructions provided with each device.
Check Resistance Between Wiring Circuits
Start with the wire that goes to TB5-12 on
the SMB-2. Check the resistance between
that wire and all other field wires that will be
connected to the SMB-2. Also, check the
resistance between that wire and all wires
connected to the screw terminals on the
deliatederomarof,627090-513N/P,snoitcurtsnInoitallatsnI4
MOM-2/4. Refer to Table 8 for acceptable
resistance readings. If the readings are
good, connect the wire to TB5-12. Repeat
the above procedure for the next wire on
the SMB-2.
When the SMB-2 is complete, continue with
the MOM-2/4 (if it is installed).
12. Start Up Procedure
NOTE: Throughout this section, refer to the
TROUBLESHOOTING GUIDE as an aid to
resolving trouble conditions.
2-10
Page 41
Installation
1. System Status
When beginning the start-up procedure, the
condition of the system is as follows:
• All field wiring is connected to all screw
terminals, except for the analog loops—
they should be disconnected. All field
devices are installed.
• No modules are installed in the MOM-2/4
cage.
2. Create a Test Configuration
Create a test configuration on your CSG-M
that includes every module that will be on
your final system. Do not include any
initiating devices. You will use this test
configuration in checking out the System.
3. SMB-2 Checkout Minus the Analog Loops
Turn on the AC power to the system.
• The power light on the MKB-4 turns on
• the System displays the default message:
SIEMENS BUILDING TECHNOLOGIESSIEMENS BUILDING TECHNOLOGIES
SIEMENS BUILDING TECHNOLOGIES
SIEMENS BUILDING TECHNOLOGIESSIEMENS BUILDING TECHNOLOGIES
MXLMXL
MXL
MXLMXL
Transfer the test configuration from your
computer to the MXL-IQ. Refer to the
CSGM Manual (P/N 315-090381) for the
correct procedure.
After the transfer process is complete,
MXL-IQ resets itself; after 5 minutes, the
state of the system should be as follows:
• No trouble condition for the signaling
circuits on the main board.
• A battery trouble condition if the battery
option was selected.
• All optional modules configured on the
system are in trouble since they are not
yet installed.
4. SMB-2 Analog Loop Checkout
Modify your test configuration by adding to
it the analog devices that are connected to
analog loop 1.
• Turn off the power and connect the field
wiring to analog loop 1 on the SMB-2.
• Turn on the power. Wait for the System
to initialize (approximately 3 minutes).
8ELBAT
TUOKCEHCGNIRIWDLEIF
5-BT
.121-1otsissahCgeM1>.gniriwnitrohS
.221ot11smh
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.48ot7smho5.1<.gnolooteniL;nepoeniL
.56ot5smho5.1
.64ot3smho5.1<.gnolooteniL;nepoeniL
.72ot1smho5.1<.gnolooteniL;nepoeniL
.821ot9geM1>.detroh
.98ot5geM1>.detrohseniL
.014ot1geM1>.detrohseniL
.118-1ot21-9geM1>.detrohseniL
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.61
8
.71
2-BT
dna
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.44ot1Fµ4.<.eriwhcumooT
.5)-(4ot)+(1smhoK01>.detrohsen
.6)4-1(3-BT)4-1(2-BTgeM1>.detrohseniL
.7)21-1(5-BT)4-1(2-BTgeM1>.detrohseniL
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ecnatsiseR
seriWneewteB
(5ot)+(8%01±K2.2
8-1ot21
4-13/2BTot21
4/2-MOMllaot21
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4/2-MOMllaot4
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<.gnolooteniL;nepoeniL
geM1>
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stluseRderiseDmelborPfOesuaCelbaborP
geM1>.gniriwnitrohS
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EDIUGGNITOOHSELBUORTDNAGNIRIWLANRETXE2-BMS
gnorW;nepoeniL;detrohseniL
eciveD;ecivedLOEoN;ecivedLOE
toneciveD;drawkcabderiw
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eciveD;ecivedLOEoN;ecivedLOE
toneciveD;drawkcabderiw
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2-11
Page 42
Installation
• Check the trouble list on the MKB for
troubles on the devices that were just
added. The troubles will be from among
the following (See Appendix J for a
complete list of Trouble Messages):
Device multiple response
Input device not responding
Incorrect device ID
Unspecified device responding
• Identify the addresses of the devices
with troubles and eliminate them, reset
the system, and verify that the troubles
have cleared before proceeding.
Modify your test configuration by adding
to it the analog devices that are connected to analog loop 2.
• Turn off the power and connect the field
wiring to analog loop 2 on the SMB-2.
• Turn on the power. Wait for the System
to initialize (approximately 3 minutes).
Unpack each module just before installation. Inspect the module, looking for such
things as integrated circuits (ICs) not firmly
seated in their sockets, bent IC pins,
connectors not properly installed, dirt, and
packing material on the board.
To install the card guide that comes with
the CRM-4 and the CSM-4 module:
a Loosen the appropriate screw in the
center of the MOM-2/4 and set the card
guide in place.
Make sure that the locating pin on the
bottom of the card guide is in the hole on
the MOM-2/4.
b. Tighten the screw on the MOM-2/4 to
secure the card guide.
6. ALD-2I Checkout
Installing the ALD-2I
• Check the trouble list on the MKB for
troubles on the devices that were just
added. The troubles will be from among
the following (See Appendix J for a
complete list of Trouble Messages):
Device multiple response
Input device not responding
Incorrect device ID
Unspecified device responding
• Identify the addresses of the devices
with troubles and eliminate them, reset
the system, and verify that the troubles
have cleared.
5. MOM-2/4 Optional Modules Checkout
Remove all system power
before installing any
optional module
(ALD-2I, CMI-300, CRM-4,
CSM-4, CZM-4, NIM-1W).
Set the address of each ALD-2I. Refer to
the CSG-M printout of the final configuration for the address to which each ALD-2I
should be set. Refer to the ALD-2I Installa-
tion Instructions (P/N 315-091464) to set
the address dipswitch.
Install the ALD-2Is one at a time by inserting them in the appropriate card guides on
the MOM-2/4. Make sure that the card is
firmly seated in the card edge connector.
Eliminate all troubles from each module
before installing the next one.
Modify your test configuration by adding to
it any initiating devices that are connected
to the first analog loop on the ALD-2I.
Turn off the power; connect the field wiring
to analog loop 1 on the ALD-2I. Turn on
the power.
• Turn off the power and connect the field
wiring to analog loop 1 on the SMB-2.
• Turn on the power. Wait for the System
to initialize (approximately 3 minutes).
• Check the trouble list on the MKB for
troubles on the devices that were just
added. The troubles will be from among
2-12
Page 43
Installation
the following (See Appendix J for a
complete list of Trouble Messages):
Device multiple response
Input device not responding
Incorrect device ID
Unspecified device responding
• Identify the addresses of the devices
with troubles and eliminate them, reset
the system, and verify that the troubles
have cleared before proceeding.
Modify your test configuration by adding to
it any initiating devices that are connected
to the second analog loop on the ALD-2I.
Turn off the power; connect the field wiring
to analog loop 2 on the ALD-2I. Turn on
the power.
• Turn off the power and connect the field
wiring to analog loop 1 on the SMB-2.
• Turn on the power. Wait for the System
to initialize (approximately 3 minutes).
• Check the trouble list on the MKB for
troubles on the devices that were just
added. The troubles will be from among
the following (See Appendix J for a
complete list of Trouble Messages):
Device multiple response
Input device not responding
Incorrect device ID
Unspecified device responding
• Identify the addresses of the devices
with troubles and eliminate them, reset
the system, and verify that the troubles
have cleared before proceeding.
Installing the CMI-300 Interface Module
Before installing the CMI-300 in the
MOM-2/4, you must do the following:
1. Check that there is a jumper installed for
jumper J2, pins 1 and 2 on the CMI-300
module.
9ELBAT
)2WS(gnimmargorPrebmuNlenaP
RDDA12345678RDDA12345678RDDA12345678RDDA12345678
000
100
200
300
400
500
600
700
800
900
010
110
210
310
410
510
---
ISF
OS
XOOOOO
OXOOOOOS
XXOOOOOS
OOXOOOOS
XOXOOOOS
OXXOOOOS
XXXOOOOS
OOOXOOOS
XOOXOOOS
OXOXOOOS
XXOXOOOS
OOXXOOOS
XOXXOOOS
XOOOS
OXX
XXXXOOOS
------------
610
710
810
910
020
120
220
320
420
520
620
720
820
920
030
130
---
sdesolC=S
7elytSstcele
4elytSstcelesnepO=S
OS
OOOOXOOS
XOOOXOOS
OXOOXOOS
X
XOOXOOS
OOXOXOOS
XOXOXOOS
OXXOXOOS
XXXOXOOS
OOOXXOOS
XOOXXOOS
OXOXXOOS
XXOXXOOS
OOXXXOOS
XOXXXOOS
OXXXXOOS
XXXXXO
------------
230
330
430
530
630
730
830
930
040
140
240
340
440
540
640
740
---
---
OOOOOXOS
XOOOOXOS
OXOOOXOS
XXOOOXOS
OOXO
OXOS
XOXOOXOS
OXXOOXOS
XXXOOXOS
OOOXOXOS
XOOXOXOS
OXOXOXOS
XXOXOXOS
OOXXOXOS
XOXXOXOS
OXXXOXOS
XXXXOXOS
---------
840
940
050
150
250
350
450
550
650
750
850
950
060
160
260
360
460
FFOronepO=O
NOrodesolC=X
OOOOXXOS
XOOOXXOS
OXOOXXOS
XXOOXXOS
OOXOXXOS
S
XOXOXXO
OXXOXXOS
XXXOXXOS
OOOXXXOS
XOOXXXOS
OXOXXXOS
XXOXXXOS
OOXXXXOS
XOXXXXOS
OXXXXXOS
XXXXXXOS
OOOOOOXS
NOTE:
To open a dipswitch, press down on the side of the dipswitch marked OPEN.
To close a dipswitch, press down on the side of the dipswitch opposite the side marked OPEN.
To open a slide switch, push the slide to the side opposite the side marked ON.
To close a slide switch, push the slide to the side marked ON.
2-13
Page 44
Installation
2. Set the CMI-300 network address by
using the dipswitch settings on switch
SW1. Use Table 16 at the end of this
chapter to set the network address.
Plug the CMI-300 module in the MOM-2/4
card cage and connect the wiring as shown
in the CMI-300 Installation Instructions, P/N
315-091259. Eliminate all troubles from
each module prior to installing the next one.
Installing CRM-4 and CZM-4 Modules
Set the address of each module. Refer to
the CSG-M printout of the final configuration for each module address setting. Refer
to the installation instructions for each
module to set the address dipswitch.
Install the optional modules one at a time
by inserting them in the appropriate card
guides on the MOM-2/4. Eliminate all
troubles from each module prior to install-
ing the next one.
Installing the NIM-1W Network Interface
Module
The NIM-1W installs into the MOM-2/4 card
cage where it occupies one full width slot.
The wiring is connected to TB4 of the
MOM-2 or TB3 of the MOM-4.
3. When installing the NIM-1W for FSI
operation, set the switch to all open (or
OFF).
01ELBAT
gnimmargorPISF
RDDA12345678
000OOOOOOOO
FFOronepO=O
4. When installing the NIM-1W for Air
Sampling connection, set the switch as
follows:
11ELBAT
gnimmargorPgnilpmaSriA
RDDA12345678
gnilpmaSriAOOOOOOOX
FFOronepO=O
NOrodesolC=X
The NIM-1W has two configuration
dipswitches. Set the dipswitches before
installing the NIM-1W into the MOM-2/4.
Use switch SW1 to set the MXL-IQ network
address. Set this switch according to the
address where the NIM-1W is installed in
the MXL-IQ’s network map. Refer to the
CSG-M configuration printout for the
address of the module. See Table 16 at the
end of this chapter for settings.
Use switch SW2 to set either the panel
number for networked systems or to select
FSI or Air Sampling operation. Refer to
Table 9 for panel settings, Table 10 for FSI
settings, or Table 11 for Air Sampling
settings.
1. When installing the NIM-1W in a
networked system, set the panel number
to agree with the panel number for the
NIM-1W assigned to the MXL-IQ System
in CSG-M.
2. Switch position 8 selects Style 4 or 7
operation for the NIM-1W network.
After setting the switches, install the
NIM-1W into the MOM-2/4 card cage.
Make sure that the module is in the card
guides and the card edge is firmly seated in
the connectors on the MOM-2/4.
Installing the CSM-4 Signal Module
Before installing the CSM-4 in the
MOM-2/4, you must set the network
address, configure each circuit according to
the CSG-M program [as Local (NACs),
Municipal Tie, Leased Line, or Releasing
Service], and set the default modes (trouble
and alarm) as follows. Refer to Table 12 for
the Modes of Operation.
a. Set the Network Address
The network address is set on dipswitch S1
(See Figure 12, page 1-8). See the CSG-M
printout for the proper address. Use Table
16 at the end of this chapter to set the
switches.
2-14
Page 45
TABLE 12
Modes of Operation
b. Set the Mode of Operation for Each Circuit
The CSM-4 has one programming slide
switch and one jumper for each of its two
circuits. (See slide switches S3 and S4 and
jumpers G1 and G2 on the CSM-4 board,
Figure 12, page 1-8.) Setting these slide
switches and jumpers allows the selection
of four possible modes of operation. These
modes correspond with NFPA standards 72
Local, Municipal Tie, Leased Line, and
NFPA 13 and 2001 Releasing Service.
TABLE 13
Setting the Mode of Operation for the CSM-4
(Using S3, S4 and G1, G2)
1tiucriCroF
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eniLdesaeL
2tiucriCroF
)27APFN(eiTlapicinuM
)noitatSetomeR27APFN(
*)
31APFN(ecivreSgnisaeleR
*)1002APFN(ecivreSgnisaeleR
elbuortanistluseR(lagellI
)4-MSCehtno
3S
noitisoP1G
1
1
2
1
1
2
4S
noitisoP2G
Installation
tuCtoN
tuC
t
uCtoN
tuC
tuC
tuC
Each circuit on the CSM-4 can be set
independently for the type of operation
desired. Table 12 shows how to set the
switches and jumpers for circuits 1 and 2.
The CSG-M printout shows the mode for
each circuit.
c. Set the Degrade Modes of Operation
There are two sources of degrade activation, the degrade alarm bus and the degrade trouble bus. These two buses
become active ONLY when the MXL-IQ
communication network fails. Dipswitch S2
on the CSM-4 sets the degrade mode of
operation for each circuit.
)lacoL27APFN(]CAN[selbiduA
eniLdesaeL
)27APFN(eiTlapicinuM
)noitatSe
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*)31APFN(ecivreSgnisaeleR
*)1002APFN(ecivreSgnisaeleR
elbuortanistluseR(lagellI
1
1
2
1
1
2
Each circuit operates independently in the
degrade mode. Dipswitch S2, positions
SW1 and SW2, determines the degrade
mode of operation when the trouble bus
activates. Dipswitch S2, positions SW3SW6, determines the degrade mode of
operation when the alarm bus activates.
tuCtoN
tuC
tuCtoN
tuC
tuC
tuC
31APFNrof2Gdna1GsrepmujtuctonoD:YLNOADANAC*
2-15
Page 46
Installation
d. Degrade Trouble Activation
The degrade trouble bus may ONLY be
used when the circuit is used as a Leased
Line trouble indicating circuit. (See Table
12.) When enabled, this trouble degrade
mode ensures that a trouble will be transmitted to the receiving station even when
the MXL-IQ communication network fails.
Using the CSG-M printout, determine if
either of the circuits is configured as a
Leased Line trouble. Table 14 shows how
to set dipswitch S2 (SW1 and SW2) to
enable the degrade trouble activation for
the desired circuit.
41ELBAT
sedoMelbuorTedargeDehtgnitteS
2Sno4-MSCehtrof
1tiucriCroF
elbuorTeniLdesaeL
noitavitcAelbuorToN
2tiucriCroF
aeL
:etoN
elbuorTeniLdes
noitavitcAelbuorToN
o(ffoebtsum2WSro1WSsehctiws
.)nep
1WS
1G
)desolC(nO
)nepO(ffO
2WS
2G
)desolC(nO
)nepO(ffO
Determine which type of degrade mode you
want for each circuit and set dipswitch S2
(SW3-SW6) as shown in Table 15.
13. System Function Checkout
The status of the MXL-IQ before checkout
must be as listed below:
1. AC and battery power connected and
turned on.
2. All modules installed and all field wiring
connected.
3. All initiating devices installed and
addressed.
4. All field wiring checked out.
5. The start-up procedure completed.
6. An CSG-M printout of the summary of
the System Configuration available.
7. For documentation purposes, set the
MXL-IQ time before proceeding.
8. Transfer the final version of the System
Configuration to MXL-IQ.
Follow the steps listed in System Opera-
,elbuorteniLdesaeLrofdesutonsi2tiucriCro1tiucriCfI
tion Checkout.
e. Degrade Alarm Activation
Each circuit on the CSM-4 can be set with
dipswitch S2, positions SW3-SW6, to
determine when the degrade alarm bus
activates (See Table 12). There are three
degrade alarm modes. Each circuit can be
set independently from the other.
51ELBAT
1tiucriCroF4WS3WS
)noitavitcaedargedon(FFO
SUTONOD
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2tiucriCroF4WS3WS
itavitcaedargedon(FFO
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ESUTONOD
:ETON tsumsedomedargedmralaeht,yrosiv
.)nepO(FFOeb
)malaedargednoevitca(SUOUNITNOC
)taeperetinifni(FFOCES1,NOCES1
)malaedargednoevitca(SUOUNITNOC
)taeperetinifni(FFOCES1,NOCES1
repusenildesaelrofdesuerastiucricnehW
)nepO(FFO
)nepO(FFO
)desolC(NO
)desolC(NO
)nepO(FFO
epO(FFO
)n
)desolC(NO
)desolC(NO
System Operation Checkout
WARNING!
Prior to activating any initiating device,
take steps to prevent output circuits
from being activated. Failure to do so
2Sno4-MSCehtrofsedoMmralAedargeDehtgnitteS
)nepO(FFO
)desolC(NO
)nepO(FFO
)desolC(NO
)nepO(FFO
)desolC(NO
)nepO(FFO
)desolC(NO
may result in building EVAC (bells),
notification of fire department, elevator recall, etc.
Test these operations in accordance
with local codes and follow the direction of the authority having jurisdiction.
Observe all safety precautions.
2-16
Page 47
ResponseTest
1. Observe the display on the MKB-4. • The POWER LED should be on steady.
• The TROUBLE LED should be off.
• The following message should appear on the alphanumeric
display:
Installation
2. Activate every alarm causing initiating
device on the System in groups of 100 or
fewer. Reset the System prior to
activating each group of 100.
3. Activate all supervisory devices on the
System.
(Time and Date)(Time and Date)
(Time and Date)
(Time and Date)(Time and Date)
(System Custom Message)(System Custom Message)
(System Custom Message)
(System Custom Message)(System Custom Message)
(It may take a few minutes after power-up before the message
System Normal appears.)
• Every device alarms and there are no troubles annunciated.
• Device LEDs should come on when the device is in alarm.
• As each device is alarmed, the custom message appears on the
display, is recorded on the printer (if installed), and corresponds
to the CSG-M printout for that device.
• The messages listed on the printer are in the order in which the
devices were alarmed.
• Pressing the NEXT key on the MKB-4 displays the devices in
reverse order.
• Check that all appropriate responses are activated.
• Each device should cause a supervisory.
• As each device changes state, the custom message appears on
the display, is recorded on the printer (if installed), and corresponds to the CSG-M printout for that device.
SYSTEMSYSTEM
SYSTEM
SYSTEMSYSTEM
NORMALNORMAL
NORMAL
NORMALNORMAL
4. Activate all security devices on the
System.
• The messages listed on the printer are in the order in which the
devices were activated.
• Pressing the NEXT key displays the devices in reverse order.
• Check that all the appropriate responses are activated.
• Each device should cause a security condition.
• As each device is activated, the custom message appears on
the display, is recorded on the printer (if installed), and corresponds to the CSG-M printout for that device.
• Check that all appropriate responses are activated.
2-17
Page 48
Installation
Test Response
5. Activate all status devices on the
System.
6. CRM-4 relays:
Refer to Control Output On/Off, page
3-38, and toggle each CRM-4 relay
assigned to the System.
Reset the System when this test is
complete.
7. CSM-4 relays:
Refer to Control Output On/Off, page
3-38, and toggle each CSM-4 relay
assigned to the System.
Reset the System when this test is
complete.
• None of the devices should cause an alarm or trouble condition.
• If there is a printer, the System should print the status of reporting devices.
• As each device is activated, the custom message recorded on
the printer corresponds to the CSG-M printout for that device.
• Check that all appropriate responses are activated.
• Verifies proper operation of the connected relay.
• Verifies proper operation of the connected relay.
8. System Functions:
Check all functions that are defined in
the customer specifications.
2-18
• Check that the correct relationships between initiating devices
and output functions occur as defined by the customer specifications.
• Check that the appropriate NFPA and local codes are met
(Refer to the CSG-M Logical Function Summary.)
Page 49
Installation
TABLE 16
ELBATGNIMMARGORPSSERDDAKROWTEN
RDDA
000
100
200
300
400
500
600
700
800
900
010
110
210
310
410
510
610
710
810
910
020
120
220
320
420
520
620
720
820
920
030
130
230
33
0
430
530
630
730
830
930
040
140
240
340
440
540
640
740
840
940
O
050
150
250
350
450
550
650
750
850
950
060
160
260
360
12345678
LAGELLI
LAGELLI
LAGELLI
XXOOOOOO
OOXOOOOO
XOXOOOOO
OXXOOOOO
XXXOOOOO
OOOXOOOO
XOOXOOOO
OXOXOOOO
XXOXOOOO
OOXXOOOO
XOXXOOOO
OXXXOOOO
XXXXOOOO
OOOOXOOO
XOOOXOOO
OXOOXOOO
XXOOXOOO
OOXOXOOO
XOXOXOOO
OXXOXOOO
XXXOXOOO
OOOXXOOO
XOOXX
OOO
OXOXXOOO
XXOXXOOO
OOXXXOOO
XOXXXOOO
OXXXXOOO
XXXXXOOO
OOOOOXOO
XOOOOXOO
OXOOOXOO
XXOOOXOO
OOXOOXOO
XOXOOXOO
OX
XOOXOO
XXXOOXOO
OOOXOXOO
XOOXOXOO
OXOXOXOO
XXOXOXOO
OOXXOXOO
XOXXOXOO
OXXXOXOO
XXXXOXOO
OOOOXXOO
XOOOXXOO
OXOOXXO
XXOOXXOO
OOXOXXOO
XOXOXXOO
OXXOXXOO
XXXOXXOO
OOOXXXOO
XOOXXXOO
OXOXXXOO
XXOXXXOO
OOXXXXOO
XOXXXXOO
OXXXXXOO
XXXX
XXOO
RDDA
460
560
660
760
860
960
070
170
270
370
470
570
670
770
870
970
080
180
280
380
480
580
680
780
880
980
090
190
290
390
490
590
690
79
0
890
990
001
O
101
201
301
401
501
601
701
801
901
011
111
211
311
411
511
611
711
811
911
021
121
221
321
421
521
621
721
12345678
OOOOOOXO
XOOOOOXO
OXOOOOXO
XXOOOOXO
OOXOOOXO
XOXOOOXO
OXXOOOXO
XXXOOOXO
OOOXOOXO
XOOXOOXO
OXOXOOXO
XXOXOOXO
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2-19
Page 50
Installation
2-20
Page 51
Operation
Chapter
3
This section provides instructions for
operating the MXL-IQ Control Panel.
Please review the introduction to the
MXL-IQ Control Panel at the beginning of
this manual.
NOTE: See the Table of Contents pages at
the beginning of this manual for the order
of this chapter. Use it to find the answers to
specific questions when you are working
with the System.
Addresses
All modules and devices annunciated on the
MXL-IQ are identified by an address (MMM-
DDD). Each address is in two parts—a
module address (MMM) and a device
address (DDD). The number identifying the
module may be as high as 254, and the
number identifying the device may be as
high as 248. Thus a device on a module
may be identified by any number between
001-001 and 253-250. (See Table 17.)
Fixed Addresses
A module may be assigned to any address
on the System, except for some fixed
addresses that have already been assigned
(See Table 17). The modules communicate
to the MXL-IQ Control Panel through a serial
communications network. The System
continuously supervises all of the modules
for presence and proper operation.
ules and leaving gaps in the numbering,
provided you do not use the fixed addresses.
The specific addresses of the System
modules are described in Table 17.
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1
2
3
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942
052
152
252
352
452
552
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INTRODUCTION
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You may assign a module to any address
on the System, and assign addresses in
any order, mixing different types of mod-
3-1
Page 52
Operation
System Modules
ALD-2I Analog Loop Module
The ALD-2I takes two adjoining module
addresses. Loop 1 of the ALD-2I is at any
module address and loop 2 at the next
address. The analog loops on the SMB-2
are at module addresses 1 and 2 (See
Table 17, page 3-1) and cannot be moved.
The table below illustrates ALD-2I module
addresses:
ALD at Module
Addresses 3 and 4 Devices
Loop 1 003-001 to 003-060
Loop 2 004-001 to 004-060
ALD at Module
Addresses 15 and 16 Devices
Loop 1 015-001 to 015-060
Loop 2 016-001 to 016-060
CSM-4 Signal Module
The CSM-4 module contains two circuits
and two programmable LEDs.
Their device addresses on the module are
as follows:
CZM-4 Conventional Zone Module
The CZM-4 Conventional Zone module
contains four conventional initiating device
zones and two programmable LEDs. Their
device addresses on the module are as
follows:
Zone 1 0 01
Zone 2 0 02
Zone 3 0 03
Zone 4 0 04
LED 1 005
LED 2 006
For example, the address of zone 1 on the
CZM-4, at module address 105, is 105-001.
MKB Keyboard/Annunciator
The MKB Keyboard/Annunciator occupies
the fixed module address 251 (See Table
17, page 3-1).
SMB-2 Main Board
The SMB-2 occupies module addresses 1,
2, and 253. The module addresses 1 and 2
are analog loops.
Circuit 1 001
Circuit 2 002
LED 1 005
LED 2 006
For example, the address of circuit 2 on the
CSM-4 at module address 3 is 003-002.
CRM-4 Relay Module
The CRM-4 Relay module contains four
relays and two controllable LEDs.
Their device addresses on the module are
as follows:
Relay 1 001
Relay 2 002
Relay 3 003
Relay 4 004
LED 1 005
LED 2 006
For example, the address of relay 4 on the
CRM-4 at module address 20 is 020-004.
Module address 253 contains two notifica-
tion appliance circuits (NACs) and two
relays. The device addresses at module
253 are as follows:
Common alarm relay 001
Common trouble relay 002
NAC 1 004
NAC 2 005
For example, the address of the common
alarm relay at module address 253 is
253-001.
Remote System Modules
MOI-7 Voice and Annunciator Driver
The MOI-7 occupies one network address
and one network node in the MXL-IQ
System. Set the address on S1 (See Figure
17, page 1-10) according to Table 16, page
2-19, so that it agrees with the address
assigned in CSG-M.
The MOI-7 has a set of 128 subaddresses
reserved for the MOD-16 open collector
3-2
Page 53
Operation
outputs and MID-16 general purpose
inputs. This gives a maximum of 8 MOD-16
boards and 8 MID-16 boards.
The MOI-7 subaddress map is as follows.
001-016 MOD-16/MID-16 #1
017-032 MOD-16/MID-16 #2
033-048 MOD-16/MID-16 #3
049-064 MOD-16/MID-16 #4
065-080 MOD-16/MID-16 #5
081-096 MOD-16/MID-16 #6
097-112 MOD-16/MID-16 #7
113-128 MOD-16/MID-16 #8
The MOI-7 has two status LEDs:
The TRANSMIT LED indicates that the
MOI-7 is sending information to the SMB-2.
During normal operation this LED flashes
periodically when the SMB-2 requests the
MOI-7’s status.
The TROUBLE LED only lights when the
MOI-7 cannot communicate with the
MXL-IQ. This is an indication that the
network connection between the MOI-7 and
SMB-2 is damaged.
MOD-16 (Open Collector Output Module)
The MOD-16 does not occupy a network
address. The MOD-16 is at a subaddress
of the MOI-7 to which it is connected. The
subaddresses of any given MOD-16s are
determined by their position in the string of
MOD-16s.
Using The MKB-4
Keyboard/Annunciator
Panel in Local Mode
See Figure 32, page 3-4, for the location of
the display keys and LEDs.
When the MKB-4 Keyboard/ Annunciator
Panel is installed, only the display, LEDs,
and display control keys are visible. The
ACKnowledge keys and other controls are
hidden behind a locked door. Unlock and
open the door to gain access to those keys
and controls.
The Display
The display has two lines of 40 characters
each. What is shown on the display depends on the state of the System. The
display contains a back light which turns on
automatically when any key is pressed or
an event is reported. The back light turns
off automatically after 5 minutes of system
inactivity.
The System has several displays. When
the System is Normal, the display shows:
[time/date]
[system message]
When an event has been annunciated, the
System alternates between the following
three displays:
SYSTEM
NORMAL
The output cable from the MOI-7 connects
to the first MOD-16, which has the
subaddress of 001-016 as shown above.
Each additional MOD-16 in the chain has
the next block of 16 addresses.
You may connect a maximum of 8
MOD-16s and MID-16s to an individual
MOI-7 for a total of 128 open collector
outputs and 128 general purpose inputs.
[address] [custom message]
[event number] [device type] [trouble type]
[address] [type of device in trouble] or [BLANK] [ACK
STATUS or BLANK] [event number] [time/date] [IN or 0UT]
ALARMS=nnn SUPERVISORIES=nnn
SECURITIES=nnn TROUBLES=nnn
[ACK STATUS or BLANK]
[IN or 0UT]
3-3
Page 54
Operation
The terms used in the displays described
above are defined as follows:
• ACK appears if the event has been
acknowledged; otherwise, the field is
blank.
• IN is displayed when a condition occurs.
• OUT is displayed when a normal state is
restored.
• [time/date] shows the time and date the
event occurred.
Internal Audible Alarm
The internal audible alarm (not visible)
sounds steadily when there is an unacknowledged fire alarm. It pulses if all
alarms are acknowledged, but there is at
least one supervisory, security condition or
trouble.
The Display
A 2-line display of 40 characters each that
shows the state of the System. A back light
turns on when any key is pressed or an
event is reported.
System Control Keypad
ALARM ACK - Press to acknowledge a
fire alarm.
AUD SIL - Press to silence or unsilence
a notification appliance circuit.
SUPV ACK - Press to acknowledge a
supervisory.
TRBL ACK - Press to acknowledge a
trouble.
SEC ACK - Press to acknowledge a
security condition.
RESET - Press to reset the System.
Numeric Keypad
Use the numeric keypad (keys 0 through 9)
when the System asks for a model number,
device number, password, time, date, or
other information. The display shows each
number as you press the key (except when
you enter a password; the System shows
an asterisk for each digit of the password
that you type).
Figure 32
MKB-4 Keyboard/Annunciator Panel
ALARM
ACK
AUD
SIL
SUPV
ACK
TRBL
ACK
SEC
ACK
RESET
12:00:00 jan 01, 2002
- - - siemens System mxl---
HELP
PRINT
FORM
FEED
CLEARENTER
ALT
ALT
system
normal
DISPLAY
NEXT
HOLD
ALT 1
FUNCTION
FUNCTION
ALT 2
FUNCTION
F1
1
F2
F3
2
F4
3-4
Page 55
Operation
Command Keypad
Left arrow () - Press to select the item to
the left of what is flashing on the display
(unless entering a number).
Right arrow () - Press to select the item to
the right of what is flashing on the display
(unless entering a number).
Up arrow () - Press to go back to the
previous item.
ENTER - Press to select the item on which
the cursor is flashing. When typing in
numbers, press ENTER when finished to
complete the entry.
PRINT - Press to print selected lists and
reports.
FORM FEED - Press to advance the paper
in the printer.
CLEAR - Press to cancel printing begun by
pressing PRINT. The System will print:
This listing prematurely terminated.
HELP - Press to display a one-line help
message.
Display Keys
The MXL-IQ has two display keys, NEXT
and HOLD, located on the MKB-4.
NEXT - Press NEXT to show the previous
item in a list of Alarms, Supervisories,
Troubles, or Security conditions.
HOLD - Press HOLD at any time to freeze
the present display. The display remains
frozen until HOLD is released.
LEDs
ALARM - This red LED flashes when there
is at least one unacknowledged fire alarm;
it glows steadily when all fire alarms are
acknowledged.
AUDIBLE SILENCE - This red LED flashes
when at least one notification appliance
circuit (NAC) is active; it glows steadily
when all silenceable NACs are silenced.
Under normal conditions, the LED is off.
SUPERVISORY - This yellow LED flashes
when there is at least one unacknowledged
supervisory; it glows steadily when all
supervisories are acknowledged.
The Special (ALT and Function) Keypad
Use the four function keys alone or in
combination with ALT1 or ALT2 to provide
a total of 12 special functions. When using
a combination, hold the ALT key down and
then press the function key.
F1
F2
F3
F4
ALT1-F1
ALT1-F2
ALT1-F3
ALT1-F4 Hold ALT, then press
ALT2-F1 function key.
ALT2-F2
ALT2-F3
ALT2-F4
The special function keys are defined using
the CSG-M Custom Software Generator
(See CSG-M Programming Manual, P/N
315-090381). These definitions can be
recorded in the box on the panel.
TROUBLE - This yellow LED flashes when
there is at least one unacknowledged
trouble; it glows steadily when all troubles
are acknowledged.
SECURITY - This yellow LED flashes when
there is at least one unacknowledged
security condition; it glows steadily when all
security conditions are acknowledged.
POWER - This green LED glows steadily to
indicate that the AC power is on; it flashes
when the System is on battery backup.
PARTIAL SYSTEM DISABLE - This yellow
LED glows steadily when any device is
disabled.
Modes Of Operation
The MXL-IQ alphanumeric display annunciator has five modes of operation:
1. Alarm
2. Supervisory
3. Security
4. Trouble
5. Normal
INTRODUCTION
3-5
Page 56
Operation
This order ensures that fire alarms always
take priority over all other conditions. In turn,
supervisories always take priority over
security conditions and security conditions
always take priority over troubles. All of the
above modes take priority over Normal mode,
which is the absence of any alarms,
supervisories, security conditions, or
troubles.
Alarm
The alphanumeric display shows an alarm
message when a fire alarm is received.
See Alarm.
Supervisory
The alphanumeric display shows a supervisory message when the system receives a
supervisory and no higher priority event is
present. See Supervisories, page 3-8.
Security
The alphanumeric display shows a security
message when a security condition is
received and no higher priority event is
present.
See Security Conditions, page 3-9.
Trouble
The alphanumeric display shows a trouble
message when a trouble is present and no
higher priority event is present. See
Troubles, page 3-10.
Normal Mode
Normal mode is the absence of any alarms,
supervisories, security conditions or
troubles.
In normal mode the display shows the
following message:
11:59:59 DEC 31, 20XX SYSTEM
[custom system message]
NORMAL
System Status at 00:00:00 Jul 02, 20XX
0 ALARM 0 ALARM ACK
0 SUPERV 0 SUPERV ACK
0 SECURITY 0 SECURITY ACK
0 TROUBLE 0 TROUBLE ACK
Alarm
RESPONDING TO AN ALARM
1.Follow the response plan approved by
the local authority having jurisdiction.
2.When the MXL-IQ is installed, the
ACKnowledge key and Audible Alarm
Silence key (AUD SIL) on the MKB-4
are behind a locked door. The display,
LEDs, and display control keys are
visible and accessible. To acknowledge
an alarm or trouble, or to silence an
audible alarm, first unlock and open the
door.
How The System Annunciates Fire
Alarms
When a fire is detected, the System causes
the ALARM LED on the MKB-4 to flash, the
System’s internal audible to sound, the
AUD SIL LED to flash, and the alphanumeric display on the MKB-4 to alternate in a
sequence among the three messages
shown below. This example assumes that
two fire alarms were received (Refer to the
explanations below).
Message 1:
1-001
002 [device type] IN ALR
Message 2:
1-001
002 [time/date] IN ALR
[custom message]
[custom message]
The POWER LED glows steadily in normal
mode when the system has AC power. The
ALARM, AUDIBLE SILENCE, SUPERVISORY, TROUBLE, and SECURITY LEDs
are off and the internal audible is off.
If your System has the printer option, the
System prints a message in the following
format every day at midnight, even when
there are alarms or other conditions:
3-6
Message 3:
ALARMS=002 SUPERVISORIES=000
SECURITIES=000 TROUBLES=000
In addition, the System responds to alarms
with programmed output functions such as
other audible signals.
Page 57
Operation
In the messages above, 1-001 represents
the address of the device reporting the
alarm.
NOTE: On the display, not all leading
zeros are shown. If your System
includes a printer, note that the
leading zeros are not shown.
002 in the first message tells you that this is
the second (and the most recent) of two
alarms received.
The status information in the third message
reports the total of alarms, supervisories,
troubles, and security conditions.
If your System includes a printer, it prints a
message from two to four lines long similar
to the following:
ALARM 1-1 11:59:59 DEC 31, 20XX
#1 [custom message], [device type]
In the preceding printed message, ALARM
indicates that the type of occurrence is a
fire alarm; 1-1 is the device address; #1 is
the number of the alarm in the list of fire
alarms; [custom message] is a custom
message entered using the CSG-M Custom Software Generator (See the CSG-M
Programming Manual, P/N 315-090381);
[device type] is the type of device which
reported the alarm.
Viewing the List of Alarms
To see the alarm list when there is more
than one alarm, press NEXT on the MKB-4
(the System displays the most recent alarm
first).
How to Block Acknowledge a Fire
Alarm (NFPA 72 Local, Municipal Tie,
and Remote Station)
1. Note the specific location of the alarm(s)
by using the procedures described
above.
2. Unlock and open the door.
3. Press ALARM ACK to acknowledge all
alarms. The System displays the
following message:
ALL ALARMS ACKNOWLEDGED.
4. If your System includes the printer
option, it prints the following message:
ACK ALARM 11:59:59 DEC 31,20XX
ALL ALARMS ACKNOWLEDGED
5. If you press ALARM ACK again, the
System displays ALL ALARMS
ACKNOWLEDGED.
The ALARM LED glows steadily to
indicate that all alarms are acknowledged.
If there are no supervisories, troubles, or
security conditions in the System, the
internal audible goes silent; if any of
those conditions still exist, the internal
audible pulses.
How to Individually Acknowledge a Fire
Alarm (NFPA 72 Proprietary, UL 1076)
1. Press ALARM ACK. The System
acknowledges the alarm displayed and
then displays the next unacknowledged
alarm.
If your System has the printer option, it
prints an alarm acknowledgment
message similar to the following:
ACK ALARM 1-5 12:01:28 DEC 31,20XX
#2 [custom message], [device type]
Note that the acknowledgments
message includes the term ACK to
indicate this alarm was acknowledged.
2. Continue acknowledging alarms as
explained above until the System
displays the following message: ALL
ALARMS ACKNOWLEDGED.
The ALARM LED glows steadily to
indicate that all alarms are acknowledged. If there are no supervisories,
troubles, or security conditions still in the
System, the internal audible goes silent;
if any of those conditions still exist, the
internal audible pulses.
3. If your System includes a printer, it prints
a message similar to the following:
ACK ALARM 12:05:44 DEC 31,20XX
ALL ALARMS ACKNOWLEDGED
Silencing The System
Press AUD SIL after all alarms are acknowl-
edged. The System displays the following
message: AUDIBLES SILENCED. (Pressing
AUD SIL a second time causes the internal
audible and the System to unsilence and
the message AUDIBLES UNSILENCED to
appear on the display; thus, pressing AUD
3-7
Page 58
Operation
SIL alternately silences and unsilences the
System.)
If your System has a printer, it prints a
message similar to the following:
AUD SILENCED/UNSIL. 11:01:00 DEC 31, 20XX
AUDIBLES SILENCED
Supervisories
How The System Annunciates
Supervisories
When a supervisory is detected, the
System causes the SUPERVISORY LED
on the MKB-4 to flash, the System’s
internal audible to sound, and the alphanumeric display on the MKB-4 to alternate in a
sequence among the three messages
shown below. This example assumes that
two supervisories were received (See the
explanations below).
Message 1:
1-001
002 [device type] IN SUP
Message 2:
1-001
002 [time/date] IN SUP
Message 3:
ALARMS=000 SUPERVISORIES=002
SECURITIES=000 TROUBLES=000
[custom message]
[custom message]
If your System includes a printer, it prints a
message from two to four lines long similar
to the following:
SUPERV 1-1 11:59:59 DEC 31, 20XX
[custom message], [device type]
#1
In the preceding message, SUPERV
indicates that the type of occurrence is a
supervisory; 1-1 is the device address; #1
is the number of the supervisory in the list
of supervisories; [custom message] is a
custom message entered using the CSG-M
Custom Software Generator (See the CSG-M
Programming Manual, P/N 315-090381);
[device type] is the type of device which
reported the supervisory.
Viewing the List of Supervisories
To see the supervisory list when there is
more than one supervisory, press NEXT on
the MKB-4 (the System displays the most
recent supervisory first).
How to Block Acknowledge a
Supervisory (NFPA 72 Local, Municipal
Tie, and Remote Station)
1. Note the specific location of the
supervisories by using the procedures
described above.
2. Unlock and open the door.
3. Press SUPV ACK to acknowledge all
supervisories. The System displays the
following message:
ALL SUPERVISORIES ACKNOWLEDGED.
In addition, the System responds to
supervisories with programmed output
functions such as other audible signals.
In the messages above, 1-001 represents
the address of the device reporting the
supervisory.
002 in the first message tells you that this is
the second (and the most recent) of two
supervisories received.
The status information in the third message
reports the total of alarms, supervisories,
troubles, and security conditions.
3-8
4. If your System includes a printer, it prints
the following message:
ACK SUPERVISORY 11:59:59 DEC 31,20XX
ALL SUPERVISORIES ACKNOWLEDGED
5. If you press SUPV ACK again, the
System displays ALL SUPERVISORIES
ACKNOWLEDGED.
The SUPERVISORY LED glows steadily
to indicate that all supervisories are
acknowledged. If there are no troubles or
security conditions in the System, the
internal audible goes silent; if any of
those conditions still exist, the internal
audible pulses.
Page 59
Operation
How to Individually Acknowledge a
Supervisory (NFPA 72 Proprietary, UL 1076)
1. Press SUPV ACK. The System
acknowledges the supervisory displayed
and then displays the next
unacknowledged supervisory.
If your system has a printer, it prints an
acknowledgment message similar to the
following:
ACK SUPERV 1-5 12:01:28 DEC 3,20XX
[custom message], [device type]
#2
Note that the acknowledgment message
includes the term ACK to indicate this
supervisory was acknowledged.
2. Continue acknowledging supervisories
as explained above until the System
displays the following message: ALL
SUPERVISORIES ACKNOWLEDGED.
The SUPERVISORY LED glows steadily
to indicate that all supervisories are
acknowledged. If there are no troubles or
security conditions still in the System, the
internal audible goes silent; if any of
those conditions still exist, the internal
audible pulses.
3. If your System includes a printer, it prints
the following message:
Message 2:
1-001
002
Message 3:
ALARMS=000 SUPERVISORIES=000
SECURITIES=000 TROUBLES=002
In addition, the System responds to security
conditions with programmed output functions.
In the messages above, 1-001 represents
the address of the device reporting the
security condition.
002 in the first message tells you that this is
the second (and the most recent) of two
security conditions received.
The status information in the third message
reports the total number of alarms, supervisories, troubles, and security conditions.
If your System includes a printer, it prints a
message from two to four lines long similar
to the following:
SECURITY IN 1-1 11:59:59 DEC 31, 20XX
#1
[custom message]
[time/date]
[custom message], [device type]
IN SEC
ACK SUPERVISORY 12:05:44 DEC 3,20XX
ALL SUPERVISORIES ACKNOWLEDGED
Security
How The System Annunciates Security
Conditions
When a security condition is detected, the
System causes the SECURITY LED on the
MKB-4 to flash, the System’s internal
audible to sound, and the alphanumeric
display on the MKB-4 to alternate in a
sequence among the three messages
shown below. This example assumes that
two security conditions were received (See
the explanations below the messages).
Message 1:
1-001
002
[custom message]
[device type]
IN SEC
In the preceding printed message, SECURITY indicates that the type of occurrence
is a security condition; 1-1 is the device
address; #1 is the number of the security
condition in the list of security conditions;
[custom message] is a custom message
entered using the CSG-M Custom Software
Generator (See the CSG-M Programming
Manual, P/N 315-090381); [device type] is
the type of device which reported the
security condition.
Viewing the List of Security Conditions
To see the security condition list when there
is more than one security condition, press
NEXT on the MKB-4 (the System displays
the most recent security condition first).
How to Individually Acknowledge a
Security Condition (UL 1076)
1. Press SEC ACK. The System
acknowledges the security condition
displayed and then displays the next
unacknowledged security condition.
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Operation
If your System has a printer, it prints an
acknowledgment message similar to the
following:
ACK SECURITY 1-5 12:01:28 DEC 3,20XX
[custom message], [device type]
#2
Note that the acknowledgment message
includes the term ACK to indicate this
security condition was acknowledged.
2. Continue acknowledging security
conditions as explained above until the
System displays the following message:
ALL SECURITY CONDITIONS
ACKNOWLEDGED.
The SECURITY LED glows steadily to
indicate that all security conditions are
acknowledged, and the internal audible
goes silent.
3. If your System includes a printer, it prints
the following message:
ACK SECURITY 12:05:44 DEC 31, 20XX
ALL SECURITY CONDITIONS ACKNOWLEDGED
Troubles
How The System Annunciates Troubles
When a trouble is detected, the System
causes the TROUBLE LED on the MKB-4
to flash, the System’s internal audible to
sound, and the alphanumeric display on the
MKB-4 to alternate in a sequence among
the three messages shown below. This
example assumes that two troubles were
received (See the explanations below).
Message 1:
1-001 [custom message]
002 [trouble type] IN TBL
Message 2:
1-001 [device type]
002 [time/date] IN TBL
Message 3:
ALARMS=000 SUPERVISORIES=000
SECURITIES=002 TROUBLES=000
In the messages above, 1-001 represents
the address of the device reporting the
trouble.
002 in the first message tells you that this is
the second (and the most recent) of two
troubles received.
The status information in the third message
reports the total of alarms, supervisories,
troubles, and security conditions.
If your System includes a printer, it prints a
message from two to four lines long similar
to the following:
TROUBLE IN 1-1 11:59:59 DEC 31, 20XX
[custom message] [trouble type], [device type]
#1
In the above printed message, TROUBLE
indicates that the type of occurrence is a
trouble; 1-1 is the device address; and #1 is
the number of troubles in the list of troubles;
[custom message] is a custom message
entered using the CSG-M Custom Software
Generator (See the CSG-M Programming
Manual, P/N 315- 090381); [trouble type]
is the type of trouble which reported;
[device type] is the type of device in
trouble.
Viewing The List of Troubles
To see the trouble list when there is more
than one trouble, press NEXT on the
MKB-4 (the System displays the most
recent trouble first).
How to Block Acknowledge a Trouble
(NFPA 72 Local, Municipal Tie, and
Remote Station)
1. Note the specific location of the
trouble(s) by using the procedures
described above.
2. Unlock and open the door.
3. Press TRBL ACK to acknowledge all
troubles. The System displays the
following message: ALL TROUBLES
ACKNOWLEDGED.
4. If your System includes a printer, it prints
the following message:
In addition, the System responds to troubles
with programmed output functions.
3-10
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Operation
ACK TROUBLE 11:59:59 DEC 31, 20XX
ALL TROUBLES ACKNOWLEDGED
5. If you press TRBL ACK again, the
System displays
ALL TROUBLES ACKNOWLEDGED.
The TROUBLE LED glows steadily to indicate that all troubles are acknowledged.
If there are no security conditions in the
System, the internal audible goes silent;
if any security conditions still exist, the
internal audible pulses.
How to Individually Acknowledge a
Trouble (NFPA 72 Proprietary, UL 1076)
1. Press TRBL ACK. The System
acknowledges the trouble displayed and
then displays the next unacknowledged
trouble.
If your System has a printer, it prints an
acknowledgment message similar to the
following:
ACK TROUBLE 1-5 12:01:28 DEC 31,20XX
#2 [custom message], [trouble type],
[device type]
Note that the acknowledgment message
includes the term ACK to indicate this
trouble was acknowledged.
2. Continue acknowledging troubles as
explained above until the System
displays the following message:
ALL TROUBLES ACKNOWLEDGED.
Reset Procedures
Hard Reset
Other terms for Hard Reset are Power-up,
Initialization, and Cold Reset.
Applying power to the System performs a
Hard Reset which initializes (starts) the
entire system.
What Is Lost:
• Alarms, supervisories, security conditions and troubles
• Any user entries such as time and date
• Arm/disarm
• Manual sensitivity adjustment
• Time-based control until time is reset
What Is Not Lost:
• CSG-M program
Soft Reset
To perform a Soft Reset, press RESET on
the MKB-4 (Refer to Figure 32, page 3-4).
Soft reset does not work until you acknowledge all alarms, supervisories, security
conditions and troubles and silence the
System.
What Is Lost:
• Alarms, supervisories, security conditions, troubles
• Arm/disarm (unless option disabled by
CSG-M)
The TROUBLE LED glows steadily to
indicate that all troubles are acknowledged. If there are no security conditions
still in the System, the internal audible
goes silent; if any of those conditions still
exist, the internal audible pulses.
3. If your System includes a printer, it prints
the following message:
ACK TROUBLE 12:05:44 DEC 31, 20XX
ALL TROUBLES ACKNOWLEDGED
What Is Not Lost:
• Any user entries such as time and date.
• Arm/disarm (when enabled by CSG-M)
• CSG-M program
• Manual sensitivity adjustment
• Time-based control
3-11
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Operation
If you press RESET before acknowledging
all conditions and silencing the audible
alarms, the display shows a message
similar to the following:
ALARMS NOT ALL ACKNOWLEDGED YET
(or)
SUPERVISORY NOT ALL ACKNOWLEDGED YET
(or)
SECURITY NOT ALL ACKNOWLEDGED YET
(or)
TROUBLES NOT ALL ACKNOWLEDGED YET
(or)
AUDIBLES NOT ALL SILENCED YET
If your System has a printer, it prints a
message similar to the following and adds
SYSTEM NOT RESET on the bottom line:
RESET 0:1 1:58 Jul 03,20XX
Not All Acknowledged Yet. System Not
Reset.
Using The MKB
Keyboard/Annunciator
Panel in Global Mode
The Global MKB Keyboard/Annunciator
Panel operates the same as described
in Using The MKB Keyboard/Annunciator
Panel Local Mode, except as noted below.
Limitations/Restrictions
• As in all networked MXL Systems, the
self-restoring trouble option is not
allowed in any MXL.
• An MXL still may only contain a maximum of 4 supervised MKBs. This can be
a mix of local and global MKBs.
• BLOCK ACK must be enabled in the
CSG-M.
• The maximum number of supervised
Global MKBs is 10.
• The maximum number of Global Printers
is 2 (not TSP-40s).
When the System performs a Soft Reset,
the display shows the following message:
SYSTEM RESET
The System then returns to Normal mode
and the display shows the following:
11:59:59 DEC 31, 20XX SYSTEM
[custom System message] NORMAL
If your System has a printer, it prints the
following message:
SYSTEM RESET
If the System is already in Normal mode
when you press RESET, it displays
SYSTEM ALREADY NORMAL
and does not reset.
Global MKB Display Format
In order to insert the XNET node information and provide an indication of the number
of events in the System, some of the
characters in the first and second lines
have been lost.
NN = NODE # (1 - 64)
MMM = MODULE # (1 - 253)
DDD = DEVICE # (1 - 254)
ALARM
The 3 event displays are formatted as
follows for an alarm condition:
NN:MMM-DDD [custom message] ACK
1 [time/date] IN ALR
NN:MMM-DDD [custom message] ACK
1 [device type] IN ALR
ALARMS=1 SUPERVISORY=0
SECURITY=0 TROUBLES=0
3-12
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Operation
SUPERVISORY
The 3 event displays are formatted as
follows for a supervisory condition:
NN:MMM-DDD [custom message] ACK
1 [time/date] IN SUP
NN:MMM-DDD [custom message] ACK
1 [device type] IN SUP
ALARMS=0 SUPERVISORY=1
SECURITY=0 TROUBLES=0
SECURITY
The 3 event displays are formatted as
follows for a security condition:
NN:MMM-DDD [custom message] ACK
2 [time/date] IN SEC
NN:MMM-DDD [custom message] ACK
2 [device type] IN SEC
ALARMS=0 SUPERVISORY=0
SECURITY=2 TROUBLES=0
TROUBLE
The 3 event displays are formatted as
follows for a trouble condition:
NN:MMM-DDD [custom message] ACK
23 [trouble type] IN TRB
NN:MMM-DDD [custom message] ACK
23 [time/date] IN TRB
ALARMS=0 SUPERVISORY=0
SECURITY=0 TROUBLES=23
Leading zeros are not included in addresses and counts.
Additional data causes a three character
shift right, resulting in the loss of three
characters from the displayed message.
Additional data also causes a two character
shift to the right, resulting in the loss of two
characters of the device or trouble type.
The System queue totals are over 10,000
events. This expands the event number fields
to 5 digits from 3. The order of these events
is as follows:
• Queue priority (Alarm, Supervisory,
Security, Trouble ).
• Time and date of event (newest first).
• If the two previous items are identical,
the lower node number takes priority.
Global Keypad Operation
BLOCK ACK
Global block acknowledgment operates as
in a standalone MXL, but with global scope.
Events for the queue acknowledge System
wide (all nodes).
Pressing a global BLOCK ACK key results
in a broadcast XNET message to all nodes
to acknowledge all events in that queue.
Panels process the event just as if the key
press had occurred at one of its MKBs. A
success code (or error code) is sent to the
NODE that initiated the global acknowledge.
An acknowledgment message is displayed
and printed (and the appropriate LED is
updated) when the MXL determines all
events at that level have been acknowledged (System wide). The time/date stamp
of an event is used to determine the true
state of the System.
LEDs are not updated unless all nodes
confirm the acknowledgment has been
successfully executed.
AUD SILENCE
This key is NOT a toggle as in a local
mode. If silenceable audibles are active
anywhere in the System, the LED flashes.
When the global AUD SILENCE key is
pressed with any/all audibles in the System
unsilenced, a global silence command is
issued. The command is processed in the
nodes as if a local audible silence had been
requested.
Command preprocessing is in place to
prevent silenceable audibles from getting
out of sync (some systems on, some
systems off) on a System basis. No
audibles will be silenced unless all can be
silenced. However, in cases where local
control is enabled, this may be unavoidable.
An error code (or success via a silence
event message) allows the global MKB to
keep up to date as to true System status. If
any panel reports an error, the display
status remains unchanged.
When the global AUD SILENCE key is
pressed with all audibles in the System
silenced, a global unsilence command is
issued. The command is processed in the
nodes as if a local audible unsilence had
3-13
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Operation
been requested. An error code (or success
via a silence event message) allows the
global MKB to keep up to date as to true
System status. If any panel reports an
error, the display status changes since
some audibles have been unsilenced.
RESET
When the global reset key is pressed, each
node is tested. If all nodes meet the
conditions required for reset, the reset
command is sent and executed. Otherwise,
the corresponding error message is displayed.
NEXT
This key operates the same as in the local
mode. However, it moves the user through
the System events globally in the priority
order established earlier.
HOLD
This key operates the same as in the local
mode.
Using The Menu
The menu gives you wide control of the
MXL-IQ System. You may use the menu no
matter what mode the System is in.
The discussion in this section is in the
following order:
• Operation of the keys on the MKB-4
Keyboard/Annunciator
• Overview of the menu’s structure
• Beginning a menu session
• Introduction to each of the four menus:
- Acknowledge menu
- List menu
- Control menu
- Test menu
- Entering your password
- Entering module and device numbers
• Using the Acknowledge menu
• Using the List menu
Function Keys
These keys operates the same as in the
local MKB.
Numeric Keypad
These keys operates the same as in the
local MKB.
• Using the Control menu
• Using the Test menu
Operation of the Keys on the MXL-IQ
Annunciator Panel
Use the numeric keypad and the directional
and command keypad when working with
the menu.
Numeric Keypad
Use the numeric keypad (keys 0 through 9)
when the System asks for a module
number, device number, password, time,
date, or other information. The display
shows each number as you press the key.
However, when you enter a password, the
System shows asterisks in place of the
digits entered.
The Command Keypad
The Command Keypad has both directional
and command keys that are used to move
through the menu and perform specific
functions. Refer to Table 18 for a description of the Command Keypad.
3-14
Page 65
Operation
Overview of the Menu’s Structure
Press ENTER to enter the menu. The
menu then uses the first 32 spaces of the
second line of the display to communicate
with you. When you use the Acknowledge
or List menu, the menu uses both lines of the
display.
Acknowledge
Alarm
Supervisory (Supervsry)
Security
Trouble
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If you are in the menu and do not depress a
numeric or arrow key at any time during a 1
minute period, the System returns to the
previous item.
The five Main Menu items and their subitems
for Revision 6.0 and higher follow; the
shortened terms used in the menu itself are
in parentheses:
1
Status
Alarm
Supervisory (Supervsry)
Security
Trouble
Sensitivity (Senstvty)
Voltages
Temp
Module type (Mod type)
Device type (Dev type)
Message
Software version
Output States
Device Usages
Node Address
Air Sampling
Percent/ft
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ASD apps
1
You can generate a
printed report or listing
for every item in the List
menu except Node
Address; see the
discussion under LIST
Menu.
List
- Analog
- Threshold
- Sensitivity
(SW version)
- Smoke-lev
- Flow-lev
- Trip-pts
- Senstvty
- Pre-alarm
- Analog
Control
Reset
Sensitivity (Senstvty)
- Hi_3
- Hi_2
- Hi_1
- Norm
- Low_1
- Low_2
- Low_3
Arm/disarm (Arm/dis)
- Arm
- Disarm
Output on/off
- Arm
- Disarm
- Energize
- De-Energize
Loop Arm
Loop Disarm
Netlink Request
Air Sampling
- Alarm_Trip
- Flow_Trip
Percent/Ft
- Sensitivity
(Senstvty)
- Pre_alarm
Change_Apps
Test
Set time
Ground fault (Gnd_flt)
- Main
2
Power
- Main
- Voltage
- Current
Lamp test
- LEDs
- Display
Device LED
MOI_Lamp_Test
X-Network
M-Network
Override
Det_cleaned
Event_log
- Alrm_only
- Superv_only
- Security_only
- Trbl_only
- All_events
- Hist_Ctrl
- Hist_Erase
Pyro_diags
Pre_alarm
ASD_Devices
Summarize
Manual_Activate
2
You can generate a
printed report for this
item; see the discussion
under TEST Menu.
Walktest
System_wAUD
Loop_wAUD
Zone_wAUD
System_SIL
Loop_SIL
Zone_SIL
Cancel
Extend
3-15
Page 66
Operation
Beginning a Menu Session
When you first press ENTER to begin a
menu session, the second line of the
display shows the four Main Menu items:
ACKNOWLEDGE LIST CONTROL TEST
The A in Acknowledge is blinking. Select
Acknowledge by pressing ENTER while the
A is blinking.
Use the Left and Right arrow keys to move
around in this four-item menu.
To end a menu session and return to the
Main Menu or to leave the menu at any
time, press the Up arrow key to go backward one menu each time.
Introduction to the Acknowledge Menu
The Main Menu, displayed when you press
ENTER to begin a menu session, lists the
four main items in the menu:
ACKNOWLEDGE LIST CONTROL TEST
For help in understanding what the List
function does, press HELP when the L in
LIST is blinking. The System displays:
TO LIST SYSTEM, DEVICE, CSGM INFO
Use this function to list information on the
System and its devices.
To return to the Main Menu display, press
HELP again:
ACKNOWLEDGE LIST CONTROL TEST
We discuss the List menu in detail beginning
on page 3-22.
Introduction to the Control Menu
To move to CONTROL on the Main Menu,
press the Right arrow key twice from
ACKNOWLEDGE; the C in CONTROL
begins blinking:
ACKNOWLEDGE LIST CONTROL TEST
For help in understanding what the Acknowledge function does, press HELP when the
A in ACKNOWLEDGE is blinking. The
System displays:
TO ACKNOWLEDGE INDIVIDUALLY
Use this menu function to acknowledge
alarms, supervisories, troubles, and
security conditions individually.
To return to the Main Menu display, press
HELP again:
ACKNOWLEDGE LIST CONTROL TEST
We discuss the Acknowledge menu in
detail beginning on page 3-18.
Introduction to the List Menu
To move to LIST on the Main Menu, press
the Right arrow key once; the L in LIST
begins blinking:
ACKNOWLEDGE LIST CONTROL TEST
For help in understanding what the Control
function does, press HELP while the C in
CONTROL is blinking. The System displays:
TO MODIFY DATA FOR OPERATION
Use the Control function to reset the System
and to change the settings of various devices.
To return to the Main Menu display, press
HELP again:
ACKNOWLEDGE LIST CONTROL TEST
We discuss the Control menu in detail
beginning on page 3-36.
Introduction to the Test Menu
To move to TEST, press the Right arrow
key three times from ACKNOWLEDGE; the
T in TEST begins blinking:
ACKNOWLEDGE LIST CONTROL TEST
For help in understanding what the Test
function does, press HELP while the T in
TEST is blinking. The System displays:
3-16
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Operation
PASSWORD LEVELS
TO TEST SYSTEM, LOOP & DEVICE
Use this function to test the System, its
loops, and its devices, including ground
fault, battery voltage and current, and the
LEDs.
To return to the Main Menu display, press
HELP again:
ACKNOWLEDGE LIST CONTROL TEST
We discuss the Test menu in detail beginning on page 3-42.
Entering Your Password
If you select CONTROL, TEST, or WALKTEST, the System asks for your password:
ENTER YOUR PASSWORD:
If you press HELP, the System explains
this function; press HELP again to return to
the previous display.
Type your (1-5 digit) password, using the
numeric keypad. The System shows an
asterisk for each digit that you type. (Use
the Left arrow key to erase an error.)
The System gives you three chances to
enter an acceptable password before it
returns you to the Main Menu.
If the System accepts your password, it
displays the Control, Test, or Walktest
menu. We discuss those menus later in this
section.
Entering a Module Number and Device
Number
The System asks you to supply a module
number or device number, or both, during
certain functions described in the pages
that follow. Below is a summary of the
procedures involved.
NOTE: The terms module number and
module address are used interchangeably in this manual.
Entering a Module Number
The System displays
TYPE IN MODULE NUMBER:
If you press HELP at this point, the System
displays the following explanation:
3 DIGIT MODULE NO., PRESS <ENTER>
When you have typed the entire password,
press ENTER. If your password does not
match a password stored in the System,
the System briefly displays the following
message and then returns you to the first
password display:
ACCESS DENIED
If your password level is not high enough to
use the Test functions, the System briefly
displays the following message and then
returns you to the first password display:
PASSWORD LEVEL NOT HIGH ENOUGH
Rev 5.0 and Above
Highest
Z
Lowest
Highest
Y
Lowest
Test
Control
Walktest
Below Rev 5.0
Walktest
Test
Control
Press HELP again to return to the previous
display. Type all three digits, including
leading zeros, and press ENTER.
When you type the module number, use
the Left arrow key as a backspace key to
erase errors.
Entering a Device Number with the
Module Number
The System displays
TYPE IN THE DEVICE NUMBER:
(If you press HELP at this point, the System
displays the following explanation:
3 DIGIT MODULE 3 DIGIT DEVICE
Press HELP again to return to the previous
display. Type all of the digits, including
leading zeros, and press ENTER.)
3-17
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Operation
When you type the module number and
the device number, use the Left arrow
key as a backspace key to erase errors.
ACKNOWLEDGE Menu
The Acknowledge menu has four items
from which to choose; the shortened
terms used in the menu itself are in
parentheses:
ALARM
SUPERVISORY (SUPERVSRY)
SECURITY
TROUBLE
Use this menu to individually acknowledge fire alarms, supervisories, troubles,
and security conditions.
Entering the Acknowledge Menu
Select ACKNOWLEDGE from the Main
Menu by pressing ENTER while the A in
ACKNOWLEDGE is blinking. The System
displays the first Acknowledge menu (the
A in ALARM is blinking):
ACKNOWLEDGE: ALARM SUPERVISRY
If All Alarms Are Acknowledged:
If all the alarms are acknowledged, the
System displays the following message and
then returns you to the Acknowledge menu.
ALL ALARMS ACKNOWLEDGED
(If your System has a printer, it prints the
above message as well.)
If There Is an Unacknowledged Alarm:
If there is at least one unacknowledged
alarm, the menu shows the most recent
unacknowledged alarm on both lines of the
display, as in the following display:
29-041
007
In the above display, 29 is the module
number, 041 is the device number, the
message on the first line is the custom
message for the device at that location, 007
indicates that this is the seventh alarm,
[device type] indicates the type of device
in alarm, and IN ALR indicates that this is a
fire alarm.
[custom message]
[device type]
IN ALR
NOTE: To end a menu session and
return to the Main Menu or to
leave the menu at any time,
press the Up arrow key to go
backward one menu each time.
Acknowledge: Alarm
Use this function to individually acknowledge fire alarms.
Press ENTER when the A in ALARM is
blinking to select ACKNOWLEDGE ALARM:
ACKNOWLEDGE: ALARM SUPERVISRY
If There Is No Alarm:
If there is no current alarm, the System
briefly displays the following message
and then returns you to the Acknowledge
menu:
NO ALARM EXISTS
(If your System has a printer, it prints the
above message as well.)
(Press HELP if you want information on
what to do. The System displays:
PRESS ENTER TO ACK. PRESS NEXT
TO SKIP.
Press HELP again to return to the previous
display.)
Press ENTER to acknowledge the alarm
shown.
The System prints a message similar to the
following and removes that alarm from the
unacknowledged alarm list:
ACK ALARM 29-041 16:11:41 Aug 28,20XX
[custom message], [device type]
#7
In the above message, the time and date
are the time and date that the alarm was
acknowledged and 29-041 is the address.
The System then displays the next alarm to
acknowledge.
To skip an alarm shown, press NEXT. The
System displays the next alarm in the
series. When the System has displayed all
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Operation
of the unacknowledged alarms, it returns to
the first Acknowledge menu:
ACKNOWLEDGE: ALARM SUPERVISRY
(To end a menu session and return to the
Main Menu or to leave the menu at any
time, press the Up arrow key to go backward one menu each time.)
Acknowledge: Supervsry
Use this function to individually acknowledge supervisories.
Select ACKNOWLEDGE from the Main
Menu by pressing ENTER while the A in
ACKNOWLEDGE is blinking. The System
displays:
ACKNOWLEDGE: ALARM SUPERVISRY
Press the Right arrow key once to cause the
S in SUPERVISRY to blink.
(If you press HELP at this time, the System
explains the Acknowledge Supervisory
function:
If There Is An Unacknowledged Supervisory:
The System does not let you acknowledge
supervisory conditions if there are any
unacknowledged alarms. If there is at least
one unacknowledged alarm, the System
briefly displays the following message and
then returns you to the Acknowledge menu:
ALARM NOT ALL ACKNOWLEDGED YET
Select ALARM and follow the instructions
in ACKNOWLEDGE ALARM above.
(If your System has a printer, it prints the
above message as well.)
After you acknowledge all alarms, the
System allows you to acknowledge
supervisories. If there is at least one
unacknowledged supervisory, the menu
shows the most recent unacknowledged
supervisory on both lines of the display, as
in the following display:
32-045
012
[custom message]
[device type]
IN SUP
TO ACK SUPERVISORY INDIVIDUALLY
Press HELP again to return to the ACKNOWLEDGE: ALARM SUPERVISRY
display.)
Press ENTER while the S is blinking to
select SUPERVISRY.
If There Is No Supervisory:
If there is no supervisory to acknowledge,
the System briefly displays the following
message and then returns you to the Acknowledge menu:
NO SUPERVISORY EXISTS
(If your System has a printer, it prints the
above message as well.)
If All Supervisories Are Acknowledged:
If all supervisories are acknowledged, the
System briefly displays the following
message and then returns you to the
Acknowledge menu:
ALL SUPERVISORIES ACKNOWLEDGED
In the preceding display, 32 is the module
number, 045 is the device number, the
message on the first line is the custom
message for the device at that location, 012
indicates that this is the twelfth supervisory,
[device type] indicates the type of device
causing the supervisory, and IN SUP identifies the item as an off-normal supervisory.
(Press HELP if you want information on
what to do. The System displays:
PRESS ENTER TO ACK. PRESS NEXT
TO SKIP
Press HELP again to return to the previous
display.)
Press ENTER to acknowledge the supervisory shown. The System prints a message
similar to the following and removes that
supervisory from the unacknowledged
supervisory list:
ACK SUPERV 32-045 16:11:44 Aug 2,20XX
#12
[custom message], [device type]
In the above message, the time and date
are the time and date the supervisory was
acknowledged and 32-045 is the address.
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Operation
The System then displays the next supervisory to acknowledge.
To skip a supervisory, press NEXT. The
System displays the next supervisory in the
series. When the System has displayed all
of the unacknowledged supervisories, the
System returns to the acknowledge menu
on the second line of the display.
(To end a menu session and return to the
Main Menu or to leave the menu at any
time, press the Up arrow key to go backward
one menu each time.)
Acknowledge: Security
Use this function to individually acknowledge security conditions.
Select ACKNOWLEDGE from the Main
Menu by pressing ENTER while the A in
ACKNOWLEDGE is blinking. The System
displays the first Acknowledge menu:
ACKNOWLEDGE: ALARM SUPERVISRY
If All Security Conditions Are Acknowledged:
If all security conditions are acknowledged,
the System displays the following message
and returns you to the Acknowledge menu:
ALL SECURITIES ARE ACKNOWLEDGED
(If your System has a printer, it prints the
above message as well.)
If There Is An Unacknowledged Security
Condition:
The System does not let you acknowledge
security conditions if there are any unacknowledged alarms, supervisories, or
troubles.
If there is at least one unacknowledged
alarm, the System briefly displays the
following message and then returns you to
the Acknowledge menu:
ALARMS NOT ALL ACKNOWLEDGED YET
(If your System has a printer, it prints the
above message as well.)
Press the Right arrow key three times. The
System displays the second Acknowledge
menu, with the S in SECURITY blinking:
ACKNOWLEDGE: TROUBLE SECURITY
(If you press HELP at this time, the System
explains the Acknowledge Security function:
TO ACK SECURITY INDIVIDUALLY
Press HELP again to return to the Acknowledge menu.)
Press ENTER while the S is blinking to
select Security.
If There Is No Security Condition to Acknowledge:
If there is no Security condition to acknowledge, the System briefly displays the
following message and then returns you to
the Acknowledge menu:
NO SECURITY EXISTS
(If your System has a printer, it prints the
above message as well.)
Follow the instructions above to acknowledge any unacknowledged alarms,
supervisories, and troubles.
After you acknowledge all fire alarms,
supervisories, and troubles, the System
allows you to acknowledge security conditions. If there is at least one unacknowledged security condition, the System displays
the most recent unacknowledged security
condition:
42-058
005
In the above display, 42 is the module
number, 058 is the device number, the
message on the first line is the custom
message for the device at that location, 005
indicates that this is the fifth security
condition, [device type] indicates the type
of device causing the security condition, and
IN SEC identifies this as an off-normal
security condition.
(Press HELP if you want information on
what to do. The System displays:
PRESS ENTER TO ACK. PRESS NEXT
TO SKIP.
Press HELP again to return to the previous
display.)
[custom message]
[device type]
IN SEC
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Operation
Press ENTER to acknowledge the security
condition shown. The System prints a
message similar to the following message
and removes that security condition from
the unacknowledged security list:
ACK SECURITY 42-058 16:11:44 Aug 8,20XX
#5
[custom message], [device type]
In the above message, the time and date
given are the time and date when the
security condition was acknowledged, and
42-058 is the address.
The System then displays the next security
report to acknowledge.
To skip a security condition, press NEXT.
The System displays the next security
condition in the series. When the System
has displayed all of the unacknowledged
security conditions, it returns to the Acknowledge menu.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
Acknowledge: Trouble
Use this function to individually acknowledge troubles.
Select ACKNOWLEDGE from the Main
Menu by pressing ENTER while the A in
ACKNOWLEDGE is blinking. The System
displays the first Acknowledge menu:
ACKNOWLEDGE: ALARM SUPERVISRY
Press ENTER while the T is blinking to select
Trouble.
If There Is No Trouble:
If there is no trouble to acknowledge, the
System briefly displays the following
message and returns you to the acknowledge menu:
NO TROUBLE EXISTS
(If your System has a printer, it prints the
above message as well.)
If All Troubles Are Acknowledged:
If all the troubles are acknowledged, the
System displays the following message and
returns you to the Acknowledge menu:
ALL TROUBLES ACKNOWLEDGED
(If your System has a printer, it prints the
above message as well.)
If There Is An Unacknowledged Trouble:
The System does not let you acknowledge
troubles if there are any unacknowledged
fire alarms or supervisories. Follow the
instructions above to acknowledge them.
After you acknowledge all fire alarms and
supervisories, the System allows you to
acknowledge troubles. If there is at least
one unacknowledged trouble, the System
shows the most recent unacknowledged
trouble on both lines of the display, as in
the following display:
36-050
018
[custom message]
[trouble type]
IN TBL
Press the Right arrow key twice. The
System displays the Acknowledge menu
with T in TROUBLE blinking:
ACKNOWLEDGE: SUPERVISRY TROUBLE
(If you press HELP at this time, the System
explains the Acknowledge Trouble function:
TO ACK TROUBLE INDIVIDUALLY
Press HELP again to return to the acknowledge menu.)
In the above display, 36 is the module
number, 050 is the device number, the
message on the first line is the custom
message for that device, 018 indicates that
this is the eighteenth trouble, [trouble
type] indicates the type of trouble, and IN
TBL identifies the event as the occurrence
of a trouble.
(Press HELP if you want information on
what to do. The System displays:
PRESS ENTER TO ACK. PRESS NEXT
TO SKIP.
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Operation
Press HELP again to return to the previous
display.)
Press ENTER to acknowledge the trouble
shown. The System prints a message
similar to the following message and
removes that trouble from the unacknowledged trouble list:
ACK TROUBLE 36-050 16:11:44 Aug 8, 20XX
[custom message], [trouble type]
#18
[device type]
In the above message, the time and date
are the time and date that the condition was
acknowledged and 36-050 is the address.
The System then displays the next trouble
to acknowledge.
When the System has displayed all of the
unacknowledged troubles, it returns to the
Acknowledge menu.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
LIST Menu
The List menu has eighteen items from
which to choose; the shortened terms used
in the menu are in parentheses.
You can generate a printed list or report for
every item on the List menu except Node
Address. See the discussion for each item
that follows.
Status
Alarm
Supervisory (Supervsry)
Security
Trouble
Sensitivity (Senstvty)
Voltages
Temp
Module type (Mod type)
Device type (Dev type)
Message
Software version (SW version)
Output states
Device usages
Node address
Air Sampling
Percent/ft
ASD_apps
Use the List menu to learn the following
information:
• Status of the System
• Alarm information
• Supervisory information
• Security information
• Trouble information
• Detector sensitivity
• Detector voltage
Analog
Threshold (Thresh)
Sensitivity (Sens)
• Temperature of FP-11 or FPT-11
• Type of module
• Type of device
• Custom message of the given
address
• Version of the System software
• Output states
• Device usages
• Panel's X-Network node address
• Percent per foot obscuration
Sensitivity
Pre-alarm
Analog
• Device application (ASD setting)
Entering the List Menu
From the Main Menu, use the Left or Right
arrow key to cause the L in List to blink.
If you press HELP at this point, the System
explains the List function:
TO LIST SYSTEM, DEVICE, CSGM INFO
Press HELP again to return to the Main
Menu.
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Operation
Press ENTER to select LIST. The System
displays the first List menu, with the S in
STATUS blinking:
LIST: STATUS ALARM SUPERVSRY
(To end a menu session and return to the
Main Menu or to leave the menu at any
time, press the Up arrow key to go backward one menu each time.)
List: Status
The List Status function shows you the
number of acknowledged and unacknowledged alarms, supervisories, security
conditions, and troubles, in that order.
From the List menu, use the Right or Left
arrow keys to cause the S in STATUS to
blink.
(If you press HELP at this point, the System
explains the List Status function:
SHOW NUMBER OF ACKED & UNACKED
Press HELP again to return to the List
menu.)
When you press ENTER to select List
Status, the display first shows the total
number of alarms and the number of
acknowledged alarms:
2 ALARM 2 ALARM ACK
In the above printed message, there are two
alarms, both of them acknowledged, no
supervisory conditions, no security conditions and 30 trouble conditions, all acknowledged.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
List: Alarm
The List Alarm function shows you all the
fire alarms currently in the System in the
order they occurred.
From the List menu, use the Left or Right
arrow key to cause the A in ALARM to
begin blinking.
If you press HELP at this point, the System
explains the List Alarm function:
SHOW INDIVIDUAL ALARM STATUS
Press HELP again to return to the List
menu.
Press ENTER to select ALARM and display
alarm information on the MKB-4 display.
If There Is No Fire Alarm:
If there is no fire alarm, the System briefly
displays the following message and then
returns you to the List menu:
NO ALARM EXISTS
To view, in order, the status of
supervisories, troubles, and security
conditions, press NEXT.
After the Security display, the System
returns to the List menu.
To make a printed list of current status,
press PRINT when the S in STATUS is
blinking. The System will print a listing
similar to the following:
System Status at 11:02:26 Jul 01, 20XX:
2 ALARM 2 ALARM ACK
0 SUPERV 0 SUPERV ACK
0 SECURITY 0 SECURITY ACK
30 TROUBLE 30 TROUBLE ACK
If There Is a Fire Alarm:
If there is at least one fire alarm, the System
shows the most recent alarm, alternating
between the following two displays:
1-001
002
1-001
002
Press NEXT to show the two displays for the
previous alarm in the sequence. (Pressing
HOLD freezes a display for as long as you
keep HOLD depressed.)
[custom message]
[device type]
[custom message]
[time/date]
IN ALR
IN ALR
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Operation
When the System has shown all current fire
alarms, it returns to the List menu.
To obtain a full printed list of alarms in
the following format—one item for each
current alarm—press PRINT when the A in
ALARM is blinking.
Listing of all Alarm at 14:35:20 Oct 09,20XX:
ALARM 1-5 14:34:22 Oct 09,20XX #1
[custom message], [device type]
In the above listing, 1-5 is the address of
the device in alarm, the time is the time the
device went into alarm, #1 is the number of
this alarm in the current list, [custom
message] is the custom message for the
device in alarm, and [device type] is the
type of device in alarm.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
List: Supervisory
The List Supervisory function shows you all
the supervisories currently in the System in
the order they occurred.
From the List menu, use the Left or Right
arrow key to cause the S in SUPERVSRY
to blink.
(If you press HELP at this point, the System
explains the List Supervisory function:
SHOW INDIVIDUAL SUPERVISORY
Press HELP again to return to the List
menu.)
alternating between the following two
displays:
1-001
002
1-001
002
Press NEXT to show the two displays for the
previous supervisory in the sequence.
(Pressing HOLD freezes a display for as
long as you keep HOLD depressed.)
When the System has shown all current
supervisories, it returns to the List menu.
To obtain a full printed list of
supervisories in the following format—one
item for each current supervisory—press
PRINT when the S in SUPERVISORY is
blinking.
Listing of all Supervsry at 14:35:20 Oct 09,20XX:
SUPERV IN 32-45 14:34:22 Oct 09, 20XX
#7
In the preceding listing, 32-45 is the address of the device in supervisory, #7 is the
number of the supervisory in the current list,
[custom message] is the custom message
for the device in supervisory, and [device
type] is the type of device in supervisory.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
[custom message]
[device type]
[custom-message]
[time/date]
[custom message], [device type]
IN SUP
IN SUP
Press ENTER to select SUPERVSRY and
display supervisory information on the
MKB-4 display.
If There Is No Supervisory:
If there is no supervisory, the System briefly
displays the following message and then
returns you to the List menu:
NO SUPERVISORY EXISTS
If There Is a Supervisory:
If there is at least one supervisory, the
System shows the most recent supervisory,
3-24
List Security Conditions
The List Security function shows you all the
security conditions currently in the System in
the order they occurred.
From the List menu, use the left or right
arrow key to cause the S in SECURITY to
blink.
(If you press HELP at this point, the System
explains the List Security function:
SHOW INDIVIDUAL SECURITY STATUS
Press HELP again to return to the List
menu.)
Page 75
Operation
Press ENTER to select SECURITY and
display security information on the MKB-4
display.
If There Is No Security Condition:
If there is no security condition, the System
briefly displays the following message and
then returns you to the List menu:
NO SECURITY EXISTS
If There Is a Security Condition:
If there is at least one security condition,
the System shows the most recent security
condition, alternating between the following
two displays:
1-001
[custom message]
002
[device type]
1-001
002
[custom message]
[time/date]
IN SEC
IN SEC
press the Up arrow key to go backward one
menu each time.
List: Trouble
The List Trouble function shows you all the
troubles currently in the System in the order
they occurred.
From the List menu, use the left or right
arrow key three times to cause the T in
TROUBLE to blink.
(If you press HELP at this point, the System
explains the List Trouble function:
SHOW INDIVIDUAL TROUBLE STATUS
Press HELP again to return to the List
menu.)
Press ENTER to select TROUBLE and
display trouble information on the MKB-4
display.
Press NEXT to show the two displays for the
previous security condition in the sequence.
(Pressing HOLD freezes a display for as
long as you keep HOLD depressed.)
When the System has shown all current
security conditions, it returns to the List
menu.
To obtain a full printed list of security
conditions in the following format— one
item for each current security condition—
press PRINT when the S in SECURITY is
blinking.
Listing of all Security at 14:35:20 Oct 09,20XX:
SECURTY IN 29-42 14:34:22 Oct 09,20XX
[custom message], [device type]
#7
In the above listing 29-42 is the address of
the device causing the security condition, the
time when the device caused the security
condition, #7 is the number of this security
condition, [custom message] is the custom
message for the device causing the security
condition, and [device type] is the type of
device causing the security condition.
If There Is No Trouble:
If there is no trouble, the System briefly
displays the following message and then
returns to the List menu:
NO TROUBLE EXISTS.
If There Is a Trouble:
If there is at least one trouble, the System
shows the most recent trouble, alternating
between the following two displays:
1-001
002
1-001
002
Press NEXT to show the two displays for the
previous trouble in the sequence. (Pressing
HOLD freezes a display for as long as you
keep HOLD depressed.)
When the System has shown all current
troubles, it returns to the List menu.
[custom message]
[trouble type]
[device type]
[time/date]
IN TBL
IN TBL
To end a menu session and return to the
Main Menu or to leave the menu at any time,
To obtain a full printed list of troubles in
the following format—one item for each
current trouble—press PRINT when the T
in TROUBLE is blinking.
3-25
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Operation
Listing of all Trouble at 14:35:20 Oct 09, 20XX:
TROUBLE IN 29-41 14:34:22 Oct 09, 20XX
[custom message],[trouble type],
#7
[device type]
In the above listing 29-41 is the address of
the device in trouble, the time tells when the
device went into trouble, #7 is the number
of this trouble in the current list, [custom
message] is the custom message for the
device in trouble, [trouble type] is the type
of trouble, and [device type] is the type of
device in trouble.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
List: Sensitivity Settings
Use List Sensitivity to show sensitivity
setting of individual smoke detectors on
analog loops.
From the List menu use the left or right
arrow key to cause the S in SENSTVTY to
start blinking:
LIST: TROUBLE SECURITY SENSTVTY
(If you press HELP at this point, the System
displays:
Press NEXT to display the address and
sensitivity setting of each succeeding
smoke detector. When the System has
shown the sensitivity settings of all smoke
detectors on that analog loop, it returns to
the List menu.
To leave the List Sensitivity menu without
going through the entire analog loop, press
the Up arrow key. The System displays the
List menu.
Print the Sensitivity Setting of All Smoke
Detectors Assigned to a Specified Module
Press PRINT when the S in SENSTVTY is
blinking. The System then asks for a
module number.
TYPE IN MODULE NUMBER:
Type the three-digit module number and
press ENTER. (Enter all leading zeros.)
The System prints the sensitivity settings
(Hi_3, Hi_2, Hi_1, Norm, Low_1, Low_2 or
Low_3, or ... if there is no smoke detector) of
all the devices assigned to the analog loop.
Sensitivities for module 1
1- HI_3 2- ... 3- NORM 4- ... 5- ...
6- ... 7- ... 8- ... 9- ... 10- ...
11- NORM 12- ... 13- ... 14- ... 15- L OW1
[module number]
SHOW DETECTOR SENSITIVITIES
Note that List Sensitivity shows the sensitivity of smoke detectors only. Press HELP
again to return to the List menu.)
Display the Sensitivity Setting of One Device
Press ENTER to select List Sensitivity. The
System asks you for a module and device
number.
TYPE IN MODULE & DEVICE: 001-001
Type the three-digit module number and
three-digit device number using the numeric keypad and press ENTER. (Enter all
leading zeros.)
The System displays the sensitivity setting
of the device specified (Hi_3, Hi_2, Hi_1,
Norm, Low_1, Low_2 or Low_3 ).
NOTE: You cannot print the sensitivity
setting of a single smoke detector.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
List: Voltages
Use List Voltages to show the voltages of
initiating devices on analog loops.
From the List menu press the Left or Right
arrow key to cause the V in VOLTAGES to
start blinking:
LIST: SECURITY, SENSTVTY, VOLTAGES
3-26
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Operation
(If you press HELP at this point, the System
displays:
SHOW DETECTOR VOLTAGES
Press HELP again to return to the List menu.)
Display the Voltage of One Device
Press ENTER to select List Voltages. The
System asks you for a module number and
device number. Type the three-digit module
number and three-digit device number
using the numeric keypad and press
ENTER. (Enter all leading zeros.) The
System shows the following menu for that
device (the A in ANALOG will be blinking):
001-001 ANALOG THRESH SENS
Press ENTER to show the Analog voltage
for that device. When you ask for any
voltage, the System displays Please wait for
response until it receives a reading from
the device; if you have just reset the
System, it alternates the above message
with the message Device being initialized.
The display for Analog voltage is similar to
the following (readings are dynamic):
001-001 ANALOG2 = 2.75 VOLTS
If the module number entered is not an
analog loop, the System displays:
Not Analog Loop.
If the device address has no device assigned by CSG-M, the System displays:
No Device Assigned
When displaying sensitivities, if the device is
not a smoke detector, the System displays:
Not a Smoke Detector
Print the Voltage of All Devices Assigned to a
Specified Module
Press PRINT when the V in Voltages is
blinking. The System asks you for a module
number. Type the three-digit module number
and press ENTER. (Enter all leading
zeros.)
002-001 Analog Thresh Sens
Press ENTER to print the Analog voltage
for all devices assigned to the module
(ND = No Device).
.
.
Press ENTER to return to the previous
display. To view the Threshold or Sensitivity
voltage of any device listed, use the Right
and Left arrow keys to highlight the first
letter of the category desired and press
ENTER.
The display for Threshold voltage is similar
to the following:
001-001 THRESHOLD = 4.75 VOLTS
The display for Sensitivity voltage is similar
to the following (readings are dynamic):
001-001 SENSITIVITY = 2.62 VOLTS
Press the Up arrow key to return to the List:
Voltage Mod_type Dev_type menu.
ANALOG VOLTAGES FOR MODULE 1
1- 2.00 2- 2.00 3- ND 4- ND 5- ND
6- ND 7- ND 8- ND 9- ND 10- ND
11- ND 12- ND 13- ND 14- ND 15- ND
To print the Threshold voltages of all the
devices for the specified module, use the
arrow keys to cause the T in THRESH to
blink and press PRINT. The System prints
those threshold voltages in a format similar to
the following (ND = No Device):
THRESHOLD VOLTAGES FOR MODULE 1
1- 4.75 2- 4.75 3- ND 4- ND 5- ND
6- ND 7- ND 10- ND 8- ND 9- ND
11- ND 12- ND 13- ND 14- ND 15- ND
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Operation
To print the Sensitivity voltages of all the
smoke detectors for the specified module,
use the arrow keys to cause the S in SENS
to blink and press PRINT. The System
prints those sensitivity voltages in a format
similar to the following (ND = No Device, or
device not a smoke detector):
SENSITIVITY VOLTAGES FOR MODULE 1
1- 2.75 2- 2.62 3- ND 4- ND 5- ND
6- ND 7- ND 10- ND 8- ND 9- ND
11- ND 12- ND 13- ND 14- ND 15- ND
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
List: Temp
Use List Temp to display the current
temperature on the LCD display at the
location where the detector is installed.
From the List menu use the left or right
arrow key to cause the T in Temp to start
blinking:
LIST: TEMP
To leave the Temp menu without going
through all subaddresses, press the Up
arrow key. The System displays the List
menu.
List: Module Type
Use the List Mod_type to show the type of
a particular module.
From the List menu use the Left or Right
arrow key to cause the M in MOD TYPE to
start blinking:
LIST: VOLTAGES MOD TYPE SENSTVTY
(If you press HELP at this point, the System
explains this function:
SHOW THE TYPE OF MODULE
Press HELP again to return to the List
menu.)
Display the Module Type of One Module
Press ENTER when the M in MOD_ TYPE
is blinking. The System asks you for a
module number:
Press ENTER to select List Temp. The
System asks you for a module and device
number:
Type In Module & Device:
Type the three-digit module number and
three-digit device number using the numeric keypad and press ENTER.
If the device is not installed or is not an
FP-11 or FPT-11, the system displays
following message:
Not Applicable or No Device:
If the device is an FP-11 or FPT-11, the
temperature is displayed in the following
format:
001-001 25 DEG C / 77 DEG F
Press NEXT to display the temperature of
the FP-11 or FPT-11 at the next higher
address in the same loop.
TYPE IN MODULE NUMBER:
Type the three-digit module number using
the numeric keypad and press ENTER.
(Enter the leading zeros.) The System
displays the module type for the module
number specified:
MOD 074 TYPE: CZM4
If you press NEXT, the System displays the
module type for the next module number in
the sequence:
MOD 075 TYPE: ALD
NOTE: If you enter a module number not
assigned in CSG-M, the System
displays:
NO MOD ASSIGNED
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Operation
With each press of NEXT, the System
continues to display module types through
number 255, the highest module number
allowed by the System. It then returns to
the List menu.
Print the Module Type and Network Address of
All Modules
Press PRINT when the M in MOD_ TYPE is
blinking to print a full list of module types
and their Network addresses. The System
prints a list similar to the following:
Listing of Module Types:
1- V7 ALD 2- V7 ALD
3- V4 CZM-4
251- V5 MKB-4 253- V1 MXL-IQ Panel
In the above display, the number following
the V (for example, V7) is the software
version number of the software installed in
the module.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
Type the three-digit module number and
three-digit device number using the numeric keypad and press ENTER. (Enter all
leading zeros.) The System displays the
device type for the address specified:
004-001 TYPE:
[device type]
If you press NEXT, the System displays the
device type for the next device in the
sequence:
004-002 TYPE:
[device type]
With each press of NEXT, the System
continues to display device types until there
are no more devices for that module. The
System then returns to the List menu. To
proceed to another module, follow the
preceding instructions.
Print a List of Devices Assigned to a Specified
Module
Press PRINT when the D is blinking to
select LIST DEVICE. The System asks you
for a module number:
List: Device Type
Use List Device Type to show the type of a
particular device.
From the List menu use the Left or Right
arrow key to cause the D in DEV_TYPE to
start blinking:
LIST: VOLTAGES MOD TYPE DEV TYPE
(If you press HELP at this point, the System
displays:
SHOW THE TYPE OF DEVICE
Press HELP again to return to the List menu.)
Display the Device Type of a Specified Device
Press ENTER when the D is blinking to
select LIST DEV_TYPE.
The System asks you for a module and
device number:
TYPE IN MODULE NUMBER:
Type only the module number and press
PRINT. (Enter all leading zeros.) The
System prints a list of all device types
assigned to the specified module in a
format similar to the following:
Listing of Device Types Module 1 (ALD):
1-TRI-D Dual Switch Input
2-TRI-D Dual Switch Input
4-TRI-D Switch input + Relay
5-TRI-S Switch Input
7-TRI-S Switch Input
10-ID-60T-135 Thermal Detector
11-ID-60T-135 Thermal Detector
15-ID-60I Ionization Detector
16-ID-60I Ionization Detector
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
TYPE IN MODULE & DEVICE:
3-29
Page 80
Operation
List: Message
Use List Message to show the CSG-M
assigned custom message of a particular
device.
From the List menu use the Left or Right
arrow key to cause the M in MESSAGE to
start blinking:
LIST: MOD TYPE DEV TYPE MESSAGE
(If you press HELP at this point, the System
displays:
SHOW MESSAGE FOR A DEVICE
Press HELP again to return to the previous
display.)
Display the Device Message of a Specified
Device
Press ENTER when the M in MESSAGE is
blinking to select List Message.
Print a List of System Messages for a
Specified Module
Press PRINT when the M in MESSAGE is
blinking to select List Message. The
System asks you for a module number:
TYPE IN MODULE NUMBER:
Type only the module number and press
PRINT. (Enter all leading zeros.) The
System prints a list of all the custom device
messages for the specified module in a
format similar to the following:
Listing of Messages in Module 1 (ALD):
4-Conf.Rm 5-Cafeteria
6-Exec. Off. 1 7-Cmptr Rm
8-Exec. Off. 2 9-Camera Rm
10-Exec. Off. 3 11-Conf. Rm
(To end a menu session and return to the
Main Menu or to leave the menu at any
time, press the Up arrow key to go backward one menu each time.)
The System asks you for a module and
device number:
TYPE IN MODULE & DEVICE:
Type the three-digit module number and
three-digit device number using the numeric keypad and press ENTER. The
System displays the message for the
address specified:
069-001
If you press NEXT, the System displays the
message for the next device number in the
sequence:
069-002
With each press of NEXT, the System
continues to display device messages until
there are no more devices for that module.
[custom message]
[custom message]
List: Software Version
Use List Software Version to show:
1. System Custom Message
2. MXL-IQ Software Version
3. Version of CSG-M used to Create the
System
4. CSG-M File Name Installed
5. Date and Time of Installation
From the List menu use the Left or Right
arrow key to cause the S in S/W_VERSION
to start blinking:
LIST: S/W VERSION STATUS
(If you press HELP at this point, the System
displays:
SHOW SOFTWARE VERSION
Press HELP again to return to the previous
display.)
To proceed to another module, follow the
preceding instructions.
3-30
Display the Software Version of Your System
Software
Press ENTER when the S is blinking to
select List S/W_VERSION.
Page 81
Operation
The System displays the CSG-M assigned
System custom message:
MSG
[system custom message]
Press NEXT again to display the MXL-IQ
software version:
MXL-IQ VERSION:
Press NEXT again to display the version of
CSG-M used to create this System.
CSG VERSION:
Press NEXT again to display the CSG-M
file name installed.
SOURCE:
Press NEXT again to display the date and
time of CSG-M installation:
LOADED:
[file name]
[time and date]
[version number]
[version number]
From the List menu use the left or right
arrow key to cause the O in Output States
to start blinking:
LIST: OUTPUT STATES
(If you press HELP at this point, the System
displays:
SHOW/PRINT OUTPUT STATES
Press HELP again to return to the List menu.)
Display the Output States of One Device
Press ENTER to select List Output States.
The System asks you for a module and
device number.
TYPE IN MODULE & DEVICE: 001-001
Type the three-digit module number and
three-digit device number using the numeric keypad and press ENTER. (Enter all
leading zeros.)
Print the Software Version of Your System
Software
Press PRINT when the S in SW_ VERSION is blinking to select List S/
W_Version. The System prints the System
Custom Message, MXL-IQ Software
Version, Version of CSG-M Used to Create
the System, CSG-M File Name Installed,
and Date and Time of Installation:
Software Version Information at
11:35:30 Jul 01, 20XX
Installation:
MXL-IQ Version: 1.00
CSG Version: 6.09
Source: 05OCT00
Loaded: 16:09:35 Oct 05, 20XX
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
[system custom message]
List: Output States
Use List Output States to show the current
states of individual outputs in the MXL-IQ.
The System displays the output state of the
device specified.
Press NEXT to display the address and
output state of each succeeding device.
When the System has shown the output
states of all devices at that address, it
returns to the List menu.
To leave the List output state menu without
going through all subaddresses, press the
Up arrow key. The System displays the List
menu.
Print the Device Output State of Devices
Assigned to a Specified Module
Press PRINT when the O in Output State s
is blinking. The System then asks for a
module number.
TYPE IN MODULE NUMBER: [module number]
Type the three-digit module number and
press ENTER. (Enter all leading zeros.)
The System prints the output state of all of
the devices assigned to that module.
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Operation
Listing of Output States for Module 1 (ALD):
1-Auxiliary Output: OFF
2-Auxiliary Output: ON
3-Auxiliary Output: ON
4-Auxiliary Output: OFF
List: Device Usages
Use List Device Usages to show the uses
of individual devices as programmed in
CSG-M.
From the List menu, use the left or right
arrow key to cause the D in DEV_USAGES
to start blinking:
LIST: DEV USAGES
(If you press HELP at this point, the System
displays:
SHOW/PRINT DEVICE USAGES
Press HELP again to return to the List
menu.)
Display the Usage of One Device
Press ENTER to select List Dev_usages.
The System asks you for a module and
device number.
TYPE IN MODULE & DEVICE: 001-001
Print the Device Usages of Devices Assigned
to a Specified Module
Press PRINT when the D in DEV_USAGES
is blinking. The System then asks for a
module number.
TYPE IN MODULE NUMBER: [module number]
Type the three-digit module number and
press ENTER. (Enter all leading zeros.)
The System prints the uses of all of the
devices assigned to that module.
Listing of Device Usages for module 1 (ALD)
1- ALARM 2- TROUBLE 3- STATUS
4- ALARM 5- TROUBLE 6- OUTPUT ONLY
List: Node Address
Use List Node Address to show the panel's
X-Net node address.
From the List menu, use the left or right
arrow key to cause the N in NODE AD-
DRESS to start blinking:
LIST: NODE ADDRESS
Display the Node Address
Press ENTER to select List Node Address.
The System displays the X-Net node
address for that particular MXL-IQ panel.
3-32
Type the three-digit module number and
three-digit device number using the numeric keypad and press ENTER. (Enter all
leading zeros.)
The System displays the use of the device
specified (i.e., Alarm, Trouble, or Status).
Press NEXT to display the address and use
of each succeeding device. When the
System has shown the uses of all devices
at that address, it returns to the List menu.
To leave the List Dev_usage menu without
going through all subaddresses, press the
Up arrow key. The System displays the List
menu.
List: Air Sampling
Use List Air Sampling to display operational
characteristics of the Air Sampling devices.
Press ENTER when the A in AIR SAMPLING
is blinking to select List AIR SAMPLING.
Use the Left or Right arrow to move to the
following selections:
AIR SAMPLING: Smoke Lev Flow Lev
Trip Pts
(If you press HELP at this point, the System
displays:
DISPLAY AIR SAMPLING SMOKE LEVEL
Press HELP again to return to the List
menu.)
Page 83
Operation
List Air Sampling – Smoke_Lev
Press ENTER when the S in SMOKE_LEV
is blinking to select List AIR SAMPLING
SMOKE_LEV.
The System asks you for a module and
device number:
TYPE IN MODULE & DEVICE
Type the three-digit NIM-1 (ASP) module
number and three-digit Air Sampling device
address number using the numeric keypad
and press ENTER. The system displays the
smoke level for the address specified:
010-004 50% >>!* *<< PRE1
The bar graph in the example above shows
the following information for the Air Sampling
device at address 010-004:
50% = 50% of full scale smoke level
! = active trip point at 30%
* = inactive trip point at 60% and 100%
PRE1 indicates the device is in PreAlarm 1
PRE2 and ALRM indicate the PreAlarm 2
and Alarm states, respectively. The bargraph continuously updates to reflect the
current state of the Air Sampling zone that
is being viewed.
Print the Air Sampling Smoke Level
Press PRINT when the S in SMOKE_LEV
is blinking to print the AIR SAMPLING
SMOKE_LEV.
The System asks you for a module number:
For printed bar graphs, the characters
shown below indicate the following:
. = an inactive trip point
! = an active trip point
List Air Sampling – Flow_Lev
Press ENTER when the F in FLOW_LEV is
blinking to select LIST AIR SAMPLING
FLOW_LEV.
The System asks you for a module and
device number:
TYPE IN MODULE & DEVICE
Type the three-digit NIM-1 (ASP) module
number and three-digit Air Sampling device
address number using the numeric keypad
and press ENTER. The System displays
the air flow level for the address specified:
010-004 50% >>! * << NORM
The bar graph in the example above shows
the following information for the Air Sampling
device at address 010-004:
50% = 50% of full scale air flow level
! = low air flow trip point at 20%
* = high air flow trip point at 90%
NORM indicates that the current air flow
level is at a normal level, HIGH indicates
airflow is too high, and LOW indicates
airflow is too low. The bar graph continuously updates to reflect the current state of
the Air Sampling zone that is being viewed.
TYPE IN MODULE NUMBER:
Type the three-digit NIM-1 (ASP) module
number and press ENTER. The System
sends smoke levels for all devices on the
selected MODULE to the printer.
Air Sampling Smoke Levels at 13:23:31 Jan 03, 20XX
010-001 13:23:31 Jan 03,20XX
0% Scale >> . . .<< NORM, Cust Msg 1
010-002 13:23:32 Jan 03,20XX
100% Scale >>!!!<< ALRM, Cust Msg
010-010 13:23:31 Jan 03,20XX
42% Scale >>! . .<< PRE1, Cust Msg 10
010-011 13:23:32 Jan 03,20XX
100% Scale >>!! .<< PRE2, Cust Msg 11
Print the Air Sampling Flow Level
Press PRINT when the F in FLOW_LEV is
blinking to print the AIR SAMPLING
FLOW_LEV.
The System asks you for a module number:
TYPE IN MODULE NUMBER:
Type the three-digit NIM-1 (ASP) module
number and press ENTER. The System
sends air flow levels for all devices on the
selected MODULE to the printer.
3-33
Page 84
Operation
Air Sampling Air Flow Levels at 13:23:31 Jan 03, 20XX
010-001 13:23:31 Jan 03,20XX
0% Scale >> . . << LOW, Cust Msg 1
010-002 13:23:32 Jan 03,20XX
100% Scale >>! !<< HIGH, Cust Msg
010-010 13:23:31 Jan 03,20XX
42% Scale >>! . << NORM, Cust Msg 10
010-011 13:23:32 Jan 03,20XX
100% Scale >>! . << NORM, Cust Msg 11
List Air Sampling – Trip_pts
Press ENTER when the T in TRIP_PTS is
blinking to select LIST AIR SAMPLING
TRIP_PTS.
The System prompts you to select between
ALARM_TRIP and FLOW_TRIP.
Press ENTER when the A in ALARM_TRIP
is blinking to select LIST TRIP_PTS
ALARM_TRIP.
The System asks you for a module and
device number.
TYPE IN MODULE & DEVICE
ALRM: 100%, Cust Msg 10
010-011 13:23:31 Jan 03,20XX, PRE1: 50% PRE2: 80%
ALRM: 100%, Cust Msg 11
Press ENTER when the F in FLOW_TRIP is
blinking to select LIST TRIP_PTS
FLOW_TRIP.
The System asks you for a module and
device number.
TYPE IN MODULE & DEVICE
Type the three-digit NIM-1 (ASP) module
number and three-digit Air Sampling device
address number using the numeric keypad
and press ENTER. The System displays
the current air flow trip point settings for the
address specified:
010-004 LOW: 20% HIGH: 80%
Print the Air Sampling Flow Trip Pts
Press PRINT when the F in FLOW_TRIP
is blinking to print the AIR SAMPLING
FLOW_TRIP points.
Type the three-digit NIM-1 (ASP) module
number and three-digit Air Sampling device
address number using the numeric keypad
and press ENTER. The System displays
the current alarm trip point settings for the
address specified:
010-004 P1: 20% P2: 60% ALM: 90%
Print the Air Sampling Alarm Trip Pts
Press PRINT when the A in ALARM_TRIP
is blinking to print the AIR SAMPLING
ALARM_TRIP points.
The System asks you for a module number:
TYPE IN MODULE NUMBER:
Type the three-digit NIM-1 (ASP) module
number and press ENTER. The System
sends alarm trip point levels for all devices
on the selected MODULE to the printer.
Air Sampling Alarm Trip Points at 13:23:31 Jan 03, 20XX
010-001 13:23:31 Jan 03,20XX, PRE1: 10% PRE2: 30%
ALRM: 100%, Cust Msg 1
010-002 13:23:31 Jan 03,20XX, PRE1: 30% PRE2: 50%
ALRM: 90%, Cust Msg 2
010-010 13:23:31 Jan 03,20XX, PRE1: 10% PRE2: 50%
The System asks you for a module number:
TYPE IN MODULE NUMBER:
Type the three-digit NIM-1 (ASP) module
number and press ENTER.
The System sends air flow trip point levels
for all devices on the selected MODULE to
the printer.
Air Sampling Air Flow Trip Points at 13:23:31 Jan 03, 20XX
010-001 13:23:31 Jan 03,20XX, LOW: 10% HIGH: 90%,
Cust Msg 1
010-002 13:23:31 Jan 03,20XX, LOW: 20% HIGH: 80%,
Cust Msg 1
010-010 13:23:31 Jan 03,20XX, LOW: 30% HIGH: 70%,
Cust Msg 1
010-011 13:23:31 Jan 03,20XX, LOW: 10% HIGH: 80%,
Cust Msg 1
List: Percent/ft
Use List Percent/ft to show settings in
percent/ft obscuration of the ILI and ILP
Series detectors.
From the List menu, use the left or right
arrow key to cause the P in PERCENT/FT
to start blinking:
3-34
Page 85
Operation
LIST: PERCENT/FT
Press ENTER to select List Percent/ft. The
System asks you for a module and device
number.
TYPE IN MODULE & DEVICE: 001-001
Type in the three-digit module number and
the three-digit device number using the
numeric keypad and press ENTER. The
System displays the following menu for that
device (the S in Senstvty will be blinking):
002-003 SENSTVTY PRE-ALARM ANALOG
List Percent/ft – Senstvty
The display for Sensitivity supplies the
current sensitivity as read back from the
detector and is similar to the following
(readings are dynamic):
002-003 SENS 1.4%/FT NORM
List Percent/ft – Pre-alarm
The display for Pre-alarm supplies the
current Pre-alarm setting read back from
the detector and is similar to the following
(readings are dynamic):
Print the Analog Loop’s Current Readings in
Percent/ft Obscuration
Press PRINT when the P in Percent/ft is
blinking. The System asks you for a module
number.
TYPE IN MODULE NUMBER:
Type the three-digit module number using
the numeric keypad and press ENTER. The
System shows the following menu for that
device (the S in Senstvty will be blinking):
001-001 SENSTVTY PRE-ALARM ANALOG
The System prints either the Sensitivity, Prealarm, or Analog of all the devices for the
specified module in a format similar to the
following (NA = ID-60 detector):
%/ft SENSITIVITIES FOR MODULE 2
1-3.00 2-NA 3-1.4 4-3.1 5-1.4
6-1.4 7-ND 8-ND 9-ND 10-ND
11-ND 12-ND 13-ND 14-ND 15-ND
16-ND 17-ND 18-ND 19-ND 20-ND
21-ND 22-ND 23-ND 24-ND 25-ND
26-ND 27-ND 28-ND 29-ND 30-ND
31-ND 32-ND 33-ND 34-ND 35-ND
36-ND 37-ND 38-ND 39-ND 40-ND
41-ND 42-ND 43-ND 44-ND 45-ND
46-ND 47-ND 48-ND 49-ND 50-ND
51-ND 52-ND 53-ND 54-ND 55-ND
56-ND 57-ND 58-ND 59-ND 60-ND
002-003 PRE-ALARM 1.4%/FT NORM
List Percent/ft – Analog
The display for Analog supplies the current
analog2 reading read from the detector and
is similar to the following (readings are
dynamic):
002-003 SENS 1.4%/FT NORM
To leave the Percent/ft menu without going
through all subaddresses, press the Up
arrow key. The System displays the List
menu.
List: ASD_apps
Use List ASD_apps to display operational
characteristics of the ASD devices.
From the List menu use the left or right
arrow key to cause the A in ASD_Apps to
start blinking:
LIST: ASD APPS
Display the Operational Characteristics of One
Device
Press ENTER to select ASD_apps. The
System asks you for a module and device
number:
TYPE IN MODULE & DEVICE:
3-35
Page 86
Operation
Type the three-digit module number and
three-digit device number using the numeric keypad and press ENTER. (Enter all
leading zeros.)
The System displays the currently assigned
application for the device specified. (Refer to
the ASD Submenu Abbreviations on page I-1.)
Press NEXT to display the address and
assigned application of each succeeding
device. The System will exit the ASD_Apps
menu if there are no more ASD devices in
that module.
To leave the List ASD_Apps menu at any
time, press the Up arrow key. The System
displays the List menu.
To print the operational characteristics of the ASD
devices assigned to an ALD Loop
Press PRINT when the A in ASD_Apps is
blinking. The System asks you for a module
number:
TYPE IN MODULE NUMBER:
Type the three-digit module number using
the numeric keypad and press ENTER.
(Enter all leading zeros.) The System prints
a list of all the applications currently assigned to all the ASD devices in that ALD
loop in a format similar to the following (ND
= No Device):
1-NONE 2-PARK 3-ND 4-ND 5-ND
6-ND 7-ND 8-ND 9-ND 10-ND
11-ND 12-ND 13-ND 14-ND 15-ND
16-ND 17-ND 18-ND 19-ND 20-ND
21-ND 22-ND 23-ND 24-ND 25-ND
26-ND 27-ND 28-ND 29-ND 30-ND
31-ND 32-ND 33-ND 34-ND 35-ND
36-ND 37-ND 38-ND 39-ND 40-ND
41-ND 42-ND 43-ND 44-ND 45-ND
46-ND 47-ND 48-ND 49-ND 50-ND
51-ND 52-ND 53-ND 54-ND 55-ND
56-ND 57-ND 58-ND 59-ND 60-ND
CONTROL Menu
The Control menu has nine items from
which to choose; six of the items have
submenus, as follows (the shortened terms
used in the menu are in parentheses):
Reset
Sensitivity (Senstvty)
Hi_3
Hi_2
Hi_1
Norm
Low_1
Low_2
Low_3
Arm/Disarm (Arm/dis)
Arm
Disarm
Output_on/off
Arm
Disarm
Energize
De_energize
Loop arm/disarm
arm
disarm
Net_link_request
Air Sampling
Alarm-trip
Flow-trip
Percent/ft
Sensitivity(Senstvty)
Pre-alarm
Change-apps
Use the Control menu to perform the
following functions:
• Reset the System
• Change the sensitivity of a smoke
detector
• Arm or disarm an initiating device
• Arm an output device
• Disarm and energize an output device
• Disarm and de-energize an output
device
3-36
Page 87
Operation
• Arm and disarm a loop
• Send a request to the Network Command
Center (NCC) to disconnect the MXL from
the network
• Change Air Sampling Alarm Trip points
and Flow Trip points
• Change sensitivity and pre-alarm
settings in percent/ft obscuration of the
ILI and ILP detectors
• Change the application of an ASD device
Entering the Control Menu
From the Main Menu, use the arrow keys to
cause the C in CONTROL to blink.
(If you press HELP at this point, the System
explains the Control function:
TO MODIFY DATA FOR OPERATION
Press HELP again to return to the Main
Menu.)
(If you press HELP while the R in RESET is
blinking, the System explains this function:
RESET SYSTEM
Press HELP again to return to the above
menu.)
Press ENTER to reset the System and
display the following message:
SYSTEM RESET
If the System is normal, when SYSTEM
RESET is selected, the System displays
the following:
SYSTEM ALREADY NORMAL
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
Press ENTER to select CONTROL.
The System asks you for a password
before it allows you to use the Control
functions. Enter your one- to five-digit
password, using the numeric keypad, and
press ENTER (See the discussion under
Entering Your Password on page 3-17).
If the System accepts your password, it
displays the first Control menu, with the R in
RESET blinking:
CONTROL: RESET SENSTVTY ARM/DIS
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
Control: Reset
Use Control Reset to initiate a system reset
at any time.
From the Control menu, use the Left or
Right arrow key to cause the R in RESET to
start blinking:
Control: Sensitivity
Use Control Sensitivity to change the
sensitivity settings of smoke detectors on
analog loops.
From the Control menu, press the Right or
Left arrow key to cause the S in SENSTVTY
to start blinking:
CONTROL: RESET SENSTVTY ARM/DIS
(If you press HELP at this point, the System
displays:
CHANGE SENSITIVITY
Press HELP again to return to the above
menu.)
Note that Control Sensitivity allows you to
change the sensitivity settings of smoke
detectors only; if you attempt to change the
sensitivity setting of another type of device,
the System displays:
[001-001] NOT SMOKE DETECTOR
CONTROL: RESET SENSTVTY ARM/DIS
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Page 88
Operation
If you enter any address for which there is
no device assigned, the System displays:
NO DEVICE ASSIGNED
Press ENTER while the S in SENSTVTY is
blinking to select CONTROL SENSTVTY.
The System asks you for a module number
and device number:
TYPE IN MODULE & DEVICE:
Type the three-digit module number and
three-digit device number using the numeric keypad and press ENTER. The
System shows the following display:
001-001 Norm Hi 1 Hi 2 Hi 3
The current sensitivity setting is highlighted.
The System offers you a choice of seven
levels of sensitivity: Hi_3, Hi_2, Hi_1, Norm,
Low_1, Low_2 or Low_3. Use the Right and
Left arrow keys to highlight the level you
wish to set for the smoke detector specified
and press ENTER. The System makes the
change in sensitivity setting.
Press NEXT to move through the devices
until you display the ones you want to
change, and follow the instructions above for
making the changes.
When the System has displayed the
highest numbered device for the module
specified, it returns to the Control menu.
You can select another address by selecting SENSTVTY and following the instructions above.
To leave the Control Sensitivity displays
without going through the entire list, press
the Up arrow key. The System displays the
Control menu.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
Control: Arm/dis
Use Control Arm/dis to enable or disable
the operation of an initiating device.
From the Control menu, press the Left or
Right arrow key to cause the A in ARM/DIS
to start blinking.
(If you press HELP at this point, the System
displays:
DISARM OR ARM DEVICES
Press HELP again to return to the Control
menu.)
Press ENTER while the A in ARM/DIS is
blinking to select Control Arm/dis.
The System asks you for the module
number and device number of the detector
you wish to arm or disarm. Type the threedigit module number and three-digit device
number using the numeric keypad and
press ENTER. (Enter all leading zeros.)
The System displays:
001-001 ARM DISARM
The System offers you a choice of arming
or disarming the device. Use the Right and
Left arrow keys to highlight your choice and
press ENTER. The System makes the
change.
When you disarm an input device, the
System automatically annunciates the
disarming as a Trouble and lights the
PARTIAL SYSTEM DISABLE LED.
Press NEXT to move through the devices
until you display the ones you want to
change; follow the instructions above for
making the changes.
When the System has displayed the
highest numbered device for the module
specified, it returns to the Control menu. To
arm or disarm another module device,
select ARM/DIS and follow the preceding
instructions.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
3-38
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Operation
Control: Output on/off
Use Control Output_On/Off to arm or
disarm an output device. In addition, you can
energize or de-energize disarmed output
devices.
From the Control menu, press the Left or
Right arrow key to cause the O in OUTPUT
to start blinking:
CONTROL ARM/DIS OUTPUT ON/OFF
(If you press HELP at this point, the System
displays:
TURN OUTPUTS ON OR OFF
Press HELP again to return to the above
menu.)
Press ENTER while the O in OUTPUT is
blinking to select CONTROL_OUTPUT ON/
OFF.
The System asks for a module number and
device number of the device you wish to turn
on or off (energize or de-energize). Type
the three-digit module number and threedigit device number using the numeric
keypad and press ENTER. (Enter all
leading zeros.)
The System shows the following display:
253-005 ARM DISARM
253-005 ENERGIZE DE ENERGIZE
Use the Right or Left arrow key to energize
or de-energize the device and press ENTER.
Press NEXT to move through the outputs
until you display the ones you want to
change; follow the instructions above for
making the change.
When the System has displayed the
highest numbered device for the module
specified, it returns to the Control menu. To
arm or disarm and energize or de-energize
a device on a different module, follow the
preceding instructions.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
Control: Loop Arm
Use Control Loop Arm to enable the opera-
tion of a loop of ALD initiating devices.
From the Control menu, press the Left or
Right arrow key to cause the L in
LOOP_ARM to start blinking.
(If you press HELP at this point, the System
displays:
TO ARM ALL INPUTS ON A LOOP
The System offers you a choice of arming
or disarming the device.
Use the Right and Left arrow keys to
highlight your choice and press ENTER.
If you have armed the device, you can
press NEXT to display the number of the
next device in the sequence. You can also
press the Up arrow key to return to the
Control menu.
NOTE: You must first disarm a device if
you wish to energize or de-energize it.
When you disarm an output device, the
System automatically annunciates the
disarming as a Trouble and a Partial
System Disable.
If you choose to disarm an output device,
the System then asks if you wish to energize
it or de-energize it:
Press HELP again to return to the Control
menu.)
Press ENTER while the L in LOOP_ARM is
blinking to select Control Loop_arm.
The System asks you for the module
number of the ALD loop you wish to arm.
Type the three-digit module number using
the numeric keypad and press ENTER.
(Enter all leading zeros.)
When you arm input devices, the System
automatically annunciates the arming as a
Trouble OUT, and lights the PARTIAL
SYSTEM DISABLE LED.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
3-39
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Operation
Control: Loop Disarm
Use Control Loop Disarm to disable the
operation of a loop of ALD initiating devices.
From the Control menu, press the Left or
Right arrow key to cause the L in
LOOP_DISARM to start blinking.
(If you press HELP at this point, the System
displays:
TO DISARM ALL INPUTS ON A LOOP
Press HELP again to return to the Control
menu.)
Press ENTER while the L in LOOP_DISARM
is blinking to select Control Loop_disarm.
The System asks you for the module
number of the ALD loop you wish to disarm.
Type the three-digit module number using
the numeric keypad and press ENTER.
(Enter all leading zeros.)
When you disarm input devices, the
System automatically annunciates the
disarming as a Trouble IN, and lights the
PARTIAL SYSTEM DISABLE LED.
Press ENTER while the N in
NET_LINK_REQUEST is blinking to
disconnect the panel from the X-Network.
To reconnect the panel to the X-Network,
from the Control menu, press the Left or
Right arrow key to cause the N in
NET_LINK_REQUEST to start blinking and
press ENTER.
Control: Air Sampling
Use Control AIR SAMPLING to display and
change the operational characteristics of
the Air Sampling devices.
Press ENTER when the A in AIR SAMPLING
is blinking to select Control AIR SAMPLING.
The System prompts you to select between ALARM_TRIP and FLOW_TRIP.
Press ENTER when the A in ALARM_TRIP
is blinking to select CONTROL ALARM_TRIP.
The System asks you for a module and
device number.
TYPE IN MODULE & DEVICE
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
Control: Net Link Request
Use Control Net_Link_Request to connect
or disconnect that particular panel from the
X-Network. When the panel is disconnected from the X-Network, the panel
maintains its functions, but it does not
exchange messages with other nodes in the
X-Network.
From the Control menu, press the Left or
Right arrow key to cause the N in
NET_LINK_REQUEST to start blinking.
(If you press HELP at this point, the System
displays:
REQUEST NCC DISCONNECT/RECON NODE
Press HELP again to return to the Control
menu.)
Type the three-digit NIM-1 (ASP) module
number and three-digit Air Sampling device
address number using the numeric keypad
and press ENTER. The system displays the
current alarm trip point settings for the
address specified:
010-004 P1: 20% P2: 60% ALM: 90%
Use the numeric keypad and the left and
right arrow keys to modify the value for P1,
P2, and ALM (Alarm). Note that the following provisions apply:
• P1 must be less than or equal to P2
which must be less than or equal to
ALM. If these values are different, the
System will reject the settings.
• P1, P2, and ALM must be even multiples
of 10% or the System will reject the
settings.
Press ENTER when you are finished
modifying the settings. The display should
then show:
3-40
TRIP POINTS ACCEPTED
Page 91
Operation
or
TRIP POINTS INVALID.
Press ENTER when the F in FLOW_TRIP is
blinking to select Control FLOW_TRIP.
The System asks you for a module and
device number.
TYPE IN MODULE & DEVICE
Type the three-digit NIM-1 (ASP) module
number and three-digit Air Sampling device
address number using the numeric keypad
and press ENTER. The system displays the
current air flow trip point settings for the
address specified:
010-004 LOW: 20% HIGH: 60%
Use the numeric keypad and the left and
right arrow keys to modify the value for
LOW and HIGH. Note that the following
provisions apply:
• LOW must be less than HIGH, or the
System will reject the settings.
• The System will reject the settings if they
are not even multiples of 10%.
Control Percent/ft - Senstvty
The display for Sensitivity supplies the
current sensitivity as read back from the
detector and is similar to the following
(readings are dynamic):
002-003 SENS 1.4%/FT NORM
In the previous message, 002-003 is the
address. Sens is the type of response
(Sensitivity or Pre-alarm). 1.4%/ft is the
smoke detector reading in %/ft obscuration
and Norm is the text sensitivity range
corresponding to the %/ft readings.
Use the left and right arrow keys on the
keypad to lower or raise the %/ft reading.
(Refer to the Sensitivity and Pre-Alarm
Settings chart that follows.)
OTOHPNOI
tsujdamrala-erP
tnemercni
egnarmrala-erP.tf/%0.2-52..tf/%57.-52.
tluafedmrala-erP.tf/%5.1.tf/
.tf/%52..tf/%21.
%57.
Press ENTER when you are finished
modifying the settings. The display should
then show TRIP POINTS ACCEPTED.
Control: Percent/ft
Use Control Percent/ft to change sensitivity
and pre-alarm settings in percent/ft obscuration of the ILI and ILP series of detectors.
From the Control menu, press the Left or
Right arrow key to cause the P in Percent/ft
to start blinking. The System asks you for a
module number and device number.
TYPE IN MODULE & DEVICE:
Type the three-digit module number and
three-digit device number using the numeric keypad and press ENTER. The
System displays the following:
001-001 SENSTVTY PRE-ALARM
tsujdaytivitisneS
tnemercni
egnarytivitisneS.tf/%4.3-52.1.tf/%6.1-6.
eS
)mroN(
tluafedytivitisn
.tf/%52.~.tf/%21.~
.tf/%0.3.tf/%4.1
After you change the sensitivity setting, the
System prints the information for the
selected device in a format similar to the
following:
CMD CHANGE SENS 06:38:20 JUN 2, 20XX
002-004 1.4%/FT NORM
3-41
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Operation
Control Percent/ft - Pre-alarm
The display for Pre-alarm supplies the
current pre-alarm setting read back from
the detector and is similar to the following
(readings are dynamic):
002-003 PRE-ALARM .75%/FT NORM
In the previous message, 002-003 is the
address. Pre-alarm is the type of response
(Sensitivity or Pre-alarm). .75%/ft is the
smoke detector reading in %/ft obscuration
and Norm is the text sensitivity range
corresponding to the %/ft readings.
Use the left and right arrow keys on the
keypad to lower or raise the %/ft reading.
(Refer to the Sensitivity and Pre-Alarm
Settings chart.)
After you change the pre-alarm setting, the
System prints the information for the
selected device in a format similar to the
following:
Type the three-digit module number and
three-digit device number using the numeric keypad and press ENTER. (Enter all
leading zeros.)
Use the arrow keys to cycle through the 11
supported applications described in the
ASD Submenu Abbreviations on page I-1,
in Appendix I, and press ENTER to select
the desired application.
The transaction and the time that it occurs
will be printed on the printer as a confirmation. The example shown below assumes
that no application is currently assigned to
module 001, device 001:
Control: Change_Apps Reset > [Press ENTER]
Type in Module & Device: 001-001 [Enter
module-device number, including all leading zeros]
001-001 NONE OFFC WHSE LOBY > [Use arrow
keys to select the desired application]
001-001 NONE OFFC WHSE LOBY > [Press ENTER]
CMD CHANGE PRE-ALM 06:38:20 JUN 2, 20XX
002-004 1.4%/FT NORM
NOTE: Because the pre-alarm and sensitivity settings overlap, set the pre-alarm to
at least an increment below the sensitivity
setting.
Control: Change Apps
Use Control Change_Apps to change the
application of an ASD device.
From the Control menu, press the Left or
Right arrow key to cause the C in
Change_Apps to start blinking.
(If you press HELP at this point, the System
displays:
CHANGE DEVICE’S APPLICATIONS
Press HELP again to return to the Control
menu.)
Press ENTER while the C in Change_Apps
is blinking to select Control Change_Apps.
The System asks you for the module and
device number.
TYPE IN MODULE & DEVICE:
A statement will be printed out to confirm
the change:
COMMAND
20XX 001-001 NONE —> OFFC
To leave the Change_Apps menu at any
time, press the Up arrow key.
NOTE: If the ASD application is changed
while Test ASD is on, the changes will not
be effective until Test ASD is turned off.
CC
CHANGE_APPS 09:41:43 AUG 07,
CC
TEST Menu
The Test menu has sixteen items from
which to choose; three of those items have
submenus, as follows (the shortened terms
used in the menu itself are in parentheses):
Set_time
Ground fault (GND_FLT)
Power*
Main
Voltage
Current
Lamp_test
LEDs
Display
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Operation
Device_LED
MOI_Lamp_test
X_Network*
M_Network*
Override
Det_cleaned
Event_log
Alrm_only
Trbl_only
Superv_only
Security_only
All_events
Hist_Ctrl
Hist_Erase
PYRO_Diags
PRE_ALARM
ASD_DEVICES
SUMMARIZE
MANUAL_ACTIVATE
*You can print a report of the information
produced by these functions. See the
discussions for Test Power and Test Network.
Entering the Test Menu
From the Main Menu, use the Left or Right
arrow keys to cause the T in TEST to begin
blinking.
(If you press HELP at this point, the System
explains the Test function:
TO TEST SYSTEM, LOOP & DEVICE
Press HELP again to return to the Main
Menu.)
Press ENTER to select TEST. The System
asks you for a password before it allows
you to use the Test functions. Enter your
one- to five-digit password, using the
numeric keypad, and press ENTER (See
the discussion under Entering Your
Password on page 3-17).
If the System accepts your password, it
displays the first Test menu.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
Use the Test menu for the following functions:
• Change the time and date in the System
• Test ground fault state
• Display the System’s power condition
• Test the LEDs or the display on the
MKB-4
• Test the LEDs on an analog device
• Perform lamp test on MOD-16 of MOI-7
• Display network performance
characteristics
• Alarm verification/confirmation override
• IEC detector cleaned function
• Event (History) log menu
• Test Pre-alarm logic
• Test ASD detectors
• Record one summarized trouble for an
entire module
• Perform testing on input points and
simutale alarms
Test: Set Time
Use Test Set_Time to set the time and date
for the System.
From the Test menu, use the Left or Right
arrow key to cause the S in SET_TIME to
start blinking:
TEST: DETECTOR NETWORK SET-TIME
(If you press HELP at this point, the System
displays:
SET STSTEM TIME
Press HELP again to return to the above
menu.)
Press ENTER when the S in SET_ TIME is
blinking to select TEST SET_ TIME.
The System shows you the current System
time, using a 24-hour clock, and the date:
SET TIME = 12:34:56 12/23/20XX
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Operation
(If you press HELP at this point, the System
displays:
TYPE HH:MM:SS MM/DD/YYYY <ENTER>
The Help display tells you to type the time
and date, using the numeric keypad, in the
following format: hour: minute:
seconds_month/day/year, and then to
press ENTER to set the time and date. Use
the Right and Left arrow keys to skip over a
correct digit.
Press HELP again to return to the above
menu.)
Type the time and date as explained above
and press ENTER. The System prints the
current time and date on the printer and
returns you to the Test menu.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
GROUND FAULT IS MINUS
If the message is other than OK, locate the
loop and the device responsible. The
display automatically changes to OK when
the ground fault problem is corrected.
(During this test, the System and its
devices remain operational.)
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
Test: Power
Use Test Power to test the System’s
battery voltage, AC voltage, and battery
charge current.
From the Test menu, use the Left or Right
arrow key to cause the P in POWER to
start blinking:
TEST: GND-FLT POWER
Test: Ground Fault
Use Test Gnd_flt to test the present condi-
tion of the ground fault detection circuitry.
From the Test menu, use the Left or Right
arrow key to cause the G in GND_FLT to
start blinking:
TEST: NETWORK SET TIME GND FLT
(If you press HELP at this point, the System
displays:
GROUND FAULT TEST
Press HELP again to return to the Test
menu.)
Press ENTER when the G is blinking and
the menu displays:
GND FLT: MAIN
From the Ground Fault menu, press ENTER
when the M in MAIN is blinking.
The System tests dynamically for ground
fault and reports the results of the test on
the display (OK, PLUS, or MINUS):
(If you press HELP at this point, the System
displays:
DISPLAY POWER
Press HELP again to return to the above
menu.)
Press ENTER when the P is blinking and
the menu displays:
POWER: MAIN
Display the AC Voltage, Battery Voltage, and
Charging Current of the Main System
From the Power menu, press ENTER when
the M in MAIN is blinking to select Main
Power.
The System shows the following menu:
MAIN: VOLTAGE CURRENT
Press ENTER when the V in VOLTAGE is
blinking to display the battery voltage:
BATTERY VOLTAGE = X.X VOLTS
3-44
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Operation
Press ENTER again to display the AC
voltage:
AC VOLTAGE = X VOLTS
Press the Up arrow key to return to the
Main Power menu. Use the Right arrow key
to cause the C in CURRENT to start
blinking and press ENTER. The System
shows the battery charge current in amps:
BATT CHG CUR = XX.X AMPS
Press the Up arrow key twice to return to
the Power menu.
Print the AC Voltage, Battery Voltage, and
Charging Current of the Main System
From the Power menu, press PRINT when
the M in MAIN is blinking to select MAIN
POWER. The System will print information
in a format similar to the following:
Power Supply Statistics at 11:23:52
May 01, 20XX:
LAMP TEST: LED’S DISPLAY
Press ENTER to test the LEDs and the
audible on the MKB-4. The LEDs light for 5
seconds and then return to their previous
state.
To test the alphanumeric display, press the
Right arrow key once to cause the D in
DISPLAY to start blinking and then press
ENTER. The System tests the display and
then returns to the Lamp Test menu.
(To end a menu session and return to the
Main Menu or to leave the menu at any time,
press the Up arrow key to go backward one
menu each time.)
Test: Device LED
Use Test Device_LED to test the LEDs on
the System’s analog devices.
From the Test menu, use the Left or Right
arrow key to cause the D in DEVICE to
start blinking:
TEST: LAMP TEST DEVICE LED
Battery Voltage = 26.0 volts Charging
CUR = 0.5 AMPS AC VOLTAGE = 113 VOLTS
Test: Lamp Test
Use Test Lamp_test to test the LEDs on
the alphanumeric display on the MKB-4.
From the Test menu, use the Left or Right
arrow key to cause the L in LAMP to start
blinking:
TEST: GND-FLT POWER LAMP TEST
(If you press HELP at this point, the System
explains this function:
MKB-4 LAMP TEST
Press HELP again to return to the above
menu.)
Press ENTER when the L is blinking to
select TEST LAMP_TEST. The System
displays the following menu:
(If you press HELP at this point, the System
displays:
TURN ON DEVICE LEDs
Press HELP again to return to the above
menu.)
Press ENTER when the D is blinking to
select TEST DEVICE_LED.
The System asks you to type the module
and device numbers. Type the three-digit
module number and the three-digit device
number and press ENTER. (Enter all
leading zeros.)
The System displays the following menu for
the device (the O in ON will be blinking):
001-001 ON OFF
To turn on the LED for that device, press
ENTER. The System turns on the LED for that
device. Turning on a device LED automatically
causes a Trouble to be annunciated.
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Operation
Use the NEXT key to move through the
devices until you display the ones whose
LEDs you wish to test. Follow the instructions above.
When the System has displayed the
highest numbered device for the module
specified, it returns to the Test menu.
To turn on a device LED for a different
module, select DEVICE_ LED from the
Test menu and follow the preceding
instructions.
(To end a menu session and return to the
Main Menu, or to leave the menu at any
time, press the Up arrow key to go backward
one menu each time.)
Test: MOI Lamp Test
Use MOI_lamp_test to test the MOD-16
outputs of an MOI-7.
From the Test menu, use the Left or Right
arrow key to cause the M in MOI to start
blinking:
TEST: DEVICE LED MOI Lamp Test
Test: Network
(X-Network, M-Network)
This function is used only by Siemens
Industry, Inc., engineers to observe network
traffic so that they can evaluate the operation
of the module communication network.
Test: Override
Use Test Override to override the CSG-M
selected options for Alarm Verification and
Alarm Confirmation.
From the Test menu, use the Left or Right
arrow key to cause the O in OVERRIDE to
start blinking.
(If you press HELP at this point, the System
displays:
OVERRIDE ALARM VERIFY & CONFIRM
Press HELP again to return to the above
menu.)
Press ENTER when the O in OVERRIDE is
blinking and the menu displays:
(If you press HELP at this point, the System
displays:
TO TEST MOI-7 / MOD-16 LAMPS
Press HELP again to return to the above
menu.)
Press ENTER when the M is blinking to
select MOI_LAMP_TEST.
The System asks you to type the module
number. Type the three-digit module
number and press ENTER. (Enter all
leading zeros.)
If the MOI-7 module is present in CSG-M
the MOD-16 outputs will be placed in a 30second lamp test mode. After 30 seconds,
these outputs return to their previous state.
(To end a menu session and return to the
Main Menu, or to leave the menu at any
time, press the Up arrow key to go backward
one menu each time.)
OVERRIDE: ALR VERIFY ALR CONFIRM
Use the Left or Right arrow key to switch
between ALR_VERIFY and ALR_CONFIRM.
Override the Alarm Verification CSG-M
Selection
From the Override menu, press ENTER
when the A in ALR_VERIFY is blinking to
select Alarm Verification.
The System shows the following menu:
OVERRIDE: YES NO
A blinking Y in YES indicates that Alarm
Verification Override is currently enabled. A
blinking N in NO indicates that the Alarm
Verification Override is currently disabled.
To enable Alarm Verification Override, use
the Left or Right arrow key to cause the Y
in YES to start blinking. Pressing ENTER
when the Y in YES is blinking will cause
Alarm Verification Override to be enabled.
3-46
Page 97
The System will display the following
message:
OVERRIDE ENABLED
Operation
In either case, if the Alarm Confirmation
option was not selected in CSG-M, the
System will display the following message:
To disable Alarm Verification Override, use
the Left or Right arrow key to cause the N
in NO to start blinking. Pressing ENTER
when the N in NO is blinking will cause
Alarm Verification Override to be disabled.
The System will display the following
message:
OVERRIDE DISABLED
In either case, if the Alarm Verification
option was not selected in CSG-M, the
System will display the following message:
FEATURE NOT ENABLED IN CSG
Override the Alarm Confirmation CSG-M
Selection
From the Override menu, press ENTER
when the A in ALR_CONFIRM is blinking to
select Alarm Confirmation.
The System shows the following menu:
OVERRIDE: YES NO
A blinking Y in YES indicates that Alarm
Confirmation Override is enabled. A blinking
N in NO indicates that the Alarm Confirmation Override is disabled.
To enable Alarm Confirmation Override, use
the Left or Right arrow key to cause the Y
in YES to start blinking. Pressing ENTER
when the Y in YES is blinking enables Alarm
Confirmation Override. The System will
display the following message:
OVERRIDE ENABLED
To disable Alarm Confirmation Override, use
the Left or Right arrow key to cause the N
in NO to start blinking. Pressing ENTER
when the N in NO is blinking disables Alarm
Confirmation Override. The System will
display the following message:
FEATURE NOT ENABLED IN CSG
Test: Det_Cleaned
Use Test Det_cleaned to indicate that a
selected detector has been cleaned. This
option is only operational if IEC is enabled in
the CSG-M (See Appendix F).
From the Test menu, use the Left or Right
arrow key to cause the D in DET_CLEANED
to start blinking:
TEST: OVERRIDE DET CLEANED
(If you press HELP at this point, the System
displays:
TO INDICATE DETECTOR CLEANED
Press HELP again to return to the above
menu.)
Press ENTER when the D is blinking to
select DET_CLEANED.
The System asks you to type the module
and device numbers. Type the three-digit
module number and the three-digit device
number and press ENTER. (Enter all
leading zeros.)
After entering the module-device, the
MXL-IQ determines if the device is subject
to IEC. If the device is not subject to IEC or
if IEC is not enabled for the system, error
messages display (Device not subject to
IEC; IEC not enabled in CSGM).
If the device is an IEC detector, the MXL-IQ
will display and print the time, date, moduledevice and custom message of the cleaned
device.
Test: Event Log
See Section 6, MXL-IQ History Log.
OVERRIDE DISABLED
3-47
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Operation
Test: Pyro_diags
Use Test Pyro-diags to display a series of
statistics typically used by Siemens Industry, Inc., to evaluate the operation of the
System. A special password is required for
access to this function.
Test: Pre_alarm
Use Test Pre_alarm to test pre-alarm logic.
From the Test menu, use the left or right
arrow key to cause the P in Pre_alarm to
start blinking:
TEST: PRE ALARM
The System asks you for a module number
and device number.
TYPE IN MODULE & DEVICE:
Type the three-digit module number and
the three-digit device number using the
numeric keypad and press ENTER.
The System then sends information to force
this detector into pre-alarm. Once it prealarms, or after a delay, the MXL-IQ then
restores the detector to its proper pre-alarm
setting.
Press the ENTER key again and the System
displays:
TESTING OF ASD DEVICE DISABLED
Press the ENTER key to toggle between
Testing Enabled (Trouble In) and Testing
Disabled (Trouble Out). When toggling
between Testing Enabled and Testing
Disabled, there is a three minute time
period that separates the two states.
Activating the ASD_Devices command will
post a Trouble into the system which will be
printed out as:
TROUBLE IN 253 08:24:53 AUG 08, 20XX
#8 — SIEMENS BUILDING TECHNOLOGIES —,
ASD TESTING ENABLED, MXL PANEL
Pressing ENTER a second time will cause
the following message to be printed out:
TROUBLE OUT 253 08:25:50 AUG 08, 20XX
#9 — SIEMENS BUILDING TECHNOLOGIES —,
ASD TESTING DISABLED, MXL PANEL
Test: ASD_Devices
Use Test ASD_Devices to disable ASD
parameters and allow timely response to
test gas.
From the Test menu, use the Left or Right
arrow key to cause the A in ASD_Devices
to start blinking.
(If you press HELP at this point, the system
displays:
TEST: ASD DETECTORS
Press HELP again to return to the Test
menu.)
Press ENTER to test the ASD devices
present in the system. The System displays:
TESTING OF ASD DEVICE ENABLED
If Test ASD_Devices is activated and left
alone, the system will automatically disable
the test (time out) after four hours.
Test ASD_Devices is inhibited while the
system is initializing or resetting.
Test: Summarize
Use Test Summarize to ignore known
troubles, and instead view one summarized
trouble for an entire module. This is typically
used during installation and commissioning.
Select Summarize and press ENTER. The
System displays the following menu:
Select Mods ON OFF
Test: Summarize - Select_Mods
Use Test Summarize Select_Mods to scroll
through all installed (CSG-M) module
addresses and enable/disable the summarize feature for each module address.
Choose Select_Mods and press ENTER.
The System displays the following:
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Page 99
Operation
001 YES NO
Press NEXT and the System displays:
002 YES NO
The System flashes the currently active
summarize selection for the module
address. The operator may then press the
right or left arrow keys to highlight either
YES or NO and then press the ENTER key
to accept and program the selection. When
ENTER is pressed, the System scrolls to
the next installed module address. The Up
arrow key terminates the Select_Mods
mode.
All Select_Mods selections remain intact
until the System is turned off, even if
summarize mode is toggled.
• One trouble is posted per module
address, regardless of how many
troubles are detected at that module
address.
• A trouble is not posted unless at least
one trouble is detected at that module
address.
• The trouble report is consistent with
existing MXL-IQ trouble messages and
the text reads Troubles summarized.
• The MXL-IQ only reports TRBL-INs
when summary mode is enabled at an
address.
• Alarm, supervisory, security, and status
event reporting are not effected.
Modules which are NOT selected for
summary report their troubles as usual,
even if summary mode is turned on for
other module addresses.
Test: Summarize - OFF
When Summarize OFF is selected, the
System annunciates the following trouble:
System Commissioning Mode TRBL OUT
and turns off the Partial System Disable
LED. Preexisting Troubles summarized
events remain and the System reverts to
normal trouble reporting and processing for
all new troubles.
Test: Summarize - ON
When Summarize ON is selected, the
System annunciates the following trouble:
System Commissioning Mode TRBL IN
and turns on the Partial System Disable
LED. The System displays one summarized
trouble for the total system.
Test: Manual_Activate
Use Test Manual_Activate to:
• Perform testing on input points and the
associated output logic expected when
the point is activated.
• Generate alarms and associated output
activations.
Select Manual_Activate and press ENTER.
The System asks you for a module number
and device number.
Type In Module & Device: -
Type the three-digit module number and
three-digit device number using rhe numeric
keypad and press ENTER. Upon entering
the device address, the System performs as
follows based on the point type:
When a module address is summarized,
individually occurring troubles are not
broadcast to XNET; the single Troubles
summarized trouble is broadcast to XNET.
The Troubles summarized trouble is
implemented as any other system trouble,
being logged to history, taking up one of the
300 trouble slots, and appearing in List
Troubles requests. All summarize selections are unaffected through RESET and
default to CSG-M setting at power up.
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Operation
Test::Manual_Activate - Test
This provides a remote switch that upon
activation/deactivation of the TRI, the MXLIQ reads the module-device address
provided and preforms the operations
outlined above. Thisuse is primarily for, but
not limited to, testing intelligent duct
detectors.
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