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I
NSTALLATION
NSW (Head Office)
7 Columbia Court
Norwest Business Park
Baulkham Hills NSW 2153
Ph:
(02) 9899-4155
Fax:
(02) 9899-4156
Notifier Inertia Pty Ltd (A.C.N 002 692 962)
A PITTWAY COMPANY
A PITTWAY COMPANY
www.inertia.com.au
A
P
ND
ROGRAMMING
QLD
16 Lucy St
Moorooka
Qld 4104
Ph:
(07) 3892-6444
Fax:
(07) 3892-6455
1010
2020
I
NTELLIGENT
D
ETECTION AND
A
LARM
S
OFTWARE
R
EVISION
VIC
Unit 2 297 Ingles St
Port Melbourne
Vic 3207
Ph:
(03) 9681-9929
Fax:
(03) 9681-9930
M
ANUAL
F
IRE
S
YSTEM
V
3.0
ERSION
AUS 1
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Table of Contents
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Summary of Contents for Notifier 1010
- Page 1 Port Melbourne Baulkham Hills NSW 2153 Qld 4104 Vic 3207 (02) 9899-4155 (07) 3892-6444 (03) 9681-9929 Fax: (02) 9899-4156 Fax: (07) 3892-6455 Fax: (03) 9681-9930 Notifier Inertia Pty Ltd (A.C.N 002 692 962) A PITTWAY COMPANY A PITTWAY COMPANY www.inertia.com.au...
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Page 2: Table Of Contents
1010/2020 I NSTALLATION ROGRAMMING ANUAL Table Of Contents 1: I ..................... 5 ECTION NSTALLATION ................................5 ANEL VERVIEW 1010/2020 D (DIA)........................... 5 SING THE ISPLAY NTERFACE SSEMBLY The Keypad ........................................5 Description ........................................5 The “ACK NEXT” Button....................................5 The “EXT Bell ISOLATE”... - Page 3 1010/2020 I NSTALLATION ROGRAMMING ANUAL XP-5M & XP-5C M ....................................27 ODULES 1668 F ............................... 28 ONTROLS ....................................28 ERMINATION ODULES ................................28 PPLICATION OF ONTROL ODULES ..............................29 WITCH ETTINGS : ................................ 29 ETTING NNUNCIATOR OARD DDRESSES SCS-8 F ..............................
- Page 4 1010/2020 I NSTALLATION ROGRAMMING ANUAL ’ ............................63 ECOMMENDED S FOR COMMON APPLICATIONS Input Devices ....................................... 63 Output Devices ......................................63 Addressable Detectors ....................................64 Alarm Initiation Modules..................................... 64 System Common Output Modules ................................65 Output Modules ......................................66 Software Zones ......................................66 Annunciator Zone ......................................
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Page 5: Ection Nstallation
NSTALLATION ROGRAMMING ANUAL 1: I ECTION NSTALLATION ANEL VERVIEW The following section describes the Keypad functions, the cabinet sizes, the 1010 (4 loop) and the 2020 (10 loop) Analogue Fire Detection System. 1010/2020 D (DIA) SING THE ISPLAY NTERFACE SSEMBLY... -
Page 6: The "Reset' Button
1010/2020 I NSTALLATION ROGRAMMING ANUAL “SYSTEM RESET’ B UTTON Once all alarms have been acknowledged, the “RESET” button can be pressed, and the panel will return to all systems normal, unless the alarms are still present, in which case the panel will go back into alarm. -
Page 7: Loop Terminations For The 1010 Fire Indicator Panel
1010/2020 I NSTALLATION ROGRAMMING ANUAL 1010 F ERMINATIONS NDICATOR ANEL 1010 P – 1 L ANEL Notifier 1010 Loop Hardware Arrangement 1 Loop Panel CPU 1010 Loop 1 Bottom Bottom LIB-200A Not Used Not Used Not Used Bottom Bottom Not Used... -
Page 8: 1010 Panel - 3 Loops
1010/2020 I NSTALLATION ROGRAMMING ANUAL 1010 P – 3 L ANEL OOPS Notifier 1010 Loop Hardware Arrangement 3 Loop Panel CPU 1010 Loop 1 Loop 3 Bottom Bottom Loop 2 LIB-400 LIB-200A Not Used Not Used Bottom Bottom Not Used... -
Page 9: Loop Terminations For The 2020 Fire Indicator Panel
1010/2020 I NSTALLATION ROGRAMMING ANUAL 2020 F ERMINATIONS NDICATOR ANEL 2020 P – 1 L ANEL Notifier 2020 Loop Hardware Arrangement 1 Loop Panel CPU 2020 Loop 1 Bottom Bottom LIB-200A Not Used Not Used Not Used Bottom Bottom Not Used... -
Page 10: 2020 Panel - 3 Loops
1010/2020 I NSTALLATION ROGRAMMING ANUAL 2020 P – 3 L ANEL OOPS Notifier 2020 Loop Hardware Arrangement 3 Loop Panel CPU 2020 Loop 1 Bottom Bottom Loop 2 LIB-200A LIB-200A Loop 3 LIB-200A Not Used Bottom Bottom Not Used Not Used 2020 P –... -
Page 11: 2020 Panel - 5 Loops
1010/2020 I NSTALLATION ROGRAMMING ANUAL 2020 P – 5 L ANEL OOPS Notifier 2020 Loop Hardware Arrangement 5 Loop Panel CPU 2020 Loop 1 Bottom Bottom Loop 2 LIB-200A LIB-200A Loop 3 Loop 4 LIB-200A LIB-200A Loop 5 Bottom Bottom... -
Page 12: 2020 Panel - 7 Loops
1010/2020 I NSTALLATION ROGRAMMING ANUAL 2020 P – 7 L ANEL OOPS Notifier 2020 Loop Hardware Arrangement 7 Loop Panel CPU 2020 Loop 1 Loop 7 Loop 6 Bottom Bottom Loop 2 LIB-400 LIB-400 Loop 3 Loop 4 LIB-200A LIB-200A... -
Page 13: 2020 Panel - 9 Loops
1010/2020 I NSTALLATION ROGRAMMING ANUAL 2020 P – 9 L ANEL OOPS Notifier 2020 Loop Hardware Arrangement 9 Loop Panel CPU 2020 Loop 1 Loop 7 Loop 6 Bottom Bottom Loop 2 LIB-400 LIB-400 Loop 3 Loop 9 Loop 8... -
Page 14: Loop Wiring Specification
XPLANATION OF OOP BOARDS The LIB-200A is a 1-loop board for the 1010 & 2020 panel and can support 99 detectors and 99 modules. The field wiring is electrically isolated from the rest of the system so that any two-ground faults on separate loops will not cause invalid replies from devices. -
Page 15: Common Fault Finding Techniques
1010/2020 I NSTALLATION ROGRAMMING ANUAL OMMON AULT INDING ECHNIQUES If using optional shielded twisted pair cable to minimise radiated emissions of radio frequency energy, do not allow the shield drain wire to enter the cabinet. Connect the drain wire to the outside of the cabinet via an earth type connector. Maintain the continuity of the shield wire throughout the loop but do not connect to any devices, and only earth one end. -
Page 16: N W S
RS-232 C IRCUITS The 1010/2020 has multiple RS-232 and RS-485 circuits, the illustrations below show the positions and where to find them. RS-485 circuits used for Annunciators wired outside of the Panel, are to be wired in 2 core Twisted Shielded. -
Page 17: Connectinga Printer Directly T O The Display (Dia )
1010/2020 I NSTALLATION ROGRAMMING ANUAL ONNECTING RINTER IRECTLY ISPLAY RS-232 from DIA card to Printer DB25 5 Tx Rx pin 2 Rx pin 3 6 ref Ref pin 5 ref pin 7 This printer connection is a Non Monitored Non Supervised port, and one directional. The printer will print whatever appears on the LCD. -
Page 18: Connectinga Laptop I N Terminal Mode T O Emulatea Printer
Then Press the Special Function button on the 1010/2020 Panel, and press “2=HIS”, and follow the prompts. The 1010/2020 panel will now upload the entire history log to the Laptop computer which can then be saved to disk for permanent records. -
Page 19: Annunciator Terminations
The 24Vdc must be from the Non-resettable terminals on the power supply, or a remote 24Vdc- power supply can be used. A record of any external power supplies used must be placed within the 1010/2020 enclosure, preferably in a place easily recognisable to service personal. -
Page 20: Onnecting Nd Rogramming Lcd-80
1010/2020 I NSTALLATION ROGRAMMING ANUAL LCD-80 (ACS M ONNECTING ROGRAMMING APTOP The following section details the programming procedure for programming LCD-80 (Dual Mode) Mimics. Note the terminations for a DB-9 or DB-25 pin connector. LCD-80 T APTOP TO ERMINATIONS LCD-80... -
Page 21: Rogramming Ustom Essages
1010/2020 I NSTALLATION ROGRAMMING ANUAL ROGRAMMING USTOM ESSAGES Once in Program mode, the LCD-80 ceases all communication on the RS-485 and waits for commands from the RS-232 circuit. The LCD-80 screen will display: READY FOR PROGRAMMING Configure the Laptop in Terminal Mode, and it will display:... -
Page 22: Entering Custom Point Labels
1010/2020 I NSTALLATION ROGRAMMING ANUAL under which each NTERING USTOM OINT ABELS Custom point labels may be programmed by entering "0" from the initial program prompt. ENTER 1 to 9 FOR 9 CUSTOM MESSAGES OR 0 FOR CUSTOM POINT LABEL: Select “0”... -
Page 23: Cpu Terminations
1010/2020 I NSTALLATION ROGRAMMING ANUAL CPU T ERMINATIONS CPU 1010/2020 General Isolate and General Fault Relays OWER UPPLY ERMINATIONS Secondary Power 27.6 V DC, supervised and power-limited. Fast charge = 2 amps, Resettable Power Trickle charge = 20 mA. 24V DC (20.4-26.4, 200 mV ripple), 1 amp maximum. -
Page 24: Terminating The Loop And Devices On The Loop
1010/2020 I NSTALLATION ROGRAMMING ANUAL ERMINATING THE OOP AND EVICES ON THE PLEASE NOTE: The following examples are the actual wiring terminations for the devices, the example for wiring Conventional Circuits (MMX-2’s) only applies to Version 3.0 release, and shouldn’t be used for previous release software. -
Page 25: Wiring Conventional Circuits (Mmx-2)
1010/2020 I NSTALLATION ROGRAMMING ANUAL (MMX-2) IRING ONVENTIONAL IRCUITS The MMX-2 when used with Version 3 Release Software, utilises the 24Vdc Non-Resettable power supply, thereby negating the need for Resettable power in the field. Note: If optional shield used do not terminate to this device, the shield must be continuous. -
Page 26: Wiring Control Modules (Cmx-2)
1010/2020 I NSTALLATION ROGRAMMING ANUAL (CMX-2) IRING ONTROL ODULES CMX-2’s are used for Bells, Solenoids or any general relay application and can be monitored outputs or relay outputs. (ISO-X) IRING HORT IRCUIT SOLATOR ODULES Note: When using the ISO-X module,... -
Page 27: Xp-5M & Xp-5C Modules
1010/2020 I NSTALLATION ROGRAMMING ANUAL XP-5M & XP-5C M ODULES The XP-5 Control and XP-5 Monitor modules are 5 separate modules and addresses mounted on one circuit card, the address is chosen by one rotary switch and one slide switch. -
Page 28: 1668 Fan Controls
This document is & shall Norwest Business Park remain the property of Drawn/ Engineer Baulkham Hills NSW 2153 25/2/00 G.W. Notifier Inertia Fire Systems Traced Design FIELD I/O-VER3 AUSTRALIA Unauthorised use of this document in any way is 61 2 9894 1444... -
Page 29: Dip -Switch Settings
1010/2020 I NSTALLATION ROGRAMMING ANUAL WITCH ETTINGS The following section indicates the typical Dip-switch settings for Annunciators (SCS-8, ACM-16AT, ACM-8R, ACM-32A, LDM-32, LDM-32R, LCD-80 and LCD-80TM) ETTING NNUNCIATOR OARD DDRESSES Typical Annunciator address selection method The first decimal dial on the left-hand side selects the address in unit of ten, the second dial selects the address in units of one. -
Page 30: At Ushbutton Ed Ndicator Nnunciator
1010/2020 I NSTALLATION ROGRAMMING ANUAL ACM-16 & L USHBUTTON NDICATOR NNUNCIATOR Keys Disabled Keys Enabled 1 Or 3 Expanders None or 2 Expanders 2 Or 3 Expanders None or 1 Expander Always Use This Setting Receive Only Mode Normal Mode... -
Page 31: Ldm-32 Led Driver Annunciator
Note: In the above configuration the LCD-80 in ACS mode will use its Annunciator address and the NEXT Annunciator address. In this mode, you can have 128 Messages of 40 Characters in length. For other combinations please contact Notifier/Inertia. © 2000, N... -
Page 32: Lcd-80Tm Lcd Mimic Annunciator (Terminal Mode )
1010/2020 I NSTALLATION ROGRAMMING ANUAL LCD-80 LCD M IMIC NNUNCIATOR ERMINAL Always Off Always Off Piezo Disabled Piezo Enabled Disable Keys Enable Keys Always Off Always Off Terminal Mode Enabled Always Off Set if Last LCD-80 Set if not Last LCD-80... -
Page 33: Applying /Removing Power To The Fire Alarm System
1010/2020 I NSTALLATION ROGRAMMING ANUAL PPLYING EMOVING OWER TO THE LARM YSTEM After completing the proper installation of all boards, cables and components, apply power in the following manner: 1. Apply AC power 2. Connect the battery/secondary power terminals. 3. Do not connect any releasing devices until the releasing circuits have been tested using simulated loads. -
Page 34: Section Two : Programming
1. Via the panel keypad on the DIA 2. Via a Laptop in terminal mode 3. Via a Laptop using the Notifier Verifire Program with full Upload & Download facility. 4. Via the NCS graphics system direct connected on the network. -
Page 35: Main Programming Menu
1010/2020 I NSTALLATION ROGRAMMING ANUAL ROGRAMMING On entering the Programming Mode, (and after entering the password) the display will show the Main Programming menu: PRESS 1=PSYS, 2=FSYS, 3=PPRG, 4=FPRG, 5=REMV, 6=PSWD, 7=MSG, 8=HIS The Main Programming menu has eight options, which are:... -
Page 36: Partial System Programming
1010/2020 I NSTALLATION ROGRAMMING ANUAL ARTIAL YSTEM ROGRAMMING Option 1 from the Main Programming menu allows the programmer to change the programming of system-wide functions such as Alarm Verification of detectors, enabling Rapid Polling, and enabling supervision of peripheral equipment in the system, Additional system parameters, such as the number of Loops, Annunciators and ISIB in the system. -
Page 37: Lib Installation 1=Inst)
TYLE TYLE Option 2 allows the programmer to change in 1010/2020 memory, the style 6 or 4 for the Loop connected to each LIB. The Loop must be field wired in accordance with the style set in memory. The following programming example illustrates setting Loop number 5 as a Style 6 circuit. The... -
Page 38: Time Delays (3=Tdly)
1010/2020 I NSTALLATION ROGRAMMING ANUAL (3=TDLY) ELAYS Option 3 allows the programmer to activate or de-activate Alarm Verification of Analog Addressable detectors, as well as setting the appropriate time delays for this function. Note: MMX-2 modules AVF is hard coded at 20 seconds. -
Page 39: Zone Boundary (5=Zbnd)
(5=ZBND) OUNDARY The 1010/2020 can make use of up to 240 software-defined “zones.” These zones can be either forward–activated (FZON) or reverse–activated (RZON), depending upon the particular installation requirements. These forward and reverse zones are grouped separately, with the forward group always preceding the reverse group. -
Page 40: Local Parameters (7=Locp)
1010/2020 I NSTALLATION ROGRAMMING ANUAL * Default Latching (Not recommended) • Maximum of six devices can be latched at once (five modules maximum). • Detectors have priority over modules. After six devices have been latched, detectors that come into alarm will assume LED-latch priority over previously latched module LEDs. -
Page 41: Isib (8=Isib)
1010/2020 I NSTALLATION ROGRAMMING ANUAL ISIB (8=ISIB) Option 8 allows the changing of any of the following: Intelligent SIB Allows you to add or delete the ISIB and set the network address. Add or Delete Annunciators Boards. XINT When activated allows Upload/Download through Verifire. This will disconnect the Annunciators RS485 stream to be dedicated to UP/DL. -
Page 42: Day/Night Sensitivity
1010/2020 I NSTALLATION ROGRAMMING ANUAL IGHT ENSITIVITY The function Day/Night sensitivity- gives the operator the option of having the detectors high sensitivity during certain times, or set to low sensitivity during other times. In the case of Nursing homes or Apartment buildings when the occupants are asleep, the detectors can be placed into high sensitivity at night. -
Page 43: Drift Compensation
1010/2020 I NSTALLATION ROGRAMMING ANUAL Step 3: Set detector to use Day/Night feature Changing the detector to select Day/Night sensitivity Now press the Program Button and enter the password ***** Enter the Option Menu 4=OPTNS ENTER LXX(D/M)YY ZXXX OR AXXPYY FOR PT. CHANGE... -
Page 44: Partial Point Programming
1010/2020 I NSTALLATION ROGRAMMING ANUAL ARTIAL OINT ROGRAMMING Partial point programming (PPRG) allows the programmer to change the operational parameters of loop devices, software-defined zones, and Annunciator points After selecting PPRG from the Main Programming menu, the Partial Point Programming submenu... -
Page 45: Type Id (1=Typid)
1010/2020 I NSTALLATION ROGRAMMING ANUAL ID (1=TYPID) Option 1 of the Partial Point Programming Menu allows the programmer to change the Software Type ID of any detector, module, zone or Annunciator point. The following display illustrates the assignment of the Software Type ID SCON to the 14th monitor module on Loop 3. -
Page 46: Label (3=Lbl)
1010/2020 I NSTALLATION ROGRAMMING ANUAL (3=LBL) ABEL Option 3 of the Partial Point Programming Menu allows the programmer to change the 20-Character Custom Label (Descriptor) associated with each detector, module, or software zone in the system. Acceptable characters for device or zone labels are as follows: Letters A through Z, digits 0 through 9, periods (.), dashes (-), and spaces. -
Page 47: Optional Features (4=Optns)
1010/2020 I NSTALLATION ROGRAMMING ANUAL (4=OPTNS) PTIONAL EATURES Option 4 of the Partial Point Programming Menu allows the programmer to isolate/de-isolate a device, set Bell Isolate Flag or Walk Test Flag (for control modules), Alarm Verification, Detector Sensitivity and the Tracking (non-latching) option per device. -
Page 48: Cooperative Control -B Y -Event (6=Ccbe)
ONTROL VENT Option 6 of the Partial Point Programming Menu allows the programmer to change the Cooperative Control-By-Event (CCBE) for any reverse activated zone when using the 1010/2020 with the NOTI•FIRE•NET. (Contact Factory for NOTI•FIRE•NET Manual) Full Point Programming (4=FPRG) - Page 49 1010/2020 I NSTALLATION ROGRAMMING ANUAL Example: Full point program on an analog Photo-optical detector at L2D23. The Photo-optical Smoke Detector on Loop 2 will be programmed to activate two software zones (Z13, Z29) and a control module (L2M19), and also be mapped to Annunciator address "02"...
- Page 50 1010/2020 I NSTALLATION ROGRAMMING ANUAL Example: Programming Monitor Modules Monitor Module 15 on Loop 3 is an MMX-2 and is to be programmed to monitor a full zone of conventional smoke detectors, activate software zone (Z13), and is also mapped to Annunciator address "02"...
- Page 51 ENTER AXXPYY FOR ANNUNCIATOR POINT MAPPING A2P5 Reverse zones on a 1010/2020 system with NOTI•FIRE•NET can be programmed with both CBE and CCBE *equations. Below is an example of Zone 220 programmed as a reverse zone to activate once N8 Z1 goes into alarm.
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Page 52: Removing A Device (5=Remv)
Loop devices, software-defined zones or Annunciator points. The devices can still be installed in the system, but the 1010/2020 will stop looking for these devices by not POLLING them. • Devices that are removed will not function until reinstalled under Full Point Programming. -
Page 53: Accessing The History Log (8=His)
ISTORY Option 8 from the Main Programming Menu allows the programmer to change the parameters associated with History Mode. Once the History option is activated, the 1010/2020 has the capability to store the most recent 400 system events. After selecting option 8 from the Main Programming menu, the display will show the History Mode... -
Page 54: Programming Guidelines
HAT IS A OFTWARE The 1010/2020 contains 240 software zones to be used in CBE programming. These software zones are broken into two types, Forward-Activating Zones (FZON) and Reverse-Activating Zones (RZON). These forward and reverse zones must be grouped separately, with the forward group always preceding the reverse group. - Page 55 1010/2020 I NSTALLATION ROGRAMMING ANUAL The format for an equation is shown below, where the operators are OR, AND, NOT, XZONE, DEL, SDEL, and TIM; and the operand’s are groupings of initiating devices and/or software zones, as well as information specific to the format of individual operators.
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Page 56: Equations: Operators
1010/2020 I NSTALLATION ROGRAMMING ANUAL C.B.E E QUATIONS PERATORS Operator: The first (and most useful) operator is OR. Equation: OR(Z9 Z15 Z23) If ANY one of the three operand’s in the equation are in alarm, then the control module will be activated. - Page 57 1010/2020 I NSTALLATION ROGRAMMING ANUAL XZONE Operator: For Cross Zone operation, the XZONE counting operator may be used. Equation: XZONE(Z23) IF ANY combination of two or more initiating devices (L1D1, L1D2, L1D3, L1D4) that have been programmed (Control-By-Event) to this software zone (Z23) come into alarm, THEN this control module will be activated.
- Page 58 1010/2020 I NSTALLATION ROGRAMMING ANUAL SDEL Operator: The SDEL operator is also used for delayed operation. This is a latched version of the DEL operator. Once the equation evaluates True, it remains activated until a reset, even if the internal equation becomes false.
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Page 59: Size Limitations
1010/2020 I NSTALLATION ROGRAMMING ANUAL C.B.E S IMITATIONS Each Control-By-Event has a physical size limitation of 14 bytes in control panel memory. For initiating devices, the Control-By-Event size can be calculated by the following formula: Size in bytes = 1 + (Number of Zones) + (Number of Control Modules X 3) +1 Example: The following Control-By-Event takes up 11 bytes in memory. -
Page 60: Cooperative Control -B Y -Event
The simplest type of Control-By-Event is the Null, which means empty. For initiating devices, the Null is denoted by entering ( ) as the Control-By-Event. In response to an alarm on a device programmed with a Null Control-By-Event, the 1010/2020 will do the following: •... - Page 61 1010/2020 I NSTALLATION ROGRAMMING ANUAL General Alarm Example # 2: L1D1 activates L1M1 through Z1. L1D2 activates L1M2 through Z2. L1D3 and L1D4 activate L1M4 through Z3. L1M3 will activate when reverse zone 240 is activated. Z240 will activate when Z1, Z2 or Z3 are activated.
- Page 62 1010/2020 I NSTALLATION ROGRAMMING ANUAL Fire Floor, Floor Above, Floor Below Example # 4: L1D1 activates Z1 and Z2. L1D2 activates Z1, Z2 and Z3. L1D3 activates Z2, Z3 and Z4. L1M1 will activate when Z1 is active. L1M2 will activate when Z2 is active.
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Page 63: Software Type-Id' S - A Noverview
VERVIEW All devices, software zones, and Annunciator points must be programmed with appropriate software type identification. Software type I.D.s allow the 1010/2020 to identify the type and determine functionality of points in the system. Note: The control panel will not permit the changing of a Software Type I.D. in one group to a Software Type I.D. -
Page 64: Addressable Detectors
1010/2020 I NSTALLATION ROGRAMMING ANUAL DDRESSABLE ETECTORS Type I.D. Display Label Type of Device SMOKE (ION) CPX-/751 Intelligent Ionisation Smoke Detector. CMBO SMOKE(COMBO) IPX/751 Intelligent Combination Ion/Photo/Thermal Smoke Detector (Omni) PHOT SMOKE(PHOTO) SDX-551/751 Intelligent Photoelectric Smoke Detector. THER HEAT(ANALOG) FDX-551 or FDX-551R Intelligent Thermal Sensor. -
Page 65: System Common Output Modules
1010/2020 I NSTALLATION ROGRAMMING ANUAL YSTEM OMMON UTPUT ODULES • These software types cannot be programmed for Bell Isolate. • These software types do not have any control-by-event programming. Type I.D. Type of Device Break tabs GN ALARM CMX control module or an XP5-C used... -
Page 66: Output Modules
1010/2020 I NSTALLATION ROGRAMMING ANUAL UTPUT ODULES • These software types do have control-by-event programming capability. Type ID Application Bell Break Isolate Tabs CMXC CMX FORM C CMX Control Module or an XP5-C used as a Relay Output CMXS CMX Control Module or an XP5-C... -
Page 67: Annunciator Zone
1010/2020 I NSTALLATION ROGRAMMING ANUAL NNUNCIATOR Type I.D. Display Label Type of Device Annunciator Point, In the case of an ACM- AZON ANN ZONE 16at, AZON acts as a Zone Isolate Facility, or can be used to isolate a module, and will display an alarm state if the point isolated is in alarm. -
Page 68: 1668 (Scs-8) Programming
1010/2020 I NSTALLATION ROGRAMMING ANUAL 1668 (SCS-8) P ROGRAMMING Up to 16 fans (per Annunciator address, 8 with master, then further 8 with expander fitted) Each individual fan may be programmed to either start or stop automatically in fire mode. -
Page 69: A Fan That Stops In Firemode, With Associated Duct Detector
1010/2020 I NSTALLATION ROGRAMMING ANUAL FAN THAT STOPS IN FIREMODE WITH ASSOCIATED DUCT DETECTOR Address Type Label Annunciator Map L1M1 FRCM FAN START A1P1 L1M2 FRCM FAN STOP A1P2 L1M3 NONA FAN STATUS A1P3 L1D4 PHOD DUCT PROBE A1P4 ELAY... - Page 70 NSTALLATION ROGRAMMING ANUAL Upgrading A Notifier 1010/2020 Version 2.8 to Version 3 AUS 1 Upload the config from the FIP to the Laptop using Verifire 2.8 Upload. NOTE: After the Upload is completed, check & confirm configuration for accuracy. Once the database is checked, open it in Verifire 3. The database will be converted from 2.8 to Version 3.