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  5. User Manual

Notifier AFP1010 User Manual

Other manuals for AFP1010: Manual
Manual is about: Fire Alarm Control Panel

Summary of AFP1010

  • Page 1

    Fire alarm control panel am2020/afp1010 document 15088 10/22/99 rev: p/n 15088:j ecn 99-521 j www.Pdf-zoo.Com.

  • Page 2

    Limwarlg.P65 01/10/2000 an automatic fire alarm system–typically made up of smoke detectors, heat detectors, manual pull stations, audible warn- ing devices, and a fire alarm control with remote notification capability–can provide early warning of a developing fire. Such a system, however, does not ...

  • Page 3: Fcc Warning

    Limwarlg.P65 01/10/2000 warning - several different sources of power can be con- nected to the fire alarm control panel. Disconnect all sources of power before servicing. Control unit and associated equip- ment may be damaged by removing and/or inserting cards, modules, or interconnecting cables whi...

  • Page 4: Chapter One  Installation

    Iv am2020/afp1010 15088:j 10/22/99 t able of c ontents chapter one installation introduction ..................................................................................................................... 1-3 capabilities and capacities ............................................................

  • Page 5

    V am2020/afp1010 15088:j 10/22/99 c hapter o ne i nstallation ( continued ) table 3.2-3 secondary power standby and fire alarm load ........................................................... 1-37 table 3.2-4 battery size requirements ....................................................................

  • Page 6

    Vi am2020/afp1010 15088:j 10/22/99 c hapter o ne i nstallation ( continued ) section 4.7 the control module .................................................................................................... 1-70 figure 4.7-1 the cmx control module .....................................................

  • Page 7: Chapter Two Operation

    Vii am2020/afp1010 15088:j 10/22/99 chapter two operation introduction ..................................................................................................................... 2-2 section one the display interface assembly ......................................................... 2-8 se...

  • Page 8: Chapter Three Programming

    Viii am2020/afp1010 15088:j 10/22/99 chapter three programming introduction ..................................................................................................................... 3-3 the initial programming outline .........................................................................

  • Page 9: & G

    Ix am2020/afp1010 15088:j 10/22/99 section three software type i.D.S ............................................................................. 3-52 section four control-by-event programming ........................................................ 3-59 section 4.1 control-by-event programming ......

  • Page 10

    X am2020/afp1010 15088:j 10/22/99 notes www.Pdf-zoo.Com.

  • Page 11

    1-1 installation 15088: j 10/22/99 chapter one installation am2020 afp1010 www.Pdf-zoo.Com.

  • Page 12

    1-2 installation 15088:j 10/22/99 www.Pdf-zoo.Com.

  • Page 13

    1-3 installation 15088: j 10/22/99 introduction capabilities and capacities the am2020/afp1010 is an intelligent analog addressable combination fire alarm/security control panel capable of supporting the following: intelligent analog addressable fire detectors photoelectric, ionization, and thermal ...

  • Page 14

    1-4 installation 15088:j 10/22/99 fire alarm and related service standards it is imperative the installer understand the requirements of the authority having jurisdiction (ahj) and review the following documents for applicability: nfpa 72 national fire alarm code nfpa 90a air conditioning and ventil...

  • Page 15

    1-5 installation 15088: j 10/22/99 section one installation overview section 1.1 basic equipment the basic equipment package for the notifier am2020 is the be-2020n and the basic equipment package for the notifier afp1010 is the be-1010n. The following list may be used to identify the components pro...

  • Page 16

    1-6 installation 15088:j 10/22/99 table 1.2-1 related documentation title number title number am2020/afp1010 f ire a larm c ontrol p anel 15088 a nnunciator c ontrol s ystem 15842 l iquid c rystal d isplay (lcd-80) 15037 l amp d river m odules (ldm) 15885 n etwork c ontrol s tation 51095 v oice a la...

  • Page 17

    1-7 installation 15088: j 10/22/99 right mounted door left mounted door general the cabinet assembly consists of two basic components; the backbox (sbb) and door (dr). All cabinets for the am2020/afp1010 are fabricated from 16-gauge steel. Cabinet parts are painted notifier gray or red with navy blu...

  • Page 18

    1-8 installation 15088:j 10/22/99 mounting holes figure 2.1-1 cabinet backbox mount section 2.1 mounting the backbox the cabinet may be either surface mounted or semi-flush mounted (refer to figure 2.1-1). Mount the cabinet in a clean, dry, vibration-free area, using the four holes provided in the b...

  • Page 19

    1-9 installation 15088: j 10/22/99 door assembly instructions hinges can be either left or right mounted. The illustrations and text depict a left-mount example. For right mounting, simply substitute right for left in the instructions. 1) insert door hinges (a) into the top and bottom slots of the s...

  • Page 20

    1-10 installation 15088:j 10/22/99 c c 4. Install the door alignment tabs (c) in the unused slots on the backbox (top and bottom). (in this ex- ample the door was mounted on the left, leaving the unused slots on the right). Secure alignment tab (c) to top pem stud with nut provided. These tabs align...

  • Page 21

    1-11 installation 15088: j 10/22/99 cab-c3 the cab-c3 is the cabinet and door assembly for three mounting rows. An optional tr-c3 trim ring is available for use with the c-size cabinet, which is 24.125 inches wide by 37.250 inches high (612.775 mm wide by 946.15 mm high). The following replacement p...

  • Page 22

    1-12 installation 15088:j 10/22/99 cab-b3 the cab-b3 is the cabinet and door assembly for two mounting rows. An optional tr-b3 trim ring is available for use with the b-size cabinet, which is 24.125 inches wide by 28.625 inches high (612.775 mm wide by 727.075 mm high). The following replacement par...

  • Page 23

    1-13 installation 15088: j 10/22/99 section 2.3 mounting the ica-4l the am2020/afp1010 system may use one to three interconnect chassis assemblies (ica), depending on the specific installation requirements. The afp1010 requires only one ica when using lib-400s. The ica-4l is a low profile mounting c...

  • Page 24

    1-14 installation 15088:j 10/22/99 figure 2.3-3 using the optional expansion power cable o ptional www.Pdf-zoo.Com.

  • Page 25

    1-15 installation 15088: j 10/22/99 figure 2.3-5 ica-4l 15 position receptacle connections any board with a 15-position receptacle suitable for use on the ica-4 may also be mounted on the 16-pin plug ica-4l. The following nine boards have 15-position receptacles and may be installed on the ica-4l: •...

  • Page 26

    1-16 installation 15088:j 10/22/99 figure 2.3-6 cable part number 75142 although cable part number 75142 consists of a 15-pin plug and a 15-position receptacle (figure 2.3-6) it can still be mated on the 16-pin plug ica-4l, only pins one through 15 will engage. The 16th pin will remain on the outsid...

  • Page 27

    1-17 installation 15088: j 10/22/99 note for installation of system boards in the first level of the ica-4l, omit steps 2 and 3. Figure 2.3-8 mount system boards to the ica-4l chassis step 1 place the board in front of the interconnect chassis assemblies (ica-4l) in the position where it will be ins...

  • Page 28

    1-18 installation 15088:j 10/22/99 section 2.4 component placement each component in the system has a specific mounting position in the cabinet. Mount any optional aps-6r power supplies and amplifiers in chs-4/4l chassis positions a through d as required. It is recommended that the chs-4/4l chassis ...

  • Page 29

    1-19 installation 15088: j 10/22/99 figure 2.4-2 depicts the lib slc numbering scheme for an afp1010 in a cab-b3 cabinet. If a cab-a3 cabinet is used with lib-400 modules exclusively, it may house a maximum four loop afp1010 system (refer to figure 2.4-4). One or two ica-4l or ica-4 chassis are requ...

  • Page 30

    1-20 installation 15088:j 10/22/99 figure 2.4-3 am2020 lib slc numbering scheme figure 2.4-3 depicts the lib slc numbering scheme for an am2020 in a cab-d3 cabinet. Three ica-4l chassis are required to mount the various types of lib modules employed. Refer to figure 2.4-2 as an example of afp1010 ap...

  • Page 31

    1-21 installation 15088: j 10/22/99 figure 2.4-4 depicts a cab-a3 cabinet used with lib-400 modules exclusively, which means it may house a maximum four loop afp1010 system. An ica-4l or ica-4 chassis (neither of which is shown in the figure) is required for mounting the lib-400. Figure 2.4-4 lib-40...

  • Page 32

    1-22 installation 15088:j 10/22/99 figure 2.4-5 lib placement example in an afp1010 sib cpu chs-4/4l a b c d mps-24a or mps-24ae batteries loop 4 (lib-400) loop 2 (lib-400) loop 3 (lib-200 or lib-200a installed in left front position of ica.) loop 1 (lib-200) www.Pdf-zoo.Com.

  • Page 33

    1-23 installation 15088: j 10/22/99 figure 2.4-6 lib-400 placement in an am2020 figure 2.4-6 depicts a cab-c3 cabinet used with lib-400 modules exclusively, which means it may house a maximum ten loop am2020 system. An ica-4l or ica-4 chassis (neither of which is shown in the figure) is re- quired f...

  • Page 34

    1-24 installation 15088:j 10/22/99 figure 2.4-7 lib placement example in an am2020 figure 2.4-7 depicts the am2020 with a combination of lib-400, lib-200a, and lib-200 modules installed in the first and second rows of a cab-c3 cabinet. Two ica chassis are required, but are not shown in the figure. T...

  • Page 35

    1-25 installation 15088: j 10/22/99 figure 2.5-1 optional chassis mount section 2.5 optional chassis mounting when using an optional chs-4/4l chassis (refer to figure 2.5-1), mount the chassis in the lowest available row in the cabinet, below previously mounted interconnect chassis assemblies (ica-4...

  • Page 36

    1-26 installation 15088:j 10/22/99 dp-1 the dress panel (dp-1) covers additional ica-4l or chs-4/4l assemblies in the cabinet. Bp-3 the battery dress panel (bp-3) covers the main power supply and the batteries in the cabinet. Only one bp-3 is required per system. Section 2.6 other components display...

  • Page 37

    1-27 installation 15088: j 10/22/99 section 2.7 display interface connection dia-1010 and/or dia-2020 provide access to the system cpu and the optional sib, and an eia-232 unsupervised printer interface (refer to figure 2.7-1). When terminal supervision is not required and the terminal (if present) ...

  • Page 38

    1-28 installation 15088:j 10/22/99 figure 2.7-2 wiring placement diagram note the battery charger output is not power- limited. All wiring connected to these ter- minals must remain at least ¼ inch (6.35 mm) from all power-limited wiring. Refer to figure 2.7-3 for wiring information. Figure 2.7-2 de...

  • Page 39

    1-29 installation 15088: j 10/22/99 figure 2.7-3 depicts a typical am2020/afp1010 installation and is provided as a guide for proper wiring placement. The ac and battery wiring are not power-limited. A separation of at least ¼ inch (6.35 mm) must be maintained between power-limited and nonpower-limi...

  • Page 40: Dia-1010 Or Dia-2020

    1-30 installation 15088:j 10/22/99 figure 2.7-4 dress panel placement diagram dia-1010 or dia-2020 dp-1 dress panel dp-1 dress panel bp-3 battery dress panel www.Pdf-zoo.Com.

  • Page 41

    1-31 installation 15088: j 10/22/99 section 2.8 mounting the mod-1 module plate the mod-1 allows a single mmx-1, mmx-2 or cmx module to mount in a cab-3. It occupies one of the four positions available in a row on the chs-4 or chs-4l chassis. The following five steps describe how to mount the mod-1 ...

  • Page 42

    1-32 installation 15088:j 10/22/99 mod1inst. Figure 2.8-1 mounting the mod-1 into the chs-4 and chs-4l chassis www.Pdf-zoo.Com.

  • Page 43

    1-33 installation 15088: j 10/22/99 section three power supplies section 3.1 the ac primary power input the am2020/afp1010 requires primary ac power. Connection to the light and power service must be on a dedicated branch circuit and the wiring for this circuit must be installed in conduit. The swit...

  • Page 44

    1-34 installation 15088:j 10/22/99 notes • typically, a system should be designed around the capacity to activate all output circuits and relays, and support fire alarms on no less than 10 percent of initiating device circuits (subject to the requirements of the local authority having jurisdiction (...

  • Page 45

    1-35 installation 15088: j 10/22/99 table 3.2-1 am2020/afp1010 system current draw calculations (1 of 2) c ategory column a p rimary , n on -f ire a larm c urrent ( amps ) (mps-24a or mps-24e output current required when operating from primary power column b p rimary , f ire a larm c urrent ( amps )...

  • Page 46

    1-36 installation 15088:j 10/22/99 table 3.2-1 am2020/afp1010 system current draw calculations (2 of 2) c ategory column a p rimary , n on -f ire a larm c urrent ( amps ) (mps-24a or mps-24e output current required when operating from primary power column b p rimary , f ire a larm c urrent ( amps ) ...

  • Page 47

    1-37 installation 15088: j 10/22/99 maximum secondary power fire alarm current draw use table 3.2-2 to determine the maximum current requirements of the secondary power source during fire alarm conditions. The total obtained in table 3.2-2 is the amount of current that the batteries must be capable ...

  • Page 48

    1-38 installation 15088:j 10/22/99 table 3.2-3 sums the non-fire alarm and alarm loads to arrive at the battery size, in ampere hours (ah), required to support the am2020/afp1010. The mps-24a or mps-24ae can charge batteries up to 60 ah in size. Select batteries from table 3.2-4 that meet or exceed ...

  • Page 49

    1-39 installation 15088: j 10/22/99 step 1 position the main power supply over the support bracket in the lower left corner of the cabinet and carefully push the supply down until it engages the bracket securely. Step 2 secure the main power supply to the cabinet with the two self-tapping screws pro...

  • Page 50

    1-40 installation 15088:j 10/22/99 test of ground fault detection circuit if you have a persistent ground fault and suspect the mps-24a ground fault detection circuit may be generating a false indication, use this test: 1. Remove the upper right circuit board mounting screw, just to the right of p2....

  • Page 51

    1-41 installation 15088: j 10/22/99 figure 3.2.1-2 mounting the mps-tr figure 3.2.1-3 system common terminal connection note: relay contacts are specified in the normal (no trouble condition) state. The mps-tr connects to any device with a trouble in and a trouble out connector/terminal. System comm...

  • Page 52

    1-42 installation 15088:j 10/22/99 section 3.3 connecting the main power supply table 3.3-1 provides the maximum output capacity of the mps-24a or mps-24ae main power supply. Figure 3.3-1 illustrates connections for primary and secondary power to the mps-24a or mps-24ae, as well as terminal and harn...

  • Page 53

    1-43 installation 15088: j 10/22/99 table 3.3-1 mps-24a or mps-24ae main power supply loads filtered supply nvrams user programming information and critical operating parameters of the am2020/afp1010 system are stored in nonvolatile random access memory (nvram). Improper cycling of power to the am20...

  • Page 54

    1-44 installation 15088:j 10/22/99 secondary power 27.6 v dc, supervised and power-limited. Fast charge = 2 amps, trickle charge = 20 ma. Battery - battery + neutral out hot in neutral in hot out + - + - battery fuse (10a, 3ag) power harnesses (p2, p4) connect to plug a on the top of the ica-4/ ica-...

  • Page 55

    1-45 installation 15088: j 10/22/99 step 1 remove the two screws in the bottom left corner of the mps-24a or mps- 24ae. Step 2 thread the two replacement screws through the mpm-2 bracket and through the two standoffs provided. Place the mpm-2 assembly over the mps-24a or mps-24ae and secure with the...

  • Page 56

    1-46 installation 15088:j 10/22/99 figure 3.5-1 chg-120 installation into cab-3 series(3.5-1a) and bb-55 (3.5-1b) cabinets connecting the primary power source with the circuit breaker at the main ac power distribution panel turned off, connect the primary power source to the corresponding terminal o...

  • Page 57

    1-47 installation 15088: j 10/22/99 figure 3.5-2 chg-120 connections section 3.6 the aps-6r auxiliary power supply the aps-6r auxiliary power supply is designed to power devices that require filtered, non-resettable power such as xp transponder modules, notification appliance circuit modules, and co...

  • Page 58

    1-48 installation 15088:j 10/22/99 warning: use extreme caution when working with the aps-6r - high voltage and ac line-connected circuits are present in the aps-6r. Turn off and remove all power sources. To reduce the risk of electric shock make sure to properly ground the aps-6r. Field wiring an a...

  • Page 59

    1-49 installation 15088: j 10/22/99 connecting multiple aps-6r power supplies figure 3.6-4 shows typical trouble bus connections for multiple aps-6r power supplies using trouble connec- tors j3 and j4. Notes: 1. Use cable 71033 or 75098 (same cables, different lengths) for all wiring. 2. Aps-6r j3 a...

  • Page 60

    1-50 installation 15088:j 10/22/99 11 no connection 10 no connection 9 no connection 8 normally open contact 7 normally closed contact 6 common 5 4 no connection normally open contact 2 normally closed contact 1 common } } p4 see appendix a for contact ratings section 3.7 the central processing unit...

  • Page 61

    1-51 installation 15088: j 10/22/99 section four signaling section 4.1 the lib signaling line circuit the am2020/afp1010 communicates with intelligent and addressable initiating, monitor, and control devices through a lib signaling line circuit (slc). The loop interface boards, lib-200 and lib-200a ...

  • Page 62

    1-52 installation 15088:j 10/22/99 section 4.2 the loop interface boards (lib-200, lib-200a, and lib-400) the loop interface boards (libs) allow the am2020/afp1010 to communicate with the system's alarm initiating devices and to control the system's output devices. Through a communications loop (fun...

  • Page 63

    1-53 installation 15088: j 10/22/99 lib-200a the lib-200a field wiring is electrically isolated from the rest of the system so that any two ground faults on separate slcs will not cause invalid replays from devices. A short to any other system circuit will not cause communication loss. The lib-200a ...

  • Page 64

    1-54 installation 15088:j 10/22/99 figure 4.2-2 loop interface boards lib-200a lib-400 notes: • only one earth ground connection is required on the lib-400 at either tb1 or tb2. • silkscreen markings on tb2 of the lib400 vary from the above illustration: twos instead of ones are used, so the marking...

  • Page 65

    1-55 installation 15088: j 10/22/99 dtk-2lvlp-f connections in o u t 2lv lp -f – – + + 2lvlpconn3.Cdr slc terminal block note: do not connect shield to surge protector or fire panel. Plp-42n connections in p u t ou t p u t p l p -4 2 n l 1 l 2 l 3 l 4 l 1 l 2 l 3 l 4 gr n d slc terminal block plp-nc...

  • Page 66

    1-56 installation 15088:j 10/22/99 figure 4.3-1 slc loop wiring requirements (style 4) section 4.3 lib slc loop wiring requirements branch resistance with the slc disconnected from the lib terminals, short the termination point of one branch at a time and mea- sure the dc resistance from the beginni...

  • Page 67

    1-57 installation 15088: j 10/22/99 total length of the style 6 slc loop pair (including any style 4 branches): • lib-200 - cannot exceed 10,000 feet (3048 meters) • lib-200a/lib-400 - cannot exceed 12,500 feet (3810 meters) figure 4.3-2 slc loop wiring requirements (style 6) in a simple style 6 arr...

  • Page 68

    1-58 installation 15088:j 10/22/99 figure 4.3-3 typical nfpa style 4 slc loops lib signaling line circuit (slc) loops can be wired to meet the requirements of an nfpa style 4 (refer to figure 4.3-3), style 6 (refer to figure 4.3-4) or style 7 (refer to figure 4.3-5) slc. Connect to chassis via cable...

  • Page 69

    1-59 installation 15088: j 10/22/99 connect to chassis via cable 71073 lib slc loop earth ground channel b (-) no connection channel b (+) no connection channel a (-) no connection channel a (+) modules detectors figure 4.3-4 nfpa style 6 lib slc loop functions in accordance with nfpa style 6 slc pu...

  • Page 70

    1-60 installation 15088:j 10/22/99 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 123 style 7 operation by flanking each slc device with iso-x isolator modules and/or isolator detector bases, each device is protected from an open or short on the slc. In f...

  • Page 71

    1-61 installation 15088: j 10/22/99 figure 4.4-1 shield termination in no conduit (lib-200 only) section 4.4 slc shield termination shielded twisted pair cable can be used to minimize radiated emissions of radio frequency energy. The use of shielded twisted pair cable is required when using the lib-...

  • Page 72

    1-62 installation 15088:j 10/22/99 figure 4.4-2 shield termination in partial conduit (lib-200 only) for a lib-200 slc that is partially contained in conduit (less than 20 feet {6.1 m}): do not allow the shield drain wire to enter the cabinet or the conduit. Connect the drain wire to the termination...

  • Page 73

    1-63 installation 15088: j 10/22/99 section 4.5 the isolator module the loop isolator module, iso-x (refer to figures 4.5-1 through 4.5-3), is used to protect critical elements of the slc from short circuit faults on other branches or sections of the loop. Iso-x slc loop in ( - ) slc loop in ( + ) s...

  • Page 74

    1-64 installation 15088:j 10/22/99 device loading and isolator power up isolator modules are powered from the slc. The internal relay is a latching-type relay to limit the isolator's power requirements. The contact will open when power is removed. During power up, the relay contact will close when t...

  • Page 75

    1-65 installation 15088: j 10/22/99 section 4.6 monitor modules the mmx-101 monitor module (figure 4.6-2) the mmx-101 monitor module is an addressable module that is functionally and electrically identical to an mmx-1 monitor module (configured for nfpa style b), but offered in a smaller package for...

  • Page 76

    1-66 installation 15088:j 10/22/99 + + + + + + + + - - - - - - - - + - notes • for additional ratings, refer to appendix a. • for connection of the initiating devices, refer to the manufacturer's installation instructions packaged with each device. • for more information, refer to the mmx-2 installa...

  • Page 77

    1-67 installation 15088: j 10/22/99 + + + + + + + + - - - - - - - - + - mmx-1 mmx-2 heat detector pull station slc loop channel a supervised and power-limited 24 vdc two-wire smoke detectors see third bulleted note above. Power-limited figure 4.6-4 illustrates an mmx-1 monitoring normally open conta...

  • Page 78

    1-68 installation 15088:j 10/22/99 notes • place end-of-line resistor in series with supervision relay contacts as shown on last detector in loop. • the power supervision relay coil leads must be connected to the last detector base 24v screw terminal. • for additional ratings, refer to appendix a. •...

  • Page 79

    1-69 installation 15088: j 10/22/99 figure 4.6-6 employing four-wire smoke detectors (style d idc) all connections are supervised and power limited idc(+) idc(-) 24v dc (+) common (-) idc(+) idc(-) 24v dc (+) common (-) red black cmx mmx-1 break tabs the cmx resets power to the detectors. It is not ...

  • Page 80

    1-70 installation 15088:j 10/22/99 cmx control module (nac) cmx control module (form-c relay) slc loop connections connect the slc loop to cmx terminals 1(-) and 2 (+). The cmx occupies one module address on the slc loop. Set the rotary switches on the cmx to the particular slc loop address required...

  • Page 81

    1-71 installation 15088: j 10/22/99 shield drain wire does not connect to cmx but should continue to the next device to next cmx or to a power supervision relay at the end of the line (refer to figures 4.7-3 through 4.7-5). +24 vdc + - figure 4.7-2 providing power to control modules notification app...

  • Page 82: Mps-24A/e

    1-72 installation 15088:j 10/22/99 cmx cmx cmx cmx - notification appliance + - notification appliance + no end-of-line relay is required here ○○○ ○○○ ○○○ ○○○ listed power supervision relay listed power supervision relay + tb3-3 - tb3-4 no end-of-line relay is required here mps-24a/e * * *end-of-lin...

  • Page 83

    1-73 installation 15088: j 10/22/99 figure 4.7-4 nfpa style y notification appliance circuit supervised and power-limited - + to next device on slc loop 47k elr, 1/2-watt (a2143-00) red black - + slc loop channel a supervised and power-limited lib channel terminal 3 ( - ) terminal 1 (+) shield drain...

  • Page 84

    1-74 installation 15088:j 10/22/99 notes • each audio/visual power loop must be supervised by a separate power supervision relay. • for connection of the notification appliances, refer to the manufacturer's installation instructions packaged with each device. • for additional ratings, refer to appen...

  • Page 85

    1-75 installation 15088: j 10/22/99 note: the circuit is supervised and power-limited. For ul listed and compatible devices, refer to the device compatibility document. Figure 4.7-7 typical aps-6r wiring to a cmx module figure 4.7-6 using the cmx as a form-c relay see appendix a for device ratings. ...

  • Page 86

    1-76 installation 15088:j 10/22/99 section 4.8 the addressable manual pull station the nbg-12lx and bgx-101l are addressable manual pull stations with a key-lock reset feature (refer to figure 4.8-1). Figure 4.8-2 wiring addressable pull stations supervised and power-limited. For slc loop ratings, r...

  • Page 87

    1-77 installation 15088: j 10/22/99 section 4.9 intelligent detectors these intelligent, addressable detectors provide analog information to the control panel, which processes this analog information and continually makes decisions on the alarm, maintenance, or normal status of each device. Each det...

  • Page 88

    1-78 installation 15088:j 10/22/99 section 4.10 smoke detector installation the b501, bx-501, b210lp, and b501bh provide the connection between the control panels slc loop and sdx-551/551h/551ht/751, cpx-551/751, the ipx-751 and the fdx-551/551r intelligent detectors. Installation (refer to figure 4...

  • Page 89

    1-79 installation 15088: j 10/22/99 figure 4.10-2 wiring the b524bi(a)/b224bi(a) isolator base figure 4.10-3 wiring the b524rb relay base class a (style 6) class a (style 6) listed compatible control panel www.Pdf-zoo.Com.

  • Page 90

    1-80 installation 15088:j 10/22/99 figure 4.10-4 two independent style 4 slc loops lib-400 cmx iso-x iso-x mmx xpp bgx-101l mmx-101 bx-501 base slc loop maximums: 99 module addresses 99 detector addresses 40 ohms total loop resistance (lib-200) 50 ohms total loop resistance (lib-200a/lib-400) 10,000...

  • Page 91

    1-81 installation 15088: j 10/22/99 section 4.11 the xp series transponder the xp series transponder provides the am2020/afp1010 system with an efficient multiplex subsystem capability and stand-alone operation in case of failure. The xp transponder communicates directly with the control panel's cpu...

  • Page 92

    1-82 installation 15088:j 10/22/99 xpc-8 control module (power-limited) provides eight class b or four class a notification appliance circuits. For audio evacuation applications, the xpc-8 can drive eight speaker circuits style y (class b) or four style z (class a), or can be alternately configured ...

  • Page 93

    1-83 installation 15088: j 10/22/99 section five serial communications 5.1 optional serial interface boards the am2020/afp1010 uses serial communication to move data between printers, crt terminals and annunciators. The various components used are described here. Two optional serial interface boards...

  • Page 94

    1-84 installation 15088:j 10/22/99 shield terminations wiring to the display monitors, remote annunciators, other peripherals, and printers must be twisted shielded pairs. Refer to figure 5.1-2 for pair connections illustrations. Figure 5.1-2 guidelines for terminating the shield shldtrm.Cdr www.Pdf...

  • Page 95

    1-85 installation 15088: j 10/22/99 eia-485 reference earth ground eia-485 (+) eia-485 (-) eia-485 (+) eia-485 (-) eia-232 reference transmit to printer eia-232 reference receive from printer eia-232 reference transmit to aux printer eia-232 reference ready/busy from keltron printer eia-232 referenc...

  • Page 96

    1-86 installation 15088:j 10/22/99 section 5.2 the crt-2 terminal the crt-2 terminal with keyboard features an 80-column, 25-line display. Function keys allow all control panel commands to be executed from the keyboard. Since the system control function keys (acknowledge, signal silence, and reset) ...

  • Page 97

    1-87 installation 15088: j 10/22/99 nc nc twisted pair twisted pair twisted pair twisted pair to eia port of next crt crt without keyboard up to 24 maximum in chain. 50 feet (15.24 meters) maximum (typical) between crts. To eia port of crt with keyboard to aux port of crt 50 feet (15.24 meters) typi...

  • Page 98

    1-88 installation 15088:j 10/22/99 section 5.3 remote printers the am2020/afp1010 can employ prn remote printers. This printer provides a hard-copy printout of all status changes within the system and time- stamps the printout with the current time-of-day and date. The prn provides 80 columns of dat...

  • Page 99

    1-89 installation 15088: j 10/22/99 sib-2048a or sib-net keltron printer model vs4095/5 50 feet (15.24 meters) maximum (typical) wiring distance limited by cable capacitance. See eia-232e standard. Main power supply figure 5.3-2 keltron printer connections notes • outputs are power limited and are n...

  • Page 100

    1-90 installation 15088:j 10/22/99 section 5.4 annunciator modules acm-16at* the annunciator control module-16at contains 16 red alarm and 16 yellow trouble leds, 16 momentary keypad switches for controlling each point, a system trouble led, an on line/power led, and a local piezo sounder with a sil...

  • Page 101

    1-91 installation 15088: j 10/22/99 figure 5.4-1 eia-485 to sib connections refer to appendix a for eia-485 circuit ratings and limitations. Note if the sib is not the first device on the eia-485 circuit, set sw1 on the sib to the ''out'' position. The eia-485 reference (p5-1) for the sib must be co...

  • Page 102

    1-92 installation 15088:j 10/22/99 section six standard-specific requirements the notifier am2020/afp1010 is an expandable multiplex fire alarm control panel (facp) designed for use in commercial, industrial, and institutional applications. These panels meet the requirements for service under the na...

  • Page 103

    1-93 installation 15088: j 10/22/99 nfpa 72 proprietary supervising station fire alarm system p rotected p remises s ystem n umber o ne (refer to figure 6.4-1): transmitter - network interface board (nib-96). P rotected p remises s ystem n umber t wo (refer to figure 6.4-2): the receiving unit is an...

  • Page 104

    1-94 installation 15088:j 10/22/99 fire alarm polarity shown! P2 this cmx must be programmed as: software type id gas address l1m97 slc loop channel a off loop interface board number 1 lib-200 lib-200a lib-400 listed power supervision relay (contacts shown in energized position) do not break tabs! W...

  • Page 105

    1-95 installation 15088: j 10/22/99 uninterruptable power supply ul listed for fire protective signaling must be supervised by control panel control module (cmx) programmed for software type id "tpnd". This module will be activated for all pending trouble conditions. The module is silenced upon ackn...

  • Page 106

    1-96 installation 15088:j 10/22/99 section 6.3 supervising an uninterruptable power supply all connections are supervised and power limited. The mmx-1 software type id "mtrb" may be used to moni- tor either normally closed or normally open supervisory contacts, as illustrated in figure 6.3-1(a). An ...

  • Page 107

    1-97 installation 15088: j 10/22/99 section 6.4 nfpa 72 proprietary supervising station fire alarm systems fire alarm, security alarm, and trouble signal transmission all libs are power-limited. If the wiring connected to the lib-200 leaves the building it must be in conduit. It can not exceed 1000 ...

  • Page 108

    1-98 installation 15088:j 10/22/99 notes • this arrangement can be employed for central station and proprietary (nfpa 72) service. • this application is not suitable for separate transmission of sprinkler supervisory conditions. • for connection of alarm initiating devices, refer to figures 4.6-2 th...

  • Page 109

    1-99 installation 15088: j 10/22/99 fire alarm and trouble signal transmission the application provided in figure 6.4-2 is not suitable for separate transmission of sprinkler supervisory signals. All circuits are supervised and power limited. 18 awg (0.75 mm²) is the minimum. There is a maximum loop...

  • Page 110

    1-100 installation 15088:j 10/22/99 section 6.5 applying/removing power to the fire alarm system after completing the proper installation of all boards, cables and components, apply power in the following manner: • apply ac power • connect the battery/secondary power terminals (refer to connecting t...

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    Operating 15088:j 10/22/99 2-1 am 2020 afp 1010 c hapter t wo o peration www.Pdf-zoo.Com.

  • Page 112

    2-2 operating 15088: j 10/22/99 introduction about the operation of the panel use of intelligent and addressable detectors and modules provide the operator with precise information on the location of the alarm or trouble, as well as what type of device is reporting the activity. Warning the am2020/a...

  • Page 113

    Operating 15088:j 10/22/99 2-3 this chapter refers to cmx control modules and mmx monitor modules. If xp or xp5 series transponders are used, unless otherwise stated, the following substitutions may be made: • mmx monitor modules can be substituted with xpm or xp5-m circuits. • cmx control modules c...

  • Page 114

    2-4 operating 15088: j 10/22/99 about the backspace key the backspace key serves two purposes: 1) at a menu prompt: about addresses for certain functions such as read status, the operator must enter a device, software zone, or annunciator point address. Leading zeroes are not required. The address a...

  • Page 115

    Operating 15088:j 10/22/99 2-5 about entering alphanumerics most of the keys on the dia keypad serve more than one function. For instance, the 3 key is used to enter the digit 3 or the letter d when entering the address of a detector. The am2020/afp1010 toggles which character is displayed on the lc...

  • Page 116

    2-6 operating 15088: j 10/22/99 about the display time the am2020/afp1010 has a separate time field in the display for each event that occurs in the system. All systems normal: during periods of no activity, the time field reflects the current time. For am2020/afp1010 systems with noti•fire•net ™, t...

  • Page 117

    Operating 15088:j 10/22/99 2-7 about system test system test, or "detector test" as it is often referred to, is a manually initiated test of all intelligent detectors installed in the system. When the user presses the system test key the fire panel performs a chamber test of each intelligent detecto...

  • Page 118

    2-8 operating 15088: j 10/22/99 section one the display interface assembly section 1.1 normal operation during normal fire alarm operation when no alarms or troubles exist, the system will display the following: (a description of the read status and the spl funct keys follows) the operator can perfo...

  • Page 119

    Operating 15088:j 10/22/99 2-9 piezo sounder - the local panel piezo sounder provides an audible indication of the system alarm or trouble conditions. The sounder will pulse to indicate the detection of at least one fire alarm condition in the system, and will sound steadily when the system is in tr...

  • Page 120

    2-10 operating 15088: j 10/22/99 section 1.2 read status the read status feature of the am2020/afp1010 allows the operator to display the status of the entire system. To execute read status: the display will show: enter 1 for display system configuration. This selection provides information on any o...

  • Page 121

    Operating 15088:j 10/22/99 2-11 these@lib@boards@are@installed:@@ 1=y,2=y,3=y,4=y,5=n,6=n,7=n,8=n,9=n,10=n y=installed n=not installed the@slc@loop@styles@are@as@follows: 1=6,2=6,3=6,4=6,5=4,6=4,7=4,8=4,9=4,10=4 ver=60,sil=045,cut=0000 there@are@currently@04@avps-24@installed @in@the@system 4 3 disp...

  • Page 122

    2-12 operating 15088: j 10/22/99 ts=n@@@@@@@sl=n@@@@@@@apm=n,cmr=n,nar=n, ledl=n,pec=n,bc=n,pti=n rpt=n dpz=n,lmd=45,lmm=20,lmc=90,72abcd,71,rc, btyp=n,bcap=12,bsby=24,erm=n,bln=n,pal=n enter menu choice: status displayed: hizndet = high zone for day/night detector sensitivity. Lozndet = low zone fo...

  • Page 123: Menu Choice 8:

    Operating 15088:j 10/22/99 2-13 enter option choice: status displayed: 1 isib=y isib = is the intelligent serial interface board installed? Note isibs available for the am2020/afp1010 system include the sib-2048a and sib-net. For an am2020/afp1010 connected to a noti•fire•net™ system however, the on...

  • Page 124

    2-14 operating 15088: j 10/22/99 read status menu option 2 point read selecting 2 from the read status menu allows the operator to review the various detector, module, software zone or annunciator point parameters entered into the system. The system prompts the operator for the address of the point ...

  • Page 125

    Operating 15088:j 10/22/99 2-15 control modules monitor modules software zones fire status: disabl, alarm:, troubl, normal. Non-fire and security status: disabl, on, troubl, off. Status: disabl, alarm:, troubl, normal. Software type id 20-character custom label alarm:@forward@zone@@attic@device@zone...

  • Page 126

    2-16 operating 15088: j 10/22/99 status: on, troubl, off, reqest*, or blank. 20-character custom label off@@@@ann@control@@@annunciator@one @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@a01p23 software type id address read status menu options 3 - 7 press 1=sys,2=ptread,3=alm,4=tbl,5=dis, 6=monon,7=ctlon@@@@@@@...

  • Page 127

    Operating 15088:j 10/22/99 2-17 section two prior/next/auto step the prior, next, and autostep keys are used in conjunction with options 2 through 7 of the read status menu. Upon selection of one of these options an address range is defined by the am2020/afp1010 for which similar searches can be per...

  • Page 128

    2-18 operating 15088: j 10/22/99 section three special function the special function feature of the am2020/afp1010 allows the operator to generate am2020/afp1010 status reports or view the am2020/afp1010 history file. S spl funct press the display will show: press@1=rpts,2=his @@@@@@@@@@@@@@@@@@@@@@...

  • Page 129

    Operating 15088:j 10/22/99 2-19 figure 3-1 am2020/afp1010 special function report printout press@1=rpts,2=his@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@:@1 press@1=sys,2=point,3=alm,4=tbl,5=dis,6=monon,7=ctlon@@@@@@@@@@@@@@@@@@@@@@@@:@1 press 1=request,2=abort@@@@@@@@@@@@@@@@@@@@@@@@...

  • Page 130

    2-20 operating 15088: j 10/22/99 read status menu option 2 the history file press@1=print,2=display,3=step,4=range/ status@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@: choices 1, 2, and 3 will prompt the user for the beginning and end of the history file range. The maximum number of events that the system can sav...

  • Page 131

    Operating 15088:j 10/22/99 2-21 figure 3-2 am2020/afp1010 special function history file printout press@1=rpts,2=his@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@:@2 press@1=print,2=display,3=step,4=range/status@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@:@1 enter@first@event@(1@-@008)@@@@@@@@@@@@@@...

  • Page 132

    2-22 operating 15088: j 10/22/99 section four fire alarms the following example illustrates the system format used to display fire alarm conditions: alarm:@smoke(photo)@@@computer@room fourteenth@floor@@@@@@@04:32p@03/01/00@124 slc loop number in the range 1-9, with 0= slc 10. Device address in the ...

  • Page 133

    Operating 15088:j 10/22/99 2-23 section 4.1 acknowledging a fire alarm to acknowledge a fire alarm condition at the panel: ack step push and the alarm: device status will change to ack al ( acknowledged fire alarm). When the fire alarm condition clears (either automatically in the case of devices pr...

  • Page 134

    2-24 operating 15088: j 10/22/99 section 5.1 trouble ................. With slc loop devices the following example illustrates the format used to display device trouble conditions: troubl@smoke(photo)@@computer@room z087@maintenance@req@@04:32p@03/01/00@124 software zone the first zone that the devi...

  • Page 135

    Operating 15088:j 10/22/99 2-25 section 5.2 trouble .................. With disabled zones the following example illustrates the format used to display disabled zone trouble conditions: troubl@forward@zone@@@first@floor @@@@@zone@disabled@@@@@04:32p@03/01/00 z001 zone address in the range z001-z240....

  • Page 136

    2-26 operating 15088: j 10/22/99 section 5.3 trouble ...........................With the am2020/afp1010 system the following example illustrates the format used to display system trouble conditions. For an explanation of some trouble messages, refer to section seven. Troubl@catastrophic@loop@interfa...

  • Page 137

    Operating 15088:j 10/22/99 2-27 push ack step to execute block acknowledge. The following message will appear: **********@block@acknowledge@*********** @@@@@@@@@@@@@@@@@@@@04:32p@03/01/00 caution for an am2020/afp1010 connected to a noti•fire•net system which also includes an nrt or an afp-200 panel...

  • Page 138

    2-28 operating 15088: j 10/22/99 section 5.5a acknowledging troubles in receiving unit mode (block acknowledge disabled) the receiving unit mode of operation is required for all nfpa proprietary supervising station and central station receiving units. To acknowledge a device, zone, system or annunci...

  • Page 139

    Operating 15088:j 10/22/99 2-29 section six remote peripherals the am2020/afp1010 will support the installation of optional remote video display terminals and printers. The crt terminal the crt displays all system information. The crt can also display system reports if printer reports are redirected...

  • Page 140

    2-30 operating 15088: j 10/22/99 section seven trouble messages many of the am2020/afp1010 device, zone, system and annunciator trouble messages are self-explanatory. Those messages needing further clarification are listed below. If the system is displaying a message that is not self-explanatory and...

  • Page 141

    Operating 15088:j 10/22/99 2-31 lan communication failure* the specific network node (panel) can no longer communicate with the rest of the network, indicating a problem with the network connections. Low chamber val the chamber value of the detector is too low for operation. This indicates a malfunc...

  • Page 142

    2-32 operating 15088: j 10/22/99 section eight drift compensation drift compensation am2020/afp1010 software is designed to automatically compensate for chamber sensitivity drift due to detector contamination in sdx-551/751 photo detectors and cpx-551/751 ion detectors. This software-based compensat...

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    Programming 15088:j 10/22/99 3-1 am 2020 afp 1010 c hapter t hree p rogramming www.Pdf-zoo.Com.

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    3-2 programming 15088:j 10/22/99 www.Pdf-zoo.Com.

  • Page 145

    Programming 15088:j 10/22/99 3-3 select partial point programming select message option to change custom user label. Select programming mode introduction this chapter covers the programming options of the am2020/afp1010 combination fire/security protective signaling system and the features available...

  • Page 146

    3-4 programming 15088:j 10/22/99 about sib-net the sib-2048a and sib-net serial communications boards are available for use on the am2020/afp1010 system (see chapter one). For the am2020/afp1010 with noti•fire•net ™ system, only the sib-net may be used. If a sib-net board is not installed, specific ...

  • Page 147

    Programming 15088:j 10/22/99 3-5 the initial programming outline for initial programming of the am2020 or afp1010, or for major changes and additions, the following basic procedure is recommended to prevent errors resulting in reprogramming and wasted time. • make copies of the program work sheets (...

  • Page 148

    3-6 programming 15088:j 10/22/99 www.Pdf-zoo.Com.

  • Page 149

    Programming 15088:j 10/22/99 3-7 section one main programming the programming mode is accessed by entering the following (level 2 password required): d } x after entering the programming mode, the display will show the main programming menu: press@1=psys,2=fsys,3=pprg,4=fprg,5=remv,6=pswd,7=msg,8=hi...

  • Page 150

    3-8 programming 15088:j 10/22/99 press prog key enter level 2 password select main programming menu option 1-8 1 = psys (partial system programming) 3 = pprg (partial point programming) 4 = fprg (full point programming) 2 = fsys (full system programming) 5 = remv (selective removal of devices, zones...

  • Page 151

    Programming 15088:j 10/22/99 3-9 section 1.1 partial system programming d }x1x 1=psys option 1 from the main programming menu allows the programmer to change the programming of system- wide functions such as alarm verification of detectors, signal-silence inhibit, signal cut-out, disabling the piezo...

  • Page 152

    3-10 programming 15088:j 10/22/99 1= psys select partial system programming submenu option 1-9 1 = inst (install/remove loop interface boards) 2 = sty (choose nfpa style for slc loops) 3 = tdly (setting of alarm verification, signal silence, etc.) 4 = avps (program # of supplies for system) 5 = zbnd...

  • Page 153

    Programming 15088:j 10/22/99 3-11 section 1.1.1 lib installation d }x1x1x 1=inst option 1 from the partial system programming submenu allows the installation or removal of lib slc loops from memory. The lib boards must still be physically installed or removed from the system to prevent a system trou...

  • Page 154

    3-12 programming 15088:j 10/22/99 change detector verification time? Change signal silence inhibit time? Enable detector verification time? Enable signal silence inhibit time change signal cut- out time? Enable signal cut- out time? Enter detector verification time (5-50 sec) enter signal silence in...

  • Page 155

    Programming 15088:j 10/22/99 3-13 general considerations the capability of the control panel to provide the functions of alarm verification, signal cut-out, and signal- silence inhibit can be enabled/disabled by the programmer in both full and partial system programming. However, to make use of thes...

  • Page 156

    3-14 programming 15088:j 10/22/99 section 1.1.6 external equipment d }x1x6x 6=exteq option 6 from the partial system programming menu allows the changing of any optional features associated with the crt monitor or printer(s). Terminal supervision - electrical supervision of the crt monitor. Unless t...

  • Page 157

    Programming 15088:j 10/22/99 3-15 figure 1-6 external equipment option flow chart 6 = e x t e q c h a n g e terminal s u p e r v i s i o n ? Enable/disable terminal supervision c h a n g e terminal status l i n e ? Enable/disable terminal status line y e s y e s n o c h a n g e a u x printer prog? E...

  • Page 158

    3-16 programming 15088:j 10/22/99 terminal status line terminal status line terminal status line terminal status line terminal status line the following programming example illustrates enabling of all external equipment functions except transmit of data during printer error conditions, bidirectional...

  • Page 159

    Programming 15088:j 10/22/99 3-17 optional latching for more devices • the control panel will latch up to 99 devices, subject to the limitations outlined below. • all devices in the system must be of the r4 variety (see below). • no ra-400 remote leds can be installed on any device, excluding the dh...

  • Page 160

    3-18 programming 15088:j 10/22/99 figure 1-7 local parameter option flow chart section 1.1.7 local parameters d }x1x7x 7=locp option 7 of the partial system programming menu allows the changing of local parameters, such as enabling/ disabling the panel’s piezo sounder (for trouble conditions while p...

  • Page 161

    Programming 15088:j 10/22/99 3-19 the following programming example illustrates the disabling of the panel’s piezo sounder, programming lib local mode, modifying nfpa listings, programming the battery parameters, changing the event reminder, device blink and pre-alarm programming. Note the sounder m...

  • Page 162

    3-20 programming 15088:j 10/22/99 local mode operation local mode operation allows the lib-200, lib-200a, and lib-400 boards to run independently of the cpu if cpu to lib communications should fail. Local mode is programmed in the local parameters portion of system programming. The programmer identi...

  • Page 163

    Programming 15088:j 10/22/99 3-21 nfpa listings nfpa listing allows the programmer to change the operation of the panel based on the nfpa listings selected. Each listing will select one or more mandatory modules. Listing software id address * nfpa 72 (72a) local fire alarm systems evga l1m96 nfpa 72...

  • Page 164

    3-22 programming 15088:j 10/22/99 section 1.1.8 intelligent serial interface board programming d }x1x8x 8=isib option 8 from the partial system programming menu allows the programmer to change parameters associated with an intelligent serial interface board (isib). Isib programming has four submenu ...

  • Page 165

    Programming 15088:j 10/22/99 3-23 after entering option 8 from the partial system programming submenu, the display will show the isib submenu: press@1=instl,2=ann,3=xint,4=dact @@@@@@@@@@@@@@@@@@@@ @@@@@@@@@@@@@@@@@@ : 1=instl - isib installation d }x1x8x1x this option allows the installation or rem...

  • Page 166

    3-24 programming 15088:j 10/22/99 4=dact - udact installation d }x1x8x4x this option allows the installer to program a notifier udact (universal digital alarm communicator transmitter) and specify its base annunciator protocol address in the system. The example below illustrates programming a udact....

  • Page 167

    Programming 15088:j 10/22/99 3-25 9 = parm change high day/ night zone? Change low day/ night zone? Enter zone # to be set high enter zone # to be set low yes no enable high zone? Yes no* no enable low zone? Yes change detector verification trouble counter? Enable detector verification trouble? Ente...

  • Page 168

    3-26 programming 15088:j 10/22/99 the following programming example illustrates enabling these functions. Press@1=inst,2=sty,3=tdly,4=avps,5=zbnd,6=exteq,7=locp,8=isib,9=parm :@9 do@you@want@to@change@the@high@day/night@sensitivity@zone?@(y=yes,n=no) :@y do@you@want@a@high@day/night@sensitivity@zone...

  • Page 169

    Programming 15088:j 10/22/99 3-27 pager the pager mode must be enabled when a compatible pager is connected to the auxiliary printer port. Modem if enabled, the following remote device (crt) functions are inhibited: ack step, signal silence, system reset, programming, and alter status. This option m...

  • Page 170

    3-28 programming 15088:j 10/22/99 press@1=psys,2=fsys,3=pprg,4=fprg,5=remv,6=pswd,7=msg,8=his@@@@@@@@@@@@@@@:@2 is@lib@board@01@to@be@installed@in@system?@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@:@y enter@the@style@of@slc@loop@01@(6@or@4)@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@:@6 is@lib@board@02@to@be@installed@...

  • Page 171

    Programming 15088:j 10/22/99 3-29 do@you@want@the@event@reminder@enabled?@(y=yes,n=no)@@@@@@@@@@@@@@@@@@@@@ :@y do@you@want@the@device@blink@enabled?@(y=yes,n=no)@@@@@@@@@@@@@@@@@@@@@@@ :@y do@you@want@the@pre-alarm@function@enabled?@(y=yes,n=no)@@@@@@@@@@@@@@@@@ :@y do@you@want@the@intelligent@sib@...

  • Page 172

    3-30 programming 15088:j 10/22/99 section 1.3 partial point programming d }x3x 3=pprg option 3 from the programming menu allows the programmer to change the operational parameters of slc loop devices, software-defined zones, and annunciator points. After selecting option 3 from the main programming ...

  • Page 173

    Programming 15088:j 10/22/99 3-31 3 = pprg 1 = typid (change device, zone, or annunciator point software type id) 3 = lbl (change custom label associated with each device, and software zone) 4 = optns (enable/disable for each device signal silence, walk test, alarm verification, sensitivity, or trac...

  • Page 174

    3-32 programming 15088:j 10/22/99 section 1.3.2 control-by-event d }x3x2x 2=cbe option 2 of the partial point programming menu allows the programmer to change the control-by-event (cbe) for any detector, module or software zone. The panel maintains a cbe for each device and zone installed in the sys...

  • Page 175

    Programming 15088:j 10/22/99 3-33 section 1.3.4 optional features d }x3x4x 4=optns option 4 of the partial point programming menu allows the programmer to individually enable or disable, per device, the functions of signal silence and walk test (for control modules), alarm verification and sensitivi...

  • Page 176

    3-34 programming 15088:j 10/22/99 press@1=typid,2=cbe,3=lbl,4=optns,5=amap,6=ccbe@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@:@4 enter@lxx(d/m)yy,@zxxx@or@axxpyy@for@pt.@change@(bckspc@to@abort)@@@@@@@:@l3m20 do@you@want@to@change@the@signal@silence@option@for@this@device?@(y=yes,n=no):@y is@the@signal@silence@op...

  • Page 177

    Programming 15088:j 10/22/99 3-35 the following crt display illustrates mapping monitor module 11 on slc loop 1 to annunciator module 1, point 1. Press@1=typid,2=cbe,3=lbl,4=optns,5=amap,6=ccbe@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@:@5 enter@lxx(d/m)yy,@zxxx@or@axxpyy@for@pt.@change@(bckspc@to@abort)@@@@:@l1...

  • Page 178

    3-36 programming 15088:j 10/22/99 4 = fprg enter software type id enter software type id enter software type id enter software type id enter software type id enter software zone, addressable device, or annunciator point (backspace to exit mode) enter custom label enter cbe list enter custom label en...

  • Page 179

    Programming 15088:j 10/22/99 3-37 example: programming addressable detectors photoelectric smoke detector on slc loop 2 programmed to activate two software zones (z13, z29) and a control module (l2m19), and also mapped to annunciator module address "02" point "02". Press@1=psys,2=fsys,3=pprg,4=fprg,...

  • Page 180

    3-38 programming 15088:j 10/22/99 example: programming software zones software zone 13 programmed as a forward zone to activate two other software zones (z15 and z29), and also mapped to annunciator module address "02" point "05". Enter@lxx(d/m)yy,@zxxx@or@axxpyy@for@pt.@install@(bckspc@to@abort)@@@...

  • Page 181

    Programming 15088:j 10/22/99 3-39 section 1.5 remove d }x5x 5=remv option 5 from the programming menu allows the programmer to remove (from control panel memory) slc loop devices, software-defined zones or annunciator points. The devices can still be installed in the system, but the am2020/afp1010 w...

  • Page 182

    3-40 programming 15088:j 10/22/99 section 1.8 history mode d }x8x 8=his option 8 from the programming menu allows the programmer to change the parameters associated with history mode. Once the history option is enabled, the am2020/afp1010 has the capability to store the most recent 400 system events...

  • Page 183

    Programming 15088:j 10/22/99 3-41 the history mode programming submenu has three options as described below: 1=start d }x8x1x this option allows the programmer to start storing events into the panel's history file. The following example enables history mode: press@1=start,2=stop,3=clear@@@@@@@@@@@@@...

  • Page 184

    3-42 programming 15088:j 10/22/99 www.Pdf-zoo.Com.

  • Page 186

    3-44 programming 15088:j 10/22/99 select alter status menu option 1-7 1 = dis (enable/disable of devices or software zone) 2 = ctl (manually turn on/off a control module) 3 = dsen (alter sensitivity of any addressable detector) 4 = time (set the panel time/date clock) 5 = diag (perform system diagno...

  • Page 189

    Programming 15088:j 10/22/99 3-47 figure 2-2 walk test option flow chart 6 = walk select walk test submenu option 1-6 1 = sel (select libs for walk test) 2 = unp (generates report for unprogrammed devices) 3 = uni (generates report for uninstalled devices) 4 = test (generates report for tested devic...

  • Page 190

    3-48 programming 15088:j 10/22/99 2=unp - unprogrammed device report 3=uni - uninstalled device report 4=test - tested device report 5=untst - untested device report these options allow the programmer to generate the desired walk test report. These reports are generated on a lib basis. They use the ...

  • Page 191

    Programming 15088:j 10/22/99 3-49 the leds should track within 10 seconds indicating alarm and annunciating the panel. (the leds will turn off when the magnet is removed.) if alarm verification is enabled for the detector, the magnet will have to be held in place for a longer time until the system v...

  • Page 192

    3-50 programming 15088:j 10/22/99 press@1=sel,2=unp,3=uni,4=test,5=untst,6=exit@@@@@@@@@@@@@@@@@@@@@@@@@@:@4 enter@lib@number@for@walk@test@report@(1@-@10)@@@@@@@@@@@@@@@@@@@@@@@@:@1 press@1=request,2=abort@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@:@1 lib@01@tested@device@report@begin@@@@@@@@@...

  • Page 193

    Programming 15088:j 10/22/99 3-51 section 2.7 group zone disable 7=gzon option 7 from the alter status menu allows the programmer to disable and subsequently re-enable all appropriately mapped points (input devices and zones) associated with a particular software zone. When a point is disabled, it i...

  • Page 194

    3-52 programming 15088:j 10/22/99 all point addresses for devices, software zones, and annunciator points must be programmed with an appropriate software type identification. Software type ids allow the am2020/afp1010 to identify the type and configuration of specific devices, zones, and annunciator...

  • Page 195

    Programming 15088:j 10/22/99 3-53 group 2: output modules • these software type ids cannot be programmed for signal silence. • these software type ids do not have any control-by-event programming. • if the software type id requires form-c relay function, the two tabs on the cmx must be broken. Other...

  • Page 196

    3-54 programming 15088:j 10/22/99 group 3: software zones • a forward-activating zone is a software zone in control panel memory which once activated by an addressable input device or other forward zone may in turn activate other zones and/or addressable output devices directly. Zones and output dev...

  • Page 197

    Programming 15088:j 10/22/99 3-55 group 5: output modules display label cmx form c cmx control control form c relay formc manual speaker type id cmxc cmxs con forc frcm spkr group 6: supervisory/security modules note: each type id listed above is prompted for signal silence during programming. If th...

  • Page 198

    3-56 programming 15088:j 10/22/99 group 12: annunciator input type id ainp display label ann input type of device annunciator point that indicates the state of any generic input (software zone, intelligent detector, monitor module, xpm-8 circuit or xp5-m circuit) mapped to it. Group 8: annunciator c...

  • Page 199

    Programming 15088:j 10/22/99 3-57 group 13: annunciator output type id acon afcm type id atel type id asup type id mtrb type id mpag display label ann control ann forc man display label ann telephon display label ann suprvsry display label trbl monitor display label monitor page group 15: annunciato...

  • Page 200

    3-58 programming 15088:j 10/22/99 group 18: annunciator manual mode annunciator point that indicates manual mode for an annunciator module. The annunciator point can also turn the manual mode off or on. This type id is used in conjunction with ina acs or facp shadow point programming. Type id displa...

  • Page 201

    Programming 15088:j 10/22/99 3-59 section four control-by-event programming 4.1 control-by-event programming introduction control-by-event (cbe) programming is used to provide a variety of responses based on various combinations of events (initiating conditions). The control-by-event programming con...

  • Page 202

    3-60 programming 15088:j 10/22/99 the real power of the cbe programming comes from the equation, which is evaluated by the control panel to determine a variety of alarm initiating conditions. The equation provides the real decision-making ability through the use of an operator acting on a set of ope...

  • Page 203: and

    Programming 15088:j 10/22/99 3-61 z23 z15 l1m3 cmx z9 or(z9 z15 z23) 4.2 operators or operator: the first (and most useful) operator is or. Equation: or(z9 z15 z23) if any one of the three operands in the equation are in alarm, then the control module will be activated. If software zone 9 is in alar...

  • Page 204: Not

    3-62 programming 15088:j 10/22/99 not operator: the not operator inverts the state of the operand (activated to deactivated or deactivated to activated). Equation: not(z2) the control module will remain activated until the operand comes into alarm. If software zone 2 is in alarm, then this control m...

  • Page 205: Del

    Programming 15088:j 10/22/99 3-63 duration (optional) internal equation delay del operator: for delayed operation, the del operator is used. Equation: del(hh.Mm.Ss hh.Mm.Ss (z1)) example: l1m3 activates forward activating zone 223 (z223). L1m2 cbe is: del(00.00.30 00.01.30 (z223)) if z223 has been a...

  • Page 206: Tim

    3-64 programming 15088:j 10/22/99 stop time (optional) start time (optional) activation date (optional) activation day (optional) start time (optional) stop time (optional) tim operator: operator: operator: operator: operator: the tim tim tim tim tim operator is used to specify activation on specifi...

  • Page 207

    Programming 15088:j 10/22/99 3-65 4.3 size limitations 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 mo...

  • Page 208

    3-66 programming 15088:j 10/22/99 due to the 14-byte size limitation, it may be necessary to use more than one equation or list to accomplish a desired result. Through the use of reverse activating zones, an equation which normally would contain too many bytes can be broken up into several smaller e...

  • Page 209

    Programming 15088:j 10/22/99 3-67 4.4 cooperative control-by-event cooperative control-by-event equations pertain to reverse activated software zones on the am2020/ afp1010 noti•fire•net system only. Ccbe, like control-by-event (cbe), is used to provide a variety of responses based on various combin...

  • Page 210

    3-68 programming 15088:j 10/22/99 4.6 programming examples options the example below illustrates three ways to accomplish the simple programming task of programming a notification appliance (control module) on slc loop 1 to indicate activation of an initiating device (smoke detector) also on slc loo...

  • Page 211

    Programming 15088:j 10/22/99 3-69 z2 l1d1 rzon z240 l1d3 l1d4 rzon z239 l1d2 l1m2 cmx l1m1 cmx z1 l1m4 cmx example # 1: combinational logic l1d1, l1d2, and l1d3 activate z1. L1d4 activates z2. If z1 activates, l1m1 will activate. If z2 activates then l1m4 will activate. The equation and(z1 z239) req...

  • Page 212

    3-70 programming 15088:j 10/22/99 z4 l1d1 z2 l1d3 z3 l1d2 l1m2 cmx l1m1 cmx z1 l1m4 cmx l1m3 cmx (z1 z2) (z1 z2 z3) (z2 z3 z4) l1m3 cmx l1d1 rzon z239 rzon z240 l1d2 l1m2 cmx l1m1 cmx z1 l1m4 cmx tim(7-4-) example # 3: delay and time l1d1 activates z1. L1m1 turns on when z1 is active. L1d2 is a null...

  • Page 213

    Programming 15088:j 10/22/99 3-71 example # 5: ccbe for noti•fire•net node 1 will activate l1m1 if z1 is active locally. Node 1 will activate l1m2 if z200 is active locally or in both nodes 7 and 43 simultaneously. Node 43 will activate l1m2 if z200 is not active locally and not activated in node 7....

  • Page 214

    3-72 programming 15088:j 10/22/99 programming for dual stage alert/evacuation operation (for use in canada only) an xpc-8 notification appliance circuit module can be configured for dual stage alert/evacuation operation. Under this mode of operation each circuit operates in one of two stages: alert ...

  • Page 215

    4-1 security 15088:j 10/22/99 am2020 afp1010 chapter four security www.Pdf-zoo.Com.

  • Page 216

    4-2 security 15088:j 10/22/99 www.Pdf-zoo.Com.

  • Page 217

    4-3 security 15088:j 10/22/99 section one installing and programming combination fire/security fire alarm systems 1.1 introduction the am2020/afp1010 is suitable for use as a grade aa, grade a, or grade b central station and proprietary burglar alarm protected premises and receiving unit when the in...

  • Page 218

    4-4 security 15088:j 10/22/99 there are four software type ids associated with security operation; security access monitor (sacm), security area monitor (sarm), security equipment monitor (seqm), and security system monitor (ssym). There is also one software function, security delay (sdel). These so...

  • Page 219

    4-5 security 15088:j 10/22/99 interior spaces table 1.3-2 contains some common types of devices used in interior spaces, and a brief description and application notes for each type. This is meant only as a guide when selecting which types of devices you need; follow manufacturer's recommendations fo...

  • Page 220

    4-6 security 15088:j 10/22/99 to make locating alarms easier, each monitor module should monitor devices in one specific area. If possible, these devices should all be of similar types. This helps the operator to determine the cause of the alarm, as well as allowing the operator to identify and repa...

  • Page 221

    4-7 security 15088:j 10/22/99 the following figures illustrate the minimum system requirements for various configurations of the am2020/ afp1010 and associated peripherals. Refer to table 1.1-1 in the introduction to this chapter for monitor and control module information. Refer to the xp5 series tr...

  • Page 222

    4-8 security 15088:j 10/22/99 figure 1.3-2 multiple tenant simple security system the following system requirements are illustrated in figure 1.3-2. See table 1.1-1 in the introduction to this section for monitor module options. • one am2020/afp1010 control panel • multiple security supervisory prot...

  • Page 223

    4-9 security 15088:j 10/22/99 figure 1.3-3 multiple tenant simple security system the following system requirements are illustrated in figure 1.3-3. See table 1.1-1 in the introduction to this section for monitor module options. • one am2020/afp1010 control panel • multiple security supervisory prot...

  • Page 224

    4-10 security 15088:j 10/22/99 the following system requirements are illustrated in figure 1.3-4. See table 1.1-1 in the introduction to this section for other monitor and control module options. • one am2020/afp1010 control panel • multiple security supervisory circuits reporting to central station...

  • Page 225

    4-11 security 15088:j 10/22/99 mm security access monitor: address: lxxmyy (installer specified). Type id: sacm control-by-event: (za*) custom label: installer option (describe specific location of module). Tracking: yes - each unsecured state and restoral will be printed when the print option is en...

  • Page 226

    4-12 security 15088:j 10/22/99 programming key for figure 1.3-5 programming relating to figure 1.3-5 is essentially the same as figure 1.3-4. The only difference in program- ming is that (za) control by event value for tenant a and (zb) control by event value for tenant b must be used, where za is a...

  • Page 227

    4-13 security 15088:j 10/22/99 rks-s remote keyswitch w/mm module: address: lxxmyy (installer specified). Type id: noa control-by-event: (zab*) custom label: arming switch tracking: yes annunciator: yes annunciator point: axxp1 contact switch w/mm module: address: lxxmyy (installer specified). Type ...

  • Page 228

    4-14 security 15088:j 10/22/99 group interface: a: cm programming: address: lxxmyy (installer specified). Type id: cmxc control-by-event: (zaj*) custom label: security group output signal silence: no walk test: yes/no (installer specified). Annunciator: no (not required). Mm security access monitor:...

  • Page 229

    4-15 security 15088:j 10/22/99 zone programming (continued) ï ð for- ward zones reverse zones zone boundary greater than or equal to z22 and less than z180. ï ð notification appliance with a control module when using an optional control module for notification appliances intended to indicate a secur...

  • Page 230

    4-16 security 15088:j 10/22/99 figure 1.3-8 connecting an mmx-1 module to the rks-s 1.3.1 c onnecting an rks-s r emote k eyswitch the rks-s remote keyswitch arms and disarms the system. It can be mounted in a ul listed single-gang electrical box. Both the mmx-1/mmx-101 (as shown below) or other moni...

  • Page 231

    4-17 security 15088:j 10/22/99 mm security access monitor provide a unique annunciator point for each security access monitor installed. Notification appliance w/cm module when using an optional control module for notification appliances intended to indicate a security violation, the control module ...

  • Page 232

    4-18 security 15088:j 10/22/99 the following system requirements are illustrated in figure 1.3-10. See table 1.1-1 in the introduction to this section for monitor and control module options. • one am2020/afp1010 protected premises unit (ppu) • one am2020/afp1010 central station unit • one security s...

  • Page 233

    4-19 security 15088:j 10/22/99 control module for ringback (see figure 1.3-11) ** nib-96 installed in an ica-4 or ica-4l in an am2020/afp1010 protected premises unit. For further information refer to chapter two, programming of this manual and the network interface board (nib-96) manual. Lib-200, li...

  • Page 234

    4-20 security 15088:j 10/22/99 contact switch w/monitor module: address: lxxmyy (installer specified). Type id: sacm control-by-event: (zac*) custom label: entry/exit door tracking: yes annunciator: yes annunciator point: arrp3 rks-s remote keyswitch w/monitor module: address: lxxmyy (installer spec...

  • Page 235

    4-21 security 15088:j 10/22/99 cm control module for ringback: address: lxxmyy (installer specified). Type id: cmxc control-by-event: ( ) custom label: installer specified. Signal silence: yes walk test: yes/no (installer specified). Annunciator: yes annunciator point: asspm** figure 1.3-10 programm...

  • Page 236

    4-22 security 15088:j 10/22/99 nib-96 nib-96 network interface board protected premises unit (slave) annunciator point: assp1 type id: aast central station (master) monitor module point address: lxxmyy type id: mon control-by-event: (installer specified) custom label: installer specified. Tracking: ...

  • Page 237

    4-23 security 15088:j 10/22/99 nib-96 nib-96 network interface board (continued) central station (master) monitor module point (ppu arming switch) address: lxxmyy type id: sacm control-by-event: (zc) unique zone number custom label: installer specified. Tracking: yes walk test: no annunciator: yes -...

  • Page 238

    4-24 security 15088:j 10/22/99 2. Zone to which all instant security modules are mapped zone: zaa* type id: fzon control-by-event: ( ) custom label: instant group annunciator: no (not required). 3. Zone activated upon arming system zone: zab* type id: fzon control-by-event: ( ) custom label: arming ...

  • Page 239

    4-25 security 15088:j 10/22/99 Ç ÈÇ È causes zone zah* to activate if entry/exit time is exceeded. Causes zone zah* to activate if entry/exit door is left open. 8. Zone active 1.5 min. After arming system zone: zag* type id: rzon control-by-event: del(00.01.30 (zab*)) custom label: installer specifi...

  • Page 240

    4-26 security 15088:j 10/22/99 warning: observe proper polarity or device will be damaged. The cmx control module for ringback is illustrated in figure 1.3-11. Figure 1.3-11 cmx control module for ringback = cm ppu signaling line circuit out ppu signaling line circuit in cmx-1 or cmx-2 note: tabs on...

  • Page 241

    4-27 security 15088:j 10/22/99 figure 1.3-13 connecting an sts-1 switch to an mmx-101 monitor module figure 1.3-14 connecting an sts-1 switch to an mmx-1 monitor module www.Pdf-zoo.Com.

  • Page 242

    4-28 security 15088:j 10/22/99 the following system requirements are illustrated in figure 1.3-15. See table 1.1-1 in the introduction to this section for monitor and control module options. • multiple am2020/afp1010 ppus • one am2020/afp1010 central station unit • multiple supervisory security circ...

  • Page 243

    4-29 security 15088:j 10/22/99 - + listed 24 vdc power supply. Slc loop +24 vdc listed security notification appliance 47k end-of-line resistor (a2143-00) note the cmx may also control audio speakers in an audio application. In such an installation, fire alarm conditions must have priority over secu...

  • Page 244

    4-30 security 15088:j 10/22/99 notes... Www.Pdf-zoo.Com.

  • Page 245: 2020

    Appendices 15088:j 10/22/99 a-1 am 2020 afp 1010 a ppendices www.Pdf-zoo.Com.

  • Page 246

    Appendices 15088:j 10/22/99 a-2 www.Pdf-zoo.Com.

  • Page 247: Appendix A

    Appendices 15088:j 10/22/99 a-3 appendix a circuit/device ratings g eneral appendix a outlines the various circuits and devices that can be employed with the am2020/afp1010. S ection a.1 d esign c onsiderations each of the various types of circuits within an am2020/afp1010 fire alarm control system ...

  • Page 248

    Appendices 15088:j 10/22/99 a-4 table a-2 circuit ratings/connections type of circuit devices/ratings circuit ratings connections main supply circuit a dedicated branch of the ac service that supplies primary ac power to the fire alarm control panel. Mps-24a main power supply 120 vac, 50/60 hz, 1.8 ...

  • Page 249

    Appendices 15088:j 10/22/99 a-5 table a-2 (continued) type of circuit devices/ratings circuit ratings connections municipal box circuit cmx control module or xp5-c transponder module with an mbt- 1 municipal box trip device and an a77-716 power supervision relay. Local energy municipal box connectio...

  • Page 250

    Appendices 15088:j 10/22/99 a-6 table a-2 (continued) type of circuit devices/ratings circuit ratings connections common telephone riser (fft to xpc or xp5-c) fft-7/fft-7s fire fighter's telephone to an xp transponder xpc- 8 module or an xp5-c transponder circuit. 24 vdc (nominal), 1-vrms max. 800 h...

  • Page 251

    Appendices 15088:j 10/22/99 a-7 table a-2 (continued) type of circuit devices/ratings circuit ratings connections lib-200 slc loop a circuit or path directly over which multiple signals are transmitted and received. Lib-200 board: employs intelligent detectors and addressable modules - sdx-551,sdx-5...

  • Page 252

    Appendices 15088:j 10/22/99 a-8 table a-2 (continued) type of circuit devices/ratings circuit ratings connections polarity reversal for connection to a polarity reversal circuit of a remote station receiving unit cmx control module (two required) with an rpt-680 reverse polarity trip device: supervi...

  • Page 253: Appendix B Listed Equipment

    Appendix b listed equipment a2143-00 47k elr, 1/2 watt resistor aa-30/aa-30e 30-watt audio amplifier aa-100/aa-100e 100-watt audio amplifier aa-120/aa-120e 120-watt audio amplifier abf-1 annunciator flush box abf-1d annunciator flush box abf-2 annunciator flush box abf-2d annunciator flush box abf-4...

  • Page 254

    Sib-232 serial interface board system sensor a77-716b eol power supervision relay ma-24 electronic sounder, 24 vdc ma/ss-24 i electronic sounder/strobe, 24 vdc ss-24 strobe, 24 vdc wheelock 7002t-24 horn with strobe, 24 vdc abf-1 annunciator flush box abf-2 annunciator flush box abf-4 annunciator fl...

  • Page 255

    Aa-30 audio amplifier aa-120 audio amplifier abm-16at annunciator blank module abm-32a annunciator module blank acm-16at annunciator control module acm-32a annunciator control module adp-4 annunciator dress panel aem-16at annunciator expander module aem-32a annunciator expander module amg-1 audio me...

  • Page 256

    S ection b.4 u nited s tates c oast g uard equipment suitable for use in marine and shipyard applicationsas compatible with the am2020/afp1010: aa-120 120-watt audio amplifier aa-30 30-watt audio amplifier abm-16at annunciator blank module abm-32a annunciator module blank acm-16at annunciator contro...

  • Page 257

    S ection b.5 o ptional s ystem c omponents bx-501 standard base for intelligent detectors dhx-501 addressable duct housing with relay dhx-502 addressable duct housing f110 retrofit replacement flange for b501b smb-600 surface mount box for detectors and sounder bases b224bi isolator base b224rb rela...

  • Page 258

    S ection b-6 c ity of n ew y ork the equipment or material acceptable for use in accordance with the report of materials and equipment accep- tance (mea) division be accepted under the following conditions: a. When used with central office communicator or transmitter, the installation and operation ...

  • Page 259: 2020

    Am 2020 afp 1010 p rogramming s heets & g lossary www.Pdf-zoo.Com.

  • Page 260

    G-2 programming sheets & glossary 15088:j 10/22/99 s t u p n i m e t s y s s s e r d d a ) y y d x x l ( r o ) y y m x x l ( l e d o m . D . I e p y t t s i l t n e v e - y b - l o r t n o c l e b a l c i r e m u n a h p l a ) x a m s r e t c a r a h c 0 2 ( m r a l a y f i r e v ) o n / s e y ( . T...

  • Page 261

    G-3 programming sheets & glossary 15088:j 10/22/99 s t u p t u o m e t s y s s s e r d d a ) y y m x x l ( l e d o m . D . I e p y t n o i t a u q e t n e v e - y b - l o r t n o c l e b a l c i r e m u n a h p l a ) x a m s r e t c a r a h c 0 2 ( l a n g i s e c n e l i s ) o n / s e y ( k l a w t...

  • Page 262

    G-4 programming sheets & glossary 15088:j 10/22/99 s e n o z e r a w t f o s m e t s y s s s e r d d a ) x x x z ( e p y t . D . I t n e v e - y b - l o r t n o c e v i t a r e p o o c t n e v e - y b - l o r t n o c l e b a l c i r e m u n a h p l a ) x a m s r e t c a r a h c 0 2 ( r o t a i c n u...

  • Page 263

    G-5 programming sheets & glossary 15088:j 10/22/99 s t n i o p r o t a i c n u n n a m e t s y s s s e r d d a ) y y p x x a ( l e d o m . D . I e p y t l e b a l c i r e m u n a h p l a ) x a m s r e t c a r a h c 0 2 ( s e t o n _ _ _ f o _ _ _ t e e h s _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _...

  • Page 264

    G-6 programming sheets & glossary 15088:j 10/22/99 glossary of terms and abbreviations alarm verification - a method of reducing false alarms incorporating time delays up to 50 seconds in length. Aps-6r - auxiliary power supply. Used to supply filtered, non-resettable power to compatible devices. Ce...

  • Page 265

    G-7 programming sheets & glossary 15088:j 10/22/99 isib - intelligent serial interface board. Used for communication with acs annunciators (sib-2048a, sib-net). Lib-200, lib-200a, and lib-400 - loop interface board. The electronics powering and communicating with each slc loop. Local mode - the inde...

  • Page 266

    G-8 programming sheets & glossary 15088:j 10/22/99 security supervisory circuits - circuit connecting various security devices to the security area monitor or security access monitor. Security supervisory protected area - an area in a building monitored by security access monitor and report- ing to ...

  • Page 267: Limited Warranty

    Limwarlg.P65 01/10/2000 the manufacturer warrants its products to be free from defects in materials and workmanship for eighteen (18) months from the date of manufacture, under normal use and service. Products are date-stamped at time of manufacture. The sole and exclusive obligation of the manufact...

  • Page 268

    G-10 programming sheets & glossary 15088:j 10/22/99 world headquarters one fire-lite place, northford, ct 06472-1653 usa 203-484-7161 • fax 203-484-7118 www.Notifier.Com www.Pdf-zoo.Com.