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Siemens Cerberus PYROTRONICS MXL, Operation, Installation, And Maintenance Manual

The Siemens Cerberus PYROTRONICS MXL is a versatile fire protection system. Ensure smooth operation and installation with the comprehensive Operation, Installation, and Maintenance Manual. Download the manual for free from our website and access valuable instructions and guidelines to effectively maintain this advanced product.

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Appendix H

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Summary of Contents for Cerberus PYROTRONICS MXL

Page 1: ...Panel P N 315 093624CD 9 Personalize Printout Cover Personalize Printout Cover There are three ways to navigate 1 Use the left hand index column which appears as you proceed 2 Use the green buttons above to get to the corresponding manual 3 Use the arrows in the menu bar above There are 2 ways to enlarge or reduce 1 Use the magnifying glass in the menu bar above 2 Use the three different page view...

Page 2: ...New Jersey 07932 MXL MXLV CONTROL PANEL Operation Installation and Maintenance Manual CERBERUS PYROTRONICS Siemens Building Technologies Ltd 50 East Pearce Street Richmond Hill Ontario L4B 1B7 CN Cerberus Division Technical Manuals Online http www tech man com firealarmresources com ...

Page 3: ... UL Listings for MXL MXLV The complete MXL system is UL listed under the model name MXL MXLV is used in this and other documentation to identify the basic listed MXL system including the listed voice equipment described in this manual MXLV itself is not a listed model or name but is used for ease of presentation The voice equipment is listed however as part of the basic MXL System For additional w...

Page 4: ...8 BP 61 Batteries 1 8 BTX Batteries 1 8 MOM 4 Card Cage 1 9 MOM 2 Card Cage 1 9 CSM 4 Signal Module 1 10 CRM 4 Relay Module 1 10 CZM 4 Conventional Zone Module 1 10 ALD 2I Analog Loop Driver 1 11 XLD 1 Analog Loop Driver 1 11 CMI 300 Interface Module 1 11 NET 4 Communication Interface 1 12 NET 7 Communication Interface 1 12 NET 7M Communication Interface 1 13 NIM 1R Network Interface Module 1 13 R...

Page 5: ... 1 23 VFM 1 Fan Control Module 1 23 VSB 1 Voice Switch Blank 1 24 TBM 2Termination Block Module 1 24 OMM 1 Output Master Module 1 24 OMM 2 Output Master Module 1 25 ASC 1 Amplifier Supervision and Backup Card 1 26 ASC 2 Amplifier Riser Supervision and Backup Card 1 26 OCC 1 Output Control Card 1 27 BTC 1 BackupTone Card 1 27 RCM 1 Riser Control Module 1 28 ZAC 30 Zone Amplifier Card 1 28 DMC 1 Dig...

Page 6: ... 2 6 Installing the NET 7M onto the PSR 1 2 7 Installing the MOM or OMM 2 7 Installing the Card Guides on the MOM 2 7 Installing the Card Guides on the OMM 2 8 Installing theTSP 40 Printer 2 8 Installing the Paper Roll 2 10 Changing the Paper Roll 2 11 Installing the PIM 1 2 11 Installing theTBM 2 MXLV Only 2 12 Installing the Assembled Mounting Plate MBR MP MBR 3MP 2 12 Installing the MKB 2 Keybo...

Page 7: ... the OMM 2 30 Half Width Modules 2 30 Full Width Modules 2 30 Installing the ASC 1 2 32 Installing the ASC 2 2 33 Installing the OCC 1 2 35 Installing the BTC 1 on the OCC 1 2 36 Setting theTones 2 36 Installing the DMC 1 2 37 Installing the ZC1 8B 2 38 Installing the ZC2 8B 2 39 Installing the ZC2 4AB 2 40 Installing the ZC3 4AB 2 41 Installing the ZCT 8B 2 42 Installing the ZAC 30 2 43 Installin...

Page 8: ...ries 3 7 How to Individually Acknowledge a Supervisory 3 8 How to Block Acknowledge a Supervisory 3 8 Trouble 3 8 How the System AnnunciatesTroubles 3 8 Viewing the List ofTroubles 3 9 How to Individually Acknowledge aTrouble 3 9 How to Block Acknowledge aTrouble 3 10 Security 3 10 How the System Annunciates Security Conditions 3 10 Viewing the List of Security Conditions 3 11 How to Individually ...

Page 9: ... Warden s Page 3 19 Voice Audible Silence 3 19 Using the Utility Functions 3 20 EXT SOURCE 3 20 CLEAR MANUAL 3 20 DISPLAY OFF 3 20 DISPLAY AUTOMATIC 3 20 AUDIO PREVIEWING 3 20 Remote Command Stations 3 20 REQUEST ACCESS 3 20 GRANT ACCESS 3 20 DENY ACCESS 3 21 Selecting the External Source 3 21 Telephone Operation 3 21 To use a RemoteTelephone 3 21 Telephone Zone LEDs 3 21 AutoTelephone Zones in Wa...

Page 10: ...larm 3 33 List Supervsry 3 34 List Trouble 3 34 List Security 3 35 List Senstvty 3 36 List Voltages 3 36 List Voltages Analog 3 37 List Voltages Thresh 3 37 List Voltages Sens 3 37 List Voltages Calib 3 37 List Voltages ID 3 37 List Voltages ID2 3 37 List Temp 3 39 List Mod_type 3 39 List Dev_Type 3 40 List Message 3 40 List SW_Version 3 41 List Output_states 3 42 List Dev_usages 3 42 List Node_ad...

Page 11: ...est Power Main Voltage 3 51 Test Power Main Current 3 51 Test Power Remote 3 51 Test Power Remote Voltage 3 51 Test Power Remote Current 3 52 Test Power Remote Options 3 52 Test MKB1_Lamptest 3 52 Test MKB1_Lamptest LEDs 3 52 Test MKB1_Lamptest Display 3 52 Test Device_LED 3 53 Test MOI_Lamp_Test 3 53 Test PAX_Lamptest 3 53 Test ACM_Lamptest 3 53 Test X_Network 3 54 Test M_Network 3 54 Test NET7_D...

Page 12: ...3 63 Walktest Loop_wAUD Loop_SIL 3 64 Walktest Zone_wAUD Zone_SIL 3 66 Walktest Ending Sequence 3 67 Connections and Ratings 4 1 ACM 1 4 1 ALD 2I 4 3 ASC 1 4 5 ASC 2 4 7 CMI 300 4 11 CRM 4 4 13 CSM 4 4 15 CZM 1B6 4 19 CZM 4 4 23 D2300CP 4 25 DMC 1 4 29 ICP B6 4 31 MMB 2 4 39 MOI 7 MOD 16 MID 16 4 45 MOM 2 4 51 MOM 4 4 53 NIM 1R 4 55 OCC 1 4 59 OMM 1 4 61 OMM 2 4 63 PIM 1 4 65 PIM 2 PAL 1 4 67 PLC ...

Page 13: ...5 ZCT 8B 4 139 Appendix Compatible Devices A 1 Device Analog Voltages B 1 MXL Battery Calculations C 1 MXL Power Supply Load Calculations D 1 Alarm Verification E 1 Envirolink F 1 Latching Non LatchingTroubles G 1 Installing A Security Point H 1 Application Specific Detection ASD I 1 Testing J 1 MXLTrouble Messages K 1 Power Limited Wiring L 1 NewTwo Stage Alarm M 1 Glossary Index Technical Manual...

Page 14: ... It continuously checks all System memory components control panel electronic hardware and the System program A hardwire watch dog circuit is provided to ensure that System programs are functioning properly If a problem develops with the program or processor the watch dog circuit places the System into a trouble condition and resets it To ensure reliable operation the MXL System is composed of ind...

Page 15: ...1 2 Description The Basic MXLV Control Panel Technical Manuals Online http www tech man com firealarmresources com ...

Page 16: ...nd so does not affect System operation The MXL System polls all network addresses to see that all specified modules are present and that there are no unspecified modules Any modules or devices that do not agree with the programmed data are reported as troubles on the annunciator Software Minimum MXL control panel configuration to meet NFPA 72 Local Municipal Tie Remote Station Proprietary and Cent...

Page 17: ...SP 40 is not required j The CMI 300 is not listed for UL 1076 application k Refer to the CSM 4 Installation Instructions P N 315 090854 for programming l The MXL System is FM approved for proprietary fire for Fire Alarms Water Flow Sprinkler Supervisory Service and Intrinsically Safe Operation Minimum MXL Configuration To Meet NFPA 72 UL 1076 and NFPA 12A 13 and 2001 MINIMUM MXL CONFIGURATION TO M...

Page 18: ...ed power supply that converts 120 VAC 60 Hz to unregulated 24 VDC at 6A MPS 12 Power Supply The MPS 12 is a high current power supply that provides the MXL System with primary 24 VDC power It is rated at 12 amps and is unfiltered and unregulated The MPS 12 supplies the MMB 2 or PSR 1 and its expansion modules with the power required for normal operation The module incorpo rates a 5 amp resettable ...

Page 19: ...ional alarm and trouble data by pressing the NEXT key Press the HOLD key at any time to stop the display from scrolling The Control Panel contains the follow ing indicators Alarm Power Audibles Silenced Partial System Disabled Supervisory Trouble Security The MKB 2 has switches for acknowledging fire alarms ALARM ACK silencing audibles AUD SIL acknowledging supervisories SUPV ACK acknowledging tro...

Page 20: ...ed in the MXL backbox and provides a paper record of the activity of the System MME 3 or MLE 6 Enclosure The MME 3 is a medium size and the MLE 6 is a large size enclosure for the MXL MXLV System Each enclosure consists of a backbox and front door that is shipped assembled Note that the backbox has a flanged lip to permit semi flush mounting in addition to the usual surface mounting RCC 1 1F Remot...

Page 21: ...61 is a module consisting of four 6V 15 AH batteries The BP 61 is recommended for the NFPA 72 Local and 72 Proprietary and the UL 1076 Systems Actual battery size depends on System configuration See Appendix C Battery Calculations BTX Batteries The BTX 1 batteries are a pair of 12V 31 AH batteries The BTX 2 batteries are a pair of 12V 55 AH batteries Actual battery size depends on System configura...

Page 22: ... in that backbox only two MOM 4s can be installed MOM 2 Card Cage The MOM 2 Card Cage provides the MXL with two card slots for optional modules Each MOM 2 has space for one full width optional module or two half width optional modules The MOM 2 comes with two card guides for mounting one full width module The half width modules come with the necessary extra card guides for mount ing them The MOM 2...

Page 23: ...lay outputs Form C contacts are rated at 2A 30 VDC 120 VAC resistive CZM 4 Conventional Zone Module The CZM 4 Conventional Zone module provides four initiating device circuits capable of Style D Class A or Style B Class B operation Each zone sup ports up to thirty two wire detectors one linear beam detector or an unlim ited number of shorting devices Each zone has its own address You can use the C...

Page 24: ...capable of monitoring up to 30 analog devices The module uses four consecutive network addresses on the System Devices connected to the XLD 1 circuits are supervised by the MXL Control Panel CMI 300 Interface Module The CMI 300 provides modem com munications between an MXL System and a CXL System The CMI 300 module is located on the MOM 4 board in the MXL enclosure The CMI 300 plugs into a half sl...

Page 25: ...nector P7 There are no configuration switches or jumpers on the NET 4 NET 7 Communication Interface The NET 7 module provides a Style 7 communication interface between the main MXL and multiple remote panels in an MXL System Each NET 7 except the NET 7 connected to the MMB 1 2 electrically isolates the pairs from the local power supply and isolates ground faults to a single remote panel The MMB 1 ...

Page 26: ...IM 1R provides a new communi cation path for the following When used as a networking interface the NIM 1R supports the connection of up to 63 MXL Systems This new network also supports a Network Command Center NCC that monitors all the MXLs in the networked group The NIM 1R supports both Style 4 and Style 7 connections In the event of an NIM 1R communication failure each MXL System continues to op...

Page 27: ...h pair of wires A node is any location where the network wires are connected to the screw terminals of an MXL System module The REP 1 module reproduces the RS 485 signal on a new pair of wires The new signal makes it possible to add more nodes to the system PSR 1 Remote Power Supply The PSR 1 module is a microprocessor controlled remote power supply and battery charger This module allows the basic...

Page 28: ...for local alarm and local trouble PS 5A Power Supply The PS 5A is a power supply that can be used with the D2300CP or MOI 7 The power supply has enough power to run both the D2300CP and MOI 7 modules PS 5N7 Network Interface 5V Power Supply The PS 5N7 permits remote mounting of the MXL annunciator modules MKB 1 MKB 2 and RCC 1 In addition when the PS 5N7 is used with a PIM 1 it provides an interfa...

Page 29: ... MOD 16s can be used with an MOI 7 Each MOD 16 can activate up to 16 outputs for a total of 128 outputs MID 16 Input Driver The MID 16 module provides 16 general purpose inputs for user defined opera tions for the MXL The MID 16 is controlled by the MOI 7 module Up to eight MID 16s can be used with an MOI 7 The function of each individual input is defined by the usage assigned to it in the CSG M M...

Page 30: ... Interface Module The PIM 1 module is an interface for an MXL MXLV System to remote periph eral devices such as printers VDTs and CRTs It connects an RS 232C device or CRT to an MXL MXLV System without the peripheral devices protective ground causing a ground fault The interface operates at up to 9600 baud without losing any characters Mounting the PIM 1 in the MME 3 in the upper right hand corner...

Page 31: ...sted equipment may be used D2300CP Fiber Optic Interface The D2300CP is a Fiber Optic interface for the MXL s RS 485 network MNET or XNET It uses a two fiber Duplex pair between each device The D2300CP can function as either a repeater or an end point unit The D2300CP can operate in either a daisy chain or star configuration This allows for network configurations that are not possible with the RS ...

Page 32: ... that reports alarm trouble supervisory and miscellaneous status When used with the MXL the Silent Knight Model 5128 5129 uses the alarm trouble and supervisory channels The miscella neous status channel may be used to annunciate conditions other than fire at the Central Station Silent Knight Model 5128 5129 Digital Fire Communicator Technical Manuals Online http www tech man com firealarmresource...

Page 33: ...tone or message to any zone Only one tone message or announcement may be routed to the same speaker zone at one time A priority sequence called PAGE EVACUATE ALERT and OTHER controls which signal the zone receives See The Four Categories of Sound Chapter 3 Operation for a discussion of these priorities TheVoice System MXLV Capacity of the System The system supports over 100 zones which can be spli...

Page 34: ...rcuit and the retractable cord are supervised The ACM 1 also controls a small local speaker in the MMM 1 module Three supervised riser circuits provide low power audio signals to the OCC 1 to be sent to power amplifiers The Audio Control module communi cates with the VSM 1 Voice Switch modules the VLM 1 Voice LED mod ules and the VFM 1 Voice Fan Control modules that are part of the system The VSM ...

Page 35: ...ugh the telephone riser It also provides the signal for the warden s page MMM 1 Microphone Master Module The MMM 1 Microphone Master module provides firefighters with a means of sending Voice messages to the audio zones specified The MMM 1 module has a push to talk switch on the microphone as well as a retract able coiled cord Both are supervised A green LED on the MMM 1 indicates when all selecte...

Page 36: ...stem information such as zone trouble or alarm Eight LEDs are either red or green the remainder are yellow A label next to each pair of LEDs indi cates its programmed use in the CSG M VFM 1 Fan Control Module VFM 1 Fan Control module provides the system operator with automatic and manual control and annunciation of MXLV fan control functions for building management Each VFM 1 has four three positi...

Page 37: ...essages and the control connections to activate recording equipment OMM 1 Output Master Module The OMM 1 Output Master module is the card cage for all of the MXLV plug in boards the OCC 1 ASC 1 2 ZAC 30 DMC 1 RCM 1 PLC 4 and ZC zone cards The module has the same dimensions as the MOM 4 MXL card cage The OMM 1 mounts vertically in the MME 3 enclosure and contains four half width card slots with car...

Page 38: ...oards The module has the same dimensions as the MOM 2 MXL card cage The OMM 2 mounts verti cally in the MME 3 enclosure Voice system field wiring terminates on the OMM 2 terminal blocks Power and network communications are provided by the MMB 1 2 or the PSR 1 depending on the application The network control signals are distrib uted to the plug in cards through the OMM 2 All connecting cables are s...

Page 39: ...iled amplifier ASC 2 Amplifier Riser Supervision and Backup Card The ASC 2 Audio Supervision card supervises the output of one primary amplifier and one backup amplifier in an MXLV System The ASC 2 com pares the amplifier output to the amplifier input from the OMM 1 2 If they do not match a trouble indi cates on the MKB 2 The supervised output may be connected in Style Y Class B or Style Z Class A...

Page 40: ...m It supervises and controls up to 11 plug in cards each having a unique subaddress BTC 1 Backup Tone Card The BTC 1 Backup Tone Card provides two tones for the MXLV System that can be selected by DIP switches This card can be installed on top of the ACM 1 to provide backup of the two primary tones should the tone genera tor of the ACM 1 fail The BTC 1 can also be installed on the OCC 1 Output Con...

Page 41: ...cts that communica tion is lost with the MXL it will auto matically switch to Local Mode ZAC 30 Zone Amplifier Card The ZAC 30 Zone Amplifier Card is a 30 watt module that plugs into a slot on the OMM 1 2 card cage It super vises the audio amplification and its on board speaker zone The MXLV System controls the input to the ZAC 30 through the OCC 1 from one of up to three audio channels The amplif...

Page 42: ...digitized voice messages for the EVAC and ALERT channels in place of tones The DMC 1 has a library of factory recorded phrases which the user may configure to form messages using the CSG M The user may also record custom phrases into the DMC 1 using a microphone or tape recorder Up to two primary DMC 1 cards may be used in an MXLV System Up to three additional DMC 1 mirror modules DMC 1MRs may be ...

Page 43: ...one Control Card Modules ZC ZONE CONTROL CARDS Module Audio Channels Audio Outputs Zone Style Audio Input Output Rating Use ZC1 8B with 25V fuses 1 8 Style Y 25V RMS Speaker and or strobe ZC1 8B with 70V fuses 1 8 Style Y 70 7V RMS Speaker only ZC2 8B with 25V fuses 1 or 2 8 Style Y 25V RMS Speaker or strobe ZC2 8B with 70V fuses 1 or 2 8 Style Y 70 7V RMS Speaker only ZC2 4AB with 25V fuses 1 or ...

Page 44: ...nto the PLC 4 to limit power to audio circuits The PL864 25S plugs onto the PLC 4 to limit power to strobe circuits NOTE Use the PL 864S for strobe circuits only Using the PL 864S for audio circuits may damage the system Use the PL864 70A for 70 7V audio circuits only The PLC 4 plugs onto one of the OMM card edge connectors A single PLC 4 with four PL864 plug on boards can serve up to four audio a...

Page 45: ...announces a failure as a strobe power loss ICP B6 Intelligent Control Point The Model ICP B6 can be used as an independent remotely located tele phone zone speaker zone 25V or 70 7V RMS or notification appliance circuit NAC depending on how it is configured It communicates through the analog loop of the MXL System ICP B6 Intelligent Control Point Technical Manuals Online http www tech man com fire...

Page 46: ... audible base ID 60PT Intelligent Analog Photo electric Detector with Heat Sensor 1 The ID 60PT is an intelligent analog rate compensated fixed temperature type thermal and photoelectric detec tor It can only be used as an area detector It uses either a DB 3S low profile mounting base a DB X3RS mounting base with relay or an ADBI 60 audible base ID 60I Intelligent Analog lonization Detector 1 The ...

Page 47: ...ng base with relay or an ADBI 60 audible base ILP 1 Intelligent Analog Photoelectric Detector 1 The ILP 1 is an intelligent analog photo electric detector that can be used as an area or duct detector ILP 1 d It uses either a DB 3S low profile mounting base a DB X3RS mounting base with relay an AD 3ILP or AD 3XRILP duct housing or an ADBI 60 audible base ILPT 1 Intelligent Analog Photoelectric Dete...

Page 48: ...elocities of 500 4000 feet per minute It uses either the AD 3I or AD 3XRI housing ILP 2 Intelligent Analog Photoelectric Detector 1 2 The ILP 2 is an intelligent analog photo electric detector that can be used as an area or duct detector ILP 2 d It uses either a DB 3S low profile mounting base a DB X3RS mounting base with relay an AD 3ILP or AD 3XRILP duct housing or an ADBI 60 audible base ILT 1 ...

Page 49: ...gle input module with an indepen dently controllable Form C relay the TRI 60D is a dual input module TRI B6 TRI B6R and TRI B6D Intelligent Interface Modules The TRI B6 series modules are intelli gent interface modules that interface direct shorting contact devices with the analog loops The TRI B6 is a single input module the TRI B6R is a single input module with an indepen dently controllable For...

Page 50: ...ctor for use in air ducts only at altitudes of 3000 to 8000 feet with air velocities of 0 to 1200 feet per minute It uses the DB 3S low profile surface mounting base DI B3 Ionization Air Duct Detector The DI B3 is an ionization detector for use only in air ducts at altitudes of 0 to 4000 feet with air velocities of 500 to 4000 feet per minute It must be used with a Series 3 air duct housing AD 3I ...

Page 51: ... 11 low profile surface mounting base or the DB 3S base with the DB ADPT adapter PBA 1191 Linear Beam Smoke Detector The PBA 1191 can detect light or dark smoke buildup at distances between the transmitter X and receiver R of 17 feet to 280 feet The PBA 1191 can be used in a variety of areas including large narrow or high rooms and rooms with high air turbulence The PBA 1191 requires the PBB 1191 ...

Page 52: ...able use a printer during the installation procedure as a debugging tool MME 3 and MLE 6 Backboxes The MME 3 is a medium size enclo sure and the MLE 6 is a large size enclosure for the MXL MXLV System These enclosures consist of a backbox and front door that is shipped as sembled Note that each backbox has a flanged lip to permit semi flush mounting in addition to the usual surface mounting Consid...

Page 53: ...for the two large openings To select the appropriate filler plates for the two openings follow the informa tion below When visual indication of system operation LCD LED or printer is required install clear panels the MDL 1 lens behind the appropriate door openings When visual indication of the system operation is not required install plain blank panels MDB 1s behind the appropriate door openings W...

Page 54: ... or MPS 12 12W over the three studs provided in the MME 3 MLE 6 enclosure Secure the MPS 6 6W or MPS 12 12W to the MME 3 MLE 6 by slipping the flat washers then the lockwashers and finally the nuts over the two upper studs Tighten them securely Connect the AC mains to MPS 6 6W or MPS 12 12W Terminal Black hot 1 White neutral 2 Green earth ground 3 Install the 14 gauge green ground strap spade lug ...

Page 55: ...kboxes RCC 1 1F backboxes etc In all cases unpack each module just prior to installation For modules packaged in antistatic bags use proper antistatic practices once the module is removed from the bag Setting DIP Switches In some cases modules require you to set DIP switches as follows To open a rocker switch press down on the side of the rocker marked OPEN To close a rocker switch press down on t...

Page 56: ...F Enabled Closed ON Disabled When not connected to the MXL network S2 SW2 SW3 SW4 defines the maxi mum allowable charging current of the battery Use the Battery Switch Set tings table to set these switches With CSG M Rev 3 01 and higher battery sizes can be selected through software BATTERY SWITCH SETTINGS DIP Switches Charging Current S2 SW2 S2 SW3 S2 SW4 Open OFF Open OFF Closed ON 2 0 amps max ...

Page 57: ... 1 Refer to the PSR 1 Installation Instructions P N 315 090911 for information on the connection to the MXL network CAUTION NET 4s and NET 7s cannot be combined in the same system Installing the NET 7 onto the PSR 1 Remove the NET 7 from the anti static bag Do not touch the gold plated card edge Set the address for the NET 7 using switch S1 Use the Network Address Programming Table at the end of t...

Page 58: ...llation kit for the MOM includes the following One 2 wire cable P N 555 190969 Two 8 conductor ribbon cables P N 555 190967 and P N 555 193344 Four card guides Appropriate mounting hardware The installation kit for the OMM includes the following One 8 conductor ribbon cable P N 555 190967 One 14 conductor ribbon cable P N 555 192155 Appropriate mounting hardware Installing the Card Guides on the M...

Page 59: ...TSP 40 comes with two attached cables a 2 conductor power cable and a 6 conductor data cable Connect the 6 conductor data cable to P4 on the MMB 1 2 or P4 on the PSR 1 If there is no MOM installed connect the 2 conductor power cable to P3 on the MMB 1 2 or P1 on the PSR 1 If there is a MOM installed con nect the 2 conductor power cable to P8 P5 on the MOM Installing the MOM or OMM on the Mounting ...

Page 60: ...2 9 Installation Installing the TSP 40 Printer on the Backplate Connecting the TSP 40 Printer Technical Manuals Online http www tech man com firealarmresources com ...

Page 61: ...ive gear has engaged the drive motor gear Take up any slack in the paper by turning the takeup reel until the paper becomes taut Installing the Paper Roll Installing Paper onto the Takeup Reel Installing the Paper Roll To install the paper roll on the TSP 40 Printer Loosen the two knobs on the printer and drop the paper guide plate exposing the printer mechanism Remove the paper dispensing roller ...

Page 62: ...se the cable P N 555 192242 supplied with the PIM 1 to connect P2 on the PIM 1 to P8 on the MMB 1 2 Use the cable supplied with the MKB 2 to connect P1 of the PIM 1 to P1 of the ANN 1 Refer to the PIM 1 Installation Instruc tions P N 315 091462 For an MXLV System with the Voice Option Use the cable P N 555 192242 supplied with the PIM to connect P2 on the PIM with P8 on the MMB 1 2 Use the cable s...

Page 63: ...BM 2 with the nuts provided Installing the Assembled Mounting Plate MBR MP MBR 3MP Install the assembled MBR MP MBR 3MP Mounting Plate using the hardware provided Refer to the MBR MP and MBR 3MP Installation Instructions P N 315 094882 The MBR 3MP is installed in the MLE 6 enclosure Installing the MKB 2 Keyboard Annunciator The MKB 2 is supplied with the key board annunciator mounted to the hinged...

Page 64: ...on switch S1 to set the network address of the MKB 2 The MKB 2 module address is always set within network addresses 248 251 Set the individual switches as follows ANN 1 SWITCH SETTINGS Switch Address Setting For 248 249 250 251 S1 SW1 Open OFF Closed ON Open OFF Closed ON S1 SW2 Open OFF Open OFF Closed ON Closed ON S1 SW3 Closed ON Closed ON Closed ON Closed ON S1 SW4 Closed ON Closed ON Closed ...

Page 65: ... the five threaded mounting spacers Fasten the module in place with the screws provided To set for supervision S1 SW5 Closed ON To set for non supervision S1 SW5 Open OFF The supervisory mode is independent of the network address NOTE When you select non supervision for an annunciator there must also be one and only one supervised annunciator at the same address Installing the ACM 1 MXLV Only To s...

Page 66: ...a comb like connector Setting the Tones Before installing the BTC 1 on the OCC 1 set the desired tones on switch S1 using DIP switches SW1 SW4 for the first tone selection and DIP switches SW5 SW8 for the second tone selection Refer to the function section of the CSG M configuration printout for the tones to be configured Installing the BTC 1 on the ACM 1 Mounting the BTC 1 Install the standoffs a...

Page 67: ...ed to the MMM 1 to P7 on the ACM 1 Position the BTC 1 over the connec tor and standoffs with the compo nents of the board facing out Be certain that the standoffs and the connector pins line up with their respective holes in the BTC 1 card and the connector Place the BTC 1 on the standoffs and connector by pressing it into place This takes some effort Be careful because once the standoffs are inst...

Page 68: ...555 192236 between P3 on the TMM 1 and P1 on the adjacent ACM 1 module MHD PANELS Model Purpose Location Mounting MHD 1 Dead front barrier with cutout for printer when needed CONTROL PANEL Use middle position Printer available Place in second group of four holes by hinge REMOTE PANEL Use top or middle position No printer Place in first and or second group of four holes MHD 2 Dead front barrier onl...

Page 69: ...e occupies one of up to 31 subaddresses of the ACM 1 The VSB 1 Voice Switch Blank Plate is used to fill in any blank spaces on an MHD panel Installing the Tamper Switch The MHD Panels Installing the MHD Panels The MHD series of panels is used on the MME 3 MLE 6 backbox to provide support for additional elec tronic modules or to provide dead front panels where needed The MHD panels can be used as s...

Page 70: ... the module Mount the VSM 1 VLM 1 modules in the Model MDH 3 4 5 panel starting at the left hand corner directly below the microphone This position is recommended for important assigned functions such as ALL CALL Group the modules together by func tion or by some logical order VSM 1 VLM 1 VFM 1 modules do not need to be mounted in numeric order by address VSM 1 VLM 1 VFM 1 SWITCH SETTINGS Address ...

Page 71: ...LM 1 VFM 1 modules are there Connect P1 of the module on the far left of the top row to P2 of the module on the far right of the bottom row Use the 40 inch cable Model MRRC 1 P N 600 192106 which is ordered separately If the lower row has no modules mounted on it omit this step Connect P2 of the VSM 1 VLM 1 VFM 1 module at the far right in the top row to P4 of the TBM 2 using the 4 foot cable P N ...

Page 72: ...ollowing steps Set any switches and jumpers on each card according to the appropri ate installation instructions that follow in this chapter or the Installa tion Instructions shipped with each module Be sure that all field wiring is com pleted and checked for shorts opens and other faults before installing each card Replace the card in its protective bag if the wiring is not complete Insert the mo...

Page 73: ...r releasing service NFPA 12A NFPA 13 and NFPA 2001 and set the degrade modes trouble and alarm Set the Network Address The network address is set on switch S1 See the CSG M printout for the proper address Use the Network Address Programming Table at the end of this chapter to set the addresses for these switches Set the Mode of Operation for Each Circuit The CSM 4 has one programming slide switch ...

Page 74: ...ration desired The table above shows how to set the switches and jumpers for circuits 1 and 2 The CSG M printout shows the mode for each circuit Set the Degrade Modes of Operation There are two sources of degrade activation the degrade alarm bus and the degrade trouble bus These two buses become active ONLY when the MXL communication network fails Switch S2 on the CSM 4 sets the degrade mode of op...

Page 75: ...grade alarm bus activates There are three alarm degrade modes Each cir cuit can be set independently from the other Determine which type of degrade mode you want for each circuit and set switch S2 SW3 SW6 as shown in the table at the bottom of the page Releasing Service per NFPA 12A NFPA 13 and NFPA 2001 No degrade activation is allowed Set all switch positions on switch S2 to OFF open After the a...

Page 76: ...he module is riding in the card guides and is firmly seated in the card edge connector Installing the ALD 2I The ALD 2I module plugs into a full width slot on the MOM If the MMB 1 2 firmware revision level is 3 2 or higher cut jumper G2 If the level is below 3 2 do not cut it Switch S1 and Jumper G2 on the ALD 2I Setting the Address on the ALD 2I Before the ALD 2I is installed in the MOM set the n...

Page 77: ... the end of this chapter to set the address for this switch After the address is set install the XLD 1 in the MOM being sure that the module is riding in the card guides and is firmly seated in the card edge connector Installing the CMI 300 The CMI 300 module plugs into one half width slot on the MOM Check that there is a jumper installed for Jumper J2 pins 1 and 2 Setting the Address on the CMI 3...

Page 78: ...nd AnaLASER settings When installing the NIM 1R in a networked system set the panel number to agree with the panel number for the NIM 1R assigned to the MXL System in CSG M Switch position 8 selects Style 4 or Style 7 operation for the NIM 1R network When installing the NIM 1R for FSI operation set the switch to all open or OFF FSI PROGRAMMING Address 8 7 6 5 4 3 2 1 FSI O O O O O O O O O Open or ...

Page 79: ... X 057 S O X X X O O X 010 S O O O X O X O 026 S O O X X O X O 042 S O X O X O X O 058 S O X X X O X O 011 S O O O X O X X 027 S O O X X O X X 043 S O X O X O X X 059 S O X X X O X X 012 S O O O X X O O 028 S O O X X X O O 044 S O X O X X O O 060 S O X X X X O O 013 S O O O X X O X 029 S O O X X X O X 045 S O X O X X O X 061 S O X X X X O X 014 S O O O X X X O 030 S O O X X X X O 046 S O X O X X X...

Page 80: ... the MMB 1 2 The NET 7 module plugs into one half width slot on the MOM Setting the Address on the NET 7 Set the network address for the NET 7 using switch S1 Use the Network Address Programming Table at the end of this chapter to set the address for this switch Be sure that the address agrees with the CSG M network map Determine whether the communica tion mode is Style 4 or Style 7 Place the shor...

Page 81: ... time as follows Remove the card from its protective bag Do not touch the gold plated card edge Set any switches on each card according to the appropriate installa tion instructions that follow in this chapter or the Installation Instruc tions shipped with each module Place the user key from the installa tion kit in the OMM card edge connector selected for the module This prevents the installation...

Page 82: ...ust be positioned so that the component side of the board faces toward the outer edges of the OMM toward the 22 position terminal block where the wiring terminates as illustrated Location of the Factory Installed Keys in the OMM Card Edge Connector Installing Plug in Cards into the OMM Technical Manuals Online http www tech man com firealarmresources com ...

Page 83: ... network address Refer to the CSG M configura tion printout for the address of the module Use the ASC 1 S2 Settings table to set the address for this switch Set switch S1 for proper amplifier supervision of the ASC 1 Check the system wiring diagram for amplifier and riser assignments Set switch S1 DIP switches SW1 SW6 using the ASC 1 S1 Settings table If this ASC 1 card supervises the backup ampli...

Page 84: ...em has NO backup ampli fier place a jumper across terminals 3 and 4 After the addresses and jumpers are set install the ASC 1 in the OMM being sure that the module is riding in the card guides and is firmly seated in the card edge connector Installing the ASC 2 The ASC 2 plugs into a half width slot on the OMM and comes with an installation kit that consists of the following One end of line resist...

Page 85: ...LV power supply If power limiting is required use the PLC 4 Refer to Chapter 4 Connections and Ratings for further information Place the user key from the installation kit in the OMM 1 card edge connector for the ASC 2 between positions 29 30 and 31 32 If one backup amplifier is shared by more than one ASC 2 connect terminal 3 of the terminal block of the primary ASC 2 to terminal 3 of the termina...

Page 86: ...C 2 in the OMM being sure that the module is riding in the card guides and is firmly seated in the card edge connector Installing the OCC 1 The OCC 1 plugs into a half width slot on the OMM and comes with an installation kit that consists of the following Four end of line resistors Three P N 140 820396 Audio Risers and One P N 140 820390 Telephone Riser One user key Switch S1 and Jumper E1 on the ...

Page 87: ...o be configured BTC 1 TONE SWITCH SETTINGS Setting Tone ALERT 8 7 6 5 EVAC 4 3 2 1 O O O O O O O O DO NOT USE O O O X O O O X Chime O O X O O O X O 2000 Hz O O X X O O X X Slow Whoop O X O O O X O O Yelp O X O X O X O X Wail O X X O O X X O California Code O X X X O X X X 900 Hz Pulsed at 120 Pulses Per Minute X O O O X O O O DO NOT USE X O O X X O O X Horn X O X O X O X O Temporal Code 3 X O X X ...

Page 88: ...Place jumper E1 in position 1 2 Mounting the BTC 1 Install the standoffs and comb connector in the component side of the OCC 1 Installing the DMC 1 The DMC 1 plugs into a half width slot on the OMM and comes with an installation kit that consists of the following One user key WARNING The DMC 1 Digital Mes sage Card has a 3V lithium battery installed for battery backup of static RAM memory U5 This ...

Page 89: ...s of the following Eight end of line resistors P N 140 820405 Three 2A 250V fuses P N 105 292199 Eight 25V fuses P N 105 291200 One user key Setting the Address on the ZC1 8B Before installing the ZC1 8B in the OMM set the address on S1 DIP switches SW1 SW4 SW5 is not used at this time Refer to the CSG M configuration printout for the address of the module Use the ZC1 8B S1 Settings table to set t...

Page 90: ...ZC2 8B in the OMM set the address on S1 DIP switches SW1 SW4 Refer to the CSG M configuration printout for the address of the module Use the ZC2 8B S1 Settings table to set the address for this switch ZC2 8B Fuses The ZC2 8B comes with 70V fuses P N 105 291202 installed at the factory For 25 2V Installations remove the 70V fuses F1 F8 and install the 25V fuses P N 105 291200 found in the installat...

Page 91: ... with an installation kit that consists of the following Four end of line resistors P N 140 820405 One 2A 250V fuse P N 105 292199 Four 25V fuses P N 105 291200 One user key Setting the Address on the ZC2 4AB Before installing the ZC2 4AB in the OMM set the address on S1 DIP switches SW1 SW4 Refer to the CSG M configuration printout for the address of the module Use the ZC2 4AB S1 Settings table t...

Page 92: ...nstallation kit that consists of the following Four end of line resistors P N 140 820405 One 2A 250V fuse P N 105 292199 Four 25V fuses P N 105 291200 One user key Setting the Address on the ZC3 4AB Before installing the ZC3 4AB in the OMM set the address on S1 DIP switches SW1 SW4 Refer to the CSG M configuration printout for the address of the module Use the ZC3 4AB S1 Settings table to set the ...

Page 93: ...et install the ZC3 4AB in the OMM being sure that the module is riding in the card guides and is firmly seated in the card edge connector Installing the ZCT 8B The ZCT 8B plugs into a half width slot on the OMM and comes with an installation kit that consists of the following Eight end of line resistors P N 140 383467 One user key Setting the Address on the ZCT 8B Before installing the ZCT 8B in t...

Page 94: ... Requirements Up to five primary ZAC 30s can be installed in one MME 3 enclosure Up to two primary ZAC 30s can be placed in a single OMM 1 When the ZAC 30 is installed the door of the enclosure MUST have louvered plates MDG 1 for ventila tion Plexiglass plates may not be used in the door ZCT 8B S1 SETTINGS Address 4 3 2 1 Address 4 3 2 1 ILLEGAL O O O O 008 X O O O 001 O O O X 009 X O O X 002 O O ...

Page 95: ...n there is only one ZAC 30 primary amplifier on an OMM 1 at location P7 1 P5 may have a ZC card or a one to one backup ZAC 30 for P7 2 P8 and P6 have no restriction and can have OCC 1s ZCs or one backup for multiple ZAC 30s The horizontal OMM 1 slot next to a primary ZAC 30 may not be used as a backup to multiple ZAC 30s Example If P7 has a primary ZAC 30 then P5 may not have a ZAC 30 that backs u...

Page 96: ...ule is riding in the card guides and is firmly seated in the card edge connector NOTE The heatsink on the board must face the 22 position terminal block where the wiring terminates To configure the ZAC 30 for 25 2V RMS operation follow the silkscreen markings for 25V on the PC board and the steps below On the Front Side of the Board Place Jumper J1 on the pins nearest the card edge connector 25V P...

Page 97: ... any voice system NOTE The PL864 25S is not required for strobe circuits connected to either the CSM 4 or MMB 1 2 Determine which circuits will be used Then place the PL864 plug on cards one at a time over the connectors on the PLC 4 card for the desired circuits Locate P1 of each PL864 card near the edge connector of the PLC 4 card Press down until the card seats properly Apply pressure near the ...

Page 98: ...out for the address of the module Use the Net work Address Programming Table at the end of this chapter to set the address for this switch The RCM 1 has a second bank of DIP switches S2 which must be correctly configured for the RCM 1 to operate properly Use the tables in the RCM 1 Connections and Ratings section of Chapter 4 in this manual to set these switches for the connection style you are us...

Page 99: ...X X X O X X O X X X X X O O O X X X X X O X O X X X X X X O O X X X X X X X 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 X O O O O O O O X O O O O O O X X O O O O O X O X O O O O O X X X O ...

Page 100: ... turns off automatically after 5 minutes of sys tem inactivity The System has several displays When the System is Normal it displays time date SYSTEM system message NORMAL When a trouble event has been annunciated for example the System alternates between the following three displays address custom message ACK STATUS or BLANK event number device type or trouble type IN 0UT address type of device i...

Page 101: ...hen lit the LEDs light emitting diodes indicate various conditions as follows SYSTEM CONTROL LEDs LED Indicates ALARM Flashes when there is a least one unacknowledged fire alarm glows steadily when all fire alarms are acknowledged AUDIBLES SILENCED Flashes when at least one notification appliance circuit NAC is active glows steadily when all silenceable NACs are silenced SUPERVISORY Flashes when t...

Page 102: ... may assign a module to any address on the System and assign addresses in any order mixing differ ent types of modules and leaving gaps in the numbering provided you do not use the fixed addresses COMMAND KEYPAD Key Purpose Select the item to the left of what is flashing on the display unless entering a number Ø Select the item to the right of what is flashing on the display unless entering a numb...

Page 103: ...ensed form 80 charac ters across You can cancel the printing at any time by pressing CLEAR the System will print the following This listing prematurely terminated Modes Of Operation The MXL alphanumeric display annunciator has five modes of operation 1 Alarm 2 Supervisory 3 Trouble 4 Security 5 Normal This order ensures that alarms always take priority over all other conditions In turn supervisori...

Page 104: ...message 002 time date IN ALR Message 3 ALARMS 002 SUPERVISORY 000 TROUBLES 000 SECURITY 000 In addition the System responds to alarms with programmed output functions such as other audible signals In the previous messages 1 001 represents the address of the device reporting the alarm On the display not all leading zeros are shown If your System includes a printer note that the leading zeros are no...

Page 105: ...prints a message similar to the following ACK Alarm 12 05 44 Dec 31 20xx All Alarms Are Now Acknowledged How to Block Acknowledge an Alarm NFPA 72 Local 72 Municipal Tie 72 Remote Station Note the specific location of the alarm s by using the procedures described above Unlock and open the door Press ALARM ACK to acknowledge all alarms The System displays the following message ALL ALARMS ACKNOWLEDG...

Page 106: ...the device reporting the supervisory 002 in the first message tells you that this is the second and the most recent of two supervisories received The status information in the third message reports the total of alarms supervisories troubles and security conditions If your System includes a printer it prints a message from two to four lines long similar to the following SUPERV 1 1 11 59 59 Dec 31 2...

Page 107: ...knowledge a Supervisory NFPA 72 Local 72 Municipal Tie 72 Remote Station Note the specific location of the supervisories by using the procedures described above Unlock and open the door Press SUPV ACK to acknowledge all supervisories The System displays the following message ALL SUPERVISORIES ACKNOWLEDGED If your System includes a printer it prints the following message ACK Supervisory 11 59 59 De...

Page 108: ... which reported device type is the type of device in trouble Viewing the List of Troubles To see the trouble list when there is more than one trouble press NEXT on the MKB the System displays the most recent trouble first How to Individually Acknowledge a Trouble NFPA 72 Proprietary UL 1076 Press TRBL ACK The System acknowledges the trouble displayed and then displays the next unac knowledged trou...

Page 109: ...ic display on the MKB to alternate in a sequence among the three messages shown below This example assumes that two security conditions were received Message 1 1 001 custom message 002 device type IN SEC Message 2 1 001 custom message 002 time date IN SEC Message 3 ALARMS 000 SUPERVISORY 000 TROUBLES 000 SECURITY 002 In addition the System responds to security conditions with programmed output fun...

Page 110: ...ssage includes the term ACK to indicate this security condition was acknowledged Continue acknowledging security conditions as explained above until the System displays the following message ALL SECURITY CONDITIONS ACKNOWLEDGED The SECURITY LED glows steadily to indicate that all security conditions are acknowledged and the internal audible goes silent If your System includes a printer it prints t...

Page 111: ...NOT ALL ACKNOWLEDGED YET or SUPERVISORY NOT ALL ACKNOWLEDGED YET or TROUBLES NOT ALL ACKNOWLEDGED YET or SECURITY NOT ALL ACKNOWLEDGED YET or AUDIBLES NOT ALL SILENCED YET If your System has a printer it prints a message similar to the following and adds SYSTEM NOT RESET on the bottom line RESET 12 50 58 Jul 03 20xx Not All Acknowledged Yet System Not Reset When the System performs a Soft Reset th...

Page 112: ...ber of events in the System some of the characters in the first and second lines have been lost NN NODE 1 64 MMM MODULE 1 253 DDD DEVICE 1 254 ALARM The 3 event displays are formatted as follows for an alarm condition NN MMM DDD custom message ACK 1 time date IN ALR NN MMM DDD custom message ACK 1 device type IN ALR ALARMS 1 SUPERVISORY 0 TROUBLES 0 SECURITY 0 SUPERVISORY The 3 event displays are ...

Page 113: ...ts in a broadcast XNET message to all nodes to acknowledge all events in that queue Panels process the event just as if the key press had occurred at one of its MKBs A success code or error code is sent to the NODE that initiated the global acknowledge An acknowledgment message is displayed and printed and the appro priate LED is updated when the MXL determines all events at that level have been a...

Page 114: ... through the System events globally in the priority order established earlier HOLD This key operates the same as in the local mode Function Keys These keys operates the same as in the local MKB Numeric Keypad These keys operates the same as in the local MKB Voice Operations The Voice operations usually begin by pressing one of the VSM switches applying to the four main categories Page Evac Alert o...

Page 115: ... can send this tone to all zones or to selected zones When superseded in a particular zone an Alert will become active again when the Evac or Page is finished Other Other is the lowest priority and is superseded by a Page announcement or an Evac or Alert tone Other is a multipurpose category hence its name it can be supplied by an MXLV resident tone generator or an external audio source a backgrou...

Page 116: ...in conditions e g Alarm Trouble See the CSG M Manual P N 315 090381 Manual Voice Operation You can manually initiate an Evac or Alert state or modify an automatically active condition by using Voice Switch VSM SWITCHES BY FUNCTION Paging ALL CALL SEL PAGE PAGE TO EVAC PAGE TO ALERT PAGE TO OTHER PHONE PAGE WARDEN PAGE Evacuation ALL EVAC SEL EVAC Alert ALL ALERT SEL ALERT Other ALL OTHER SEL OTHER...

Page 117: ...e or deactivate specific zones to the selected tone Press the appropriate SEL button and a zone button to activate the tone on that zone Press the zone button again to deactivate that zone The SEL functions turn off automatically after 2 minutes of inactivity Only one SEL function can be active at a time NOTE Remember the priorities of the sound categories when using the ALL and SEL functions Page...

Page 118: ...hone is being used for a page you can cut in with the micro phone to make an emergency an nouncement Paging with the master telephone is the same as using the microphone To page from the master telephone Press the button for the page category that applies ALL CALL SEL PAGE PAGE TO EVAC PAGE TO ALERT or PAGE TO OTHER If applicable press zone buttons to select the zones to be paged Press PHONE PAGE ...

Page 119: ...ashing indicating that the zone is no longer silenced or even active and thus will not reactivate when audibles are unsilenced DISPLAY AUTOMATIC Causes the yellow LED to flash on all zones that are automatically activated whether silenced or not It can be manually turned off by pressing it again and will turn itself off after 2 minutes AUDIO PREVIEWING Use the following functions to preview audio ...

Page 120: ...onnected to the common talk line Telephones from different zones must be selected at the command console before they can join the common talk line Telephone Zone LEDs A call in from any telephone zone causes the zone s red LED to flash and the call in audible to sound When you press the switch for that zone the audible goes silent and the LED glows steady The zone is then connected to the common t...

Page 121: ...source to supply the OTHER sound CLEAR MANUAL Permanently clears all manual speaker zone selections DISPLAY OFF To turn off LEDs that showed zones currently active for a particular tone The zones are still active DISPLAY AUTOMATIC Shows via yellow flashing LEDs the zones that have been activated automatically whether currently silenced or not CH 1 TO LOCAL SPEAKER To preview the audio available on...

Page 122: ...ECTIVE EVAC ALL ALERT SELECTIVE ALERT ALL OTHER SELECTIVE OTHER x x x x x x x x 4 Press buttons for zones to receive the signal Zone LEDs will light Press again to cancel a selection x x x x 5 Remove microphone from holder Press and hold key switch x x x 6 When pre announce tone ends and Ready to Page LED lights continue holding key switch and speak into the microphone x x x VOICE SYSTEM OPERATION...

Page 123: ...h is requesting access for global control GLB_DENY_ACS To deny access to another MXLV which is requesting access for global control Upon gaining access to global control GLB_ALL_CALL To activate a PAGE to all speaker zone outputs connected to the MXLV network Every local paging riser must be available for GLB_ALL_CALL to operate GLB_PG_AVAIL To activate a PAGE to all available speaker zone outputs...

Page 124: ...ring a one minute period the System returns to the previous item To end a menu session and return to the Main Menu or to leave the menu at any time press the Up Ù arrow key to go backward one menu level each time Entering Your Password If you select Control Test or Walktest the System asks for your password ENTER YOUR PASSWORD Type your 1 5 digit password using the numeric keypad The System shows ...

Page 125: ...s MMM including leading zeros and press ENTER When you type the module number use the Left arrow key as a backspace key to erase errors DEVICE ADDRESSES BY MODULE TYPE Module Type Device Type Device Address Range MMB 1 2 Common Alarm Relay 001 Common Trouble Relay 002 Supervisory or User Programmable Relay 003 NAC 1 004 NAC 2 005 Pseudo Points 006 250 CSM 4 Circuit 1 001 Circuit 2 002 LED 1 005 LE...

Page 126: ...message as well If there is at least one unacknowl edged alarm the menu shows the most recent unacknowledged alarm on both lines of the display as in the following 29 041 custom message 007 device type IN ALR In the previous display 29 is the module number 041 is the device number the message on the first line is the custom message for the device at that location 007 indicates that this is the sev...

Page 127: ...3 28 Operation MXL Menu NOTE All menu items may not ap pear depending upon your System configuration Technical Manuals Online http www tech man com firealarmresources com ...

Page 128: ...in LEDs Voltage Voltage Trbl_only Security_only Hist_Ctrl Remote Remote Display Current Current Options Password Set_time Power MKB1_Lamptest Device_LED MOI_Lamp_Test PAX_Lamptest ACM_Lamptest X_Network M_Network NET7_Diags Override Det_cleaned Event_log Pyro_Diags Pre_alarm ASD_Devices Summarize Manual_Activate Technical Manuals Online http www tech man com firealarmresources com ...

Page 129: ...wledged supervisory the menu shows the most recent unac knowledged supervisory on both lines of the display as in the following display 32 045 custom message 012 device type IN SUP In the previous display 32 is the module number 045 is the device number the message on the first line is the custom message for the device at that location 012 indicates that this is the twelfth supervisory device type...

Page 130: ... previous display 36 is the module number 050 is the device number the message on the first line is the custom message for that device 018 indicates that this is the eigh teenth trouble trouble type indicates the type of trouble and IN TBL identi fies the event as the occurrence of a trouble Press ENTER to acknowledge the trouble shown The System prints a message similar to the following message a...

Page 131: ...tes that this is the fifth security condition device type indicates the type of device causing the security condition and IN SEC identifies this as an off normal security condition Press ENTER to acknowledge the security condition shown The System prints a message similar to the follow ing message and removes that security condition from the unacknowledged security list ACK Security 42 058 16 11 4...

Page 132: ... is blinking The System will print a listing similar to the following System Status at 11 02 26 Jul 01 20xx 2 ALARM 2 ALARM ACK 0 SUPERV 0 SUPERV ACK 30 TROUBLE 30 TROUBLE ACK 0 SECURITY 0 SECURITY ACK In the previously printed message there are two alarms both of them acknowl edged no supervisory conditions 30 trouble conditions all acknowledged and no security conditions List Alarm The List Alar...

Page 133: ... supervisory in the sequence Pressing HOLD freezes a display for as long as you keep HOLD depressed When the System has shown all current supervisories it returns to the List menu To obtain a full printed list of super visories in the following format one item for each current supervisory press PRINT when the S in Supervsry is blinking Listing of all Supervisory at 14 35 20 Oct 09 20xx SUPERV IN 3...

Page 134: ...ng message and then returns you to the List menu No Security Exists If there is at least one security condi tion the System shows the most recent security condition alternating between the following two displays 1 001 custom message 002 device type IN SEC 1 001 custom message 002 time date IN SEC Press NEXT to show the two displays for the previous security condition in the sequence Pressing HOLD ...

Page 135: ... prints only 30 devices An ALD 2I module address contains and prints 60 devices Type In Module Number Type the three digit module number and press ENTER NOTE ALD 2I modules have two sequential module numbers one for each loop XLD 1 modules have four sequential module numbers one number for each analog loop The System prints the sensitivity settings High Med Norm Low or if there is no smoke detecto...

Page 136: ...t Voltages ID2 The display for XLD 1 ID2 voltage is similar to the following readings are dynamic 003 001 ID2 0 00 VOLTS If a binary data reading in hexadeci mal is wanted for any of the above voltages press the 0 key on the numeric keypad to toggle the display between the VOLTS response and the HEX response An example of the HEX display is 003 001 ANALOG2 16 HEX NOTE When you ask for any voltage ...

Page 137: ... ND 43 ND 44 ND 51 ND 52 ND 53 ND 54 ND When you select Sens the System prints the Sensitivity voltages for all devices assigned to the module in a format similar to the following ND No Device or device not a smoke detector Sensitivity voltages for module 1 1 2 75 2 ND 3 2 87 4 3 25 11 2 12 12 3 00 13 ND 14 ND 21 ND 22 ND 23 ND 24 ND 31 ND 32 ND 33 ND 34 ND 41 ND 42 ND 43 ND 44 ND 51 ND 52 ND 53 N...

Page 138: ...ays the following message Not Applicable or No Device If the device is an FP 11 or FPT 11 the temperature is displayed in the follow ing format 001 001 25 DEG C 77 DEG F Press NEXT to display the temperature of the FP 11 or FPT 11 at the next higher address in the same loop To leave the Temp menu without going through all subaddresses press the Up arrow Ù key The System displays the List menu List...

Page 139: ...e sequence 004 002 TYPE device type With each press of NEXT the System continues to display device types until there are no more devices for that module The System then returns to the List menu To proceed to another module follow the instructions above To print a list of devices assigned to a specified module press PRINT when the D is blinking to select Dev_type The System asks you for a module nu...

Page 140: ...xec Off 2 9 Camera Rm 10 Exec Off 3 11 Conf Rm List SW_Version Use List SW to show System Custom Message MXL Firmware Version The version of CSG M used to Create the System CSG M File Name Installed Date and Time of Installation To display information about the software version of your System press ENTER when the S is blinking to select SW_Version The System displays the CSG M assigned System cust...

Page 141: ...tial module numbers one number for each analog loop The System prints the output state of all the devices for the specified module in a format similar to the following Listing of Output States for Module 3 OCC 1 1 ZAC 30 Amplifier Zo OFF 2 ZAC 30Ampli 3 ZAC 30 Amplifier Zo OFF 4 ZAC 30Ampli 5 ZAC 30 Amplifier Zo OFF 6 ZAC 30Ampli 7 ZAC 30 Amplifier Zo OFF 8 ZAC 30Ampli 9 ZAC 30 Amplifier Zo OFF 10...

Page 142: ...ow settings in percent ft obscuration of the ILI and ILP series of detectors To display the percent ft obscura tion of one device press ENTER to select Percent ft The System asks you for a module number and device number Type In Module Device Type the three digit module number and three digit device number using the numeric keypad and press ENTER The System shows the following menu for that device...

Page 143: ...m displays the currently assigned application for the device specified Refer to the chart in Appen dix I Application Specific Detection Press NEXT to display the address and assigned application of each succeed ing device The System will exit the ASD_Apps menu if there are no more ASD devices in that module To print the operational characteris tics of the ASD devices assigned to an ALD Loop press ...

Page 144: ...e Arm an output device Disarm and de energize or ener gize an output device Enable or disable the operation of a loop of ALD 2I initiating devices Send a request to the Network Command Center NCC to discon nect the MXL from the network Change sensitivity and pre alarm settings in percent ft obscuration of the ILI and ILP detectors Change the application of an ASD device Control Reset Use Control R...

Page 145: ...System displays the Control menu Control Arm dis Use Control Arm dis to enable or disable the operation of an initiating device Select Arm dis The System asks you for the module number and device number of the device you wish to arm or disarm Type In Module Device Type the three digit module number and three digit device number using the numeric keypad and press ENTER The System offers you a choic...

Page 146: ...r making the change When the System has displayed the highest numbered device for the module specified it returns to the Control menu To arm or disarm and energize or de energize a device on a different module select Output_on off and follow the previous instructions Control Loop_arm Use Control Loop_arm to enable the operation of a loop of ALD or XLD initiating devices Select Loop_arm The System ...

Page 147: ...s the smoke detector reading in ft obscuration and Norm is the text sensitivity range corresponding to the ft readings Use the left and right arrow keys on the keypad to lower or raise the ft reading Refer to the Sensitivity and Pre Alarm Settings chart After you change the sensitivity set ting the System prints the information for the selected device in a format similar to the following CMD Chang...

Page 148: ... password before you can use the Test functions SENSITIVITY AND PRE ALARM SETTINGS Sensitivity Photo Ion Adjustment Increment 25 ft 12 ft Range 1 25 3 4 ft 6 1 6 ft Default Norm 3 0 ft 1 4 ft Pre Alarm Photo Ion Adjustment Increment 25 ft 12 ft Range 25 2 0 ft 25 75 ft Default 1 5 ft 75 ft NOTE Because the pre alarm and sensitivity settings overlap set the pre alarm to at least an increment below ...

Page 149: ...xx Type the time and date using the numeric keypad in the following format hour minute second_month day year Press ENTER to set the time and date The System prints the current time and date on the printer and returns you to the Test menu Test Gnd_flt Use Test Gnd_flt to test the present condition of the ground fault detection circuitry Select Gnd_flt and press ENTER The System displays the followi...

Page 150: ...in Current Select Current The System shows the battery charge current in amps Batt Chg Cur 1 5 Amps Press the Up arrow Ù key twice to return to the Power menu To print the AC Voltage Battery Voltage and Charging Current of the Main System press PRINT when the M in Main is blinking The System will print information in a format similar to the following Power Supply Statistics at 11 23 52 May 01 20xx...

Page 151: ...ions press the PRINT key when the when the R in Remote is blinking The System will print informa tion in a format similar to the following Power Supply Statistics for PSR 1 7 at 10 49 37 Feb 25 20xx Batt Voltage 27 2 volts Batt Chg Cur 0 0 amps DC Output 26 5 volts DC Output Cur 0 1 amps Gnd Fault Reference 11 4 volts AC Voltage 120 1 volts Options selected Transformer size 6 amps Max Batt Chg 2 0...

Page 152: ...he previous instructions Test MOI_Lamp_Test Use MOI_Lamp_Test to test the MOD 16 outputs of an MOI Select MOI_Lamp_Test and press ENTER The System asks you for a module number Type In Module Type the three digit module number using the numeric keypad and press ENTER If the MOI module is present in CSG M the MOD 16 outputs will be placed in a 30 second lamp test mode After 30 seconds these outputs ...

Page 153: ...rride and press ENTER The System displays the following submenu Alr Verify Alr Confirm Test Override Alr_Verify Select Alr_Verify and press ENTER The System shows the following submenu Override Yes No A blinking Y in Yes indicates that Alarm Verification Override is currently enabled A blinking N in No indicates that the Alarm Verification Override is currently disabled To enable Alarm Verificatio...

Page 154: ...onal if IEC is enabled in the CSG M Select Det_cleaned and press ENTER The System asks you for a module number and device number Type In Module Device Type the three digit module number and three digit device number using the numeric keypad and press ENTER After entering the address the MXL determines if the device is subject to IEC If the device is not subject to IEC or if IEC is not enabled for ...

Page 155: ...external data base before the log overflows 2 Circular Logging In the circular logging mode the MXL guarantees that the most current 500 events are stored in non volatile memory Once all available storage is used the oldest history entries are replaced by newer ones It is assumed that the end user selects this mode because he does not wish to maintain an external history database There fore only t...

Page 156: ...deleted 2 The history menu options do not alter the history mode selected in the CSG M To use Test Event_Log select Event_Log and press ENTER The System displays a filter menu NOTE If the user makes a selection from the filter menu using the ENTER key the output goes to the LCD display If the selection is made using the PRINT key the output goes to the System printer If the group of events selecte...

Page 157: ...evice Disarm a device Silence audibles Unsilence audibles CSG M Configuration changed No modifiers for this group Group 2 Alarm Trouble Securty Supervs Status Alarm causing device event Trouble causing device event Security causing device event Supervisory causing device event Status causing device event IN OUT ACK Condition now active Condition now inactive Condition now acknowledged Group 3 Sens...

Page 158: ...n a format similar to the following Listing Date Listing Conditions Event Type Modifier Event Locator Time Date nnn Event Description In the previous sample Listing Date identifies the report type in this case the history log and the date the report was generated Listing Condition shows the filter and starting date for this report Event Type identifies the type of history event that is being repor...

Page 159: ...UT 253 08 24 53 Aug 08 20xx 9 CERBERUS Pyrotronics ASD Testing Disabled MXL Panel NOTE If Test ASD_Devices is acti vated and left alone the System will automatically disable the test time out after four hours Test ASD_Devices is inhibited while the System is initializ ing or resetting Test Summarize Use Test Summarize to ignore known troubles and instead view one summa rized trouble for an entire ...

Page 160: ...ing logged to history taking up one of the 300 trouble slots and appearing in List Troubles requests All summarize selections are unaffected through RESET and default to CSG M setting at power up Test Summarize OFF When Summarize OFF is selected the System annunciates the following trouble System Commissioning Mode TRBL OUT and turns off the Partial System Dis able LED Preexisting Troubles sum mar...

Page 161: ...es A CZM 4 module 4 zones A conventional zone individual CZM 1B6 or CZM 4 zone MOI MID AnaLaser zones The Walktest menu has eight items from which to choose You must enter your 1 5 digit password before you can use the Walktest functions WARNING A device placed in Walktest is disconnected from its usual functions Alarm causing devices in Walktest do NOT cause alarms until the MXL is out of the tro...

Page 162: ...n o s e c i v e d t u p n i r o f t s e t k l a W o t k c a b d e e f e l b i d u a h t i w 4 M Z C a f o s e n o z r u o f l l a n o n a i c i n h c e t e h t D U A w _ e n o Z 6 B 1 M Z C e n o z l a n o i t n e v n o c l a u d i v i d n i n a r o f t s e t k l a W n a i c i n h c e t e h t o t k c a b d e e f e l b i d u a h t i w 4 M Z C r o L I S _ m e t s y S t u o h t i w s t u p n i 2 D L ...

Page 163: ...type IN OUT device address time date device type custom message trouble type if applicable The LCD displays the following for eight seconds 1 001 custom msg WLK IN OUT event type device type If the ALD 2 device has an LED it turns on for 30 seconds to provide additional feedback to the technician If the MXL detects multiple events they are automatically spaced 8 10 seconds apart to allow for separ...

Page 164: ...in alarm or trouble When the event is reported to the MXL the following sequence occurs When the System is in the audible Walktest mode all silenceable and non silenceable audibles that are not already active or disarmed sound the code depending on how the device is used in the CSG M See the Walktest Audible Codes table WALKTEST AUDIBLE CODES ALARM 2 seconds on then off SUPERVISORY 2 one second pu...

Page 165: ...hts the TROUBLE LED flashes the internal audible sounds and the Walktest activated trouble for the zone appears on the trouble list If a printer is in stalled the trouble is also printed The LCD display reads In Walktest Normal operation disabled ENTER to continue Press ENTER or wait 60 seconds and the display reads Walktest expires in 4 hrs unless cancelled ENTER to continue Press ENTER or wait 6...

Page 166: ...NING When performing a partial system Walktest DO NOT TEST any devices that are not in the Walktest as this will cause an alarm in the system Walktest Ending Sequence When 5 minutes remain in Walktest all silenceable and non silenceable audibles that are not already active or disarmed cycle on off five times 1 second on to indicate that the Walktest will time out in 5 minutes This occurs in both t...

Page 167: ...3 68 Operation Technical Manuals Online http www tech man com firealarmresources com ...

Page 168: ...nect the short 15 conductor ribbon cable P N 555 192242 from the ANN 1 P1 to P4 on the ACM 1 ACM 1 Connections and Ratings 4 1 Connect the 14 conductor ribbon cable P N 555 192236 from the TMM 1 P3 to P1 on the ACM 1 if used Connect the 50 conductor ribbon cable P N 555 192201 from the TBM 1 2 P3 to P2 on the ACM 1 Connect the 5 conductor wire cable P N 600 190220 from the TBM 1 2 P2 to P3 on the ...

Page 169: ...4 2 ACM 1 Connections and Ratings Wiring an ACM 1 that is Mounted on an MKB 2 Wiring an ACM 1 in a Remote Expander Enclosure Technical Manuals Online http www tech man com firealarmresources com ...

Page 170: ... Maximum capacitance 0 4µF between loop and loop 0 8µF between loop and chassis 0 8µF between loop and chassis 5 Each detector or group of detectors requires a two wire circuit of thermo plastic fixture wire enclosed in conduit or limited energy shielded cable without conduit if permitted by local building codes 6 No end of line device required 7 Operates in full conformance with Style 6 8 Operate...

Page 171: ...4 4 ALD 2I Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 172: ...put 1V RMS max All wiring must be in accordance with Article 760 of NEC or the local building codes Electrical connections Some signal is lost in the zone wires due to line resistance Refer to the tables below to determine the decibel loss for various wire gauges and lengths A reduction in load reduces the loss Use the largest wire size possible for the smallest loss SPEAKER ZONE DECIBEL LOSS for ...

Page 173: ...00W 1 4A each input output 6 Maximum loop length Refer to the decibel loss tables 7 The wire length includes The length of the wire from the ASC 1 to the amplifier the length of the wire from the ASC 1 to the ZC Series of audio cards and back and the length of the longest audio zone served by the amplifier 8 If there is no backup amplifier connect terminals 3 and 4 together If one backup amplifier...

Page 174: ...put 1V RMS max All wiring must be in accordance with Article 760 of NEC or the local building codes Electrical connections Some signal is lost in the zone wires due to line resistance Refer to the tables below to determine the decibel loss for various wire gauges and lengths A reduction in load reduces the loss Use the largest wire size possible for the smallest loss SPEAKER ZONE DECIBEL LOSS for ...

Page 175: ...6 Maximum loop length Refer to the decibel loss tables 7 The wire length includes The length of the wire from the ASC 2 to the amplifier the length of the wire from the ASC 2 to the ZC Series of audio cards and back and the length of the longest speaker zone served by the amplifier 8 End of Line device 24K W 5 P N 140 820405 9 If there is no backup amplifier connect terminals 3 and 4 together If o...

Page 176: ...0W 1 4A each input output 6 Maximum loop length Refer to the decibel loss tables 7 The wire length includes The length of the wire from the ASC 2 to the amplifier the length of the wire from the ASC 2 to the ZC Series of audio cards and back and the length of the longest speaker zone served by the amplifier 8 End of Line resistor 24K W 5 P N 140 820405 9 If there is no backup amplifier connect ter...

Page 177: ...4 10 ASC 2 Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 178: ...y having jurisdiction over the installation 2 All circuits are rated 2 volts peak to peak 1 3mA All circuits are supervised 3 Operates in full conformance with Style 4 CMI 300 Wiring Typical Class B Style 4 Connection 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 TB1 TB1 TB2 TB2 LLM 1 MOM 4 LLM 1 CXM 1 2 WIRE 18 AWG CABLE MIN USE 2 WIRE COPPER CABLE 105 C 300V 18 AWG SOLID OR STRANDED MAX 7 STRA...

Page 179: ... 2 All circuits are rated 2 volts peak to peak 1 3mA All circuits are supervised 3 Operates in full conformance with Style 7 CMI 300 Wiring Typical Class A Style 7 Connection NOTES 1 All wiring must conform to local codes and to the authority having jurisdiction over the installation 2 All circuits are rated 2 volts peak to peak 1 3mA All circuits are supervised 3 Operates in full conformance with...

Page 180: ...y Wiring NOTES 1 Contact rating 2A 30VDC 120 VAC resistive 2 Use only with power limited Class 2 circuits 3 Coils are supervised when de energized 4 Contacts are not supervised 5 All relay contacts are shown in normal de energized state MOM 4 TB 1 TB 2 TB 3 or TB 4 or MOM 2 TB2 or TB4 Technical Manuals Online http www tech man com firealarmresources com ...

Page 181: ...4 14 CRM 4 Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 182: ...ised Notification Appliance Circuit Electrical ratings Supervisory 24V unfiltered full wave rectified 12mA max Alarm 24V unfiltered full wave rectified 1 5A max NOTES 1 Power limited to NFPA70perNEC760 2 Minimum wire size 18 AWG 3 Maximum resistance 3 ohms total 4 End of line device 2 2K W P N140 820380 5 Either circuit may be wired Class A or B 6 Both circuits are supervised 7 Polarity shown in s...

Page 183: ...t exceed 22 5 ohms 3 Either circuit may be used 4 Polarity shown in supervisory state LEASED LINE NFPA 72 Remote Station All wiring must be in accordance with Article 760 of NEC and the local building codes When a CSM 4 circuit is used as a Leased Line trouble output SW1 and SW2 on switch S2 must be set These positions permit the degrade trouble bus to activate the trouble line Electrical Ratings ...

Page 184: ...ervisory state CSM 4 Loop Wiring for use as Releasing Service per NFPA 12A NFPA 13 and NFPA 2001 NOTES 1 Releasing zones are not power limited 2 Maximum resistance 3 ohms total 3 No end of line device required 4 Both circuits are supervised for opens only 5 Polarity show in supervisory state COMPATIBLE SOLENOIDS NFPA 13 ASCO Model T8210A107 ASCO Model R8210A107 ASCO Model 8210A107 SKINNER Model LV...

Page 185: ... 1 3 6 2 8 9 0 0 5 8 o r y P V 4 2 2 5 6 6 8 2 0 0 5 8 o r y P V 4 2 7 7 3 3 8 0 0 0 5 8 o r y P V 4 2 9 2 9 6 8 0 0 0 5 8 1 0 0 2 A P F N 0 0 2 M F o r y P P X E 4 2 S H C E 8 2 Solenoids supervised for opens only 3 Polarity shown in supervisory condition 4 Releasing circuits are not power limited 5 No end of line device used 6 Each MOM 4 must be powered from a separate ALARM SAF power supply 7 S...

Page 186: ... Only one PB 1191 and no additional devices can be connected to a CZM 1B6 Detector operated accesso ries cannot be used with the CZM 1B6 The model numbers listed are the UL compatibility identifiers NOTES 1 Power limited to NFPA 70 per NEC 760 2 Minimum wire size 18 AWG 3 Maximum resistance 35 ohms total 4 Each detector or group of detectors requires a two wire circuit of thermoplastic fixture wir...

Page 187: ... 8 3 7 7 2 6 6 1 5 5 5 5 4 8 8 3 7 7 2 6 6 1 4 4 4 3 3 3 2 2 2 1 1 1 4 4 4 3 3 3 2 2 2 1 1 1 MOM 4 TB2 MOM 4 TB1 LOOP 1 LOOP 1 LOOP 1 LOOP 2 LOOP 2 LOOP 2 MMB TB2 MMB TB3 1 1 1 1 1 1 1 2 2 2 2 2 2 2 3 3 3 3 3 3 3 4 4 4 4 4 4 4 5 5 5 5 5 5 5 6 6 6 6 6 6 6 7 7 7 7 7 7 7 8 8 8 8 8 8 8 9 9 9 9 9 9 9 CZM 1B6 CZM 1B6 CZM 1B6 CZM 1B6 CZM 1B6 CZM 1B6 CZM 1B6 ALD 2I CLASS A INSTALLATION See notes 7 and 11 ...

Page 188: ... 090911 the MMB 1 Installation Instructions P N 315 090375 or the MMB 2 InstallationInstructions P N 315 095097 as applicable 3 12 4 11 5 10 6 9 3 12 4 11 5 10 6 9 MMB TB5 PSR 1 TB3 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 6 6 6 6 6 6 6 6 7 7 7 7 7 7 7 7 8 8 8 8 8 8 8 8 9 9 9 9 9 9 9 9 CZM 1B6 CZM 1B6 CZM 1B6 CZM 1B6 CZM 1B6 CZM 1B6 CZM 1B6 CZM 1B6 CLASS A IN...

Page 189: ...s the MS 51 Manual Station may be used Intrinsically Safe Zone Wiring FM Approved Only Not UL Approved 7 WARNING Do not make any connection to terminal 6 of the DB 3S base Such a connection would void use in an intrinsically safe application 8 In addition S121 and S122 are also approved for use in Class II and Class III Groups E F and G 9 For guidance on installation see ANSI ISA RP 12 6 Installat...

Page 190: ...may be wired Class A Style D or Class B Style B 6 30 devices maximum per loop 7 All circuits are supervised 8 Do not connect more than one PBA 1191 to each zone Refer to PBA 1191 instruction P N 315 095424 for further information 9 Do not mix smoke detectors with the PBA 1191 10 The PBA 1191 requires Rev 3 or higher of CZM 4 firmware Initiating devices per zone Up to 30 detectors any combination o...

Page 191: ...4 24 CZM 4 Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 192: ...e use both pairs of connectors A and B Two Fiber Optic cables are required between each pair of D2300CPs Use a high quality duplex Fiber Optic cable containing either 50 125 or 62 5 125 fiber Duplex fiber optic cable has two cables in a single shield similar to electrical zip cord Use ST style fiber connectors Follow the manufacturer s instructions for terminating the fiber When installing the fib...

Page 193: ...ppendix D MXL Power Supply Load Calculations and include the D2300CP in this calculation If the total is greater than the ratings for either the MMB 1 2 or PSR 1 a PS 5A must be used to power the D2300CP Refer to the PS 5A Installation Instruc tions P N 315 092367 for wiring diagrams Wiring the D2300CP as Both a Repeater and End Point Unit Technical Manuals Online http www tech man com firealarmre...

Page 194: ...4 27 D2300CP Connections and Ratings Wiring the RS 485 Network in Style 4 Wiring the RS 485 Network in Style 7 Technical Manuals Online http www tech man com firealarmresources com ...

Page 195: ...4 28 D2300CP Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 196: ...wing Output Connections NOTES 1 Power limited to NFPA 70 per NEC 760 2 Minimum wire size 18 AWG 3 Maximum resistance 3 ohms total 4 Use shielded twisted pair cable for output connections J1 audio input level 10mV RMS nominal 25mV RMS max J2 audio input level 500 mV RMS nominal 1 5V RMS max Total time for all custom recorded phrases 30 seconds Technical Manuals Online http www tech man com firealar...

Page 197: ...nections 5 Theamplifiercanbeany UL listed unit rated for the connected speaker withaninputimpedance of 10K ohms or higher The amplifier is not part of the MXLV System 6 During benchtop recording the OMM 1 2 module used must not be part of an MXLV System DMC 1 Wiring Diagram Showing Benchtop Manual Recording Connections Technical Manuals Online http www tech man com firealarmresources com ...

Page 198: ... 0 0 1 3 3 3 0 8 2 0 5 2 0 0 2 0 5 1 0 0 1 2 6 8 2 7 6 2 3 3 2 0 0 2 7 6 1 0 0 1 1 3 9 2 3 8 2 7 6 2 0 5 2 3 3 2 0 0 2 5 6 9 2 2 9 2 3 8 2 5 7 2 7 6 2 0 5 2 R E S I R N O 6 B P C I H C A E R O F E C N A T S I S E R P O O L M U M I X A M S E T O N s e r i w h t o b r o f e r a d e i f i c e p s s e c n a t s i s e R 1 g n i s u s d n e m m o c e r c n I s e i g o l o n h c e T g n i d l i u B s n e...

Page 199: ... for each ICP B6 output circuit ICP B6 Used as a Strobe Module POWER LIMITED STYLE Y STYLE Z 15K 1 2W 5 EOL RESISTOR P N 140 820400 15K 1 2W 5 EOL RESISTOR P N 140 820400 SUPERVISED STROBE ACTIVATION SUPV 9VDC 5mA ACTIVATED 24VDC 1 5A MAX POLARITY SHOWN IN SUPV CONDITION ICP B6 MODULE IS USED FOR NAC SUPERVISION AND ACTIVATION ICP B6 MODULE IS USED FOR NAC SUPERVISION AND ACTIVATION 24 VDC NAC UNI...

Page 200: ...4 33 ICP B6 Connections and Ratings ICP B6 Wiring Using TRI 60 B6 ICP B6 Wiring Using PSR 1 Technical Manuals Online http www tech man com firealarmresources com ...

Page 201: ...from both system circuits and earth ground and that the shields are connected together using terminal 5 of TB2 3 Using the ICP B6 as a 70 Volt Speaker Zone When the ICP B6 is used as a speaker zone the 24 VDC provides the supervi sion If the 24 volts is lost or there is an open or shorted speaker output line the trouble condition INPUT DEVICE RESPONSE TOO LOW displays at the MXL MXLV and the relat...

Page 202: ...rity having jurisdiction over the installation 2 The shield on the common talk riser must be continuous and connected only to DC common at the TBM 3 Each FJ303 has a factory installed 10K EOL resistor This must be removed from all but the last FJ303 on each loop Technical Manuals Online http www tech man com firealarmresources com ...

Page 203: ...4 36 ICP B6 Connections and Ratings ICP B6 Used as a 70 7V Speaker Zone Technical Manuals Online http www tech man com firealarmresources com ...

Page 204: ...ier via the ASC 2 Amplifier Spervision card The ASC 2 supervises the audio connection path to the ICP B6 and provides up to 100 watts of power The ASC 2 can be used as Style Y Class B or Style Z Class A Refer to the ASC 2 Instructions P N 315 092085 When the ICP B6 is used as a speaker zone the output speaker lines are supervised and power limited The audio output cannot exceed 35 watts Connect th...

Page 205: ...4 38 ICP B6 Connections and Ratings ICP B6 Used as a 25V Speaker Zone Technical Manuals Online http www tech man com firealarmresources com ...

Page 206: ... MMB 2 Disconnect the AC mains Connect the MPS 12 12W power cable to P14 of MMB 2 MMB 2 Connections and Ratings 4 39 Battery power connection The MMB 2 kit includes a battery cable wiring harness Use the harness to connect the 24V backup batteries to P2 of MMB 2 MOM 4 optional module card cage There are two connections between the MMB 2 and the MOM 4 board 1 24V power connection P3 provides backwa...

Page 207: ...e with the CZM 1B6 Remote Conventional Zone module You may connect a maximum of 20 CZM 1B6s to this power source MOM 4 24V Wiring 9 10 11 12 _ TB5 CZM 1B6 CZM 1B6 CZM 1B6 T TAPPING ALLOWED CLASS B WIRING CZM 1B6 Supervised Auxiliary Power Class B Wiring 9 10 11 12 _ _ TB5 CZM 1B6 NO T TAPPING ALLOWED CLASS A WIRING CZM 1B6 Supervised Auxiliary Power Class A Wiring Class B wiring can be used to obt...

Page 208: ... types To install a device for Class A refer to the wiring diagram below and the electrical ratings Analog loop electrical ratings Supervisory 30 VDC peak 66mA max Alarm 30 VDC peak 66mA max 60 devices in alarm All wiring must be in accordance with Article 760 of NEC and the local building codes Only the devices listed in Appendix A Table 2 Analog Addressable Detec tors on page A 1 may be used The...

Page 209: ...etected MMB 2 Relay Wiring Notification appliance circuits TB5 1 4 and TB5 5 8 These circuits are for notification appliances only NFPA 72 Local For NFPA 72 Municipal Tie or NFPA 72 Leased Line use the Model CSM 4 All wiring must be in accordance with Article 760 of NEC and local building codes NOTES 1 Power limited to NFPA 70 per NEC 760 2 Minimum wire size 18 AWG 3 Maximum resistance 3 ohms tota...

Page 210: ...ring diagrams NOTES 1 Power limited to NFPA 70 per NEC 760 2 Minimum wire size 18 AWG 3 Maximum resistance 80 ohms total 4 Use twisted pair or shielded twisted pair 5 Terminate the shield ONLY at the MMB 2 chassis 6 Maximum voltage 8V P P 7 Maximum current 150mA MMB 2 Fuses S G N I T A R E S U F 1 F t u p n I 6 S P M G A 3 A 8 w o l B l a m r o N 2 F y r e t t a B l a s r e v e R G A 3 A 0 2 w o l...

Page 211: ...4 44 MMB 2 Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 212: ...onnection is called a Remote Style 7 In this configuration all the terminals of TB1 are used Install the MOI 7 at any point along the Style 7 network except at either end The Style 7 network must terminate on a NET 7 module to insure proper supervi sion of the network Each MOI 7 connected directly to the network wiring occupies one of the 32 network nodes Do not use connector P5 in this configurat...

Page 213: ...on the TB2 position 1 connects to the MOD 16 MID 16 and position 2 to PSR 1 TB3 2 or to PS 35 terminal 6 MOD 16 and MID 16 Connection P4 is the connector for the MOD 16 MID 16 modules Connect the first MOD 16 MID 16 in the system using a 10 wire cable P N 555 190940 Be sure that the locking tab on the cable en gages the rib on P4 MOD 16 and MID 16 Wiring Figure 1 Technical Manuals Online http www ...

Page 214: ...st Use a normally open momentary switch connected between terminal 1 and 2 of TB3 NOTES 1 Power limited to NFPA 70 per NEC 760 2 Minimum wire size 18 AWG 3 Maximum resistance 80 ohms per pair 4 Use twisted pair or shielded twisted pair 5 Terminate the shield ONLY at the MMB 1 2 enclosure 6 Maximum voltage 8V P P 7 Maximum current 150mA 8 For Style 4 network omit all Network B connections and subst...

Page 215: ...he power supply for the MOI 7 In this configuration the MOI 7 and the PSR 1 must be in the same enclosure A separate 5V output is provided for the MOI 7 The PSR 1 local trouble contact must also be connected as a means of reporting PSR 1 troubles to the MXL If the MOI 7 is in a separate enclosure do not use the 5V power on P9 A separate PS 5A must be included in the remote enclosure with the MOI 7...

Page 216: ...7 non network modules is unsuper vised Any wiring leaving the enclosure must be within 20 feet in rigid conduit and must not leave the room 6 For additional information see MOI 7 Installation Instructions P N 315 092799 7 A maximum of 8 MOD 16s can be used with the MOI 7 8 Both TB1 9 or 10 and TB2 9 or 10 must be connected to the common of the power supply MOD 16 Electrical ratings Supervisory 40V...

Page 217: ...ork modules is unsupervised Any wiring leaving the enclosure must be within 20 feet in rigid conduit and must not leave the room 6 For additional information see MOI 7 Installation Instructions P N 315 092799 7 A maximum of 8 MID 16s can be used with the MOI 7 8 P1 is connected in parallel with TB1 9 P2 is connected in parallel with TB2 MID 16 Electrical ratings Module power 5VDC 2mA max Input rat...

Page 218: ...ty with the MMB 1 Connect one end of the cable to P3 on the MMB 1 making sure the cable rib and board tab lock Attach the other end of the cable to P5 P8 on the MOM 2 in the same way The MMB 1 limits this power input to 2 amps Under maximum load condi tions the optional modules must never draw more than 2 amps from this connection MOM 2 Connections and Ratings 4 51 When the 24 VDC is provided by e...

Page 219: ...e maximum load current to the MOM 2 does not exceed 2 amps MMB 1 or with a PSR 1 MMB 2 6 amps MPS 6 6W or 12 amps MPS 12 12W Include the total alarm current on each CSM 4 notification appliance circuit when performing the calculations EXAMPLE With one CZM 4 and one CRM 4 and one CSM 4 Total load current 0 720 0 075 0 034 0 83A With MPS 6 6W Remaining Available Current 2 0 0 83 1 17A MMB 1 6 0 0 83...

Page 220: ...ty with the MMB 1 Connect one end of the cable to P3 on the MMB 1 making sure the cable rib and board tab lock Attach the other end of the cable to P5 P8 on the MOM 4 in the same way The MMB 1 limits this power input to 2 amps Under maximum load condi tions the optional modules must never draw more than 2 amps from this connection MOM 4 Connections and Ratings 4 53 When the 24 VDC is provided by e...

Page 221: ...e maximum load current to the MOM 4 does not exceed 2 amps MMB 1 or with a PSR 1 MMB 2 6 amps MPS 6 6W or 12 amps MPS 12 12W Include the total alarm current on each CSM 4 notification appliance circuit when performing the calculations EXAMPLE With one CZM 4 and one CRM 4 and one CSM 4 Total load current 0 720 0 075 0 034 0 83A With MPS 6 6W Remaining Available Current 2 0 0 83 1 17A MMB 1 6 0 0 83...

Page 222: ...T tap the network wiring If T tapping is required use the REP 1 D2300CP repeater Refer to the NOTES 1 Power limited to NFPA70perNEC760 2 Minimum wire size 18 AWG 3 Maximum resistance 80 ohms per pair 4 Use twisted pair or shielded twisted pair 5 Terminate the shield ONLY at MXL panel 1 6 Maximum voltage 8VP P 7 Maximum current 150mA 8 For Style 4 omit all Network Pair B connections 9 Do not use te...

Page 223: ...ber This panel number is in addition to the panel number for the MXL system that the NCC connects to The total number of panels in the network must not exceed 64 including the NCC For NIM 1Rs that are not connected to an NCC leave terminals 12 16 disconnected NIM 1R and NCC Wiring Figure 2 NOTES 1 Power limited to NFPA 70 per NEC 760 2 Minimum wire size 18 AWG 3 Maximum cable length 25 feet 4 Cabl...

Page 224: ...tem In networked systems each MXL can support up to four FSI ports For networked systems each FSI port must be configured as either local or global in the CSG M Local FSI ports display information only on the MXL System to which they are connected Global FSI ports display all events in all MXL Systems Refer to the CSG M Manual P N 315 090381 for further information NOTES 1 Power limited to NFPA 70...

Page 225: ... Complete wiring of the converter before installing the ACC 1 in the enclosure Place the end of line resistors in the locations specified in Figure 4 below Install the cable P N 500 693801 between the converter and the ACC 1 Refer to the AnaLASER Air Sampling Smoke Detection Manual P N 315 092893 for connection to the AnaLASER detector and power supply as well as mechanical mount ing of the ACC 1 ...

Page 226: ... wire size 14 AWG twisted pair shielded Minimum wire size 18 AWG twisted pair shielded OCC 1 Connections and Ratings 4 59 Maximum loop resistance 20 ohms for all wires End of Line Resistors Audio risers 10K W 5 P N 140 820396 Telephone risers 5 6K W 5 P N 140 820390 Technical Manuals Online http www tech man com firealarmresources com ...

Page 227: ...gh 5 24 VDC input a Wire the NC or NO dry contact input across terminals 13 and 14 b Wire the normally low or normally high 5 24 VDC input to terminal 14 The EL 410C D power battery supervision is normally low input 5 When using the PLC 4 connect OCC 1 terminal 15 to PLC 4 terminal block terminal 11 and OCC 1 terminal 16 to PLC 4 terminal block terminal 12 Refer to the PLC 4 PL864 Installation Ins...

Page 228: ...g these modules to the OMM 1 terminal blocks OMM 1 Connections and Ratings 4 61 If the system includes more than one OMM 1 use the 14 conductor ribbon cable P N 555 192155 to connect P1 of the first OMM 1 to P2 of the second OMM 1 If there is a third OMM 1 connect P1 of the second OMM 1 to P2 of the third OMM 1 No more than three OMM 1s can be connected together in an MME 3 enclosure In an MLE 6 e...

Page 229: ...e OMM 1 use the short 8 conductor cable P N 555 190967 to connect P3 of the left hand OMM 1 to P4 of the OMM 1 that is to its right This cable is polarized Observe polar ity and DO NOT USE EXCESSIVE FORCE The black tracer on the cable indicates the location of pin 1 If there is a third OMM repeat this step OMM 1 Wiring Technical Manuals Online http www tech man com firealarmresources com ...

Page 230: ...g these modules to the OMM 2 terminal blocks OMM 2 Connections and Ratings 4 63 If the system includes more than one OMM 2 use the 14 conductor ribbon cable P N 555 192155 to connect P1 of the first OMM 2 to P2 of the second OMM 2 If there is a third OMM 2 connect P1 of the second OMM 2 to P2 of the third OMM 2 No more than three OMM 2s can be connected together in an MME 3 enclosure In an MLE 6 e...

Page 231: ...e OMM 2 use the short 8 conductor cable P N 555 190967 to connect P3 of the left hand OMM 2 Wiring OMM 2 to P4 of the OMM 2 that is to its right This cable is polarized Observe polar ity and DO NOT USE EXCESSIVE FORCE The black tracer on the cable indicates the location of pin 1 If there is a third OMM repeat this step Technical Manuals Online http www tech man com firealarmresources com ...

Page 232: ...r used in the System NOTES 1 Terminals TB1 8 and 9 are connected together on the PIM 1 2 The busy signal from the printer prevents the loss of characters if the printer falls behind Refer to the printer manual for the proper pin usually 11 TB1 3 or 20 TB1 9 PIM 1 Wiring POWER LIMITED Leave jumper G1 in place if the System printer is supervised Cut jumper G1 if the System has an unsupervised printe...

Page 233: ...4 66 PIM 1 Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 234: ...by Power requirements 120 VAC 0 15A for 24 hours PIM 2 SERIAL INTERFACE COMMUNICATION PARAMETERS Dipswitch Position SW1 Located at rear of PIM 2 1 2 3 4 5 6 7 8 Baud Rate 9600 4800 2400 1200 300 OFF ON OFF ON ON ON ON OFF OFF ON OFF OFF ON ON ON Data Bits 8 7 OFF ON Parity Even Odd OFF ON Parity Disable Enable OFF ON Flow Control Hardware Software OFF ON Port Type OFF NOTE When setting switch S1 O...

Page 235: ...SON FX command set 6 The PIM 2 input and output connectors are DB 25 female 7 Pressing RESET on the PIM 2 causes the unit to read the SW1 settings The status LED is lit when the unit is powered Do not use the COPY button 8 For NFPA Proprietary and UL 1076 configurations use parallel printer Model PAL 1 a UL listed for fire parallel printer 9 The parallel printer is supervised for AC on off line pa...

Page 236: ... or higher of CXL firmware to support this option 6 PAL 1 is supervised for AC on off line paper out paper jam and connection to PIM 2 7 PIM 2 is supervised for power connection to printer and CXC 2 8 Set the dipswitches on the back of the PIM 2 for 9600 baud odd parity 7 data bits 1 stop bit and software flow control XON OFF PIM 2 to CXL Wiring PIM 1 CXC 2 with D Connector TO PIM 2 INTERFACE REQU...

Page 237: ...4 70 PIM 2 PAL 1 Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 238: ...leads properly Maintain the proper routing and distances between the wiring that is power limited termi nals 15 22 and wiring that is not power limited terminals 1 8 Refer to the MME 3 or MLE 6 Power Limited Wiring Instructions P N 315 094883 or 315 094970 as applicable for further information When wiring for strobe cards Connect PLC 4 PL864 25S terminals 11 and 12 to the OCC 1 terminal block term...

Page 239: ...h circuit Audio 100W at 25V RMS 100W at 70 7V RMS Strobe 24 VDC at 4A 96W 4 Wiring shown for Circuit 1 is typical of circuits used for audio Use the PL864 25A for 25V RMS circuits Use the PL864 70A for 70 7V RMS circuits 5 Wiring shown for Circuit 4 is typical of circuits used for strobes Use the PL864 25S plug on card only Technical Manuals Online http www tech man com firealarmresources com ...

Page 240: ...Wiring NOTES Wiring restricted to the same room and within conduit not to exceed 20 ft Refer to the installation instructions listed below as appropriate EL 410C P N 315 091460 EL 410D P N 315 094916 MMB 1 P N 315 090375 MMB 2 P N 315 095097 MOI 7 P N 315 092799 PS 35 P N 315 085062 PSR 1 P N 315 090911 Technical Manuals Online http www tech man com firealarmresources com ...

Page 241: ...4 74 PS 5A Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 242: ...e in the last position on a Style 7 Network Use a NET 7 at each end of the network to provide proper supervision Use screw terminals 1 and 2 for Network A termi nals 3 and 4 for Network B NOTES 1 Power limited to NFPA 70 per NEC 760 2 Minimum wire size 18 AWG 3 Maximum resistance 80 ohms per pair 4 Use twisted pair or shielded twisted pair 5 Terminate the shield ONLY at the MMB 1 2 enclosure 6 Max...

Page 243: ...a remote enclosure use a PS 5N7 module to drive an OMM 1 if the following conditions apply 1 The remote enclosure is not con nected to the MMB 1 2 and 2 There are multiple MXLs that are not networked Adding a PS 5N7 and an OMM 1 under there conditions provides power as well as communication with the MXLV POWER RESTRICTIONS 5V max current 500mA OMM 1 0mA OCC 1 22mA ASC 1 29mA ASC 2 29mA ZC1 8B 31mA...

Page 244: ... Enclosure Wiring Refer to the following Installation Instructions for further information ACM 1 P N 315 092083 TBM 2 P N 315 093782 VFM 1 P N 315 092064 VLM 1 P N 315 092064 VSM 1 P N 315 092064 Technical Manuals Online http www tech man com firealarmresources com ...

Page 245: ...4 78 PS 5N7 Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 246: ... in P10 of the PSR 1 Disconnect the AC mains Connect the MPS 12 12W power cable to P10 of PSR 1 PSR 1 NET 4 NET 7 NET 7M Connections and Ratings 4 79 Battery backup Battery backup is required for the PSR 1 To determine the size battery you must use refer to Appendix C MXL Battery Calculations on page C 1 Connect the 24V backup batteries to P8 of PSR 1 Making the network connection TB4 For the PSR ...

Page 247: ...air or shielded twisted pair 5 Terminate the shield ONLY at the MMB 1 2 enclosure 6 Maximum voltage 8V P P 7 Maximum current 150mA End of line resistors End of line resistors are provided with each NET 7 DO NOT PLACE AN END OF LINE RESISTOR AT EACH NET 7 These devices are required at the two extreme ends of each network pair as shown in the NET 7 Wiring Diagram It is not required that the MMB 1 2 ...

Page 248: ...nimum wire size 18 AWG 3 Maximum resistance 80 ohms total per pair 4 Use twisted pair or shielded twisted pair 5 Terminate the shield ONLY at the MMB 2 enclosure 6 Maximum voltage 8V P P 7 Maximum current 150mA 8 Each pair independently supervised Technical Manuals Online http www tech man com firealarmresources com ...

Page 249: ...ted pair or shielded twisted pair 5 Terminate the shield ONLY at the MMB 1 2 enclosure 6 Maximum voltage 8V P P 7 Maximum current 150mA 8 Each pair independently supervised 9 NET 7M must not be at the end of the network NET 7M Electrical ratings Supervisory 5V 120mA avg 140mA max Alarm 5V 120mA avg 140mA max Battery 24V 30mA Technical Manuals Online http www tech man com firealarmresources com ...

Page 250: ...iary power for CZM 1B6 and PS 5A TB3 A Class A power limited output is provided on TB3 terminals 3 6 for use with the CZM 1B6 PS 5A and PS 5N7 All wiring must be in accordance with article 760 of NEC and local building codes The power for CZM 1B6 PS 5A and PS 5N7 is power limited to NFPA 70 per NEC 760 You may connect a maximum of 40 CZM 1B6s to the TB3 power source This power may be wired Class A...

Page 251: ...ire run can support a maxi mum of 20 CZM 1B6s 4 ohms max Multiple Class B power connections can be used if you do not exceed the ratings above 40 CZM 1B6s max and 4 ohms per run max For example you could have four individual Class B power runs for a total of 40 devices for example 12 8 6 and 14 CZM 1B6s with each of the four runs not exceed ing 4 ohms resistance T tapping is allowed provided the t...

Page 252: ...n the PSR 1 to P7 P10 on the MOM 4 using the 8 conductor ribbon cable P N 555 190506 provided with the MOM 4 A second auxiliary non power limited output is provided on TB3 for the MOM 4 card cage This output is rated at 6 amps MPS 6 6W or 12 amps MPS 12 12W 18 31 VDC This 6 amp capac ity must be de rated by the current drawn by the CZM 1B6 and PS 5A power output If the full 2 amp capacity of the C...

Page 253: ...4 86 PSR 1 NET 4 NET 7 NET 7M Connections and Ratings OMM 1s MOM 4s and PSR 1 Wiring Technical Manuals Online http www tech man com firealarmresources com ...

Page 254: ... NEC 760 2 Minimum wire size 18 AWG 3 Maximum resistance 80 ohms per pair of wires for the network connections 4 Use shielded twisted pair for network connections 5 Terminate the shield ONLY at the MMB enclosure 6 Eliminate all Network B wiring for Style 4 7 DO NOT place the PS 5N7 at the end of the network Style 7 only All wiring must be in accordance with Article 760 of NEC and the local buildin...

Page 255: ...4 88 RCC 1 1F Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 256: ...he building Campus Configuration the LLM 1 module must be used for transient protection UL 1459 Refer to the LLM 1 Installation Instructions P N 315 093530 Modes of Operation The RCM 1 can operate in the follow ing modes Local Mode The audio from the local MXL ACM will be switched to local speaker zones OCCs The global audio riser will be switched to Port C the Style 4 output riser Global Mode 1 T...

Page 257: ...allation RCM 1 APPLICATIONS Application Number See Corresponding Diagram Configuration 1 Typical Style 4 Installation 2 Style 4 Installation with a Style 4 Output Only Extension 3 Typical Style 7 Installation 4 Style 7 Installation with a Style 4 Extension 5 Style 4 Installation with Fiber Optic Transmission 6 Style 4 Fiber Optic with a Style 4 Fiber Optic Output Only Extension 7 Style 7 Fiber Con...

Page 258: ...ons and Ratings Application 4 Style 7 with a PORT C Extension Application 5 Style 4 Fiber Optic Installation Application 3 Typical Style 7 Installation Technical Manuals Online http www tech man com firealarmresources com ...

Page 259: ...s and Ratings Application 6 Style 4 Fiber Optic with a PORT C Fiber Optic Extension Application 7 Style 7 Fiber Optic with a PORT C Fiber Optic Extension Technical Manuals Online http www tech man com firealarmresources com ...

Page 260: ...4 93 RCM 1 Connections and Ratings Application 8 Combination Wire and Fiber Installation Application 9 Style 4 Repeater Installation Technical Manuals Online http www tech man com firealarmresources com ...

Page 261: ...2 for proper EOLR placement Typical Style 4 connections This is the basic configuration of the RCM 1 It allows multiple networked MXL voice systems to be connected together to act as one large integrated voice evacuation system Typical Style 4 Wiring See Note 6 S2 SETTINGS SW Description Location B Location C Location D 1 Copper config off on off 2 Copper config on off off 3 Copper config on on on...

Page 262: ...h PORT C extension The RCM 1 provides a Style 4 output which can be used to connect to other systems which require global paging capability A Style 4 output only PORT C extension is also supported Typical Style 4 Wiring with PORT C Extension See Note 6 S2 SETTINGS SW Description Location B Location C Location D Location G Location H 1 Copper config off on off on off 2 Copper config on off off on o...

Page 263: ...wer limited to NFPA 70 per NEC 760 4 Maximum voltage is 1 5V RMS 5 Maximum current is 50mA 6 Refer to wiring configurations for the OCC and ACM on page 4 102 for proper EOLR placement Typical Style 7 Wiring See Note 6 S2 SETTINGS SW Description Location B Location C Location E Location F 1 Copper config off on on off 2 Copper config on off on on 3 Copper config on on off off 4 Copper repeater on o...

Page 264: ...ast RCM to 100 ohms Maximum line capacitance 1µF 3 The wiring is power limited to NFPA 70 per NEC 760 4 Maximum voltage is 1 5V RMS 5 Maximum current is 50mA 6 Refer to wiring configurations for the OCC and ACM on page 4 102 for proper EOLR placement See Note 6 S2 SETTINGS SW Description Location B Location C Location E Location F 1 Copper config off on on off 2 Copper config on off on off 3 Coppe...

Page 265: ...WG minimum wire 2 Limit the maximum resistance of loop total from the first RCM to the last RCM to 100 ohms Maximum line capacitance 1µF 3 The wiring is power limited to NFPA 70 per NEC 760 4 Maximum voltage is 1 5V RMS 5 Maximum current is 50mA 6 Refer to wiring configurations for the OCC and ACM on page 4 102 for proper EOLR placement See Note 6 S2 SETTINGS SW Description As Shown 1 Copper confi...

Page 266: ...l from the first RCM to the last RCM to 100 ohms Maximum line capacitance 1µF 3 The wiring is power limited to NFPA 70 per NEC 760 4 Maximum voltage is 1 5V RMS 5 Maximum current is 50mA 6 Refer to wiring configurations for the OCC and ACM on page 4 102 for proper EOLR placement Style 7 Fiber Optic Wiring with Optional Style 4 Extension See Note 6 S2 SETTINGS SW Description As Shown 1 Copper confi...

Page 267: ...pacitance 1µF 3 The wiring is power limited to NFPA 70 per NEC 760 4 Maximum voltage is 1 5V RMS 5 Maximum current is 50mA 6 Refer to wiring configurations for the OCC and ACM on page 4 102 for proper EOLR placement Combination Fiber and Wire Connection See Note 6 S2 SETTINGS SW Description Location B Location C Location D 1 Copper config off on off 2 Copper config on off off 3 Copper config on on...

Page 268: ...or the OCC and ACM on page 4 102 for proper EOLR placement Style 4 Repeater Connection The RCM 1 can be used as a repeater when the required global riser exceeds 100 ohms Do not install more than two repeaters in any global riser Riser Repeater Wiring See Note 6 S2 SETTINGS SW Description Location B Location B 1 1 Copper config off off 2 Copper config on on 3 Copper config on on 4 Copper repeater ...

Page 269: ...le 4 connections to the OCC Wiring Configurations for the OCC and ACM RCM Style 6 connections to the OCC RCM Style 4 connections to the ACM RCM Style 6 connections to the ACM Technical Manuals Online http www tech man com firealarmresources com ...

Page 270: ... 4 T Tap Running In One Direction with Style 4 Basic Repeater Style 7 T Tap Running in Two Directions with Style 4 Conversion From Style 7 to Style 4 Place a 120 ohm resistor P N 140 820150 where indicated REP 1 Basic Wiring Including Placement of EOL Resistors TO RCC 1 1F OR MOI 7 ONLY Technical Manuals Online http www tech man com firealarmresources com ...

Page 271: ...ing infor mation see the REP 1 Installation Instructions P N 315 092686 NOTES 1 Power limited to NFPA 70 per NEC 760 2 Minimum wire size 18 AWG 3 Maximum resistance 80 ohms per pair 4 Use twisted pair or shielded twisted pair 5 Terminate the shield ONLY at the MMB 1 2 enclosure 6 Maximum voltage 8V P P 7 Maximum current 150mA 8 Use the end of line resistor P N 140 820150 120 ohms W Basic Repeater ...

Page 272: ...s 4 105 In NFPA 72 Remote Station install batteries to provide 60 hour standby capacity For signalling service DACT wire according to the diagram on the following page In NFPA 72 Central Station connec tions AC fail reporting is delayed The delay is 6 hours 25 of 24 hours for NFPA Local and Proprietary and 15 hours 25 of 60 hours for NFPA Municipal Tie and Remote Station Only the reporting of the ...

Page 273: ...NO RED TELCO 1 RING GREEN TELCO 1 TIP RED HOUSE 1 TIP GRAY HOUSE 1 RING BROWN HOUSE 2 RING BROWN HOUSE 2 TIP GRAY TELCO 2 TIP RED TELCO 2 RING GREEN BLK SILENT KNIGHT 5230 PROGRAMMING P2 CHANNEL INPUTS GRY YLW VIO ORN BLU RED GRN BRN YLW ORN RED BRN BLK WHT SUPERVISED SUPERVISED TO RJ31X TO RJ31X SILENT KNIGHT MODEL NO 5128 29 CHASSIS MMB 2 TRI B6R 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 11 12 SUPE...

Page 274: ...ze 18 AWG twisted pair shielded Maximum Wire Size 14 AWG twisted pair shielded 3 Input impedance of AUX IN is 3K ohms 200mV RMS The signal source must have isolation using a transformer 4 The load impedance for AUX OUT must not be less than 10K ohms 200mV RMS The load must have isolation using a transformer 5 SPDT contacts acti vate when audio is present on AUX OUT jacks based on the CSG M selecti...

Page 275: ...es WARNING The user must comply with AUX IN and AUX OUT specifications or the MXLV System may not function properly Always complete the full system test to ensure that all applications function completely All wiring must be in accordance with Article 760 of NEC or the local building codes Electrical connections Connect the 24 VDC to TB3 using 14 AWG single conductor wire Terminal 1 is for 24 VDC t...

Page 276: ...SING MMB 2 24 VDC 2A MAX CABLE 14 AWG MIN P N 600 192239 POWER MUST NOT LEAVE ENCLOSURE 24 VDC 12A MAX CONNECT AT P3 WHEN USING MMB 1 RET MMB 1 1 1 1 1 2 2 2 2 2 3 3 3 3 3 4 4 4 5 4 4 5 5 6 6 7 7 8 8 9 9 10 11 12 SUPERVISORY NOTIFICATION APPLIANCE CIRCUIT 2 CZM 1B6 POWER NOTIFICATION APPLIANCE CIRCUIT 1 TROUBLE ALARM TB4 TB3 P3 1 P2 BATTERY POWER TO OMM ANALOG LOOP 2 ANALOG LOOP 1 NETWORK TB2 TB1 ...

Page 277: ...4 110 TBM 2 Connections and Ratings 24V Remote Power Supply Wiring Diagram Technical Manuals Online http www tech man com firealarmresources com ...

Page 278: ...ere VSM 1 VLM 1 andVFM 1 Connections and Ratings 4 111 4 Connect P1 of the module on the far left of the top row to P2 of the module on the far right of the bottom row Use the 40 inch cable Model MRRC 1 P N 600 192106 which is ordered separately If the lower row has no modules mounted in it omit this step 5 With an MMB or PSR Connect P2 of the VSM 1 VLM 1 VFM 1 module at the far left back view in ...

Page 279: ...the PS 5N7 For more details refer to the PS 5N7 Installation Instructions P N 315 092729 6 Route the cable wires across the hinge to the back of the enclosure Do not fasten the cable with a cable anchor until all wiring is complete VSM 1 VLM 1 VFM 1 Wiring Technical Manuals Online http www tech man com firealarmresources com ...

Page 280: ...assis 0 8µF between loop and chassis 5 Each detector or group of detectors requires a two wire circuit of thermo plastic fixture wire enclosed in conduit or limited energy shielded cable without conduit if permitted by local building codes 6 No end of line device required 7 Operates in full conformance with Style 6 8 Operates in full conformance with Style 4 9 Any loop may be wired Class A or B 10...

Page 281: ...4 114 XLD 1 Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 282: ...atible Notification Appliances Refer to Compatible Notification Appliances P N 315 096363 Speaker strobe appliances are compat ible for the speaker element only For the strobe element to work the appliance must also be wired to a ZC series card a CSM 4 or an ICP B6 Electrical connections All wiring must be in accordance with Article 760 of NEC or the local building codes Use unshielded twisted pai...

Page 283: ...r Leave the terminal 4s unconnected 3 See Compatible Notification Appliances P N 315 096363 for compatible UL listed 25 2 70 7V RMS speakers 4 Supervision current 160mA 5 Supervisory Speaker Zone Connections Supervisory 4 3 VDC 0 18mA Activated 25 2V RMS 30 watts max 1 2A 70 7V RMS 30 watts max 0 42A 6 Maximum Loop Resistance Total 7 50 ohms at 25 2V PMS 15W 3 75 ohms at 25 2V RMS 30W 5 40 ohms at...

Page 284: ...r Leave the terminal 4s unconnected 3 See Compatible Notification Appliances P N 315 096363 for compatible UL listed 25 2 70 7V RMS speakers 4 Supervision current 160mA 5 Supervisory Speaker Zone Connections Supervisory 4 3 VDC 0 18mA Activated 25 2V RMS 30 watts max 1 2A 70 7V RMS 30 watts max 0 42A 6 Maximum Loop Resistance Total 7 50 ohms at 25 2V PMS 15W 3 75 ohms at 25 2V RMS 30W 5 40 ohms at...

Page 285: ...imary ZAC 30s together Leave the terminal 4s unconnected 3 See Compatible Notification Appliances P N 315 096363 for compatible UL listed 25 2 70 7V RMS speakers 4 Supervision current 160mA 5 Supervisory Speaker Zone Connections Supervisory 4 3 VDC 0 18mA Activated 25 2V RMS 15 watts max per split zone 0 6A 70 7V RMS 15 watts max per split zone 0 21A 6 Maximum Loop Resistance Total 7 50 ohms at 25...

Page 286: ...y more than one ZAC 30 also connect all terminal 3s of primary ZAC 30s together Leave the terminal 4s unconnected 3 See Compatible Notification Appliances P N 315 096363 for compatible UL listed 25 2 70 7V RMS speakers 4 Supervision current 160mA 5 Supervisory Speaker Zone Connections Supervisory 4 3 VDC 0 18mA Activated 25 2V RMS 30 watts max 1 2A 70 7V RMS 30 watts max 0 42A 6 Minimum Wire Size ...

Page 287: ...4 120 ZAC 30 Connections and Ratings ZAC 30 Power Connections When Using the PS 35 Technical Manuals Online http www tech man com firealarmresources com ...

Page 288: ...robe 24 VDC 24 VDC max 1 8A max ZC1 8B Connections and Ratings 4 121 Supervisory outputs 70 7V RMS 25 2V RMS 24 VDC 1 5 VDC 06mA Max card output Single source for all three inputs 25 2V RMS 3 9A 100W 70 7V RMS 1 4A 100W 24 VDC 14 4A Non power limited 24 VDC 11 6A Power limited Max card output Three separate sources of power 70 7V RMS 300W 25 2V RMS 300W 24 VDC 14 4A Non power limited 24 VDC 11 6A ...

Page 289: ...on in load reduces the loss Use the largest wire size possible for the smallest loss SPEAKER ZONE DECIBEL LOSS for 70 7V RMS 25W load Length Gauge 16 AWG 18 AWG feet loss in decibels 200 0 04 0 06 400 0 07 0 11 600 0 11 0 17 800 0 14 0 22 1000 0 18 0 27 SPEAKER ZONE DECIBEL LOSS for 25 2V RMS 35W load Length Gauge 14 AWG 16 AWG 18 AWG feet loss in decibels 200 0 2 0 3 0 6 400 0 5 0 7 1 1 600 0 7 1...

Page 290: ...ize 18 AWG Maximum Wire Size 14 AWG Supervisory Speaker Zone Connections Supervisory 1 5 VDC 0 06mA Activated 25 2V RMS 45 watts max 1 8A 70 7V RMS 70 watts max 1 0A Maximum Total Load 25 2V 3 9A 100 watts 70 7V 1 4A 100 watts ZC1 8B Speaker Zone Wiring Diagram with One Amplifier as Power Source 25 70 7V RMS SPEAKER UNITS Any UL listed Fire Protective Signaling Speaker rated 25 70 7V RMS may be co...

Page 291: ...ory Strobe Zone Connections Supervisory 1 5 VDC 0 06mA Activated 24 VDC 45 watts max 1 8A Maximum Total Load 24 VDC 4 0A power limited 14 4A non power limited ZC1 8B Strobe Zone Wiring Diagram 25V Only with a Single DC Power Source NOTE ALL STROBE ZONE POLARITIES ARE SHOWN IN SUPERVISORY CONDITION Strobe devices are not polarity supervised and should be tested in compliance with NFPA Standards 24 ...

Page 292: ...0 7V 1 4A 100 watts 24 VDC 5 4A 135 watts For Input 3 Outputs 7 8 25 2V 3 6A 90 watts 70 7V 1 4A 100 watts 24 VDC 3 6A 90 watts ZC1 8B Combined Speaker Zone and Strobe Wiring Diagram with a Separate Power Source for Each Input 1 2 and 3 NOTE ALL STROBE ZONE POLARITIES ARE SHOWN IN SUPERVISORY CONDITION Strobe devices are not polarity supervised and should be tested in compliance with NFPA Standard...

Page 293: ...watts 24 VDC 5 4A 135 watts For Input 3 Outputs 7 8 25 2V 3 6A 90 watts 70 7V 1 4A 100 watts 24 VDC 3 6A 90 watts NOTE Three 2A 250V fuses P N 105 292199 are included in the fuse kit for applications where zones of up to 100W at 70 7V are required With separate amplifiers for each input one zone per input can be used for this purpose Place fuses in the clips for the desired zone and connect the zo...

Page 294: ... ZC2 4AB Connections and Ratings 4 127 Fuses 25V 3 15A 250V P N105 291200 70V 1 6A 250V P N 105 291202 End of line resistor 24K W 5 P N 140 820405 Max card output 25 2V RMS 3 9A 100W 70 7V RMS 1 4A 100W Compatible Notification Appliances Refer to Compatible Notification Appliances P N 315 096363 Electrical connections All wiring must be in accordance with Article 760 of NEC or the local building c...

Page 295: ... in decibels 200 0 2 0 3 0 6 400 0 5 0 7 1 1 600 0 7 1 1 1 6 800 0 9 1 5 2 2 1000 1 2 1 8 2 7 SPEAKER ZONE DECIBEL LOSS for 70 7V RMS 25W load Length Gauge 16 AWG 18 AWG feet loss in decibels 200 0 04 0 06 400 0 07 0 11 600 0 11 0 17 800 0 14 0 22 1000 0 18 0 27 Technical Manuals Online http www tech man com firealarmresources com ...

Page 296: ...es P N 315 096363 for compatible speaker models NOTE In combination models the speakers must be connected to separate circuits from the strobes ALL ZONES SUPERVISED POWER LIMITED Power Limiting is accomplished using the PLC 4 and PL864 25A 70A or 25S as required All wiring must be in accordance with Article 760 of NEC or the local building codes Maximum Loop Resistance 70 7V RMS 6 5 ohms max 25 wa...

Page 297: ...imiting is accomplished using the PLC 4 and PL864 25A 70A or 25S as required All wiring must be in accordance with Article 760 of NEC or the local building codes Maximum Loop Resistance 3 0 ohms max 1 5A 2 5 ohms max 1 8A Maximum Wire Size 14 AWG Supervisory Speaker Zone Connections Supervisory 1 5 VDC 0 06mA Activated 24 VDC 45 watts max 1 8A Maximum Total Load 24 VDC 14 4A non power limited 4A p...

Page 298: ... max ZC2 8B Connections and Ratings 4 131 Fuses 25V 3 15A 250V P N 105 291200 70V 1 6A 250V P N 105 291202 End of line resistor 24K W 5 P N 140 820405 Max card output 25 2V RMS 3 9A 100W 70 7V RMS 1 4A 100W Compatible Notification Appliances Refer to Compatible Notification Appliances P N 315 096363 Electrical connections All wiring must be in accordance with Article 760 of NEC or the local buildi...

Page 299: ...in decibels 200 0 2 0 3 0 6 400 0 5 0 7 1 1 600 0 7 1 1 1 6 800 0 9 1 5 2 2 1000 1 2 1 8 2 7 SPEAKER ZONE DECIBEL LOSS for 70 7V RMS 25W load Length Gauge 16 AWG 18 AWG feet loss in decibels 200 0 04 0 06 400 0 07 0 11 600 0 11 0 17 800 0 14 0 22 1000 0 18 0 27 Technical Manuals Online http www tech man com firealarmresources com ...

Page 300: ... 0A Maximum Total Load 25 2V 3 9A 100 watts 70 7V 1 4A 100 watts ZC2 8B Speaker Zone Wiring Diagram NOTE A 2A 250V fuse P N 105 292199 is included in the fuse kit for applications where a single zone of up to 100W at 70 7V is required Place this fuse in the clips for the desired zone and connect the zone wires to the appropriate terminals When this fuse is installed the EL 410C D amplifier that co...

Page 301: ...4 134 ZC2 8B Connections and Ratings Technical Manuals Online http www tech man com firealarmresources com ...

Page 302: ... max ZC3 4AB Connections and Ratings 4 135 Fuses 25V 3 15A 250V P N105 291200 70V 1 6A 250V P N 105 291202 End of line resistor 24K W 5 P N 140 820405 Max card output 25 2V RMS 3 9A 100W 70 7V RMS 1 4A 100W Compatible Notification Appliances Refer to Compatible Notification Appliances P N 315 096363 Electrical connections All wiring must be in accordance with Article 760 of NEC or the local buildi...

Page 303: ... in decibels 200 0 2 0 3 0 6 400 0 5 0 7 1 1 600 0 7 1 1 1 6 800 0 9 1 5 2 2 1000 1 2 1 8 2 7 SPEAKER ZONE DECIBEL LOSS for 70 7V RMS 25W load Length Gauge 16 AWG 18 AWG feet loss in decibels 200 0 04 0 06 400 0 07 0 11 600 0 11 0 17 800 0 14 0 22 1000 0 18 0 27 Technical Manuals Online http www tech man com firealarmresources com ...

Page 304: ...watts 70 7V 1 4A 100 watts ZC3 4AB Speaker Zone Wiring Diagram NOTE A 2A 250V fuse P N 105 292199 is included in the fuse kit for applications where a single zone of up to 100W at 70 7V is required Place this fuse in the clips for the desired zone and connect the zone wires to the appropriate terminals When this fuse is installed the EL 410C D amplifier that connects to this zone cannot be used fo...

Page 305: ...ng is accomplished using the PLC 4 and PL864 25A 70A or 25S as required 24 VDC power is available on the PLC 4 All wiring must be in accordance with Article 760 of NEC or the local building codes Maximum Loop Resistance 3 0 ohms max 1 5A 2 5 ohms max 1 8A Minimum Wire Size 14 AWG Supervisory Strobe Zone Connections Supervisory 1 5 VDC 0 06mA Activated 24 VDC 45 watts max 1 8A Maximum Total Load 24...

Page 306: ...s and Ratings 4 139 COMPATIBLE TELEPHONE UNITS FT 301 Series Warden s Station FT 302 Series Warden s Station FJ 303 Jack FJ 304 Jack Terminal Block Electrical connections All wiring must be in accordance with Article 760 of NEC or the local building codes Terminate all unused outputs with an EOL resistor Technical Manuals Online http www tech man com firealarmresources com ...

Page 307: ...ocal building codes Maximum Loop Resistance 10 ohms Minimum Wire Size 18 AWG Maximum Wire Size 14 AWG Supervised Telephone Zone Connections Supervised 9 VDC 9mA max Active 12 5 VDC 300mA max Connect shield to negative zone terminal ZCT 8B Telephone Zone Wiring Diagram Technical Manuals Online http www tech man com firealarmresources com ...

Page 308: ...Z C 4 T 1 1 E P 1 1 E P 1 1 B D T P D A B D S 3 B D R P 1 1 P 1 1 D A 3 8 9 1 4 9 0 5 1 3 3 8 9 1 4 9 0 5 1 3 2 9 5 6 5 9 0 5 1 3 6 B 1 M Z C 6 1 4 M Z C 4 y l n O d e v o r p p A M F 1 I S I S I 3 I D S 3 B D 5 1 3 4 9 1 8 0 5 1 3 6 B 1 M Z C 6 2 1 I S I 2 2 1 S 1 2 1 S C 8 5 2 5 8 0 5 1 3 6 B 1 M Z C 3 2 E L B A T S E C I V E D E L B A S S E R D D A G O L A N A e c i v e D e s a B n o i t a l l ...

Page 309: ...A 2 Appendix A Technical Manuals Online http www tech man com firealarmresources com ...

Page 310: ... 1 T P L I 3 W O L 2 W O L 1 W O L M R O N 1 I H 2 I H 3 I H 0 0 0 1 2 1 5 0 0 0 1 0 0 5 0 0 0 1 8 8 4 0 0 0 1 5 7 4 0 0 0 1 3 6 4 0 0 0 1 0 5 4 0 0 0 1 8 3 4 0 0 5 2 1 4 8 8 4 0 0 4 5 7 4 8 8 3 3 6 4 5 7 3 0 5 4 3 6 3 8 3 4 0 5 3 5 2 4 8 8 3 0 0 4 8 8 0 8 8 3 8 8 0 5 7 3 8 8 0 3 6 3 8 8 0 0 5 3 8 8 0 8 3 3 8 8 0 5 2 3 8 8 0 5 7 0 0 0 0 5 7 0 0 0 0 5 7 0 0 0 0 5 7 0 0 0 0 5 7 0 0 0 0 5 7 0 0 0 0 5...

Page 311: ...B 2 Appendix B Technical Manuals Online http www tech man com firealarmresources com ...

Page 312: ...stem current by 24 and record it at that Total AH location or For NFPA 72 Municipal Tie and 72 Remote Station systems multiply the total system current by 60 and record it at that Total AH location or For FM Approved Deluge PreAction systems multiply the total MXL Battery Calculations system current by 90 and record it at that Total AH location 5 Multiply the AH Total by 1 3 to obtain the final ba...

Page 313: ...0 0 A 5 S P d a o l V 5 f o 0 0 7 N 5 S P f o A m 0 5 1 d a o l V 5 0 0 7 I O M A m 0 2 1 0 0 6 1 D O M A m 2 0 0 6 1 D I M A m 2 0 0 6 B 1 M Z C A m 6 A m 5 A N 6 B P C I A m 8 1 A m 5 2 A N 1 M I P A m 0 1 0 A N 2 M I P 2 e t o N e e S 0 A N 1 L A P 2 e t o N e e S 0 A N P C 0 0 3 2 D A m 0 5 0 0 t h g i n K t n e l i S A m 0 6 0 0 1 M C A A m 5 8 0 0 1 M M T A m 1 7 3 e t o N e e S 0 1 M L V 1 ...

Page 314: ...oads for each row Total the Active 24V and Active 5V columns Ensure that both totals are within the power supply output ratings in the table to the right MXL Power Supply Load Calculations POWER SUPPLY OUTPUT RATINGS Module Active 24 VDC Module Current Active 5 VDC Module Current MMB 2 MPS 6 6 amps 500mA MMB 2 MPS 12 12 amps 500mA PSR 1 MPS 6 6 amps 800mA PSR 1 MPS 12 12 amps 800mA PS 5A 0 amps 1 ...

Page 315: ... e t o N e e S 5 e t o N e e S 7 N 5 S P 6 e t o N e e S 6 e t o N e e S 2 B K M 0 0 A m 5 1 F 1 1 C C R A m 0 8 0 0 0 4 P S T A m 0 7 0 0 4 M S C A 5 1 A m 4 3 t i u c r i c r e p x a m A m 0 3 4 M R C A m 5 7 A m 0 3 4 M Z C A m 0 2 7 n i s e n o z 4 m r a l a A m 4 2 I 2 D L A A m 1 1 A m 5 0 1 e c i v e d r e p 0 0 1 D L X A m 1 1 A m 5 1 2 e c i v e d r e p 0 0 0 0 3 I M C 0 0 A m 6 9 4 T E N...

Page 316: ...e below for a graphic illustration of Alarm Verification You can select Alarm Verification for none all or any combination of addresssable smoke detectors Revision level 3 00 or higher of MXL supports a global verification feature called Device Confirmation It provides adjustable AðB verification times for all addressable Ionization detectors Photo detectors Ionization and photo detectors CAUTION ...

Page 317: ...on feature takes priority over the device confirmation option For adjustment ranges refer to the CSG M Program ming Manual P N 315 090381 There is an Override menu selection in the Test menu of revision level 3 00 or higher of MXL Select Alr_Verify to disable all alarm verification or select Alr_Confirm to disable all alarm confir mation for a period of up to 4 hours or until manually re enabled T...

Page 318: ...onmental factors but changes quickly over short periods of time for actual smoke Initial System Power Up When a new or modified CSG M is loaded into a system the MXL control panel goes through an initial system power up The MXL does not keep the Envirolink Envirolink option where it was formerly applied when this new system powers up The Envirolink memory re initializes and then MXL begins adjusti...

Page 319: ...cts analog data for each detector with IEC and adjusts the alarm threshold accordingly MXL adjusts for both up and down changes in the analog voltage In addition if system power is lost MXL adjusts the alarm thresholds as needed by using stored data Indicating IEC Trouble Conditions A trouble condition involving the IEC may be annunciated by the MXL as PRE DIRTY ANALOG VOLT REACHED OR IEC LIMIT RE...

Page 320: ...ause the D in Det_cleaned to start blinking TEST OVERRIDE DET CLEANED Press ENTER when the D is blinking to select Det_cleaned The System asks you to type the module and device numbers Type the three digit module number and the three digit device number mmm ddd including all leading zeroes Press ENTER After entering the module device MXL checks whether the device is subject to IEC If the device is...

Page 321: ...F 4 Appendix F Technical Manuals Online http www tech man com firealarmresources com ...

Page 322: ... are other events in the system MXL updates the display Latching Non LatchingTroubles For NFPA 72 Proprietary systems the following criteria must be met if the trouble is to be removed from the trouble queue Module and device numbers must be identical Trouble type must be identical Both IN OUT conditions must be recorded in the queue All printers being used must print both IN OUT conditions Both I...

Page 323: ...G 2 Appendix G Technical Manuals Online http www tech man com firealarmresources com ...

Page 324: ...address using the FPI 32 select the normally closed alarm causing input Connect only one switch per TRI input For proprietary burglary application UL 1076 Use a TSW 2 tamper switch to monitor the main enclosure Monitor each TRI 60 60D 60R or TRI B6 B6D B6R related to this application for 24 hours by using a listed motion detector to prevent tampering Installing the Security Point for UL 1076 END O...

Page 325: ...H 2 Appendix H Technical Manuals Online http www tech man com firealarmresources com ...

Page 326: ... n a M d n a k c u r t k r o f t n e m p i u q e t s u d e n r o b r i A s e m u f t s u a h x e a e r a k c o d m u i d e m o t t h g i l Y B O L y b b o L s e g n a h c e r u t a r e p m e t a e r a n a e l c y l e v i t a l e R g n i k o m s s e n o h p r a l u l l e c P M O C m o o R r e t u p m o C n a e l c t n e m n o r i v n e d e l l o r t n o c y r e V t s o c h g i h d e t a l u g e r y...

Page 327: ...ard test gas method If the Test ASD_Devices option is not enabled prior to smoking the device the tester may find it extremely difficult to alarm the detector since the algorithms are designed not to be fooled by a decep tive phenomenon such as test gas Once the Test ASD_Devices option has been enabled using the test menu the tester should wait 3 minutes before attempting to test the ASD devices T...

Page 328: ...he detector LED lights and that the proper indication is given at the Control Panel 4 Verify that an alarm can be acknowl edged and that the System can be silenced and reset 5 Verify the time and date setting of the System clock Testing EveryYear 1 Check that the System operates as programmed by CSG M and in accordance with specifications 2 Perform any other applicable tests required by national o...

Page 329: ...J 2 Appendix J Technical Manuals Online http www tech man com firealarmresources com ...

Page 330: ...Trouble Amplifier output wiring from OCC 1 Amplifier 2 Trouble to amplifier input is incorrect Amplifier 3 Trouble Amplifier 1 Backed Up Backup amplifier is active and Amplifier 2 Backed Up described amplifier has failed Amplifier 3 Backed Up Amplifier 1 Signal Loss Riser wiring defective Amplifier 2 Signal Loss ASC 1 switch setting is incorrect Amplifier 3 Signal Loss Audio output from TBM 2 is n...

Page 331: ... Audio Riser 3 Trouble Audio Riser 1 Class A Active Riser wiring open Class A jumpers Audio Riser 2 Class A Active missing Audio Riser 3 Class A Active Aux Power Voltage Low PSR 1 24V output is overloaded MPS 6 12 harness is missing Aux Pwr Class A Fail Neg The negative side of the CZM 1B6 power circuit is open Aux Pwr Class A Fail Pos The positive side of the CZM 1B6 power circuit is open Aux RS2...

Page 332: ...tting does not agree with CSG M Jumper plug on P10 of PSR 1 is missing when using an MPS 6 CSGM Out Of Date This MXL node will need to be up dated with the latest CSG M net worked program A network CSG M has been loaded on another MXL node and has a reference to this MXL node Daily Detector Test Abnormal Device is defective Default Trouble Active PSR 1 remote panel has its local trouble bus active...

Page 333: ...ailed Replace the DMC 1 Module DMC 1 Phrase Trouble The CSG M has a non specified phrase Reconfigure the CSG M DMU 1 Failure These messages will be displayed if DMU 2 Failure the DV 100 message unit activates a trouble causing TRI module which is programmed in the ACM network menu for a DMU trouble module address Event log 80 full Use extract history in CSG M to reset the MXL history log Event log...

Page 334: ...nged History Manually Turned On Turned Off Turned On Erased using History Manually Erased the MKB IEC Limit Reached Service Req Detector environmental compensation has reached UL limit Detector is very dirty and requires cleaning IEC Pre alarm Memory Error An unsuccessful attempt was made to access the IEC area of flash memory Is IEC 1 module present Is segmented flash present Incorrect Custom Phr...

Page 335: ...CSG M is not reporting at its address Input Device Requires Service An ion or photo detector has exceeded the 80 dust threshold Input Disarmed An initiating device was disarmed through the Control menu Keyswitch Activated CANADA This is a trouble type for activation of Canadian manual station keyswitch if no alarm is present Lamp Supervision Trouble MID 1 input trouble when used for lamp supervisi...

Page 336: ...company module not responding for missing ALD modules Module A D Convert Fail The PSR 1 at this address has a failed analog to digital converter Module Address Buffer Full The NET 7 enclosure checking has failed The maximum number of 21 module addresses was exceeded Module Comm Failure When network communications are interrupted and then restored all module addresses affected report this trouble M...

Page 337: ...is function shall be added to each node it references Network Disabled The remote PSR 1 has its MNET net work disabled switch set incorrectly Network Input Disarmed A point on another XNET node has been disarmed Network Loop A Failure The Style 7 primary A RS485 MNET network loop has failed Network Loop B Failure The Style 7 secondary B RS485 MNET network loop has failed No CSG Default In Use No C...

Page 338: ... Analog Volt Reached IEC compensation has reached a level where the detector should be cleaned Printer Off Line Fault A supervised printer is not responding Printer Out Of Paper The TSP 40 has run out of paper PSR 1 Driver Disarmed A PSR 1 relay output device has been disarmed Relay Coil Open The relay coil at this address is open Relay Disarmed The relay at this address has been disarmed from the...

Page 339: ...NCC only Stack Fault Call Pyrotronics When the message Call Pyrotronics appears a four letter Alpha ID will be displayed This number is necessary when reporting the problem to Siemens Building Technologies Inc Strobe Power Fault PL 864 25S module is being monitored by this OCC 1 input and is in a fault condition Style 4 Network Mode The Style 4 jumper on a NET 7 is found on a Style 7 system Move t...

Page 340: ... when the system is selected for UL 1076 operation Telephone Riser Trouble Telephone riser shorted or open Tone Generator Trouble Tone generator on ACM 1 failed Too Many ALD 2s More than 24 ALD 2Is are installed on the system This is beyond the maximum allowed Pre 9 0 firmware systems Trouble Causing Input A device programmed on the system as trouble causing has been activated and has changed stat...

Page 341: ...e has been reported at an address not assigned in CSG M WALKTEST Activated The MXL has been placed in the walk test mode Warm Reset The hardware reset input to the MXL was used Watch Dog Circuit Triggered The watch dog circuit on the MMB 1 2 triggered Zone Loop Open Broken wire on CZM 4 circuit Zone Loop Shorted Shorted wire on CZM 4 circuit Zone Power Loss The CZM 4 zone at this address has lost ...

Page 342: ...llowing Installation Instructions Power Limited Wiring Enclosure Installation Instructions LLM 1 315 093530 2 MME 3 315 094883 2 MLE 6 315 094970 1 MXL RK1 315 093402 6 PLC 4 315 093312 1 Technical Manuals Online http www tech man com firealarmresources com ...

Page 343: ...L 2 Appendix L Technical Manuals Online http www tech man com firealarmresources com ...

Page 344: ...04 or higher CSG M revision 6 07 or higher CSM 4s must contain revision 4 or higher The new Two Stage implementation is designed for flexibility It allows the system designer programmer to define how Two Stage alarm should function Fire Protection Company Name CSG M Memory 2864 used 243212 free CONFIG TWOSTG Other System Flags Sensitivity Adjustments Allowed NO Block Alarm and Trouble Acknowledge ...

Page 345: ...udible Steady Steady Two Stage Audible Steady 120 SPM Two Stage Audible Steady Temporal Two Stage Audible Zone Coded Steady Two Stage Audible Zone Coded 120 SPM Two Stage Audible Zone Coded Temporal Note that each selection contains a slash which separates the Stage 1 audible signal from the Stage 2 audible signal as shown in the following example Example Two Stage Audible 30 120 SPM Stage 1 audib...

Page 346: ...mation 0 Ion Detector Confirmation 0 Sys Justified Alarm Time 60 Intelligent Env Compensation OFF VDT Password Time Out hh mm 00 05 Zone Coding Characteristics Move Cursor to Highlight Selection then ENTER ESC Prev Menu Fire Protection Company Name CSG M Memory 2900 used 316874 free CONFIG TWOSTG Zone Coding Characteristics rounds 3 15 5 Tempo 60 MIN Final output status AUDIBLES ON Inter digit tim...

Page 347: ...utput Stage 2 either 120 SPM steady or temporal as selected NOTE When zone coding is selected as the Stage 1 audible output Stage 2 always has priority over the Stage 1 coding Once the coded circuit is driven into Stage 2 by logic all zone codes will stop for that circuit no matter what the minimum rounds are NOTE When an MXLV is used in place of CSM 4 signaling circuits the Two Stage control func...

Page 348: ...ill be treated as an alarm All other system behavior is deter mined by output logic design Sample Two Stage Systems Using Reset Inhibit with Timer This figure see page M 6 shows methods of implementing Reset Inhibit with a timer creating an ANY KEYSWITCH function flag and a timer based signal silence inhibit function Keep in mind that your implementation of these features may vary from the example...

Page 349: ...bles The Panel Reset flag is used to assure timers and latches are reset for the next event after reset Complex Two Stage System This figure see page M 8 demon strates a more complex Two Stage system The basic principles of opera tion are the same as the basic Two Stage system with a slight variation In this example several Two Stage control functions are used in the system design Together with th...

Page 350: ...indicate the system stage For example Connect Stage 1 and Stage 2 inputs to an LED function to indicate the system state NOTE Since other audibles may be present in the system besides coded Two Stage audibles the AUDIBLE SILENCE LED on the MKB will indicate the state of the AUDIBLE SILENCE flag as usual Its state will only change with manual intervention manual silence unsilence Trigger ALL Trigge...

Page 351: ...ND ALL OR ANY Stg2_sil Stg2_ran Stg2_sils Panel Reset Audible Silence flr1_2stg flr2_2stg flr3_2stg First Floor Two Stage Audible List Second Floor Two Stage Audible List Third Floor Two Stage Audible List Floor 3 alarm pts Floor 1 alarm pts Floor 1 alarm pts Floor 2 alarm pts Floor 3 alarm pts Floor 2 alarm pts stg1_flr1 stg1_flr2 stg1_flr3 stg2_flr1 stg2_flr2 stg2_flr3 OR ANY OR ANY OR ANY AND A...

Page 352: ...tor and control up to 28 MXL or XL3 fire alarm panels at a single location FSI Foreign System Interface A network interface module that emits a protocol that allows third party systems to monitor the status of the MXL IEC Intelligent Environmental Compensation Envirolink An optional feature that permits MXL to compensate automatically for environmental changes such as dirt and dust buildup in the ...

Page 353: ...rol services Pseudo Point The pseudo point and module is a concept that was added to the MXL in order to increase system flexibility in both networked and non networked systems As the name pseudo suggests these are virtual devices not physical in the system These points allow the system programmer to create events in the system alarms supervisories troubles etc based on criteria other than the sta...

Page 354: ...nt It does not control protocols it only specifies the electrical signal levels and handshaking signals Typical signal levels are 5V and maximum cable lengths can be up to 5000 feet UL 1076 System The section of the UL standard that covers the operation of security systems XL3 This is the original analog addressable fire alarm control panel The MXL is based on innovations to the technology develop...

Page 355: ...Glossary 4 Glossary Technical Manuals Online http www tech man com firealarmresources com ...

Page 356: ...cription 1 26 installation 2 33 to 2 35 switch settings 2 33 to 2 34 user key placement 2 34 2 35 ASD See application specific detection audibles See System operation voice audibles audibles silencing See System operation voice silencing audibles AUDIO PREVIEWING See System operation voice utility functions B Battery Calculations C 1 BP 61 batteries description 1 8 BTC 1 description 1 27 See also ...

Page 357: ...3T 1 38 thermal DT 11 1 37 detectors intelligent ionization ID 60I 1 33 1 34 ID 60IA 1 33 ID 60IB 1 34 ID 60IBH 1 34 ID 60IH 1 33 ILI 1 1 34 ILI 1A 1 35 ILI 1AH 1 35 ILI 1B 1 35 ILI 1BH 1 35 ILI 1H 1 34 photoelectric FP 11 1 33 ID 60P 1 33 ID 60PT 1 33 ILP 1 1 34 ILP 2 1 35 ILPT 1 1 34 thermal FPT 11 1 33 ID 60T 135 1 34 ILT 1 1 35 device address See addresses device analog voltages B 1 DIP switch...

Page 358: ...ge 3 27 to 3 32 Alarm 3 27 Security 3 31 to 3 32 Supervsry 3 30 Trouble 3 31 Control 3 45 to 3 49 Arm dis 3 46 Change_Apps 3 49 Loop_arm 3 47 Loop_disarm 3 47 Net_link_Request 3 48 Output_on off 3 46 to 3 47 Percent ft 3 48 Percent ft Pre alarm 3 48 to 3 49 Percent ft Senstvty 3 48 Reset 3 45 Senstvty 3 45 to 3 46 entering a device number 3 27 entering a module number 3 26 to 3 27 entering your pa...

Page 359: ...suggested procedure 3 62 System_SIL 3 63 to 3 64 System_wAUD 3 63 to 3 64 Zone_SIL 3 66 to 3 67 Zone_wAUD 3 66 to 3 67 MHD Panels description 2 17 installation 2 18 microphone using the See System operation voice microphone MID 16 connections and ratings 4 50 description 1 16 See also MOI 7 MKB 2 ACM 1 2 14 ANN 1 2 13 BTC 1 2 15 to 2 16 description 1 6 global operation 3 13 to 3 15 display format ...

Page 360: ...s 4 82 description 1 13 installation 2 7 2 29 Network Address ProgrammingTable 2 48 NEXT key 3 2 See also MKB 2 Local Operation display keys NIM 1R connections and ratings 4 55 to 4 58 AnaLASER interface 4 58 foreign system interface FSI 4 57 network 4 55 to 4 56 network command center NCC 4 56 description 1 13 installation 2 27 to 2 28 switch settings 2 27 O OCC 1 connections and ratings 4 59 to ...

Page 361: ...ocedure hard reset 3 11 soft reset 3 12 S security points installing H 1 SEL buttons using See System operation voice SEL buttons self restoring troubles See latching non latching troubles Silent Knight Model 5128 5129 connections and ratings 4 105 to 4 106 description 1 19 switches 2 4 System operation global 3 13 to 3 15 See also MKB 2 global operation System operation local alarm 3 5 to 3 7 nor...

Page 362: ...9 W Walktest Menu See Menu Walktest X XLD 1 connections and ratings 4 113 description 1 11 installation 2 26 switch settings 2 26 Z ZAC 30 connections and ratings 4 115 to 4 120 description 1 28 to 1 29 fuses 2 44 installation 2 43 to 2 46 jumper settings 2 44 to 2 45 switch settings 2 44 user key placement 2 45 2 46 ZC Zone Control Card Modules description 1 30 ZC1 8B connections and ratings 4 12...

Page 363: ...Index 8 Index Technical Manuals Online http www tech man com firealarmresources com ...

Page 364: ...Class A computing device pursuant to Part 15 of FCC Rules which are designed to provide reason able protection against such interference when operated in a commercial environment Operation of this equipment in a residential area is likely to cause interference in which case the user at his own expense will be required to take what ever measures may be required to correct the interference Technical...

Page 365: ...uilding Technologies Inc 8 Fernwood Road Florham Park New Jersey 07932 Siemens Building Technologies Ltd 50 East Pearce Street Richmond Hill Ontario L4B 1B7 CN Technical Manuals Online http www tech man com firealarmresources com ...

Page 366: ... 3 3 9 9 6 2 9 0 5 1 3 2 2 1 3 3 9 0 5 1 3 6 8 7 8 3 9 0 5 1 3 2 2 8 7 3 9 0 5 1 3 2 9 9 0 2 9 0 5 1 3 4 4 6 0 2 9 0 5 1 3 4 4 6 0 2 9 0 5 1 3 3 0 6 9 2 9 0 5 1 3 8 0 1 9 0 9 0 5 1 3 8 6 1 1 2 9 0 5 1 3 7 2 6 2 1 9 0 5 1 3 7 9 8 0 2 9 0 5 1 3 2 5 0 1 2 9 0 5 1 3 6 B 1 1 M Z C r o f s r o t c e t e D e l b i t a p m o C r o t c e t e D e s a B s n o i t c u r t s n I n o i t a l l a t s n I H 3 3 I...

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