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Kidde Fire Systems ARIES NETLink, Installation, Operation And Maintenance Manual

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Kidde Fire Systems ARIES NETLink Installation, Operation And Maintenance Manual Download Page 172

Operation

February 2012

4-6

P/N 06-237058-001

4-6

STATUS-INDICATING LEDS

Table 4-3 lists the names and functions of the System Status LEDs on the display.

Table 4-3. System Status LEDs and Functions

LED

COLOR

FUNCTION

Power On 

Green

A steady LED indicates primary AC power is on at acceptable levels. 

An unlit LED indicates unacceptable AC power levels or AC power is disconnected.

Alarm

Red

A flashing LED indicates one or more unacknowledged alarm events.

A steady LED indicates all alarm events.

The LED turns off when the control unit is reset if all current alarm event messages 
have been acknowledged and none of the alarm-initiating devices are reporting 
alarms.

Pre-Alarm

Yellow

A flashing LED indicates unacknowledged pre-alarm events. 

A steady LED indicates all current pre-alarm events have been acknowledged. 

The LED turns off when the control unit receives pre-alarm-off messages from all 
alarm-initiating devices that had reported a pre-alarm.

Supervisory

Yellow

A flashing LED indicates one or more unacknowledged supervisory events. 

A steady LED indicates all supervisory events have been acknowledged. 

The LED turns off when the control unit receives supervisory-off messages from all 
initiating devices that had reported supervisory conditions.

System 
Trouble

Yellow

A flashing LED indicates unacknowledged trouble events. 

A steady LED indicates all trouble events have been acknowledged. 

The LED turns off when the control unit receives trouble-off messages from all SLC 
or control-unit monitoring circuitry that had reported trouble conditions.

Signal 
Silenced

Yellow

A steady LED indicates the <SIGNAL SILENCE> Key has been pressed after all 
current alarm events have been acknowledged. 

The LED turns off when 1) the control unit is reset, or 2) the <SIGNAL SILENCE>  
key is pressed to toggle on any previously-silenced NACs and SLC-based modules. 
The <SIGNAL SILENCE>  key will repeatedly toggle the NACs and SLC-based 
modules off and on and the Signal Silenced LED will track the activation state of 
the NACs and modules until the control unit is reset.

Ground Fault

Yellow

A steady LED indicates a Ground Fault has occurred in some circuit on the ARIES 
NET

Link

 system. A Ground Fault condition will automatically cause the System 

Trouble LED to light and flash. The circuit with the wiring problem can be 
identified through the system menus.  When the condition is resolved, either on its 
own or by installer intervention, the Ground Fault LED will extinguish.  The control 
unit can then be reset to return to Normal operation.

Summary of Contents for ARIES NETLink

Page 1: ...ent Fire Alarm Suppression Control Unit Installation Operation and Maintenance Manual FM Approvals Project ID 3038124 UL Listing File No S2422 California Office of State Fire Marshal Certificate of Approval No 7165 1076 0195 New York City Fire Department Certificate of Approval No 6092 ...

Page 2: ......

Page 3: ... ARIES NETLink system and may not have the opportunity to visit the sites where the product is installed or intended to be installed It is the responsibility of the professional installer described above to properly install and configure the systems Under no circumstances will Kidde Fenwal Inc be liable for improper installation or configuration of the systems The technical data contained herein i...

Page 4: ...elease Circuit NYC New York City AWG American Wire Gauge PAS Positive Alarm Sequence CSFM California State Fire Marshal PC Personal Computer DC Direct Current PCB Printed Circuit Board DET Detector pF Pico farads EOC Event Output Control P N Part Number EOLD End of Line Device PSU Power Supply Unit EOLR End of Line Resistor RAM Random Access Memory FM Factory Mutual RDCM Remote Display Control Mod...

Page 5: ...hey will not interfere with battery and printed circuit board locations Do not overtighten screw terminals Overtightening may damage threads resulting in reduced terminal contact pressure and difficulty with screw terminal removal This system contains static sensitive components Always ground yourself with a proper wrist strap before handling any circuits so that static charges are removed from th...

Page 6: ...rloaded electrical circuits children playing with matches or arson Notification appliances such as bells may not alert people if these appliances are located on the other side of closed or partly open doors or are located on another floor of a building A fire alarm system will not operate without electrical power If AC power fails the system will operate from standby batteries only for a specified...

Page 7: ...TION AND ALL OTHER INVOLVED PARTIES This product incorporates field programmable software In order for this product to comply with the requirements in the Standard Control Units and Accessories for Fire Alarm Systems ANSI UL 864 certain programming features or options must be limited to specific values or not used at all as indicated below 1 Abort switches may be set up to operate in any of the fo...

Page 8: ...elephone line may cause the equipment to not ring in response to an incoming call In most but not all areas the sum of the RENs of all equipment on a line should not exceed five 5 0 To be certain of the number of devices that may be connected to a line as determined by the total RENs contact the local telephone company The REN for this product is part of the product identifier that has the format ...

Page 9: ... Main Controller Board Features 1 11 1 10 Power Supply PMU Assembly 1 11 1 10 1 Power Supply Units 1 12 1 10 2 Power Management Unit PMU Board 1 12 1 11 Batteries 1 13 1 12 Expansion Card Cage 1 14 1 12 1 Expansion Backplane 1 14 1 13 Optional Expansion Cards 1 16 1 13 1 General Guidelines for the Use of Expansion Cards 1 16 1 13 2 Expansion Card Slot Addresses 1 16 1 14 Optional Remote Devices 1 ...

Page 10: ...nal Installation Procedures 2 4 2 4 Standard System Installation Procedure 2 5 2 4 1 Surface Mounting of Main or Expansion Enclosures 2 5 2 4 2 Semi Flush Mounting of Main or Expansion Enclosures 2 6 2 4 3 Installing A Power Supply Unit into The Enclosure Top Tier 2 8 2 4 4 Installing the Power Management Unit PMU Board into Enclosure Top Tier 2 9 2 4 5 Connecting the Audible PMU Trouble Sounder H...

Page 11: ...2 53 2 14 2 Fiber Optic Converter Module FOCM Wiring Dual Channel 2 54 2 15 Installing the Large Capacity Battery Cabinet 2 55 CHAPTER 3 CONFIGURATION AND PROGRAMMING 3 1 Introduction 3 1 3 1 1 Initial Signaling Line Circuit Configuration 3 1 3 1 2 Site Specific Programming 3 3 3 2 Menu Operation 3 4 3 3 Overview of Main Menu Functions 3 4 3 3 1 ISOLATE Menu Functions 3 6 3 3 2 LIST Menu Functions...

Page 12: ...8 4 Operator Control Keys 5 11 5 8 5 Status Indicating LEDs 5 11 5 8 6 Network Display Messages 5 11 5 8 7 Remote Trouble Events 5 11 5 8 8 Remote Alarm Events 5 12 5 8 9 Remote Positive Alarm Sequence PAS Events 5 13 5 8 10 Remote Alarm Verification Events 5 13 5 8 11 Remote Supervisory Events 5 14 5 8 12 Remote Pre Alarm Events 5 15 5 8 13 How Concurrent Remote Events Will Be Displayed 5 16 5 8 ...

Page 13: ...nclosures F 1 F 2 Installation F 2 APPENDIX G ARIES NETLink For City Of Chicago Applications G 1 G 1 Introduction G 1 G 2 Overview of the Stand Alone Control Box G 2 G 2 1 Fire Alarm Trouble G 2 G 2 2 City Tie Trouble G 2 G 2 3 City Disconnect Switch G 3 G 3 Installation and Connections G 3 G 3 1 Labeling G 3 G 3 2 Field Wiring Connections G 5 APPENDIX H Conversion Instructions for PEGAsys H 1 H 1...

Page 14: ...Table of Contents February 2012 xii P N 06 237058 001 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 15: ...ns 2 11 2 9 Wiring Diagram for Power Management Unit PMU Board 2 12 2 10 Snap On Suppression Filter Shown Installed Around Black and White AC Power Wires 2 14 2 11 AC Connections to PMU Board 2 15 2 12 AC Voltage Protection Cover 2 15 2 13 Installing A Main Controller Board with Keypad Display into the Enclosure Top Tier 2 17 2 14 Wiring Diagram for Main Controller Board 2 18 2 15 Internal 24 Vdc ...

Page 16: ...Cont d Fig 2 of 5 3 14 3 16 ARIES NETLink List Menu Functions Cont d Fig 3 of 5 3 15 3 17 ARIES NETLink List Menu Functions Cont d Fig 4 of 5 3 16 3 18 ARIES NETLink List Menu Functions Fig 5 of 5 3 17 3 19 ARIES NETLink Set Menu Functions Fig 1 of 18 3 18 3 20 ARIES NETLink Set Menu Functions Cont d Fig 2 of 18 3 19 3 21 ARIES NETLink Set Menu Functions Cont d Fig 3 of 18 3 21 3 22 ARIES NETLink ...

Page 17: ...Display 4 17 4 27 PAS Acknowledgment Message 4 18 4 28 Typical Alarm Verification Message Display 4 18 4 29 Alarm Verification Acknowledgment Message 4 19 4 30 Typical Supervisory Message Display 4 19 4 31 Typical Pre Alarm Message Display 4 21 4 32 Outputs Silenced Message 4 21 4 33 Typical Countdown to Release Display 4 24 4 34 Typical Release Message 4 25 4 35 Typical Display after Acknowledgme...

Page 18: ...election 5 24 5 37 Set Sub Menu 5 24 5 38 Additional Set Menu Options 5 24 5 39 Resynch Network Option 5 24 5 40 Resynch Network Display 5 24 E 1 Example Showing Wiring in 3 Tiered Enclosure with Additional PSU PMU Assemblies a Location of knockouts b E 2 E 2 Example Showing Wiring in 3 Tiered Enclosure with Card Cage Assembly a Location of knockouts b E 3 E 3 Example Showing Wiring in 2 Tiered En...

Page 19: ...4 LCD Panel System Status Messages 4 7 4 5 Progressive Alarm States of a ARIES NETLink System 4 23 4 6 Priority Levels for Different Types of Concurrent Events 4 24 6 1 Available Standby Batteries 6 2 6 2 Testing Frequency 6 3 7 1 General System Events 7 2 7 2 SLC Events 7 7 7 3 R NAC Card Related Events 7 16 7 4 MCB Related Output Events 7 17 7 5 Other Card Related Events 7 18 7 6 Remote Display ...

Page 20: ...List of Tables February 2012 xviii P N 06 237058 001 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 21: ...m 1 3 CODES AND STANDARDS The ARIES NETLink shall be implemented according to the most recent editions of the following NFPA Standard 70 National Electric Code NFPA Standard 72 National Fire Alarm and Signaling Code This Installation Operation and Maintenance Manual IOM Any other standards enforced by a local Authority Having Jurisdiction AHJ Table 1 1 Agency Listing Approval by System Classificat...

Page 22: ...re Protective Signaling Systems UL Standard 268A Smoke Detectors for Duct Application UL Standard 1481 Power Supplies for Fire Protection Signaling Systems Underwriter Laboratories of Canada cUL ULC S527 99 Standard of Control Units for Fire Alarm Systems Underwriter Laboratories of Canada cUL ULC S529 09 Smoke Detectors for Fire Alarm Systems FM Standards 1011 and 1012 Approval Standard for Delug...

Page 23: ...sion system and or fire alarm system For each protected zone the ARIES NETLink system can provide alarm initiation occupant notification event annunciation support systems activation de activation extinguishing system release fire department summons Figure 1 1 illustrates a full fire suppression system application controlled by the ARIES NETLink control unit Figure 1 1 Full ARIES NETLink Fire Supp...

Page 24: ...attery Cabinet Remote Display Control Module RDCM with enclosure Remote LED Annunciator Module R LAM with enclosure Integrated Front Panel LED Annunciator ATM L LED Driver Module ATM R Relay Driver Module Fiber Optic Converter Module in enclosure Remote Configuration Software for control unit access configuration from user supplied PC 1 7 SYSTEM ENCLOSURE TYPES The ARIES NETLink control unit enclo...

Page 25: ...d wiring when batteries are installed Hinged door with Keyed Lock The enclosure door is hinged on the left and provides 180 degrees of swing The door is easily removable and features a lock and key A transparent Lexan window shows the display but prevents contact with the keypad Wiring Space The enclosure allows a minimum of 2 in 50 mm of wiring space between the wall and any wiring terminal Wirin...

Page 26: ...ay is designed to fit over the assembly in a hinged arrangement in the Top Tier Middle Tier Typically reserved for Expansion Card Cage A Power Supply PMU Assembly may optionally be located here instead Bottom Tier Typically reserved for two standby batteries 12 AH pair or 17 AH pair on a tray Use of larger capacity battery pairs greater than 17 AH requires purchasing the separate Large Battery Enc...

Page 27: ...ion of Typical 2 Tiered Main Enclosure Configurations 1 7 1 3 EXPANSION ENCLOSURES The ARIES NETLink system is capable of substantial expansion in its total number of add on cards Power Supply PMU Assemblies and batteries The illustrations below demonstrate available ways of expanding the system Figure 1 4a shows the large Expansion Enclosure with a power supply PMU Assembly and two expansion card...

Page 28: ...r of each side The Remote Enclosure as with all ARIES NETLink enclosures can be surface or semi flush mounted A trim ring for the Remote Enclosure P N 76 800300 004 fits over the enclosure Refer to Section 2 12 1 Installing the Remote Enclosure in Chapter 2 for mounting instructions Figure 1 5 Illustration of Remote Enclosure shown with Remote Display Control Module 1 7 1 5 LARGE CAPACITY BATTERY ...

Page 29: ...nds When a Soft Key is pressed the display immediately requests a password not required for the Call for Service command After successful password entry and verification the command will execute Note A blank label area is provided next to each Soft Key for customized labeling The label area has been designed to accommodate an Avery multi use label part number 5418 A template for printing the 5418 ...

Page 30: ... 2 Section 2 4 7 for instructions on how to install the Main Controller Board Figure 1 7 shows the layout of the MCB including terminals for external components the operator interface and connectors Figure 1 7 ARIES NETLink Main Controller Board Layout RS485 to Integrated LED Annunciator Module Interface RS485 Interface to Remote Display Control Module and Remote LED Annunciator Module J8 J4 J6 Au...

Page 31: ...l Module and LED Annunciator Module RS485 Expansion Card I O interface A dedicated interface for communication and control of installed expansion cards Power Management Unit PMU Board and peripherals Nonvolatile memory Onboard nonvolatile memory can store an Event Log of up to 10 000 events with ability to view and erase password protected and can store system configuration Real Time clock with Ba...

Page 32: ...acity for ULC applications The board can supply charging voltage of 27 0 Vdc nominal with a 4 0 Amp charging circuit current using a single power supply or 8 9 Amp current using dual power supplies respectively The battery bank is constantly supervised for correct voltage and polarity If there is more than one PMU board in a system only one PMU Board will be responsible for charging but all will s...

Page 33: ...on AHJ for a 24 hour standby followed by a 10 min alarm period or for a 90 hour standby followed by a 10 minute alarm period Refer to Appendix A Battery and Power Supply Calculations to calculate required battery capacity and standby times The ARIES NETLink software includes an optional Battery Monitoring Mode which can track battery lifetime from the original install date and sound an audible sig...

Page 34: ...y expanded ARIES NETLink system can accommodate a maximum number of four Expansion Card Cages 24 slots in total Figure 1 10 Expansion Card Cage shown with cards inserted 1 12 1 Expansion Backplane The Expansion Backplane is a printed circuit board which is located underneath the Expansion Card Cage The backplane provides six card connector positions A convenient feature of the backplane is that an...

Page 35: ...Card Connectors J1 J6 on the backplane using a consistent set of pins signals Communications OUT J11 interfaces with the next Expansion Backplane if applicable to tie them together The Communications OUT connector uses the same set of pins signal lines for each backplane These pins signal lines also align with the Communications IN and Communications OUT connectors on the Main Controller Board A b...

Page 36: ...signed a unique address 4 An Expansion Card Cage contains a total of six Expansion Card slots 5 A fully expanded ARIES NETLink system can include a total of four Expansion Card Cages 6 A fully expanded ARIES NETLink system 24 available slots can include the total number of Expansion Cards listed below 1 City Tie Card 1 DACT Card 6 SLC Cards limited by number of unused slots 1 Network Interface Car...

Page 37: ...w indicating a de energized disabled state Release Notification Appliance R NAC Circuit Card Refer to Figure 2 28 Figure 2 30 and Figure 2 31 in Chapter 2 Installation for wiring diagrams for NAC and releasing circuits Adding a Release Notification Appliance Circuit R NAC Expansion Card increases the functional capacity of the ARIES NETLink system by expanding the number of available signal releas...

Page 38: ...cluding failure of the Main Controller Board Ratings are as follows 3 A at 30 Vdc 3 A at 120 Vac The Relay Card occupies a single slot in the Card Cage and plugs directly into the backplane 24 Vdc power is supplied via the backplane connector There is no limit on the number of Relay Cards which may be included in an ARIES NETLink system dependent only on how many slots are available in the Expansi...

Page 39: ...uplex master slave polling protocol The DACT card receives system status updates which are stored in memory When one or more statuses change the DACT initiates a trasmission to the Central Station over one or both phone lines Main Controller Board status changes include System Status Normal AC Failure Low Battery Voltage Alarm Per Point System Supervisory System Trouble Ground Fault Notification A...

Page 40: ...g diagram for the Internet Communications Module Card The Internet Communications Module is an optional supplemental card which allows Internet connectivity to the Main Controller Board via an RS232 port An RJ45 connector is provided on the card for Ethernet connection to the Internet Physical connection to the Internet must be provided by the user furnished by a commercially available Internet pr...

Page 41: ... Chapter 2 Installation for a list of recommended printer models 1 14 1 1 OPTIONAL CONFIGURATION VIA REMOTE COMPUTER The ARIES NETLink control unit may be configured remotely from a PC connected to one of the MCB RS232 ports if desired 1 14 1 2 OPTIONAL MONITORING VIA INTERNET The ARIES NETLink system may be remotely monitored by means of the Internet if desired by using an Internet Communication ...

Page 42: ...odule which drives the display of zone information and fits into the Remote Enclosure The R LAM provides 48 independently programmable microcontroller controlled LEDs red yellow with space available to place a label to identify the event being annunciated In addition three system level LED outputs are provided for the following general conditions Module Power Trouble and Signal Silenced Two system...

Page 43: ... A synchronization signal output allows expansion of up to 15 RDCM units Refer to Section 1 8 for detailed information on the features of the keypad display Figure 1 13 Remote Display Control Module RDCM 1 14 2 3 ATM SERIES DRIVER MODULES The ATM Series Driver Modules support the use of third party graphical annunciators and large numbers of auxiliary relays with the ARIES NETLink Refer to Figure ...

Page 44: ...S NETLink control units for a single communication channel For greater communication security and redundancy a second optional Add On module can be installed in this enclosure to provide an additional channel This is most effective if the second channel is installed in a different pathway from the first The FOCM is available in two models one for use with multi mode 62 5 125 μm duplex fiber optic ...

Page 45: ...del THD 7252 Thermal Detector is a low profile intelligent heat detector that uses a thermistor sensing chamber for fast response This detector can be used for open area coverage on low 10 ft flat ceilings with a spacing up to 70 ft Flanged Detector Base Model 6SB The Model 6SB Detector Base is used in applications where the detector s installed appearance is a primary consideration This base moun...

Page 46: ...s high sensitivity smoke detection with very early warning The ASD 160H incorporates a patented artificial intelligence known as ClassiFire which allows the detector to configure itself to optimum sensitivity alarm thresholds and minimum nuisance alarms for various environments The ASD 160H offers protection for an air sampling pipe network up to 164 feet 50 meters total An ASD 160H can be connect...

Page 47: ...ule Model AI The Model AI Addressable Monitor Module is used to monitor conventional unpowered contact type initiating devices through a CLASS B Style B initiating device circuit Two styles of AIs are available P N 70 4070X8 001 N O for interfacing to normally open contact devices such as abort stations manual stations waterflow switches and supervisory switches and P N 70 407018 002 N C for use w...

Page 48: ...es must be set by moving switches on either the APIC or Command Module Isolator Modules Isolator modules are automatic switches that open a segment of the signaling line circuit when a short circuit fault is detected in that segment The remainder of the signaling line circuit continues to function normally and is unaffected by the short circuit fault The isolator modules will close and resume norm...

Page 49: ...g Line Circuit SLC The module is field programmable using the control unit keypad or Hand Held Programmer Table 1 7 Compatible RRM Power Supplies Description Manufacturer Part Number Multi Zone Power Supply Assembly Kidde 89 300020 001 24 VDC 2A Auxiliary Power Outputs located on the ARIES NETLink PMU Board Kidde 24Vdc 3A Power Supply red enclosure Altronix AL400ULXR 24Vdc 3A Power Supply grey enc...

Page 50: ... performing the following tasks configuration file upload to the ARIES NETLink panel configuration file download from the ARIES NETLink panel editing of configuration files storage of configuration files printing of configuration files comparison of two configuration files with printout of differences verification and syntax checking of configuration files download and storage of Event Logs purgin...

Page 51: ...9 mm rolled steel Color Red C21136 of Federal Standard 595 Remote Enclosure Large Capacity Battery Cabinet 7 1 2 in 190 5 mm Height x 12 3 4 in 323 9 mm Width x 2 3 4 in 69 8 mm Depth 12 in 304 8 mm Height x 20 in 508 0 mm Width x 8 1 4 in 209 5 Depth EXPANSION CARDS Card Dimensions 3 5 in 88 9 mm Height x 7 0 in 177 8 mm Width SIGNALING LINE CIRCUIT CARD Includes one 1 SLC Circuit Maximum of 6 ca...

Page 52: ...ating Voltage Current Nominal 24 Vdc 37 mA Electrical Interface PSTN line using a RJ45X phone jack Protocols SIA DC 05 1999 09 Ademco Contact ID SIA DC 03 1990 01 R2003 10 Digital Alarm Communicator Receivers DACRs Compatible with Sur Gard System I Sur Gard System III and Osborne Hoffman Model 2000E NETWORK INTERFACE CARD NIC Allows up to 64 control units to be networked Maximum of 1 card per node...

Page 53: ...uits are always supervised for ground faults Maximum Devices per Circuit Solenoid Based Devices Actuator Based Devices 1 Refer to Table C 3 in Appendix C Maximum Output Circuit Terminal Voltage 28 Vdc 28 Vdc Minmum Output Circuit Terminal Voltage 20 Vdc 20 Vdc NAC Output Specifications Wiring Types Electrical Supervision 24 Vdc regulated When NAC devices are used the output can be wired as CLASS A...

Page 54: ...9 m maximum wire length Use low capacitance cable maximum 15pF per ft Baud Rate 38 400 baud Synch In Out 3 3 Vdc Logic for local connections to RDCM and R LAM Modules only ON BOARD RELAYS MCB includes three 3 Form C Voltage Free Programmable Relays and one 1 dedicated Form C Trouble Relay Relay Contact Rating 3 0 A 24 Vdc resistive 3 0 A 120 Vac resistive ON BOARD RELEASE NOTIFICATION APPLIANCE CI...

Page 55: ...aximum 15pF per ft REMOTE LED ANNUNCIATOR MODULE R LAM Maximum of 16 Remote LED Annunciator Modules supported The total number of remote devices cannot exceed more than 31 total addresses 30 if integrated LAM is included in system DC Power Input 24 0 Vdc 150 mA maximum Input Capacitance 100 F max PMU Trouble Relay Input short normal open fault Synch In Out 3 3 Vdc Logic for local connections to RD...

Page 56: ...TIC CONVERTER MODULE continued from previous page Baud Rate 38 4K Baud Operating Voltage Current 24 Vdc nominal 175mA maximum Temperature Range 0 50 degrees C Humidity Range 0 93 RH non condensing Enclosure Color Red Weight 5 lbs Item Description ...

Page 57: ...e door to the enclosure 3 Remove the control unit door first by unlocking it and then lifting the door up to allow the door s hinges to clear the mating hinge pins on the enclosure 4 Remove the separately packaged power supply unit Power Management Unit Board Main Controller Board with attached Keypad Display and installation hardware and documentation from inside the enclosure Set these parts and...

Page 58: ...efiresystems com 1 4 mounting bolts to mount the control unit cabinet recommended Electrical conduit for AC input power and field circuits Electrical junction boxes as required Wire nuts and crimp on terminals as required Basic electrician hand tools Wrist ground strap 2 2 3 Determining Wall Location The control unit can be surface or semi flush mounted For either mounting configuration locate the...

Page 59: ...e removed from the enclosure and the installation site must be prepared with appropriate electrical wiring before system installation can begin 2 3 3 Step Three Mount the Enclosure The control unit can be either surface or semi flush mounted For full mounting and installation procedures refer to Section 2 4 1 surface mounting or Section 2 4 2 semi flush mounting 2 3 4 Step Four Install the Top Tie...

Page 60: ...rder to begin using the new settings Note that the USB or RS232 cable should be disconnected at this time Pre test the system in accordance with the approved sequence of operation Be sure that extinguishing system actuation devices are not connected to the extinguishing system during pre testing Note The serial number of the control unit which is requested during initial startup can be obtained fr...

Page 61: ...rear panel that serve as a template for surface mounting Note The installer must supply the mounting bolts up to size 1 4 20 2 Insert the upper three fasteners in the wall Leave approximately 1 4 of the screws protruding 3 Slip upper keyholes of the enclosure over the protruding screws Tighten the screws 4 Insert and tighten the three lower screws Note It is recommended that one of the rows of mou...

Page 62: ...osure within the opening as closely as possible 3 Secure the enclosure to the wall with appropriate mounting bolts up to size 1 4 20 The enclosure may optionally be mounted to adjacent wall studs Holes for stud mounting must be drilled as required into the side of the enclosure 4 Attach wiring conduit to the enclosure through the knockouts and pull the required number of wires through the conduit ...

Page 63: ...Installation P N 06 237058 001 2 7 February 2012 Figure 2 3 Semi Flush Mounting of 3 Tiered and 2 Tiered Main Expansion Enclosures ...

Page 64: ...0 Vac See Figure 2 4 below Figure 2 4 Power Supply Unit 5 Locate the side mounting screw which is in place on the side of the power supply unit Refer to Figure 2 4 above for location of hole Back out the screw by approximately 1 8 inch 6 Locate the two power supply unit retention tabs in the cabinet and side fastening tab in the enclosure s back panel 7 With the wire harness down slide the power s...

Page 65: ... will immediately stop charging standby batteries and the batteries will supply the load of all PMU Boards that are in the Trouble state The system should be serviced immediately to restore AC power Refer to Chapter 7 Troubleshooting for more information on probable causes of AC power loss and recommended corrective actions If additional power supply units and PMU Boards are installed on a ARIES N...

Page 66: ... tighten two of the three mounting screws on the left side of the board to hold it in place and align screw holes 7 Position the 5 in ground wire assembly over the right topmost screw hole located beside the AC power input connector Refer to Figure 2 11 for location of screw hole Insert the 5 8 in standoff and mounting screw hand tighten 8 Put all remaining mounting screws in place and tighten sec...

Page 67: ... Power Supply Wiring Harness Connections 1 2 3 4 5 Colored Harness Wire to Attach Terminal on Power Supply from Left to Right 1 White and Black wire 1 Line 2 All White wire 2 Neutral 3 Green wire 3 Ground No connection 4 4 Double Black wire 5 24 Vdc Negative Return No connection 6 5 Double Red wire 7 24 Vdc Positive Return ...

Page 68: ...tery 12 V Battery S Battery Circuit Sealed lead acid batteries only Maximum 165 AH Replace every 3 years or as recommended by battery manufacturer Charging Circuit Voltage 27 0 V nom Charging Circuit Current 8 9 A max Typical standby operating times are 24 and 90 hours Refer to Appendix A for specific battery capacity calculations J9 Auxiliary AUX 1 and AUX 2 Special Application 19 2 27 6 Vdc Curr...

Page 69: ...figuration of primary AC power requires that the AC power selection switch on the side of the power supply unit be set correctly before it is installed in the enclosure Refer to Figure 2 4 for switch location The ARIES NETLink system requires a separate dedicated connection to an AC branch circuit that must be labeled Fire Alarm This branch circuit must connect to the line side of the main power c...

Page 70: ...ovided to ensure the strictest compliance with FCC Part 15 The filter can be found in the NIC Card hardware kit For networked control units open the cylindrical ferrite core filter and place it around both the hot black and neutral white AC wires Snap the filter tightly closed to secure in place around the wires Refer to Figure 2 10 below 7 Locate the AC Voltage Protection Cover found in the hardw...

Page 71: ... On Suppression Filter and PMU Ground Wire Assembly Figure 2 12 AC Voltage Protection Cover prohibits access to AC Power input terminals Ground Green Wire Connection Earth Ground stud Neutral White Wire connection Line Black Wire connection Place Snap On Supression Filter P N 06 115904 087 around these two wires networked control units only ...

Page 72: ... top hinge Next insert the board s bottom metal tab into the bottom hinge Note Before securing the MCB for ease of access it is recommended to fully open the MCB and connect internal power and communication connections Refer to Figure 2 15 and Figure 2 16 for an overview of power and communication connections 7 Insert COM harness supplied in MCB hardware kit from connector J2 on the MCB to connect...

Page 73: ...Installation P N 06 237058 001 2 17 February 2012 Figure 2 13 Installing A Main Controller Board with Keypad Display into the Enclosure Top Tier MCB Hinges ...

Page 74: ...LAY 1 NO C NC TB2 RELAY 2 NO C NC TB3 RELAY 3 NO C NC TB4 TBL RELAY NO C NC J20 J19 SLC 2 IN OUT IN OUT USB HOST USB DEVICE J17 R NAC 1 IN OUT IN OUT NORM ISOL R NAC 2 IN OUT IN OUT J18 NAC 1 IN IN OUT OUT J16 ISOL NORM ISOL NORM ISOL NORM ISOL NORM NAC 2 IN IN OUT OUT J15 ISOL NORM RS232 A RS232 B J10 24 VDC IN J2 PMU COMMS OUT J9 BACKPLANE COMMS OUT RS485 IN B IN A OUT A OUT B Main Controller Bo...

Page 75: ...Link system Note Output connectors are white input connectors are black All connectors are keyed for correct orientation when inserted Figure 2 15 Internal 24 Vdc Power Connections 12V Battery 12V Battery Card Cage Backplane Additional Card Cage Backplane PMU Board Main Controller Board R NAC Card J10 J3 J4 J9 J10 J5 J9 J9 J12 J13 J12 J13 AUX Power Outputs J11 PMU Trouble Sounder Relay ...

Page 76: ...ation connections for the ARIES NETLink system Figure 2 16 Internal Communication Connections V 12 Card Cage Backplane Additional Card Cage Backplane PMU Board Main Controller Board Additional PMU Board To next Backplane or for Termination Plug J10 J11 J10 J11 J12 J13 J12 J13 RS232 Ports J9 J2 J12 To next Backplane or for Termination Plug USB Ports ...

Page 77: ...harnesses from the MCB and field wiring plugs as required then removing the four mounting screws and opening the hinged MCB 6 Locate the three retention tabs in the enclosure s back panel found at the bottom 7 Orient the Card Cage as shown in Figure 2 17 below 8 Grasping the Card Cage with both hands align the top slots with the studs in the enclosure and insert the bottom into the two outermost r...

Page 78: ...Installation February 2012 2 22 P N 06 237058 001 Figure 2 17 Installing the Expansion Card Cage ...

Page 79: ...a good connection with the backplane connector Note Cards can be plugged into any slot in the Expansion Card Cage There are no reserved slots Refer to Section 1 13 1 General Guidelines for the Use of Expansion Cards for more information on the use of expansion cards 5 Locate two 8 mounting screws in the hardware kit 6 Orient the card as shown in the Table 1 3 illustration column in Chapter 1 7 Ins...

Page 80: ... s to the left as shown below in Figure 2 19 6 Locate the retention tabs in the enclosure s back panel 7 Grasping the assembly with both hands slide the assembly onto the two outermost retention tabs 8 Gently hold the assembly in place and insert one of the top mounting screws hand tighten 9 Repeat for the remaining screw and tighten both screws securely 10 On the PMU Board locate the right topmos...

Page 81: ...ckouts at bottom of enclosure will not be used To install the battery tray do the following 1 Remove the battery tray from its packaging 2 In the bottom tier of the enclosure locate the three retention tabs in the enclosure s back panel 3 Orient the tray such that its vertical lip is facing the front of the enclosure as shown in Figure 2 20 4 Grasp the tray with both hands and insert the back of t...

Page 82: ...it See Figure 2 21 below Figure 2 21 Standby Battery Connections WARNING Batteries contain sulfuric acid that can cause severe burns to the skin and eyes and can damage clothing Immediately flush areas of the skin or eyes that have been contacted with sulfuric acid for 15 minutes with water and seek medical attention promptly 12V Battery 12V Battery J10 on PMU Battery Cables Battery Jumper 12V Bat...

Page 83: ...rn to the same control panel In this type of installation if one wire were to break or become loose a Trouble signal would occur however all devices on that circuit would continue to function CLASS A circuits will be able to transmit a signal even with a single open fault or a single ground fault on the circuit CLASS B is a 2 wire circuit where two wires leave the control panel make connection to ...

Page 84: ...he ARIES NETLink control unit and the SmartOne and associated field devices The SLC can accommodate any combination of up to 255 addressable devices which include SmartOne automatic initiating devices monitor modules relay modules and control modules The SLC can be wired to meet the following NFPA 72 wiring requirements CLASS A Loop Isolators optional CLASS A Style 7 Loop Isolators required CLASS ...

Page 85: ...SmartOne Model ASM Addressable Signal Modules and SmartOne Remote Releasing Modules If RRMs are programmed for grouping release a maximum of 80 RRMs can be activated within 10 seconds on a single SLC circuit If RRMs are spread across SLC modules then 7 groups of 20 RRMs each can be activated within 10 seconds For networked systems refer to the table below Table 2 3 Activation of Outputs with Group...

Page 86: ...S A SIGNALING LINE CIRCUIT W LOOP ISOLATORS 3 7 ISOLATOR LOOP 3 7 7 3 ZONE 3 ZONE 2 ZONE 1 P S IN OUT IN OUT RET 24V RET 24V IN OUT ISOLATOR LOOP RET 24V RET 24V IN OUT ISOLATOR LOOP RET 24V RET 24V IN OUT ISOLATOR LOOP RET 24V RET 24V IN OUT SLC Connector SLC Connector SLC Connector Signaling Line Circuit Connectors located on MCB and SLC Expansion Card Main Controller Board J20 J19 on board SLC ...

Page 87: ...g SLC RX LED Yellow LED indicates normal operation of SLC receiver when blinking SW1 Circuit Isolation Isolates SLC circuit from the SLC card containing the switch LOOP ISOLATORS Part Numbers RXTX 74 200012 001 ELECT BOX 74 200012 002 BASE MOUNT 74 200012 004 Maximum 20 loop isolators excluding one on SLC can be installed on SLC circuit No more than 30 loop devices are allowed between two adjacent...

Page 88: ... terminating points at the control unit to the end of the branch line Refer to Figure 2 25 2 Remove the shorting jumper after each branch line resistance measurement Figure 2 25 Measuring CLASS B SLC Wiring Resistance 2 8 5 4 MEASURING CLASS B SLC WIRING CAPACITANCE The total wiring capacitance cannot exceed 0 5 F Use the following procedure to determine the wiring capacitance 1 Ensure that the en...

Page 89: ...nce 2 8 5 6 MEASURING CLASS A SLC WIRING CAPACITANCE The total wiring capacitance cannot exceed 0 5 F Use the following procedure to determine the wiring capacitance Note The following capacitance reading MUST be taken PRIOR to the installation of any loop device 1 Measure the capacitance using the wiring that will connect to control unit terminals J19 1 and J19 3 Terminals J19 2 and J19 4 MUST re...

Page 90: ...ut of the ARIES NETLink must not exceed 5 4 A per power supply unit For enclosures which include three or more power supply units total current output must not exceed the parameters listed in Appendix A Section A 5 Calculating Maximum Load For Multiple Power Supply Units In One Enclosure Figure 2 29 Wiring Diagram for Notification Appliance Circuits On board NAC Connectors Main Controller Board J1...

Page 91: ...le strobes Refer to the horn strobe manufacturer s installation sheet for details Use Figure 2 30 to estimate the maximum length of wire as a function of notification appliance current for NACs Figure 2 30 Wiring Length vs Notification Appliance Current WARNING All strobes are designed to flash with continuous applied voltage Strobe notification appliances cannot be used on pulsing signaling NAC o...

Page 92: ... supply unit For enclosures which include three or more power supply units total current output must not exceed the parameters listed in Appendix A Section A 5 Calculating Maximum Load For Multiple Power Supply Units In One Enclosure Both NAC circuits are supervised power limited and are compatible with conventional UL Listed 24 Vdc notification appliances such as MT Series Multi Tone Horns and Ho...

Page 93: ...its In One Enclosure 2 8 7 2 1 R NAC Circuits for Single Control Head or Solenoid Valve Figure 2 31 shows a releasing circuit wired for single control head or single solenoid valve actuation Both R NAC circuits are supervised and power limited when configured as releasing circuits and when an in line releasing device P N 06 220023 001 or P N 76 800000 004 is wired in series with the solenoid valve...

Page 94: ...Line Releasing Device P N 06 220023 001 Must be close nippled to solenoid enclosure R NAC 1 or 2 IN IN OUT OUT Red Blk n Line Releasing Device P N 76 800000 004 Must be close nippled to solenoid enclosure R NAC 1 or 2 IN IN OUT OUT End of Line Resistor 10K 5 0 5 W S P Keep resistor as close to connector as possible Installation Notes 2 Route non power limited wiring at least in away from all power...

Page 95: ...n 2 7 2 Inserting and Securing an Expansion Card for instructions on how to install the Relay Card Figure 2 32 Relay Outputs Diagram 1 All relay outputs shown in normal standby condition 2 All contacts are dry contact type 3 Outputs of all relays are not supervised 4 Ratings 3 Amps 30 Vdc or 3 Amps 120 Vac 5 Maximum of one 12 AWG wire per terminal Installation Note C NO NC RELAY 1 C NO NC C NO NC ...

Page 96: ... wired 2 Maximum of one 12 AWG wire per terminal Installation Notes Not supervised Rated at 24 Vdc 100 mA Reverse Polarity Shunt OUTPUTS 1 1 2 2 3 3 4 4 End of Line Resisitor 5 1K 0 5W supplied with City Tie Card Supervised for open circuit and ground faults Rated at 24 Vdc 550 mA City Tie Expansion Card Local Energy J5 Manual Disconnect Switch SW2 Reverse Polarity J7 Shunt J6 Position of Manual D...

Page 97: ...jack connectors located on the DACT Card The connections are Loop Start Public Switched Telephone Network connections which meet the specifications of UL864 and FCC Part 68 Refer to Section 2 7 2 Inserting and Securing an Expansion Card for instructions on how to install the DACT Card Refer to the wiring diagram shown below Figure 2 34 for DACT Card connections Figure 2 34 DACT Card Wiring Diagram...

Page 98: ...NET COMMUNICATIONS MODULE ICM WIRING Refer to the wiring diagram shown below Figure 2 35 for ICM Card connections Refer to Section 2 7 2 Inserting and Securing an Expansion Card for instructions on how to install the ICM Card Figure 2 35 ICM Card Wiring Diagram ...

Page 99: ...cket The following signals are communicated via the RJ12 socket s pins Note Pin No 2 is not used The RS232 communications port can be connected to its associated supplementary device with a standard RS232 cable of up to 50 feet in length Figure 2 36 RS232 Communications Ports Table 2 4 RJ12 Socket Pin Signals Signal Designation Pin No Transmit Data TX 1 Signal Ground Gnd 5 Request to Send RTS 3 Cl...

Page 100: ...3 Connecting a Laptop Remote Computer or Printer Figure 2 38 illustrates how to connect a laptop remote computer and or printer with either a USB or RS232 communications cable Note that printers and computers must be located within 20 ft of the control unit in the same room If using a USB port Connect the computer to device port J6 on the MCB Connect a USB compatible printer to host port J11 on th...

Page 101: ... Note If an integrated LED Annunciator is included in the ARIES NETLink the total number of remote devices cannot exceed more than 30 addresses Table 2 5 ARIES NETLink System Maximum Peripheral Devices Device Maximum Number Remote Display Control Module RDCM 15 Remote LED Annunciator Module R LAM 16 Model ATM L Annunciator Driver Module ATM L 16 Model ATM R Relay Driver Module ATM R 16 RS 232 Seri...

Page 102: ...the door up to allow the door s hinges to clear the mating hinge pins on the enclosure 6 Remove the separately packaged installation hardware and documentation from inside the enclosure Set the door aside in a safe location to prevent damage 7 Locate the top of the cabinet approximately 66 in above the floor so that the display is positioned at a convenient height for viewing system events and for...

Page 103: ...surface of the wall Center the enclosure within the opening as closely as possible 6 Secure the enclosure to the wall with appropriate mounting bolts up to size 1 4 20 The enclosure may optionally be mounted to adjacent wall studs Holes for stud mounting must be drilled as required 7 Slide the trim ring over the enclosure into opening flush against wall 8 Insert and hand tighten four 8 32 in screw...

Page 104: ...tion February 2012 2 48 P N 06 237058 001 Figure 2 40 Semi Flush Mounting of Remote Enclosure shown without RDCM or R LAM modules 13 in 66 in 8 in FLOOR 9 8 in 250 mm 8 5 in 216 mm 15 0 in 381 mm Rough Opening ...

Page 105: ... Module Type Model No Display Control RDCM Display R LAM J8 J8 J4 J8 J8 J4 RDCM Installation Notes RS485 circuits must be terminated at the first and last device in the circuit First device is the main Keypad Display with termination resistor SW2 located on the back side of the board set to the ON terminated position For Remote Keypad Display and RDCM boards set termination resistor SW2 to the OFF...

Page 106: ...13 1 Network Interface Card NIC The Network Interface Card contains the circuitry for data communications between networked control units One NIC must be installed in the Card Cage of each networked control unit referred to as nodes The nodes transmit and receive messages via RS485 communications Refer to Section 2 7 2 Inserting and Securing an Expansion Card for instructions on how to install the...

Page 107: ...as much as possible Note All wiring is power limited and supervised KIDDE FENWAL INC ASHLAND MA 01721 CH2 IN LED CH2 OUT LED CH1 IN LED CH1 OUT LED J12 J13 J12 Node 2 KIDDE FENWAL INC ASHLAND MA 01721 CH2 IN LED CH2 OUT LED CH1 IN LED CH1 OUT LED J12 KIDDE FENWAL INC ASHLAND MA 01721 CH2 IN LED CH2 OUT LED CH1 IN LED CH1 OUT LED J12 Node 3 KIDDE FENWAL INC ASHLAND MA 01721 CH2 IN LED CH2 OUT LED C...

Page 108: ...holes for four mounting bolts using the dimensions shown Two keyhole slots at the top and two holes at the bottom serve as a template for surface mounting Refer to Figure 2 44 below Figure 2 44 Mounting the FOCM Enclosure 2 Insert the upper two fasteners into the wall Leave approximately 1 4 inch of the screws protruding 3 Slip upper keyholes of the enclosure over the protruding screws Tighten the...

Page 109: ...Installation P N 06 237058 001 2 53 February 2012 2 14 1 Fiber Optic Converter Module FOCM Wiring Single Channel A single channel system is shown below Figure 2 45 Wiring Diagram For Single Channel FOCM ...

Page 110: ...provide an additional channel Note that this is most effective if the second channel is installed in a different pathway from the first Refer to the wiring diagram below for a dual channel system To mount the Add On Channel Position the channel as shown in Figure 1 15 in Chapter 1 Introduction Attach to the plate by fastening the top and bottom mounting screws Secure in place Figure 2 46 Wiring Di...

Page 111: ...ction information 2 Remove the front door by first unlocking it and then rotating the door approximately 90 degrees from its closed position 3 Lift up the door to allow the door s hinge pins to clear the mating hinge sockets on the enclosure 4 Determine the desired wall location for the battery cabinet 5 Mark and pre drill holes for four mounting bolts using the dimensions shown in Figure 2 47 Be ...

Page 112: ...Installation February 2012 2 56 P N 06 237058 001 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 113: ...ing this programmer Note On the ARIES NETLink keypad the BACKSPACE key is located directly above the ENTER key In these instructions the ENTER key is represented by its symbol Use this procedure to initially configure and check the number of SmartOne devices connected to the SLC 1 Connect the SLC wires to the applicable SLC Terminal Block Refer to Figure 2 22 and Figure 2 23 for typical SLC wiring...

Page 114: ...description of the AutoLearn Routine f The control unit will display the following message when the AutoLearn Routine is finished Figure 3 7 Typical Auto Learn Complete Display g Press the Backspace Key as required to exit from the menu operating mode The message Initializing Configuration will appear followed by System Must Restart h The control unit will restart in order to begin to use the new ...

Page 115: ... software allows you to set the operating parameters for the SmartOne initiating devices and to create activation sequences for each output circuit and each output device by specific initiating device status and combinations of initiating device status Refer to the ARIES NETLink Configuration Tool User s Guide P N 06 237059 001 for an explanation of system configuration through the ARIES NETLink r...

Page 116: ...Another operator already has access to the system through the configuration software s terminal emulation mode Refer to the ARIES NETLink Configuration Tool User s Guide P N 06 237059 001 for information on terminal emulation mode Any of the following events cancel menu operation An alarm signal An operator presses the Backspace Key at the main menu A period of 60 seconds elapses from the last pre...

Page 117: ...ystem Settings The LIST commands are used to view the set of isolated initiating devices and control outputs These commands are also used to display configuration settings for automatic initiating devices to display the list of devices on the SLC and to view lower level events that are not displayed due to the occurrence of higher level events SET Change Operating Parameters The SET commands allow...

Page 118: ...olation command is executed and will remain in effect until all Isolation commands are subsequently canceled by their corresponding De Isolation commands Figure 3 10 through Figure 3 13 outline the Isolate menu functions Each function is explained in detail in the remainder of Section 3 3 1 1 SLC Devices Level 2 Installer Password required 2 On Board Circuits 4 Control Modules 5 Global Isolate 6 M...

Page 119: ... to ___ 1 Isolate 2 De Isolate 1 NAC NAC to NAC 1 Isolate 2 De Isolate Cont d Press 0 Key Enter Password 2 SLC Outputs Isolate SLC Devices Devices from __ to ___ 1 Isolate 2 De Isolate 2 R NAC R NAC to R NAC 1 Isolate 2 De Isolate 3 RELAY Relay to Relay 1 Isolate 2 De Isolate ENTER SLC MODULE LOGICAL ADDRESS 2 RRM GROUPS 3 OUTPUT GROUPS ENTER RRM GROUP NUMBER__ 1 7 ENTER OUTPUT GROUP NUMBER__ 1 7 ...

Page 120: ...the ARIES NETLink control unit Also to prevent selected SmartOne control and relay modules from carrying out activation instructions issued by the ARIES NETLink control unit Note An SLC device can only be isolated if it is not in either a trouble or alarm condition 2 RRM and Output Groups Purpose To prevent selected RRM or Output AO and ASM group SLC based output devices from carrying out activati...

Page 121: ...__ Relay Module Isolation 1 Isolate 2 De Isolate 5 CITY TIE CITY TIE Module Isolation 1 Isolate 2 De Isolate 6 PMU ENTER LOGICAL ADDRESS RANGE__ to __ Isolation PMU 1 Isolate 2 De Isolate 7 DACT DACT Module Isolation 1 Isolate 2 De Isolate 2 R NAC CIRCUITS ENTER MODULE LOGICAL ADDRESS 1 Isolate 2 De Isolate ENTER CIRCUIT NUMBER 4 RELAY CIRCUITS ENTER MODULE LOGICAL ADDRESS 1 Isolate 2 De Isolate E...

Page 122: ...S NETLink control unit 4 Globally Isolate Initiating Devices Purpose To isolate all inputs and or all outputs with a single operation 1 ISOLATE 4 Control Modules 1 LAM Enter the LAM Number 01 16 1 Inputs Global Isolation of Inputs 1 Isolate 2 De Isolate Cont d 3 ATM 5 Global Isolate Enter the ATM Number 01 15 2 Outputs Global Isolation of Outputs 1 Isolate 2 De Isolate 2 RDCM Enter the RDCM Number...

Page 123: ...ing circuits notification appliance circuits combination notification appliance releasing circuits and programmable relays Refer to the ARIES NETLink Configuration Tool User s Guide P N 06 237059 001 for the procedure to assign initiating devices control modules or control unit based outputs to the isolation macros Note Selecting the isolation macro option for a second time will execute a de isola...

Page 124: ...ices and control unit based and SLC based outputs These functions are also used to display configuration settings for automatic initiating devices to display the list of devices on the SLC and to view lower level events that are not displayed due to the occurrence of higher level events Figure 3 14 through Figure 3 18 outline the List menu functions Each function is explained in detail in the rema...

Page 125: ...smit alarm signals that can be properly interpreted and processed by the ARIES NETLink control unit 5 Walk Test Results List Most Recent WalkTest Results for the Initiating Devices on the SLC Purpose To view the most recent walk test results for the initiating devices on the SLC 6 Device Readings List a Range of Automatic Detector Sensitivity Settings Purpose To view the pre alarm and alarm thresh...

Page 126: ...C PROGRAM 2 SLC Assignments 3 On Board Circuits 5 Control Modules 4 Backplane 6 GLOBALS 7 NETWORK SETTINGS ENTER SLC LOOP NUMBER 1 8 _ 1 R NAC 2 RELAY 3 CITY TIE 4 PMU 5 DACT ENTER MODULE LOGICAL ADDRESS___ ENTER MODULE LOGICAL ADDRESS___ ENTER MODULE LOGICAL ADDRESS___ 1 RDCM CONFIG 2 LAM CONFIG 3 CALL FOR SERVICE 4 ATM ASSIGNMENTS ENTER RDCM NUMBER 1 15 __ ENTER LAM NUMBER 1 16 __ 8 ISOLATION MA...

Page 127: ...BATT REPLACE DATE 4 GLOBAL SETTINGS 5 DAY NIGHT SETTINGS 1 ALARM VERIFY TIMER 2 LIST 5 PROGRAMMING 6 GLOBALS 2 PAR TIMER 3 AC FAIL DELAY 4 SILENCE INHIBIT 5 SEQUENTIAL TIMER 1 GLOBAL ACKNOWLEDGE 2 GLOBAL ALARM ACK 3 SUP BATTERIES 4 CITY OF CHICAGO 5 NIGHTLY TEST TIME 1 THIS NODE ENTER MODULE LOGICAL ADDRESS _ 5 PROGRAMMING 8 NETWORK SETTINGS 2 NETWORK NODES Cont d ...

Page 128: ...n the RDCMs connected to a ARIES NETLink control unit 15 LAM List the Software Versions of the LAMs Connected to the Control Unit Purpose To view the software versions installed on the LAMs connected to a ARIES NETLink control unit 16 PMU Voltages List the Output Voltages of the PMUs Connected to the Control Unit Purpose To Lists the output voltages of PMUs connected to the system 2 LIST Cont d SL...

Page 129: ...emote Release Modules Purpose To get diagnostic information concerning the memory status of RRM modules Contact Kidde Technical Support if RRM units are not functioning properly 2 LIST 8 RRM DATA ENTER SLC LOOP NUMBER 1 8 5 RRM PSU Status ENTER SLC LOOP NUMBER 1 8 6 RRM Memory Status RRM Extended Status SLC Devices From ___ to ___ 1 255 RRM Extended Status SLC Devices From ___ to ___ 1 255 17 ...

Page 130: ... Date Set the Time Purpose To set the correct time for a ARIES NETLink control unit Use either Steps 6a or 6b in table depending on desired format 2 Set Date Set the Date Purpose To set the correct date for a ARIES NETLink control unit 5 Port Control Configure the Communications Ports Purpose To change the RS 232 communications ports for use with a serial printer laptop or desktop computer PC and ...

Page 131: ...Sensitivity Alarm Level _ 0 5 1 5 ft 2 Day Night Settings Set Detector Sensitivity ENTER SLC LOOP NUMBER 1 8 _ SLC Devices From __ to ___ 1 255 Set Detector Sensitivity 1 Open Area 2 In Duct 3 DH 2000 Set Detector Sensitivity Pre Alarm Level _ 0 5 1 4 ft Set Detector Sensitivity Day Alarm Level _ 0 5 1 5 ft Set Detector Sensitivity Night Alarm Level _ 0 5 1 4 ft Cont d 2 Supervisory Set Detector S...

Page 132: ...s to detector placement in an air duct The DH 2000 range refers to detector placement in a DH 2000 Duct Housing with associated sampling tubes to monitor the air in either a supply or return air duct The alarm ranges for these special applications are as follows Ionization detectors can be automatically programmed to change alarm thresholds by time of day if they are configured for day night opera...

Page 133: ... 0 2 3 4 ft Set Detector Sensitivity Day Alarm Level _ 0 5 3 4 ft Set Detector Sensitivity Night Alarm Level _ 0 5 3 4 ft 2 Supervisory Set Detector Sensitivity ENTER SLC LOOP NUMBER 1 8 _ SLC Devices From __ to ___ 1 255 Set Detector Sensitivity 1 Open Area 2 In Duct DH 2000 1 Fixed Settings Set Detector Sensitivity Alarm Level _ 0 5 3 5 ft Set Detector Sensitivity Day Alarm Level _ 0 5 3 5 ft 2 ...

Page 134: ...to monitor the air in either a supply or return air duct The alarm ranges for these special applications are as follows Photoelectric detectors can be automatically programmed to change alarm thresholds by time of day if they are configured for day night operation The night alarm thresholds must be less than the corresponding day thresholds 10 Set Detector Sensitivity Change a Thermal Detector s P...

Page 135: ...s alarm threshold is exceeded and it is configured for overheat reporting The control unit buzzer will also activate 13 Remote Release Configure a Remote Release Purpose To change one or more of the following Remote Release Module RRM operating characteristics for a single or range of modules solenoid and actuator 3 SET 3 SLC Devices Cont d 2 Configuration 4 Alarmline Set AAM Configuration Switch ...

Page 136: ...SLC Device Default Operating Parameters Ionization Detectors 0 8 per foot Pre alarm Threshold 1 0 per foot Alarm Threshold Latching Operation Activates General Alarm List Photoelectric Detectors 1 5 per foot Pre alarm Threshold 2 0 per foot Alarm Threshold Latching Operation Activates General Alarm List Heat Detectors 120 F Pre Alarm Threshold 135 F Alarm Threshold Latching Operation Activates Gen...

Page 137: ...e registered device s must be physically removed from the SLC prior to or following the execution of the De Registration Procedure 16 Program Device Blink Control Disable the Flashing LEDs on SmartOne Detectors Purpose To prevent one or more SmartOne detector LEDs from flashing in standby operation LEDs will only illuminate in alarm condition The detectors default LED operation is flashing 17 Prog...

Page 138: ... address a previously addressed device Be sure to de register the previous address after the device is re addressed Note An SLC device can only have its address changed if it is not in either a trouble or alarm condition 18 Replace Drive Replace an SLC Device Purpose To replace an existing device on an SLC with a new device Note Before selecting to Replace Device remove the old device and connect ...

Page 139: ... 3 SET 2 Passwords 4 Programming 1 Day Night Set Day Night Weekend Mode ENTER SLC LOOP NUMBER 1 8 _ SLC Devices From __ to ___ 1 255 Cont d 1 Set Detectors Day Night Weekend Mode 1 Enable 2 Disable Set Day Start Now 06 00 Day Period Start _ __ 24 hour clock 2 Set Periods Set Day End Now 18 00 Day Period End _ __ 24 hour clock Nighttime Settings at Night 1 Activate 2 De Activate 3 Nighttime Setting...

Page 140: ...ytime and nighttime alarm thresholds for smoke detectors 23 Nighttime Settings at Night De Activate Day Night Alarm Thresholds for Smoke Detectors Purpose To de activate daytime and nighttime alarm thresholds for smoke detectors 24 Change Owner Password Purpose To change the owner s password from its current setting The factory default setting is 973480 25 Change Installer Password Purpose To chan...

Page 141: ... SLC Test Results ENTER SLC LOOP NUMBER __ SLC Devices From __ to ___ 1 255 1 Clear SLC Tests Assign Alarm Verification 1 Enable 2 Disable Assign Positive Alarm Sequence 1 Enable 2 Disable Event Log Clear 1 Clear Events 2 Exit 2 Clear Walk Tests Clearing Walk Test Results ENTER SLC LOOP NUMBER __ SLC Devices From __ to ___ 1 255 Level 2 Installer Password required SLC LOOP SELECTION ENTER SLC LOOP...

Page 142: ...vice addressed within the range of 001 through 050 The other half of the crossed zoned automatic initiating system will consist of any automatic initiating device addressed within the range of 051 through 100 Spot type detectors from each half of the crossed zoned detection system must be alternated throughout the protected area The extinguishing system will be manually activated by monitor module...

Page 143: ...tates as follows Pre Alarm State NAC No 1 steady activation Programmable Relay No 1 The owner location field on the LCD will display the word Pre Alarm Pre Release State NAC No 2 steady activation Programmable Relay No 2 The owner location field on the LCD will display the word Pre Release concurrently with the continuously decremented countdown timer Deactivate NAC No 1 Release State Release Circ...

Page 144: ...m the ARIES NETLink event log 31 Clear SLC Tests Clear the Contents of the SLC Initiating Devices Test Log Purpose To remove the most recently recorded results of initiating devices tests from the SLC Test Log All initiating devices are tested once per day to confirm that they can transmit an acceptable event detection signal The results of the most recently transmitted event signal are recorded i...

Page 145: ...ded in first release 1 RNAC 2 R NAC 3 RELAY ONBOARD CONFIGURATION PRESS 0 TO EDIT THE PARAMETER PRESS ENTER TO SELECT THE VALUE BACKSPACE TO EXIT THE CONFIG ENTER CIRCUIT NUMBER 1 2 ON BOARD NAC CURRENT VALUE OWNER LOCATION ON BOARD NAC OWNER LOCATION ____________________________ PRESS 0 TO CHANGE SETTING PRESS ENTER TO VIEW NEXT SETTING ON BOARD NAC USE SCROLL FOR OPTIONS ENTER TO SELECT END OF C...

Page 146: ...r any other alarm initiating device that an alarm condition is valid and actually exists The alarm verification period is programmable from 30 to 180 seconds in one second increments or 0 zero 37 PAS Change the Smoke Detectors Positive Alarm Sequence Investigation Period Purpose To change the period of time that the ARIES NETLink control unit will wait for the occupants to investigate a smoke dete...

Page 147: ...ule owner location BACKPLANE CONFIGURATION PRESS 0 TO EDIT THE PARAMETER PRESS ENTER TO SELECT THE VALUE BACKSPACE TO EXIT THE CONFIG EXPANSION R NAC ENTER MODULE LOGICAL ADDRESS __ R NAC CIRCUIT 1 CURRENT VALUE CIRCUIT OWNER LOCATION R NAC CIRCUIT 1 CIRCUIT OWNER LOCATION _________________________________ PRESS 0 TO CHANGE SETTING PRESS ENTER TO VIEW NEXT SETTING RNAC MODULE CURRENT VALUE OWNER L...

Page 148: ...NE CONFIGURATION PRESS 0 TO EDIT THE PARAMETER PRESS ENTER TO SELECT THE VALUE BACKSPACE TO EXIT THE CONFIG CITY TIE OWNER LOCATION __________________________________ PRESS 0 TO CHANGE SETTING PRESS ENTER TO VIEW NEXT SETTING CITY TIE USE SCROLL FOR OPTIONS ENTER TO SELECT END OF CONFIGURATION SAVE YES After final parameter the following appears CITY TIE CURRENT VALUE OWNER LOCATION City Tie Modul...

Page 149: ...rted due to a configuration change or power cycle this option must be re enabled The display will have the following typical appearance 4 Battery Disp Disable Set the Display to Not Show the Standby Battery Condition Purpose To replace the standby battery charging voltage and current with the Normal message on the display 41 Supervise Battery Enable Battery Supervision Purpose To disable and resto...

Page 150: ...DRESS __ 1 CONFIRM 2 CANCEL 1 LAM 2 RDCM 1 LAM 2 RDCM RDCM CONFIGURATION PRESS 0 TO EDIT THE PARAMETER PRESS ENTER TO SELECT THE VALUE BACKSPACE TO EXIT THE CONFIG 2 ENTER THE LAM NUMBER 01 15 __ RDCM 01 CURRENT VALUE OWNER LOCATION RDCM 01 RDCM 01 OWNER LOCATION ____________________________________ PRESS 0 TO CHANGE SETTING PRESS ENTER TO VIEW NEXT SETTING RDCM 01 USE SCROLL FOR OPTIONS ENTER TO ...

Page 151: ... EDIT MODE CALL FOR SERVICE Old second line text SECOND LINE ENTER UP TO40 CHARACTERS EDIT MODE CALL FOR SERVICE Old third line text THIRD LINE ENTER UP TO40 CHARACTERS EDIT MODE CALL FOR SERVICE Old fourth line text FOURTH LINE ENTER UP TO40 CHARACTERS 3 SET 7 Control Modules Cont d 1 LAM 3 REGISTRATION 4 DEREGISTRATION 2 RDCM 3 ATM Registration Mode Enter the LAM number 01 16 Registration Mode E...

Page 152: ...Channel 1 Enable Network Interface Card Node Number _ Network Interface Card Current Value Channel 2 Disable Network Interface Card Current Value Group Number 0 Network Interface Card Current Value Time Synchronization 0 Network Interface Card Current Value Network Reset Event Enable Network Interface Card Use scroll for options Enter to select Channel 1 Disable Network Interface Card Use scroll f...

Page 153: ...Disable Network Interface Card Use scroll for options Enter to select Network Silence Event Disable Network Interface Card Use scroll for options Enter to select Log All Network Events Disable Network Interface Card Use scroll for options Enter to select Process Group 0 Enable Network Interface Card Use scroll for options Enter to select Channel 1 Left Fiber Enable Network Interface Card Use scrol...

Page 154: ... PARAMETER PRESS ENTER TO SELECT THE VALUE PRESS TO EXIT THE CONFIG DACT OWNER LOCATION __________________________________ PRESS 0 TO CHANGE SETTING PRESS ENTER TO VIEW NEXT SETTING DACT USE SCROLL FOR OPTIONS ENTER TO SELECT END OF CONFIGURATION SAVE YES After final parameter the following appears DACT CURRENT VALUE OWNER LOCATION DACT Module owner location 1 DACT CONFIG 2 PURGE SESSION 3 PURGE T...

Page 155: ...T KEY ASSIGNMENT NONE SOFTKEY 2 USE SCROLL FOR OPTIONS ENTER TO SELECT SOFT KEY ASSIGNMENT NONE SOFTKEY 3 USE SCROLL FOR OPTIONS ENTER TO SELECT SOFT KEY ASSIGNMENT NONE 4 SOFTKEY 4 SOFTKEY 4 USE SCROLL FOR OPTIONS ENTER TO SELECT SOFT KEY ASSIGNMENT NONE 6 SOFTKEYS Options for Softkey Assignment Figure 3 36 Options for Softkey Assignment Figure 3 36 Options for Softkey Assignment Figure 3 36 Opti...

Page 156: ...OFTKEY ASSIGNMENT SLC DEVICE TEST ENTER SLC LOOP NUMBER 1 8 SOFTKEY SOFTKEY ASSIGNMENT SLC DEVICE TEST ENTER SLC LOOP NUMBER 1 8 1 SLC DEVICES FROM __ TO ___ 1 255 SOFTKEY ASSIGNED TO SLC DEVICE TEST SOFTKEY SOFTKEY ASSIGNMENT SLC LINE RESISTANCE ENTER SLC LOOP NUMBER 0 8 SOFTKEY ASSIGNED TO SLC LINE RESISTANCE If SLC Device Test selected If SLC Line Resistance selected SOFTKEY ASSIGNED TO BATTERY...

Page 157: ... signals that can be properly interpreted and processed by the ARIES NETLink control unit Note The ARIES NETLink control unit automatically runs this test once a day for all the configured initiating devices on the SLC The most current test results for all initiating devices are stored in the SLC Test Results log 9 Lamp Test Run a Lamp Test Purpose To test the LEDs on the keypad display 12 Battery...

Page 158: ... based output modules such as ASMs and AOs The most current walk test results for all initiating devices are stored in the walk test log The walk test mode will automatically end after 30 minutes of inactivity It can also be ended by a system reset or by using the Stop Walk Test menu function Any initiating devices not selected for walk testing will report events as normal Any alarm reported durin...

Page 159: ...e run concurrently for multiple devices to test counting and crossed zoned applications Subsequent alarm acknowledgment and silencing are required Each simulated initiating device must be manually de activated via the menu before the control unit can be reset 5 Alarm Sim Test De Activate an Alarm Simulation Test Purpose To report an alarm off message from an initiating device whose activation was ...

Page 160: ...ivate 2 Deactivate 1 ON BOARD CIRCUIT 2 BACKPLANE CIRCUIT 3 LAM ATM 4 SLC OUTPUTS 5 RRM GROUP Enter RRM Group Number 1 7 1 Activate 2 Deactivate SLC Output Devices ENTER SLC MODULE NUMBER 1 8 _ Activate 2 Deactivate SLC Devices From __ to ___ 1 255 1 Activate 2 Deactivate 6 SLC OUTPUT GROUP Enter SLC Group Number 1 7 1 Activate 2 Deactivate 1 LAM ENTER LAM ADDRESS 1 16 ___ 2 ATM ENTER ATM NUMBER 1...

Page 161: ...ing suppression systems or are shutting off power Restore the system to normal operating condition at the conclusion of all output activation and any other functional tests CAUTION There is no indication at the control unit that an output is activated Be sure to de activate the output after proper operation has been confirmed Ensure that the outputs will not activate suppression systems or critica...

Page 162: ...efore the system can be returned to normal operating condition CAUTION There is no indication at the control unit that an output is activated Be sure to de activate the output after proper operation has been confirmed Ensure that the remote release modules are not activating suppression systems Physically disconnect the wiring to all agent release and pre action sprinkler circuits if the control m...

Page 163: ...xit 4 SLC Comm Value SLC Communication Value ENTER SLC MODULE NUMBER 1 8 _ SLC Devices From __ To ___ 1 255 ENTER SLC MODULE NUMBER 1 8 _ 5 SLC LOOP DEBUG 6 SLC COMM DEBUG 7 SLC DEBUG OFF 1 RESET MODULES ENTER PHYSICAL SLOT RANGE _ TO _ ENTER 00 TO00 FOR BROADCAST RESET ENTER SLC MODULE NUMBER 1 8 _ ENTER SLC MODULE NUMBER 1 8 _ ENTER SLC MODULE NUMBER 1 8 _ 2 RESET CONTROL MOD 1 ALL 2 MAIN DISPLA...

Page 164: ... B SLCs with T Tapping 11 Find Dup Address How to Find a Duplicate Address Purpose To clear the trouble message that appears when two SLC devices have been accidentally assigned the same address The location of the affected SLC devices can be found by instructing the control unit to modify the doubly addressed devices LED pulse pattern Note Only one address can be selected at a time if more than o...

Page 165: ...nt d Fig 5 of 5 4 TEST 6 OUTPUTS 2 BACKPLANE CIRCUIT 1 R NAC 2 RELAY 3 CITY TIE 4 DACT ENTER MODULE LOGICAL ADDRESS___ ENTER MODULE LOGICAL ADDRESS___ 1 Activate 2 Deactivate ENTER CIRCUIT NUMBER___ ENTER CIRCUIT NUMBER___ 1 Activate 2 Deactivate 1 Activate 2 Deactivate 3 REPORT TBL 3 CH2 TEST 2 CH1 TEST 5 RESET ALL ...

Page 166: ...Configuration and Programming February 2012 3 54 P N 06 237058 001 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 167: ...ation program adjust configuration settings or manually initiate testing procedures Trouble A report of a problem that could prevent the ARIES NETLink System from proper operation Typical trouble signals include Lack of response from a configured device on the signaling line circuit Internal fault reported by a SmartOne detector Loss of monitoring integrity of the installation conductors Power sup...

Page 168: ...Note All alarm events must be annunciated by public mode notification 4 3 USER INTERFACE KEYS AND FUNCTIONS Operator keys for the ARIES NETLink System are located on the Keypad Display Figure 4 1 shows the location of the operator keys and System Status LEDs on the display Table 4 2 lists the names and functions of the operator keys Note The Enclosure door must be open to access the keys Figure 4 ...

Page 169: ...nk system to Normal Operation after all alarm system events have been acknowledged and have ceased reporting alarm conditions SIGNAL SILENCE Pressing the SIGNAL SILENCE Key after all current alarm events have been acknowledged shuts off any active silenceable outputs such as notification appliance circuits or control modules There is a 10 second buffer period during which subsequent presses of the...

Page 170: ...5 minutes BUTTON FUNCTION SYSTEM ACKNOWLEDGE The SYSTEM ACKNOWLEDGE Key allows the operator to signal the ARIES NETLink system that a new event currently being displayed is understood The control unit s audible notification appliance will silence and all flashing Pre Alarm Alarm Supervisory or Trouble LEDs will light steadily when all active events have been acknowledged SYSTEM RESET The SYSTEM RE...

Page 171: ...unit based or signaling linecircuit based outputs such as notification appliance circuits or control modules There is a 10 second buffer period during which subsequent presses of the SIGNAL SILENCE Key are intentionally ignored A subsequent key press will only be acted upon after at least 10 seconds have elapsed since the previous key press Note The SIGNAL SILENCE Inhibit feature which disables us...

Page 172: ... supervisory off messages from all initiating devices that had reported supervisory conditions System Trouble Yellow A flashing LED indicates unacknowledged trouble events A steady LED indicates all trouble events have been acknowledged The LED turns off when the control unit receives trouble off messages from all SLC or control unit monitoring circuitry that had reported trouble conditions Signal...

Page 173: ...m manufacturer System owner is level one system installer is level two Passwords consist of up to eight alphanumeric characters which allows access from the alphanumeric keypad Table 4 4 LCD Panel System Status Messages LCD SYSTEM STATUS MESSAGE INDICATION DISCHARGE 00 Number of activated discharges CNTDN 00 Number of countdowns to release in progress ABT 01 Number of activated abort stations ALM ...

Page 174: ...p procedures following a successful installation 4 9 1 Preliminary Procedures Ensure that the following tasks were successfully completed The ARIES NETLink control unit is securely mounted in a clean and dry area that has a normal range of environmental temperatures The power supply unit has been configured correctly for the AC supply voltage The Battery Insulator Tab on the Main Controller Board ...

Page 175: ...t Note The serial number can be obtained from a label located on the inside of the control unit door Figure 4 3 Serial Number Request Message Note To access alphabetic characters on the keypad press the SHIFT Key once and look for the carrot symbol to appear in the upper right corner of the display To return to numeric characters press the SHIFT Key again which will remove the carrot symbol Note t...

Page 176: ...hanges from 002 to 001 9 Set the time and date as follows a Press the 0 Key This display will show this message Figure 4 8 Password Prompt b Press the default Level 1 Owner Password 973480 keys and press the ENTER Key The top level menu will appear Figure 4 9 Top Level Menu Selections c Press the 3 Key to select SET Figure 4 10 Set Menu d Press the 1 Key to select TIME DATE Figure 4 11 Time Date S...

Page 177: ...s indicated below and then press the ENTER Key to enter your selection Figure 4 14 Sub Menu to Complete Current Time Entry j The display will indicate the following message Figure 4 15 Time Updated The display will return to the sub menu below when you press the BACKSPACE Key Figure 4 16 Time Date Sub Menu k Press the 2 Key to select SET DATE Figure 4 17 Sub Menu to Enter Current Date 1 AM PM 2 MI...

Page 178: ...k System is powered down 4 10 ARIES NETLINK SYSTEM OPERATION OVERVIEW The following paragraphs give general operating instructions for a stand alone system 4 10 1 Normal Operation There are no active events such as alarms or troubles during Normal Mode operation The control unit continuously monitors all initiating devices and supervised circuits for any changes of state The LCD display shows the ...

Page 179: ... acknowledgment option has not been selected Note Global Acknowledge for acknowledgement of multiple events is not ANSI UL 864 compliant Each acknowledged trouble event or block of events when the global acknowledgment option is used will disappear from the display The display changes to indicate the next unacknowledged trouble event in the case of multiple trouble events The active troubles can b...

Page 180: ...ns after an open circuit in an SLC configured for CLASS A wiring has been repaired 4 10 3 Alarm State The Alarm State occurs when the ARIES NETLink receives an emergency signal from an alarm initiating device such as a smoke detector a manual release station or a waterflow switch The upper line of the LCD display shows the event by the device address the change of state and the device type The low...

Page 181: ...igure 4 24 Outputs Silenced Message You may then manually scroll through the list of active and acknowledged alarm initiating devices by using the SCROLL Keys after the message in Figure 4 23 is displayed A summary of the number of active alarm events will be displayed at the conclusion of each manual scroll cycle The Signal Silenced LED will illuminate when the SIGNAL SILENCE Key is pressed after...

Page 182: ...SET THE CONTROL UNIT AFTER AN ALARM CONDITION The ARIES NETLink control unit will not reset and resume normal operations unless it has received Alarm Off messages from all previously alarmed initiating devices This means for example that All automatic initiating devices such as smoke detectors are measuring obscuration levels below their programmed alarm thresholds and have been reset All manual s...

Page 183: ...figured with Positive Alarm Sequencing a manual override must also be employed by having a manual pull station located near the ARIES NETLink panel Figure 4 26 Typical PAS Message Display The following actions also occur when any PAS event is reported The internal buzzer pulses The PAS event is stored in the event log The PAS message is transmitted to peripheral devices such as Remote Display Cont...

Page 184: ...al from a smoke detector configured for alarm verification The upper line of the LCD display shows the event by the device address the change of state and the device type The lower line indicates the up to 40 character message assigned to the alarm initiating device using the ARIES NETLink remote configuration software Figure 4 28 Typical Alarm Verification Message Display The following actions al...

Page 185: ...The upper line of the LCD display shows the supervisory event by the device address the state change and the device type The lower line indicates the up to 40 character message assigned to the supervisory device using the ARIES NETLink remote configuration software Figure 4 30 Typical Supervisory Message Display The following actions also occur when any supervisory condition is reported The Superv...

Page 186: ...RVISORY CONDITION Supervisory conditions are user configurable to be non latching or latching There is no indication that a supervisory event has cleared when multiple acknowledged supervisory events are present regardless of whether the supervisory event is configured for latching or non latching operation The only indication will be that the supervisory event has disappeared from the set of manu...

Page 187: ...re alarm event in the case of multiple pre alarm events or the first occurring pre alarm event if all pre alarms have been acknowledged You may manually scroll through the list of active and acknowledged pre alarm initiating devices in order of occurrence by using the SCROLL Key They will be displayed using the format of Figure 4 31 The first line of the display will read PREALARM 4 10 5 2 PRE ALA...

Page 188: ...control unit s application program runs to activate the outputs if any associated with the new event The ARIES NETLink s hierarchy for displaying events will determine whether the details associated with the new event will continue to be displayed after acknowledgment or whether its display will be suppressed due to the presence of other higher priority events The general hierarchy for the display...

Page 189: ...utomatic detector that the fire signature at a specific location had exceeded a user configurable low level threshold value That pre alarm signal did not create an actual alarm The pre alarm state discussed here should not be confused with the pre alarm state discussed in Paragraph 4 10 5 The pre alarm state must be annunciated by distinctive public mode notification Pre Release State The pre rele...

Page 190: ...es indicate the numbers of concurrently active events for the following Level 1 and Level 2 event types Discharges Countdowns to Release Aborts Alarms PAS Countdowns in Progress Level 2 and lower level events will not appear on the display as long as any Level 1 event is active and is in process Figure 4 33 shows the appearance of the display when a suppression zone has begun to count down Figure ...

Page 191: ...ill be logged The new event will only be displayed when the SYSTEM ACKNOWLEDGE Key is pressed Figure 4 36 Typical Display with Event Status 4 10 6 5 WHAT TO DO WHEN A LEVEL 1 MESSAGE IS DISPLAYED Press the SCROLL Keys to display the details about the impending special extinguishing system release There is only the time remaining in the countdown to abort and halt the extinguishing system release A...

Page 192: ...g as any Level 2 event is active Figure 4 38 shows the appearance of the display when more than one type of Level 2 event is active Figure 4 38 Typical Multiple Level 2 Event Type Display You may manually scroll the display among the active Level 2 events by using the SCROLL Key 4 10 6 7 WHAT TO DO WHEN LEVEL 2 MESSAGES ARE DISPLAYED Press the SCROLL Keys to display the information for the highest...

Page 193: ...OLL Keys You may then manually scroll the display among the active Level 3 through Level 5 events 4 10 6 10 LEVEL 3 DISPLAY LIMITATIONS The ARIES NETLink can display a maximum of 300 active trouble supervisory pre alarm and alarm verification messages However new events in excess of the 300 active reports will be processed by the control unit and all outputs associated with the 300th or higher eve...

Page 194: ...Operation February 2012 4 28 P N 06 237058 001 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 195: ...ation Occupant notification by audible and visible signaling appliances Process and equipment control to activate safety procedures Fire extinguishing system release Off premises transmissions to a central station or a fire department Each networked control unit supervises its own initiating devices and output circuits It also manages the input point to output circuit operations specific to its lo...

Page 196: ...P C 8 A S W B S W LED LED FIRE ALARM LIFT AI 7 6 5 4 3 2 1 PC P C PC PC N C COM N O AO A G E N T R E L E A S E Pre Alarm Pre Release Notification Appliance Agent Release Notification Appliance Special Extinguishing System Manual Release Station Special Extinguishing System A G E N T R E L E A S E Pre Alarm Pre Release Notification Appliance Agent Release Notification Appliance CPD 7052 7 6 5 4 3 2...

Page 197: ...OADCASTS Each networked control unit can be configured to broadcast any event associated with its initiating devices or monitored output circuits Locally to the control unit of origin only Selectively to a subset of networked control units Globally to every control unit within the network Network broadcasts extend to all ancillary equipment such as Remote Display Control Modules RDCMs LED Annuncia...

Page 198: ...units in the network have no pre assigned group number Note A network is configured for global operations when no groups are defined 5 8 2 1 CONTROL UNITS WITH A NON ZERO GROUP NUMBER A group of networked control units will operate as described below when they are assigned a non zero group number Each control unit in a group will be able to Display and log all events that take place in any control...

Page 199: ...units in the network have no pre assigned group number Note A network is configured for global operations when no groups are defined 5 8 2 1 CONTROL UNITS WITH A NON ZERO GROUP NUMBER A group of networked control units will operate as described below when they are assigned a non zero group number Each control unit in a group will be able to Display and log all events that take place in any control...

Page 200: ... a selectively signaling network Displaying and logging all network events from all network groups Issuing acknowledge silence and reset commands to all control units in all network groups Activating its outputs upon any initiating event from all control units in all network groups Figure 5 4 shows the possible interactions among the various members of a selectively signaling networked system with...

Page 201: ...oup 1 Group 2 Group 3 Group 0 Events No Interaction No Interaction No Interaction Acknowledge Silence Reset Output Activation Events Output Activation Acknowledge Silence Reset Events Output Activation Acknowledge Silence Reset Node 8 Node 5 Node 6 Node 7 Node 2 Node 3 Node 4 Node 9 Node 10 Node 11 Node 1 ...

Page 202: ...twork events from nodes within its group or group 0 Activating its outputs upon any initiating event from all control in its group or group 0 Issuing acknowledge silence and reset commands to all control units in its group or group 0 Processing acknowledge silence and reset commands from all control units in its group or group 0 Figure 5 5 shows the possible interactions among the various members ...

Page 203: ...Networking P N 06 237058 001 5 9 February 2012 Figure 5 5 Processing Group 0 Networked Control Unit Interactions ...

Page 204: ...trol unit will enter one of the event driven states pre alarm alarm supervisory or trouble when it is configured as Group 0 or when the event that occurs is Resident in the control unit or its associated peripheral devices From another control unit in the same group as the control unit From any control unit in a network configured for global operation From a control unit in group 0 if Process Grou...

Page 205: ...ent is Resident in the control unit or its associated peripheral devices From another control unit in the same group as the control unit From any control unit in a network configured for global operation 5 8 6 Network Display Messages Display messages will appear as described in Section 4 7 and Section 4 10 for the control unit in which the events occur Remote control unit events will be displayed...

Page 206: ...LCD display by Node of origin Device address Change of state Device type The lower line indicates the up to 40 character message assigned to the alarm initiating device using the ARIES NETLink configuration program Figure 5 8 Typical Remote Alarm Message Display The following actions also occur when the control unit is configured as Group 0 or when the alarm event is either from another control un...

Page 207: ... transmitted to peripheral devices such as RDCMs if applicable 4 The PAS message is communicated via the NIC and RS 232 ports as applicable Refer to Section 4 10 3 5 for what to do when a Remote PAS Message is Received Note The time remaining on the PAS countdown timer will only appear on the display of the control unit that received the PAS report from the smoke detector Remote networked control ...

Page 208: ...Section 4 10 3 6 for what to do when a remote alarm verification message is received Note The time remaining on the alarm verification timer will only appear on the display of the control unit that received the verification report from the smoke detector Remote networked control units will not display the alarm verification timer 5 8 11 Remote Supervisory Events Remote supervisory events from a ne...

Page 209: ...oup specific and general supervisory outputs activate including previously silenced outputs Refer to Section 4 10 4 for what to do when a remote supervisory message is received 5 8 12 Remote Pre Alarm Events Remote pre alarm events from a networked control unit are shown in the upper line of the LCD display by Node of origin Device address Change of state Device type The lower line indicates the u...

Page 210: ...e displayed when a control unit is configured as Group 0 or when the events that occur are from another control unit in the same group as the control unit or from any other control unit in a network configured for global operation 5 8 13 1 REMOTE LEVEL 1 EVENT DISPLAY Remote countdowns to release from a networked control unit are not shown Only countdowns active on the local control unit are displ...

Page 211: ...TE LEVEL 2 EVENT DISPLAY Remove Level 2 events from a networked control unit are shown in the upper line of the LCD display by the node of event origin the activated device or circuit address the change of state and the device type that reported the event or the release circuit that has activated The lower line indicates the numbers of active or completed events for the following Level 1 and Level...

Page 212: ...5 16 Typical Multiple Lower Level Event Display The upper line will display the active lower level events according to the priority of events as described in Section 4 10 6 7 Only Level 3 events will scroll if present Level 4 events will scroll if there are no Level 3 events Supervisory and trouble events will scroll if there are no active pre alarms or alarm verifications The lower line will summ...

Page 213: ...mong all the networked control units as shown in Section 2 43 5 8 14 1 2 Initial Configuration Connect Node 1 to AC power source and turn on AC power Set the time and date as directed in Section 4 9 2 Refer to the ARIES NETLink Configuration Tool User s Guide and upload this Node s configuration using your laptop computer and the ARIES NETLink Remote Configuration Tool The configuration software c...

Page 214: ...ey The network node prompt will appear as follows Figure 5 18 Network Node Prompt 3 Select the local node by pressing the Enter Key The top level menu selections will be displayed Figure 5 19 Top Level Menu Selections 4 Press the 3 Key to select the Set menu and the following options will appear Figure 5 20 Set Menu Options 5 Press the 8 Key to select NETWORK 6 Press the Scroll Key and then the 2 ...

Page 215: ... addresses to simplify the process of bringing the network on line Be sure that each node being added shows System Status Normal before you add it to the network Test the entire network for proper operation in accordance with the job specifications and or local fire codes Verify proper operation for each initiating device and output circuit 5 8 14 1 4 Network Maintenance A control unit must be iso...

Page 216: ...t the ISOLATE sub menu Figure 5 29 Isolate Sub Menu 5 Select NETWORK and press Enter Figure 5 30 Additional Isolate Menu Options 6 Select 1 to Isolate the local node from the Network or 2 to Isolate a remote node on the Network If REMOTE NODE is selected a prompt for the node number is displayed Figure 5 31 Isolate De Isolate Nodes 7 Press the 1 key to select the local node or enter the remote nod...

Page 217: ...to restart and be recognized again by the network 5 8 14 1 6 Resynchronizing the Network Some networked control units may occasionally retain alarm supervisory or trouble events from other control units in the network even if the events have cleared from the other control units This can be corrected by the Resynch Network function that resynchronizes all messages across the network Network events ...

Page 218: ... 7 The display will indicate the following press backspace to exit from the menus Figure 5 40 Resynch Network Display 8 Press the Backspace Key multiple times as required to exit from the Menu State The events being displayed on the control unit will now be consistent with the events being displayed on all of the networked control units 1 ISOLATE 2 LIST 3 SET 4 TEST 1 TIME DATE 2 PORT CONTROL 3 SL...

Page 219: ... charging voltage or current do not fall within the specified ranges Replace batteries every three years or more frequently as recommended by the battery manufacturer If a Battery Replacement Date was entered during the initial configuration process the system software will emit an audible trouble signal and display a message indicating it is time to replace the batteries when that date occurs WAR...

Page 220: ... fire signature entry characteristics for all automatic initiating devices by selecting Walk Test from the system menu Refer to Figure 3 32 for menu stucture location Use these menu functions to confirm that all monitor modules are also working correctly 6 3 MCB CLOCK BATTERY REPLACEMENT The Main Controller Board includes an on board Real Time Clock with a lithium battery The following replacement...

Page 221: ...007 is available Note If the ARIES NETLink displays a Battery Disconnected Fault when batteries are physically connected the fuse on the PMU Board may need to be replaced A bad fuse will report this trouble To replace the fuse 1 Remove the fuse which is in place from the fuse holder and discard 2 Insert the replacement fuse and gently push into place Refer to Figure 1 10 for location of the fuse T...

Page 222: ...Testing and Maintenance February 2012 6 4 P N 06 237058 001 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 223: ...if used from the release circuit terminals shorted the leads together and wrapped the leads in insulating tape Physically disconnected all control heads if used from their associated agent storage container discharge valves Physically disconnected the wiring to solenoid valves if used for pre action deluge sprinkler systems Ensured that emergency operations controlled by this system such as facili...

Page 224: ...nagement Unit PMU Board TB1 Use voltmeter to check for nominal 120 240 Vac at TB1 Remove secondary and primary power Label and disconnect all field wiring CAUTION Disconnect all electrical control heads and short together and tape wiring to actuators if applicable Ensure AC Selector Switch on power supply unit is correctly set for line voltage Refer to Figure 2 4 Re install printed circuit board c...

Page 225: ... the measured ground fault voltage offset not to the PMU Board terminal J9 itself If the value of the voltage offset is too low less than 6 6 VDC measured between the Earth Ground stud and PMU J9 terminal the ground fault is considered a negative fault If the value of the voltage offset is too high greater than 6 6 VDC measured between the Earth Ground stud and PMU J9 terminal the ground fault is ...

Page 226: ... combined power supply output to the control unit is too high or low Measure the PSU output voltage at terminals 4 5 refer to Figure 2 8 Remove secondary and primary power Label and disconnect all field wiring CAUTION Disconnect all electrical control heads and short together and tape wiring to actuators if applicable Inspect connections of power supply connector flying leads to power supply unit ...

Page 227: ...e measurement must be 470uF or less NO PMUS FOUND On The system requires at least one PMU No PMUs were found to be communicating Remove primary and secondary power sources Check all PMU connections Connect a PMU to the Main Controller Board SLC DEGRADE SIGNAL FAULT On A signal is detected from the SLC module s indicating a communication or circuit board problem Use the PC configuration software to...

Page 228: ...d an electronic copy to Kidde Technical Services Refer to the configuration software user s guide Re initialize the control unit by first removing and then re applying primary and secondary power sources Functionally test the system MAIN BOARD RAM FAILURE On Main Controller Board memory self test has failed Use the PC configuration software to download the event log and forward an electronic copy ...

Page 229: ...he following SLC related events L is the SLC loop number and Addr is the device address Error Message Probable Cause Corrective Action L Addr SWITCH NOT SET On AlarmLine Module An incorrect configuration for the AAM at address L Addr where L is the SLC loop number and Addr is the device address Check the configuration settings for the AAM Re configure and upload the correct configuration Refer to ...

Page 230: ... activated and the system is not in alarm Check abort switch for mechanical failure L Addr ALARM TEST FAIL Device Type An initiating device i e automatic detector or monitor module at address L Addr failed a device test The initiating device was unable to send an acceptable alarm test signal when requested by the control unit Globally isolate all outputs See the Global Isolate menu in Figure 3 12 ...

Page 231: ...al Isolate menu in Figure 3 12 Disconnect smoke detector from SLC and visually inspect for damage Clean the detector as recommended Use Handheld Programmer to test the device Reconnect device to SLC Measure the detector sensitivity Refer to the Device Reading menu in Figure 3 14 Replace the detector if the clean air reference value is more than one half of the alarm threshold value Conduct an init...

Page 232: ...the incorrect device address Add one more incorrectly addressed device and re address Use the Device Addr Change in the menu structure shown in Figure 3 20 to change the incorrect device address Repeat as necessary until all incorrectly addressed devices have been correctly addressed Reconnect the original correctly addressed device L Addr EEPROM FAULT On The device at address L Addr is reporting ...

Page 233: ...d out in beginning of this chapter Conduct an output device test if the device is a control module Refer to the Output Test menu shown in Figure 3 39 Be sure to observe the warnings called out in the Footnotes of this figure and the beginning of this chapter Activate and confirm a proper operation for the device Replace the device if any of the above tests are unsuccessful L Addr NOT REGISTERED On...

Page 234: ... Programmer to test the device if the LED is not flashing Replace the ASM RRM if it fails the Handheld Programmer test Functionally test the existing or replaced ASM RRM Replace the ASM RRM if it fails the functional test Functionally re test the ASM RRM for all configured actuation scenarios L Addr OUTPUT TROUBLE On Signal Sounder Open or short circuit in notification appliance circuit for ASM at...

Page 235: ...vice at address L Addr is reporting an internal software fault Replace the device L Addr SENSOR FAULT On AlarmLine Module A problem in the AlarmLine cable being monitored by an AAM Check the AlarmLine wiring connections to the AAM Refer to AlarmLine Installation Operation and Maintenance Manual P N 73 04 L Addr TROUBLE OPEN On Device Type Loss of communications to device at address L Addr Check de...

Page 236: ...nowledge etc are left active Disconnect the switch connected to the AI device Check device to be sure the switch is properly wired L Addr FAILED TO CARRY OUT COMMAND On An SLC output device at address L Addr failed to process the activation command Check device connections to SLC wiring Ensure that device has not been removed Check SLC wiring for excessive capacitance and or resistance if the devi...

Page 237: ...ence Remote Configuration Software to troubleshoot the HSSD The airflow may need to re normalized Refer to ORION XT Installation Operation and Maintenance Manual P N 06 236005 401 or appropriate AIR Intelligence detector manual P N 33 308100 001 002 003 L Addr OFFSET TROUBLE On ORION XT Interface Module The PALM APIC at address L Addr is reporting an offset problem with the HSSD that it is monitor...

Page 238: ...to Section 2 8 7 2 AR 1 ACTIVATION FAILURE On AR 2 ACTIVATION FAILURE On AR 3 ACTIVATION FAILURE On The activation of an R NAC circuit configured as release circuit has failed due to overcurrent or other problem Troubleshoot R NAC circuit wiring by breaking up circuit to isolate short circuit to specific leg Look for discontinuity in R NAC circuit field wiring Refer to Section 2 8 7 2 SG 1 OPEN CI...

Page 239: ...d as release circuits Look for discontinuity in R NAC1 or R NAC2 field wiring Refer to Section 2 8 7 AR1 SHORT CIRCUIT TROUBLE On AR2 SHORT CIRCUIT TROUBLE On Short circuit in field wiring connected to Main Controller Board J17 or J18 when R NAC1 or R NAC2 configured as release circuits Troubleshoot R NAC1 or R NAC2 wiring by breaking up circuit to isolate short circuit to specific leg SG1 OPEN CI...

Page 240: ...ATIBLE MODULE FAULT On An expansion card module was unable to accept and respond to a command from the Main Controller Board Re initialize the control unit by first removing and then re applying primary and secondary power sources Reconfigure the control unit using PC configuration software or the control unit menu Functionally test the system SLOT MODULE MISMATCH On An expansion card module has b...

Page 241: ...remove the module if not intended to be part of the configuration PMU COMMUNICATION FAULT On RNAC COMMUNICATION FAULT On RELAY COMMUNICATION FAULT On CITY TIE COMMUNICATION FAULT On DACT COMMUNICATION FAULT On NIC COMMUNICATION FAULT On The expansion card has failed to respond to commands from the Main Controller Board Remove primary and secondary power sources Review the configuration and verify ...

Page 242: ... excess resistance or capacitance Check node N for any fault events associated with that node s NIC Confirm proper network settings on N and the node reporting the fault Correct parameters via the control unit menu options or re upload corrected configuration again CH1 TOKEN NOT RECEIVED CH2 TOKEN NOT RECEIVED The control unit is not receiving the network communication token so it cannot transmit ...

Page 243: ...iguration and the node map to be sure all connected nodes are included in the map as required by the installation If the unmapped node should be in the node map use the panel menu option to add that node to the network If the node should not be in the node map disconnect the wiring to from the control unit and use the panel menu option to remove that node from the network Table 7 5 Other Card Rela...

Page 244: ... configuration Refer to the Register Control Display Module menu shown in Figure 3 31 Check the 24 Vdc power J4 Terminals IN and IN and RS 485 communications wiring J8 Terminals IN A IN B OUT A and OUT B from the control unit to the RDCM RDCMAddr PSU HIGH VOLTAGE FAULT On RDCMAddr PSU LOW VOLTAGE FAULT On RDCMAddr PSU SUPERVISION FAULT On A loss of 24 Vdc power at J9 Terminals AUX 1 and AUX 2 or a...

Page 245: ...ate addressed LAMs LAMAddr NOT REGISTERED On The control unit has not been set up to expect the LAM at LAM RS485 circuit address Addr Register the LAM if part of system configuration De register the LAM if not part of system configuration Check the 24 Vdc power J4 and RS485 communications J8 wiring from the control unit to the LAM LAMAddr PSU HIGH VOLTAGE FAULT On LAMAddr PSU LOW VOLTAGE FAULT On ...

Page 246: ...by first removing and then re applying primary and secondary power sources Reconfigure the module using PC configuration software or the control unit menu Functionally test the system LAMAddr PROGRAM MEMORY FAULT On Re initialize the control unit by first removing and then re applying primary and secondary power sources Functionally test the system Table 7 6 Remote Display Annunciator Events Remot...

Page 247: ...ks TB1 and TB2 Troubleshoot wiring to ATM Terminal Blocks TB1 and TB2 by breaking up the circuits to isolate short circuit to specific leg or legs Check for 24 Vdc power at ATM Terminal Block TB3 Ensure that the ATM s RS 485 Termination Jumper W1 is set correctly Ensure that the ATM Address Switch S1 is set correctly Refer to ATM Installation Manual P N 06 236179 002 ATMAddr Drill Input Fault On A...

Page 248: ...tinuity in wiring to remote power supply trouble contacts Jumper these terminals if you are using the ARIES NETLink Control Unit to power the ATM Check for trouble with third party remote power supply ATMAddr Reset Input Fault On An open circuit in wiring from the ATML s Reset input terminal to the associated annunciator s reset switch ATM L address is Addr Refer to ATM Installation Manual P N 06 ...

Page 249: ...ng from the ATML s Lamp Test input terminal to the associated annunciator s lamp test Refer to ATM Installation Manual P N 06 236179 002 Look for discontinuity in wiring to lamp test switch Check for missing 10k end of line resistor Table 7 7 ATM Events ATM Events Error Message Probable Cause Corrective Action ...

Page 250: ...Troubleshooting February 2012 7 28 P N 06 237058 001 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 251: ...D Annunciator Module 76 800201 002 ARIES NETLink 2 Tiered Control Unit Canadian Application includes Main Controller Board with Keypad Display 5 4A Power Supply Power Management Unit Board and Dead Front Cover with integrated LED Annunciator Module 76 800201 001 ARIES NETLink 2 Tiered Control Unit Canadian Application includes Main Controller Board with Keypad Display 5 4A Power Supply Power Manag...

Page 252: ...ures and Covers 76 800100 101 ARIES NETLink 3 Tiered Spare Main Enclosure 76 800200 101 ARIES NETLink 2 Tiered Spare Main Enclosure 76 800101 101 ARIES NETLink 3 Tiered Spare Main Enclosure Canadian Application with window for integrated LED Annunciator Module Dead Front Cover may be ordered separately if needed 76 800201 101 ARIES NETLink 2 Tiered Spare Main Enclosure Canadian Application with wi...

Page 253: ...es Large Capacity Battery Cabinet 76 100010 001 Large Capacity Battery Cabinet Red 76 800030 006 Battery Tray fits on bottom tier of Main or Expansion Enclosures provides access to bottom knockouts Misc 76 800000 001 Installation Hardware universal 76 800000 006 Inter Cabinet Harness Kit for expansion enclosure 76 800000 005 Bezel for Enclosure Door fits both Main Enclosures 76 800000 002 Plexigla...

Page 254: ...e Duct Housing Assembly without Detector 70 407008 001 SmartOne Addressable Monitor Module for N O initiating devices Model AI 70 407008 002 SmartOne Addressable Monitor Module for N C initiating devices Model AI 70 407018 001 SmartOne Addressable Monitor Module for N O initiating devices Model AI non silicone 73 100001 003 SmartOne AlarmLine Addressable Linear Heat Detector Module Model AAM 70 40...

Page 255: ...Module 0 0895 0 0909 Remote LED Annunciator Module 0 032 0 0684 Model ATM L Driver Module 0 0450 0 0450 LEDs 0 0120 Model ATM R Driver Module 0 0450 0 0450 Relays 0 0250 Fiber Optic Converter Module Single Mode 0 0380 0 0380 Fiber Optic Converter Module Multi Mode 0 0369 0 0369 Expansion Cards Signaling Line Circuit SLC 0 0459 0 0459 R NAC 0 0207 0 1325 Relay 0 012 0 0796 City Tie 0 0128 0 0306 DA...

Page 256: ... 530 1 500 Marioff 3 101 46A 2 D21070 Standard 0 920 FM Solenoid Group A 0 458 FM Solenoid Groups B D 0 700 FM Solenoid Groups E G 0 420 FM Solenoid Group F 0 92 FM Solenoid Group I 0 364 FM Solenoid Group J 42 FM Solenoid Group K 375 Actuator Based Devices Note The firing current of Momentary On actuator devices will be 2 5 A 93 002009 004 Momentary On 31 199932 004 Momentary On 31 199932 012 Mom...

Page 257: ...IME REQUIRED in hours TOTAL ALARM CURRENT x ALARM TIME REQUIRED in hours ______TOTAL AMPERE HOURS CALCULATE BATTERY CAPACITY WITH A DE RATING FACTOR OF 20 using formula below 1 2 x TOTAL AMPERE HOURS ______BATTERY CAPACITY REFERRING TO TABLES A 3 AND A 4 DETERMINE NUMBER OF POWER SUPPLIES NEEDED NOTE If TOTAL ALARM CURRENT 5 4 A then 2 or more PSUs are required Table A 2 Duration Times for Standby...

Page 258: ...w NS 24MC w 110 cd 30 0 174 5 22 ENTER TOTAL STANDBY CURRENT Sum of column 0 344 ENTER TOTAL ALARM CURRENT Sum of column 10 487 Calculations REFERRING TO TABLE A 2 ENTER STANDBY TIME REQUIRED in hours 24 hours REFERRING TO TABLE A 2 ENTER ALARM TIME REQUIRED in minutes 5 mins CONVERT ALARM TIME REQUIRED TO HOURS using formula below minutes 60 0 083 hours CALCULATE TOTAL AMPERE HOURS using formula ...

Page 259: ...d is equal to 9 126 the system s PSUs must re charge 9 126 x 70 AH 6 388 AH back into the battery within 12 hours for compliance with ULC S527 In our example which includes two power supply units the available charging current is equal to 8A maximum Therefore the system can supply 8A x 12 hours or 96 AH and will meet ULC requirements Table A 3 Minimum Power Supply Requirements for 3 Tiered Enclosu...

Page 260: ...of Power Supply Units Inside Enclosure Maximum Alarm Current for Enclosure 1 to 2 5 4 Amps per PSU 3 to 4 4 Amps per PSU 5 to 6 Not to exceed 20 Amps for entire enclosure Table A 6 Power Supply Limitations for 3 Tiered Enclosure with Dead Front Cover Number of Power Supply Units Inside Enclosure Maximum Alarm Current for Enclosure 1 to 2 5 4 Amps per PSU 3 to 4 4 Amps per PSU 5 to 6 Not to exceed ...

Page 261: ...at meet these criteria are indicated below Table B 1 Typical Wire Types 18 AWG Manufacturer Part Number Rating Capacitance pf ft Atlas Wire and Cable Corp 228 18 1 1TP FPL 12 5 West Penn Wire D980 FPL 16 0 West Penn Wire 60980B FPLP 29 0 Coleman Cable 98181 FPL 19 0 Coleman Cable 98820 FPLR 26 0 Clifford of Vermont Inc 1P18 B1 FPL M FPL 15 0 Comtran Corporation 4184 FPLR 20 0 Belden Wire and Cable...

Page 262: ...le Systems 4051 FPL 17 0 Genesis Cable Systems 4432 FPLR 17 0 Genesis Cable Systems 4632 FPLP 18 0 Table B 3 Typical Wire Types 14 AWG Manufacturer Part Number Rating Capacitance pf ft Atlas Wire and Cable Corp 228 14 1 1TP FPL 14 5 Coleman Cable 98141 FPL 20 0 Coleman Cable 98420 FPLR 25 0 Comtran Corporation 4240 FPLR 21 0 Belden Wire and Cable Co 9580 FPLR 27 0 Belden Wire and Cable Co 6120UJ F...

Page 263: ... s capacitance calculation B 3 EXAMPLE NO 2 Determine the proper wire size for a CLASS A Style 6 SLC with 100 devices and a total wire length 7 000 feet The total wire length is the sum of wiring for the positive and negative SLC legs for both the primary and redundant communications circuits and is not the linear distance from the control unit to the most remote device Try 18 AWG wire first The t...

Page 264: ...Wiring Requirements for ARIES NETLink Signaling Line Circuit February 2012 B 4 P N 06 237058 001 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 265: ...r DH 4000 70 403000 000 Duct Housing retrofit only AI 70 407008 001 Monitor Module N O AI 70 407008 002 Monitor Module N C UL only AI 70 407018 001 Monitor Module N O non silicone AI 70 407018 002 Monitor Module N C non silicone UL only AI 70 407004 001 Monitor Module N O retrofit only AO 70 408004 001 Control Module AO 70 408014 001 Control Module non silicone AO 70 408001 000 Control Module w o ...

Page 266: ...L ULC FM Kidde Fenwal Model XV Control Unit P N 87 120099 001B using optional Solenoid P N 83 100034 001 2 00 12 0 Momentary 360 240 140 1 1 or 2 UL FM Control Unit P N 87 120099 600B using Kidde Fenwal optional Solenoid P N 83 100034 001 2 00 12 0 Momentary 360 240 140 1 1 or 2 UL FM Kidde Fenwal Model CXV Control Unit P N 90 487100 001B using optional Solenoid P N 83 100034 001 2 00 12 0 Momenta...

Page 267: ...897494 000 and WK 897494 000 1 50 15 9 Steady 380 240 140 1 1 UL FM Kidde Fenwal Electric Control Head Model 897494 P Ns 897494 530 and WK 897494 530 1 50 15 9 Steady 380 240 140 1 1 UL FM For FM Systems Kidde Fenwal Sol P N 06 118329 001 0 225 108 0 Steady 3000 2000 1200 800 1 1 or 2 FM Marioff 3 101 46A 2 D21070 0 92 26 0 Steady 483 327 190 1 1 FM FM Group A 0 458 52 Steady 1440 760 480 340 1 1 ...

Page 268: ...List of Agency Listed Compatible Devices February 2012 C 4 P N 06 237058 001 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 269: ... W Flow Initiating Circuits must be configured for CLASS A Style D wiring The Battery backup system must provide for 90 hours of Standby operation followed by 10 minutes of Alarm operation Refer to Appendix A for calculations The Agent Release Output must be configured for Deluge Solenoid activation The Solenoid Activation Time must be set either for 10 minutes or 15 minutes or On until reset The ...

Page 270: ...FM Rules for Preaction Deluge Systems February 2012 D 2 P N 06 237058 001 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 271: ...ield wiring coming into the Main Controller Board MCB and any installed Expansion Cards Location of expansion cards in the Expansion Card Cage combined with configuration of their output circuits available optionally for either power limited or non power limited applications MUST take into consideration maintaining minimally 1 4 inch of separation between wiring to these circuits Figure E 1 and Fi...

Page 272: ...lace non power limited wiring inside a conduit R NAC 1 R NAC 2 Power Limited or Non Power Limited NAC 1 NAC 2 Power Limited AUX 1 AUX 2 Power Limited AUX 1 AUX 2 Power Limited AUX 1 AUX 2 Power Limited AC Mains In Non Power Limited Voltage Free Relays Non Power Limited PMU 1 P M U 2 P M U 3 Keep AC Power wiring from PMU to PMU dressed snug against back of enclosure a b SLC Circuits Power Limited U...

Page 273: ...sed NAC 1 NAC 2 Power Limited Also R NAC 1 R NAC 2 If Power Limited option is used AUX 1 AUX 2 Power Limited Voltage Free Relays Non Power Limited NOTE Route Power Limited wiring from RIGHT side of enclosure NOTE Route Non Power Limited wiring from LEFT side of the enclosure Relays R NAC s City Tie Shunt Type If Non Power Limited wiring is not being used Power Limited Wiring can be routed on LEFT ...

Page 274: ...te Non Power Limited wiring from LEFT side of the enclosure Relays R NAC s City Tie Shunt Type If Non Power Limited wiring is not being used Power Limited Wiring can be routed on LEFT side of the enclosure Exception Keep AC Power wiring from PMU to PMU dressed snug against back of enclosure Run wires through knockouts as shown to keep power limited and non power limited outputs separate Maintain 1...

Page 275: ...iring tools such as P clamps and tie wraps in conjunction with the enclosure standoffs brackets and card cage frame power limited and non power limited types of circuits can easily be connected and harnessed to meet the 1 4 inch separation requirement Power limited wiring is routed through knockout on right side of enclosure Power limited wiring is shown harnessed and bundled along the top of the ...

Page 276: ... Blue Yellow wires properly spaced Using standard wiring tools such as P clamps and tie wraps in conjunction with the enclosure standoffs brackets and card cage frame power limited and non power limited types of circuits can easily be connected and harnessed to meet the 1 4 inch separation requirement Terminal Block here shown disconnected from MCB Non power limited wiring Non power limited wiring...

Page 277: ...Routings for Power Limited and Non Power Limited Wiring P N 06 237058 001 E 7 February 2012 Figure E 6 An Illustration of Suggested Methods to Dress Wires ...

Page 278: ...Routings for Power Limited and Non Power Limited Wiring February 2012 E 8 P N 06 237058 001 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 279: ...tandard Main Enclosure with the following exceptions A second dead front panel is included to prevent accidental operator exposure to AC voltages and access to internal electronics as required by ULC S527 99 The dead front cover is constructed of the same steel and matching color as the ARIES NETLink and is installed between the front door and its internal components With the dead front cover inst...

Page 280: ...ate and lift off the plate Set plate aside b Remove the LED Annunciator Module from its packaging and mount the module in place of the blanking plate using the same screws c Plug supplied wiring harness from U1 on the LED Annunciator Module to the connector labeled LAM on the Operator Interface board 4 Remove the 8 32 nuts from left and right studs located midway inside the enclosure 5 Place the u...

Page 281: ...l City of Chicago Application Part Number Description 76 800500 001 City of Chicago Stand Alone Control Box 76 800102 001 City of Chicago ARIES NETLink Kit consists of ARIES NETLink 3 Tiered Control Unit City of Chicago Dead Front Cover City of Chicago Stand Alone Control Box and mount ing hardware 76 800202 001 City of Chicago ARIES NETLink Kit consists of ARIES NETLink 2 Tiered Control Unit City...

Page 282: ...l A pushbutton switch is also located on the front of the box labeled Bell Test to permit testing of the bell as desired G 2 2 City Tie Trouble The ARIES NETLink supports an external CITY TIE TROUBLE indicator and controller for City of Chicago applications The external indicator is a 24 Vdc bell If the wire connection to the Master Box becomes disconnected either by turning the City Disconnect Ke...

Page 283: ... light After the key is positioned as desired it should be removed and stored with designated personnel G 3 INSTALLATION AND CONNECTIONS G 3 1 Labeling Inside the provided hardware kit are adhesive backed labels which should be placed on the front of the ARIES NETLink control unit 1 Install the Fire Alarm System Kidde label on the bottom left corner of the control unit door as shown in Figure G 3 ...

Page 284: ...ed below as shown in Figure G 4 These keys should not be used by the operator in accordance with the AHJ DRILL Hold for Lamp Test Operator Control Key SIGNAL SILENCE Operator Control Key Signal Silenced LED Figure G 4 Keypad Display Label Placement Cover the SIGNAL SILENCE Key Operator Control Keys Cover the SIGNAL SILENCED indicator Cover the DRILL Key LEDs ...

Page 285: ...onnections City Tie Trouble Bell Fire Alarm Panel Trouble Bell NO C NC TBL RELAY SPARE CITY TIE CITY TIE CITY TIE 24 VDC 24 VDC CT TBL BELL 24V IN TO BELL CT TBL BELL 24V IN NORMAL NOT DISCON CT TBL BELL 24V IN WHEN DISCON ONLY CT TBL BELL 24V IN TO BELL FA TBL BELL 24V IN TO BELL FA TBL BELL 24V EXCEPT FOR IN TBL FA TBL BELL 24V IN TBL ONLY FA TBL BELL TO 24V OF BELL CT TBL BELL REMOTE 1 CT TBL B...

Page 286: ...ARIES NETLINK For City Of Chicago Applications February 2012 G 6 P N 06 237058 001 THIS PAGE INTENTIONALLY LEFT BLANK ...

Page 287: ...the PEGAsys LV control unit H 2 CONTENTS OF PEGASYS CONTROL UNIT RETROFIT KIT This procedure requires the purchase of one 1 Retrofit Kit P N 76 800400 001 for each PEGAsys control unit to be retrofitted Note that if retrofitting a networked system all panels will need to be upgraded at the same time The following parts are included in the Retrofit Kit Part Name Quantity Provided Illustration base ...

Page 288: ...lation Hardware Kit P N 06 220294 001 1 package cable assembly 1 ground wire assembly 1 aluminum standoffs 4 8 32 screws 4 EOL 10K resistors 5 PMU Installation Hardware Kit P N 06 220293 001 1 package cable assemblies 3 ground wire assembly 1 battery harness kit 1 8 32 screws 6 PMU term block cover 1 aluminum standoff 1 4 position plug 2 2 position plug 1 Installation Configuration Kit P N 76 8000...

Page 289: ... is possible to fit a 7 AH or 12 AH battery pair inside the enclosure However the 17 18 AH battery pair will NOT fit in a retrofitted control unit which includes a Card Cage Installation instructions for these parts are provided in this manual in Chapter 2 Installation or refer to the individual instructions packaged with the equipment H 3 2 Additional ARIES NETLink Parts In some cases it may be n...

Page 290: ... the pop rivets grinded off carefully pry the empty brackets off the enclosure with a screwdriver and discard or store 2 With the cabinet empty remove the 10 nut from the Earth Ground lug located at the top left of the enclosure 3 Insert the base plate as shown in Figure H 1 4 Manually hold the small bracket to the base plate at the right shown in Figure H 1 Mark the hole location in pencil 5 Afte...

Page 291: ...stallation instructions provided in Chapter 2 of this manual or packaged individually with the equipment 11 On the bottom tier install any optional equipment according to the installation instructions provided in Chapter 2 of this manual or packaged individually with the equipment 12 After all electronics have been installed remove tape from wires which were previously taped and place the replacem...

Page 292: ...Conversion Instructions for PEGAsys February 2012 H 6 P N 06 237058 001 Figure H 2 The Retrofitted Enclosure with ARIES NETLink Electronics Installed ...

Page 293: ......

Page 294: ...formation be desired or should particular questions arise which are not covered sufficiently for the purchaser s purposes the matter should be referred to KIDDE FENWAL INC Ashland Masssachusetts Kidde SmartOne ORION and ORION XT are registered trademarks of Kidde Fenwal Inc ARIES ARIES NetLink PEGAsys and AIR Intelligence are trademarks of Kidde Fenwal Inc All other trademarks are the property of ...

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