AlarmLine Addressable Linear Heat Detector - …

1 TMEffective: March 2008K-73-02 AlarmLine AddressableLinear heat DetectorP/N 73-100001-003 DESCRIPTIONThe AlarmLine Addressable Linear heat Detectorprovides early detection of fire or overheat condition inprotected areas or equipment. It is especially suited forconfined areas or environments where adverse ambientconditions cause other detection devices to be unreliableor difficult to use. The Detector consists of two majorcomponents: A sensor cable and an AddressableAlarmLine Module (AAM).The AAM is used with any intelligent control panel thataccepts SmartOne Open-area protection Cable trays Rack storage Freezer warehouses Belt conveyers Floating roof fuel tanks Cooling towers Dust collectors Waste fuel drum storage Power distribution apparatus Escalators Tunnels Mines HangarsFEATURES UL Listed FM Approved CSFM MEA (pending) Low-cost interface between AlarmLine sensor cable and control panel accepting SmartOne Addressable devices Up to 255 Addressable AlarmLine Modules (AAM)per Addressable loop Real-time monitoring Software adjustable alarm set point Optional pre-alarm and overheat output configuration selections Three cable styles (standard, nylon, bronze braided)

2 Sensor cable restorable up to 257 F Full supervision for short and open circuits Two-color status-LED display for alarm and trouble conditions Intrinsically safe option Flexibility in zoning Enhanced response time- 2 -BENEFITSA pplication Flexibility: Allows installation at point ofrisk. Programmable pre-alarm, alarm, and overheatlevels for differing ambient : Extrusion and braiding options to satisfyenvironmental conditions and project : Fault signaling of open and short circuitconditions, pre-alarm, alarm, and overheat : Cable does not need to be replacedafter an alarm event as high as 257 F (125 C).Sensitivity: Proven superiority over heat SENSINGA larmLine s analog heat sensing characteristics offerseveral distinct advantages:Field Adjustability of pre-alarm, alarm, and overheatsetpoints: Pre-alarm, alarm, and overheat thresholdsmay be programmed to meet specific : It is not necessary to reduce sensor spacingwith increased ceiling height per NFPA 72-2007 , Exception (1).

3 System sensitivity remainsconstant as ceiling height increases without Circuit Discrimination: The system will producea trouble condition instead of a false alarm in the event ofa conductor to conductor short due to damage orelectrical CABLEThe AlarmLine sensor cable consists of four 26 AWGcopper conductors, each color-coded in an insulatedsheath containing a negative temperature coefficientpolymer (where an increase in temperature decreasesthe resistance of the sensor).Two of the conductors are enameled and provide loopcontinuity supervision, but not temperature sensing. Theconductors are twisted at thirty turns per foot (90 turnsper meter) and protected by a flame-retardant outerextrusion or metallic braid (See Figure 1). The colorcoding of the four inner conductors is repetitively markedon the outer coating every three feet as an aidinstallation.

4 Cable is sold in standard coils of 656 feet(200 meters) and 3280 ft. (1000 m).Note:The maximum length of sensor cable per zone depends on the maximum ambient temperature defined on the nomogram(s) (See Figures 2 and 3). Regardless of ambient temperature, however, the maximum length of cable is 3280 feet (1000 meters) per zone for Type T 1. Standard Sensor CablePART NUMBERSS ensor cable is available with the following part numbers:Standard Sensor Cable73-117068-013 (656 m) 73-117068-113 (3280 m)Recommended for environments ranging from clean anddry to moderate dust and Coated Sensor Cable73-117068-016 (656 m) 73-117068-116 (3280 m)Recommended for use in wet, oily, or corrosiveenvironments or outdoors. Use in freezer Bronze Braided Sensor73-117068-019 (656 m) 73-117068-119 (3280 m)Recommended for applications requiring superiorabrasion protection and/or increased tensile AlarmLine MODULE (AAM)The AAM permits an AlarmLine sensor cable to bedirectly interfaced to any control panel that acceptsSmartOne Addressable loop devices.

5 This interface willallow for pre-alarm, alarm, and trouble conditions to betransmitted to the control panel via the Signaling LineCircuit (SLC). The AAM monitors the resistance of thesensor cable and generates a pre-alarm (if enabled),alarm, or overheat output (if enabled) when theresistance drops below the programmed threshold. Themodule also supervises the AlarmLine cable for opensand shorts, which will generate a fault of the pre-alarm, alarm, overheat, and troubleconditions will be displayed on the control panel. Up to255 AAM modules can be connected to a single SLCloop. Use of multiple AAMs allows flexibility in zoninglarger installations for location of alarm and zone outputcontrol; the control panel acts as a central display andcontrol AAM receives power directly from the SLC loopwhich eliminates the need for additional wiring andexternal power SENSORPROTECTIVE INSULATIONHIGH TEMPERATURE PVCSENSOR CONDUCTORWIRENEGATIVE TEMPERATURECOEFFICIENT MATERIAL- 3 -For further information on installation and configuration ofthe AAM, please refer to the AlarmLine AddressableLinear heat Detector Installation, Operation, andMaintenance Manual, P/N Addressable AlarmLine Module is available usingthe following part numbers:73-100001-003 Module with operating temperature range of -40 F to140 F (-40 C to 60 C).

6 Mounted on a 4-inch squarefaceplate. AAM mounts in a 4-inch square backbox, 2-1/8-inches sealed, protective polycarbonate enclosureused to mount AAM in wet or dusty SPECIFICATIONSSENSOR MOUNTING HARDWARET hree types of standard mounting hardware (masterclamp, flange clamp, nylon cable tie) for AlarmLinepermit safe, secure sensor cable installation in mostapplications. Other mounting means may be used asrequired by the specific application. The sensor shouldbe supported at a minimum of ten foot intervals onstraight runs when under tension, and more as conditionsdictate at corners and transition points to provide suitablestrain relief. Local codes or conditions may also requirethe sensor to be supported at closer intervals. Refer tothe AlarmLine Addressable Linear heat DetectorInstallation, Operation, and Maintenance Manual, P/N06-235820-003 for specific mounting SensorNylon Coated SensorBronze Braided SensorPart Number :Length:Weight:73-117068-013656 ft.

7 (200 m)7 lbs. ( kg)73-117068-016656 ft. (200 m)7 lbs. ( kg)73-117068-019656 ft. (200 m)7 lbs. ( kg)Part Number :Length:Weight:73-117068-1133280 ft. (1000 m)35 lbs. ( kg)73-117068-1163280 ft. (1000 m)35 lbs. ( kg)73-117068-1193280 ft. (1000 m)35 lbs. ( kg)Jacket ConstructionBlue PVCB lack nylon extrusion over blue PVCP hosphor bronze braid over blue PVCE xternal in. (3 mm) in. ( mm) in. ( mm)Tensile Strength100 N100 N1000 NConductor Insulation Costs1 = Orange2 = White3 = Red4 = Blue1 = Orange2 = White3 = Red4 = Blue1 = Orange2 = White3 = Red4 = BlueConductor Material26 AWG Solid Copper26 AWG Solid Copper26 AWG Solid CopperConductor in.( mm) in.( mm) in.( mm)Twist of Inner Conductors30 per ft.(90 per m)30 per ft.(90 per m)30 per ft.(90 per m)Dielectric MaterialSpecially Doped PolymerSpecially Doped PolymerSpecially Doped PolymerStandard Outer Jacket MaterialHigh Temperature PVCHigh Temperature PVCHigh Temperature PVCV oltage Proof Between PVC Jacket and a Conductor10 KV10 KV 10 KVService LifeUp to 212 F (100 C) = 30 years @ 257 F (125 C) = 24 Restores below 257 F (125 C) Above 374 F (190 C) is the destructive to 212 F (100 C) = 30 years @ 257 F (125 C) = 24 Restores below 257 F (125 C) Above 374 F (190 C) is the destructive to 212 F (100 C) = 30 years @ 257 F (125 C) = 24 Restores below 257 F (125 C) Above 374 F (190 C) is the destructive Spacing (between parallel runs)30 ft.

8 (9 m)30 ft.(9 m)30 ft.(9 m)DescriptionStandard SensorNylon Coated SensorBronze Braided Sensor- 4 -AAM SPECIFICATIONSINTRINSIC SAFETY BARRIERSIn classified hazardous areas where potentially explosivevapors, dust, or fibers exist, AlarmLine cable mustinstalled using an intrinsic safety barrier. The barrier (P/N73-117068-031) is a shunt diode safety barrier whichlimits the current and voltage in the sensor cable to safelevels. Each barrier handles two conductors, so twobarriers are needed for each sensor cable. The barriersare designed to mount in separate weathertightenclosures. The intrinsic safety barrier s specificationsare as follows:SETTING THE ALARM TEMPERATUREWhen determining the alarm temperature setting, thedesigner must take into account environmental factorsthat may affect the overall response of the system.

9 Byaccounting for these factors, the designer minimizesunwanted alarms. Below is a step by step procedurewhich instructs the designer in selection of the properalarm trip required alarm temperature and the correct alarmconfiguration setting for the AAM are determined usingthe AlarmLine nomogram(s).Measurements are in feet/fahrenheit or meters/centigrade. The use of the nomogram requires two known factors: Maximum ambient temperature of the alarm zone. (Scale A). The total length of the sensor cable to be used. (Scale L).The resistance change required to create an alarm canbe a result of either a predetermined minimal increase intemperature over the entire length of the sensor, or asignificant increase on a shorter section of cable. Thealarm temperature in either case is determined only afterthe alarm trip switch position for the entire sensor lengthis shorter section of sensor cable exposed to an overheatcondition will require a higher temperature to achieve analarm than a longer length of sensor cable exposed tothe same overheat maximum length of sensor cable per zone dependson the maximum ambient temperature defined on thenomogram.

10 Regardless of ambient, however, themaximum length of cable connected to a single AAM is3280 ft. (1000 m). If cable length exceeds 3280 ft., theSpecificationValuePart Number73-100001-003 Supply Line, to VdcCurrent Consumption, Standby425 AmpsCurrent Consumption, Alarm440 AmpsCurrent Consumption,Fault425 AmpsNoise PerformanceWithstands 5% RMS 60 Hz supply noise or 1 Vrms 60 Hz sensor noise with negligible performance range. RFI immunity at 10 V/meter field strength over the band of 20 to 900 MHzLED Pulse ModesNormal: Slow flash GREEN every nine (9) secondsPre-Alarm: Slow flash RED every nine (9) secondsAlarm: Fast flash RED every two (2) secondsTrouble: OffOperating Temperature Range-40 F to 140 F(-40 C to 60 C)UL Listed and FM ApprovalsClass I, Division I, Groups A, B, C, D Class II, Division I, Groups E, F, G: Class III, Division IOperating Tempera-ture Range-4 F (-20 C) to 140 F (60 C)Humidity5 -95% accept up to #12 AWGW orking Voltage6 VMaximum Rating100 mALeakage Current1 mA maximum at 6 VEnd-To-End Resis-tance145 ohm maximum90 ohm minimumEnclosures73-117068-732 holds 2 barriers73-117068-733 holds 5 barriers73-117068-734 holds 12 barriers73-117068-735 holds 24 barriers- 5 -alarm condition could be reached at room temperature(70 F (20 C)) for most switch settings.