CATALOG Fisher Pierce Indicators, Sensors & Controls

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—C ATA LO GFisher Pierce Indicators, sensors & controls

—Thomas & Betts is now ABBInstallation Products, but our longlegacy of quality products andinnovation remains the same. Fromconnectors that help wire buildingson Earth to cable ties that help putmachines in space, we continue towork every day to make, market,design and sell products thatprovide a smarter, safer and morereliable flow of electricity, fromsource to socket.

—Table of contents004 –007 Faulted circuit indicatorsoverview008 –010Overhead faultedcircuit indicators011 –022Underground faultedcircuit indicators023 –027Cellular RTUs and receivers028 –033Clamp-type faultedcircuit indicators034 –043Test point indicators044 –047Current sensors048 –072Capacitor controls073Index

4F I S H E R P I E R C E I N D I C ATO R S , S E N S O R S A N D C O N T R O L S—OverviewQuickly locate faulted cable or equipmentin overhead and underground distributionsystems through 35 kV (L–G).With a complete line of cable-mount and test-pointmounted faulted circuit indicators, voltageindicators and phase indicators, Fisher Pierce has the right fault-indication solution to meetyour system’s performance needs.Fisher Pierce fault indicators reduce outageduration by quickly pinpointing the location offaults. As illustrated in the circuit diagram, the faultis located between the last tripped indicator andthe first untripped indicator. Once identified, thissection can be switched to become the new openpoint, allowing full-service restoration to the restof the customers during repairs.BLOWN FUSEAT RISER POLE Adaptive Trip logic can handle load growth AccQTrip logic circuitry “off-the-trip” logiccircuit with high/low trip setting selectionprevents false tripping due to transientcurrent surges or system overloading Inrush restraint eliminates false trippingdue to capacitor inrush and cold load pickup Temporary fault detection helps locate nuisancetemporary faults Highly visible strobe, LED and fluorescentorange flag indication options enable easierviewing in daylight, as well as during outage/storm conditions Multiple reset options supporting current,voltage and time allows proper FCI choicefor any application Directional capability allows for faultsensing based on phase relationshipfor network applications Internal adjacent phase shielding preventselectromagnetic interference from adjacentphase 6T6TT77UNDERGROUND LOOP CIRCUIT WITH ELBOW CONNECTED TRANSFORMERS T1 THRU T7FAULTED CIRCUITUNFAULTED CIRCUITINDICATOR SHOWINGFAULTED CIRCUIT DISPLAYINDICATOR SHOWINGNORMAL CIRCUIT DISPLAY

5FA U LT E D C I R C U I T I N D I C ATO R S O V E R V I E W—OverviewWhat is . Inrush current and inrush restraint?Circuit inrush is a condition that occurs when a deenergized circuit becomes energized, such as fromcold load pickup or recloser operation. The inrushof current is caused by the many loads attached tothe circuit. The amount of inrush current dependsupon the length of the circuit and circuit loading.Fault indicators without inrush-restraint logicwould sense high inrush current and provide a falseindication that a fault occurred. For this reason,Fisher Pierce has developed inrush-restraint logicto mitigate the possibility of false trips due toinrush current. Backfeed and backfeed restraint?Distribution system capacitors have beenidentified as a potential source of backfeed tripsdownstream of the actual faulted location. Fieldtesting has characterized most backfeeds fromthis source to have duration of less than 1 cycle.The backfeed-restraint feature applies to the tripalgorithm, which ignores any overcurrent with aduration of less than 1.5 cycles. This feature cangreatly improve the reliability of the FCI targetsduring an outage condition. System consideration:The backfeed-restraint feature is notrecommended if the clearing time of the protectivedevice is faster than 2 cycles and the expected faultcurrent magnitude is less than 300 amps. Trip logic?In non-adaptive trip applications, trip logic is thefixed or programmable current level at which theFCI is set to switch the indicator to the “tripped”or “fault” position. Reset logic?Reset logic is the means by which the FCIreturns the indicator to the “untripped” or“no fault” position. Directional fault capability?After a settling period is satisfied when a feederis energized, a phase relationship is learned, storedand considered normal power flow. When the tripcurrent is sensed, the phase angle is calculatedand compared to the normal phase angle. If themeasured relationship is within the normalrelationship, the FCI will indicate a valid fault.If the measured relationship is outside thepredetermined phase relationship, the FCI willnot trip to indicate a fault.

6F I S H E R P I E R C E I N D I C ATO R S , S E N S O R S A N D C O N T R O L S—OverviewHow does Fisher Pierce Adaptive Trip logic work?Full criteria for the Adaptive Trip FCIto trip are as follows:1. Range of operation is from the minimum resetcurrent level (dependent on model selected) to800 A maximum. Load current within this rangemust be present for at least 60 seconds toenergize the unit to sense a fault condition.2. When a system disturbance occurs, the linecurrent must increase by a minimum of thepreset fault current level (dependent on modelselected) within a 50 msec. time frame.3. T he total current must be greater than theoriginal load current plus the preset fault currentlevel to enable operation of the indicator.4. Following the current increase, a loss of linecurrent for 150 msec. (duration dependent onmodel selected), must take place within 40–60seconds, confirming that the increase resultedfrom a fault and not from a sudden load increase.All four of these steps must take place in propersequence for the Adaptive Trip FCI to indicatethat a fault has occurred.Example based on model parameters:Reset current 3 A; Trip current 100 A di/dt—01 Conditions 1and 4 not met.Unit in inrush restraint.Unit will not enable.—02 Condition 2 not met.di/dt Rate of changenot satisfied.Unit not armed.—03 Condition 3 not met.Total line currentmagnitude not met.Unit will not enable.—04 Condition 4 not met.Total loss of loadcurrent not met.Unit armed, tripnot activated.—05 All 4 conditionssatisfied.Normal trip indication.Unit armed and peres)200 A200 A100 A100 A110 AMinresetMinreset3A053030.05Time (seconds)90.05053030.05125.05Time (seconds)0Figure 1Figure 2Figure 0 A200 A100 A100 AMinresetMinreset0Figure 4—0456565.05125.05Time (seconds)0Figure 5—0556565.05125.05Time (seconds)56565.05125.05Time (seconds)

7FA U LT E D C I R C U I T I N D I C ATO R S O V E R V I E W—OverviewWhich Fisher Pierce FCI is recommended for your application?1580 1548 1547 1543 1542 1541 1516 1515 1514 TPMVF TPMVL TPMVOL TPMTL UCMTL OLMVOL OLMVF OLMVL OLMTLOverhead –––––––––––– Underground–– ––––Test pointinstallation––––––––– –––––Backfeedrestraint– ––––––– –– –Inrush restraint– –––Temporary faultdetection– rectionalfault capability(1514AM45102)–––––––– –––––––––Neutral current(cap. banks) �Phase(s)111321131111111111Fixedcurrent trip– – –––––––––Adaptive trip– low trip––––––––– Trip logicReset logicCurrent– ge–––––– –– –– –Time– – –– –– Manual– Fault indication optionsLED – – – Fluorescent flag– ––– ––––– ––Strobe light– ber opticdisplay–– – – ––––Radiotransmitter– –––– –––––––––SCADA contacts–– ––– – –––––––––Batterylessoptions –––––––– ––––– ––

8F I S H E R P I E R C E I N D I C ATO R S , S E N S O R S A N D C O N T R O L S—Overhead faulted circuit indicatorsFisher Pierce series 1548 overhead FCIsReliable fault indication for single-phaseoverhead applications. Adaptive or fixed current trip with inrushrestraint logic Adaptive trip logic eliminates the need for triprating selection or revision with changing load Automatic reset with return of load currentand/or time reset of permanent fault indication Automatic time reset for temporaryfault indication Manual trip test and reset capabilities usinghotstick-mountable trip/reset tool Visual fault indication choices of LED, 5-LED array,flag or strobe light; highly viewable 360 indication (strobe or LED); radio fault reportingcapability also available Hotstick mounting with automatictorque limiting Replaceable lithium battery offers 10-year,maintenance-free service life (Flag modelhas non-replaceable battery) Mounts on conductors with diameters from0.14" to 1.20" (3.56 mm to 30.48 mm) Options include temporary/permanent faultindication, instantaneous recloser coordinationfeature and backfeed restraint using a delay-tripscheme (requires protective device to pass twocycles minimum of fault current before closing)—01 Trip/reset toolAT2186-10Manual trip/reset testfor both permanentand temporary faultindication usinghotstick-mountablereset tool.—01FCIs with radio transmittersSeries 1548 radio FCIs can signal faults to handheldreceivers, radio receivers and the SmartLink series5000 cellular remote terminal unit (RTU) systemsintegrated with SCADA- and web-based reportingsystems. Status, alarms and other eventnotifications can be integrated into SCADAsystems, as well as sent to customer-designatedpersonnel via e-mail, pager or text message.Having precise fault information reduces outageduration, improves system reliability and lowersoperation costs.Swipe here

9O V E R H E A D FA U LT E D C I R C U I T I N D I C ATO R S—Overhead faulted circuit indicatorsSpecificationsSystem voltage: Flag, strobe models: 44 kV max. LED, radio models: 69 kV max.Continuous withstand load: 1,000 A max.Operating temperature: -40 C to 85 CReset time accuracy: 10% at 23 CCurrent reset: 3 A or 8 A min. (model specific)Fixed trip current level: 50 to 1,500 AAdaptive trip: 100 di/dt, 300 di/dtFault withstand: 25 kA for 10 cycles(per ANSI/IEEE 495-1986)Trip accuracy: 10% at 23 CBattery: Replaceable 10-yr. lithium cell(flag model non-replaceable)Battery operating life at 23 C: Single ultra bright LED & flag: 1,000operating hrs. 5 red LEDs: 400 operating hrs. Strobe: 120 operating hrs. Radio with LED: 800 operating hrs.Temporary fault model: 1 amber (temporary fault) LED:1,500 operating hrs. 4 red (permanent fault) LEDs: 400 operating hrs.Housing: Semi-conductive UV-stablepolycarbonateCable diameter: 0.14" to 1.2"(3.56 mm to 30.48 mm)Certifications: Complies with ANSI/IEEEE 495-1986—Mechanical data4.75(120.65)2.10(53.34)5.95(151.13)1.2 cable max.1.25 (31.75)11.80 max.0.98 (24.892 )(All dimensions in inches with millimeter equivalents in parentheses)2.525(64.135)

F I S H E R P I E R C E I N D I C ATO R S , S E N S O R S A N D C O N T R O L S10—Overhead faulted circuit indicatorsFisher Pierce series 1548 overhead FCIs—Fisher Pierce series 1548 overhead FCIsCat. no.DescriptionRecommended models1548FH-ANC3-L-N-ABranch feeder (3 A min. load, 100 A increase within 50 msec. di/dt adaptive trip)1548FH-BDC3-L-N-AMain feeder (3 A min. load, 300A di/dt adaptive trip, 24 msec. delay for backfeed restraint)1548FH-BDC3-X-N-A-1Temporary fault indication (300 A di/dt adaptive trip, 24 msec. delay for backfeed restraint); permanent fault indication with4-hr. delay reset with 60-sec. current reset override, temporary fault indication with 4-hr. time delayed resetAccessoriesAT2186-10Manual test and reset toolA615Battery for L optionA615-REPBattery with renewal stickerA616Battery for L, X and R optionsA616-REPBattery with renewal stickerH2403-10Battery with renewal stickerThe following diagram shows how to constructa catalog number for the Series 1548 FCI.1548Basic modelStandard offering, reclosedead time of 150 msec.(loss of current 150 msec.),3 A min. load current requiredfor reset, adaptive and fixedinrush trip logic optionsavailable. FSpecial application offeringfor temporary fault detectionwhere reclose recognitiontime of 32 msec. is required.Recommended for circuitswith fast protection settingscapable of opening andreclosing in less than 10 cycles.Available with adaptive triplogic only. Requires 8 A min.load current required forreset. No current auto resetshould be specified. GFactorycodeH---I ndicates field that must be filled in to complete order.Note: Availability of selected configuration will be verifiedat quotation time.- 3 FactorycodeTrip/current adaptive trip100 A di/dt adaptive trip N300 A di/dt mainfeeder applications DNote: 3 A min. load required.Reset time-delay led,radio, strobe or flag 4 -hr. automatic with current reset override(60 sec. after restoration of power) C4-hr. automatic N24-hr. automatic P60 seconds after restoration of power,otherwise no automatic reset ZManual reset only, most commonly usedwith Flag model since batteries are notused for indication; requires tool AT2186-10 TTrip/inrush logic options adaptive trip Adaptive trip requires: 60 sec. continuousmin. load current; arming time 1 4 cyclefault current; loss of current within 60 sec.of fault current ASame as A with 24 ms 20%delay trip (backfeed restraint) B-- A -Transmitterphase encoderPhase A 5APhase B 5BPhase C 5CTap 5TNo transmitteravailable forF, T, L of indicatoroptions 5NIndicator optionsSingle ultra-bright LED(standard for applicationsup to 69 kV max.) L5 ultra-bright LEDs display(for applications up to69kV max.) JTemporary fault indicationoption: 4 red, 1 amber LEDs(standard for applicationsup to 69 kV max.) XStrobe light (for applicationsup to 44 kV max.) TRadio with single LED(for applications up to69 kV max.) RFlag (for applications upto 44 kV max.) FFactorycodeTemporaryfault resetTime4 hrs. 18 hrs. 212 hrs. 324 hrs. 4Manualreset 5Note: Only forindicatoroption “X”.

11U N D E R G R O U N D FA U LT E D C I R C U I T I N D I C ATO R S—Underground faulted circuit indicatorsFisher Pierce series 1547 Adaptive Trip FCIsFor single-phase undergroundor overhead applications. Adaptive current trip with inrush restraint logic Automatic reset with return of load currentand/or time reset of fault indication; manualreset also available Visual fault indication choices of Flag, LED or 10ft. remote fiber optic display; integrated radiotransmitter with or without LED also available N.O. or N.C. contact enables fault indication alertto be integrated into SCADA systems Durable Lexan housing and epoxy-coated sensorsprotect against moisture for long, maintenancefree service life Mounting kits available, enable view-platemounting for padmount applications—Mechanical data—01 Figure A – Indicatorwith Attached sensor.Hotstick mounting.—02 Figure B – Indicatorwith attached sensor.Tie-wrap mounting.—03 Figure C – Bracket/surface mounting.—04 Figure D – Window/flush mounting.—05 Figure E – Remotesensor. Tie-wrapmounting.—06 Figure F – Remotesensor. Hotstickmounting.0.31 (8) dia.5.50 (140)1.25 4.25(32) (108)6.90(175)5.60(142)3.61 (92) dia.2.80(71)4.00(102)4.75(121)0.25 (6)3.31(84) dia.0.75(19) dia.—01—044.00 (102)2.78 (71)Leadwire5.50(140)Cable tie3.25 (83)3.222.50(82)(64)Cable ref4.75 (121)—023.31(84)2.13(54)—054.50 (114)4.75(121)4.00(102)2.40(61)4.25(108)3.31(84) dia.—03(All dimensions in inches with millimeter equivalents in parentheses)4.30(109)1.00 (25)0.75 (19)—06

12F I S H E R P I E R C E I N D I C ATO R S , S E N S O R S A N D C O N T R O L S—Underground faulted circuit indicatorsSpecificationsOperating speed: Coordinates with properlyapplied current-limiting fuses, provided FCItrip-set and trip-release conditions are satisfiedFault withstand capability: 25 kA for 10 cyclesper ANSI/IEEE 495-1986Operating current range: Min. reset currentto 800 A for trip operationContinuous current rating: 800 A max.Submersibility: Tested to 30 ft.Reset function: Resets to normal indicationaccording to unit selected from orderinginformation reset delay optionsReset current level: 1 5 8" sensor with U-lamination: 1.0 A; 2 3 16" sensor with U-lamination: 1.5 A; 1 5 8" sensor w/o U-lamination: 2.0 A; 2 3 16" sensor w/o U-lamination: 3.0 ALife expectancy: 2 0 years (series 1547A flag type)Rated battery life: 800 hrs. of operation; lithiumcell rated for 10-yr. life (series 1547B LED type;series 1547C fiber optic type)Line current adjust: Adjusts to line current 40–60sec. after line current exceeds min. reset currentTrip operation: Trip enable condition: Occurswhenever line current increases πby the rate of100 A (or greater) within 3 cycles; Trip indication:FCI indicates trip only when line current drops 0.5 Aabove min. reset current within 40–60 sec. aftertrip-set condition occursApprox. shipping weight: 2.0 lbs.Operating temperature: -40 C to 85 CCertifications: Complies with ANSI/IEEE 495-1986

13U N D E R G R O U N D FA U LT E D C I R C U I T I N D I C ATO R S—Underground faulted circuit indicatorsFisher Pierce series 1547 Adaptive Trip FCIsThe following diagram shows how to constructa catalog number for the Series 1547 FCI.Not all combinations are possible; consult factory.1547Basic modelStandard faultedCircuit indicatorflag type AStandard faultedcircuit indicatorLED type BStandard faultedcircuit indicator.10-ft. Remotefiber opticcable display* CIntegral radiotransmitterLED type D* Consult factory forother cable lengths.Indicator mounting optionsBracket/surface mount(see mechanical data fig. C) B(1)Window/flush mount(see mechanical data fig. D) P(2)*Tie-wrap mount(See mechanical data fig. B) MHotstick mount with clamp(see mechanical data fig. A) H(3)** For series 1547A and 1547Boptions only.-I ndicates field that must be filled in to complete order.Note: Availability of selected configuration will be verifiedat quotation time.-Reset delayflag with manual reset24-hr. reset time delay afterpower restoration P4-hr. reset time delay afterpower restoration W60-sec. reset time delay afterpower restoration ZManual reset only RLED or remote fiber optic4-hr. reset with current override C4-hr. reset with current andmanual reset override E4-hr. reset with manual reset M4-hr. reset with manual tripand manual reset N4-hr. reset time delay with currentoverride; manual trip and manualreset override T4-hr. reset time delay only W1547D Radio FCI (manual trip,manual reset)4-hr. reset with current override J4-hr. reset time delay K60-sec. reset time delay only Z--Transmitter phase encodingPhase A APhase B BPhase C CTap TClose proximityRaised zero reference to 7 A RStandard NLead length between sensor and display10 ft. (standard) 10Specify length in feet (30 ft. max.) XXNone; attached indicator sensor units,“M” or “H” indicator mounting options NSCADA outputN.O. (10-ft. lead) AN.C. (10-ft. lead) BNo SCADA NReset current3.0 A (2 3 16 " sensor) DSensor mountingRemote tie-wrap (see mechanical data fig. E) SIntegral tie-wrap (see mechanical data fig. B) GRemote hotstick (see mechanical data fig. F) HIntegral hotstick (see mechanical data fig. A) TUnderground application noteA solution to problem FCI applications caused by close proximity cable placement and orientation is to set the loss of current operate point at 7 A. This raisedzero reference point greatly improves the adjacent field immunity of the Adaptive Trip FCI. The option is available only with time-delayed reset and closed coreU-lam sensor. When ordering, add the suffix “R” to the model number. A 3" minimum separation between adjacent cables is recommended for installation.Consult factory for lower reset currents.Consult factory for Series 1547A and 1547B options:Mechanical (for both LED and flag indicators) —B(1) Bracket/surface mount kit (N1767-1, -2, -3)P(2) Lexan window/flush mount kit (AT2050-1), reset tool (AT2186)H(3) Manual trip override kit (LED) (overhead applications only)

14F I S H E R P I E R C E I N D I C ATO R S , S E N S O R S A N D C O N T R O L S—Underground faulted circuit indicatorsFisher Pierce series 1514/15current-reset FCIsFor single-phase or three-phaseunderground applications. Trip logic: Adaptive current trip with inrushrestraint logic Reset logic: Automatic time reset with return ofload current and/or time reset of fault indication;manual reset also available Fault indication: Visual fault indication choicesof Flag, LED or 10-ft. remote fiber optic display;integrated radio transmitter with or withoutLED also available N.O. contact enables fault indication alert to beintegrated into SCADA systems Durable Lexan housing and epoxy-coated sensorsprotect against moisture for long, maintenancefree service life Mounting kits available to allow view-platemounting for padmount applicationsSpecificationsSystem voltage: 29.3 kV maxTrip current: Factory preset from 50 to 1,500 ATrip current accuracy: 10%Trip response speed: Coordinates with properlyapplied current-limiting or expulsion fusesReset current: Factory preset for 1.2, 1.5, 3.0and 5.0 AFault withstand capability: 25k A for 10 cyclesper ANSI/IEEE 495-1986Maximum continuous load current: 1,000 AOperating temperature: - 40 C to 85 CSubmersibility: Tested to 30 ft.; exceedsANSI/IEEE 495-1986Life expectancy: 30 years (flag type)Rated battery life: 10 years (long-life lithium cell)Model 1514B/1515B: 800 hrs. of operationModel 1514D: 300 hrs. of operationWarranty: 3 yearsCertifications: Complies with ANSI/IEEEE495-1986

15U N D E R G R O U N D FA U LT E D C I R C U I T I N D I C ATO R S—Underground faulted circuit indicatorsMechanical data—01 Figure A – Indicatorwith attached sensor.Hotstick mounting.—02 Figure B – Indicatorwith attached sensor.Tie-wrap mounting.—03 Figure C – Bracket/surface mounting.—04 Figure E – Remotesensor.Tie-wrap mounting.—05 Figure D – Window/flush mounting.—06 Figure F – Remotesensor. Hotstickmounting.5.50 (140)Leadwire1.25 4.25(32) (108)2.78 (71)5.60(142)Cable tieCable ref0.75 (19) —040.31 (8) dia.4.00 (102)5.50(140)4.75(121)3.31(84)4.75 (121)—024.00(102)3.61 (92) dia.0.25(6)2.80(71)3.31(84) dia.—054.50 (114)4.75(121)4.00(102)2.40(61)4.25(108)3.31 (84) dia.4.30(109)1.00 (25)0.75 (19)—03(All dimensions in inches with millimeter equivalents in parentheses)—06

16F I S H E R P I E R C E I N D I C ATO R S , S E N S O R S A N D C O N T R O L S—Underground faulted circuit indicatorsFisher Pierce series 1514/15 current-reset FCIsThe following diagram shows how to constructa catalog number for the Series 1514 or 1515 FCI.Not all combinations are possible. Consult factoryfor ordering assistance.1514 or 1515-Basic modelSingle-phase (one sensor, one indicator) 1514Three-phase (three sensors, one indicator)Unit requires current in all three phasesto reset 1515Flag display 1514S/1515WFlag display and single (N.O.)latching SCADA output contact 1514A/1515A*LED display(non-replaceable battery) 1514B/1515BRemote, 6-ft. fiber optic LEDdisplay (requires “M” mounting) 1514C/1515CIntegral radio/LED display(requires “M” mounting) 1514DFlag display with momentary(N.O.) SCADA output 1514M/1515M** SCADA contacts: 3.0 A @ 125/250 V AC;1 10 hp @ 250 V AC, 10 ft. cable length.Indicator mounting optionsBracket/surface mounting(remote from sensor) BWindow/flush mounting(remote from sensor) P(1)*Hotstick mounting(attached indicator/sensor)(B and D sensors only,one phase only) H(2)**Tie-wrap mounting(attached indicator/sensors) M3I ndicates field that must be filled in to complete order.Note: Availability of selected configurationwill be verified at quotation time.-Minimum reset current levelConsult factory for Factorylower reset currents. code- B -Factory codeLead length between sensor and display10 ft. (standard) 10Specify length in feet (30 ft. max.) XXNone. Attached indicator sensor units,“G” or “T” sensor termination NSensor terminationTerminates with remote lead connected to sensor SSensor and indicator attached to hotstick clamp THotstick clamp attached to sensor(1 5 8 " and 2 3 16 " cable diameter only) HSensor attached to indicator, tie-wrap mount GTrip setting nrush restraint/reset delay optionsFlag display (1514A, 1514M, 1514S, 1515A, 1515M, 1515W), manual reset overrideStandard trip curve, 10- to 30-sec. delay after restoration of power AInrush restraint, 60-sec. reset time delay after restoration of power ZInrush restraint, 4-hr. reset time delay after restoration of power WInrush restraint, no automatic reset, manual reset only NInrush restraint, 24-hr. reset time delay after restoration of power PLED display (1514B, 1514C, 1514R, 1515B, 1515C, 1515R), inrush restraint4-hr. reset time delay after fault occurrence WSame as W with current reset override upon energization of line CSame as W with manual trip and manual reset override NSame as N with current reset override TSame as W with manual reset override MSame as C with manual reset override ERadio indication (1514D), inrush restraint, manual trip and manual reset override4-hr. reset time delay after fault occurrence KSame as K with current reset override upon energization of line J60-sec. time delay after fault occurrence ZMax. cable diameter (in.)1 5 8 B2 3 16 D2 5 16 K1 5 8 M**2 3 16 L**2 5 16 N**** Has a snap-on U lamination forcircuit isolation.Transmitterphase encodingPhase A(1514D only) APhase B(1514D only) BPhase C(1514D only) CNote: Availability of selected configuration will be verifiedat quotation time.Underground application note:A solution to problem FCI applications, caused by close proximitycable placement and orientation, is to set the loss of current operatepoint at 7A. This raised zero reference point greatly improves theadjacent field immunity of the Adaptive Trip FCI. The option isavailable only with time delayed reset and closed core U-lam sensor.When ordering, add the suffix “R” to the model number. A 3" minimumseparation between adjacent cables is recommended for installation.Manual Reset tool (AT2186)* Special Lexan mounting kit (AT2050-1) available.** Special Lexan spacer (F2079) available for small( 1" dia.) conductor overhead installation.

17U N D E R G R O U N D FA U LT E D C I R C U I T I N D I C ATO R S—Underground faulted circuit indicatorsFisher Pierce series 1541/42/43 automatictime reset FCIsFor single-phase, two-phase orthree-phase underground applications. Fixed current trip with inrush delay Automatic time reset of fault indication;manual reset also available Visual fault indication choices of LED withreplaceable or non-replaceable battery; audiblealarm fault indication with replaceable batteryalso available Optional permanent or removable remotefiber optic display available—Mechanical data2.40(60.96)—01 Three-phase 048)—01(All dimensions in inches with millimeter equivalents in parentheses)3.25(82.55)

F I S H E R P I E R C E I N D I C ATO R S , S E N S O R S A N D C O N T R O L S18—Underground faulted circuit indicatorsSpecificationsFault registration: Red, high-intensity LED withchoice of hard-wired or fiber optic cable remotemounting or audible intermittent beeper signalTrip current: Factory preset to customerspecifications within range of 50 A and 100 Ato 1,500 A in 100 A incrementsTrip current accuracy: 10% of trip rating(calibrated using 1" dia. cable for 400 A trip orless or 2.0" dia. cable for greater than 400 A trip)Trip response speed: Consult trip curves(coordinated to properly applied link, expulsion,power and current-limiting fuses)Reset time: 4 hrs., 2 hrs., 1 hr., manual trip/reset standardOverload capacity: Capable of withstanding25,000 A for 10 cyclesContinuous load current: Rated at 1,000A max.Temperature range: -40 C to 85 CSubmersibility: Tested to 30 ft.Operating battery life: 800 hrs. for LED indication,160 hrs. for audible indication, both with 10-yr.life at 20 CBattery: Long-life lithium cellCable ranges: 0.63" (16 mm) to 1.58" (40 mm);1.58" (40 mm) to 2.36" (60 mm); 2.36" (60 mm)to 3.55" (90 mm)Remote fiber optic options: Permanent orremovable (10 ft. standard, 30 ft. max.)Certifications: Complies with ANSI/IEEE 495-1986The following diagram shows how to constructa catalog number for the Series 1541/1542/1543FCIs. Not all combinations are possible.Consult factory for ordering assistance.154Factory codeBasic modelSingle-phase 1Two-phase 2Three-phase 3Inrush RestraintInrush trip delay FNon-inrush delay NIndication/battery optionsLED, non-replaceable battery,hotstick mounted HLED, replaceable battery,hotstick mounted R-I ndicates field that must be filled in to complete order.Note: Availability of selected configurationwill be verified at quotation time.-Trip point50 A .5100 A 1200 A 2300 A 3400 A 4450 A 4.5500 A 5600 A 6800 A 81000 A 101200 A 121500 A 15Reset time delay after fault occurrence4-hr. automatic reset time delay A2-hr. automatic reset time delay B1-hr. automatic reset time delay CBFactory codeCable clamp sizeSmall, 0.63"–1.58" cable dia. SMedium, 1.58"–2.36" cable dia. MLarge, 2.36"–3.55" cable dia. LDisplay optionsRemote LED RIntegral LED (always selected with code T“H” under Indication/Battery Options)Remote LED, fiber optic cable ERemote LED, removable fiber optic cable FLength of remote LED cableNot applicable when code “T” is selectedunder display options NRemote LED, removable fiber optic cable 10

19U N D E R G R O U N D FA U LT E D C I R C U I T I N D I C ATO R S—Underground faulted circuit indicatorsFisher Pierce series 1516 voltage reset FCIsFor single-phase underground applications. Fixed current trip with inrush restraint Automatic reset after restoration of secondaryvoltage; manual reset also available Flag model provides visual fault indication—Mechanical data—01 Remote sensor leads.Tie-wrap mounting.—02 Indicator withattached sensorwithout U-lamination.Tie-wrap mounting.—03 Remote sensor leads.Hotstick mounting.—04 Window/flushmount

Table of contents 004 –007 Faulted circuit indicators overview 008 –010 Overhead faulted circuit indicators 011 –022 Underground faulted circuit indicators 023 –027 Cellular RTUs and receivers 028 –033 Clamp-type faulted circuit indicators 034 –043 Test point indicators 044 –047 Current sensors 048 –072 Capacitor controls 073 Index —

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at sites throughout Pierce County. PIERCE COLLEGE FORT STEILACOOM At Pierce College Fort Steilacoom, learning takes place on a serene, 140-acre campus replete with its own lake, hiking trails and views of Mount Rainier. The centerpiece of the college, the Cascade Build-ing, has been transformed into a modern learning space with an

3 PIERCE COLLEGE POSSIBILITIES SPRING 2022 4 ticipants/ Pierce Points of Pride Pathways for success Pierce College was selected as one of ve colleges in the state*, and one of 30 in the nation**, to implement Guided Pathways. Guided Pathways simpli es course choices, helping students make the most e cient use of their time and money. 68%

PIERCE BLUFFS COMMUNITY, HERMITAGE, PA. Pierce Bluffs Master Association . Design Review Committee : Design Criteria: Original By Mill Creek Homes April 11, 2002 and October 1, 2004 . Updated on 12/12/12 . 2 . Pierce Bluffs Community . Hermitage, PA . Design Review Committee . Table of Contents .

Introduction to AutoCAD Academic Resource Center . What is CAD? Computer Aided Drafting Autodesk is the most popular drawing program Many student versions available for free online at students.autodesk.com o AutoCAD o Architecture o Mechanical o Revit o Inventor o Civil o MEP o etc. Capabilities: o 2D line drawings o 3D constructions o Rendering o Part Assemblies . Workshop Goals .