Surge Protection Solutions

Transcript

Surge Protection Solutions Industrial Market | Automation Market | OEM Market ASCO Power Technologies is Combining the Surge Protection solutions of Advanced Protection Technologies, EDCO, Islatrol & Emerson Network Power Keeping Power Clean & Green Think about the challenge of navigating rush-hour traffic, even on a good day. Then imagine the havoc and congestion that power surges, spikes, noise and transients can create, turning your commute into a nightmare. When traffic signaling equipment goes down, it creates a ripple effect. Even when you’re up and running again, the unfortunate effects can resonate for hours after an occurrence. ASCO Power Technologies combines 45 years of surge protection leadership in the Industrial, Commercial, ITS and DOT Markets. We understand many of the challenges which surface in your industry and are here to help determine the most cost effective surge protection device which meets spec and your needs. Whether it’s highway lighting, traffic signals, controller cabinets, cameras, high speed/commuter rail, dynamic message signs, toll roads, weigh stations and red light/speed enforcement or sophisticated intelligent systems, rest assured that ASCO products deliver the mission-critical protection you need to keep all your sensitive equipment operating as expected. Why put your equipment at risk? Turn to ASCO Surge Protection products for peace of mind. We provide solutions for all your application needs and the foundation for Business-Critical Continuity. We are committed to providing quality products, competitive pricing and reliable customer care. If you have any product application or pricing questions, please call us at 800-237-4567. We look forward to hearing from you. We’re here to help! Table of Contents AC POWER SPDS TYPE 1 & TYPE 2 ASCO Model 420 (APT SPDee Series) ASCO Model 420DC (APT SPDee DC Series) ASCO Model 425 (APT XCS Series) ASCO Model 430 (APT XDS Series) ASCO Model 460 (APT XAS Series) ASCO Model 465 (APT XAL Series) ASCO Model 480 (APT XBS Series) 6 7 8 9 10 11 12 AC POWER SPDS TYPE 2 ASCO Model 457 (APT XGA Series) ASCO Model 340 (APT G Series) ASCO Model 331 (Edco EMC-240B) 13 14 15 AC POWER SPDS - SERIES CONNECTED ASCO Model 256 (Edco SHA-1235FS) ASCO Model 252 (Edco HSP Series) ASCO Model 251 (Edco SHP Series) ASCO Model 258 (Edco SHA-1250) ASCO Model 256 (Edco ACP-340LED / 540LED) 16 17 18 19 20 COMPONENT ASSEMBLY SPDS TYPE 1 & TYPE 2 ASCO Model 450 (APT XRS Series) ASCO Model 451 (APT XRL Series) ASCO Model 452 (APT XWS Series) ASCO Model 453 (APT XWL Series) 21 22 23 24 DIN RAIL SPDS ASCO Model 318 (APT Din-Rail D Series AC) ASCO Model 318 (APT Din-Rail D Series Photovoltaic DC) ASCO Model 107 & 108 (APT Din-Rail D60) ASCO Model 310 (Edco DRS Din-Rail AC) ASCO Model 105 (Edco DRS Din-Rail DC) 25 26 27 28 29 AC POWER FILTER / SPDS SERIES CONNECTED ASCO Model 277 (Islatrol IE Series) ASCO Model 275 (Islatrol IC+/LRIC+ Series) 30 31 DATA / SIGNAL SPDS ASCO Model 265 (Edco SLAC Series) ASCO Model 157 (Edco SS64 & SS65 Series) ASCO Model 175 (Edco PC642 Series ASCO Model 151 (Edco FAS-1 & FAS-2 Series) ASCO Model 172 (Edco PHC Series) ASCO Model 159 (Edco HVCP-48 Series) ASCO Model 160 (Edco CX Series) APT BNCA10kA ASCO Model 166 (Edco CX-HFN Series) ASCO Model 185 (Edco CAT6-POE Series) ASCO Model 184 (Edco CAT6-5POE) ASCO Model 138 (Edco RJA-45 & RJD-45) 32 33 34 35 36 37 38 39 40 41 42 43 HIGHWAY LIGHTING ASCO Model 235 (Edco SHA Series) ASCO Model 235 (Edco SHAS Series) 44 45 MEDIUM VOLTAGE ASCO Model 950 (APT MVF Series) 46 What Electrical System Is It? WHAT ELECTRICAL SYSTEM IS IT? • • • • Based on secondary side of upstream transformer, NOT by how load is connected. Most SPD/TVSS order errors are misunderstandings related to grounding or neutrals. Grounded system means that the system is referenced to ground, NOT thatElectrical there is a safety ground. What System Is It? What Electrical System Is It? By convention, ground wires are not ‘counted’ as one wires (3-wire, 4-wire, etc.). Basedof onthe secondary side of upstream transformer, NOT by how load is connected What Electrical System Is It? side of upstream transformer, NOT by how load is connected Based on secondary 3-phase 4-wire Grounded Wye MostBased SPD/TVSS misorders are misunderstandings related to grounding or neutrals on secondary side of upstream transformer, NOT by how load is connected Most SPD/TVSS misorders are misunderstandings related to grounding or neutrals Grounded system means thatare themisunderstandings system is referenced toto ground, NOT that there a safety Most SPD/TVSS misorders related grounding or neutrals Grounded system means thatisthe systemground is referenced to ground, NOT that there is Grounded system means system is referenced ground, NOT that there is a safety ground By convention, ground wiresthat arethenot ‘counted’ as one to of the wires (3-wire, 4-wire, By convention, ground wires etc.) are not ‘counted’ as one of the wires (3-wire, 4-wire, etc 3-phase 4-wire Grounded Wye By convention, ground wires are not ‘counted’ as one of the wires (3-wire, 4-wire, etc.) A B B A B BNeutral NOT Neutral bonded to ground. NeutralA Abonded toA ground. pulled A B B A B A B Neutral pulled into facility. into facility. Common system configurations at N N Common system configuration MCC, pumping and water treatment. N N N N N V = 120V (208Y/120V) ASCO ‘2’ V = 120V (208Y/120V) APT ‘2’ What System Is It?Is It? WhatElectrical Electrical System V = 277V (48OY/277V) ASCO ‘4’ V = 277V (48OY/277V) APT ‘4’NOT Based upstream V on secondary side V G load is connected V by how G of G G isVconnected V G transformer, Based on secondary side of upstream transformer, NOT by how load V V G G G (600Y/347V) Most SPD/TVSS are misunderstandings or neutrals V V = 347V (600Y/347V) ASCO ‘8’ V =misorders 347V APT ‘8’related to grounding C Cmisunderstandings C Most SPD/TVSS misorders are related to grounding C Grounded system means that the system is referenced to ground, NOT thatCthereorisneutrals aCsafety ground 3-phase C 4-wire Grounded Wye System 3-phase 4-wire Ungrounded Wye 3-phase 4-wire Wye ‘21 ‘ (non-USA) C Grounded V = 127V (220Y/127V) ASCO ‘21 ‘ (non-USA) V ground =means 127V APT What Electrical Is(220Y/127V) It? 3-phase 4-wire 3-phase 4-wire Grounded Wye system that the system isGrounded referenced to ground, that is a safety ground By convention, wires are not ‘counted’ as one ofWye theNeutral wires (3-wire, 4-wire, etc.)there Neutral bonded toGrounded ground Neutral bonded to ground NOT bondedNOT to ground Neutral bonded to ground Neutral bonded ground 3-phase 4-wire Grounded Wye 3-phase 4-wire Grounded Wye 3-phase 4-wire Ungrounded Wye on secondary side ofNeutral upstream transformer, NOT by how load is connected pulled into facility Neutral NOT pullednot into facility Neutral may or may (3-wire, notIs be pulled intotofacility What Electrical System It? V = 220V (38OY/220V) ASCO Based ‘7’ (non-USA) Vground = 220V (38OY/220V) APT ‘7’ (non-USA) By convention, wires are ‘counted’ the wires 4-wire, Neutral pulled into facilityas one of NOT pulled into etc.) facility Neutral bonded tosystem groundconfiguration Neutral bonded toconfiguration ground NOT Neutral bondedError/miss-wire? to ground Common RareNeutral system configuration; Common system at MCC, G C 3-phase 4-wire Ungr Neutral NOT bonded to Neutral may or may not Most SPD/TVSS misordersVAare misunderstandings related to grounding or side neutrals secondary of transformer, NOT by285.3(2), is not connected ANOT B Common system configuration Rare system configuratio Common system configuration at MCC, Ahow B facility = 120V (208Y/120V) APT ‘2’ B Based onNeutral Note NEC pumping andpulled water treatment Neutral pulled into facility intoupstream facility Neutral mayload or may be pulled into Grounded system means that the configuration system is referenced to ground, that isAPT amisunderstandings safety ground Vthere =configuration 120V (208Y/120V) APT ‘2’ Vrelated Note NEC 285.3(2), pumping and water treatment Vsystem = 277V (480Y/277V) APT ‘4’ = 120V (208Y/120V) Rare - neutrals Call V NOT = 120V (208Y/120V) ‘2’at MCC, Most SPD/TVSS misorders are grounding or Common Rare to system configuration; Error/miss-wire? Common system A B A B V =are 347V APT (480Y/277V) APT ‘5’ V(3-wire, = 277V (480Y/277V) APT ‘4’ V = 277V (480Y/277V) ‘4’ V = 277V V = 120V (208Y/120V) V =A120V (208Y/120V) APT ‘2’ B By convention, ground wires not(600Y/347V) ‘counted’ as ‘8’ one of the wires etc.) V = 120V (208Y/120V) APT ‘2’ Note NEC 285.3(2), pumping and 4-wire, water treatment Grounded system that the system isAPT referenced to ground, NOT that there is of a APT safety ground on secondary side upstream transformer,VNOT by how load is V = 127V (220Y/127V) APT ‘21’ (non-USA) (600Y/347V) APT ‘9’ V = 347V means (600Y/347V) ‘8’ V = 347V APT (600Y/347V) APT ‘8’ V = 347V Based = 277V (480Y/277V) V = 277V (480Y/277V) ‘4’ V = 277VV =(480Y/277V) APT ‘4’ V =the 120V (208Y/120V) Rare - etc.) Call are misunderstandings related to grounding V =V 120V (208Y/120V) APT ‘2’‘counted’ 220V (380Y/220V) APT ‘7’ (non-USA) V = 127V (220Y/127V) Call (non-USA) = 127V (220Y/127V) APT ‘21’ (non-USA) By convention, ground not of wires 4-wire, Nare Most SPD/TVSS misorders V wires = 127V (220Y/127V) APT as ‘21’one (non-USA) V = 347V (600Y/347V) V(3-wire, = 347V (600Y/347V) APT ‘8’ N ‘5’ V = 347V (600Y/347V) APT ‘8’N V = 277V (480Y/277V) APT V =V 277V (480Y/277V) APT ‘4’ V = 220V = 220V (380Y/220V) APT ‘7’ (non-USA) (380Y/220V) Call (non-USA) V = 220V (380Y/220V) APT ‘7’ (non-USA)Grounded V = 127V (220Y/127V) V = 127V (220Y/127V) APT ‘21’ (non-USA) B A B A system means the system is referenced to ground, NOT V = 127V (220Y/127V) APT ‘21’ (non-USA) V = 347V (600Y/347V) APT ‘9’ that V = 347V (600Y/347V) APT ‘8’ B V = 220V (380Y/220V) V = 220V (380Y/220V) (non-USA) B NAPT ‘21’ (non-USA) B BV = 127V (220Y/127V) A By convention, ground wiresAPT are‘7’not ‘counted’ as one of the wires (3-w A A V = 220V (380Y/220V)A APT ‘7’ (non-USA) V = 127V (220Y/127V) Call (non-USA) NB A N A Resistive or Impedance Grounded Wye A A What Electrical System Is 3-phase 4-wire Ungrounded Wye Neutral NOT bonded to ground. Neutral Neutral bonded to ground via grounding B V = 220V (380Y/220V) Call (non-USA) V =may 220V not (380Y/220V) APT ‘7’into (non-USA) A mayor be pulled facility. Rare resistor. Neutral may, or may not, be pulled V V VAA V G N G G B A B A A NV N B A N system configuration; Error/miss-wire?. Note into facility. Becoming popular system on A N V N C N CN C A V Wye V NEC 285.3(2). high-tech applications. G Ungrounded G G 3-phaseR4-wire Grounded 3-phase 4-wire 3-phase 4-wire Grounded Wye V N Wye V N N V N NOT bonded to ground Neutral bonded to ground V Neutral bonded to ground V G G G G V = 120V (208Y/120V) ASCO ‘2’ V V = 120V (208Y/120V) Rare - Call ASCO Neutral R Neutral pulled facility Neutral NOT pulled into facility Neutral may or may not be pulled into C C C into G V V V facility G G G Nconfiguration at MCC, N Common system configuration Rare system configuration; Error/miss-wire? Common system G CB V V = 277V (48OY/277V) ASCO ‘4’ V = 277V (48OY/277V) ASCOSystem ‘5’ C CC G 3-phase Grounded Wye 3-phase Ungrounded Wye 3-phase 4-wire Grounded Wye What Electrical Is It? V =4-wire (208Y/120V) APT ‘2’ Note NEC 285.3(2), 4-wire pumping and water treatment C C C R 120V4-wire Single-Phase V G V G 3-phase 4-wire Grounded 3-phase 4-wire Ungrounded Grounded Wye G V= 277Vto(480Y/277V) APT ‘4’ V Neutral = 120Vand (208Y/120V) RareG- Call V = 120V (208Y/120V) APT ‘2’Wye Neutral3-phase bonded ground Neutral bonded to ground Neutral NOT V = 347V (600Y/347V) ASCO ‘8’ Wye VWye = 347V (600Y/347V) ASCO ‘9’byWye Resistive or Impedance Grounded Wye Split-Phase ‘Single-Phase’ Verify where Ground are! bonded to ground G Based on secondary side of upstream transformer, NOT how load is277V connected 3-phase 4-wire Grounded 3-phase 4-wire Ungrounded Wye 3-phase 4-wire Grounded C Neutral bonded to ground Neutral bonded to ground Neutral NOT bonded to ground V V = 347V (600Y/347V) APT ‘8’ V = (480Y/277V) APT ‘5’ V = 277V (480Y/277V) APT ‘4’ B not be pulled into facility Neutral pulled into facility Neutral NOT pulled into facility Neutral Neutral bonded to ground via grounding resistor Neutral bonded to ground Often for one leg orG one piece ofmay equip.or may Neutral bonded to‘21’ ground Neutral bonded to ground Neutral NOT bonded C C bonded Neutral pulledASCO into facility Neutral NOT pulled into facility Neutral may or mayinto not beCall pulled into facility SPD/TVSS misorders are misunderstandings related toNeutral grounding neutrals Single-Phase V system = 127V (220Y/127V) APT (non-USA) V = 347V (600Y/347V) APTto ‘9’ground Error/miss-wire? V =(220Y/127V) 347V (600Y/347V) APT ‘8’ Neutral may, or Most may not, be pulled into facility Neutral usually pulled facility to or ground V = 127V (220Y/127V) ‘21 ‘ (non-USA) V = 127V ASCO (non-USA) G Common configuration Rare system configuration; Common system configuration at MCC, Neutral pulled into facility Neutral NOTImpedance pulled facility Neutral may or‘Single-Phase’ may not be pulled intoGrounded facility Common system configuration Rare system configuration; Error/miss-wire? configuration at‘7’ MCC, Resistive Grounded Wye Split-Phase Verify where Neutral3-pha and G V= 220Vsystem (380Y/220V) APT (non-USA) V =than 127V (220Y/127V) Call (non-USA) V =the 127V (220Y/127V) APT into ‘21’ (non-USA) Becoming popular system on high-tech Very, very Common Less common perceived! 3-phase 4-wire Grounded Wye 3-phase 4-wire Wye G Common What System It? Grounded system means that system isorsystem referenced to ground, NOT that there is285.3(2), a safety ground C (208Y/120V) V =Electrical 120V APT ‘2’Is NEC pumping and water treatment Common system Rare system configuration; Error/miss-wire? Common configuration at(non-USA) V = 120V (208Y/120V) ‘2’ Note 285.3(2), pumping and water treatment Neutral bonded to ground via grounding resistor Neutral bonded to ground Often for one leg or Neutra one pie V(208Y/120V) = 120V Rare -configuration Call V = 120V (120/240V) ‘1’APT VMCC, =to120V APT ‘11’ Note B APT V = 220V V = NEC 220V (380Y/220V) ‘7’ (non-USA) (380Y/220V) Call (non-USA) V = 220V (38OY/220V) ASCO APT ‘7’ (non-USA) V = 220V (38OY/220V) Call ASCO Neutral bonded ground Neutral bonded to ground Based on secondary side of upstream transformer, by how load V =By 120V APT ‘2’ wires Note NECetc.) 285.3(2), pumping and -water treatment convention, ground not ‘counted’ as of (3-wire, 4-wire, V = 277V APT(208Y/120V) ‘4’ ‘5’is connected = 120V (208Y/120V) Rare - Call = 120V (208Y/120V) APT ‘2’the Vwires V(480Y/277V) = 277V NOT (480Y/277V) APT VV = are 240V (240/480V) Rare Callone Single-Phase = 240V APT ‘12’ V may, or Rare may not, be pulled into facility Neutral usually pulled into facility V = 277V (480Y/277V) APT ‘4’ V = 120V Neutral (208Y/120V) - Neutral Call V = 120V (208Y/120V) APT ‘2’ pulled into facility Neutral NOT pulled into facility Neutral bonded to ground Neutra V = 277V (480Y/277V) APT ‘4’ V= = 120V (208Y/120V) - Callconfiguration V(480Y/277V) = 120V (208Y/120V) APT ‘2’V = 277V =or 347V (600Y/347V) APT ‘9’B orWye V == 127V (127/254V) APT ‘15’system (non-USA) APT ‘16’Neutral SPD/TVSS misorders are misunderstandings related toAPT grounding neutrals Becoming popular on‘4’ high-tech very Common Impedance Grounded Split-Phase ‘Single-Phase’ V = 347VMost (600Y/347V) APT ‘8’ VV (480Y/277V) APT ‘5’ V = V277V (480Y/277V) APT Verify where and are! Rare V Resistive = 347V (600Y/347V) ‘8’ ‘4’ VVery, 277V (480Y/277V) APT ‘5’ =277V 277V APT A Ground Common system configuration Rare s Common system atLess MCC,common than perceiv V to = 347V (600Y/347V) APT ‘8’ V= =– 277V (480Y/277V) APT ‘5’water treatment =ground 277V APT ‘4’ V = 480V ‘17’‘2’leg Call almost always A (480Y/277V) V(600Y/347V) =Vto 120V (208Y/120V) - Call V 120V (120/240V) APT ‘1’ V = 120V APT ‘11’ Note N V = 127VGrounded (220Y/127V) APTmeans ‘21’ (non-USA) VV= = 347V APT ‘9’ VA = 347V APT ‘8’(non-USA) system that theVsystem is referenced ground, NOT that there is a safety ground Neutral bonded to(600Y/347V) ground via grounding resistor Neutral bonded Often APT forAPT one one piece ofdifferent equip. V =Rare 120V (208Y/120V) pumping and =A127V (220Y/127V) APT ‘21’ V ==or347V 347V (600Y/347V) APT ‘9’ 347V (600Y/347V) APT ‘8’ V = 127V APT ‘13’ (non-USA) V = 127V (220Y/127V) APT ‘21’ (non-USA) V (600Y/347V) APT ‘9’ V = 347V (600Y/347V) APT ‘8’ B A B A B V = 277V (480Y/277V) APT ‘5’ V = 240V (240/480V) Rare Call V = 240V APT ‘12’ V = 220VBy(380Y/220V) ‘7’ wires (non-USA) V = 127V (220Y/127V) Call (non-USA) V may, = 127V (220Y/127V) APT ‘21’facility (non-USA) V = 277V (480Y/277V) APT ‘4’ to=ground V = 12 V = 120V (208Y/120V) APT ‘2’ Neutral or one may not, bewires pulled into pulled into facility Neutral bonded convention, APT ground are V not as of the (3-wire, 4-wire, etc.) Neutral = ‘counted’ 220V (380Y/220V) APT ‘7’ (non-USA) 127V (220Y/127V) (220Y/127V) Call (non-USA) V = usually 127V (220Y/127V) APT ‘21’ (non-USA) V (non-USA) = 220V APT ‘12’ V (non-USA) V V = 220V (380Y/220V) APT ‘7’ (non-USA) V= = 127V Call‘15’ (non-USA) = 127V (220Y/127V) APT V(380Y/220V) =V347V (600Y/347V) ‘9’ ‘21’ V 127V (127/254V) APT (non-USA)APT ‘4’V = 277V APT ‘16’ V = 27 V =APT 347V (600Y/347V) APT ‘8’ than V = 277V (480Y/277V) V =very 220VCommon V = 220V (380Y/220V) APT ‘7’ (non-USA) Call (non-USA) Becoming popular system on high-tech Very, V Less common perceived! V(380Y/220V) = 220V (380Y/220V) APT(non-USA) ‘7’ (non-USA) (380Y/220V) Call (600Y/347V) (non-USA) VV(non-USA) == 220V 220V V = 220V APT ‘7’ (380Y/220V) Call (non-USA) – APTAPT ‘21’ = 34 V = 347V APT ‘8’V = 480V APT ‘17’ VCall V = 120V (208Y/120V) Rare V = 120V (120/240V) APT ‘1’ V = 127V (220Y/127V) V = 120V ‘11’ B - Call B B A B B A V = 127V APT ‘13’ V = 220V (380Y/220V) APT ‘7’ (non-USA) V (non= 12 V = 127V (220Y/127V) APT ‘21’ (non-USA) A N B V = 277V (480Y/277V) APT V = 240V (240/480V) Rare - Call V = 240V APT ‘12’ NA AV A A A ‘5’ B N = 22 = 220V (380Y/220V) APT ‘7’V (non-USA) = 220V APT ‘12’ V (nonA A A V = 347V (600Y/347V) APT ‘9’ V = 127V (127/254V) APT ‘15’ (non-USA) V = 277V APT ‘16’ N A N R AV V V A V = 480V VAPT V B ‘17’ Call – almost always different N V B V V A N V N V = 127V APT G ‘13’ (non-USA) A Split-Phase ‘Single-Phase’ A Single-Phase Neutral bonded to ground. Neutral usually pulled into facility. Very, very Common. V = 120V (120/240V) ASCO ‘1’ V = 240V (240/48OV) Rare - Call ASCO R V G G V = 127V (127/254V) ASCO ‘15’V (non-USA) C Verify where neutral and ground are! Often this is used for one leg or one piece of equipment. Neutral V A (non-USA) V A V = 220V APT less ‘12’ is bondedG to ground. This configuration is used N N N G N V V C V V V V V BV G G G commonly than perceived (see “split-phase”). C A N N Single-Phase B RN V V G B C B B C C N Resistive or Impedance GroundedV Wye Split-Phase ‘Single-Phase’ Verify where Neutral and Ground are! G C A A C to ground via grounding resistor C ‘11‘ V = 120V ASCO G piece A R Neutral bonded Neutral bonded to ground Often for one leg or one of equip. C R C G Gpulled G V Neutral may, or may be 3-phase pulled into Neutral usually facility Neutral bonded 3-phase 4-wire Grounded Wye 3-phase 4-wire Ungrounded Wye 4-wire Grounded G GroundedCWye V facilityUngrounded V to ground G not, 3-phase 4-wire 4-wire Wye 3-phase 4-wire Grounded Wye VG =3-phase 240V ASCO ‘12’ intoVWye V Chigh-tech Cground A BV onNeutral Becoming veryto Common Less common than perceived! Neutral bonded to popular groundsystem bonded Neutral NOT bonded toGground Neutral bonded to ground Neutral bonded to ground NOT bonded toNeutral ground Very, N‘1’B G Hi-Leg(208Y/120V) Grounded Delta Open Delta C Single-Phase B B C Single-Phase V = 120V Rare Call V = 120V (120/240V) APT V =B120V APT ‘11’ G Neutral pulled into facility Neutral NOT pulled into facility Neutral may3-phase or may not be277V pulled into facility Neutral pulled into facility Neutral NOT pulledDelta into facility Neutral may or may not be pulled into facility V = ASCO ‘16’ G 3-wire Ungrounded 3-phase 3-wire Corner Neutral bonded to ground 3-phase 3 4-wire and Ground are! Resistive or Impedance Grounded Wye Split-Phase ‘Single-Phase’ Verify where Neutral and Ground are! C Resistive or Impedance Grounded Wye Split-PhaseRare ‘Single-Phase’ Verify where G configuration V system = 277V (480Y/277V) APT ‘5’ system configuration; V =system 240V (240/480V) - Call V = 240V APT ‘12’ or Neutral Common system configuration Rare Error/miss-wire? Common system atconfiguration MCC, B Common Rare system configuration; Error/miss-wire? Common configuration at MCC, C System has no reference to ground Neutral often pulled into facility Could be ungrounded, corner Grounded Delta Neutral bonded resistor Neutral bonded to ground Often for one leg or ‘17’ onebonded piece oftoASCO equip. B Neutral bonded to‘9’ ground via grounding resistor Neutral ground Often for one leg or one piece of equip. Single-P V = 120V (208Y/120V) APT to ‘2’ ground via grounding Note NEC 285.3(2), pumping and water treatment V = 347V (600Y/347V) APT V = 127V (127/254V) APT ‘15’ (non-USA) V = 277V APT ‘16’ V = 48OV ASCO Call L-L voltagespumping fixed by transformer, LV = 120VNeutral (208Y/120V) APT ‘2’orfacility Note 285.3(2), and water treatment Common system configuration grounded or Hi-leg G hasinto reference to ground G NEC Neutral may,APT or may usually pulled into Single-Phase Neutral tobut ground Neutral may, not, be pulled intoRare facility usually pulled facility Neutral bonded ground Resistive or Impedance Grounded Wye Split-Phase ‘Single-Phase’ V = 277V (480Y/277V) ‘4’ not, be pulled into Vmay = 120V (208Y/120V) - Callbonded Neutral V = facility 120V (208Y/120V) APT ‘2’ Verify wh G System 480V APT ‘17’ Callto–tobe almost G voltages can vary; Known to become V = 120/240V APT Very rare, tend rural- always because B phase is grounded VV == 120V C Very, V = 277V (480Y/277V) APT‘3’popular ‘4’ AV = system (208Y/120V) Rare Call different 120V (208Y/120V) APT ‘2’ Neutral V = 347V (600Y/347V) APT ‘8’ system on high-tech 277V (480Y/277V) ‘5’ V = 277V Resistive (480Y/277V) APT ‘4’ Common Becoming on high-tech Very, very Common Becoming popular very Less than perceived! Less common than perceived! bonded to ground grounding resistor Neutral to are! ground Often for or Grounded Wye Split-Phase ‘Single-Phase’ Verify where Neutral and Ground V =via127V APTcommon ‘13’ (non-USA) =VV ==APT 127V ASCO ‘13’ (non-USA) N Call’ unstable. V =Impedance 240/480V Various Call for‘5’ info bonded Hi-Leg Grounded Delta V =‘4’ 240V ‘61’ Bsolutions, Hi-Leg Grounded Delta Open CV‘11’ B-V B APT C 277V C pulled V = 347VV (600Y/347V) APT ‘8’ V be = (480Y/277V) APT 277V APT V = 127V (220Y/127V) APT ‘21’ (non-USA) V= (600Y/347V) APT (600Y/347V) ‘8’ (120/240V) V = 120V (208Y/120V) Rare CallAPT = 120V (120/240V) APT ‘1’or may not, = 120V APT ‘11’ Neutral may, pulledVinto facility Neutral usually into facility V = 120V (208Y/120V) Rare - CallV = 347V Neutral =APT 120V APT ‘1’347V resistor Neutral b V‘6’ = ‘9’ 120V(480Y/277V) APT V = 240V V = 220V APT ‘12’ (non-USA) V = 480V APT ‘51’ bonded to ground via grounding Neutral bonded to ground Often for one leg or one piece of equip. 3-wire Delta Neutral bonded to‘8’ ground 3-phas V = 220V (380Y/220V) APT ‘7’ (non-USA) V(non-USA) =- 127V (220Y/127V) ‘21’ (non-USA) = 127VV (220Y/127V) APT ‘21’ V =on 347V APT ‘9’ very3-phase 347V (600Y/347V) APT V = 277V (480Y/277V) APT ‘5’V APT V‘12’ =‘12’ 240V (240/480V) Rare - Call 3-phase Becoming popular system high-tech Very, Common3-wire Corner V (600Y/347V) =Ungrounded 240V APT ‘12’ Less com V = 277V (480Y/277V) APT ‘5’ V = 127V V =APT 240V (240/480V) Rare Call (220Y/127V) V‘5’ =(non-USA) 240VASCO APT V = 480V =VV ==Call 220V (non-USA) V =into 600V APT ‘91’ Neutral may, or ‘7’ may be pulled Neutral usually pulled facility Neutral bonded to ground V(non-USA) =into 220Vfacility (380Y/220V) (non-USA) (380Y/220V) Call (non-USA) System has no reference to ground Neutral often pulled into facility Could Grounded Delta V = 120V (208Y/120V) Rare Call V = 120V (120/240V) APT ‘1’ Vnot, = 347V (600Y/347V) APT ‘9’ V = 127V (127/254V) APT ‘15’ (non-USA) V = 120V V = 277V APT ‘16’ = 220V APT ‘7’ V = 127V (220Y/127V) Call (non-USA) 127V (220Y/127V) APT ‘21’ (non-USA) V = 347V (600Y/347V) APT ‘9’ V = 220V V V (380Y/220V) =APT 127V (127/254V) APT ‘15’ (non-USA) V = 277V APT ‘16’ V = 600V APT ‘9’ Note NEC 285.3(2) G L-L voltages fixed by transformer, but LB G Common system configuration ground System has reference to ground Becoming popular system on high-tech Very, very Common Less common than perceived! = 277V (480Y/277V) APT ‘5’ V (380Y/220V) V(non-USA) =–240V Rare - Call V = 240V = 480V APT ‘17’ Call almost(240/480V) always different Note NEC 285.3(2) G 220V ‘7’ Valways (non-USA) Call = 480V(380Y/220V) APT ‘17’ Call APT – almost different Occasionally seen at industrial V = Neutral bonded to ground. Neutral often Vpulled B A V =V220V G on voltages vary; Known to become V at = older 120/240V APT APT ‘3’=normally B phase grounded A V 347V APTcan ‘9’VV VA= 127Vbecause (127/254V) APTis‘15’ (non-USA) V =Very 277Vr Common system configuration 127V APT ‘13’ = 120V V = 120V (120/240V) ‘1’ (600Y/347V) == 120V APT ‘11’(non-USA) facilities, not used new A (208Y/120V) Rare - Call V= 127V APT ‘13’ (non-USA) Aunstable. A V =used 240/480V Call’ V = 240V APT ‘61’ Hi-Leg(480Y/277V) Grounded Delta Open Delta industrial facilities, not on(non-USA) V =Variou 480V 220V ‘12’ construction into facility. Common system configuration. V =normally 220V APT ‘12’ V = 277V APTB ‘5’ V = 240V (240/480V) Rare - Call VV‘6’ == 240V APT ‘12’(non-USA) 3-phase 3-wire Ungrounded Delta A APT V new Rev Date: 3/16/09 V = 240V APT Vconstruction V V V V = 480V APT ‘51’ V = 127V 3-phase 3-wire Ungrounded Delta 3-phase 3-wire Corner Neutral bonded to ground 3-phase 3 or 4-wire A V VA= 347V (600Y/347V) APT ‘9’ V = 127V (127/254V) APT ‘15’ (non-USA) V = 277V APT ‘16’ Voltage Diagrams RevC V = 480V APT ‘5’ = 600V APT ‘91’ V = 220V Neutral often pulled into facility Could be ungrounded,Vcorner Grounded Delta V = 120/240V ASCO ‘3’ B BSystem has no reference to ground = 480V APT ‘17’ Call – Note almost V = 600V APTV‘9’ NECalways 285.3(2)different N fixed by transformer, but LN L-L voltages Common system configuration grounded orVHi-leg System has reference to ground A A VA to ground.Note A 285.3(2) A Occasionally seen at industrial V = 127V V = 240/48OV Call ASCO A vary; Known B NEC has toNO reference L-L voltages G voltagesSystem can become V = 120/240V APT ‘3’ VeryAPT rare, ‘13’ tend to(non-USA) be rural because B phase is grounded R Common system configuration at ‘12’ older (non-USA) V facilities, normally not used on new V = 220V APT V V V V A unstable. V = 240/480V Call’ Various solutions, Call for info V = 240V APT ‘61’ A V VA G VN N not used on industrial facilities, normally V C construction fixed by transformer, but L-G voltages can vary. V = 240V APT N Rev D V = 480VB APT ‘51’ new construction C B ‘6’ C V C G V B V V = 480V APT ‘5’ V = 600V APT ‘91’ Voltag G R B C This configuration is known to become unstable. B V = 600V APT ‘9’ Note NEC 285.3(2) Single-Phase V A A G G G= NoteNeutral NEC A 285.3(2) A Occasionally seen at industrial Resistive or Impedance Grounded Wye Split-Phase ‘Single-Phase’ G C V 240V Verify where and Ground are! ASCO ‘6’ A Neutral bonded to ground G configuration at older facilities, normally not Neutral bonded toC ground via grounding resistor Often one leg or system one piece of equip. C B B used on new C C V forNCommon N VB GB pulledHi-Leg B C Delta Open Delta B Vto ground C ASCO C V C A Neutral may, or may not, be pulled into facility Neutral usually into facility Neutral bonded industrial facilities, normally not used ‘5’ on V = 48OV construction C Grounded B N Rev3-phase 3-wire Ungrounded Delta 3-phase 3-wire Corner Becoming popular system on high-tech Very, very Common Neutral bonded to ground Less common than perceived! C or 4-wire BDate: 33/16/09 B C new 3-phase construction Single-Phase V = 120V (208Y/120V) Rare - Call V = 120V (120/240V) APT ‘1’ V = 120V APT ‘11’ Vhas G System no reference to ground G Neutral often pulled into facility Could be ungrounded, corner Grounded Delta Voltage Diagrams RevC = 600V ASCO ‘9’ G= 240VWye Resistive orRare Impedance Grounded Split-Phase ‘Single-Phase’ Verify where Neutral and Ground G V = 277V (480Y/277V) APTG‘5’ V = 240V (240/480V) - Call VG APT L-L‘12’ voltages fixed by transformer, but LCommon system configuration grounded or are! Hi-leg System has reference to ground G G V = 347V (600Y/347V) APT ‘9’ V = 127V (127/254V) APTto‘15’ (non-USA) V = 277V APT ‘16’ Neutral bonded ground via grounding resistor Neutral bonded to ground Often for one leg or one piece of equip. Delta G is grounded G voltages canNEC vary; Known to become V = 120/240V Hi-Leg APT ‘3’Grounded Delta Very rare,Open tend to be rural Note 285.3(2) because B phase 3-phase 3-wire Corner Delta V =to 480V APT ‘17’ Call –Neutral almost always different Hi-Leg Grounded Delta Grounded Open Delta Neutral may, may not, be pulled into facility usually pulled into facility 3-phase 3-wire Ungrounded Delta 3-phase 3-wire bonded Corner to ground Neutral bonded ground 3-phase 3Call or 4-wire unstable. V =or240/480V Call’ Various solutions, for info V = 240VGrounded APT ‘61’Neutral VA =3-phase 127V APT3-wire ‘13’ (non-USA) Delta C3-wirepopular 3-phase Ungrounded Delta Corner Neutral bonded to ground 3-phase 3 orHi-Leg 4-wire at System has no reference to ground Neutral often pulled into facility Becoming system on high-tech Very, Common Grounded Delta Common system configuration older industrial Less common than perceived! Could be ungrounded, corner V =‘12’ 240V APT ‘6’very VNeutral = 480V APT ‘51’ V = 220V APT (non-USA) N 3-phase 3-wire Ungrounded Delta 3-phase 3-wire Corner bonded to ground B System has no reference to ground Neutral often pulled into facility Could be ungrounded, corner C B Grounded Delta C B C L-L voltages fixed by transformer, but LCommon system configuration grounded Hi-leg System has to ground V = 120V (208Y/120V) Rare - Call = 120V (120/240V) APT ‘1’ VNeutral V =reference 120V APT ‘11’ has no reference toorground V = 480V V APT ‘5’ = 600V APT ‘91’ System often pulled into facility L-L voltages fixed(480Y/277V) by transformer, but LCommon system grounded or Hi-leg G can vary; Known to become V =APT 120/240V APT ‘3’ has rare, tend to be rural Grounded Delta System ground facilities. Normally, this notNEC used on construction. because B phase is grounded V =reference 600V APT ‘9’ System has reference toconfiguration ground because V = 277V ‘5’ V =tovoltages 240V (240/480V) Rare -is Call Vnew = 240V APT L-L ‘12’voltages fixedVery Note 285.3(2) by transformer, but L-for infoSystem has reference to ground B Common system configuration G voltages can vary; Known toVbecome V = 120/240V APT ‘3’ Very rare, tend to be rural unstable. = 240/480V Call’ Various solutions, Call because B phase is grounded V = 240V APT ‘61’ Note NEC 285.3(2) V = 347V (600Y/347V) APT ‘9’ V = 127V (127/254V) APT ‘15’Occasionally (non-USA) seen V‘3’industrial = 277V APT G ‘16’ voltages can vary; Known to become V = 120/240V APTat A because B phase is grounded A unstable. V =A 240V APT ‘6’ at older V = 240/480V Call’ Various solutions, Call Vfor= info V = 240VCommon APTG‘61’system 480V ‘51’ B phase is grounded. configuration facilities, normally on new V =G 240/480V Call’not V APT =used 480V APT unstable. ‘17’ Call – almost always different V = 240V APT ‘61’ GV V V = 480V APT ‘5’ V = 240V APT ‘6’ V = 600V APT ‘91’ V = 480Vindustrial APT V ‘51’facilities, V normally not used on construction = 240V APT ‘6’ V = 480V APT ‘51’ = 127V APT V‘13’ (non-USA) V = 600V APT ‘9’ V = 480V APT ‘5’ Open Delta Note NECV285.3(2) Rev Date: 3/16/09 V = 600Vnew APT ‘91’ V = 240V ASCO ‘61‘ construction = 480V APT ‘5’ Open Delta V = 600V APT ‘91’ Hi-Leg V = seen 220Vat industrial APT V‘12’ (non-USA) V = 600V APT ‘9’Grounded Delta Occasionally Note NEC 285.3(2) Note NEC 285.3(2) Voltage RevC V = 600V APT ‘9’Diagrams Note NEC 285.3(2) 3-phase 3-wire Ungrounded Delta 3-phase 3-wire Corner Neutral bonded to ground 3-phase 3 or 4-wire Common system configuration at older facilities, normally not usedNote on new Note NEC 285.3(2) V = 48OV ASCO ‘51’ Occasionally seen at industrial NEC 285.3(2) Occasionally seen at industrial industrial normally not used onGrounded System hasnotno reference construction Neutral pulled into facility facilities, Could be atungrounded, corner Common systemoften configuration at older Delta normally used on facilities, new to ground B Common system configuration older facilities, normally not used on n Rev Date: 3/16/09 C A 3-phase 3 or 4-wire. Could be ungrounded, new construction V = 600V ASCO ‘91‘ industrial facilities, normally not used on L-L voltages fixed by transformer, but Lconstruction Common system B configuration grounded or Hi-leg N industrial facilities, not used on System has reference to ground B C B C C A Anormally Voltage Diagrams RevC construction Rev Date: 3/16/09 A new construction new construction Very rare, tend to be rural G voltages can vary; Known to become V = 120/240V APT ‘3’ because B phase is grounded corner grounded or Hi-leg. VeryRevC rare, tend Note NEC 285.3(2) Diagrams Voltage V Vunstable. V V V = 240/480VG Call’ Various solutions, Call for info V = 240V APT ‘61’ G G be ‘6’ rural. Various solutions.V = 480V APT ‘51’ V = 240VtoAPT Occasionally seen at industrial facilities. Hi-Leg Grounded Delta Open Delta V = 480V APT ‘5’ V = 600V APT ‘91’ 3-wire Ungrounded Delta 3-phase 3-wire Corner Call ASCO Neutral bonded ground 3-phase 3 or 4-wire for information. Normally, thisto is not used 3-phase on new construction. V = 600V APT ‘9’ Note NEC 285.3(2) Neutral often pulled into facility Common system configuration V = 120/240V APT ‘3’ V = 240/480V Call’ 4 System has no reference to ground Could be ungrounded, corner Grounded Delta 285.3(2) L-L voltages fixed by transformer, but Lgrounded or Hi-leg System has reference C A to ground Note NEC G voltages can vary; Known to become Very rare, tend to be rural because system configuration at older N B phase is grounded Common B Various unstable. solutions, CallC for info V = 240V APT ‘61’ industrial facilities, normally not used on V = 240V APT ‘6’ V = 480V APT ‘51’ new construction V = 480V APT ‘5’ V = 600V APT ‘91’ V = 600V APT ‘9’ G G Note NEC 285.3(2) G Occasionally Note NEC 285.3(2) seen at industrial Common system configuration at older facilities, normally not used on new Hi-Leg Grounded Delta industrial facilities, normally not used on Occasionally seen at industrial B B facilities, normallyCnot used on new construction C Rev Date: 3/16/09 Voltage Diagrams RevC Open Delta Sizing Chart SPDSPD SIZING CHART Model 460 (APT XAS) Model 430 (APT XDS) Model 425 (APT XCS) Model 420 (APT SPDee) Service Entrance Greater than 2000A Exposure Level kA per phase Model High Exposure Medium Exposure Low Exposure Lowest Exposure 300 kA 200 kA 150 kA 100 kA Model 460 (APT XAS) Model 460 (APT XAS) Model 460 (APT XAS) Model 430 (APT XDS) Service Entrance 1200A - 2000A Exposure Level kA per phase Model High Exposure Medium Exposure Low Exposure Lowest Exposure 250 kA 200 kA 150 kA 100 kA Model 460 (APT XAS) Model 460 (APT XAS) Model 430 (APT XDS) Model 425 (APT XCS) Service Entrance 800A - 1200A Exposure Level kA per phase Model High Exposure Medium Exposure Low Exposure Lowest Exposure 200 kA 150 kA 100 kA 50 kA Model 430 (APT XDS) Model 430 (APT XDS) Model 425 (APT XCS) Model 420 (APT SPDee) Distribution/Branch Panel 800A - 1200A Exposure Level kA per phase Model High Exposure Medium Exposure Low Exposure Lowest Exposure 200 kA 150 kA 100 kA 50 kA Model 430 (APT XDS) Model 430 (APT XDS) Model 425 (APT XCS) Model 420 (APT SPDee) Distribution/Branch Panel Less than 800A Exposure Level kA per phase Model High Exposure Medium Exposure Low Exposure Lowest Exposure 150 kA 100 kA 100 kA 50 kA Model 430 (APT XDS) Model 430 (APT XDS) Model 425 (APT XCS) Model 420 (APT SPDee) PRICING & PRODUCT INFORMATION Call 800.237.4567 5 AC Power SPDs Type 1 & Type 2 Model 420 (APT SPDee Series) Features • UL 1449 Fourth Edition Listed • 50kA 8 x 20µs • All UL required OCP & Safety Coordination included inside –– Type 1 SPDs intended for Line or Load Side of Main Disconnect –– Type 2 SPDs intended for Load Side of Main Disconnect • 200kA SCCR (most models) • All UL-required OCP & Safety Coordination Included Inside • Voltage Specific Design: Performs better than ‘one-size fits all’ • Tri-Mount Installation for more mounting flexibility: –– Same unit mounts on Pipe Nipple, Bracket or DIN-Rail • Visual Diagnostics: Easy to See; Easy to Understand Performance Specifications Green = Go Visual Diagnostic Monitoring 50kA 8 x 20µs Per Mode Green LED = A-OK, Out = replace UL 1449 tested Inominal: 20kA (highest available) + 10kA LED Visible from Multiple Sides & Angles - Better Viewing UL 1449 tested SCCR: 200kA (most models) Every MOV is Monitored as opposed to ‘power is present’ Large-Block, 34mm square, 50kA MOVs Tri-Mount Installation Individually Fused & Thermally Protected MOVs UL 1449 Voltage Protection Ratings (VPRs): –– 600V for 120V, 120/240, 208Y/120 –– 1000V for 277V, 480Y/277V Repetitive Impulse: 5000 - 3kA - 8 x 20µs; 1000 - 10kA - 8 x 20µs Physical Specifications Std. 3/4”-14 Nipple Relative Humidity Range: 0 - 95% non-condensing DIN-Rail Mount (rail not incl.) Bracket Mount for flat surfaces Operating Frequency: 47 - 63Hz Peak Operating Temperature: +85°C (185°F) Options Typical Operating Temperature: -40°C (-40°F) to +60°C (140°F) N-G protection Response Time: < 1 nanosecond Dry Contacts & Audible Alarm Solid State Bi-directional Operation Dry Contact connection leads exit through nipple via #18 AWG NEMA 4X Polycarbonate Enclosure—UL746C(f1), UL 94-5VA Other configurations available for OEM - Call Pre-wired with 3’ (1m) of #10 AWG conductor Quality, Standards & Validation Typical Type 2 Connection: #10 AWG to 30A breaker 5 year warranty (longer optional) Dimensions UL 1449 4th Edition file: VZCA.E321351 at www.UL.com, cUL Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1 3.25 [82.55] Type 2 (Opt.): UL 1449 Fourth Edition, CSA 22.2 No. 269.2 3/4” - 14 ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010 and C62.72-2016 3.58 [90.97] 3.30 [83.74] 3.24 [82.20] NEMA LS-1 IEC 61643, CE Burn-In tested prior to shipment 1.26 [32.05] 1.15 [29.21] 3.38 [85.95] 4.12 [104.66] 6 Weight:1.60 lbs (0.73 kg) Sized for std 35mm Din-Rail ISO 9001:2008 Certified Quality Management System ISO 17025:2005 Certified Test Lab RoHS-compliant DC Power SPD Type 1 & Type 2 Model 420 DC (APT SPDee DC Series) Features • UL Listed to UL 1449 Photovoltaic Standard (VZCA.E321351 & VZCA7. E321351) • UL Listed as opposed to Recognized - avoids scrutiny over Technical Considerations of Recognized products • Avoids Certification Surprises • No Unexpected Installation Requirements Listed to UL 1449 as DC SPD for use in PV applications Options & Configurations for OEMs (see back). See AC SPD Model 420 Data Sheet (DS-70117) for AC Voltage models. Performance Specifications • Does not require additional upstream fusing for SPD safety protection –– 100kA DC Short Circuit Current Rating (SCCR) –– Fail-Safe operation – arc breaking, slide-gate thermal disconnectors built-in –– Avoids safety challenges and fusing shortcomings of overseas-standard SPDs Physical Specifications Relative Humidity Range: 0 - 95% non-condensing Operating Frequency: DC Operating Temperature: -40˚C (-40˚F) to +65˚C (149˚F) (1500VDC: -40˚C (-40˚F) to +85˚C (185˚F)) Solid State Bi-directional Operation 50kA 8 x 20µs Per Mode NEMA 4X Polycarbonate Enclosure – UL746C(f1), UL 94-5VA 300VDC, 600VDC, 1000VDC, 1500VDC & OEM models Pre-wired with 3’ (1m) of #8 AWG & #6 AWG ground conductor (1500VDC: #10 AWG) All modes of protection: DC+ – G, DC- – G, DC+ – DCUL 1449 tested In: 20kA Tri-Mount Installation UL 1449 tested SCCR: 100kA DC UL 1449 Listed as Type 1 SPD UL 1449 Type 2 optional for cUL Mark Large-Block arrestor-grade 34mm square MOVs Individually Fused and Thermally Protected MOVs Repetitive Impulse: 5000 - 3kA-8 x 20µs; 1000 - 10kA-8 x 20µs Std. 3/4”-14 Nipple Response Time: < 1nanosecond Monitoring Configurations Standard - Low consumption LED; monitors every MOV –– Illuminates when power is produced Options –– N - Removes LED and its circuitry –– P - MOV Microswitch access option (requires R above) Dimensions Same as 420 on previous page DIN-Rail Mount (rail not incl.) Bracket Mount for flat surfaces Quality, Standards & Validation 2 year warranty (longer optional) ANSI/IEEE C62.41.1-2002, C62.41.2-2002 & C62.45-2002 Burn-In tested prior to shipment ISO 9001:2008 Certified Quality Management System ISO 17025: Certified Test Lab IEC 61643, CE UL 96A Lightning Protection Master Label Eligible @ 20kA In 7 AC Power SPDs Type 1 & Type 2 Model 425 (APT XCS Series) Features • UL 1449 Fourth Edition Listed • 100kA per phase ratings • All UL required OCP & Safety Coordination included inside –– Type 1 SPDs intended for Line or Load Side of Main Disconnect –– Type 2 SPDs intended for Load Side of Main Disconnect • 20kA Inominal (In) (most models) Performance Specifications • 200kA SCCR (most models) • UL 96A Lightning Protection Master Label compliant (@20kA In) • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • 10 Year Warranty (longer optional) Design Attributes Surge Capacities L-N L-G N-G 100kA Per Phase 50kA 50kA 50kA Optional UL 1449 Fourth Edition Type 2 SPD, CSA 22.2 No. 269.2 Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010, C62.72-2016, IEEE SA 1100-2005 (Emerald Book) –– NEC® Article 285 –– NEC® Articles 620.51(E), 645.18, 670.6, 695.15, 700.8 & 708 requiring SPDs –– UL 96A and NFPA 780 Lightning Protection –– IEC 61643, CE UL 1449 Fourth Edition tested Inominal (In): 20kA & 10kA High Energy Parallel Design for Category C-High applications UL 1449 Fourth Edition tested SCCR: 200kA & 100kA For external Mounting on Electrical Distribution Equipment, Switchgear, Switchboards, Motor Control Centers, Panelboards, Transfer Switches, etc. UL 1449 Fourth Edition Listed UL 1449 Fourth Edition Type 1, CSA 22.2 No. 269.1 UL 1449 Fourth Edition Voltage Protection Ratings (VPRs): –– 208Y/120V: as low as 600V –– 480Y/277V: as low as 1000V (data table on back) Individually Fused & Thermally Protected MOVs Large-Block, 34mm square, 50kA MOVs Repetitive Impulse: 5,000 hits Solid State Bidirectional Operation Less than 1 nanosecond response time Diagnostic Monitoring Physical Specifications 100% monitoring – Every MOV is monitored, including N-G Relative Humidity Range: 0 - 95% non-condensing Green LED Status indicator per phase Operating Frequency: 47 - 63Hz (also 400Hz on <480V) Phase Loss monitoring (toggles LED & dry contacts) Operating Temperature: -40°C (-40°F) to +85°C (185°F) Electrically isolated circuitry ensures surges do not damage diagnostics Weight: 3 lbs (1.4 kg) Optional: Audible Alarm & Form C Dry Contacts (Contacts rated 240V, 5A; leads are pre-wired through nipple with #18 AWG) NEMA 4X Polycarbonate enclosure – UL 746C(f1) & UL 94-5VA Dimensions: 8.3” x 3.6” x 3.0” (211mm x 91mm x 77mm) Quality, Standards & Validation 3/4” threaded hub - weather resistant 4X Pre-wired with 3’ (1m) of #10 AWG conductor Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1 8.28 (210.31) 7.41 (188.21) Typical connection: #10 AWG and 30A breaker Type 2 (Opt.): UL 1449 Fourth Edition, CSA No. 269.2 UL file: VZCA.E321351 at www.UL.com Dimensions 2.21 3.67 (56.13) (93.22) RoHS-compliant Burn-In tested prior to shipment 8.28 (210.31) 7.41 (188.21) ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification 2.21 3.67 (56.13) (93.22) 3.00 (76.20) 0.19 (4.83) XM LH LF DMP 0.19 (4.83) 10.7.13 10.7.13 8609 8 XM XM SERIES XM SERIES ENCLOSURE 10.7.13 05A8609 - AC Power SPDs Type 1 & Type 2 Model 430 (APT XDS Series) Features • UL 1449 Fourth Edition Listed • 100kA – 200kA per phase ratings • All UL required OCP & Safety Coordination included inside –– Type 1 SPDs intended for Line or Load Side of Main Disconnect –– Type 2 SPDs intended for Load Side of Main Disconnect • 20kA Inominal (In) (most models) Performance Specifications • 200kA SCCR (most models) • UL 96A Lightning Protection Master Label compliant (@20kA In) • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • 10 Year Warranty (longer optional) Design Attributes Surge Capacities L-N L-G N-G 100kA Per Phase 50kA 50kA 50kA UL 1449 Fourth Edition Type 1, CSA 22.2 No. 269.1 Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010, C62.72-2016, IEEE SA 1100-2005 (Emerald Book) –– NEC® Article 285 –– NEC® Articles 620.51(E), 645.18, 670.6, 695.15, 700.8 & 708 requiring SPDs –– UL 96A and NFPA 780 Lightning Protection –– IEC 61643, CE Optional UL 1449 Fourth Edition Type 2 SPD, CSA 22.2 No. 269.2 High Energy Parallel Design for Category C-High applications UL 1449 Fourth Edition tested Inominal (In): 20kA & 10kA For external Mounting on Electrical Distribution Equipment, Switchgear, Switchboards, Motor Control Centers, Panelboards, Transfer Switches, etc. 150kA Per Phase 100kA 50kA 50kA 200kA Per Phase 100kA 100kA 100kA UL 1449 Fourth Edition tested SCCR: 200kA & 100kA UL 1449 Fourth Edition Voltage Protection Ratings (VPRs): –– 208Y/120V: as low as 600V –– 480Y/277V: as low as 1000V (data table on back) AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Listing) Individually Fused & Thermally Protected MOVs Large-Block, 34mm square, 50kA MOVs Solid State Bidirectional Operation Repetitive Impulse: 5,000 hits Diagnostic Monitoring Less than 1 nanosecond response time 100% monitoring – Every MOV is monitored, including N-G Green LED Status indicator per phase Physical Specifications Relative Humidity Range: 0 - 95% non-condensing Operating Frequency: 47 - 63Hz Peak Operating Temperature: +85°C (185°F) Phase Loss monitoring (toggles LED & dry contacts) Electrically isolated circuitry ensures surges do not damage diagnostics Optional: Audible Alarm & Form C Dry Contacts (Contact rated 240V, 5A) Operating Temperature: -25°C (-15°F) to +60°C (140°F) Quality, Standards & Validation Weight: 5 lbs (2.3 kg) Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1 NEMA 4X Polycarbonate enclosure – UL 746C(f1) & UL 94-5VA Type 2 (Opt.): UL 1449 Fourth Edition, CSA No. 269.2, UL 1283 Dimensions: 6” x 6” x 4” (152mm x 152mm x 102mm) (excluding removable mounting feet) UL file: VZCA.E321351 at www.UL.com Lug size: #8 - #10 AWG RoHS-compliant Typical connection: #8 AWG and 40A breaker Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification 9 AC Power SPDs Type 1 & Type 2 Model 460 (APT XAS Series) Features • UL 1449 Fourth Edition Listed • 100kA – 500kA per phase ratings • All UL required OCP & Safety Coordination included inside –– Type 1 SPDs intended for Line or Load Side of Main Disconnect –– Type 2 SPDs intended for Load Side of Main Disconnect • 20kA Inominal (In) (most models) Active Surge Monitor (ASM) Available - Contact Factory • 200kA SCCR (most models) • UL 96A Lightning Protection Master Label compliant (@20kA In) • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • 10 Year Warranty (longer optional) Design Attributes Surge Capacities L-N L-G N-G 100kA Per Phase 50kA 50kA 50kA 150kA Per Phase 100kA 50kA 50kA Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010, C62.722016, IEEE SA 1100-2005 (Emerald Book) –– NEC® Article 285 –– NEC® Articles 620.51(E), 645.18, 670.6, 695.15, 700.8 & 708 requiring SPDs –– UL 96A and NFPA 780 Lightning Protection –– IEC 61643, CE 200kA Per Phase 100kA 100kA 100kA High Energy Parallel Design for Category C-High applications 250kA Per Phase 150kA 100kA 100kA For external Mounting on Electrical Distribution Equipment, Switchgear, Switchboards, Motor Control Centers, Panelboards, Transfer Switches, etc. Performance Specifications 300kA Per Phase 150kA 150kA 150kA 400kA Per Phase 200kA 200kA 200kA 500kA Per Phase 250kA 250kA 250kA UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1 Optional UL 1449 Fourth Edition Type 2 SPD, CSA 22.2 No. 269.2 UL 1449 Fourth Edition tested Inominal (In): 20kA & 10kA UL 1449 Fourth Edition tested SCCR: 200kA & 100kA UL 1449 Fourth Edition Voltage Protection Ratings (VPRs): –– 208Y/120V: as low as 600V –– 480Y/277V: as low as 1000V (data table on back) AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Listing) Repetitive Impulse: 5,000 hits Less than 1 nanosecond response time Individually Fused & Thermally Protected MOVs Large-Block, 34mm square, 50kA MOVs Replaceable Module Construction Solid State Bidirectional Operation Physical Specifications Relative Humidity Range: 0 - 95% non-condensing Operating Frequency: 47 - 63Hz Operating Temperature: -25°C (-15°F) to +60°C (140°F) Weight: 24 lbs (11 kg) Standard NEMA 1/12/3R/4 enclosure Standard size: 12” x 12” x 7” (305mm x 305mm x 177mm) Lug size: #2 - #14 AWG (w/opt. disconnect: #6 - #1/0) Diagnostic Monitoring 100% monitoring – Every MOV is monitored, including N-G Green LED Status indicator per phase Red LED service indicator Audible Alarm with Silence Switch Test Function: Toggles Red Service LED, Audible Alarm & Dry Contact N-G overvoltage detection Phase Loss monitoring (toggles LED & dry contacts) Electrically isolated circuitry ensures surges do not damage diagnostics Form C Dry Contacts, 240V, 5A (two sets) Optional Surge Counter, 6-digit LCD, w/ test function, reset & no-maint. Eprom memory 10 Typical connection: #6 AWG and 60A breaker Quality, Standards & Validation Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1 Type 2 (Opt.): UL 1449 Fourth Edition, CSA No. 269.2, UL 1283 UL file: VZCA.E321351 at www.UL.com RoHS-compliant Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification AC Power SPDs Type 1 & Type 2 Model 465 (APT XAL Series) Features • Directly Connected, Discrete Protection Elements Between All Possible Modes • UL 1449 Fourth Edition Listed • 150kA – 450kA per phase ratings • All UL required OCP & Safety Coordination included inside –– Type 1 SPDs intended for Line or Load Side of Main Disconnect –– Type 2 SPDs intended for Load Side of Main Disconnect • 20kA Inominal (In) (most models) • 200kA SCCR (most models) • UL 96A Lightning Protection Master Label compliant (@20kA In) • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • 10 Year Warranty (longer optional) Performance Specifications Design Attributes Directly Connected, Discrete Protection Elements Between All Possible Modes with True 10-Mode Protection Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010, C62.72-2016, IEEE SA 1100-2005 (Emerald Book) –– NEC® Article 285 –– NEC® Articles 620.51(E), 645.18, 670.6, 695.15, 700.8 & 708 requiring SPDs –– UL 96A and NFPA 780 Lightning Protection –– IEC 61643, CE Surge Capacities L-N L-G N-G L-L 150kA Per Phase 50kA 50kA 50kA 50kA 300kA Per Phase 100kA 100kA 100kA 100kA 450kA Per Phase 150kA 150kA 150kA 150kA UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1 High Energy Parallel Design for Category C-High applications Optional UL 1449 Fourth Edition Type 2 SPD, UL 1283 Listed, CSA 22.2 No. 269.2 For external Mounting on Electrical Distribution Equipment, Switchgear, Switchboards, Motor Control Centers, Panelboards, Transfer Switches, etc. UL 1449 Fourth Edition tested Inominal (In): 20kA Individually Fused & Thermally Protected MOVs UL 1449 Fourth Edition tested SCCR: 200kA & 100kA Large-Block, 34mm square, 50kA MOVs UL 1449 Fourth Edition Voltage Protection Ratings (VPRs): –– 208Y/120V: as low as 600V –– 480Y/277V: as low as 1000V Replaceable Module Construction Solid State Bidirectional Operation AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Listing) Physical Specifications Repetitive Impulse: 5,000 hits Relative Humidity Range: 0 - 95% non-condensing Less than 1 nanosecond response time Operating Frequency: 47 - 63Hz Operating Temperature: -25°C (-15°F) to +60°C (140°F) Diagnostic Monitoring Weight: 24 lbs (11 kg) 100% monitoring – Every MOV is monitored, including N-G Standard NEMA 1/12/3R/4 enclosure Green LED Status indicator per phase Standard size: 12” x 12” x 7” (305mm x 305mm x 177mm) Red LED service indicator Lug size: #2 - #14 AWG (w/opt. disconnect: #6 - #1/0) Audible Alarm with Silence Switch Typical connection: #6 AWG and 60A breaker Test Function: Toggles Red Service LED, Audible Alarm & Dry Contact N-G overvoltage detection Quality, Standards & Validation Phase Loss monitoring (toggles LED & dry contacts) Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1 Electrically isolated circuitry ensures surges do not damage diagnostics Type 2 (Opt.): UL 1449 Fourth Edition, CSA No. 269.2, UL 1283 Form C Dry Contacts, 240V, 5A (two sets) UL file: VZCA.E321351 at www.UL.com Optional Surge Counter, six-digit LCD, with test function, reset & no-maintenance Eprom memory RoHS-compliant Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification 11 AC Power SPDs Type 1 & Type 2 Model 480 (APT XBS Series) Features • UL 1449 Fourth Edition Listed • 400kA – 1,000kA per phase ratings • All UL required OCP & Safety Coordination included inside –– Type 1 SPDs intended for Line or Load Side of Main Disconnect –– Type 2 SPDs intended for Load Side of Main Disconnect • 20kA Inominal (In) (most models) • 200kA SCCR (most models) Performance Specifications • UL 96A Lightning Protection Master Label compliant (@20kA In) • Rotary Disconnect Switch included as Standard Equipment • Dual Redundant Replaceable Modules • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • 10 Year Warranty (longer optional) Design Attributes Surge Capacities L-N L-G N-G 400kA Per Phase 200kA 200kA 200kA 600kA Per Phase 300kA 300kA 300kA 800kA Per Phase 400kA 400kA 400kA 1000kA Per Phase 500kA 500kA 500kA Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010, C62.72-2016, IEEE SA 1100-2005 (Emerald Book) –– NEC® Article 285 –– NEC® Articles 620.51(E), 645.18, 670.6, 695.15, 700.8 & 708 requiring SPDs –– UL 96A and NFPA 780 Lightning Protection –– IEC 61643, CE UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1 High Energy Parallel Design for Category C-High applications Optional UL 1449 Fourth Edition Type 2 SPD, CSA 22.2 No. 269.2 For external Mounting on Electrical Distribution Equipment, Switchgear, Switchboards, Motor Control Centers, Panelboards, Transfer Switches, etc. UL 1449 Fourth Edition tested Inominal (In): 20kA UL 1449 Fourth Edition tested SCCR: 200kA & 100kA UL 1449 Fourth Edition Voltage Protection Ratings (VPRs): –– 208Y/120V: as low as 700V –– 480Y/277V: as low as 1200V (data table on back) AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Listing) Individually Fused & Thermally Protected MOVs Large-Block, 34mm square, 50kA MOVs Dual Replaceable Module Construction Solid State Bidirectional Operation Repetitive Impulse: 5,000 hits Physical Specifications Less than 1 nanosecond response time Relative Humidity Range: 0 - 95% non-condensing Operating Frequency: 47 - 63Hz Diagnostic Monitoring 100% monitoring – Every MOV is monitored, including N-G Green LED Status indicator per phase Red LED service indicator Audible Alarm with Silence Switch Test Function: toggles Red Service LED, Audible Alarm & Dry Contact (if equipped) N-G overvoltage detection Operating Temperature: -25°C (-15°F) to +60°C (140°F) Weight: 52 lbs (23.6 kg) Standard NEMA 1/12/3R/4 enclosure Standard size: 20” x 20” x 7.5” (50.8cm x 50.8cm x 19cm) Lug size: #6 - #1/0 AWG Typical connection: #6 AWG and 60A breaker Phase Loss monitoring (toggles LED & dry contacts) Quality, Standards & Validation Electrically isolated circuitry ensures surges do not damage diagnostics Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1 Form C Dry Contacts, 240V, 5A (two sets) Type 2 (Opt.): UL 1449 Fourth Edition, CSA No. 269.2, UL 1283 Optional Surge Counter, six-digit LCD, with test function, reset & no-maintenance Eprom memory UL file: VZCA.E321351 at www.UL.com RoHS-compliant Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification 12 AC Power SPDs Type 2 Model 457 (APT XGA Series) Features • UL 1449 Fourth Edition Listed and CSA 22.2 No. 269.2 • 160kA & 240kA per phase ratings • Type 2 SPD –– All UL required OCP & Safety Coordination included inside –– Can be installed load-side of main disconnect • Replaceable module construction • 200kA SCCRs • Voltage Specific – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • Optional Silicon Avalanche Diode (SAD) Hybrid System • 10 Year Warranty (longer optional) Design Attributes Performance Specifications Surge Capacities L-N L-G N-G 160kA Per Phase 80kA 80kA 120kA 240kA Per Phase 120kA 120kA 120kA Silicon Avalanche Diode (SAD) Hybrid (120/240 & 208Y/120): 90kA Per Phase 50kA 40kA 120kA 130kA Per Phase 50kA 80kA 120kA 170kA Per Phase 90kA 80kA 120kA Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010, C62.72-2016, IEEE SA 1100-2005 (Emerald Book) –– NEC® Article 285 –– NEC® Articles 620.51(E), 645.18, 670.6, 695.15, 700.8 & 708 requiring SPDs –– IEC 61643, CE High Energy Parallel Design for Category C-High applications For External Mounting next to Electrical Distribution Equipment, Switchgear, Motor Controls Centers, Panelboards, etc. UL 1449 Fourth Edition Listed, UL 1283 Listed & CSA 22.2 No. 269.2 Individually Fused Suppression Modes UL 1449 Fourth Edition Type 2 SPD Large-Block utility grade 34mm square MOVs UL 1449 Fourth Edition tested SCCR: 200kA Replaceable Phase Module Construction UL 1449 Fourth Edition Voltage Protection Ratings (VPRs): –– 208Y/120V: as low as 500V –– 480Y/277V: as low as 900V Thermal Sensitivity in Each Mode AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz 200kAIR rated fusing Repetitive Impulse: 5,000 hits Less than 1 nanosecond response time Busbar Construction Solid State Bidirectional Operation Enclosure-less version for OEM available Physical Specifications Relative Humidity Range: 0 - 95% non-condensing Diagnostic Monitoring Tri-color Green, Amber, Red LED Status indicator per phase Red LED service indicator Audible Alarm with Silence Switch Test Function: toggles Red Service LED, Audible Alarm Redundant monitoring LEDs on modules Phase Loss monitoring (toggles LED & dry contacts) Electrically isolated circuitry ensures surges do not damage diagnostics Optional Form C Dry Contacts, 24V, 1A (two sets) Optional Surge Counter, six-digit LCD, with test function, reset & no-maintenance SuperCap energy storage device Operating Frequency: 47 - 63Hz Operating Temperature: -25°C (-15°F) to +60°C (140°F) Weight: 25 lbs (11.5 kg) Standard NEMA 4 (Other Enclosures Optional) Standard size: 12” x 12” x 7.5” (30.5cm x 30.5cm x 190.5cm) Lug size: #2 - #14 AWG Typical connection: #6 AWG and 60A breaker Quality, Standards & Validation Type 2: UL 1449 Fourth Edition, CSA 22.2 No. 269.2 UL file: VZCA.E321351 at www.UL.com RoHS-compliant Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification 13 AC Power SPDs Type 2 Model 340 (APT G Series) 120 VAC single phase and 120/240 Split Phase Features • UL 1449 4th Edition Listed Type 2 SPD and CSA 22.2 No. 269.2 • Customizable Voltage, Configuration & Labeling Design –– Including International Voltages & Power Systems • Rapid-Ship, Cellular Manufacturing in Florida, USA • 160kA - 40kA Per Phase Ratings • 20kA Nominal Discharge Current (I-nominal) • 100kA SCCRs • NEMA 4X Polycarbonate Enclosure • UL 96A Lightning Protection Master Label compliant • All Modes of Protection • Optional Sinewave-Tracking EMI/RFI Filtering • Easy Installation –– Pre-wired 10 AWG Leads (3 feet / 1m), Connect to 20 - 30A breaker Performance Specifications Design & Application Surge Capacities L-N L-G N-G 160kA Per Phase 80kA 80kA 80kA 120kA Per Phase 60kA 60kA 60kA 80kA Per Phase 40kA 40kA 40kA 40kA Per Phase (10kA In) 20kA 20kA 20kA Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, IEEE C62.62 and C62.72-2016 –– NEC® Article 285 –– IEC 61643, CE High Energy Parallel Design for IEEE Category C3 & C-High applications, plus Categories B&A UL 1449-4 tested I-nominal: 20kA For Internal or External Mounting in Process, Automation, Traffic Control, UL 508 Cabinets, Switchgear, etc. UL 1449-4 tested SCCR: 100kA Robust 25mm Thermally Protected MOVs Response Time: < 1ns Solid State Bidirectional Operation Optional Filtering up to -50dB from 10kHz to 100MHz Repetitive Impulse: 5,000 hits Physical Specifications Relative Humidity Range: 0 - 95% non-condensing Diagnostic Monitoring Operating Frequency: 40 - 500Hz LED indicator monitoring: Separate L-N and L-G LEDs for each phase Operating Temperature: -40°C (-40°F) to +85°C (185°F) Phase Loss monitoring Weight: 3lbs (1.5kg) Optional Form C Dry Contacts (Contacts rated 240V, 5A; leads are pre-wired through nipple with 18 AWG) NEMA 4X Polycarbonate enclosure: UL 746C(f1) & UL 94-5VA 8.28 (210.31) 7.41 (188.21) 3/4” female threaded hub Quality, Standards & Validation Dimensions UL 1449 Fourth Edition, CSA 22.2 No. 269.2 UL file: VZCA.E321351 at www.UL.com 2.21 3.67 (56.13) (93.22) 8.28 (210.31) 7.41 (188.21) RoHS-compliant IEC 61643, CE 2.21 3.67 (56.13) (93.22) 5 year warranty (longer optional) 3.00 (76.20) 0.19 (4.83) Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification 14 XM 3.00 (76.20) LH LF DMP 0.19 (4.83) 10.7.13 10.7.13 8609 XM LH LF DMP 10.7.13 10.7.13 10.7.13 XM SERIES ENCLOSURE XM SERIES ENCLOSURE 10.7.13 05A8609 AC Power SPDs Type 2 Model 331 (PowerSure EMC-240B) 120/240 VAC Heavy Duty (Parallel) The ASCO Model 331 surge suppressor is designed to protect AC distribution panel circuits or 120V power supplies feeding sensitive electronic equipment. Electrically, the unit incorporates MOV and thermal fusing technology. Model 331 is designed to be installed in parallel on standard single phase 120/240 VAC (3W + G) or single phase 120 VAC (2W + G) circuits. Features • F ast response time • 40 kA per phase capacity • Failsafe and fused • Operational status indicators • ANSI/UL1449 Fourth Edition Type 2 • 5 year warranty General Technical Specifications Dimensions Operating Voltage 120/240 VAC Total Peak Surge Current 80 kA (8x20 μs) Short Circuit Current Rating 42 kAIC UL1449 Location Type 1/2” [12.7] CHASE NIPPLE Type 2 UL1449 Nominal Discharge Current (In) 3 kA Operating Current NA, Parallel Connection Operating Frequency 47-63 Hz EMI Attenuation (100 kHz to 100 MHz) 4.600” [116.84] > 40 db SPD Technology Metal Oxide Varistors (MOVs) Modes of Protection Line-to-Line (L-L), Line-to-Neutral (L-N) Status Indication Power On & MOV’s Functional Connection Type Wire Leads Operating Temperature 2.800” [71.12] 2.160” [54.86] -40°C to +85°C Dimensions (in / mm) 4.6˝ H x 2.2˝ W x 2.8˝ L [116.84 x 55.88 x 71.12 mm] • Connect on load side of main breakers 13.5 oz [0.38 kg] • Keep wires short and straight as possible for best suppression performance. Weight (oz / kg) Certifications ANSI/UL1449 Fourth Edition Installation Instructions L1 L 240 V N 120 V N Model 331 L2 120 V 120 V Model 331 Black Black Black White Black White Green Ground N L 120 V applications use a single pole 30 Amp breaker Green Ground L2 N L1 120/240 V applications use a two pole 30 Amp breaker 15 AC Power SPDs - Series Connected Model 256 (Edco SHA-1235FS) 120 VAC — Single Phase — 30A FingerSafe The ASCO Model 256 is a FingerSafe 120VAC single-phase 2W+G, 30A surge suppressor/ filter designed to shunt electrical type transients affecting the electrical distribution inside a traffic cabinet. Model 256 offers 50kA per Mode and 100kA per phase of surge current protection. Model 256 utilizes Thermally-protected Metal Oxide Varistors (TMOVs) with an integrated thermally activated element designed to open in the event of overheating due to the abnormal over-voltage, limited current conditions. Features • • • • General Technical Specifications Mounting Operating Voltage 120 VAC Maximum Operating Current 30 A UL-1449-4 tested Maximum Continuous Operating Voltage (MCOV) UL 1449-4 tested Voltage Protection Rating (VPR) UL 1449-4 tested Nominal Discharge Current (In) 150 V 500 V (L-N, L-G, N-G) 20 kA UL 1449-4 tested Short Circuit Current Rating (SCCR) Peak Surge Current Rating 47 - 63Hz EMI Attenuation 40 dB typ SPD Technology Thermally-protected Metal Oxide Varistors (MOV) w/ L-C Filter Recessed Terminal Screws Finger Safe (20-6AWG) Fuse/Breaker 30A (Max.) Relay Contact Form C Dry Contact (250V, 1A Max.) Relay Terminal 3 Position (22-16 AWG) Modes of Protection Operating Temperature Dimensions (in/mm) Weight (lb/kg) Certifications Warranty 16 1.875” [47.6] 65 kA 50 kA/Mode, 100 kA/Phase Operating Frequency Input/Output Terminal • Thermally-protected metal oxide varistors (PTMOVs) • 50kA Per Mode and 100kA Per Phase surge current protection • Form C Dry Contacts 120 VAC, 30A service Multi-stage hybrid design FingerSafe connection Green LED diagnostic indicator (All MOVs monitored incl. N-G) L-N, L-G, N-G -40 C to +85 C 1.875” H x 3.25” W x 5.75” L [47.6 x 82.6 x 146.1 mm] 12 oz [ 0.34 kg] UL 1449 4th Edition Recognized SPD, Type 2 Component Assembly, CSA 22.2, No. 269.4-2, UL1283 Recognized Filter 5 years 0.19” 4 PLCS. [4.8] 3.25” [82.6] 4.625” [117.5] 2.25” 2 PL. [57.2] Installation Diagram 5.25” [133.4] 5.75” [146.1] AC Power SPDs - Series Connected Model 252 (Edco HSP Series) 120 VAC Heavy Duty 120 Volt AC The ASCO Model 252 Series is an advanced three-stage hybrid, solid state power-line protector. Features such as noise filtering, common mode and normal mode suppression, nanosecond reaction time, power line tracking, and compression screw terminations make the ASCO Model 252 Series an excellent choice in commercial and industrial applications. 252120NF015AN3J0 (Edco HSP-121A) The ASCO Model 252 Series offers a replaceable fuse designed to remove the load (protected equipment) from the line if the unit is either overloaded or the internal protection fails. This feature prevents surges from entering equipment through a failed protector not noticed by the user. Features • Fast response time • Failure indicator • Power line tracking • Filtering • Polycarbonate NEMA 4X enclosure (252120NF015AN3J0) 252120NF015AN3N0 (Edco HSP-121BT1RU) General Technical Specifications Dimensions Operating Voltage 120 VAC Clamping Voltage 200-240 VAC Operating Current 15 A Peak Surge Current Operating Frequency 39 kA (8 x 20 μs) > 40 dB (100 kHz to 100 MHz) SPD Technology Metal Oxide Varistors (MOVs) w/ L-C Filter Power On & MOVs functional Connection Type 3 position, 20 A terminal block w/ compression screws Terminals accept up to 14 AWG Operating Temperature Weight (oz / kg) Certifications Warranty 1.17" [29.72] 1.17" [29.72] 120 VAC 15 AMPS MAX AC L I N EU T N E G RD E Q U I P EXPOSED TERMINAL DESIGN MODEL AC 2.95" [74.93] N EU T G RD LI G HT O N – N O RMAL LI G HT O FF – R EQ U I R ES SERVI CE 4.86" [123.44] Line-to-Neutral, Line-to-Ground, Neutral-to-Ground Status Indication Dimensions (in / mm) Holes 3/16" [4.76] DIA 47-63 Hz EMI Attenuation Modes of Protection • Three-stage hybrid design • Replaceable fuse • 1/2” or 3/4” knockouts for nipple conduit connectors (252120NF015AN3J0) • 5 year warranty 5.25" [133.35] Holes 3/16" Holes 3/16” [4.76] DIA.DIA. NEMA 4X DESIGN 3/4” [19.05] 3/4" Conduit FittingConduit 2.25” 2.25 [57.15] Fitting 3/4” [19.05] Conduit Fitting 3/4" Conduit Fitting 1/2” [12.7] 1/2" Conduit Fitting Conduit Fitting 1/2” [12.7] Conduit Fitting 1/2" Conduit Fitting 2.95” 2.95 [74.93] -40°C to +85°C Exposed Terminal Design: 1.8˝ H x 2.9˝ W x 5.3˝ L [46 x 74 x 135 mm] NEMA 4X: 2.95” H x 4.95” W x 3.0” L [74.93 x 125.73 x 76.2 mm] NEMA 4X Alternate: 3.1” H x 6.3” W x 3.4” L [78.74 x 160.02 x 86.36 mm] 4.25”4.25 [107.95] 4.95”4.95 [125.73] HolesDIA. .17" Holes .17” [4.32] 3/4” [19.05] Conduit 3/4" Conduit Fitting 1.97” 1.97 [50.04] Fitting 3/4” [19.05] Conduit Fitting 3/4" Conduit Fitting 1/2” [12.7] 1/2" Conduit Fitting Conduit Fitting 1/2” [12.7] Conduit Fitting 1/2" Conduit Fitting 3.13” 3.13 [79.50] NEMA 4X ALTERNATE DESIGN 10 oz [0.28 kg] UL 1449 recognized 5 years 5.83” 5.83 [148.08] 6.28”6.28 [159.51] 17 AC Power SPDs - Series Connected Model 251 (Edco SHP Series) Single Phase Filter, 120 VAC or 240 VAC The ASCO Model 251 hybrid design exhibits performance levels unattainable with simple “shunt type” protectors. The two active clamp stages, large inductor and shunt capacitance effectively halt high rate-of-rise surge waveforms, thus preventing initial voltage overshoot. Flexibility of installation is another design feature of Model 251. The protector first and second stages are electrically separate (line side) for use in jurisdictions that require a line filter between stages. In addition, the first stage provides protection from MAIN NEUTRAL to GND as well as MAIN LINE to GND. This is an often overlooked feature which becomes significant in locales where NEUTRAL must be kept separate from earth ground inside the cabinet. Ordering Information MODEL Former Model Name APPLICATION 251120NF010AN6N0 Edco SHP300-10 120 VAC, 10 A 251240LF010AN6N0 Edco SHP400-10 240 VAC, 10 A Operating Voltage 120 VAC or 240 VAC Clamping Voltage 395 VAC or 650 VAC 10 A Peak Surge Current 58.5kA (8 x 20 µs) Operating Frequency • Multi-stage hybrid design • Nanosecond response time • Blocks high energy surges Cabinet Power AC Hot Line Filter (optional) Connection If Line Filter Is NOT Used 47-63Hz EMI Attenuation 70 dB typ SPD Technology MOVs w/L-C Filter Modes of Protection CB Main Line L-N, L-G, N-G Status Indication NA Connection Type 1/4-20 & 10-32 SS Stud Operation Temperature Line In 120 VAC Input Main Neutral -40°C to +85°C 1.8” H x 2.875” W x 5.3” L [45.7 x 73.0 x 134.6 mm] Dimensions (in/mm) Weight (lb/kg) 1 lb [ 0.45 kg] Earth Ground 3/16” [4.8] Dia. (6 places) 1.17” [29.7] PLATE 1.17” [29.7] 4.85” [123.2] 5.30” [134.6] 2.875” [73.025] Edco Model SHP251 Series Line Out Neutral Out } Neutral Buss Mounting 18 • Incorporates series choke • 5 year warranty Installation Instructions General Technical Specifications Operating Current Features Earth Ground Protected Power Service (to controller and other sensitive electronics) 1. This product could become excessively hot and rupture in the rare event of power line conditions or surge that exceed its rated operating specification. Appropriate precautions should be exercised. 2. High voltages are present on electrical termination. Unit should be serviced by qualified personnel only. AC Power SPDs - Series Connected Model 258 (Edco SHA-1250) 120 VAC — Single Phase — Modular The ASCO Model 258 is an upgraded version of the ASCO Model 254. Model 258 also incorporates two LEDs for failure indication in a modular package (Utilizes 12 pin Beau connector). The hardwire terminal base (ASCO Model SHABA, ordered separately) accommodates all wiring and the protection module is designed for easy replacement. The footprint of the SHABA is the same as Model 254. This makes retrofitting older cabinets easy because internal wire lengths do not have to be adjusted. Model 258 offers remote sensing circuitry output that is a dry relay contact closure suitable to interface with a modem or computer port for polling remotely. With this feature, a central computer could detect a failed Model 258 at the intersection. ACCESSORY SOLD SEPARATELY Model 258 provides excellent noise suppression over a large frequency range. Typical noise attenuation is 10 dB @ 28 KHz, 54 dB @ 100 KHz and 50 dB @ 1 MHz. Features • Multi-stage hybrid design • 60 dB maximum noise filtering • Nanosecond response time General Technical Specifications Mounting Operating Voltage 120 VAC Clamping Voltage 340VAC Operating Current 15 A Peak Surge Current Operating Frequency 50 dB typ TMOVs w/ L-C Filter Power On & MOVs Functional Connection Type 1/4-20 SS Stud base, plug-in module operating Weight (lb/kg) 6.65” [169] 7.15” [181.7] -40°C to +85°C 3.5” H x 3.125” W x 7.125” L [88.9 x 79.4 x 181 mm] 1.72 lbs [ 0.78 kg] Pin Out Line In Neutral In Ordering Information MODEL Former Model Name 251120NF010AN6N0 Edco SHP300-10 3.13” [79.5] L-N, L-G, N-G Status Indication Dimensions (in/mm) PLATE 47 - 63Hz SPD Technology Operation Temperature Hole (6 places) 3/16” [4.8] 45kA/Phase, 60kA/Total EMI Attenuation Modes of Protection • Incorporates series choke • 5 year warranty Ground Line Out APPLICATION 120 VAC, 10 A 1, 2 11, 12 3, 4, 9, 10 5 Neutral Out 7 Relay NC 8 Relay Com 6 ACCESSORY Former Accessory Name SHABA SHA-1250-BASE-A Terminal Base Adapter 19 AC Power SPDs - Series Connected Model 256 (Edco ACP-340LED/540LED) 120 VAC — Single Phase/240 VAC — Single Phase The ASCO Model 256 is an upgrade to the popular Edco ACP-340, adding a failure indicator as well as remote sensing circuitry. In addition, this unit offers much better lightning protection than the standard Edco ACP-340. The ASCO Model 256 filtering surge protectors absorb power line noise and switching transients that other suppressors and RFI filters pass through. They can replace the RFI filter when high attenuation of noise above 25 MHz is not required. OPTION: DIN RAIL KIT AVAILABLE ORDER PART # 11604KIT The ASCO Model 256 utilize Thermally-protected Metal Oxide Varistors (TMOVs) with an integrated thermally activated element designed to open in the event of overheating due to the abnormal over-voltage, limited current conditions. Ordering Information MODEL Former Model Name APPLICATION 256240LF015AN5N0* Edco ACP-540LED 240VAC, 15A 256120NF015AN5N0* Edco ACP-340LED 120VAC, 15A Features • 50 kA/Mode & 100 kA/phase surge current protection • Thermally-protected Metal Oxide Varistors (TMOVs) • Power On and failure LED • Remote sensing circuitry • 5 year warranty *Not UL Registered General Technical Specifications Installation Instructions Operating Voltage 120 VAC/240 VAC Clamping Voltage 395 VAC/775 VAC Operating Current 15A Peak Surge Current 50 kA/Mode, 100 kA/Phase Operating Frequency 47–63 Hz EMI Attenuation 60 dB typ SPD Technology MOVs w/L-C Filter Modes of Protection L-N, L-G, N-G Status Indication Power On & MOVs Functional Connection Type 1/4-20 Stainless Steel Stud Operating Temperature Dimensions (in / mm) 120 / VAC Input Main Line Main Neutral -40°C to +85°C 1 lb [0.45 kg] Mounting 5.25" [133.4] 5.75" [146.0] Earth Site Variable (option) Earth Line Out NC C NO Neutral Out To Remote Indication If Needed Protected Power Source (to controller and other sensitive electronics) Caution: 1. This product could become excessively hot and rupture in the rare event of power line conditions or surge that exceed its rated operating specification. Appropriate precautions should be exercised. Hole (4 places) 3/16" Dia. [4.8] PLATE ASCO Model 256 Gnd 1.875˝ H x 3.25˝ W x 5.75˝ L [47.6 x 82.6 x 146 mm] Weight (lb / kg) 20 Cabinet Power AC Hot Bus 2.25" [57.2] 3.25" [82.6] 2. High voltages are present on electrical termination. Unit should be serviced by qualified personnel only. Component Assembly SPDs Type 1 & Type 2 Model 450 (APT XRS Series) Features • UL 1449 Fourth Edition Recognized • 100kA – 300kA per phase ratings • All UL required OCP & Safety Coordination included inside –– Type 1 SPDs intended for Line or Load Side of Main Disconnect –– Type 2 SPDs intended for Load Side of Main Disconnect • 20kA Inominal (In) (most models) • 200kA SCCRs (most models) Performance Specifications • UL 96A Lightning Protection Master Label compliant (@20kA In) • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • Display on 28” ribbon cable • 10 Year Warranty (longer optional) Design Attributes Surge Capacities L-N L-G N-G 100kA Per Phase 50kA 50kA 50kA 150kA Per Phase 100kA 50kA 50kA 200kA Per Phase 100kA 100kA 100kA 250kA Per Phase 150kA 100kA 100kA Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010, C62.72-2016, IEEE SA 1100-2005 (Emerald Book) –– NEC® Article 285 –– NEC® Articles 620.51(E), 645.18, 670.6, 695.15, 700.8 & 708 requiring SPDs –– UL 96A and NFPA 780 Lightning Protection –– IEC 61643, CE 300kA Per Phase 150kA 150kA 150kA High Energy Parallel Design for Category C-High applications UL 1449 4th Edition Recognized Type 1 CA, CSA 22.2 No. 269.4-1 Optional UL 1449 4th Edition Type 2 CA, UL 1283 Recognized, CSA 22.2 No. 269.4-2 UL 1449 Fourth Edition tested Inominal (In): 20kA & 10kA UL 1449 Fourth Edition tested SCCR: 200kA & 100kA UL 1449 Fourth Edition Voltage Protection Ratings (VPRs): –– 208Y/120V: as low as 600V –– 480Y/277V: as low as 1000V For Mounting Internal to Switchgear, Motor Controls Centers, Panelboards or Control Panels Individually Fused & Thermally Protected MOVs Large-Block, 34mm square, 50kA MOVs Replaceable Module Construction Solid State Bidirectional Operation AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Rec.) Physical Specifications Repetitive Impulse: 5,000 hits Relative Humidity Range: 0 - 95% non-condensing Less than 1 nanosecond response time Operating Frequency: 47 - 63Hz Operating Temperature: -25°C (-15°F) to +60°C (140°F) Diagnostic Monitoring 100% monitoring – Every MOV is monitored, including N-G Green LED Status indicator per phase Red LED service indicator Audible Alarm with Silence Switch Weight: 5 lbs (2.3 kg) Standard size: 6.5” x 11” x 4.5” (16.5cm x 29.9cm x 11.4cm) Lug size: #2 - #14 AWG (w/opt. disconnect: #6 - #1/0) Typical connection: #6 AWG and 60A breaker Test Function: Toggles Red Service LED, Audible Alarm & Dry Contact Quality, Standards & Validation N-G overvoltage detection Type 1: UL 1449 4th Edition, CSA 22.2 No. 269.4-1 Phase Loss monitoring (toggles LED & dry contacts) Type 2 (Opt.): UL 1449 4th Edition, CSA No. 269.4-2, UL 1283 Recognized Electrically isolated circuitry ensures surges do not damage diagnostics UL file: VZCA.E321351 at www.UL.com Form C Dry Contacts, 240V, 5A (two sets) RoHS-compliant Optional Surge Counter, six-digit LCD, with test function, reset & no-maintenance Eprom memory Burn-In tested prior to shipment Installer-locatable display on 28” cable (Longer lengths available) ISO 17025:2005 Laboratory Qualification ISO 9001:2008 Quality Management System 21 Component Assembly SPDs Type 1 & Type 2 Model 451 (APT XRL Series) Features • Directly Connected, Discrete Protection Elements Between All Possible Modes • UL 1449 Fourth Edition Recognized • 150kA - 300kA per phase ratings • All UL required OCP & Safety Coordination included inside –– Type 1 SPDs intended for Line or Load Side of Main Disconnect –– Type 2 SPDs intended for Load Side of Main Disconnect • 20kA Inominal (In) (most models) • 200kA SCCRs (most models) • UL 96A Lightning Protection Master Label compliant (@20kA In) • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • Display on 28” ribbon cable • 10 Year Warranty (longer optional) Performance Specifications Design Attributes Directly Connected, Discrete Protection Elements Between All Possible Modes with True 10-Mode Protection Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010, C62.72-2016, IEEE SA 1100-2005 (Emerald Book) –– NEC® Article 285 –– NEC® Articles 620.51(E), 645.18, 670.6, 695.15, 700.8 & 708 requiring SPDs –– UL 96A and NFPA 780 Lightning Protection –– IEC 61643, CE Surge Capacities L-N L-G N-G L-L 150kA Per Phase 50kA 50kA 50kA 50kA 300kA Per Phase 100kA 100kA 100kA 100kA UL 1449 4th Edition Recognized Type 1 CA, CSA 22.2 No. 269.4-1 Optional UL 1449 4th Edition Type 2 CA, UL 1283 Recognized, CSA 22.2 No. 269.4-2 High Energy Parallel Design for Category C-High applications UL 1449 Fourth Edition tested Inominal (In): 20kA & 10kA For Mounting Internal to Switchgear, Motor Controls Centers, Panelboards or Control Panels UL 1449 Fourth Edition tested SCCR: 200kA & 100kA Individually Fused & Thermally Protected MOVs UL 1449 Fourth Edition Voltage Protection Ratings (VPRs): –– 208Y/120V: as low as 600V –– 480Y/277V: as low as 1000V Large-Block, 34mm square, 50kA MOVs AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Rec.) Replaceable Module Construction Solid State Bidirectional Operation Repetitive Impulse: 5,000 hits Physical Specifications Less than 1 nanosecond response time Relative Humidity Range: 0 - 95% non-condensing Operating Frequency: 47 - 63Hz Diagnostic Monitoring Operating Temperature: -25°C (-15°F) to +60°C (140°F) 100% monitoring – Every MOV is monitored, including N-G Weight: 5 lbs (2.3 kg) Green LED Status indicator per phase Standard size: 6.5” x 11” x 4.5” (16.5cm x 29.9cm x 11.4cm) Red LED service indicator Lug size: #2 - #14 AWG (w/opt. disconnect: #6 - #1/0) Audible Alarm with Silence Switch Typical connection: #6 AWG and 60A breaker Test Function: Toggles Red Service LED, Audible Alarm & Dry Contact N-G overvoltage detection Phase Loss monitoring (toggles LED & dry contacts) Electrically isolated circuitry ensures surges do not damage diagnostics Form C Dry Contacts, 240V, 5A (two sets) Optional Surge Counter, six-digit LCD, with test function, reset & no-maintenance Eprom memory Installer-locatable display on 28” cable (Longer lengths available) Quality, Standards & Validation Type 1: UL 1449 4th Edition, CSA 22.2 No. 269.4-1 Type 2 (Opt.): UL 1449 4th Edition, CSA No. 269.4-2, UL 1283 Recognized UL file: VZCA.E321351 at www.UL.com RoHS-compliant Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification 22 Component Assembly SPDs Type 1 & Type 2 Model 452 (APT XWS Series) Features • UL 1449 Fourth Edition Recognized • 300kA – 500kA per phase ratings • All UL required OCP & Safety Coordination included inside –– Type 1 SPDs intended for Line or Load Side of Main Disconnect –– Type 2 SPDs intended for Load Side of Main Disconnect • 20kA Inominal (In) • 200kA SCCRs (most models) Performance Specifications • UL 96A Lightning Protection Master Label compliant (@20kA In) • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • Display on 28” ribbon cable • 10 Year Warranty (longer optional) Design Attributes Surge Capacities L-N L-G N-G 300kA Per Phase 150kA 150kA 150kA 400kA Per Phase 200kA 200kA 200kA 500kA Per Phase 250kA 250kA 250kA UL 1449 4th Edition Recognized Type 1 CA, CSA 22.2 No. 269.4-1 Optional UL 1449 4th Edition Type 2 CA, UL 1283 Recognized, CSA 22.2 No. 269.4-2 UL 1449 Fourth Edition tested Inominal (In): 20kA UL 1449 Fourth Edition tested SCCR: 200kA & 100kA UL 1449 Fourth Edition Voltage Protection Ratings (VPRs): –– 208Y/120V: as low as 600V –– 480Y/277V: as low as 1000V AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Rec.) Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010, C62.72-2016, IEEE SA 1100-2005 (Emerald Book) –– NEC® Article 285 –– NEC® Articles 620.51(E), 645.18, 670.6, 695.15, 700.8 & 708 requiring SPDs –– UL 96A and NFPA 780 Lightning Protection –– IEC 61643, CE High Energy Parallel Design for Category C-High applications For Mounting Internal to Switchgear, Motor Controls Centers, Panelboards or Control Panels Individually Fused & Thermally Protected MOVs Large-Block, 34mm square Replaceable Module Construction Solid State Bidirectional Operation Repetitive Impulse: 5,000 hits Less than 1 nanosecond response time Diagnostic Monitoring 100% monitoring – Every MOV is monitored, including N-G Green LED Status indicator per phase Red LED service indicator Audible Alarm with Silence Switch Test Function: Toggles Red Service LED, Audible Alarm & Dry Contact Physical Specifications Relative Humidity Range: 0 - 95% non-condensing Operating Frequency: 47 - 63Hz Operating Temperature: -25°C (-15°F) to +60°C (140°F) Weight: 7 lbs (3.2 kg) Standard size: 9” x 11” x 5.3” (22.9cm x 28.0cm x 13.5cm) Lug size: #2 - #14 AWG (w/opt. disconnect: #6 - #1/0) Typical connection: #6 AWG and 60A breaker N-G overvoltage detection Phase Loss monitoring (toggles LED & dry contacts) Electrically isolated circuitry ensures surges do not damage diagnostics Form C Dry Contacts, 240V, 5A (two sets) Optional Surge Counter, six-digit LCD, with test function, reset & no-maintenance Eprom memory Installer-locatable display on 28” cable (Longer lengths available) Quality, Standards & Validation Type 1: UL 1449 4th Edition, CSA 22.2 No. 269.4-1 Type 2 (Opt.): UL 1449 4th Edition, CSA No. 269.4-2, UL 1283 Recognized UL file: VZCA.E321351 at www.UL.com RoHS-compliant Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification 23 Component Assembly SPDs Type 1 & Type 2 Model 453 (APT XWL Series) Features • Directly Connected, Discrete Protection Elements Between All Possible Modes • UL 1449 Fourth Edition Recognized • 300kA - 450kA per phase ratings • All UL required OCP & Safety Coordination included inside –– Type 1 SPDs intended for Line or Load Side of Main Disconnect –– Type 2 SPDs intended for Load Side of Main Disconnect • 20kA Inominal (In) • 200kA SCCRs (most models) • UL 96A Lightning Protection Master Label compliant (@20kA In) • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • Display on 28” ribbon cable • 10 Year Warranty (longer optional) Performance Specifications Design Attributes Directly Connected, Discrete Protection Elements Between All Possible Modes with True 10-Mode Protection Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010, C62.72-2016, IEEE SA 1100-2005 (Emerald Book) –– NEC® Article 285 –– NEC® Articles 620.51(E), 645.18, 670.6, 695.15, 700.8 & 708 requiring SPDs –– UL 96A and NFPA 780 Lightning Protection –– IEC 61643, CE Surge Capacities L-N L-G N-G L-L 300kA Per Phase 100kA 100kA 100kA 100kA 450kA Per Phase 150kA 150kA 150kA 150kA UL 1449 4th Edition Recognized Type 1 CA, CSA 22.2 No. 269.4-1 Optional UL 1449 4th Edition Type 2 CA, UL 1283 Recognized, CSA 22.2 No. 269.4-2 High Energy Parallel Design for Category C-High applications UL 1449 Fourth Edition tested Inominal (In): 20kA For Mounting Internal to Switchgear, Motor Controls Centers, Panelboards or Control Panels UL 1449 Fourth Edition tested SCCR: 200kA & 100kA Individually Fused & Thermally Protected MOVs UL 1449 Fourth Edition Voltage Protection Ratings (VPRs): –– 208Y/120V: as low as 600V –– 480Y/277V: as low as 1000V Large-Block, 34mm square AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Rec.) Replaceable Module Construction Solid State Bidirectional Operation Repetitive Impulse: 5,000 hits Physical Specifications Less than 1 nanosecond response time Relative Humidity Range: 0 - 95% non-condensing Operating Frequency: 47 - 63Hz Diagnostic Monitoring Operating Temperature: -25°C (-15°F) to +60°C (140°F) 100% monitoring – Every MOV is monitored, including N-G Weight: 7 lbs (3.2 kg) Green LED Status indicator per phase Standard size: 9” x 11” x 5.3” (22.9cm x 28.0cm x 13.5cm) Red LED service indicator Lug size: #2 - #14 AWG (w/opt. disconnect: #6 - #1/0) Audible Alarm with Silence Switch Typical connection: #6 AWG and 60A breaker Test Function: Toggles Red Service LED, Audible Alarm & Dry Contact N-G overvoltage detection Quality, Standards & Validation Phase Loss monitoring (toggles LED & dry contacts) Type 1: UL 1449 4th Edition, CSA 22.2 No. 269.4-1 Electrically isolated circuitry ensures surges do not damage diagnostics Type 2 (Opt.): UL 1449 4th Edition, CSA No. 269.4-2, UL 1283 Recognized Form C Dry Contacts, 240V, 5A (two sets) UL file: VZCA.E321351 at www.UL.com Optional Surge Counter, six-digit LCD, with test function, reset & no-maintenance Eprom memory RoHS-compliant Installer-locatable display on 28” cable (Longer lengths available) Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification 24 DIN-Rail SPDs Model 318 (APT AC Power DIN-Rail) Type 1 Component Assembly Intended for use in Type 1 or Type 2 Applications Features • UL 1449 Fourth Edition: 20kA Inominal • UL 1449 Fourth Edition: 200kA SCCRs • Large-Block 34mm sq. MOVs –– Individually Fused & Thermally Protected • Diagnostic Monitoring Visual Indicator Tabs • Optional Form C Normally Open/Closed Dry Contact • UL 1449 Fourth Edition Recognized • Type 1 Component Assembly • Parallel Electrical Connection – Easy to install • 50kA per mode • All UL required OCP & Safety Coordination included inside –– Supplemental Fusing/OCP Not Required Performance Data Design Attributes # of Poles UL 1449 VPR (6kV - 3kA) In SCCR MCOV 120V 1 600 20kA 200kA 150 120/240V 2 600 20kA 200kA 150 318120YP05A3FN10 (D120V3P) 208Y/120V 3 600 20kA 200kA 150 318120YP05N4FN10 (D120V3PNG) 208Y/120V w/N-G 4 600 20kA 200kA 150 318127NP05A1FN10 (D127V1P) 127V 1 600 20kA 200kA 180 318127SP05A2FN10 (D127V2P) 127/254V 2 600 20kA 200kA 180 318127YP05A3FN10 (D127V3P) 220Y/127V 3 600 20kA 200kA 180 318127YP05N4FN10 (D127V3PNG) 220Y/127V w/N-G 4 600 20kA 200kA 180 318230NP05A1FN10 (D230V1P) 230V 1 800 20kA 200kA 270 318230SP05A2FN10 (D230V2P) 230/460V 2 800 20kA 200kA 270 Optional Dry Contact 318240DP05A3FN10 (D240V3PD) 240V Delta 3 800 20kA 200kA 270 ‘M’ Suffix Option 318240DP05G3FN10 (D240V3PDG) 240V Delta 3 800 20kA 200kA 270 Form C: Normally Open or Normally Closed 318277NP05A1FN10 (D277V1P) 277V 1 1200 20kA 200kA 320 Contact Wire Size: #16 - #30 AWG, Torque: 2.0 lb-in 318277YP05A3FN10 (D277V3P) 480Y/277V 3 900 20kA 200kA 320 Contact Rating: 125Vac, 3A maximum 318277YP05N4FN10 (D277V3PNG) 480Y/277V w/N-G 4 1200 20kA 200kA 320 318347YP05A3FN10 (D347V3P) 600Y/347V 3 1200 20kA 200kA 420 NO 318347YP05N4FN10 (D347V3PNG) 600Y/347V w/N-G 4 1500 20kA 200kA 420 COMMON 318480DP05A3FN10 (D480V3PD) 480V Delta 3 1500 20kA 200kA 550 NC 318480DP05G3FN10 (D480V3PDG) 480V Delta 3 1500 20kA 200kA 550 Model System Voltage & Configuration 318120NP05A1FN10 (D120V1P) 318120SP05A2FN10 (D120V2P) Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, and C62.45-2002 –– NEC® Article 285 –– IEC 61643-11, CE High Energy Parallel Design for Category C-High applications For Internal mounting within control panels, medical, telecom, drives, security systems, robotics, etc. Less than 1 nanosecond response time Repetitive Impulse: 5,000 hits Solid State Bidirectional Operation 1 2 3 Physical Specifications Quality, Standards & Validation Relative Humidity Range: 0 - 95% non-condensing UL 1449 Fourth Edition Recognized, cUL Operating Frequency: 47 - 63Hz UL file: VZCA2.E321351 at www.UL.com Operating Temperature: -40°C (-40°F) to +85°C (185°F) RoHS-compliant Polymeric Enclosure: Flame rated UL94 V-0 5 year warranty (longer optional) Weight: 0.25 lbs (114 kg) per pole ISO 9001:2008 Quality Management System Wire Lug Size: #6 - #14 AWG ISO 17025:2005 Laboratory Qualification 125Vac 3A max 25 DIN-Rail SPDs Model 318 (APT DC PV DIN-Rail) Type 1 Component Assembly Intended for use in Type 1 or Type 2 Applications Features • UL 1449-4: 20kA Inominal • UL 1449-4: 200kA SCCRs • Large-Block 34mm sq. MOVs –– Individually Fused & Thermally Protected • Diagnostic Monitoring Visual Indicator Tabs • Optional Form C Normally Open/Closed Dry Contact • UL 1449 Fourth Edition Recognized • Type 1 Component Assembly • Parallel Electrical Connection – Easy to install • 50kA per mode • All UL required OCP & Safety Coordination included inside –– Supplemental Fusing/OCP Not Required Performance Data Photovoltaic DC Model System Voltage & Configuration # of Poles UL 1449 VPR (6kV - 3kA) In SCCR MCOV 600VDC 2 2000 20kA 10kADC 750VDC 318D600P05A3FN10 (D600VYPV) 600VDC 3 2000 20kA 10kADC 720VDC 318D10XP05A3FN10 (D1000VPV) 1000VDC 3 3000 20kA 10kADC 1250VDC 318D10XP05A3FN10 (D1000VYPV) 1000VDC 3 3000 20kA 10kADC 1250VDC 318D600P05A2FN10 (D600VPV) (PV DC models are URus. Canadian PV SPD standards not yet established.) Physical Specifications Design Attributes Relative Humidity Range: 0 - 95% non-condensing Operating Temperature: -40°C (-40°F) to +85°C (185°F) Designed, Manufactured & Tested consistent with: –– ANSI/IEEE C62.41.1-2002, C62.41.2-2002, and C62.45-2002 –– NEC® Article 285 –– IEC 61643-11, CE Polymeric Enclosure: Flame rated UL94 V-0 High Energy Parallel Design for Category C-High applications Weight: 0.25 lbs (114 kg) per pole For Internal mounting within control panels, medical, telecom, drives, security systems, robotics, etc. Operating Frequency: 47 - 63Hz Wire Lug Size: #6 - #14 AWG Less than 1 nanosecond response time Quality, Standards & Validation UL 1449 Fourth Edition Recognized, cUL UL file: VZCA2.E321351 at www.UL.com RoHS-compliant 5 year warranty (longer optional) ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification Repetitive Impulse: 5,000 hits Solid State Bidirectional Operation Optional Dry Contact ‘M’ Suffix Option Form C: Normally Open or Normally Closed Contact Wire Size: #16 - #30 AWG Torque: 2.0 lb-in Contact Rating: 125Vac, 3A maximum NO COMMON NC 26 1 2 3 125Vac 3A max DIN-Rail SPDs Model 107 / 108 (APT D60401-S and -B) Low Voltage DIN Rail, Series-Connected The ASCO Model 107 & 108 SPDs are intended for use on a wide range of low voltage applications inside appropriate enclosures, including high speed communication circuits. Terminals are finger-safe. Model 107 is offered for Analog, DC voltage or low-frequency data to 600kHz. Model 108 is offered for digital or high-frequency data up to 35MHz. Features • UL 96A Lightning Protection Master Label General Technical Specifications Surge Current Rating 15kA Rated Operating Current IL (mA) Model 107 = 800mA, Model 108 = 1000mA IEC Max. Discharge Current Imax 15kA IEC Max. Discharge Current In 10kA IEC Max. Lightning Pulse Iimp (10x350µs) 2.5kA Number of Wires Protected Voltage Codes 005 012 024 048 060 Nominal Operating Voltage (VDC / VAC) 5 / 3.5 12 / 8.5 24 / 17 48 / 34 60 / 42 MCOV (VDC) 7 15 28 52 64 Clamping Voltage (VDC) < 12 < 27 < 46 < 85 < 105 Voltage Breakdown (Min/Max VDC) 7/9 16 / 20 29.5 / 36.5 55.5 / 68.5 67.5 / 82.5 12 27 28 52 64 200 5 5 5 5 IEC Voltage Protection Level (Up @ 1kV/µs, VDC) Maximum Leakage Current (µA) Up to 4 wires (2 pair) Wire Size 14 AWG - 26 AWG Response Time (ns) <1 ns Temperature Rating -40°F to 185°F (-40°C to 85°C) Enclosure Material Thermoplastic UL 94-V0 Enclosure NEMA 1 (IP 20) Dimensions (in / mm) • Thermal Protection • Three stage surge suppression 3.9” x 2.6” x 0.47” [99mm x 65mm x 12mm] Weight (oz / g) 4.75oz [135g] Warranty 5 years Dimensions Suggested Applications Protocol Nominal Voltage +/- 25V 107D033S15KXN4D0 (APT D60401-024S) RS-423 +/- 6V 107D018S15KXN4D0 (APT D60401-012S) RS-422 -0.25V - +6V 108D018S15KLN4D0 (APT D60401-012B) RS-485 -7V - + 12V 108D018S15KLN4D0 (APT D60401-012B) Modbus (usually RS-485) - 108D018S15KLN4D0 (APT D60401-012B) Irrigation/ Sprinkler Valves 24VAC 107D062S15KXN4D0 (APT D60401-048S) Need to determine. Could be 24VDC, 12VDC, etc. 107D062S15KXN4D0 (APT D60401-048S) Can’t Find Out? 107D062S15KXN4D0 (APT D60401-048S) 4 - 20mA Don’t Know? Product Information 0.47 in. [12 mm] Suggested SPD RS-232 Typical 4-Wire Installation Protected Side Unprotected Side Install such that surge hits this side VALUABLE EQUIPMENT SIDE Finger Safe Terminals 2.56 in. [65 mm] Ground lug tab 3.9 in. [80 mm] Internally connected to DIN-Rail DIN-Rail not included • Series connected (Power/Data goes through SPD) • Protects up to 4 wires (2 pairs of 2 wires) DIN-Rail not included 27 DIN-Rail SPDs Model 310 (ENP DRS Series) Features • Effectively handles high-energy transients on TT, TN-C, TN-S and TN-C-S three-phase power systems • SPD rated Type 2 in accordance with EN 61643-11; Class I & II in accordance with IEC 61643-1 • Built-in thermal components disconnect SPD from the power source to avoid thermal runaway conditions • MOV only or MOV+Gas Tube models available Performance Specifications Ordering Information 310120... 310230... 310277... 310346... 120/208, 127/220VAC 230/400, 220/380, 240/415VAC 277/480, 254/440VAC 346/600VAC Nominal Voltage Un–120V Un–230V Un–277V Un–346V Rated Voltage (MCOV) Uc–150V Uc–320V Uc–320V Uc–420V System Voltage Voltage Protection Level Up–1.2kV • Fast response time, high surge current capability, low voltage protection levels • Visual inspection window on each module indicates status • 3-pole terminal provides remote status monitoring • DIN rail mounting and plug-in module design allow for easy installation, maintenance and replacement of surge element Up–1.6kV Up—1.6kV Maximum Discharge Current: Nominal Discharge Current (8 x 20 µs) Modes of Protection Type of Network 310 XXX Formerly DRS 230 240 346 480 # of Metal Oxide Varistor Modules (Y) > 103MV 1 3 L-N; N-PE Isolation Resistance A (Optional) Higher Rated Voltage 277 0 In – 20 kA TS–25 ns Z # of Gas Tube Modules 120 Imax– 40 kA Response Time # of MOVs Nominal Voltage (Un) (XXX) Up–2.0kV TT-TN Y Nominal Voltage (Un) 2 4 MOV Modules are typically one module per phase and may be wired L-N, L-G or N-G. # of Gas Tube Modules (Z) 0 1 Gas Tube Modules Typically used in the N-G mode for type TT Grounding Systems. Physical Specifications Higher Rated Voltage (A - Optional) Relative Humidity Range: 0 - 95% non-condensing Operating Temperature: -40°C (-40°F) to +85°C (185°F) NEMA 4X Polycarbonate enclosure: UL 746C(f1) & UL 94-5VA Screw Terminal: 4-25 mm2 By Connection Bus Quality, Standards & Validation EN 61643-11 - Type 2 IEC61643- 1:1998-02 - Class II RoHS-compliant 5 year warranty Q Certain applications requre higher rated components in order to survive frequent voltage rises, in this case order a unit with a “Q” at the end of the part number. Mechanical Specifications Dimensions (Length x Width x Height) I/O Connections MOV Encapsulation Material Disconnection Indicator Status Monitoring Mounting Operation Temperature Range Degree of Protection Disconnection Device Housing Material 28 70.8mm x 90.5mm x 68mm By Screw Terminal: 4-25 mm2 By Connection Bus Epoxy Resin Mechanical Indicator Remote Alarm Terminals Symmetrical Rail -40°C to +85°C IP 20 Thermal Cutoff System ABS/PA UL94V0 DIN-Rail SPDs Model 105 (Edco DRS Series) DIN Rail Protection The ASCO Model 105 is a din rail mountable, single pair surge suppression module implementing three-stage hybrid technology. This module addresses over-voltage transients with gas tubes and silicon avalanche components. In addition, sneak currents are mitigated with resetable fuses (PTCs). The PTCs increase resistance several orders of magnitude when over-currents exceed safe levels. A normal state resumes when overcurrents are removed. The ability to self-restore in this manner significantly increases suppressor performance and survivability. The Model 105 mounts onto a standard 35mm industrial din rail. There are three “Field Side” and three “Electronics Side” screw terminals. One is reserved for a shield. Three electrically tied ground terminals are provided for grounding the Model 105 unit to Building-Approved Ground. Shield is isolated from ground. Two (2) terminal versions without a shield connection are also available. Features • • • General Technical Specifications Installation Instructions Operating Voltage 6, 12, 24, 30, 35 VDC Clamping Voltage 8, 15, 30, 36, 43 VDC Operating Current 0.15 A Peak Surge Current Max Current Ip (Occurrences) Operating Temperature Certifications Warranty Field Side (Line) 10 kA (8x20µs) >100 (10x1000µs) 2.95” [74.9] 1500pf LINE Response Time MODEL Former Model Name 2.35” [59.7] SHIELD Nominal Series Resistance 3-TERMINAL DEVICE < 1 nanosecond UL 497B 1.1” [27.9] 0.8” [20.3] 2-TERMINAL DEVICE Ground 2.35” [59.7] 5 years Field Side (Line) 105D200S08KAN3D0 Special Features Clamping Voltage 200 VDC Operating Current 5 Amp Total Peak Surge Current Rating Nominal Series Resistance 2.95” [74.9] LINE 170 VDC LINE Operating Voltage Max Current Ip (Occurrences) 2.25” [57.2] Protected Equipment Side (Load) 5Ω -40°C to 85°C • Low profile packaging • Easy installation • Fits standard 35mm DIN-Rail Ordering Information LINE Typical Capacitance Low-voltage data surge protection Three-stage hybrid protection Sneak/fault current protection with resettable fuses (PTCs) 2.25” [57.2] APPLICATION 105D008S10KAN3D0 Edco DRS-008 0-8 VDC 105D015S10KAN3D0 Edco DRS-015 0-15 VDC 105D030S10KAN3D0 Edco DRS-030 0-30 VDC 105D036S10KAN3D0 Edco DRS-036 0-36 VDC 105D043S10KAN3D0 Edco DRS-043 0-43 VDC 105D200S08KAN3D0 Edco DRS-130RMS 0-200 VDC 105xxxxxxxxxN2xx Edco DRS-XXX-2 2 Terminal Version without shield Protected Equipment Side (Load) >10 (10x1000µs) 8 kA (8x20µs) None 1.1” [27.9] 0.49” [12.4] Ground These protectors are intended for indoor use on communication loop circuits which have been isolated from the Public Switch Telephone Network. The communication loop circuits shall not be exposed to accidental contact with the electric light or power conductors. The protectors shall be installed per the applicable requirements of the National Electric Code, ANSI/NFPA 70. 29 AC Power Filter / SPDs Series Connected Model 277 (Islatrol IE Series) Active Tracking FilterTM The ASCO Model 277 is a series-connected DIN or flange mounted high frequency noise filter and surge suppressor. Its ideal applications include critical industrial loads drawing up to 20 Amps of continuous current, while typical applications include any microprocessor-based products, including industrial PLCs, OEM applications, and motion control systems. Features • Multi-staged design, combining a unique hybrid clamping network with the active tracking technology of the ASCO family • Surge current capacity — 45,000 Amps • Transient protection in all modes: line to neutral, line to ground, and neutral to ground Performance Technical Specifications General Technical Specifications Model MCOV L-N L-G N-G L-L 277120NF003AN3N0 277120NF005AN3N0 400V 600V 600V N/A 277120NF010AN3N0 277120NF020AN3N0 400V 600V 500V N/A 1000V 700V 277240LF010AN3N0 277240LF020AN3N0 900V 700V 150 VRMS 240 Volt 275 VRMS Line Frequency 47 - 63 Hz Normal Mode Line to Neutral 15,000 Amps Line to Ground 15,000 Amps Neutral to Ground 15,000 Amps Total 45,000 Amps Common Mode Operating Humidity 100 kHz to 50 MHz 90 dB Min Dimensions 5 MHz to 50 MHz 60 dB Min 3 Amp 1V / 300V 5 Amp 0.7V / 292V 10 Amp 0.7V / 300V 20 Amp 0.7V / 300V < 3 lbs 277120NF010AN3N0 Islatrol IE-110 120V 10 Amps < 0.5 ns 277120NF020AN3N0 Islatrol IE-120 120V 20 Amps 277240LF003AN3N0 Islatrol IE-203 240V 3 Amps 277240LF005AN3N0 Islatrol IE-205 240V 5 Amps 277240LF010AN3N0 Islatrol IE-210 240V 10 Amps 277240LF020AN3N0 Islatrol IE-220 240V 20 Amps (All voltage configurations are single phase - 2 wire + gnd.) 3.83 [97.2] Typical Category B Ringwave (6 kV, 500 A, 100 kHz) Normal Mode/Common Mode 178V / 300V 5 Amp 162V / 291V 10 Amp 153V / 300V 20 Amp 200V / 300V 30 5 Amps 0% to 95% Typical Category A Ringwave (6 kV, 200 A, 100 kHz) Normal Mode/Common Mode 3 Amp 120V -40°C to +45°C Derate Linearly to 60% at +70ºC Frequency Response (Forward-Reverse) Common Mode 277120NF005AN3N0 Islatrol IE-105 < 5 ns Operating Temperature CONTINUOUS CURRENT 3 Amps DIN/Flange Weight VOLTAGE 120V Terminal Mounting Type MODEL Former Model Name 277120NF003AN3N0 Islatrol IE-103 Response Time Peak Surge Current Capability (8 x 20 µs) Normal Mode Ordering Information 120 Volt Connection 277240LF003AN3N0 277240LF005AN3N0 • LED status indication and form C contact for remote indication • DIN mountable enclosure • ANSI/UL 1449 Fourth Edition Type 4, 1283, CUL recognized, CE • 5 year warranty 3.06 [77.7] 4.06 [103.1] AC Power Filter / SPDs Series Connected Model 275 (Islatrol IC+/LRIC+ Series) Active Tracking FilterTM Series connected high-frequency noise filter with transient protection. Offers the flexibility of either receptacle/line cord connection or hard-wired connection to critical loads (up to 30 Amperes). Applications include industrial or office equipment, computers placed in harsh environments. Features • • • • Performance Technical Specifications MCOV Typically reduces normal mode transients to +/-2 volts LED power indication UL 1283, CSA recognized 5 year warranty • Surge current capacity — 45,000 Amps • Transient protection in all modes: line to neutral, line to ground, and neutral to ground Typical Category A Ringwave (6 kV, 200 A, 100 kHz) Typical Category B Ringwave (6 kV, 500 A, 100 kHz) 150 VRMS MODEL 240 Volt 275 VRMS Line Frequency 47 - 63 Hz 275120NF002AN3N0 (IC+102) 275120NF002ALCN0 (LRIC+102) 1.0 0.9 302 287 275120NF002AN3N0 (IC+102) 275120NF002ALCN0 (LRIC+102) 178 188 302 285 275120NF005AN3N0 (IC+105) 275120NF005ALCN0 (LRIC+105) 0.7 0.8 292 307 275120NF005AN3N0 (IC+105) 275120NF005ALCN0 (LRIC+105) 162 191 291 300 275120NF007AN3N0 (IC+107) 275120NF007ALCN0 (LRIC+107) 0.7 0.7 302 293 275120NF007AN3N0 (IC+107) 275120NF007ALCN0 (LRIC+107) 173 190 300 298 275120NF015AN3N0 (IC+115) 275120NF015ALCN0 (LRIC+115) 0.7 0.7 304 306 275120NF015AN3N0 (IC+115) 275120NF015ALCN0 (LRIC+115) 153 149 307 309 0% to 95% 275120NF030AN3N0 (IC+130) 275240LF002AN3N0 (IC+202) 0.5 1.1 306 536 275120NF030AN3N0 (IC+130) 275240LF002AN3N0 (IC+202) 241 302 299 532 Line to Neutral 15,000 Amps 275240LF005AN3N0 (IC+205) 275240LF007AN3N0 (IC+207) 1.5 0.8 628 616 275240LF005AN3N0 (IC+205) 275240LF007AN3N0 (IC+207) 378 336 594 596 Line to Ground 15,000 Amps Neutral to Ground 15,000 Amps 275240LF015AN3N0 (IC+215) 275240LF030AN3N0 (IC+230) 0.6 0.9 572 566 275240LF015AN3N0 (IC+215) 275240LF030AN3N0 (IC+230) 272 342 548 578 120 Volt Response Time Normal Mode < 0.5 ns Common Mode Operating Temperature < 5 ns -40°C to +45°C at Full Load Derate Linearly to 60% at +70ºC Operating Humidity Peak Surge Current Capability (8 x 20 µs) Load Surge Current Rating 10 mSec 5 x Nominal 1 sec 3 x Nominal 10 sec 2 x Nominal Packaging • High Impact Plastic Case • Vacuum Impregnated Magnetics • Epoxy Encapsulated Frequency Response (Forward-Reverse) Normal Mode Common Mode 100 kHz to 50 MHz - 90 dB Min 5 MHz to 50 MHz - 60 dB Min NORMAL COMMON MODEL NORMAL COMMON Note: All measurements in volts. IEEE test results with no AC applied. Normal mode—L1-N or L1-L2; Common mode—L-G, N-G or L1-G, L2-G. Connection Diagram System Design Series Blocking Inductors voltage blocking current smoothing inductors Shunt Absorbing Components sine wave tracking circuitry MOV Transient Protection high-energy transient protection line to neutral, line to ground, neutral to ground Pulse Capacitor high-frequency noise absorption 31 Data / Signal SPDs Model 265 (Edco SLAC Series) AC Power / Signal The ASCO Model 265 suppressor was specifically designed to protect electronic instruments used by the water/wastewater industries. It combines hybrid AC power protection and signal line protection in a NEMA-4X polycarbonate case. The AC power suppressor can supply up to 1875 Watts and has a 15 Amp replaceable fuse to prevent overloading of the protective elements. A “Power ON” LED provides visual indication that power is applied to instruments. Signal line protection is accomplished by Model 265 available in a variety of voltage clamps. Signal current can be monitored by reading the voltage across the 10 Ohm, 1% resistors (TP1 & TP2 or TP3 & TP4). All leads going to the Model 265 board are terminated by quick disconnect or barrier block connectors to facilitate easy removal for service or replacement. Features • Lightning and surge suppression for AC power and low-voltage signal lines • Series hybrid AC suppressor/filter • Plug-in protection module • 15 Amp replaceable fuse • Response time < 5 nanoseconds General Technical Specifications • Test jacks for signal line monitoring • “Power ON” indicator • Optional stainless steel or fiberglass enclosure • 5 year warranty • UL 1449 Installation Instructions AC Power Protection Operating Voltage 120 VAC, 47-63 Hz Clamping Voltage 325 VAC Operating Current 15 Amps Max. Peak Surge Current 4/20 mA SIGNAL Three-Stage Series Hybrid Occurrences at 500 Amps Parameter < 0.1 dB at 10 MHz Normal Mode (L-N) Common Mode (L-N) (N-G) IEEE 587 CAT A Ring* 172 V 280 V IEEE 587 CAT B Ring* 205 V 280 V IEEE 587 CAT B Impulse* 330 V 360 V *Measured from zero volts, 90° Phase angle Signal Line Protection Clamping Voltage (customer selected) Operating Current 8-200 Volts 0.15 A Peak Surge Current 10 kA (8x20 µs) SPD Technology UNPROTECTED (FIELD) SIDE PROTECTED (EQUIP) SIDE 120 VAC POWER 120 VAC POWER Signal Line Connections: A. Connect GND Terminal to Local Ground using #12 AWG wire minimum. B. L1 and L2 – Connect for Signal Pair #1. C. L3 and L4 – Connect for Signal Pair #2. D. Terminals accept #24 - #14 AWG wire, torque to 4 kg-cm. E. “S” Connection for Cable Shield (If Applicable). Three-Stage Series Hybrid Series Resistance 5 Ohm (Typical) Ordering Information 32 4/20 mA SIGNAL PROTECTED (EQUIP) SIDE 39 kA (8x20 µs) SPD Technology SLAC - UNPROTECTED (FIELD) SIDE Optional Enclosure 036LC 3 - Fiberglass 2 - Stainless Steal 1 - Polycarbonate 0 - None 0 - Without Model 175 (PC642) 1 - With Model 175 (PC642) AC Power Connections: A. Connect AC Power as Marked on Case using #12 AWG wire minimum (L, N, G). B. Keep 120 VAC Power feed separate from Low Voltage 4/20 mA feed. For Model 175 (PC642) Voltage Selection if applicable. See Model 175 data sheet for additional information. “036LC” is standard for 4-20mA Signal Line. • NEMA-4X • Stainless Steel or Fiberglass • Continuous Hinge • Outside Dimensions (in/mm) 10.0˝ H x 8.0˝ W x 4.0˝ D [254 x 203.2 x 101.6 mm] Data / Signal SPDs Model 157 (Edco SS64 & SS65 Series) Wastewater/Industrial Applications The ASCO Model 157 suppressors are designed for the water and wastewater industry. These multi-stage hybrid suppressors address over-voltage transients with gas tube and silicon avalanche technology. In addition, sneak and fault currents are mitigated with PTC devices which consist of solid-state resettable fuses. The units are encapsulated in stainless steel pipe nipples making them suitable for use in severe environments. The ASCO 157D036S10KXW5R0 and 157D036S10KXW5S0 models protect a signal pair and the ASCO 157D036S10KXW6M0 and 157D036S10KXW6P0 models protect a signal pair plus the cable shield (drain wire). Features • Transient protection for low-voltage signal lines • Sneak/fault current protection • Resettable fusing—PTCs • Differential and common mode protection • Automatic recovery • Encapsulated in stainless steel pipe nipples • Protection for one pair (Two wires & shield on 3/4”) • 5 year warranty General Technical Specifications Operating Voltage 28 VDC Maximum Continuous Operating Voltage (MCOV) 150 mA Clamping Voltage (L-G) 36 VDC Clamping Voltage (L-L) 72 VDC Peak Surge Current 10 kA (8x20 µs) SPD Technology 157D036S10KXW5R0 GDT, SAD, w/series PTC Frequency Range 0 to 20 MHZ Insertion Loss < 0.1 dB at 20 MHz Series Resistance (per Conductor) 5 Ohm (typical) Capacitance (Zero Volts Bias) (L-G) 1200 pf (typical) (L-L) 600 pf (typical) Operating Temperature Life Cycle Typical Applications 157D036S10KXW5S0 -40°C to +85°C 400 @ 500 Amps (10x1000 µs) Weight (lb / kg) 0.35 lbs. [0.16 kg] Certifications UL 497B Ordering Information 157D036S10KXW6M0 MODEL Former Model Name APPLICATION 157D036S10KXW5R0 Edco SS64-036-1 1/2” Metal Conduit In-Line 157D036S10KXW5S0 Edco SS64-036-2 1/2” Metal Conduit Capped 157D036S10KXW6M0 Edco SS65-036-1 3/4” Metal Conduit In-Line, with Shield 157D036S10KXW6P0 Edco SS65-036-2 3/4” Metal Conduit Capped, with Shield 157D036S10KXW6P0 33 Data / Signal SPDs Model 175 (Edco PC642 Series) Zone/Loop/Data The ASCO Model 175 Series surge suppressor is a two-pair (four-wire) module implementing three-stage hybrid technology. This module addresses over-voltage transients with gas tubes and silicon avalanche components. In addition, sneak and fault currents are mitigated with resettable fuses (PTCs). The PTCs increase resistance by several orders of magnitude when over-currents exceed safe levels. A normal state resumes when over-currents are removed. The ability to self-restore in this manner significantly increases suppressor performance and survivability. The ASCO Model 175 Series card edge module is gold plated, double sided, and is designed to mate with the ASCO PCB1B gold-plated female terminal connector. When snapped together, the data circuits “pass thru” the protector in a serial fashion from the four “Field Side” terminals to the four “Electronics Side” terminals. Terminals 1 or 10 of the ASCO PCB1B must be attached to Building-Approved Ground per ASCO Technical Bulletin # 2015. ACSO PCB1B BASE SOLD SEPARATELY OPTION: DIN RAIL KIT AVAILABLE ORDER PART # PCDIN (Edco 11604KIT-PC) Features • • • • • General Technical Specifications Terminal Assignments Operating Voltage 5, 12, 24, 30, 36, 48, 250 VDC Clamping Voltage 8, 15, 30, 36, 43, 60, 300 VDC Operating Current 0.15 A Peak Surge Current 10 kA (8 x 20 μs) Frequency Range 0 to 20 MHz Insertion Loss Odd Termi nals { Unprotected Pair 2 Field Side { Unprotected Pair 1 GDT, SAD, w/ Series PTC Connection Type Terminal Block, w/ compression lugs Terminals accept up to 10 AWG Operating Temperature -40°C to +85°C 2.0˝ H x 1.0˝ W x 2.5˝ L [50.8 x 25.4 x 63.5 mm] (175 + PCB1B Base) Weight (oz / kg) Certifications 1 oz [0.03 kg] UL 497B * 175D300S10KAPCN0 is not UL certified Caution: The hybrid design of this product includes series resistance. Do not place this product in service on any signal line capable of continuously supplying more than 150 milliamperes. Even Termi nals 10 9 8 7 6 5 4 3 2 1 } } Protected Pair 1 1.0 Ground Terminal 1 Or 10 To Building-Approved Ground DO NOT daisy chain grounds. NOT intended for shield termination. Install ground in accordance with all applicable codes. Specifying The Appropriate Model See Data Sheets: ID-50105 & ID-50167 Application: 175D008S10KLPCN0 (PC642C-008)* RS423, Token Ring: 175D008S10KLPCN0 (PC642C-008)* RS232: 175D020S10KAPCN0 (PC642C-020) * E-Net, 10 Base T: 175D030S10KLPCN0 (PC642C-030)* 4–20 ma: 175D036S10KAPCN0 (PC642C-036)* *All models with PCB1B (PCB1B-WKEY) 34 Protected Pair 2 Electronics Side 2.125" 2.4" Keying Pin RS485, RS422: • • • • • Fast response time Requires ASCO PCB1B base Order ASCO PTU — an invaluable troubleshooting tool 5 year warranty UL 497B Installation Instructions PCB1B: < 0.1 dB at 50 MHz SPD Technology Dimensions (in / mm) Three-stage hybrid protection Sneak/fault current protection Resettable fusing — PTCs Low capacitance option Plug-in module Note: • These protectors are intended for Model 175 indoor use on communication loop circuits which have been isolated from the Public Switch Telephone Network. • The communication loop circuits shall not be exposed to accidental contact with the electric light or power PCB1B conductors. • The protectors shall be installed per the applicable requirements of the National Electric Code, ANSI/NFPA 70. • Measure DC operating voltage of system to insure it does not exceed the rating of the selected surge device (5-180 VDC depending on the device). Installation: 1. Turn off power to circuit to be protected prior to installation. 2. Screw mounting base #PCB1B (accessory) in desired location preferably as close to protected equipment as possible and in close proximity to a building approved grounding point using (2) #4 screws. PCB1B may also be DIN rail mounted using optional DIN clip accessory #PCDIN. 3. Attach field side pairs (26-10 AWG) to positions 3/5 and 7/9, attach electronics side pairs (26-10 AWG) to positions 2/4 and 6/8. Attach ground wire (10 AWG) to positions 1 or 10 on base. See Drawing 1. Torque wires to 7 lb-in [0.791 N-m]. 4. Insert 175 module into keyed PCB1B base. See Drawing 2. 5. Apply power to protected circuit. Data / Signal SPDs Model 151 (Edco FAS-1 and FAS-2 Series) One and Two-Pair Signal Line Protection The ASCO Model 151 Series are multi-stage one-pair or two-pair surge suppressors designed for high-exposure applications. These products were specifically designed to meet multiple, low voltage, protection applications in the fire and security industries. Features • • • • General Technical Specifications Installation Instructions Operating Voltage 15, 24, 36, 52 VDC Clamping Voltage 18, 33, 43, 60 VDC Operating Current 2.5 A Frequency Range Insertion Loss SPD Technology Connection Type Dimensions (in / mm) Weight (oz / kg) 0 to 10 MHz < 0.1 dB at 10 MHz GDT, SAD, w/ Series Inductor Ground Lug 10-14 AWG -40°C to +85°C Single-Pair = 1.5˝ H x 1.5˝ W x 2.8˝ L [38.1 x 38.1 x 71.12 mm] Two-Pair = 2.0˝ H x 2.0˝ W x 2.8˝ L [50.8 x 50.8 x 71.12 mm] LI N E. Operating Temperature Common mode and differential protection mode Automatic recovery 5 year warranty MODEL Former Model Name 10 kA (8 x 20 μs) Terminal block w/ compression lugs, Terminals accept up to 12 AWG • • • Ordering Information UNPROTECTED OR FIELD SIDE EQ U I P. Peak Surge Current Lightning protection for low voltage Data/signal lines Multi stage protection UL497B Certification <3 Single-Pair = 3.5 oz [0.1 kg], Two-Pair = 7 oz [0.2 kg] APPLICATION 151D018S10KXN2N0 Edco FAS-1-018HC 12VDC (single pair) 151D018S10KXN4N0 Edco FAS-2-018HC 12VDC (two pair) 151D033S10KXN2N0 Edco FAS-1-033HC 24VDC (single pair) 151D033S10KXN4N0 Edco FAS-2-033HC 24VDC (two pair) 151D043S10KXN2N0 Edco FAS-1-043HC 24VAC (single pair) 151D043S10KXN4N0 Edco FAS-2-043HC 24VAC (two pair) 151D060S10KXN2N0* Edco FAS-1-060HC 48VDC (single pair) 151D060S10KXN4N0* Edco FAS-2-060HC 48VDC (two pair) *Not UL Listed PROTECTED EQUIP. GROUNDING 1st Choice: Use AC Power Ground 2nd Choice: Use Building NOTE: DO NOT daisy chain grounds. NOT intended for shield termination. Install ground in accordance with all applicable codes. A. Never install data wiring during a lightning storm. B. Disconnect data line before installing the protection module. C. These protectors are intended for indoor use on communication loop circuits which have been isolated from the Public Switch Telephone Network. D. The communication loop circuits shall not be exposed to accidental contact with the electric light or power conductors. The protectors shall be installed per the applicable requirements of the National Electric Code, ANSI/NFPA 70. 35 Data / Signal SPDs Model 172 (Edco PHC Series) Two-Pair Signaling Circuit Protector (Modular) The ASCO Model 172 Series is designed to protect two pairs of wires specifically for alarm and security systems where operating currents can be as high as 5 amps. Electrically, the ASCO Model 172 Series is a rugged series hybrid implementing a staged complement of MOVs, copper wound inductors and Silicon Avalanche Diodes. This design reduces series resistance to 0.2 Ohms per pair. These products are intended to mate with an ASCO PCB1B gold-plated female terminal connector. ASCO Model 172 modules plug into a base assembly (ASCO PCB1B). The base assembly can be mounted to any flat surface and should be located as close as practical to the protected equipment. Terminal 1 and/or terminal 10 should be connected to Building-Approved Ground with 12- or 10-gauge solid wire. Features • • • • • • ASCO PCB1B BASE SOLD SEPARATELY General Technical Specifications Operating Voltage 15, 20, 30, 36, 43, 60, 100, 150 VDC Odd Terminals Unprotected Pair 2 5A Peak Surge Current 8 6 5 4 3 2 1 < 0.1 dB at 10 MHz SPD Technology MOV, SAD, w/ Series Inductor Connection Type Terminal block w/ compression lugs Terminals accept up to 10 AWG Operating Temperature -40°C to +85°C UL 497B Applications Part Number 24V Horn, Strobe, Bell 172D043S10KXPCN0 & PCB1B 70V Speaker Lines 172D100S10KXPCN0 & PCB1B } Protected Pair 1 2.4" [60.96] Electronics Side 2.125" [53.98] Ground Terminal 1 or 10 to Building Approved Ground (preferably AC Power safety ground). DO NOT daisy chain grounds. NOT intended for shield termination. Install ground in accordance with all applicable codes. Dimensions 2.3” [58.42] 8 oz [0.23 kg] Certifications Protected Pair 2 1.0” [25.40] 3.7˝ H x 1.75˝ W x 2.375˝ L [94 x 44.45 x 60.33 mm] (172 + PCB1B Base) Weight (oz / kg) } Keying Pin 0 to 10 MHz Insertion Loss 36 { Other configurations available, please contact factory. Even Terminals 7 MODEL 172  ontinuous current up to 5 Amps C UL 497B listed Requires ASCO PCB1B base Order ASCO PTU — an invaluable troubleshooting tool 5 year warranty Ordering Information 10 9 10 kA (8 x 20 μs) Frequency Range Dimensions (in / mm) { Field Side Unprotected Pair 1 Operating Current • • • • • Terminal Assignments 12, 18, 24, 30, 36, 52, 70, 120 VDC Clamping Voltage Three-stage protection Differential protection Common mode protection Plug-in module Automatic recovery Fast response time Model 172 3.7” [93.98] MODEL Former Model Name OPERATING VOLTAGE CLAMPING VOLTAGE 172D015S10KXPCN0 Edco PHC-015 12 VDC 15 VDC 172D020S10KXPCN0 Edco PHC-020 18 VDC 20 VDC 172D030S10KXPCN0 Edco PHC-030 24 VDC 30 VDC 172D036S10KXPCN0 Edco PHC-036 30 VDC 36 VDC 172D043S10KXPCN0 Edco PHC-043 36 VDC 43 VDC (for Horn, Bell, Strobes) 172D060S10KXPCN0 Edco PHC-060 52 VDC 60 VDC 172D100S10KXPCN0 Edco PHC-SP70 70 VDC *100 VDC 172D150S10KXPCN0 Edco PHC-130RMS 120 VDC *150 VDC (for 120 V Signal Lines) Data / Signal SPDs Model 159 (Edco HVCP-48) Zone/Loop/Data The ASCO Model 159 is a hybrid surge protection product featuring DC power, data and video protection in one package. Each separate circuit is capable of handling highcurrent impulses while tightly clamping transients and allowing critical power and data to be transmitted. Features • Three separate hybrid circuits • Balanced transition circuit • Ultra low capacitance, low signal loss General Technical Specifications • Rugged gas tube protection • Optional DIN rail assembly (sold separately) • 5 Year warranty • UL 497B Wiring Diagram DC Power Protection (VS) Operating Voltage Clamping Voltage Operating Current Peak Surge Current SPD Technology Connection Type 48 VDC 70 VDC 1 Amp 10 kA GDT, SAD, Series Element 5.08mm Terminal Block Plug High Speed Data Protection (SDIO) Clamping Voltage Operating Current Peak Surge Current SPD Technology Connection Type Model 159 15 VDC 0.15 A 10 kA GDT, SAD, Series Element 5.08mm Terminal Block Plug Video Protection Clamping Voltage Peak Surge Current SPD Technology Connection Type 2 VDC 10 kA GDT, SAD, Series Element 5.08mm Terminal Block Plug Physical Data Ground Wire (in / mm) Terminal Wire Range Wiring Terminal Torque Wiring Terminal Strip Length (in / mm) Dimensions (in / mm) Material Weight (oz / kg) Mounting Operating Temperature Operating Humidity Dimensions 12 AWG, 36.0” [914.4 mm] Long 28-12 AWG 4.5 LB in 0.28” - 0.31” [7.11 - 7.87 mm] 3.3” L x 3.3” W x 1.35” H [83.82 x 83.82 x 34.29 mm] High Impact Plastic 12 oz [0.34 kg] Flange mounted, 3.75” mounting hold distance, (0.188” dia.) (2x) DIN-Rail mounting (Optional) -40°C to +74°C 0% to 95% Non-condensing Certifications Environmental Safety Warranty RoHS Compliant UL 497B Listed, Tested to IEC 802.11 5 Year 37 Data / Signal SPDs Model 160 (Edco CX Series) CCTV & Data Applications/Coax The ASCO Model 160 Series Surge Protective Devices (SPDs) implement three-stage hybrid technology. The SPDs address over-voltage transients with a primary Gas Discharge Tube (GDT), and secondary Silicon Avalanche Diode (SAD) components. Over-current protection, e.g. sneak and fault currents, are mitigated with solid-state resettable fuses—PTCs. ASCO Model 160 Series SPDs are designed in accordance with NFPA 780 (2004 edition) requirements, with up to 20 kA of surge current capability. The 160D006S20KXCGN0 model has an isolated ground and is recommended for use at the camera end. 160D006S20KXCXN0 (Edco CX06-M) Features 160D006S20KXCGN0 (Edco CX06-MI) • Sneak/fault current protection • Low insertion loss • Shielded case OPTION: DIN RAIL KIT AVAILABLE ORDER PART # CXDIN (Edco 11604KIT-CX) General Technical Specifications 5 VDC Clamping Voltage 6 VDC Operating Current 0.15 A Frequency Range Insertion Loss Response Time 20 kA (8 x 20 μs) 0 to 20 MHz < 0.1 dB at 20 MHz < 0.5 ns SPD Technology GDT, SAD, w/ Series PTC Connection Type BNC, 50/75 Ohm Operating Temperature Dimensions (in / mm) Weight (oz / kg) Certifications -40°C to +85°C 160D006S20KXCXN0 = 1.5˝ H x 1.0˝ W x 3.25˝ L [38.1 x 25.4 x 82.55 mm] 160D006S20KXCGN0 = 1.5˝ H x 1.0˝ W x 4.0˝ L [38.1 x 25.4 x 101.6 mm] 160D006S20KXCXN0 = 2.3 oz [0.07 kg] 160D006S20KXCGN0 = 3 oz [0.09 kg] UL 497B Other configurations available, please contact factory. MODEL Former Model Name APPLICATION 160D006S20KXCXN0 Edco CX06-M Head-End 160D006S20KXCGN0 (w/ Isolated Ground) Edco CX06-MI Camera-End ACCESSORIES Former Accessory Name CXDIN 11604KIT-CX DIN Mounting Kit for 160D006S20KXCXN0 Installation Instructions Model 160D006S20KXCXN0 or 160D006520KX16NO Head-End Equipment (16 Channel Rackmount) e wir e) l nd rou ossib g ep sp (Ke ort a sh as To AC Power Ground 38 160D006S20KXCGN0 has an isolated ground 5 year warranty UL 497B Ordering Information Operating Voltage Peak Surge Current • • • Model 160D006S20KXCGN0 Camera-End Equipment (K as eep g sho rou rt a nd s p wire oss ible ) To AC Power Ground or Building Ground Data / Signal SPDs APT BNCA10kA BNC In-Line Coax SPD BNCA10kA is a premium SPD intended for Severe Service at BNC coaxial connections for video equipment such as CCTV cameras. The BNCA10kA SPD features Three Stage Series Hybrid Surge Protection • Primary ‘Course’ Protection: Gas Discharge Tubes (GDTs) • Series Current Limiting Component • Secondary ‘Fine’ Protection: Silicon Avalanche Diodes (SADs) • Easy to Install, Din-Rail Mounting Bracket Included Performance Specifications Design Features Nominal Operating Voltage 5V Maximum Operating Voltage 8V Maximum Signal Current 300mA 10kA Imax Surge Current Rating (8/20µs) Clamping Voltage (Pin-Shield) 8/20µs, 5kA: 13.2V 10/700µs, 1kV: 14.7V Digital Transmission Rate ≤10Mbps Analog Frequency Range 0-10Mhz Insertion Loss ≤0.5dB@10MHz Response Time Connection Type <1ns BNC, 50 / 75 ohm Discrete Modes of Protection Pin-Shield, Shield-Ground Designed, Manufactured & Tested consistent with: • IEEE C62.43-2005 • IEEE C62.64-2009 • IEEE C62.41.1, C62.41.2 & C62.45 • IEEE Location Categories C, B and A • NFPA 780 Lightning Protection • IEC 61643-21 Shield - Ground Isolation The BNCA10kA includes separate protection modes for Pin to Shield and Shield to Ground. This prevents SPD ground loops and possible signal interference caused if a long run of cable references a different ground than the head-end ground. Installation • This is a directional, in-line series-connected SPD. PROTECTED end of SPD must be at equipment or camera end. UNPROTECTED end must be at cable end. Industry ‘Best Practices’ recommend SPDs at both ends of cabling. • Grounding: Locate SPD such that Ground lead is as short and straight as possible. Connect to a reliable ground, which should be the same ground reference for power and Pan-Tilt-Zoom (if equipped). Trim Ground lead as appropriate. Inches matter! Do not coil excess lead - cut off excess lead. Crimp-attach included wire terminal and connect to reliable ground. Din-Rail bracket does not electrically ground this SPD. SPD attachment to Din-Rail is not mandatory. • All applicable Code(s) and regulation(s) must be followed. • If SPD problems are suspected, remove SPD and test system. If system operates normally, replace SPD. Physical Specifications Quality & Validation Intended for use within a weather-resistant enclosure RoHS - compliant Relative Humidity Range: 0 - 95% non-condensing 5 year warranty (longer optional) Operating Temp: -40°C (-40°C) to +176°F (+80°C) Individually Tested prior to shipment Weight: 0.25lbs (100g) ISO 9001:2008 Quality Management System Dimensions: 3.35” (85mm long) x 1” square (25mm) CE Mark Pre-wired with 2’ (60cm) of #12 AWG ground conductor (User to cut to shortest length possible) Anodized Extruded Aluminum Case; metallic bracket BNC gender changers are available 39 AC Power Filter / SPDs Series Connected Model 166 (Edco™ CX-HFN) High Frequency Coax Protector — N-Type The ASCO Model 166 surge protectors are designed to protect sensitive electronic equipment from damage due to excessive voltage or currents generated by lightning or static build-up. The Model 166 offers low signal loss at frequencies up to 4 gigahertz. The unit also has a replaceable protection cartridge (CX-RC). The Model 166 accommodates both bulkhead mount and stud mount. The input and output connections are interchangeable. Features • Low signal loss • 5-year warranty • N-Type Connectors General Technical Specifications Operating Voltage 130 VDC Clamping Voltage 150 VDC Operating Current 1A Peak Surge Current 10 kA (8 x 20 μs) Maximum Power 10 Watts Impedence 50 Ohms Frequency Range Insertion Loss SPD Technology Connection Type Operating Temperature Dimensions (in / mm) Weight (oz / kg) Warranty 40 Ordering Information 0 to 4 GHz 0.6 dB @ 3 GHz; 1 dB @ 4 GHz Gas Discharge Tube (GDT) N-Type -35°C to +85°C 1.25˝ H x 1.0˝ W x 2.5˝ L [32 x 25.4 x 64 mm] 4 oz [0.11 kg] 5 years MODEL Former Model Name APPLICATION 166D150S10KGCXN0 Edco CX-HFN-FF (Female-Female) 166D150S10KGCMN0 Edco CX-HFN-FM (Female-Male) Data / Signal SPDs Model 185 (Edco CAT6-POE Series) CAT6 Power-Over-Ethernet The ASCO Model 185 is designed to work on Category 6 Power-Over-Ethernet transmission line applications and is ideal for protecting expensive computer and video equipment from damaging surges and transients. Transmission lines provide easy access for transients to enter a facility putting vital equipment at risk. The ASCO 185D068S10KXRGN0 is available with an isolated ground to be used at the equipment end in order to prevent circulating ground currents. Up to four ASCO Model 185s can be installed using optional ASCO C6MP4 mounting bracket. Features • Exceeds Category 6 transmission values • Three stage hybrid circuit • DC over Ethernet all pins General Technical Specifications 185D068S10KXRGN0 Operating Voltage 0-57 VDC Clamping Voltage 68 VDC Operating Current* 0.75 Amp Per Pin Peak Surge Current 10 kA (8 x 20 µs) Per Pair Insertion Loss < 0.1 dB Topology Transmission Speeds 10BaseT; 100BaseT; 1000BaseT Shielded RJ-45, 7˝ (.18M) Unshielded RJ-45, 7˝ (.18M) Ground Terminal 10-32 Stud 10-32 Stud (Isolated) Operating Temperature -40°C to +85°C (operating current adjusted to 40% @ +85°C) Operating Humidity 0-95% Non-Condensing Aluminum Mounting Flange Weight (oz / g) 5 oz [142 g] UL 497B Listed, Tested to IEC 802.11 (Complies to IEEE 802.3AT and 802.3AF) Optional Multi-Unit Mounting Bracket Bracket accommodates up to four Model 185 surge protectors. Bracket’s ground lug allows all devices to share one single ground connection. 185D068S10KXRGN0 Edco CAT6-POE-I CAT6 Protection with Isolated Ground C6DIN 11604KIT-C6 Multi-Unit Mounting Bracket Single unit DIN Mounting Kit * (Sold Separately) Installation Instructions 1. 2. 7.91˝ L x 3.48˝ W x 1.89˝ H [201 x 88.5 x 48 mm] Material (Sold Separately) Part Number: C6MP4 CAT6 Protection *Includes DIN clips and hardware to mount a single unit. RJ-45 Jacks (Isolated) Certification 185D068S10KXRJN0 Edco CAT6-POE GDT, SAD, Series PTC RJ-45 Jacks (Shielded) Dimensions (in / mm) APPLICATIONS C6MP4 C6-MP4 All Lines (1-8) Protected (L-L) and (L-G) Signal High-Low; High-Ground; Low-Ground SPD Technology MODEL Former Model Name ACCESSORIES Former Model Name Two Port Series Modes of Protection CAT 5 Output Cable Optional mounting bracket Optional DIN mounting kit 5 year warranty UL 497B Ordering Information 185D068S10KXRJN0 Input/Output Connection • • • • 3. 4. Mount the SPD as close as possible to the protected equipment and secure. #6 hardware is recommended. Connect a #10 ground wire using a 10-32 ring terminal (not provided) to the SPD ground stud. Connect the opposite end of the wire to a “building approved ground”. Wire should be short and straight as possible. Connect the Model 185 supply cable (with RJ-45 connector) to the INPUT side of the SPD. Complete the circuit by connecting the CAT5 cable (provided) from the output of the SPD to the protected equipment. Higher Operating Currents * For applications requiring higher Operating Currents, input connections can be paralleled to meet the desired rating. 41 Data / Signal SPDs Model 184 (Edco CAT6-5POE) CAT6/CAT5 Power-Over-Ethernet The ASCO Model 184 is designed to work on Category 5 Power-Over-Ethernet transmission lines as well as Category 6 applications. Ideal to protect expensive equipment against surges and transients entering a building on exposed transmission lines. Features • Exceeds Cat 5 & 6 transmission values • CAT5 POE compatible • CAT6 compatible General Technical Specifications Operating Voltaget Installation Instructions 0-57 VDC 1. Clamping Voltage 68 VDC Operating Current 350 mA 2. 60 A (10 x 1000 µs) 3. Peak Surge Current Frequency Range Insertion Loss Silicon Avalanche Diode (SAD) Connection Type Female-Female RJ-45 Jacks Dimensions (in / mm) Weight (oz / kg) Warranty MODEL Former Model Name 184D065S060SRJN0 Edco CAT6-5POE-FF RJ-45 (female-to-female) 184D065S060SRMN0 Edco CAT6-5POE-MF RJ-45 (male-to-female) -40°C to +85°C 0.8˝ H x 1.0˝ W x 2.3˝ L [20.3 x 25.4 x 58.4 mm] 1 oz [0.02 kg] Circuit Diagram 2 2 Typical (4x) IN 1 OUT 1 5 year Low Capacitance Neg Steering Diodes Silicon Avalanche Diodes Low Capacitance Pos Steering Diodes Dimensions 0.8” [20.3] 2.3” [58.4] 1.0” [25.4] 42 APPLICATION < 0.1 dB at 20 MHz SPD Technology Operating Temperature Ordering Information Mount the SPD as close as possible to the protected equipment. Connect the supply cable (with RJ-45 connector) to the INPUT side of the SPD. Complete the circuit by connecting the output of the SPD to the protected equipment. 0 to 250 MHz • Applications up to 57 VDC @ 350mA • 5 year warranty Data / Signal SPDs Model 138 (Edco RJA-RJD Series) RJ-45 Telephone/Data The ASCO Model 138 are four pair telephone/data line protectors that implement advanced two stage hybrid design. These units address over voltage transients with silicon breakover devices, while sneak and fault currents are mitigated with PTC technology, which consists of solid state resettable fuses. The ASCO Model 138 incorporates female jacks in and out. The ANALOG Model 138 voltage clamp is set for C.O. Trunks and Analog Telephone Extensions (with ring in voltage), and the DIGITAL Model 138 voltage clamp is set for Digital Extensions (no ring in voltage). Features • • • • General Technical Specifications 48, 220 VDC Clamping Voltage 55, 280 VDC Operating Current 0.15 A Peak Surge Current Insertion Loss 0 to 50 MHz < 0.1 dB at 50 MHz Silicon Breakover Devices w/ Series PTC Connection Type RJ-45 Jacks Dimensions (in / mm) Line-to-line protection Tip & ring to ground protection 4 pair protection 5 year warranty UL 497A To Protected Equipment 200 A (10 x 1000 μs) SPD Technology Operating Temperature • • • • • Installation Instructions Operating Voltage Frequency Range <1 nanosecond response time Solid-state resettable fuses — PTCs Silicon breakover technology Low capacitance -40°C to +85°C Model 138 Gnd Equipment (Protected) 1.0˝ H x 2.5˝ W x 4.25˝ L [25.4 x 63.5 x 108 mm] Weight (oz / kg) 3 oz [0.09 kg] Certifications UL 497A, CUL (Unprotected) Line Building Approved Ground Ordering Information MODEL Former Model Name APPLICATION 138D280S200SRJN0 Edco RJA-45 Analog Phone 138D055S200SRJN0 Edco RJD-45 Digital Phone Model 138 To Telco The ASCO Model 138 is intended for indoor use only and shall be employed on the equipment side of a listed primary telephone protector. 43 Highway Lighting Model 235 (Edco SHAS Series) Highway Lighting Protection The ASCO Model 235 surge protector is a compact watertight device that is designed to be installed directly within a light pole to protect the sensitive lighting ballast or power supply from damaging transients. Model 235 easily fits into the 3” x 5” hand hole located at base of the light pole and is wired in series with the load for the best performance. This series contains a green status LED that will go out in the event the units protection has been reduced. This enables maintenance personnel to identify if the unit needs to be replaced. Features Submersion Tested • Seven feet submersion for 120hrs • 50+ hours energized at 480VAC while submerged • Test Report Available • Fully encapsulated for water resistance • Submersion tested to satisfy waterproof requirements • Series connected surge protection • Metal Oxide Varistor (MOV) Technology • All modes of protection • ‘Protected’ status LED • Compact design - fits easily in highway or parking lot light pole • 5 year warranty General Technical Specifications Installation Instructions Model 1. Check voltage source to verify that the correct Model 235 is being installed. 2. Disconnect power to light pole before beginning installation of surge protector. 3. Remove hand hole panel on pole to gain access to the light wiring. 4. Disconnect wire nuts connecting wire from electrical service to light. Check to ensure no voltage is present. 5. Connect line side of Model 235 to wire coming from service panel. L1 wire is connected to Line 1 (hot), L2 is connected to Line 2 or Neutral depending on the voltage. 6. Connect the load side of the Model 235 to wires going up to the light. L1 is connected to Line 1 (hot), L2 is connected to Line 2 or neutral depending on the voltage. 7. Connect the Ground wire on the Model 235 to the ground lug or screw inside the light pole. 8. Carefully push the surge protector and wiring back inside the light pole and attach the hand hole panel on pole. 9. Model 235 comes with a green status LED that indicates that power is applied and that the unit is protecting if illuminated. If the LED is out there is probably no power coming to the unit but can also can indicate that the unit has failed and needs to be replaced. 235120NF015... (Edco SHAS-120) 235240LF015... (Edco SHAS-240) 235277NF015... (Edco SHAS-277) 235480LF015... (Edco SHAS-480) Operating Voltage 120 VAC 240 VAC 277 VAC 480 VAC Maximum Continuous Operating Voltage (MCOV) 150 VAC 320 VAC 320 VAC 550 VAC Voltage Configuration Single Phase, 2W + G Continuous Operating Current 15 A Operating Frequency Modes of Protection 47-63 Hz L-N, L-G, N-G L-L, L-G Total Peak Surge Current L-N, L-G, N-G L-L, L-G 36 kA Clamping Voltage: @200A Ringwave 400V (L-N) 708V (L-L) 708V (L-N) 1,500V (L-L) @500A Combination 394V (L-N) 684V (L-L) 684V (L-N) 1,260V (L-L) @3kA Combination 564V (L-N) 876V (L-L) 876V (L-N) 1,780V (L-L) @10kA Combination 1,160V (L-N) 1,400V (L-L) 1,400V (L-N) 2,560V (L-L) Status Indication Green LED Connection Type Series Connected Wire Type #12 AWG (See Wiring Chart on pg. 2) Operating Temperature Dimensions (in/mm) -40°C to +85°C 1.5”H x 2.0”L x 2.0”W [38.1 x 50.8 x 50.8 mm] Weight (lbs/kg) 0.52 lbs [0.24 kg] Dimensions Wiring LEAD LENGTH GAUGE COLOR CONNECTION 22” 12 AWG Green Ground 12” 12 AWG Black L-1 (Hot) 12” 12 AWG Black 1.5” [38.1] 2.88” [73.15] L-2 (Neutral or Hot) 2.0” [50.8] 2.5” [63.5] 44 2.0” [50.8] Highway Lighting Model 235 (Edco SHA Series) Highway Lighting Protection ASCO Model 235 provides surge protection for highway lighting/street pole applications. The suppressor is encapsulated in a compact watertight enclosure that can be installed inside the pole. Model 235 is available in 120V, 240V, 277V and 480V Single Phase models. In addition, optional Low Capacitance (LC) and Both Black leads (BB) models are offered. Features • Fully encapsulated for water resistance • Submersion tested to satisfy waterproof requirements • Metal Oxide Varistor (MOV) Technology • Line-to-Ground Protection General Technical Specifications 235240LF030... (Edco SHA-2403) 235277NF030... (Edco SHA-2773) 235480LF030... Edco SHA-4803 Operating Voltage 120 VAC 240 VAC 277 VAC 480 VAC Maximum Continuous Operating Voltage (MCOV) 150 VAC 275 VAC 320 VAC 550 VAC Voltage Configuration Single Phase 2W+G Continuous Operating Current 30 A Operating Frequency 47-63 Hz Modes of Protection L-G, N-G Total Peak Surge Current Rating 39 kA Clamp Voltage: @ 1ma (V peak) 240 V 430 V 510 V 910 V @ 200 amps 395 V 710 V 850 V 1500 V Connection / Wire Type Series Connected; Wire Leads Current Drain 100 microamps Insulation to Ground > 600 Volts Response Time < 25 nanoseconds Operating Temperature -40°C to +85°C Dimensions (In/mm) Neutral-to-Ground Protection No Follow Current Solid State Design 5 Year Warranty Installation Instructions 235120NF030... (Edco SHA-1203) Model • • • • 0.8” H x 2.875” W x 5.3” L [20.3 x 73.0 x 134.6 mm] Weight (lb/kg) 1 lb. [0.45 kg] 1. Check voltage source to verify that the correct model ASCO Model 235 is being installed. 2. Disconnect power to light pole before beginning installation of surge protector. 3. Remove hand hole panel on pole to gain access to the light wiring. 4. Disconnect wire nuts connecting wire from electrical service to light. Check to ensure no voltage is present. 5. Connect line side of Model 235 to wire coming from service panel. L1 wire is connected to Line 1 (hot), L2 is connected to Line 2 or Neutral depending on the voltage. 6. Connect the load side of the Model 235 to wires going up to the light. L1 is connected to Line 1 (hot), L2 is connected to Line 2 or neutral depending on the voltage. 7. Connect the Ground wire on the Model 235 to the ground lug or screw inside the light pole. 8. Carefully push the surge protector and wiring back inside the light pole and attach the hand hole panel on pole. Wiring Dimensions 1.17” [29.72] Typical 2.95” [74.93] 1.17”[29.72] Typical 4.86” [123.44] 5.25” [133.35] LEAD LENGTH GAUGE COLOR CONNECTION 22” 6 AWG Green Ground 12” 10 AWG Black L-1 (Hot) 12” 10 AWG White L-2 (Neutral or Hot) 0.80” [20.3] 45 Medium Voltage Model 950 (APT MVF Series) Features DANGER DANGER HIGH VOLTAGE 1500VAC KEEP AWAY DANGER CONTAINS NO USER SERVICEABLE PARTS ALTO VOLTAJE FAILURE TO KEEP AWAY WILL RESULT IN DEATH OR SERIOUS INJUR Y SPD • Medium Voltage SPD with Dedicated Fuse Box • Intended for Large Industrial & Heavy Duty Applications: –– Oil & Gas, Water & Wastewater, Industrial Process, Chemical, Data Centers, Manufacturing, Paper & Pulp, Etc. • Voltage Specific Design – Highly Configurable • 50-60Hz and VFD frequencies • All Modes of Protection • Wires Included • 7 Year Warranty SPD Design Attributes Low clamping voltage for maximum equipment protection Parallel design MOV suppression allows installation flexibility Bi-directional operation for positive and negative polarity surges Solid state, fully automatic action & reset Large-Block, 40mm, MOVs Fuse Box HIGH VOLTAGE Intended for High Energy applications including all IEEE C62.41.2 Inorganic silica particle encapsulation –– Noncombustible at extreme temperature –– Superior gaseous expansion tolerance Double insulated against ground fault or arcing with redundant and separate polypropylene and polyethylene layers Represents a typical installation of 950 Elastomeric Ceramgard® potting protects against environmental contaminants Fuse Box Design Attributes Performance Specifications Available Surge Current Ratings: –– 120kA Per Phase –– 240kA Per Phase All Mode Protection: A-B, B-C, A-C, A-G, B-G, C-G Proven ‘large block’ 40mm round MOV Technology Less than 1 nanosecond response time Physical Specifications NEMA 4 (IP66) Heavy Gauge Steel Enclosure Designed to be installed in front of and in-line with ASCO’s Medium Voltage SPD – Fuse Box included as part of the 950 Non-conductive NEMA 4X Polycarbonate enclosure Stainless steel lockable latches Connecting wires from Fuse Box To Power System included: –– 2.4m (8 ft) of #6 AWG, 25kV wire each (3 Phase, 1 Ground) –– Additional 6kV sleeving on each wire for added safety Two (2) – 1 ¼ ” threaded hubs included - to enter and exit enclosure Includes 3 Bussmann fuses: model 5.5CAVE (5.5kV, 15A) Includes 6” of conduit for SPD to Fuse Box connection Dimensions: 12” x 12” x 6” (31cm x 31cm x 15.5 cm) Weight: 65 lbs (29.5kg) Relative Humidity Range: 0 – 95% Non-Condensing Operating Temperature: -40°C (-40°F) to +85°C (+185°F) Pre-wired with 2’ (0.61 Meters) #6 AWG stranded leads for connection to Fuse Box Fuse Box Physical Specifications NEMA 4X (IP 66) Polycarbonate enclosure Dimensions: 18” x 16” x 10” (457.2mm x 406.4mm x 254mm) Weight: 35 lbs (15.9 kg) Relative Humidity Range: 0 – 95% Non-Condensing Quality One (1) Year Warranty on Optional Monitoring Package RoHS- compliant ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification 46 Optional Diagnostic Monitoring Operating Temperature: -40°C (-40°F) to +85°C (+185°F) Maximum Voltage and Current: 5500VAC and 15A Torque Value: 9 Newton-Meters (80 Inch-Lbs) Fuse Box Wire Terminal Sizes: (Wires are included) –– Phase Wires: #8 AWG – 1/0 AWG –– Ground Wires: #14 AWG - 1/0 AWG (Fuse box not shown) • Allows for on-site or remote monitoring of suppression circuit, grounded phase or phase loss • High Intensity Green LED indicator lights for each individual phase –– Bright enough for drive-by visual confirmation • Form C Dry Contact Relay for each individual phase • Available on 120kA models only with NEMA 3R vented enclosure ASCO Power Technologies Surge Protection Headquarters 14450 58th Street North Clearwater, FL 33760 Tel: 800 237 4567 (U.S & Canada Only) 727 535 6339 (Outside U.S.) Fax: 727 539 8955 Global Headquarters 50 Hanover Road Florham Park, NJ 07932 Tel: 800 800 ASCO [email protected] SL-90004 (rF 06/17) surge.ascopower.com www.ascoapu.com ASCO. 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