APT_Product_Catalog_revL.indb XRS Series APT Product Catalog
User Manual: XRS Series
Open the PDF directly: View PDF 
.
Page Count: 56
| Download | |
| Open PDF In Browser | View PDF |
“Protecting the electronic world from surges” 2016 SPD PRODUCT CATALOG Surge Protective Devices www.aptsurge.com | 1.800.237.4567 | info@aptsurge.com Table of Contents SPD Sizing Chart .........................................................................................................................................................................................................................................5 Type 1 and Type 2 SPDs SPDEE Series ....................................................................................................................................................................................................................................................6 SPDEE DC Series ..........................................................................................................................................................................................................................................8 TEXCS Series ................................................................................................................................................................................................................................................10 TEXDS Series ................................................................................................................................................................................................................................................12 TEXAS Series ................................................................................................................................................................................................................................................14 TEXAL Series ...............................................................................................................................................................................................................................................16 TEXBS Series .................................................................................................................................................................................................................................................18 TEXBL Series .................................................................................................................................................................................................................................................20 Type 2 SPDs TE/HP Series (Modular) ....................................................................................................................................................................................................................22 TE/HPS Series (Modular) ..................................................................................................................................................................................................................24 TE/XGA Series (Modular) ...............................................................................................................................................................................................................26 TE/XMS Series (Non-Modular) ...................................................................................................................................................................................................28 Component Assembly SPDs (Type 1 & Type 2) TE/XRS Series ............................................................................................................................................................................................................................................30 TE/XRL Series ...........................................................................................................................................................................................................................................32 TE/XWS Series ........................................................................................................................................................................................................................................34 TE/XWL Series ........................................................................................................................................................................................................................................36 DIN-Rail: AC Power & DC PV ...................................................................................................................................................................................................38 Specialty SPDs S-Kit Series ...................................................................................................................................................................................................................................................40 iArrest Series .............................................................................................................................................................................................................................................42 Low Voltage Communication & Data BNCB5kA ......................................................................................................................................................................................................................................................44 BNCA10kA ..................................................................................................................................................................................................................................................45 BNC Guide ....................................................................................................................................................................................................................................................46 DIN-Rail: Popular Traffic / ITS .......................................................................................................................................................................................................47 DIN-Rail: Low Voltage .......................................................................................................................................................................................................................48 Medium Voltage SPDs MVF Series ...................................................................................................................................................................................................................................................50 What Electrical System is It? .....................................................................................................................................................................................................52 Frequently Asked Questions ......................................................................................................................................................................................................53 Don’t Leave your Home Unprotected .............................................................................................................................................................................54 Past, Past,Present Present&&Future Future Past, WHY Present & Future APT? AdvancedProtection ProtectionTechnologies, Technologies, Inc. Inc. TopTop Notch Notch Customer Customer Service Service “Protecting “Protecting the the Advanced Advanced AdvancedProtection Protection Technologies, Technologies, Inc.Inc. (APT) (APT) hashas been been APTAPT has has earned earned the respect the respect from our fromclients our clients by providing by providing electronic electronic world world designing, designing, manufacturing manufacturing and and selling sellingIndustrial, Industrial,world world classclass customer customer service. service. Frost Frost & Sullivan & Sullivan has has Commercial, Commercial,Oil/Gas Oil/Gasand andResidential Residential Surge Surge Protective Protective honored honored us for us three for three yearsyears with with awards awards for superior for superior Advanced Protection Technologies, Inc. Top Notch Customer Advanced Protection (APT) has anumber worldwide “Protecting from surges“ surges“ the Devices Devices (SPDs) (SPDs) since since 1985. 1985. WeWe areare aTechnologies, privately a privately heldheldInc. service service and has and ranked hasbeen ranked APT APT number oneService inone the in SPD thethree SPD three company company with withnono debt debt that that has has been been under under thethe original original phase market. market. Ourearned Our manufacturing manufacturing processes processes ISO are Advanced Protection Technologies, Inc. (APT) has phase been APT has the respect from ourare clients by ISO providing leader in the surge suppression industry since 1985. Headquartered electronic world ownership ownership for forthe theentire entireduration. duration. What What began began as as aIndustrial, a 9001:2008 9001:2008 certified. certified. We customer have We have two in-house two in-house testing labs labs has designing, manufacturing and selling world class service. Frost testing & Sullivan in Central Florida, heart oftolightning activity, APT’s surge protection small smallcompany companyofoften ten employees, employees, selling selling to customers customers thatthat are ISO are ISO 17025 17025 certified certified by ULby toUL do to portions do awards portions of UL for of UL Commercial, Oil/Gas and Residential Surge Protective honored us for three years with superior from surges“ products have long set theaa global standard for protection of ranked commercial inin Southeastern Southeastern USA, USA,has hasgrown grown to to become become a global 1449 1449 testing. testing. Devices (SPDs) since 1985. We are privately held service and has APT number one in the SPD three industry industry leader leader with with over over one one hundred hundred employees. employees. company with no debt that has been under the original phase market. Our manufacturing processes are ISO and industrial facilities. Each Each member memberofoffor the the senior senior management management team team has has Local ownership the entire duration. What began as Local a Growth 9001:2008 We have two in-house testing labs Growth &certified. Worldwide & Worldwide Presence Presence been beenwith withthe the company company for more more than than 15selling 15 years. years. APT APT small company of for ten employees, to customers that are ISO 17025 certified by UL to do portions of UL In 2007, In 2007 APT’s , APT’s growth growth strategy strategy expanded expanded from its from base itsinbase in In addition to superior products, APT has received numerous awards has has eight eight degreed degreed Electrical Electrical Engineers Engineers on staff, staff, an in Southeastern USA, has grown to on become aanglobal 1449 testing. the the US US Construction Construction Market Market and began and began to focus to focus on on exceptionally exceptionally trained technical sales team team andthe and a coveted a industry leader technical with oversales one hundred employees. for trained customer service including Frost and Sullivan Market Alternative Alternative Energy, Energy, Oil/Gas, Oil/Gas, OEM OEM and International and International manufacturing manufacturing team teamtrained trained in thethe latest, latest, state state of the ofteam the has Each member of thein senior management Local &keyWorldwide Presence Markets. Markets. APT APT hasGrowth has developed developed relationships key relationships and a and a Engineering Award. art, art,Lean Lean manufacturing manufacturing processes. processes. been with the company for more than 15 years. APT number number ofInnew of new products products that will that drive will growth drive growth in these in these 2007 , APT’s growth strategy expanded from its base in has eight degreed Electrical Engineers on staff, an newnew markets markets for years to come. to come. InMarket 2010, In 2010, APT APT growth hitto focus hit on the for USyears Construction andgrowth began trained technical sales team and a Our commitment to service and exceeding expectations comes 41%41% overover the previous the previous year. year. Following Following that OEM trend, that trend, inand 2011in 2011 Alternative Energy, Oil/Gas, International Surge Surgeexceptionally Protective Protective Devices Devices manufacturing team trained in the latest, state of the we we celebrated celebrated a 10,000 a 10,000 square foot manufacturing foot floor floorand a Markets. APT has square developed key relationships from our people and sophisticated system integration. We value themanufacturing APT APThas has the the most most complete complete line line of of Low Low Voltage Voltage SPDs SPDs in in art, Lean manufacturing processes. expansion. expansion. Several Several new new positions positions were were created created ranging ranging number of new products that will drive growth in these the the industry, industry, with with over over70,000 70,000 SKUs, SKUs, used used in integrity, responsiveness and client relationship and support itinwith frontfront officeoffice administration administration to production production assemblers assemblers new markets for years to to come. In 2010, APT growth hit applications applicationssuch suchasasIndustrial, Industrial, Commercial, Commercial, Residential, Residential, fromfrom to high level level manufacturing manufacturing personnel. personnel. We have We settled have settled 41% over the previous year. Following that trend, in 2011 technical excellence. Surge Protective Devices Data/Communications Data/Communications and and much much more. more. OurOur lowlow voltage voltage to high into into our our new new facility facility and implemented and implemented new workflow new workflow we celebrated a 10,000 square foot manufacturing floor products products protect systems ranging ranging 5VDC 5VDC to SPDs to APTprotect has the systems most complete linefrom offrom Low Voltage in processes. processes. Expansion Expansion continues continues as a as number a number of new of new expansion. Several new positions were created ranging 600VAC, 600VAC, including allallinternational international voltage systems. systems. theincluding industry, with overvoltage 70,000 SKUs, used in We are, “Professionals Serving Professionals” products products are are manufactured manufactured and and new to new brand brand label assemblers label from front office administration production applications such as Industrial, Commercial, Residential, agreements agreements are finalized. are finalized. to high level manufacturing personnel. We have settled Data/Communications and much more. Our voltage Our Ourproducts products are arethe thenumber number one one specified specified SPD SPD by low oil by oil into our new facility and implemented new workflow products protect systems ranging from 5VDC to producers producers and and oil oilservices services companies companies worldwide. worldwide. processes. Expansion as supplier aone number of new We We are committed are committed to becoming to becoming thecontinues number the number one supplier 600VAC, including all international voltage systems. APT’s APT’snew new(1000VAC (1000VAC - 4160VAC) - 4160VAC) Medium Medium Voltage Voltage SPD, SPD,of three products are manufactured and new brand label of three phase phase SPDsSPDs to the to International the International marketplace. marketplace. the thefirst firstofofitsitskind kindininthe theSPD SPD industry, industry, is commonly is commonly APT’s agreements areof finalized. APT’s dedicated dedicated network network distributors of distributors and agents and agents are are used used Our toto protect protect medium medium voltage voltage motors motors at at oil oil currently products are the number one specified SPD by oil currently promoting promoting our products our products throughout throughout Canada, Canada, production production wells, wells, refineries, water/wastewater producers and refineries, oil serviceswater/wastewater companies worldwide. Mexico, Mexico, Central America, South South America, America, Asia, Africa Asia, one Africa We Central are America, committed to becoming the number supplier treatment treatment plants and andmining mining operations. operations. There There are are and APT’splants new (1000VAC - 4160VAC) Medium Voltage SPD, and the the Middle Middle East. East. Our Our proven track track recordrecord andmarketplace. and of three phase SPDs toproven the International currently currently noother other listed listed Medium Medium Voltage Voltage SPDs the no first of itsULUL kind in the SPD industry, is SPDs commonly commitment commitment to dedicated a to long a long term term business business philosophy philosophy has has are APT’s network of distributors and agents available available ininthe the industry. used toindustry. protect medium voltage motors atpushed oil pushed uscurrently tousthe to forefront the forefront of Surge of products Surge Protective Protective DeviceDevice promoting our throughout Canada, production wells, refineries, water/wastewater manufacturing manufacturing and distribution. and distribution. Mexico, Central America, South America, Asia, Africa and mining operations. There are and the Middle East. Our proven track record and Live Livetreatment Training Trainingplants - -Earn Earn PDHs PDHs && CEUs CEUs currently no other UL listed Medium Voltage SPDs commitment to a long term business philosophy has For Forover over twenty twentyyears, APT has hasoffered offered IEEE IEEE accredited accredited Private Private Labeling Labeling & Marketing & Marketing available inyears, the APT industry. pushed us to the forefront of Surge Protective Device Engineering Engineering Seminars Seminarswhere wherePDHs PDHs(qualified (qualified andand APTAPT is the ismanufacturing industry’s the industry’s largest largest private label manufacturer label manufacturer and private distribution. approved approvedbybyIEEE) IEEE)can canbebeearned earned that that areare recognized recognized of SPDs. of SPDs. Past Past and present and present brand brand label partners label partners includeinclude Live Training -states, Earn PDHs & CEUs and and accepted accepted bybymost moststates, including including thethe rigorous rigorous Siemens Siemens Industry, Industry, Schneider Schneider Electric Electric & Square & Square D and D and For over twenty years, APT has offered IEEE accredited states, states, Florida Florida and andNew New York. York. This This course course starts starts with with American Private Labeling &(APC). Marketing American Power Power Conversion Conversion (APC). We regularly We regularly sell sell Seminars where topics PDHs (qualified and basics basicsEngineering and andproceeds proceeds through through advanced advanced topics including including APT APT labeled labeled products to other to other industry industry leaders leaders such such as APT is products the industry’s largest private labelas manufacturer approved byand IEEE) can be earned that are recognized UL, UL, IEEE IEEE &&NEC NEC andis isstandards-based, standards-based, notnot salessalesEaton, Eaton, GE, ABB, ABB, Rockwell aand number a number of smaller of smaller ofGE, SPDs. PastRockwell andand present brand label partners include and This accepted most states, rigorous oriented. oriented. This may mayby bebe thethe most mostincluding efficient efficientthe andand niche niche market market leaders. leaders. Siemens Industry, Schneider Electric & Square D and states, Florida New York. This course starts with comprehensive comprehensive seven sevenand hours hours of of SPD SPD training training available. available. American Power Conversion (APC). We regularly sell basics and proceeds through of advanced topics Engineers Engineers appreciate appreciate the the explanation explanation the of the science, science, art including art APT labeled products to other industry leaders such as UL, IEEE & NEC and issurge standards-based, not salesand andmarketing marketing surrounding surrounding thethe surge industry. industry. Advanced Advanced Protection Protection Eaton, GE, ABB, Rockwell and a number of smaller oriented. This may be the most efficient and Technologies Technologies niche market leaders. comprehensive seven hours of SPD training available. 14550 14550 58th 58th Street North North Engineers appreciate the explanation of the science, art Clearwater, Clearwater, FL 33760 33760 and marketing surrounding the surge industry. Advanced Protection WHAT MARKETS DO WE SERVE? Construction Industrial/Commercial OEM International Phone: Phone: 727.535.6339 727.535.6339 Technologies Fax: Fax: 14550 727.539.8955 727.539.8955 58th Street North Clearwater, FL 33760 www.aptsurge.com www.aptsurge.com Phone: 727.535.6339 Fax: 727.539.8955 ITS/DOT Specialty Sales Medium Voltage Residential SPD Sizing Chart XAS XDS XCS 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 XAS30 XAS20 XAS15 XDS10 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 XAS25 XAS20 XDS15 XCS10 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 XDS20 XDS15 XCS10 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 XDS20 XDS15 XCS10 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 XDS15 XDS10 XCS10 SPDEE PRICING & PRODUCT INFORMATION Call 800.237.4567 or visit www.aptsurge.com spee- dee Type 1 / Type 2 Surge Protective Device/SPD Features: • UL 1449 Fourth Edition Listed • 50kA 8 x 20 µs • 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) • 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 Individually Fused & Thermally Protected MOVs Tri-Mount Installation 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 • Data table on backpage Std. 3/4”-14 Nipple Physical Specifications • • • • • • • • • Relative Humidity Range: 0 - 95% non-condensing Operating Frequency: 47 - 63Hz Peak Operating Temperature: +85oC (185oF) Typical Operating Temperature: -40oC (-40oF) to +60oC (140oF) Response Time: < 1nanosecond Solid State Bi-directional Operation NEMA 4X Polycarbonate Enclosure—UL746C(f1), UL 94-5VA Pre-wired with 3’ (1m) of #10 AWG conductor Typical Type 2 Connection: #10 AWG to 30A breaker Dimensions 3.25 [82.55] 3/4” - 14 4.12 [104.66] 3.58 [90.97] 3.38 [85.95] 3.30 [83.74] 3.24 [82.20] 1.26 [32.05] 1.15 [29.21] Weight:1.60 lbs (0.73 kg) Sized for std 35mm Din-Rail • • • • N-G protection Dry Contact & Audible Alarm Dry Contact connection leads exit through nipple via #18 AWG Other configurations available for OEM - Call Quality, Standards & Validation • • • • • • • • • • • 2 year warranty (longer optional) UL 1449 4th Edition file: VZCA.E321351 at www.UL.com, cUL Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1 Type 2 (Opt.): UL 1449 Fourth Edition, CSA 22.2 No. 269.2 ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010 and C62.72-2007 NEMA LS-1 IEC 61643, CE Burn-In tested prior to shipment ISO 9001:2008 Certified Quality Management System ISO 17025:2005 Certified Test Lab RoHS-compliant Special Thank You to NASA/SATOP for design assistance & validation 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com Bracket Mount for flat surfaces Options Advanced Protection Technologies 6 DIN-Rail Mount (rail not incl.) Application Guide MODEL NUMBER CONFIGURATOR & OPTIONS 50 A (Default) Surge Current Rating Voltage System 120V 50 = 50kA/Phase 127V 1P = One Pole, Single Phase N = N-G Protection 2P = Two Pole, Split Phase D = Dry Contact & Audible Alarm 220V EXAMPLES: 240V S50A120V3Y 277V 50kA, 120V, 3 pole (208Y/120V) 347V 480V S50A277V3YN 50kA, 277V, 3 pole (480Y/277V) with N-G 600V 3Y = Three Pole Wye 2 = Type 2 SPD, including CSA 22.2, No. 269.2 3D = Three Pole Delta 3H = Three Pole Hi-Leg Delta No cost accessories: 8483 Supplementary label SYSTEM CONFIGURATION Options } 1 POLE / SINGLE S N-G* MCOV L-G* S50A120V1P S50A120V2P S50A120V3Y S50A127V1P S50A127V2P S50A127V3Y S50A220V1P S50A220V3Y 120V 600 600* 1000* 20kA 120V/240V 600 1000 600* 1000* 20kA 208Y/120V 600 1000 600* 1000* 20kA 127V 700 600* 1200* 20kA 127/254V 700 1200 600* 1200* 20kA 220Y/127V 700 1200 600* 1200* 20kA 220V-1 pole 1200 1000* 1800* 20kA 380Y/220V 1200 2000 1000* 1800* 20kA - 600 1000 1000* S50A240V3H 120/240V Hi-Leg Delta /1200 /1500 600* /1500* 20kA S50A240V1P 240V-1 pole 1200 1000 1800 20kA Delta S50A240V3D 240V 1500 1200 20kA 3 pole S50A277V1P 277V 1200 1000* 1800* 20kA S50A277V2P 240/480V 1200 2000 1000* 1800* 20kA S50A277V3Y 480Y/277V 1200 2000 1000* 1800* 20kA S50A347V3Y 600Y/347V 1500 2500 1200* 2500* 20kA S50A480V1P 480V-1 pole 1800 20kA 480V Delta S50A480V3D 3 pole 3000 1800 20kA - 1200/ S50A480V3H 240/480V 20kA Hi-Leg Delta 1800 2500 600V Delta S50A600V3D 3 pole 2500 2500 20kA S100A120V2P 120/240V 600 1000 600 20kA S100A277V2P 240/480V 1000 1800 1000 20kA * with optional N-G protection 200kA 200kA 200kA 100kA 100kA 100kA 200kA 200kA 150 150 150 180 180 180 320 320 2 POLE / SPLIT L-L SCCR }v }v Neutral (WHT) 320 320 320 420 550 BLK WHT WHT Advanced Protection Technologies 14550 58th St. N. Clearwater, FL 33760 800.237.4567 X www.aptspd.com Model Number BLK Hot (BLK) Neutral (WHT) WHT BLK WHT BLK Advanced Protection Technologies 14550 58th St. N. Clearwater, FL 33760 800.237.4567 X www.aptspd.com Model Number BLK Advanced Protection Technologies 14550 58th St. N. Clearwater, FL 33760 800.237.4567 X www.aptspd.com GRN Model Number BLK B Phase B (BLK) BLK BLK Neutral (WHT) N WHT WHT v Hot (BLK) Ground (GRN) C Advanced Protection Technologies 14550 58th St. N. Clearwater, FL 33760 800.237.4567 X www.aptspd.com Advanced Protection Technologies 14550 58th St. N. Clearwater, FL 33760 800.237.4567 X www.aptspd.com BLK BLK GRN Voltage Model Number Model Number 200kA 320 / 550 Phase A (BLK) Phase B (ORNG) 200kA 690 100kA 150 100kA 320 v BLK BLK ORNG Hot (BLK) Neutral (WHT) Ground (GRN) ORNG BLK BLK Advanced Protection Technologies 14550 58th St. N. Clearwater, FL 33760 800.237.4567 X www.aptspd.com WHT Advanced Protection Technologies 14550 58th St. N. Clearwater, FL 33760 800.237.4567 X www.aptspd.com WHT GRN Model Number Voltage Model Number S50A240V3H Form C Dry Contact: N/A Dry Contact Leads Use Gray & Blue • Normally Closed: Use Gray & Red Audible Alarm: Alarm sounds when any protection is lost (If diagnostic LED extinguishes (i.e. problem), alarm will sound) v DELTA Power Leads • Normally Open: 10.16.17.lh.RevH # 8179 Model Number 200kA 550 Optional Form C Dry Contact & Audible Alarm Three (3) #18 wires exit the pipe nipple Gray is Common, Blue is Normally Open, Red is Normally Closed Advanced Protection Technologies 14550 58th St. N. Clearwater, FL 33760 800.237.4567 X www.aptspd.com GRN BLK Phase A (BLK) A 200kA 320 200kA 200kA 200kA 200kA 200kA BLK Voltage 200kA 150 / 320 200kA 320 Downstream of N-G Bond - N-G protection suggested Hot (BLK) Ground (GRN) WYE L-N In N-G Bonded - Does not require N-G protection Voltage HI-LEG UL 1449 Fourth Edition Voltage Protection Rating VPR 3000A System Voltage & Config INSTALLED >10’(3M) FROM SERVICE ENTRANCE OR TRANSFORMER Ground (GRN) Performance Data MODEL Hot (BLK) v INSTALLED AT OR NEAR SERVICE ENTRANCE OR TRANSFORMER Phase A (BLK) BLK Phase B (BLK) Phase C (BLK) Ground (GRN) BLK Voltage Corner Grounded Delta? BLK GRN Advanced Protection Technologies 14550 58th St. N. Clearwater, FL 33760 800.237.4567 X www.aptspd.com Model Number S50A240V3D Use same models & connect one SPD black & green to ground (diagnostics will function correctly) Red Blue Gray Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 7 DC SPDEE Go Green with APT DC Voltage Surge Protective Device 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) 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 Performance Specifications • • • • • • • • • • • 50kA 8x20µs Per Mode 300VDC, 600VDC, 1000VDC, 1500VDC & OEM models All modes of protection: DC+ – G, DC- – G, DC+ – DCUL 1449 tested In: 20kA (1500V: 10kA) 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 Response Time: < 1nanosecond 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 • NEMA 4X Polycarbonate Enclosure – UL746C(f1), UL 94-5VA • Pre-wired with 3’ (1m) of #8 AWG & #6 AWG ground conductor (1500VDC: #10 AWG) Tri-Mount Installation - Mounting Kit Included Monitoring Configurations • Standard - Low consumption LED; monitors every MOV – Illuminates when power is produced • Options – R - Removes LED and its circuitry – M - MOV Microswitch access option (requires R above) Dimensions 4.13” Weight: 1.60 lbs (0.73 kg) 3.26” 3.31” 3.26” 3.57” 3/4”-14 Std. 3/4”-14 Nipple • • • • • • • 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 Quality Management System ISO 17025: Certified Test Lab IEC 61643, CE UL 96A Lightning Protection Master Label Eligible @ 20kA In Sized for std 35mm DIN-Rail Advanced Protection Technologies 8 Bracket Mount for flat surfaces Quality, Standards & Validation 1.15” 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com DIN-Rail Mount (rail not included) DC SPDEE DC Voltage Surge Protective Device Applications & Models UL 1449 Model Number DC Voltage Maximum Continuous Operating Voltage (Vpvdc) Voltage Protection Level (Up) @ 6kV/3kA S50A300VDC S50A600VDC S50A1000VDC S50A1500VDC 0-300VDC 0-600VDC 0-1000VDC 0-1500VDC 424VDC 905VDC 1188VDC 1500VDC <1000Vp <2000Vp <2500Vp <3000Vp SPDEE DC Model Number Configurator & Options UL 1449 S50A Voltage 50kA default 300VDC 600VDC 1000VDC 1500VDC Examples: - S50A300VDCRM = 50kA, 300VDC, Remove LED, Microswitch Monitoring - S50A1000VDC2 = 50kA, 1000VDC, Type 2 marking for Canada Options 2 = Type 2 SPD bearing cULus Mark (for Canada). R = Removes LED and its circuitry Visual Monitoring via pop-up indicator tabs on each MOV. M = Microswitch option - requires R option above. Allows remote access to logic connected MOV diagnostics. Includes 20 AWG wires out of nipple. Power must be limited to 50mA at 12VDC. G = For Grounding DC+ terminal of system (call). Schematic: All Modes of Protection DC+ red wire DC — black wire Available Z Mounting Bracket Accessory AC Voltage SPDEE’s Also Available GROUND green/yellow wire OEM & Brand Label Opportunities Please call 800.237.4567 9.16.15.lh.RevJ #8383 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 9 Type 1/Type 2 Surge Protective Device/SPD Features • UL 1449 Fourth Edition Listed • 100kA per phase rating • 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 • Voltage Specific Design – highly configurable • All MOV suppression elements monitored • All Modes of Protection Performance Specifications Design Features Surge Capacities L-N L-G N-G L-L 100kA Per Phase 50kA 50kA 50kA 100kA • • • • • • UL 1449 Fourth Edition Listed UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1 Optional UL 1449-4 Type 2 SPD, CSA 22.2 No. 269.2 UL 1449-4 tested Inominal (In): 20kA UL 1449-4 tested SCCR: 200kA & 100kA UL 1449-4 Voltage Protection Ratings (VPRs) – 208Y/120V: as low as 600V – 480Y/277V: as low as 1000V (data table on back) • Less than 1 nanosecond response time • Repetitive Impulse: 5,000 hits Physical Specifications • • • • • • • • • Relative Humidity Range: 0 - 95% non-condensing Operating Frequency: 47 - 63Hz (also 400Hz on <480V) Operating Temperature: -40°C (-40°F) to +85°C (185°F) Weight: 3 lbs (1.4 kg) NEMA 4X Polycarbonate enclosure – UL 746C(f1) & UL 94-5VA Dimensions: 8.3” x 3.6” x 3.0” (211mm x 91mm x 77mm) 3/4” threaded hub - weather resistant 4X Pre-wired with 3’ (1m) of #10 AWG conductor Typical connection: #10 AWG and 30A breaker • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010 and C62.72-2007 – NEMA LS-1 – NEC® Article 285 – IEC 61643, CE • High Energy Parallel Design for Category C3 & C-High applications • For External Mounting next to Switchgear, Motor Controls Centers or Panelboards • Individually Fused & Thermally Protected MOVs • Large-Block, 34mm square, 50kA MOVs • Solid State Bidirectional Operation Diagnostic Monitoring • • • • 100% monitoring – Every MOV is monitored, incl. N-G Green LED Status indicator per phase Phase Loss monitoring (toggles LED & dry contacts) Electrically isolated circuitry ensures surges do not damage diagnostics • Optional: Audible Alarm & Form C Dry Contact (Contact rated 240V, 5A; leads are pre-wired through nipple with #18 AWG) Quality, Standards & Validation • • • • • • • • • Advanced Protection Technologies 10 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1 Type 2 (Opt.): UL 1449 Fourth Edition, CSA No. 269.2 UL file: VZCA.E321351 at www.UL.com RoHS-compliant IEC 61643, CE 10 year warranty (longer optional) Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification TEXCS MODEL NUMBER CONFIGURATOR & OPTIONS ll TE XCS ll l... Voltage Code for Electrical System Surge Current Rating Options Common North American Systems: 01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) 02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2) 03 = 240/120V High Leg Delta (B High) (Fig 3) 04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2) 05 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye 08 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2) 10 = 100kA/Phase A = Audible Alarm & Dry Contacts Form C, 240V, 5A (pre-wired) E = Remote Indicator LED on 6’ Cable (pre-wired through nipple) 2 = Type 2 SPD Standard Enclosure Rating Other Available Systems - Confirmation encouraged: 15 = 254/127V Split Phase - 1� 3W+Grnd (Fig 1) 18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1) 21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2) 41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2) 42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2) 43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2) 44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2) 51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) 06 = 240V Delta - 3� 3W+Grnd (Fig 4) 61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) 07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2) 09 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye 91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) 11 = 120V Single Phase (Fig 5) 12 = 240V Single Phase (Fig 5) - Not split phase 13 = 127V Single Phase (Fig 5) 14 = 300V Single Phase (Fig 5) 16 = 277V Single Phase (Fig 5) 17 = 480V Single Phase (1 Hot, 1 Neu, 1 Grnd) (Fig 5) Figure 1 }V }V Figure 2 Phase A (BLK) Hot (BLK) B Phase B (BLK) A Neutral (WHT) Hot (BLK) N Ground (GRN) SPLIT 2 Hots, 1 Neu, 1 Grnd C } V Figure 4 Phase A (BLK) Phase B (ORNG) } } V V Phase C (BLK) Ground (GRN) HI-LEG DELTA (B High) 3 Hots, (B HIGH), 1 Neu, 1 Grnd Figure 5 Phase A (BLK) Phase B (BLK) Phase C (BLK) Neutral (WHT) Ground (GRN) Phase C (BLK) WYE 3 Hots, 1 Neu, 1 Grnd Available Accessory (order separately) XMFMKIT = Flush Mount Kit RM = Remote Monitor Figure 3 Neutral (WHT) Delete Options - Consult Factory for Order Code Delete L-N Protection (reduces kA rating) Delete L-G Protection (reduces kA rating) Delete N-G Protection (reduces kA rating) NEMA 4X Polycarbonate (size 8.3” x 3.6” x 3.0”) Ground (GRN) DELTA & HRG WYE 3 Hots, 1 Grnd } Figure 6 }V Hot (BLK) V Neutral (WHT) Phase A (BLK) Phase C (BLK) Ground (GRN) Ground (GRN) SINGLE POLE 1 Hot, 1 Neu, 1 Grnd CORNER GROUND DELTA (B grounded) 2 Hots, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 3kA) Common North American Systems 01 02 03 04 05 08 = = = = = = 240/120V Split Phase 208Y/120V 3� Wye 240Y/120V B High Leg Delta 480Y/277V 3� Wye 480V 3� Delta 600Y/347V 3� Wye L-N L-G N-G L-L In SCCR MCOV 600 600 600/1200 1200 1500 700 700 700/1200 1200 1800 1500 500 500 500 1000 1500 1000 1000 1000 1800 1800 2500 20kA 20kA 20kA 20kA 20kA 20kA 100kA 200kA 200kA 200kA 200kA 200kA 150 150 150 / 320 320 552 420 Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. 10.16.17.lh.RevH #8389 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 11 Type 1/Type 2 Surge Protective Device/SPD 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) • 200kA SCCRs (most models) • UL 96A Lightning Protection Master Label compliant • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection Performance Specifications Surge Capacities L-N L-G N-G L-L 100kA Per Phase 50kA 50kA 50kA 100kA 150kA Per Phase 100kA 50kA 50kA 150kA 200kA Per Phase 100kA 100kA 100kA 200kA • UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1 • Optional UL 1449-4 Type 2 SPD, UL 1283 Listed, CSA 22.2 No. 269.2 • UL 1449-4 tested Inominal (In): 20kA • UL 1449-4 tested SCCR: 200kA & 100kA • UL 1449-4 Voltage Protection Ratings (VPRs): – 208Y/120V: as low as 600V – 480Y/277V: as low as 1000V (data table on back) • Less than 1 nanosecond response time • Repetitive Impulse: 5,000 hits • 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 • • • • • • • Relative Humidity Range: 0 - 95% non-condensing Operating Frequency: 47 - 63Hz Peak Operating Temperature: +85°C (185°F) Operating Temperature: -25°C (-15°F) to +60°C (140°F) Weight: 5 lbs (2.3 kg) NEMA 4X Polycarbonate enclosure – UL 746C(f1) & UL 94-5VA Dimensions: 6” x 6” x 4” (152mm x 152mm x 102mm) (excluding removable mounting feet) • Lug size: #8 - #10 AWG • Typical connection: #8 AWG and 40A breaker Advanced Protection Technologies 12 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com Design Features • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010 and C62.72-2007 – NEMA LS-1 – NEC® Article 285 – IEC 61643, CE • High Energy Parallel Design for Category C3 & C-High applications • For External Mounting next to Switchgear, Motor Controls Centers or Panelboards • Individually Fused & Thermally Protected MOVs • Large-Block, 34mm square, 50kA MOVs • Solid State Bidirectional Operation Diagnostic Monitoring • • • • • 100% monitoring – Every MOV is monitored, incl. N-G Green LED Status indicator per phase Red LED service indicator Phase Loss monitoring (toggles LED & dry contact) Electrically isolated circuitry ensures surges do not damage diagnostics • Optional: Audible Alarm & Form C Dry Contact (Contact rated 240V, 5A) 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 • IEC 61643, CE • 10 year warranty (longer optional) • Burn-In tested prior to shipment • ISO 9001:2008 Quality Management System • ISO 17025:2005 Laboratory Qualification TEXDS MODEL NUMBER CONFIGURATOR & OPTIONS ll TE ll XDS l... 4X Voltage Code for Electrical System Surge Current Rating Options Common North American Systems: 01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) 02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2) 03 = 240/120V High Leg Delta (B High) (Fig 3) 04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2) 05 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye 08 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2) 10 = 100kA/Phase 15 = 150kA/Phase 20 = 200kA/Phase A = Audible Alarm & Dry Contacts, Form C, 240V, 5A 2 Delete Options - Consult Factory for Order Code Delete L-N Protection (reduces kA rating) Delete L-G Protection (reduces kA rating) Delete N-G Protection (reduces kA rating) Delete Noise Filtering Other Available Systems - Confirmation encouraged: 15 = 254/127V Split Phase - 1� 3W+Grnd (Fig 1) 18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1) 21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2) 41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2) 42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2) 43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2) 44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2) Enclosure Rating 51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) 06 = 240V Delta - 3� 3W+Grnd (Fig 4) 4X = NEMA 4X Non-Metallic 61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) (size 6” x 6”x 4”) 07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2) 09 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye (Available: 100kA) 91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) (Available: 100kA) 11 = 120V Single Phase (Fig 5) 12 = 240V Single Phase (Fig 5) - Not split phase 13 = 127V Single Phase (Fig 5) 14 = 300V Single Phase (Fig 5) 16 = 277V Single Phase (Fig 5) 17 = 480V Single Phase (1 Hot, 1 Neu, 1 Grnd) (Fig 5) Figure 1 }V }V Hot (BLK) Figure 2 Phase A (BLK) B Phase B (BLK) A Neutral (WHT) Hot (BLK) N Ground (GRN) C } Figure 3 V } } V V Neutral (WHT) Phase C (BLK) Ground (GRN) Figure 5 } Phase A (BLK) Phase B (BLK) }V Hot (BLK) Neutral (WHT) Phase A (BLK) Phase C (BLK) Ground (GRN) Ground (GRN) Ground (GRN) SINGLE POLE 1 Hot, 1 Neu, 1 Grnd HI-LEG DELTA (B High) DELTA & HRG Wye SPLIT WYE 2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd 3 Hots, (B HIGH), 3 Hots, 1 Grnd 1 Neu, 1 Grnd Figure 6 V Phase C (BLK) Neutral (WHT) Ground (GRN) Phase C (BLK) Available Accessory (order separately) KITFMXF = Flush Mount Kit RM = Remote Monitor Figure 4 Phase A (BLK) Phase B (ORNG) = Type 2 SPD, incl. UL 1283 EMI/RFI Filters CORNER GROUND DELTA (B grounded) 2 Hots, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 3kA) Common North American Systems 01 02 03 04 05 08 = = = = = = 240/120V Split Phase 208Y/120V 3Ø Wye 240Y/120V B High Leg Delta 480Y/277V 3Ø Wye 480V 3Ø Delta 600Y/347V 3Ø Wye L-N L-G N-G L-L 700 700 700/1200 1200 1500 700 700 700/1200 1200 1800 1500 600 600 600 1200 1500 1000 1000 1000/2000 2000 2000 2500 In 20kA 20kA 20kA 20kA 20kA 20kA SCCR MCOV 100kA 200kA 200kA 200kA 200kA 200kA 150 150 150 / 320 320 550 420 Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. 10.16.17.lh revH #8390 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 13 Type 1/Type 2 Surge Protective Device/SPD 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 • 200kA SCCRs (most models) • UL 96A Lightning Protection Master Label compliant • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • Optional Rotary Disconnect Switch Performance Specifications Surge Capacities L-N L-G N-G L-L 100kA Per Phase 50kA 50kA 50kA 100kA 150kA Per Phase 100kA 50kA 50kA 150kA 200kA Per Phase 100kA 100kA 100kA 200kA 250kA Per Phase 150kA 100kA 100kA 250kA 300kA Per Phase 150kA 150kA 150kA 300kA 400kA Per Phase 200kA 200kA 200kA 400kA 500kA Per Phase 250kA 250kA 250kA 500kA • UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1 • Optional UL 1449-4 Type 2 SPD, UL 1283 Listed, CSA 22.2 No. 269.2 • UL 1449-4 tested Inominal: 20kA • UL 1449-4 tested SCCR: 200kA & 100kA • UL 1449-4 Voltage Protection Ratings (VPRs): – 208Y/120V: as low as 600V – 480Y/277V: as low as 1000V • Less than 1 nanosecond response time • Repetitive Impulse: 5,000 hits • AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Listing) Diagnostic Monitoring • • • • • • • • • • 100% monitoring – Every MOV is monitored, incl. 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 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 Design Features • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010 and C62.72-2007 – NEMA LS-1 – NEC® Article 285 – IEC 61643 • High Energy Parallel Design for Category C3 & C-High applications • For External Mounting next to Switchgear, Motor Controls Centers or Panelboards • Individually Fused & Thermally Protected MOVs • Large-Block, 34mm square, 50kA MOVs • Replaceable Module Construction • Solid State Bidirectional Operation Physical Specifications • • • • • • • • Quality, Standards & Validation • • • • • • • • • Advanced Protection Technologies 14 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 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) Typical connection: #6 AWG and 60A breaker 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 IEC 61643, CE 10 year warranty (longer optional) Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification TEXAS MODEL NUMBER CONFIGURATOR & OPTIONS ll TE ll XAS ll l... Voltage Code for Electrical System Surge Current Rating Options Common North American Systems: 01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) 02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2) 03 = 240/120V High Leg Delta (B High) (Fig 3) 04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2) 05 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye (450kA replaces 400kA or 500kA) 08 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2) 10 15 20 25 30 40 45 X = = = = = = = 100kA/Phase 150kA/Phase 200kA/Phase 250kA/Phase 300kA/Phase 400kA/Phase 450kA/Phase E F (Voltage Codes 05, 51, 06 & 61) = Surge Counter, six-digit LCD counter includes maintenance-free Eprom memory backup = Remote Locatable Display on 4 ft Cable custom cable lengths available = Noise Filtering - Extended Range & Attenuation (available on 400kA & 500kA models) = Rotary Disconnect Switch, ABB, UL98 D Other Available Systems - Confirmation encouraged: 50 = 500kA/Phase T = Thru-Door Rotary Disconnect Switch, 15 = 254/127V Split Phase - 1� 3W+Grnd (Fig 1) ABB, UL98, E1 enclosure only 18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1) (Consult factory for other disconnect 21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2) switch options) 41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2) 2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters 42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2) 43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2) Delete Options - Consult Factory for Order Code 44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2) Delete L-N Protection (reduces kA rating) 51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) Delete L-G Protection (reduces kA rating) (450kA replaces 400kA or 500kA) Delete N-G Protection (reduces kA rating) 06 = 240V Delta - 3� 3W+Grnd (Fig 4) Delete Noise Filtering (450kA replaces 400kA or 500kA) 61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) Available Accessory (order separately) (450kA replaces 400kA or 500kA) RM = Remote Monitor 380Y/220V Wye 3� 4W+Grnd (Fig 2) 07 = Enclosure Rating 09 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye (Available: 100kA, 150kA, 200kA, 250kA) E1 = NEMA 1/12/3R/4 (size: 12” x 12” x 7”) 91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) 4X = NEMA 4X Non-Metallic (size: 14” x 12”x 6”) (Available: 100kA, 150kA, 200kA, 250kA) (polycarbonate, display inside clear front door) 11 = 120V Single Phase (Fig 5) 4S = NEMA 4X Stainless Steel (size: 12" x 12"x 6") 12 = 240V Single Phase (Fig 5) - Not split phase (display inside door) 13 = 127V Single Phase (Fig 5) FM = NEMA 1 Flush Mount (wall cavity size: 12” x 12”x 6” deep) 14 = 300V Single Phase (Fig 5) P1 = NEMA 1 pullbox ‘indoor’ (size: 12” x 12” x 6”) includes ‘E’ option 16 = 277V Single Phase (Fig 5) (Optional rotary disconnect increases enclosure sizes to 16” x 14” x 6” on models > 300kA) 17 = 480V Single Phase (1 Hot, 1 Neu, 1 Grnd) (Fig 5) Figure 1 }V }V Hot (BLK) Figure 2 Phase A (BLK) B Phase B (BLK) A Neutral (WHT) Hot (BLK) N Ground (GRN) C } Figure 3 } } V V Neutral (WHT) V Figure 4 Phase A (BLK) Phase B (ORNG) Phase C (BLK) Ground (GRN) } Figure 6 }V Hot (BLK) V Phase B (BLK) Phase C (BLK) Neutral (WHT) Ground (GRN) Phase C (BLK) Figure 5 Phase A (BLK) Ground (GRN) Neutral (WHT) Phase C (BLK) Ground (GRN) Ground (GRN) SINGLE POLE 1 Hot, 1 Neu, 1 Grnd SPLIT WYE HI-LEG DELTA (B High) DELTA & HRG WYE 2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd 3 Hots, (B HIGH), 3 Hots, 1 Grnd 1 Neu, 1 Grnd Phase A (BLK) CORNER GROUND DELTA (B grounded) 2 Hots, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 3kA) Common North American Systems 01 01 02 02 03 04 04 05 07 08 = = = = = = = = = = 240/120V Split Phase (<300kA) 240/120V Split Phase (=>300kA) 208Y/120V 3� Wye (<300kA) 208Y/120V 3� Wye (=>300kA) 240Y/120V B High Leg Delta 480Y/277V 3� Wye (<300kA) 480Y/277V 3� Wye (=>300kA) 480V 3� Delta (<300kA) 380Y/220V 3� Wye (<300kA) 600Y/347V 3� Wye (<300kA) L-N L-G N-G L-L In SCCR MCOV 700 700 700 700 700/1200 1200 1200 1200 1500 700 600 700 600 700/1200 1200 1000 1800 1200 1500 700 600 700 600 700 1200 1000 1200 1500 1200 1000 1200 1000 1800 2000 1800 1800 2000 2500 20kA 20kA 20kA 20kA 20kA 20kA 20kA 20kA 20kA 20kA 100kA 100kA 200kA 200kA 200kA 200kA 200kA 200kA 200kA 200kA 150 150 150 150 150 / 320 320 320 550 320 420 Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. Optional disconnect switch may increase VPRs. 10.16.17.lh revD #8386 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 15 Type 1/Type 2 Surge Protective Device/SPD 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) • 200kA SCCRs (most models) • UL 96A Lightning Protection Master Label compliant (@20kA In) • All MOV suppression elements monitored • All Modes of Protection Performance Specifications • Directly Connected, Discrete Protection Elements Between All Possible Modes with True 10-Mode Protection 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 • Optional UL 1449-4 Type 2 SPD, UL 1283 Listed, CSA 22.2 No. 269.2 • UL 1449-4 tested Inominal (In): 20kA • UL 1449-4 tested SCCR: 200kA & 100kA • UL 1449-4 Voltage Protection Ratings (VPRs): – 208Y/120V: as low as 600V – 480Y/277V: as low as 1000V • Less than 1 nanosecond response time • Repetitive Impulse: 5,000 hits • AC Sinewave True Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Listing) Diagnostic Monitoring • • • • • • • • • • 100% monitoring – Every MOV is monitored, incl. 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 Phase Loss monitoring Electrically isolated diagnostic circuitry Form C Dry Contacts, 240V, 5A (two sets) Optional Surge Counter, six-digit LCD, with test function, reset & no-maintenance Eprom memory Design Features • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010 and C62.72-2007 – NEMA LS-1 – NEC® Article 285 – IEC 61643, CE • High Energy Parallel Design for Category C3 & C-High applications • For External Mounting next to Switchgear, Motor Controls Centers or Panelboards • Individually Fused & Thermally Protected MOVs • Large-Block, 34mm square, 50kA MOVs • Replaceable Module Construction • Solid State Bidirectional Operation Physical Specifications • • • • • • • • Quality, Standards & Validation • • • • • • • • • Advanced Protection Technologies 16 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 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) Typical connection: #6 AWG and 60A breaker Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1 Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.2, UL 1283 UL file: VZCA.E321351 at www.UL.com RoHS-compliant IEC 61643, CE 10 year warranty (longer optional) Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification TEXAL 10-MODE MODEL NUMBER CONFIGURATOR & OPTIONS ll TE ll XAL Voltage Code for Electrical System ll Surge Current Rating Common North American Systems: 01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) 02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2) 15 = 150kA/Phase 30 = 300kA/Phase 45 = 450kA/Phase 03 = 240/120V High Leg Delta (B High) (Fig 3) 04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2) Other Available Systems - Confirmation encouraged: 15 = 254/127V Split Phase - 1� 3W+Grnd (Fig 1) l... Options X = Surge Counter, six-digit LCD counter includes maintenance-free Eprom memory backup E = Remote Locatable Display on 4 ft Cable custom cable lengths available F = Noise Filtering - Extended Range & Attenuation (available on 450kA & 500kA models) D = Rotary Disconnect, ABB, UL98 T 18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1) = Thru-door Rotary Disconnect Switch, Katko, UL 508, E1 enclosure only (Consult factory for other disconnect switch options) 21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2) 2 42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2) = Type 2 SPD, incl. UL 1283 EMI/RFI Filters 43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2) Delete Options - Consult Factory for Order Code Delete L-N Protection (reduces kA rating) Delete L-G Protection (reduces kA rating) Delete N-G Protection (reduces kA rating) Delete Noise Filtering 44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2) 07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2) Figure 1 }V }V Hot (BLK) Available Accessory (order separately) RM = Remote Monitor Neutral (WHT) Hot (BLK) Ground (GRN) SPLIT 2 Hots, 1 Neu, 1 Grnd Figure 3 Phase A (BLK) Phase B (ORNG) } V Enclosure Rating Phase C (BLK) Neutral (WHT) Ground (GRN) Figure 2 E1 = NEMA 1/12/3R/4 (size: 12” x 12” x 7”) 4X = NEMA 4X Non-Metallic (size: 14” x 12”x 6”) Phase A (BLK) B Phase B (BLK) A N C } Neutral (WHT) V Phase C (BLK) HI-LEG DELTA (B High) 3 Hots, (B HIGH), 1 Neu, 1 Grnd (polycarbonate, display inside clear front door) 4S = NEMA 4X Stainless Steel (size: 12" x 12"x 6") (display inside door) FM = NEMA 1 Flush Mount (wall cavity size: 12” x 12”x 6” deep) P1 = NEMA 1 pullbox ‘indoor’ (size: 12” x 12” x 6”) - includes ‘E’ option Ground (GRN) (Optional rotary disconnect increases enclosure sizes to 16” x 14” x 6” on 450kA only) WYE 3 Hots, 1 Neu, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 3kA) Common North American Systems 01 02 03 04 = = = = 240/120V Split Phase 208Y/120V 3Ø Wye 240Y/120V B High Leg Delta 480Y/277V 3Ø Wye L-N L-G N-G L-L In SCCR MCOV 700 700 800/1500 1200 700 700 700/1200 1200 700 700 700 1200 1000 1000 1800 1800 20kA 20kA 20kA 20kA 100kA 200kA 200kA 200kA 150 150 150 / 320 320 700 700 1200 1200 1200 1200 1000 1000 1800 1800 1800 1800 20kA 20kA 20kA 20kA 20kA 20kA 200kA 200kA 200kA 200kA 200kA 200kA 150 180 320 320 320 320 Other Available Systems - Confirmation encouraged: 15 21 42 43 44 07 = = = = = = 254/127V Split Phase 220Y/127V 3Ø Wye 415Y/240V 3Ø Wye 400Y/230V 3Ø Wye 440Y/250V 3Ø Wye 380Y/220V 3Ø Wye 700 700 1200 1200 1200 1200 700 700 1200 1200 1200 1200 Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. Optional disconnect switch may increase VPRs. 9.29.15.lh.RevC #8385 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 17 Type 1/Type 2 Surge Protective Device/SPD 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) • 200kA SCCRs (most models) • UL 96A Lightning Protection Master Label compliant • 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 Performance Specifications Design Features Surge Capacities L-N L-G N-G L-L 400kA Per Phase 200kA 200kA 200kA 400kA 600kA Per Phase 300kA 300kA 300kA 600kA 800kA Per Phase 400kA 400kA 400kA 800kA 1000kA Per Phase 500kA 500kA 500kA 1000kA • UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1 • Optional UL 1449-4 Type 2 SPD, UL 1283 Listed, CSA 22.2 No. 269.2 • UL 1449-4 tested Inominal (In): 20kA • UL 1449-4 tested SCCR: 200kA & 100kA • UL 1449-4 Voltage Protection Ratings (VPRs): – 208Y/120V: as low as 700V – 480Y/277V: as low as 1200V • Less than 1 nanosecond response time • Repetitive Impulse: 5,000 hits • AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Listing) Diagnostic Monitoring • • • • • • • • • • 100% monitoring – Every MOV is monitored, incl. 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 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 • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010 and C62.72-2007 – NEMA LS-1 – NEC® Article 285 – IEC 61643, CE • High Energy Parallel Design for Category C3 & C-High applications • For External Mounting next to Switchgear, Motor Controls Centers or Panelboards • Individually Fused & Thermally Protected MOVs • Large-Block, 34mm square, 50kA MOVs • Dual Replaceable Module Construction • Solid State Bidirectional Operation Physical Specifications • • • • • • • • Quality, Standards & Validation • • • • • • • • • Advanced Protection Technologies 18 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com Relative Humidity Range: 0 -95% non-condensing Operating Frequency: 47-63Hz 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 Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1 Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.2, UL 1283 UL file: VZCA.E321351 at www.UL.com RoHS-compliant IEC 61643, CE 10 year warranty (longer optional) Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification TEXBS MODEL NUMBER CONFIGURATOR & OPTIONS ll TE ll XBS Voltage Code for Electrical System ll Surge Current Rating Common North American Systems: 01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) 02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2) 03 = 240/120V High Leg Delta (B High) (Fig 3) 04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2) 05 = 480V Delta - 3Ø 3W+Grnd (Fig4) & HRG Wye (Available: 400kA, 600kA, 900kA) 08 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig2) 40 l... Options = 400kA/Phase X = Surge Counter, six-digit LCD counter includes maintenance-free Eprom memory backup (Voltage Codes 09 & 91 only) E 60 80 90 = Remote Locatable Display on 4 ft Cable custom cable lengths available F = Noise Filtering - Extended Range & Attenuation (available on 400kA & 500kA models) (Voltage Codes 09 & 91 only) 50 = 500kA/Phase = 600kA/Phase = 800kA/Phase = 900kA/Phase (Voltage codes 05, 51, 06, 61 only) T = Thru-Door Rotary Disconnect Switch, ABB, Other Available Systems - Confirmation encouraged: 1K = 1000kA/Phase 21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2) UL98, E1 enclosure only 41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2) K = Rotary Disconnect Switch, Katko, UL508 42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2) S = Thru-Door Rotary Disconnect Switch, 43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2) Katko, UL 508, E1 enclosure only 44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2) 51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) 2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters (Available: 600kA & 900kA) Delete Options - Consult Factory for Order Code 06 = 240V Delta - 3� 3W+Grnd (Fig 4) Delete L-N Protection (reduces kA rating) (Available: 600kA & 900kA) Delete L-G Protection (reduces kA rating) 61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) Delete N-G Protection (reduces kA rating) (Available: 600kA & 900kA) Delete Noise Filtering 07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2) 09 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye Available Accessory (order separately) (Available: 400kA & 500kA) RM = Remote Monitor 91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) Enclosure Rating (Available: 400kA & 500kA) E1 = NEMA 1/12/3R/4 (size: 20”. x 20” x 7.5”) 4X = NEMA 4X Non-Metallic (size: 24” x 24”x 8”) (fiberglass, display inside door) 4S = NEMA 4X Stainless Steel (size: 20" x 20"x 7") (display inside door) P1 = NEMA 1 pullbox ‘indoor’ (size: 20” x 20” x 6”) - includes ‘E’ option FM = NEMA 1 Flush Mount (wall cavity size: 20” x 20”x 6” deep) (Dimensions include standard rotary disconnect switch. Optional Thru-Door handle does not increase enclosure sizes.) Figure 1 Hot (BLK) }V }V Figure 2 Neutral (WHT) B Phase B (BLK) N Hot (BLK) Ground (GRN) C } } } V V Neutral (WHT) V Figure 4 Phase A (BLK) Phase B (ORNG) Phase A (BLK) A SPLIT 2 Hots, 1 Neu, 1 Grnd Figure 3 Phase C (BLK) Ground (GRN) WYE 3 Hots, 1 Neu, 1 Grnd Phase A (BLK) Phase B (BLK) Phase C (BLK) Neutral (WHT) Ground (GRN) Phase C (BLK) Figure 5 Ground (GRN) HI-LEG DELTA (B High) DELTA & HRG Wye 3 Hots, (B HIGH), 3 Hots, 1 Grnd 1 Neu, 1 Grnd } Figure 6 }V Hot (BLK) V Neutral (WHT) Phase A (BLK) Phase C (BLK) Ground (GRN) Ground (GRN) SINGLE POLE 1 Hot, 1 Neu, 1 Grnd CORNER GROUND DELTA (B grounded) 2 Hots, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data: Voltage Protection Ratings (VPR - 3kA) Common North American Systems 01 02 03 04 05 08 = = = = = = 240/120V Split Phase 208Y/120V 3Ø Wye 240/120V B High Leg Delta 480Y/277V 3Ø Wye 480V 3Ø Delta 600Y/347V 3Ø Wye L-N L-G N-G L-L 700 700 700/1200 1200 1500 700 700 700/1200 1200 1800 1500 700 700 700/1000 1200 1500 1000 1000 1000/1800 1800 1800 2500 In 20kA 20kA 20kA 20kA 20kA 20kA SCCR MCOV 100kA 200kA 200kA 200kA 200kA 200kA 150 150 150 / 320 320 550 420 Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. 9.29.15.lh.RevC #8388 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 19 Type 1/Type 2 Surge Protective Device/SPD Features: • Directly Connected, Discrete Protection Elements Between All Possible Modes • UL 1449 Fourth Edition Listed • 600 & 900kA 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 • Rotary Disconnect Switch included as Standard Equipment • Dual Redundant Replaceable Module Construction • All MOV suppression elements monitored • All Modes of Protection Performance Specifications • Directly Connected, Discrete Protection Elements Between All Possible Modes with True 10-Mode Protection Surge Capacities L-N 600kA Per Phase 200kA 200kA 200kA 200kA 900kA Per Phase 300kA 300kA 300kA 300kA L-G N-G L-L • UL 1449 Fourth Edition Listed Type 1, CSA 22.2 No. 269.1 • Optional UL 1449-4 Type 2 SPD, UL 1283 Listed, CSA 22.2 No. 269.2 • UL 1449-4 tested Inominal (In): 20kA • UL 1449-4 tested SCCR: 200kA & 100kA • UL 1449-4 Voltage Protection Ratings (VPRs): – 208Y/120V: as low as 700V – 480Y/277V: as low as 1200V • Less than 1 nanosecond response time • Repetitive Impulse: 5,000 hits • AC Sinewave True Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Listing) Diagnostic Monitoring • • • • • • • • • • 100% monitoring – Every MOV is monitored, incl. 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 Phase Loss monitoring Electrically isolated diagnostic circuitry Form C Dry Contacts, 240V, 5A (two sets) Optional Surge Counter, six-digit LCD, with test function, reset & no-maintenance Eprom memory Design Features • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010 and C62.72-2007 – NEMA LS-1 – NEC® Article 285 – IEC 61643, CE • High Energy Parallel Design for Category C3 & C-High applications • For External Mounting next to Switchgear, Motor Controls Centers or Panelboards • Individually Fused & Thermally Protected MOVs • Large-Block, 34mm square, 50kA MOVs • Dual Redundant 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: 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 Quality, Standards & Validation • • • • • • • • • Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.1 Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.2, UL 1283 UL file: VZCA.E321351 at www.UL.com RoHS-compliant IEC 61643, CE 10 year warranty (longer optional) Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification Advanced Protection Technologies 20 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com TEXBL 10-MODE MODEL NUMBER CONFIGURATOR & OPTIONS ll TE ll XBL ll l... Voltage Code for Electrical System Surge Current Rating Options Common North American Systems: 60 = 600kA/Phase 90 = 900kA/Phase X = Surge Counter, six-digit LCD counter includes maintenance-free Eprom memory backup E = Remote Locatable Display on 4 ft Cable custom cable lengths available F = Noise Filtering - Extended Range & Attenuation (available on 400kA & 500kA models) T = Thru-Door Rotary Disconnect Switch, ABB, UL98, E1 enclosure only K = Rotary Disconnect Switch, Katko, UL 508 S = Thru-Door Rotary Disconnect Switch, Katko, UL 508, E1 enclosure only 2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters 01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) 02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2) 03 = 240/120V High Leg Delta (B High) (Fig 3) 04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2) Other Available Systems - Confirmation encouraged: 41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2) 42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2) 43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2) 44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2) 07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2) Delete Options - Consult Factory for Order Code Delete L-N Protection (reduces kA rating) Delete L-G Protection (reduces kA rating) Delete N-G Protection (reduces kA rating) Delete Noise Filtering Figure 1 }V }V Hot (BLK) Neutral (WHT) Hot (BLK) Ground (GRN) Available Accessory (order separately) RM = Remote Monitor Figure 3 Enclosure Rating Phase A (BLK) Phase B (ORNG) SPLIT 2 Hots, 1 Neu, 1 Grnd } V E1 = NEMA 1/12/3R/4 (size: 20” x 20” x 7.5”) 4X = NEMA 4X Non-Metallic (size: 24” x 24”x 8”) Phase C (BLK) Neutral (WHT) Ground (GRN) Figure 2 (fiberglass, display inside door) 4S = NEMA 4X Stainless Steel (size: 20" x 20"x 7.5") Phase A (BLK) B Phase B (BLK) A N C } Neutral (WHT) V Phase C (BLK) (display inside door) HI-LEG DELTA (B High) P1 = NEMA 1 pullbox ‘indoor’ (size: 20” x 20” x 6”) - includes ‘E’ option 3 Hots, (B HIGH), FM = NEMA 1 Flush Mount (wall cavity size: 20” x 20”x 6” deep) 1 Neu, 1 Grnd Figure 3 (Dimensions include Figure 4 rotary disconnect Figure standard switch.5Optional Thru-DoorFigure 6 handle does not increase enclosure sizes.) Ground (GRN) WYE 3 Hots, 1 Neu, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 3kA) Common North American Systems 01 02 03 04 = = = = 42 43 44 07 = = = = 240/120V Wye 208Y/120V 3� Wye 240Y/120V B High Leg Delta 480Y/277V 3� Wye L-N L-G N-G L-L In SCCR MCOV 700 700 700/1200 1200 700 700 700/1200 1200 700 700 700 1200 1200 1200 1200/1800 1800 20kA 20kA 20kA 20kA 100kA 200kA 200kA 200kA 150 150 150 / 320 320 1200 1200 1200 1200 1200 1200 1200 1200 1200 1200 1200 1200 1800 1800 1800 1800 20kA 20kA 20kA 20kA 200kA 200kA 200kA 200kA 320 320 320 320 Less Common & Specialty 415V/240V 3� Wye 400V/230V 3� Wye 440V/250V 3� Wye 380V/220V 3� Wye Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. 9.29.15.lh.RevB #8387 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 21 Features: • UL 1449 Fourth Edition Listed & CSA 22.2 No. 269.2 • 120kA & 160kA 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 Design – Highly configurable • MOV suppression elements monitored Performance Specifications Design Features Surge Capacities L-N N-G L-L 120kA Per Phase 120kA 120kA 120kA Standard 160kA Per Phase 160kA 160kA 160kA Optional • • • • UL 1449 4th Edition Listed, UL 1283 Listed & CSA 22.2 No. 269.2 UL 1449-4 Type 2 SPD UL 1449-4 tested SCCR: 200kA UL 1449-4 Voltage Protection Ratings (VPRs): – 208Y/120V: as low as 600V – 480Y/277V: as low as 1000V • Less than 1 nanosecond response time • Repetitive Impulse: 5,000 hits • AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz Diagnostic Monitoring • • • • • • • Green 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, 240V, 5A (two sets) • Optional Surge Counter, six-digit LCD, with test function, reset & no-maintenance SuperCap energy storage device • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, and C62.45-2002 – NEMA LS-1 – NEC® Article 285 – IEC 61643 • High Energy Parallel Design for Category C3 & C-High applications • For External Mounting next to Switchgear, Motor Controls Centers or Panelboards • Individually Fused Suppression Modules • Large-Block 34mm square MOVs • Replaceable Phase Module Construction • Thermal Cutout in Each Mode • Busbar Construction • Solid State Bidirectional Operation Physical Specifications • • • • • • • • Quality, Standards & Validation • • • • • • • • Advanced Protection Technologies 22 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com Relative Humidity Range: 0 -95% non-condensing Operating Frequency: 47-63Hz Operating Temperature: -25°C (-15°F) to +60°C (140°F) Weight: 25 lbs (11.4 kg) Standard NEMA 1/12/3R/4 enclosure Standard size: 12” x 12” x 7.5” (30.5cm x 30.5cm x 19cm) Lug size: #1/0 - #14 AWG Typical connection: #6 AWG and 60A breaker UL 1449 4th Edition, UL 1283 Listed & CSA 22.2 No. 269.2 UL file: VZCA.E321351 at www.UL.com RoHS-compliant IEC 61643, CE 10 year warranty (longer optional) Burn-In tested Prior to Shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification TE/HP MODEL NUMBER CONFIGURATOR & OPTIONS ll TE ll / = Transient Eliminator, Listed Type 2 SPD in NEMA 1/3R/04/12 enclosure HP / ll / ll Model Family kA Rating HP = HP Family 120kA rating standard CL = 160kA Option (Not Available on TE/8, 9, 91) Option Suffixes (Seperated by slashes -/) DC = Dry Contacts Two sets Form C on terminal strip FM = Flush Mount enclosure, NEMA 1 only (wall cavity size: 12”x12”x6” deep) SC = Surge Counter Voltage Code for Electrical System Common North American Systems: 1 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) 2 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2) 3 = 240/120V High Leg Delta (B High) (Fig 3) 4 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2) 5 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye 8 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2) Available Accessory (order separately): RM = Remote Monitor Enclosure Rating 04 = Standard: NEMA 1/3R/04/12 Other Available Systems - Confirmation encouraged: 11 12 51 6 61 7 9 91 = = = = = = = = (size: 12” x 12” x 7.5”) FM = Flush Mount Enclosure, NEMA 1 only 120V Single Phase - 1Ø 2W + Grnd (Fig 5) 240V Single Phase - 1Ø 2W + Grnd (Fig 5) 480V B Corner Grnd Delta, 3Ø 3W+Grnd (Fig 6) 240V Delta - 3Ø 3W+Grnd (Fig 4) 240V B Corner Grnd Delta, 3Ø 3W+Grnd (Fig 6) 380Y/220V Wye - 3Ø 4W+Grnd (Fig 2) 600V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye 600V B Corner Grnd Delta, 3Ø 3W+Grnd (Fig 6) Figure 1 }V }V Hot (BLK) Figure 2 Phase A (BLK) B Phase B (BLK) A Neutral (WHT) Hot (BLK) Ground (GRN) N C } Neutral (WHT) V Phase C (BLK) Ground (GRN) SPLIT WYE 2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd l... / (wall cavity size: 12” x 12” x 6”) 4X = NEMA 4X Non-Metallic (size: 14” x 12”x 6”) (polycarbonate, display inside clear front door) 4S = NEMA 4X Stainless Steel (size: 12" x 12"x 6") (display inside door) Figure 3 Figure 4 Phase A (BLK) Phase B (ORNG) } } V V Phase C (BLK) Figure 5 Phase A (BLK) Phase B (BLK) Phase C (BLK) Neutral (WHT) Ground (GRN) } }V V Neutral (WHT) Phase A (BLK) Phase C (BLK) Ground (GRN) Ground (GRN) Ground (GRN) HI-LEG DELTA (B High) DELTA & HRG WYE 3 Hots, (B HIGH), 3 Hots, 1 Grnd 1 Neu, 1 Grnd Figure 6 Hot (BLK) SINGLE POLE 1 Hot, 1 Neu, 1 Grnd CORNER GROUND DELTA (B grounded) 2 Hots, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 3kA) Common North American Systems 1 2 3 4 5 8 = = = = = = 240/120V Split Phase 208Y/120V 3Ø Wye 240Y/120V B High Leg Delta 480Y/277V 3Ø Wye 480V 3Ø Delta 600Y/347V 3Ø Wye L-N N-G L-L Type In SCCR MCOV 800 800 800/1200 1200 — 1500 600 600 600 1000 — 1200 1200 1200 1200 1800 1800 2500 Type 2 Type 2 Type 2 Type 2 Type 2 Type 2 5kA 5kA 5kA 5kA 5kA 5kA 200kA 200kA 200kA 200kA 200kA 200kA 150 150 150 / 320 320 550 420 Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. 2.1.17.RevE #8397 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 23 Features: • UL 1449 Fourth Edition Listed & CSA 22.2 No. 269.2 • 80kA, 120kA & 160kA 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 Design – Highly configurable MOV suppression elements monitored Performance Specifications Design Features Surge Capacities L-N N-G L-L 80kA Per Phase 80kA 80kA 80kA 120kA Per Phase 120kA 120kA 120kA Optional 160kA Per Phase 160kA 160kA 160kA Optional Standard • • • • UL 1449 4th Edition Listed, UL 1283 Listed & CSA 22.2 No. 269.2 UL 1449-4 Type 2 SPD UL 1449-4 tested SCCR: 200kA UL 1449-4 Voltage Protection Ratings (VPRs): – 208Y/120V: as low as 600V – 480Y/277V: as low as 1000V • Less than 1 nanosecond response time • Repetitive Impulse: 5,000 hits • AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz Diagnostic Monitoring • • • • Green LED Status indicator per phase 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, 240V, 5A (two sets) • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, and C62.45-2002 – NEMA LS-1 – NEC® Article 285 – IEC 61643 • High Energy Parallel Design for Category C3 & C-High applications • For External Mounting next to Switchgear, Motor Controls Centers or Panelboards • Individually Fused Suppression Modules • Large-Block 34mm square MOVs • Replaceable Phase Module Construction • Thermal Cutout in Each Mode • Busbar 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: 25 lbs (11.4 kg) Standard NEMA 1/12/3R/4 enclosure Standard size: 12” x 12” x 7.5” (30.5cm x 30.5cm x 19cm) Lug size: #1/0 - #14 AWG Typical connection: #6 AWG and 60A breaker Quality, Standards & Validation • • • • • • • • Advanced Protection Technologies 24 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com UL 1449 4th Edition, UL 1283 Listed & CSA 22.2 No. 269.2 UL file: VZCA.E321351 at www.UL.com RoHS-compliant IEC 61643, CE 10 year warranty (longer optional) Burn-In tested Prior to Shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification TE/HPS MODEL NUMBER CONFIGURATOR & OPTIONS ll / ll TE = Transient Eliminator, Listed Type 2 SPD in NEMA 1/3R/04/12 enclosure HPS ll / ll / Model Family kA Rating HPS = HPS Family 80kA rating standard CX = 120kA Option Option Suffixes (Seperated by slashes -/) DC = Dry Contacts Two sets Form C on terminal strip FM = Flush Mount enclosure, NEMA 1 only (wall cavity size: 12”x12”x6” deep) CL = 160kA Option (Not Available on TE/8, 9, 91) Voltage Code for Electrical System Common North American Systems: 1 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) 2 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2) 3 = 240/120V High Leg Delta (B High) (Fig 3) 4 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2) 5 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye 8 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2) l... / Available Accessory (order separately): RM = Remote Monitor Enclosure Rating 04 = Standard: NEMA 1/3R/04/12 (size: 12” x 12” x 7.5”) Other Available Systems - Confirmation encouraged: FM = Flush Mount Enclosure, NEMA 1 only 11 12 51 6 61 7 9 91 4X = NEMA 4X Non-Metallic = = = = = = = = (wall cavity size: 12” x 12” x 6”) 120V Single Phase - 1Ø 2W + Grnd (Fig 5) 240V Single Phase - 1Ø 2W + Grnd (Fig 5) 480V B Corner Grnd Delta, 3Ø 3W+Grnd (Fig 6) 240V Delta - 3Ø 3W+Grnd (Fig 4) 240V B Corner Grnd Delta, 3Ø 3W+Grnd (Fig 6) 380Y/220V Wye - 3Ø 4W+Grnd (Fig 2) 600V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye 600V B Corner Grnd Delta, 3Ø 3W+Grnd (Fig 6) Figure 1 }V }V Hot (BLK) Figure 2 Hot (BLK) Ground (GRN) N C } } } V Phase C (BLK) Ground (GRN) Figure 5 Phase A (BLK) Phase B (BLK) Phase C (BLK) Neutral (WHT) Ground (GRN) Phase C (BLK) SPLIT WYE 2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd Figure 4 V Neutral (WHT) V (size: 12" x 12"x 6") (display inside door) Phase A (BLK) Phase B (ORNG) B Phase B (BLK) A 4S = NEMA 4X Stainless Steel Figure 3 Phase A (BLK) Neutral (WHT) (size: 14” x 12”x 6”) (polycarbonate, display inside clear front door) } }V V Neutral (WHT) Phase A (BLK) Phase C (BLK) Ground (GRN) Ground (GRN) Ground (GRN) HI-LEG DELTA (B High) DELTA & HRG WYE 3 Hots, (B HIGH), 3 Hots, 1 Grnd 1 Neu, 1 Grnd Figure 6 Hot (BLK) SINGLE POLE 1 Hot, 1 Neu, 1 Grnd CORNER GROUND DELTA (B grounded) 2 Hots, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 3kA) Common North American Systems 1 2 3 4 5 8 = = = = = = 240/120V Split Phase 208Y/120V 3� Wye 240Y/120V B High Leg Delta 480Y/277V 3� Wye 480V 3� Delta 600Y/347V 3� Wye L-N N-G L-L Type In SCCR MCOV 800 800 800/1200 1200 — 1500 600 600 600 1000 — 1200 1200 1200 1200 1800 1800 2500 Type 2 Type 2 Type 2 Type 2 Type 2 Type 2 5kA 5kA 5kA 5kA 5kA 5kA 200kA 200kA 200kA 200kA 200kA 200kA 150 150 150 / 320 320 550 420 Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. 2.1.17.RevE #8396 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 25 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 Performance Specifications Surge Capacities L-N L-G Design Features N-G L-L 160kA Per Phase 80kA 80kA 120kA 160kA Standard 240kA Per Phase 120kA 120kA 120kA 240kA Optional Silicon Avalanche Diode (SAD) Hybrid (120/240 & 208Y/120) 90kA Per Phase 50kA 40kA 120kA 90kA Optional 130kA Per Phase 50kA 80kA 120kA 130kA Optional 170kA Per Phase 90kA 80kA 120kA 170kA Optional • • • • • • • • UL 1449 4th Edition Listed, UL 1283 Listed & CSA 22.2 No. 269.2 UL 1449-4 Type 2 SPD UL 1449-4 tested SCCR: 200kA UL 1449-4 Voltage Protection Ratings (VPRs): – 208Y/120V: as low as 500V – 480Y/277V: as low as 900V 200kAIR rated fusing Less than 1 nanosecond response time Repetitive Impulse: 5,000 hits AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz 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 • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, and C62.45-2002 – NEMA LS-1 – NEC® Article 285 – IEC 61643 • High Energy Parallel Design for Category C3 & C-High applications • For External Mounting next to Switchgear, Motor Controls Centers or Panelboards • Individually Fused Suppression Modes • Large-Block utility grade 34mm square MOVs • Replaceable Phase Module Construction • Thermal Sensitivity in Each Mode • Busbar Construction • Solid State Bidirectional Operation • Busbar connection • Enclosure-less version for OEM available (XTE Series) Physical Specifications • • • • • • • • Quality, Standards & Validation • • • • • • • • Advanced Protection Technologies 26 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com Relative Humidity Range: 0 -95% non-condensing 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 190.5 cm) Lug size: #2 - #14 AWG Typical connection: #6 AWG and 60A breaker UL 1449 4th Edition, UL 1283 Listed & CSA 22.2 No. 269.2 UL file: VZCA.E321351 at www.UL.com RoHS-compliant IEC 61643, CE 10 year warranty (longer optional) Burn-In tested Prior to Shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification TE/XGA MODEL NUMBER CONFIGURATOR & OPTIONS ll / ll XGA TE = Transient Eliminator, Listed Type 2 SPD in NEMA 1 enclosure XTE = Transient Eliminator, Recognized Type 2 Component Assembly SPD on backplane for installation within gear (display on 6’ cable) Voltage Code for Electrical System ll / ll / ll / Model Family Options XGA = XGA Family 160kA rating standard /DC = Dry Contacts Two sets Form C (24V, 1A) /SC = Surge Counter, six digit LCD Surge Current Rating Available Accessory (order separately): RM = Remote Monitor /24 = 240kA Option /09 = 090kA SAD option (120/240V & 208Y/120) /13 = 130kA SAD option Common North American Systems: (120/240V & 208Y/120) 1 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) /17 = 170kA SAD option 2 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2) (120/240V & 208Y/120) 3 = 240/120V High Leg Delta (B High) (Fig 3) 4 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2) 5 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye Enclosure Rating 8 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2) Other Available Systems - Confirmation encouraged: 11 = 120V Single Phase - 1� 2W + Grnd (Fig 5) 12 = 240V Single Phase - 1� 2W + Grnd (Fig 5) 51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) 6 = 240V Delta - 3� 3W+Grnd (Fig 4) 61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) 7 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2) 9 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye 91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) Figure 1 }V }V Hot (BLK) Figure 2 Phase A (BLK) B Phase B (BLK) A Neutral (WHT) Hot (BLK) Ground (GRN) N C } (wall cavity size: 12” x 12” x 6”) 4X = NEMA 4X Non-Metallic (size: 14” x 12”x 6”) (polycarbonate, display inside clear front door) 4S = NEMA 4X Stainless Steel (size: 12" x 12" x 6") (display inside door) (Note: Enclosure-less version for OEM uses XTE prefix) Figure 4 Phase A (BLK) Phase B (ORNG) } } V V Phase C (BLK) Ground (GRN) Figure 5 Phase A (BLK) Phase B (BLK) Phase C (BLK) Neutral (WHT) Ground (GRN) Phase C (BLK) SPLIT WYE 2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd FM = Flush Mount Enclosure, NEMA 1 only Figure 3 Neutral (WHT) V 04 = Standard: NEMA 1/3R/04/12 (size: 12” x 12” x 7.5”) } }V Hot (BLK) V Neutral (WHT) Phase A (BLK) Phase C (BLK) Ground (GRN) Ground (GRN) Ground (GRN) HI-LEG DELTA (B High) DELTA & HRG WYE 3 Hots, (B HIGH), 3 Hots, 1 Grnd 1 Neu, 1 Grnd Figure 6 SINGLE POLE 1 Hot, 1 Neu, 1 Grnd CORNER GROUND DELTA (B grounded) 2 Hots, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 3kA) Common North American Systems 01 02 03 04 05 08 = = = = = = 240/120V Split Phase 208Y/120V 3� Wye 240Y/120V B High Leg Delta 480Y/277V 3� Wye 480V 3� Delta 600Y/347V 3� Wye L-N L-G N-G L-L Type In SCCR MCOV 600 600 600/900 900 — 1200 600 600 600/900 900 1500 1500 600 600 600 800 — 1200 900 900 900/1500 1500 1800 2500 Type 2 Type 2 Type 2 Type 2 Type 2 Type 2 5kA 5kA 5kA 5kA 5kA 5kA 200kA 200kA 200kA 200kA 200kA 200kA 150 150 150 / 320 320 550 420 500 500 600 600 600 600 800 800 Type 2 Type 2 5kA 5kA 200kA 200kA 138 138 SAD Models 01 = 240/120V Split Phase 02 = 208Y/120V 3� Wye Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. 10.7.16lh.RevE #8391 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 27 Type 2 Surge Protective Device/SPD/TVSS Features • UL 1449 Fourth Edition Listed • 180kA - 36kA Per Phase ratings (single & split phase) • 20kA I-nominal (10kA In on 36kA models) • 100kA SCCRs • UL 96A Lightning Protection Master Label compliant (@20kA) • Optional Sinewave Tracking EMI/RFI Noise Filtering • Pre-attached 10 AWG Leads • All Modes of Protection • Data table on back Performance Specifications Design Features Surge Capacities L-N L-G N-G L-L 180kA Per Phase 90kA 90kA 90kA 180kA 144kA Per Phase 72kA 72kA 72kA 144kA 108kA Per Phase 54kA 54kA 54kA 108kA 72kA Per Phase 36kA 36kA 36kA 72kA 36kA Per Phase* *10kA In 18kA 18kA 18kA 36kA • • • • • • • • UL 1449 Fourth Edition Listed and CSA 22.2 No. 269.2 UL 1449-4 tested I-nominal: 20kA UL 1449-4 tested SCCR: 100kA UL 1449-4 Voltage Protection Ratings (VPRs): – as low as 700V, including circuit breaker Less than 1 nanosecond response time Optional AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz Repetitive Impulse: 5,000 hits Data table on back Physical Specifications • • • • • • • • • Relative Humidity Range: 0 - 95% non-condensing Operating Frequency: 40 - 500Hz Operating Temperature: -40°C (-40°F) to +85°C (185°F) Weight: 3lbs (1.5kg) NEMA 4X Polycarbonate enclosure – UL 746C(f1) & UL 94-5VA Dimensions: 8.3” x 3.6” x 3.0” 3/4” female threaded hub Pre-wired with 3’ (1m) of 10 AWG conductor Typical connection: 10 AWG and 20 - 30A breaker • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010 and C62.72-2007 – NEMA LS-1 – NEC® Article 285 – IEC 61643, CE • High Energy Parallel Design for Category C3 & C-High applications • For External Mounting next to Switchgear, Motor Controls Centers or Panelboards • Robust 25mm Thermally Protected MOVs • Solid State Bidirectional Operation Diagnostic Monitoring • LED indicator monitoring: – Separate LEDs for L-N and L-G on each phase • LEDs extinguish upon Phase Loss • Optional on Split & Single Phase: Form C Dry Contact, (Contact rated 240V, 5A; leads are pre-wired through nipple with 18 AWG ) Quality, Standards & Validation • • • • • • • • UL 1449 Fourth Edition Listed and CSA 22.2 No. 269.2 UL file: VZCA.E321351 at www.UL.com RoHS-compliant IEC 61643, CE 10 year warranty (longer optional) Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification Advanced Protection Technologies 28 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com Pending TEXMS Model Number Configurator & Options TE 01 XMS 14 0 C (Default) Voltage Code for Electrical System Build Configuration Options Common North American Systems: 01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) 11 = 120V Single Phase (Fig 2) XMS = Standard Model C = Dry Contacts Form C, 240V, 5A (pre-wired) L = Delete L-N Protection (reduces kA rating) G = Delete L-G Protection (reduces kA rating) N = Delete N-G Protection F = Noise Filtering Standard Enclosure: 4X = NEMA 4X Non-Metallic (size 8.3” x 3.6” x 3”) Available Accessory (order separately) XMFMKIT = Flush Mount Kit Surge Current Rating XMS 18 14 10 07 03 = = = = = 180kA/Phase 144kA/Phase 108kA/Phase 72kA/Phase 36kA/Phase (10kA In) (Other UL 1449 Listed surge current ratings are available for OEM or special order. Please contact factory) Figure 2 Figure 1 }V }V } Hot (BLK) Hot (BLK) Neutral (WHT) Ground (GRN) Ground (GRN) SPLIT 2 Hots, 1 Neu, 1 Grnd Hot (BLK) V Neutral (WHT) SINGLE POLE 1 Hot, 1 Neu, 1 Grnd Performance Data TBD UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 6kV, 3kA) Common North American Systems L-N L-G N-G L-L Type In SCCR MCOV 01 = 240/120V Split Phase 700 700 700 1000 Type 2 20kA 100kA 150 11 = 120 Single Phase 700 700 700 – Type 2 20kA 100kA 150 Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. 9.29.15.lh.RevD #8814 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 29 Component Assembly SPDs Type 1 and Type 2 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) • 200kA SCCRs (most models) • UL 96A Lightning Protection Master Label compliant • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • Display on 28” cable Performance Specifications Surge Capacities Design Features L-N L-G N-G L-L 100kA Per Phase 50kA 50kA 50kA 100kA 150kA Per Phase 100kA 50kA 50kA 150kA 200kA Per Phase 100kA 100kA 100kA 200kA 250kA Per Phase 150kA 100kA 100kA 250kA 300kA Per Phase 150kA 150kA 150kA 300kA • UL 1449 4 Edition Recognized Type 1 CA, CSA 22.2 No. 269.4-1 • Optional UL 1449-4 Type 2 CA, UL 1283 Rec., CSA 22.2 No. 269.4-2 • UL 1449-4 tested Inominal (In): 20kA • UL 1449-4 tested SCCR: 200kA & 100kA • UL 1449-4 Voltage Protection Ratings (VPRs): – 208Y/120V: as low as 600V – 480Y/277V: as low as 1000V • Less than 1 nanosecond response time • Repetitive Impulse: 5,000 hits • AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Rec.) th Diagnostic Monitoring • • • • • • • • • • • 100% monitoring – Every MOV is monitored, incl. 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 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 • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010 and C62.72-2007 – NEMA LS-1 – NEC® Article 285 – IEC 61643 • High Energy Parallel Design for Category C3 & C-High applications • For Mounting Internal to Switchgear, Motor Controls Centers, Panelboards or Control Panels • Individually Fused & Thermally Protected MOVs • Large-Block 34mm square MOVs • Replaceable Module Construction • Solid State Bidirectional Operation Physical Specifications • • • • • • • Quality, Standards & Validation • • • • • • • • • Advanced Protection Technologies 30 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 wwwaptsurge.com · info@aptsurge.com Relative Humidity Range: 0 -95% non-condensing Operating Frequency: 47-63Hz Operating Temperature: -25°C (-15°F) to +60°C (140°F) 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 Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.4-1 Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.4-2, UL 1283 Rec. UL file: VZCA.E321351 at www.UL.com RoHS-compliant IEC 61643, 10 year warranty (longer optional) Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification TEXRS MODEL NUMBER CONFIGURATOR & OPTIONS ll TE ll XRS Voltage Code for Electrical System l... Surge Current Rating Common North American Systems: 01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) 02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2) 03 = 240/120V High Leg Delta (B High) (Fig 3) 04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2) 05 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye 08 = 600Y/347V Wye - 3Ø 4W+Grnd (Fig 2) 10 15 20 25 30 = = = = = Options X = Surge Counter, six-digit LCD counter includes maintenance-free Eprom memory backup 100kA/Phase 150kA/Phase 200kA/Phase 250kA/Phase 300kA/Phase M = Mount Display on SPD instead of Cable D = Rotary Disconnect Switch, ABB, UL98, SPD & Disconnect mounted on alum. backplane (10.75” x 10.88” x 4.5”) Other Available Systems - Confirmation encouraged: 15 = 254/127V Split Phase - 1� 3W+Grnd, (Fig 1) 18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1) 21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2) 41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2) 42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2) 43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2) 44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2) 51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) 06 = 240V Delta - 3� 3W+Grnd (Fig 4) 61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) 07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2) 09 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye (Available: 100kA, 150kA) 91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) (Available: 100kA, 150kA) 11 = 120V Single Phase (Fig 5) 12 = 240V Single Phase (Fig 5) - Not split phase 13 = 127V Single Phase (Fig 5) 14 = 300V Single Phase (Fig 5) 16 = 277V Single Phase (Fig 5) 17 = 480V Single Phase (1 Hot, 1 Neu, 1 Grnd) (Fig 5) Figure 1 }V }V Hot (BLK) Figure 2 Hot (BLK) Ground (GRN) C } } Display on 28” Cable - other lengths available— consult factory Delete Options - Consult Factory for Order Code Delete L-N Protection (reduces kA rating) Delete L-G Protection (reduces kA rating) Delete N-G Protection (reduces kA rating) Delete Noise Filtering Available Accessory (order separately) RM = Remote Monitor Figure 4 } V V Neutral (WHT) V Extended Disc. Sw. handle hardware available— consult factory Phase A (BLK) Phase B (ORNG) B Phase B (BLK) N 2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters Figure 3 Phase A (BLK) A Neutral (WHT) K = Rotary Disconnect Switch, Katko UL 508, SPD & Disconnect mounted on alum backplane (10.75” x 10.88” x 4.5”) Phase C (BLK) Ground (GRN) SPLIT WYE 2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd Phase A (BLK) Phase B (BLK) Phase C (BLK) Neutral (WHT) Ground (GRN) Phase C (BLK) Figure 5 Ground (GRN) } Figure 6 Neutral (WHT) Phase A (BLK) Phase C (BLK) Ground (GRN) Ground (GRN) SINGLE POLE 1 Hot, 1 Neu, 1 Grnd HI-LEG DELTA (B High) DELTA & HRG Wye 3 Hots, (B HIGH), 3 Hots, 1 Grnd 1 Neu, 1 Grnd }V Hot (BLK) V CORNER GROUND DELTA (B grounded) 2 Hots, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 3kA) Common North American Systems 01 02 03 04 05 08 = = = = = = 240/120V Split Phase 208Y/120V 3� Wye 240Y/120V B High Leg Delta 480Y/277V 3� Wye 480V 3� Delta 600Y/347V 3� Wye L-N L-G N-G L-L 700 700 700/1200 1200 1500 700 700 700/1200 1200 1800 1500 700 700 700 1200 1500 1200 1200 1800 2000 1800 2500 In 20kA 20kA 20kA 20kA 20kA 20kA SCCR MCOV 100kA 200kA 200kA 200kA 200kA 200kA 150 150 150 / 320 320 550 420 Other Available Systems: Please see supplementary data sheet, contact us at CustomerCare@ASCO.com or confirm at www.UL.com using CCN of VZCA. Optional disconnect switch may increase VPRs. 10.16.17.RevD Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 31 Component Assembly SPDs Type 1 and Type 2 Features: Performance Specifications • Directly Connected, Discrete Protection Elements Between All Possible Modes with True 10-Mode Protection Surge Capacities L-N L-G N-G L-L 150kA Per Phase 50kA 50kA 50kA 50kA • 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) • 200kA SCCRs (most models) • UL 96A Lightning Protection Master Label compliant • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • Display on 28” cable 100kA 100kA 100kA 100kA 300kA Per Phase • UL 1449 4th Edition Recognized. Type 1 CA, CSA 22.2 No. 269.4-1 • Optional UL 1449-4 Type 2 SPD, UL 1283 Listed, CSA 22.2 No. 269.4-2 • UL 1449-4 tested Inominal (In): 20kA • UL 1449-4 tested SCCR: 200kA & 100kA • UL 1449-4 Voltage Protection Ratings (VPRs): – 208Y/120V: as low as 600V – 480Y/277V: as low as 1000V • Less than 1 nanosecond response time • Repetitive Impulse: 5,000 hits • AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Listing) Diagnostic Monitoring • • • • • • • • • • • 100% monitoring – Every MOV is monitored, incl. 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 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 Design Features • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.622010 and C62.72-2007 – NEMA LS-1 – NEC® Article 285 – IEC 61643 • High Energy Parallel Design for Category C3 & C-High applications • For Mounting Internal to Switchgear, Motor Controls Centers, Panelboards or Control Panels • Individually Fused & Thermally Protected MOVs • Large-Block 34mm square MOVs • Replaceable Module Construction • Solid State Bidirectional Operation Physical Specifications • • • • • • • Quality, Standards & Validation • • • • • • • • • Advanced Protection Technologies 32 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com Relative Humidity Range: 0 -95% non-condensing Operating Frequency: 47-63Hz Operating Temperature: -25°C (-15°F) to +60°C (140°F) 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 Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.4-1 Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.4-2, UL 1283 Rec. UL file: VZCA.E321351 at www.UL.com RoHS-compliant IEC 61643, CE 10 year warranty (longer optional) Burn-In tested prior to shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification TEXRL 10-MODE MODEL NUMBER CONFIGURATOR & OPTIONS ll TE ll XRL l... Voltage Code for Electrical System Surge Current Rating Options Common North American Systems: 01 = 240/120V Split Phase - 1Ø 3W+Grnd, (Fig 1) 02 = 208Y/120V Wye - 3Ø 4W+Grnd, (Fig 2) 03 = 240/120V High Leg Delta (B High), (Fig 3) 04 = 480Y/277V Wye - 3Ø 4W+Grnd, (Fig 2) 15 = 150kA/Phase 30 = 300kA/Phase X = Surge Counter, six-digit LCD counter includes maintenance-free Eprom memory backup M = Mount Display on SPD instead of cable D = Rotary Disconnect Switch, ABB, UL98, SPD & Disconnect mounted on alum. backplane (10.75” x 10.88” x 4.5”) K = Rotary Disconnect Switch, Katko UL 508, SPD & Disconnect mounted on alum. backplane (10.75” x 10.88” x 4.5”) Other Available Systems - Confirmation encouraged: 15 = 254/127V Split Phase - 1� 3W+Grnd, (Fig 1) 18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1) 21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2) 42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2) 43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2) 44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2) 07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2) 2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters Extended Disc. Sw. handle hardware available— consult factory Display on 28” Cable - other lengths available— consult factory Delete Options - Consult Factory for Order Code Delete L-N Protection (reduces kA rating) Delete L-G Protection (reduces kA rating) Delete N-G Protection (reduces kA rating) Delete Noise Filtering Figure 1 }V }V Hot (BLK) Figure 2 Phase A (BLK) B Phase B (BLK) A Neutral (WHT) N Hot (BLK) Ground (GRN) C } Phase A (BLK) Phase B (ORNG) } V Neutral (WHT) V Phase C (BLK) Neutral (WHT) Ground (GRN) Phase C (BLK) Ground (GRN) SPLIT WYE 2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd Available Accessory (order separately) RM = Remote Monitor Figure 3 HI-LEG DELTA (B High) 3 Hots, (B HIGH), 1 Neu, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 3kA) Common North American Systems 01 02 03 04 = = = = 240/120V Split Phase 208Y/120V 3Ø Wye 240Y/120V B High Leg Delta 480Y/277V 3Ø Wye L-N L-G N-G L-L In SCCR MCOV 700 700 800/1500 1200 700 700 700/1200 1200 700 700 700 1200 1000 1000 1800 1800 20kA 20kA 20kA 20kA 100kA 200kA 200kA 200kA 150 150 150 / 320 320 700 700 1200 1200 1200 1200 1000 1000 1800 1800 1800 1800 20kA 20kA 20kA 20kA 20kA 20kA 100kA 100kA 200kA 200kA 200kA 200kA 180 180 320 320 320 320 Other Available Systems - Confirmation Encouraged: 15 21 42 43 44 07 = = = = = = 254/127V Split 220Y/127V 3Ø 415Y/240V 3Ø 400Y/230V 3Ø 440Y/250V 3Ø 380Y/220V 3Ø Phase Wye Wye Wye Wye Wye 700 700 1200 1200 1200 1200 700 700 1200 1200 1200 1200 Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. Optional disconnect may increase VPRs. 10.16.17.lh.RevD #8392 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 33 Component Assembly SPDs Type 1 and Type 2 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 • • • • • • • Performance Specifications Design Features Surge Capacities L-N L-G N-G L-L 300kA Per Phase 150kA 150kA 150kA 300kA 400kA Per Phase 200kA 200kA 200kA 400kA 500kA Per Phase 250kA 250kA 250kA 500kA • UL 1449 4 Edition Recognized Type 1 CA, CSA 22.2 No. 269.4-1 • Optional UL 1449-4 Type 2 CA, UL 1283 Rec., CSA 22.2 No. 269.4-2 • UL 1449-4 tested Inominal (In): 20kA • UL 1449-4 tested SCCR: 200kA & 100kA • UL 1449-4 Voltage Protection Ratings (VPRs): – 208Y/120V: as low as 600V – 480Y/277V: as low as 1000V • Less than 1 nanosecond response time • Repetitive Impulse: 5,000 hits • AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Rec.) th Diagnostic Monitoring • • • • • • • • • • • 20kA Inominal (In) 200kA SCCRs (most models) UL 96A Lightning Protection Master Label compliant Voltage Specific Design – Highly configurable All MOV suppression elements monitored All Modes of Protection Display on 28” cable 100% monitoring – Every MOV is monitored, incl. 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 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 • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010 and C62.72-2007 – NEMA LS-1 – NEC® Article 285 – IEC 61643 • High Energy Parallel Design for Category C3 & • C-High applications • For Mounting Internal to Switchgear, Motor Control Centers, Panelboards or Control Panels • Individually Fused & Thermally Protected MOVs • Large-Block 34mm square MOVs • Replaceable Module Construction • Solid State Bidirectional Operation Physical Specifications • • • • • • • Quality, Standards & Validation • • • • • • • • • Advanced Protection Technologies 34 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 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 Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.4-1 Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.4-2, UL 1283 Rec. UL file: VZCA2.E321351 at www.UL.com RoHS-compliant IEC 61643, CE 10 year warranty (longer optional) Burn-In tested Prior to Shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification TEXWS MODEL NUMBER CONFIGURATOR & OPTIONS TE ll XWS Voltage Code for Electrical System Other Available Systems - Confirmation encouraged: 15 = 254/127V Split Phase - 1� 3W+Grnd, (Fig 1) 18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1) 21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2) 41 = 520Y/300V Wye - 3� 4W+Grnd (Fig 2) 42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2) 43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2) 44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2) 51 = 480V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) (Available: 300kA, 450kA) 06 = 240V Delta - 3� 3W+Grnd (Fig 4) (Available: 300kA, 450kA) 61 = 240V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) (Available: 300kA, 450kA) 07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2) 09 = 600V Delta - 3� 3W+Grnd (Fig 4) & HRG Wye (Available: 200kA, 250kA) 91 = 600V B Corner Grnd Delta, 3� 3W+Grnd (Fig 6) (Available: 200kA, 250kA) 11 = 120V Single Phase (Fig 5) 12 = 240V Single Phase (Fig 5) - Not split phase 13 = 127V Single Phase (Fig 5) 14 = 300V Single Phase (Fig 5) 16 = 277V Single Phase (Fig 5) 17 = 480V Single Phase (1 Hot, 1 Neu, 1 Grnd) (Fig 5) }V }V Hot (BLK) Figure 2 Phase A (BLK) B Phase B (BLK) A Neutral (WHT) Hot (BLK) N Ground (GRN) C } 25 = 250kA/Phase (Voltage Codes 09 & 91 only) M = Mount Display on SPD instead of Cable (Voltage Codes 05, 51, 06, 61 only) D = Rotary Disconnect Switch, ABB, UL98, SPD & Disconnect mounted on alum. backplane (14.75” x 12.88” x 5.25”) 50 = 500kA/Phase K = Rotary Disconnect Switch, Katko UL 508, SPD & Disconnect mounted on alum backplane (14.75” x 12.88” x 5.25”) 2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters Extended Disc. Sw. handle hardware available— consult factory Display on 28” Cable - other lengths available— consult factory Delete Options - Consult Factory for Order Code Delete L-N Protection (reduces kA rating) Delete L-G Protection (reduces kA rating) Delete N-G Protection (reduces kA rating) Delete Noise Filtering Available Accessory (order separately) RM = Remote Monitor Figure 4 } V Phase C (BLK) Figure 5 Phase A (BLK) Phase B (BLK) Phase C (BLK) Neutral (WHT) Ground (GRN) Ground (GRN) F = Noise Filtering - Extended Range & Attenuation 31 = 300kA/Phase 40 = 400kA/Phase 45 = 450kA/Phase V Phase C (BLK) X = Surge Counter, six-digit LCD counter includes maintenance-free Eprom memory backup 20 = 200kA/Phase Phase A (BLK) Phase B (ORNG) } Options (Voltage Codes 09 & 91 only) Figure 3 Neutral (WHT) V l... Surge Current Rating Common North American Systems: 01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) 02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2) 03 = 240/120V High Leg Delta (B High) (Fig 3) 04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2) 05 = 480V Delta - 3Ø 3W+Grnd (Fig 4) & HRG Wye (Available: 300kA, 450kA) 08 = 600Y/347 Wye - 3Ø 4W+Grnd (Fig 2) Figure 1 ll Ground (GRN) } }V Hot (BLK) V Neutral (WHT) Phase A (BLK) Phase C (BLK) Ground (GRN) Ground (GRN) SINGLE POLE 1 Hot, 1 Neu, 1 Grnd SPLIT WYE HI-LEG DELTA (B High) DELTA & HRG Wye 2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd 3 Hots, (B HIGH), 3 Hots, 1 Grnd 1 Neu, 1 Grnd Figure 6 CORNER GROUND DELTA (B grounded) 2 Hots, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 3kA) Common North American Systems 01 02 03 04 05 08 = = = = = = 240/120V Split Phase 208Y/120V 3� Wye 240Y/120V B High Leg Delta 480Y/277V 3� Wye 480V 3� Delta 600Y/347V 3� Wye L-N 700 700 700/1200 1200 1500 L-G 600 600 600/1000 1000 1800 1500 N-G 600 600 600 1200 1500 L-L 1000 1000 1500 1800 1800 2500 In 20kA 20kA 20kA 20kA 20kA 20kA SCCR 100kA 200kA 200kA 200kA 200kA 200kA MCOV 150 150 150 / 320 320 550 420 Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. Optional disconnect may increase VPRs. 9.29.15.lh.RevC #8395 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 35 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 • Voltage Specific Design – Highly configurable • All MOV suppression elements monitored • All Modes of Protection • Display on 28” cable Performance Specifications • Directly Connected, Discrete Protection Elements Between All Possible Modes with True 10-Mode Protection Surge Capacities L-N L-G 300kA Per Phase 100kA 100kA 100kA 100kA 450kA Per Phase 150kA 150kA 150kA 150kA N-G L-L • UL 1449 4th Edition Recognized Type 1 CA, CSA 22.2 No. 269.4-1 • Optional UL 1449-4 Type 2 CA, UL 1283 Rec., CSA 22.2 No. 269.4-2 • UL 1449-4 tested Inominal (In): 20kA • UL 1449-4 tested SCCR: 200kA & 100kA • UL 1449-4 Voltage Protection Ratings (VPRs): – 208Y/120V: as low as 600V – 480Y/277V: as low as 1000V • Less than 1 nanosecond response time • Repetitive Impulse: 5,000 hits • AC Sinewave Tracking Filter with EMI/RFI Filtering up to -50dB from 10kHz to 100MHz (Type 2 option only, incl. UL 1283 Rec.) Diagnostic Monitoring • • • • • • • • • • • 100% monitoring – Every MOV is monitored, incl. 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 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 Design Features • Designed, Manufactured & Tested consistent with: – ANSI/IEEE C62.41.1-2002, C62.41.2-2002, C62.45-2002, C62.62-2010 and C62.72-2007 – NEMA LS-1 – NEC® Article 285 – IEC 61643 • High Energy Parallel Design for Category C3 & C-High applications • For Mounting Internal to Switchgear, Motor Controls Centers, Panelboards and Control Panels • Individually Fused & Thermally Protected MOVs • Large-Block 34mm square 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: 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 Quality, Standards & Validation • • • • • • • • • Type 1: UL 1449 Fourth Edition, CSA 22.2 No. 269.4-1 Type 2 (Opt.): UL 1449 Fourth Ed., CSA No. 269.4-2, UL 1283 Rec. UL file: VZCA2.E321351 at www.UL.com RoHS-compliant IEC 61643, CE 10 year warranty (longer optional) Burn-In tested Prior to Shipment ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification Advanced Protection Technologies 36 Component Assembly SPDs Type 1 and Type 2 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com TEXWL 10-MODE MODEL NUMBER CONFIGURATOR & OPTIONS TE ll XWL Voltage Code for Electrical System ll Surge Current Rating 31 = 300kA/Phase 45 = 450kA/Phase Common North American Systems: 01 = 240/120V Split Phase - 1Ø 3W+Grnd (Fig 1) 02 = 208Y/120V Wye - 3Ø 4W+Grnd (Fig 2) 03 = 240/120V High Leg Delta (B High) (Fig 3) 04 = 480Y/277V Wye - 3Ø 4W+Grnd (Fig 2) l... Options X = Surge Counter, six-digit LCD counter includes maintenance-free Eprom memory backup F = Noise Filtering - Extended Range & Attenuation M = Mount Display on SPD instead of cable D = Rotary Disconnect Switch, ABB, UL98, SPD & Disconnect mounted on alum. backplane (14.75” x 12.88” x 5.25”) Other Available Systems - Confirmation encouraged: 15 = 254Y/127V Split Phase - 1� 3W+Grnd, (Fig 1) 18 = 480/277V 2-Pole, (480/240V Split Phase) (Fig 1) 21 = 220Y/127V Wye - 3� 4W+Grnd (Fig 2) 42 = 415Y/240V Wye - 3� 4W+Grnd (Fig 2) 43 = 400Y/230V Wye - 3� 4W+Grnd (Fig 2) 44 = 440Y/250V Wye - 3� 4W+Grnd (Fig 2) 07 = 380Y/220V Wye - 3� 4W+Grnd (Fig 2) K = Rotary Disconnect Switch, Katko UL 508, SPD & Disconnect mounted on alum. backplane (14.75” x 12.88” x 5.25”) 2 = Type 2 SPD, incl. UL 1283 EMI/RFI Filters Extended Disc. Sw. handle hardware available— consult factory Display on 28” Cable - other lengths available— consult factory Figure 1 }V }V Hot (BLK) Figure 2 Phase A (BLK) B Phase B (BLK) A Neutral (WHT) Hot (BLK) N Ground (GRN) C } Figure 3 Phase A (BLK) Phase B (ORNG) } Phase C (BLK) Neutral (WHT) Ground (GRN) Phase C (BLK) Ground (GRN) SPLIT WYE 2 Hots, 1 Neu, 1 Grnd 3 Hots, 1 Neu, 1 Grnd Available Accessory (order separately) RM = Remote Monitor V Neutral (WHT) V Delete Options - Consult Factory for Order Code Delete L-N Protection (reduces kA rating) Delete L-G Protection (reduces kA rating) Delete N-G Protection (reduces kA rating) Delete Noise Filtering HI-LEG DELTA (B High) 3 Hots, (B HIGH), 1 Neu, 1 Grnd Performance Data UL 1449 Fourth Edition Test Data Voltage Protection Ratings (VPR - 3kA) Common North American Systems 01 02 03 04 = = = = 240/120V Split Phase 208Y/120V 3Ø Wye 240Y/120V B High Leg Delta 480Y/277V 3Ø Wye L-N L-G N-G L-L In SCCR MCOV 700 700 700/1200 1200 700 700 700/1000 1000 600 600 600 1000 1000 1000 1500 1800 20kA 20kA 20kA 20kA 100kA 200kA 200kA 200kA 150 150 150 / 320 320 700 700 1000 1000 1000 1000 1000 1000 1800 1800 1800 1800 20kA 20kA 20kA 20kA 20kA 20kA 100kA 100kA 200kA 200kA 200kA 200kA 180 180 320 320 320 320 Other Available Systems - Confirmation Encouraged: 15 21 42 43 44 07 = = = = = = 254/127V Split Phase 220Y/127V 3Ø Wye 415Y/240V 3Ø Wye 400Y/230V 3Ø Wye 440Y/250V 3Ø Wye 380Y/220V 3Ø Wye 700 700 1200 1200 1200 1200 700 700 1000 1000 1000 1000 Other Available Systems: Please see supplementary data sheet, contact us at info@aptsurge.com or confirm at www.UL.com using CCN of VZCA. Optional disconnect may increase VPRs. 9.29.15.lh.RevC #8394 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 37 DIN-Rail SPDs AC Power & DC PV Type 1 Component Assembly Intended for use in Type 1 or Type 2 Applications Features • • • • • • • • • UL 1449 Fourth Edition Recognized Parallel Electrical Connection – Easy to install 50kA per mode All UL required OCP & Safety Coordination included inside – Supplemental Fusing/OCP Not Required 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 Performance Specifications Design Features • Data Table on Back • 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 C3 & 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 Physical Specifications • • • • • • Relative Humidity Range: 0 - 95% non-condensing Operating Frequency: 47 - 63Hz Operating Temperature: -40°C (-40°F) to +85°C (185°F) Polymeric Enclosure: Flame rated UL94 V-0 Weight: 0.25 lbs (114 kg) per pole Wire Lug Size: #6 - #14 AWG Dimensions • Uses standard 35mm DIN-Rail (4-pole shown) Width Optional Dry Contact Length Height 1-Pole: 0.70” (17.8mm) 4.09” (103.9mm) 2.70” (68.5mm) 2-Pole: 1.39” (35.5mm) 4.09” (103.9mm) 2.70” (68.5mm) 3-Pole: 2.10” (53.3mm) 4.09” (103.9mm) 2.70” (68.5mm) 4-Pole: 2.80” (71.0mm) 4.09” (103.9mm) 2.70” (68.5mm) 0.41” 10.5mm TYP. 2.80” 71.0mm • • • • ‘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 0.70” 17.8mm TYP. COMMON 0.43” 11.0mm NC 1 2 3 125Vac 3A max Quality, Standards & Validation 4.09” 103.9mm 3.58” 1.77” 91.0mm 45.0mm 1.09” 27.7mm WIRE MARKER LOCATION 0.27” 6.9mm 0.20” 5.1mm INDICATOR IN TRIPPED POSITION 2.70” 68.5mm 1.93” 49.0mm • • • • • • • Advanced Protection Technologies 38 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com UL 1449 Fourth Edition Recognized, cUL UL file: VZCA2.E321351 at www.UL.com RoHS-compliant IEC 61643, CE 5 year warranty (longer optional) ISO 9001:2008 Quality Management System ISO 17025:2005 Laboratory Qualification European Authorized Representative Obelis s.a. Boulevard Général Wahis 53 1030 Brussels, BELGIUM Tel: +(32) 2. 732.59.54 Fax: +(32) 2. 732.60.03 E-Mail: mail@obelis.net Application & Installation Guide DIN Model Configurator & Option: Parallel Electrical Connections for Easy Installation D DIN (Default) System 240V M = Monitoring Dry Contact 2P = Two Pole, Split Phase EXAMPLES: D120V3P 120V, 3 pole (208Y/120V) 3P = Three Pole Wye 277V 347V D277V3PNGM 50kA, 277V, 3 pole (480Y/277V) with PV = Photovoltaic DC N-G with Monitoring (DC+, DC-, Ground) (Dry Contact) 480V 3PD = Three Pole Delta Photovoltaic DC Voltages D1000VPV 1000V DC (DC+, DC-, Ground) 600V (DC) 1000V (DC) Performance Data Model System Voltage & Config # of Poles UL 1449 VPR (6kV - 3kA) In SCCR MCOV D120V1P 120V 1 600 20kA 200kA 150 D120V2P 120/240V 2 600 20kA 200kA 150 D120V3P 208Y/120V 3 600 20kA 200kA 150 D120V3PNG 208Y/120V w/N-G 4 600 20kA 200kA 150 D127V1P 1 600 20kA 200kA 180 127V D127V2P 127/254V 2 600 20kA 200kA 180 D127V3P 220Y/127V 3 600 20kA 200kA 180 D127V3PNG 220Y/127V w/N-G 4 600 20kA 200kA 180 D230V1P 230V 1 800 20kA 200kA 270 D230V2P 230/460V 2 800 20kA 200kA 270 D240V3PD 240V Delta 3 800 20kA 200kA 270 D240V3PDG 240V Delta 3 800 20kA 200kA 270 D277V1P 277V 1 1200 20kA 200kA 320 D277V3P 480Y/277V 3 900 20kA 200kA 320 D277V3PNG 480Y/277V w/N-G 4 1200 20kA 200kA 320 D347V3P 3 1200 20kA 200kA 420 D347V3PNG 600Y/347V w/N-G 4 1500 20kA 200kA 420 D480V3PD 480V Delta 3 1500 20kA 200kA 550 D480V3PDG 480V Delta 3 1500 20kA 200kA 550 600Y/347V 1 Pole / Single Phase 230V 1P = One Pole, Single Phase # of Poles UL 1449 VPR (6kV - 3kA) In SCCR MCOV 750VDC D600VPV 600VDC 2 2000 20kA 10kADC D600VYPV 600VDC 3 2000 20kA 10kADC 720VDC D1000VPV 1000VDC 3 3000 20kA 10kADC 1250VDC D1000VYPV 1000VDC 3 3000 20kA 10kADC 1250VDC (PV DC models are URus. Canadian PV SPD standards not yet established.) 10.19.15.lh.RevC #8776 Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com N-G BONDED: Does NOT require N-G protection DOWNSTREAM OF N-G BOND: N-G protection suggested BLK BLK WHT WHT GRN Neutral (WHT) Ground (GRN) VOLTAGE MODEL # MODEL # 120V 127V 230V 277V D120V1P D127V1P D230V1P D277V1P D120V2P D127V2P 2-D230V1P 2-D277V1P BLK BLK BLK WHT BLK Hot (BLK) Neutral (WHT) Hot (BLK) Ground (GRN) WHT GRN WHT VOLTAGE MODEL # MODEL # 120V (120 / 240V) 127V (127 / 254V) 230V (230 / 460V) D120V2P D127V2P D230V2P D120V2P + D120V1P D127V2P + D127V1P D230V2P + D230V1P BLK BLK BLK BLK BLK GRN Phase A (BLK) A B Phase B (BLK) Neutral (WHT) N Phase C (BLK) C Ground (GRN) WHT WHT VOLTAGE 120V (208Y / 120V) 127V (200Y / 127V) 277V (480Y / 277V) 347V (600Y / 347V) MODEL # D120V3P D127V3P D277V3P D347V3P BLK BLK BLK BLK MODEL # D120V3PNG D127V3PNG D277V3PNG D347V3PNG BLK BLK BLK BLK Phase A (BLK) A C B Phase B (BLK) Phase C (BLK) Ground (GRN) VOLTAGE 240V 480V 600V BLK MODEL # D240V3PD D480V3PD N/A (*Do not connect anything to SPD Neutral connection. Leave SPD’s Neutral floating) BLK RED GRN MODEL # D240V3PDG D480V3PDG D347V3PNG* Corner Grounded Delta? Use same models and connect one SPD Black & Green to Ground. DC Photovoltaic System Voltage & Config Installed > 10’ (3m) From Service Entrance or Transformer BLK Photovoltaic DC Model Installed at Service Entrance or Transformer Hot (BLK) 2 Pole / Split Phase 127V Wye 120V Option Delta AC Voltage System Configuration RED GRN BLK DC+ (RED) DC- (BLK) Ground (GRN) 2 Pole PV SPD 3 Pole PV SPD GRN VOLTAGE 600VDC 1000VDC MODEL # D600VPV N/A MODEL # D600VYPV D1000VPV D1000VYPV Modularity allows for many additional configurations. Call factory for assistance. 39 Arrestor SPD Robustness for In-Line, Series-Connected DIN-Rail Applications Features & Where This Makes Sense: SPD connects via feed-thru connection on Std 35mm DIN Rail Load conductors • 50kA Service Entrance rated SPD – Suitable for UL 96A Lightning Protection System • High Surge Environments: Outdoor, Pole-Mount, Traffic, ITS • Robust Arrestor Grade Components – No ‘dwarf’ suppression elements • UL 1449 4th Edition Listed SPD – UL Mark – Avoids regulatory or compliance issues • Type 1 SPD - does not require separate overcurrent protection at additional cost & space • Includes On-Board LED diagnostics • No More Costly Than Traditional In-Line SPD (Maybe Less When Extra Fusing is Required) Disadvantages of Traditional Series-Connected SPDs: • • • • Power feeds through Not robust (take one apart: small dwarf/electronic grade MOVs) Usually need extra cost & extra space for overcurrent protection Not UL Listed (Series SPDs are historically Recognized, not Listed) Not UL Recognized (dangerous? - mfg knew it would not pass recent UL 1449 changes?) • UL Recognized with substantial shortcomings?(‘Surprises’ buried in File’s Conditions of Acceptability?) • Series SPDs can completely deenergize their loads if their fuse/breaker clears. Unacceptable to critical loads such as traffic control cabinets, fire alarm panels, etc. Installation Instructions & Photos on Back • For Indoor Use Only - Up to 600V, 35A, UL Recognized Connectors • APT Technical Support at (800) 237-4567 Ordering Information (SPDee is Ordered Separately): • SKIT 1 – for 120V (true single phase): 1 Hot, 1 Neutral, 1 Ground Includes two Altech CMC1-2 term blocks, two Altech CGT6N term blocks, one EPCMC-1-2 end plate, label • SKIT 2 – for 120/240V (split phase): 2 Hots, 1 Neutral, 1 Ground Includes three Altech CMC1-2 term blocks, two Altech CGT6N term blocks, one EPCMC-1-2 end plate, label • SKIT 3 – for 208Y/120V (three phase, rare for series application): 3 Hots, 1 Neutral, 1 Ground • ‘D’ suffix option – Adds 6” 35mm DIN-Rail and two mounting screws (example: SKIT1D) Component Specifics (Or To Build Your Own): • Energized and Neutral Feed-Through Terminal Blocks: Altech CMC1-2, Gray, tri-connect, 600V, 35A, 22-10 AWG, Altech EPCMC1-2 end plate, cЯUus, file E220514 • Ground Feed-Through Terminal Blocks: Altech CGT6N, Green/Yellow, 600V, 35A, 22-10 AWG, cЯUus, file E220514 (two required – one connects feed-through ground leads to DIN rail ground, other connects SPD to DIN-Rail ground) • Identification Label for affixing to SPDEE SPD. Advanced Protection Technologies 40 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com Installation: • Qualified Personnel Only - Follow all applicable codes - Ensure all loads are de-energized - Do not install during lightning storm. • Select appropriate SPDEE from SPDEE datasheet. SPDEE mounts to DIN-Rail as standard feature. (Alternate mounting possible - SPD does not have to be mounted on DIN-Rail) • Select appropriate S-KIT, or build your own from Feed-Through Terminal Blocks (Altech, Wago, etc.). • Ensure DIN-Rail is solidly electrically grounded. • Connect SPDEE and Feed-Through Terminal Blocks to DIN-Rail, covering exposed side(s) with end plate. • Wire SPD hot and neutral leads to terminal blocks. Cut leads as short as possible. (May fit better in top terminals) Torque: 7 lb-in • Wire load connections into and out-of terminal blocks. Torque: 7 lb-in • Wire SPD ground to one of two grounding blocks. (One grounds SPD to DIN-Rail, other grounds feed-through ground leads). • Ensure leads are tight. Energize. Ensure LED illuminates. Load – Out (or In, can go either way) Standard SPDee LED visible here Supplemental label affixes to SPDEE Mounts and Grounds thru std 35mm DIN-Rail Make sure rail is electrically grounded Two ground terminals: • One provides feed-thru connection to existing ground conductor and simultaneously grounds to DIN-Rail • One connects SPD ground to DIN-Rail ground, bonding grounds together Three Position Feed-Thru Terminal Blocks: One for each Energized Black conductor Nut tightens aluminum L-bracket to DIN-Rail One for Neutral • Strip & Install SPD lead to upper lug (all three terminals are connected together) • Strip & Install feed-through load conductors on bottom Leads from Load • Make leads short as possible – inches matter! • Gentle radius – no sharp bends Load – Out (or In, can go either way) KEY SPD Hot SPD Ground SPD Connection to Terminal Block – Upper & Lower Terminals inside Terminal Block are connected to each other 3.10.15.lh # 8678 = Power = Neutral (white) = Ground SPD Netural Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 41 Features: • • • • • • • • • • • • Budget Surge Protection Intended for outdoor loads, light poles, DOT, etc. 20kA and 40kA Per Mode Surge Current Ratings Hi-Energy MOV based design Low Clamping Voltages – better protection than air-gap, spark-gap, GDT or silica oxide varistor technologies Encapsulated in Ceramgard® elastomeric potting compound for below grade application Voltage Specific Design – Highly configurable Pre-attached 12 AWG 24” Leads Parallel Connection - Solid State Bidirectional Operation Optional EMI/RFI Noise Filter (1 & 2 pole models) Optional series type connection (aka two-port, Kelvin-connected or feed-thru connection) All Modes of Protection Model Number Configurator on Back Performance Specifications: Mounting Configurations: (graphic on back) • Available Surge Current Capacities: 20kA in each of all specified modes 40kA in each of all specified modes • Nominal DIscharge Current Rating (In): 20kA • Operating Frequency: DC-500Hz • Operating Temperature: -40°C (-40°F) to +85°C (185°F) • Weight: 1.65 lbs (0.75 kg) • Polycarbonate enclosure – UL 746C(f1) & UL 94-5VA • 3/4” male threaded hub • 10A upstream overcurrent protection recommended • Maximum Continuous Operating Voltage (MCOV): • Intended for mounting via nipple hub (1.05” OD) • B suffix option mounting bracket permits mounting on flat surface or standard 35mm DIN-Rail Nominal System Voltage: 120-127V 220-240V 277V 347V 480V 600V SPD MCOV: 175V 320V 420V 550V 625V 1000V Lead Configurations: (graphic on back) • Standard configuration: 12 AWG leads exit the mouth of the SPD enclosure, not the nipple. This ensures maximum potting coverage around the leads for environmental & moisture protection. • N suffix option: Moves 12 AWG leads to exit thru the nipple area (unit is still potted). • S suffix option: Provides Series connection leads thru the mouth (not available with N option). This is also known as two-port, Kelvin or feed-thru connection. Some DOT light pole configurations require this. Steady state current rating for S option is 12A. Not intended for continuous loads above 12A. Advanced Protection Technologies 42 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 3.75” Weight: 1.65 lbs (0.75 kg) 3.26” 3.31” 2.9” 3.57” 3/4”-14 1.15” Sized for std 35mm DIN-rail Quality, Standards & Validation: • Designed, Manufactured & Tested consistent with: ANSI/IEEE C62.41.1-2002, C62.41.2-2002, and C62.45-2002 • High Energy Parallel Design for Category C3 & C-High applications • UL Recognized MOVs & EMI/RFI Filter • RoHS-compliant • 2 year warranty (longer optional) • Burn-In tested Prior to Shipment • ISO 9001:2008 Quality Management System • ISO 17025:2005 Laboratory Qualification LA MODEL NUMBER CONFIGURATOR & OPTIONS llll LA Voltage (see Figures) ll l... kA Rating Per Mode Options 20 = 20kA 40 = 40kA B = Aluminum Mounting Bracket F = EMI/RFI Noise Filter (B or C suggested when at service entrance) N = Thru-nipple conductors (suggested when close to service entrance) S = Series connected, aka Kelvin connection An energized lead into the SPD and another energized lead out of the SPD. Power to the load goes through the SPD. Limited to 12A maximum current. A = L-G and N-G protection (suggested for tall poles, or when far from service entrance) B = L-G protection only C = L-N protection only D = L-N and N-G protection (for Delta systems) G = L-L protection (for Delta Systems) 1P = One Pole, Single Phase 2P = Two Pole, Split Phase 3Y 3C = Three Pole Wye (Figure 2) = B Phase Corner Grounded Delta H = L-N, L-G & N-G protection (powered L-N, see Figure 5) (Available up to 20kA per mode and 40kA N-G, Not available with F or S options) (powered L-L, see Figure 1) (Figure 6) = Three Pole Delta (Figure 4) = Three Pole Hi-Leg Delta (Figure 3) Figure 1 Hot (BLK) Figure 2 Phase A (BLK) B Phase B (BLK) A Neutral (WHT) Hot (BLK) Ground (GRN) SPLIT 2 Hots, 1 Neu, 1 Grnd N C } Neutral (WHT) V Phase C (BLK) Ground (GRN) WYE 3 Hots, 1 Neu, 1 Grnd Examples: (1 and 2 pole only) Q Please call APT at 800.237.4567 for questions and application assistance Figure 3 Phase A (BLK) Phase B (ORNG) } V Phase C (BLK) Neutral (WHT) Ground (GRN) HI-LEG DELTA (B High) 3 Hots, (B HIGH), 1 Neu, 1 Grnd (1 and 2 pole only) (not available with S option) E = L-G and L-N protection F = L-L and L-G protection Power System (see Figures) }V }V ll Modes of Protection Configuration 120V 127V 220V 240V 277V 347V 480V 600V 3D 3H ll Figure 4 } V = Call for Custom or Special Builds Figure 5 Phase A (BLK) Phase B (BLK) Phase C (BLK) Ground (GRN) DELTA & HRG WYE 3 Hots, 1 Grnd } Figure 6 }V Hot (BLK) V Neutral (WHT) Phase A (BLK) Phase C (BLK) Ground (GRN) Ground (GRN) SINGLE POLE 1 Hot, 1 Neu, 1 Grnd CORNER GROUND DELTA (B grounded) 2 Hots, 1 Grnd LA480V1PA40S = L-G and N-G protection of 40kA for 480V true single phase (Meets FDOT Light Pole specs) LA240V2PA40S = L-G and N-G protection of 40kA for 240/480V split phase (Meets FDOT Light Pole specs) LA120V2PD20BFN = L-N and N-G protection of 20kA for 120/240V split phase with bracket, filter and thru-nipple wires LA120V1PB40BFS = L-G protection of 40 kA for 120V true single phase with bracket, filter and series connection wires Lead Configurations: Mounting Configurations: Standard configuration (blank) 12 AWG leads exit the mouth of the SPD enclosure, not the nipple. This ensures maximum potting coverage around the leads for environmental & moisture protection Intended for mounting via nipple hub (1.05” OD, needs appropriately sized hole) B suffix option mounting bracket permits mounting on flat surface or standard 35mm DIN-Rail N suffix option moves 12 AWG leads to exit thru the nipple area (unit is still potted) S suffix option provides Series connection leads thru the mouth (not available with N option). This is also known as two-port, Kelvin or feed-thru connection. Some DOT light pole configurations require this. Steady state current rating for S option is 12A. Not intended 12.30.14.lh #8691 Leads into Std. 3/4”-14 Nipple DIN-Rail Mount (rail not incl.) Bracket Mount for flat surfaces Leads out of SPD Ground Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 43 Features • • • • • Primary Protector Kit for Coaxial Communication Lines Includes SAVFFF UL 497C Listed Coaxial SPD Includes two F to BNC connectors for BNC applications Coaxial Gas Discharge Tube (GDT) Technology Protects personnel and equipment from lightning and power induced overvoltage surges Performance Specifications • Breakdown Voltage: • Maximum Operating Voltage: • Maximum Signal Current: • Imax Surge Current Rating (8/20µs): • Analog Frequency Range: • SPD Insertion Loss: • Response Time: • Listing: Intended Application 150V 100V 300mA 5kA DC-1GHz 0.2 dB typical <25ns UL 497C • Primary Protector at Service Entrance for life safety protection from power line crosses and lightning. • SAVFFF is UL 497C Listed (QVKC.E303380) • Suitable for use in UL 96A Master Label Lightning Protection System • Per regulatory & industry convention, cascaded SPDs provide maximum protection. An additional Secondary SPD is highly recommended for critical electronics applications. Physical Specifications Design Features • • • • • • • • • • Designed, Manufactured & Tested consistent with: – IEEE C62.43-2005 – IEEE C62.64-2009 – IEEE C62.41.1, C62.41.2 & C62.45 – IEC 61643-21 • Integral Fail-Short Mechanism Intended for use within a weather-resistant enclosure Relative Humidity Range: 0-95% non-condensing Operating Temp: -40°C (-40°C) to +176°F (+80°C) Weight: 0.2lbs (56g) (excluding BNC conn.) Length: 3.0” (76mm long) Metallic Case Female F Connectors Two (2) F-BNC connectors included Pin-Grounded Shield Mode of Protection Grounding • Requires reliable ground • SPD may be grounded via its legs with screw connections, or via screw terminal that accepts up to 8 AWG (wire and attachment screws not included) Installation • SPD is bidirectional; not direction-sensitive. Industry ‘Best Practices’ recommend SPDs at both ends of cabling and/or cascade protection. • SPD must be connected to a reliable ground via screw-down connection or ground wire (or both). Locate SPD such that ground lead is as short and straight as possible. Inches matter! Connect to a reliable ground, which should be the same ground reference for power and Pan-Tilt-Zoom (if equipped). Quality, Validation • • • • • SPD redirects damaging energy to ground. If equipment/SPD are atop tall pole, the long path to earth ground adds inductive impedance and may affect performance • This SPD intentionally short-circuit the line when failed. Remove SPD, and test system. If system operates normally, replace SPD. • If signal quality decreases when SPD is installed, most likely cause is a ground loop. Disconnect ground lead, and test system. If system operates normally, contact APT for BNCA10kA, which has ground isolation circuitry. Advanced Protection Technologies 44 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 5 year warranty (longer optional) UL 497C Listed (QVKC.E303380) APT employs an ISO 9001:2008 Quality Management System CE Mark: Yes European Authorized Representative Obelis s.a. Boulevard Général Wahis 53 1030 Brussels, BELGIUM Tel: +(32) 2. 732.59.54 Fax: +(32) 2. 732.60.03 3.10.15.lh #8619 E-Mail: mail@obelis.net Features The BNCA10kA is a premium SPD intended for Severe Service at BNC coaxial connections for video equipment such as CCTV cameras. Top View 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) Bottom View Easy to Install, Din-Rail Mounting Bracket Included Design Features Performance Specifications • • • • • • • • • • • Nominal Operating Voltage: 5V Maximum Operating Voltage: 8V Maximum Signal Current: 300mA Imax Surge Current Rating (8/20µs): 10kA 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: <1ns Connection Type: BNC, 50 / 75 ohm Discrete Modes of Protection: Pin-Shield, Shield-Ground Quality & Validation • • • • • RoHS - compliant 5 year warranty (longer optional) Individually Tested prior to shipment APT employs an ISO 9001:2008 Quality Management System CE Mark: Yes • 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. Physical Specifications • • • • • • Intended for use within a weather-resistant enclosure Relative Humidity Range: 0 - 95% non-condensing Operating Temp: -40°C (-40°C) to +176°F (+80°C) Weight: 0.25lbs (100g) Dimensions: 3.35” (85mm long) x 1” square (25mm) 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 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. Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com European Authorized Representative Obelis s.a. Boulevard Général Wahis 53 1030 Brussels, BELGIUM Tel: +(32) 2. 732.59.54 Fax: +(32) 2. 732.60.03 3.10.15.lh #8540 E-Mail: mail@obelis.net 45 Protecting Coax Cables from Surges Most surges on coax cable originate on the shield, not the pin. • In a coax application, the pin is protected by the shield. For example, lightning induces onto the shield, as would accidental contact with a power line. Consequently, excessive emphasis on protecting the pin may be misguided. • According to IEEE C62.43 research: – Surge current injected equally onto the pin and shield will propagate unequally. Due to inductance, the shield will carry about four times more surge current than the pin. • “Surge propagation speed is faster on the shield than the pin, leading to voltage differentials between pin and shield on long runs of coax cable.” • Coax surge protection is different than AC power surge protection: – Focus is on the grounded shield conductor as opposed to the ‘active’ conductor. (On AC systems, focus is usually on the energized conductor.) – MOV suppression components may degrade signal quality due to higher capacitance. Primary & Secondary SPDs are intended for use together in a cascade arrangement. • Irony: People routinely protect AC circuits with sizeable cascade SPDs, but do not do it with coax, despite smaller SPDs and sometimes a harsher environment. Cascade SPDs as appropriate. Concept of Cascade Protection Secondary SPD (UL 497A) with better clamping performance to better protect UL 497 Listing categories are often misunderstood. • UL has two generalized categories for Communication SPDs: Primary and Secondary Protectors. – Primary Protectors: e.g., UL 497, UL 497C. “Primary protectors are intended to suppress abnormal overvoltage conditions that may exist on the circuit due to accidental contact with electric light or power conductors operating at or over 300 V to ground…”. Translation: These are more intended for life safety protection from power line crosses & lightning, and may not clamp low enough to protect sensitive electronics. – Secondary Protectors: e.g., UL 497A. “Secondary protectors are intended to suppress abnormal voltage and/or current conditions that bypass the primary protector.” Translation: Secondary Protectors offer better clamping protection for sensitive electronics. • Hiccup?: There are single SPDs having the robust componentry of Primary SPDs and the lower and better clamping performance of Secondary SPDs. However, by quirk, the lower clamping voltage and better performance prevents them from passing UL’s testing as a Primary Protector. The resulting confusion factor is one reason why various manufacturers do not UL List coax SPDs. Note that UL 96A Lightning Protection applications mandate a UL 497C unit. Good practice suggests an additional Secondary Protector to protect sensitive electronics. Primary SPD (UL 497C) for life safety purposes to protect against Power line cross or direct stroke SECONDARY SPD SPD PRIMARY SPD SPD BUILDING SPD SPD COAX CABLE Hiccup: Ground Loops and resulting signal loss • Coax cable shields are grounded at their ‘head-end’. The shield is not supposed to be grounded further downstream. Reason: If the shield is grounded at multiple locations, and those grounds are at different potentials, then current will ‘loop’ through the shield as the ground potentials attempt to equalize themselves. This is called a Ground Loop, and can/will cause signal decay. • Away from the ‘head-end’, if the SPD’s shield protection is directly connected to ground, it can/will cause a ground loop. Different SPD technology with ground isolation is required to prevent this. The APT SPD will not cause ground loops. Avoiding Ground Loops COMMUNICATION EQUIPMENT SPD SPD COAX CABLE Head-End Coax Shield is Referenced to Ground 46 If these two grounds have a voltage difference, and the coax Shield can complete the circuit, then current will flow through the Shield creating a Ground Loop. Advanced Protection Technologies, Inc. 14550 58th Street North, Clearwater, Florida 33760 If remote SPD shield is ‘hard-grounded’ and there is a voltage between the two grounds, then a Ground Loop is likely. An SPD with ground isolating qualities is required (APT BNCA10kA). (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 3.10.15.lh Low Voltage/ Communication SPDs DIN-Rail, Series Connected Premium SPDs intended for use on a wide range of low voltage applications inside appropriate enclosures, including high speed communication circuits. Terminals are finger-safe. • SPDs include three stage high-energy surge suppression in a Pi (π) configuration: – 1st Stage: Parallel-connected Gas Discharge Tubes – 2nd Stage: Series-connected impedance – 3rd Stage: Parallel-connected Transorbs • Each SPD Protects Two (2) Pairs of Wire • UL 497B Recognized UL File: QVGQ.E244864 • Circuit schematic printed on side of SPD • Dual Grounding: – Ground Wire Lug (recommended) – Through DIN-Rail Connection Two or Four Wire Data Lines such as Camera PTZ or Vehicle Detectors Application RS-232 RS423 Model Number RS-422 Low Voltage Power Protection RS-485 12VDC 24VDC 24VAC 30VDC 48VDC 60VDC RS232/D1 RS423/D1 RS422/D1 RS485/D1 12VDC/D1 24VDC/D1 24VAC/D1 30VDC/D1 48VDC/D1 60VDC/D1 Protocol Operating Voltage +/- 25V +/- 6V -0.25V – +6V -7V – +12V 12VDC 24VDC 24VAC 48VDC 48VDC 60VDC SPD Max Cont Op Volt (MCOV) 28VDC 15VDC 15VDC 15VDC 15VDC 28VDC 36VAC 52VDC 52VDC 64VDC <46V <27V <27V <27V <27V <46V <60VAC <85V <85V <105V Typical Breakdown Voltage (VDC) 33V 18V 18V 18V 18V 33V 32VAC 61V 61V 75V Maximum Leakage Current (µA) 5µA 5µA 5µA 5µA 5µA 5µA 5µA 5µA 5µA 5µA Clamping Voltage (VDC) Other Applications Easy to Install Specifications & Features Unprotected side Install such that surge hits this side • Other Low Voltage: See D60401 Series data sheets • BNC: See BNCA10KA or BNCB5KA data sheets • 120V: See AC DIN-Rail data sheets • • • • • • • • • • • • • • • • • • • • Surge Current Rating: 15kA Rated Operating Current IL (mA): 800mA Number Wires Protected: up to 4 wires (2 pair) Wire Size: 14 AWG - 26 AWG Response Time (ns): <1 ns Mounting Type: 35mm DIN-Rail Temperature Rating: -40°F to 185°F (-40°C to 85°C) Enclosure Material: Thermoplastic UL 94-V0 Enclosure: NEMA 1 (IP 20) Dimensions: 3.9” x 2.6” x 0.47” (99mm x 65mm x 12mm) Weight: 4.75oz (135g) Thermal Protection: Yes Color: Gray IEEE C62.41-2002, Cat C, B & A: Yes IEC 61643-21Compliant: Yes IEC Max. Discharge Current Imax (8x20µs): 15kA IEC Max. Discharge Current In (8x20µs): 10kA IEC Max. Lightning Pulse Iimp (10x350µs): 2.5kA CE Mark: Yes Warranty: 2 Year In-line series connected SPD. Normal signal goes through this unit. Ground Lug internally connects to tab contacting DIN-Rail. We recommend cable connection from Ground Lug to Verified Ground. 0.47 in. (12 mm) Dimensions 2.56 in. (65 mm) Weight: 4.75oz (135g) Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com Protected side Camera, MVDS, widget, etc. . 3.9 inm 80 m European Authorized Representative Obelis s.a. Boulevard Général Wahis 53 1030 Brussels, BELGIUM Tel: +(32) 2. 732.59.54 Fax: +(32) 2. 732.60.03 E-Mail: mail@obelis.net 3.10.15 #8632 47 D60401, S-suffix • These premium 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. • D60401 SPDs include three stage surge suppression in a Pi (π) configuration: – 1st Stage: Parallel-connected Gas Discharge Tubes – 2nd Stage: Series-connected resistor (includes inductor on ‘S’ models) D60401, B-suffix – 3rd Stage: Parallel - connected Transorbs • Two D60401 SPD families are offered: – S-suffix: ‘Standard’ - for Analog, DC voltage, or low-frequency data to 600kHz – B-suffix: ‘Bandwidth’ - for Digital or High-Frequency Data up to 35MHz Features Model Number Configurator • Surge Current Rating: 15kA • UL 96A Lightning Protection Master Label: Yes • Rated Operating Current IL (mA): 800mA (1000mA for B-suffix models) • Number Wires Protected: up to 4 wires (2 pair) • Wire Size: 14 AWG - 26 AWG • Response Time (ns): <1 ns • Mounting Type: 35mm DIN-Rail • Temperature Rating: -40°F to 185°F (-40°C to 85°C) • Enclosure Material: Thermoplastic UL 94-V0 • Enslosure: NEMA 1 (IP 20) • Dimensions: 3.9” x 2.6” x 0.47” (99mm x 65mm x 12mm) • Weight: 4.75oz (135g) • Thermal Protection: Yes • Color: Gray • UL 497B Listed: UL File QVGQ.E244864 • CE Mark: Yes • IEEE C62.41-2002, Cat C, B & A: Yes • IEC 61643-21 Compliant: Yes • IEC Max. Discharge Current Imax (8x20µs): 15kA • IEC Max. Discharge Current In (8x20µs): 10kA • IEC Max. Lightning Pulse Iimp (10x350µs): 2.5kA • Warranty: 2 Year D60401Voltage Codes 005 012 024 048 060 = = = = = 5VDC (3.5VAC) S (Standard) = Analog, DC 12VDC (8.5VAC) B (Bandwidth) = Digital up to 35MHz 24VDC (17VAC) 48VDC (34VAC) 60VDC (42VAC) Suggested Applications Protocol Nominal Voltage Suggested SPD RS-232 +/- 25V D60401-024S RS-423 +/- 6V D60401-012S RS-422 -0.25V - +6V D60401-012B RS-485 -7V - + 12V D60401-012B Modbus (usually RS-485) D60401-012B Irrigation/Sprinkler Valves 24VAC D60401-048S Need to determine. Default: Could be 24VDC, D60401-048S 12VDC, etc. Default: Can’t Find Out? D60401-048S 4 - 20mA Don’t know? Voltage Codes Nominal Operating Voltage (VDC / VAC) MCOV (VDC) Clamping Voltage (VDC) Voltage Breakdown (Min/Max VDC) IEC Voltage Protection Level (Up @ 1kV/µs, VDC) Maximum Leakage Current (µA) "005" 5 / 3.5 7 <12 7/9 "012" 12 / 8.5 15 <27 16/20 "024" 24 / 17 28 <46 29.5/36.5 "048" 48 / 34 52 <85 55.5/68.5 "060" 60 / 42 64 <105 67.5/82.5 12 27 28 52 64 200 5 5 5 5 Advanced Protection Technologies 48 lll l 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com European Authorized Representative Obelis s.a. Boulevard Général Wahis 53 1030 Brussels, BELGIUM Tel: +(32) 2. 732.59.54 Fax: +(32) 2. 732.60.03 E-Mail: mail@obelis.net Dimensions 0.47 in. (12 mm) 2.56 in. (65 mm) 3.9 in. 80 mm Information Finger Safe Terminals Unprotected Side Protected Side Install such that surge hits this side VALUABLE EQUIPMENT SIDE Ground lug tab Internally connected to DIN-Rail – Series connected (Power/Data goes through SPD) – Protects up to 4 wires (2 pairs of 2 wires) DIN-Rail not included Typical 4-Wire Installation Protected Load Side Only 2 wires? – Use either top or bottom sets. DIN-Rail not included Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 3.10.15.lh #8384 49 MVF - Medium Voltage Surge Protective Device + Three Phase Fuse Box SPD Advanced Protection Technologies Clearwater, Florida USA www.aptsurge.com #8518 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 The MVF consists of a Medium Voltage parallel SPD and stand-alone, three phase fuse box. The MVF is designed for Oil and Gas, Water/ Wastewater, Chemical, Large Industrial and Heavy Duty Applications at Service Entrance, Distribution locations as well as Individual Equipment. The Three Phase Fuse Box component of the MVF is REQUIRED to be installed on the line side of, and in-line with, the Medium Voltage SPD component as dedicated overcurrent protection and to safely disconnect the SPD from the electrical system in the event of an SPD failure. MVF SPD Component Design Features Advanced Protection Technologies Clearwater, Florida USA www.aptsurge.com #8518 • • • • • • • • • HIGH VOLTAGE FUSE BOX • • • • Represents a typical installation of an MVF • • Low clamping voltage for maximum equipment protection Parallel design MOV suppression allows installation flexibility Bi-directional operation for positive and negative surges Solid state, fully automatic action and reset Large-Block, 40mm, MOVs Solid State Bidirectional Operation Intended for High Energy applications including all IEEE C62.41.2 Category A, B and C High Applications All Mode (6 Modes) dedicated (A-B, B-C, A-C, A-G, B-G, C-G) Pre-wired with 2’ (0.61 Meters) #6 stranded leads for connection to Fuse Box Includes internally threaded conduit hub 1 1/4” External Mounting Flanges Inorganic silica particle encapsulation – Noncombustible at extreme temperature – Superior gaseous expansion tolerance Double insulated against ground fault or arcing with separate polypropylene and polyethylene layers Elastomeric Ceramgard®potting protects against environmental contaminants High Voltage warning labels standard MVF SPD Component Specifications • • • • • • • • • • Surge Current Rating: 120kA per phase Proven ‘large block’ 40mm MOV Technology Protection Modes: All Modes L-L and L-G (Normal mode & Common mode) Directly connected MOV suppression elements NEMA 4 (IP66) Heavy Gauge Steel Enclosure Dimensions: 31cm x 31cm x 15.5cm (12” x 12” x 6”) Weight: 29.5kg (65 Lbs) Relative Humidity Range: 0 – 95% Non-Condensing Operating Frequency: 50Hz, 60Hz Operating Temperature: -40°C (-40°F) to +85°C (+185°F) MVF SPD Quality • Seven (7) Year Warranty on SPD • Every unit Burn-in tested prior to shipment • ANSI/IEEE C62.11 Advanced Protection Technologies 50 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com MVF - Medium Voltage Surge Protective Device + Three Phase Fuse Box Optional Monitoring Package • Allows for on-site or remote monitoring of suppression circuits – Indicator lights for each phase – Dry Contacts for each phase – Available on 120kA models only Fuse Box Component Design Features SPD WITH OPTIONAL MONITORING • Designed to be installed in front of and in-line with APT’s MV Medium Voltage SPD as part of the MVF. • NEMA 4X Polycarbonate enclosure with stainless steel lockable latches. • All connecting wires included – 2.4m (8 ft) of #6 AWG, 25kV wire each (3 Phase, 1 Ground). – Additional 6kV sleeving on each wire for added safety. • 2 – 1 ¼ ” threaded hubs included to enter and exit enclosure. • Includes 3 Bussman model 5.5CAVE (5.5kV, 15A). • Includes 6” of conduit for SPD to Fuse Box connection. Fuse Box Component Specifications • • • • • • • • Enclosure Dimensions: 457.2mm x 406.4mm x 254mm (18” x 16” x 10”) Weight: 15.9 kg (35 lbs) Maximum Voltage: 5500VAC Maximum Current: 15 Amp Torque: 80 Inch-Lbs Relative Humidity Range: 0 – 95% Non-Condensing Operating Frequency: 50Hz, 60Hz Operating Temperature: -40°C (-40°F) to +85°C (+185°F) FUSE BOX MVF 41 12 04 D VOLTAGE CODES 10 = 1000V 15 = 1500V 20 = 2000V 25 = 2500V 30 = 3000V 36 = 3600V 41 = 4160V AVAILABLE OPTIONS D = Monitoring Package: Indicator lights per phase & dry contacts per phase ENCLOSURE RATINGS 04 = NEMA 4 SURGE CURRENT RATINGS 12 = 120kA per phase 24 = 240kA per phase Note: Monitoring Package available only on 120kA per phase models 7.5.16.lh RevF Advanced Protection Technologies 14550 58th Street North · Clearwater, Florida 33760 (800) 237-4567 · (727) 535-6339 · Fax (727) 539-8955 www.aptsurge.com · info@aptsurge.com 51 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. What Electrical System Is It? Grounded system means that the system is referenced toElectrical ground, NOT that there Based on secondary sideWhat of upstream transformer, NOTSystem by how load is connected Is It? is a safety ground. Most SPD/TVSS misorders are misunderstandings related to grounding or neutrals What Electrical System By convention, ground wires are notBased ‘counted’ of the wires (3-wire, 4-wire, What Electrical System It? etc.). on secondaryas sideone of upstream transformer, NOT by how load isIs connected Grounded system means that the system is referenced to ground, NOT that there is a safety ground Based secondary side of upstream transformer, NOT by how lo on secondary side ofmisunderstandings upstream transformer, NOT howon load connected MostBased SPD/TVSS misorders areare toby grounding orisneutrals By convention, ground wires not ‘counted’ as one related of the wires (3-wire, 4-wire, etc.) Most SPD/TVSS misorders are misunderstandings related to grou Most SPD/TVSS misorders are misunderstandings to grounding neutrals Grounded system means that the system is referenced related to ground, NOT that or there is a safety ground Grounded system means that the system is referenced to ground, Grounded means thatnot the‘counted’ system isas to ground, NOT4-wire, that there A are Breferenced B system By convention, ground wires one of the wires etc.) A (3-wire, Bis a safety ground 3-phase 4-wire Grounded Wye A 3-phase 4-wire Grounded Wye By wires convention, ground wires By convention, ground wires are not ‘counted’ as one of the (3-wire, 4-wire, etc.)are not ‘counted’ as one of the wires Neutral bonded to ground. Neutral pulled into NeutralA bondedWhat to ground.Electrical Neutral NOT pulled into A B B System Is A N AIt? B B A B N A B A B N B facility. Common system configurations. facility. Common system configurations MCC, Based on secondary side of upstream transformer, at NOT byAhow load is connected What Electrical System Is It? V = 120V (208Y/120V) APT ‘2’ Based on secondary side of upstream transformer, Most SPD/TVSS misorders are misunderstandings related to grounding or neutrals andiswater treatment. NOTpumping by how load connected N N N V V V N related to 120V grounding or neutrals N G to ground, NOT Grounded system means that theNsystem thatN there is a safety ground G (208Y/120V) G misunderstandings V = 277V (48OY/277V) APT ‘4’ Most SPD/TVSS misorders are V= APT ‘2’is referenced N Grounded system means that the systemBy is referenced to ground, NOT thatare there is a‘counted’ safety ground What Electrical S convention, ground wires not as one of the wires (3-wire, 4-wire, etc.) C C C V = 347V (600Y/347V) APT ‘8’ By convention, ground wires are not ‘counted’ 277V (48OY/277V) APT ‘4’ as one of V the=wires (3-wire, 4-wire, etc.) Based on secondary side of upstream transformer, NO 3-phase 4-wire Grounded Wye 3-phase 4-wire Ungrounded Wye 3-phase 4-wire Grounded Wye bonded to ground Neutral(600Y/347V) bonded to ground APT Neutral ground G V misorders are misunderstandings V = 127V (220Y/127V) APT ‘21 ‘ (non-USA) V NOT bonded V Mostto SPD/TVSS rela V V = 347V G Neutral G V B V A pulled into facilityVG V‘8’ B Neutral mayGor may A G not beA Neutral NOT pulled into facility B is referenced G pulled into facility ANeutral B A Grounded system means that the system AG system configuration at MCC, B Common system configuration Rare system configuration; Error/miss-wire? Common V = 220V (38OY/220V) APT ‘7’ (non-USA)B V = 127V (220Y/127V) APT ‘21 ‘Electrical (non-USA) C Cwires are not ‘counted’ as one o C C Is It? What System C By convention, ground V = 120V C(208Y/120V) APT ‘2’ Note NEC 285.3(2), pumping and water treatment C C V = 277V (480Y/277V) APT ‘4’ V = 120V (208Y/120V) Rare - Call V on = 120V (208Y/120V) APT ‘2’ 3-phase 4-wire Grounded Wye 3 3-phase 4-wire secondary side of upstream transformer, NOT by how load is connected V Based = 220V (38OY/220V) APT ‘7’Wye (non-USA) 3-phase 4-wire Grounded Wye 3-phase 4-wire Grounded Wye 3-phase 4-wire Ungrounded WyeGrounded Wye 3-phase 4-wire Grounded Wye 4-wire Ungrounded 4-wire Grounded V = 347V (600Y/347V) APT ‘8’ (480Y/277V) APTNeutral ‘5’ V =3-phase 277V (480Y/277V) APT ‘4’bonded Neutral to ground V = 277V 3-phase bonded toWye ground N N Neutral bonded to ground Neutral bonded to ground Neutral NOTto bonded A A B to SPD/TVSS misorders are misunderstandings grounding neutrals V = 127V (220Y/127V) (600Y/347V) APT ‘9’ground V =Neutral 347V (600Y/347V) APTN ‘8’ Neutral bonded toNground APT ‘21’ (non-USA) Most bonded to ground Neutral NOT bonded to or ground Neutral into facility V = 347Vrelated Neutral NOT pulled into facility Npulled N N Neutral pulled into facility Neutral NOT pulled into Common facility Neutral may or may not be into into facility V = 220V (380Y/220V) V = 127V (220Y/127V) (non-USA) V =Neutral 127V (220Y/127V) APT ‘21’the (non-USA) Neutral pulled into facility APT ‘7’ (non-USA) Grounded NOT pulled into facility Neutral may orCall may notpulled be system pulled facility system means that system is referenced to ground, NOT that there is a safetyatground system configuration Common configuration MCC, What Electrical System Is It? B N R V = 220V V =Common 220Vsystem (380Y/220V) APT ‘7’at(non-USA) (380Y/220V) Call (non-USA) Common system configuration RareRare system configuration; Error/miss-wire? Common configuration Electrical System Common system configuration Is It? 3-phase system configuration; Error/miss-wire? system configuration at MCC, Resistive or Impedance GroundedWhat Wye 4-wire Ungrounded Wye V = 120V (208Y/120V) ‘2’ N pumping and wateretc.) treatment By convention, ground wires areMCC, not ‘counted’ oneload of the (3-wire, 4-wire, Based on secondary side ofand upstream NOT APT byashow iswires connected V = 120V (208Y/120V) APT ‘2’ NoteNote NECNEC 285.3(2), water treatment V = 120V (208Y/120V) APT pumping and water treatment Vtransformer, = 277V (480Y/277V) APT ‘4’ V V = 120V (208Y/120V) APT ‘2’N B‘2’ is connected pumping Based on secondary side of upstream transformer, NOT by how load A 285.3(2), N V = 277V (480Y/277V) APT ‘4’ V = 120V (208Y/120V) Rare Call V = 120V (208Y/120V) APT ‘2’ Neutral bonded to ground via grounding resistor. Neutral NOT bonded to ground. Neutral mayor V = 277V (480Y/277V) APT ‘4’ V = 120V (208Y/120V) Rare Call V = 120V (208Y/120V) APT ‘2’ V = 347V (600Y/347V) APT ‘8’ V V = 277V (480Y/277V) APT ‘4’ A Most SPD/TVSS misorders are misunderstandings related to grounding or neutrals V V Most SPD/TVSS V misorders are misunderstandings related to A grounding or neutrals A G G B = 277V B = (non-USA) V = 347V (600Y/347V) APT ‘8’ V 277V (480Y/277V) APTAPT ‘5’(600Y/347V) V = 277V (480Y/277V) APT ‘4’ (220Y/127V) B VG = 347V (600Y/347V) APT ‘8’ V = 277V (480Y/277V) ‘5’ VA= 127V APT ‘21’ V V (480Y/277V) APT ‘4’ V VA= 347V APT ‘8’ V V G Grounded system means that the system is referenced to ground, NOT that there is a safety ground Grounded system means that the system is referenced to ground, NOT that there is a safety ground V G GV = 127V Neutral may, or may not, be pulled into facility. may not be pulled into facility. Rare system V = 220V (380Y/220V) APT ‘7’ (non-USA) V V = 127V (220Y/127V) APT ‘21’ (non-USA) (220Y/127V) APT(non-USA) ‘21’ (non-USA) V = 347V (600Y/347V) APT ‘9’ V = 347V (600Y/347V) APT ‘8’ V = 127V (220Y/127V) APT ‘21’ V = 347V (600Y/347V) APT ‘9’ V = 347V (600Y/347V) APT ‘8’ V C By convention, ground wires are not as (380Y/220V) oneCof the (3-wire, 4-wire, etc.) Bywires convention, ground are (220Y/127V) notC ‘counted’ of the wires 4-wire, etc.) V V = 220V (380Y/220V) V = 220V APT(non-USA) ‘7’ (non-USA) V =(3-wire, 127V (220Y/127V) Call (non-USA) APT ‘7’ (non-USA) V = 127V ‘21’one (non-USA) V =‘counted’ 220V (380Y/220V) APT ‘7’ V = 127V (220Y/127V) Call (non-USA) V = wires 127V (220Y/127V) APT APT ‘21’ as (non-USA) N Becoming popular3-phase system4-wire on high-tech applications. configuration; Error/miss-wire?. Note NEC 285.3(2). C V(380Y/220V) V N Ungrounded CAPT APT C Grounded Wye Grounded Wye 3-phase 4-wire 3-phase 4-wire V = 220V V = 220V (380Y/220V) ‘7’ Wye (non-USA) G G V = 220V V = 220V (380Y/220V) ‘7’ (non-USA) (380Y/220V) Call Call (non-USA) N(non-USA) B Neutral bonded to ground Neutral bonded to ground Neutral A B N A B NOT bonded to ground R B Grounded A 3-phase 4-wire 3-phase 4-wire Ungrounded Grounded Wye V = 120V (208Y /120V) Rare Call APT A V =N120V (208Y/120V) - Call BB ANeutral A 3-phase B APT C Wye C B Wye A B Neutral pulled into -facility NOT pulled into facility Neutral may or 4-wire mayAnotRare be pulled into facility A A V G Ato ground Neutral bonded to ground Neutral bonded Neutral NOT bonded to ground A Common system configuration Rare system configuration; Error/miss-wire? Common system configuration at MCC, A 3-phase 4-wire Grounded Wye 3-phase 4-wire Grounded Wye A V = 277V (48OY/277V) APT ‘5’ V = 277V (48OY/277V) APT ‘5’ G V Neutral pulled intowater facility Neutral NOT pulled into facility Neutral may orVmay not bonded be pulled into facility V = 120V (208Y/120V) APT ‘2’ Note NEC 285.3(2), and treatment Neutral bonded to ground Neutral to ground N pumping G C N V = 277V APT (480Y/277V) 120V (208Y/120V) Rare -VCallNeutral V = 120V (208Y/120V) B GAPT V N V =Common V into facility VError/miss-wire? pulled Neutral NOT pulled into facility G V configuration; Common system configuration Rare system system configuration at MCC, GAPT ‘2’ V = 347V (600Y/347V) ‘9’ APT ‘4’ V = 347V (600Y/347V) V ‘9’ N Single-Phase N V = 347V (600Y/347V) APT ‘8’ V = 277V (480Y/277V) APT ‘5’ V = 277V (480Y/277V) APT ‘4’ Common system configuration Note NEC 285.3(2), Common system configuration at MCC, V = 120V (208Y/120V) APT ‘2’ pumping and water treatment N N Resistive or Impedance Grounded Wye Split-Phase ‘Single-Phase’ Verify where Neutral and Ground are! V = 127V (220Y/127V) APT ‘21’ (non-USA) V = (220Y/127V) 347V (600Y/347V) ‘9’C (non-USA) V = 347V (600Y/347V) APT ‘8’ NCall C pumping and water treatment V = 120V (208Y/120V) APT ‘2’ N N C V = 127V APT RAPT N V = 277V (480Y/277V) ‘4’ V = of120V V bonded = 120V (208Y/120V) APT ‘2’ Often for one leg or one piece Neutral bonded to groundAPT via grounding resistor Neutral to ground equip. (208Y/120V) Rare - Call V = 277V (480Y/277V) APT ‘4’ V = 120V (208Y/120V) APT ‘2’ V = 220V (380Y/220V) APT ‘7’ (non-USA) V = 127V (220Y/127V) Call (non-USA) V = 127V (220Y/127V) APT ‘21’ (non-USA) Neutral not, APT be pulled into facility Neutral usually pulled(480Y/277V) into facility 4-wire Neutral bonded to groundV =3-phase 4-wire Grounded Wye 4-wireVUngrounded Wye APT ‘4’ V V may, or may 3-phase 3-phase Grounded Wye R(600Y/347V) V = 347V ‘8’ 277V (480Y/277V) ‘5’ = 277V APT V (600Y/347V) G G V = ‘4’ 347V APT ‘8’ = 277V APT (480Y/277V) VV =V 220V VBecoming = 220V (380Y/220V) APT ‘7’ G(non-USA) (380Y/220V) CallAPT (non-USA) V = 220V (38OY/220V) Call (non-USA) R popular system on high-tech Very, very Common Less common than perceived!Neutral NOT bonded to ground Neutral bonded to ground Neutral bonded to ground V = 127V (220Y/127V) APT ‘21’ (non-USA) V = 347V (600Y/347V) ‘9’ V = 347V (600Y/347V) APT V = ‘8’ 127V (220Y/127V) APT G ‘21’ (non-USA) V = 347V APT (600Y/347V) APT ‘8’ G V V = 120V (208Y/120V) Rare Call V = 120V (120/240V) APT ‘1’ V = 120V APT ‘11’ C Neutral pulled into facility Neutral NOT pulledV into facility Neutral may or may not be pulled into facility C C B V G = 220V (380Y/220V) APT ‘7’ (non-USA) V = 127V (220Y/127V) APT ‘21’ (nonSplit-Phase ‘Single-Phase’ G A V ‘5’ V CAPT V B Error/miss-wire? V = 220V (380Y/220V) APT ‘7’ (non-USA) 127V (220Y/127V) Call (non-USA) V 127V (220Y/127V) ‘21’V(non-USA) (480Y/277V) APT V =G 240V (240/480V) Rare - Call = 240V APT ‘12’ G V =Rare GV = 277V G =Wye Common system configuration system configuration; Common system configuration at MCC, A APT ‘9’ 3-phase 4-wire 3-phase 4-wire Ungrounded 3-phase 4-wire Grounded V = 220V (380Y/220V) APT ‘7’ (non(600Y/347V) V = 127V (127/254V) APT ‘15’ (non-USA) V(non-USA) = 277V APT ‘16’ A Grounded Wye G GV = 347VWye V = 220V V = 220V (380Y/220V) APT ‘7’ (380Y/220V) Call (non-USA) Sin V = 120V Neutral (208Y/120V) APTto‘2’ Note NEC 285.3(2), pumping and water treatment Single-Phase C Neutral bonded to ground Neutral usually pulled Neutral bonded NOT bonded ground Neutral bonded to ground. B V =Grounded 480V APT ‘17’ Call – almost always different Gto ground C C Impedance Wye ‘Single-Phase’ Ver V = 277V Neutral (480Y/277V) APT =C120V (208Y/120V) Rare - Call V = 120V Vor (208Y/120V) APT ‘2’ Single-Phase B V Split-Phase Neutral pulled into facility Neutral NOT pulled into facility may or may not‘4’ be pulled into facilityCBResistive V = 127V APT ‘13’ (non-USA) V Neutral bonded to ground via grounding resistor Neutral bonded to ground Oft B A V = 347V (600Y/347V) APT ‘8’ V = 277V (480Y/277V) APT ‘5’ V = 277V (480Y/277V) APT ‘4’ Verify where neutral and ground are! Often this is used Common system configuration Rare system configuration; Error/miss-wire? Common system configuration at MCC, A Wye Single-Phase into facility. Very, very Common. V = 220V APT3-phase ‘12’ (non-USA) Resistive or Impedance Grounded Wye Split-Phase ‘Single-Phase’ A Verify where Neutral andUngrounded Ground are! 3-phase 4-wire Grounded Wye 4-wire 3-phase 4-wire Grounded Neutral may, orWye may not, be pulled facility usually pulled into facility Neu V = 120V (208Y/120V) APT ‘2’ Note NEC 285.3(2), pumping and water treatment V Grounded = 127V (220Y/127V) APTSplit-Phase ‘21’ (non-USA) V Neutral =one 347V (600Y/347V) APT ‘9’ V = 347V (600Y/347V) APT ‘8’ into A Resistive or Impedance Wye ‘Single-Phase’ Verify where Neutral and Ground are! Neutral bonded to ground via grounding resistor Neutral bonded to ground Often for one leg or piece of equip. N A N 220V V (380Y/220V) Neutral bonded bonded toBecoming ground Neutral NOTVbonded to ground popular systemNeutral on high-tech Very, very Common V = (120/240V) 277V (480Y/277V)APT APT ‘1’ ‘4’ = 120V (208Y/120V) Rare - or Call V = 120V (208Y/120V) APT ‘2’to ground Les forAPTone leg one piece ofintoequipment. is bonded ‘7’Neutral (non-USA) =piece 127V Call (non-USA) V = 127V (220Y/127V) APT ‘21’ (non-USA) V = 120V V bonded to‘4’ ground via grounding resistor Neutral bonded topulled ground Often forNeutral onebonded leg may or one of (220Y/127V) equip. Neutral may, or may not, be pulled into facility Neutral usually pulled facility BV = toor ground V = 347V (600Y/347V) APT ‘8’ V = 277V (480Y/277V) APT ‘5’ V = 277V Neutral (480Y/277V) APT Neutral pulled into facility Neutral NOT facility not be pulled into facility VV=into (208Y/120V) CallNeutral = 120V (120/240V) APT ‘1’ V= VV =may 220V =120V 220V (380Y/220V) Rare APT -‘7’ (non-USA) (380Y/220V) Call (non-USA) V R Becoming popular system on into high-tech Very, very pulled Common Less common than perceived! may, or may not, be pulled facility Neutral usually into facility A A Neutral bonded to ground V = 127V (220Y/127V) APT ‘21’ (non-USA) V = 347V (600Y/347V) APT ‘9’ V = 347V Neutral (600Y/347V) APT ‘8’ AVless V = 277V (480Y/277V) APT commonly ‘5’ V = 240V (240/480V) Rare - CallN V= to ground. This configuration is Common system configuration Rare than system configuration; Error/miss-wire? Common system configuration atused MCC, V = 240V (240/48OV) Rare Call APT V = 120V Rare V - Call Vvery = 120V APT ‘1’ = 120V than APTperceived! ‘11’V = 127V (127/254V) popular system on high-tech Very, Common V = 220V (380Y/220V) APT ‘7’ (non-USA) =V127V (220Y/127V) Call (non-USA) V = 127V Becoming (220Y/127V) APT (208Y/120V) ‘21’ (non-USA) LessVcommon B pumping V V =treatment 347V (600Y/347V) APT ‘9’ APT ‘15’ (non-USA) V= A G(120/240V) V = 120V (208Y/120V) APT ‘2’ Note NEC 285.3(2), and water V V V V = 220V (380Y/220V) V = 220V V (380Y/220V) APT (480Y/277V) ‘7’ (non-USA) V = 277V V (non-USA) = 240V (240/480V) V = 240V = 120V Rare -APT Call‘5’ V =Call 120V (120/240V) APT Rare ‘1’ - Call A R V = 120V APT APT ‘11’ ‘12’ perceived (see “split-phase”). V= N - Call A APT G(208Y/120V) V = 127V (127/254V) APT ‘15’ (non-USA) V = V277V (480Y/277V) ‘4’‘9’ V = 120V (208Y/120V) Rare V= 120V (208Y/120V) APT ‘2’ (non-USA) N = 347V (600Y/347V) APT V = 127V (127/254V) APT ‘15’ V = 277V APT ‘16’ V = 277V (480Y/277V) APT ‘5’ V = 240V (240/480V) Rare - Call V = 240V APT ‘12’ G V= V277V V = 347V (600Y/347V) BAPT ‘8’ V = (480Y/277V) APT ‘5’ V = 277V (480Y/277V) APT ‘4’ A CB V V = 480V V = 120V ‘11‘ APT ‘15’ (non-USA) V = 347V V = 127VAPT (127/254V) VV= 277V APT APT ‘16’ ‘17’ Call – almost always different V= A (600Y/347V) APT ‘9’ R A V = 127V (220Y/127V) APT ‘21’ (non-USA) V = 347V (600Y/347V) APT G ‘9’ V = 347V (600Y/347V) APT ‘8’ Single-Phase V = 127V APT ‘13’ (non-USA) V = 480V APT ‘17’ Call – almost always different Resistive or Impedance Grounded Wye V = 220V Split-Phase ‘Single-Phase’ APT ‘7’ A (non-USA)V = 240V V = 127V VV = 127V APT are! ‘21’ G (non-USA) C V = 220V Verify where (220Y/127V) Neutral and Ground C (380Y/220V) APT (220Y/127V) ‘12’ (non-USA)Call N (non-USA) APT ‘12’ B VC= 127V APT (non-USA) V G C Call N V BN B ‘13’ (380Y/220V) B Bof equip. Neutral bonded to ground via grounding resistor Neutral bonded to ground Often for oneC leg or one piece V = 220V V = 220V (380Y/220V) APT ‘7’ (non-USA) (non-USA) VImpedance = 220V APT ‘12’ (non-USA) A G R Neutral may, or may not, be pulled into facility Neutral usually pulled into facility Resistive or Grounded Wye Split-Phase ‘Single-Phase’ Neutral bonded to ground N= 277V APT ‘16’ V A N B G Very, very B Neutral bonded toVground via grounding resistor Becoming popular system on high-tech Less common than perceived! A G A Neutral bondedVto ground C Common G GV Hi-Leg Grounded Delta V pulled into facility AAPT R V = 120V (208Y/120V) B - almost Neutral may, be Neutral usually pulled into facility Aor may not, A APT BG Rare - Call V = 120V (120/240V) APT ‘1’ V = 48OV ‘17’ always different V = 120V APT ‘11’ Call A G Single-Phase Becoming popular system on Open high-tech Very, very Common V NeutralAPT = 277V (480Y/277V) ‘5’ pulled into VHi-Leg = 240VGrounded (240/480V) Rare - Call V V GV Delta Delta A = 240V APT ‘12’ A G Neutral bondedVVto ground. often V V = 120V V A (208Y/120V) Rare3-phase Resistive or Impedance Grounded Wye Split-Phase ‘Single-Phase’ - Call 3 where Vand = 120V (120/240V) Verify Ground are! APT ‘1’ V 3-wire = 127V APTAPT ‘13’ 3-phase Delta 3-phase 3-wire BCorner = 347V (600Y/347V) APT ‘9’ VNeutral = 127V (127/254V) ‘15’C(non-USA) bonded to groundAPT or 4-wireNeutralV VUngrounded = 277V ‘16’(non-USA) G V VDelta G V = 277V (480Y/277V) APTCould ‘5’ = 240V Single-Phase has no reference to ground Neutral oftenground pulled into facility ungrounded, Neutral bonded via grounding resistor Neutral ground Often for one legcorner or V one piece(240/480V) of equip. Rare - Call V = 480V APTbonded ‘17’ Call to –Grounded almost always different Csystem configuration. VSystem V V be facility. Common BCommonto Vreference = 347V to(600Y/347V) APTgrounded ‘9’ Verify = 127V (127/254V) APT ‘15’ (non-U Resistive or into Impedance Grounded WyeAPT Split-Phase ‘Single-Phase’ L-L voltages fixed but L-(non-USA) system configuration or Hi-leg where NeutralVand Ground are! V= 220V APT ‘12’ Systeminto has ground Vby=transformer, 127V ‘13’ (non-USA) Single-Phase Neutral may, or may not, be pulled facility Neutral usually pulled facility Neutral bonded to ground C A N because voltages vary; become V = 120/240V APT ‘3’ Very rare, tend toone be rural Neutral bonded to G ground viacan grounding resistor Neutral bonded to ground Often forN leg or one piece of equip. B phase N is grounded Resistive orAPT Impedance Split-Phase ‘Single-Phase’ Verify where Neutral and Ground are! toAPT V =Known 220V (non-USA) V = 120/240V ‘3’ Grounded Wye Cperceived! B B Becoming system on may, high-tech Very, very‘12’ Common LessNeutral common unstable. V popular = 240/480V Call’ Various solutions, Callthan for V =usually 240V APT ‘61’into facility Neutral orfor may not, pulled intooffacility Neutral pulled bonded toinfo ground Neutral bonded to ground via grounding resistor Neutral bonded to ground Often one leg be or one piece equip. R C A V = 240V APT ‘6’ V = 120V (208Y/120V) -popular Call bonded = 120V (120/240V) APT ‘1’ Vvery = 480V APT ‘51’ 120V APT than ‘11’ perceived! Becoming system on high-tech V 3-wire Very, Common common Neutral may, or may APT not, be pulled into facility Neutral usually pulled into facility to3-phase ground N Rare Neutral V = 240/48OV Call Ungrounded Delta C VV == Less B APT V = 480V APT ‘5’ B B - Call B ‘91’ C V = 600V APT (208Y/120V) Rare V = 120V (120/240V) APT ‘1’ Becoming popular system on high-tech Very, veryVCommon V240V = 120V APT‘12’ ‘11’ Less common than perceived! = 277V (480Y/277V)V =APT ‘5’ V = 240V C(240/480V) Rare - Call V120V G G G V APT = 600V APT C A V(480Y/277V) Note NEC 285.3(2) Rare - Call AGAPT V = 120V (208Y/120V) Rare - Call V = 120V V(120/240V) ‘1’ ‘11’ V =APT 277V APT ‘5’‘9’ has V = 240V (240/480V) V277V = 240VAPT APT‘16’ ‘12’ Bfixed by A285.3(2) = 347V AAPT (600Y/347V) ‘9’= 120V Note V = 127V (127/254V) ‘15’ (non-USA) V = System NO reference to ground. L-L voltages N NEC Occasionally seen at industrial G B C B‘12’ B C C V = 277V (480Y/277V) APT ‘5’ V = 240V (240/480V) Rare - Call = 240V APT V = 347V V(600Y/347V) APT ‘9’ V = 127V (127/254V) APT ‘15’ (non-USA) V = 277V APT ‘16’ Hi-Leg Grounded Delta A V G system configuration at older V = V480V APT ‘17’ Call––almost almost always different G facilities, normally not used on new V V V = 347V (600Y/347V) APT ‘9’ V = 127V (127/254V) APT C ‘15’G (non-USA) V =V277V Common APT ‘16’G = 480V APT ‘17’ Call always different 3-phaseV3-wire Ungrounded Delta 3-phase 3-wire Corner transformer, but L-G voltages cantovary. bonded ground facilities, normally not different used onNeutral B construction V = 480V industrial APT ‘17’ Call – almost always V = V127V ‘13’ (non-USA) 127V APT ‘13’ (non-USA) 3/16/09 V APT V Single-Phase SystemRev hasDate: no = reference to ground Neutral Grounded Delta Hi-Leg Grounded Delta V = 127V new Open Delta APT ‘13’ (non-USA) Goften pulled into facility Gconstruction V = 220V APT ‘12’ (non-USA) V = 220V APT ‘12’ (non-USA) Voltage Diagrams RevC G This configuration is known to become unstable. L-L voltages by transformer, butare! LCommon configuration Resistive orbonded Impedance Wye Split-Phase ‘Single-Phase’ Verify where fixed Neutral and Ground System has reference to g V = 220V 3-phase APT ‘12’ (non-USA) 3-wire Ungrounded Delta system 3-phase 3-wire Corner Neutral to groundGrounded 3-phase 3 or 4-wire 3-phase 3-wire Corner Grounded Delta G voltages canleg vary; Known to become Vground = 120/240V APT ‘3’ Delta because B phase is groun Neutral bonded to ground via grounding resistor Neutral bonded to Often for one or one piece of equip. System has no reference to ground Neutral often pulled into facility Could be ungrounded, corner Grounded Hi-Leg Grounded Delta Open Delta V = 240V ‘6’ B voltages unstable. V = L240/480V Call’ has reference toNeutral V = 240V APT ‘61’ Neutral may, orsystem may not, be pulled into facility Neutral usually pulled into facility L-L by APT transformer, but Common or Hi-leg bonded togrounded ground Bconfiguration C B to ground because A System 3-phase 3-wire fixed Ungrounded Delta 3-phase 3-wire Corner ground Neutral bonded to ground 3 or 4-wire System has reference V = 240V APT3-phase ‘6’ Very A AV = 480V APT ‘51’ N A A G voltages can vary; Known to become V = 120/240V APT ‘3’ rare, tend to be rural B Becoming popular system on high-tech Very, very Common A C Less common than perceived! B because B phase is grounded B C C C A A System hasVno= reference to Neutral often pulled into facility be ungrounded, corner VA= 600V APT ‘91’ Aground 48OV APT ‘5’ Grounded Delta = 480V APTCould ‘5’ Various NVVA unstable. V = 240/480V Call’ Rare - CallL-L voltages Call for info C B =has 240V APT ‘61’ VVtransformer, VCommon = 120V (208Y/120V) = 120V (120/240V) APTV‘1’ = 120V APT ‘11’ B V B phase is grounded. but Lsystem grounded or solutions, Hi-leg V Vto ground V V fixed by V V configuration System reference V = 600V APT ‘9’ Note NEC 285.3(2) V = 240V APT ‘6’= 240V 480VV APT ‘51’ VV== 277V (480Y/277V) APT ‘5’ V V (240/480V) RareV -=Call = 240V APT ‘12’ V =vary; 600V APT ‘9’ G voltages can Known to become 120/240V APT ‘3’ Very rare, tendVto be rural V480V NEC 285.3(2) because B phase is groundedVNote Occasionally seen at indus G G V = APT ‘5’ V‘15’ = 600V APT ‘91’ V = 240V APT ‘61‘ G VV== 347V (600Y/347V) APT ‘9’ V = 127V (127/254V) VAPT (non-USA) VCommon = 277V system APT ‘16’ unstable. 240/480V Call’ Various solutions, configuration at Call olderfor info facilities, normally G = 240V APT ‘61’ G not used V = 600V APT ‘9’ 285.3(2) G Note NEC 285.3(2) Note NEC Vindustrial = 480V facilities, APT ‘17’ Call – not almost different normally usedalways on V = 240V construction = 480V APT ‘51’ OpenVDelta Note APT NEC ‘6’ 285.3(2) V = 48OV APTHi-Leg ‘51’ Grounded Delta Occasionally seen at industrial VDelta = 127V APT ‘13’ (non-USA) new construction Hi-Leg Grounded V = 480V APT ‘5’ 3-phase 3-wire Ungrounded Delta 3-phase 3-wire Corner V = 600V APT ‘91’ Neutral bonded toAground 3-phase 3 or 4-wire C Common system configuration at older facilities, normally not used new APT3-phase Common systemCconfiguration atNeutral older industrial facilities. C A 3-wire Ungrounded Delta 3-phase 3bonded to ground V =on 220V ‘12’ (non-USA) Bfacilities, B VC= 600V APT ‘9’ System has C no reference to ground Could be ungrounded, corner N Delta NEC 285.3(2) Grounded V = 600V APTNeutral ‘91‘Noften pulled into facilityB industrial normallyBnot used on Note B CNeutral construction B into facility C has no reference C Grounded System often pulled Rev Date: 3/16/09 to ground Note has NEC 285.3(2) L-L voltages fixed by transformer, but LCommon system configuration grounded ornew Hi-leg Occasionally seen at industrial System to ground newreference construction Normally, this is not used on construction. C A L-L voltages fixed by transformer, but LCommon system configuration System has G voltages can vary; Known become V = 120/240V APT ‘3’ tend normally to be ruralnot used on new Common system configuration at older Very rare, Note NEC 285.3(2) Voltage Diagrams RevC because B phase is grounded facilities, G to B N G to become V = 120/240V B Known G = 240/480V Call’ C construction because Bp B normally notGused onVarious B info CG voltages can vary; C G APT ‘3’ unstable. V solutions, Call for facilities, VG =industrial 240V APT ‘61’ unstable. V = 240/480VACall’ A A V = 240V A Rev Date: 3/16/09 Occasionally seen atDelta industrial facilities. V = 240V APT ‘6’ Hi-Leg Grounded Open Delta V =new 480V APT ‘51’ construction V = 240V APT ‘6’ Open Delta V = 480V A Hi-Leg Grounded Open Delta 3-phase 3-wire VUngrounded 3-phase 3-wire Corner Neutral bonded to ground 3-phase 3 or 4-wire = 480V APTDelta ‘5’ V Voltage Diagrams RevC V = 600VVDelta APT ‘91’ VV = 480V APT ‘5’ V G V = 600V A System has no reference to ground 3-wire 3-phase 3-wire Corner Neutral oftenis pulled facilityon new Could be ungrounded, corner Ungrounded Delta Normally, this notintoused construction. ground 3-phase 3 or 4-wire Delta bonded G V = 600V APT ‘9’ Note to NEC 285.3(2) GGroundedNeutral V = 600V APT ‘9’ 3-phase 33-phase or 4-wire. Note NEC 2 Common system configuration V = 120/240V APT ‘3’ V = 240/480V Call’ L-L voltages fixed Note by transformer, but Lgrounded or Hi-leg has no reference to ground System has Neutral reference toOccasionally ground System often pulled into facility Could be ungrounded, corner Grounded Delta NEC 285.3(2) seen at industrial Note NEC 285.3(2) Occasionally G voltages can vary; Known to become Very rare, tend to be ruralfixed by transformer, but Lbecause phase is grounded L-L Common system configuration groundedDelta or Hi-leg System has reference to ground CommonHi-Leg system configuration atBolder facilities, normallyVarious not used onvoltages new Grounded Open Common system configuration at older unstable. solutions, Call for V = 240V Delta APT ‘61’ G voltages caninfo vary; Known to become V = 120/240V APT ‘3’ Very rare, tend to be rural facilities, nor because B phase is grounded facilities,bonded normallyto notground used on construction industrial facilities,3-phase normally not used on construction V = 240V APT ‘6’industrialNeutral 3-phase 3-wire Ungrounded Delta 3-phase 3-wire Corner 3 or 4-wire V = 480V APT ‘51’ unstable. V = 240/480V Call’ Various solutions, Call for info Rev Date: 3/16/09 V = 240V APT ‘61’ new construction V = 480V APT ‘5’new construction V = 600Vinto APT ‘91’ System has no reference to ground Neutral facility Could be ungrounded, corner Grounded Delta V = 240V APT ‘6’Voltage Diagrams C often pulled A APT ‘51’ RevCV = 480V V = 600V APT ‘9’ Note NEC N 285.3(2) V =by 480V APT fixed transformer, Common system configuration grounded orCHi-leg = 600V APT C ‘5’ but LB B System Vhas C ‘91’ reference to ground B Note NEC 285.3(2) Occasionally seen at industrial L-L voltages V = 600V APT to ‘9’ become NEC 285.3(2) Common system configuration older G voltages can vary; Known V =at120/240V APT ‘3’ Very rare, tend to be rural facilities, normally not used on new becauseNote B phase is grounded Note NEC 285.3(2) Occasionally seen at industrial industrial facilities, normallyV not=used on construction unstable.Rev Date:Common 240/480V Call’ Various solutions, Call for info V = 240V APT ‘61’ 3/16/09 system configuration new construction facilities, normally not used on new G at older G Could be ungrounded, corner grounded or Hi-leg. Very rare, tend to be rural. Various solutions. Call APT for information. G Hi-Leg Grounded Delta Neutral bonded to ground Neutral often pulled into facility Common system configuration V = 120/240V APT ‘3’ V = 240/480V Call’ “Protecting the electronic world from surges” 52 V = 240V APTDiagrams ‘6’ Voltage APT ‘51’ industrial RevC facilities, normally not usedVon= 480V th construction Rev Date: 3/16/09 V = 480V APT ‘5’ new construction V = 600V APT ‘91’ Open Delta Voltage Diagrams RevC V = 600V APTUngrounded ‘9’ Note NEC Corner 285.3(2) 3-phase 3-wire Delta 3-phase 3-wire 3-phase 3 or 4-wire Note has NEC Occasionally System no285.3(2) reference to ground Grounded Delta seen at industrial Could be ungrounded, corner system configuration L-LCommon voltages fixed by transformer, butatL-older Systemfacilities, normally not used on new grounded or Hi-leg has reference to ground industrialcan facilities, normally not used onbecause G voltages vary; Known to become Very rare, tend to be rural construction B phase is grounded Rev Date: 3/16/09 unstable. Various solutions, Call for info new construction V = 240V APT ‘61’ 14550 58 Street North, Clearwater, Florida 33760 (727) 535-6339 • (800) 237-4567 • Fax (727) 539-8955 www.aptsurge.com • info@aptsurge.com V = 240V APT ‘6’ V = 480V APT ‘5’ V = 600V APT ‘9’ Note NEC 285.3(2) V = 480V APT ‘51’ V = 600V APT ‘91’ Note NEC 285.3(2) Occasionally seen at industrial Voltage Diagrams RevC Frequently Asked Questions WHAT IS AN SPD? SPD is an abbreviation for “Surge Protective Device.” An SPD is a device that attenuates (reduces in magnitude) random, high energy, short duration electrical power anomalies caused by utilities, atmospheric phenomena or inductive loads. Such anomalies occur in the form of voltage and current spikes with a duration of less than half an AC cycle. These high energy power spikes can damage sensitive electronic equipment, such as computers, instrumentation and process controllers. WHERE ARE SURGE SUPPRESSORS INSTALLED? AC surge suppressors are typically installed in the following areas: 1. a utility service entrance for protection of an entire facility. 2. in distribution panelboards and switchboards for protection of sensitive downstream loads. 3. connected to a wall outlet for individual protection of a specific piece of equipment, such as a computer or solid-state controller WHAT FEATURES SHOULD BE CONSIDERED WHEN SELECTING A SURGE SUPPRESSOR? Two important areas to consider during the selection of a surge suppressor are performance and safety. The performance of a surge suppressor is measured in surge current capacity and clamping voltage. Safety should also be a priority in this selection process. The individual suppression circuit should be fused to clear an inoperative MOV during an extreme transient event and provide overcurrent protection for the surge suppressor during a fault condition. SPACE IS A CONCERN, DOES APT OFFER SOLUTIONS FOR DIN-RAIL APPLICATIONS? WHAT SURGE CURRENT CAPACITY IS REQUIRED? Surge current capacity is dependent on the application and the amount of required protection. The selection of the proper surge suppressor is not an exact science and cannot be scientifically calculated from a standard algorithm. Questions to consider when specifying the proper surge current capacity for surge a surge suppressor include: • What is the geographic location of the facility and its susceptibility to lightning? (For example, Florida is a highlightning area; California is a low-lightning area.) • Is the facility in a rural or urban setting? • Is the facility the tallest building around? • Is the facility at the end of the utility grid? • If it is an existing facility, what is its power quality history? DOES APT OFFER SPD PRODUCTS FOR RENEWABLE ENERGY APPLICATIONS? Yes. APT offers a variety of solutions that can accommodate both the needs of the wind and solar markets. WHAT ARE YOUR STANDARD LEAD-TIMES? Our normal ship date is no more than 10 days from the receipt of the purchase order on custom builds and same day shipping for the most common modular and non-modular inventory units ordered before 2:00 pm EST. WHY WOULD I BUY FROM APT? As a leading manufacturer of quality U.S. made products, our highly trained design engineers have designed SPD products that are of high quality, low in cost and contain the highest level of performance and safety features! You are working directly with the manufacturer. Who knows our product better than we do? Yes. APT offers a wide range of DIN-Rail SPD solutions. Our AC products range from 120V to 600V. In addition, we have a series of DC and low voltage DIN-Rail surge suppressors. Our SPDee product is also DIN-Rail mountable. I AM A SYSTEMS INTEGRATOR AND BUILD CUSTOM FABRICATIONS. WHAT DOES APT OFFER THAT WOULD PROTECT MY SOLUTIONS? We have a hard wired SPD solution for every type of panelboard, switchgear, motorcontrol and PLC application. Within our line of products we offer external, internal, modular and non-modular configurations. We also custom design. 53 1 Panel Surge Protectors MAIN ZONE The FIRST LINE of defense is the key to protecting your home. Panel Surge Protectors are installed at the main power panel, cable TV/satellite service and telephone service. 2 S50A SA Series Cable/Phone Surge Protectors The SECOND LINE of defense designed to protect coaxial cable lines and phone lines. SAVFFF SATH2 3 SATHW2 Interior INTERIOR ZONE Surge Protectors The THIRD LINE of defense is for sensitive electronics inside the home. SAP1 SP-6TVN 4 PS-6DL Exterior EXTERIOR ZONE Surge Protectors The FOURTH LINE of defense is for equipment located outside the home such as the HVAC, pool equipment and generators. S50A SPDEE SURGE PROTECTIVE DEVICES surgeassure™ is the residential division of Advanced Protection Technologies and ASCO Power Technologies. We are the preferred vendor for Mr. Electric and have won the Mr. Electric vendor of the year award in 2008, 2009 and 2011. We have been in the surge protection industry since 1985. Our primary goal is to save you time and money when dealing with SPDs. We have an “equal” to any competitive product, and have on staff engineers that can be reached during business hours when you are in the field and have technical/installation questions. In addition to our quality products that are UL-1449 listed we provide Factory-direct pricing, unparalleled customer service, FREE product and sales training, and FREE customized marketing support. We also offer customized brand labeling agreements. surgeassure™ is a strong, financially stable company who is a proven industry leader! We are the manufacturer, which allows you factory direct pricing and quick ship out dates surgeassure™ has an experienced and trained customer service team who are ready and available to assist your needs. You will ALWAYS get a live representative when you call. We at surgeassure™, not only have the best product but we also show we care about our customers. When it comes to a surgeassure™ product, our mission is to keep your customers home and electronic equipment safe from surges. SPDEE DC Surge protectors are designed to reduce potentially damaging short duration voltage spikes safely out of the system and divert them to ground. Homeowners these days are becoming more educated about surge protection and are realizing how important it is to install protection in and outside of their homes. This means residential is now a huge potential market. We at surgeassure™ can give you all the tools needed to have a successful surge protection program! surgeassure™ is the Preferred Vendor of: MR. ELECTRIC AND SERVICE ROUNDTABLE surgeassure™ Brand Labels: MR. ELECTRIC, HITACHI AND SIEMENS 54 1.800.727.0669 | surgeassure@ascopower.com | www.surgeassure.com FOR TECHNICAL OR APPLICATION QUESTIONS, CONTACT: 800.237.4567 14550 58th Street North, Clearwater, FL 33760 info@aptsurge.com www.aptsurge.com 10.27.17.RevL
Source Exif Data:
File Type : PDF File Type Extension : pdf MIME Type : application/pdf PDF Version : 1.3 Linearized : Yes Has XFA : No Language : en-US XMP Toolkit : Adobe XMP Core 5.6-c015 84.159810, 2016/09/10-02:41:30 Instance ID : uuid:75e12d8f-d394-4d1e-9bfa-e86b6eb461c9 Original Document ID : adobe:docid:indd:36fb56da-8201-11de-97e4-fac8ef4948fb Document ID : xmp.id:ad835f63-dccb-064e-a314-0101364186cc Rendition Class : proof:pdf Derived From Instance ID : xmp.iid:bed7b58a-ab97-f441-89fc-e383ed4caab8 Derived From Document ID : xmp.did:34251c89-3fe1-d742-b3c2-d939d85e274b Derived From Original Document ID: adobe:docid:indd:36fb56da-8201-11de-97e4-fac8ef4948fb Derived From Rendition Class : default History Action : converted History Parameters : from application/x-indesign to application/pdf History Software Agent : Adobe InDesign CC 13.0 (Windows) History Changed : / History When : 2017:10:27 09:54-04:00 Create Date : 2017:10:27 09:54-04:00 Modify Date : 2017:10:27 09:56:18-04:00 Metadata Date : 2017:10:27 09:56:18-04:00 Creator Tool : Adobe InDesign CC 13.0 (Windows) Format : application/pdf Title : APT_Product_Catalog_revL.indb Producer : Adobe PDF Library 15.0 Trapped : False Page Count : 56 Creator : Adobe InDesign CC 13.0 (Windows)EXIF Metadata provided by EXIF.tools