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HomeMy WebLinkAbout1255 Upsala RdPermit # : 09 - H 1 Inh eddr"e- 17. C'cz- i . Sta \ A CITY OF SANFORD PERMIT APPLICATION Q Date: — ` . A r' i n 1 Description of Work: IA%64 I• , 1'4';o erg new C- w t_µ-. ''' ; 'I t re F1Tota1SqusreF 2 2oOc Historic District: Zoning: Value of Work: S o2.ii l7 Permit Type: Building Electrical Mechanical Plumbing Fire Sprinkler/Alarm Pool Electrical: New Service — # of AMPS &O Addition/Alteration Change of ServiceTemporary Pole Mechanical: Residential*— Non-Residenti Replacement New Duct Layout & Energy Calc. Required) Plumbing/ New Commercial: # of Fixhrres # of Water &Sewer Lines ----i-of Gas Lines Plumbing/ New Residential: # of Water Closets k Plumbing Repair— Residential or Commercial Occupancy Type: Residential Commercial -eK,_ Industrial Construction Type: # of Stories: # of Dwelling Units: Flood Zone: (FEMA form required) Owners Name & Address: I R o-t.i U40 a.29-e Contractor Name & Address: _O' aj:6.te L.l3 tO u a t- Phase & Fax: (o i 0 Oo O v Bonding Company: VL I Address: ft 1&- Mortgage Leader:lI IA Address: ArcbitetWEugineer. Address: Pbone: ipIt? Lf 3 a-- l -q 3 Application is hereby made to obtain a permit to do the work and installations as indicated. I certify that no work or installation has commenced prior to the issuance of a permit and that all work will be performed to meet standards of all laws regulating construction in this jurisdiction. I understand that a separate permit must be secured for ELECTRICAL WORK, PLUMBING, SIGNS, WELLS, POOLS, FURNACES, BOILERS, HEATERS, TANKS, and AIR CONDITIONERS, etc. OWNER' S AFFIDAVIT: 1 certify that all of the foregoing information is accurate and that all work will be done in compliance with all applicable laws regulating construction and zoning. WARNING TO OWNER: YOUR FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOUR PAYING TWICE FOR IMPROVEMENTS TO YOUR PROPERTY. IF YOU INTEND TO OBTAIN FINANCING, CONSULT WITH YOUR LENDER OR AN ATTORNEY BEFORE RECORDING YOUR NOTICE OF COMMENCEMENT. NOTICE: In addition to the requirements of this permit, then may be additional restrictions applicable to this property that may be found in the public records of this county, and then may be additional permits required from other governmental entities such as water management districts, state agencies, or federal agencies. Acceptance of permit is verification that I will notify the owner of the propeFty of the requ' L' 3. Signature of Owner/Agent Date Signature of Co gem Date I / lG" y „' t o bS Print Owner/Agent's Name Signature of Notary -State of Florida Date Owner/ Agent is _ Personally Known to Me or C Produced ID _ Produced ID APPROVALS: ZONING:' UTIL: Special Conditions: Rev 03/2006 44 FD: 11 I M r+ ENG: atv Mimi. 9 9 0 6 91 Date comma W017M = Exp1 ? f20/0 000} ti21Z64i a yi Me or BLDG: mil r; b I ccC\ W Sev•21. 2006 8:45AM PELLA REGIONAL No.9193 P. 2 B LLSOO "H IdMivielrS Mea•:' • •. • SIi foid, R 3fTJ1:. 0006 NlIc Cosa any Ian.. . Or] h& 'FL-32806 This letter is to oftially notify you that you are hereby authorized to provide electrical service for BellSouth for the following subscriber carrier equipment at the location indicated bolow. BellSouth will plaoc equipment with generator and'requires electrical Service. ADDRESS: 1255 Upsaia Rd PARCEL,41: . 28-19-30=502-0000-0170 CITY: Sanford, FL AREA# 3Q432 ' CLLI#• SI' FLU0149 If you need any further information, please contact -Scott Lorenz @ 407-302-7611 Sincerely, Scott IArenz BellSouth Eagincaring 0waffilaonr000ta 610"W"am momm ommo Sep.21. 2006 8:45AM PELLA REGIONAL No.9193 P. 2 job sypiwtkr um e itm log Wk-Crosk & C(uapady 1ac.. . 62:Vij'Iiiiaiia't. • .. .. . Crlaiido; FL.32806 N0.407-Si ..099• nag letter is to offleWly notify.ym that you are hereby auftdzed to provide electrical service for BellSouth for the following subscn-ber cariior equipment at the location . indicated'below. BellSouth will place equipMmt with generator and'requires electrical service. . ADDRESS: 1255 Upsala Rd PARCEL#: . 28-19-30=502-00 170 CITY: Sanford, FL AREA# 3Q432 CLLW. SNFRIFLU0149 If you need any further information, please contact -Scott Lorenz Q 407-302-7611 Sincerely, Scott Lorca BellSouth Engineering a R aniebni000 021 L i aim" lvmuw l: fbftNota.VAML. a Mark Cross and Company, Inc. Mailing Address — 62 W. Illiana Street - Orlando, Florida 32806 Physical Address — 62 W. Illiana Street • Orlando, Florida 32806 407) 816-9000 fax (407) 816-1299 Limited Power of Attorney Re: Site Name: Site Number: Address: AI A,4ZIOA0 Jurisdi ' n: a Parcel ID: aK - - `1 b S - a60CD -- O (Z To Whom It May Concern: Please be sed th I, M k David Cross, hereby autho ' / Permit Expeditor and/or ' C. to act on my behalf for a plying to building departments for telecom systems an o sign all necessary documents on my behalf regarding Contractor Registration, Permit Applications and, and Permit Submittals. Thank you for your assistance in this matter. Mark D. Cross EC-13001174 Mark D. Cross Acknowledged before me on thi.-.7--2-- day of 2006, by Mark D. Cross who is personally known to me, or has produced CYNZAN ROSIER . ....1 3FuFo p, C"" OD0517209 f. sY Assn., Ins Serial Number: 126928 State: FL MSN: FPC: County/Parish: SEMINOLE AA/Taper Code: Section: 28 TWP/LD: 19S RA/LL: 30E Permit Requested: Meridian: Date Needed: Record Book: 3826 Page: 1325 Option Date: One -Time Cost: 1.00 Annual Cost: 0.00 Expiration: Agency ID: IPID: Document Date: RWID: FL117PVT126928 Date Recorded: HST Plat #: Date to R/W Office: BST Job#: 03NO6129N Sent to Posting: Engineer: MDN Recv'd by Posting: Wire Center/Nxx: 407 321 Date Posted: Strip R/W?: no Posted By: Date Filed: Permit Type: PVT Status: F Annual Cost Due Date: Dwner: WEST LAKE SUPER CENTER PARTNERS Rel: ermit Location: SEMINOLE POINTE APTS//elder rd 3dd'1 Desc: Remarks: equipment easement 7u you w,int ! ; r'1nt ater data or press PF4 to end. 07/-20/2000 03/30/2000 04/03/2000 07/20/2000 07/24/2000 07/25/2000 Earl K. Wood, Tax Collector Occupational License Orange County, Florid This license is in addition to and not in lieu of any other license required by law or municipal ordinance. It is subject to regulation of zoning, health and any other law 3uthonty It is valid from October 1 through September 30 of license year. Delinquent penally is added October 1. ORIGINAL' 2006 EXPIRES 9/30/2007 1802-0541447 1802 CERT ELECTRICAL CONTR TOTAL TAX $70.00 PREVIOUSLY PAID $70.00 TOTAL DUE $0.00 62 W ILLIANA ST A - ORLANDO. 32806 PAID: $70.00 99-306487 8/8/2006 30.00 1 EMPLQ 10,1117 F BUSINESS OFFICE 3 Ttt CROSS MARK DAVID-QUALIFIER This form becomes a receipt when validated by the Tax Collector 40.00 18 EMPLOYEES1 wi? 6 9 3 21 7 STATE OF FLORIDA DEPARTMENT OF BUSINESS AND PROFESSIONAL REGULATION ELECTRICAL CONTRACTORS LICENSING BOARD SEQOL0608020172C The ELECTRICAL CONTRACTOR Named below IS CERTIFIED Under the provisions of Chapter 489 FS. Expiration date: AUG 31, 2008 CROSS NARK D MARK DROSS & COMPANY INC 62 WEST ILLIANA STREET ORLANDO FL 32806 JEB BUSH SIMONE MARSTILLER GOVERNOR DISPLAY AS REQUIRED BY LAW SECRETARY ACORDTM CERTIFICATE OF LIABILITY DATE: 12/14/2005 PRODUCER THIS CERTIFICATE IS ISSUED AS A MATTER OF INFORMATION ONLY AND Wallace Welch and Willingham Inc. 300 First Avenue South CONFERS NO RIGHTS UPONS THE CERTIFICATE HOLDER, THIS CERTIFICATE DOES NOT AMEND, EXTEND,OR ALTER THE COVERAGE AFFORDED BY THE St. Petersburg, Florida 33701 PLOCIES BELOW. 727-522-7777 INSURERS AFFORDED COVERAGE INSURED INSURER A: PEGASUS INSURANCE COMPANY NAIC# 12530 NELCO Master Corporation Inc. et al 339 6 h Avenue West INSURER B: Bradenton, Florida 34205 Alternative Mark Cross and Company, Inc. #6111 INSURER C: INSURER D: Employer COVERAGES CERTIFICATE # ZUU6Ub4UU THE POLICIES OF INSURANCE LISTED BELOW HAVE BEEN ISSUED TO THE INSURED NAMED ABOVE FOR THE POLICY PERIOD INDICATED. NOTWITHSTANDING ANY REQUIREMENT, TERM OR CONDITION OF ANY CONTRACT OR OTHER DOCUMENT WITH RESPECT TO WHICH THIS CERTIFICATE MAY BE ISSUED OR MAY PERTAIN. THE INSURANCE AFFORDED BY THE POLICIES DESCRIBED HEREIN IS SUBJECT TO ALL THE TERMS, EXCLUSIONS AND CONDITIONS OF SUCH POLICIES. AGGREGATE LIMITS SHOWN MAY HAVE BEEN REDUCED BY PAID CLAIMS. IL. TYPE OF INSURANCE POLICY NUMBER pT TME IDDfYn D°° POLICY o wn°N LIMITS GENERAL ABILITYLIABILITY COMERCIAL GENERAL LIABILITY CLAIMS MADE OCCUR GEN AGGREGATE LIMIT APPLIES PER POLICY PROJ LOC EACH OCCURRENCE FIRE DAMAGE (Any one Fire) MED EXP (Any one person) PERSONAL ADV INJURY GENERAL AGGREGATE PRODUCTS-COMP/OP AGG AUTOMOTIVE LIABILITY ANY AUTO ALL OWNED AUTOS SCHEDULED AUTOS HIRED AUTOS NON -OWNED AUTOS Each accident) BODILY INJURY Per Person) BODILY INJURY Peraccident) PROPERTY DAMAGE Per accident) GARAGE LIABILITY 8 ANY AUTO AUTO ONLY —EA ACCIDENT OTHER THAN EA ACC AUTO ONLY: AGG EXCESS UABIUTY F- joccUR CLAIMS MADE DEDUCTIBLE RETENTION $ EACH OCCURRENCE GENERAL AGGREGATE A WORKERS' COMPENSATION AND EMPLOYERS' LIABILITY 2006201 01101106 01 /01 /07 X STAWCMORY OTHER EL EACH ACCIDENT 1,000,E E. L. DISEASE -EA EMPLOYEE 1,000,000 EL DISEASE — POLICY LIMIT 1,000,000 OTHER DISCLAIMER: This Certificate of Insurance Coverage is provided for Mark Cross and Company, Inc. #6111 does not constitute a contract between the issuing insurer(s), authorized representative or only those employees W. Il Street and leased to, but not sub- Or Orlando, FL 32806 FLaffirmuative negatively amend, xtend or b y contractors of: alter the coverage afforded by the policies listed thereon. City of Sanford Building Department r n 3277.2_1788 /\ ANY OF THE ABOVE DESCRIBED POLICIES BE CANCELLED BEFORE RATION DATE THEREOF, THE ISSUING INSURER WILL ENDEAVOR TO AYS WRITTEN NOTICE TO THE CERTIFICATE HOLDER NAMED TO THE fWAILURE TO DO SO SHALL IMPOSE NO OBLIGATION OR LIABILITY OF UPON THE INSURER, ITS AGENTS OR REPRESENTATIVES Gramling .__.._ 115i rtt5-1- `----_ J ACORy_ CERTIFICATE OF LIABILITY INSURANCE OP ID B DATE(MMIDDnYYY) CROSS-5 d 08 08 06 PRODUCER THIS CERTIFICATE IS ISSUED AS A MATTER OF INFORMATIOP ONLY AND CONFERS NO RIGHTS UPON THE CERTIFICATE Newman -Crane & Assoc.Ins.Inc. HOLDER. THIS CERTIFICATE DOES NOT AMEND, EXTEND OR P. O. Box 568946 ALTER THE COVERAGE AFFORDED BY THE POLICIES BELOW Orlando FL 32856-8946 Phone:407-859-3691 Fax:407-857-0409 Mark Cross and Co., Inc. 62 W. Illiana St. Orlando FL 32806 COVFPAnFS INSURERS AFFORDING COVERAGE I NAIC # INSURER A. FCCI Insurance Group 02952 INSURER B: INSURER C: INSURER D. INSURER E THE POLICIES OF INSURANCE LISTED BELOW HAVE BEEN ISSUED TO THE INSURED NAMED ABOVE FOR THE POLICY PERIOD INDICATED. NOTWITHSTANDING ANY REQUIREMENT, TERM OR CONDITION OF ANY CONTRACT OR OTHER DOCUMENT WITH RESPECT TO WHICH THIS CERTIFICATE MAY BE ISSUED OR MAY PERTAIN, THE INSURANCE AFFORDED BY THE POLICIES DESCRIBED HEREIN IS SUBJECT TO ALL THE TERMS, EXCLUSIONS AND CONDITIONS OF SUCH POLICIES. AGGREGATE LIMITS SHOWN MAY HAVE BEEN REDUCED BY PAID CLAIMS. LTR NSR TYPE OF INSURANCE POLICY NUMBER DATE MMIDEFFECTIVEDATE UM I O LIMITS GENERAL LIABILITY EACH OCCURRENCE 1000000 E1T3'RENT PREMISES(Eaoaurence) 100000AXCOMMERCIALGENERALLIABILITYCPP0006294106/09/06 06/09/07 CLAIMS MADE [a] I OCCUR MED EXP (Arty one person) 5000 PERSONAL &ADV INJURY 1000000 GENERAL AGGREGATE 2000000 GEN'L AGGREGATE LIMIT APPLIES PER PRODUCTS - COMPi1OP AGG I $ 2 O O OO 0 0 POLICY JET LOC A AUTOMOBILE LIABILITY ANY AUTO CA0007431 1 06/09/06 06/09/07 COMBINED SINGLE LIMIT Eaacc'deM 1000000 X BODILY INJURY P Pew) ALL OWNED AUTOS SCHEDULED AUTOS BODILY INJURY Per accident) X X HIRED AUTOS NON -OWNED AUTOS PROPERTY DAMAGE Per accident) GARAGE LIABILITY AUTO ONLY - EA ACCIDENT I $ OTHER THAN EA ACCANYAUTO AUTO ONLY: AGG EXCESSfUMBRELLALIABILITY EACH OCCURRENCE 5000000 A X OCCUR CLAIMSMADE UMB0004228 1 06/09/06 06/09/07 AGGREGATE 5000000 0DEDUCTIBLEXRETENTION $ 10000 WORKERS COMPENSATION AND TORY LIMITS ER E.L. EACH ACCIDENTEMPLOYERS' LIABILITY ANY PROPRIETOR/PARTNER/EXECUTIVE EL DISEASE - EA EMPLOYEOFFICER/MEMBER EXCLUDED? H yes describe under SPECIAL PROVISIONS belaw EL. DISEASE - POLICY LIMIT OTHER DESCRIPTION OF OPERATIONS / LOCATIONS I VEHICLES I EXCLUSIONS ADDED BY ENDORSEMENT I SPECIAL PROVISIONS CFLTTIFICATF H(ll n1-W I.=ANGCLLA I IC/N CITYS-6 SHOULD ANY OF THE ABOVE DESCRIBED POLICIES BE CANCELLED BEFORE THE EXPIRATION DATE THEREOF, THE ISSUING INSURER WILL ENDEAVOR TO MAIL 10 DAYS WRITTEN NOTICE TO THE CERTIFICATE HOLDER NAMED TO THE LEFT, BUT FAILURE TO DO SO SHALL City of Sanford Building Department P. O. BOX 1788 IMPOSE NO OBLIGATION OR LIABILITY OF ANY KIND UPON THE INSURER, ITS AGENTS OR REPRESENTATIVES. AU RESEN IVESanfordFL32772-1788 ACORD CORPORATION 1988AGORU25 (ZUU11Ut1) cuhl l -9y.- J PLAT OF LAND SURVEY fOR and/or CERTIFIED TO; EIELLSOUTH TELECOMMUNICATIONS, INC. SITE NAME; UPSALA ROAD SITE LOCATION; UPSALA ROAD & SR 46, SEMINOLE COUNTY FLORIDA. SECTION 28, TOWNSHIP 19 SOUTH, RANGE 30 EAS'T, DESCRIPTION AS FOLLOWS; SHEET ONE OF TWO 25.0 1 Li: LOT 19 rr. L,J Vz iJ C) 10 50.00 O G ' S 00'00'00 " E PW CORNER LOT 20 SHEET ONE Of- TWO S 00°2 'S3" E (F) IREc1" .P.P.- 49. 6 (F--) 1!,0.4 25.0 2 5. 0 0,3 REC 4" AXLE i 0.5 0 N S 09 "00,0 4W w v 00 I SE1 I./r' r LEI SET I.R. EL II' LA IL D W W C)" in i7) r1, Ld U) t S 0 O0 DO W Z- — 00 -t 0.4 t .SHARED e Clay or r SANrORD t!"3 IOpiBERLS EGRESSINGRESSEGRE5S vi CABLE ESW)) SET IR. o SEET l R14Z 00 i . ECIUIP. iv 00 0® 00 c ESM'T INGRESS EGRESS VACANT 9Q1 CABLE LAN[) n E ISERENT 2.0 0 - 2.5. CIO _ REC 1 " I.P. INGRESS {SEC I" B.P. ESM''T 50.05 (F) N 00'00'0() E- (F) B.B.) UPSALA R AD_(F) _ MONROE AVENUE (P) 50' RJW (P) GRUSENMEYER --SCOT LEGEND P - PUT v - FIELD LP. . IRON PIPE I. R. -IRON R00 C. U. -CONCRETE MONUMENT re I.R.-•/!m'4. "..'/89 £7!9 are. - RCCOVERCO P. O.B. -POINT OE BECNNING P. O.C. -POINT Of COUMENCELIENT 1 CL- CENTERUNE N! D -NUL h DISC R T OF -WAY ESTIL- EASEUENT BR£VARD COUNTY CYi/C£ DRAIN.- DRAUNACE 4095 S. U.S. I UDL - UTILITY ROCK(£06L; R. 32-055 C. L. FC. -CHAIN LINK FENCE 407- 06-1055 WD. F.C. -W000 FENCE C/ o -CONCRETE BLOCK 407-6.76-1404 41-) P. C. PDINT OF CURVATURE P. T. POINT OF TANGENCY B. B. BEARIN AIRDESCRIPTIONsEE BBl A/C AIR P. U. 6 O.E PUOLIC UTILITIES 6 MAINACE [SUP. R RADIUS 1 L ARC LENGTH rt:EEI1IFIED "f: i CENTRAL ANGLE CH CHORD JOHN Al W KER, I C. B. CHORD BEARING J'MES CCTT, R POINT OR LINE TYP. JALTYPICAL• P. R.C. -PONT OF REVERSE CURVAMPIE IJRVARIAL[( ERfl ONCo—LANNa.+' SURVEYORS NOTES 1. THE UNDEASIGNEU DOES HEREBY CERTIFY N4A) THIS SURVEY MEETS THE MINIMUM TECHNICAL STANDAROii LSEY FORM By YHC FLORIDA BOARD DF PROFESSIONAL LAND SURVEEYORN IN CHAPTER SIG17- 0 FLORIDA ADMINISTRATIVE CDOE PURSUANT TO CHAPTER 472-027, FLORIDA Sl'ATUTES. 2. UNLESS EMBOSSED WITH SURVEYOR'S SEAL, THIS SURVEY IS NOT VALID AND IS PRESENTED FOR INFORMATIT) NAI, PUNPOSES ONI Y. 3. THIS SURVEY WAS PREPARED FROM TIHF LNFORMAIION FURNISHED TO T11E SURVEYOR. THERE MAY BE OTHER RESTRICTIONS OR EASEMENTS THAT AFFECT THIS PROPERTY. 4. NO UNDEFiGROUNU IMPROVEMENTS HAVE. BEEN LOCATED UNLESS OTHERWISE SHOWN. 5. TIIIS SURVEY IS PREPARED FOR THE SOLE BENEFIT OF THOSE CERTIFIED TO AND SIIOULO NOT BE RELIED UPON BY ANY OTHER ENTITY. U. DIMENSIONS SHOWN FOR THE LOCATION OF IMPROVEMENTS HEREON .SHOLILD NOT BE USED YO RECONSTRIJCY BOUNDARY LINES. . 7. ELEVATIONS, IF SHOWN, ARE BASED ON WAY]DIM GEODEYIC VENYICAL DA11JDA OF 1020, UNLESS OTHERWISE NOTED. D. BEARINGS BASED ON EAST, i'Q/ LINE' Of' UPSALA ROAD -- SAID ING BEING i- I 1ET.Ltc..NO. 5J52 FIELD DATE• -- ---- NO 5362 TOM U. GRUSENMEYER, R.L.S. NO. 4714 BOUNDARY 2- 20-97' 4IJ8 LS NO, REMISED I.1--16-99 N i0821 P.CIC, :, POINUOF, COMPOUND C s YINr BNLLDIEw/PRD eRaa - G L sacaNv LIB R. -NON- RAMA1. SPECIAL. FLOOD 111y.TCJ1/ AR {?To-1 'lt'Sdr- aY..1,I0S IN ZONE: W.p, : WITNESS POINT C -CALCULATED PANEL Ar- .---.»-.-.. .......•. MAP DITE BYABUSHM pRA6YN UV: . w.- CHECLLEO UYo Y .•.._. r- eFXh 2 PLAT OF LAND SURVEY fOR cn d/o r CERTIFIED 7'0; BELL SOUTH TEL ECOMMUNICA TIONS, INC. SITE NAME; UPSALA ROAD SITE LOCATION; UPSALA ROAD & SR 46, SEMINOLE .COUNTY, FLORIDA. SECTION 28, TOWNSHIP 19 SOUTH, RANGE 30 - EAST. DESCRIPTION AS FOLLOWS; AN INGRESS, EGRESS, CABLE, AND EQUIPMENT EASEMENT LYING IN A PORTION OF ..THE SOUTH 1/2 L 0 r 20, BOOTHS SUBDIVISION, AS RECORDED IN PL A T BOOK 5, PAGE 6, PUBLIC RECORDS OF SE MINOL E COUNTY, • FL ORIDA. BEING MORE PARTICULARLY DESCRIBED AS FOLLOWS; INGRESS, EGRESS, CABLE EASEMENT; COMMENCE AT THE NORTHWEST CORNER OF SAID L 0 T 20, SAID POINT BEING ON THE EAST R/{'V LINE OF UPSALA ROAD (50' R/W) AND RUN S 00'00'00" E ALONG SAID R/W LINE A DISTANCE OF 50.00 FEET TO THE POINT OF BEGINNING. THENCE RUN N 89 '04 '24 " E ALONG THE NORTH LINE OF THE NORTH 1/2 JESSIE S T. A DISTANCE Of 25. 00 FEET 1i IENCE RUN S 00'00 'DO " E A DISTANCE OF 25.00 FEET TO THE SOU 711 LINE OF THE NORTH 1/2 JESSIE S TREE T, THENCE RUN S 89 '04 24 " W A DISTANCE OF 25.00 FEET TO THE AFOREMENTIONED EAST R/W LINE, 7HENCE RUN N DO '00 '00 " E A DISTANCE OF 25.00 FEET TO THE POINT OF BEGINNING. EQUIPMENT EA SFMF. N T,' COMMENCE AT THE NORTHWEST CORNER OF SAID LOT 20, SAID POINT BEING ON THE LA- T P'/W LINE OF- Ul-'SAI A ROAD (50' R/W) AND RUN S 00'00'00" E ALONG SAID R/W L iNE A DISTANCE OF 50.00 f E FT, 7f /ENCE RUN N 89 '04 '24 E ALONG THE NORTH NNE OF 711C NORTH 1/2 OF JESSIE ST., A DISTANCE OF 25.00 FE•E- T TO THE POINT OF BE6'1NIVING. THENCE_- CONTINUE N 89'04'24 " E A DISTANCE OF 65.00 FEET, THENCE RUN .S 00 'UO '00 " E A DiS TANS'.; E. OF 25,00 TO THE NOR 7H LINE OF THE NORTH 1/2 VACA TE•D JE SSiF S T74 E * T, Tl #rNCE' RUN S 89 "04 '2 4 " W A DISTANCE OF 65.00 fEFT, THENCE RUN N 00'00100 " E A DISTANCE- OF 25.00 FEET TO THE POINT OF BE: GINNING. , T1 IL ' WL S 7 16.00 FEE 7 OF SAID EQUIPMENT EASEMENT TO BE SHARED WITH THE C17-Y OF .15ANFOR0 AND TO OF USED AS A CABLE INGRESS EGRESS EASEMENT FOR dELLSODUi 7cLi COAMIUNiCATiONS, INC.* 46 SHEET TWO OF TWO GRUSENMEYER-SCOTT & WALKER INC.-LAND SURVEYORS li0EN0 NOTES 1 UNDERSIGNEDTHAT THIS SURVEY HNICAL STANDARDS BY THEYFLORIDAYBOARD OF PRROFESSIONAL LANDESURIMUM VEYORSIN CHAPTER STATUTES. GSiCl7-S FLORE)A ADAONISTRAITVE CDOE PURSUANT TO CHAPTER 412-027, FLORIDA e. Nm PRO0O 2. UNLESS EMBOSSED WITH SURVEYOR'S SEAL, THIS SURVEY IS NOT VALID ANO K PRESENTED FOR t R. RED. ySC N TtwMOATADIUCM' mlVERIO INFORMATIONAL PURPOSES ONLY, /{ 3. Y WAS L'TWNS EASEIAENT50TN TTIOW AFFECTPROPERTY,roTHESURVEYOR, TI+E'RE P. 0.0. P.O.C. PONT.Of BECMNDIO POINT OF COMUDaMENT MTHIS AY8E OVTFIER RESTR OR 4. NO UNDERGROUND IMPROVEMENTS HAVE BEEN LOCATED UNLESS OTHERWISE SHOWN. CL cCNTEALNIE NORTH S. THIS SURVEY IS PREPARED FOR THE SOLE BENEFIT OF THOSE CERTIFIED TO AND SHOULD NOT BE N4D NAIL 4 01SC RELIED UPON By ANY OTHER E1 P. TY. p// rI ESMT. RIOHI=OF-WAY EMUENT 9RCV.IRD G0t/N71' D!lA:C 0. DIMENSIONS SHOWN FOR THE LOCATION OF IMPROVEMENTS HEREON SHOULD NOT BE USED TO DRAIN. DRAINAGE 40.95 S. U.S. I RECONSTRUCT BOUNDARY LINES.. UTIL UTNITY ROCA'UTIGE, & J M 7, ELEVATIONS, IF SHOWN, ARE BASED ON NATIONALGEODETIC VERTICAL DATUM OF 1929, UNLESS C.Lre. will I. C. OHAIN IINE FETM:[ WOOD FENCE AD7••QJ6- 1031 407-QJA- 404 (r,Ex) OTHERWISE NOTED. C/S Pt CONCRMBLOCK OINT of CURVATU41 B. BEARINGS BASED ON P.T. D POINTOF TANGENCY DESCRIPTION Q Q BEING B.B. BEAAING (SC[ F91 AA A/ C -AA CON ItIDNE P.U, 4 D.C-PUBUC UTIUTN:S 4 ORAINAOE ESMT. SCALE 1 - FIELD DATE ORDER NO. R RADIUSCERDf1EOHY: R.L.S. N0. 5362 A CH CtHtNAL AANNOLE Co JOHN W. WAL R L.S. NO 3362 TOM . ORUSENUEYER. R.L.S. NO. 4714 BOUNDARY 2-20-97 41,JB PAL POIN TO01 ANNOuNEJAAAF.S W. S y; R.L.S. N0. 4001 REVISED B-16-99 10821 TYP. P. R.C. C.O. TVWGAL dmf OF ROKME UAVAIATU PONT orCOMPOUNDCIIRVAIWITHISBUIIINNO l ESTABLISHED N NON RADIAL SPECIAL FLOOD HAZARD AR tN ZONE: W.P. C MTNE&S PONT CALMATEO p" ELL MAP DALE: DRAWN BY: CHECKED BY: Serial Number: 126928 State: FL MSN: County/Parish: SEMINOLE Section: 28 TWP/LD: 19S RA%LL: Meridian: Record Book: 3826 Page: One -Time Cost: 1.00 Annual Cost: 0.00 Agency ID: IPID: RWID: FL117PVT126928 BST Plat #: BST Job#: 03NO6129N Engineer: MDN Wire Center/Nxx: 407 321 Strip R/W?: no Posted By: Permit Type: PVT Status: F Owner: WEST LAKE SUPER CENTER PARTNERS Permit Location: SEMINOLE POINTE APTS//elder Add'1 Desc: Remarks: equipment easement Do y()ii W,IIII tl j t int Or (I )mail_'? nter data or press PF4 to end. FRC: AA/Taper Code: 30E Permit Requested: Date Needed: 1325 Option Date: Expiration: Document Date: Date Recorded: Date to R/W Office: Sent to Posting: Recv'd by Posting: Date Posted: Date Filed: Annual Cost Due Date: Rel. rd 07/,20/2000 03/30/2000 04/03/2000 07/20/2000 07/24/2000 07/25/2000 PLAT OF LAND SURVEY FOR and/or CER11FIFD TO,- PELLSOWH TELECOUHUNICA [IONS, MC. SITE NAME; UPSALA ROAD SITE LOCATION; UPSALA ROAD & SR 46, SEYINOtE COUNTY, FLORIDA. SECTION 28, TOWNSHIP 19 SOUTH, RAAlr,.,r- 30 LAST DESCRIPTION AS FOLLOWS; SHEET ONE OF TWO LOT 19 S 0 0'2 9'5 3 " E (F) REC V Lp- 49.96 (F) I I.. 25.0- 0.4 25.0 Li 0z Llj Mp I , 50.00 O.0 S 00'00 00. E NW CORNER L o r 20 SHEET ONE Of- TWO 25.0 -0.3 REC 4" AXLE 0 lul s 00"00,001" w 25. 00 zil SE 1. pl. SET 1.R Le 0 JA IAJ 1—, 3: LL Nj- (S C-) 1 ( Y) c, 09 c'n 1_11 c-i I in c) LaE Lu_- tr) C-4 1 (D C) Z M Ld U) C) W Soo 00 16 6 F, W, SAWED lir SAT ly or SAiXORD BELLSOUM INON-S-5 EGRESS CABLE ESAO) SET R. 0'(s Jr. EQUIP Al 0000 100" E ESU*T 0 0 r D 0 r W 9UM C-GRt .5s 0 00 "' E TES" ' ) 1 INCRLSS L-CRESS CABLE VACANT It) EA.5EA&_N f LANDL'2.O 0 25.00 REC 1 I.P. INGRESS REC I I.P. t-su, r 50.05 (F) N 00*00'00E- (F) B. B.) UP' S')ALA ROAD (F) j MONROEAVENUE(f- 50' R/W (P) GRUSEN M EYER- SCOTT & LEGEND v : PLAY DI, FIEL P . IRON PIPE W - IRON POO V. u.-CONCRETE MONUMENT RiC[ C6 LS - RECOVERED P. D.R. .POINT OF (ECNNINC P. O.C.PONT Of CODUENCEUENT CL - CENTERUNE NAD - NAIL ! DISC I RQl1OF- WAY HUT. EASEUENT BREVARD COUAIFY OfrlCt DRAIN. DRAINAGE 4095 S. U.S.I UTIL UYIUTY ROCA(LIED". fL. 32955 C. L. FG, CHAIN UNK F04CE ro . 4Y-6.15-0055 IND. F.C. C/ o WOOD FIENCE CONCRETE BLOCK 407- 636- 1404 (,FAX) P. C. OF CURVATURE P. T.POINT POINT OF TANCENCY n Ws. DESCPTION BEARING ( SEE 18) A/ C 13ASERI AIR CONDITIONER P. U. a O.E. UIJUTIES Al DRAINAGE ESIAT, 0 PIJULIC AOusL ARCI LENGTH C IIFIFO 1: a CENTRAL ANGLE WALKER W.-LAND SURVEYORS NOTES 1. THE UNDERSIGNED DOES HEREBY CERTIFY THAI' THIS SURVEY MELTS THE MINIMUM TECHNICAL STANDARDS M FORTH BY YHE FLORIDA BOARD or PROFESSIONAL LAND SURVEYORS IN CHAPTER OIG17- 0 FLORIDA ADMINISTRATIVE CODE PURSUANT TO CHAPTER 4712-027, FLORIDA STATUTES. 2. UNLESS EMBOSSED WITH SURVEYOR'S SEAL, THIS SURVEY IS NOT VALID AND IS PRESENTED FOR INFORMATIONAL PUkPfl&t'-; nNly, 3. THIS SURVEY WAS PREPARED FROM HILE INFORMATION FURNISHEll TO THE SURVEYOR. 11ILRE MAY BE OTHER RESTRICTIONS OR EASEMENTS VIIAT ArFECY THIS PROPERTY. 4. NO UNDERGROUND IMPROVEMENYS HAVE BEEN LOCATED UNLESS 01HERWISE SHOWN. 5.. THIS SURVEY IS PREPARED FOR THE SOLE EIENEFIT OF THOSE CERTIFIED To AND SHOULA NOT BE RELIED UPON BY ANY OTHER ENTITY. B. DIMENSIONS SHOWN FOR THE LOCATION OF 1UPROVD,11NIS HEREON.SHOULD NOT BE USED TO RECONSTRUCT BOUNDARY LINES. 7. ELEVATIONS, IF SHOWN, ARE BA Eo ON NATIONAL GEODE= VERTICAL DAIUM OF 1920, UNLESS OTHERWISr NOTED, EAST R w_ LINE OF UPSALA ROAD D. BEARINGS BASED ON SAID HEARINGS BEING -- Jy-LLQT-Q2-M-" L C" - CHORD JOHN Vj W KER, S. NO 5332 C. D.-CROFID BEARINGNG di YT. RLS NO, 809 P. O L :POINT ON LINE YIP. TYPICAL P. N.C.P(ANT OF REVERSE CtINVARINE POINT Of COMPOUND CURVATURE SCALE I— I- - ZU W. L.S. NO. 54Q FIELD DATE ORDER NO. 9. GRUSEWMEYEA, R.L.S. NO. 4714 DOIJAIDARY 2-20—L -4 1 J8 8-- 16-99 10821 m w... THIS 61.111,0111 AD. RADIA-L NON- RAINAL SPECIAL FLOOD HAZARD IN ME: C. P. : MY ESS POINT CAITULATTO MAP DATE.: ESTABLISHED eFIrhl,I'``' PLAT OF LAND SURVEY fOR and/or CERTIFIED TO; BELL SOUTH TEL ECOMMUN/CA BONS, -INC. SITE NAME; UPSALA ROAD SITE LOCATION; UPSALA ROAD & SR 46, SEMINOLE• COUNTY, FLORIDA. SECTION 28, TOWNSHIP 19 SOUTH, RANGE 30.. EAST. DESCRIPTION AS FOLLOWS; AN INGRESS, EGRESS, CABLE, AND EOUIPMEN T EASEMENT LYING IN A PORTION OF ..THE SOUTH 1/2 LOT ` 20, BOOTHS SUBDIVISION, AS RECORDED IN PL A T BOOK 5, PAGE 6, PUBLIC RECORDS OF SE MINOL E COUN T Y, ' FL OR/DA. BEING MORE PARTICULARLY DESCRIBED AS FOLLOWS; INGRESS, EGRESS, CABLE EASEMENT, COMMENCE AT THE NORTHWEST CORNER OF SAID L O T 20, SAID POINT BEING ON THE EAST R/W LINE OF UPSALA ROAD (50' R/W) AND RUN S 00'00'00" E ALONG SAID R/W LINE A DISTANCE OF 50.00 FEET TO THE POINT OF BEGINNING. THENCE RUN N 89 '04 24 " E ALONG THE NORTH LINE OF THE NORTH 1/2 JESSIE S T. A DISTANCE' OF .25. DO FEE£ 1; THENCE RUN S 00'00 '00 " E A DISTANCE OF 215,00 FEET TO THE SOU T11 LINE OF THE NORTH 1/2 JESSIE S TREE T, THENCE RUN S 89'0424 " W A DISTANCE OF 25.00 FEET TO THE- AFOREMENTIONED EAST R/W LINE, THENCE RUN N 00'00'00" E A DISTANCE OF 25.00 FEET TO THE POINT OF BEGINNING. EQUIPMENT EAS'FMFN T,' COMMFNCE AT THE NORTHWEST CORNER OF SAID L 0 T 20, SAID POINT BEING ON THE' f_-,15 T r'i lW LINI_- OF- UPSAI A ROAD (50' R/W) AND RUN S 00'00'00" E ALONG SAID RAW L 1NE A DIS TANCE OF 50- 00 fE ET, 71IL ICE RUN N 89 '04 24 E ALONG THE NOR Tf1 LINE Of- 1 / /C NOR; H 112 OF JESSIE S T.., A DISTANCE— OF 25.00 FEET TO THE POIN T OF BEGINNING. THE NC[ CONTINUE N 89 '04 '24 " E A DIS TANCE OF 65.00 FEET, THENCE RUN ,S 00 '00 '00 " E A DISTANCE OF' 25.00 TO THE NORTH LINE OF THE NORTH 1/2 VACATED JE SSIF S[h'Z L l THENCE RUfI S 89 '04 '24 " W A DISTANCE OF 65.00 fEFT TIIENCF. RUIN N Ob'00100" E A / ISTANCt OF 25.00 FEET TO THE POINT OF L?E G1NN/NG. * Tl lL 4,151117 5. UU f EE E 1 O ,SAID EO IPMEN T EASEMENT TO BE SHARED WITH THE CITY OF .SANFORD AND TO RE USED AS .A CABLE INGRESS EGRESS EASEMENT FOR BELLSOUTH lEL 'C0kWl ,v1CAT1ONS, INC. * SHEET TWO OF TWO GRUSENMEYER--SCOTT & WALKE N I u"ND P PLAT r FIELD PIPE I.R. MOHRTO" RODII MQM) BCi ,R. rSCOr1.ITEWIA4NLUEN' REC. RECOVERED L P.O.B. POINT OF BEGINNING P.O.C. OF COVM04CEMENT CL POINT cENTEALINE Nk0 NAIL k VSC R R04 OF -WAY ' I. EASEIXNT DRAIN. DRAINAGE UTIL UTILITY CL TO, CHAJN UNN FENCE wo, F.C. WOOD FTNCE C/B CONCRETE BLOCK P.t POINT OF CURVATURE P.T. PV4I' OF 1ANCENCY so, 9AASE 0 ARMO (SEE NS) A/C ALIT CONOIIIONfAa P.U. k OX -PUBUC UTILITIES k DRAINAGE ESUT. R RADIUSL - Am LENGTH A CENTRAL ANGLE CH CHORD TOO" RUNEOIL. Pp TYP. TYPICAL P.R.C. POMT OF REVERSE CURVATURE P.C.O. POINT OF COMPOU40 MIRVATURE RAG, RADIAL - N' A' NON-NAVAL W.P. WITNESS POINT C CN.CUTATED WVARO COUNFY Orr/CE• 1095 S. U.S. 1 WA'IEWd...& J2955 07-6J6 1055 407- 6J6-1404 (rAAX) INC.—LAND SURVEYORS NOTES 1. THE UNDERS40NED DOES HEREBY CERTIFY THAT THIS SURVEY MEETS THE MINIMUM TECHNICAL STANDARDS SET FORTH BY THE FLORIDA BOARD OF PROFESSIONAL LAND SURVEYORS IN CHAPTER IIG17-6 FLORIDA ADMINISTRATIVE CODE PURSUANT TO CHAPTER 472-027, FLORIDA STATUTES. 3. UNLESS EMBOSSED WITH SURVEYOR'S SEAL. THIS SURVEY IS NOT VALID AND IS PRESENTED FOR INFORMATIONAL PURPOSES ONLY, 3. THIS SURVEY WAS PREPARED FROM TITLL INFORUATIOW FURNISHED TO THE SURVEYOR, TI,-ERE MAY BE OTHER RESTRICTIONS OR EASEMENTSMAT AFFECT TRIS PROPERTY. 4, NO UNDERGROUND IMPROVEMENTS HAVE BEEN LOCATED UNLESS OTHERWISE SHOWN. 5. THIS SURVEY IS PREPARED FOR THE SOLE BENEFIT Of THOSE CERTIFIED TO AND SHOULD NOT BE RELIED UPON BY ANY OTHER ENTITY. J. DIMENSIONS SHOWN FOR THE LOCATION OF IMPROVEMENTS HEREON SHOULD NOT BE USED TO RECONSTRUCT BOUNDARY LINES.. ELEVATIONS, IF SHOWN, ARE BASED ON NATIONAL' GEODETIC VERTICAL DATUM OF 1929, UNLESS OTHERV LSE NOTED. B. BEARINGS BASED ON OD BEOG BEING SCALE 1'XV— CERTIFIED BY: R.L.S. 040. 5302 FIELD DATE ORDER NO. JOHN W. WAL R, .L.S. NO 3362 TOM . CRUSENMEYER, R.L.S. NO. 4714 . BOUNDARY 2-20-97 4138 JIwAES W. s P, R.L.S. NO, 4Bnl REVISED B-16-99 10821 THIS BUILDING ADPlfliaL ESTABLISHED SPECIAL FLOOD HAZARD AR.'_k-Q '•i'=-1.!E-I`EONE: PANEL J— — MAP I'','IT:: ORAWN BY: CHECKED BY7 Ac FROM TO FOR NOTE 2-000 100 AMP COMMON NEUTRAL BATTERY CHARGER 2-114 GENERATOR JUICE BOX 120V 15 AMP BREAKER HEATER 2-114 GENERATOR JUICE BOX 120Y 15 AMP BREAKER DC 12 PR CABLE GENERATOR EXIST ALARMS 12 PR SHIELDED 22 CA RT CABINET CABLE 6-16 GENERATOR ATS REMOTE START SOURCE NOT AVAILABLE WI RE DI AGRAM' 0 LJ GENERATOR ATS=AUTOMATIC `nm^SFEn SWITCH MTS= MANUAL rmANsrcn sw/rcx ` --' --- --- -- --- -- FED AUTO TRA' SWITCH 8UR'ED GEN` HERATOR MOUNTED D -FRAME PROPANE ramv U/ 1!1X3' PADFWRCABLEEASEMENTCITYOFSANFORD5 Lr 2^ POWER OUCT / POWER FEED T \ 3' CONDUIT FOR LOAD CABLE AND ALARM WIRE gqEID QC ONDUIT F -SE- ~- 0* cj START BATTERY CHARGE LEAD 5 l' UT k4 TT ''`''`''''..^,~ T\N SWITCH EXTST CABINET exchwme. 8RLANDO uo, Woor. Lnrenz, S Phone; 407- 302-7611 A" moruot/oz 5] N0622]N 8/ 0/20069:25i08 Am r a y 1-2 2006 r SEM(NOLE CO' dTY PLANS EXAM ER ALE U!i!LIDIL^11 aitI- R:E THESE qf' —S ARE CD.aTKp,18YA`LILi( fA-C" `png twgs M'R Rt 7Elfl hlD:1A r0;f l Ilf'lomEDIRO 1FSIN CS iRi EC - T i{f pS:iJ;AFsICfGE Aivu @'ES U14 FFCIECID111 fi1+iF H1 .PT T Fil' ,yldD f iR£19i1EYW 7 f11N _CODE ,REQU IRf'I #fET1 djMSPiECT`OIRS IFROIWP ES RIOT ,?REV T !Fd:E1 ID MRS RDFJRIfI .pR:3ECT1diNs TO :PA T uley Y'tldllc l j d71ES NOTED D10EYlNG 1 1ISPEGd IiNS.' — DATE: — FJR_' 'PLA4S: OAT BLDG PLA;iS: PERIMIT MD.; S; JOB ADDRESS: Aul RIZED THE COi'TA ,TOR CON1 i<AC i OR'S Lp;N ATTEST F Iv.A ur (.^,r bj I A'tUR C t4 cT10N Dglat il rr -7FF'Al VJtr<c S uVi NI 'OUN1-Y FOR P i2r.i;1 1 :F4u, A&4 71-IU TAKE FULL' ySS.U,E .HAT. Y hpRe.AN Rv'v'13' AL:-d 0'DRkariV: - 15t DU tl1`Ult i ME cO uIrrSt OF i i 'I ROJECT r fl g0UTHEA PRECAST 13365 SOUTHERN PRECAST DR. ALACHUA, FL. 32615 386)462-2015 FAX(386)462-5701 rkNPCA KATOUGHT 25KW 5' x W x 6' BELL SOUTH FOUNDATION PAD 1.) Concrete 5000 psi ® 28 days 2.) Reinforcing grade 60 3.) Pad Dimensions: X" Dimension = 5-0' Y" Dimension = 8V-0" T Dimension = 6" 4.) Opening Dimensions: A" Dimension = 8%" B" Dimension = 8x" 5.) Approximate Weight 2.,Wbs 0.73 cy) 6.) 1" Polymer Inserts For Anchors 4-20'31X' HERMIT a• wr pLANS REVIEWED CITY OF SANFORD 0. 96' 58• o'- 1.) 1- CHAMFER ON OUTSIDE PERIMETER EDGE OF FINISHED SLAB. 2.) INSERT SIZE AND LOCATIONS MUST BE NOTED BY CONTRACTOR OR SOUTHERN PRECAST WILL DETERMINE LOCATIONS BASED ON BELL SOUTH SPEC OFFICE t• CHAMFER CONTRACTOR SIGN IF APPROVED: [. 4AV I / IREV. BY Operator's Manual ASCO" Series 300 Automatic Transfer Switches D design, 30 through 230 amp. sizes DANGER is used in this manual to warn of high voltages capable of causing shock, bums, or death. 0WARNING WARNING is used in this manual to warn of possible personal injury. 0 CAUTION CAUTION is used in this manual to warn of possible equipment damage. An experienced licensed electrician must install the ATS. 30-200 amp. sizes Refer to the outline and wiring drawings provided with your ASCO Series 300 ATS for all installation details. ASCO Series 300 Automatic Transfer Switches (ATSs) are Listed under Underwriters Laboratories UL 1008 Standard for Safety for Automatic Transfer Switches. ASCO Series 300s are also Listed under CSA C22.2 No.178 Standard for Automatic Transfer Switches. All control features are UL Component Recognized, which assures that ASCO automatic transfer switches meet OSHA Safety Requirements and will be acoeptable to electrical inspectors. ASCO Series 300 Automatic Transfer Switches are suitable for emergency and standby system applications. They meet emergency system rating requirements as defined in National Electrical Code (NEC) Article 700 and UL 1008. Also, they are suitable for the requirements of NEC Article 517 - Health Care Facilities, NEC Article 701 - Legally Required Standby Systems, NEC Article 702 - Optional Standby Systems, NFPA 99 Health Care Facilities, and NFPA 110 Emergency and Standby Power Systems. Rating Label Each automatic transfer switch contains a rating label to define the loads and fault circuit withstand / closing ratings. Refer to the label on the transfer switch for specific values. Do not exceed the values on the rating label. Exceeding the rating can cause personal injury or serious equipment damage. TABLE OF CONTENTS section INSTALLATION .......................... 1 SEQUENCE OF OPERATION ............. 2 TESTING & SERVICE .................... 3 ADJUSTMENTS ......................... 4 CONTROL FEATURES ................... 5 INDEX ......................... back cover ASO0Power 50 Hanover Road, Florham Park, New Jersey 07932-1591 USA 381333-228 D Technologies" 1 800 937-2726 (ASCO), for service call 1 800 800-2726 (ASCO) www.asoo.com ASCO POWER TECHNOLOGIES CANADA PO Box 1238,17 Airport Road, Brantford, Ontario, Canada N3T 5T3 EMERSON. telephone 519 758-8450, fax 519 758-0876, for service call 1 888 234-2726 (ASCO) www.asco.ca r Nameplate Catalog Number Identification The Transfer Switch nameplate includes data for each' A typical Catalog Number is shown below with its specific ASCO Series 300 ATS. Use the ATS only elements explained. The example is for a Series 300 within the limits shown on this nameplate. ATS with switched neutral, 3 pole, 200 amp, 480 V, in a Type 1 enclosure: D 300 B 3 200 N 1 C B - switched C - overlapping blank - solid load power connections emergency power connections \ Transfer Switch maintenance handle see WARNING under Manual Operation) terminals for engine start contacts normal power connections cable spacers see INSTALLATION) Phase Poles Amperes 2 - single 0 30 3 -three 0 70 104 150 200- 200 amp. limited to 480 volts terminals for switch position contacts Voltage A 115 K 415 B 12o I_ 440 C 208 M 460 D 22o N 480 E 230 P 550 F 240 Q 575 H 380 R 6w J 400 membrane controls Controller I 1 -standard 1X-if accessories ordered Enclosure C -type 1 F -type 3R G -type 4 L - type 12 blank - open type Controller 200 amp. size in typical enclosure with location of customer connections Catalog Number Identification A typical Catalog Number is shown below with its elei"nents explained. The example is for a Series 300 ATS with switched neutral, 3 pole, 230 amp, 480 V, in a Type 1 enclosure: D 300 B 3 230 N 1 C Neutral Phase Poles Amperes Voltage Controller B - switched 2 - single 0 230-- A 115 H 38o 1 - standard C- overlapping 3- three o B 120 J 400 1 X- ff blank - solid C 208 K 415 accessories D 22o L 44o ordered E 230 M 460 load power connections 0 230 amp. limited F 24o N 48o to 480 voles terminals for switch position contacts membrane controls Controller emergency power connections Transfer Switch maintenance handle see WARNING under Manual Operation) terminals for engine start contacts normal power connections cable spacers see INSTALLATION) g 230 amp. size in typical enclosure with location of customer connections SECTION 1 INSTALLATION Series 300 Automatic Transfer Switches are factory wired and tested. Installation requires skid removal then securing the enclosure to the supporting foundation. Mounting Refer to the applicable enclosure outline drawing fur- nished with this switch and mount the Series 300 according to details and instructions shown on diagram. 0CAUTION Protect the automatic transfer switch from construction grit and metal chips to prevent malfunction or shortened life of the ATS. Mount the ASCO ATS vertically to a rigid supporting structure. Level all mounting points by using flat washers behind the holes to avoid distortion of the switch. Line Connections Refer to the Wiring Diagram provided with your Series 300 ATS. All wiring must be made in accordance with the National Electrical Code and local codes. De -energize the conductors before making any line or auxiliary circuitry connections. Be sure that Normal and Emergency line connections are in proper phase rotation. Place engine gen- erator starting control in the OFF position. Make sure engine generator is not in operation. It is unnecessary to remove pole covers from the transfer switch. If you do remove them, reinstall them carefully. Testing Power Conductors Do not connect the power conductors to the ASCO Series 300 transfer switch until they are tested. Installing power cables in conduit, cable troughs and ceiling -sus- pended hangers often requires considerable force. The pulling of cables can damage insulation and stretch or break the conductor's strands. For this reason, after the cables are pulled into position, and before they are connected, they should be tested to verify that they are not defective or have been damaged during installation. Connecting Power Conductors After the power cables have been tested, connect them to the appropriate terminal lugs on the transfer switch as shown on the wiring diagram provided with this Series 300. Make sure the lugs provided are suitable for use with the cables being installed. Standard terminal lugs are solderless screw type and will accept the wire sizes listed on the drawings provided with the Series 300. Be careful when stripping insulation from the cables; avoid nicking or ringing the conductor. Remove surface oxides from cables by cleaning with a wire brush. When aluminum cable is used, apply joint compound to conductors. Tighten cable lugs to the torque specified on rating label. Three cable spacers are included with 150, 200, and 230 ampere transfer switches. When installing power cables, run the cables through the cable spacers as shown in Figure 1-1. Position cable spacers within IV2 inches from lugs. A CAUTION The cable spacers must be located as shown for 150, 200, and 230 ampere transfer switches. pacers rich approximate icer Figure 1-1. Cable spacers for 150, 200, & 230 amp. transfer switches. 1-1 l INSTALLATION (continued) Engine Starting Contacts I IController Ground Customer connections for engine control contact A grounding wire must be connected to the controller's connections are located on the transfer switch. Refer to ' lower left mounting stud. Because the controller is wiring diagram provided with the Series AX) ATS and mounted on the enclosure door, a conductive strap must connect the engine start wires to the appropriate be used between the enclosure and the door. This terminals. See Figure 1-2 and Table A. connection provides proper grounding which does not Table A. Engine start connections. rely upon the door hinges. When normal source Terminals on transfer fails switch contact closes TB14 and TB15 contact opens T1314 and T1316 ENGINE STARTING CONTACTS i SHOWN OE -ENERGIZED) TOP STUD 14 ST F--t MIDDLESTUD 15 _4 NR BOTTOM 16 I-- J STUD NR Harnesses The transfer switch is connected to the left side of the controller by a plug—in harness (two plugs). left side Auxiliary Circuits of switch Connect auxiliary circuit wires to appropriate terminals on transfer switch as shown on the wiring diagram provided with this Series 300 Automatic Transfer Switch. TB 14 Make the necessary auxiliary connections by referring to TB 16 TB 15 Section 5, Control Features. Figure 1-2. Engine starting contact label and terminals located on the transfer switch. Connections to Controller for other Control Features located on bottom of Controller) Load Disconnect Programmable Feature Engine Exerciser Remote Control Features Connections Connections connection, refer to the Wiring Diagram & see Wiring Diagram if provided page 5-5 for DIP switch settings) refer to page 5-5 refer to Each control contact must be suitable for factory for DIP switch settings) page 5-2) for a 5 V DC low energy circuit. use only 4 5 6 7 8 9 10 11 12 13 14 15 16 0 0 0 0 ; 0 L L L L 1 2 3 LOAD OPTIONAL MOMENTARY MAINTAINED IMiBrr BYPASS DISCONNECT ENGINE TEST OPEN TO TRANSFER TRANSFER CONTACTS EXERCISER SWITCH TRANSFER TO TO TIME DELAY EMERGENCY EMERGENCY OUTPUT INPUT CONTACTS FOR CONTACTS 5VDC5mA FACTORY 120VAC 5A USE Figure 1-3. Input / output label on the Controller showing possible connections to the lower terminal block. 1-2 INSTALLATION (continued) Functional Test The Functional Test consists of three checks: manual . Position of the transfer switch is indicated here operation, voltage checks, and electrical operation. MWiUI119 ro Do these checks in the order presented to avoid damaging the automatic transfer switch. Read all instructions on the Wiring Diagram and labels affixed to the automatic transfer switch. Note the control features that are provided and review their operation before proceeding. 1 - Manual Operation Test A maintenance handle is provided on the Transfer Switch for maintenance purposes only. Manual operation of the transfer switch should be checked before it is energized operated electrically). B .- Do not manually operate the transfer switch until both power sources are disconnected: open both circuit breakers. 1. After deenergizing both power sources, open the enclosure door. Locate and the maintenance handle on the left side of the transfer switch frame. See Figure 1-4. 2. Grasp the attached maintenance handle and turn it with thumb and fingers as shown to manually operate it. The maintenance; handle turns the opposite direc- tion of the weight. Move it up or down as shown to manually operate the transfer switch. It should operate smoothly without any binding. If it does not, check for shipping damage or construction debris. 3. Return the transfer switch to the Normal position. Note: If Normal and Emergency connections are reversed this operation is also reversed. Now continue to 2 - Voltage Checks on next page. weight marked N (normal) and E (emergency) maintenance handle 1 weight 1 floating i weight With ALL POWER OFF grasp maintenance handle and turn it quickly with your thumb and fingers. Figure 1-4. Maintenance handle and positions. 1-3 1 INSTALLATION (continued) Asca, LOAD SOURCE CONNECTED TO AVAILABLE NORMAL NORMAL EMERGENCY EMERGENCY TRANSFER SMMH TEST Pwr a is scow. BYPASS TIME DELAY SET BJCiNE EX 111 vrm umx ym runrts Figure 1-5. Standard controls and indicators. 2 - Voltage Checks First check nameplate on transfer switch; rated voltage must be the same as normal and emergency line voltages. A • Verify that the feeders have been connected to the proper lugs. Use extreme caution when using a meter to measure voltages in the following steps. Do not touch power terminals; shock, bums, or death could result ! Perform steps 1 through 6 at the right. Observe the status lights. See Figure 1-5. Black circle means light is on. O White circle means light is off. If necessary, adjust voltage regulator on the generator according to the manufacturer's recommendations. The Automatic Transfer Switch will respond only to the rated voltage specified on the Transfer Switch nameplate. Also see page 4-1 for the HI -LOW voltage adjust setting in the controller. The LOW setting shifts all voltage settings down 4.2% for example, 240 V to 230 V. observe these lights 1 Close the normal source circuit breaker. The Load Connected To Normal and the Normal Source Available lights should come on. Use an accurate voltmeter to SOURCE AVAILABLE NORMAL EMERGENCY U check phase to phase and 2 phase to neutral voltages present at the transfer switch 0 normal source terminals. Close the emergency source circuit breaker. (Start generator, SOURCE 3 if necessary.) The Load Connected To Normal and the AVAILABLE NORMAL Emergency Source Available EMERGENCY • lights should come on. Use an accurate voltmeter to check phase to phase and 4 phase to neutral voltages present at the transfer switch O emergency source terminals.* Use a phase rotation meter to A B C 5 check phase rotation of emergency source; it must be the same as the normal source. Shut down the engine -generator, if applicable. The Emergency Source SOURCE 6 Accepted light should go off. Then put the starting control AVAILABLE NORMAL O selector switch (on the EMERGENCY O generator set) in the automatic position. Close enclosure door. J Now continue to 3 - Electrical Operation on next page. 1-4 r INSTALLATION (continued) press this button r - A LOAD 11 SOURCE CONNECTED TO VAILAEILE NORMAL NORMAL EMERGENCY I EMERGENCY TRANSFER SWfTCH TEST BYPASS TIME DELAY SETENGINEMMISER P-1. 15 Sc f+rs un01 IIdM FIASIES Figure 1-6. Standard controls and indicators. 3 - Electrical Operation This procedure will check the electrical operation of the Automatic Transfer Switch. See Figure 1-6. n ARNING the enclosure door first! Transfer Test Both normal and emergency sources must be available and the emergency source generator (if used) must be capable of being started in this procedure. Perform steps 1 through 8 at the right. Observe the status lights. See Figure 1--6. Black circle means light is on. O White circle means light is off. NOTE: If Motor Load Transfer feature is activated, then transfer may not occur immediately after the respective time delays. Transfer will only occur when the phase relationship between sources is correct. This completes the Functional Test of the ASCO Series 300 Automatic Transfer Switch. Leave the engine -generator starting control in the automatic position. observe these lights 1 The normal source must be available and the generator must be ready to start. Check that the Normal Source Available light is on. SOURCE AVAILABLE NORMAL • EMERGENCY O 2 Press and hold the Transfer Switch Test button until the engine starts and runs. This TRANSFER SWrTCH TEST should happen within 15 sec. SOURCE-- 3 The Emergency Source Available light should come on. AVAILABLE NORMAL 40 EMERGENCY 01 The transfer switch should transfer to the Emergency LOAD 4 position. The Load Connected to Emergency light should come CONNECTED TO NORMAL O on and the Load Connected to EMERGENCY* Normal light should go off. If the transfer to emergency delay is used the transfer sYPAss — DELAY 5 should occurs after a time delay up to 5 minutes). For immediate transfer press the Bypass Time Delay button. The transfer switch should transfer back to the Normal LOAD 6 position. The Load Connected to Normal light should come on CONNECTED TO NORMAL • and the Load Connected to EMERGENCYO Emergency light should go off. If the retransfer to normal delay is used the retransfer should BYPASS TIME DELAY T occur after a time delay up to 30 minutes). For immediate retransfer press the Bypass Time Delay button. The unloaded running delay keeps the generator running forEEMERGENCYO RCE 8 5 minutes (cool -down period).ABLE Then the generator should stopMAL and the Emergency Source Available light should go off. 1-5 SECTION 2 SEQUENCE OF OPERATION lights show position of transfer switch lights show the sources available Transfer To Emergency The sequence for load transfer to emergency source begins automati- cally when normal source voltage falls below the preset dropout point or when Transfer Switch Test button is pressed. An under voltage condi- tion on any phase of the normal source is detected by the sensor. light for built --in engine exercise timer ASCUblinks rapidly whenbuttonisheld5sec. LOAD SOURCE while being set CONNECTED TO// AVAILABLE blinks slowly when NORMAL NORMAL button is released (set) EMERGENCY EMERGENCY and during 20 min. exercise period. TRANSFER SWITCH TEST BYPASS TIME DELAY SET E!4GPE EXERCIS When the normal Lnsourcevoltagefailsor the Transfer Switch Test button is pressed, the SE relay de -energizes Hold 15 sec. to Press to canc start the engine active exercis and relay NR begins its generator and to (stops engine timing cycle (1 or 3 transfer the load after cooldow seconds, momentary to emergency. page 5-1. normal source outage delay). The NR relay is provided with a time delay on dropout to override momentary outages and prevent nuisance starting of the engine -driven generator. If the normal source voltage returns above the sensor dropout setting before the time delay expires, the NR relay timing cycle is reset to zero and relay SE energizes. If the normal source voltage does not return above the sensor dropout setting before the time delay expires, the NR relay de -energizes and signals the engine -driven generator to start. At the same time, a voltage and frequency sensor begins monitoring the emergency source. The sensor will accept the emergency source only when bQ h voltage and frequency reach preset pickup points. Usually about ten seconds elapse from dropout of the NR relay to acceptance by the sensor. This time span occurs because the engine -driven generator must crank, start, and run up to nominal pickup points. For this reason, if the Titznsfer Switch Test button is pressed it must be held for 15 seconds. If the emergency source is available immediately, the sensor may accept it as soon as NR relay drops out. When the emergency source is accepted by the sensor, relay ER begins its timing cycle (transfer to emergency delay). ER relay is provided with an adjustable (0 to 5 minutes) time delay on pickup to delay transfer of the load to the emergency source. For immediate transfer press Bypass Time Delay button. ER relay energizes, the TS coil is energized, the transfer switch operates, and all switch contacts (mains, controls, auxiliaries) reverse position. The transfer switch is now supplying the load from the emergency source. The transfer switch will remain in the Emergency position until the normal source is restored. If the Transfer Switch Test button is used, the transfer switch will remain on emergency until the retransfer to normal delay times out. stays on after engine estops (exerciser is enabled for weekly operation) See page 5-1 el the Hold 5 sec. to set for complete instructions e period 20 min. engine exercise now or period immediately (engine n) See starts) and weekly thereafter. Figure 2-1. Membrane controls and indicator lights. Retransfer to Normal The sequence for load retransfer to the normal source automatically begins when the voltage sensor detects restoration of the normal source. The voltage level must rise above the preset pickup point on all phases before the sensor will accept the normal source. When the normal source is accepted by the sensor, relay SE begins its timing cycle (adjustable 1 sec. to 30 min., retransfer to normal delay). For immediate retransfer pressBypass Time Delay button. SE relay is provided with a time delay on pickup to prevent immediate load retransfer to the normal source. The delay insures that the normal source has stabilized before reconnection of vital loads. If the normal source voltage falls below the present dropout point before the time delay expires, the timing cycle is reset to zero. If the emergency source fails for more than 4 seconds during the timing cycle, ER relay drops out and the load is immediately retransferred to the normal source, if that source is acceptable. SE relay energizes and ER relay is dropped out. The TS coil is energized, the transfer switch operates, and all switch contacts (mains, controls, auxiliaries) reverse position. The transfer switch is now supplying the load from the normal source again. Upon retransfer to the normal source, NR relay begins its timing cycle (unloaded running delay [engine cooldown] ). NR relay is provided with a 5 minute time delay on pickup to keep the engine running for a cool -down period. NR relay energizes after the time delay and signals the engine -driven generator to shut down. All circuits are reset for any future normal source failure. Activation of standard control features shown in Section 5 will alter the sequence of operation and introduce additional time delays durling transfer operations. 2-1 SECTION 3 TESTING & SERVICE PREVENTIVE MAINTENANCE Reasonable care in preventive maintenance will insure high reliability and long life for the automatic transfer switch. Operate the switch at least once a month. Perform this four step Electrical Operation Test. This is a test with load transfer. ASCO LOAD SOURCE CONNECTED TO AVAILABLE NORMAL NORMAL EMERGENCY EMERGENCY TRAI SPE i SWFTCH TMT WAIM THE MAY SET a"NE Flamm o 141 [01 Rr6 16a— A w naLEs Transfer Switch Test 1. Press and hold the door -mounted TRANSFER SWITCH TEST button until the engine starts and runs. This should happen within 15 seconds. 2. The transfer switch will operate to the Emergency position. If the Transfer To Emergency Delay is used, the transfer will occur after a time delay up to 5 minutes). For immediate transfer press BYPASS TIME DELAY button. 3. The Transfer Switch will operate back to the Normal position after the Retransfer To Normal Delay (up to 30 minutes). For immediate retransfer press BYPASS TIME DELAY button. 4. Unloaded Running (Engine Cooldown) Delay allows engine to run unloaded for 5 minutes. Clean and inspect the switch once a year. De -energize all sources, then brush and vacuum away any excessive dust accumulation. Remove the transfer switch barriers and check contact condition. Replace contacts when pitted or worn excessively. Reinstall the barriers carefully. Maintain transfer switch lubrication. The transfer switch has been properly lubricated, and under normal operat- ing conditions no further lubricating is required. Renew factory lubrication if the switch is subjected to severe dust or abnormal operating conditions. Relubricate the operator if TS coil is replaced. Order lubrication 625550401(Castro] Endurer® 4000 lubricant). Replacement parts. Replacement parts are available in kit form. When ordering parts provide the Serial No. and Catalog No. from the transfer switch nameplate. Contact your local ASCO Power Technologies sales office or ASI. In the United States call 1-800-800-ASCO (2726), or in Canada call 1-888-234-ASCO (2726). DISCONNECTING THE CONTROLLER The harness disconnect plugs are furnished for repair purposes only and should not have to be unphaed. If the controller must be isolated, follow these steps carefully. Disconnecting the Plugs WARNING Do not unplug the controller until step 1 a. or 1 b. below is completed. 1. Observe the position of the transfer switch. a. If the transfer switch is in the Normal position, place standby engine starting control in the off position. Then open the emergency source circuit breaker. b. If the transfer switch is in the Emergency position, open the normal source circuit breaker. Place the engine starting control in the test or run position. 2. Separate the quick disconnect plugs by squeezing the latches. Do not pull on the harness wires. 3. Label, remove, and tape the signal wires connected to the engine start terminals on the transfer switch: TBl and T133, or TBl and T132. Reconnecting the Plugs WARNINGZL Do not reconnect the controller until step 1 a. or 1 b. and 2 below are completed. 1. Observe the position of the transfer switch. a. If the transfer switch is in the Normal position, be sure that the standby engine starting control is still in the off position. The emergency source circuit breaker still should be open. b. If the transfer switch is in the Emergency position, normal source circuit breaker still should be open. 2. Reconnect the signal wires connected to the appropriate engine start terminals on the transfer switch. See Section 1, Engine Starting Contacts. 3. The harness plugs and sockets are keyed. Carefully align the plugs with the sockets and press straight in until both latches click. 4. Restore the opposite source as follows: a. If the transfer switch is in the Normal position, place the standby engine starting control in the automatic position. Then close the emergency source circuit breaker. b. If the transfer switch is in the Emergency position, dose the normal source circuit breaker. The load will be automatically ret unsferred to the normal source after the Retransfer to Normal Delay. For immediate retransfer, press BYPASS TIME DELAY button. Place the engine starting control in the automatic position. 3-1 TESTING & SERVICE (continued) MANUAL LOAD TRANSFER This procedure will manually transfer the load if the controller is disconnected. WARNING Do not manually operate the transfer switch until both power sources are disconnected: open both circuit breakers. 1. Open normal and emergency source circuit breakers. 2. Use the maintenance handle to manually operate transfer switch to the opposite source. See page 1-3, Manual Operation Test. 3. If the transfer switch is in the Emergency position manually start the engine generator and then close the emergency source circuit breaker. TROUBLE-SHOOTINGWARNING Note the control features that are activated or furnished Proceed with care! on the switch and review their operation. Refer to Section The automatic transfer switch is energized. 5, Control Features. Table 3-1. Trouble -Shooting Checks. CHECK IN NUMERICAL SEQUENCE PROBLEM 1 OPERATION 2 GEN-SET 3 VOLTAGE Gen -Set does not start when Hold the TRANSFER SWITCH Starting control must be in the TRANSFER SWITCH TEST TEST button 15 sec. or the automatic position. Batteries button is pressed and held for outage must be long enough must be charged and 15 seconds or when the to allow for the 1 or 3 sec. connected. Check wiring to normal source fails. Momentary Normal Source engine starting contacts. Outage Delay plus engine cranking and starting time. Transfer switch does not Wait for Transfer to Emergen- Generator output circuit Voltmeter should read at transfer the load to cy Delay (0 to 5 min.) to time breaker must be closed. least 90% of nominal phase to emergency source after the out. For immediate transfer, Generator frequency must be phase voltage between gen-set starts. press the BYPASS TIME at least 57 Hz. transfer switch terminals EA DELAY button. If Motor Load and EC (or EL1 and EL2 for 2 Transfer is active, waft for in- pole switches). * phase condition (see below). These are factory settings. Transfer switch does not Wait for Rerransfer to Normal Voltmeter should read at least transfer the load to normal Delay (1 sec, to 30 min.) to 90% of nominal phase to source when normal returns time out. For immediate re- phase voltage between or when TRANSFER SWITCH transfer, press BYPASS TIME transfer switch terminals NB TEST button is released. DELAY button. If Motor Load and NC, NC and NA, and NA Transfer is active, waft for in- and NB (or NL1 and NL2 for 2 phase condition (see below). pole switches) - Gen -Set does not stop after Wait for the 5 minute Starting control must be in load retransfer to the normal Unloaded Running Delay to automatic position. source. time out. Trouble -Shooting the Motor Load Transfer Feature (refer to page 5-3) use eweme caution when using a meter to measure voltages in the following steps. Do not touch power terminals; shock, burs, or death could result ! I. Connect a voltmeter (set for twice system phase -to -phase voltage) between 'Transfer Switch terminals NA and EA. 2. Manually start generator. Voltmeter needle should sweep back and forth at a regular rate between 0 and about twice system voltage. 3. Press and hold TRANSFER SWITCH TEST button. The load should transfer to emergency source when meter needle is near 0 volts. If transfer does not occur, Motor Load Transfer feature is not operating. 4. Release the Transfer Switch 'lest button. The load should retransfer back to the normal source after the Retransfer to Nomml Delay, if used. The retransfer should occur when the needle is near 0 volts. If retransfer does not occur after the time delay, the Motor Load Transfer feature is not operating. 5. For immediate retransfer, press the BYPASS TIME DELAY button. Then disconnect the voltmeter. If the problem is isolated to circuits on the controller or the transfer switch, call your local ASCO Power Technologies sales office or ASI. In the United States, call 1-800-800-2726. In Canada, call 1-888-234-2726. Furnish the Serial No_, Bill of Material (BOM) No., & Catalog No. from transfer switch nameplate. 3-2 SECTION 4 ADJUSTMENTS Time Delay Adjustment Standard time delays are set to customer specifications if none specified, standard factory settings are used). To change a setting, follow procedure on page 4-2. Use Table 4-1 as a guide to time delay values and their corre- sponding adjustment DIP switch or potentiometer. Table 4-1. Time Delay Settings FACTORY ADJUSTMENT S3 DIP ADJUSTMENT DESCRIPTION LABELS SETTING RANGE SWITCH POTENTIOMETER Override Momentary 1 second Actuator 1 on esNormalSourceOutages TD ES 3 seconds 3 seconds Actuator 1 off Transfer to Emergency TIMER 0 minutes 0 to 5 P2 N/E quII ccw minutes Override Momentary 4 seconds non-adjustable Emergency S. Outages Retransfer to Normal TIMER 30 minutes 1 second to P1 E/N full cw) 30 minutes Unloaded Running 5 minutes non-adjustable Engine Cooldown) Sensor Adjustments Voltage and frequency sensor pickup and dropout points are set to customer specifications (if none specified, standard factory settings are used). To change a setting, follow procedure on page 4-2. Use Tables 4-2 and 4-3 for settings and corresponding DIP switch actuators. Any change in these settings may affect the normal operation of the automatic transfer switch. This change could allow the load circuits to remain connected to a low voltage source. Table 4-2. Voltage and Frequency Settings. (f 1 Shaded DIP switches are standard factory settings). DESCRIPTION LABEL SETTING of nominal S1 DIP SWITCHFACT. SET ADJ RANGE PU / N Pickup 90 % 95 % * Actuator 3 off I , 90 % Actuator 3 on 90 % * Actuator 1 off Actuator 2 off roI I Normal Source Voltage Actuator 2 off Actuator 1 on N DO / N Dropout Actuator 1 off Actuator 2 on j IN 70 % Actuator 1 on Actuator 2 on I N I Emergency Source Pickup 90 % non-adjustable Voltage Dropout 75 % nonadjustable Pickup 95 % non-adjustable Dropout 85 % non-adjustable Emergency Source Frequency 60 /50 Hz 50Hz 60Hz 60 I-Iz Actuator 4 off I I 50 Hz Actuator 4 on I I Voltage Phases 30, 10 3 0/ 1 0 30 3 phase Actuator 6 off 1 phase Actuator 6 on I - If dropout voltage is set to 90%, the pickup voltage must be set to 95%. Table 4-3. Transformer Voltage Adjust. Low setting shifts all voltage settings down 4.2%; for example, 240 V to 230 V, or 480 V to 460 V) DESCRIPTION LABELS FACTORY SETTING ADJUSTMENT S3 DIP SWITCH LOW / LOW Actuator 2 off I — N IVoltageAdjust (4 ?%) HI HI Actuator 2 on I = ro HI 4-1 ADJUSTMENTS tcontinued) WARNING not make any setting changes while the controller is energized. How to Change a Setting 1. Prevent the transfer switch from operating by discon- necting one source first, then the other, as follows: a. If the transfer switch is in the Normal position, open the emergency source circuit breaker. Turn the engine starting control to off. Then open the normal source circuit breaker. b. If the transfer switch is in the Emergency position, open the normal source circuit breaker. Turn engine starting control to test or run. Then open the emergency source circuit breaker. 2. Disconnect both harness plugs from controller by squeezing the latches. Do not pull on the wires. 3. Remove cover from the controller by releasing latch on right side with your thumb. See Figure 4-1. 4. Locate the appropriate adjustment potentiometer or DIP switch for the setting that you want to change. Refer to Table 4-1 and Table 4-2 on page 4-1 and Figure 4-2, Figure 4-3, Figure 4-4 on page 4-2. S. Use a small screwdriver to turn the potentiometer clockwise to increase the time delay or counterclock- wise to decrease it. See Figure 4-3. 6. Use a ball-point pen (or similar pointed tool) to slide the switch actuators left or right so they match the il- lustration next to the setting (left = off, right = on). Recheck the setting. See Figure 4-4. 7. Install the cover on the controller by hooking it on the left side and latching the right side. 8. Reconnect both harness plugs to the controller by aligning and pressing straight in until latches click. WARNING the enclosure door. 9. Close the enclosure door, then restore both sources: a. If the transfer switch is in the Normal position first close the normal source circuit breaker, then close the emergency source circuit breaker. b. If the transfer switch is in the Emergency position, close the normal source circuit breaker. The load will be automatically retransferred to the normal source. Then close the emergency source circuit breaker. 10. Turn the engine starting control to automatic. cover hook on left side harness plugs S3 DIP switch S1 DIP switch thumb latch Figure 4-1. Contioller cover latch. J5 battery on/off jumper to normal time delay S2 DIP switch Figure 4-2. Location of potentiometers, DIP switches, battery, and battery jumper. clockwise to Q '--- increase P1 or P2 potentiometer counterclockwise to decrease Figure 4-3. Changing time delay potentiometers. DIP switches SW1 SW2 SW3 ac 8 on each D Off *- Figure 4-4. Setting DIP switch actuators. 4-2 SECTION 5 CONTROL FEATURES - ENGINE EXERCISERS These timers periodically exercise the emergency enginergeneratbr plant. They can be set to exercise with or without load transfer, or they can be completely disabled. The engine -generator should be exercised under load once a week for a minimum time period of 20 minutes, or follow the recommendations of the engine -generator set manufacturer. Refer to page 4-2 for location of DIP switches, battery (provided), and jumper block in the controller. BUILT-IN ENGINE EXERCISER The engine exerciser included in ASCO Series 300 Automatic Transfer Switches provides a once a week 20-minute exercise period. It occurs immediately when the SET ENGINE EXERCISER push button is pressed and hell for at least 5 seconds), and then at the same time weekly thereafter. A 9 volt alkaline battery (Duracell® MN1604, EverreadyS 522, or Panasonic® 6AM6) is furnished and installed in the controller to maintain the setting. The batten.+ jumper block must be shifted to the ON pgsition. See Figure 4-2 on page 4-2. Fill in day and time set. Week Day Time DIP Switch Settings FUNCTION S1 DIP S2 DIP SWITCH SWITCH Std. Timer Actuator Actuator Enabled 7 on I " I 5 on Std. Timer Actuator Actuator Disabled 7 off I1 5 on Exercise Actuator Load 8 off''n I Exercise Actuator with Load 8 on O7I I 0 Shaded DIP switches are standard factory settings. Press to cancel an gypassTIMEDELAV sETENGMEXERCMER status light active exercise period stops generator). Press and hold for 5 sec. or until status light blinks rapidly to set exercise period If Exercise with Load is set, P-.0 W RA SWS immediately and every week hereafter retransfers load to Normal, (generator starts). then stops generator after If Exerciser with Load is set, 5 min. cooldown. Figure 5-1. Operator panel pushbuttons and light. transfers load to Emergency. Select below either Exercise without Load or Exercise with Load according to the setting of DIP switch S1, actuator 8. The load transfers from the Normal source to Emergency source (generator) and back again if Exercise with Load is selected. Exercise without Load, DIP Switch S1, Actuator 8 off I'M, :A How to Set Built -In Timer SAP a 0 Function Explanation Push Button Status Uaht blinks rapidly 0090*0 set exercise period1 SET ENGINE EXERCISER Exercise the generator now and hold 5 sec. exercise period now active every week at this time hereafter. release blinks slowly2 000000 Generator starts and runs. 3 press BYPASS TIME DELAY stays on cancel l actiiseactiveexercise Generator stops. 4 generator offstayson Exerciser enabled; repeats every 7 days. Exercise with Load, DIP Switch S1, Actuator 8 on I- How to Set Built -In Timer Step Function Explanation Push Button Status Ught 1 SET ENGINE EXERCISER blinks rapidly set exercise period Exercise the generator now and xQld 5 sec. 0 0 0 every week at this time hereafter. 2 release blinks slowly exercise period now active Generator starts and runs; 000000 blinks slowly 00 00 cancel active exercise period the bad transfers to Emergency._______ The load retransfers to Normal; then generator runs for 5 minute cooldown3pressBYPASS TIME DELAY light blinks slowly during cooldown . 4 sta on generator off Exerciser enabled; repeats every 7 days. NOTE: Every time SET ENGINE EXERCISER push button is pressed (held 5 seconds) the exercise period is changrad. 5-1 CONTROL FEATURES (continued) Optional Accessory 11BG - SOURCE AVAILABILITY SIGNAL PROGRAMMABLE ENGINE EXERCISER MODULE O Esc® Toe M ologies O ENGINE EXERCISER e 2-line display 2 3 4 S 0. 3 buttons : rol ' s L J connections for source availability signal contacts Figure 5--2. Accessory 11 BG module (mounted behind operator interface and connected to the controller) includes source availability signal contacts and a programmable engine exerciser. Source Availability Signal Contacts The module provides one Form C contact each for the normal and emergency sources signal the acceptability of the source as sensed by the controller. The signal contacts operate in conjunction with the Source Available lights on the operator interface. Field wiring terminals are provided as shown in Figure 5-3 and the wiring diagram. Contact ratings: 2 amps @ 30 Vdc, 0.5 amp. @ 125 Vac resistive Programmable Engine Exerciser The module includes a programmable engine exerciser that provides for weekly or biweekly operation. This optional exercise timer may have to be turned on enabled) by setting the Sl DIP switch actuator 7 to off, and S2 DIP switch actuator 5 to off. A backup battery in the controller (see page 4-2 and page 5-3) must be turned on to maintain the settings and to allow programming with the normal and emergency power turned off (page 5-1). The programmable engine exerciser incorporates a 7 day or 14 day time base. Proper controller settings must be made to determine whether or not the test will be done with or without load transfer (S1 DIP switch actuator 8). f- 11BG / j1111M OF YOOUE OFUMM NnOWALE TB I --- NC / Nn1U1911.11Y SIGNALS NONK SW ANA•s ( 2 t3mm111C, 0 I4 I No aa aiow aaw of e Figure 5-3. Source availability signal contacts. DIP Switch Settings in the Controller see page 4-2) FUNCTION S1 DIP S2 DIP - SWITCH SWITCH Actuator Enabled 7 off 5 Off I I Opt. Timer Actuator Actuator Disabled 4 I 5 on Exercise without Actuator Load 8 off Exercise with onLoad8 See next page for instructions on setting the timer 5-2 0 Shaded DIP switches are standard factory settings. CONTROL FEATURES (continued) How to Set Optional Programmable Engine Exerciser (part of Acc.11 BG module) Hazardous voltage capable of causing shock, bums, or death is used in this transfer switch. Deenergize both Normal & Emergency power sources before programming the exerciser. Navigating the Menu Use the UP and DOWN arrow keys to move through the displays. F=11S10w Adjust Daylight Saving Tffne Adige Da6e Time Run 71m Start Time Engine Exerciser Changing the Parameters Use the UP and DOWN arrow keys to move though the displays to the parameter to be changed. Push the ENTER key to start the editing process. The first parameter will flash. Use the UP and DOWN arrow keys to adjust the parameter to the desired value and press the ENTER key to save the value. The next parameter will now flash. Repeat the process until each parameter is properly configured. Engine Exerciser Display The Engine Exerciser Display shows the status of the engine exerciser. When the unit is shipped from the factory the programmable engine exerciser is "Disabled" and must be set to "Enabled" by the customer. When the engine exerciser is running, this display will count down the remaining time until the end of the exercise period. Start Time Display The Start Time Display shows the engine exerciser start time. There are four parameters that determine the start time: weekly ("Every") or bi-weekly ("Aft") operation day of week ("Sun" through "Sat") start hour (0 through 23) start minutes (0 through 59) For example, if the user wants the exerciser to run every other Saturday at 3 PM, the proper configuration would be: Aft Sat @ 15:00" NOTE: When choosing bi-weekly operation, the exerciser will always run on the week designated "(1)" on the date display. Run Time Display The Run Time Display shows the run time for the engine exerciser. The default setting from the factory is 30 minutes. Time Display The Time Display shows the present system time. The format is "hours:minutes:seconds". NOTE: During total power outages, power to the accessory is maintained by a battery in the Controller (see page 4-2). Be sure that the 9-volt alkaline battery is fresh and enabled (jumper in ON position) so that the time and date settings are not lost. Date Display The Date Display shows the present system date. The format is "day of week (week) month/day of month/year". NOTE: Week is either week 1 or week 2. This is used in conjunction with the biweekly timer. Daylight Savings Time Adjust Display This display shows whether the automatic daylight saving time adjustment is active. The factory default Is "NO". If enabled, the unit will automatically adjust for daylight saving time at 2 AM on the first Sunday of April and the last Sunday of October. Fast / Slow Adjust Display This display shows the automatic fast/slow adjustment value. The factory default is 0. This feature can be used to trim a clock that runs fast or slow. For example, if your clock runs 10 seconds slow per week, change the fast/slow adjust value to "+10" and the unit will automatically add 10 seconds to the clock every week. NOTE: Adjustments are made Sunday morning at 2 AM. If you want your exerciser period to start at 2 AM on Sunday, you cannot use this feature and the adjustment must be set to 0. 5-3 CONTROL FEATURES (continued) Programmable Engine Exerciser Settings Fill in your settings for future reference Weekly or Bi-weekly Day of Week Start Time i Every = weekly Alt = bi-weekly i Sun through Sat Date exerciser was set 0 - 23 hour 0 - 59 minute Run Time 0 - 23 hour 0 - 59 minute 30 minutes is the default setting 5-4 CONTROL FEATURES (continued) INPHASE MONITOR FOR MOTOR LOAD TRANSFER Inphase monitoring logic controls transfer and retransfer of motor loads, so that inrush currents do not exceed normal starting currents. It avoids nuisance tripping of circuit breakers and mechanical damage to motor couplings. The Motor Load Transfer feature is built into the controller. DIP switch SI (actuator 5) activates this feature: right = ON, left = OFF. R iNCT10N S1 DIP SWITCH enable Actuator 5 on I disable Actuator 5 off 0 Shaded DIP switches are standard factory settings. Note If the Motor Load Transfer feature is enabled, it will be activated following the Load Disconnect Feature Delay Before Transfer delay. LOAD DISCONNECT FEATURE Connect external circuits to the terminals indicated on the Wiriflg Diagram provided with the ATS. The double throw (Form C) contact is rated for 28 VDC or 120 VAC (5 amps resistive). The contact operates prior to a selectable 0, 3, 10, or 20 second delay before transfer of the Automatic Transfer Switch. The contact resets either immediately following transfer or after the same delay as set for pre -signal before transfer. Time delay between the load disconnect control signal and initiation of transfer is set on the controller with DIP switch S2 (actuators 6, 7, 8) as shown below: Delay Before Transfer LD TDBT DI PIP SWITCH o (disable, Actuator 7 o, 1Actuator8on 3 Actuator 7 on 4 Actuator 8 off m 10 seconds -- Actuator 7 off J Actuator 8 on m 20 seconds - Actuator 7 off J Actuator 8 off ElShaded DIP switches are standard factory settings. Delay After Transfer* LD TDAT 32 DIP SWITCH enable Actuator 6 on disable Actuator 6 off ws ao Enabling the Delay After Transfer will cause the control signal to reset after the same delay as set for the Delay Before Transfer. REMOTE CONTROL FEATURES These remote control features require a customer -supplied normally closed contact suitable for a 5 V do low energy circuit. Refer to the Wiring Diagram provided with the ATS. Activate appropriate DIP switch S2 actuators below. Remote Test (terminals CP6-7) RTSW S2 DIP SWITCH disable enable Actuator 3 on Actuator 3 off w Bypass Transfer Time Delay (CP12-13) TD E/N BYP. — -_ S2 DIP SWITCH - ---- disable Actuator 1 on — enable Actuator 1 off -- Remote Transfer to Emergency (CP") RT /E S2 DIP SWITCH --- dlsableA Actuator 2 on enable Ac kmMor 2 off Inhibit Transfer to Emergency (CP10-11) N/E INHIB. S2 DIP SWITCH disable Actuator 4 on f enable Actuator 4 off A, 5-5 r CONTROL FEATURES (continued) OPTIONAL STRIP HEATER (Accessory 44) Accessory 44 Strip Heater is designed to keep ambient temperatures within the Automatic Transfer Switch enclosure at acceptable levels. This accessory consists of aV_30140 mounting bracket with strip heater, thermostat, and terminal block. A transformer with fuses is included when 50 the power for the assembly is derived from voltages above 120 V ac. The 120 V ac customer powered assembly does not include a transformer. This optional accessory is available factory installed or in kit form. Tian the thermostat's dial to required setting as shown. thermostat dial 0 turn counterclockwise to lower temperature 6 turn clockwise to raise temperature Figure 5-4. Thermostat. AVAILABLE KITS FROM ASCO Controls Strip Heater - Accessory 44 DeacripOw Accessory Kit Programmable Engine Exerdser Source Availability Contacts 11 BG K629830 Serial Communkmdon Module 72A K601110 120 volt customer supplied voltage without transformer) 2W - 480 Volt ATS derived voltage with transformer) 380 volt ATS derived voltage with transformer) 550 - 600 volt ATS derived voltage with transformer) Accessory Kft 44A K613127--001 44G K613127-" 44G K613127 44G I K613127-OW 5-6 INDEX A G P accessories, see optional accessories ground, controller, 1-2 parts, 3-1 auxiliary circuits, 1-2 u f7 problem, 3-2 B programmable engine exerciser, 5-2, harness, 1-2 5-3, 5-4 battery, 4-2, 5-1 disconnect plugs, 3-1 buttons, push, 3-1 help, service 3-2 R bypass time delay, 1-5, 2-1, 3-1 1 rating label, cover Cinphase monitor, remote control features, 5-5 bypass transfer time delay, 5-5 ssoptionalAccessory) inhibit transfer to emergency, 5-5 cable lugs, 1-1 inspection, 3-1 remote test, 5-5 preparation, 1-1 installation, 1-1 remote transfer to emergency, 5-5 catalog number, inside cover L replacement parts, 3-1 cleaning, 3-1 connections engine control contact, 1-2 labels, labels, engine starting contacts, 1-2 service, call 80(YMO-2726 (ASCO) fine, 1-1 inputs /outputs, 1-2 rating, cover set engine exerciser, 5-1, 5-2, 5-3, contacts lights, 1-4, 1-5, 5-1 5-4 auxiliary, 1-2 settings engine control, 1-2 load disconnect feature, 5-5 changing, 4-1 main 3-1 optional Accessory) factory, 4-1 source availability signal, 5-2 lubrication, 3-1 frequency, 4-1 control features, 5-1 phase, 4-1 load disconnect, 5-5 M time delay, 4-1 motor load transfer, 5-5 optional Accessory) maintenance, preventive, 3-1 voltage, 4-1 plant exerciser, 5-1, 5-2, 5-3, 5-4 manual load transfer, 3-2 service 3-2 controller, 4-1, 4-2 warning, 3-2 T codes, cover manual operation, 1-3 cover removal, 4-2 illustration of, 1-3 test, functional, 1-3, 1-4, 1-5 disconnecting, 3-1 warning, 1-3 time delaytimedelaypotentiometers, 4-2 motor load transfer feature, 5-5 adjustment, 4-1 D gen-set cooldown, 4-1 N how to change, 4-2 DIP Switches, 4-1, 4-2, 5-1, 5-2, 5-5 nameplate, inside Dover override momentary outages, 4-1 settings, 44 E O transfer to emergency, 4-1 transfer to normal, 4-1 electrical operation, 1-5 operation timer (plant exerciser), how to set, engine exerciser, 5-1, 5-2, 5-3, 5-4 electrical, 1-5 5-1, 5-2, 5-3, 5-4 engine starting contacts 1-2 manual, 1-3 illustration & warning, 1-3 transfer switch test 1-5 3-1 Fsequence of, 2-1 trouble -shooting, 3-2 optional accessories Vfeatures, see control features programmable engine exerciser frequency, pickup & dropout settings, source availability signal contacts, 5-2, 5-3, 5-4 voltage, phase, 4-1 4-1 serial communication module, 5-6 voltage, pickup and dropout settings, functional test, 1-3, 1-4, 1-5 strip heater, 5-6 4-1 Printed in USA © ASCp PowerTechnologies, L.P. 2004 eEusourf+• Product Announcement RL: 05-02-011BT Issue 2 November, 2005 RL 05=02=01 1 BT: Approval of the Katolight 25KW and 40KW Stationary AC Generators for RT Sites Product Announcement 1. Sylvia Helfrick 2059822309 PLANS RIEV11WID CAN Of SWOM OFFICE 1EW SEP X2M6 PRIVAMPROPRIETARYMECURE CWAWW tivste M&W Ptop wwy lofamsieo. Msy Mot Be Used Or Disdmed Otad& IU WM*w h Cow -= Enup ftmu d To A Miato Apmrml. Mud Be Sasuely SMW WhM Nods Use. TY RL: 05-02-011 BT RL 05-02-011BT: Approval of the Katoligbt 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 Copyright May, 2005 BellSouth 2005 fide code: 296.0000 distribution list: Electronic Distribution to: CDIA from: Senior Director description: Announces the Approval of the Katolight 25 & 40 KW AC Generators This Region Letter is being reissued to add the Katolight 40KW stationary AC generator as an approved product. Refer to the attachment for details on the 40KW and previously approved 25KW Katolight generators and associated ASCO automatic transfer switches. BSP 915-711-023BT, Methods and Procedures for Stationary AC Generators at Remote Terminal Sites, provides deployment guidelines. Technical questions may be directed to Frank Jones at 205-982-2310. Contractual questions should be directed to Julie Moran at 404-420-6506. J. T. Beason Senior Director Attachment 1 Distribution List: Lynn Horton Julie Moran Jefferson Bradford Morgan Barnes Gary Tye Contact: Sylvia Helfrick 205-982-2308 PP"ATWROPRWrARY/SECIIRE Mq Na ec Wed Or DWIWW OuW* 7W OdOmO Cam Do" PWWMW To A Wdneo Avv== . Met Be sb Soled WbW Not In We. Page I RL: 05-02-011BT RL 05-02-011BT: Approval of the Katoligbt 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 Contents Subject Page Introduction .»....... ..... ........ »... ........».».»»...........».».......»...»....»............».».......»..»»....»».»»..........•.... »..... ».............. I Purpose................................................................................................................................................................ 1 VersionInformation............................................................................................................................................ 1 1. Katolight 25 and 40 KW Generator Description.......».....»........».»........»..».».....».»».»».».»»»».»...».............. 2 1.1 Overview.............................................................................................................................................................. 2 1.2 Common Features - 25KW and 40KW Generators.............................................................................................. 2 1.3 25KW and 40KW - Key Specifications Comparison. ........................................................................................... 4 1.4 Controller..............................................................................................................................................................5 1.5 Instrumentation..................................................................................................................................................... 5 1.6 Remote Alarms..................................................................................................................................................... 6 1.7 Warranty and Product Support ............................................................................................................................. 6 2. ASCO Automatic Transfer Switch (ATS) ». .......... 8 2.1 ASCO 300....................................................................................................................................I....................... 8 3. Ordering Codes and Application Notes...........»»...».».»»....»....».».»».»--•---»--»»--------•.-.»»-...».».»»---».».....10 3.1 Ordering Codes.............................................................................................................................................I..... 10 3.2 Application Notes............................................................................................................................................... 10 3.2.1 Generator Size Selection................................................................................................................................. 10 3.2.2 25KW - 125/100 Amp Circuit Breaker Option............................................................................................... 11 3.2.3 ATS Size Selection.......................................................................................................................................... 11 3.2.4 ATS Service Breaker Option........................................................................................................................... 11 3.2.5 208V ATS Option........................................................................................................................................... 12 4. Deployment, Installation and Maintenance Guidelines .»»».»...»»».»»»»»»»»»»-»»-..» »»•..• ..». 14 4.1 General...............................................................................................................................................................14 5. Documentation and References»»...».»».»..»..»..»»............».»»...».»».»»...».»....»--•»...»»»»-»...»»••»».»».......16 5.1 General...............................................................................................................................................................16 6. Staff Contact Information ».........».»....»»...»....».........».»..._.».......»»............ ..»»............»»....».».. 18 6.1 General...............................................................................................................................................................18 Page ii PRl VATE/PROPMETARYISECURE camdwr6wae mar nopkW, h*vw & Mry Not Be Used Or Drclmad Opsidr Ter BCUSm& camp:es FAept PWWMW To A Wsitom AVMMM . Map Be SO=* slaved Wem Na 10 UP-- RL: 05-02-011BT RL 0542-0118T: Approval of the Katolight 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 Introduction Purpose This Region Letter is being reissued to add the Katolight 40KW AC generator as an approved product.. The Katolight 25KW AC generator and associated ASCO automatic transfer switches were approved in the initial issue. Version Information Chapter Action Request # Date/Issue Description Change Requested By/ Made By ALL Add 4OKW November 2005 Issue 2 Sylvia Helfrick/EJ Generator ALL NA May 2005 / Issue 1 Initial Issue Sylvia Helfrick/EJ Page 1 PRIVATE/PROPRIETARY/SECURE CormsP&M "A' ftpimy udwmon i" MaRe and or Dbc§= a 0, - - - Tie Bdsous Codes FMCXhW—ToAWtWWAFWWC . MW ee secaa) SdeO who Now ee use RL: 05-02-011BT RL 0542-011BT: Approval of the Katolight 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 1. Katolight 25 and 40 KW Generator Description 1.1 Overview The Katolight Model BSENL25F•N4 25KW and BSENL40F*G4 40KW 120/240V single phase generators hereafter "generators') are the approved stationary AC generators for RT sites. The generators are fueled by either natural gas or propane and are contained in aluminum weatherproof, sound attenuated enclosures which mount on a concrete pad. They are UL2200 certified and meet the NFPA 110 Standard for Emergency and Standby Power Systems) Level 2 requirements. Katolight manufactures 15KW, 20KW and 25KW generators that are identical except for the size of the alternator. BellSouth has standardized on the 25KW generator for this size range because the cost difference between the 15KW and 25KW alternators is small and is more than offset by the advantages of stocking a single size. Unlike diesel generators which should be run with a 30s/o minimum load, these gas generators may be operated lightly loaded without "wet stacking" or other problems. Each generator is tested and adjusted at full load at the factory. Start-up service and field testing is performed by a local Katolight distributor for each installation. 1.2 Common Features - 25KW and 40KW Generators The 25KW and 40KW generators have the following common features: Controller and Alarm Interface: The controller and alarm interface are identical for the two generators; refer to Sections 1.4 —1.7 for a detailed description. Engine Features: Four cycle, naturally aspirated, liquid cooled engines operating at 1800 RPM. Electronic ignitions and governors. 12V start battery. Start battery alternator to charge battery when engine is running. Water jacket heaters to provide for rapid starting and loading. Catch basins to contain loss of coolant and/or oil leaks. Fuel System: Either natural gas or propane (vapor withdrawal) — conversion from one fuel to another requires adjustments only. Manual cut-off valve inside the housing — used to isolate engine from overpressure during testing of the natural gas line as required by local codes. Page 2 PRIVATEIPROPRWrARY/SECURE camim Priwc =&W Ropiecenry lafavum My Na Be toed Or ObcWW 01m The BdM" caimpixaa Except Mmo<To A Wrb- AoacroxI. mug at saw* sewed When Not 111 the RL: 05-02-011BT RL 05-02-011BT: Approval of the Katollght 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 Low fuel pressure sensor (alarmed) and two electrically operated shutoff valves. Battery Charger. Katolight Model LC12-500-2B; 3.5 amps - nominal 12V. 13.2V a@ 25 degree C with temperature compensation -14.OV at "0" degree C and 12.7V at 35 degree C and above. Output voltage is factory set and not field adjustable. Ammeter — battery voltage may be read on controller LCD display. Housings: Sound attenuated aluminum housings similar in color to MESA cabinets. Hinged access doors on each side of the generator allow for excellent maintenance access. The doors can be locked with Katolight provided keys and have provision for padlocks. The housings are "rodent proof' but not "wasp proof'. Acoustics.- 0 Sound levels as measured at seven meters (23 feet) at full load are in the 68 - 70 dBA range Output Circuit Breaker: Generators are equipped with an output circuit breaker with a shunt trip feature which opens the breaker on all trouble shutdown (major alarm) conditions. After a trouble shutdown the circuit breaker must be manually reset before restarting the generator. Page 3 PRIVATE/PROPRIETARY/SECM carcaludmFdVWC medlar Pwpigny Idwmwim My Na Bc Ucd Or Dicb 0%d The BdEar6 Cmwwim EuW PondToA Wm aApecona Mora Be Sandy Stored Whe• No in up- RL: 05-02-011 BT RL 05-02-011BT: Approval of the Katoligbt 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 1.3 25KW and 4OKW - Key Specifications Comparison Note: Refer to the Katolight Data Sheets for complete specifications. Katoligbt Model # BSENL25F*N4 BSENL40F*G4 Standby Rating. 25KW / 25KVA / 104 Amps 40KW / 40KVA / 167 Amps 120/240V Single Phase 120/240V Single Phase Housing: 60"L x 30"W x 42"H 96"L x 40"W x 66" H Pad Size: 96" x 48" x 8" thick 104" x 48" x 10" thick Engine: 2.5 liter Nissan 4.3 liter GM 4 cylinder - inline 6 cylinder - V Alternator: Marathon — 32KVA Marathon — 50KVA Brushless — single bearing) Brushless — single bearing) Model # 284PSL1518 Model # 361PSL1612 Dedicated 120/240V Dedicated 120/240V Single Phase — 4 lead Single Phase — 4 lead Motor Starting 68 KVA 92 KVA Capability @ 25% Voltage Dip Output 125 or 100 amp 175 amp Circuit Breaker Fuel Consumption 270 / 173 ft3/hr 480 / 191 ft3/hr @ full load Natural Gas / Propane Natural Gas / Propane Weight 1700 lb. 22301b. Page 4 PRIV ATUPROPM ETARY/WMW C=ww hm t mdkr Pmp dwY Ism MM Not Be Ured Or Dbdmd OaW& The Bd6mb Cmpma Hasp hwmW To A Wrt Aye OMM Moo BeSeoodrSwW WbmNot bUte. RL: 05-02-011BT RL 05-02-011BT: Approval of the Katolight 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 1.4 Controller The generators are equipped with Woodward "EasyGen" Model 1500 microprocessor driven controllers which perform the following functions: Generator set control Engine and generator protection Engine data measurement (oil pressure, coolant temperature speed, etc.) Generator data measurement (current, voltage, power, etc.) Engine cranking sequence (five cranking cycles of 10 seconds eacb with 10 seconds rest) Alarm display with circuit breaker trip and engine shutdown for "major" alarms. Controls (operates) the six remote alarm relays The following safety shutdowns (major alarm) are provided: High coolant -temperature Low coolant level Low oil pressure Over/under speed Over/under voltage Emergency stop The following "pre -alarms" (minor alarm) are provided: High/low battery voltage Low fuel pressure Generator over current Generator overload (KW) Low coolant temperature (heater failure) 1.5 Instrumentation All instrumentation (except for the battery charger ammeter) is provided via the LCD display on the Woodward controller. The following parameters are displayed albeit not all on the same screen: AC amps (LI and L2) AC Volts (Ll — L2, Ll — N, L2 — N) Load in KW Page 5 PRI V ATFIPROPRIETARY/SECURE cam= PnVM =dray rnpidvy Idumtieo Uw No ee Ud or Dbdod 0, - — The Bd5= 6 CaMPee+ E=WPawuedToA WMWAVWMM Um B• SavdT Seed Whee Na to lhe. RL: 05-02-011 BT RL 054)2rOl IBT: Approval of the Katolight 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 Battery voltage Frequency in hertz Engine coolant temperature Engine coolant temperature Cumulative run time Hours to routine maintenance 1.6 Remote Alarms The generators are equipped with six relays (NO- C NC dry contacts) for remote alarms: Engine Run (Status indicator, not an alarm condition) Minor Alarm (All pre -alarms) Major Alarm (All engine shutdowns including emergency stop and overcrank) Low Fuel Level (Includes low fuel pressure) AC Fail (sensing is at the ATS) Intrusion 1.7 Warranty and Product Support The price of the generators include a five year/1500 hour warranty (whichever comes first) for parts and labor. The warranty is activated when the Katolight dealer provides the start-up service which is also included in the price of the generator. Katolight will provide technical support via phone at no charge. Page 6 PRIVATFJPROPRIETARYISECURE Cm aw Prirae •odkir Propieury bffW=M= wy Na e< Used Or Diseloeed Oueodc The aasaur caomie EaW Porsm - To A Wri= AgoiMM Mm Be Seamy Sled WemNO b UK RL: 0"2-011 BT RL 0542-011BT: Approval of the Katolight 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 Page '7 PP"ATFJPROPIUETARY/SECURE Co m hi m md/a F.,icwy miormm6w Nq No Be Umd Or Dirdosd OoUW 7W 9USorb Cain EsmP Pmmmd ToA Wd=APMM& no Br Saady Sued Wbm Na in Urc RL: 05-02-011BT RL 05-02-011BT: Approval of the Katolight 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 2. ASCO Automatic Transfer Switch (ATS) 2.1 ASCO 300 An ASCO 300 automatic transfer switch (ATS) ordered with the engine monitors the commercial power, provides a start signal to the generator upon loss of commercial power, and transfer; the load to the generator once the generator voltage and frequency are acceptable. When commercial power is restored the ATS transfers the load back to utility power and removes the "start" signal to the engine causing it to shutdown. The ATS provides the following delays: Start delay upon loss of commercial power. I or 3 seconds (3 seconds). Engine warm up prior to transfer. 0 to 5 minutes (2 minutes) Holdover upon return of commercial: 1 second to 30 minutes (15 minutes). Engine cool -down: 5 minutes — not adjustable. The bold settings are the general recommendation but they may be adjusted for local conditions. The approved ASCO switches are equipped with the Optional Accessory I IBG — Source Availability Signal and Programmable Engine Exerciser Module. This module allows for weekly or bi-weekly maintenance runs with or without load, any time of day or day of week. The routine run time is adjustable over a wide range; the default is 30 minutes. The `normal source availability" contacts on the I IBG module are wired to the generator to produce the commercial power fail alarm. It is recommended the generators be exercised weekly for 15 minutes. The ASCO ATS can be manually operated should the automatic control fail; for safety this does require that both sources be disconnected from the ATS (circuit breakers opened). The ATS's are approved in 100 amp and 200 atop sizes. Each size is available with or without a service entrance rated circuit breaker in the enclosure with the ATS. The enclosures are NEMA 3R/4 weatherproof housing with both inner and outer doors. These ATS's are not pad mountable and require an "H" frame or similar unless they can be wall mounted. Note: The addition of a stationary generator and ATS does not negate the requirement for a manual transfer switch and "Hubbell" connector so that a portable generator can be used at the site if necessary. Page 8 PRI VATWROPRWFARYISECURE CQNW= P&M dfa Poopime" h3'smthm Wf Not Bc Wed Or Ditolated 0, - — The BdGo Campooie wtp Po.tmo To A Nhd4s Ap•®e& W Be Sam* Sbted WYm Not L Uac RL: 0542-011BT RL 05-02-011BT: Approval of the Katolight 25KW and 40KW Stationary AC Generators [or RT Sites Issue 2 November, 2005 Page 9 PRI VATEIPROPRI ETARY/WURE Coax=PdvmdkrP.wimyb wo+rioa ds+40 ec Ud OF Dkcbwa OuwAc 7k OdSM& COMMMia EmilPuamToA WAIMAVWMM . Wr Be Sam* Sioad wem No In Usc. RL: 05-02-011BT RL 05-02 OIIBT: Approval of the Katoligbt 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 3. Ordering Codes and Application Notes 3.1 Ordering Codes The information in the following table is also available with current prices on the RDSC Code Support web site at http•//npps bst bls com/useWospes/bwnlpnta/NEW%20RDSCIKatoliaht%atolJgbt Generators.xls. Descrlptlea Ketoligbt PN RDSC Cede PID CPR CLEI 25KW Generator dw 100 amp breaker— 837001NG100 KAT25KWNG100 885051581 208524 PEDEDDBCRA Natural Gas, Model # BSEN125F'N4 25KWGeaaatordw125amp breaker — 837001NG125 KA725KWNG125 887051599 208524 PEDEDDBCRA Natural Gas, Model # BSENL25F•N4 25KW Gme atoreJw 100 amp breaker— 837001LP100 KAT25KWLP100 UM51580 208524 PEDEDDBCRA Propane Model 0 BSE4L25PN4 25KW Generatore/w 125 amp breaker— 83700ILP125 KAT25KWLP125 888051588 208524 PEDEDDBCRA ' Propane Model 0 BSENL25F•144 40KW Generatore/w 175 amp breaker— 837010NG175 KAT40KWNG175 UM1587 209529 PEDEDDBCRA Natural Gas, Model # BSENL40F" 4OKWGenerator e/w175ampbreaker — 8370100175 KAT40KWLP175 BM51594 208529 PEDEDDBCRA Propane, Model # BSENLWF' 04 ASCO 100 amp ATS — no circuit breaker 80396 ASC0100NOBRK 893051581 208595 PEDEEHOCRA ASCO 100 amp ATS Ow 100 amp service 80398 ASCO]OOBRK 891051593 208577 PEDEEFOCRA breaker ASCO 200 amp ATS — no circuit breaker 80405 ASCO200NOBRK 8%051580 208596 PEDEEJOCRA ASCO 200 amp ATS dw 200 amp service 80397 ASCO200BRK M051582 209578 1. PEDEEGOCRA breaker 3.2 Application Notes 3.2.1 Generator Size Selection A job aid is being developed to assist with analyzing RT site AC requirements and sizing of the service and generator. In the interim, it can be stated that the 25KW is capable of handling the vast majority of RT sites including virtually all existing cabinet farms and single HUT/CEV structures. The 40KW will generally be applicable only to some sites with multiple Hut's and/or CEV's particularly those with oversized or multiple HVAC units per structure. The best tool for analyzing an existing RT site is a clamp -on ammeter. Take readings with and without the HVAC compressors) running. Page 10 PR1vATLIPROPRIETARY/ SECURE M" Na Be Used or vierJoeed 0VW& 7W gas=& cwww ie raoept Pm=W To A Wrivo Apeemem Am Be Swo* Stored Wbm NO V We. RL: 05-02-011BT RL 05-02-011BT: Approval of the Katolight 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 The approved Katolight generators have oversized alternators (see Section 1.3 — Key Specifications) in order to provide excellent motor starting capability, e. g., to provide the short duration — 6 hertz - inrush current while the motor starts. A disadvantage of the 40KW is its large housing and high profile which may be objectionable in some neighborhoods. 3.2.2 25KW -12000 Amp Circuit Breaker Option Order the generator with the 100 amp circuit breaker when using a 100 amp ATS. Order the 125 amp breaker when using a 200 amp ATS. 3.2.3 ATS Size Selection Size the ATS to match the service and/or MTS (manual transfer switch). Providing an oversize ATS (200 amps) does no harm but if the service breaker option is selected, there may be a coordination problem unless the output wiring is sized for 200 amps. Always order a 200 amp ATS for the 40KW generator, the service and NITS should be 200 amp. 3.2.4 ATS Service Breaker Option A service breaker is always required and may be contained in the ATS cabinet or external to it. Refer to Figure 3.2.4 for a simplified single line diagram showing a typical ATS and NITS arrangement. Order the ATS without the service breaker only for RT sites where an existing service breaker is to be retained and connected to the new ATS. An example of this would be a site with a low profile juice box where the service breaker is not part of the manual transfer mechanism. For the Marconi/Emerson juice box's with interlocked paired breakers for the manual transfer switch, a new service breaker will be required - order the ATS with the service breaker. Page 11 PRIVATE/PROPRIETARY/SEMW coats Private smNor Ptepriwry bftM slim My Not Be Used Or Disclosed OMW lee US" CN050is CW Ptam'To A WtiYco A®c®e%. Mtr Bc wady stied W!a Na in Use RL: 05-02-011BT RL 05-02-011BT: Approval of the Katolight 25KW and 4OKW Stationary AC Generators for RT Sites Issue 2 November, 2005 PM'W fesyss Dk*W Bad AU g Lroit s ONdt e!v BZ=hEW ATS = Automatic Transfer Switch WITS Manual Transfer Switch e1w Portable Generator Inlet 3.2.5 208V ATS Option Most RT sites have 120/240V commercial service from the utility. A few sites will have 120/208V service from a three phase transformer serving an industrial/commercial neighbor. For these sites place a note in the order requesting Katolight to option the ATS for 208V - this requires a card change. Page 12 PitivAmPROPRWrARY/SECURE Cnk i Prink ead/or nopdeary bf =NbM Wy Not Be Wed Or Dbdmd OaWft TW BdEW6 Caopeaies Fsepl Pa n= To A WaM Aral am Be Seomdy Swmd Wks Not is We. RL: 05-02-011 BT RL 05-02-011BT: Approval of the Katoligbt 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 Page 13 PRIVATMROPMETARYWXURE Commr Nina ao0/a Naprkmy hann i— M" No Be Wne Or UsrJoeed OUMW 7U BMSOWh Conpmiu fta P ToA Wd=AV==a0. PAW BeSewdyStored W!m NO to Wt RL: 05-02-011BT RL 0542-011BT: Approval of the Katolight 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 4. Deployment, Installation and Maintenance Guidelines 4.1 General Refer to, OSPE Methods and Procedures for Stationary AC Generators at RT Sites, for detailed guidelines and methods including maintenance recommendations. With respect to maintenance, it must be noted that these generators do require some maintenance including the weekly unattended programmed runs and at least semi-annual servicing. Experience tells us that generator failures are almost always due to neglect. Unless there is a commitment to perform the minimal maintenance, placing a generator is not justified. Page 14 PRlVATIUPROPRE fARY/SECURE C=ft= Riwm =1kr PmprXWY h*at®tita Wy No Be Und Or D'sr OW Amide The US" CuWan fto Pusoor To A WdM AVOMO . Mast Be Steady Stall Whin Not W Ure RL: 05-02-011BT RL 05-02-011BT: Approval of the KatoUgbt 25KW and 4OKW Stationary AC Generators for RT Sites Issue 2 November, 2005 Page 15 MVAMPROPRIETARY/SECURE Nq Na Be Uwd Or DWduwd O Yido The BkLL4ovb Campsia Ew W Pawime To A Writes AraMM . Mo BeSwA* SwW WheyNwe In thL RL: 05-02-011BT RL 05-02-0IIBT: Approval of the Katolight 25KW and 4OKW Stationary AC Generators for RT Sites Issue 2 November, 2005 5. Documentation and References 5.1 General Katolight Documentation QW://www katoli t.com): BSENL25F*N4 Data Sheet - 25KW BSENiAOF*G4 Data Sheet - 4OKW 819-B-15083, AC Wiring Diagram 819-C-6660, DC Ladder Wiring Diagram including Alarms - 25KW 819-C-6683, DC Ladder Wiring Diagram including alarms - 4OKW 102-2755-A1, Pad ( 4' X 8'),1 Base Stub-up/Install - 25KW 102-2789-A1, Pad (4' X 8%8'), Base Stub-up/Install. - 4OKW 100-2562-4, Genset Layout and Dimensions - 25KW 105-3205, Base Drawing (shows containment) - 25KW ASCO Documentation (bft://www.A§PgMw—ef.COM—/): 754575-006, ASCO Series 300 70 — 225A ATS with Service Entrance Breaker 718516, ASCO Series 300 ATS without breaker ASCO Series 300 Operator's Manual, 381333-228 BellSouth References: June 2005), Guidelines and Methods for AC Generator Deployment Permanent Propane Tanks at RT Generator Sites A complete set of documentation comes with the Operator's and Owner's Manual which is provided with each generator. A plastic holder is furnished inside the generator housing for this Manual and maintenance logs. Generator documentation is also available at Morgan Barnes' web site: ht t ;//nppt bst.bls com/users/ospgc/tech&svcs/ftig/PowerTonics.haw Page 16 PRIVATEMROPRIETARYISECURE cmub s P*Aft W&W rJuriany lda=V-iod say No Be Wed or Dislad 0- - I Ibc BdlSM& Es PMMMToAWriMAped. MB•Sewr*SeedwhelksbUm RL: 0542-011BT J' RL 05-02-0IIBT: Approval of the Katolight 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 Page 17 PRIVATUPROPRWFARYISECM comm ftmft d/ar ray May W Be Und Or Dwkwd Od" The &MOA Cmp®o excw r.ToA WdOwApcmu* bW Bc Sandy Stored Whm Noy to We RL: 05-02-OI IBT RL 05-0241IBT: Approval of the Katoligbt 25KW and 40KW Stationary AC Generators for RT Sites Issue 2 November, 2005 6. Staff Contact Information 6.1 General SME TITLE FUNCTION PHONE Frank Jones Technical Specialist - OSP Power Technical support for RT power 205-982-2310 Evaluations systems Julie Moran Manager, Supplier/Vendor Sales E Contract support, pricing 404-420-6506 1 information, supplier support Gary Tye Manager, OSPEC Support OSPEC Remote Terminal Power 404-927-3161 Support Morgan Barnes Manager, Network Operations Staff OSPEC Remote Terminal Power 205-977-2790 Support Support Heyward Menasco Senior Analyst, Network RT Alarm Plan & Support 205-977-2713 Mahmoud Elbarky Manager, Network Operations Sta OSPE Equipment Configurations 404-927-2250 Support and RDSC Codes Page I8 PRIVAMTROPRIETARY/SECURE CODWW hmft mdler PrWWMY bfo M3UW. May Na Be Ueed Or DweMred Ouaide Mw MSeA Cwopnxi P.acep Pwmwo T*A Wrbm Ape®est MW Be Semady Stored When Not b Use.