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Plans � Ci1 �s e( � ` �� ' G b tu S1 ON L Co w _ J ti (PTLDORPR35) 3 )6<ciligular TIGARD 6 975 SW SANDBURG RD 'C TIGARD, OR 97056 WIRELESS CONSTRUCTION DRAWINGS i Lucent Technologies O er IAD. `.a.elor. IBLL 1111.2.19:1 VICINITY MAP PROJECT INFORMATION BUILDING CODES & STANDARDS - i 1 I _ 4 1 1 '4' 1 SUBCONTRACTOR'S WORK SHALL COMPLY WITH ALL APPLICABLE NATIONAL. STATE. AND LOCAL , . ` \ ' 0: . i '- 11 ALI 1 4 i T7 d SCOPE OF WORK: ANTENNA RECONFIGURATION FOR CINGULAR UMTS OVERLAY CODES AS ADOPTED BY THE LOLL AUTHORITY HAYING JURISDICTION (AHJ) FOR THE LOCATION. -'6., ; ii ... , ! '� . ' - THE EDITION OF THE AM ADOPTED CODES AND STANDARDS IN EFFECT ON THE DATE OF I � j, '' I fi - ' � tF - SFtE ADDRESS: 6975 SW SANDBERG RD, TIGARD OR, 97056 CONTRACT AWARD SHALL GOVERN THE DESIGN. i � . fi r `fi J +r] 1 L Its';•', I .. j / ` _ "' .� r L - SUBCONTRACTORS WORK SHALL COMPLY WITH THE LASTEST EDn10N OF THE FOLLOWING G F [ LEGAL DESCRIPTION: TBD STAN DARDS: �• t ' �. " , 1, ' S1 4j ' 4 1; ∎ ' PROPERTY OWNERS: TBD BUILDING CODE — 2003 IBC NATIONAL \\ : j L t: g "' � MINIMUM SEECTR CO 30 PSF003 NEC _, • r A. I , 1, I V v7M1 = . -. .7-,— LATITUDE: 45.42035675 DESIGN WIND SPEED — 80 MPH LOAD — , ;t' ' _ 1 f f `4 . LONGITUDE: — 122.7459106 SUBCONTRACTOR'S WORK SHALL COMPLY WITH THE LATEST EDITION OF THE FOLLOWING ffE' PR35' `` 'E V L ` �)� . 1 JURISDICTION: TBD STANDARDS: f1 i� CURRENT USE: GROUP U AMERICAN CONCRETE INSTITUTE (ACQ 318. BUILDING CODE REQUIREMENTS FOR STRUCTURAL CONCRETE sEAL I Vim- �` ��± \ PROPOSED USE: GROUP U '� ' :; r ` - ' — AMERICAN INSTITUTE OF STEEL CONSTRUCTION (AISC), MANUAL OF STEEL CONSTRUCTION, ASD, T e J2 T CO N S TRUCTION TYPE TYPE 2 —B NINTH EDITION. I- C 1. — . NUMBER OF FLOOS: N/A ` ( �� ASSOCIATION (TIA) 22 —F, STRURAL STANDARD FOR —+ L �' '•� \ 'C I I STRUCTURE HEIGHT: TBD STRUCTURAL ANTENNA TOWER AND ANTENNA SUPPORTING STRUCTURES O a,.....a,.......0 a. • •a •Ce •t .•. lvi ..- INSTITUTE FOR ELECTRICAL AND ELECTRONICS ENGINEERS (IEEE) 81, GUIDE FOR MEASURING on POTENTIALS EARTH RESISTIVITY, GROUND IMPEDANCE, AND EARTH SURFACE POTENTIALS OF A GROUND SYSTEM Ca a O DRI DIRECTIONS PROJECT DESCRIPTION IEEE 1100 (1999) RECOMMENDED PRACTICES ON SURGE VOLTAGES IN LOW VOLTAGE AC POWER POA'.°a�rw °raa°Imo. Q V Fal �.uoccam :Ism p� CIRCUIS (FOR LOCATION CATEGORY 'C3' AND 'HIGH SYSTEM EXPOSURE' reoom� u uoie INee at Li. 1 `/ FROM PORTLAND, OR TAKE 1 -5 SOUTH BOUND AND PROCEED TO HWY 217 PROJECT CONSIST OF REMOVING (4) DUSTING ANTENNAS AND REPLACE W/ (3) NEW ANTENNAS, ( 1° QM) OMO CM EXIT AND TURN RIGHT TOWARDS BEAVERTOWN, TURN LEFT AT SW 72ND FOR I EQUIPPED W/ NEW BM (3 PER SECTOR, 3 SECTORS) U 1UZING EXISTING MOUNTS. ALSO ADDING TIA 607 COMMERCIAL BUILDING GROUNDING AND BONDING REQUIREMENTS FOR UMW/ AND CO ODCA1role o r eo w • r'. MILE & THEN TURN LEFT AT SW SANDBURG RD AND PROCEED TOWARDS THE (1) UMTS NODE B CABINET INSIDE EXISITNG EQUIPMENT SHELTER. TELECOMMUNICATIONS .. DEAD END. THE SITE IS LOCATED DIRECTLY AHEAD. TELCORDIA GR -1503 COAXIAL CABLE CONNECTIONS .�. �. > e FOR ANY CONFLICTS BETWEEN SECTIONS OF USTED CODES AND STANDARDS REGARDING MATERIAL, .amR O O O METHODS OF CONSTRUCTION, OR OTHER REQUIREMENTS, THE MOST RESTRICTIVE REQUIREMENT REVISION SHALL GOVERN. WHERE THERE IS CONFUCT BETWEEN A GENERAL REQUIREMENT AND A SPECIFIC REQUIREMNET, THE SPECIFIC REQUIREMENT SHALL GOVERN. NO. DESCRIPTION DATE - � A. Al APPROVAL/SIGN OFF OF CONSTRUCTION DRAWINGS DRAWING INDEX A ISSUED FOR REVIEW 6/15/05 V CONSULTANT GROUP SIGN OFF DATE SIGNATURE CINGULAR SIGN OFF DATE SIGNATURE T1 TITLE SHEET CONSTRUCTION COORDINATOR COMPLIANCE G1 GENERAL NOTES PROJECT g: PTLDORPR35 LANDLORD'S REPRESENTATIVE CONSTRUCTION MANAGER Cl TOWER ELEVATION & ANTENNA PLAN DRAWN BY: JN PROJECT MANAGER DEPLOYMENT MANAGER C2 SHELTER /EQUIPMENT PLAN ROOM CHECKED BY: OGA SITE ACQUISITION E -911 ENGINEER Y I N I INITIAL: i C3 CABLE TRAY PLAN & DETAILS DATE 6/15/05 ZONING INTERCONNECT _ E1 GROUNDING PLAN & DETAILS SCALE AS SHOWN t _ OPERATIONS RF1 RF SWEEP TEST REQUIREMENTS SHEET g: - RF ENGINEER RF2 SECTOR CONFIGURATION DETAILS " RF ENGINEER MANAGER RF3 RF DATA SHEETS SITE ACQUISITION MANAGER • TITLE SHEET W W o IIIhL p a Q 0 0 SS3331�IM s !i ii o o P , g , E Z T ae nBuio in m�� '� W �o F3 � Q W p m z • m � I �SE1 p 1 9 (~j m W Q. (7 � �' 9 ep°� N O i Q W RN 1Ii W i Q a C) c €fl vi g I 1 a o i Q 1 kJ l fill lifil L i l ii iii iii .1 §1 iii 1 li ill 0 CO tY cn a / Ig RAM gg3“1 ange is E ft ailtihma e3 EIMW 1v1 88 /Ila & WhOglel llt 1 Os .'% 1 b L i; 1 b l 3 ! i h ill I 1 1 1 ii h ith ! !A 1 § H 1 1 l'IL...10 61 11 ; 1 0 1 l o HO (-., T i i . 1 hi a L l j (l o l l IP 16 x Al o N - 1 I : ii a m b 111 ! 1 11 Ni 41/ NM o m i H ., el Q_ e l n f .5 e is d g i I 1 4 . h! RN v I - 1 e Mg 4 1 I 8 I§ 1 1 5: 1 Yg g v l ! ii IP Pir Yi li t 1 '1111 3 12h a 1 N rimphi Ji 1 6 le x go NI . � b i b l i d 1 q h h§i: l ii% ill - � 1 I � g P 1 . lir 5 111 E " 1 1 iliP l'q 11 ii 14 b 11 1 §i Ii 1 4 b< e li $ § qi 1 k'' qiiIIP 9 � b� gqi� � i l e igilli 11 �3' bl 0 8 1 7 il � I v I 8 $� e iliiigi a � l ��� � 0 It I 1 ' I 1 y I i' iii g$ + 1 !/ rei affix g� a s i M b g i 1 11 iiiii gli a le d di: 1 iieli . I hp $ F i� i3 Jg< , g : F 1E Aim 110913 R II! i b ik I okiAli a�g YSA .. _, . , .:. , , . RF SPECIFICATIONS: c c c K c 1. ACTUAL LENGTHS SHALL BE DETERMINED PER SITE CONDITION BY THE CONTRACTOR. 0 I 8 J W 0 8 2. THE DESIGN IS BASED ON RF DATA SHEETS SIGNED AND APPROVED. CU T[113 1 1 q 0 1 3. RADIO SIGNAL CABLES AND RACEWAY SHALL COMPLY WITH THE REQUIREMENTS OF J z z Z THE NATIONAL ELECTRICAL CODE NEC, NPF0. ∎ 111 4. ALL SPECIFIED MATERIAL FOR EACH LOCATION (EA. OUTDOORS, INDOORS OCCUPIED, 2 n n INDOORS UNOCCUPIED. PUBUC PLENUMS) SHALL BE APPROVED. LISTED, OR LABEL 3 AS REQUIRED BY THE NEC. D y v v O v v v v 5. RADIO SIGNAL CABLES SHALL BE SUPPORTED AT MINIMUM OF EVERY THREE FEET EXCEPT INSIDE OF MONOPOUES OR LATTICE TOWERS WHERE CABLE AND 0) CONNECTOR MANUFACTURERS SUPPORT RECOMMENDATIONS SHALL BE FOLLOWED. (E) ANTENNA SECTOR 1 MANUFACTURER RECOMMENDED CABLE SUPPORT ACCESSORIES. • (E) 7/8 FEEDER SE ° 251 6. DRIP LOOPS SHALL BE REQUIRED ON ALL OUTSIDE CABLES, CABLES SHALL BE SLOPED AWAY FROM THE BUILDING OR OUTDOOR GSM CABINETS TO PREVENT IC 4 (NORTH BUILDING WALL) WATER FROM ENTERING THROUGH THE COAXIAL CABLE PORT. REMOVE (11) ANTENNAS FROM n;43 3 7. ALL FEEDER UNE AND JUMPER CONNECTIONS FOR GSM/UMTS SHALL BE CINGULAR (E) MOUNTS AND REPLACE W/ Es N 0 APPROVED 1/16 DIN CABLE CONNECTORS THAT MEET IP68 STANDARDS. (9) (N) ANTENNAS UTILIZING II 0 B. WHEN MODIFYING EXISTING TDMA COAXIAL CABLES FOR GSM/UMTS USE, REMOVE (E) MOUNTS (3 PER SECTOR. Nrd. j ALL EXISTING N TYPE CONNECTORS WHERE FEASIBLE AND REPLACE WITH NEW 3 SECTORS). SEE RF DATA c_(E) ANTENNA m (ROOF TOP) 7/16 DIN CONNECTORS. SHEETS FOR DETAILS (SHEET RF1) lLr- (E) 7/8 FEEDER 9. ALL 7/16 DIN CONNECTORS SHALL BE IP68 RATED. ALL OUTDOOR CONNECTORS K AND ALL COAXIAL CABLE SHIELDING GROUND POINTS SHALL BE WEATHERPROOF IN W SECTOR 2 ACCORDANCE WITH THE FOLLOWING PROCEDURE: • (E) ANTENNA C. AZ ° 120 START WITH WEATHERPROOFING KIT START TAPE APPROXIMATELY 3 INCHES FROM • (E) 7/8 FEEDER (SOUTH EAST BUILDING WALL) THE CONNECTOR WRAP 2 INCHES TOWARD THE CONNECTOR THEN REVERSE THE w f TAPE SO THAT THE STICKY SIDE IS UP. TAPE OVER THE CONNECTOR OR SURGE RAD CENTER OF (E) CINGULAR ANTENNAS ARRESTOR UNTIL THREE (3) OR FOUR (4) INCHES BEYOND THE CONNECTOR AND 8 REVERSE AGAIN WITH THE STICKY SIDE DOWN FOR ANOTHER INCH OR EQUIPMENT ". TT 39' -0' * AGL Z �. f`' I TAPE. Te I m m m r 10. MHA's./TLN's SHALL NOT BE PAINTED. °i�1a0i chno Ynor°�'O bgles n 11. ANTENNA SHALL BE PAINTED, WHEN REQUIRED, TO MATCH EXISTING ANTENNAS IN Lucent N ACCORDANCE WITH ANTENNA MANUFACTURER'S SURFACE PREPARATION AND PAINTING v v W o v v v V REQUIREMENTS. 4 1 t �j � t - 12. CABL SHIE AND TOWER CONDUITS SHALL BE GROUDED AT THE TOP OF THE I l \ 1 TOWER WITHIN 10 FT OF THEIR CONNECTORS, AND AT THE BOTTOM OF THE TOWER 1 9 1 g S 6 8 ABOUT 6 IN. BEFORE THEY TURN TOWARD THE FACILITY. THEY SHALL BE • GROUNDED AT THE MIDPOINT OF THE TOWERS THAT ARE BETWEEN 100 FT AND 300 FT HIGH, AND AT INTERVALS OF 150 FT OR LESS ON TOWERS HIGHER THAN 300 FT. THEY SHALL ALSO BE GROUNDED AT THE WAY BRIDGE ENTRANCE TO THE ® EXISTING ANTENNA PLAN FACILITY. 13. APPROVED GROUNDING KITS, WHICH INCLUDE GROUNDING STRAPS, SHALL BE USED N.T.S. TO GROUND THE COAXIAL CABLE SHIELDS AND CONDUIT. THE GROUND 1 ■ 191 I I p I u CONDUCTORS FOR THE KITS AT NE TOP OF THE TOWERS, AND IN NE MIDDLE I SECTION OF THE TOWER. ARE BONDED DIRECTLY TO TOWER SEAL USING @ 14. ALL RADIO SIGNAL CABLE SHALL R �8 LABELED WITH COLOR—CODE ELECTRICAL TAPE E (3M SCOTCH 35, 7 MILS THICK VINYL ELECTRICAL TAPE, OR CONTRACTOR APPROVED EQUAL) AND BRASS OR STAINLESS STEEL IDENTIFICATION TAGS. ' 1 I I01 I I EI I I 101 15. RECOMMENDED SURGE ARRESTORS THAT CAN BE USED THE GSM/UMTS EQUIPMENT. 9 8 ANDREW 7/16 DN M/F SIDEBAND 1/4 WAVE GAS TUBE WITH DC BYPASS K• HUBERUHNER 1/16 DIN M/F WAVE GAS TUBE WITH DC BYPASS. GRADE 0 0 16 REQUIRED SHALL BE SUPPU DSBY MOUNTING AND O INSTA (IImC� PS) WHERE � 0 ' - 0 " ± ZZ Z Z SUBCONTRACTOR. 17. 3 n 5 co 5 n 18 1 ANTEN O FED UNE INSTALLED D R SYSTEM ANTENNA SWEEP TESTING SHALL BE PERFORMED ANEPORTD v Qs v o v v IN ACCORDANCE WITH THE REQUIREMENTS OF CINGULAR. A RADIO SIGNAL CABLE INSTALLATED WITH UNSATISFACTORY SWEEP TEST RESULTS WILL NOT BE ACCEPTED. (N) ANTENNA SECTOR 1 U 7/8 FEEDER AZ = 25' ,,) 3 (NORTH BUILDING WALL) K N 0 FORTIS 21111711001111119 ><LO. 0 u Z I® s cao U. Ca sr. mart s ace i) 5 Res (IMO Al ...se (N) ANTENNA N m (ROOF TOP) AND C01114011rATIONS aw ®DIO 7/8 FEEDER ale DAYSIS 111101.1•111111.1 MOO MO CITIMM MI:M.19 SECTOR 2 ( ANTENNA AZ 120' ��� 7/8 FEEDER .�1M .,�,..,.,1,,.... ■1111,031.■ MITE 0:._.(N) (SOUTH EAST BUILDING WALL) 0 w I REVISION LI 1 0 Q 1 W Z 6- W Z I.- NO. DESCRIPTION DATE i'j n n n A ISSUED FOR REVIEW 6/15/05 ZW zz 2W N 8 8 g r PROJECT #: PTLDORPR35 DRAWN BY: JN 0 PROPOSED ANTENNA PLAN CHECKED BY: DGA ® TOWER ELEVATION N.T.S. - DATE: N.T.S. 6/15/05 SCALE: AS SHOWN • SHEET g: Cl TOWER ELEVATION & DETAIL LEGEND CU rid pt (P) GSM ■ w 0 (E) GSM M 0 (P) UMfS 0 NOKIA POWER CABINET 0 TDMA ® BATTERY STACK • ■ ® 0 , ���� ��������������������������� /��� �����������' O CABLE ENTRY PORT O 9 / O9 DESK CD O 1 CE 010 FIRE SUPRESSION TANK 111X tt ELECTRICAL BACKBOARD • O ,0 () CDPD 5 O Lucent Techn O KEEL ' 13 DISTRIBUTION FRAME Be Sae. r.w.m� O 0 O ® ® 0 ® ® ® ALL DOUBLE STACKED BAITER! UNrrs SHALL BE UNITED TO A MAXIMUM OF EIGHT (8) 0 3 -CELL MODULES. BATTERY STACKS SHALL BE SUPPORTED ON A ONE PIECE BASE" AND A 'FLOOR LOADING PLATE'. DICEPT Z/ THOSE LOCATED IN BUILDINGS WITH 'NORTEK' OR 'CSI' SHELTER (MOD- 11820) FLOORS SEAL WHICH MAY BE MOUNTED ON EITHER A ONE OR TWO PIECE STANDARD BASE. ® SHELTER /EQUIPMENT ROOM PLAN 1/2' =1' -O' r iR W aU?WORIes too. no I5 . mu ST V. u. LIST I WI MOM; Si 1E015 — 0501048 m Ps0 =UM MID 12:0110.1111011010 omu ®m IM IRIIIIIIIIILLOY /MIRE • ••000011 MOO WOO. W rOMMEAC REVISION NO. DESCRIPTION DATE A ISSUED FOR REVIEW 6/15/05 PROJECT /: PTLOORPR35 DRAWN BY: JN CHECKED BY: OGA DATE: 6/15/05 SCALE: AS SHOWN SHEET #: C2 SHELTER /EQUIPMENT ROOM PLAN L u) N; - w 0 REMOVE ALL UNUSED JUMPERS EC O CUT BACK CON( AWN FEED UNES TO ACCOMMODATE NEW EQUIPMENT %�� �� �� � ������������ al F •• LUCENT NOKIA INDOOR DIMENSIONS / ........... ........ CABINET DEPTH x WIDTH x HEIGHT D C (E) TDMA CABINET O INDOOR POWER CABINET/ UMTS MACROCELL 23.6 - x23.6 -x74• (SHOWN FOR CLARITY) • POWER CABINET / BTS 24.4•x23.6•x70.9• i ..................... WEIGHT UCENT NOKU1 INDOOR d: FLOOR LOADING ................. CABINET APPROX. MAX. WEIGHT MAX. FLOOR LOADING Lucent Techno Technologies di (E) (12) COAX JUMPERS I' I'm 'Ir / i. .. CABLE � TO (E) GSM CABINET ,' : � TRAY INDOOR MACROCELL lbs kg) T.B.D. � ® .. (4 PER SECTOR, 3 SECTORS) I : . TR :: AY (TYP) (N) (6) COAX JUMPERS IM INDOOR ULTRASITE 739.2 g) T.B.D. B15 (336 kg) TO (N) UMTS CABINET PER R (2 ER SECTOR 3 SECTORS) ( ) • : i�-: �: �:' r :�:'r:' :�: : err :r.i rr r �� ic:' i • iii(�:':'i:�:�rri' ': {'::r // � Ii� 23.6 - (E) GSM CABINET (SHOWN FOR CLARITY) 091 CABLE TRAY ROUTING PLAN a 1/2" 1' - 0 - SUL • I■- (N) DOWN TILT BRACKET RET SPUTTER MOUNT SUPPUED WITH ANTENNA TO PIPE W/ CLAMP ,,.. III i! tI JI El 1 MIN. CLEARANCE TMA ATTACHED TO TOP NEW PORT= Zus. W/ PIPE MOUNT I■ O L C01111 ET. WTI 1 20 II SUPPUED BY pea sr (N) TMA ATTACHED TO AH — Ma In TMA MOM BE MOUNTED PIPE W/ PIPE MOUNT TICALLY W/ WEEP KR SUPPUED BY TOR VIEW MIN CLEARANCE FOR - I, ILECIAICAL CATIONII ANTEN D N INTERFACE °^�•g'° ES FACING DOWN. TMA MANUFACTURER. TMA CABLING ENT: 21401 TO BE MOUNTED MAO ° "`,,.,,m ..,...,_,�,., m. .W CS7299.03 VERTICALLY W/ WEEP _ '°4°' HOLES HOLES FACING DOWN. LUCENT: 21401 ' — ' REVISION (N) ANTENNA I !, i _ NO. DESCRIPTION DATE USE EXISTING MOUNTS OR i A ISSUED FOR REVIEW 6/15/05 USE NEW PIPE 2- 3/8'0 1 = AS REQUIRED FOR CORRECT SIZE RCU O r l _ 4a PROJECT #: PTLDORPR35 PART NO: DESCRIPTION - DRAWN BY: MT -217 PIPE MOUNT KIT, 2 3/8. OD x 24 I = JN MT -218 PIPE MOUNT KIT, 2 3/8" OD x 36 CHECKED BY: DGA MT -219 PIPE MOUNT KIT, 2 3/8- OD x 48 _ MT -219 -63 PIPE MOUNT KIT, 2 3/8. OD x 63 DATED 6/15/05 MT- 219 -72 PIPE MOUNT KIT, 2 3/8' OD x 72 -�� SCALE: AS SHOWN MT- 219 -84 PIPE MOUNT KIT, 2 3/8- OD x 84 FRONT VIEW RIGHT SIDE VIEW FRONT VIEW _ MT -220 PIPE MOUNT KR, 2 3/8" OD x 96- SHEET #: MT- 220 -108 PIPE MOUNT KR, 2 3/8 OD x 108' MT- 220 -120 PIPE MOUNT KIT, 2 3 /e OD x 120• ® DETAIL - UMTS INDOOR CABINET DETAIL - GSM INDOOR CABINET C3 0 DETAIL - TMA MOUNTING (1, 2, 3 SECTOR) N.T • N.T.S. CABLE TRAY PLAN & DETAILS (' im LEGEND GROUNDING NOTES • 1. GROUNDING SHALL COMPLY WITH LATEST EDRION OF NE NATIONAL ELECTRIC CODE AND BE INSTALLED ACCORDANCE WRH THE CINCULAR GROUNDING Q (P) GSM STANDARD (DATED OCTOBER 2001) OR EQUIVALENT MANUFACTURER'S PRODUCT O2 (E) GSM MAY BE USED IF APPROVED ETV CINGULAR REPRESENTATIVE CC 2. MINIMUM BENDING RADIUS FOR GROUND IS 9' AND NO SPLICES O3 (P) Los PERMRW T IN GROUND CONDUCTOR. 0) � p4 NOKIA POWER CABINET 3. INTERCONNECT ANTENNA GROUND WG TO GROUND BAR IF APPLICABLE ® TOIL 4. ALL GROUNDING CONNECTION TO 8E CLEAN AND FREE OF PAINT AT THE MAING SURFACE AND INSTALLED PER MANUFACTURER'S ( GR OUNDING HALO © BATTERY STACK RECOMMENONS. USE PENOX OR EOUALENT AOXIDANT GASE. ■ p7 CRGB 5. ALL MECHANICAL CONNECTIONS TO GROUND BAR' SHALL BE WITH TWO WHOLE CRIMPED LUG, BACK TO BACK CONNECTIONS OF OPPOSITES 4% 5 I , T O I O CABLE EMRY PORE SIDES OF THE GROUND BAR WILL BE PERMITTED. O9 DESK 6. EACH GROUND CONDUCTOR TERMINANG ON ANY GROUND BAR SHALL HAVE AN 4110 L IDENTIFICATION TAG ATTACHED AT EACH END THAT WILL IDENTIFY ITS ORIN I • 0 1 � 10 FIRE SUPRESSION TANK AND DESTINATION. Q t2 13 IS � %/ 0 ELECTRICAL BACKBOARD 7. AU. MECHANICAL CONNECTIONS TO GROUND BAR SHALL BE MADE WITH S.S. HARDWARE. USED NUTS, LOCKWASHERS &BOAT. TEK SCREW NOT @ 1© COPD ACCEPTABLE. ENSURE ALL MECHANICAL CONNECTOR ARE TORQUE TO THE MANUFACTURER'S VALUE. ----- - -- -- - - --- O5 13 O DISTRIBUTION FRAME 8. MAXIMUM RESISTANCE OF THE COMPLETED GROUND SYSTEM SHALL NOT Lunt Technologies 0 EXCEED A RESISTANCE OF 5 OHM TO EARTH. 4 au�.m® 9. ALL CONDUCTORS ABOVE GRADE SHALL BE /2 AWG. THN. GREEN- INSULATED � 1°��'�" O I STRANDED COPPER. UNLESS OTHERWISE SPECIFIED. AND ALL CONDUCTORS BELOW GRADE SHALL BE /2 AWG, BARE TINNED COPPER UNLESS OTHERWISE. I O 0 O O O I SYMBOLS t0. EACH (SECTION ATS SIN GREEN INSULATE BED DIRECTLY C NECCTED T GROUND B • DENOTES FRONT OF WIRES, /2 AWG STRANDED COPPER. CABINET 11. GROUND WIRES SHALL NOT BE INSTALLED THROUGH HOLES IN ANY METAL /A. • MECHANICAL ON NI O GROUND OBJECTS OR SUPPORTS TO PRECWDE ESTABLISHING A 'CHOKE" POINT. EXOTHERMIC WELD 12. 1 AW /2 G. BARE TINNED COPPER CONDUCTORS SHALL BE ATTACHED TO ri CONNECTION GROUND BARS BYMEANS OF EXOTHERMIC WELDS. } (2) ®2 AWG INSULATED 13. EXOTHERMIC WELDS SHALL BE USED FOR ALL GROUNDING CONNECTIONS F (2) #2 W INSULATED EXPOSED TOGETHER. WHERE PRACTICAL. AND BELOW GRADE CRGB Ark GROUNDING PLAN r (1) #2 AWG INSULATED 14. WHEN MODIFYING EXISTING TDMA CML CABLES FOR GSM USE, REMOVE ALL ® 1/2' = 1' STRANDED TO CRCS EXISTING N TYPE CONNECTOR WHERE FEASIBLE AND REPLACE WITH NEW 7/16 DIN TYPE CONNECTOR. III TC (1) #2 UMW EXOTHERMIC SEAL ALLY WELD TO BURIED 15. TELCO GROUND BAR SHALL BE GROUNDED WITH #2 STRANDED COPPER TO The CO 'IY - RAP'. PRT GROUND RING CRGB SECTION 'P'. /TC77B STANDOFF MKT OR BRMJQT PANDUR EDUN. 24' O.C. MAX 16. IF #2 BTCW EXISTS TO BURIED GROUND RING FROM TELCO BOARD. ATTACH TO PPIS - SID - 77 Tag ma SP/CINo NEW TELCO GROUND BAR. IF NOT, DO NOT INSTALL A LEAD TO THE BURIED p AWO rmnAT 2 Axo CI INSULATED GROUND RING /IOZUf• -- PLAIED SHEET GREEN. COP.) ONTEWOR GROUND RING) METAL >e ` -ID BE USED , PO> Dm. I! : ,� EVERY 2'-d F OR WI ,asp W. Oa n. WTI[ • m ff9g1AAW �T( RAON$ SWARD N OT AA �. r . 1 1// BE L TWW B HARCFR MODFl a nESCRIPTION "° OM '°"'° na QM SWUM x � pANO ( SEE NOTE) UO.TWCM. MD /xa0aa4ATDIO DOWN OERE RADIUS BEND FY 1 Tag CO. 1Y-RAP' PRT . •.I guD TINNED 2 STgANDED 10NINUY MP.) i /11 t3 TIE OR COPPER RITE KO> •• MI leTWOrra.M..”TOCI1904.1,01■1611141PL FED EOODUNN TELCO GBI4412TMCBZT Y4x4 W/ INSULATORS AND SS MOUNTING _, sa „ sa m aa ._ i cur anto. BURNDY TYPE MD arm � CUT EXCESS _ SPLT -BOLT ODNNECIOR DO T B• T '� SECTOR /COLLECTION G8U14216P 4'x2 - 1K16" W/ INSULATORS. SS BRACKETS, BEAM CLAMPS & (13) 2 - HOLE SETS REVISION ¢FEW TO INTERIOR WALL 0 18 O.C. 711. OIR/aTinNN SIN K NON - ARE MTP0/ CH N'r GROUND BAR Run A.IppnaT RRM)IET nF7An TOWER BOTTOM/ ENTRY GBU14416MZ )0c4'x16' W/ INSULATORS. SS BRACKETS, BEAM CLAMPS & (35) 2 -HOLE SETS NO. DESCRIPTION DATE HOOD GROUND BAR ezIAASszazo A ISSUED FOR REVIEW 6/15/05 MZ Yi x4'x16' W/ INSULATORS. SS BRACKETS & (35) 2 -HOLE SETS C TAP MO T1 ENTRY PORT SMILER NOT TO 11 #34730. MP TYPE T 154770 EXCEED I/B' !! PARAUEL TAP OR DIPLEYER RACK GB14424M ). x4'x24' GROUND BAR W/ (53) 2 - HOLE SETS - -- 4 EDUNAIEa PROJECT LI 1 RADIUS REND I NEWTON INST. CO. ''..) CRGB Y.' x 4• x 30• SOLID GROUND BAR W/ INSULATORS AND SS MOUNTING PTLDORPR35 B' Lm1OOAM DRAWN BY: (TAP.) JN II °T " @ ' ALL "'� © GROUND BAR SCHEDULES CHECKED BY: DGA II ® N .T.S. DATE: _ gNwuTm STRANDED I ID GROUNDED REM - SCALE: AS SHOWN WIN-DIRECTIONAL RPI ICY rR p nCeRO.!•! Sp xr A1I OR NATON VIEW SHEET #: ® DETAIL - GROUNDING HALO E l . 1 N.TS. - GROUNDING PLAN & DETAILS • ( , . Y . • SWEEP TEST REQUIREMENTS: ir u) ANTENNA SYSTEM RETURN LOSS: TRANSMISSION UNE CONTINUITY TEST: CU c) CINGULAR WIRELESS PORTLAND. OR THIS TEST MEASURES 7HE RL OF THE TRANSMISSION UNE W LU ANTENNA AND TRANSMISSION REQUIREMENTS TERMINATING INTO THE ANTENNA WITHOUT TMA AND DUPLEXER. TEST FREQUENCIES: F1 -1850 F2 ■1990 THIS TEST WILL VERIFY THE CONTINUITY OF THE RX PATH REQUIRED EQUIPMENT: BETWEEN THE BTS AND THE TMA FOR THE 15 VDC NETWORK. • 1. RE-CAUBRATE THE FREQUENCIES TO BE USED IN F1 A N D F2. 2. RE CALIBRATE TEE ST EQUIPMENT. 1. CONNECT A SHORT AT THE END OF THE LAST JUMPER 3. CONNECT THE TWO JUMPERS GOING TO ANTENNA (BYPASS TMA) BEFORE THE TMA, OF THE UNE UNDER TEST. c co 1 WILTRON /ANRITSU SETE MASTER S331A/B /C OR EQUIVALENT. AND THE CABINET (BYPASS DUPLDCER) USING NE DIN (F) _ 2. CONNECT MULTIMETER TO THE LAST JUMPER BEFORE THE BT5, 1 OPEN, SHORT, LOAD. TO DIN (F) CONNECTORS. RX 1 (YELLOW /GREEN). PLACE THE BLACK LEAD ON THE OUTER 1 DIN FEMALE TO N TYPE MALE ADAPTER (LOW LOSS). 4. CONNECT THE ANTENNA TO THE UNE UNDER TEST. PART OF THE CONNECT AND THE RED LEAD ON THE CENTER 1 DIN MALE TO N TYPE MALE ADAPTER (LOW LOSS). 5. CONNECT TEST EQUIPMENT TO THE LAST TX JUMPER (YELLOW /RED) PIN OF THE CONNECTOR. ■MIN 2 DIN FEMALE TO DIN FEMALE ADAPTER (LOW LOSS). BEFORE THE CABINET, OF THE UNE UNDER TEST. 3. VERIFY THE METER READS A SHORT. 1 PHASE STABLE CABLE. 6. PERFORM MEASURE/AM, VERIFY RESULT WITH STEP 10 THROUGH 13. 4. REMOVE SHORT AND VERIFY METER READS OPEN. 1\ 5 1 TRUE -RMS MULTIMETER. 7. DISCONNECT TX JUMPER, THEN CONNECT THE RX JUMPER 5. RECORD PASS /FAIL ON SWEEP TEST DATA SHEET. (YELLOW /GREEN) TO DIN (F) ADAPTER. 6. RECONNECT JUMPERS TO TMA AND BPS. FREQUENCIES TO BE USED: 8. CONNECT TEST EQUIPMENT TO THE LAST RX JUMPER (YELLOW /GREEN) 7. REPEAT STEPS 1 THROUGH 8 FOR THE REMAINING BEFORE THE CABINET, OF THE UNE UNDER TEST. RECEIVE PATHS. • 9. PERFORM MEASUREMENT. VERIFY RESULTS WITH STEP 10 THROUGH 13. 1 111 le . PCS FREQUENCY BAND 18501.1HZ- 19901AHZ 10. VERIFY ANTENNA SYSTEM USING 1 5/8" WAVE -GUIDE HAS A RL LESS THAN -17dB, 200 FT MAX. NOT EDIT AND SAVE ALL SWEEPS TO A 3.5" DISKETTE AND TRANSMIT FREQUENCY 1930MHZ- 1940MHZ N TYPE -28dB. E -MAIL SWEEPS TO 11. VERIFY ANTENNA SYSTEM USING 7/8" WAVE -GUIDE HAS PROVIDE A COPY OF ANTENNA SYSTEM TEST RESULTS WITH RECEIVE FREQUENCY 1850MHZ- 1860MG2 HAS A RL LESS THAN -16dB. 200E7 MAX. DISKETTE ON FINAL SITE WALK. 12. FOR ANTENNA SYSTEMS ABOVE 200FT 1 5/8' RL- 15.5dB, 7/8' _ LUCBTIt Technologies ■ RL -I4dB. Bd Las ti,e,.yre TRANSMISSION UNE AND ANTENNA SYSTEM TEST: 1J RECORD LOCATION. ON SWEEP DATA SHEET, THEN SAVE SWEEP QUESTIONS CONTACT: =GLUM ® 14. REPEAT STEPS 1 THROUGH 13 FOR THE REST OF THE ANTENNA'S CONTACT NAME: CONSTRUCTION MANAGER: TERRENCE CHESSMORE SYSTEM. (1) INSERTION LOSS/CABLE LOSS CONTACT NUMBER: 503- 257 -9700 • (2) ANTENNA/TRANSMISSION UNE DISTANCE TO FAULT (RL) ANTENNA SYSTEM WITH DUPLEXER AND TMA RETURN LOSS: _ (3) ANTENNA SYSTEM RETURN LOSS (4) (4) ANTENNA SYSTEM WITH DUPLDCER/IMA /ANTENNA RETURN LOSS . (5) TRANSMISSION UNE CONTINUITY TEST THIS TEST MEASURES THE RL OF THE COMPLETE ANTENNA NETWORK • ON THE TX PATH. TX TEST FREQUENCIES: F1 -1930 F2 -1940 1. ENTER THE FREQUENCIES TO BE USED IN F1 AND F2. INSERTION LOSS: 2. RE- CALIBRATE TEST EQUIPMENT. 3. REMOVE DIN (F) TO DIN (F) CONNECTORS FROM BOTH TOP AND BOTTOM JUMPERS. THIS TEST WILL MEASURE THE CABLE LOSS OF THE TRANSMISSION 4. CONNECT TOP JUMPERS TO TMA AND CONNECT BOTTOM UNE AND JUMPERS BETWEEN THE CABINET AND ANTENNA JUMPERS TO DUPLEXER. TEST FREQUENCIES: FI -1850 F2 -1990 5. CONNECT TEST EQUIPMENT TO THE LAST TX JUMPER (YELLOW /RED). 6. PERFORM MEASUREMENT. 1. ENTER THE FREQUENCIES TO BE USED IN F1 AND F2. 7. VERIFY ANTENNA SYSTEM USING 1 5/8" WAVE -GUIDE 2. RE- CALIBRATE TEST EQUIPMENT. WAS A RL LESS THAN - 15.5dB, 200 FT MAX. 3. CONNECT THE TWO JUMPERS GOING TO ANTENNA (BYPASS TWA) 8. VERIFY ANTENNA NETWORK USING 7/8" WAVE -GUIDE HAS SEAL AND THE CABINET (BYPASS DUPLDCER) USING THE DIN (F) HAS A RL LESS THAN - 14.5dB, 200FT MAX. TO DIN (F) CONNECTORS. 9. FOR ANTENNA NETWORK ABOVE 200F7 15/8' RL -14dB, 7/8" RL- 12.5d8. 4. CONNECT A SHORT AT THE END OF THE LAST JUMPER BEFORE 10. RECORD TEST RESULTS ON SWEEP DATA SHEET. THEN SAVE SWEEP THE ANTENNA , OF THE UNE UNDER TEST. TO A MEMORY LOCATION. 5. CONNECT TEST EQUIPMENT TO THE LAST TX JUMPER (YELLOW/RED) 11. REPEAT STEPS 1 THROUGH 10 FOR THE REST OF THE ANTENNA'S BEFORE THE CABINET, OF THE UNE UNDER TEST. NETWORK. 6. PERFORM MEASUREMENT. THEN DUE STEP 10 THROUGH I 2. . 7. DISCONNECT TX JUMPER. THEN CONNECT THE RX JUMPER (YELLOW /GREEN) TO DIN (F) ADAPTER. ANTENNA SYSTEM WITH DUPLEXER AND TMA RETURN LOSS: 8. CONNECT TEST EQUIPMENT TO THE LAST RX JUMPER (YELLOW/GREEN) BEFORE THE CABINET, OF THE UNE UNDER TEST. 9. PERFORM MEASUREMENT, THEN DUE STEP 10 THROUGH 13. THIS TEST MEASURES THE RL OF THE COMPLETE ANTENNA NETWORK 10. ADD THE MAXIMUM PEAK 70 THE MINIMUM VALLEY THEN DMDE TOATlfB 21111PrilIORIUS MA. BY TWO. THIS IS THE CABLE INSERTION LOSS. THIS VALUE SHOULD ON THE RX PATH. REMINDER THE TEST EQUIPMENT WILL TERMINATE <V> me Ir. cat= a LIt # as NOT BE GREATER THAN -40dB. INTO TMA ON THE RX PATH. MOM u 11101e 11. PEAK MAX (M1) + VALLEY MIN (M2)/2 = CABLE INSERTION LOSS. RX TEST FREQUENCIES: F1 =1850 F2 =1860 MI 12. RECORD CALCULATED /MEASURED VALUE ON SWEEP DATA SHEET, ""°' L um 10-11.0 m om NUnae o.m�q THEN SAVE SWEEP TO A MEMORY LOCATION. 1. ENTER THE FREQUENCIES BE USED IN F1 AND F2. 13. REPEAT STEPS 1 THROUGH 12 FOR THE REST OF THE TRANSMISSION 2. RE- CIWBRATE TEST EQUIPMENT. UNES. 3. REMOVE DIN (F) TO DIN (F) CONNECTORS FROM BOTH TOP TR ..,.��1...A� - AND BOTTOM JUMPERS. . .,e,.,C, 4. CONNECT TOP JUMPERS TO TMA AND CONNECT BOTTOM ANTENNA TRANSMISSION UNE DISTANCE TO FAULT RL : JUMPERS TO DUPLEXER. 5. CONNECT TEST EQUIPMENT TO THE LAST RX JUMPER (YELLOW /GREEN). REVISION 6. PERFORM MEASUREMENT. THIS TEST IS A PERFORMANCE VERIFICATION AND FAILURE ANALYSIS 7. VERIFY ANTENNA SYSTEM USING 1 5/8" WAVE -GUIDE NO. DESCRIPTION DATE TOOL FOR ANTENNA. TRANSMISSION UNES AND CONNECTORS. HAS A RL LESS THAN - 16.5d8, 200 FT MAX. TEST FREQUENCIES: F1 =1850 F2 =1990 8. VERIFY ANTENNA NETWORK USING 7/8" WAVE -GUIDE HAS A ISSUED FOR REVIEW 6/15/05 HAS A RL LESS THAN - 15.5dB, 200FT MAX. • 1. ENTER THE FREQUENCIES TO BE USED IN Fl AND F2. 9. FOR ANTENNA NETWORK ABOVE 200FT 1 5/8" RL- 14dB, 7/B" RL- 13.5dB. - 2. RE- CAUBRATE TEST EQUIPMENT. 10. RECORD TEST RESULTS ON SWEEP DATA SHEET, THEN SAVE SWEEP 3. CONNECT THE TWO JUMPERS GOING TO ANTENNA (BYPASS TMA) TO A MEMORY LOCATION. AND THE CABINET (BYPASS DUPLEXER) USING THE DIN (F) 11. REPEAT STEPS I THROUGH 10 FOR THE REST OF THE RX ANTENNA TO DIN (F) CONNECTORS. NETWORK. PROJECT #: 4. CONNECT THE ANTENNA TO THE UNE UNDER TEST. PTLDORPR35 5. CONNECT TEST EQUIPMENT TO THE LAST TX JUMPER (YELLOW /RED) DRAWN BY: BEFORE THE CABINET, OF THE UNE UNDER TEST. JN 8. PERFORM MEASUREMENT, THEN DUE STEP 10 THROUGH 12. CHECKED BY: 7. DISCONNECT TX JUMPER, THEN CONNECT THE RX JUMPER DGA (YELLOW /GREEN) TO DIN (F) ADAPTER. 8. CONNECT TEST EQUIPMENT TO THE LAST RX JUMPER (YELLOW /GREEN) DATE: 6/15/05 - BEFORE THE CABINET, OF THE UNE UNDER TEST. SCALE: 9. PERFORM MEASUREMENT, VERIFY RESULTS WITH STEP 10 THROUGH 13. AS SHOWN ' 10. VERIFY EACH DIN CONNECTOR HAS A RL LESS THAN -32dB N TYPE -28dB. SHEET #: 11. VERIFY THE TRANSMISSION UNE HAS A RL LESS THAN -45d8. 12. VERIFY THE ANTENNA HAS A RL LESS THAN -17dB. - 13. RECORD PASS /FAIL ON SWEEP DATA SHEET, THEN SAVE SWEEP RF1 TO A MEMORY LOCATION. 14. REPEAT STEPS 1 THROUGH 13 FOR THE REST OF THE ANTENNA'S AND TRANSMISSION UNES. RF SWEEP TEST - REQUIREMENTS )• • . ,. T• , r , • REPIICEIDIT R rE,m,r L 0 oantwa II esEe 3/Fir-2.1 MN OEMS Cl) • MR ENTAILS , ra — w PORTS FRONT PORTS PORTA CC 11 1�111 III O) =MD) ON na, oW or I U H .erou .wxcrvaos a, ws ix.. oP r , oW o< mete ans. M.) n a CA 011 . (T ..) no a eu:. (n'v.) ,wns[n . (M R4 nc U 01123 p 1 I p ocean svErndlvB trek) • � NMI • I ••II �f� Co Too JUMPER CARE (m.) (q TOP JUMPER CABLE (TIP.) II Y ,fl c . r, (NP.) (C us Baru caE f+wa i . cram (TM) Hh a r W I 111S1111 (� *F � ! (ac OCTAL! (s¢ VW 9 ) M 1 I 00 AXIOM F110136. 01 crrPa (o C62/113 KR. rnPa (4 GROUND PA (NP.) on �r mPa I I W DROWN up, (r+'P.) p4 c m,w A. mP. on rma,o or. (n'Pa R) saw es - RrPJ , trpp / _L — , _ / y JAI ' '� Lucent Technologies E � Lw �►nm ( mm�oa e•I ,aarm /1 aslo rm. (r BM MOUNT D I I M ,,, � , I TAIL DrA) navlw9 ,ae. WOG I= (F1 ro m J �iar •m ro -! �aaao� Z ao m �1B \ A .. I . —.,El ` I - - I I I I I I B .)AI6EA )A°�`" CABLE CABLE (M..) SEAL BORDI RAWER at ue (rwa J I T7 fl . I I I 1. TX1/Wl �1 Q 03/11:0 MAO wino neLaca T03 /7O 104/IC OUT MAW MALT R4 • •• . • 62 ((tp row B OOIh M w,B Ilamn m MEdf CP I ;31 nmcT . B gr.... r c�cr TYPICAL SECTOR CONFIGURATION N.TS. ANTENNA CABLE COLOR CODING: PORT= aarwoaus mo. SECTOR A SECTOR B SECTOR C TO PROVIDE EASY INDEN 1FICATION AND UNIFORM 080 ma V. mum IT. ant I m° - C OAX ANT ANT ANT ANT ANT ANT - ANT ANT ANT ANr ANT ANT MARKING OF ANTENNA CABUNG. THE FOLLOWING MOM AZ COO 1 2 3 4 1 2 3 4 1 2 3 4 SHALL APPLY: II „ o 116-66 n' s n MD wourovnva oroamvro (F) SIZE 7 - 7/8' - 7/8' - 7/8' - 7/8' - 7/8' — m o e, (E) MANUFACTURER ANDREW - ANDREW - ANDREW - ANDREW - ANDREW - ANDREW - LOCATIONS : MARKING SHALLBE MADE BY USE OF ® inI _ (E) LENGTH 10' - 110' - 120' - 120' - 30' - _ 3p' - 3M COLORED, 2 NCHES WIDE TAPE AFFIXED AT ma � i n m .� mp N THE ANTENNA CABLE TYPICALLY FOUR PLACES ON (E CONNECTOR - - - - - - - - - - - - RUN AS FOLLOWS: TOTAL NO. OF (E) FEEDERS 2 - 2 - 2 - 2 - 2 - 2 - REVISION (N) SIZE - 1 5/8' 1 5/8' - - 1 5/8' 1 5/8' - - 1 5/8' 1 5/8' - - (N) MANUFACTURER - ANDREW ANDREW - - ANDREW ANDREW - - ANDREW ANDREW - SECTOR COLOR CODE NO. DESCRIPTION DATE (N) LENGTH - 110' 110' - - 110' 110' - - 110' 110 - SECTOR 1 FROM TO (N) CONNECTOR - - - - - - - - - - - - TX 1 YELLOW /RED TMA Al DUPLEX INSIDE CABINET A ISSUED FOR REVIEW 6/15/05 TOTAL NO. OF (N) FEEDERS - 2 2 - - 2 2 - - 2 2 - TX 2 YELLOW LOW /RED TMA A2 DUPLEX INSIDE CABINET RX 1 YELLOW GREEN TMA Al DUPLEX INSIDE CABINET COAX SCHEDULE RX 2 iffiEECTSPIril'AMLMINIffigiat.M INSIDE CABIN N.T.S. ANT 1 ®) • DUPLE( i ANT 2 1 -4 YELLOW L L O W yr . I T' Ia ANT 1 -4 PROJECT #: SECTOR A SECTOR B SECTOR C SECTOR 2 FROM TO PTLDORPR35 ANTENNA ANT ANT ANT ANT ANT ANT ANT ANT ANT ANT ANT ANT TX 3 BLUE RED TMA B1 DUPLEX INSIDE CABINET DRAWN BY: 1 2 3 4 1 2 3 4 1 2 3 4 TX 4 EELE4CEMIIII �r : ��)T1JI3i (Rf-91d 3 11a. 1 .I∎14.M JN E MAKE - - - - - - - - - - - - - RX 3 ���Y/d1131ai�C6'11011 1 :nnl. CHECKED 'BY: E MODEL ALP15850090 ALP15850090 ALP15850090 ALP15850090 ALP15850090 ALP15850090 ALP15850090 ALP15850090 A1915850090 A915850090 ALP15850090 - RX 4 CHA�� = OMMIEKIN:Th)ir•r-1IN41. DGA E AZMUTH 25' 25'. 25' 25' 135' 135' 135' 135' 265' 265' 265' - ANT 3 2 -1 BLUE TMA B1 DUPLEX DATE: E RAD CENTER 39' 39 39' 39' 39' 39' 39' 39' 39' 39' 39' - ANT 4 2 -4 BLUE /BLUE TMA B2 DUPLEX ANT 2 -4 6/15/05 N MAKE KATHERIN KATHERIN KATHERIN - KATHERIN KATHERIN KATHERIN - KATHERIN KATHERIN KATHERIN - SECTOR 3 FROM TO SCALE: AS SHOWN TX DUPLEX INSIDE CABINET N MODEL 800 -10122 ' 800 -10122 800 -10122 - 800 -10122 800 -10122 800 -10122 - 800 - 10122 800 -10122 800 -10122 - 5 ORANGE RED TMA Cl TX 6 ORANGE RED mT713i I`691 a111 SHEET #: • N H 25' 25' 25' - 135 135' 135' - 265' 265' 265' - RAD CENTER RX 5 �I�•� I - • I.M11)�M_1:IIai� RF2 N RAD CENTER — 39' 39' 39' - 39' 39' 39' - 39' 39' 39' - RX 6 ��� te J.ZII�f3i�IJ61b1�•!_1al'la/ N MECH. DOWNT1LT - 0 0 - - 0 0 - - 0 0 - ANT 5 3 -1 ORANGE TMA C1 DUPLEX T' - (N) DUMMY LOAD COUNT - - - - - - - - - - - - ANT 5 3 -4 ORANGE /ORANGE TMA C' / DUPLEX ANT 3 -4 • 41 ANTENNA SCHEDULE 410 ANTENNA CABLE COLOR CODING SECTOR CONFIGURATION N.TS. N.T.S. DETAIL a - • LIn • x c i n g u l a rr CINGULAR WIRELESS cc WIRELESS Market Portland Dual Band 65011900 MHz RF Configuration Data Sheet (Pre Install) Cluster Id: 1 Updated on:IMarch 14, 2005 I SIM 1d: PR35 Site name: TIGARD Addressi6976 SW SANDBERG RD, 'BOARD, OR I MIN= Latitude 464207661 N %,(11) , Longitude - 122.7419109 w Sector I 2 3 • i Number of existing Antennae 4 4 3 Number of Antennas to be replaced 3, Remove 1 5, Remove 1 3 Existing Antenna Model AP18$50.090 AP18.850.090 API5- 810-090 Existing Antenna Azimuth • 25 135 265 Existing Antenna Center line (R.) 39 59 39 Existing Number of Feeders 4 4 _ 4 Existing Feeder Diameter 718 718 7I8 Lucent Technologies Bi lam Ire Masang Feeder Length (R) 110 120 30 - I m® Removal of existing Feeder II replaced No No No Secbrization Required No No No N ew Antenna Center line (9.) 39 39 39 New Antenna Model 900.10122 800.10122 800.10122 ' New Antenna Vendor Krthroin Ketbrein Kathrein . Number of New Antennas 3 3 New Antenna Dimensions (Inches) (L,W.D) 75.4 a 10.3 x 6.9 75.4 z 10.3 a 5.9 75.4 x 10.3 0 5.9 New Antenna Weight (Its) 61.7 91.7 01.7 New Mech. TIN 0 0 0 New 9. Tilt 850 Existing ._ Existing Existing N ew EL Tut 19■0 o 8 o New Azimuth 29 130 266 Total Number of Feeders 0 6 B Number of new Feeders 4 . 4 4 New Feeder Diameter Comm 718 Comm TIN Comm 718 New Feeder Length (1L) • 110 120 - 30 New Feeder Vendor Comment* Commecepe Coelmacope Number of Jumper Cable A 4 4 4 SEAL Number of Jumper Cable B 0 0 0 Number of Jumper Cable C 4 4 4 Number of Jumper Cable D 0 0 0 _ Jumper VeodorModel A48 Existing Existing Existing • Jumper Vendor/Model C43 Existing Existing Existing Total Number of Jumper Cable 8 B 8 Total Number of TMA 4 4 4 Number of wow TMA 3 2 2 TMA Vendor/Modal LGP 21401 LGP 21401 LOP 21401 Number of Now BteeT 1 CIN (TVA) 0 0 0 - Blaa•T1 CIN Vendor/Model (TMA) WA WA NIA PORT= gE w O :no. Number of PDU's (TMA) 0 0801aw w. mum sr. art o ate Model of PDU(TMA) NIA moon uz Mere ■ Total Number of Diptexer N/A WA NIA r a am re m onto Wmr AND comaarwnae INGUCE>mA N umber of New Digitizer 0 0 0 Digitizer Vendor/Model N/A N/A N/A ®'° Total Number of REf(1900) 0 0 0 R..,os..L.RR,mawa.Raaa RET VendorlModel N/A WA NIA "' . • Number of RCS-epllltelARET) N/A N/A NIA Number of NC Top Jumpers N/A WA N/A REVISION Number of NC Bottom Jumpers N/A N/A N/A RC Feeder Cable Model N/A WA NIA NO DESCRIPTION DATE Number of RC Feeder Cablae N/A WA NIA Number of CCU's (RET) NIA Model of CCU(RET) NIA A ISSUED FOR REVIEW 6/15/05 NodeB Type Indoor Macrocee Indoor Macrocell Indoor Macrocell . Sector Comments MIA { WA I N/A Site Comments Remora A$U , PROJECT #: PTLDORPR35 DRAWN BY: JN • CHECKED BY: DGA RF Engineering DATE: 6/15/05 RF EnglneerlAmol Mobs I Date:1l4111ar -05 I SCALE: AS SHOWN (Print name) SHEET #: Cingular RF:ICerol Fri: I Version 0:1 2.0 I (Print name) RF3 . • . . .. RF DATA SHEET