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2019-02-12 Extenet Final Petition - 141 Palfrey St
z83. Watertown Town Council Administration Building 149 Main Street Watertown, MA 02472 Phone: 617-972-6470 ELECTED OFFICIALS: Marks.sresid PP, Council President Application for a Grant of Location for a Small Wireless Facility Vincent J.Piccirilli,Jr., Located in a Public Right-of-Way in the Town of Watertown Vice President& District C Councilor On February 5, 2019, the Public Works Committee, after performing its due diligence, Caroline Bays voted to recommend to the full Town Council that this revised application for a Grant of Councilor At Large Location be placed on the February 12, 2019 Town Council agenda. Anthony J.Donato, Applicant: Extenet Systems, Inc. Councilor At Large Susan G.Falkoff, Located on existing Eversource Pole Number 109/19 adjacent to 141 Palfrey Street in Councilor At Large the public right-of way in the Town of Watertown Anthony Palomba, Councilor At Large Consisting of the following documents: Angeline B.KouneCouncilor is, 1. Original application from the Department of Public Works dated October 18,2018 for District A Councilor g pp p Extenet Systems request(2 pages) Lisa J.Feltner, District B Councilor 2. Extenet Systems narrative dated January 29,2019 [submitted to the Public Works Committee January 29,2019] (3 pages) Kenneth M.Woodland, District D Councilor 3. UC/Synergetic Drawing Package revised January 28, 2019, and corrected February 5,2019 even though the date was not changed [submitted to the Public Works Committee February 5,2019] (6 sheets) 4. Extenet RF Exposure&FCC Compliance Assessment dated February 4,2019 [submitted to the Public Works Committee February 5,2019] (14 pages) 5. AT&T 1900MHz Coverage map [submitted to the Public Works Committee January 29, 2019] (3 pages) 6. NStar Construction Requirements for Distributed Antenna Systems on Distribution Poles (excerpt) dated September 2, 2008 [submitted to the Public Works Committee January 29, 2019] (2 pages) 7. Equipment Technical Data Sheets [submitted to the Public Works Committee January 29, 2019] (28 pages) Public Works Committee Vincent J. Piccirilli, Jr. Chair Anthony Palomba, Vice-Chair Kenneth M. Woodland, Secretary Page 1 of 1 1630 TOWN OF WATERTOWN , r y DEPARTMENT OF PUBLIC WORKS (P) 617-972-6420 124 ORCHARD STREET (F) 617-972-6402 WATERTOWN MA 02472 Gerald S. Mee Jr. Superintendent TO: Steve Magoon Planning Director FROM: Gerald S. Mee, Jr. Superintendent DATE: October 18, 2018 RE: Grant of Location — Extenet Systems, Inc. 141 Palfrey Street I have approved the above listed petition from Extenet Systems, Inc. to construct a small cell wireless telecommunications facility in the public right of way at 141 Palfrey Street, Assessor's parcel 327 25 2 . Please be advised that this type of approval is outside of our normal approvals for underground utilities as this request is for non- excavation and has no impact on the surface of the street or sidewalk. K:IGRANTS OF LOCATION-PETITIONSIExtenet Systems Inc I4]Palfrey Street.doc PETITION OF EXTENET SYSTEMS,INC.FOR GRANT OF LOCATION TO INSTALL A SMALL CELL WIRELESS TELECOMMUNICATIONS FACILITY To the Town Council of the Town of WATERTOWN,Massachusetts Respectfully represents EXTENET SYSTEMS,INC.a company incorporated for the purpose of constructing and operating wireless communications systems that it desires to construct a small cell wireless telecom inunications facility in the public way hereinafter specified. NVHEREFORE,your petitioner prays that,after due notice and hearing as provided by law, the Town Council may by Order grant to your petitioner permission to construct,and a location for,such a small cell wireless telecommunications facility with necessary cables,said small cell wireless telecommunications facility to be located as shown on the plan made by UC Synergetic dated March 16, 2018 and filed herewith,on the following public way of said Town: In the public tight-of-way at 141 Palfrey Street,assessor's parcel 327 25 2 W/O# EXTENET SYSTEMS,INC. BY _� Z � Marty Cohen Network Building&ConsuIting, LLC Agent for EYtenet Systems, Inc. Dated this I day of 12018 Town of WATERTOWN Massachusetts Received and filed ,2018 TOTALLY COMMITTED. January 29,2019 BY HAND DELIVERY AND EMAIL Vincent Piccirilli,Jr. Town Council Vice President Town of Watertown 149 Main Street Watertown,MA 02472 RE: Extenet Systems,Inc. Applications for Small Cell Wireless Facilities in the Public R.O.W. 141 Palfrey St.and 550 Arsenal St. Dear Mr. Piccirilli and Members of the Public Works Committee: This correspondence is in response to the Public Works Committee's request for information at the January 15 hearing in connection with the above-referenced matters. It also supplements and amends Extenet's applications to the Department of Public Works submitted on July 27,2018 (Palfrey St.)and July 31, 2018(Arsenal St.). Small Cell Technoloev and Proposed Site Design Extenet has proposed and will he proposing to constrict and operate for AT&T Wireless small cell facilities in a number of communities throughout Massachusetts in addition to Watertown. "Macro"coverage from customary wireless facilities attached to communication towers, building rooftops and facades,water tanks, smoke stacks and similar structures is designed to provide general wireless coverage. Demand for pinpoint coverage, often in hard to reach interior spaces as well as enhanced upload and download speeds and network capacity drives wireless cell technology. The demand for these features is the genesis for small cells. Accordingly,Extenet proposes low-powered cells strategically sited to optimize wireless coverage and capacity improvement where it is most needed, i.e., densely populated and traveled areas. Small cells,such as the proposed facilities are ideally suited to moderately dense to dense residential and commercial areas without the need to construct new support structures such as towers. As depicted on the attached drawings,the proposed facilities involve attaching a cylindrical 24.9"high, 10" diameter antenna enclosure to replacement wood utility poles, connected to a 32"high X 1 S"wide X 12" deep radio enclosure attached to the pole below the antenna cylinder. Details of the proposed radios and pole attachment appurtenances are depicted on the plans. The facilities will not interfere with existing electric, telephone, cable and any other utilities installed on or connected to the pole and will comply with all applicable and lawful local, state and federal regulations. 100 o Drive .: Exhibits The following documents are attached for the Committee's review: 1. Revised construction drawings entitled"Extent Systems—550 Arsenal St.—Watertown,MA 02472(North Side of Arsenal St.)",Rev. 7 dated 1/28119 by UC Synergetic; 2. Revised construction drawings entitled"Extent Systems— 141 Palfrey St.—Watertown,MA 02472 (Northeast Side of Palfrey St.)",Rev. 3 dated 1/28/19 by UC Synergetic; 3. NSTAR Electric(n/k/a Eversource)"Construction Requirements for Distributed Antenna Systems(DAS)on Distribution Poles"',Revision 5 September 2, 2008; 4. Radio frequency coverage maps showing existing and proposed facilities and existing and proposed coverage with the proposed small cells; 5. Specification sheets for the radios,antenna,side mount bracket and antenna shroud;and 6. Radio Frequency Exposure Pre-Installation FCC Compliance Assessment for both proposed locations(to be submitted). Construction Drawings The construction drawings for both proposed small cells have been revised in response to comments, as follows: Palfrey St.: Address changed to#141 (sheet 1);existing primary lines depicted(sheet 2,side profiles and sheet 3,rear profiles); proposed electric meter depicted(sheet 2, proposed profile—side view and sheet 3, proposed profile,rear view). The antenna is side-mounted because of the presence of primary lines. Eversource prohibits pole top antennas on any pole with existing primary conductors. See Exhibit 3. Arsenal St.: Existing primary lines depicted(sheet 2, side profiles and sheet 3,rear profiles);proposed electric meter depicted(sheet 2,proposed profile—side view and sheet 3,proposed profile,rear view). As depicted,this pole will likely be replaced and existing equipment relocated. These drawings were revised to a side-mounted antenna. See the note above regarding antennas in the primary space. Radio Freauencv Coveraee Mans The following maps are included in Exhibit 4: • AT&T current(green dots)and proposed locations(blue dots) in and around Watertown; • Current AT&T 1900 MHz coverage in Watertown;and • Proposed AT&T 1900 MHz coverage in Watertown. The requirements apply equally to small cells,the intent being to avoid interference with electric distribution operations. •• The proposed small cells are indicated by the blue dots labeled MAL06S34F_R02(Palfrey St.)and MAL06S36F_R02(Arsenal St.)on the map entitled "AT&T current(green dots)and proposed locations(blue dots)in and around Watertown". The radio frequency coverage maps demonstrate a significant gap in coverage surrounding the proposed facilities. The map entitled"Current AT&T 1900 MHz coverage in Watertown"depicts five quality levels of data transmission rates from poor connectivity, low data rates at-116 dBm to high connectivity,high data rates at-92 dBm. dBm is a measure of power ratio in decibels referenced to one milliwatt. The measures are negative because low powered wireless facility radio frequency signal strength decreases over distance: accordingly,the strongest signals at-92 dBm are generally found in the immediate vicinity of such facilities and the weaker signals are found with increasing distance from the wireless facility source. Signal strength is also attenuated by buildings,trees and topographic features. The current coverage map clearly depicts adequate coverage surrounding existing on-air facilities and substantial areas of low quality or nearly non- existent coverage, including substantial areas of marginal connectivity with low data rates in the vicinity of the proposed small cell facilities. The proposed Arsenal Street facility will provide the desired coverage in the vicinity, as depicted by the map entitled"Proposed AT&T 1900 MHz coverage in Watertown"(green area around dot labeled MAL06S36F R02). The area around the proposed facility includes a heavily traveled thoroughfare, (Arsenal Street), retail,office and residential use in development,clearly demonstrating a need for robust service for wireless customers in the area. Similarly,the proposed Palfrey Street facility will improve coverage from marginal connectivity, low data rates to high connectivity,high data rates(green area around dot labeled MAL06S34_R02).The area around the proposed Facility is a moderately dense residential neighborhood. The service provided by the proposed Facility will also connect to existing coverage just to the south. Snecification Sheets Per the Committee's request,specification sheets for the proposed equipment is attached as Exhibit 5, including the Ericsson model 2203 and 2205 radios, Galtronics antenna,Galtronics wood pole sidearm mount and Ericsson antenna shroud. The same equipment will be installed at both locations. Radio Freauenev Exuosure Pre-lnsta➢ation FCC Comoliance Assessments, The assessments(EME reports)are undergoing revision to account for antenna placement at mid-pole locations,rather than at the top of the pole. The revised reports are expected no later than Friday,February 1. Extent anticipates the difference in radio frequency exposure will be trivial and fully compliant with FCC regulations. Sincerely, Mt¢ohen Network Building&Consulting,LLC Agent for Extenet (781)724-3272 mcohen@nbcllc.com Apollo100 Drive303Chelmsford. MA 01824 .: PROJECT INFORMATION PROJECT DESCRIPTION: EXTENET SYSTEMS INDEX: 141 PALFREY ST 1 COVERPAGE THESE PLANS REPRESENT A PORTION OF A PROPOSED SMALL 2 SIDE PROFILE CELL BUILD INVOLVING THE INSTALLMENT OF AN ANTENNA WATE RTO W N, MA 02472 AND RADIO EQUIPMENT ON AN EXISTING WOODEN UTILITY 3 REAR PROFILE OR REPLACEMENT WOODEN UTILITY POLES. (NORTHEAST SIDE OF PALFREY ST) 4 DETAILS-ANTENNA AND RADIOS 5 DETAILS- RADIO SHROUD CRAN_RCTB_00014_21 6 EXISTING PHOTO/WIRING DIAGRAM N E-MA-ALBRD3M 1-14021 POLE OWNER: EVERSOURCE 50% VERIZON 50% CONTACT: RICKANGELINI " 3030 WARRENVILLE RD SUITE 340 _ LISLE,IL 60532 1S NOC:(866)892-5327 A PROPOSED NODE POLE LOCATION: WATERTOWN,MA �. • MIDDLESEX COUNTY > >� �,c • . /�, � .•.t t -.a^ - NOTES: 2 r • • • _ t 7 66' A tl SJ RCTB S> 14 21 �� •a U 7 • �l o S� S> A ' � !//\ � ,9 .�/ J ♦ PREPARED FOR: �IS> exTeneT YOUR EVERNETWORK O0 SYSTEMS Q ST • l • • PREPARED BY: z • • � UVSYNERGETIC 4.�.. 21 OXFORD RD m MANSFIELD,MA 02048 H www.ucseng.com 1-508-337-7600 cp LOCATION MAP LOCUS MAP NODE � RCTB-14 21 LATITUDE: 42.371083° LONGITUDE: -71.184652° PROJECT LOCATION - NODE RCTB-00014_21 COVER PAGE ELEVATION: 124.64' AGL SCALE: 1" = 500' REVISIONS SCALE: 1" = 50' REV DESCRIPTION DATE w 1 UPDATED EQUIPMENT&INFO 03/14/18 2 UPDATE PER EXTENET 03/16/18 m 3 UPDATED PER EXTENET 01/28/19 v DRAFTER: MI/MMS z SCALE: AS SHOWN ISSUE DATE: 02/15/18 INDEX NAME: RCTB-14_21 FOR PERMITTING ONLY m SHEET#: 1 OF 6 NODE RCTB-00014 21 DRAWINGS NOTES: 141 PALFREY ST, WATERTOWN, MA NOTE1: SIDE PROFILE 40"MIN.WORKER SAFETY ZONE BETWEEN LOWEST POWER&HIGHEST FO COMMUNICATIONS CABLE IN ACCORDANCE WITH NESC REGULATIONS EXISTING PRIMARYATTOPOFPOLE. HEIGHT TO BE DETERMINED BY NOTE 2: DEPTH OF SET,APPROX 38' PROPOSED FIBER TO BE INSTALLED BY OTHERS EXISTING PRIMARY 33'-11" NOTE 3: EVERSOURCE SECONDARY RELOCATED TO 29'-6" PROPOSED EQUIPMENT TO BE PAINTED TO BLEND WITH POLE PROPOSED ANTENNA ASSEMBLY WITH, 4G/LTE COMPATIBLE GALTRONICS NOTE 4: EVERSOURCE SECONDARY 26'-4" GQ2410-06621 ANTENNA FCC MANDATED SIGNAGE TO BE ATTACHED TO POLE (SEE DETAIL) — '?.VERSOURCE SECONDARY RELOCATED TO 29'-0" EVERSOURCE SECONDARY 25'-5" PROPOSED SIDE MOUNTING BRACKET j (SEE DETAILS) EVERSOURCE STREETLIGHT RELOCATED TO 28'-0" PROPOSED POWER FEED EVERSOURCE STREETLIGHT 24'-5" WATERTOWN FIRE 23'-6" WATERTOWN FIRE RELOCATED TO 22'-0" COMCAST 22'-0" COMCAST RELOCATED TO 21'-0" COMCAST 21'-7" �COMCAST RELOCATED TO 20'-0" I Q. PROPOSED FIBER FEED BY OTHERS VZTERMINAL 19'-6" VZTERMINAL 19'-6" LOCATION: WATERTOWN,MA MIDDLESEX COUNTY PROPOSED 45'CL2 WOOD UTILITY POLE NOTES: PROPOSED(6)1/2"COAX CABLE PROPOSED ERICSSON CURVED SHROUD WITH I° (2)ERICSSON 2203 RADIOS AND 3 EXISTING 40'CL3 WOOD UTILITY POLE(2001) __ -' (1)ERICSSON 2205 RADIO q (TO BE REMOVED) __ (SEE DETAILS) PROPOSED 1-GANG WEATHERPROOF o BOX WITH(5)%"KNOCK OUTS o ml EXISTING NO PARKING SIGN PROPOSED DISCONNECT 10'-0" zl Off_ o EXISTING NO PARKING SIGN o °ROPOSED ELECTRIC METER 8'-0" PREPARED FOR: F rV (V (V r-4 rl N YOUR NETWORK v0 kD ^ N fV exTe nTeT EVERYWHERE SYSLn 01 0o N M PREPARED BY: a z z SYNERGETIC Q Innovative Thinking.Engineered Solutions. ti 21 OXFORD RD MANSFIELD,MA 02048 o www.ucseng.com 1-508-337-7600 GRASS GRASS i m PALFREY ST / / / / PALFREY ST NODE RCTB-14 21 z v SIDE PROFILE REVISIONS v REV DESCRIPTION DATE c w 1 UPDATED EQUIPMENT&INFO 03/14/18 X i 2 UPDATE PER EXTENET 03/16/18 c 3 UPDATED PER EXTENET 01/28/19 v c c - DRAFTER:MI/MMS z O EXISTING PROFILE - SIDE VIEW , 5 FEET O PROPOSED PROFILE - SIDE VIEW SCALE: SEE SCALE BAR 1 I 8 w LOOKING SOUTHEAST ALONG PALFREY ST LOOKING SOUTHEAST ALONG PALFREY ST INDEX NAME:SSUE DATE: 02/15/2/15/RCTB-1 21 M P. 109/19 PALFREY ST 0 5 10 15 P. 109/19 PALFREY ST SHEET#: 2 of 6 NODE RCTB-00014 21 DRAWINGS NOTES: 141 PALFREY ST, WATERTOWN, MA NOTE1: REAR PROFILE 40"MIN.WORKER SAFETY ZONE BETWEEN LOWEST POWER&HIGHEST COMMUNICATIONS CABLE EXISTING PRIMARY AT TOP OF POLE. IN ACCORDANCE WITH NESC REGULATIONS HEIGHT TO BE DETERMINED BY DEPTH OF SET,APPROX 38' NOTE 2: - PROPOSED FIBER TO BE INSTALLED BY OTHERS EXISTING PRIMARY33'-11" NOTE 3: C ft PROPOSED EQUIPMENT TO BE PAINTED TO BLEND WITH POLE EVERSOURCE SECONDARY RELOCATED TO 29'-6" NOTE 4: FCC MANDATED SIGNAGE TO BE ATTACHED TO POLE EVERSOURCE SECONDARY 26'-4" - — � EVERSOURCE SECONDARY RELOCATED TO 29'0" PROPOSED ANTENNA ASSEMBLY WITH — EVERSOURCE SECONDARY 25'-5" 4G/LTE COMPATIBLE GALTRONICS GQ2410-06621 ANTENNA e z (SEE DETAIL) EVERSOURCE STREETLIGHT RELOCATED TO 28'-0" PROPOSED SIDE EVERSOURCESTREETLIGHT24'-5" MOUNTING BRACKET PROPOSED POWER FEED (SEE DETAILS) ■ WATERTOWN FIRE 23'-6" WATERTOWN FIRE RELOCATED TO 22'-0" COMCAST 22'-O" COMCAST RELOCATED TO 21'-0" COMCAST 21'-7" COMCAST RELOCATED TO 20'-0" PROPOSED FIBER FEED BY OTHERS LOCATION: - PROPOSED U-GUARD FOR FIBER WATERTOWN,MA PROPOSED U-GUARD FOR POWER MIDDLESEX COUNTY NOTES: FROPOSED U-GUARD FOR(6)-1/2"COAX CABLE In cn IROPOSED 45'CL2 WOOD UTILITY POLE >m 3 EXISTING 40'CL3 WOOD UTILITY POLE(2001) 3 PROPOSED ERICSSON CURVED SHROUD WITH (TO BE REMOVED) _ (2)ERICSSON 2203 RADIOS AND �I '0 (1)ERICSSON 2205 RADIO 0 (SEE DETAILS) 0 0 ml EXISTING NO PARKING SIGN z zl PROPOSED 1-GANG WEATHERPROOF BOX WITH(5)%"KNOCK OUTS o PROPOSED DISCONNECT 10'-0" z PREPARED FOR: PROPOSED ELECTRIC METER 8'-0" z - - EXISTING NO PARKING SIGN Qn N W M N rl O N fV O N LOUR NETWORK v M �p (V (V N (V ci �--� rl ex e n e EVERYWHERE Or 41 00 N c-I DO SYSTEMS PREPARED BY: a z z .LC/SYNE;ZGETIC Q Innovative Thinking.Engineered Solutions. ti 21 OXFORD RD MANSFIELD,MA 02048 p i GRASS GRASS www.ucseng.com 1-508-337-7600 m \ \�\�\�\�\�\�\��\�\i !\ \ \ \ \ \ \ \\\ \ \\\\ \ \ \�\ 1 NODE Z RCTB-14 21— v REAR PROFILE REVISIONS v REV DESCRIPTION DATE c w 1 UPDATED EQUIPMENT&INFO 03/14/18 X i 2 UPDATE PER EXTENET 03/16/18 c 3 UPDATED PER EXTENET 01/28/19 v c - c DRAFTER:MI/MMS Z EXISTING PROFILE - REAR VIEW "= 5 FEET O PROPOSED PROFILE - REAR VIEW SCALE: SEE SCALE BAR 02 LOOKING SOUTHWEST TOWARDS PALFREY ST o 5 10 15 LOOKING SOUTHWEST TOWARDS PALFREY ST ISSUE DATE: 02/15/18 3 P. 109/19 PALFREY ST P. 109/19 PALFREY ST INDEX NAME:RCTB-14_21 M SHEETM 3 OF 6 4.0" \� 7 9" (R O N I C S ERICSSON RADIO 2205 WITH COVER WE'RE MAKING WAVES— G A 3AYLIN TECHNOLOGIES COMPANY 7 3" O z(1 GQ2410-06621 • W Description: • Pseudo Omni Canister Antenna for Outdoor DAS and - - Small Cells. m - - • 4x ports for AWS/PCS/WCS Band 1695-2360 MHz • 4x ports for CBRS Band 3550-3700 MHz •°"� 39' • 2x ports for UNIT Band 5150-5925 MHz* •�. ,- - 79 1695-2360,3550-3700 and 5150-5925 MHz Pseudo Omni Canister Antenna LOCATION: WATERTOWN,MA / MIDDLESEX COUNTY REF O°Az ERICSSON RADIO NOTES: 0+45° 2203 WITH COVER 0 3550- 3700 MHz 7'3' no 355 � O 5 0 169 5- 00 M 2360 MHz 0 O ei-45° 5925 "Full � 5925 MHz O j 0 �r 0 628 mm 210mm 16950 -450 00 m� 24.9" 236D MHz #2360 MHz .0 ZI • MHz 5 JNn 5925 MHz < +45°Q UI +45°© ERICSSON 2203 & 2205 RADIOS WITH COVER PREPARED FOR: N 1695- , POLE MOUNT REMOTE UNIT a 2360 MHz ` 0 v C Q 3700MHz SCALE: NTS exTenet EVERWHEREK ` -45° EVERYWHERE 0 3550- SYSTEMS D 3700 MHz PLATE 63 BOTTOM 32 PREPARED BY: a z mm(2.5') k�" � �SYNEZGETIC MECHANICAL SPECIFICATIONS AS DRAWN tn„o„aalr rhl¢kl,lg.e,lglllr<-,vas°Alaolu. 1"-14 BOLT PLAN VIEW 21 OXFORD RD SPECIFICATION MEASUREMENT 0 14.6" 368mm ANTENNA MANSFIELD,MA 02048 BRACKET HEIGHT ( ) www.ucseng.com 1-508-337-7600 m BRACKET LENGTH 34"(864mm) POLE a ANTENNA HEIGHT 24"(610m) NODE m z GALTRONICS GQ2410-06621 ANTENNA CENTERLINE ANTENNA/POLE 32"(813mm) 000 . RCTB-14_21 SIDE-ARM BRACKET WEIGHT 47 POUNDS(21kg) DETAILS-ANTENNA AND RADIOS SCALE: NTS SIDEARM N MOUNTING REVISIONS a SIDE ELEVATION BRACKET REV DESCRIPTION DATE c w 1 UPDATED EQUIPMENT&INFO 03/14/18 X i 2 UPDATE PER EXTENET 03/16/18 3 UPDATED PER EXTENET 01/28/19 ANTENNA SIDE MOUNTING BRACKET z' SCALE: NTS DRAFTER: MI/MMS SCALE: NTS ISSUE DATE: 02/15/18 4 INDEX NAME:RCTB-14_21 m SHEET#: 4 OF 6 m 12„ o ® ® ® -7ON im �„ ��0 IN00 ��0 00 00 —POLE MOUNT BRACKET I I I ��Q \ � o I m o LOCATION: ® WATERTOWN, MA o ®® MIDDLESEX COUNTY o NOTES: 0 �® ® NJ 7 0 O 0 ml ® ® 32.0" l� Q' a � � o � PREPARED FOR: i z o 0 PROPOSED ERICSSON vouRNErwoRK a CURVED SHROUD O O O 0 0 DIMENSIONS: �������� ex ene EVERYWHERE SYSTEMS a H32"X W18"X D12" PREPARED BY: a ° WEIGHT:70 LBS. a z SYNERGETIC Innovative Thinking.Engineered Solutions. 21 OXFORD RD MANSo / www.ucsengcomFIELD,MA0204 08-337-7600 SHROUD SIDE SHROUD FRONT SHROUD ISOMETRIC VIEW NODE Q Z RCTB-14 21- E DETAILS-RADIO SHROUD v N REVISIONS v REV DESCRIPTION DATE w 1 UPDATED EQUIPMENT&INFO 03/14/18 X i 2 UPDATE PER EXTENET 03/16/18 3 UPDATED PER EXTENET 01/28/19 ERICSSON CURVED SHROUD 3.8 CUBIC FEET DRAFTER: MI/MMS Z SCALE: NTS SCALE: NTS r ISSUE DATE: 02/15/18 r INDEX NAME:RCTB-14 21 m SHEET#: 5 OF 6 m GALTRONICS GQ2410-06621 ANTENNA 3.+45 4.-45 PCs PCs 5GHz 0.5W — — 0.5W — 0.316W LTE LTE LTE PCS PCs 5GHz 0.5W 0.5W 0.316W LTE LTE LTE 2203 2203 2205 LOCATION: - WATERTOWN, MA WIRING DIAGRAM MIDDLESEX COUNTY SCALE: NTS NOTES: ANTENNA(S) y 3 - 1 TAP#6GROUND DIRECTLY TO ANTENNA MOUNTING PLATE N I ERICSSON RADIOS ti o IN SHROUD �j R F m 1 rF b �[ F� � rF ZI i R U-GUARD L < p IF F' #6 AWG UC.MAIN GROUND LEAD MOUNTED oE. L R':F F R f DIRECTLY TO POLE W/C CLIPS EVERY V-0" PREPARED FOR: i -L SHROUD --� p; LEAVE COIL BELOW SUPPLY SPACE FOR Z INSTALL TO ANTENNA p J f � I FF R YOUR NETWORK '-y�. 1 u '. 'G R° exTeneTEVERYWHERE O �'.��_, w.-�. •,_-, Y .- L__ SYSTEMS �tF COAXIAL GROUND KITS C !�' *, r.. _ •'�•T�,F;;_#} _ _ LOAD CENTER/DISCONNECET FF R II R F.I/' PREPARED BY: FF R F R F �LC/SYNEeRGEEngineereTIC Innovative 21 OXFORD RD MANSFIELD,MA02048 o www.ucseng.com 1-508-337-7600 _ MAKE FINAL BOND m _ -` e+ #6 AWG CU. TO JUMPER Q - 4 GROUND LEADS DIRECTLY NODE 1i5�9 TO MAIN GROUND BAR RCTB-14 21 E I EXISTING PHOTO/WIRING DIAGRAM v MAIN GROUND BAR MOUNTED REVISIONS ON POLE NEAR EQUIPMENT REV DESCRIPTION DATE w 1 UPDATED EQUIPMENT&INFO 03/14/18 r _ "'^^^�•w4..,, #6 BARE SOLID COPPER EXISTING GROUND ROD OR 2 UPDATE PER EXTENET 03/16/18 m - •• CONTINUOUS RUN �--------G NEW COPPER CLAD 3 UPDATED PER EXTENET 01/28/19 `w STEEL GROUND ROD c MIN.T FROM POLE "X 8'LONG COPPER CLAD MIN.3'FROM POLE 6'MINA DRAFTER: MI/MMS z EXISTING POLE SCALE: NTS SCALE: NTS GROUNDING DIAGRAM ISSUE DATE: 02/15/18 6 w INDEX NAME:RCTB-14 21 SCALE: NTS SHEET#: 6 OF 6 m , exTe n O 1 SY!� EMS Radio Frequency Exposure Pre-Installation FCC Compliance Assessment Site Specific Information Site Name NE-MA-ALBRWN11-ATT Categorically Excluded? No (Node: NE-MA-ALBRD3M1-14021) Street Address 141 Palfrey Street 5% Contributor to Areas No City, State,Zip Watertown,MA 02472 Requiring Mitigation? Multi-Licensee Max% MPE (Predictive)at 0.10 % Occupational Facility No Ground Level 0.50 % General Population Structure Type Pole Max% MPE (Measured) N/A Broadcast No Assessment Date February 4, 2019 Equipment #of Access Points Unknown Assessment Purpose Proposed Site Compliance Status Mitigation Required ® Worst-case RF power density levels are BELOW the MPE for General Population/Uncontrolled Environments in accessible areas. Worst-case RF power density levels are ABOVE the MPE for General Population/Uncontrolled Environments but BELOW the MPE for Occupational/Controlled environments. ❑ Worst-case RF power density levels are ABOVE the MPE for Occupational/Controlled Environments but BELOW IOx the MPE for Occupational/Controlled environments. ❑ Worst-case RF power density levels are ABOVE 1 Ox the MPE for Occupational/Controlled environments. Compliance ®NOTICE® l GUIDELINESFORNVIRONMENTSN QCAUTION Requirements I RRDIOFREOUENOY ENVIRONME dt no-�aa�»sea�rv'vaela*weaa<erem�Mq ®nn� m�,Inamsslm mal e.awm.am. (� This i.a k ®o C•.�, (����� (tt,,� Antenna Site ®e .me�,meno.am�aa.mererw,.m � e �I mon'wmm.K��. -eoey ism. ®rv>...wea.In,.mnaB.nm ry,ao a,Ma.rt, Guidelines Notice Caution Warning NOC Information Barrier Access Points ❑ ❑ ❑ ❑ ❑ ❑ Alpha Eli] ❑ ❑ ❑ ❑ ❑ Beta ❑ ❑ ❑ ❑ ❑ ❑ Gamma ❑ ❑ ❑ ❑ ❑ ❑ Additional Compliance Requirements(s): There are no barriers recommended on this site. A Yellow Notice sign is recommended to be posted at the equipment installation location. Since there are no areas exceeding either the FCC's general population or occupational thresholds,no additional signage is required. Consultant Legal Name Centerline Communications,LLC I Phone/Fax (978)660-3998 Address 95 Ryan Drive, Suite 1, Raynham,MA 02767 Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems Contents 1. Executive Summary.........................................................................................................................................................3 2. Proposed Site Characteristics .........................................................................................................................................5 a. Structure .....................................................................................................................................................................5 b. Accessibility.................................................................................................................................................................5 C. ExteNet Systems Signage............................................................................................................................................5 d. Antenna Inventory......................................................................................................................................................6 3. Analysis ...........................................................................................................................................................................7 a. Predictive Model: All Transmitters (Z=25.75')............................................................................................................7 b. Predictive Model: All Transmitters (Antenna Level)...................................................................................................8 C. Predictive Model: Significant Contribution of ExteNet Systems.................................................................................9 4. Conclusion.....................................................................................................................................................................10 a. Conclusion Narrative.................................................................................................................................................10 b. Compliance Requirements........................................................................................................................................11 C. Elevation Emissions Levels&Signage/Barrier Locations..........................................................................................11 5. Appendix C: RF Consultant Certifications .....................................................................................................................12 a. Preparer Certification................................................................................................................................................12 b. Reviewer Certification...............................................................................................................................................12 6. Appendix D: Reference Information.............................................................................................................................13 a. FCC Rules & Regulations ...........................................................................................................................................13 b. Occupational Safety and Health Administration (OSHA) Requirements..................................................................13 C. RF Signage.................................................................................................................................................................14 d. Barriers......................................................................................................................................................................14 Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems 1. Executive Summary ExteNet Systems has contracted with Centerline Communications, LLC, an independent Radio Frequency consulting firm, to conduct a Radio Frequency Exposure (RFE) Compliance Pre-Installation Assessment of the NE-MA-ALBRD3M1 - ATT (Node: NE-MA-ALBRD3M1-14021) cell site located at 141 Palfrey Street in Watertown, MA. The following report contains a detailed summary of the Radio Frequency environment as it relates to Federal Communications Commission(FCC)and Occupational Safety&Health Administration(OSHA)Rules and Regulations for all individuals. The ExteNet Systems antenna data was provided by: Name Sunday Aiyash Title Technical Program Manager Date February 4, 2019 Region Northeast This Pre-Installation compliance assessment and report has been prepared and reviewed by: Preparer Reviewer Name Scott Heffernan Brian Frazier Title Director RF Engineering Sr RF Engineer Date February 4, 2019 February 4, 2019 This report utilizes the following for predictive modeling of the ambient RF environment: MPE Modeling Program: Roofview®4.15 Required Modeling Assumptions: 100%Duty Cycle and Maximum Total Power Output. Additional Modeling Assumptions: Centerline Communications,LLC has performed theoretical modeling using RoofView®software as well as our proprietary small cell modeling software to estimate the worst-case power density at the site ground-level resulting from operation of the antennas as well as at the antenna level and at adjacent residential and business structures. Roof View® is a widely-used predictive modeling program that has been developed by Richard Tell Associates to predict both near field and far field RF power density values for roof-top and tower telecommunications sites produced by vertical collinear antennas that are typically used in the cellular, PCS, paging and other communications services. The models utilize several operational specifications for different types of antennas to produce a plot of spatially-averaged power densities that can be expressed as a percentage of the applicable exposure limit.RoofView®is used to model areas close to the antenna at the antenna mounting level. Our proprietary small cell modeling software analyzes the site profile based upon configuration power levels and antenna characteristics to accurately model the emissions profile extending away from the antenna location in a 6 foot spatially averaged format. This software is used to model far field areas where the antenna patterns have formed and is a better representation of actual power density values in these areas The modeling is based on worst-case assumptions for the number of antennas and transmitter power.For AT&T,the modeling assumes a maximum 2 LTE radio with a composite transmit power level of 40 dBm(10 Watts)at 1900 MHz in 4 x 4 MIMO configuration and a maximum 1 LTE radio with a composite transmit power level of 27 dBm(0.5 Watts) at 5 GHz in 2 x 2 MIMO configuration in order to provide a worst-case evaluation of predicted MPE levels. The assumptions used in the modeling are based upon information provided by ExteNet. Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems For all calculations, all equipment was calculated using the following assumptions: • AT&T: Two (2) 2203 Remote Radios for 1900 and one (1) 2205 Remote Radios for 5 GHz. The maximum deployed transmit power specified for these radio units is 5 Watts each for 1900 MHz and 0.5 Watts for 5 GHz. • The antenna used in this modeling is the Galtronics GQ2410-06621 which is a quasi-omnidirectional canister antenna. • The calculations were performed at maximum gain on the main lobe of the antennas.The antenna mounting height for the proposed utility pole antenna installation is 26.75 feet above ground level to antenna centerline. • All calculations were done with respect to uncontrolled / general population and controlled / occupational threshold limits as specified in FCC OET65. • There was 1.0 dB of system loss resulting from 1.0 dB of cable loss for each 1900 MHz and 5 GHz path. Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems 2. Proposed Site Characteristics a. Structure Physical Description This project involves the installation of one (1) Galtronics GQ2410-06621 quasi- omnidirectional canister antenna on a utility pole at 26.75 feet above ground level. For AT&T,there will be three (3)radios installed on the utility pole. two(2)remote radio units for 1900 MHz LTE and one (1) remote radio unit for 5 GHz. The antenna will be side mounted using a standoff arm on the approximate 35.5-foot pole at the 26.75-foot level (antenna centerline). Site Latitude(NAD 83) 42.37108327 N Site Longitude (NAD 83) -71.18465218 W Site Elevation(AMSL) 127 feet Structure Height(AGL) —35.5 feet Overall Structure Height —35.5 feet b. Accessibility Access to this site is accomplished by approaching the pole at ground level. Workers must be elevated to antenna level in order to access them, so these antennas are not accessible to the general population. All access points locked at time of assessment? N/A All access points alarmed at time of assessment? N/A c. ExteNet Systems Signage IE NOTICE® QCAUTION _ ELINES FOR WORKING IN RFDOIFDREOUENCY ENVIRONMENTS ®A..,P ems I—d--S�—W1EM9 ®Air a aN..m..e.•mb.nm. This k Si Y*'e �nm•�. Antenna Site Existing ®r � .�.• nr- 9rn., 0 . . •m� m•rM�� „. F Siunaue _ ® ®Nm1noMma¢TquPmmlrtm. ••.•.• �••••..•� ••:••. .'•. Guidelines Notice Caution Warning NOC Information Barrier Access Points ❑ ❑ ❑ ❑ ❑ ❑ Alpha ❑ ❑ ❑ ❑ ❑ ❑ Beta ❑ ❑ ❑ ❑ ❑ ❑ Gamma ❑ ❑ ❑ ❑ ❑ ❑ Existing Signage Adheres to carrier Signage&Demarcation Policy? N/A Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems d. Antenna Inventory Height above Frequency Downtilt Horizontal Total Nearest Az Beamwidth Ant ERP Walking Ant# Operator Antenna Model Type (MHz) (deg) (deg.) (Degrees) (ft) (watts) X Y Surface(z**) ANT1 AT&T Galtronics Quasi- 1900 MHz 0 0 degrees Omni 2.04 38.42 50 50 25.75' GQ2410-06621 omnidirectional &5 GHz ** The Z-Value represents the distance in feet from the bottom of'the antenna to the ground level Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems 3. Analysis a. Predictive Model: All Transmitters (Z=25.75') Antenna Each grid line represents 10 feet both vertically and horizontally At ground level(Z=25.75')there are no areas that exceed the Occupational or general population limits. The maximum value at ground level from this facility is 0.10%of the FCC's occupational limit for radio frequency exposure(0.50%general population) Color %FCC occupational %FCC General Public MPE Limit MPE Limit 20%to l00% loo%to s()0% Greaterthanlo6% Greaterthan500% Greaterthanl00% Greater than 5000% Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems b. Predictive Model: All Transmitters (Z=O') Antenna Each grid line represents 10 feet both vertically and horizontally At the antenna level(Z=O')there are no areas extending beyond the antenna radome that may exceed the FCC's occupational or general population limits for exposure to radio frequency emissions. The closest structure is a house located approximately 30 feet to the east of the utility pole installation.There are no areas at this building that exceed either the FCC's occupational or general population limit.At this closest structure at the %FCC Occupational %FCC General Pubf q antenna height the largest calculated value from this facility is 0.02%of the FCC's Color MPELimit MPELimit occupational limit(0.10%general population limit). 0 to O%t.5P5 20%to 100% 100%to 500% Greaterthan100% Greaterthan500% Greaterthan1000% Greaterthan5000% Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems c. Predictive Model: Significant Contribution of ExteNet Systems Antenna Each grid line represents 10 feet both vertically and horizontally .................................. €...........................................................€..... At ground level(Zr25.75')there are no areas extending from the base of the utility pole may exceed 5%of the FCC's general population limit for radio frequency exposure(1%occupational).At the antenna level(Z=0')this area that may exceed 5%of the FCC's general population limit for radio frequency exposure(1%occupational)extends 9 feet from the antenna face. The closest structure is a house located approximately 30 feet to the east of the utility pole installation.There are no areas at this building that exceed either the FCC's occupational or general population limit.At this closest structure at the antenna height the largest calculated value from this facility is 0.02%of the FCC's occupational limit(0.10% general population limit). %FCC occupational %FCC General Public MPE Limit MPE Limit Oto1 Oto5% Greaterthan1% Greaterthan5% Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems 4. Conclusion a. Conclusion Narrative Description of MPE-Limit Exceeding Areas: Based on worst-case predictive modeling,there are no modeled exposures on any accessible ground walking/working surface related to ExteNet's proposed antennas that exceed the FCC's occupational and/or general population exposure limits at this site. At the antenna level (Z=0') there are no areas extending beyond the antenna radome that may exceed the FCC's occupational or general population limits for exposure to radio frequency emissions. Carrier Significant Contribution Areas: At ground level (Z=25.75')there are no areas extending from the base of the utility pole may exceed 5%of the FCC's general population limit for radio frequency exposure(1% occupational). At the antenna level(Z=0')this area that may exceed 5%of the FCC's general population limit for radio frequency exposure (1%occupational) extends 9 feet from the antenna face. The closest structure is a house located approximately 30 feet to the east of the utility pole installation. There are no areas at this building that exceed either the FCC's occupational or general population limit. At this closest structure at the antenna height the largest calculated value from this facility is 0.02%of the FCC's occupational limit(0.10%general population limit). Collocator Significant Contribution Areas: Based on review of construction drawings and aerial photographs,no collocators were identified onsite. Based on worst-case predictive modeling,there are no modeled exposures on any accessible ground walking/working surface related to the carrier's proposed antennas that exceed the FCC's occupational and/or general population exposure limits at this site. Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems b. Compliance Requirements Elevation Emissions Levels & Signage/Barrier Locations D 3 ^^N 'G N V U'I I To Be Posted at the D r equipment location r %FCC Occupational Exposure Limit o - zo %FCC General Public Exposure Limit I 'PI=SCCC+' :=SCC+' :=1CC+' ;=5;' ::5;' Compliance ®NOTICE®GUIDELINES RKING IN QCAUTION AWARNING Requirements RADIOFREOUENCOYREN�RONMENTS 9 MINN, W ®A eelewomsgnetc ena�SMq This ,a.olnrye�po�mera�nie ms�eeammrn�e. C<< '� Ctl)�� 'sAntr`q!i'ia Slte ' xa arenw,rouryawnersaaais:m apgoprpve . • Sale ID 2c N.Ma rancetmmallamsrez cc..inry nwen cnlrrornunn For mso -_ . , Ma nm nmum 3(eeltl® za rcc ne n rr ri e"c mMalop'n�maoteaenas °^'°"rs ap ry S.Use perrore PF ncnM1orswa'ewoM ""a"""" ry � -• ® Guidelines Notice Caution Warning NOC Information Barrier Access Points ❑ ❑ ❑ ❑ ❑ ❑ Alpha ®111 ❑ ❑ ❑ ❑ ❑ Beta ❑ ❑ ❑ ❑ ❑ ❑ Gamma ❑ ❑ ❑ ❑ ❑ ❑ Signage/Barrier Installation Detail ■ There are no barriers recommended on this site. ■ A Yellow Notice sign is recommended to be posted at the equipment installation location Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems 5. Appendix C: RF Consultant Certifications a. Preparer Certification I, Scott Heffernan, the preparer of this report, am fully aware of and familiar with the Rules and Regulations of both the Federal Communications Commission(FCC)and the Occupational Safety and Health Administration(OSHA)with regard to Human Exposure to Radio Frequency Radiation. I am also fully aware of and familiar with the ExteNet Systems Signage & Demarcation Policy. I have reviewed this Radio Frequency Exposure Assessment report and believe it to be both true and accurate to the best of my knowledge. b. Reviewer Certification I, Brian Frazier,the reviewer and approved of this report, am fully aware of and familiar with the Rules and Regulations of both the Federal Communications Commission (FCC) and the Occupational Safety and Health Administration (OSHA) with regard to Human Exposure to Radio Frequency Radiation. I am also fully aware of and familiar with the ExteNet Systems Signage&Demarcation Policy. I have reviewed this Radio Frequency Exposure Assessment report and believe it to be both true and accurate to the best of my knowledge. Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems 6. Appendix D: Reference Information a. FCC Rules&Regulations The Federal Communications Commission(FCC)has established safety guidelines relating to RF exposure from cell sites. The FCC developed those standards,known as Maximum Permissible Exposure(MPE)limits,in consultation with numerous other federal agencies,including the Environmental Protection Agency,the Food and Drug Administration,and the Occupational Safety and Health Administration. The standards were developed by expert scientists and engineers after extensive reviews of the scientific literature related to RF biological effects. The FCC explains that its standards"incorporate prudent margins of safety." The following represents explanations of the most applicable information: Two Classifications for Exposure Limits Occupational—Applies to situations in which persons General Population—Applies to situations in which are"exposed as a consequence of their employment' persons are"exposed as a consequence of their and are"fully aware of the potential for exposure and employment may not be made fully aware of the can exercise control over their exposure". potential for exposure or cannot exercise control over their exposure". Generally speaking,those without significant and documented RF Safety&Awareness training would be in the General Population classification. Environment Classification Controlled —Applies to environments that are restricted Uncontrolled—Applies to environments that are or"controlled"in order to prevent access from members unrestricted or"uncontrolled"that allow access from of the General Population classification. members of the General Population classification. Limits for Occupational/Controlled Exposure Frequency Power Density Averaging Time Range (S) IEI2, IHI ,or S (MHz) (mW/cm2) (minutes) 300-1500 f/300 6 1500-100,000 5 6 Limits-for General Population/Uncontrolled Exposure Frequency Power Density Averaging Time Range (S) IEI2, IHI ,or S (MHz) (mW/cm2) (minutes) 300-1500 f/1500 30 1500-100,000 1 30 f= frequency in MHz Significant Contribution to the RF Environment Any carrier contributing an aggregate MPE percentage of 5 or more(to the applicable RF Environment Classification)is defined as a significant contributor.This means that if any area is determined to be out of compliance with FCC rules,all significant contributors are jointly responsible for correcting any deficiencies. b. Occupational Safety and Health Administration(OSHA)Requirements A formal adopter of FCC Standards,OSHA stipulates that those in the Occupational classification must complete training in the following: RF Safety,RF Awareness,and Utilization of Personal Protective Equipment.OSHA also provides options for Hazard Prevention and Control: Hazard Prevention Control • Utilization of good equipment • Employ Lockout/Tag out • Enact control of hazard areas • Utilize personal alarms&protective clothing • Limit exposures • Prevent access to hazardous locations • Employ medical surveillance and accident • Develop or operate an administrative control response program Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems c. RF Signage Areas or portions of any transmitter site may be susceptible to high power densities that could cause personnel exposures in excess of the FCC guidelines. These areas must be demarcated by conspicuously posted signage that identifies the potential exposure. Signage MUST be viewable regardless of the viewer's position. GUIDELINES NOTICE CAUTION WARNING Used anytime hazard signage is Used to distinguish the Identifies RF controlled Denotes the boundary of employed to achieve FCC boundary between the areas where RF areas with RF levels compliance. This sign will inform General exposure can exceed the substantially above the visitors of the basic precautions to Population/Uncontrolled Occupational/Controlled FCC limits,normally follow when working around and the MPE but below 10 x the defined as those greater radiofrequency equipment. Occupational/Controlled Occupational/Controlled than ten(10)times the areas. The limits MPE. Occupational/Controlled associated with this MPE. notification must be less than the Occupational/Controlled MPE. ® NOTICE ® • ACAUTION AWARNING GUIDELINES FOR WORKING IN RADIOFREQUENCY ENVIRONMENTS QA All personnel should have electromagnetic energy(EME) a straining. ®All personnel erteringthis site must be authorized. ®Ubeysllpostedsigns. ¢�Assume allantenras are active Belom working on antennas,notilyownemand disable appropriate transmitters Maintain minimum 3 feet clearancefrom all arrtennins. Radio frequencyields beyond Beyondthis point Beyond this pond: this poird rray exceed the F CC Radio frequency fiddsat this site Radio frequency Field.at this site ®Do not stop in front o(antenras I public ex limit may excexl FCC rules Trc human aceetl the FCC mlesfor human ®Use personal RF monitors whileworking near antenna. 9enere pu posure exposure. exposure. cmveiiw e mam,c ®Never operate transmitters without shidds during normal operation wnMr,sdreq» y ,gy-mgn-n.M,oorm—r aure n au�a ab r�nw mo�v au ao.ma rer,.>,rd rim rea�o �mi�„a.mr��s���a�o nev 6�Do notopemte base station antennas in equipment room. a�.�,� mY. rrewar,cyar.�rsarna mntr ra,m r.rai�a..,wa pry INFORMATION SIGN ff M, • - x • Information signs are used as a means to provide contact information for any questions or This is gAntegna Site concerns. They will include specific cell site identification information and the ExteNet Systems Network Operations Center phone number. d. Barriers A barrier is any physical demarcation employed as a preventative and/or notification measure that one is entering into an area with RF power density levels greater than the General Population/Uncontrolled limit. F r Confidential & proprietary material for authorized ExteNet Systems personnel only. Use, disclosure or distribution of this material is not permitted to any unauthorized persons or third parties except by written agreement I ExteNet Systems AT&T current (greendots) and proposed locations (blue dots) in and around Watertown 4 ' lot 1,&AV r.'1l![ 14ALl7:if,.1f+ ch'fi 21 +nl . "+U. dr �. L - +y� '�.. , ti r, } A� 'J Yr - �'� rE L:I. 4 . U. h1h1O221� -. °`. �yxhv.. - _ '� j �r a' VROS t44O11t!F ALlST gt�1 e'J 5 f t — '4 1,1.,-F �' �t. IYh.ir •I . �y +�'4.r t.lrl..t }F TM�4t1s `�'Ff• 6834f2 r y agyi t�'T IF ♦F ��•` u ! sff �• - - Pat$4f$ r'IyII[a� C F s {' y_ '�MlR�i T { C41 . � cr141a� ,yam_ �. 11P1L{712h S�� ..wwl a* x7 .I•��i r b5• y, F GrlJd} +� - eIRdJ ,u+. '.L!.`YY31}�` ¢ F � � '� I.P..v t -�ON trl2'J.C�.' p paU u.aa.,Y ■ I`� r.5�1 �t Frin41L3 ¢ i ' .a wF :. I }. -.TI .Y 1} i i ,ti'q¢r Ti 5.:... MIA."29:5S � rtY h��4Io633GF � -`^�� a65 ra-aeaal ISJL W ilet�rn �95h1.iL STILUT '►x-.tl ;I S6r_$�1 t rt,l IF I f r .34F Yi}i O tieeacom'si .. *Wy.S. }.L-111 }'H' ,m j Lrfifimi lT moo agf`iL341; RIP �wQ:i�1I Is n .� ..MAL.}_i7 L I _ 0 u II �rf r.Fi `AY i F w,wl.,.�l 16_u': -7i Y.wq %+ 1 -71?SGC -71.18V I r ii se�3 7 i1!4 .71167 1 •7t 1EE5 -71.IM r-711i17 f�01 Current AT&T 1900 MHz coverage in Watertown ,d,'J rn High ronrecb%jty higr date rate's k-92d9ma " High conrecdwit!,rnoderrte data rates i-Nd9m] R_ High conretdvit'{,rnoderat:to low d Y-a rates? IjOdBm1 Margi .I conn[7-.41ty,Io'eo dnm rates;-1I]dBm} _. Paor aannccdy ,.bn'Cara wzu(-UGdEm) _ if Proposed AT&T 1900 MHz coverage in Watertown •� JAI ' - • y w �.r�1-154 iY'f 1 40 _ 1 F• i S - High mnrecb%it,.r.high data rates k•92dBm� High connecdwit!,rnoderata data rates i-MdBm] . High aorlruetdvit'{,rncxderdL=to lowds-a rases? iGSdEm} -1L 9 PAargiml ron]rec-:4ity,low dnm rates, +lldBm} o a.�.� 0.31n1 P,Mys ca«4r � a� '�' • • - Paor aonnmcdy h•,lon-Cara rates(-UGdEm) Issued CONSTRUCTION STANDARD C4404 05-Feb-04 ELECTRIC OPERATIONS ORGANIZATION Revised 02-Sep-08 Oj NSTAR Revision 5 ELECTRIC Page 1 of 8 C4404R5 CONSTRUCTION REQPJIREMENTS FOR DISTRIBUTED ANTENNA SYSTEMS (DASI ON DISTRIBUTION POLES 1.0 Purpose The purpose of this standard is to describe the general requirements and show the typical construction and clearances needed for distributed antenna systems (DAS) on electric distribution poles. 2.0 Bill of Materials - None 3.0 General Reauirements 3.1 Any style of new antenna installations are not allowed on distribution poles that contain any of the following equipment or construction: A. Any primary connected equipment (transformers, switches, regulators, reclosers, capacitors, etc) operating over 600 Volts. B. Any other communications equipment or antenna belonging to NSTAR or another entity (i.e. CAN Power Packs). C. Primary risers, three phase secondary risers, multiple secondary risers or single phase secondary risers with conductors greater than 4/0 in size. D. Locations that are in backyards (backlot construction) or that otherwise cannot be accessed by a standard bucket truck. E. Three and Four-way primary junction poles. F. Major electric supply line DSS or double circuit poles. G. Poles that would require guying and anchoring to be added or upgraded to support wire and equipment loads until and unless rights are subsequently secured and guying and anchoring is installed. H. Poles with existing riser congestion (all utilities) that encircle more than 40% of pole circumference. Poles with existing riser congestion (all utilities) that encircle more than 40% of pole circumference. 3.2 Pole top style antennas are not allowed on: A. Any pole with existing primary conductors. B. Any pole where the installation of major equipment or circuit wire upgrades are anticipated in the foreseeable future based on the latest NSTAR 3 year project plan. This shall be determined by Issued CONSTRUCTION STANDARD C4404 05-Feb-04 ELECTRIC OPERATIONS ORGANIZATION Revised 02-Sep-08 Oj NSTAR Revision 5 ELECrR/C Paqe 2 of 8 NSTAR engineering, and poles shall be categorized as `reserved primary space" poles. 3.3 Applicable codes and other approvals needed: A. All installations shall be in compliance with the applicable codes, wiring inspector requirements and the NSTAR 'Information and Requirements for Electric Service". Installation and maintenance will be performed in compliance with OSHA requirements and NSTAR Safety requirements for work in energized areas. The NESC minimum requirements shall be met or exceeded in all cases. B. The wireless company shall obtain permission from the local municipality and NSTAR prior to installation of the equipment. It is strongly recommended that preliminary approval be secured from the local authorities before siting work is begun with NSTAR. 3.4 Requirements from Requestor to NSTAR A. The requestor is required to submit construction drawings showing all equipment to be reviewed and approved by NSTAR. Deviations from proposed drawings or equipment are not allowed. Should there be any violation of the agreed to standard designs, the requester will be required to make corrections at their expense. B. Requires that a study of the pole adequacy and integrity with the new equipment installed be performed, with cost borne by the requester. C. Requestor pays all costs of new pole, transfer work and make-ready work to NSTAR before any work is to begin. D. If in the future a pole with a pole top antenna (Fig 4) is to be upgraded by NSTAR to add new primary wires, requestor shall change the antenna style, at their expense, to a secondary level design and with clearances as shown in (Fig 3). 3.5 Requestor shall provide and install the following — construction notes. A. Weatherhead in a location suitable to form a drip-loop and to make secondary connections. 1) Supply wire for connection to leads from secondary shall be minimum #10 solid copper, 600 V insulated conductors, type RHW-2 or THWN, and made with UL approved connectors. 2) Allow enough slack on temporary power and neutral connections so NSTAR crews can cut the temporary connections and attach the power and neutral leads to system second arieslneutrals without additional splicing when the permanent connection is completed. I ERICSSON Radio Description Radio 2203 and RRU 2208 Description 1 8 011 5 51-LZA 7U1 6001/1 U6n C Copyright © Ericsson AB 2016. All rights reserved. No part of this document may be reproduced in any form without the written permission of the copyright owner. Disclaimer The contents of this document are subject to revision without notice due to continued progress in methodology, design and manufacturing. Ericsson shall have no liability for any error or damage of any kind resulting from the use of this document. 180/15..51-LZA 701 6001/1 lien G 1 2016-04-04 i i Contents 1 Introduction 1 1.1 Warranty Seal 1 2 Product Overview 2 2.1 Main Features 3 2.2 Optional Equipment 4 3 Technical Data 5 3.1 Technical Data Summary 5 3.2 Installation Recommendations 10 3.3 Space Requirements 11 3.4 Acoustic Noise 15 3.5 Environmental Characteristics 16 3.6 Power Characteristics 18 3.7 System Characteristics 20 4 Hardware Architecture 21 4.1 Support 22 4.2 Radio Core 23 4.3 Antenna 24 4.4 Cover 24 4.5 Optical Indicators and Buttons 24 5 Connection Interfaces 26 5.1 Support 26 5.2 Radio Core 29 6 Standards and Regulations, Radio 2203 33 6.1 Regulatory Approval 33 6.2 Other Standards and Regulations 37 7 Standards and Regulations, RRU 2208 38 7.1 Regulatory Approval 38 7.2 Other Standards and Regulations 39 i i 1 Introduction This document describes Radio 2203 and Remote Radio Unit 2208 (RRU 2208). 1 .1 Warranty Seal The unit is equipped with a warranty seal sticker. Note: Seals that have been implemented by Ericsson must not be broken or removed, as it otherwise voids warranty. 16011551-LA 701 60011 Uen C 1 2016-04-04 2 Product Overview The radio expands coverage and performance in denser urban areas, where the use of small handheld devices demand high capacity on the operators networks. It is designed to be located in cities and in demanding radio environments. The radio is part of a modular radio building concept that enables a variety of installation alternatives that is also easy to expand. Flexible mounting solutions are provided using rails and pole clamps. The small size of the radio together with the flexible mounting solutions reduces the site volume. The lower weight also improves the handling of the radio. The radio can be connected In a star or cascade configuration using optical cable links.An optic cable connects the radio to the main unit, or to an expanded Radio System. An overview of different radio installations is shown in Figure 1. 2 180/1551 LZA 701 6001M Uen C 1 2016-04 04 p ;Overvn:,m — Legends i ® Main unit [j Radio ---- Optical cable Waim Figure 1 Radio Installations 2.1 Main Features The following are the main features of the radio: • Supports: — Radio 2203: Wideband Code Division Multiple Access (WCDMA)and Long Term Evolution (LTE). — RRU 2208: LTE. • Supports: — Radio 2203: Frequency Division Duplex (FDD). — RRU 2208: Time Division Duplex (TDD). 1e011551-LZA 701 soatM uenc 1 2016-04a 04 i • Supports: — Radio 2203: Duplex transmitter/receiver(2TX/2RX) branches with 5 W per branch. — RRU 2208: Duplex transmitter/receiver(2TX/2RX) branches with 10 W per branch. • Supports up to 9.8 Gbit/s CPRI (optical). • Complies with 3GPP base station classes Medium Range (MR); relevant standards are listed in Section 6.1.4 on page 35 (Radio 2203) and Section 7.1.3 on page 39 (RRU 2208). 2.2 Optional Equipment The optional equipment for the radio is the following: • External antenna equipment • Integrated directional antenna • Omnidirectional antennas • Rail installation equipment 4. 18011551-LZA 701 600111 Uen C 1 2016-04-04 i 3 Technical Data This section contains the radio physical characteristics, environmental data, and the power information of the Radio System. 3.1 Technical Data Summary This section contains a technical data summary for Radio 2203, RRU 2208 and the antennas. 3.1.1 Radio 2203 The technical data for Radio 2203 is listed in Table 1. Table 1 Radio 2203 Technical Data Description Value Maximum nominal 2 x 5 W output power Number of carriers WCDMA: One to four carriers LTE: One to three carriers Mixed mode: Two to five carriers � 1„ 5 i Description Value Frequency(') 1920-1980 MHz uplink 2110-2170 MHz downlink B1 for WCDMA and LTE. 1710-1785 MHz uplink 1805-1880 MHz downlink B3 for WCDMA and LTE 1744.9-1784.9 MHz uplink 1839.9-1879.9 MHz downlink B3C for WCDMA and LTE 824-849 MHz uplink 869-894 MHz downlink B5 for WCDMA and LTE 1710-1780 MHz uplink 2110-2180 MHz downlink B66A for WCDMA and LTE. 880-915 MHz uplink 925-960 MHz downlink BS for WCDMA and LTE Dimensions with Cover Height 200 mm Width 200 mm Depth 100 mm Dimensions with Antenna Height 200 mm l Width 200 mm Depth of Radio 2203 B1, 119 mm -- 63C Depth of Radio 2203 B8 129 mm Weight with Cover Radio 2203 4.5 kg 1I Weight with Antenna Radio 2203 4.9 kg 1 Color Body NCS S 1002-B �. 18011551-LZA 701 5001/1 uen C 1 2018-04.04 i i (1)Information about Instantaneous Bandwidth(IBM can be Pound in RSS Configurations. The radio height, width, and depth with Antenna are shown in Figure 2. 200 200 f Unit of measurement:mm Figure 2 Radio 2203 Dimensions with Antenna The radio height, width, and depth with Antenna of Radio 2203 BS are shown in Figure 3. z00 200 Unit of measurement:mm x+sczn Figure 3 Radio 2203 B8 Dimensions with Antenna The radio height, width, and depth with Cover are shown in Figure 4. 18011551-LZA 701 6001f1 Uen C 1 2016-04-04 R�7s1 DF„rinaon 200 100 200 fe Unit of measurement:mm cic„s Figure 4 Radio 2203 Dimensions with Cover 3.1.2 RRU 2208 The technical data for RRU 2208 is listed in Table 2. Table 2 RRU 2208 Technical Data Description Value Maximum nominal 2 x 10 W output power Number of carriers LTE: One to two carriers FrequencyM 2575-2635 MHz uplink 2575-2635 MHz downlink B41 E for LTE. Dimensions with Cover Height 200 mm Width 200 mm Depth 103 mm Dimensions with Antenna Height 200 mm Width 200 mm Depth 123 mm Weight with Cover RRU 2208 4.6 kg 90'1f.r 1 1 TA i., IJ.-n q.t-Oa ERICSSON Radio Description Radio 2205 Description i �essawz gWi1 51-LZA 701 GOD 1:1 U9n C Copyright © Ericsson AB 2017. All rights reserved. No part of this document may be reproduced in any form without the written permission of the copyright owner. Disclaimer The contents of this document are subject to revision without notice due to continued progress in methodology, design and manufacturing. Ericsson shall have no liability for any error or damage of any kind resulting from the use of this document. Trademark List All trademarks mentioned herein are the property of their respective owners. These are shown in the document Trademark Information. 88115S1-LZA 701 600111 Uen c 1 2017-07-07 i Contents 1 Introduction 1 1.1 Warranty Seal 1 2 Product Overview 2 2.1 Main Features 3 2.2 Optional Equipment 4 3 Technical Data 5 3.1 Technical Data Summary 5 3.2 Installation Recommendations 7 3.3 Space Requirements 9 3.4 Acoustic Noise 14 3.5 Environmental Characteristics 14 3.6 Power Characteristics 16 3.7 System Characteristics 18 4 Hardware Architecture 19 4.1 Support 20 4.2 Radio Core 20 4.3 Antenna 21 4.4 Cover 21 4.5 Optical indicators and Buttons 21 5 Connection Interfaces 23 5.1 Support 23 5.2 Radio Core 26 6 Standards and Regulations 30 6.1 Regulatory Approval 30 6.2 Other Standards and Regulations 33 i i 1 Introduction This document describes Radio 2205. 1 .1 Warranty Seal The unit is equipped with a warranty seal sticker. Note: Seals that have been implemented by Ericsson must not be broken or removed, as it otherwise voids warranty. 2 Product Overview The radio expands coverage and performance in denser urban areas,where the use of small handheld devices demand high capacity on the operators networks, It is designed to be located in cities and in demanding radio environments. The radio is part of a modular radio building concept that enables a variety of installation alternatives that is also easy to expand. Flexible mounting solutions are provided using rails and pole clamps. The small size of the radio together with the flexible mounting solutions reduces the site volume. The lower weight also improves the handling of the radio. The radio can be connected in a star or cascade configuration using optical cable links. An optic cable connects the radio to the main unit, or to an expanded Radio System.An overview of different radio installations is shown in Figure 1. 2 8911551-LZA 701 6001il Uen C 1 2017-07.01 Product Overview 0 0 4 — Legends COMain unit Q Radio ---- Optical cable rarmm Figure 1 Radio Installations 2.1 Main Features The following are the main features of the radio: • Supports: — LTE • Supports: — LTE Time Division Duplex (LTE TDD) — LTE Listen Before Talk (LTE LBT) • Supports: i Duplex transmitter/receiver(2TX/2RX) branches with 0.5 W per branch • Supports up to 9.8 Gbps CPRI (optical) • Complies with 3GPP base station classes Medium Range (MR); relevant standards are listed in Radio Standards Compliance on page 32. 2.2 Optional Equipment The optional equipment for the radio is the following: • External omnidirectional antenna • Integrated directional antenna • Rail installation equipment i 3 Technical Data This section contains the radio physical characteristics, environmental data, and the power information of the Radio System. 3.1 Technical Data Summary This section contains a technical data summary for Radio 2205 and the antennas. 3.1.1 Radio 2205 Note: Table 1 lists regulatory approved configurations. The listed standards on a specific frequency band may not be generally available on all markets. Contact the local Ericsson responsible for details. Table 1 Radio 2205 Technical Data Description Value Maximum nominal 2 x 0.316 W output power(')(�) Number of carriers" three carriers FrequencyN B46A: 5155.8-5250 MHz for uplink and downlink B46D: 5725-5875 MHz for uplink and downlink Dimensions with Cover Height 200 mm Width 200 mm 1� Depth 103 mm Dimensions with Antenna Height 200 mm Width 200 mm Depth 123 mm Weight with Cover Radio 2205 4.85 kg Weight with Antenna Radio 2205 5.55 kg I _ :il. I:I 1ra !'.1'-_ .I 5 Radio Description Description Value Color j Body NCS S 1002-B (1)Detailed infomlation about licenses and hardware activations codes(HWAC)can be found in: GSM:User Description, RAN handling of software licenses and hardware activation codes and MCPA Guideline In the GSM RAN CPI library. WCDMA:Licenses and Hardware Activation Codes in the WCDMA RAN CPI library. LTE:Manage Licenses in the Radio Nodes libraries. (2)FCC Limits Maximum nominal output power:0.223W(23.5dBm)for Integrated directional antenna(maximum gain is 10.5d8)and 0.630W(280m)for external omnidirectional antenna(maximum gain is 6d8). EU Limits Maximum nominal output power:0.014W(11.5d8m)for integrated directional antenna(maximum gain Is 10.50). (3)Information about Instantaneous Bandwidth(IBW)can be found in Ras Configurations. The Radio height, width, and depth with Antenna are shown in Figure 2, 200 123 y a 200 A i I \ Unit of measurement:mm Figure 2 Radio 2205 Dimensions with Antenna The Radio height, width, and depth with Cover are shown in Figure 3. 6 88115,1-L=A 701 Goo'I:1 Uen C 1 lC"17 07 IJ7 Te. Data 200 103 _ 200 I Unit of measurement mm ewevc Figure 3 Radio 2205 Dimensions with Cover 3.1.2 Antennas The technical data for the antennas are listed in Table 2. Table 2 Antennas Data Antenna Frequency Band Frequency Mhz Directional 846 5155-5875 3.2 Installation Recommendations To ensure reliable operation and maximum performance, an appropriate installation location must be chosen. When using the optional integrated directional antenna make sure the radio is not pointing at any elements that can disturb the radio signals. 3.2.1 Indoor Locations to Avoid Although the unit is designed for outdoor use, it can be used indoors. For indoor locations Ericsson recommends to operate according to ETSI EN 300 19-1-3 class 3.1, 3.2, 3.3, and 3.6. This does not cover installation with heat traps or installation in lofts, where air ventilation does not exist. To ensure smooth performance, avoid installing the unit in a potential microclimate location, for example, places with unventilated lofts, with heat traps, or where the product is exposed to direct sunlight through windows. Avoid installing the equipment under glass covers or skylight windows without proper ventilation. 8811 5 51-1LA 1o1 000111 Uen C 1 2017-07-07 7 r �C;ALTRCINICS WR'RR MAKING WAVGi- /.y.rLIX rep.XOlGd�i L04YANY r outdoor Pseu• • a ' 1 r r i tandt I EXTENT TM P6480i Description: • Pseudo Omni Canister Antenna for Outdoor DAS and Small Cells. • 4x ports for AWS/PCS/WCS Band 1695-2400 MHz • 4x ports for CBRS Band 3550.3700 MHz • 2x ports for 5GHz Band 5150-5950 MHz 1695-2400,3550-3700 and 5150-5950 MHz Pseudo Omni Canister Antenna Electrical Specifications Frequency Band[MHz] 1695-2180 21 M2400 3550.3700 5150.5950 Input Connector Type 4x 4.3.10 DING 4x 4.3.10 DIN(F) 2x 4.3-10 DING Isolation(typ.) •20 dB -25 d8 -2S dB Inter-band Isolation -30 d8(typ) -30 d8(typ) -30 c1B(typ) VSW R/Return Loss 15:1(Typ.)1.7:1(Max.)/14.0 dB(Typ.)11.8d6(Max.) Impedance 5o n Polarization Dual slam 45•(345•) Horizontal Beamwidth Omni(360•) Vertical Beamwidth 150 120 15• 19• Max.Gain 9 dBl 9.5 dBl 8.5 dBi 6dBi(Max.) Avg.Gain 7.5 dBi 8 dBl 8 dBi 3 d8i Downtilt 0" Max Power/Port 150 Watts 100 Watts 10 Watts PIM @ 203 dam <-153 d8c I N/A N/Amechanical SpWifications l R Operating Temperature -401 to 158'F(404 to+70•C) Antenna Weight 191bs(9kg) 0 Antenna Diameter 10"(254 mm) I � Antenna Height 24.7`(628mm) a Radome Material ASA 0 ROHS Compliant Radome Color Gray,Brown,3M`V Conceal Film,Custom Colors Possible g Ingress Protection Outdoor(IP65) Wind survival Rating 150 mph(241 km/h) 1 1 Shipping Dimensions-L x W x D 30"x19"x19"(762x483x483 mm) 1 Shipping Weight(Gross weight) 26 Ibs(12 kg) Copyright O 2017-Galtronics Corporation Ltd, Proprietary Information.All rights reserved.Galtronics reserves the right to modify or amend any antenna or specification withhout prior notice. GALT 0NICS we'pe YAxINa WAVES- •ur,-ec.w�aua CpNe.Nr it Mechanical Dimensions riD254 10, O � - 3J�?" - l I fi?mmi25"j �}i 1"]a Bah Numbers,Part Ordering Options Description: Part Number: Antenna with 10x 4.3-10 DIN(F)Connectors,Gray D4127265-06480-1 Antenna with 10x 4.3-10 DIN(F)Connectors,Brown 04127265-06480-f) Antenna with 10x 4.3-10 DIN(F)Connectors,Chrome(3M-Conceal Film) 04127265-06480-C Mounting Bracket(s): Part Number: 0 Pole Side Mounting Bracket(wind speed of 150 mph) r o: Offers easy pole side Installation, 62-50-09 a 0 o: Pole Top Mounting Bracket(wind speed of 150 mph) 0 62-2ao9 Bracket base attached directly to wood,metal and cement poles. c L V 1"Mount Rod Adapter(wind speed of 150 mph) 0 0 v Universal Interface for pole top installation. 62-57-09 v a z Matting Male Connector Torque: 4.3-10: 3.7 ft-lb(5 Nm) Copyright®2017-Galtronics corporation Ltd. Proprietary Information.All rights reserved.Galtronics reserves the right to modify or amend any antenna or specification withhout prior notice. i � sTuumir� w000r�x�laucc IBrortEFs1 MLINOUKS NtiEWN. 6LLlnWcl4 AHlENW. � _. _ _ / l r�l�I � �' �� Il ONIHIN>p Bp.le,Hpp it `_ J lBYpM61$YEWFTru1Wry W.) I 1 1 1 GALTRONICS ANTENNA WOOD POLE SIDE MOUNT-BOTTOM VIEW a YAIF:t< I I �1Y FWONBp:i •PIACFS WMi IH 911E i� 1•-Ii WMM1E6 �18Y OlXENB)b�� sra�.uuebr r CUSTQMER.APPROVAL �I �I � /�pYKOVFL YIB�f11YOY6n IVPMYeDNIpIEv Iglgi IYwgapr• Yybbn,.nnnM _- -_ PIYB!•YDAFBYBWF I{Iw1.svY�6 8f.1N[aFc=1 1NO1'1 ———— ._ -_�m•oNiwwsoeacn.11oo Iffy 1 m.v"Yr.+lR4 wl Uv4 by. I GALTRONICS ANTENNA WOOD POLE SIDE MOUNT-ASSEMBLY �dwr ,•�„W,„ ,^„-,�.»- a y.le la FINISH: NEW ENGLAND ELECTRICAL CONTRACTING CORP. HOT DIP GALVANIZED. lullim_ awmwowuE xrlamob.ur.c¢vn Oiil�1Y1 S9@.N10 FNf i81®Bll%W - WTNNFFLC.W11 ANTENNA MOUNTING BRACKETS �,�mvmrmmi TOP -- �tvaurar--{ 1 �iNL1N911L6ANlFMji aOAnIPRbiI u9 CUSTOMER APPROVAL — - - —f I�.— g9CO PIX£IRfE11FNfE IRYmEI.MU16lIWI -r wvq•�W -i —— f.8r'aixE1L`j \ ra�or s7 s I — I _ g SA'%9G1— AOLIB OPL 1, �uz ou mnu saaxrs.lmc �, - _ _ trvmxEns,venri.uremcpt �aFmr.caxuae SIDE sBeNn Pn1IN5 � yy�� 6XCWN FpixE(£PE]IEE ,../�w. iw�tlxRww J •u c—mro•inamawn ir..si•wwvl�nuww�iwvuume.ww FINISH: NEW ENGLAND ELECTRICAL CONTRACTING CORP. HOT DIP GALVANIZED. D ELEC rvE CAL C x TIMC @ - onlcE rarsmxaa wx x,sesmm GALTRONICS ANTENNA WOOD POLE SIDE MOUNT ANTENNA ErS NG � BRACKKTS E . T wM O E.•u L.., ,I 1-0 09191s-1 A doe ERICSSON Curved Shroud Technical Product Description _a Copyright ®EUS Ericsson, Inc. 2017. All rights reserved. No part of this document may be reproduced in any form without the written permission of the copyright owner. Disclaimer The contents of this document are subject to revision without notice due to continued progress in methodology,design, and manufacturing. Ericsson shall have no liability for any error or damage of any kind resulting from the use of this document. 221 02-NPN 901 03 Rev A i DESCRIPTION The Curved Shroud is a pole mounted radio concealment. Its compact rounded shape design and variable powder coat finishes blends with surrounding infrastructure. TECHNICAL SPECIFICATION COMPLIANCE Telcordia GR-487-CORE: Exposure to High-Temperature Environmental Induced Vibration Seismic Test Transportation Vibration (for configuration with up to 4x 2203 radios) MECHANICAL Width x Depth x Height: 18"x 12" x 32" Weight: 70 lbs. (enclosure only) Internal Volume: 3.8 cu. ft. MOUNTING Pole Mounting: Wood/Steel (6"offset available) metal banding or thru bolt FINISH Variable Powder Coat Finishes GROUNDING Isolated ground bar with %-in stud,5/8 ctr-ctr, copper ground bar CABLE ENTRY 6 cable egress/Ingress knock-out OPTIONAL EQUIPMENT CONFIGURATIONS Up to 4x Ericsson 2203 Up to 2x 2203 and 1x mRRU512 Integrated bracket for up to 2xtwin-diplexer Integrated bracket for outdoor rated fiber termination box 221 02-NPN 901 03 Rev 2017-05.16 i ENCLOSURE CONFIGURATIONS • 4x 2203, 2x twin-diplexer, 1 x Fiber termination box • 2x 2203, 1x mRRUS12, Fiber termination box, twin-diplexer 1 9 • Additional feature: mounting provision for AC distribution box l I M ip 221 02-NPN 901 03 Rev A 2017-05-15 ,, Ericsson AS 2017 3 (3) Ericsson Confldentlat