DIR-2010-22b CITY OF CUPERTINO
10300 Torre Avenue, Cupertino, California 95014 (408) 777-3308
To: Mayor and City Council Members
Chairperson and Planning Commissioners ,r�
�
From: Aarti Shrivastava, Director of Community Developmen �
Prepared by: Colin Jung, Senior Planner
Date: June 18, 2010
SuUject: Director's Minor Modification, DIR-2010-22 to allow the upgrade of an existing
personal wireless service facility mounted on a PG&E power pole and an associated
base equipment station located near the southeast corner of the PG&E corporation
yard at 10900 Blaney Avenue.
Chapter 19.132 of the Cupertino Municipal Code allows for administrative
approval of minor changes in a project. The Director reports his decision to the
City Council, Planning Commission and property owners within 1,000 feet to
afford interested parties time to appeal the decision within fourteen calendar
days.
BACKGROUND:
The applicant, Liz �;.._ . �' �.' ,. _ �: � � - �`�;
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upgrade an existing � �� «� �� � ���� � - � 300 ft. � �' ,�,� : �;�
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service facility on an "' ��"`� ��4 �. : � �O � � _ ��� ��, ► �
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aerial photo). The
three existing panel antennas mounted at a height of about 62 feet will be swapped out
with three new panel antennas. Two coaxial cables and a ground level equipment
cabinet will be added.
DIR-2010-22
10900 North Blaney Avenue Page 2
DISCUSSION:
Screening
Since the existing personal wireless servicE� facilities was built in 1997, the following
screening and stealthing enhancements arf� being incorporated in order to be consistent
with the City's current Wireless Facilities 1'✓Iaster Plan:
• Internalize new coaxial cables insid�� existing cable tray,
• Color antennas, mounting hardwar � and cable trays to match the pole color.
Radio Frequency Energy (RFE) Assessment
An RFE assessment was prepared to evaluate the RFE exposure from the personal
wireless service facility against federal saff�ty standards (Attachment 1). The study
concluded that the potential general publi�: exposure from RFE, at ground level would
be 1.12% of the applicable public limit established by the federal government (1
mw/cm Second floor residential expost�res are less than the ground level RFE
exposure as the nearest residences are 300 feet or more away from the antennas.
A supplement RFE assessment was provic ed by Clearwire that also accounts for the
RFE exposures from the recently approvecl Clearwire facility adjacent to the AT&T
facility. The report concluded that the aggregate exposure of two facilities is 6.8% of the
acceptable public limit.
ACTION:
The Director of Community Development deems the modification minor and approves
the wireless facility upgrade with the following conditions of approval. State law
requires a minimum 10-year permit for personal wireless service facilities.
1. APPROVED EXHIBITS
Approval is based on Exhibits titled: "IJU0501/CNU3327/Vallco Shopping
Center/ 10900 North Blaney Avenue/ C'upertino, CA 95014" prepared by Borges
Architectural Group dated 05/20/10 a:1d consisting of eight sheets labeled T-1, T-2,
A1 through A-3, RF-1, D-1 and D-2, exc:ept as may be amended by the conditions
contained in this resolution.
2. NOTICE OF FEES, DEDICATIONS, R�:SERVATIONS OR OTHER EXACTIONS
The Conditions of Project Approval set forth herein may include certain fees,
dedication requirements, reservation r��quirements, and other exactions. Pursuant to
Government Code Section 66020(d) (1;, these Conditions constitute written notice of
a statement of the amount of such fees, and a description of the dedications,
reservations, and other exactions. Yc u are hereby further notified that the 90-day
approval period in which you may pr��test these fees, dedications, reservations, and
other exactions, pursuant to Government Code Section 66020(a), has begun. If you
DIR-2010-22
10900 North Blaney Avenue Page 3
fail to file a protest within this 90-day ��eriod complying with all of the requirements
of Section 66020, you will be legally ba�•red from later challenging such exactions.
3. ABANDONMENT
If after installation, the aerial is not us��d for its permitted purpose for a continuous
period of 18 months, said antennae an d associated facilities shall be removed. The
applicant shall bear the entire cost of d��molition and removal.
4. STEALTHING REQUIREMENTS
The antennas, mounting hardware and cables visible from public rights-of-way shall
be colored to match the power pole. Cables shall be internalized within the pole
whenever feasible.
5. EXPIRATION DATE
This Director's Minor Modification sh�.11 expire ten (10) years after the effective date
of the permit (June 18, 2020). The ap��licant may apply for a renewal of the minor
modification at which time the Director of Community Development may review
the state of wireless communication and camouflage technologies to determine if the
visual impact of the personal wireless facility can be reduced.
This Director's approval is effective June 1�, 2010. The fourteen calendar day appeal
period will expire on July 2, 2010.
Enclosures:
Attachment 1: Radio Frequency Analysis /AT&T Mobility/Site# SF0501/10900 North
Blaney Avenue,/Cupertinc�, CA 95014/By: Evan Wappel/Date
5/28/2010
Attachment 2: Statement of Hammett & F;dison, Inc., Consulting Engineers, on
compliance with FCC stan�ards for RFE exposure for the Clearwire,
LLC Proposed Base Station (Site No. CA-SJC0126A), 10900 North Blaney
Avenue, Cupertino, Califol nia".
Attachment 3: Plan Set
Attachments are available in the Planning Department and also may be viewed at the
City's website at w������.cu��er Sel��ct the link to "Records°, then select the
"Planning Department" folder, the "DIR p.pprovals" folder, the "2010" folder and then
file "DIR-2010-22b."
G: / Planning/ PDREPORT /DIRreports /2010 / DIR-2010-:'.2.doc
:� at&t ATTACHMENT 1
Radio Freq�ency Analysis
AT&T Vlobility
Site# SF0501
10900 North 3laney Avenue,
Cupertinc�, CA 95014
By: Eva�i Wappel
Date 5� 28/2010
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Report Summary
Based upon information provided by AT&T Mobilit� and the design engineer, and using the calculated
method for determining RF field strength, it is the engineer's opinion that the AT&T Mobility site located
at 10900 North Blaney Avenue, Cupertino, CA 9501� complies with the FCC's current prevailing standard
for limiting human exposure to RF energy.
Due to the mounting method utilized, the general � ublic is not able to approach the antennas.
Therefore, no significant impact on the general population is expected. The calculated electromagnetic
field strength level in publicly accessible areas is less than the existing standard allows for exposure of
unlimited duration. Additionally, due to the mounting method used, no significant impact on the
environment is expected.
For personnel who work within 11' of the face of ar antenna, a training program in exposure to RF fields
is recommended. Maintenance personnel should bE� instructed to contact the appropriate Carrier prior
to working in front of an antenna.
Recommended Signage
There is no requirement for AT&T Mobility RF "Notice" signs because the EME levels in all public areas
are below the FCC Public exposure limit.
Background
Evan Wappel is the Market RF Safety Coordinator fc�r AT&T Mobility and is responsible for conducting a
Radio Frequency (RF) electromagnetic analysis for the AT&T Mobility site located at 10900 North Blaney
Avenue, Cupertino, CA 95014. This analysis consists of a review of the existing site conditions,
calculation of the estimated RF field strength of the antennas, and the provision of a comparison of the
estimated field strength with the Federal Communi:ation Commission (FCC) recommended guidelines
for human exposure to RF electromagnetic fields.
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Site Description
Based upon the information provided by AT&T Mok►ility, 6 AT&T Mobility panel antennas are mounted
on a tower. The antennas are mounted approximat�ly 58' (to bottom of antennas) above ground level.
The antennas are oriented such that the main lobe� are pointed toward the horizon. Normal public
access to the front of the antennas is not expected due to the mounting location and method utilized.
Occupational access to the front of the antennas is not normally expected. AT&T is planning to add a 3�
carrier of UMTS technology.
RF Field Strength Calculation Methodology
A generally accepted method is used to calculate the expected RF field strength. The method uses the
FCC's recommended equation which predicts field �trength on a worst case basis by
( 2) 2 PG PG EIRP
S = _ _
4�R �R �R
doubling the predicted field strength. The following equation is used to predict maximum RF field
strength:
Where:
S = power density
P= power input to the antenna
G= power gain of the antenna in the direction of interest relative to an isotropic radiator
R= distance to the center of radiation of the antenr�a
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EME Levels
The ground level effect of the AT&T Mobility emissi��ns was calculated using a maximum ERP of 2,644
watts. Results were calculated for a height of 6' above ground level. Using these factors, the maximum
calculated AT&T Mobility fields at ground level are :_.12% of the existing standard for general population
uncontrolled exposure.
See Table 1 for the FCC's guidelines on Maximum PE�rmissible Exposure (MPE). Note that the RF ranges
referenced for this analysis are the ranges of 300 — L500 Mhz, and 1500 —100,000 Mhz shown in Table
1, which is included in Appendix A.
Exposure Environments
The FCC guidelines incorporate two separate tiers of exposure limits that are dependent on the situation
in which the exposure takes place and/or the status of the individuals who are subject to exposure. The
decision as to which tier applies in a given situation should be based on the application of the following
definitions.
Occupational/controlled exposure limits apply to situations in which persons are exposed as a
consequence of their employment and in which those persons who are exposed have been made fully
aware of the potential for exposure and can exercis� control over their exposure.
Occupational/controlled exposure limits also apply �Nhere exposure is of a transient nature as a result of
incidental passage through a location where expos� re levels may be above general
population/uncontrolled limits (see below), as long as the exposed person has been made fully aware of
the potential for exposure and can exercise control over his or her exposure by leaving the area or by
some other appropriate means.
General population/uncontrolled exposure limits a��ply to situations in which the general public may be
exposed or in which persons who are exposed as a�;onsequence of their employment may not be made
fully aware of the potential for exposure or cannot ��xercise control over their exposure. Therefore,
members of the general public always fall under thi � category when exposure is not employment-
related.
For purposes of applying these definitions, awareness of the potential for RF exposure in a workplace or
similar environment can be provided through specii ic training as part of a RF safety program. Warning
signs and labels can also be used to establish such awareness as long as they provide information, in a
prominent manner, on risk of potential exposure ard instructions on methods to minimize such
exposure risk. For example, a sign warning of RF ex�►osure risk and indicating that individuals should not
remain in the area for more than a certain period o1�time could be acceptable.
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Another important point to remember concerning the FCC's exposure guidelines is that they constitute
exposure limits (not emission limits), and they are r��levant only to locations that are accessible to
workers or members of the public. Such access can be restricted or controlled by appropriate means
such as the use of fences, warning signs, etc., as noied above. For the case of occupational/controlled
exposure, procedures can be instituted for working in the vicinity of RF sources that will prevent
exposures in excess of the guidelines. An example of such procedures would be restricting the time an
individual could be near an RF source or requiring tfiat work on or near such sources be performed while
the transmitter is turned off or while power is apprc►priately reduced.
Qualifications of Reporting Engineer
Mr. Wappel has been involved in the analysis of RF �missions since 1999. He has designed numerous RF
systems including both site design and RF system dE�sign. He is an Electrical Engineer, and all contents of
this report are true and correct to the best of his kn�wledge.
d`
Si ned: �G�� Date: 5 28 2010
g ��
Evan Wappel, BSc,EE.
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APPENDIX A
Term & Definitions
Exposure: Exposure occurs whenever and wherevei a person is subjected to electric, magnetic or
electromagnetic fields other than those originating From physiological processes in the body and other
natural phenomena.
Exposure, partial-body: Partial-body exposure results when RF fields are substantially non-uniform over
the body. Fields that are non-uniform over volumes comparable to the human body may occur due to
highly directional sources, standing-waves, re-radia�:ing sources or in the near field.
General population/uncontrolled exposure: For FCC purposes, applies to human exposure to RF fields
when the general public is exposed or in which persons who are exposed as a consequence of their
employment may not be made fully aware of the pc�tential for exposure or cannot exercise control over
their exposure. Therefore, members of the general public always fall under this category when exposure
is not employment-related.
Maximum permissible exposure (MPE): The RMS a �d peak electric and magnetic field strength, their
squares, or the plane-wave equivalent power densi�:ies associated with these fields to which a person
may be exposed without harmful effect and with ar acceptable safety factor.
Occupational/controlled exposure: For FCC purposes, applies to human exposure to RF fields when
persons are exposed as a consequence of their em� loyment and in which those persons who are
exposed have been made fully aware of the potential for exposure and can exercise control over their
exposure. Occupational/controlled exposure limits ;�Iso apply where exposure is of a transient nature as
a result of incidental passage through a location where exposure levels may be above general
population/uncontrolled limits (see definition abov��), as long as the exposed person has been made
fully aware of the potential for exposure and can e�ercise control over his or her exposure by leaving the
area or by some other appropriate means.
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Table 1
LIMITS FOR MAXIMUM PEI2MISSIBLE EXPOSURE (MPE)
(A) Limits for OccupatiouaUControlled Ex� �osure
Frequency Electric Field Maguetic Field Po�ver Densiry Av�ra�ing Tiuie
Ran�e Sn�eu�tli (E) Strengtl� (H) (S) �E�'. �H'I`' or S
(niHz) (�'/iu) (A/m) (mW.%cin�) (miinites)
0.�-�.0 614 1.6� (100)* 6
�.0-�0 184�'f 4.89'f (900'f`)* 6
30-300 61.4 0.163 1.0 6
�00-1500 -- -- fi�00 6
1500-100,000 -- -- S 6
(B) Limits foi• Genei•al Population/L?ncontrc�lled Egposui•e
F1'�(1L1�I1Cy Electric Field MaQueti: Field Power Density AveraginQ Tuue
Ranee Strength (E) Streiigtl� (H) (S) �E�`. �HI` or S
(MHz) (�"/m) (Alm) (niWicm`) (nunutes)
0.3-1. �4 61=� 1.63 (100)* :0
1.3=�-30 S24%f 2.19%'f (180%f' 30
i0-i00 27.5 0.07i 0? i0
i00-1500 -- -- f:1500 �O
1500-100.000 -- -- 1.0 �0
f= fi�equency iu I�1Hz *Plane-��ave equivalent po�ver densit�,'
NOTE 1: Occupational/controlled limits apply in situations in which persons are exposed as a
consequence of their employment provided those �ersons are fully aware of the potential for exposure
and can exercise control over their exposure. Limits for occupational/controlled exposure also apply in
situations when an individual is transient through a location where occupational/controlled limits appty
provided he or she is made aware of the potential f��r exposure.
NOTE 2: General population/uncontrolled exposures apply in situations in which the general public may
be exposed, or in which persons that are exposed a�; a consequence of their employment may not be
fully aware of the potential for exposure or can not exercise control over their exposure.
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Site Diagram:
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ATTACHMENT 2
Clearwire, LLC • Proposed B�se Station (Site No. CA-SJC0126A)
10900 North Blaney Avenue • Cupertino, California
Statement of Hammett & Edison, Inc., Consulting Engineers
The firm of Hammett & Edison, Inc., Consultiiig Engineers, has been retained on behalf of Clear�vire,
LLC, a personal wireless service provider, tcr evaluate the Uase station (Site No. CA-SJC0126A)
proposed to be located at ] 0900 North Blaney Avenue in Cupertino, California, for compliance with
appropriate guidelines limiting human exposure: to radio fi•equency ("RF") electromagnetic fields.
Prevailing Exposure Standards
The U.S. Congress requires that the Federal Communications Commission ("FCC") evaluate its
actions for possible significant iinpact on the enviromnent. In Docket 93-62, effective October 15,
1997, the FCC adopted the human exposure lir:lits for field strength and power density recommended
in Report No. 86, "Biological Effects and E�posure Criteria for Radiofrequency Electromagnetic
Fields," published in 1986 by the Congression�lly chartered National Council on Radiation Protection
and Measurements ("NCRP"). Separate limits apply for occupational and public exposure conditions,
with the latter limits generally five times more :•estrictive. The more recent standard, developed by the
Institute of Electrical and Electronics Engir eers and approved as American National Standard
ANSI/IEEE C95.1-2006, "Safety Levels witli Respect to Huinan Exposure to Radio Frequency
Electromagnetic Fields, 3 kHz to 300 GHz," :ncludes similar exposure limits. A summary of the
FCC's exposure limits is shown in Figure l. These limits apply for continuous exposures and are
intended to provide a prudent margin of safe:y for all persons, regardless of age, gender, size, or
health.
The most restrictive FCC limit for exposures of unlimited duration to radio frequency energy for
� several personal wireless services are as follow:�:
Personal Wireless Service Apur��x. Frequencv Occupational Limit Public Limit
Broadband Radio ("BRS") 2,E 00 MHz 5.00 mW/cm 1.00 mW/cin'-
Advanced Wireless ("AWS") 2,J00 5.00 1.00
Personal Communication ("PCS") 1,5�50 5.00 1.00
Cellular Telephone � � 70 2.90 0.58
Specialized Mobile Radio ("SMR") f 55 2.85 0.57
Long Term Evolution ("LTE") � 00 2.33 0.47
[most restrictive frequency range] 30-300 1.00 0.20
Power line frequencies (60 Hz) are well belovr the applicable range of these standards, and there is
considered to be no compounding effect fruin simultaneous exposure to power line and radio
frequency fields.
HAMMETT & EDISON, INC. ►� ���a�� � o��
COI�'SULTII�IG ENGINEERS Cw� 126596.1
SAN FRANCISCO � ����/ � Page 1 of 4
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Clearwire, LLC • Proposed Base Station (Site No. CA-SJC0126A)
10900 North Blaney Avenue • Cupertino, California
General Fac ility Requirements
Base stations typically consist of two distinct p�rts: the electronic transceivers (also called "radios" or
"channels") that are connected to the traditional wired telephone lines, and the passive antennas that
send the wireless signals created by the radios out to be received by individual subscriber units. The
transceivers are often located at grotmd level and are connected to the antennas by coaxial cables
about 1 inch thick. Because of the short wavelength of the frequencies assigned by the FCC for
wireless services, the antennas require line-of-:;ight paths for their signals to propagate well and so are
installed at some height above ground. The ar;tennas are designed to concentrate their energy toward
the horizon, with very little energy wasted tow;ird the sky or the ground. Along with the low power of
such facilities, this means that it is generally not possible for exposure conditions to approach the
maximum permissible exposure limits without being physically very near the antennas.
Computer Modeling Method
The FCC provides direction for determining a�mpliance in its Office of Engineering and Technology
Bulletin No. 65, "Evaluating Compliance wi�h FCC-Specified Guidelines for Human Exposure to
Radio Frequency Radiation," dated August 1997. Figure 2 attached describes the calculation
methodologies, reflecting the facts that a directional antenna's radiation pattern is not fully formed at
locations very close by (the "near-field" effec;) and that at greater distances the power level from an
energy source decreases with the square of :he distance from it (the "inverse square law"). The
conservative nature of this method for evaluating exposure conditions has been verified by numerous
field tests.
Site and F �cility Description
Based upon information provided by Clearwire, including zoning drawings by Delta Groups
Engineering, Inc., dated December 22, 2009, i: is proposed to mount three Kathrein Model 840-10054
directional panel antennas on a new 55-foot pole, configured to resemble a pine tree, to be sited next to
the PG&E substation located at 10900 North Blaney Avenue in Cupertino, alongside Highway 280.
The antennas would be mounted with 2° dowi� tilt at an effective height of about 53 feet above ground
and would be oriented at about 120° spacinL;, to provide service in all directions. The maximum
effective radiated power in any direction would be about 970 watts. Also proposed to be mounted on
the same pole are three microwave "dish" antennas, for interconnection of this site with others in the
Clearwire network.
Presently located on another pole about 75 fee: to the southeast are similar antennas for use by another
wireless telecommunications carrier. For the limited purpose of this study, that carrier is assumed to
be Verizon Wireless, with Andrew Model 731 DG65 dualband antennas mounted at an effective height
HAMMETT & EDISON, INC. Q I� �') � � CW0126596.1
-' CONSULTII�IG ENGINEERS � � � Page 2 of 4
_ SAN FRANCISCO
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Clearwire, LLC • Proposed B��se Station (Site No. CA-SJC0126A)
10900 North Blaney A��enue • Cupertino, California
of about 26 feet above ground and operatin; with a maximum effective radiated power in any
direction of 3,000 watts, representing simulta ieous operation at 1,500 watts each for PCS and for
cellular service.
Stu��y Results
For a person anywhere at ground, the maximi.m ambient level of RF eaposure due to the proposed
Clearwire operation by itself, including the contributions of the microwave antennas, would be
0.0025 mW/cm which is 0.25% of the applic�ible public limit. The maximum calculated cumulative
level anywhere at ground, for the simultaneous operation of both carriers, is 6.8% of the applicable
public limit. It should be noted that these •esults include several "worst-case" assumptions and
therefore are expected to overstate actual powe • density levels.
No Recommend :d Mitigation IVleasures
Due to their mounting locations, the Clearwire antennas would not be accessible to the general public,
and so no mitigation measures are necessary to comply with the FCC public eYposure guidelines. It is
presumed that Clearwire will, as an FCC licen �ee, take adequate steps to ensure that its employees or
contractors comply with FCC occupational eaposure guidelines whenever work is required near the
antennas themselves.
Cc►nclusion
Based on the information and analysis above, i: is the undersigned's professional opinion that the base
station proposed by Clearwire, LLC at 1090(i North Blaney Avenue in Cupertino, California, will
comply with the prevailing standards for limiting public exposure to radio frequency energy and,
therefore, will not for this reason cause a:;ignificant impact on the environment. The highest
calculated level in publicly accessible areas is much less than the prevailing standards allow for
exposures of unlimited duration. This findin; is consistent with measurements of actual exposure
conditions taken at other operating base station �.
HAMMETT & EDISON, INC. ��l�� oZOIA "oZ � CW0126596.1
CONSULTING ENGINEERS
SAN FRANCISCO � Page 3 of 4
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Clearwire, LLC • Proposed Base Station (Site No. CA-SJC0126A)
10900 North Blaney Avenue • Cupertino, California
Aiathorship
The undersigned author of this statement is a qualified Professional Engineer, holding California
Registration Nos. E-13026 and M-20676, which expire on June 30, 2011. This work has been carried
out under his direction, and all statements are true and correct of his own knowledge except, where
noted, when data has been supplied by others, ��+hich data he believes to be correct.
Q��� ��
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� .� E-13028 � � W� � U P � �
� M-2o676 �n William F. Ham tt, P.E.
January 4, 2010 d �. 6-30-2011 �
, �' �C p�1G�� � �`'�
A �� cA���° .
HAMMETT & EDISON, INC. � l �� °� � 0' a�
�� corrsut.�ruvcFNCU�r�Exs ' CW0126596.1
_ SAN FRANC15C0 �' �� � v � Page 4 of 4
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FCC Radio Frequency Protection Guide
The U.S. Congress required (1996 Telecoin A�t) the Federal Coinmunications Cominission ("FCC")
to adopt a nationwide human exposure standar�i to ensure that its licensees do not, cumulatively, have
a significant impact on the environment. The F CC adopted the limits froin Report No. 86, "Biological
Effects and Exposure Criteria for Radiofreque icy Electromagnetic Fields," published in 1986 by the
Congressionally chartered National Council on Radiation Protection and Measurements ("NCRP").
Separate limits apply for occupational and public exposure conditions, with the latter liinits generally
five times more restrictive. The inore recent standard, developed by the Institute of Electrical and
Electronics Engineers and approved as American National Standard ANSI/IEEE C95.1-2006, "Safety
Levels with Respect to Huinan Exposure to Radio Frequency Electromagnetic Fields, 3 kHz to
� 300 GHz," includes siinilar limits. These liinits apply for continuous exposures from all sources and
are intended to provide a prudent inargin of s� fety for all persons, regardless of age, gender, size, or
health.
As shown in the table and chart below, separ�te limits apply for occupational and public exposure
conditions, with the latter liinits (in italics and/c�r dashed) up to five tiines inore restrictive:
Frequencv Electroinagnetic Fields (f is frequencv of emission in MHzL
Applicable Electric Magnetic Equivalent Far-Field
Range Field Strength Field Strength Power Density
(MHz) (V/m) (A/m) (mW/cm'')
0.3 — 1.34 614 614 1.63 1. 63 100 ] 00
1.34— 3.0 614 823.8/ � 1.63 2.19/f 100 180/f'
3.0 — 30 1842/ f 823.8/_� 4.89/ f 2.19/f 900/ f' 180/,J'
30 — 300 61.4 27.5 0.163 0.0729 1.0 0.2
300 — 1,500 3.54�f 1.59fJ �f/106 �f/238 f/300 f/IS00
1,500 — 100,000 137 61.4 0.364 0.163 5.0 1.0
1000 / Occupational Exposure
100 •� PCS
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a Q � 1 � � �����
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0.1
Pccblic Exposure
0.1 1 10 100 10 10 10
F��equency (MHz)
Higher levels are allowed for short periods of time, such that total exposure levels averaged over six or
thirty ininutes, for occupational or public settings, respectively, do not exceed the limits, and higher
levels also are allowed for exposures to small areas, such that the spatially averaged levels do not
exceed the limits. However, neither of these al .owances is incorporated in the conservative calculation
forinulas in the FCC Office of Engineering and Technology Bulletin No. 65 (August 1997) for
projecting field levels. Haminett & Edison h�is built those fonnulas into a proprietary program that
calculates, at each location on an arbitrary rect �ngular grid, the total expected power density from any
nuinber of individual radio sources. The prog -ain allows for the description of buildings and uneven
terrain, if required to obtain more accurate proj �ctions.
HAMMETT & EDISON, INC. D IK"o��IO' �%�
- coNSUL�r�rc Errci�Exs ////// � ' FCC Guidelines
SAN FRANClSCO L � / f� � /� Figure 1
C / �� � �►?�k� L � �
;�^�`
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RFR.CALC C�Iculation Methodology
Assessment by Calculation of Compliance with FCC Exposure Guidelines
The U.S. Congress required (1996 Telecom Act) the Federal Communications Con�unission ("FCC") to
adopt a nationwide huinan exposure standard to ensure that its licensees do not, cumulatively, have a
significant impact on the enviromnent. The maximum pennissible exposure liinits adopted by the FCC
(see Figure 1) apply for continuous exposures froin all sources and are intended to provide a prudent
margin of safety for all persons, regardless of a�;e, gender, size, or health. Higher levels are allowed for
short periods of time, such that total expo �ure levels averaged over six or thirty minutes, for
occupational or public settings, respectively, dc not exceed the limits.
Near Field.
Prediction inethods have been developed fo:� the near field zone of panel (directional) and whip
(omnidirectional) antennas, typical at wirele:;s telecoinmunications base stations, as well as dish
(aperture) antennas, typically used for inicrow� ve linlcs. The antenna patterns are not fully formed in
the near field at these antennas, and the FCC �ffice of Engineering and Technology Bulletin No. 65
(August 1997) gives suitable fornzulas for calci�lating power density within such zones.
(� _ 100 0 • 1 X Pne[ 111W 2
For a panel or whip antenna, power density ,�j — e x� x D x h' in /cin ,
sw
�. 1x16xr�xP net ln`7�1 2
and for an apei antenna, maximum power clensity S max — � x hz , in /cm ,
where 6gW = half-power beainwidth c�f the antenna, in degrees, and
Pnet = net power input to the sintenna, in watts,
D= distance from antenna, in meters,
h= aperture height of the a�itenna, in ineters, and
r� = aperture efficiency (unitless, typically 0.5-0.8).
The factor of 0.1 in the numerators converts tc the desired units of power density.
Far Field.
OET-65 gives this fornzula for calculating pow�:r density in the far field of an individual RF source:
2.56 x_.64 x l00 x RFF x ERP mW z
power density s = , in /cm ,
4x,rtxD
where ERP = total ERP (all polarizations), in lcilowatts,
RFF = relative field factor at the d.rection to the actual point of calculation, and
D= distance from the center of radiation to the point of calculation, in meters.
The factor of 2.56 accounts for the increase n power density due to ground reflection, assuining a
reflection coefficient of 1.6 (1.6 x 1.6 = 2.56). The factor of 1.64 is the gain of a half-wave dipole
relative to an isotropic radiator. The factor o� 100 in the numerator converts to the desired units of
power density. This formula has been built in:o a proprietary program that calculates, at each location
on an arbitrary rectangular grid, the total ex��ected power density from any number of individual
radiation sources. The prograin also allows for the description of uneven terrain in the vicinity, to
obtain more accurate projections.
�IAMMETT & EDISON, INC. � � �" �� ^!�o� Methodology
CONSULTING ENGINHERS ff !
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C��J0�01 / �NU3327 VALL�(� S���P��.l'�� �EIoTTEiz
10900 NOR'I'H BLANEY �`'ENUE
CUPERTINO, CA 95014
Jurisdiction: C�TY OF CUPER'I'Il�O
PR�JECT DESCRIPTION
MODIFIU�TION TO F.XISTI116��A+MNIED TELEGOMiJ1iGAT10N5 FAULIIY. � M EX15TIN6
ANiH�Nd►S IN Pi051TI0N I A10 2 FOR SEGtORS A, B, tG TO 6 PORT ANft8t1A5. ADD2
LII�ES OF GO/UQAL GA�.E AND A550GIATED FIOIf�li6. ADD 3 I�MOTE 9.6GTRK,N. TILT
l�tlT5 TO T!E ANTEI�NA5 AW I WAI. TOYER MOIAITED Mi�I.IFIERS. ADD OIE 3106
GAP"IEi TO E7a5fi16 EfilIP1�M SfELTER
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; CODE COMPLIANCE
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iFESE PlAN5 IS TO � GOtGiAI�D TO PEI�11T Y�7RIC NDT GOtFUtAIINb t0 TFESE GODE�.�.
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o NOT REQARED, IN AGGORDANGE wTN GALIFOFauA STATE AOMwSTRArNE GWE. P?RT 1, mLE �4.
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DIRECTIONS FROM AT&T
DIREC,TIOMS FROM ATi T'S OFFIGE AT 4430 RQSEWUpD DRIVE. PLEASANTON, GA
I. HEAD EAST ON RO�.�EMIDOD DR TOWARD OLD SANTA RITA RD
Z. TURN LEFT AT SANTA RITA RD
3. MER�C�E ONTO �-5b0 W VIA THE RAMP TO OAKLAND
�4, TAKE TFE EXIT ONTO I-680 5 TOYIARD 5AN JOSE
5. CANTINIE ONTO I�80 N
b. TAKE TFE DE /WZA 6LVD EXIT
l. A1RN RIGHT AT N DE ANZA BLVD
8. TAKE THE 2ND RIGHT ONTO E HOMESTEAD RD
q, TU2N RIGHT AT N BLANEY AVE
10. TAKE THE IST LEFT TO STAY ON N BLANEY AVE
DESTINATION WILL BE ON THE RIGHT
GENERAL CONTRACTOR NOTES
DO NOT SGALE DRAWINGS
T}1(�E �RAY�M55 ARE FORMATiED TO BE FllLL SIZE AT 24' x 36'. CAHiRAGtOR SMALL VERIFY ALL PLN6 At0
E%15TIN6 q� AND GONDI710N5 ON TFE JOBS�TE AW SHALL IM�EDIA?ELY NOTIFY 11E /1RLHITEGT/EN611EER
IN YRITB�k'a OF ANY D15LREPMILIES BEFORE PRQGEEDIN6 YtlTH Tf# MI�RK OR MA7ERIAL ORDERS OR �
RESPbl6IBLE `OR T►E aAhE.
�
Property Infnrmatiorn
Site Nama: VALLGO SHOFPING GENTER
5ite tLmbar: G�10501 / GM13321
Site Add'es5: 10900 NORTH NLANEY AVENIE
GUPERTINO, GA 95014
A.PN. h'urt�er: A.F.N. i�MOER
Gurrent Zonir�y: TELEGOMMINIGATONS
,lurisdiction: GITY OF �RTINO
Lattitude: 31.334q0
LorKjitude: -122.Q2100
Elevo!ion: 18l FT (A51.)
Property Owner�
PGtE
�'1 13FAI' �TRFFT
SAN FrZ�NGl5G0, i,A 941'1l
(8001 '143-5000
PoWer A�ency�
PGdE
�l BEALE STREET
SAN FRANSISGO, GA 94111
ph: (9oa)1a3-5oo0
relephoree Agency�
ATdT CALIFORNIA
525 MARKE? SiREET
5AN 'rRaN515G0, GA 94105
ph: l8C0) 3!O 2355
PROJECT TEAM
Ericsson Constructiorn
ERIGSSON ING.
blb0 STONERIDGE MALL ROAD, `�11TE 400
PLEASANTON,GA 94568
contpct: CANTAGT
ertioil: �»
�
ph: . .
iax: 619-49'1-1684
Applicant / Lessee�
AidT
4430 RO�.�EYIOC)D DRIVE, BLDG 3
PLEASANTON, GA 9458b
errwil: jefF,leber�eriGSSOntan
cell: (925) l�1-5845
Site Aquisitiorn
FORZATELEGOM
i390 rroRn� BROAVwnr, SuirE 2io
INALNIT GREEK GA 945�16
contat: GANDIS HARRINGTON
ertail: candiSYn^re�ton9Formtelecomtom
cell: (425) 451-5664
Fax: (425) 401-8263
Architect�
BORGES ARGHITEGNRAL GRpJP. ING.
14'18 STONE POINT pRIVE, SUITE 350
ROSEYILLE, GA 95661
contact: SANDELL VONb
amail: scridell@borgesarchtom
ph: (916) l9Z-1200
fax: (916) 173-3031
Structural Engineer�
APEX ENGINEERING
482 WEST HAMILTON AVQiIE 339
GAMPBELL, GA 95008
contact: THOMAS J. YATES, PE.
emall: aPexer�2@c�npll.t,om
ph: (408) 3'18 �068
fax: (408) 318-4G02
SHEET INDEX
T-I TITLE SF�ET
T-1 6@Ht/� NOT�
A-I OVERAIL SIIE PIJW --
A-� EH.ARGED SITE PLAN, EQJIPM
A-3 SITE �EVATIOPS
RF-I RF. DETAILS
D-I GONNEGTION APD 61iG/�lUIN6
D-2 GOM�GiION OETAILS
APPROVALS
OPE. / OPS:
LE�51N6:
RP.:
ZOIUN6�
GON511a1GT
�orEa i rE�co:
Pbl E:
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800-22�-2b0�
Call 2 Full VVOrking Days In AdvanCe
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3. coMlRAGrart Sw.L Cf�PrtI�Gr uS�A A1Wea6RQllo SERV�Ge a�l¢i) Ar fEOO1377 ]EOio. FoR�Ui}Llrr l.aGAnpiS. 4� HdlRS BEPO1� PRaEeDe+6 wTN Ner
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6. DO MOT p.XLAVATE OR qSARB �YQtO llE PROPERTY LtlES OR LEK# LIIE�,` IllE55 OIMi�.�E NOTED.
9. ALL EX57016�UT11.ITIES. PKAIiRS. GONDITq15. ND T1EIR DIhE1151016 5!q'N ON 11f PL�W W►VE �1 PLOTTED FROM AVNLAdP REGORDS. T}1E
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F..7C5TAIbJl�I�ITE5 ND F/�C.LIilES PRIOR t0 START OP C.OIEtiWLTKM GQIiRAGTORS SMALL AL50 OBfNN FROMI EAGifJRIl17Y GOMPAN'f OETNLEp
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12. AM' ORAN NCdOR FIB.D TII.E BIGOIMrr3�D ! DISAitBED qiCN6 GONIRIGTION SN�LL Ef REAI�� t0 It5 Qn61NM. LONDITION PR1CR TO G01�PIFTION Of
Y!."WC SI�. LOGATION AND 1YP! Of ANY UOQ�RQl��UTILITlS OR B�PROVB�BITS 5F1AI.L � IGGI�tATO.T M7fED AIO PL.ALED ON 'A5-dBLi' ORAY'IN�
BY FiBENAL GONTRALTOi� Np 156LEp T011E AkLM76GT / p161EER AT LOhPI.ETIQN CF PRp,EGT.
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�2 A�G STRnNDED CGPPER
CNO WIRE '�TH GREEN. 600V,
hiwN I'rySULATIGN TO �GB
TYPICAL ANTENN� INT�RCONNECTION DETAILS
CA]3INET MARHING LOCATIONS
i ��
� rjp NpT IILSTrV.L GABLE Fii2CUP'D KIT AT A FiEND '"" ALYVAY�
DIi2EGT GNDUND WIKE DONM TO /1NTENNA �RLX1!
� 2. N�AT}Ck °RCCFINC� SHPLL I3E TNY�-PW�LT TAPE KIT. GC`LD
! SF+Rit�. `iN/��1- NOT BE LKtD.
� 70 ANfEFBdAS
I
I �-`��\_r��
/ �
— 'v�A (`i�PROOFI�6
� RX2 � ��TXI/kXl KIT (TYP)
I
�
�
j ;OAX .{'iFIFER / I /� 6ROUtdD KiT {TYP)
('rP) - � /
i l� / j
i „ il j
, ;
;OIJNEGTOR �
i t^SH (HERF'ROciFI'Nti �;
i FIT 'TYP.t �
; ;�E v)TF 7 �
I - /
� ?sITE"R1A G,CBL� -
i TO BTS Et�UIFMEhiT
� (TYP.i
COrd�lEGTION OF C�ROUND WIRE TO
E�ROIRJD OAR, TOiM�UMONOPOI
a6 AYV6
AMTENHA 6ROUND
BAR, WI7HOIIT
�NSULATORS. BONDED
C•�REGTLY TO i OP OF
�'�ONOPULE OR 70WER.
ro ,vrretaw,
STANDW2p GRCUND
KIl" (TYPJ
� ANTENNA 6P,qpdG DAR
W/O INSt;;J� iORS, t30NL'ED
DIR,ELTLY �O T}IF 70P OF
FICNOPOLE �tONOPOLE 5EE NOiE I.
r}_ i SE{ pEIAIL O�JS (SIMILAW
nKrw�,a �rzax�u� [�Ar?
� wio ir+su�Arazs,
�6 AW6 (PRpVIDED / M�OUNiFL' HCXtIZONTAi
WIlH ��RGGRdp KIT TYPJ J BEL-OW E:�I? PORT SEE
R
NC�TE �. � DFI.>IL OOS
c;OAX GABLE r —EXIT PORT
(TYP. FOR ALU �� L _ t^t�.�
� � �—w"1 AVi6 BGW
TO SHF1_?ER � � I /� '�LID fIN1�D
VIA TRAY UR � !� PLAGC�
IGEBRIDGE - /�- MONOPULc PIER
RING 6Rq1ND —�—f �2 AWG 3GW
SOL.IU TINWF_D
� (TYP!GAL OF Z)
i �
NOTE:
I. NUMBEt2 OF ;�RGUtm BARS MAY VARY DEPENDINr� ON T}iL
'YPF OF MONCPOLE, ANTFNNA LGYAiION .4ND :ONNEGTI04
ORIENTArION. PROVIGE AS REC,�11RcD.
AI�TF*AIA �
f3PR WlO ��` '�-AT� TO ANTENNA
BGNDaJ D�REGTL.Y TO KIT (TYP)
T}!E TOP OF TU�`IEi? ����
5[� �oTL I a
pETAIi OCS -
db AWG (PROVIDED
vurN v�ir�
Kir rrn)
t � GOAX GABLE
p,Pf;�NPW 6ROLTlD BAR Il 7�(TYP FOR ALU
wio in�.,�,ro�, eormEn
�is�cn; ro n� eorror'
pp 10YfR � NO?E I.
� DETA�L OGS -
;aCiiF�EFM!G 1'VEL;i -
p2 � BGVi
SpL.ID -1NNtT> -
cR(�IJ RINEi
��
1. NIMBER OF 6ROUNDIN6 BARS MAY VARY DEPENDIN6 ON
?4E TYPE OF TOWER, ANTENNA LOGATIO�i Atm
(,CNt�GT10N ORIENTATION. PROVICE AS iZFC�IJIRED.
KIT (1YP)
TO BTS EQUIPMENT
VIA TRAY OR
IGEBRID6E
6ROUND V�llRE
1� CgR��TNN.I� �AIZ �T ��N�NNAS 2 MON�POLE GROUND DE�AIL i 3 TOWER GROUND DETAIL
, -_ _
5R�1Np BAR
ON WALL
BRIDSE,
OR CN A
rOW,�R
�— � � )
•TWO `i0!_E LUC-, OR �-6PlJUND GONDUGTOR
EXOTNERNIG WELD TO 5E 5F{qLL gE ELIMINATED
USED WITH �2 r1WG P,GW TO �(�p�p SAR IS
'3191D!N6 �V'!GE 6RGUNC OR Q.�GTR�GALLY 90NDED TO
vRGUND RiNG h�TAL 'fOV�R/MONOPOLE
STTd;G1URE
� GRC,'UND BARS AT THE 001TOM c� TOMERS/MONOPOLES
SFS4l1 O�Y USE FjCOTHERMiG V�LDS.
5 C��2�UND �Al� CO�TNEC'I'IDN
NOTE:
WH=N GABLE TRAY GOVERS ARE SPEGIFIED, T}iEY SFIALL BE
INSTr\LLED IN AGCCRDANGE WITH MANUFAGIURERS INSTALL.ATION
PROGECURES AP-D INSTRUGTIONS FUFc 'HIGH WIND GONGIl10N5'. THIS
INCLUDES GO�INEGTUR TYPE AND SPAGINGS.
wivrH As
SHOWN ON
DW6. ,
HOLC DOWN GLAi�iP
I MOUNT TRAY TO UNISTRUT
I WITH I/2" - 13 X I I/2" 1_CNG
I !�ALVANtZED SOl_T5, SPRINC
j NUTS PIOIO ff YVASHEfZS --
C.A��_E T�i'A'r G" R;JNGS, 4"
LCADIN6 DEPTEV.
SUPPORT GA8LF5 WITH
�!E WRAPS EVER7 4 FT. -
UNiSTRllT P1000
E'✓Ef?Y 6' ON ,r.E1dTER --
MOUNT UNISTRiJT rp [3Lp��,
W/ 3/8"? EXPAh1510N ANr�HCR
FOR GOi1GRE?� iNALL.
(RA��fSETiREDHEAD Ti2U5CJLT
OR EQiIAL) (MIN EME DEP''H
- � "��8��) _
VERTIGAL TRAY
SHALL BE PAINTED TO
MATGH ESUILDING
SUR_ROUNDIN6
SURF.AGE ONLY AT
SPEGIFIG REQUEST OF
LANDLORD
8 i��C�L 1'�1Q►tTI�1TE� CABL,E TRAY DETAIL
4 � � �
� 7A6" 2„ l� ��o o �
�t ///��� 0 1
� 0 0 0 p-( Q J O � 0
0 �- � T � �
� 0 0 0
3 �°� 1 SFB DSfAII. 005
o °
1
I.E
I- GGPPER GROUND BAR, 'X I/4"X 20', NEWTON INSTRllMENT GO.
GAT. NO. 8-6142 OR EQUAL. fiOLF GENTERS TO MATGH MEMA
DOUBLE LUG GONFI6URATION. (AGTUAL 6ROUND BAR ,IZE WILL
VARY BP�SED ON NR-18CR OF 6ROIRJD GONNEGTION��)
�- INSULATORS, NEWTON INSTRUMENT GAT. NO 3061-4 OF? EQUA.�
J� i/U LINNVVf�LM1J� �t���vi� iiVi�v/i ili�� vv.
GAT. NO. 3015-8 OR EQUAL
4 WALL MOIM(IN6 BRAGKET, NEWTON INSTRUMENT �. J.
GAT N0. A-6056 OR EGUAL
5- 5/8-II X I' HHGS BOL�S, NEWTON INSTRUMENT GO.
GAT NO. 3012-t OR EQUAL
ir IN`JILATORS SHALL BE ELIMINATE�J WHEN BONDIN6 DIREGR.Y �O
TOMEWMONOPOLE STRUGTURE. GONN[GTION T(7 TCWER/T10NOP(JI_E
SlRUGTURE SNALL BE P92 MANUFAG(iN2ER5 REGOMMEND�itONS.
6 I GROUND BAR DETAIL
� �- ANTENNA �METAL 5"iA.AP
MOfH�tTING R�RNISHED
Pi�E n-�A win� n-+a
IERICSSON n a,urer:nv.
9 MOUNTING PIFE
6ROUND SGR[W -�
�izraa� wtrze
ANT Tx GROUND WIRE TO ANTENNA
�_ TO ANTENNA GKUUND BAR I
GRAMD BAR �L _AN'tPER TO
MAIN �AAX
,LMpE2 ro -��
� .�x ro l�NTENNA
�IPH2 TO MAIN GOAX
TETUJA
� �
r�rES:
I. TMA IS A YVEATNERPROOFED ENGLOSURE RATED TO IP65.
2. TT'1A SHALL NOT BE �'AINTED. A LABEL STATING "DO NOT PAINT" 15 PROVIDED
WITH TMA AND 5Hh'LL BE NIOUNTED ON UNIT WHERE IT IS U_FAFLLY VISiBLE.
3. IF POSSIBLE, TMA SFIAI-L BE MOUNTED BEHIND ANTENNA TG MINIMIZE WIND
LORDING
ON STRJG111RE•
4. PFZOVIDE SUFFIUENT LENGTH OF JUMPEK TO ALLUW FOR PKOFER P.PF'LIGlarION
OF
WEATHER PROOFING AT ANTENNA AND Tl"1A GONNEGTIONS.
5. BOND 7�'9A 6ROUND STUG TO GROUND BAR WITH NO. 6 AWG GROUND WIRC- AND
2-HOLE
6ROUND LUr,
6. BAGKPLATE AND POLE GLAMPS FUR MOUNTING TD 2 3/£�" CIA. ANTE4NA
MOUNTING PIS�
PROVIDED WITH T1�1A.
�. TMA 5HA! 1_ BE MOUNTED �/ERTIGALLY.
8. GONNEGTORS SHALL BE WEATIiERPROOFED IN AGGORDANGE WITH
REQUIREMENTS OF
STANDARD DETAIL NO. 520, NOTE �2.
q. JUMPER GABLES SHALL 8E SUPPORTED V'{ITkIN I TO 2 FFET OF GONNEGTORS.
9 FRICSSON (T.M.A.)1l�IOTJ[�I'�'Il�G DETAIL
ANTEkNA LABLE 12" TO 24"
V�AIHERPRGOFIN6 KIT — 2 I/2'? MAX.
(SEE NOTE 3)
GABLE 6RC1kJD KIT
�6 ANY� STRA�ED CAPPER uR(XNSJ
WIRE (C�ROUMDED TC 6RL�UND BAW
(Sc NO1F. I d 2)
COI�TNEC1'ION OF CABLE GROUND KTT TO
Lil`1 1 i:l'll`It1 l�Ai)
NOf 5:
I. DO NOT INSTALL GABLE GROUND KIT AT A Bt?dD AND ALWAYS
DIREGT CROIMD WIRE DOWN TO GRGIND BAR
2. 6RtX1NDIN6 KIT 5HA1,L BE ANDREW `�1REGRGUND TfF'E KIT WITH
TV4D�10LE LUG.
3. �TMER PRO�OFIN6 SFfALL BF TWO-PART TAPE KIT, GOLG 41RINK
SHA11 NOT 8E USED.
7 I CABLE �GROUNDING DETAIL
NOTF:
WF+EN G.46LE ?RAY GOVERS •qRE SPEUFIED, THEY �F;ALL BC INSTALLED IN
AGGORDANGE W�?H MANUFAGNR�RS INSTALLATION PROGEDURES AND
INSIRUc,TIOtJS FOR 'HI'�!-1 WIND GONDITIONS'. rH15 IMGLUDES GONNEGTOR TYPE
Sf'AGIN(�S_
GABLE TRAY q" �.UNGS, 4' LOADING DEPTH.
SUPPORT Gr�LES WITH TIE-WRAPS E�/ERY
b FT.
HOLD DO�VN GLANP
FASTENED TO 4"X4" WITH
3/8" X 2 I/2' LO�G LAG
��' GQEV'L5. /
o _/�, /
5 � � � -
e
WIDTH A5
51-10WN ON
DI'VC�. —
4" X 4" X Ib" ( FOR 12' TRAY ) 4" X 4" X 12"
( rOR 6" TRAY ) PRESSURE TREATED
LUMF3ER. INST,4LL EVERY b'-O' WHEN MOUNT
ON ROOt=. SET LUMBER IN ROOFING TAR TO
pp,F�/EVT MOVEMENT. ALTERNATE: PVG
SLEEPER MIGROFLEGT BI585 OR EQUAL
�ION: � MIGRO�L-"tGT ROOF MCUNTED BRIDGE KITS
GONSISTING CF SLEEPER Alr'D GO�/ER.
�`'.
I) ANTEt�NA INGLUDES A F6H.�'.Lc
DIN GONlEGTOR
2J .1R'�PER GABLE INGLllDLS (2)-MALE Mfv� VIN
DIN GO�R�EGTORS GOM(FGTGR �
3) SURGE ARRE570F2 INGLUDFS f"L1-r��� FEMALE �I'N
DIN GONrEGTORS �,��Try2 I
ANTENNA
INSIDE OUr51DE
GABINET GABINET
Y2' JJMr'��R GA9! E -- I I
MAL DIN � I
ANDREW GOMIJf=:TCR ( I
AP!W -BI�DF_y�g � I
� �T� � ' I �
�� E �� - MAt� DIN GONt�GTGR I
/
} �� MAIN GOAX ��f3i
FEMALE DIN GONNEGTOR �q� pIN
- f�-tALE DIN GONNEGTOR GONt�GTOR
MALE DIN GONNEGTOR
X�' .UN�JZ TO BE PROVIDED AND
INSTALLED B'f GONTrZP�(,TOR
4 COl�INECTION D�G1�.A1�
��:
I. CANTRAGTOR TO X-RAY PRIpR TO DRILLIN6 OR
GORING TO LOGATE (� RE-BAR AND GONGUITS.
DO NOT GUT RE-BAR OR GONDUITS.
2. GONTRAGTOR TD INSURE NIATER- TI6HTNE AT
ALL WALL AND FLOOR PENETR4TION5.
'A' = DIA. OF GRONW
GRCJVN DIAMETER TO BE THE DIAMFTER
OF THE YVALL C)PENIN6 PLllS I'
FtRE-RATED G-YFBDi5il1D WALL A55F?�1BI_Y
Fi' MAX. DIA. MTL PIPE. PROVIDE NOM.
I' ANkAAR SPAGE AROUI� FIPE
OPT101dAL FORMIN(i MAT�2IAL -
REGESSED i!2` FROM 1NP SURFAGE
FOR F5900 MAiff21hL (MINE2AL
',1 h� IVVL VLii.��WY.
�
FLAMESAFF tPG FS/F5T9G�0 SERIES
I GOMPOUNp APPLI=D I/2" D�i' iNTO
ANNJI1IR SF'AGE
ADp. MA1HtIAL ACD� TO FORM 5/8'
GRUV�I ARGMR�D GCFBJUIT AND
UL� Y'� 10p1 LAPF'ING I' BEYOND OPENING
�i2AMED NIALL PBJETRATION
� n
e�
I/4' hl!N. C.ONG. WALL OR GhU.
�ii� ro �n� si4� wU.
�NMILAR SPAGE ARO.IND PIPE
' MAX. DIAM. h1ETAL PIPE
LPJ�ESAF� IPG FSPI00O P�fl'r'f APPL�ED
irn r� ��r� - in' ni�cr.r�
�T EA. WALL `a1RFAG�
ttJERPJ_ WOOL (4 PGF) PAGKED INTO
J�iNUI.P,P. SPAGE ANC QL I!2'
FROM WAL! `�I1R.FRGES
� :(iNDUIT t� PLAk (4'm MAX�
/ FLA.�i�FE IPC. F59G'G MIN. I/2'
�. �us�+ win+ r�.00K
NL. SYS'fE!�I GA.;IIOS)
3 HR. �r1TFD
a
a
\ a e GONDUIT FLOOR GLAMP, TYP.
�
o.
'�
�
� (E) GGNGRciE rLOOR
G�NGRETE FLOOR PFNETRATION
10 HORIZpNTAL MOUNT�D Ct�.,BLE TRAY DETAII. I 1_1 i COND�TIT �ENE'I'�.A'�'ION �ETAII,
(A x WJ 1020
GONGRETE VVAl! PENETRA710N
�6 Ai^!G FROM
AMfENNA GABLE �
;�a,rv r.ir �
i �
iNGWDF�7 li2'
HAR9WF.RL ---
3/�" (13 mm1 GiA.
HOI�� FOR SI�Ar -i7�1
NAW�ERS --�
2 I/�
64 mm
^< ii2'
r�4 mm
ANbfs L: G OR
P!PE LE5
-/Ib" (II rr�rn) DIP.
ii:�� FS FOR
GJSH�Oh' ANGhORS
UWly�fiSAL SIVAP-li� BRACKE�'
20 �. , ,,,
�--- ���— s i;��
� " I ��
/,
� � � % `� r�ou�rn�
' J /�� `J � � � J� BRPGiCET HOLE IS
� ` !;��/ 9/Ib° (Md1NTIhIG
� 1 �� HARDWARE AND
S�JAP-INS
�, i �: � ORDER87
1 � /' I � SEP.4RA'faY �
1� l� 11 � / / �/
1 �
�
92211 GLUSTER SUPPORT
BRr+,�GKE7 FOR (5) SNAP-IN
HANGEKS--- -
NOT: A MINIMUM OF 410
BRA,GKETS ARE NEED°..D
DEPENDING ON r1NTENNA
CLUSTER SllP�'ORT 9RACaCET �NTIN6 LOGATION.
19 i �. , ,,-
I 9;16" 3 "
MIN.� ,
� � �
� i j �
U�'? L'-HOLT. 2x2x3/Ib" r 3'-6'
TYP. � � LON6� TYF.
� I
I �i
�.� _
� I
� � �
I j PIPE 2 5�
! j f2 3/8' OD)
I �
� i i VARIES.
i 9f'67 rIOLE�
� - r NP. i
i I I
M
I �
�'7 ��2" ��'7 ��` .
� � /�� � �ja�
,� H BRACKET IMOUNT
Ip � � �,�
U5E MGUNT BI'TOq (I'- 3/4' WIDF� FOR
AN6LE SIZE 2 I/2'x2 I/2"x6xb-
2 3/6' ODx5'-6" LCNG
U5E MOUNT B�926 !I'�' WIDE,� FOR
AN6LE SIZE 8Xx8-
� 2 3/8 OD.�'-b" LONG
i � A6JlISTABLE SLOPE �'fP� �AOUPlT
�� xrs.
"""' cXI5TIN6 SLOP� A4C GR4DE.
�
� F 1=I � I —__ � I I- �— UMDISTURBED SG:L
p� � i ���=_= �=�
- — GJMPaGTED BAGKFILL vM/
ry n I i' I _==_ - 5A7I5FAG70RY NAT!VE GR
' �- - i�1PCRTED SOIL
'v Q .
, \ ` llTILITY WARNIN6 TAPE
� I I I I1=1I -• \ �� G.ric DuGT e�wc REG'
� \ GOL?RED
b' (MIN) �� �- (!2) �/8'? (:OAX GABLES ((61
FOp WILD. (6) FOP. (�P,OWTN)
� RGUT=D IN (3) b"? A/G SGH. 4U
2' (MiN) GOkDUITS, 5EE PLAN SHEE' rt01
(HORIZ. d VERTJ
�77� GOAXIAL GABL� MININ9JM BEND RADIUS'
I. SEPARAT:ON ,4ND DEPTH r�tINIMUM BENC nAD!US IN�
DIMENS�ON TO BE VERIi-IED WITH � G�>BI_E 51ZE 4" OR b" GONp111T
LOGAI 1�TILITY GOMPANY
RECiJ!REMENTS � /�" � O"
���.. 18 ��
�• PRpVIDE PR�PER BENDING RADIUS I i/4" — � -Z2°
FOR GONDUITS AS REp11RED BY I 5/8" � �
THE CAAiCIAL GABLE MFR (SEE
TABI.E BELONU
JO�IT Ti�QdCFI DETAIL
4 � . �,.
�,
G�BIE TRAY!,OVCRSSIIALL BE ;NST/�LL,� IN.iC,GORDAN',E WTI
MlWFA;TLRER$ INSTALUTION PAQGF.qltE� 0.ND INSTFWGTOtL�i POR HI6N M9f1D
coroinoNS•. nxs iNCwo[s car�troa m� �uo sr,�c.i�s.
nU c.�e�e rnon
IB@GHTEL PN GT20002 -!2' V110E RU °-GISY634' QL.
OR GTZO001 - 5' WDE)
GA9LE tRAY MV 9' faNfi SPK.IM6. /' (E) LIEI.E 1RAY
4' IOApN6 DEP7H.
MI G/�BLE 7RAY GOVER
WJLO DOME1 GLM1P FASTENED
TO 4'X4' /'YTH I/1' X I V�' LON6
LAFa SLRFP6.
5' .
__J � W- 8-l�tE iiJBBER �PER
(EJ �vtN
SuPPCRr conx�AL GABLES
Nn� rie vR,�s e�rrr b�r
3 ROOF (1AOUNTED STACKED CABLE TRAY
3/8' = 1'-O'
�e
e�a.e m�r covE�es 5wu� eE �wr,w.EO iN �eeare�.�r+eE rnn�
MNUnc� n�SrK.t�na+ PwC.EOUrrES w+o n+5rwicna+5 rort -i�« wro
carr�moNS'. n+rs mcwoes cc+a�ecrat rnE �wo 5r�uwe5.
[eecN+� rro cr�oau - �' woe �
ae cnoorn - b• revel eFJ �e�TM �W c�ae rw�r coveR
GABLE iRAY YV 9' FiN $PAGIN6. g
4' LpApMb pEpfN
��ERTIGA: TRAY ylA(.L BE PAIN7ED
IBEGH7EL PM GT70012] TO MATGH MLDN16 SIRRAMDINb
WALL MQ11T CIT E�ERY SI,RF�4E ONLY AT SPEUFIG
6'-0' ON G.°NTCR REpJEST OF LNGLORD
IU c�ae rnnY
(fU LABLE TRAY
5irrorcr c�e�es ran�
APPROVED GABLE HANGERS OR
t�1 uiPS am in• Manr i+asnwb e�s.
w�vwnrs� iw�we� wm� ir- r+oisrn+s swa� n� u5� ro
e� rva.� r+arr Krc suPCnar cra�e, ne rsuvs w.r
F7E USED TO POBI710N 1NE LABLE
M15tne�s3a• oo, wnaN niE c�e�.e rw.r.
�W wvn�
MaA+r u�asrnur ro 96os. w 3�9•Y r�
G�ANSION HI�LIbR POR LONLRE'f� YULL. MATCiI N°
(RAMFJET�TtEDrPl�O tTi�EOIi OR CCJINJ
IMN Eh6 DFPfN . I 5✓87
„ WER�ICAL STACKED CABLE TRAY
� 3/8' = i'-O' _
� 3'-I' GA@INET
/ J 1 EGIUIPMENT
�- `EQIIPMENT GABINET (51,2'W x GABINET
� 3�"D x 695" H, I�00 LB5) /� � x 8'D
�
LL OPENING IN BASE FOR GOAX Y x Sb"H) BY
�. GABLE AGGE55 fBEYOND) � � MAWFAGT�A2ER
3'
� GAZINET GATGH, TYP.—� � �r
�I I
3/8' DIA. "HILTI' (K3-T7J
KWIK 80LT EXPANSION
� ANGHOR WJ �' EMB.
TOTAL OF (4)
' ti � �a I! °
II II °� d a p n
a �, c
a d
�'-0' � o r�
O CO � (� ,� O `•'4. � � �� .�
-1 I I I I—I I i—; I I= i I—I I I—I I i I I ! i— L b" GONG. S�AB
=1 I I-1 I 1=i ; i=1 � 1=1 i 1=1 I I_=1 ! I-� ! �—I''
'• ALL ANGHORS TO MEET IGG-ES _GpMpqGTED BASE
ESR-IqI7 SPEUFIGATIONS
, EQUIPMENT ATT�4,CHMENT
' � �r�. , ,.�.