HomeMy WebLinkAboutB16-1933 000-000-00011114511111 11 111 1 1 111 1
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Prepared By: BUTTE
r"jq COUNTY
rig
SEP 01 2016
DEVELOPMENT
SERVICES
EN INEE I
Site Name: AWE - KNVR
Site ID: CVL00230
LISID: 9883
FA Location: 10090470
Site Type: Self Support
Location: Center Gap and Doe Mill Rd.
Chico, CA 95928
Latitude (NAD83): 39.7835469
Longitude (NAD83): -121.6788089
Report Completed: May 02, 2016
AT&T M-RFSC Casey Chan
Prepared for: AT&T Mobility
c/o Caldwell Compliance, Inc.
6900 Koll Center Parkway.
Ste. 401
Pleasanton, CA 94566
Site Overview and Description
• The antennas are mounted on a guyed tower
• The site consists of two (2) sectors with a total of six (6) antennas
• There are no separate structures within forty (40) feet of the transmitting antennas
• The site is within a fenced in area, access to the site is via a gate
• The site is co -located with Unknown panel, dish and omni antennas
Compliant with recommendations
OSC Engineering Inc. I www.OSCengineering.com 1 858 436 4120
Page 2/16
Compliance Notes
Occupational Safety & Compliance Engineering (OSC Engineering) has been contracted by Caldwell Compliance,
Inc. to conduct an RF (radio frequency) computer simulated analysis. The Federal Communications Commission
(FCC) has set limits on RF energy exposed to humans on a wireless cell site in order to ensure safety. The FCC has also
mandated that all RF wireless sites must be in compliance with the FCC limits and a compliance check must be
performed annually to ensure site compliance.
This report is an in depth analysis summarizing the results of the RF modeling provided to us by AT&T and in relation to
relevant FCC RF compliance standards. A reanalysis is recommended upon the site going on air.
OSC Engineering uses the. FCC OET-65 as well as AT&T Standards to make recommendations based on results and
information gathered from drawings and Radio Frequency Data Sheets.
For this report, OSC Engineering utilized Roofview0 software for the theoretical analysis of the AT&T Cellular Facility.
A site-specific compliance plan is recommended for each transmitting site. This report serves as a single piece of the
overall compliance plan.
Information utilized for this report: RFDS: SAN-FRANCISCO-SACRAM ENTO_SACRAM ENTO_CN 00230_2016 -Fixed -Wireless-
Local-Loop_FWLL-1 C_km477n_3701 A05C55_10090470_9883_01-06-2016_Final-
Approved_v2.00 (1)
DWGs: CVL00230-10090470 3-28-16 -90% CD
OSC Engineering Inc. I www.OSCengineering.com 1858 436 4120
Page 3/16
;I
Compliance Results of the Proposed Site (theoretical simulation)
Max RF Exposure Level simulated (AT&T antennas @ ground):
3.30 % FCC General Population MPE Limit
Max RF Exposure Level simulated (cumulative ground):
3.40 % FCC General Population MPE Limit
j
OSC Engineering Inc. l www.OSCengineering.com l 858 436 4120
L_
Page 4/16
FCC Regulations and Guidelines from OET 65
When considering the contributions to field strength or power density from other RF sources, care should be taken to
ensure that such variables as reflection and re -radiation are considered. In cases involving very complex sites predictions
of RF fields may not be possible, and a measurement survey may be necessary The process for determining compliance
for other situations can be similarly accomplished using the techniques described in this section and in Supplement A to
this bulletin that deals with radio and television broadcast operations. However, as mentioned above, at very complex
sites measurements may be necessary.
In the simple example shown in the below diagram, it is desired to determine the power density at a given location X
meters from the base of a tower on which are mounted two antennas. One antenna is a CMRS antenna with several
channels, and the other is an FM broadcast antenna. The system parameters that must be known are the total ERP for
each antenna and the operating frequencies (to determine which MPE limits apply). The heights above ground level for
each antenna, H1 and H2, must be known in order to calculate the distances, R1 and R2, from the antennas to the point
of interest.'
HI
Antenna I
OET Bulletin 65, Evaluating Compliance with FCC Guidelines for Human Exposure to Radiofrequency Electromagnetic Fields, Page 37- 38
OSC Engineering Inc. I www.OSCengineering.com 1858 436 4120 Page 5/16
Computer Simulation Analysis
The federal Communications Commission (FCC) governs the telecommunications services, facilities, and devices used by
the public, industrial and state organizations in the United States.
"RoofView® is a software analysis tool for evaluating radiofrequency (RF) field levels at roof -top telecommunications sites
produced by vertical collinear antennas of the type commonly used in the cellular, paging, PCS, ESMR and conventional
two-way radio communications services.112
"RF near -field levels are computed from selected antennas by applying a cylindrical model that takes into account the
antenna's aperture height, mounting height above the roof, azimuthal beam width for directional antennas and the
location of the antennas on the roof Resulting, spatially averaged power densities are expressed as a percentage of a
user selectable exposure limit depending on frequency. The entire roof is composed of one -square -foot pixels and RF
fields are computed for each of these pixels for each selected antenna." 3
Computer simulations produced for clients are simulated with "Uptime = 100%". This means that all transmitters associated
with an antenna are considered to be "on". 4
RoofView® uses a near -field method of computing the field based on assuming that the total input power delivered to
the antenna, at its input terminal, is distributed over an imaginary cylindrical surface surrounding the antenna. The height
of the cylinder is equal to the aperture height of the antenna while the radius is simply the distance from the antenna at
which the field power density is to be computed. Within the aperture of the antenna, this approximation is quite accurate
but as the antenna is elevated above the region of interest, the model output must be corrected for mounting height. 5
2 Roofview User Guide 4.15, Page 7, Richard A Tell Associates
3 Roofview User Guide 4.15, Page 7, Richard A Tell Associates If
4 Roofview User Guide 4.15, Page 10, Richard A Tell Associates
5 Roofview User Guide 4.15, Page 45; Richard A Tell Associates
OSC Engineering Inc. I www.OSCengineering.com 1 858 436 4120
1
1
Page 6/16
Antenna Inventory
All technical data and specifications shown below are collected from drawings and/or documents provided by the client, as well as from online
databases and/or a visit to this facility. Unknown wireless transmitting antennas are simulated using conservative values when information is not available.
OSC Engineering Inc. I www.OSCengineering.com 1 858 436 4120 Page 7/16
Theoretical Simulation Result Diagram -Cumulative Ground Level (Max Emission = 3.40% GP)
For the purpose of theoretical
simulation, OSC Engineering
models antennas as if they are
operating at full power (100%,
capacity). This assumption yields
more conservative_ (higher)
results. On-site measurements
may yield different results, as
antennas do not always operate
at full capacity. To the right is a
result diagram of the site in
question. The diagram is a color -
coded map per ND -00059 levels,
which coincide with FCC MPE
Limits. Any exposure resulting in a
level higher than 100% exceeds
the Limits and requires further
action, such as barriers. A level
exceeding 100% does not make
a site out of compliance. All
results are given in General
Population percentages even
when a site may be considered
Occupational.
OSC Engineering Inc. I www.OSCengineering.com l 858 436 4120 Page 8/16
I
Microwave a w ve Antennas
.
The input power for the microwave antenna (s) utilizes a generic default value of .01 Watts. This value is below the maximum for General
Population RF Safety Compliance per the AT&T ND -00059 document. Therefore the microwave antennas are determined to be compliant with
AT&T Mobility's guidelines.
Microwave
Antenna
D------------------------ r ------------------------- T ---------------------- * R
Near -Field Region Transition Region Far --Field Region
---------------1--------------------- --;------------ ------------;--------------------
1 16-qp ;
1S _
Power I <1 nf 702 St _ �nf� sff, pD
Density li 1 (Max power density R 4PR2
CL 1
as in the near -field '
1
1 region)
---------------1-------------------------'--------------------------1--------------------
At D3 0.6 Da
Distance Aperture Rnf 4h Rff =
A
Geometry and equations for computation of exposure 1evels6
Maixinwm Power iWo 141icrewwe
Antenna In ut Potts
D iameter
Power
(ft) (c m)
(VV )
1
30.5
0.017
2
61.0
0.7
3
91.4
1.6
4
121.9
2.9
5
152.4
4.5
6
102.9
6.5
7
213.4
8.8
8
243.8
11.6
9
274.3
14.7
10
304.8
18.2
11
335.3
22.0
12
365.8
26.2
13
396.2
30.7
14
426.7
35.6
15
1 457.2
1 40.9
Maximum power into microwave antenna ports for GP RF safety compiiance7
6 ND -00059 Rev 5.1 Page 29 of 81. Section; Microwave site
7 ND -00059 Rev 5.1 Page 30 of 81. Section; Microwave site
OSC Engineering Inc. www.OSCengineering.com 1 858 436 4120 Page 9/16
Certification
The undersigned is a Professional Engineer, holding a California Registration No. 19677
Reviewed and approved by:
John B. Bachoua, PE
Date: May 02, 2016
The engineering and design of all related structures as well as the impact of the antennas on the
structural integrity of the design are specifically excluded from this report's scope of work. This report's
scope of work is limited to an evaluation of the Electromagnetic Energy (EME) RF emissions field
generated by the antennas listed in this report. When client and others have supplied data, it is
assumed to be correct.
OSC Engineering Inc. www.OSCengineering.com j 858 436 4120 Page 10/16
FCC MPE Limits (from OET-65I
OSC Engineering uses the FCC's and clients' guidelines to model the computer simulation. Explained in detail in Office of
Engineering & Technology, Bulletin No. 65 ("OET-65") "Evaluating Compliance with FCC Guidelines for Human Exposure to
Radiofrequency Electromagnetic Radiation".
Occupational/controlled8 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 exercise control over their exposure. Occupational/controlled exposure limits also 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 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. As discussed later, the occupational/controlled exposure limits also apply to amateur radio operators and
members of their immediate household.
General population/uncontrolled9 exposure limits apply to situations in which the general public may be exposed or in
which persons who are exposed as a consequence of their employment may not be made fully aware of the
potential for exposure or cannot exercise control over their exposure. Therefore, members of the general public would
always be considered under this category when exposure is not employment-related, for example, in the case of a
telecommunications tower that exposes persons in a nearby residential area.
8 OET-65 "Evaluating Compliance with FCC Guidelines for Human Exposure to Radiofrequency Electromagnetic Fields pg. 9.
9 OET-65 "Evaluating Compliance with FCC Guidelines for Human Exposure to Radiofrequency Electromagnetic Fields pg. 9.
OSC Engineering Inc. I www.OSCengineering.com 1 858 436 4120 Page 11/16
Limits for Maximum Permissible Exposure (MU)IO
"The FCC Exposure limits are based on data showing that the human body absorbs RF energy at some frequencies more
efficiently than at others. The most restrictive limits occur in the frequency range of 30-300MHz where whole-body
absorption of RF energy by human beings is most efficient. At other frequencies whole-body absorption is less efficient,
and, consequently, the MPE limits are less restrictive."] I
(A) Limits for Occupational/Controlled Exposure
1.63 (100). 30
1.34-30 824/f
Frequency
Electric Field
Magnetic Feld
Power Density (S)
Averaging rime
Range (MHz)
Strength (E) (V/m)
Strength (H) (A/m)
(MW/CM2)
( E E 2_1 H 12 or S
(minutes)
0.3-3.0
614
1.63
(100).
6;
3.0-30
1842/f
4.89/f
(900/x).6
32-300
61.4
0.163
1.0 .
6
300-1500
-
f/300
6
1500-100,000
--
--
5
6
(B) Limits for
General Population
/Uncontrolled Exposure
Frequency
Electric Field >
Magnetic Field
Power Density (S)
Averaging Time
Range (MHz)`'
Strength (E) (Vfm)
Strength (H) (A/m),
(mW/cm')
I E 1 2, (H 12 or S
(minutes)
0.3-1.34 614
1.63 (100). 30
1.34-30 824/f
2.19/f (180/f)* 30
30-300 27.5`
0.073'' 02 30
300-1500
f/1500 30
1500-100,000 --
-- 1.0 30
f= Frequency in MHz
*Plane -wave equivalent power density
10 OET-65 "FCC Guidelines Table 1 pg. 72.
>> OET-65 "FCC Guidelines for Evaluating Exposure to RF Emissions", pg. 8
OSC Engineering Inc. I www.OSCengineering.com 1 858 436 4120 Page 12/16
Limits for Maximum Permissible Exposure (MPE) continued 12
Egure 1. FCC Limits for Maximum Permissible Exposure (MPE)
Plane-wave,Equivalent Power Density
OccupationalContralled Exposure
Genera! PppuWmUncontrofied Exposure;
0_11 I I I I I I I I 1 1
0.03 0.3 1 3 30 300 13,000 30,000 1300.000
1.34 1,500 100,000
Frequency (MHz)
"WE Limits are defined in terms of power density (units of milliwatts per centimeter squared: MW/CM2), electric field
strength (units of volts per meter: V/m) and magnetic field strength (units of amperes per meter: A/m). In the far -field of a
transmitting antenna, where the electric field vector (E), the magnetic field vector (H), and the direction of propagation
can be considered to be all mutually orthogonal ("[plane -wave" conditions], these quantities are related by the
following equation:
,g = E, — 37.7H 2
3770
xvhere: S = power density (mWtcni?)
�E = electric field strength (Vlm)
H = magnetic fidd strength (Alm)
12 OET-65 "FCC Guidelines Table I pg. 72.
OSC Engineering Inc. I www.OSCengineering.com 1 858 436 4120 Page 13/16
Limitations
OSC Engineering completed this evaluation analysis based on information and data provided by the client. The data
provided by the client is assumed to be accurate. Estimates of the unknown, standard, and additional transmitting sites
are noted and based on FCC regulation and client requirements. These are estimated to the best of our professional
knowledge. This report is completed by OSC Engineering to determine whether the wireless communications facility
complies with the Federal Communications Commission (FCC) Radio Frequency (RF) Safety Guidelines. The Office of
Engineering and Technology (OET-65) Evaluating Compliance with FCC Guidelines for Human Exposure to
Radiofrequency Electromagnetic Radiation has been prepared to provide assistance in determining whether proposed
or existing transmitting facilities, operations or devices comply with limits for human exposure to radiofrequency (RF) fields
adopted by the Federal Communications Commission (FCC)13. As each site is getting upgraded and changed, this
report will become obsolete as this report is based on current information per the client, per the date of the report. Use of
this document will not hold OSC Engineering Inc. nor it's employees liable legally or otherwise. This report shall not be used
as a determination as to what is safe or unsafe on a given site. All workers or other people accessing any transmitting site
should have proper EME awareness training. This includes, but is not limited to, obeying posted signage, keeping a
minimum distance from antennas, watching EME awareness videos and formal classroom training.
13 OET-65 "FCC Guidelines for Evaluating Exposure to RF Emissions", pg. 1
OSC Engineering Inc. I www.OSCengineering.com 1 858 436 4120
Page 14/16
AT&T Antenna Shut -Down Protocol
AT&T provides lockout/Tagout (LOTO) procedures in Section 9.414 (9.4.1- 9.4.9) In the ND -00059. These procedures are to be followed
in the event of anyone who needs access at or in the vicinity of transmitting AT&T antennas. Contact AT&T when accessing the
rooftop near the transmitting antennas. Below is information regarding when to contact an AT&T representative.
9.4.7 Maintenance work being performed near transmitting antennas
Whenever anyone is working within close proximity to the transmitting antenna(s), the antenna sector, multiple sectors, or entire cell
site may need to be shut down to ensure compliance with the applicable FCC MPE limit. This work may include but is not limited to
structural repairs, painting or non -RF equipment services by AT&T personnel/contractors or the owner of a tower, water tank, rooftop,
or other low -centerline sites. The particular method of energy control will depend on the scope of work (e.g., duration, impact to the
antenna or transmission cabling, etc.) and potential for RF levels to exceed the FCC MPE limits for General Population/Uncontrolled
environments
9.4.8 AT&T Employees and Contractors
AT&T employees and contractors performing work on AT&T cell sites must be trained in RF awareness and must exercise control over
their exposure to ensure compliance with the FCC MPE limit for,Occupational/Controlled Environments ("Occupational MPE Limit").
The rule of staying at least 3 feet from antennas is no longer always adequate to prevent exposure above the Occupational MPE
-Limit. That general rule was applied early in the development of cellular when omni -directional antennas were primarily used and
later when wide-beamwidth antennas were used. That application was then appropriate for the Occupational exposure category.
However, the current prevalence of antennas with 60- and 70- degree horizontal half -power beamwidths at urban and suburban
GSM and UMTS/HSDPA sites raises some question about the continued reliability of the 3 -foot rule. Antennas with low bottom -tip
heights and total input powers around 70-80 W can produce exposure levels exceeding the Occupational MPE Limits at 4 feet, and
these levels can be augmented by emissions of co -located operators. Therefore, AT&T employees and contractors should apply the
above general work procedures and use an RF personal monitor to assess exposure levels within the work vicinity.
9.4.9 Other Incidental Workers
All other incidental workers who are not trained in RF safety are considered general public and subject to the FCC MPE limits for
General Population/Uncontrolled Environments. In such instance, the M-RFSC (primary contact) or R-RFSC (secondary contact) must
refer to the Mobility RF site survey plan to assess the potential RF exposure levels associated with the antenna system. If capable of
exceeding the FCC General Population/Uncontrolled MPE limit, then local sector/site shutdown is necessary. The FE/FT must also
follow the local shutdown procedure and use their RF personal monitor as a screening tool for verification, as necessary.
is
ND-00059—Rev-5.1 "Lockout/Tagout (LOTO) Procedures" Page 45.
OSC Engineering Inc. I www.OSCengineering.com 1 858 436 4120 Page 15/16
RECOMMENDATIONS
• Access Point
Information 1 Sign @
access gate or base of
guyed tower (to be
posted)
Tower Caution Sign @
base of guyed tower
(to be posted)
• AT&T Sector A
No signage or barrier
action required
• AT&T Sector B
No signage or barrier
action required
ul�jllu Fitviiujineca in me viciniTy OT Tne Transmitting antennas, site shut -down procedures must be
followed. See page entitled AT&T Antenna Shut -down protocol for further information.
OSC Engineering Inc. I www.OSCengineering.com 1 858 436 4120 Page 16116
GENERAL.
22. UNLESS NOTED OTHERWISE, CONTRACTOR SHALL BE RESPONSIBLE FOR OBTAINING AND PAYING
1. THE CONTRACTOR SHALL BE RESPONSIBLE FOR FOLLOWING ALL LAWS, REGULATIONS, AND RULES
FOR ALL PERMITS NECESSARY FOR CONSTRUCTION.
' SET FORTH BY FEDERAL STATE AND LOCAL AUTHORITIES WITH JURISDICTION OVER THE
' 23. THE VINCULUMS PROJECT MANAGER IMAY RETAIN THE SERVICES OF A TESTING LABORATORY TO
PROJECT. THIS RESPONSIBILITY IS IN EFFECT REGARDLESS SOF WHETHER` THE LAW, ORDINANCE, PERFORM QUALITY ASSURANCE TESTING ON VARIOUS PORTIONS OF THE CONTRACTORS WORK.
REGULATION OR RULE IS MENTIONED IN THESE SPECIFICATIONS. WHEN REQUESTED, THE CONTRACTOR SHALL INFORM THE TESTING LABORATORY AND ASSIST
THEM IN COMPLETING TESTS.
2. ALL WORK SHALL BE COMPLETED AS INDICATED ON THE DRAWINGS, AT&T PROJECT
SPECIFICATIONS' AND THE AT&T CONSTRUCTION CONTRACT OO UMENTS.
24. THE CONTRACTOR SHALL MAINTAIN AND SUPPLY .THE .VINCULUMS PROJECT MANAGER WITH
3. THE CONTRACTOR SHALL HAVE AND MAINTAIN A VALID CONTRACTORS LICENSE FOR THE
AS BUILT PLANS UPON COMPLETION OF THE PROJECT.
D
LOCATION IN WHICH THE WORK IS TO BE PERFORMED. FOR JURISDICTIONS THAT LICENSE
INDIVIDUAL TRADES THE TRADESMAN OR SUBCONTRACTOR PERFORMING THOSE 'TRADES SHALL
BE LICENSED.
4. FOLLOW ALL APPLICABLE RULES AND REGULATIONS OF THE OCCUPATIONAL SAFETY AND HEALTH
ADMINISTRATION OSHA AND STATE LAW AS DEFINED IN THE FEDERAL OCCUPATIONAL SAFETY
AND HEALTH ACT.
5. PRIOR TO THE SUBMISSION OF THE BID THE CONTRACTOR SHALL VISIT THE JOB SITE VERIFY
ALL DIMENSIONS AND BECOME FAMILIAR WITH THE FIELD CONDITIONS. ANY DISCREPANCIES
SHALL BE BROUGHT TO THE ATTENTION OF THE VINCULUMS PROJECT MANAGER.
6. DRAWING PLANS SHALL NOT BE SCALED.
i
7. THE CONTRACTOR SHALL NOT PROCEED WITH ANY WORK NOT CLEARLY IDENTIFIED ON THE
DRAWING WITHOUT HOUT THE PRIOR WRITTEN ` APPROVAL OF THE VINCULUMS PROJECT MANAGER.
IT
I
8. THE CONTRA- EQUIPMENT AND MATERIALS IN ACCORDANCE WITH
CONTRACTOR SHALLINSTALL ALL Q
MANUFACTURER RECOMMENDATIONS UNLESS SPECIFICALLY OTHERWISE NOTED.
ERNS AND METHODS OF CONSTRUCTION DEALING WITH TOWER CONSTRUCTION AND SAFETY
9. ALL M ,
L ERECTION, EXCAVATIONS _TRENCHING SCAFFOLDING FORMWORK ELECTRICAL AND WORK
STEEL E C � � ,
INCONFINED
SPACES ARE THE SOLE RESPONSIBILITY OF THE CONTRACTOR.
C
10. WHEN THE CONTRACTOR ACTIVITIES IMPEDE OR OBSTRUCT TRAFFIC FLOW CONTRACTOR SHALL
PROVIDE TRAFFIC CONTROL 0 DEVICES, AND FLAGMEN IN ACCORDANCE WITH APPLICABLE
EVIC SIGNS,
FEDERAL, STATE, DOT AND LOCAL REQUIREMENTS.
11. THE CONTRACTOR SHALL COORDINATE
SITE ACCESS AND SECURITY WITH THE PROPERTY OWNER
MANAGER -
.AND THE VINCULUMS PROJECT PRIOR TO CONSTRUCTION.
PO
12. THE CONTRACTOR SHALL BE RESPONSIBLE FOR COORDINATION WITH UTILITIES.
E LOCAL PUBLIC UTILITY LOCATING PROVIDER 811 A MINIMUM
13. THE CONTRACTOR. SHALL CALL TH C ( )
OF THREE ,.BUSINESS DAYS PRIOR TO EXCAVATING IN THE PUBLIC RIGHTOFWA Y
14. THE CONTRACTOR .SHALL BE RESPONSIBLE FOR LOCATING PRIVATE UTILITIES.
15. THE CONTRACTOR SHALL PROVIDE ANY TEMPORARY UTILITIES OR FACILITIES IT DEEMS
NECESSARY TO COMPLETE THE WORK. THIS INCLUDES, BUT IS NOT LIMITED TO WATER, SEWER,
G
POWER,. TELEPHONE, HEAT, LIGHTING OR SECURITY.
16. WHEN EXCAVATING IN THE AREA OF EXISTING UTILITIES, THE CONTRACTOR SHALL USE
REASONABLE CARE IN PROTECTING SUCH UTILITIES. CONTRACTOR SHALL NOTIFY THE VINCULUMS
PROJECT MANAGER IMMEDIATELY OF ANY CONFLICTS BETWEEN EXISTING UTILITIES AND PROPOSED
CONSTRUCTION.
17. DAMAGE TO PUBLIC OR PRIVATE UTILITIES SHALL BE REPORTED TO THE VINCULUMS PROJECT B
MANAGER AND THE OWNER OF THE UTILITY IMMEDIATELY. ANY DAMAGE RESULTING FROM
CONTRACTORS NEGLIGENCE OR FAILURE TO ACT WITH DUE REGARD SHALL BE REPAIRED AT
CONTRACTORS EXPENSE.
18. UNLESS OTHERWISE NOTED ON THE PLANS, CONTRACTOR SHALL ASSUME ALL SURFACE
FEATURES SUCH AS BUT NOT LIMITED TO BUILDINGS, PAVEMENTS, LANDSCAPING FEATURES,
PLANTS ETC. ARE TO BE SAVED AND PROTECTED FROM DAMAGE. CONTRACTOR SHALL MAKE
NECESSARY PROVISIONS TO PROTECT EXISTING SITE CONDITIONS AND UPON COMPLETION OF
WORK REPAIR BACK TO ORIGINAL CONDITIONS ANY DAMAGE THAT OCCURRED DURING
CONSTRUCTION.
19. KEEP THE CONSTRUCTION SITE CLEAN, HAZARD FREE, AND DISPOSE OF ALL DIRT, DEBRIS,
RUBBISH AND REMOVE EQUIPMENT NOT SPECIFIED AS REMAINING ON THE PROPERTY. LEAVE
. I H
PREMISES IN CLEAN CONDITION AND SHALL BE SUBJECT TO APPROVAL BY THE PROPERTY
OWNER AND THE VINCULUMS PROJECT MANAGER. _
—
20. THE CONTRACTOR SHALL PROVIDE ON—SITE TRASH RECEPTACLES FOR COLLECTION OF
NON-TOXIC DEBRIS. ; ALL TRASH SHALL BE COLLECTED ON A DAILY BASIS.
21. ALL TOXIC AND ENVIRONMENTALLY HAZARDOUS SUBSTANCES .SHALL BE USED AND DISPOSED OF
IN ACCORDANCE WITH MANUFACTURER SPECIFICATIONS. UNDER NO CIRCUMSTANCES SHALL
RINSING OR DUMPING OF THESE SUBSTANCES OCCUR ON-SITE.
A
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575 LENNON LANE, SUITE 125 SCHAUMBURG ILLINOIS 60173
.
GENERAL NOTES Carl 1
WALNUT CREEK, CA 9459$-2414' ` TEL: 847-908-8400
CENTER GAP AND DOE MILL 5001 EXECUTIVE PKWY N0DATE REVISIONS BY �9r'�" s ~
ROAD SAN RAMON, CA 94583aF cA�tiFa w
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GENERAL ABBREVIATIONS
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WALNUT CREEK CA 94598-2414 TEL: 847-908-8400 ROAD SAN RAMON, CA 94583 SCALE: AS NOTED CHECKED BY: ST APPROVED BY: MB
949-783-3550 www.FullertonEngineering.com CHICO CA 95928
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