HomeMy WebLinkAbout5.16 Original Contract
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. FORT ANGELES
CITY OF
I
WAS H I N G TON, U. s. A.
PUBLIC WORKS & UTILITIES DEPARTMENT
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1
, November 22, 2000
Mr. Mike Todd
Manager
Qwest
635 North Oakridge Drive
Port Angeles, W A 98362
Reference: Pole Rental Agreement Termination Notice
Qeai Mr. Todd,
On October 17,2000, the City Council approved the Community Telecommunications Action
Plan. The Action Plan includes, development of a comprehensive telecommunications
ordinance. As part of the comprehensive telecommunications ordinance, we are drafting a new
pole attachment ordinance that will replace the pole rental agreement we have with your .
company and all other parties:
The Federal Telecommunications Act requires the City to manage the public rights-of-way,
including municipally owned utility poles, on a competitively neutral and nondiscriminatory
basis and to not create any barriers to entry. The City recently discovered that the pole rental
agreements are not consistent with some purposes of the Act.
The pole rental agreement allows for termination upon written notice by either party. The
current pole rental agreement will continue to ,be in effect until the new ordinance is adopted
by the City Council. It is our intent to adopt the new ordinance by April 2001. Please be
assured that upon termination ofthe agreement, your company will continue to have the City's
consent to attach its current infrastructure to City-owned utility poles. The City fully
anticipates it will also waive the requirement to remove your infrastructure from municipal
poles as provided by the agreement upon termination.
A copy of your pole rental agreement is enclosed. We look forward to working with you to
develop a pole attachment ordinance that will continue to meet the needs of your company and
those of the City!
Sincerely,
:f.~~W
vr~(
321 EAST FIFTH STREET · POBOX 1 150 · PORT ANGELES, WA 98362-0217
PHONE' 360-417-4805 · FAX' 360-417-4542 · TTY 360-417-4645
E-MAIL: PUBWORKS@CIPORT-ANGELESWA.US
5. I (p
SUPPLEMENTAL AGREEMENT
FOR
PERIODICAL ADJUSTMENT OF RENTALS
AGREEMENT FOR
JOINT USE OF WOOD POLE5
CITY OF PORT ANGELES
CLALLAM COUNTY, WASHINGTON
AND
PACIFIC NORTHWEST BELL TELEPHONE COMPANY
WHEREAS, the PACIFIC NORTHWEST BELL TELEPHONE COMPANY, a corporation,
previously known as the The Pacific Telephone and Telegraph Company,
entered into an agreement with the City of Port Angeles, a municipal
corporation, dated November 12, 1941, in connection with the joint use
of poles in the same territory, and
WHEREAS, it is the desire of the interested parties to amend the said
aforementioned agreement,
NOW, THEREFORE, in consideration of the mutual agreements herein
contained, the parties hereto, for themselves, their successors and
assigns, do hereby, agree as follows:
1. The per pole annual rentals, as specified in Article X, shall be
adjusted to the following rates:
(a) $8.00 per annum shall be paid by the City for each jointly used
pole owned by the Telephone Company.
(b) $8.00 per annum shall be paid by the Telephone Company for each
jointly used pole owned by the City.
2. The adjusted per pole rentals shall be effective June 1, 1984.
3. Exhibit A, Article IV, attached hereto, shall be substituted for
Exhibit A dated June 1, 1978 and become effective February 15,
1984.
Said agreement shall remain in full force and effect as to all other
provisions.
IN WITNESS WHEREOF, the parties hereto have caused these presents
executed by their respective officers thereunder duly authorized,
1.A:t: day of ~ ' 1984.
to be
on the
By
A MUNICIPAL
COUNTY
Attest:
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By
istribution Services
Signed Contract was
mailed to Walt Huff
on May 2nd, 1984,
without accompaning,
letter.
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~ REVISED APPENDIX A
TO
GENERAL AGREEMENT FOR JOINT USE OF POLES
BETWEEN
CITY OF PORT ANGELES
CLALLAM COUNTY, WASHINGTON
AND
PACIFIC NORTHWEST BELL TELEPHONE COMPANY
Dated: November 12, 1941
1. This Appendix contains tables of pole values to be used in dividing
costs as provided under Article VIII. It also outlines the steps for
adjusting such values to determine any payments that the licensee must
make to the owner to defray costs of premature replacement of poles to
accommodate the licensee.
2. It is intended that additional factors will be added to cover
future long-term changes in costs.
TABLE I - NEW POLE COSTS (1984 Level)
The following tabulation shall list mutually agreed-upon average costs in
place of new poles of all kinds of timber, including only such cost items
as are repetitive when poles are replaced.
Height = 30' 35' 40' 45' 50 ' 55 ' 60'
Value = $356 $414 $474 $501 $544 $912 $1157
NOTE: For poles set in solid rock increase value-in-place 50%.
TABLE II - CURRENT VALUE FACTORS FOR MODIFYING VALUE OF POLES
Current Current
Age Year Value Factor Age Year Value Factor
0 1984 1. 000 13 1971 .211
1 1983 .935 14 1970 .186
2 1982 .847 15 1969 .171
3 1981 .732 16 1968 .161
4 1980 .632 17 1967 .152
5 1979 .568 18 1966 .140
6 1978 .515 19 1965 .132
7 1977 .478 20 1964 .126
8 1976 .441 21 1963 .119
9 1975 .335 22 1962 .114
10 1974 .300 23 1961 .108
11 1973 .258 24 1960 .101
12 1972 .234 25 1959 .094
DATED: FEBRUARY 15, 1984
-2-
1984 TABLE (Cont.)
EXAMPLE:
Value in 1984 of a 45-foot pole set in 1964 would be computed
as follows:
$501 x .126 = $63.13
TABLE III - SALVAGE VALUE OF POLES
30' $63
35' = $111
40' = $161
45' = 184
50' = 208
55' = 516
The figures shown in Table III represent the current material purchase
price of polest including taxt without other overhead charges. To
calculate salvage valuet these costs should be depreciated 10% per
year to zero in the tenth year.
TABLE IV - COST OF REMOVAL
$69 for all poles of all heights and classes
For poles installed longer than 10 yearst it shall be assumed
that the salvage value is equal to the cost of removal.
TABLE V - ANCHORS
Helix Plate Rock
Anchor - 5/8" Rod - $131 $171
- 3/4" Rod - $161 $203
- 1" Rod - - -$127 $178 $246
TABLE VI - BONDING AND GROUNDING
Value in place of a ground rod and connection to multi-ground
neutral:
Ground rod and connection #4 wire to multi-ground
Bond connection
$125.00
$ 26.00
DATED: FEBRUARY 15 t 1984
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A G R E E MEN T
(THIS AGREEMENT made and entered into this
i
21st
day of
August, 1984
, between the City of Port Angeles
a municipal corporation, hereinafter called the "City",
and the PUBLIC UTILITY DISTRICT FOR CLALLAM COUNTY, munici-
pal corporation, hereinafter called the "District",
WITNESSETH:
WHEREAS the City has made plans for building elec-
trical facilities on the north side of Third Street and
the north side of the Golf Course; and
WHEREAS the best interests of the customers of
both the City and the District who are provided electrical
service is best served both from the standpoint of a sub-
stantial savings in construction costs and from the stand
point of improved aesthetics by the construction of joint
overhead distribution facilities where possible;
NOW, THEREFORE, in consideration of the mutual
covenants herein contained the parties agree as follows:
1. The City and the District will jointly con-
struct facilities on 4 poles: 2 poles on Third Street, and
2 poles on Golf Course Road north of Third Street. The Dis-
trict may at its option transfer to one additional pole
on Golf Course Road north of Third Street as defined as
an optional joint use pole on Exhibit A. The two sketches
marked Exhibit A and Exhibit B attached to this Agreement,
detail the proposed work, and are made a part of this Agree-
ment by reference.
The locations of the poles will be as follows: one
pole to be located on the northwest corner of Golf Course
Road and Third Street; one pole to be located approximately
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140 feet west of the intersection of Golf Course Road and
Third Street; one pole is an existing District pole immedi-
ately northeast of the intersection of Golf Course Road
and Third Street; one pole is an existing District pole
on east side of Golf Course Road approximately 550 feet
south of the intersection of Golf Course Road and U.S. High-
way 101. The location of the optional joint use pole shall
be as follows: one pole to be located on the west side
of Golf Course Road approximately 550 feet south of inter-
section of Golf Course Road and U.S. Highway 101.
2. The City will provide and set the two joint
use poles on Third Street and the one optional joint use
pole on Golf Course Road. Each of the parties shall be
responsible for framing and transfer or installation of
its lines and equipment to each of these poles. The City
will be responsible for the framing and installation of
its lines and equipment to the two referenced District poles
on the east side of Golf Course Road.
3. The ownership of the two poles on Third Street
shall remain with the City.
The ownership of the one optional joint use pole on
the west side of Golf Course Road shall remain with the
City.
The ownership of the referenced District poles on the
east side of Golf Course Road shall remain with the District.
4. All rental payments on the two poles on Third
Street and the one optional joint use pole on the west side
of Golf Course Road for telephone and/or other utility
2
contracts shall be made to the City and shall be the pro-
perty of the City.
All rental payments on the two District poles on the
east side of Golf Course Road for telephone and/or other
utility contracts shall be made to the District and shall
be the property of the District.
5. It is recognized by the parties that from
time to time the system may be damaged in some way and fur-
ther that the poles and other portions of the facility will
have to be replaced because of normal wear and tear. In
the event of damage to a pole or to a pole wearing out and
requiring replacement, the two Third Street poles and the
one optional joint use pole on the west side of the Golf
Course Road will be furnished and replaced by the City,
the two District poles on the east side of Golf Course road
will be furnished and replaced by the District. Each of
the parties will pay the labor and equipment costs due to
replacing of its own facilities on these poles and for trans-
fer costs to said pole. The replacing or repairing of any
other portions of the system shall be at the expense of
the party who owns that portion. In the event of any legal
or court costs in connection with damages to any portion
of the system other than poles, the costs shall be borne
by the damaged party. Any such costs in connection with
damage to the two Third Street poles or the one optional
joint use pole on the west side of Golf Course Road shall
be paid by the City, and to the two Golf Course poles (east
side) shall be paid by the District.
6. In the event the area served by the facilities
of the District involved in this Agreement is annexed by
the City and this results in the abandonment of the Dist-
rict's facilities covered by this Agreement, the District
3
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will remove at its own expense all of the District facili-
ties no longer required.
7. In the event of a relocation of the facilities
required by land development, new plats or customer's
requests, the City shall be responsible for the two poles
on Third Street and the optional joint use pole on the west
side of Golf Course Road and the District shall be respon-
sible for the two poles on the east side of Golf Course
Road for providing or having provided the necessary poles
and labor costs for the installation of new poles and removal
of old poles. Each of the parties shall be responsible for
the transfering of their facilities to the new pole or poles.
8. Both parties will carry liability insurance
in an amount sufficient to protect against all claims for
damage to persons or property arising out of the use of,
or in any way in connection with, the joint facilities pro-
vided for in this Agreement. Each party will advise the
other as to its insurance coverage on this facility on
request.
IN WITNESS WHEREOF the parties have to set their
hands the day and year first above written.
CITY OF PORT ANGELES
ByJJ~L/~
PUBLIC UTILITY DISTRICT
OF CLALLAM COUNTY
BY
4
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.,..,., ~..iOU~' ~r 1,",", ~',"'" ,..,.., "'ilO p.., roo: -".j C
J.!.'-..... ~.;...;; .....wt,.. ~... ..........~.........
Tclc:?:~c~o
~~::1 TclC~o.:i:l Cc:1~j:;;::J:> C:ltC:"':.l
e
into 0...'1 CCl~cC::Qn)~ irlth tho C;j,,'.;y of Po:..~;; k'l.::.;olc:>> n. ~'I.:i.circl co:..:-,o:....o,:::.::..,:::...;.
,cl:1tod. l;ovw'uc:..' 12~ l~a, in co;:~ncctlon i;ri.::.ll tho ~o::.n.;:; UDO c:: l.x)lcD in .~::o
C.'lr.O to;"'l'itOl"Y J a.ncl
i.;:r-r;:HE..'LS ~ i"~ iG ""ho c1c:il\J of ".;ho in:~o:'OD."cd )((U";;ion to c.::.;:)~;.~ tho .:;:d~
e
ui'orcaCl.1',;;.:l.onod U01'CC::C.. t.:I
I~OU, TlC::~.::.'O::::: $. 1:.1 co~ldcl'.~/,;;.io41. of "0110 wutU3J. c..':;:Oc::.C~j.)0S l:C:.,..oin
-con:~inQd~ tho p~~ilJ.3 ho~:o).;O.ll io~ tho:-;:;.o1volJ~ t:l0U CUCCC':':Ol"~ cr.d o..:::;iD~>>
do hereby c.erea 0.::; follcun:
Thc.'-:; tho fl.l'.3t rA:l.m~4u1?h of Sc.~tio.o. X j) ?.Ei::'L-\LS.II 'bo cllC..l1C~d tiO l'C~
o.~ ~ollo~m:
TuG L:lconaco clmll po.;; to tho O';r.:lo:.... 0.0 rc:.rc;:u fo-: the u.::;o 0-::: c<lCh c..~
.
e
ovc-ry polo' cny pOl.,J~ion of \t.rlch in occu1?lod by or Dpccific.'"'Jiy :::c~e~vcd. at
.the Lico:lncee s rCCJ.uont torp t~o a.ttC.Cl:u:l~'~D of t:1G Lic0..-:':;cc:> 7:.::"C3 o.r.d
25/100 DolliTJ ($302~) Dcr p:)lo :!,X?l" C,.'I1.'11;::1, c;;-;cc.;;:~vo c.: of J2..:~-""'Y l~ 19S5o
.. S::l.1.d ~O~i;-(" ciuUl j,,'c::.1oJ..n in :"v.11 l'oZ'Co o.r;d o~i'Qc'l; co ';:;0 :~ c;~or
pl"'OviDio~:; .
. III 'i:I'E~SS 'ilIJI:TJ:OF "cho po..rt:tGO hci.."O';;o r..:lvo c;::.u.:;c.>d thc:;Q p:"0.::ont:J 'co
e.
bo c;:ocutQJ. by thoir l"cs!,cctive oi~~'iccr.; thm"cli:':rlm' duly c.t.'tho:...izad.~
tl1i :J
10
CZy ~
H2.Y
..." ~ 19670
\~ : d II/ l
~:1~~'~ ::,,4l.0\/'~(!
(~'-~f~.~t421...'(d!Jv
. 17 "~""""'Y
1?4'~CITIC I:O~T~Z~~T 'f:"SL!. Tr~r;I~::::o::z CO:.2l1.Ir!
Dy~~~-:"<fl'~
.. \:i).:l.ct' .B.2::';:: .1CCj.y'
~ "':;1
~ /.... ~ 1 /~.,I! ....~~
Atto.:t__ C/T, ~r J..)/I.....;,~.~. ""~
LG~iG~~~~ ~cc~o~~~y
e
Attest:
. eny 0:'" k'O:\T P"::GZU:S
'--.L()~:J (/, / . 'II )
(--7.~)4---.) //X., /1/. .', 1/
- "--"'.-
City Clcrlc
City of Port Angeles
B'J&':P' ~;J.>?:f;;:ye:.4C
Hayor'
Pie CL ~ V ~e.-Tco'n Tb (;lty,4a t)
This agre6men:t, made tb18 / Y ~ ~7 day fit I'f" v ~ ,...., 4J ~ ~ ,l~ I
br a:nd between 'the CITY OF PORT ANGELES,. a oorporation of the state of
Washington, hereinafter oal1ed the "Electric Company", party of the first
part, end THE PACIFIC TELEPHONE AND TELEGRAPH COMPANY, a corporation of
-
the State of California. hereinafter oa11ed the "Telephone Company", party
of the second part.
WI TNESSE'fB.
.
WHERE.4S. the E1ectrio COl!lp~y end the Telephone Company desire to
esto.b1ieh joint use of their respeotive poles when and where joint use ahal1
be of mtrl:iWll adV8.J1'tage I and
WHEREAS, the acmdit10ns determfn1ng 1me necessi. f6 desira.bility
of joint use depend upon the Barnoe requirements to be met by both parties,
including oonsiderations of se..f.-t;y 8.11d eoO!lOJl\1. aDd eo.oh of 'them should be
the jwige of -wlat the obaraoter of its ciral.lits should be to meet 11;8 B~rvice
requirements and u to whether or- not these service requireaen't8 can be
properly mErl; by the joint use of poles.
'BOW, 'lHEREPOIlE, in OOIi8ideratlcm of the premises and the mu1nal
oovensnts herem oontained. the parties hereto, tor thaeelvel, their sucoee-
GOrs and assigns, do hereby ecwenant end agree as tol1owaa.
ARTIOLE I
DEFINITIONS
Far the pll1!pOS9 or iJliB agreement, the :tollCJlr!ng ter&n.s when used
here in. ahall have the following 1I88ningSI
S'l.ANDARD SPACE i. the following desaribed apace em a. joiJrt pole tflr 'the ez-
olusive use of ae..oh par'ty. rupeotively, ,(except only as to the pcrtian of
1 tB said apaoe which. by the terms of the amlexed specifications, may be
oooupied by 0(U"ta1n attaohments therein desoribed of the other par'ty)a
2.
....
(1) Far the BleO't1'lo Company, the uppermost 8eT8D (7) teet,
sald lItmlII1 teet to inolude one gain tor tire alarm o1rouit8.
(2) For the Telephone Company, a spaoe ot tour (4) teet at a
eut.rlo1el!l't distance below 'the spaoe of 'the Eleotrio
Compay to provide at all 'times the minimum olearanoe
required by the sp8oif'1oations referred to in Artlo1e Vl,
and at a sufticient height above the ground to provide
the proper vertloa1 olearance far the lowut horiaSntalq
l'Uil line wires or oables attaohed in suoh sptlO&.
STANDARD JOINT POLE means a pole .hioh 1s just tall enough to
provide standard spaGe for the respeO't1ve parties as &toresald. &peoit1cal17.
a standard joint po).e under this agreement shall be a forty (40) foot, olass
three (3) 'WOOd pole.
AR'l'ICLE n
SCOPl OF AG.RK&MENT
This agreement shall be in etfect in the tollcnd.ng deaorlbed terri-
toryl Clallem County. in the State ot Washingtcm, end shall cover all wood
poles ot eaoh ot the parties now e:dating or hereafter ereeted in 'the abcwe
territory when said poles are brought bereunder in aooordance with the pro-
oedure herei.na.fller provided. Each party reserves the r1~t to exolude from
joint use (1) poles, whioh. 1%1 the OImer's judgmszrl; are DB08SSUT tar 1ts.C!lm'1
.ole use, and (2) poles whioh oarr-r. . are 1Dten.ded by 10M OwDer to oarry.
Grat11'ta at nob a oharaeter that in 'the Ow.D8r'. ~gumt 'the proper reDdering
at its servi_ now tSr in tJ:w f'utnre makes joint uae or nob poles undesirable.
AR'l'ICLI III
PLACING, 'fBANSFImRING OR RBARRANGIliG AftACHMEfrlS
\
(a) Whenever- nther ~ "..ires to re8$M"8 apace on 1m3 pole ot
the other. tor 8ZJ:1 at-taomenta tequirlng space tbereon, not the:a. epeoitioalq
reserved hsreun4er tta" ita use, it sball matc:e written applioation theretor.
apee1ty1ng 1n .UGh ILO't1oe the looatlcm ot the pole in quest1=. and the number
en4 kind ot attaobments wh10h it deairM to place 'therecm and 'the obarac'ter of
r
3.
'> J. ,r" . .
the o!rouit8 to be ~ Witida ~ (10) ;'18 atter-tha 1"8OGl~ oi< ..'IIOh
not1_. tilt 0Irner shall no~ iih8 '4,~ 1D wri~ 1Iheth8r CD' not add
.
pole 1_ tit tbaee flXo1u4e4 ra.- jo11lt. De .~.. the prori'81cm& ot Anio1e II.
. .
,--
. . .
. ,Upim teoe1pt ~ ~_ treia 'the ~ t.-i 01.4 Pel. 18 BOt f4'. those emlude4.
ad' after tiJ8 .~1.'t1~ << ~. 1;~j~g:~ rearreaglng "-.rh.ich i~ tbllD. . -, .
l'equired in reap~ to &tiacbm~ ~ ..14 pOles. b-oluding aqo n.oe~ pole'
~ ....~ ' - .
I'epl.oementa. U Pn~~ ~'Ar1d.ol. IV'Ca).. tbe.AppUoant sbatt ha"" th8 rS.ght
88., Lioeuee hereUDder to use said spAoe tor atiaabaentiJ ahd ctrCllDi ta ot the.
oharaoter specif1ed Sn aa1d applioation 111 ..ooordenoe wi:th ~h& teaill ot We
agl'881181l't.
(b) EQept as her'ein otherwise expressly pt'Gride4. _ah par1:y .hall
plue. maintain. rearruge. Vensfer end remow Ita Otm at1aollDenta (iDoludiDg
8D1' 'tree tr4-1.~ OJ" ont'bing ~c!en1:a1 'thereto) at its oa. expeD8e 8I1d ahall
a1; all 1;i1De8 perform saoh work Pl'ampt~ and in .BU. a 1IIB.m18r &8 not to inteI':f'ere
wi'th 'the service ot the other party.
A1l!ICLE IV
.
ERECTIHG. tmPLACIllG OR RELOCATING POLES
ea) Wh8D8ver 81fT 30inUy used pole. or- ~ pole about to be 80 used
under 'the provisions ot'this agreemeo.t. is 1nautf101ent 1n sUe or strength tor
'the exis'tiDg a't'taobmeJrta aDd tor tbs proposed 1.mDIed1ate addlt1oD8.1 attaoh:n.enta
'tbereClll. the OIrDer e-hall prCllptly replt.oe 8uoh pole with a new pole or 'the
De0e88817 sue aud e1;reDgth. and 1n8.k8 suoh other oJm1ge8 1n tba exiat1ng pole
Une ~ whioh suoh. pole ift ~lu4ed. u the oond1t1ons may ~ require.
(b) WlHmeYer i~ 1a l1eoee8ary 'to oh8age the loaation at a jo1n1:17
ued pole. by l"e&8<<l ot azw .tate, 1IIID1ioipal or other g<lov..-.-,.vmtal requiz'e.en~
or the requirement8 ot a property' owner. 1im o.ur SMU. before making nob
4.
olwlge in location, give notioe. thereot in writing (exoept in oae.. of
emergenoy when 'ftrbal notioe will be giTen, 8.%Jd 8Uba.qu_~y ocmt1z'med in
writing) to the Licensee, .peoi1Y1Dg in suoh notice 'the tb8 ot ftob pro-
posed Nlooat1em, and the Licensee aball, at the time 80 specified, tranater
ita att&ohmat 'to the pole at the new 100&1;1on.
(o) Whenever e1 ther party here1:o is about to ereot new poles wi thin
the territory oovered by thi. agre_ent, either as an additional pole line, a.
an extenalc:m ot an exi8ting pole line, or as 'the reoonetruoticm ot an existing
pole line, it shall notifr the other in wrl'ting at least fifteen (15) cIa,...
betore beg1JmiDg the work (aborter notice, inoluding wrbal notice subsequently
oonfirmed in writ1Dg, may be given in oasea of' emergenoy) and shall submit with
suGh notice its plan8 showing the proposed 1008.'t1cm and obaraotel" of' the new
pole. and 'the olBraoter ot oil"Ouit8 it will use thereon. The other par1;y shall,
wi thin ten (10) days after the reoeipt of' web notice, reply in wri'ting to the
party .reoting the 11ft' poles. stating whether suoh ather party does, or does
not, desire spaoe on the said polea. and if' it d088 ~ire apaoe therecm, the
, '
oJaraoter of' the oiroui'ta it de. ires to us. aJ1d the amount ot space it nsbea
to mcve. It suoh other pe.rty' requests apIL08 em tbIIt new poles and if' the
ols.raoter and number ot <J1r au its and e:ttao!ae.nts ar e saah thai: 'the OIfDer do..
not wish ~o exolude the poles f'ram. joint use under the prma10n ot Artiole II,
then poles suitable tor the said joint use shall be ereCJted Sn a.ocorc1aDoe wi'th
the provisions ot pe.z.&graph8 (el) and (e) ot 'th18 Arlie1e.
(d) In ~ eas. 1(bere 'the Parties ~reto ahan ocmoJ.ude arranpmenta ~
~--
/
the joint use hereunder o~ &DT 1WW polea to be erected. the OlII18I'11h1p or .DOh poles
aball be deterained by IIl1ltual agreement. c1ua regard being give 'to 'the deair'abil1ty'
L
.,
.'
5-
or a.votd,hg m1:dng ownerab1? in any' gtwn Un.. In the ev.m't ~ dis-
,e.gI'eeG~ as to mmenhip.. the- pal"V .'then OIrDing 'the smaller nUJab&r of'
.' .j~ p~l" under ioh1s &p'eemeD't. shall eJ'eO't the new joia't polee and be
" ,
the oIri1e~" _ec#. , . .'
, . \., . ~
; ^ '(e) . The o~ts of ereQtlug n. JoiJrt pole. oC8ing 1U1d.er thie
"
..or'to 1"4iPl&oe' q1atlDg pole8~ 8h.11 be ~OI'U by tJMt parties as f'ollGwa.
L A 81:a:a4ard j~ pole. or a joint pole Ihorter
than tbe etandard. ehaU be eecrt:ad at the 80le
apeuse ot the o.mer.
'I
2. A pole taU.. than "the ataD4ard. the crtra heipt
of' whlob 1& due whol17 to 'the o.ert. requ1Pements
_ball be ereO'tec1 at the sole ezpeDSe ot the Omer.
,. In the oase of' a pole tall.. than the at&."dard., the
eXtra hei~t of' whioh is due wholq to the Lioensee's
requiremats, the Lioen8&e shall PIL7 to 'the OIIDEIl" 8.
IIUIIl equal 'to the dif'ferenoe be'bweeD. the oost in place
of' SUGh pole end roost in plaoe of' a standard joint
pole. the rest of cost of erect1ng 8uGh pole to be
boJ'De by the ClImer'
4. In the oe.se ot 8. pole taller tlum the standard, the extn.
might ot whioh is due to the requirements ot both pal"ties,
the Licensee shall pay to the OImer a SUIIL eque.l'to cme-halt
the difference between 'the $08t in phoe of' suoh pole end
the o08t in piaoe of' a ataD4ard join't; pole, the ren of
the 0081; of ereating 8uob pole to be borne by 'the Owner.
>.---
5. In tbe 09.S8 of a pole taller 'than tb8 8t'.AftdA.~d, where a
he1ght; in addi tiCII1 to that needed tor the purpose of
eibr OF bo1:h ot the parties he:t'S'to i8 neoessary in order
to mee't tie requiremEm~ ot publio authori:ty or of proper'ty
owners, on&-halt of the <<mess OO8t of moh poles due 1;0
8uoh requirements 8 hall be borne by the I40enseeJ the rest
ot the oast of' &uGh pole to be bol'D.8 as provided in 'that
ems of the pnoeding paragapba, 1. 2. 3. OJ' 4. within
whtoh iot would otherwi.e prope1"~ fall.
a
f'. In any aase Where/pole ls ereoted hereunder 'to replaoe another
pole solelY' beoause 8uoh other pole i8 noi; 'tall enough to provide adequately
for the Lioensee'e requ1rem.ents# the Licensee shallD upon ereotion of the new
pole. pay to the Owner, in e.ddi-ticm to aD:3 amoun:ts ~ble by' the Licensee
6.
'r
I
UD4<<r pt;.rap-aphs " 4. ar 5 of Section (e) or 'this Artiole, 'a 8t'Da equal
to ~ it hen ft.lue in place of the pole whioh 18 replaced and the pol. reo"led
!
ahai.l.:thereupan become the property of the Lioensee.
'[
, i', ,I, (g) Any payments made by the Liaensee under the foregoing pro..
'v1pi~ of this Artiole tor poles taller than 8'tanc:tard shaU 'be in lieu of
,..-'
f '
hor&ased rentals and shall no't in any way atfQt the cnmerahip td sa1d pole.
, '
"
(h) Wha replacing a jointly used pole carrying terminals of a..rial
oab,le.. \ undergrcund ocmnecticms or transformer equipment, the new pole shall be
set ill the same hole which 'the repla.oed pole occupied, unless speoial oanditionB
make 1 t ne08ssery to set 1t 1n a different location.
ARTICLE V
PROCEDURE WlmRE CHARACTER OF CIRCUITS IS CHANGED
When either par'ty desires to ohange the oharacter of its oirouits
on jointly used polea, SUM party shall give thirty (~O) days notioe to the
other party ot suoh OCll'templa'ted ohange and in the event that 'the party agrees
to joint Wle with suoh ohanged olroui'ts, then 'the joint USe ot such poles shall
be oont1nued with suoh changes in oonstruation 8.8 may be required to meet thti
terms ot the attaohed. speo1tioat10ns here1Da.f'ter reterred to as Exh1 b1 t itA ~
tar the ohara~r ot oircuits lnvolved. IDennt. hDwever, 1:he..t 'the otheJt
plU"1:y tails wi'thiD. ten (10) days 'tram receipt ot hob notice to agree in Writing
to suoh change then both 1'>>J"t18S shall cooperate in aocOZ"c1aDce w1:th th. tollo1r1ng
pl81u
,-'
(1) The partiR hereto ahall determine 'the Illoat pratJt1cal
and eccmCD'-oal me'thod at effeotively pzoovld1lig t_
..para1ie lines Rnd the party whose oina1 ta are to be
moved shall pr'mnp'tly carry out the necessary wort.
(2) The ooat ot re-utabl1sh1ng such o1roui't8 in the JlW
looat1on e.a are neoees&z7 to flanliah tile same bue1ne88
facilities that existed in the joint use at 'the 'ts.
.uoh Glumge was deoided upon. slall be equitabq appor.
't10ned between the parties he"'to. Inenm't ~ disagree-
, '.
... :)7"
.'
,
~
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.",'~~"-!~~~:"<',~\i~:~,..,'-:_,,:' ",' :'~,:~;.i"'[:~ ; ~~. .'.~~;",'-,'~,--,.:,"~.'~/'i'i".'->.
:-., ': ~ .: ~;'\l.,~,,:" .; ~~-:~..:~. '~C'ty.~.~~-:t', .~utiM~.~~'4!'...z ~. .
< ,- ", '''''~' {~ ,',,, /: .,~.__.~_ . ...os_ee . ~,;tlw,_ld"Ji!Il!t""~ ,.. 9' .
.': '-".'.'l'~ ~~<.~,;~!~,,'~'}~-..:'\ '" ,', "\:~:~. ,." ". :'1"'." , " ;. ,:.~~.,
,,~:.,>,.:: <.,:.:>;r./:~ .O~~'.'~~.'~~,~~ ..eriMp- ot~uq ... Una
l ,.. '1,1.,' -~...' ..:. ";" t' . ..; ~ r" '1 : _ _ . "- ~~ l' - ':
, '. . .,~,' . "o:~~ adv 'tla... tOB~g ~.. in .& 1'1_ lo_ti.c!D. sha'11 ftft
.~ .. 't~....r.'~:~:.':~~~:".....:-'::~:.1~1..._,;..--:,'e" -: I" ",' j'. ~~'" ..~ ~. ". r I \,
, ~ ~:.> .' 7",,.il;~~~:~~~""1P!~f:;U~' ~ ~ ~ 1M Bet coat. ,.t.~ '-xt. .
":. .,:. ~~~'~~4~~;:'~~~ "..';:l~\~*J1.:jl.:.Dbalft'.et ~'~~cpo,,_:
r-- -~ ---: ~ '!"'.-li.-'~' _ ""~.('-:.' :.,'I-{9 '.. ..~.. ~l...o.' ~ I' .... - , , :... .
,,' '.~....' :"".',, ;~~_['~ ~....~~:If..'e~ :t.onitte., or ~lt faeUl*l_'. .,
1 ...,...... - '"i.. ~,...... , "", , .. '. ~ .. ,.,-. ' ~. "or...' _;.. - ~ __ .", ,
, '. ':-.;~: ~." ":~'~~~~1ri~~1 ~..Pro-cl"'\ype 'or~-ot;Sn~e4 .o1~~'bU1f .ut).
'\ _,,~~..... ;.~...,:;.' ~ -.,.,.., ,. .~ .:. ,...... \. _ lit. . .. . .. ~ ~. _ ,.' ."" : ,;'~ ..... .. 'f '}. ..~
" .' ~l1i4e t..cmg, O~:r lted '~~ ~.0'0a't or ~. ne.f" pol. i1De ~~~~g Hghtli r4 .
.. " <~1" the ~ 01" ~cm.~ ~~~ ?r- '~:e1ci:"1e8 to the- 11ft ~tl.:
and. the 008~ o~ placdn& the atta-..t. em thie pol. in tt. .. leoat1oa:.
7. :',
" r
~
,~
..
~> ~
'.. ,....
~
; ,
Am'ICLl1'I
SPEC IlI'ICA1'I0I8
Exoept a8 otherwise I~Ci.ti_ in SeO'tion (b) of Artiol. VIII the
joixl't use ot polea Goy.red by 'this ag;ree~'t lhall a't all 'timea be iD
ocmf'ol"ll1ty with .tate aDd amd.oipe.l la... and regalati0D8 ad wi. 'the Wru,
and prorisicms of the attaohed sp8oiftoatiODd marked Exhibit itA" and bere~-
made a part hereof. wherever the requirement. 'thereot are 1n G08S8 ot or
DD't OOT8red by state and smm10ipallaws and N&UlatiCllD8.
ARTIOLE VII
RIGHT OF WAY FOR LICDSEEtS ATTACHMENTS
lio guaraD'tee 18 gi van by the Owller of pendssion traa property
cna:lBra. muniolpalit:1es or O'thers fer 'the u.e ot its poles by the LioeDsee.
aDd it objeotion i. Dade'there'to and the Lioeuee i. unable to sati.taator11,.
",-
adju81; 1:.he _~ w1'thin a reucmable -time. the Owner .Y' at any time upca .
thirty (30) da18 notioe 1D writing 1;0 the Lioenaee. require the Lioenaee to
remow 1't8 a'ttaobma_ :trcIIl the poles involved, and 'the Lioensee 8ball, within
thirty (30) claya efter reoe1p1: ~ Baid net1ee. remove ,ita attaolaenta trcIll INoh
8.
pole, at its aole expense. Should the I40ensee tail to r_9ve its attaoh-
ments as herein provided. the Owner may remove them at 'the Licensee'. ~
pense wi:thout anY' liability whatever for such reDloval or the manner 0.1'
making 1t, far whioh expanse the Lioensee .lall reimburse the OIrner on
demand.
.........
ARnCLE VIII
MAINTENANCE OF POLES AND ATTACmmN'l'S
(a) The -Owner shall.. at 1ts own expense, maintain i'bl joint
poles in a s~e and serviceable oondition, and in aooorcJ.a.noe with the
attached specifications marked Exhibit "Anand shall replace, subjeot to
the provisicms of Artiole IV, suoh of sa14 poles aa beoQl1Et defective. Em-
oept a8 otharw1se provided in Seotion (b) 0.1' this Artiele. each party' shall,
at ita own expena_8. &1; all times maintain allot 11;s attacbnanta in aocord-
flDce with said speo:ttioations marked. Exhibit "A" and keep them in safe oem-
dition and in thorough repair, provided, howtrTGr. that neither party ahall
be required to rearrange e.ny cable installed prior to the date ot this agree-
ment. and carried on the streEtt aide of ~ pole, 80 as 1;0 ocoupy the field
81_ thereof.
(~, Any ex1Bting jo1!lt use oonstruotion of th.e partie8 hereto whioh
dou not oonform to the Baid speo1f'1o&'ticma shall be brought into oontormity
'therewith in ccmneO'ticm 'ri th 1"ee~otion or rearrangsaen-t projecrta aa
they ~eoome ne~88ary, prOrided. however, tbat this pront1on shall DOt be
so applied as to require a.q 'then ex1atlng oables OU'l"1ecl on the a'tree1; si4.
of any suoh pole8 to be rearrezaged 'to oocupy ~ fi.ld 814. thereof.
When suoh exiS't1ng joint use oonatruotion shall -have bee brought
into conformity 1I'i'th 8aid apeoif"io8:t10l18. it shall at all 'times there,after be
maintained-" provided in Secrtian (a) of w.a Artio1..
/
. . f' .:)
-
, '
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..
,"~ ~"? '<". ,,.. "_.~ ~~;:"i
,"\,.. .... ~ .. ~ . ,
~t#.,...f.-. i .~.., - ... '. \. . ,
,,~ " .... _ ~_..- "~_," v ~ :.:-;. ~- . ..""~ ~~~"".I" . ".:>- of" ... .' I .. oJ ~.,..
:;' , '.. ,_ . ~ - -. ;..~!~ \ ':. ~ .- ' r < 4 I
- ~ , ", '...' '<,. '~:,.: ,.,,' '. -> iin;l1!'~ . ~ " . ~"..::',~(}:.
. ~ ,'.,' /..~,. _-'?i::'~'~</:::";' ..'~'~ . 'AlWJt)O~ ~~ J~rU8!I1Ptt.Js ',' ',- .:'. ....~.'l. ",',
.o... , " ". , .. ,
.. " ' ... " 4f. . _ .. _ .. \... {
;';; :' ,:,',;- f~' ;.. Ii'~1ae ~.~.1t'e. ,at:'any 't~ to ~ 'aD7' je1a1:w.' .
, :.-" oF I'" ...<< _ . ~ .. ~',' 'I' -... r;: .
. '::r'l~' .~~-P~1~.;i~~~bal1\gl_.'~.i.1~ ~ot1~ tA '1ir1't~ ~ ~~.'.t~~~.":"-~ _~ " '~'"
~"'. R.~"~""''';'' : ~~"-\:........ ",.~~. . .. ~"" .,....,~'r < . ~ 101..' I~,.." y, ...'/ . ~....'t~.f ";; .
. ".Cj~~,:\ I~/~:J _". prior .q ~l,ae ~ .'whtGh '1.t 1n~-'t~~~___~..~.><,\. >.
~ (~:- - ':'>" '.::~'" "\./"'.. ' :, ,'".',. . .' .,:',., .... - -, ,,~' ". '.:", "~''':.~" '. ~~t;.:..:,...'';.,/:,
. , .' : '. "lte".... ~ ~'~ ~~lcm.of ~~I*"t~ tlM ~. ~~1 ~:;p .'tta~. -:" ~:~?~ ..,'.:"~
.; ..' . '4l-~... :":w ~ <">l,,'.'~ :... <t. ,,' ~ .. ....... t :. ~ ~ ..."'/. ~. '~~if~t ... ~. ~~"101 .... ...~ .~-I ; ~ j....:t.;?- ...-,;,
me__ :611 ~~ p,ole ~ ~~ Li~e a:h&1l"n~. -- .;~ 'tU, ~.."!F' ~~~r:.' ::}'l~'
.ien't8't~r~ .uoh pol.'.baittberellpCm ~...tW~pr~ ot'tJ.~~.,'.;~:i.t. i : . fq
. .' . . -'. . . . . . .. . '],. ..- - ' ';:,.. t.i,~ ..;~ ~' ~ .: ;I<~ .. ' . ,; - .
..-.and the 14..898 shall eave hanal... ~ to~r o.n.r.of' .1J~l.PO~'.~ .
'I - ,. ~ .. .., " ..... - ..',' ,~ ...: ' (-;
. obl~.tiim. liabiliiiy. dljlnges, 0tIft. e~~ or.oharg~. '1a~e4'~~
". . .
. ,beoauae of. 01" 8ri81ng oat ot, the pre...., 01" ~.tS;GD. of ~~ H'~.. ~ of
, ~, ... - - ''::', .... t
G;J .ttaabaen.... thereanJ ad .Wl pq i;he"~r' '~... eq"ual to;~ t~ ....1_
"
9.:. '
~},:~
,,! ..>. .,
. ..
. '
. '
-,
,.. 1
1Ji plaee ot' BlUth abaD40ned pole en- pol_ or euGh ~r .qui~le e\Jlll. aa 11187 be
a~d up~ betwe8D the pertie8. Credit shall be ~Uowed tor ~ .paJll8l1ta
.."lUeh the Li08DSee _.., have _de ~ the pl'ori..i~ -ot- Artl~1.e. n: .(.) when
t, ._ . ... ~ ~
. -
the pole was Gl"lginally Bet.
(b) The Licensee Ilq at any 'time abandon the Wl8 of a jo~1: pole by
. ,
giVing due notice thereot in 1II1"itiug to the Owner and by ~&: ~ez:etrom u.y
&ad all attaobmtnrta it '1l1&y ba.... thereon. 'rhe Li oens~ shan in fJUOh eas. T!&7
to the Owner the tu1l rental fOJ> said. pole tar the ttMm ourre1!lt ,.Mr.
ARTICLE X
<
RDTALs
The Lioensee a1'Sll pay to the OImer as rental for the use ot eaGh
. ,
and eve~ pole any portion ot .Moh is oooupied 'by t1r sp.o11'ic~Ult're8erted
at the Lioensee's request tor, the atta~t8 of tb,e Lioe.e.#: ~,~6nd 5~/100
Dollars (tl.50) per pole per ammm.
10.
I
No rental shall be paid by the Lioensee tor 'the use 'ot any pole
I
ot the Owner where such use oons181;s only in a'ttaohi1?g ~ thereto. or in
.
attaohiDg thereto wires or cables at the L10ensee tor the purpose ot providing
clearance be'tween 'the pole and such wires or cables. am not for 'the purpOSe
ot suppor'ting the said wires or oables. No rental ahall be paid tor attaching
a service drop to a single pole on the opposite aide ot the stree't haD. 'the
d1s-t-ribU'tlng line.
Rental paymenta hereunder shall OO'le1" rentals aooruing during the ~
aalendar year and shall be based on the space whioh ia occupied or reserved
on the tirst day of July ot eaGh year. Eaoh party shall aulmi't a written
statement to the other party giving the number ot poles an whioh spaoe wu
oooupied by' or reserved tor 'the ather party as at suoh date. Rental paymen't
shall be ma.de within thirty (30) days ot the receipt ot such statement.
AllTIOLE n
MODIFICATION OF AaaBEMl.s.j/f
The pron.1ODS and tel'll8 ot thi. age_ent tIl&7 be aubjeO't to r.new
and ~~'t a1; the request or either party ma4e in wri!ilng to the other -party.
Said request ahall state speoiti oalq the artiole OJ- port1ca ot artlo1e to be
emended and the proposed amelJdmnt. The proposed amendnimt or any subsequent
ohanse~ there1:o should have the approval ot both partiN before beoomiDg
ef'1'eO't1 'ge.
ARTICLE nt:
,
DEFAUL1'8
It either party ahall __ detault 1a any ot 11:8 obl1ga'tione uncler
<tl\la o~~ llnd hob defaUl' OGltbme -thirty (30) clays after notice thereof'
.. .~ "
h Wtitmg tram the other P8l"'t7. all rights of the party in detaul't hereuuder
s'ha11 be ....pa4.a. 1noludiag ita right to ooouw jointly used poles, e.nd it
. r
l~
, ~ .. ~ .
, '. - -;', -) ,,' -~ ,
.UGh. d.~l. .~1i. 0GIl~- ~or. _ periGd of slStr (~) '. ~j.;.... .
,""loD. -~. ~tba' ~__ he~ a:s t~i;b ~~ ~':a~,~-'
. ~,a8i:tar.'. <<>>10.... lutve cr-n:ting ~ j01_ u... " .' ,
, : '.'~' , it ~~i~.,:'Par~ .1a1\.~\'~.~1i: ~:~~'~d.":-,.ot4r"~ ~ -
'. ~. .: . J. .. . ",' . < ~ --...... ~ ~ ....... ~11 . ..
'-.n\. it i.'>~~~. ,to do ~_ +.hi., ~~,~ ~ ~i.~~l'~-"- eW.:r i.
'. _ _,' '~.,J" .,_,., -, ""...t '. ".~/ .' '
pany 1If!A1 .1'- to 40. ,uh .....rk. . ad 'the ~:..".. t!~l~. ,.iaU r~. 'the
_ ou. .par\T'f~~ .' eoat i,~ot~ '. '~i~-~'~ ~~ ~ ~ ...~t ~~1
...._ .. ~\ I "
. . # \ -- '.. -(. ,'. ~
'to .... 8\1~' plt.~'t wi1m1n -t~ (~o) dap uP- pr__.tlcm ot.~ ~
, . ,
s~ll. at 1;h8 .1eot1C11J1 ot the O'thiIr party. oolMftitute a &ttault '* the t1'Iwt'
. ,y'
ca1au.e ot ''bllla artie1e.
,
ARTICLE XIII
LUBILIn AID DAMlGIS
~ 1 ~ .
" ~
Whe1urt'er any liability i8 inourred. bJ either OI'~pth ot ''the :,par1;iea
hereto tor d8aag.. tor iIljurl.. 'to the employed f8 tar lnjul'1' to t_ propert;y
. .
ot .ither part,'. or tor 1ndUri." 1;0 obI' peT8OU-<.qr t181r propc"'ty. e.na1n~ '
aut of the join't u.e of pol.. unAer this ag;l'eeaart. or due 'tic -the prrt:dJd.tJy
of the w:lre8 end t1rturea of the parties hereto e.ttacshed to ~ jo~tl7 uaeel
poles oovered. by 'this agreElllle.'ti. the Uability tor suGh damages. e.a be'twea
'the parties herno, sMIl be a8 folIoars.
1. lIa.oh party shall be Uable fc aU 4aIl&g.. tor 811Gb
injurie8 to peracms or property aaused eole~ by ita
uegligenoe or 8olely' by i1;8 !"allure to OCIIlply at ~,.
time wi'th the apeoi1"1oe:tions -herem prorlded tOItJ '
- prcrrlded tha't oonstruo't1on ~11,. ex-vted btoa .
the appl1aation at said speo1fiQlllUana wuter tile
prorlsiau ot seO'tion (b) ot An4'01. .VOI .1a1l n~
be deemed 'to be in "I'iola:t1on ~ sald epeo1tioatlona
during the period of .uoh ~1_.
2. Eaeh party ehall be liable tor aU damages tor noh
1njlIriea to ita cnm. _ployeea- or. it. own proPtlr't1
that are oaused by the ooncurrent Jl8.g1igen.oe ot both
pvtie. beretG or that are due to oauu whieh OBDo't
be traoed to the 80le negllge~ ot the other party.
12.
3. Each party shall be liable for one-halt (1/2) ot
all damages for suoh injuries to persona other than
employees of either party. and tor one-half' (1/2) ot
all daDBges for suoh injuries to property not belonging
to ei tiler par't;y that e.re caused by tile oonourrent neg11-
geD08 of bo'th parties here'to or that are due to o&Wlea
whioh 08.nnot be traoed to the 801e negligenoe of 'the
other party.
4. Where. on aaoount of injuries of the obsraO'ter desoribed in
the preoeding paragraphs of this artiole. 81 ther party
hereto shall males any pa;ymenta to injured employees or to
'their relatives or representatives in oonformi ty wi'th (1)
the provision ot arry workmen t 21 oompenn.t1on act or &.JJiY
aat oreating a Habil1 ty in the employer to pay oompensation
for persanal injury to an employee by aooid8!l't arising out
ot and in the oourse of the employment, whether based on
Der1igenoe on the pnrt of the employer or not. or (2) any
plm ter .ployees t disability bonefi ts or death beneti ts
now established or hereafter adopted by the parties hereto
or either ot them. suoh ~ents shall be oonstrued to be
damages within the terms of the preoediDg pe.ragra phs
number 1 and 2 and shall be paid by the parties hereto
aooordingly.
5. All olaims tor d8.Jlages arising hereunder that are asserted
against or affeot bo'th parties hereto shall be dealt with
by the parties hereto jointly; provided. however. that in
a>>y oase wbere 'the claimant desires to 8ettle 8.Di1 suah
ola.im upon terms acoeptable to one ot the parties hereto
but not to the other, the party 1;0 whioh said terms are
~ooeptab1e mar, at its eleotion, pay- to the other party
one half (1/2) of the expense whioh such 8ettl..ent would
involve, and thereupon said other party shall be bOlmd to
proteot 'the parV making suoh payment trom all :f'urther
ltabi 11 ty 8.Dd expense an aooOtmt of suoh claim.
6. In 'the adjustment between the parties hereto ot en:y olaim
tor damages aris ing hereunder. the liabili 1:1 assumed here.-
UDder. by the par-tie8 shall inclUde, in addition 'to the
aDlOllUta paid 'to the olaimant. all expense inourred by +.he
parties in oonneotion therewith. whioh shall oomprise costa.
attorn81"s ~aes. di8burs8mea:tB and other proper OlBrge8 and
expenditures.
ARTICLE nv
EXISTING RIGHTS OF OTHER PARTIES
It either ot the parties hereto bas. prior to the exeoution ot this
agreement. oonferred upon others. not parties to this agreement. by oontraot
or otherwise, rights or privileges to use any poles oovered by this agreement,
13-
,.
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" '
"
. .
. '
, ' .
. under of t~' ~ iu napeGt..to auoh attac~umta shall be 'the aeae as if
. '
" l<t were tbe aO'taal CiIIIlel" 'thereof'. Where BIm1oipa1 regulai:ions require ~ther'
.. '
, . '
, .
, '
:'party to allow 10he 1iae- ot 1ta poles tor tire ~ polley (8 other like
8ign.ai: s~_. ftoh use .bail be permitted. under the tenns of th1. Artiole.
AIrlIOLE XV
, SERVIel OF NOTICES
.1
"\
~ in this &gJ'881811t :notice 1s provided to be &iven by el~
PerV he~to to the other_nab notioe shall be in wri:ting and g1 veil by le~
mailed, or by personal delivery, to the Electrio Company at its office at
Port Angeles.. Washingtcm, or to the Telephone COmpany at its ottiOe8 at
Sea'ttle, Washingban, as the case may be, or 'to such other address as ei'ther
party may, tram time to 'time, desipte in wri'ting for that purpoae,
ARTICLE XVI
/'
TERM OF AGREEMEN'f
Subject to the provisions of Artiole XII herein, this agreement
may be tel'Uli.nated, 80 tar as ooncerns further granting ot joint use by either
party, attar the first day ot January, 1960, UPOD one (1) year's notice in
writing to the other party prcwid8f1. that if not so 'terminated it shall
c.ontinue in farce 'ther~r until teminated. by' eitbsr par1;y at any time
upon one year' 8 notiae in writing 1;0 the other party 8.8 af'oJ'8aaid. and pro-
vided f'urther that notwHhstanding suoll tem1nat1on, this agreameut 8hall
14.
rema1n in full foro. and effeot wi'th respeot to aU poles jointly used by
'the parties at the time of such termination.
v
ARTIC~ XVII
ASSIGNMENT OF RIGHTS
/
----
Bhept as otherwise provided in this agreement. neither party
shall assign or of;herw1..ae dispaee of this agreemezrt fir 8.D1' of its rights
or interests hereunder. o~ in any. ot the jointly used pole., or the attach-
menta or rights-or-way covered by 'this agreement, to any firm. oorporation
or individual. without the written consent of the other party; prOVided,
however, that nothing herein oontained shall prevent or limit the right o-r
either party to mortgage any or all of its property. rights, privileges
and tranohises, or l_Be or transfer 8IlY' of them to ano'tber oOPpar'at!on
organized for the purpose of conduoting a business of the ssme general
olaraeter as that of such pvty, or to enter in'to e:ny merger or oonsoUdaoo
tion, an4, in aaBe of the foreolosure of s110h martgage, 01' in 08... of suoh
lease, transfer, meJ'ger, or oonsolidation its rights and obligations he~
under Shall pass to, and be acquired and assumed by, the purchaser on fore-
oloaur-e, the transf'..ee, les.e" assignee, merging or 0Dn801idat~ oODlpa>>y,
..& tb& O8.8e ...,. be, &Del provided, further, thai: suQjecrl; to all of the t8lW1
-
and DODdi t1 cma of' 'tf1. 18 agr88Ullt. e1 the I" pez-ty may permit any oorpora'tian
lIQb.duoti~ a ~1.1S~8 or the aaae general oharao'ter as thai:: ,of tnJoh party,
tnd (MJ).e4, Operated, l.aBed and oontrolled by i~ or lU&8o.iated or a!'fiUate4
, wi.'th l' in intere.t, or oonne4ting with i t~ 'tb Wle' of all or ~ part of' ,
the s paoe reserved. ber&1JDd" on any pole oovered by thi8 &g!'eement for ~
at.taohmenta uaed b7 suoh party. in the car1d.uot of its said buaine68J and
tor th. parpos'. of this agreeaat. all Jlttah at'taohnents maintained on 8ZJ.y
811fh pole, 'b7 the permission a. af'oresald of either pert,' hereto shaU be
15-
. ' '
", ~ou.i~e!ed .~:~e, a.~~?oo of the ~8rty ~g a~" petSnisslou.. am.. .
th& 'ri.ptS.,'+obU~tlOntJ sm1 Uab11J;tiea of su.Oh PriY under ~ agN~t.
.'1 1 "
1J1' respeo't to aw;h t.ttacbmelrw. shall be the $$2l18' as tt' '!'t ~re 'the 'aoiiual.
, .
'-..
'.~ ther.eot., . -:
-4, '..4
, "< ARTreU KVIII
, .;
. .
-
. ,
(...
;.- . '~. '., :' . '" . ~ v'WAIVEB OF mMS CJl -dONDIfIOS
'~. . ~,. : .... 4"~ . " ~ . r' '_A '. . If _ " _ '. : . _
:. ", !be 'failure tit e1tiln'" party 'to entarce 'or insist up$1 ~11U.oe-
"~ , - ~ ~.' .' . ". ~ . .....' " - ..
~~: lmY of 'the term.iJ or cond1't1.oim' ~ ~s ~ .,J1e.l~ nO't ,.~titUte ,
p. . ,"': . 't " 'Ii -' . . II' d . ~ ;
',- .' .8 g.t~' Waiver or zoelblquiElbent ot aUf sUch tams Oi' ~ondit1:ons. but; the
. . ~ '- ..
....
seme shaU' be e.nct '.reme.!D .e.t aU times in tull to~c. and eff'ect.
AR'Iom XIX
FORM OF Al>PLlCATION 100) NOTICE
",t',
Eaoh e.ppl1oatlcm :rm:;.QG by O11e party to the other a8 provided in
Artiole III. end each notice ~1~ by one party to . the other as provided.
in Articles IV, V. VII and IX bereot. shall be prepared on a rom BUb-
stan'tially s1mi1ar to the fGfiil at'tached here'to. marked Exb1bit 1lJ3". and
by this reference made a part hereof.. Said fOJ"m shall be prepared in
quadrupliea'te. 0J18' copy being re'tained by 'the orig;ina'tmg party. and three
copies being transmit'ted to tlw other party. The recip1en-t of 'the rom
shall retain t:wo copies end return one copy 'to the origina-ting per'ty' properly
i>>dorsed.. Where the applicatiGD is not approved. all copies shall be returned
to the appl1otmt. The forme shall be exobUlged between and exeou'ted by said
offioials of the par~es here-to as may hereafter be deo1pa.ted.
ARTICLE XX
EXISTING CONTRACTS
All exiatiDg ngreEl:iU.onts 'OOtwoon the parties hereto for 'the joint
use of poles upon a rental bav1s m thin 'the territory covered by this agree-
'-
~
~
16.
me~ are. by 1IlU'tual oonsen't, hereby abrogated and ammlled.
..... ..
,
, " IN WITNESS WHEREOF. the parties here'to have aaused these presents
to be exeou'te4 iIi duplicate, and 'their o~re.te seals 'to b~ a.f~ ~herG'to
, ,
''by tb;eir i'e8Pe~~ ve ~rloer8 'the reUDto duly authorised, on the day and rear
!~ ~
..
ii.rat abOve wri~.
~~~
OITY OF PORT ANGELES
By II. {f;. B tr @"-r~4:
yor
AIf"1'EST.
tV. 1-1. -'HAW~/N.
C!V Clerk
Oitj of -PC?I't Angeles
mE PAcIFIO TELEPHONE AND TELEGRAPH COMPANY
..' '.
<
'.
~'-----
""-
~
\,
'~~~~~L" ~'
By E. I). WIJ"4:
Vioe President and General Manager
. \
By
C:-. J-: ,^-f A of 0 AI'
AssiBtan't Secretary
....
'-"'-
-'.........
.
s.
RESOLt1.l' I 0Jl
AUTHORIZING mE EXECUTION OF 11li AGREEMEIrr
'FOR TIm JOIlft USE OF POLES BY THE CITY
LIOOf llEPAR'l'MEtf'l' AND THE PACIFIC 'l'ELEPHONE
> AND 'l'ELEGRA'PfI COMPANY
,
WlmREAs. The Superintendent o~ t'- Light Department ha.ving presented to the
Comnioion ~ agreeaent by aDd be'tw~en the ei:ty of' Port Angele& and the
,'Pacifio Telephone and Telegraph C01lp~. 'Wherem the City ot Port Angeles
1q oalled ~~ Eleotrlo COIIpfmY and. the Paaitio Telephone and Telegraph
Company is called the Telephone CompBn\Y'. and
. .
...~
WHEREAS. The Elee'tr1o Company and the Telephone Company re1'erred. to above.,
desire to establish jomt use of ;;heir respective poles when and where
jOint use shall be of' mutual advantage. artd
'MIEREAS, the oonditions dei:emdning the necessity of desirability of' joint
use depend upon 'the service requirtll11ents to be met by both parties, inoluding
oonsiderations of' safety end eoOJlO!JW, end eaoh o~ them should be the judge
of what the obaracter of its cirou1ts should be 'to meet its service require-
ments atld as 'to whether or noot these serv10e requirements oa.n be properly
m~ by the joint use f)t poles. and
WHEREAS, It appearing that the sllid agreement is in proper form and that the
exeaution thereot is desirable snd for the best interest of the City.
NOW. THEREFORE. BE IT RESOLVED. by the City Commission that 'the said agree-
ment be approved. and the Mayor and City Clerk be authorized to execute the
same on behalf of the City of Port Angeles.
Passed by the C1 ty Commiss ion and signed by the Mayor this 12th day of
November, 1941.
Attest.
R. H. Beetle
Mayor
N. M. Hawk:1n8
City Clerk
\
ApprOVed as to ton..
lb. J. ConuU't
,iii ty Attorney
,sTAn OF WASliDlG'l'OB )
. ) SSe
COUWfY OJ' CLALIa )
This is to oertit,y tba't the ~or.going resolutiOll 1a a ~. and oorreot
ooPT ~ 8aid reaoluUcm as pused 'b7 'th. Ci'ty Commission of the City' of' Port
Angel~. lilBb.U.gtcm. e.;ul slg;l1e4 by the ~or on November 12. 1941. and reoDrded
in Vol.. 20 ot C01llJ1issicmera' Proceedings on page ,350.
WrrNESS . band and of'~1oial seaJ. this l~'bh dAy at November, 1941.
N. M. Hawkins
City Clerk
or the City of' Port Angeles. Wash.
-,.-, ~ -c<-~'='-l ..
c-4 W-I (7-67)
,
POLE CONTACT FORM
a1 '.
Sub ject to the genera I agreement dated
November 12,
19 ~ between the pal1kej ~ereto.
Serio I No. FA 61mB
Washington, 19
To City of' Port Angeles
Port Angeles, Washington
Seattle,
o
~ NOTICE OF TERMINATION OF LICENSE
o
This notice effective 19 _ as provided in agreement.
Total number of poles occupied under this serial hereafter will be 0 ; Annual Rental $
NOTICE OF ABANDONMENT OF POLES BY OWNER
D NOTICE OF REPLACEMENT OF POLES
D NOTICE OF MOVING OF POLES
D NOTICE OF CHANGE OF CIRCUITS
APPLICATION AND LICENSE TO USE POLES
By
LICENSEE
~AGI-/;'!C NORTHWE~T BELL TELEPHONE
By ( ~~u. ~-~ ,~
mgn -UJ. -mi.Y ':>u 0'='.1.' VJ.;::>U.I.'
OWNER
City of Port Angeles
NO. ([) SPACE ATTACHMENTS*
([)
POLE OF HGT <( TR'M'T YEAR REMARKS
NUMBERS -1
POLES u KIND SET OWNER LIC. OWNER LICENSEE
0
TOT AL 0 * NOTE CHARACTER OF CI RCUITS, TRANSFORMERS, TERMINALS, GUYS, SERVICES, ETCETERA
SKETCH
74-$449
pt. Aneeles
(USE REVERSE SIDE IF NECESSARY)
See attached prints
Permit is nou DE.AD
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fNGE: E.AL/IEJY
RES 0 L UTI 0 N
AUTHORIZING TRANSFER OF ONE-HALF INTEREST IN
SEVEN CERTAIN LIGHT DEPARTMENT POLES, AND
TWO ANCHORS AND GUYS TO THE PACIFIC TELEPHONE
AND TELE GRAPH C OMP ANY .
WHEREAS, The Superintendent of Utilities having presented to
the Commission an approved agreement with the Pacific Telephone
and Telegraph Company for the joint user of One (1) 35-foot Round
Cedar Pole and Six (6) 40-foot Round Cedar Poles, together with
anchors and guys, more particularly described as City Light De-
partment poles, numbered 261-D, 261-C, 260-H, 260-G, 260-F, 260-E
v ..;: '.. l' ~
and 259-E, located on the south side of the alley between 8th and
9th Streets, from Tumwater to TlB" Streets, as shown on the blue
print drawing, marked IIExhibi t All, and a ttached to the said agree-
ment, ani,
WHEREAS, It appearing that the said agreement was in proper
....,
..../ .-
form and that the execution thereof is desirable and for the best
interest of the City.
THEREFORE, BE IT RESOLVED, That the agreement be approved and
the Mayor and Yity Clerk be authorized to execute the same in dup-
licate on behalf of the City of Port Angeles.
Passed by the Ci ty Commiss ion and signed by the Mayor, this
3rd day of July, 1935.
~~~., ~
/'1;1'<9
Mayor.
Attest:
?l~~~
J.ty Clerk.
Approved as to form:
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RESOLUTION
AUTEORIZING TRANSFER OF ONE-HALF INTEREST
IN NINE CERTAIN LIGHT DEPARTMENT POLES TO
THE PACIFIC TELEPHONE & TELEGRAPG COMPANY.
WHEREAS: The Superintendent of Utilities having presented to the
Commission" an approved agreement with the Pacific Telephone & Telegraph
Company for the joint uS'er of Three (3) 35...foot Ronnd Cedar Poles and
Six (6) 49-foot RoUnd Cedar Poles located in the 3rd-4th streets alley,
the third to seventh poles inclusive east of Race street,and on the
southerly side of the first street south of Royd Street,the first four
poles east of Eunice Street,Port Angeles,Washington. The consideration
in the said agreement being $67.50, and
WHEREAS: It appearing that the said agreement was in proper form
and that the execution thereof is desirable and for the best interest
of the City,
THEREFORE BE IT RESOLVED, That the agreement be approved and the M
Mayor and City Clerk be authorized to execute the same in duplicate
on behalf of the City of Port Angeles.
PasseQ by the City Commission and signed by the Mayor this 2gm~.
day of August,1934
~~
Mayor
Attest:
9?~
J.ty lerk
Approved as to form: ~ "/ ~ ~< _ .. . -....
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R B 3 0 L UTI 0 N
l1UTHORIZING Tl.ld'T8FE:l OF mn-lL~LF HP1J::U:ST
IN THR.:2::!:: CJ; :T~J.In LIGH~ D~ART],1IENT POLES TO
TH:'l: PACIFIC T~LI:T.2HON~ & T:.:lLI:GR.iJ.l?H COlIPAEY.
,ffiEREAS: The Superintendent of utilities having present-
ed to the \.iommission an approved agreement with the Pacific
Telephone & Telegraph Compan~r for the joint usef of ~ hree
(3) Forty (40) ffot round cedar po~s located on the south-
erly side ,of 2nd - 3rd St. alley, being the first three
poles ryest of Cherry Street. ~he Consideration in said
agreement being ~25.50, and
.-mER~AS: It appearing that the agreement was in proper
~o:em and that the execution thereof is desirable and for the;
-,
best inte 'est of the vity,
THEREFOR BE IT RESOLVED, That the agreeP-lent be a:i?2!roved.
and the Hayor and Ci ty Cle:':>lc be authorized to execute the
same in duplicate on behalf of the City of Port Angeles.
Passed by the City Commission and signed by the IIayor
this 18th day of April, 1934.
~.
/'t~~
Hayor.
Attest:
?J,H:l ;;,k~
9ity Clerk.
,~pproved as to form:
City Attorney.
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SPECIFICATIONS
FOR THE
CONSTRUCTION AND MAINTENANCE
OF
JOINTL Y USED WOOD POLE LINES
CARR YING SUPPLY AND COMMUNICATION CIRCUITS
A Report of the Joint Committee on Plant Coordination of the
Edison Electric Institute and the Bell Telephone System
SUMMARY
These specifications are based on Part Two, Fourth Edition
of the National Electrical Safety Code, with such additions
and changes as are necessary to meet new conditions and to
take account of increased knowledge of joint use matters.
They are recommended for field trial. Where necessary,
approval for such trial should be obtained from the proper
administrative authorities.
~ I-! {e Ii A
E.E.1. Publication No. E3
Published January, 1937
Price 50c to E. E. 1. members and theIr employees
Price $1.50 to non-members III USA
Price $1 60 to foreign countries
These prtces tnclude mailtng charges
Attachment to Section AF4.25 of Bell System Practices
Bell System Companies should obtain addItional copIes from Western Electric Company
EDISON ELECTRIC INSTITUTE
420 Lexington Ave., New York, N. Y.
AMERICAN TELEPHONE AND TELEGRAPH COMPANY
195 Broadway, New York N. Y.
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January 6, 1937
MEMBER COMPANIES OF THE EDISON ELECTRIC INSTITUTE:
ASSOCIATED COMPANIES OF THE BELL TELEPHONE SYSTEM:
,
We are forwarding herewith a copy of a report covering the construc-
tion and maintenance of Jointly used wood pole lines carrying supply and
communication circuits.
The specifications embodied in this report are intended for use particu-
larly where electric supply companies and communication companies
enter into agreements for the joint use of wood poles, and we believe that
they will provide a basis for the successful solution of the structural prob-
lems involved in the joint use of wood poles by supply and communica-
tion companies.
Your Committee is confident that you will receive them in the same
cooperative spirit that has been evident in all of our joint undertakings.
e
JOINT COMMITTEE ON PLANT COORDINATION
e
Bell System Representatives
H. P. CHARLESWORTH, Assistant
Chief Engineer, A. T. & T.
Company-Chairman
E. H. COLPITTS, Vice President,
Bell Telephone Laboratories,
Inc.
O. B. BLACKWELL, Vice Presi-
dent, Bell Telephone Labora-
tories, Inc.
H. S. WARREN, Director of Pro-
tection Development, Bell
Telephone Laboratories, Inc.
H. S. OSBORNE, Transmission
Engineer, A. T. & T. Company
L. G. WOODFORD, Plant Exten-
sion Engineer, A. T. & T. Com-
pany
H. L. HUBER, Engineer on For-
eign Wire Relations, A. T. &
T. Company--Secretary
e
E.E.I. Representatives
W. F. DAVIDSON, Director of Re-
search, Brooklyn Edison Com-
pany-Chairman
A E. SILVER, Consulting Electri-
cal Engineer, Ebasco Services.
Inc
J. H. FOOTE, Supervising Engi-
neer, Commonwealth & South-
ern Corporation
T. H. HAINES, Superintendent of
Distribution, The Edison Elec-
tric Illuminating Company of
Boston
P. H. CHASE, Chief Engineer,
Philadelphia Electric Company
M. D. HOOVEN, Engineer-
Transmission, Public Service
Electric & Gas Company
J. O'R. COLEMAN, Engineer, Edi-
son Electric Institute-Secre-
tary
e
December 11, 1936
To THE JOINT COMMITTEE ON PLANT COORDINATION OF THE EDISON ELECTRIC INSTITUTE AND
BELL TELEPHONE SYSTEM:
Pursuant to your instructions we have prepared and are forwarding herewith Specifications for
the Construction and Maintenance of Jointly Used Wood Pole Lines Carrying Supply and Com-
munication Circuits.
Throughout the preparation of these specifications we have been assisted by the following:
Mr. H. A. ENOS, American Gas & Electric Company
Mr. G. S. VAN ANTWERP, Philadelphia Electric Company
Mr. A. B. CAMPBELL, Edison Electric Institute
Mr. J. T. BINFORD, American Telephone & Telegraph Company
Mr. J. W. HINES, American Telephone & Telegraph Company
We have also consulted freely with many of the operating engineers in the member companies of
the Edison Electric Institute and in the Associated Companies of the Bell System, and their com-
ments and advice have played a large part in the preparation of these specifications.
The former Engineering Subcommittee of the Joint General Committee of the National Elec-
tric Light Association and Bell Telephone System in its report covering Principles and Practices
for the Joint Use of Wood Poles by Supply and Communication Companies, recommended that
the National Electrical Safety Code be used as a guide to practice pending the development of
complete specifications. Subsequently, one of the larger power companies and an Associated
Company of the Bell System prepared specifications based on the Fourth Edition of the National
Electrical Safety Code. They were assisted in this work by members of the Headquarters Staff
of the National Electric Light Association and representatives of the American Telephone and
Telegraph Company. These specifications were forwarded by the American Telephone and Tele-
graph Company to its Associated Companies for field trial and have been known in the Bell Sys-
tem as A. T. and T. Specifications 4864. Experience with them has been helpful in the preparation
of the specifications herewith.
The attached specifications are also based on Part Two, Fourth Edition of the National Electri-
cal Safety Code. However, a number of requirements have been added and some of the former
requirements have been modified in order to meet new conditions and to take advantage of in-
creased knowledge and experience. The degree of safety provided is in no case less than that pro-
vided by the National Electrical Safety Code and in many instances is even greater.
It is recommended that these specifications be forwarded to the member companies of the
Edison Electric Institute and to the Associated Companies of the Bell System for field trial. In
our opinion such a trial is the only means of determining the effectiveness of the recommended
construction practices, as well as the possibility of further improvements. When necessary, ap-
proval for their field trial should, of course, be obtained from the proper administrative authorities.
This procedure is in accordance with Paragraph 201A of Part Two of the Fourth Edition of the
National Electrical Safety Code which reads as follows:
"The rules shall apply to all installations except as modified or waived by the proper
administrative authority. They are intended to be so modified or waived whenever they
involve expense not justified by the protection secured or for any other reasons are im-
practicable; or whenever equivalent or safer construction can be more readily provided
in other 'Yays."
--"
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(Signed) T. H. HAINES
E. E. 1. Representative
(Signed) H. L. HUBER
Bell System Representative
III
TABLE OF CONTENTS
Scope and Application
Explanation of Terms
PAGE
1
1
PART 1
GENERAL REQUIREMENTS
e
Application
Relative Levels
Loading
Inductive Coordination
Signal Light Installations
Ground Connections
Pole Steps .
(a) Permanent Metal Steps
(b) VVood Blocks
(c) Detachable Steps
8. Plates.
3
3
3
3
3
3
3
3
3
4
4
e 1.
2.
3.
4.
--- 5.
6.
7.
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PART 2
NORMAL JOINT USE CONSTRUCTION
1. Application 5
(a) Supply Conductors 5
(b) Supply Cables 5
2. Vertical Clearances 5
(a) Above Ground or Track RaIls 5
(b) Between Honzontal Crossarms 6
(c) Between Line Conductors on Crossarms 6
(d) Between Conductors on VertIcal Racks 6
(e) Between CommunIcation Conductors or Equipment and Supply Conductors
or EqUIpment .. 6
(f) Between CommunIcatIOn Conductors or EqUIpment and Span VVires or
Brackets 6
(g) Between CommUnICatIOn Cables and Trolley Feeders 7
3. Horizontal Separations at Supports 7
4. Vertical Runs . 7
(a) Location 7
(b) Clearances 7
(c) ProtectIon Near Ground 7
(d) Supply Cables or Conductors 7
1 Installed on the Pole Surface 7
2 Not Installed on the Pole Surface 8
3. InsulatIOn 8
(e) Supply Grounding Conductors 9
1 Nature and Extent of Covenng 9
(f) Communication Cables 9
1 Nature and Extent of Covenng 9
(g) CommunIcation Conductors 9
(h) CommunIcation Grounding Conductors 9
1 Nature and Extent of Covering 9
5. Communication Suspension Strands or Longitudinal Runs of Paired
Conductors 9
6. Climbing Space 9
(a) LocatIOn and DImenSIOns 9
(b) Portions of Pole in ClImbing Space 9
(c) Longitudinal Runs 9
(d) Vertical Runs 10
7. Street Lamps and Street Lamp Span Wires 10
(a) Attachment to Pole 10
(b) InsulatIOn 10
1 Lummalre 10
2 Lamp Leads 10
3. Span VVire Insulators 11
(c) Lowering Chams or Ropes 11
8. Trolley Span Wires and Brackets 11
(a) Not to Encircle Pole 11
(b) Insulation 11
9. Guys 11
(a) Point of Attachment 11
(b) Clearances 11
e
v
10. Guy Insulators......
(a) Electrical Strength
(b~ Mechanical Strength
(c) Use of Guy Insulators
11. Line Insulators
(a) Material.. . .
(b) Ratio of Flashover to Puncture Voltage.
(c) Flashover Voltage.
(d) Factory Tests
(e) Constant Current Circuits
12. Strength Requirements
(a) Wood Poles
1. General
2. Ultimate Stresses
3 Allowable Stresses .
4. Angles and Dead-Ends
5. Minimum Pole Top Diameter
(b) Guys . .. .
1. Allowable Stresses
(c) Crossarms. .
1 Minimum Cross-Sectional Dimensions
2. Bracing . . . . . .. ..
(d) Supply Pins and Conductor Fastenings
(e) Supply Line Conductors ..
1. Material and Strength
2 Sags and Tensions.
(f) Suspension Strands
PART 3
SPECIAL JOINT USE CONSTRUCTION
1. Application..
(a) Supply Conductors
2. Strength Requirements.
(a) Wood Poles...
1. General. . . .
2. Ultimate Stresses.
3. Allowable Stresses .
4. Angles and Dead-Ends .
5. Minimum Pole Top Diameter
(b) Guys
1 Allowable Stresses
(c) Crossarms...
1. General
2. Ends of Sechons of Joint Use, Corners and Dead-Ends
3. Minimum Cross-Sectional Dimensions
4. Bracing
(d) Supply Pins and Conductor Fastenings
1. General.
2. Ends of Sections of Joint Use, Corners and Dead-Ends
(e) Supply Line Conductors
1. Material and Strength
2 Sag~ and Tensions
PART 4
JOINT USE CONSTRUCTION-SECONDARY OR TROLLEY CIRCUITS
1. Application..
(a) Supply Conductors
(b) Supply Neutral Conductors
(c) Supply Cables
2. Clearance Between Supply Service and Communication Drop Wires
3. Strength Requirements.
(a) Wood Poles.. ... .
(b) Crossarms..
(c) Supply Conductors
1. Material and Strength
4. Pole Top Extension Fixtures
(a) Strength....
(b) Clearances
Printed in the United States of America
Mack Printing Company, Easton, Pa.
vi
12
12
12
12
12
12
12
12
13
13
13
13
13
13
13
13
13
13
13
14
14
14
14
14
14
14
14
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15
15
15
15
15
15
16
16
16
16
16
16
16
16
16
17
17
17
17
17
17
17
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19
19
19
19
19
19
19
19
19
19
19
19
19
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SPECIFICA TIONS
for the
CONSTRUCTION AND MAINTENANCE
OF ]OINTL Y USED WOQD POLE LINES
CARRYING SUPPLY AND COMMUNICATION CIRCUITS
SCOPE AND APPLICATION
These specifications shall apply to all construction on wood poles used jointly by supply and communi-
cation circuits and covered by the terms of the contract to which these specifications are attached. They are
not to be interpreted as recommending joint use with any particular types of circuits but are provided to enable
the establishment of adequate construction where the parties arrive at a decision that joint use represents the
best engineering solution.
The construction requirements specified herein are based on the provisions of Part Two of the National
Electrical Safety Code, Fourth Edition. It is recognized that in the development of the art, other satisfactory types
of construction may be devised, and the fact that specific types are required herein does not preclude the use of
others which the parties hereto may mutually agree upon as being safe and satisfactory.
These are not complete specifications but are intended to embody the minimum requirements for spac-
ings, clearances and strength of construction which are most important from the standpoint of safety to the
public, employees and plant. Conditions not covered herein shall be governed by the appropriate requirements
of Part Two of the National Electrical Safety Code, Fourth Edition, or such subsequent editions as are mutually
satisfactory to the parties hereto. The lawful requirements of state or local authorities shall govern where
they exceed those contained in these specifications. .
These specifications are divided into four parts. Part 1 covers general requirements applicable to all
joint lines. Part 2 covers normal joint use construction involving communication plant and the usual types
of supply distribution systems and also other supply systems which cooperative study by the parties con-
cerned has shown to be suitable for general joint use within a given area. Part 3 covers special joint con-
struction between communication plant and higher voltage supply circuits other than those included in Part 2.
Such construction is intended for use only in those situations where it would otherwise be impracticable 'to
avoid overbuilding. Part 4 covers joint use involving communication plant and secondary power distribution
circuits or direct current street railway circuits.
EXPLANATION OF TERMS
For the purpose of these specifications the following terms when used herein shall have the following
meanings:
Armored Cable means a cable provided with a wrapping of metal, primarily for the purpose of me-
chanical protection. It does not include cables having a lead sheath without additional me-
chanical protection.
Effectively Grounded means permanently connected to earth through suffic~ently low impedance
having sufficient current carrying capacity to prevent the building up of voltages which under
the conditions may result in undue hazard.
Luminaire means a complete street lighting unit consistmg of a light source together with its direct
appurtenances, such as globe, reflector, housing, etc., but not including bracket, mast-arm or
span wire. .
Voltage (of a circuit) means the greatest effective difference of potential between any two conductors
of the circuit concerned, except that in grounded multi-wire circuits, not exceeding 750 volts
between any two conductors it means the greatest effective potential between any conductor of
the circuit and ground.
1
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PART I-GENERAL REQUIREMENTS
1. APPLICATION
The requirements of Part 1 shall apply to all joint use construction
2. RELATIVE LEVELS
The heights above ground at which different classes of cables, conductors and other attachments are
to be located should be standardized where practicable for any given area by agreement of the utilities con-
cerned. The relative positions of the spaces to be occupied by the various attachments, except as otherwise
permitted for vertical runs, street lamps and span wires (Sections 4 and 7 of Part 2), shall preferably be from
the top of the pole downward as follows, and these specifications are particularly designed on this basis:
(See Plate 1.)
(a) Supply attachments (except those in (c) below).
(b) Communication attachments.
(c) Trolley contact conductors and associated feeders.
Note. Where it is impracticable to locate communication cables or conductors below supply line
conductors of the type covered in (a) above, special consideration shall be given to the
clearances, insulation and strength of construction necessary to provide adequate safety.
For example, in such situations communication line conductors should meet the mechanical
strength requirements for the highest voltage supply conductors above which they are
placed, unless this voltage is less than 750.
Supply apparatus such as regulators, lightning arresters, switches, potheads, etc., shall preferably be
located above communication attachments except where operating conditions make other location. necessary.
Supply transformers shall be located above communication attachments except in cases where their size or
weight makes such location impracticable. (See Plates 3 and 9.)
Where apparatus such as the above is located below the communication space it shall be mounted
outside of the climbing space, with all exposed metal parts of such apparatus effectively grou~ded or suitably
covered or protected from accidental contact, and where practicable shall be mounted on the street side of
the pole.
3. LOADING
The National Electrical Safety Code contains a map showing three loading districts designated as
heavy, medium and light. Unless otherwise agreed to, the loading districts shown on that map, and the
corresponding loadings prescribed for conductors and supporting structures, shall be used as a basis for design.
4. INDUCTIVE COORDINATION
The Principles and Practices adopted by the Joint General Committee of the National Electric Light
Association and Bell Telephone System dated December 9, 1922, and subsequent modifications therepf" shall
be followed.
"
5. SIGNAL LIGHT INSTALLATIONS
Signal lights may where necessary be placed at the top of poles, provided the installation meets the
requirements of these specifications with respect to clearances, vertical runs, etc. (See Plate 17.)
6. GROUND CONNECTIONS
The same grounding wire or artificial ground shall not be used for supply and communication attach-
ments except where mutually agreed upon.
7. POLE STEPS
(a) Permanent Metal Steps
Permanent metal steps shall not be placed on poles at a height less than 61/2 feet from the ground
or other readily accessible place. (See Plate 9.)
(b ) Wood Blocks
One wood block may be placed on poles at a height not less than 31/2 feet from the ground or
other readily accessible place. (See Plate 9.)
3
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PART 2-NORMAL JOINT USE CONSTRUCTION
1. APPLICATION
The requirements of Part 2 shall, in addition to those in Part 1, apply to all joint use construction
involving communication cables or conductors and supply cables or conductors of the following types:
(a) Supply Conductors
1. Constant potential alternating current supply circuits normally operating at voltages between
750 and 5.000 volts between conductors and not over 2,900 volts to neutral or ground.
2. Constant current supply circuits of not more than 7.5 amperes regardless of the voltage, and
of more than 7.5 amperes where the open-circuit voltage of the supply transformer is not
more than 2,900 volts.
3. Any other supply circuits (regardless of voltage or current) which the parties concerned mutu-
ally agree are satisfactory for general joint use within a given area.
(b) Supply Cables
1. Any supply cables, carried on effectively grounded suspension strands, where the voltage
between conductors is more than 750 volts.
2. VERTICAL CLEARANCES
(a) Above Ground or Track Rails
Minimum vertical clearances of communication cables or conductors, trolley feeders and trolley
contact conductors above ground or track rails, at 600 F and no wind in span lengths not to exceed
150 feet, shall be in accordance with the following table:
Nature of Ground or Rails Underneath Wires
Communication
Cables or
Conductors
(Feet)
Trolley, 0-750 Volts
Contact
Conductors and
Associated
Span Wires
(Feet)
Feeders
(Feet)
CROSSING OVER RAILROAD TRACKS
OJ Railroads Handling Freight Cars on Top oj Which
.Men Are Permitted:
In General ... . . ......... .. .. ... .. 27 27 22
Where the Joint Line is Paralleled by Trolley Contact
Conductors on Same Street or Highway. . .. . ..... 25 25 22
OJ Other Railroads..... . . . . . .. ....... . .. 18 18 18
CROSSING OVER OTHER TRAVELED WAYS
Streets, Alleys or Roads ... . 18 18 18
Driveways to Residence Garages. 10 10 18
Spaces or Ways Accessible to Pedestrians Only:
In General . . . 10 15 16
Cables or Conductors Limited to 0-160 Volts and
0-50 Watts . .. . ... '" 8
RUNNING ALONG STREETS, ALLEYS OR ROADS
In Urban Districts:
In General .. 18 18 18
In Rural Districts:
In General. . . . . . . . .. ....................... 15 15 18
Where No Part of the Line Overhangs Any Part of the
Highway Which is Ordinarily Traveled, and Where It
Is Unlikely that Loaded Vehicles Will Be Crossing
Under the Line .. . . . .. . 13 15 18
In Urban or Rural Districts:
Spaces or Ways Accessible to Pedestrians Only.
In General ..... . .. . ... .. .... .. ..... 10 12 16
Cables or Conductors Limited to 0-160 Volts and
0-50 Watts..... . ... .. .... . . .. ..... . 8
For spans exceeding 150 feet the clearances in the above table shall be increased as follows:
1. At railroad crossings where the nearer crossing support is more than 75 feet from the far-
thest track rail, the increase shall be 0.2 foot for each 10 feet of the excess over 75 feet.
See 3 below.
2. At other points where the span length is over 150 feet, the increase shall be 0.1 foot for
each 10 feet of the excess over 150 feet. See 3 below.
3 These clearance increases need not exceed 2.5, 4 and 5 feet for heavy, medium and light
loading areas, respectively.
5
PART 2i-SECTION 2. VERTICAL CLEARANCES (CON'T)
I
(r) Between Horizontal Crossarms
The minimum vertical spacings between crossarms supporting supply line conductors and cross-
arms supporting communication line conductors shall be as follows: (See Plate 1.)
Supply Circuit Voltage
0-7,500 Over 7,500
4 feet 6 feet
Vertical Spacings (center to center)
(b) Between Line Conductors on Crossarms
I Where line conductors are supported on crossarms spaced as required in (b) above, the minimum
vertical clearances between supply and communication line conductor levels shall be as follows at 600 F
Jnd no wind: (See Plates 2 and 11.)
Clearance Between Conductor Levels
Spacing Between Crossarms (Inches)
(Feet) At the Pole In the Span
4 40 30
6 60 45
Note: Where necessary, crossarm spacings at the pole shall be increased sufficiently to meet these
requirements for clearances in the span.
Cd) Between Conductors on Vertical Racks
I Supply conductors of not over 750 volts may be supported on vertical racks with the following
minimum vertical clearances between the conductors: (See Plate 2.)
Span Length Vertical Clearance Between Conductors
o to 150 feet 4 inches
150 to 200 feet 6 inches
200 to 250 feet 8 inches
250 to 300 feet 12 inches
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€e) Between Communication Conductors or Equipment and Supply Conductors or Equipment (Except as
I Covered in (f), (g) and 4( d) 1.2 Below)
The minimum vertical clearance at the pole between such equipment and conductors (with or
without guard arms) shall be as follows: (See Plates 2,3,7,8, 11, 14, 15 and 17.)
Vertical Clearance (Inches) for Supply Voltage
Of'
0-750 750-7,500 Over 7,500
Supply Cables or Other Equipment and Communica-
I tion Conductors or Equipment. .............
Supply Conductors and Communication Cables or
II Other Equipment. .... .. .. ....... ..... 40 48
a This may be reduced to 40 inches for supply cables carried on effectively grounded suspension strands
Note: For the purpose of measuring these clearances, "equipment" shall be taken to mean non-
current-carrying metal parts of equipment, including metal supports for cables or conductors.
Where metal supply crossarm braces are less than 1 mch from transformer cases or hangers which
are not-effectively grounded, or are attached to metal crossarms, vertical clearances from communica-
tion conductors or equipment shall be measured from such braces if they are the lowest attachments
in the supply space.
(f) Between Communication Conductors or Equipment and Span Wires or Brackets
Span wires or ~etal parts of brackets (including through bolts) for lamps or trolley contact con-
ductors shall have tre following minimum vertical clearances from communication conductors or
equipment: (See Plates 4,5,6,7, 11, 12 an.9. 17.)
From Communication Conductors on Crossarms.
Span Wire or Bracket Above Crossarm. 20 inches (a)
Span Wire or Bracket Below Crossarm 2 feet
From Suspension Strands Carrying Communication Cables or Conductors. . 1 foot
From Longitudinal Runs of Communication Paired Conductors .... . ..... 1 foot
From Communication Cable Terminal, if Practicable . 1 foot (b)
From Communication Bridle Wire Rings or Drive Hooks. .. .. . . . . . . . . . . 2 inches
a. This may be reduced to 12 inches for either span wires or metal parts of lamp brackets at points 40 inches
or more from the pole surface.
b. In no case shall this clearance be less than 4 inches.
4.0
40
60a
72
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PART 2-SECTION 2. VERTICAL CLEARANCES (CON'T)
(g) Between Communication Cables and Trolley Feeders
Where suspension strands supporting communication cables or conductors are at a higher level
than trolley feeders, the vertical clearance at any point between the bottom of the lowest cable or the
lowest conductor and the highest trolley feeder shall be 60 inches where practicable, and in all cases at
least 40 inches. (See Plates 11 and 15.)
3. HORIZONTAL SEPARATIONS AT SUPPORTS
The horizontal separation between individual open wire supply line conductors of 0-7,500 volts shall
be at least 12 inches, except that for trolley feeders of 750 volts or less and No. 0000 or larger it may be re-
duced to 6 inches. This separation shall be increased by 0.4 inch for each 1,000 volts in excess of 7,500 volts,
and may be measured from the center of the supporting insulator instead of from the conductor itself.
4. VERTICAL RUNS
Cables or conductors run vertically upon a pole shall comply with the following requirements, except
where more than 40 inches or 60 inches, as hereinafter specified, above the highest attachment of another
utility:
(a) Location
1. Supply and communication vertical, runs shall not be made on the same pole where it is prac-
ticable to place them on separate poles.
2. Where practicable, supply vertical runs shall be made on the street side and communication
vertical runs on the field side of the pole, but in all cases where both are present they shall
be on opposite sides of the pole. (See Plate 16.)
(b) Clearances
Vertical runs shall be so arranged as not to interfere with the safe use of the pole steps. They
shall be separated from span or guy wires, cable suspension strands, vertical runs, or other metal parts
of the equipment of another utility, including through bolts and washers, by one-eighth of the circum-
ference of the pole where practicable, but in all cases by at least 2 inches measured in any direction
from the nearest part of the vertical run, including staples or other devices by which the run or its
covering is attached to the pole. This clearance may often be secured by means of the eye-bolt method
of guy and suspension strand attachment. (See Plates 4,8,9, 13, 16 and 17.)
(c) Protection Near Ground
Where within 8 feet from the ground, vertical cables, conductors and supply grounding conductors
shall be protected by a covering which gives suitable mechanical protection. For grounding conductors
from supply lightning arresters, this covering shall consist of wood molding or other insulating material
giving ,equivalen~ protection. (See Plates 3 and 10.)
Exception I-This covering may be omitted for armored cables.
Exception 2-In rural districts, this covering may be omitted for metal sheathed cables, or for
grounding conductors having weather-resistant covering.
Exception 3- This covering may be omitted for a grounding conductor which is metallically
connected to a conductor which forms a part of an effective grounding system.
(d) Supply Cables or Conductors
1. Installed on the Pole Surface.
1.1 Vertical supply cables or conductors, including trolley feeders, installed on the surfa~e
of the pole (or any metal pipe in which such cables or conductors are enclosed) shall
be provided with an insulating covering, such as wood molding or fibre conduit, where
they pass communication or trolley attachments. This insulating covering shall
extend from the lowest point of the vertical cables or conductors up to at least 40 inches
above the highest of such attachments. (See Plates 4, 9, 10, 16 and 17.)
Exception I-This does not apply to vertical supply cables installed in accordance
with 1.2 below.
Exception 2- The insulating covenng need not extend below the top of the mechani-
cal protection provided for 8 feet above ground.
Exception 3-If the pole has no trolley attachments, insulating covering may be
omitted in the case of cables or conductors having an effectively
grounded lead sheath or enclosed in effectively grounded continuous
metal pipe. Insulating covering may also be omitted in the case of
other types of effectively grounded metal sheath cables where mutually
agreed upon.
7
PART 2,SECTION 4. VERTICAL RUNS (CON'T)
1.2 Secondary supply conductors of not more than 300 volts to ground may be run in multiple
conductor cable supported on porcelain cleats or attached directly to the pole surface
by means of pipe straps lined with a suitable bushing, or otherwise supported as may
be agreed upon to avoid abrasion. In the case of aerial services, the point where such
cables leave the pole shall be at least 2 feet above the highest, or 2 feet below the
lowest, communication attachment. Each conductor of such cable which is not
effectively grounded, shall be insulated as required by 3 below for a potential of at
least 1,000 volts. Such cable shall also have a suitable filler and shall be covered by
at least one layer of insulating tape and a woven braid or otherwise constructed so as
to provide equivalent resistance to abrasion. (See Plate 8.)
2. Not Installed on the Pole Surface.
yertica1 supply cables or conductors not installed on the pole surface shall be run in accorQ.ance
with either 2.1 or 2.2 below.
2.1 On Pins and Insulators.
Supply services of not over 750 volts, and. lamp leads of street lighting circuits may be
run in paired wire or multiple conductor cable on the street side of the pole on suitable
insulators supported on pins or brackets. They shall be held taut at a distance of
approximately 5 inches from the sl;1rface of the pole and from any pole steps, and shall
have a clearance of at least 3 inches from communication cables or conductors. Such
conductors of street lighting circuits shall be without splices from the supply space to
the luminaire. (See Plates 5, 6 and 16.)
2.2 Suspended From Supply Crossarm.
Lamp leads of street lighting cir~uits may be run from a supply crossarm directly to a
street lamp bracket or 1uminaire under the following conditions: (See Plate 7.)
2.21 The vertical run shall consist of paired wire or multiple conductor cable, securely
attached at both ends to suitable brackets and insulators.
2.22 The vertical run shall be held taut at least 40 inches from the surface of the pole
(through the communication space), at least 12 inches beyond the end of any
communication crossarm by which it passes, and at least 6 inches from com-
munication drop wires.
2.23 Insulators attached to lamp brackets for supporting the vertical run shall be
capable of meeting, in the positions in which they are installed, the same flash-
over requirements as specified in 7 (b) 1.1 below for luminaire insulation.
2.24 Each conductor of the vertical run shall be No. 10 A.W.G. or larger.
3. Insulation.
Vertical supply cables and conductors, including trolley feeders, shall have a high grade insu-
- 1ation which will effectively retain its insulating properties in service. The insulation shall
have a protective covering consisting of at least one weather-resistant cotton braid or its
equivalent.
The insulation shall be capable of withstanding the following voltage test after having been
immersed in water for 12 hours:
Size of
Conductof.
TEST VOLTAGE, KILOVOLTS
Circuit Voltage*
o 601 1,001 2,001 3,001 4,001 5,001 6,001
A.W.G. or to to to to to to to to
Cir. Mils 600 1,000 2,000 3,000 4,000 5,000 6,000 7,000
No. 14 to No.9 3.0 5.0 6.0 9.0 11.0 12.5 14.0 15.0
No.8 to No.2 3.5 6.0 7.5 10.0 11.0 12.5 14.0 15.0
No.1 to No. 0000 4.0 7.5 9.0 10.0 11.0 12.5 14.0 15.0
225,000 to 500,000 5.0 9.0 10.0 11.0 12.5 13.5 15.0 16.0
525,000 to 1,000,000 6.0 10.0 11.0 11.0 12.5 13.5 15.0 16.0
Over 1,000,000 7.0 11.0 11.0 12.5 13.5 1.5.0 16.0 17.5
*Circuit voltage for constant potential cIrcuits shall be taken as the normal operating voltage.
Circuit voltage for series circuits shall be taken as the open circuit voltage, unless devices for limit-
ing the voltage to its normal value or less on open cIrcuIt are provIded, in whIch case circuit voltage
shall be taken as the normal full load voltage
Where the cirCUIt voltage is in excess of 7,000, the test voltage shall be increased by 1 kilovolt for
each 1,000 volts of the excess.
Exception-These requirements do not apply to grounding conductors, conductors of metal
sheathed cables, conductors enclosed in effectively grounded pipes, or con-
ductors installed in accordance with 2.2 above.
8
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PART 2-SECTION 4. VERTICAL RUNS (CON'T)
(e)
Supply Grounding Conductors
1. Nature and Extent of Covering.
Vertical supply grounding conductors shall be covered with wood molding or other suitable
insulating material to the extent required for supply cables or conductors in (d) 1.1 above.
(See Plates 3 and 16.)
Exception-If there are no trolley attachments on the pole, insulating covering is not
required for a grounding conductor which is metallically connected to a con-
ductor which forms a part of an effective grounding system.
(f) Communication Cables
1. Nature and Extent of Covering.
Vertical runs of metal sheathed communication cables shall be covered with wood molding
or other suitable insulating material where they pass trolley feeders. This insulating
covering shall extend from the lowest point of the vertical cables up to at least 40 inches
above the highest such trolley feeders, except that it need not extend below the top of the
mechanical protection provided for 8 feet above ground. (See Plate 10.)
(g) Communication Conductors
Vertical and lateral rubber-covered communication conductors may be attached directly to a pole
or crossarm. They shall have a vertical clearance of at least 40 inches from any supply conductors
(other than vertical runs or street lamp leads) of 7,500 volts or less or 60 inches if more than 7,500 volts.
(h) Communication Grounding Conductors
1. Nature and Extent of Covering.
Vertical communication grounding conductors shall be covered with wood molding or other
suitable insulating material between points at least 6 feet below and 40 inches above any
trolley feeders by which they pass.
5. COMMUNICATION SUSPENSION STRANDS OR LONGITUDINAL RUNS OF PAIRED CONDUCTORS
Suspension strands carrying communication cables or conductors, or longitudinal runs of paired com-
municatIOn conductors, may be attached directly to the pole or carried on crossarms. Where more than one
such strand or paired conductor is present and attached directly to the pole, all shall be on the same side of
the pole. They shall where practicable be placed on the field side of the pole, except that in alleys where
poles are located close to buildings they may be placed on the alley side. (See Plates 2 and 8.)
Guard arms are not required.
6. CLIMBING SPACE
The following requirements as to climbing space apply only to attachments of one utility when located
below attachments of another utility.
(a) Location and Dimensions
A climbing space at least 30 inches square, measured horizontally, shall be provided past any
cables, conductors, crossarms, or other attachments. (See Plates 1, 2, 4, 10, 11, 13 and 15.)
Exception-This may be reduced to 16 inches across the line for communication cables or con-
ductors where the only supply conductors at a higher level are secondaries (0-750
volts) supplying signal lights or crossing over the communication line and attached
to the pole top or to a pole top extension fixture. (See Plates 17 and 19.)
1. The climbing space need be provided on one side or corner of the pole only.
2. The climbing space shall extend vertically in the same position from a point at least 40 inches
below any conductor or other attachment to a point at least 40 inches above such conductor
or attachment, but may otherwise be shifted from any side or corner of the pole to any
other side or corner.
(b) Portions of Pole in Climbing Space
Portions of the pole when included in one side or corner of the climbing space are not considered
to obstruct the climbing space. (See Plate 2.)
(c) Longitudinal Runs
The full width of climbing space shall be provided past longitudinal runs, and shall be measured
from the longitudinal run concerned. (See Plates 2, 4 and 13.)
9
PART 2,SECTION 6. CLIMBING SPACE (CON'T)
I
(d) Vertical Runs
I Vertical runs securely attached to the surface of the pole are not considered to obstruct the climbing
space.
7. ST~ET LAMPS AND STREET LAM; SPAN WIRES
Street lamps or street lamp span wires, where below or less than 40 inches above communication attach-
ments, Jhall meet the clearance requirements of 2 (f) above and also the following requirements of this section:
(L)
I
Attachment to Pole
1. Street lamp span wires shall not encircle the pole, and shall be attached by means of bolts
passing through the pole. (See Plate 12.)
2. Lamp brackets and their metal parts shall be confined to the half of the pole circumference
nearer the lamp, except that, where the use of lag screws is impracticable, they may be
attached by means of bolts passing through the pole. (See Plates 4, 5 and 6.)
3. Scrolls or braces associated with lamp brackets should preferably be reversible so that they
may be installed either above or below the horizontal member of the bracket in order to
obtain the greatest practicable clearance from communication attachments. (See Plates
6 and 7.)
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(b) Insulation
1. Luminaire
1.1 The current carrying metal parts of a luminaire (except lamp leads) shall be insulated
from non-current carrying metal parts by porcelain or its equivalent. Such insulation,
except for installations where the voltage of the circuit in which the lamp is connected
does not exceed 300 volts between conductors, shall be of wet process porcelain or its
equivalent and, when dry, shall withstand the following voltages without flashover
between the live parts and the non-current carrying metal parts.
Full Load Circuit Voltage Flashover Voltage
300 to 500 5 kv
500 to 1,500 10 kv
Over 1,500 25 kv
Exception-These requirements do not apply to luminaires supported on span wires.
1.2 Luminaires shall be so designed that accumulations of dirt or moisture cannot form a
conducting path between the live parts and the non-current carrying metal parts.
1.3 Luminaires having bare metal terminals located outside the housing shall have a separa-
tion of at least 40 inches in any direction from communication attachments. Such
luminaires shall be so designed as to prevent, as far as practicable, breakdown between
the terminals and the non-current carrying metal parts.
1.4 Insulators required by 1.1 above, when used with internally wired units and brackets,
shall be designed so that lamp leads may be brought to the lamp terminals without
reducing the insulation to ground of such lamp leads.
2. Lamp Leads
2.1 Where lamp leads consist of individual or twisted conductors each conductor shall be
insulated in accordance with 4 (d) 3 above. Where lamp leads consist of twin con-
ductor cable, the insulation to ground of the cable assembly shall be the same as re-
quired for individual conductors but each individual conductor need only be insulated
for 600 volts.
Exception I-Where the voltage of the circuit to which the lamp is connected does
not exceed 300 volts, lamp leads need only be insulated for 600 volts.
Exception 2-Where lamp leads are run directly from a supply crossarm to the lamp _
in accordance with 4 (d) 2.2 above, there are no specific insulation ,.,
requirements. -
2.2 Lamp leads shall be brought into the luminaire in such a way as to prevent as far as
practicable breakdown between conductors and metal parts.
2.3 Where lamp leads are run along a lamp bracket or span wire they shall be supported in
such a way as not to injure the insulation. In the case of span wires, insulated rings
shall be used between the pole and the strain insulator required by 3 below.
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PART 2-SECTION 7. STREET LAMPS AND STREET LAMP SPAN WIRES (CON'T)
3. Span Wire Insulators
3.1 A strain insulator having a dry flashover at least double, and a wet flashover at least as
high as, the voltage of the circuit, in which the lamp is connected, shall be inserted in
span wires supporting street lamps. (See Plate 12.)
(c) Lowering Chains or Ropes
Lowering ropes for lamps shall preferably be of non-metallic material. However, if metal chains
or wire ropes are used, they shall have a separation of at least 3 inches in any direction from communi-
cation conductors or equipment, and an insulator shall be installed in such chain or: rope so that it will
be at least 8 feet above ground when the lamp is in its normal position.
8. TROLLEY SPAN WIRES AND BRACKETS
Span wires or brackets for trolley contact conductors may be attached directly to the pole, provided
they conform to the clearance requirements of 2 (f) above and to the following requirements of this section:
(a) Not to Encircle Pole
Trolley brackets shall not encircle the pole. They shall be restricted to the half of the pole toward
the trolley contact conductor, except that they may be fastened by means of bolts passing through
the pole. Trolley span wires shall be attached by means of bolts passing through the pole. (See Plates
11 and 12.)
(b) Insulation
A strain insulator shall be inserted in trolley span wires, and in the case of trolley brackets, a strain
insulator shall be placed on each side of the trolley contact conductor support. The insulation between
trolley contact conductors or feeder taps and poles shall be capable of withstanding, when wet, a voltage
equal to at least twice the voltage of the trolley circuit. '(See Plates 11 and 12.)
9. GUYS
(a) Point of Attachment
Guys should in general be attached to poles as near as pnicticable to the center of the load to be
sustained, except that as far as practicable they should be so located as to avoid reducing the insulation
afforded by wood pins, crossarms and poles.
(b)
Clearances
1. The minimum clearances of guys when crossing over or under cables, conductors or guys of
another line shall be as follows:
Clearance
(Feet)
2
4a
2
Communication Cables or Conductors
Trolley Contact Conductors
Supply Cables
Supply Conductors'
0-750 volts 2
More than 750 volts 4b
Guy, Span and Lightning Protection Wires 2c .
a ThIS clearance should be increased to 6 feet for trolley contact conductors of more than 750 volts,
and also for lower voltage contact conductors unless the guy is beyond reach of a trolley pole or is
suitably protected agamst damage from a trolley pole leavmg the contact conductor
b For voltages greater than 50,000 this clearance shall be increased by 05 inch per 1,000 volts of
the excess.
c Completely insulated sections of guys attached to poles carrymg no conductor of more than 7,500 volts
may have less than this clearance from each other.
2. The minimum clearances in any direction between guys and line conductors or cables attached
to the same pole shall be as follows: (See Plate 18.)
Clearance (Inches)
Not Parallel to Line Parallel to Line
Communication Cables or Conductors
Supply Cables
Supply Conductors
0-750 volts
750-7,500 volts
For each 1,000 volts in excess of 7,500 volts, add
a. If PractIcable
Note: Guys and suspension strands may be attached to the same strain plates or to the
same through bolts.
6a
6
6a
6a
6
6
0.4
12a
12
0.4
11
PART 2,(CON'T)
I
10. GUjY INSULATORS
(a) Electrical Strength
I Guy insulators shall be of wet process porcelain or other suitable material. They shall have a dry
flashover at least double, and a wet flashover at least as high as the voltage between conductors of the
liighest voltage circuit to which the guy is exposed. This requirement may be met by installing two
6r more guy insulators in series instead of a single insulator.
I
Gb) Mechanical Strength
I Guy insulators shall have a mechanical strength at least equal to that required of the guys in
which they are installed.
JC) Use of Guy Insulators
I An insulator shall be located in each guy which is attached to a pole carrying any supply con-
auctors of more than 300 volts to ground. This insulator shall in general be located from 8 to 10 feet
~bove the ground, but where located in the upper end of the guy shall be from 6 to 8 feet from the pole,
~nd in pole-to-building guys shall, if practicable, be located at least 6 feet from the building. (See
Plate 18.)
I Where a guy is exposed to, or carried over, under or through overhead supply conductors of more
than 300 volts to ground, including those on the jointly used poles, and where hazard would otherwise
~xist, one or more insulators shall be placed so as to isolate the exposed section of the guy as far as
practicable. No insulator shall be located less than 8 feet above the ground. (See Plate,18.)
Exception I-An insulator is not required in stub guys if no part of the guy is less than 8 feet
above the ground, or in pole-to-pole head guys if no part is above the communication
space and no part is less than 8 feet above the ground.
Exception 2-An insulator is not required if the guy is effectively grounded. Connection to an
anchor does not ordinarily of itself constitute effective grounding.
Exception 3-An insulator is not required if the only supply circuits involved do not exceed 550
volts between conductors and do not carry power in excess of 1,600 watts.
Where guys in which it is necessary to install insulators are so arranged that one crosses or is
above another, the insulators shall be so placed that in case any guy sags down upon another the insu-
lators will not become ineffective.
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11. LINE INSULATORS
(a) Material
Line insulators for use on supply circuits shall be of wet process porcelain, or other material which
will give equally good results in respect to mechanical and electrical performance and durability.
(b) Ratio of Flashover to Puncture Voltage
Insulators shall be designed so that their dry flashover voltage is not more than 75 per cent of
their puncture voltage at a frequency of 60 cycles per second.
(c) Flashover Voltage
Supply line insulators when tested at a frequency of 60 cycles per second in accordance with Ameri-
can Institute of Electrical Engineers' standards, shall not flashover at voltages less than those in the e
following table:
Nominal Supply
Circuit Voltage
2,300
4,000
4,600
6,600
11,000
13,200
22,000
Minimum Dry
Test Flashover Voltage
20,000
30,000
32,000
50,000
63,000
69,000
94,000
(Interpolate for Intermediate Voltages)
The flashover values in the above table are deemed adequate for joint occupancy of poles under
all conditions usually met. However, where due to chemical fumes, cement dust or similar cause
operating conditions are' exceptionally severe, consideration should be given to the use of insulators
having dry flashover values in excess of those specified.
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PART 2-SECTION 11. LINE INSULATORS (CON'T)
(d) Factory Tests
Each insulator or part thereof for use on lines operating at voltages in excess of 15,000 volts shall
be subjected to a routine dry flashover test at the factory for a period of three minutes at a frequency
of 60 cycles per second or to any other test sanctioned by good modern practice.
(e) Constant Current Circuits
Insulators for constant current circuits shall be selected on the basis of the nominal full-load
voltage.
12. STRENGTH REQUIREMENTS
Note' The requirements of this section do not apply to lines carrying communication cables or
conductors and supply secondary conductors or trolley conductors only. Strength re-
quirements for such lines are given in Section 3 of Part 4.
In the calculation of stresses in supporting structures (including poles, guys, crossarms, pins, conductor
fastenings and suspension insulators) It is recognized that deformation, deflection or displacement of parts of
the structures may in some cases change the loads assumed in these specifications. These effects shall be
neglected, however, unless methods for their evaluation are agreed upon by the parties concerned.
(a) Wood Poles
1. General
Poles shall be in accordance with the specifications of the American Standards AssociatIOn.
2. Ultimate Stresses
Different kinds of wood poles shall be considered as having the followmg ultimate fibre stresses:
Ultimate Fibre Stress
(Lb per sq in.)
7,400
7,400
fi,600
6,000
5,600
.5,600
4,800
4,400
3,600
Kind of Wood
3.
Douglas Fir
Southern Pine (Creosoted)
Lodgepole Pine
Chestnut
Norway Pine (Red Pine)
Western Cedar (Western Red Cedar)
Cypress
Redwood
Eastern Cedar (Northern White Cedar)
Allowable Stresses
Unguyed poles shall be of such material and dimensions as to withstand the transverse loading
assumed in Section 3 of Part 1 without exceeding their ultimate fibre stress for treated poles
or 75 per cent of their ultimate fibre stress for untreated poles.
Unguyed poles shall be replaced, or otherwise suitably strengthened, when they have de-
teriorated so that they are two-thirds as strong as initially required for treated poles or
one-half as strong as initially required for untreated poles.
Angles and Dead-Ends
Poles at angles and dead-ends shall where necessary be guyed in accordance with (b) below,
or otherwise suitably braced.
Minimum Pole Top Diameter
There are no specific requirements for minimum pole top diameters.
4.
5.
(b) Guys
Where used to meet the strength requirements for wood poles, guys shall be considered as taking
the entire load in the direction in which they act, the poles serving as struts only.
1. Allowable Stresses
Guys shall be of such material and dimensions as will withstand the longitudinai and transverse
loading assumed in Section 3 of Part 1 without exceeding the following percentages of:their
ultimate strength:
Transverse (when new)
Lopgitudinal (at all times):
In General
At Dead-Ends
Percentages of Ultimate Strength
75
No requirement
75
13
I
I
PART 2-SECTION
(L
12.
STRENGTH REQUIREMENTS (CON'T)
Crossarms
1. Minimum Cross-Sectional Dimensions
The minimum cross-sectional dimensions
crossarms shall be as follows'
of selected southern pme or' Douglas fir supply
N umber of Pins
2 or 4
6 or 8
Minimum Cross-Sectional Dimensions in Inches
23/4 X 33/4
3 X 4
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2. Bracing
Cross arms shall be securely supported by bracing, if necessary, so as to support safely all loads
to which they may be subjected in use, includmg linemen working on them. Any crossarm
except the highest one on the pole shall be capable of supporting a vertical load of 225
pounds at either extremity in addition to the weight of the conductors without ice covering.
(d) Supply Pins and Conductor Fastenings
, Pins and ties or other line conductor fastenings shall have sufficient strength to withstand an un- a
balanced tension in the conductor up to a limit of 700 pounds per pin or fastening. .
I
(e) Supply Line Conductors
I 1. Material and Strength
I Conductors shall be copper, aluminum cable steel reinforced, copper-covered steel, or other
metal which will not corrode excesslvely under the prevailing conditions, and shall have a
size and strength at least equal to that of No.8 A W.G. medium-hard drawn copper.
Note: It is recommended that the use of conductors of this minimum size be limited
to spans not longer than 150 feet for heavy loading districts and 175 feet for
medium and light loading districts.
2. Sags and Tensions
Conductor sags shall be such that, under the loading assumed in Section 3 of Part 1, the tension
in the conductor will not exceed 60 per cent of its breaking strength.
. ....
(f) Suspension Strands
Suspension strands supporting cables or conductors shall be of copper, galvanized steel, copper
covered steel or the equivalent, with strengths and sags such that with the cables or conductors in
place under the loading assumed in Section 3 of Part 1, they will not be stressed beyond 60 per cent
of their ultimate strength.
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PART 3-SPECIAL JOINT USE CONSTRUCTION
1. APPLICATION
The requirements of Part 3 shall, in addition to those in Part 1 and Sections 2 to 11 inclusive, of Part 2,
apply to all joint use construction involving communication cables or conductors and supply conductors of
the following types:
(a) Supply Conductors
(Except Normal Joint Use-Section 1 (a) 3 of Part 2)
1. Constant potential alternating current supply circuits normally operating at more than 5,000
volts between conductors or more than 2,900 volts to neutral or ground.
2. Constant current supply circuit of more than 7.5 amperes where the open circuit voltage of
the supply transformer is more than 2,900 volts.
Exception-Where agreed by the parties concerned that additional protection is un-
necessary, joint lines carrying supply circuits of the types covered in 1 and 2
above and on which the only communication attachments consist of indi-
vidual paired conductors, may be constructed in accordance with Part 2 of
these specifications.
2. STRENGTH REQUIREMENTS
In the calculation of stresses in supporting structures (including poles, guys, crossarms, pins, conductor
fastenings and suspension insulators) it is recognized that deformation, deflection or displacement of parts of
the structure may in some cases change the loads assumed in these specifications. These effects shall be
neglected, however, unless methods for their evaluation are agreed upon by the parties concerned.
(a) Wood Poles
1. General
Poles shall be in accordance with the specifications of the American Standards Association.
2. Ultimate Stresses
Different kinds of wood poles shall be considered as having the following ultimate fibre stresses:
Ultimate Fibre Stress
(Lb per sq in.)
7,400
7,400
6,600
6,000
5,600
5,600
4,800
4,400
3,600
Kind of Wood
Douglas Fir
Southern Pine (Creosoted)
Lodgepole Pine
Chestnut
Norway Pine (Red Pine)
Western Cedar (Western Red Cedar)
Cypress
Redwood
Eastern Cedar (Northern White Cedar)
15
PART 3,-SECTION 2. STRENGTH REQUIREMENTS (CON'T)
3. Allowable Stresses
Poles shall be of such material and dimensions, and so maintained, as to withstand the longi-
tudinal and transverse loadings assumed in Section 3 of Part 1 without exceeding the fol-
lowing percentages of their ultimate fibre stress, or they shall be guyed in accordance with
(b) below:
Per Cent of Ultimate Fibre Stress
Transverse Longitudinal
Loading Loading
When At
Installed Replacement At All Times
Types of Circuits Carried
Constant potential between 5,000 and 7,500
volts, or constant currents more than 7.5
amperes where open circuit voltage is between
2,900 and 4,400 volts
Constant potential more than 7,500 volts, or
constant current more than 7.5 amperes
where open circuit voltage is more than
4,400 volts
a 50 for untreated poles
b 331/3 for untreated poles
Note. For poles carrying supply circuits of more than one of the above types, the allow-
able per cent of ultimate fibre stress shall be not greater than the smaller value given
in the above table.
60a
100
100
40b
60
100
4. Angles and Dead-Ends
Pole's at angles and dead-ends shall where necessary be guyed in accordance with (b) below,
or otherwise suitably braced.
5 Minimum Pole Top Diameter
There are no specific requirements for minimum pole top diameters.
(b) Guys
I Where used to meet the strength requirements for wood poles, guys shall be considered as taking
the entire load in the direction in which they act, the poles serving as struts only. .
1. Allowable Stresses
Guys shall be of such material and dimensions as will withstand the longitudinal and transverse
loading assumed in Section 3 of Part 1 without exceeding the following percentages of their
ultimate strength:
Transverse (when new)
Longitudinal (at all times):
In General
At Dead-Ends
Percentages of Ultimate Strength
50
100
50
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....
1
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(c) Crossarms
1. General _
Supply crossarms shall have sufficient strength to withstand any unbalanced longitudinal ,.,
loads to which they are subjected, with a limit of 700 pounds at the outer pin.
2. Ends of Sections of Joint Use, Corners and De,ad-Ends.
At the ends of sections of joint use and at dead-ends, supply crossarms when used shall have
sufficient strength to withstand at all times, without exceeding their ultimate strengths, an
unbalanced pull equal to the tension in all supported conductors under the loading assumed
in Section 3 of Part 1. Where conductor tensions are limited to 2,000 pounds per con-
ductor, double crossarms will be considered as meeting this requirement.
Where the supply line conductors are supported on crossarms, double crossarms shall be used
at corners where the angle of departure from a straight line exceeds 20 degrees (17 feet pull).
3. Minimum Cross-Sectional Dimensions.
The minimum cross-sectional dimensions of selected southern pine or Douglas fir supply
crossarms shall be as follows'
N umber of PlUS
2 or 4
6 or 8
Minimum Cross-Sectional Dimensions in Inches
3 X 4
31/4 X 41/4
16
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PART 3-SECTION 2. STRENGTH REQUIREMENTS (CON'T)
4. Bracing
Crossarms shall be securely supported by bracing, if necessary, so as to support safely all loads
to which they may be subjected in use, including linemen working on them. Any cross-
arm except the highest one on the pole shall be capable of supporting a vertical load of
225 pounds at either extremity in addition to the weight of the conductors without ice cover-
ing.
(d) Supply Pins and Conductor Fastenings
1. General
Pins and ties or other conductor fastenings shall have sufficient strength to withstand an
unbalanced tension in the conductor up to a limit of 700 pounds per pin or fastening.
2. Ends of Sections of Joint Use, Comers and Dead-Ends
At the ends of sections of joint use and at dead-ends, pins and ties or other conductor fastenings
shall have sufficient strength to withstand at all times, without exceeding their ultimate
strengths, an unbalanced pull equal to the tension in the conductor supported under the
loading assumed in Section 3 of Part 1. Where conductor tensions are limited to 2,000
pounds per conductor, double pins and ties or other conductor fastenings will be considered
as meeting this requirement, except that at dead-ends on pin insulators the conductor
tension shall be limited to 1,000 pounds.
Where the line conductors are supported on pin type msulators, double pins and ties or other
conductor fastenings shall be used at corners where the angle of departure from a straight
line exceeds 20 degrees (17 feet pull).
(e) Supply Line Conductors
1. Material and Strength
Conductors shall be copper, aluminum cable steel reinforced, copper-covered steel, or other
metal which will not corrode excessively under the prevailing conditIOns, and shall have a
size and strength at least equal to that of No.6 A.W.G. medium-hard drawn copper.
Note: It is recommended that the use of conductors of this minimum size be limited
to spans not longer than 150 feet for heavy loading districts and 175 feet for
medium and light loading districts.
2. Sags and Tensions
Conductor sags shall be such that, under the loading assumed in Section 3 of Part 1, the tension
in the conductor will not exceed 50 per cent of its ultimate strength.
17
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PART 4- JOINT USE CONSTRUCTION-SECONDARY OR TROLLEY CIRCUITS
1. APPLICATION
The requirements of Part 4 shall, in addition to those in Part 1 and Sections 2 to 11 inclusive, of Part 2,
apply to all joint use construction involving communication cables or conductors and supply cables or con-
ductors of the following types:
(a) Supply Conductors
1. Constant potential alternating current supply circuits normally operating at voltages between
o and 750 volts between conductors.
2. Direct current trolley circuits of not more than 750 volts to ground.
(b) Supply Neutral Conductors
1. Supply circuit neutral conductors which are effectively grounded throughout their length
shall be classified as supply conductors of not more than 750 volts, except that they need
not meet any insulation requirements. Other neutral conductors shall be constructed
the same as the phase conductors of the supply circuits with which they are associated.
(c) Supply Cables
1. Any supply cables where the voltage between conductors is not more than 750 volts.
2. CLEARANCE BETWEEN SUPPLY SERVICE AND COMMUNICATION DROP WIRES
The clearance, in any direction and at any point in the span, between supply service wires of 750 volts
or less and communication drop wires, at 600 F and no wind, shall be at least 1 foot where they do not cross
each other and 2 feet at crossings.
/
3. STRENGTH REQUIREMENTS
(a) Wood Poles
Poles shall be of such initial size and so guyed or braced where necessary as to withstand safely
the loads to which they may be subjected, including linemen working on them.
(b) Cross arms
Crossarms shall be securely supported by bracing, if necessary, so as to support safely all loads
to which they may be subjected in use, including linemen working on them. Any crossarm except the
highest one on the pole shall be capable of supporting a vertical load of 225 pounds at either extremity
in addition to the weight of the conductors without ice covering.
(c) Supply Conductors
1. Material and Strength
Conductors shall be copper, aluminum cable steel reinforced, copper-covered steel or other
metal which will not corrode excessively under the prevailing conditions, and shall have a
size and strength at least equal to that of No.8 A.W.G. medium-hard drawn copper.
Note It is recommended that unless the clearances and separations are correspondingly
increased, the use of conductors of this minimum size be limited to spans not
longer than 150 feet for heavy loading districts and 175 feet for medium and
light loading districts.
4. POLE TOP EXTENSION FIXTURES
Fixtures such as those shown on Plate 19, or equivalent types, may be attached to the tops of com-
mumcation poles to support supply service wires of 750 volts or less crossing over communication lines, pro-
vided the following requirements are met. Where fixtures having metal upright members are used, the supply
service wires shall be supported on wood crossarms.
(a). Strength
The fixtures shall be of such materials and dimensions, and so erected and maintained, as to with-
stand without failure the loading assumed in Section 3 of Part 1.
(b) Clearances
A vertical clearance of at least 40 inches shall be provided between the highest communication
conductor or other attachment and the lowest metal part of the secondary rack.
A clearance of at least 24 inches, at 600 F and no wind, shall be provided between the lowest service
wire and the conductor on the end pin of the highest communication crossarm.
19
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PLATE 1
RELATIVE POSITION OF ATTACHMENTS, SHOWING VERTICAL CLEARANCES
AND CLIMBING SPACE
Supply attachments, ~xcept vertical runs,
street lamps and span wires, and trolley
contact conductors and associated feeders
shall preferably be above communication
attachments.
(Part I-Sect 2)
A
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At least
30 Inches
(Part 2 - Sect. 6 (a) )
)
At least
48 Inches
(Part 2-Sect 2 (b) )
Communication attachments, except vertical
runs, shall preferably be above trolley
contact conductors and associated feeders.
(Part I.Sect. 2)
At least
30 inches
(Part 2 - Sect. 6 (a) )
feeders of
Dimension Voltage of Supply Minimum Spacing
Circuit Concerned (Inches)
A 0.7500 48
Over 7500 72
(Part 2-Sect. 2 (b) )
21
PLATE 2
SUPPLY SECONDARY RACK AND COMMUNICATION CROSSARM AND CABLES,
SHOWI~G ARRANGEMENT OF ATTACHMENTS, CLEARANCES AND CLIMBING SPACE
~
I
Where X is less than 40 inches,
Y shall be at least 30 inches
(Part 2 - Sects 6 (a) and (C) )
STR ET SIDE
~
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...
~ /Supply Secondary Rack
~ Supply conductors of not over 750 volts
may be supported on a vertical rack.
(Part 2-Sect. 2 (d) )
A
T
At least
40 inches
(Part 2. Sect 2 (e) )
/ Communication Crossarm
~ e Ie e e
" ~ ~ I
~ yl E -c--
x ~I 'j;/ DimenSion Y may be measured in thiS
IV1 direction where more convenient.
\
--CommunicatIOn cables or conductors, or longitudinal
runs of paired communication conductors, carried
on suspension strands attached directly to the pole
shall where practicable be on the field side, except
In alleys where poles, are close to bUildings.
(Part 2 - Sect 5)
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FIELD SIDE
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Dimension Voltages of Supply Minimum Clearances
Circuit Concerned (Inches)
A o . 7500 40
Over 7500 60
(Part 2-Sect. 2(c))
22
PLATE 3
SUPPLY TRANSFORMER INSTALLATION, SHOWING CLEARANCES FROM
COMMUNICATION CABLES AND CONDUCTORS
e
(Par! 1. Sect. 2)
A
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....
Supply transformers shall be located above
communication attachments except where
Impracticable because of their size or
weight.
Communication Cable
Communication Drop ~r)
Communication Cable
Terminal
Supply Grounding-
Conductor
~
Y Supply grounding conductors shall be provided with an
insulatmg covering from their lowest point up to at
least 40 inches above the highest communication or
trolley attachment, except that this covering need not
extend below the top of the protection provided for
8 feet above ground, and may be omitted, if there
are no trolley attachments, from grounding conductors
which are metallically connected to a conductor which
forms a part of an effective grounding system.
(Part 2.Sect. 4 (eJ 1)
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I ThiS protective covering may be omitted for grounding
conductors which:
, I / 1. Are metallically connected to a conductor
.--i which forms a part of an effective grounding
At I t system, or
8 f::~ 2. In rural districts, have a weather resistant
covering.
(Part 2. Sect. 4 (c) ) (Part 2 _ Sect 4 (C) )
...-
Dimension Transformer Minimum Clearances
Primary Voltage (Inches)
A o . 7500 40
Over 7500 60
(Part 2 - Sect. 2 (el )
23
PLATE 4
STREET LAMP INSTALLATION, SHOWING USE OF INSULATING
CONDUIT OR COVERING FOR VERTICAL RUN
Vertical runs may be made with an insulating
covering, such as fibre conduit or wood
molding, located as shown on Plate 16.
(Part 2.Sect. 4 (d\ 11)
~
'F(
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"- Supply Crossarm
e
...
At least
40 inches
(Part 2.Sect 4 (d) 1.1)
o
e
Communication Crossarm ~
@]
Where less than 40 rnches,
climbing space through the
communication conductors
shall be provided as shown
on Plate 2.
(Part 2. Sects 6 (a) and (Cl )
r J- At lea~
L I 12 rnches
bi (P.rt ,.s,ct. '(I))
Communication Cable
At least
24-.inches
(Part 2~ Sect. 2 (f) )
At least
12 rnches
(Part 2.Sect. 2 (f))
The vertical clearance between terminals and lamp
brackets shall be at least 12 inches If practicable,
but in all cases at least 4 inches.
(Part 2.Sect 2 (f))
I
: I I
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I
Luminaire designed
and ihsulated in
accortlance With
Part 2. Sect. 7 (b) 1.
I
STREET SIDE
Separation between vertical run and
through bolt and washer shall be
o~e . eighth of the pole circumference
If practicable, but in all cases at least
2 inches. (Part 2.Sect. 4 (b)) ~
/
Communication Cable Terminal
lamp lead installed and rnsulated
in accordance with Part 2.
Sects. 7 (b) 2 and 4 (d) 3.
~ communicati~ bridle wire rings shall be at least 2
inches from any metal parts of lamp brackets.
Where necessary, this clearance may be secured
by locating the termrnal below the bracket.
(Part 2. Sect. 2 (f) )
e
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lamp brackets and their metal parts shall be
confmed to the half of the pole circumference
nearer the lamp, except that where the use of
lag screws is impracticable they may be attached
by means of bolts passing through the pole.
(Part 2. Sect. 7 (a) 2)
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FIELD SIDE
24
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PLATE 5
STREET LAMP INSTALLATION, SHOWING USE OF MULTIPLE CONDUCTOR CABLE
ON PINS AND INSULATORS FOR VERTICAL RUN
--
e
Venical runs of street lighting circuits or supply
services of less than 750 volts may be made in
paired wire or multiple conductor cable on pins
and insulators located as shown on Plate 16.
(Part 2.Sect. 4 (d) 2.1)
At least 3 inches________
(Part 2.Sect 4 (d) 21). D
8 8 8 Sf
I 0
Vertical run held taut approximately 5 inchesN
from the pole surface and without splices
from the supply space to the lumina ire.
(Part 2.Sect. 4 (d) 2.1)
\
Supply Crossarm
At least
40 i nchas
(1',,121, 2 '0})
.'
At least
24 inches
(Part 2.Sect. 2 (f))
'LJ
lamp brackets and their metal parts shall be confined
to the half of the pole circumference nearer the
lamp, except that where the use of lag screws is
impracticable they may be attached by means of
bolts passing through the pole.
(Part 2. Sect. 7 (a) 2)
.
luminaire designed and
insulated in accordance with
Part 2. Sect 7 (b) 1.
~.
Lamp lead instilled and insulated in 1.. with
Part 2. Sects. 7 (bl 2 and 4 (dl 3.
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STREET SIDE
FIELD SIDE
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PLATE 6
STREET LAMP INSTALLATION, SHOWING SCROLL REVERSED
TO OBTAIN REQUIRED CLEARANCES
tit
------
lamp lead Installed and
Part 2. Sects. 7 (b) 2 _
and 4 (d) 3.
At least 12 inches where
practicable, but in all cases
at least 4 inches.
(Part 2 - Sect 2 (f) )
--
Vertical runs of street lighting circuits or supply
: services of less than 750 volts may be made
, in paired wire or multiple conductor cable on
, pins and insulators located as shown on
, Plate 16. (Part 2-Sect. 4 (d) 2.1)
tit
--Supply Secondary Rack
,
Vertical run held taut approximately 5
I inches from the pole surface and Without
I splices from the supply space to the
: luminaire. (Part 2. Sect. 4 (d) 2.1)
I
liamp bracket scrolls or braces should preferably
I be reversible, so that they may be installed
either above or below the hOrizontal member in
II order to obtain greatest practicable clearance
from communication attachments. ______
(Part 2-Sect. 7 (a) 3) --..........
lumilre designed and -
insul~ted in accordance with
Part !2 - Sect. 7 (b) 1~
lamp brackets and their metal parts shall be confined
to the half of the pole circumference nearer the
lamp, except that where the use of lag screws is
impracticable they may be attached by means of
bolts passing through the pole.
(Part 2.Sect 7(a)2)
'Communication Cable
-Communication
Cable Terminal
e
STREET SIDE
FIELD SIDE
-
.,.",.. ."...,.,
tit
26
PLATE 7
STREET LAMP I NSTAl.lATION, SHOWING VERTICAL RUN MADE
DIRECTLY FROM END OF SUPPLY CROSSARM
...
Paired wire or multiple conductor
cable.
(Part 2. Sects. 4 (d) .2.2 and 7 (b) 2)
-Supply Secondary Rack
e
e
A
Vertical run shall clear the end
of any communication crossarm
by at least 12 inches.--
(Part 2. Sect. 4 (d) 2.22)
At least
40 inches
(Part 2-Sect. 2 (el)
~
wuj /Communication Cable
...
Communication Cable Terminal
Separation between vertical run J
and drop wire shall be at least
6 Inches.
(Part 2.Sect. 4 Cd) 2.22)
Vertical run shall be held taut
and securely attached at both
ends to suitable brackets and
insulators.
(Part 2-Sect. 4 (d) 2.2)
At least
40 inches
(Part 2-Sect. 4Cd) 222)
(Communication bridle wire rings shall be at least
2 inches from any metal parts of lamp brackets.
Where necessary, this clearance may be secured by
JT locating the terminal below the bracket.
(Part 2- Sect. 2 (f) )
~At least 12 inches where practicable, but in
all cases at least 4 inches.
(Part 2-Sect. 2 (f))
e
~
luminaire designed and
insulated In accordance
with Part 2- Sect. 7 (bl 1.
Insulator in accordance
with Part 2. Sect.
4 (d) 2.23
lamp bracket scrolls or braces should preferably be
reverSible, so that they may be installed either above
or below the horizontal member in order to obtain
greatest practicable clearance from communication
attachments. (Part 2-Sect. 7.1a) 3)
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STREET SIDE
FIELD SIDE
/' /"
Dimension Voltage of Supply Minimum Clearances
Circuit Concerned (Inches)
o . 7501 40
A 750 . 7500 48
Over 7500 72
(Part 2.Sect 2 (el )
27
PLATE 8
ALLEY CONSTRUCTION, SHOWING VERTICAL RUN OF SUPPLY SECONDARY
CONDUCTORS ATTACHED DIRECTLY TO THE POLE SURFACE
e
..
Supply Crossarm~
e
V~rtical run attached directly to the pole surface by
means of pipe straps lined with a suitable
bushing, or otherwise supported as may be agreed
upon, to avoid abrasion. . ---------- I" r
I (Part 2-Seet 4(d)I.2) ~.
Secondary supply conductors of not more than 300 , '_
lo'ls 10 ground in specially msul~ed muffiple --- I <>~:::-------"f'
conductor cable. 0 ---r-- At least
(Part 2-See!. 4 (d) 12) 40 inches _
(Part 2-Seet. 2 (e))
--==-=
-- Supply Secondary Rack
----~.,~$
fir
: Communication Cable ----....,... :~===--
Communication cables shall where practicable be ~ ~
placed on the field side of the pole, except
t~at in alleys where poles are located close to
buildmgs they may be placed on the alley side.
(Part 2.See!. 5)
At least
2 feet
(Part 2-See!. 4 (d) 1.2)
'-Separation between vertical run and through bolt and
washer shall be one. eighth of the pole circumference
if practicable,' but in all cases at least 2 inches.
(Part 2.See!. 4 (b))
Communication ~
Cable Terminal
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AILLEY SIDE
FIELD SIDE
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28
PLATE 9
LOCATION OF SUPPLY APPARATUS BELOW COMMUNICATION ATTACHMENTS,
SHOWING ARRANGEMENT OF ATTACHMENTS AND POLE STEPPING
e
..
Supply Secondary Rack
e
Vertical supply conductors with an insulating covering
such as wood molding or fibre conduit.
(Part 2.Sec!. 4 Cd) 1.1)-
Separation between vertical run and through bolt and
washer shall be one. eighth of the pole
circumference if practicable, but in all cases at
least 2 inches.
(Part 2.Sec!. 4(b))
Supply apparatus such as regulators, lightning arresters,
switches, pot. heads, etc., shall preferably be located
above communication attachments. Where below,
they shall be mounted outside of the climbing space
with all exposed metal parts effectively grounded or
suitably covered or protected from accidental contact,
and where practicable shall be mounted on the
street side of the pole.
(Part I. Sect. 2)
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Communication Drop Wire
Communication Cable
Communication
Cable Terminal
Insulating covering shall extend from the lowest
point of the vertical run up to at least 40
inches above the highest communication
attachment. (Part 2. Sect. 4 Cd) l.!)
First permane~olT
Metal Step
(Part 1. Sect. 7 (a))
6 ft. 6 in.
'-
Wood Block-
(Part I.Sect. Hb))
STREET SIDE
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.~TT
3 ft. 6 in.
FIELD SIDE
29
SUPPLY CABLE CARRIED
VERTICALLY THROUGH.
COMMUNICATION ATTACHMENTS
PLATE 10
COMMUNICATION CABLE CARRIED
VERTICALLY THROUGH
TROLLEY ATTACHMENTS
e
...
Communication
-,-,- ;/ Cable
~~
: ===
End 01 covering on vertical run. ~"l
At least
40 Inches
(Part 2-Seet. 4 (f))
e
I
At least
40 inches
(Part2-Seet. 4(d)ll)
I
I
Supply Cables
i
I
-Communication Cable
At least
30 inches
(Part 2-Seet 6 (a) ) ~
r-
\. Trolley Crossarm
o (ti)
Vertical supply cables covered with wood molding or
fibre conduit, or effectively grounded metal pipe,
located as shown on Plate 16. '
This insulating covenng or metal pipe may be omitted
if the vertical cables have an effectively grounded
lead sheath, except that insulating covering must be
provided If there are any trolley attachments on the
pole.
Vertical communication cable with an
Insulating covering, such as wood
molding or fibre conduit, where it
passes trolley feeders.
(Part 2-Seet. 4(1)1)
(Part2-Seet 4(d)ll)
STrET SIDE
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ThiS iron pipe, or other mechanical protection, may be
omitted for.
1. Armored cables.
2. Metal sheathed cables In rural districts.
(Part 2-Seet. 4(e))
At least
8 feet
(Part 2-Seet. 4 (e) )
e
At least
8 feet
(Part 2-Seet 4 (e))
'-j
FIELD SIDE
STREET SIDE
FIELD SIDE
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30
PLATE 11
SHOWING TROLLEY BRACKET CONSTRUCTION
e
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Communication crossarms\
t1
@
8
s
S
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At least
40 Inches
~-r.nS"t 2,<>)
At least I
At least 12 inches where practicable, I 12 Inches 60 inches where
but in all cases at least 4 inches'~TlI - (Part 2 Sect. 2 (f) ) practicable, and
(Part 2-Sect 2(t)) Jt: ~ In all cases at
l I least 40 inches.
At least (Part 2 Sect 2 (g))
40 in~~~ _[
(P.ns,,~t") 1'/'.
if-- I .1
I~~ @ .,0
~ "'-----C7Trolley brackets shall not enCIrcle the
A pole. They shall be restricted to the
o half of the pole toward' the contact
conductor, except that they may be
fastened by means of bolts passing
through the pole.
(Part 2 Sect. 8 (a) )
Communication
Communication bridle wire nngs
shall be at least 2 Inches from any
metal parts of trolley brackets.
(Part 2- Sect 2 If) )
'-
A strain Insulator shall be placed on
each side of the trolley contact conductor
support. (Part 2.Sect 8(b))
:e
At least 30 inches
between trolley feeders
(Part 2-Sect. Sea))
//,/ ..- ".
STREET SIDE
FIELD SIDE
31
PLATE 12
SHOWING TROLLEY OR STREET LAMP SPAN WIRE CONSTRUCTION
e
..
~
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Communication Drop Wire
Communication Cable Terminal
Communication Cable
At least
24 inches
(ParI2-Sect. 2(0)
Communication bndle wire rings shall be at
least 2 inches from span wires and associated
through bolts. Where necessary this clearance I
may be secured by locating the terminal below ~
the span wire. I
(Part 2. Sect. 2 (f) )
At least 12 inches where practicable,
but in all cases at least 4 inches.-
(Part 2.Sect. 2 (1))
At least
12 inches
(ParI2-Sect. 2(f))
===mnm
Span Wire ~
~ ~l~
_ --'\l\iI1Il\lIlro~
Strain Insulator
(Part 2.Sects. 7(b)31 and SIb))
\,an wires shall nol .nei,," the ""~,
and shall be attached by means of
bolts passing through the pole.
(Part 2 - Sects. 7 (a) 1 and S (al )
-
S1iREET SIDE
~...- //-
FIELD SIDE
-..
e
32
PLATE 13
SHOWING CLIMBING SPACE THROUGH COMMUNICATION DROP WIRES
"
e
. \:-\
\ ~
\ "(t;'
\ ~
\ ~
\ .....
\ ~
\ ~ \
\ \ ?!\} \~C~e">
\ t-.\ Wa">\ --
\<--//- ---- .
\ _l ,-
\..---
Communication Cable
e
..
-
-
'S~'ace
C\\\\\\)\~'& \. ~ ~'O) )
'l..see
<..\>'0\\
..-Communication
Drop Wire
Separation between vertical run, including
staples or other devices used in fastening \
it to the pole, and communication drive
hook shall be one. eighth of the pole "
circumference where practicable, but in
all cases at least 2 inches measured
in any direction.
(Part 2.Seet. 4 (b) )
/
\\
e
(Supply Vertical
\ Run
Communication Cable
===
-,..
Ii
(I) I
.fi I
Climbing Space ;; I
(Part 2.Seets. 6 ca>and Ie)) ;; i
~ I
I
I
I
J
I
At least 30 inches 'I
_____ _ _____ _ ____l__J
<
I
Ie
33
STREET SIDE
PLATE 14
SHOWING CONSTRUCTION WITH SUPPLY CABLE
Supply cable carried on
effectively grounded
suspension strand.-
rm_
~t-_h-
At least
40 Inches
(Part 2-Sect 2 (e) )
///-^"
34
(Communication
Drop Wire
---- Communication Cable
-Communication
Cable Terminal
e
..
e
-
FIELD SIDE
...-
e
o
PLATE 15
SHOWING COMMUNICATION CABLE BETWEEN SUPPLY ATTACHMENTS
AND TROLLEY FEEDERS
e (
~ Supply Crossarm
Supply Secondary
e Rack
At least
40 Inches
(Part 2. Sect. 2 (el )
Communication Drop Wire ~
~-_J
t
-Communication Cable
Communication
Cable Terminal
e
60 inches where
practicable, and in all
cases at least 40 inches.
(Part 2. Sect 2 (gl )
-.,.,
Ie
STREET SIDE
FIELD SIDE
///~""'r'
35
Com munication
,________,/ Cable Terminal
, ,
I ,
"'-.--, :
~~.....~ I
CO:1:....-.: ~:r:vt~ :
~ r (("\ , I
I: -.:!-J I
cmr..n:- .~tccJ. : I
U--J.;:~""\,f 1
r:'-..i .
I ,
, I
l-. _______-'
r----- --,
I I
''''fj::';:~ i 450 where practicable, but in no
Clll".':'.r.:.. !1i~~ I case shall vertical runs have
I\(.) : : a clearance of less than 2 inches
C::CilllrL"_" .Jj~l : from the nearest metal part of the
r- _.:J : equipment of another utility.
Luu___J (Part2-Sect.4(bl)
PLATE 16
LOCATION OF VERTICAL RUNS
I
I = ~
"
:;oj IJ
I
,.-.
, :
I I
I I
Vertical supply cable or conductors : :
covered or enclosed. ~~ : I
(Part 2.Sect. 4(d)1.l) vi:
STREET SIDE
~
Communication grounding
conductor covered with ~
wood molding.______
Pole Step-
STREET SIDE
I
~
e
..
Supply grounding conductor
covered with wood molding.
(Part 2-Sect. 4 (e) )
e
-
~ Vertical communicotion cable
covered or enclosed.
(Part 2. Sect. .4 (fJ 1)
STREET SIDE
36
"y
e
e
..
e
e
,
~
l (
./ -I;
I
\
At least 20 inches
(Part 2-Sec!. 2 (f))
PLATE 17
TYPICAL SIGNAL LIGHT INSTALLATIONS
Lamp supported by metal pipe strapped
to the pole and covered with insulating
i covering extending to the base of the
lamp.
II~At least 16 inches
~ m (-1 (Part 2-Sect. 6 (a))
/
Communication Crossarm
Lower end of metal PiPe~
At least 2 inches between the
vertical run and the washer.
(Part 2 - Sect 4 (b) )
/1T
Vertical run covered with insulating
covering such as wood molding
or fibre conduit.
(Part2-Sect 4(dlll)
Insulating covering shall extend to
meet the mechanical protection
provided for 8 feet above ground.
(Part 2-Sec!. 4 (d) 11) ,
~"--
/,:::Comm~nication Drop Wire
/Communication Cable
~al lighting Circuits
on Crossarm or
Secondary Rack
Communication
/ Cable Terminal
At least At .Ieast
. h 40 Inches
16 InC es (Part 2.Sec!. 2 (e) )
(Part 2.Sec!. 6 (a) ,<I\-H L
/
Communication
Crossarm
[!!J
''''''"-... 1:..11_
37
L
., ",,,
PLATE 18
USE OF STRAIN INSULATORS IN UNGROUNDED GUYS
Supply Crossarms
, ____ Guys (not parallel to line) shall clear supply line
x:: " " conductors attached to the same pole by at least
6 inches plus M inch for each 1000 volts in
excess of 7500 volts.
(Part 2.Sect. 9(b) 2)
Communication Cable~
Guys shall if practicable clear communication
cables or Ime conductors by at least 6 inches
(Part 2.Sect 9 (b) 2)
~UPPIY Crossarm
This insulator may be omitted if the point
of attachment to the stub is more than 8
feet above ground.
~"S'd' 10 ,<"
I
Ct:nication
I
Crossarm
6 feet to 8 feet
~part 2-Sect 10 (c) )
~~I
{SUlat" may be omitted d guy is not carrioJ
over, or under overhead supply conductors of more
than 300 volts to ground (other than those on
the guyed pole.)
(Part 2-Sect 10 (C))
8 feet to 10 feet
38
e
..
e
e
AI
~, ,~
~
e
-
e
-
.....
!e
I
I
PLATE 19
TYPICAL POLE TOP EXTENSION FIXTURES
TYPE 1
Supply Secondary Rack ~~
~:fl At least
~r i~I'~ ,~,~~~he:lb))
At least J I II I A
24 Inches- ~t
(Part 4-Sect. 4 (b) ) 1 One supply crossarm, or two supply crossarms
bolted together, depending upon the supply
~ service wire load.
~A
~~~
At.least ~ A1~'---"8~ ~
16 Inches ~I I'---~ "Z'--- "r\~ . .
(P,. '.S"'- 6,.)). rr~....-commumcatlon Crossarm
TYPE 2
~~ Supply Secondary Racks
~jj-- ~~~ /
~r 111Eb11~";l
At least III - ~'
40 inches "1lt
(Part 4-Sect 4 (b)) I' S I
Upp Y At least
.{)(~/ Crossarms ~ 24 inches
~-8____~ 0'" _ / V (Part 4-Sect. 4 (b))
...-/ /~~:'JJ...O /
/~Q' f~~~~+f\
At least / d1l -------- /--...::.t1
16 inches~ ," -.- - L$- ----........v
(P,. '.S,d. 61')) ~communication Crossarm
Notes: __,,_
Type 2 extension fixtures should be used only where Type 1 fixtures Will not provide at least a 24 inch clearance between
the supply service wires and the communication conductor on the end pin.
Where fixtures having a metal upright member are used, the supply service wires shall be supported on wood crossarms.
( Part 4. Sect. 4)
39
..
"
'.~~ ; .
..
(
r ,.I;:,;
POLl CONTACT FORM
SuVjeCT to the qener(:\1 a'jreeme.nt doTe.d 19_
between the partIe!> hereto
,
, .
~ I ;. > ,,r
, 1 ~
To
Se.t""lClI N ~
19-
o APPLICATION ANDUCE.N5E. TO USE. POLE.S
o NOTICE. OF TE.RMINATION OF LlCE.NSE.
o NOTICE.. OF A~NDONME.NT OF POlE.S BY OWNE.R
Thi.5 notic.e effec1ive 19__ 015 provlde.d In agre2-melll
Total llum\:Jrtr of POIQ':> occuplr<.d undQ.r.thi.5 senal hereaf1Q.r wall be
OWNE.R
o NOTICE.. OF RE.PLACE.MENT OF POLLS
o N01ICE.. Of MOVING OF POLE.S
o NOTICE. Of CHANGE. OF CIRCUITS
UCE..NSEE..
-----~--~....--------- ~------------- .-- -.----- ---~ --....-------------- ~--~-+-------
"
By
By'
lllle
,,tIe.
Pol e N2 " Treatmen1 'Ie S A t t h 1 ...
" Q I- t? 0 c.e 0 c n, e- n S
of Htli.Jht '1 R E- M A R K 5
Nu m be. r 5 Pole5 U K, no :5 '"' t Own ~T lJ(~n 0 V-I n ~ r L . c e. n S e. e
-
i-- --- ~._--- --- -' -- -. ~.- - . .' ---- -,--- ~ - -- +---- .. --_. .- ,--'- ---- - r.___ .. . --~ .....---
1---- - .- -- . --.- - -- ._--, .. -, - , ."":- . __. , .- . - .--. ----
.
. ~ . . .. - -...~ - - -- ~,~- _ _--.l..__w_ - -- ... ---- - .. ------. -..--~ --- -....---- - -- -- -. -- --- . ... ~--~----
,
--------.. - --..--- -- ,,--- .. _. --~-- -. . - -~,.- -. _. . ,-- ~. -- .~ . - . ."- .- ... . - ------- - -
- ,
--.....,. ._- .- <,,--- - - . ..- ~ .- n - -- . .- .. - -------- ---- 1---.- ._~- -- ".. ---... . -
--.. -
----- --.- - . I- - '- --.-- -- ,. -. ... .- _.....__ft ---~ ........... ~- -'- .- . .-
.-. ......,,--- _.....:.... 1-- f---~.. -- --- ~~ .. ~ r_-'_ --- ---~-~_. --- -- . . -
---. - - -- . --- . - . - - - - . .. .... .. - ---
---~~ --~._- - - - ..- -- .. - ------ --- - , -. .. .- -- - ._- -,..--- . .-. ---..- u___ _ __ -- -- -
------ .. -- -.- . -. - . -- . -" ---- -- - . ... --- ..- ~-- ......-- -. .- -
To t .. Iran ~ former:!>, 5e.rvl~~
Cl I i'ioti' c.haracte.l' of CircUlI." crO~~Qrm5> termInal., qU':l5 , cln)p5 t.1c.
5KE.. -rCH \u"~ rev..r.... ~.d.. of fO'-M'\,lrnec."""Glr~),
E'Y: /-// 6: /' r
1i....-->'"
If-'-'
=.~ ~
'.
U:='E. OF FORM
E.(J"h pole i~"o\v<.d snail be. given Qn arbdn:...tt":1 number,cA('\d SI..!-Ch
n.;ni ber l..J!led both ~n Or'IC;ln.J\ and ;ub '::le.'4ue.nt Tn:'..Insoc.'t Ions
.=. One. ~tlQ:eT oMh ~hcd\ be. covQ..r~d. on 0. gl"en fOr"m
All po\e.!i'J Hi "-" blO~k or be1wr2.~n CiOf>~rv..:lC\s ~hQII b~ ~haw" on
sket'-h even thou'3h net co-...ered H1 tran5ClctlOn
In th~ \,.....~e. of Orl'Jinul t('()n.,,,c1fon~~ forn'~ ~hal\ be.. numve.rt.d con.,ec...
u11veh tach Camp..Hi':i U'~l\n8 ,"" own t;obck .Jfn~..Hnbe('S EClc.l1 ~ub~~'1uent
tral1~dc-twn 5("l<.A11 "::'\,..4'-I~ me Dr- ql,"",o.l nun1ber v.llth an a1phaoetlc.'" !>-I.Aft)l
and ~h",Ub"-I,,,"t<.a to thu"" po\~ CO\l..red b':1 Ih" orIgInal tran~.:l~t,on
Form.. cov<.rinoil onqlr>al transoction Shall .ndl.:ote. l"t,,1 polts contact.
~d u("'\d~r tt"H~'or-m.,~ub=>€.t:lue(1t h""",;n~actlon~ s'nal\ Ino,cote tne
r-ev1,=,e.4J..tQtal numb4?.f"'.
Abbre.vi""T'Or>5 - U I.W C. - U.,lre",Te.d \\I~~tern C.edar,
O.W C - Open1an"trtaTed Westc".n C<!dOl",
S.W C. - Spra',br'\J5n,JrUu,t trl'a1~d We)t....n Cedar,
p, D F. - P...e~~ur8 t.-eateo fIr.
'"