Plans GENERAL NOTES , • • • • • •• • • • •• • • • • • • • • • •
• Hollywood Shell One Line Diagram • • • ••• •• • • • • EACH FEEDER •
(1) 11/2 EMT Conduit
addivEgamikaitiog 0. %-its� •. I/.�o fr2 .: . (3) #1 compact AL XHHW -2 Joey Vitacco 4941S
� on�e
All Lugs 750 C rated • : . U. .
• • •
.
(1) #2 compact AL XHHW -2 )/0 1 12
Branch panels are series rated or llrra'tee " "
• • (1) #4 compact AL XHHW -2 •
•
Fault current is 31,730 AIC ' "' •
I
House Dental Dental C-xe k c',v, r \ 5,v,,,
Panel Panel A Panel B Panel A Panel B
Wall Hung 100 200 200 200 200
AMP AMP AMP AMP AMP
1200 AMP
Main Main Main Main Main
3 phase 200 AMP 200 AMP 200 AMP
120 /208volt ft f n Lug Lug Lug Lug Lug
Only Only Only Only Only
100 AMP gh
200 AQiii 200 AMP
SITE COPY
Aft
-4140,
REVIEWED FOR
CODE COMPLIANCE
oat
e
AI° EACH FEEDER
Approved CITY OF TIGARD
To transformer from utility company 1) 2 1/2" EMT Conduit Conditionally Approved .(
For Only the work as described in:
(5) 3 " PVC Conduits (3) 250 compact AL XHHW -2 POINT NO P LC 1 O L ann33
See Letter to: Follow ( ):
(1) 4/0 compact AL XHHW -2 dob Airess: Attach .. ):
By: (y Date: 1 16.11.
(1) #4 compact AL XHHW -2
i
•
• •• •• •• • • • • ••
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• •
• • •
• • 0541 000 •• • •
• •
• ••• • •
D.!, Fwd D.•Sn, LLC
, O.y Rd
=` 200 AMP 200 tiv° �� (2; 200 NAP
PANCL MNtI PuTh.5
0 0
TIGARD
TRIANGLE
I CENTER
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411WV ELECTRICAL
\\\ POWER PLAN
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TENANT - A TENANT - B
TENANT - G° _(_0-
GREAT CLIPS NAIL SALON `PACIFIC DENTAL •
AO
•
•
• ' •• '••'••'•• ' ••• ' • ' Pl(EWE �
• • • • • • • • • • • • \ I t
••• • • •• • • •
• • • • • • • • • •
• • •
• JAN 17 2012
_. - -- - - -- - — •- • -•: -- - •••_•••__•: - •- • -CTf -X OFTIGARD
' ' ' • • • • • = •BUILDING DIVISION
Portland General Electric Co m pany '
• • •.• { • • P • •• /
• • ••• • :•: • :•' • • •
CONTACT: Joey Vitacco - Hillsboro Elect : •: • • •
PHONE: (503) 439 -9666
CUSTOMER NAME: American Industries Inc. (Old Hollywood Video)
ADDRESS: 7275 SW Dartmouth Road, Tigard, Or. 97223
/�� �AA --
SDPM /ENGR: Ralph N. Reisbeck, SDPM /7V WR: 669209
PHONE:
3 -PHASE SECONDARY LINE -LINE FAULT CURRENT (RMS)
TRANSFORMER DATA PAD MOUNT? YES
• XFMR Impedance ( %): 3.82 % 3 -PH SUBMERSI YES
TRANSFORMER SIZE: 500 KVA XFMR ? NO
Secondary VOLTAGE (L to L): 208 v WYE OH BANK? NO
VAULT - -> VAULT ( or Pole - -> Pole) SECONDARY
i •
Secondary Wire LENGTH: 35 Feet WIRE SIZE
Number of SECONDARY RUNS: 5 Run(s) of: 1350 OX UG I
Secondary WIRE Resistance R: 0.0600 Ohms/1000'
Secondary WIRE Reactance X: 0.0330 Ohms/1000'
VAULT ( or Pole) - -> PANEL SECONDARY (or Svc Drop)
Service Wire LENGTH: 0 Feet WIRE SIZE
• Number of Service RUNS: 5 Run(s) of: 1350 OX UG I M
Service WIRE Resistance R: 0.0600 Ohms /1000'
Service WIRE Reactance X: 0.0330 Ohms/1000'
MAXIMUM FAULT CURRENT *: 31,730 Amps LT)
'Maximum fault current based upon transformers/conductors sized for 100° • = ec r ca p: .
Based on a panel size •f: 1200 Amps
To Print This Page: *Ctrl M" and choose "Print 3 -Phase Data
• •• •• •. • • • • •.
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• • • • • • • ••
7 'J 00 n
B ussman n'-
\(\/orIdv'icIe Circuit Protection So!u 1 or?s,
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• • • •
Short Circuit Calculation h ul'ts � ° °
1/16/2012
9:08 PM
GrepA ClIps P4 "c l
Three Phase System
Fault at the End of a Run of Cable
Three single conductors
Aluminum Conductor
Magnetic Conduit
Wire Size 250
126 ft Length of Run
1 Conductors Per Phase
31730 amp Line -to -Line Short Circuit Current at Beginning of
Run
208 V Line -to -Line Voltage
Three Phase Line -to -Line Short Circuit Current = 8469.648 AMPS
•
• •• •• •• • • • • ••
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••• • • •• • • • •
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0 0 0 0 0 0 J O J
O O 000 000 00 0 O
• ••
Short Circuit Calculation Results
1/16/2012
9:07 PM
Mkt SA1 or,
Three Phase System
Fault at the End of a Run of Cable
Three single conductors
Aluminum Conductor
Magnetic Conduit
Wire Size 250
116 ft Length of Run
1 Conductors Per Phase
31730 amp Line -to -Line Short Circuit Current at Beginning of
Run
208 V Line -to -Line Voltage
Three Phase Line -to -Line Short Circuit Current = 8992.855 AMPS
• .. .. .. • .
• • • .
• • • • • • • • • • • • • •
•.• • • ..
• • • • • • •
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• • • • ' • • 00
O 0 0 0 0 7
O O 0
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O O O 0 0 0 0 0 J
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Short Circuit Calculation esults •
R
1/16/2012
9:05 PM
sa 1
Three Phase System
Fault at the End of a Run of Cable
Three single conductors
Aluminum Conductor
Magnetic Conduit
Wire Size 250
85 ft Length of Run
1 Conductors Per Phase
31730 amp Line -to -Line Short Circuit Current at Beginning of
Run
208 V Line -to -Line Voltage
Three Phase Line -to -Line Short Circuit Current = 11122.893 AMPS
• • • • • •• • • • • ••
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Metering,Modular Metering
Product q• TMPEI2 ••• ••• • • •• ••
• •
Short Description: ELBOW - 16X16" 4 CROSS BUS RATED 1200 • • •
• • ••• ••• •• • •
•— ■— •— •— •— •— •—• —•—■
• ••• • • • • • • •
SPECIFICATIONS
3:
Category Meter Mod Accessories
GSA Compliance No
4 I
• • • • • • • • • • • • •
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• • • • • • • • •
• • • • • • • ••• •••
Metering,Modular Metering
Product N. TMP3U12R ••• • • • •• ••
• •
Short Description. 3PH I200AMP MAIN PULL BOX MODULE • • • •
• • ••• ••• •• • •
• • •—•—*-40—•—e—e—to
• ••• • • • • • ••
SPECIFICATIONS
Category Main Pull Box Modules
Phase Thrcc-Phasc. Four-Wirc Niel
- Voltage 120/240 V ac , 208Y/I20 V ac , 240/120 iir . . 141
Vac
Rating 1200
KAIC 100 kAIC t.....i
Wire Entry Bottom , 'lop
Lever Bypass No
Pull Box Yes [1147
Width 32.5 in .4.,..zi
Height 56 825 in
Depth 12 in
GSA Compliance No
20.17
12.00
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4 KNOCKOUTS FOR 2 1/2". 3 ", •••• • •
3 1/2 ", OR 4" CONDUIT 8.00 4.00 • • • •
8.00 •• 0•
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2 KNOCKOUTS FOR 1/2 • • • •
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.61 10.38 3.751 1.93 800 -1200A METER CENTER LUG MAINS
281 DIA. KNOCKOUT 2.5C 11.62 REF NO. CAT. NO. DATE REV
1 REQ'D.
22.54 96 -2557 TMP3L12R 09/25/2009 01
32.35 11.39
OVER COVER OVER
23.00 o COVER
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LUG WIRE RANGE:
750MCM -1 /0 AL -CU
ONE CONNECTOR OR
0 300MCM -1 /0 AL -CU
TWO CONNECTORS 1.12
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PQ I 1/I NUTS STUDS
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FOR 4° DIA CONDUIT 32.22 -
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1200A PULLBOX- UNDERGROUND
REF NO. CAT. NO DATE REV
96 -1957 TMP3U12R 10/31/2009 01
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1/2, 3/4" K O. BOTTOM END VIEW 96 -1988 TM PR312222R 10/31/2009 01
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REF NO CAT. NO DATE REV
96 -6042 TMPS12 09/25/2009 01
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GE'f18c1rlca Distribution • &
• Voi►tro!• • •• ••• •
UL Component
Recognized Se ries
Connec R a ti n gs
. .
•
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•
• • •• • • • • • • • ••
• • • • • • • • • • • • • • • • •
Understanding Series RatirtgNI ilicaftiobte
••• • •. •• ••
Series ratings are applicable only when the eftcruse equipment is so marked
• • • • • •
•..• •••• •• • •
• • • • • • • • • • • •
• • • . • . • • • •
UL permits assigning a short circuit rating to a combi- Full sefortiNieybetw e tl the upstream
nation of molded case circuit breakers or fuses and protector to wait for the downstream device to oper-
molded case circuit breakers connected in series that ate for altwahrs of fault cprrerpn the load side of
is higher than the lowest rated protective device of the the dowr:tre4n prpt4ctbrL'hg i>; only available when
combination. This is defined as series connected rat- using lovZvokage po4er.cisceiitbreakers without
ings. The combination rating cannot exceed the rat- instantaneous as the line side device. Systems using
ing of the protective device furthest upstream, molded case circuit breakers or fuses as the line side
although it will exceed the rating of the downstream device lose selectivity for fault magnitudes above their
protector. instantaneous setting.
Systems employing molded case circuit breakers or
The upstream protector can be a molded case breaker fuses as mains should not be used where full selectivi-
or fuse. Device combinations are not limited to those ty between devices is required. For series rated or fully
in the same equipment. They can be in different rated systems, both protectors will open on short cir-
equipments such as a switchboard feeder or a panel- cults. The fault current magnitude where selectivity is
board main versus panelboard branches. Any distance lost is determined by instantaneous pickup of the
between devices in different equipment is permitted. main. For panelboards, fully rated systems exhibit the
Total fault current magnitude must flow through both same lack of selectivity as series rated systems.
protectors. Thus, fault current contribution from
motors, as well as power source fault current, must Examples where selectivity is desirable include:
flow through upstream and downstream protectors. • Buildings where the equipment supplies important
loads such as elevators, emergency lighting, etc.
It appears NEMA's position will allow motor full load cur- • Manufacturing facilities where loss of power can
rents not exceeding 1 % of the downstream device interrupt- result in economic loss due to production down-
ing rating to be ignored. time or damage to equipment or work.
• Hospitals where life support is critical.
Molded case circuit breakers may be applied as fully
rated or series rated. In a fully rated system, the short This publication contains GE Molded Case and
circuit rating of all protective devices are equal to, or Insulated Case Circuit Breakers, which have passed
exceed, the available short circuit current. If mounted the UL Series connected rating tests. This publication
in equipment, the bus short circuit withstand rating supercedes all previous series rating publications. .
and equipment short circuit rating must equal or
exceed the available short circuit current. When a combination of devices does not appear
in the desired IC tabulation, review higher rated IC
In a series connected system, the short circuit rating tabulations and apply at the lower rating. Fully rated
of the upstream protector is fully rated but the clown- devices can be included in Series Rated applications.
stream protector is not fully rated.
• 2
• • •• • • • • • • •
• • • • • • • • • • • • • • • •
• • • • •• • • , • • • •
•.. • • • • • • •
• • • • • • • •
• • • • ••
NOTES:
1. The following circuit breakers may be substituted 2.. Lower ampejeJ, Tj r I.fyses may be substituted
for the circuit breakers shown in the series rating ; ; for listed.flis'es: • . •
• tabulations. See note 9.
• •• ••• • ••• •••
3. Tri-Break circuit breakers except TB4 are listed
Breaker Substitute Breaker(s) •.onl�r with standard limiters.
THOL THOB, THOC, THQE, THHQL, THHOB,THHQC • • • • •• • • • • •
• • ••• ••• •• • •
THHQL THHOB, THHOC • 4.; Lq. r tztlptri T'P37 ZPower Break) circuit break
THOL -GF THQB -GF, THQC -GF ers may be substituted for listed TPV breakers,
TXQL TXOB, TXOC provided substitute TPV has short circuit rating
TED THED equal to or greater than series connected rating.
SED SEH, SEL, SEP
SEH SEL, SEP 5. Molded case circuit breakers with
• SEL SEP MicroVersaTrip (4 and 9 function) with line or
TOD THQD load side fuses are not to be used where the
TFJ TFK, THFK available short circuit current exceeds 85,000
SFH SFL, SFP RMS symmetrical.
SFL SFP
TJJ TJK, THJK, TJ4V, THJ4V, THJ9V, TJH 6. TEY circuit breakers must be applied on solidly
TJ4V THJ4V, THJ9V, THJ9W, TJH grounded WYE systems whose maximum voltage
THJK THJ4V, THJ9V, TJH, TJL rating is 480/277VAC.
SGD SGH, SGL, SGP
SGH SGL, SGP 7. The use of more than one branch breaker, each
SGL SGP of which has a series- connected short circuit rat-
TKM THKM, TK4V, THK4V, THK9V, TKH, TKL ing with a given main circuit breaker or fuse, is
THKM THK4V, THK9V, TKH, TKL acceptable for a series- connected short circuit
SKH SKL, SKP rating no greater than the lowest combination.
SKL SKP For example, if main "A" has a series - connected
TK4V THK4V, THK9V, THK9W, TKH short circuit rating with sub -main or branch "B"
THK4V THK9V, THK9W, TKH, TKL of 100kA, branch "C" has 65kA and branch "D"
TPV SS, SH, TP, TC, TCV, THP, THC, THCV has 42kA, the series - connected combination of
THPV SH, THP., THC, THCV A B-C-D can be rated 42kA maximum. Testing of
TLC4V TJL4V, TJL the A B-C-D combination is not required.
THLC4 THLC1,THLC2
8. There are combinations of series rated devices
that can be combined, as illustrated by the
following examples with A feeding B and
B feeding C :
• • Ais series rated with B, and A is also series
rated with C. The combination is acceptable
at the lower series rating.
• A is series rated with C, and B is fully rated
for the available fault.current. B does not
invalidate the series rating.
• A is series rated with B, and B feeds another
B. This is acceptable and is a variation of
7 above.
9. Devices with MicroVersaTrip Plus and PM trip
units may also be substituted, provided the short
• circuit rating is equal to or greater than series -
connected rating.
• 3
240 Volts, 100,000 Amperes IC 240 Volts, 100,000 Amperes IC (continued) '
Main Branch M
Type Max Amp . Type Poles I Amp Range 4 ' • • • • • • • Brooch
P 0 Type • • s, •Ma Amp • • • Tye : •I Qol4i Amp Range
••••• • •• • • • •
TB1 100 TEB I 2, 3 15-100 • • • • • t
SED /SEH 2, 3 15-100 --rp TMOD • • 225 • THQ • • ( 1 2, 3 15.100 m
TEL 150 THOL -GF 1, 2 15-20 THOP 1, 2 15 -50
•
THOL 1, 2, 3 15 -100 0 J, T FUS,€ %• • • i 600 • • 1 • 3 40-100 •
TXOL 1, 2 15 -30 • • • • • • QB • •3 40-100
TEB 1 . 2, 1.2,3 15.100 • • • • • • • • •
TED/TEY 2, 3 15 -100 • • • • • • • s • Z,•9 70-225
TOD 2 100 -225
TED ' 3 150 TOD 3 125-225
THHQL 2P 110 -125 I • • • • 2.3 150-400
SED/SEH 2, 3 15-100 • • • • • ••• • J I •
SEL 150 THOL 1. 2, 1.2,3 15.100 m TB8 ! • � • • • T,� • • • • • •
• 233 250-400
THOL -GF 1, 2 15-30 THJ9V 3 150-600
TXQL 1, 2, 3 15-30 TJK6 3 250-600
TEB 1, 2.3 15-100 SGD/SGH 2, 3 125 -600
TEY/TED 1, 2, 3 15•100
TED 3 150 J. T FUSES 800 TJD 2, 3 250-400
TOD 2, 3 125 -250
L FUSE 1200 TFJ 2, 3 70-225
R FUSE 200 THOL 1, 2, 3 15-100 O TJJ 2, 3 150-400
• SFH 2, 3 70-250
T FUSE 200 THOP . 1, 2 15-50
SKL 1200 SFH 2, 3 70-250
TFL 225 THOL -GF 1, 2 15-20 SKH 2, 3 300 -1200
THQL 1, 2, 3 15-100 O SED /SEH 2, 3 15-150
TXOL 1, 2 15 -30 SGD /SGH 2, 3 125 -600
TOD ' 2, 3 125 -225
TEB 1, 2, 3 15-100 L FUSE 2000 TJD 2, 3 250 -400
TED 2.3 15 -100 TKM 2, 3 300 -1200
TED 3 150
TFJ 2, 3 70-225 L FUSE 2500 TJK 2, 3 250 -600
TFC 2, 3 225 THJK 2, 3 250-600
TJJ 2,3 125 -225
SFH 2, 3 70-250 TVP 3000 TJJ 2, 3 400 m
SED /SEH 2, 3 15 -150 • or TJK4 2.3 400 m
SH (PB II) 2000 TJK6 2, 3 250-600
TB4 m 250 TEB 2, 3 15-100 TJ4V 3 150 -600
TOD . 2, 3 125-225 TK4V 3 400-1200
TJD 2, 3 250.400 . TKM 2, 3 800-1200
SED/SEH 2, 3 15 -100 SKH 2.3 300-1200
SFL 250 THOL 1, 2, 3 15-100 M SH (PB II) 2000 SED/SEH 2, 3 15-150
THOL -GF 1, 2 15-30 SFH 2, 3 70-250
TXOL 1, 2, 3 15-30 SGD/SGH 2, 3 125-600
TEY 1, 2, 3 15-100 SS (PB II) 3 200-2000
TEB 1, 2, 3 15-100 I TPV/THPV 3 200-2000
TED 1, 2, 3 15 -100 .
TED 2, 3 150 240 Volts, 125,000 Amperes IC
TOD 2, 3 125 -225 Main Branch
TFJ 2, 3. 70-225 Type Max Amp Type Poles Amp Range
• TFC 2, 3 70-225 SH (PB II) 16002000 ' SED/SEH 2, 3 15-150
TJJ 2, 3 125 -225 SFH/SFL 2, 3 70-250
. SFH . 2, 3 70-250 SGD/SGH/SGL 2, 3 125 -600
SED /SEH • 2, 3 15-150 TPV 3 200-2000
SS (PB II) I 3 200 -2000
THLC4 400 THOL 1, 2, 3 15 -1001L
TXOL 2, 3 15-30 240 Volts, 200,000 Amperes IC
TOD 2, 3 125 -225 Main I Branch
THOD 2, 3 125 -225 i • e Max Amp Type Poles Am . Ran. a
SEP 150 THOL 1, 2, 3 15 -100 O
J. T FUSES 400 THOL 1, 2, 3 15-100 ® THOL -GF � 1, 2 15-30
TOD 2, 3 I 125 -225 TXQL 1, 2, 3 15-30
TEB/TED 1, 2, 3 15-100
TB6 600 TJD 2, 3 I 250 -400 TED 3 150
TEY 1, 2 15-100
SGL 600 THOL 1, 2 15-100 O TEL 3 15-150
THOL -GF 1, 2 15.30 SEL/SED/SEH 2 15 -150
SED/SEH 2, 3 15 -150 t
SGD /SGH 2, 3 125-600 R FUSE 200 THOL 1, 2 15-100 m
SFH 2, 3 70-250 TEB 1, 2, 3 15-100
TQD/THQD 2 125-225 TED 1, 2, 3 15-100
TFJ 2, 3 70-225 TFJ 2, 3 70-200
TFC 1 3 225 TFC 2,3 225
. _ I _ TJD I 2, 3 250 -400 I SFH 2, 3 70-250
SFL 2, 3 70-250
SED/SEH/SEL 2, 3 I 15-150
• m THQL 1 pole rating is 70 amperes maxlmum..Maximum system voltage Is 120240VAC.
. 6 THOL 2 pole 110 -125A ratings are also series rated on 120240VAC maximum services.
m When equipped with TB3F05 limiter only.
m Breaker substitution table does not apply.